SCIENTIFIC ABSTRACT VERSHKOV, M. V. - VESELOVA, T. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203510015-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDO 621.~596.676
VE
-Ante
Ship nnao
(or. English above), Leningrad, Izd. "Budoetroyoniye," 1972.
Sudovy-jo ftp~~W
IfA pp- ill. 45 ref. I r k.
Abstracti In the book-a methoda are considered of inveotigation, design, and
measurement, and problems of operation, prospects, and~grcrvth trends of rhip
aixLenna-feedor radioconr=nication devices. The results ara also Pre0ented of in-
vestigations and developmout of new types of ship antemis radioco=unic at ion do-
vicee conducted in recent years, a considarable part of' which was fulfilled with
the.direat participation of tho author. . Theo principlec. of construction of the
antennas under conaidorutionp the principal ~ technical indloovi deei&n inothods,
arA experimental data are stated. The book is intended for cngineer-tochnical
workers occupied with the develop=ont, of qihip antennas': and radio apparotus,
workers of planning organizations and steamship unitBj.,end it can also be of
aeoistence in courses of antennae for. st~denta off highe'r educational institutions.
1/8

USSR
VERSHIKOV, MAT VLADDaROVICH, SudqMe :antenny, Leningrad, Izd. "Sudostroyeniye,"
424
197.2.
pp.
ill. 45 ref. 1 r 513 k,.
TABLE OF CONTER S
Foreword
Conventional symbols and abbreviatione
Chapter I. General Information Pa kh
Up Antennae
7

1.
ClaBsification:and types of..-.ahip antennas 7
2. Special features of., zaritiiae 'radio coikunioution 7
5. Special featurea of ship antennae and developm3nt
prospecto 10
Chapter II. YethodEl OLO StudX And Design. Of Antennas 14
4. Theory of linear dipole. and ito princip3l characteristics 14
5.
ameters of trEinomitting and
Principal tacMical oar
receivinp antennae 27
6. Principla of-reciprooity, 41
7- Mot hod aor calculation cf.thd paraaatePs of boom and
whip antennas 4~
2/8 24 -

USSR
VERSHKOV, MARAT VI.ADIMIROVICH, Sudovyye anLtpn ningrad, Izd. "Sudos
y, Le troyeniye,"
.1972. 424 pp. ill. 45 ref. 1. r 53 k.
d of.calculati= of static
8. Grapho-analytical~=etho
.
capacity, characteristie.wave, and cited length of antanna 55
9. Msthod of cal"lation of the resistance of a system of
radiators 59
10. Principles off construction of directiOnal antennas 64
11. Methods of theoretical study, of the characteristics or
ship antennas 76
Ohapter III. Medium-Wave Ante
nnas. 90
12..Typea-or medium-wevo antennas 90
13. Aatenna masia with stays
94
14* Free- otanding antenna masto,
15. Nedium-wave antennas using separate elements of ship
construction
100
16. Pr4eu=tic antenn eote for their use on ahipa
as and prosp 109
ve transmittaro.
17. Antenna circuits of, madjum.,da 112
,
18. Distant antenna circuits 114
3/8

LIU! Pi;W
I ==M' ME
USSR
VERSHKOV, MARAT VIMLMIROVICH, Sud2Me anteni~~ Leningrad, Izd. "Sudostr oyeniye,"
~1972.- 424 pp. ill. 45 ref. l.'r 53 k.
Chapter IV. Shortwave Antennae 122

19. -0 ab rtwuve antennao
Special.features of application 01. U
20. Special features of requirements impoeed on shortwave
antennano Types..Of ehortwave antennau 124
21. Antennas with'reduced-w
ave-impedanw. 129
22. .
Oomplax impadaneeb eonrjeoled~in interruptions
Antennas with
,
.
-
Of conductor 134

23.
Telescopic anten-na's ~7
2-4, Maltirasonance adennae, 139
25. Kxlt1-dij)olo'c(ntvnnav: 140
26, Uea of Individual elements of ohip conutmation an
shortwave antenriao
144
27. Principal requirements iinposed on directional shortwave
antennae 150
28. Directional~log~.p'6riodib',6nt6nnoo p
29, Direc-tional antahnii-4iti:~,cozxtrol-lable~pattc-.rn 169
30. Directional frame antenna 175
~1. Antenna circuits of shortwave traramitters 178
4/8
25

USSR
ITERSHKOV, MARAT VLADIIMIROVICH,. SUdoyYY6 antenny, Leningrad, Izd. "Sudostroyeniye,"
1972. 424 pp.-Ul. 45 ref. I r'53 k.
Chaptor V. Ultrashort Wave Antennas
18z
32. Principal requirements oft U:SI( antennae
~
35. oleo
Symmetrical and, nonnymetrical dip 183
34. Shunt and f olded-dipolia: antennas 188
35. Disk-conical.entannas 193
Slat antennau 194
37. Directional USW antennas 208
38. Method of selection of relative position or USW
antennas of sim1taneously operating.:radia. ol"ations 214
39. Una of coaxial~cuffity resonatore for location of several
US)( antennas on one maot 219
Chapter VI. 'Recoivinr Anteppas 221
411 0. Principal requirementszl#osed on reo4ving antennas 221
41. Increase of ~ffectiveneo.s of an-tenna-feedor channel
of radio receiving devio.as 223
42. Device for operation of several receivers from one antenna 2~1
43- Receiving untennusyst6ma for struggle with fading off
signal 241
5/8

1j:,11 fl
USSR
VERSHKOV, MARAT VIADIMIROVICH, -SddoVyye'A*ntenny, Len]ingrad, Izd. "Sudostroyeniye,"
1972.: 424 pp. ill. 45 ref. 1. r ~53 k.
Chapter VII. ic Antennas 247
gnetio antenna ~with oora of spheroidal form 247
45. -Calculation.0 roe ivei,ma' otic antennas
rIn

46. Medium-wave and;ahortwave magnetic ajAennas 275
47. Receiving magnetic antenna, 279
Chapter VIII. High-Freauency Feeder Channel
- 28)
o rincipal requirements imposed on feedoro of trans-
43
mitting an& ro6eiving 'antennae 283
49. Types of feeder lineo.and calculation oj' their
principal parametera.. 284
50. Calculuti.on of . paramatera .of load0d, line (cable) 289
~1. Ylethoda -tW conatntetion of bond xxoz~tunabj.o niatc1ling
quadripolea 295
Chapter IX. Planning And Exploitation Of. ShiR Antannav 320
52. Effect of metal construction on antunna parameters )21
53. Solection'.of at ructuro. of anterawa
6/8
26

USSR
YERSHKOV, YMRAT VIADIMIROVICH, Sudoy~,ye antenny, Leningrad, Izd. "Sudostroyeniye,"
1972. 424 pp. ill. 45 ref. I r 53 k.
_54. Selection of types and,dimensione.of ante'nna ~)4
55. Determination of.efficieney of antennas. Examples
of calculations
56. Installation and exploitation ef antenns~s 363
Chapter X. Methods Of Exparimeetal Study And Measurement Of The
Persmeters VL Antennas
57- Principles.and poeeibilitiez of sitaalati,P8 antennas 373
58. Exporimental study of:ukitatwas with modelv 576
~9. Measurement or. inputs imp9dances of
60. Oomparative mathod the ampli-fication
factor, dirottional diagram, and radiation ravintance
~59
61. Equivalent nntennau 2 02
62. Mothod of oxporimentol study of ropivint, 'maj,,metic
antennas
395
63. Experimental study of'. magnetic ante=--as found ia power
high-frequency aleOtk0MagnGtiO fields 4oo
718
WE I I MP I I =11 I I I IF,

USSR
VERSHKOV, MARAT VLADIMIROVICH, Sudovyye antenny, Leaingrad, Izd. "Sudostroyeniye,"
1972. 424 pp. ill. 45 ref. Ix _53 k.
Appendix 'I. ~Iutual impedances of:two half-wave dipolas 404
Appendix 2. Electrical and construction characterietica of transmitting
high-frequency cables 409
Appendix 3. Electrical and construction characteristics oft receiving
high-froquency cables 410
Appendix 4. Auxiliary coefficients f 'or oalculatioa: of matching
quadripolea
410
Appendix 5- Data antenna inau'latore 415
Appendix 6. Apparatus which is used for 4asurement of antenna parameters 417
Bibliography 420
8/8
27

:7777`777~i--~
USSR UDC 621.396.676:629.12
VERSHKOV M. V. LEVIN, B. M.
"Effect of Masts on the Operating Efficiency of Primary Ship's Antennas"
Tr. TsNII mor. flota (Works of the All-Union Scientific Research Institute of
the Maritime Fleet), 1970, vyp. 131, pp 85-90 (fromTZh-Radiotekhnika, No 4,
Apr 71, Abstract No 4B15)
Translation: A study is made of the effect of a grdunded.mast on the radiation
e base of.a conductor in,direct proximity to
resistance of radiation fed to ih
a mast. There are 4 illustrations and-a .3-entry bibliography.
32

USSR uD,:!: 66i. ~3
cent Cwwosition* to ~71 S-.0
"Conditions of Bindin, ly-mines
V sb. Sintez, ochistka i analiz neorun. materialov (Synthesis,
-A-ion- and-Analys-is ot 1C
Purif ica 7M THL,-ri -a-17i-- -co ec t i o n
of works), NovosIbirsk , IT auka",- 1971, pp 218-22~4 (from -qZh-
-Khimiy:,., No 7, Apr 72, Abstract No 71,180)
Trmnsl-,~.tion: 'Ae author studies tho conditions of 1 1orw-.~ticm of Lir:~Iie,"e,-n-it
depositc. sillcat;e su!,px~n! ,lions whon the of i"--'
0.0~~,6. I;airlv s t ro n 0 e i. t i; v i t ! i ex c e 1.1. c- nt T-, I tt i
Pension. IS aDproXi-na ly
4,
ar3 prod:ucp-d by usin(~. cilieatez, vilh a r-,:)duj.Iv3 Of 4 Of
011spennion if, aboxii-I 20 C. '17he raV~ of palyr~'-rizationl:of s1ilecin ill the,
working solutions increo;.ser,. vith the modubaz of the initial-7 6ilicate. Tne
Of 13Y StMltilUr. witir;Lte is a commlex f"Mc., ioll or
procw'sos of
Yftis is to the cffact of twa~qppwdn~
palymri,Vation of silicon dioxide in diliite alkaline s6l:A-1-ono.
of the first or secor.-I nroQess de-iendn.on te=~-,vrture.,, P v~llatirjn ic
of lwrilnesceat and the derree
of polymarl.--m.~.ion of silicon di6xid-- iv. tile 11101`kin!~ inul]Tlunslf.~.n 'U!f'ora addin.-,
to. the cuspension. Rer-uli"va.

USSR UDC: 536.212.2
.-XUTATELADZE, S. S., Corre,spondingMember of the USSR Academy of
'Sciences; RUBTSOV, 11. A.; and VERTE, k. B.
Tonstationary Interaction
of Thex~.mal Radiation and the SuTface
of Pure Metals"
Doklady AkadeMii Nauk SSSR, vol 206, No 1, 1972, PP 71-73
Abstract: Two.pieces of experimental equipment for verifying the
experimentally demonstrated tempe,raturre anomaly in the surface
layers of metals subjected to sudden -heating by a constant-
density thermal flux are deacribed~. This anc:riaLy is ere defined
as the deviation between the experinientally deterinined tempera-
ture of the surface and the theoretically determined value as ob-
tained through the solution of the equation of thermoconductivity
with lim-itlng conditions of the second kind. ~ One -of these de-
V3-c=s realizes ~he sudden heating' nnder vacuuIr. conditions 'of
6-10-5 to 5-10- am, H-,. while the*other reali:Kes the heating in
air. The dengities of the absorb!4-d heat were varied from
3 w/m2
-10 to 6-110~ and from 3-10? to 5-10~ Z'or the ti-to devices
5
respectively. From their work with this equipment, the authors
conclude that the anomaly is confirmed and tlui-t its dimensions
are determined by the state o-lf the surface and the micro3tructure
Aig

-'U v
v KALI G! 'TO A. i. PASEMNIK 1'. V. (TnsW-u',-- of I.-ucloa" Rc-
searcia., Ula-alman Academy of Scielices)
"kvel Density of Comound Nucl 'i in tl~ Region A 3,30-200 and Other lluclear
C. 1e:
Tropertiesu
lipscow,' Yadernaya Flzilm; July, 1972-
pp 38-)i1
ABSTMOT; Rccent]y at thn M-141 reactor 'of the 1'Tmtitu$e of !~.tclriar Rc:-,w~rch of
the Ukrair-izm Ar,-adem, of Sciences some data on neutron.41-,Psonanca for a con-s-Lder-
-able rumber of nuclei aver the rmkge of viass,:nimbars, A = .130-192 i,.mro
by the time-of-fliGht nothod. Thene dat".1 wexe wed to'calcv"I'atc, 01(i lcvel 6emit-
of Ocar-mound nw"I'A 010.-x.. to the mcitat-'J.on enorg-y rZIO )ITINII-ir orfxm~.
Thin paper preocaiLs datta on Vie deporidence- Of b(Aveon for
a,,; a f un tion ot Via mmbar. oll' ncutronz in a ri'ucl6us.
a fixed excitotion enorr
40
-.1.1.-MOMMMU ~R116MIARV

USSR UDC 621.317-7.029.65/66-5
VERTIN, A. A., PETRUSHIN, A. A., SUSLOV, IL It., SHESTOPALOV, V. P.,
S. , =- ONOV, Ya.' I.., and. LIMITEENYO, L. N.
IvAutomation of Experimental Research in the Milli-mote-T and S-ab-
millimeter WaveenF
th Ranges"
Novosibirsk, V sb. Konf. po__avtomatiz. nauch.' issled. na osnove
'primeneniya BTsVM, 1972 (Conference.on Aut-owation,of Scientific
Research Using the Ellectronic Digital Computpr, 1972--collection
of works) 1972, pp 100-101,(from M-RadiotelvduAka, No 10, 1972,
Abstract 'INTo IOA51
5)
Translation: The proposed research method is based on the visuali-
zation of the field distribution in-open strt~ctures (resonators,
for example) by introducing into theii- space a test body which,
entering a region of greater or lesser intensity in its motion
along a specified trajectory, varies to eome extent the parameters
-1-ures. The trajectory of:the te-t- body is traced by a
of.the struct. zj
beam on the screen of a cathode-ray.tube. Tho~ brightness of the
beam is proportional to the signal taken from the open structure.

1JSSR UDC: 669-24S:620.183
KALININA, Z. M. VERTIY I G., MISMATULLINA, N. S, LONGINOV, M. F.,
ARTEMOVA S. P., Chelyabinsk
SERGEYEVA, L. ~L I
"Influence of Mag of fleat-Resistant Nickel-Based
gnesium on the Structure.
Alloys"
Izvestiya Akademii Nauk SSSR, Metally, No 4, Jul Aug 73, pp 193 .196.
Abstract: 'MC influence Of magnesium on the structure of nickel alloys was
studied. under the assumption that magnesium is concent-rated primarily along
the grain boundaries and in areas of ot.her defects of the crystalline lattice.
Assuming that a very slight concentration of magnesium could produce an excess
of magnesium at these defect locations and thus hinder the separation of car-
bides and other excessive phases in these locations,,facilitating their more
even distribution through the.entire volume~of the alloy, the authors
turned primary attention to the study of~the influence of magnesium on the
form, dispersion and nature of distribution*of excess,phases in the solid
solution. It was found that the optimal addition of maLniesium to heat
resistant nickel-based alloys.decreases dendritic liquationP makes the
excess phases finer and facilitates their more even distribution. This

USSR
Kalinina, Z. M., Vertiy, 1. G.J. Yhismatullina, N. S., Longinov, M. F. ,
Sergeyeva, L. V., Filatov, B. A., Artemova,' S. P., Izvestiya Akademii Nauk
SSSR, Metally, No 4, Jul-Aug 73, pp 193-196.
increases the technological plasticityland long-term strength of the metal.
Excess alloying or enrichment of alloys with magne5ium from the slag and
lining in the furnace cause an-increase in local chemical heterogeneity, in
turn causing the appearance of new excess phases, decreasing the melting point
of themetal in the area of these phases.. and. reducing, technological plasticity.

USSR tmc: 536.~,6:533.6
VERTLIB.- AEUTYMOV, V. A.
tons""-
"Experimental Study and Calculation'of.a Turbulent Gas Flamet'
V sb. Vopr. teorii goreniya (Problems of Combustion Theon-collection of
works), Yoscov, "illaulka", 1-9'70, pp,51"70 (from BM-Mekhanika, No 4, Apr 71,
Abstract !!o 4B790)
An approximate
Translation: method of calculating a free diffusion ame
with seDarate concentric feed of fuel and oxidant i"$ constructed on the
basis of the method of the "equivalent prcblt-m of heat conductivity theory"
(Vulik, L. A., Kash~arov, V. P., Teori-va struy vya2IS~y zhit~-kosti [Theory
of Viscous Liquid Jets], Moscoll, "Nauk~alf ,1965; RZh~-Mekh,, j.966, 5B508K).
,rrom the expc entally known drop ia~ dynWnic bead i~long-the axis of-the
flame and the predetermined value of the turbulent'. F'raridti number, the
distribution of all uarameters in the ~ flame mW be: dr:7
term,.Ined. An ima-
lytical solution is obtained with certain:assizmtiors whirh are not later
confirmed. The authors, present,the results of an exPerim--,ntal study of a
diffusion flame formed by coadal Jets. The dynainic head, te---,,)eratu,-: and
1/2

VERTLIIB, I. L AEUTY-UINOV, V. A. ,Vopr.Aeorii xomiiya, Moscow, "Hauka",
1970, pp 51-70
concentration of reagents are measured ir. the flame -fielld, and oscillogran
of the ioniza-bion current are analyzdd. The results of exact numerical
.,calculation did not agreeas well with, the e.)merimental data as did the
approximate analytical relationships,.~ The nature:of: them' effect of certain
initial conditions with respect to the. data of calciulations is not always
in accord with the exDerimentally dete mined effect. V. A. Frost.
rM
2/2
58

USSR UDC 536.46:533.6
VERTLIB I L ARUTYUNOV, V. A.
"Experimental Study and Calculation ofa Turbulent Jet Formed by Coaxial
Jets of a Gas and an Oxidizer"
sb. Protsessy v 2-1ameni prom. pecheZ (Processes in the Flame of Indus-
trial Furnaces -- Collection of.Viorks),:Moscow Institute of, Steel and
Alloys, Vol 58, Moscow, 1969,~pp 21-36 (from RZh-Mekh4nika, No 5, May 70,
Abstract No SB982)
tational-theo-
Translation: The results:of a detailed~experimental and compul
retical study of a free turbulent diffusion.jet formed by coaxial jets of a
hot gas in air are presented. The method of the.1equivalent problem of the
as;a computational iethod in the paper
theory of heat conductivity" isused, m
and reduces to a calculation W-F continuous velocity prof-ilem, temperature
and reagerit concentratinns and also of t1he.coordinatops of the flame frant
by integrating the linear equations. Ilia ompivical valatie-ilship ',-,f tbe
-the actual x of- the-longitudinal coordinate was borrowed from
reduced O:ard
qxperiment by comparing theoretical and,experiveental curves,for the change
1/2

VERTLIB, 1. ARUTYUNOV, V. A., Protsessy v plamen-i 2rom.. Recbey,
Moscow Institute of Steel and Alloys, Vol 58, Moscow, 11969, pp 21-36
in the characteristic values on the akis of the jet. The feature of the
singularity of the solution (permitting, apparently,the authors to obtain
good agreement between computation and exp~eriment) r~2duces.to the computer
solution of a transcendental equation for~the coordinates of the flame
front. The experiments were conducted*on a coaxial burner"(d. = 18 om,
in
dext 26, 30 or 34 mm); a mixture of the.h.ot gas with its combustion pro-
ducts in air was placed in the inner tube and air was placed- in the outer
tilbe. The values of the dynamical pressure, concentrations, temperatur.-e
and electrical conductivity were measured; the two latter measuremen-cs
'gave practically identical values for the coordinates of the flame front;
photographs were also taken of the jet.with different exposures. The ini-
tial conditions were varied: the methane concentraticn in the fuel flow,
flow rate, etc. it was e iden from the experiments that other conditions
t
being equal the maximum length of the jet corresponda to equality of the
values PUZ at the output for both flowol the minimum value of the length
comesponded to a flow of gas In mot'Lonless air. Tbto results of the experi-
ment agree wIth the calculation so that for the experimental conditions a
single graph izi shown for the relationship O(x), the compirtational 'Izay"
and the equivalent problem method. 11 references. L, ft. Ifulis.

833
USSR UDC. 621. ~~I.
VERTLIB,. M. Y a. , GORDON ,F. G
A- Device for Suppressing Signals.of One Frequency
Moscov, Otkrytiya, izobreteniya, prorVshlennyye obraztsy, tovarnyye znak-i,
No 12, Apr 71, Author's Certificate No.299974, Division H,.filed 5 Aug 68,
published 26 IiIar 71, -D 214
Translation: This Author's Certificate introduces a device vhich suppresses
signals of one frequency in a signal transmission chamnel. The device con-
tains a transformer, resonance circuit 'and, balance resistor. As a dii stin-
guishing feature of the patent, the wi-it is designed to give a hi&h base
signal transmission ratio, reduce nonuniformity of the frequoncy response of
the channel, and narrow the supprc-E:sion~ frequency band while achieving a high
coefficient of suppression and weakening the relationship between the trans-
mission ratios and coeiTicient, of suppression on the one hiuid and load im-
pedances on the other combined with simplification of the suppression circuit.
The transformer contains an additional vinding which is symmetric with the
main winding and has a common point with the main winding, the outer ends
of the at~:dlia-rj and =ain -windings being interconnected th--oup-1-i the above
mentioned resonance circuit and balance,.resistor. The input, of tae circuit
1/2

.... o;j 1: 1 `1111~-, I
. . .1 z ~ ! ~ -I - I , ~ i ; - M r t I - , i . - I I * I ; I I

112:: .':024
UNCLASSI Ft ED k(ICE SING --l
-p s DATE 8SEP70
ilATLE-FORMATION OF PROOUCTS OF, IRON-DEOXIOATION BY,:ALUIJ'INUM -U-
;:,.AUTHOR-(04v'-VERTMAN# A.A.* GONGPDZFog G,A., 14EHEDLI:SHVILI, V.A., SAMARIN,
1-p-- A 14-
OUNTRY. OF INFO
USSR
URCE--IZV. AKAD. NAUK SSSR, METAL* 1970,.(I)t 171-22
,..Q~ATE PUBLISHED ------- 70
~':SUBJECT AREAS--MATERIALS,, MECH.v IND69 CIVIL AND MARIINE ENGR
OPICJAGS--IRONv STEEL DEOXIDATIONP-ALUMINUM CONT&INING STEEL,
:.i. r-NONMETALLIC -INCLUSIONt ALUM.I:NUM OXJ0E METALLOGRAPHY
CM4TROL 4ARKING--NO RESTRICTIUNS
-,DOCUMENT CLASS--UNCLASSIFIED
-.,.PROXY. REEL/FRAME--1984/0167 STEP NO--IUR/0370/70/000/001/0017/0022
CIRC ACCESSION NO--4POO54963
UNCLASSIFIED

212 024 UNCLASSIF'rED~ PROCESSING DATE-18SEP70
ACCESSION*NO--AP0054963
-:.ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. AR.-MCO FE, ~CONTG. C 0.008, SI
0.001, MN 0.041 AND 0 0.18PERCENT AND AL IN BARS WERE USED. THE
SPECIMENS WERE MELTED IN A FURNACE WITH AR, ATM. .; AT tHE WORKING TEMP.
1600DEGREES A PIECE OF PURE AL (0.4 Gl)-WAS ADDED TO THE SURFACE OF
MOLTEN IRON. THE DURATION OF HEATAND TEMP. WAS CHANGED DURING THE
TESTS. THE CRUCInLE WITH METAL.WAS COOI.EG IN THE AR,, SECTIONS Or- THE
INGOTS WE-RE STUDIED BY Mll-ROANAL. -RITH THE AIM TO DE,T. THE AL
DISTRIBUTION ALONG THE HEIGHT OF THE.SPECIMEN9 THE REACTION DEPTH$
-BETWEEN THE DIFFUSING AL AND THE .0 INJHE HETAI-f~ AND FOR THE DETN. OF
THE CONTENT OF NONMETALLIC INCLUSIONS,, 14ETALLOGRAPHIC STUDIES WERE ALSO
CARRIED, OUT. SEVERAL TYPES OF !NCLUSIONS WERE STUDIED: LARGE LIQ.
INCLUSIONS OF,GLOBULAR FORM', COMPOSE0~0FMGAL SUB2 0 ~SUB4, AL.SUB2 0
~~:-.SUB3, DENDRITES AND FINE GRAINS OF ALUMINUM DXIDt. THE FORMATION OF
GLOBULAR INCLUSIONS OF AL SUB2 0 SU83'WAS CAUSED .:BY THE EFFECT OF LIQ.
PRODUCTS OF DEOXION. ON AL.RESULTING'jN-THE FORMATION OF HARD SURFACE
--LAYER- OF AL S,082 0 SUB3.
UNCLASSIFIED

USSR UDC 532.74
VERTIMAN,.A. A., IZMAYLOV, V. A., and SAMARIN, A. M., AcadeM4
~clan
"Centrifugling of Siluminum in the Liquid State"
Moscow, Doklady Akademli Nauk SSSR, Vol. 190, No. 2, 1970, pp 313-314
Abstract:
An alloy of aluminum and silicon was centrifuged in a high-tem-
perature vacuim device in order to obtain information on the s-Lructure of
the. alloy. , The siluminum samples were centrifuged at temperatures of 700
and .8500C. The samples were analyzed:for silicon content- by a weighing
method along the longitudinal axis.- The distribution of, silicon in the
samples of both series is graphed. Analysis shatis that the efffact of cr-jstal--
lization on. the separation of the components of the allo., In the centrifuged
? field was slight under thecse exp,~;rimental :conditions. Increasing the tem-
perature from '100 't
-to 85011 reduced he degree of separation of' the components
of the luminumi-silicoa system. It is concluded that this: -effect is possible
-Only if one assunes fhe presence in the AI-Si system of:dlinarrtic subgroups,
dbriension r 50.
enriched by one of the components,:of 10 These resulL
should be considered in studying the modification and crystallization of
-WANWOURNMOMI milli

'M- ~1111frl!:_ ffl!i~
. . ........
'7 /r00332-39-
Y
YP 95
USSR UDC 532.74
IMAYI-OV, V. A' and 5-AMARIN, 'A. 14. ,Academician
'!Centrifuging of Siluminum in the:Liquid.state"
Mos cow, Doklady Akademii Nauk SSSRI, Vol:. 190,.~ No. 2!,~ 1970, pp 313-3114
Abstract- An alloy of aluminum and~silicon was cen-trifw:ed in a high-tem-
perature vacuum device in order to obtain-Anformation on:the structure of
the alloy. The siluminum samples wer.e-centrifuged:at te=eratures of 700
and 85,00 C. The samples were analyzed for silicon content by a weighing
method along the longitudinalaxis. The dis-cribution of silicon,in the
samples of'_bo-tih series is graphed. Analysis shows ::that the effect of crystal-
lizattion on the seDaration of.the components of the': alloy in the centrifwzed
field was. slight under these ex'Derimen-tal. conditions. increasing the tem-
Perature frorn -100 to 8500 reduced the.degree of separation of the components
1970,1692

P

AT0033239
of the luminums -i-licon system. It is concluded th at th-'ts effect -is ros:3ible
only if one assunes the presence in, the Al-Si syst em of dynamic subgroups
enriched by one of the components of',dimension r = ~10-50 ?i. These results
should be considered in studying,the~modification an.d crystallization of
silumins.
j9,ynjLGq3 ,

212: 027 UNCLASSIFIED PROCESSING DATE--230CT7O
CIRC ACCESSION NO--AP0119044
-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT.. PHARMACOL.p CLIN.r AND CHEM.
CHARACTERISTICS OF THE TITLE COMPD.ADI-HCL SALT OF~
2t(4,METHYLtl,PIPERAZINYLI,10,METHYL,3t4,DIAZAPHENOXAZINE) (1), ARE
GIVEN. I IS A LOW TOXIC COMPO., LU SUB50 VALUES FOR MICE BEING 64, 390,
AND 700 MG-KG (I.V., S.C., AND ORALi.RESP.).t AND PHARMACCIL. EFFECTS
RESEMBLING THOSE OF TRICYCLIC ANTIDEPRESSANTS. : I DID NGT SHOW
CHOLINOLYTIC.ACTIVITY AND WAS LESS TOXIC THAN 1141ZINf. IN CLINICAL
TESTS? INITIAL DOSES WERE 25-50 MG-Z(t HR# MEDIUM 150-200, ANo MAX.
500-600 MG*24 HR. A THER4PEUTIC EFFECT.WAS OBSO. AFTER I WEEK AND
INVOLVED TIMIDO ANALEPTIC AND SEDATIVE-ACTION. I GAVE COLOR REACTIONS
WITH CITRIC ACID IN AC SUB2 0 (.VIOLET COLOR WHEUHEATED), AND FORMED AN
ORANGE PPT. WITH TROPAEOLIN 000-0., THE.FOLLOWING PROCEDURE WAS
RECOMMENDED FOR QUANT. DETN.~OF It DISSOLVE 0.1-0.15-G SAMPLE IN 1-1.5
ML;HCO SUB2.Ht ADD 30 ML AC SUG2 Of AND TITRATE.WITH O.LN HCLO SUB4
USING CRYSTAL VIOLET AS INDICATOR;' I:ML, O*IPI HCLO SUB4 CORRESPONDS
OaD1851 G 1. FAC!LITY: V S E 86 NAUCH.-ISSLED. KHIM.-FARM- INST..
IM..ORDIHON11KIDZEr MOSCOWP' USSR*;
UN S
IN -9 klm.~~- A:05
a F)

Code: UR 0297
Acc. Nr. 1P0029570
PRIKARY SOURCE: Antibiatikio~A" I Vol 3.5,, Nr 1., p p,5'~ -
.4aNTITLYINIOR ANTIBIOTIC TAVROINIKETIN, ITS EFFEC'T ON OPGAINS AND PILOCID
"TAL ANIINLALS, DISTRIBUTION '4D ExCRETION
OF EXPERIMED-;
VertorOuz ,, P.; Kunrat, I. ~L. juraveysknv-
insfitute for New Antibiotics, Academy of A-lidical Scien-Ces of the USSR,
Th~ paper pre'sents datm on, the effect -of tavromvct~tin on the organs and Wood
of expermienial animals. its distribution, in tissue-s and excretion. It was found ilat
tavronycetir used in loxic doses affect'
ed the liver and 1he kidneys of the ani-imal'i,
decreas~ad the ery(b, p-2ripherat blood and induced
rocyte and hemcglobin counts in the
trombocyiopenia. After intravenous, administration 0.5) per cents. of the antibliotic was
excreted with urine ai-id 4~5 1 er,cient with bile. After oral-adminisi ration 0,8-1 Der cent
of ffie.an4iblotic was eXcreted with bile and no,lantibiolk %vas detected in urine.
E-1
REELdFRAME

P6-~Ct6r "Y~talldr~y
USSR UDC 536.33+546-3-19
and CIMKHOVSKOY) V. YA., All-Union :L-istitute of Aviation
of High Temperatures, Acadenty of Sciences TJSSR
"Electrical Resistance of Powder-Metal Tungsten-Hheaiwn Alloys"
Kiev Poroshkovaya Mletwllurgl
.9 iya, No 10,Oct 72, pp 68-70
Abstract: The concentration and temperature relationships of electrical
resistance were investigated for W-Re alloys within the limits of the tungsten
solid solution. Powder metal alloys containing 5, :10, 19,1 20, 21, and 27% Re
were used in the 1200-30000C teirmerature interv'al. Analysis of measurement data
shows that the relationship of electrical. resistance. t for IT-Be alloys In the
investigated range of compositiions basically confoms to the Nordheim law, i.e.,
electrical resistance has a linear function to the product. of atomic concentra-
tions. Alloys with 20 and 21% Re.deviate from the ge.neraliprinciDle, starting
at ar-oroximately 17000C. The formation of internediate phases is assu;Ted to
De the cause of this anomaly,
The authors-t :f-, V. M 9,02911 and Ye. I. PAVLOVA for useful obgervations
ba
during the disvussion of tha results obtained- 3 figures, -.12 bibliographic
references.

USSR UDC: 536-212.2
11 -ROSVIL V. Yrosem
E&I
V
"Thermal and Electric Conductivity of Ta
ntalum at Hig~i Tminira-ratures"
Terlofiza-a Vysoldkh Temperatur, Vol 10, 1,
'Vo3cmv No I., Jan-Feb 1972, pp 77--81
Abstract: The aaL, k'
Miur studies the th(;-rrU- and electr-c- condoc'ivity of
at high temperatures. T~e lhex-~=-l conductivity of --jas me-a-sured, at-
3WOOE. with an error of le-gs than 2*5-4*'5 Pelvent. Its elecUrical resistaiice -war,
rae-esured at 12-1DO-3000YOK iaith an error of less than 1 n.c"ce!A. A devi-a'-im is dc.-
temined from the mozotony of the, se-cond derivat.vc of electrical resistance i:itb
respect to temperature in the 21000r, range. Zie author uses data ffram existing
literature to calcuLate the most. probable values of and -.1 -tc-
U ~' ity r- r
trical resistance. Original artiele: Oix formulas, "ve figqare:3, one table, and
20 bibliographic witries.
42

DATE-020CT70
4ETHOD IF
-,'PROXY REEL/FRAME--1990/0296 STEP NC)--UP,/0000/70/000/000/0000/0000
.CIRC ACCESSION NO--AT0109594
U N C

~12 022 UNCLASSI:,FIED PROCESSING 0ATE-02OCT70
ej RC_ ACCESSION NFJ--AT0108594
~A~S~T'qACJ-/EXTRACT-(U) GP-0- ABSTRACT. MEASUREMENTS H A VE BEEN PERFORMED
WIRE SPECIMENS HEATED BY PASSINGIELECTRICAL CURRENT IN VACUUM. USE
HAS BEEN MADE OF EXPONENTIAL TEMPERATURE DISTRIBUTION GRADUALLY
DISPLACED ALONG THE SPECIMEN DUE TO THE RIDER, TEMPERATURE VARIATION.
THE EXPONENT HAS BEEN DETERMINED FROM THE COMPARISON OF THE RESISTIVITY
CHANGE OF TWO SPECIMEN SECTIONS-WITHOUT USING'THE TEMPEPATURE
COEFFICIENT OF ELECTRICAL RESISTIVITY. RESISTANCE BRIDGE AAS ALSG f3EEN
USED.. TUNGSTEN THERMAL CONDUCTIVITY HAS SE.ENDETERMINED FOR THE
TEMPERATURE INTERVAL OF 1300 TO 2500DEGREESK ON THE SPEC.IMEN.S OF
99.9PERCENT PURITY W!TH 0.1PERCENT AD()IT:ION OF MO. THE CALCULATED
MAXIMUM RANDOM ERROR OF A SINGLE MEASUREMENT DOES NOT EXCEED 6PERCENT.
UNCLASSIFIED
mom

r;W~rtli KINUICS AND MORPHOLOCY OF AUTOErITAXIAL 11FRAMMUM F--14S IN THE
rMOKIDE MMIOD All
JAttirle Ly V. S. KravehLY)ko, A._~,~ndreyeyi V, S V~=crpz a l' A. K z-
to
to I -,--
r ~tura-Tlo-nckrlzo:Z
?4=at~oj Mr- 2 ' 1969,
a
lbo quantItative results of experimental st~udits of the att'itth of auto-
CpLrarial layorn or garmanium by the chloride met!zod- 11-41 -c~noeL b"
qae& 'for
other aerups without foraltnolonry analysis inveatiGattaft
of -is reaction cjutlibrlumz znIf ~k-4AQttca. tit Oic 11tvLa
thsg' emmilyiiin in,cor'Vliczt4') by the fact that along with hatioregenGous
~o
teactiont intomediate reactions take place in the gas phase t5-71, t1te Jq-
Frva of the o~ccurrence or whtr+ qtAa~nttally to(tectot the grawth, "ottaotto and.
Im otra, depends on M."Y pa"U"'t-ra 4-4 0troctutAl n1ementit of: tho tnattor.
Th-~refor,~. the n"c3marv con dition or the optimat process otij i" Atmuiatton
r~- 4 further experimental otudy of tht chemical syttaus Ce-C-I-M. Thim-atudy,
In additioo, can permit an approach to the dibcoverr of~ of* tioa
reactictox *to the oturfact, and the growJkh.zcc4anis=A ~vwiar different conditlAne.
Y --.d, Verhztpg_Lt will offer the pomsibIlity of more vurponeiful ucill:atloa of,
i: Mo,grovth procooto tif the auturpitax1al LAyarg.
Ito thly,paper a study Qau Pude of the effect of the cemparatuea. the
flow ve)oc:lty and the concentration of the In the
vapou-jas mixture on the growth kinetics and morphology of the fl.1". A Yet-
tical r4Actor 72 r= In diameter was usi-d. Tile besting %me joal1r&d. by. high It
frariusincy InduttJort correnta. Tito tempcr~o4rm waw mxt~rvu'eed by~d plAtinam-,
platinorloodluaJitermocouple, and it ~&* kept constantAwarlatlorrot witUln tho
limft& of +2 drKreda). The aubarrates with (111) ariencatloit "to used,
3k.6t 2% any hetiiorogatocoud pro-no r"Alised inthe flow, the growth,
prorems of the permanium; (Ilva It" the gas photo as a function etf the simu~
leting nogs can be divided into aeveral ragAons.
For wary small flown where the equilibrium can be estaboltothied on tit
surface And in thoot gas phase or under the conditions of complatt tsix(nS th:
precede takes place in the so-called quayLettitaLlItorlu" rartSm (3), Ito title
caaa.11ho growth rate to the linear function at the flow velocity and can be
r
CA 14 red to, thatormoula (9)
136 -

-7 -3
XV-3. q1*UDY nF 1111' REAL MICROSIRULWIT OF C."Nrh ANIt SVWtLO,' SUKFACLS DY
TI1L LIGHT CONFICURATI04 MT11(ju
(Article bv Y..N.Vartortrakhov, V. r. Zinoy'v.va, Nov~lbivg,~
wo~ ne
XrI_st.IIv i 0t, R.altan, 1-17 Jut- L17Z, ti 'I
Tl- -thod ,f I.Litht%,con(iguration urrt: at. tnc rrrtRrnr tArz to r-lent
vry~t#44~ c=*.*in.,=nlt-v_=iv richr-
In format Lon. about thc.Strwth.mr.aclatica xo,rL=c&_ 1he linam-oata b=dz an tui
light configurations are -aifrraction spectrum %ya;ovis ond beat 4itforisation
about the. arrivis of gr"th.'.and nDlutiol) it".%,
a .1 1:-__
In the Cos ayared growth of the crvitals an the irseeto frequently
vlcLnol forism,occar whlcl~ 'are deflected bv a fraction of an atup!ujar degr
fr('M thf- IIA-41C facet. 11viviing &,laoer bcAns It Is.vosaLble to doeraigm the
angles, of vicinal.joYan. "vpraj:secvnds., jjtA_Itj"
Possiblo, t
a uetcr=Lna..tI41.'*hp1t;%, of, indLvidaAl blockst rvac
Ing tile sur6ce.
in tile- ease .6r. ecuv6ret Atructure of Uie surrace, 'the lixYwt confi a-
tIVnx ate freq ntly mul I& to difficult to determl R~'
A% uc ne th,
exact drigular Value or ctii facit or rinott-r bm titan. In tills ease :c F~d 1-c-
sult.lis obtatrutd by tlia,-efi~gt at overvxp-.~* of tho photoarApble rvon
known by thi~naflsl.of Uls:jibia.Azailon
Mist hot b0ca'dkicusal.4 is trstv5 tn an.eisavolt.of assacluctor
a Illv^
rystals with a $tTu'CtUr6-%#(. the, type Of di4wood..0phalfrits at itsinket.

9d r"3
XIV-4 LUKIr.S UF C-MUTH AS Thl, FAVNK MXININX 17hL 110TIAILOC:Y OF LPIIAXIAL
LAYKR~ ",'0 cltyf~"ALS WITTI Thl: STRUMURL (IF WAWND AND SP1;,1LL;4.L
AArttcl~ 6y Y, 1). V. N.,
b i rnk.;
%mar
in An.1-t. ..In mAdr, of the ",rj%lw1npv i-f cll* cr~u-.Als tvit-i tnt strur-
T u, rooIdinitionJand 40~a*lcri-fr) in-tcri-4 vF aaa,=tructural
sorica. It in dcmoor)tfntvd Oat the drn.ity of the elr~-q,Arv- I~rs; and -ha
struttural Periva 4errease In t1w series an'j 1 0-
resoucLi-ly.
calculation data obtained pettmit The explanaticn of the occurrence
or certain Jecom from tile poilit,of View or Aettw PGr%tCl1pztLm in tht prowtil
rsroccomell. or different structural me-ties fitrowth stopop'), ~v tit the latter to
a. t the f4can inclined t* jile. 18yem.41 gf"th And rrcdEct. WhicIt, UL them Vill
appear In the growth form, of the crvutolv and epitaxink Iar.erm' .
LL Ilea been dimonstire%ed-that-t.he eiverimntal data-cwt, the study or the
prouth stages In..dismand cry#t Ials Imnd epit*ktal: Imisti-6r - gerinatil u. and -gallL
arsenide agr#9 satisfactortly with thc~ Jumults of We th"retical anslysis.

112, 024 UNCLASSIFIED 'PROCESSING 04TE--IISEP70
-T-ITLE--A PARAMETRIC AMPLIFIER -U-..
E.V.v VERTQPRAKHOVAt. L.S.
_.:COUNTRY OF INFO--USSR
-~SOURCE
~--U.S.S,R. 262982
IAKI Nk 7 4 FE~i
.'-REFFRFNCE--0TKRYT1YAv rzoBqET., PROM. OBRAITSY, TQVARNYE Z.%
--PATE PUBLISHED ------- 70
'-"SUBJECT AREAS--ELECTRONICS AND ELECTRICAL ENGR.
.-T-OP I CTAGS--P4RAMETRIC 4MPLIFIER, PATENT, CIRCUTTI CAP CIT R,
biooE o
'::'~.-FLECTRIC.INDUCTANCE, THERMAL STABILITY
CONTQ1.1L4R K I IN G - - NC!PS T Q I C r I r; ,,I
tMO(UMENT CLASS--UNCLAFSIFIED
P OF, Oil 38 9 rl!) 00 1) i) C, -)'_1
ST~
._:C1RC ACCF.SSTO.N NO--AAnII2213
u

TJISSV-I)Nn -22MUlz
Z7Z7.
)3311~lldl-IV gHl -40 SIN5W313 snooO-IVNV 3H.1 01 3on.Li-idw*v N1 --Ivnc)3
3.~dV ~4,%I'Vi S11-H-L., :40 9:)N'Qrll0lVdV:). ONV. 3 ONV KMO NJ 3141 -dOI.V'1-llD.SQ.DNldWAd
3HI :Aj NNVI 3HI 01 IM09V100:13:1 511 H6no-eHi (J---'133NNOO SI '3KI I 3wvs
9H1 IV GNV BHI'dO iinobi,). ~ONVNIC-S3*d 3JNVil3VdV:) 9:)NvionGNI
3H1 101NI ivNcqvio andN] Sil HSOO~Hl 031-33NNOD 51 IdOIVIMOW 3:)%lVl:l3Vd-V:)- :-, ~'I
3HI 'ONNINni A:,ll-lciWlS WIV Allllla~VlS -lVWb'=Hl 3SV3b'X'Jl Gi DS(W339
sd3:3:110 ii *a0!:):!i3O:30nlJ'ldWV M ONVI 113131-IdViV 3AL13-1319S V '.iln:)bj:)
6~lslvvi Hilm bcilvllE~Scl 'Ss%'ldwnd V ,s aoo,j u n~i:)civ kmu:i Nu a~svo boivinow
OSONVIV-d i SN IVIN-00 HOIHM '631JlldWV A di'l~4,M:Vd 7 s3ono0e,-L.Nl
3 1 :J~ I I b] 3 Sb'Df I I nv CC I HI Si~v -0-d9
ilMlOVV--GN NUlSS-3:)-)V- 3bl,11
I I - - 0 ID, N I S S 3 C 31 A I S S V ll')Ffn tzo. 2/Z

K.
Amplif i4ra
USSR UDC: 621 3T5. 8
SHEREPE, T YEV, E. V. , VERTOPRILKHOVA, L. S., Institute of Automation end
Electrometr-y, Siberi 8~ Departm6nx PT tne Kcadeqr of;:Scienrzes of theIUSSH
"A Parametric Amplifier"
LSSR Author's Certificate No 26,~,982, rijea 4 Nov Q, publialied 2 Jun 'TO
(from 2Zh_P,,jdj 2, thit, 70,~ Wit rew 1. No
No I
Translation: This Authar's Certificate introduces a parametric amplifier
which contains a capacitive balanced modulator on four blocked diodes, a
pumping oscillator with master circuit, EL selective amplif~ler and an ampli-
tude detector. To increase thermal stability and simpliPj tuning, the
above-mentioned capacitive modulator ha's its input di-agonal connected in a
resonance capacitance-inductaricei tank in the amplifiar,,- anr! -the feed diago-
nal is connected in the resonance tank~of the pumpingloscillator; the in-
ductances and capacitances in the amplifier arid.oscillator tank circuite are
equal in value.

7777777,:~,
USSR
71,R,
Par wna:: r c
uency F e 11 U S
V sb.
zyl~--~r~--%-11:;- -kc:--Z -7" - - :.z ("rcrc'
C aza
Al-mcmati or lection of VI i, P.
,p 27--.j~ 1 10, Aljsl,ract
p Rrtdi.otelhni ka. , o 101, Oct C~ 12 2
T r 2a. f; i o n 'I Cz,~,~ a u,- I cs T) r e s e n t asurvey 0 f V rk S On "ie o s cw- no s e
an- er s
lo,.r-; -ic nararetr-~c resonaxice. Low- f re n a r c
1'iu-r~ of tl- e ca,,~acltlve type (ba2 t: d on b2o~:k~!d i,, n
N
a:-. a` e
-nductive Obu-,~--d on 'errites azid thin films v th, ortho,-onial =,-:tgnet~c control
are dif-;cussed. are given for the up-in, pazsbard imd rjolz5p I't--tor of the
T
I-Men!. The bas c nroblems of devclopir.~ low-frequencT yara-,:1et:rIc
are con-videred: Qf muctive elemcr~tv, pumping of
effcct of' ttit--, second harlaunic,- change in xr-actafice, e,~C. Ii,
ra
tions,41bliography of thirty titles. Resumd.

ELECTRONICS
Amplifiers
USSR UDC 621,375.'124:621.375.9
SHEREMET'YEV, E. V., VERTOPRIAXWOVA, L_S.,~Institute of.Automation and Elec-
trometry, Siberian.Department o the c enc a f th, USSR
ej,4y O.f" Scil elo L
"A Parxaetric Amplif ier"
Moscow, Otkrytiya, Izobreteni-fa, Promyshlennyye Obraztsy, Tovarnyye Znaki,
Mo, 7, 4 Feb 70, p 46, Patent No 262982, File&4 Nov 68
Translation: This Author's Certificate introduces a paramietric amplifier
which contains a balanced capacitance mdulator based on I*our-blocked diodes,
:111ator with naster circui :
a pumping osc. t a -selective amplifier and an aupli-
tude detector. It differs because to increase thermal t3tability and simplify
tuning, the capacitance modulator is connected throtigi-I its inpTit diagonal
into the inductance-r-apacitance revonancO circuit of Ou-, ampailier, and at
the same 'lime is connected through its feed-diagonal to -the tank of the
Pumping oscillator. The Inductance and a acitance 0t this tank are equal.
C, I 'UP,
in amplitude to the analogous elements of.the amplifier tank circuit.
1/2

USSR UDC 537-533-35/536.45
ZOOOV, Cl. S., and VEIRTSNER, V. N.
High-Temperature Election Microscopy"
Moscow, Izvestlya, Akademii. Nauk SSSR, Seriya Fizicheskaya, Vol 36, tio 6,
1972, pp 1266-1271
Abstracti The article shows that high-temperature studies can be performed
,in an electron microscope-by using the,electron, beam of the microscope to
heat objects. The specimen support Is an.apertured disk made of tungsten
foil, mounted in a socket covered*with-a heat-insulating layer of alumin=
oxide. The heating of the disk is accomDlished by a defocused electron beam,
a slight portion of which passea through a hole in the disk and creates an
image of the object. The temperature is measured by7means of an optical
pyrometer, focused on a mirror replacing the intermediate screen of the
rA-croscope. The principal difficulty in measuring tenDeratures above 100CP C
is that the temperature is not.the same forivarious sections of the disk due
to nonuniformity of than current density., At temDeratures ianging from room
temperature to 20000 C the'temperature measur-ement error does not exceed sev-
dozen degrees, The maximum heating temperature depends on the proper-
ties of the disk material and object and~can-exceed 30000 C.
68

-w
USSR UDC: 621.308.694.3-538.652
ABRAIDVI, V. M., BARSKIY, B. R., WERTUSHKIN, B. A. , GOLOVET, V. V. ,
ZORDI, V. M. , KRINKIN, A. A.
A Pneumatic Coikputer"
Moscow, Otkrytiya, izobreteniya, pronyshlennyye obraztsy, -,ovarnyye znaki,
No 8, INTar 71, Author's Certificate No 296091, division G, filed 17 Oct 68,
published 12 Feb 71, p 148
Translation: This Author's Certificate introduces a I~neuflvftic computer
which contains v- sing.,le-diaphralgii element with two nowlcz ithich are coaxia-I
with each othw- in Lhe flop., chiuMber of the element. ~Tbe di-.!ad-crvJ eliarl~uer
of the clement iti connocLerl to a multiplicwrid pr.-vosure, atid t1w inner
nozzle in Connected throuv~i 11 choke to a multiplier pretoure- riowr(,E~ and
directIl bo the output chmnel of the dev~ c., the simular obanne.1, formed
by the nozzles being open to the atmosphex-e. As a dist-,ingixishing feature
of the patent, the fizictional possibilities, of the ccr--puter are exterided
by connecting the flo-w chamber of the eleruent, through r-, choke to a divisor
pressure source.

USSR uDc 681.3.o6
UIAVA. 0. G of Sciences Georgian SSRO Institute of Control Sys-
_jj~,, Academy
wax=
"One Possibility of Error-Frea Recognitimof a Limited Satup of Coinn=cis"
TbilJzi, Soobshcheniya Akademii Hauk Gruzinskoy SSPt Vol 65# No is Jan 72, pp
41-44
Abstmcts A two-step- algorithm is proposed for the recognition of a limited
setup of comrz-nds. - The,logic algorithm proposed f= the first step uzes
andarft, while for the second recogni-
so-called MINI- and MAXI-portraits as sta
tion step there is a scalar product algorithm with a hm-riatic standard. The
fixst-step algorithm permits error-free irecognition- of ab3ut 70 percent of
the realization* vresented for recognition ~vhile the remaining realizations
are also recognized without error by. the seeond-step. algorlthm.
.IN MR.
it IV I , 1, 11 M

USSH UR_": 510.3:62-50
"Optimal Process J-ith Delay.for zPartial DLLC44ez.,(~ntiaj _'quat-Lons
of the 'Parfab.-Ilic Type"
o 4
Tr. .'X .-=~ZPOUaVsat. sostava i
nauchn. rabot-n.-__nrob-l. ic-,,:ra.S ;a ~~ruz.
17 (2ransactions c il-e iifteenth Sc~enti`ic-~Iec;-Lnical "-.I-
ference of ~;ha P_-of-ssorial Instr r 6taff aiid 'cience
ucrlo
Problems, and Laboratlory, Divisions, MeorGian Polytechnical In-
-stitute, ao. 17) Tbilisi, 1970, po 5-16 (from, RZZ K -1 1a 4, e Ma. t ik ~i,
No. 3, 1.1arch 71, Abstract i'~O. 3Bj~Q)
Translation: The nroblem of optimal control is con:~idered r
the case in which the procesF, is debcrib.ed_b7 a partial differential equation
ofthe parabolic type, the optimalit&criterion being~a
functional de;)enain- on zome Dreviously , becif ied -mrameter ni)dl on
th solution o-'' differential equ4j-io
re n.
7

USSR UDC 621.282.2.029.64
SHPIRT, V.A., VERVEL'SKIY, A.A.
"Recovery Time Of A Limiting Diode And The Method Cf Ito Di5terminstion"
V ab. Polu rovodn, pribory.i ikh rimenoniXe~(Semiconductor Devices And Their
Applicution--Collection Of Works)j No 23, Moscow, "Sov. radio.0 1970, pd 192-197
(from RZ'h-_81ektronika I yeye primeneniye, No 11, Nova::-!ber 1~70, Abstract No 11B94)
Translation* A calculation is conducted of the recovery tima of a limiiing semi-
c~,ndvctor diode, on the banin of an anslysit of the chanize of the stored charge.
The measurements, done by two methods (directly at microwave frequency and by
determination of the recovery time through the a ored charge), show thut the
theoretical value of the recovery time 10" ~sec) is close to.the experimental.
Conclusions are drawn concerning the advialbality of aelauring the stored charge
instead of directly datermining.tho recovery time-3 ill, I tot). 2 ref. Sum=ary.

USSR UDC 621.-85.64
-EVSKIY, L.I.I. TIKTIn, S.A.
ZEUOP'X~~XAI KISHIIN
"Continuous-Action Pagnetron With Evaporative,Oooling For Microwave Heating, Unite"
Elektron. takhnike. Nauchno-tekhn. ob..Elelctron. SVCh (Electronic Technology.
__ctron
Scientific-Technical Collection. Miarowava~Elo 970, No 7, pp 114-119
(from RZh--Blaktronika,i yeye prim,660niye'40'llp if9vembOr 1970, Abstract No IIA125)
Translation: The results are presented of the development of a continuous-action
centimater-band magnetron of average power for domestic end ity-11.Aotrial microwave
heating units. A distinctive choracterietio of-the magnatron developed is the
cooling of the onode unit jblak), which has n number of advantagou in
evaporative
comparison with other methods of cooling,, :As a boiling-iouter,hout-tranefor 9gant,
it in -possible to -ude both- induotrial water., and. -water s.olutioOa of othylaneglycol
with a freezing point tb-minue 70 0

USSR UDC 1537-226f 537 - 311- 331:1537+5351
VASIIX VSFAYAJ. M. M.1 _BUROV) G. Ar.., and SMIMITOV, M. V.
"mi6_Frequency T~'oncontzict Study of Temlperature Dependence of Electrical Prop-
erties of Ionic Crystals"
Tr. In-ta elektrokhimii. Urallsk. nauch. tsentr All SSSR (Works of Electro-
chemistry institute, Ural Scientific Center:of Acader4~:of Sciences USSR), 1971,
vy--D - 17, PP 7-10 (from RZh-JFizikaJ, No 1,~ Jan 72 Abstract No 1YE1226 froi,,i
Surmary)
Translation: The authors study the electrical propertles of Na-Cl, KC1, CsC!,
YBr, arid KI crystals by the noncontact,IT, method. It is established that on
.the curve for the ternoerature dependence of the tangent of the anirle of diclec-
tria loss In the crystals stiidled there io a, ruximw m-lar the rulting point,.
In the case of CsC1 a im-ximuii ic fotin(l alsoiin the regior. of' -polymorplious
(X-4-13 transformvation at 4750 C- One kese rice of a pe,' iximum on the tan -S
curve is due to mutually opposed processer,:. an increasO in the concentxation of
defects anl a decrease in their mobility-.~ The tan,~ temperature dependence can
be regarded as characteristic of t emperature variations in the structure of
ionic crystals.

USSR LTDc 621.039.524.034.3
NESTERM-10, V. B., L01MASHL7, B. I., VERZHINSKAY-k A. B. KdZLOVSKIY, V. G.,
SAKOVICH A. T.
21
"First Experience in Realizin-- Thermal Cycles in a Dissociating Gas .110)f ITO2Z
2NO + 0
2
Dissotsiirwushch. gazy kak teplonoziteli i rab. tela energ. ustanovok -- V sb.
(Dissociating Gases as Heat Transfer Agents and the I-Jorking Idedium of Power
Plants - Collection of Works), Mins k,-Irlauka i Telrhn.:~Pres_ 5-1o4
s, 1970, pp 9
(from RZh-Elektrotekhnika i Ener~etika,:Bio 5, MkV 1971i Abstract No 5U183)
Translation: The experimental testing units (the thermal D-50 and the power
Vulkan) and the experience accunulated during operation of them in a dissociating
medium N 0 2NO 2N0 + 0 are presented for operation by a closed gas-
2 4 2 2
liquid cycle scheme with the following parameters: 1~ 1) = 10-60 absolute atmos-
pheres, T = 25-6000 C; 2) p = 3-15 absolute atmospheres, T st, 25-5000 C. The
first operating experience in 14 confirmed the reyers4bility of the chemical
204
reaction of dissociation of the -system N 0 t 21,0 2TO + 0 Methods of
2,4
measuring all the necessary values -- temperature, pre!111sure, jr1ow rate and so
On - are developed. This method of operation permits an approach to the
1/2

V -M
a~
UDC 582.26
USSR
'VERZILIN,,.jt4., ANAWYEVA, T. I., and-IMINA, K. IL11.
t~e,Metaboli~m and Viability of
"The Effect of Protracted Darkness on
Chlorella Sp. K."
Leningrad, Vestnik Leningradskogo.Universiteta, No 21, Biologiya. No 4,
-129
1970, pp 121
Abstract: Metabolic shifts in Chlorella sp. K. cultured on a medium de-
ficient In organic nutrients and kept,in the dark.foir a period of two
months were studied. Before the beginming of.the diperiment, algae in
susperLgion were cultured on a mineral medium under luminescent lamps, and
continuously aerated by air coutaining~ 5% C02- The biomass was then cen-
trIfuged, resuspended on a culture medium deprived of n-031 poured into
3-liter conical glass vessels~and placed in the dark. The suspension was
aerated at the rate of 0.8 I/min. Samples for analysis and determination
of the cell content in millions per milliliters, dry watter in grams per
liter, and the chemical composition of the biomass were periodically ob-
taiued.. The data obtained revealed-that Chlorella sp. K. cells are highly
resistant to dark conditions. Despite the deficiency bf organic nutrients
1/2

----------
UNCLASSIF1,00 PRUESSING DATE--17JUL70
-TITLE-NUCLEASES OF ACTINCMYCETIES ~a ING TO THE UUE G:,~OUP -U-
'AUTFOR--VERZILCL, V.V.t TATARSKAYA, R.I.,-KR.ASlLNlKQVf N.A.
.~CCLNTFY CFA NFC--US SR
t~s IZVESTIYA AKrEt'll INAUK SSSR, SFRIYA BIGLOGICHESKAYAi 19701 NR it
URCE
13 3,-~- 136
DATE PUL I Sh-EG -'---70
$UBJECT AREAS-BICLUICAL ANC MEDICAL. SUENCES
io*P:1 C, TAG-S,-ACTINCt'YCES, PICPCOTOLCGYt EN ZYME
C.104TRU 1-~ARKIhC~--INC RESTRICTfCNS
K-.,~UM E N TCLA.SS---!UNCLASSIFIED
?RcX--y RE~LIFOMS-IS79/0728 STEP NC--UR/C216/70/OCO/COL/0133/0136
C- 1 R CACCESSICN NC--APOC47226
'IFIED
UNCLAS~

Acc. Nr; Art
Ref. Code: UR. 0216
VVU47226-
PRIMARY SOURCE: Izvestiya Akademii Nauk SSSR Seriya
Biologicheskaiya,,1970,'Nt~ 1g pp
K 'I nikov, N. A.
Verzilp-v-. V, V 'fai~rAayai-R. I., rasi
NUCLEASES OF ACTINOMYCETES BELONGING TO THE BLUE GROUP
Insiffil ,~qLeny Scien vs USSR
teAllcroblology_ r
-is shown that the cultura fluid
Investigations of the blue group actinomteetes fi,
Uf the strains pertaining to this group displays nuclease ktivity which differs in the
case of different strains. Some. strains produce a thermostable llucle,15e which retains
its activity after heating in an acid, rnedium.,
The enzinge produced by other. strains i~ destroyed l!y heatiniz and nlay be regar-
6ed as a,phosphodiestherase. Many other strains. displayed -a partial activity decrease
following heating suggesting that these strains, produce severil different nucleases.
All strains chequed with respect to their:DNA activity.have shown their ability to,
split tbig compound.
REEL/FRAW
19790728

USSR urc 621-315-592(038-8)
VERM21jr
T. I., PAY~U!J) I. y,., PopoV N. ~R., SUyETill, 0. N., FUMAN, B. A.
"De-Vice for Compensation of Axial Play of the Priming Rod of Furnaces for
Growing Single Crystals"
UOSR Author's Certificate.No 275412,Tiled 1Dee 6T, Published 14 Oct 70
-7) . Apr 7i, Abst ct No'4G479P)
Mh-Metallurgiya, No ra
Translation: A device for compensation for axial play of the primirL3 rod of
furnaces for growing single crystala contains a syst-i for regulating the
speed of the drive which displaces the priming rod. ;To decrease the aYial
play in the translational motion of the prindag rod occurring during its
rotation, an inductive Ai.".Iaccm~nt transducer is introduced, the moving part
of which is rigidly connected to the.primin.g. roa. 'fa* stationary part is
connected to the carriage on which theinoculation rod is mounted, and the
output of which is connected to the input of the speed regulator of the drive
for displacing the priming rod.
M XIIII,
-Mull

Ace. N--_: Ref Code:
PRDIMY SOURCE: Vestn',M,Dematologii iVenerologii, 1970,
Nr pp 4,,3-~4
ITITATIVE PROCEDURE FOR TREP~O'NEMA PALLIDUM IMMOBILIZATION
QUAN
TEST
L. V. Sazariovd~ L
t M:D- ~V-dwn
Su-mmary
~A method of quantitative Troponaina pallidum immobilization tes~ has been deve-
ined j0.05-~,1-0-15-0-2 MI)
loped usin,2 increasing amounts of the serum to be exam
appropriate controls. The' other co M, 0,,e w5t used ill Conventional
polie"Is oi
amotints of'the quilitative T. palliduni iMmobiii7ation les:, 'The exterience with the new
im.,thod indlcate~ fliai, increasing the arriount (if the inat-Huzited strum tinder study does
not Produce immobilization 0, T. palliduill.
'For more accurate scrodiagnosis of syphills and " r; Mfereritiation of false positive
lesi.:Hs of standard serological te5ts it its nece-ssary to examine larger amounts of sera
by the-quantitative method.of T. palliduni inirrobilization le.r:t. Incrimsed aniounts of inac-
fivated st~,rum from subjects with questionable results produces more complete immobili-
zation of T. pallidum and more definite results-of T, vallidum. immobilization test
-14
MEMIM, M. "t, i~, 1

USSR uDc 62o,186.2:66q.i4.ol8.44
MALSLENKGV, S. B., IQUA" K. GEVELING, N. N., and BUROVA, N. N., Central
Scientif ic Research
Fe
Institute o. rrouls,Netallurgy!
Segregation 14icroheterogeneity in 4xhl2v8G8NYB N148',) Heat-Resistant
Electroslag-Remlted Steel!'
Moscow, Mztallovedeniye, No 9,, se p72,. PP 70-72
'Abstract: A comparative analysis was made of intracrystalline segregation in
ingots of a i3-8-8 austenitic steel (EI481), ~produced by oren-arc melting fol-
lowed by elettro-slag remelting. Th ecomposition of the renelted steel was
(in %): 0.~q C, o.41 Si, 13.4 Cr, 8. L, mn, 8-ONi, 1.4 v, 1 - 3 Yo, and 0 - 45 11b -
The degree of dendritic heterogeneity was eiraluated by the coefficient of
segregation K., which is the ratio of maximim,concentrtv.~tion of an eleirant to
the minimum concentration of them element in a dendritic~. ce" , The steel was
made at the Elektrostal' Plant in-a 20-1-,MelectricalfUrnace. The resulting
electroslaig rer.41ted J 'ngot weighed 3200 kg. It was fou-nd that E1481 steel,
alloyed with-strong carbide-forming elements and,carbon., experiences inter-
axial segregation of the basic components. :The segregation he terogeneity is
determined by the nature of the macrostruetare, ane- the maximuz heterogeneity
was the same fc~_- both the open-are and electroslag inelted steel. 1 figure, 1
table, 5 bibliographic references.

UNCLASSI FIED, PRdCESSING DATE--18SEP70:
TITLE--DETERMINATION OF INDIUM IN SEMICONDUCTING ON AN A.C.
POLAROGRAPH -U-
AUTHOR-- VESEL AGO it Let#
'.~,.:CGUNTRY OF tNFO -USSR
---~ZH. ANAL. KHIM. 1970, 25(l)
SOURCE 72-5
PUBLISHED -----70
-SUBJECT AREAS--MATERIALS
.~.JOPIC TAGS--INDIUM COMPOUND, SEMICONDUCTOR MATERIAL# LEAD COMPOUND,
METAL CHEMICAL ANALYSIS, DROPPING MERCURY ELECTRODE
CCINTROL MAAKING---Nq_ RESTRiCTIONS
.1*55--UNCLASS[FIED
CL
"..."PROXY- REEL/r-RAME--1989/1741 STEP 40--UR/0075/70/025/001/0072/0075
Cl RC ACCESSION NO--AP0108108
UNCLASS IF lE,D
.. .........

2/2 021 UNCt:ASStFIED ~:PROCESSING DATE-18SEP70
CIRC ACCESSION NO-AP0106108
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. INDIUMt 041-0.001PERCENT, WAS
DE.TD* IN SEMICONDUCTfNG MATERIALS AND, METALS BY:~USINIG MIXTS. OF HCL AND
TARTARIC ACID AND H SUB3 Pn SU54-AND jjBq AS. SUPPORTING ELECTROLYTES AT
MINUS 0.7 V. THE IINOICATOR ELECTRODE. IS A DROPPING HG ELECTRODE. A M
HBR PLUS 1.5M H SUB3 PO SU64 MEDWHIS USED FOR THE DETN.'OF IN IN THE
~PRESENCE OF PBt TE# GA* SBv Vv NBT FEP 'AND SN AND 2.5M HCL AND 0,7M
TARTARIC ACID IS USED TO DET. IN IN'PB TELLURIDE.~AND IN FE. H SUB2 SO
SUB4 DOES.NOT INTERFER. THE RELATIVE ERROR IS 2i5-1-OPERCENT FOR
0.2-0*004PE.RCENT IN-AND LESS THAN 17PERCENT FOR 0.0021PERCENT IN.
UNCLASSIFIED

USSR UDC 621.039.538
N.,-A. P. YEGOROV, Yu. A., MfELYANOV, I. Ya.,
BOLDYREV, G. N., VESEUT
ZHIRNOV, A. D., ORLOV, Yu. V., K~NSTANTINOV, L. V.
"Study of the Shielding Problems. on Water Cooled Water Moderated Research
Reactors"
V sb. V pr. fiz._7ashchity reaktorov (Problems in Reactor Safety Physics
Collection of Works), No. 5, Moscow, Atomizdat, 1972, pp 235-250 (from,
RZh-50. Yadernyye reaktory, No 5, May 72, Abstract No 5.50.62)
Translation: Several special installations were~constructed to study shield-
ing. The BSF and GTIR installations werelswimming pooLreactors employing
Land 3 Mw neutrons, respectively,,placed on moving bridges in large water
pools. The B-2 device on the BR-5 reactor was developed to study the laws
of the attenuation of y-quenta and reactor neutrons in the geometry of a
unidirectional bean; the materials to be studied or irodels ofthe shielding
were placed in a niche in the reactor shielding. A zero-power reactor was
intended for studying processes In the shield directly adjacent to the
reactor core. The reactor was equipped witb filters in one of the directions
making. it possible to obtain an optim al relationship betireen the

USSR
BOLDYREV, G. N., et al. Vo2r. fiz.14sh6ity reaktorov, No. 5, 'Moscoux,
Atomizdati 1972, pp 235-250'
y-quanta fluxes. The OR--,M experimental device is also intended for studying
problems in reactor shielding. The 50-kv.-water cooled -water moderated
research reactor is also equipped with devices-for conducting experiments
on shielding. Various studies associated witb.the radiation problems of
shielding.are carried out or..this,reactor. A description of the reactors,
experimental devices, and characteristlesiof the devices and methods used in
the research are given,
RM 171,10

USSR, UDC-621.039.538:539.125.5
VASIL'YEV, G. A., YEIGOROV, Yu. A. ,ORLOV, Yu. V.,
'YEV, Yu. V., PISKUNOV, V. 1.
PA%iMT
'Space-Energy Distribution of keactor~Neutrons inMetal Hydrides"
V:,sb. Vopr. fiz. zashchity reaktorov (Problems in.Reactor Safety Physics
Collection of Works), No.,5, Moscow, Atomizdat, 1972, pp 91-105 (from
RZh-50. Yadernyye reaktory, No 5, May.72, Abstract No 5.50.58)
Translation: Current designs of.the shielding of nuclear reactors include
hydrogen-containing materials,,the presence,of which in the shield makes it
possible to shorten the size of.tbe shielding and reduce the contribution
to the power of the dose from neutrons of intermediate~energies. Various
hydrogen-containing materials are used in the shield: 'water, polyethylene,
paraffin, concretes with an increased:conce-atration of,hydragen such as
Serpentinite concrete, etc. Metal hydrides may also b6~1 included in such
materials. Metal hydrides have 'a high nuclear density of hydrogen, in some
cases exceeding the nuclear density of hydrogen. water. In studying the
passage of neutrons through metal hydrides,one can show the perturbing
1/2

2/2 012 UNCLASSHIED PROCESSIN'll DATE-11SEP70
1CIRC. ACCESSION N-0-AP0106092
:ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. METATITA41C ACID (1) WAS q0ASTE0
A MANIN KILtl fO PRnoucE A SATISFACTORY TIO, SUB2 PIGMP T. THr:
00TIMUM OPERATING TEMP. AND TIME IN THE ZONE OF rHERMOCHP-11.
WERF 8600EGREES AND 2 HR, PESP0. THE :1, WAS CHARGE,) TNr0 THE FURr4ACF~ IN,
POWDER FGRt4 ARD THF THICKNESS-OF THE LAYER OF 1~ IN THE FoRNACCE WAS
MANTAINED AT 20-30 M-m. HEAT WAS FURNISHED-BY A KEROSINE 0 MIST. CONTC.
SIMILAR TO 15P.FRCENT 0. A RADIATION, PYROMETER CONTROLLED THE TEMP.
:COPE CHARACTERISTICS OF THE,TI0 SUB2~PREPD,WERE 38 G-100 G. TIO SUB2
OIL CARACITY-,.79PER-CENT fig SUB2 PARTICLE STZE~,SMALLER THAV I MU, 35
G-M. PRIPIE2 COVERING POWER, AND~PH 6,9*
NCLA
u
55 1 FIED

!Iii nip,
USM UDC: 621.165
TRUSOV, A. S. and-VESMOV.0 H. A.
"Problea Associated With the Effect of Operational Factors on the R.-onomy
of Steam Turbine Installations"
Sudovvye silovue ustanovki. Hauch.-tekhn# sb.~ (Marine ?over Installations.
Scientifte-Technical Collected. workw , L973s vyP. IOJ pp 64~-O (from M-
"Turbostroyeniye, No 5, 1973,, fibstract NO 5.49.1s)
xyans:lation: The authors atudy the reasona rosponAble for prosaire dev-1-
Ation, in the condenser p.. It is nhownAhat the accuracy aad measurement
control quality of the instrtwent. are insufficient for diselosirig, the rea-
sons responsible for the deviation of p*,, The px%sontad graphs doceriptively
~ahoiv the effect of pressure dwiation, !A the condenser on the economy of
GTZA /e-xp mision unkitow_n7. Tho obtained relationLqhips: delta 14 =9 (px) wd
P.-fk,tIl,k) rtake it possible- for the user not wly to set the optimal
operating regimen of Uie circulation pump.,:bat alao to deternine the techi-
cal, etate of the condenzation installation., Original article-. 2 illuup P
I table., 4 bibl. entries.
Vi

USSR UDG 621.318.5:621.318.1
Engineers ~LE.,JLOVA V.11 KORGIVOYI, T.G.
Q
"magnatio Mate.rials For Sealad,. Magnotd-Controlled Contacts"
Moscow, Priborf i sistamy_upravlaniya, No 13A, Nov 1971, PP 37-38
Abstract: The paper lists the requirements imposed on the contact springs
of magneto-controlled contacts (MC) and diecuspee,the alloys (47M, 47a,
5511K) for VIC developed at the Institute Of PraciBion;:Alloys of the Central
Scientific-Research Institute Of Ferrous MetvI1urgy,(TaNIIC!LNI), with an in-
creased value of the induction in at6l+6 a/m field, which atioures high-spead
oporation of such MC and increases their sensitivity. These alloys assure a
vacuum-tight durable seal with glass ar4 a.coaffioient of thermal expansion
close to that of glass in the intorval from 20 to 5009 0. '~hs binary alloy
52H can also be used for '411.0. The magnotie anA mochani'al properties of the now
alloys developed at TsNIIGh~,I are shownla.9 Wall as those of ',~2N. ref. 2 fig.
2 tab.

Acc. Nr AP6044Gi4 Ref . Code;
d V/? o*9 7
PRLMARY SOURCE: KliiiicheskayA Meditsinia~, 1970, Vol 48,
PP :41.33
ELECTROCARDIOGRA01-11C $IGNS OF PULMONARY
HYPERTENSION
W, 4elhtkov
S a
u M~ni a r
An attempt is made to evaluate the informa ive si2nificance of electrocardiographic
sighs o'l byperfunction of ihe r46,ht ventricle4n.the diagnosis and cardiogenic Pulmonary h
y-
pertension. In 70 ver cent of cb~-ervations these tests are (if diagnostic importance, including
ctual values of W&I and the
quantitative. Of the greatest value kthe ntio bebwcen the fa'
ratio. olf- their maxinmi values exceedingone (a s.igfj Proposed by',theauthor).
Ar

.777:
USSR UDC 57~,..851.48/.49.078
WSELOV. A. Ya., Leninogorsk Municipal Sanitary Epide6iological Station,
Eastera Kazal=stan Oblast
"Efficient Identification of Pathogehic:Intestinal Microbes"
Moscow, Laboratornoye Delo, No 9, 1971, pp 542-543
Abstract: "Suspicious" colonies are cultured on Glycerin-bile agar to which
dysentery, typhoid, and Salmonella bacteriophages are added. A positive
identification can be made immediate-lyIn the case of Sh flexneri or sonnei
cultur-s provided that all the typical'c.haracteristics' are present. Both
strains make up the majority of the ShIgellas and E. Coli. All the S.
flexneri strains are lysed by:.the,dysentery.bacteriophages and somewhat
fewer,by the typhoid bacteriophages. Sh.~ m
sonnei is.lysed by the sane phages
in about 852 and 60Z of the casea. TheAdentification of Sh sonnei cultures
Is facilitated by the fact :that: when. gtown on glycerin-bile agar, the R-forn,
app-an.

MR UD6,576.851-252.Q97.29-077-34
VESEMN A. YA. Leningrad liuniciral Sa-nitax~, Epideniological St&tion, Eastern
a Pre
"Study of Staphylococcus ToAgenicity by the Diffusio cipitation Lethod"
Moscow, Laboratornoye Delo# Ro 3, 1971t,
Abstracti Instead of the cumbersone test-tulw nothodt the author proposes the
use of a special agar medium developed by the DagestDari Institute of Culture
Hedia, The aGar is poured onto 20-ml dishes and alloved to congeal, after
which sterile filter paper moiste ned with aJitistaphylococcus serum is applied
to the surface. Then four of the StaphylocDcous-strains under study are
inoculated onto each dish, alternating thez~with a standaxd,Sta hylococcus
p
culture. Eost of the pathogen1c:strains,,tooted foruied precipitation lines,
vhereas none of the nonpathogenia strains did, Coagulase uas found in a-11 of
the pathogenic strains, twAigenicity in 94, 11%, and hepolysis in 87.6-iv i.e.,
toxin formation was most frequently gseo~Aated With, coa&rulase activit-y. Th
three min chaxact-eristics of pathogenicitjw~ - presenca;of coagulase, to7An,
an4 hamolyzin -. were combined, In iof :.I,'be patho~e.nlc strains. The diffu-
slon.- precipitation nothod waz:succeaeftil~~Waed. to ea.tablish the "ant1genic
reak.
ldentUy:of Staphylococcus straiii-S ivoUt~~: Ouring a4 outbl of Staphylococcua
~Giaoning.in a restaurant,

USSR UDC 621.372.826
IIESELO -IIIIA G. G.
V G. T. VOROI
"Calculation of an Open Dielectric Wave Guide of Rectangular Cross Section"
Gorlkiy, Izvestiya vysshildt uchebnykh zavedeniy, Radiofizika, Vol XIV, No 12,
1971, pp 1891-1901
Abstract: The method of partial regions is used to solve the problem of propa-
gation of electromagnetic waves along a regular rectangulax dielectric wave
guide in an unlimited homogeneous medium.-. The dispersion.equations are obtained
which Jetermine the propagation constants of all types of surface waves tnat
can exist in the investigated system. 'The dispersion curves for the even wave
of the dipole type (IIE) even are.calculated on the basis of the approximate
11
equations. A comparison is made with the results obtained by other me-thods
[Goell, Bell System Technical.iournal,,Vol 48, No 7,12133, 1969]. Tables of
special auxiliary functions simplifying'the practical calculations on the basis
of the dispersion equation of.the 'first approximation arelpresented. The pos-
sibility of calculating the parameters:of a rectangular dielectric wave guide
by the proposed equations is proved.

USSR UDC: 621.372.829
and GAYDAR,V. 1.
Jz
'~Designing a Circular Waveguide with an Inner Cruciform Conductor"
Moscow, Radiotekhnika, Vol. 25, No.. 117 1970, pp 102-104
Abstract: The inner conductor of this waveguide,, which is asserted
to be practically useful because of its favorable ramge and direc-
tional characterisl--*cs, extends the leng-th of t
-L L he guide and has a
cross section in the shape of a plus sign. Under the assumption
that all conductors are ideally conductive and that,the thickness
of the inner conductor cross arms is infinitelysmall, the authors
ol' this brief communication find. the critical,H and E conditions
Curves are
of the system through the method of partial regions.
plotted for zhe critical frequencyreduction faotor-and for the
relative error in that factor.as functions of t~ae ra;tio a/b, where
a is half the length of the cross arm.and b isithe inner radius of
-the waveguide.

USSR UDC 621-372.81.09
VESELOV, G., I., KRMTUNOV, V. M,
"Characteristic Oscillations in an Infinite System of Open Dielectric Wave-
guides"
Moscow, Radictakhnika, Vol 25, No 81 1970,-pp 52-58
Abstract: Open dielectric waveguides have received wide attention in antenna-
viaveaLd. for use as smooth delay.systenis. The purpose of this paper
'de technique I
is to obtain a rigorous solution to the.p-rablem of,an infiaite. system oL equi-
distant and coplanar waveguides of this type. The authors-consider Che 3ystem
cross section involving Lhe following tbe wavasuide. radius, the
distance between the ayes of neighboring waveguides,. the parameters oi the-
waveguide. riaterial, and the parameters. of the -surrounding nmedium. Finding
the components of the electromagnetic field in the waveguides, they derive
e:-mressians for the field and obtain the dispersion q!quation determining the
propagation constants of the characteristic oscillations., They show that,
with an increase in the distance bebieen the.wavegui6eis, the dispersion equa-
ious: types of iraves -in a uniform open
t.on transforms to an equation for var
dielectric wavegaide. The relationships and dispnrsfor. characteristics they
obtain for the fundamental -asymmetrical* w-ave through an approximation equation
may be useful, for detemining the electrodynamic characteris tics of a system
of closely spaced waveguides. 1/1

J!
USSR UDC 621-372.826
I., PLAMNOV, N. I.
41W
"Deternining Critical Parameters and-Dispersion Properties of Shielded and Open
c Waveguides of Round and Elli Iptical Cross Sections"
Dielectri
Doklady Nauchno-tekhn. konfetentsii Do intogam nauchno-i6sled. rabot za 1968-
1969 &g. (Apr. 1970 g.), Sekts. Radiotekhnicheskaya. Podsel'-ts. Liniy peredachi
volnovodn. ustroystv (Reports of the Scientific and Technical Conference on
Results of Scientific-Research Work, for 1968-1969 (April 1970). Radio Technical
Section. Transmission and Waveguide',Channel Subsection),~, Mosecm, 1969, pp 38-
43 (from RZh-Radlotekhnika, No 1, Jan,70, Abstract No IB85, Resume)
Translation: The critical and dispersion, equations of:, regular waveguide systems
ons are obtained
containing.dielectric inserts of round and-,elliptica pross:secti
by means of'the strict boundary method of Ipartial domains. The convergence of
the approximations is estimated.

USSR UDC 621.372.826
YE_~ELOV, G. I., KREMMOV, V. M.
"Electrodynamic Characteristics of Dielp"ctric Waveguide Systems"
Dok.lady Nauchno-tehhn. konferentsii Do intoRam nauchna-i~isled. rabot za 1968-
_k
1969 gg._(A-jr. 1970 g.). Sekts. Radiote-linicheskaya. Podselas. Liniv pczxedachi
volnovodn. ustroystv (Reports of the Scientific and Technical Conference on
Results of Scientific-Research Work for:'1968-4969 (Apr'il 19,70). Radio Technical
Transmission and WaveL-uide Channel. Subs ection) , Moscow, 19,59, pp
Sectiorl.
98-103 (from. Mn-Radiotellinik, -No 1, J-3nJO, Abstract No IB91, A. 1M.)
Translation: A stf5tem olf a finite num-ber oE parallel i:cuiid d-l'!1ectric wave-
guides with arbitrary arranGement of the-- in the- tran8,rersse plane is invesrif-
gated. The ra-ii of the waveguides and, the dielectrie,; cor.,gtanr-,- of their
iriaterials dire unequal in the general ca5e. . The oolucjon 1.1i _,"ourid Using 01,e
=echod of" ?a_~tial domains. The transve Irse crossIsection of the investigated
transmissioz line is Dresented izi the fom of internal sinale.-coupled
domains corresDonding to:difz~e
partial rent dl.elec-tric waveauides and an ex-
ternal multiply-connected partiall domain. In each of. the partial domains the
coMponents of the.electromagnetic field iare representee, in the form of series
1/2

USSR
V:ESELOV, G. 1. et -Ii. Doklady Mauchno-.tekhn. konC 3~ no i" I!, inalic'hno-
issled. rabot za 1968-1969 gg. (Apr. 1970 g.). Selfts. '.t;3diol;~!kiiniches",ki~,,a.
PodselIcts. Liniv Peredach-i voLnovodn. us.troystv (ReT)Orl:c Of tile Scientific arid
Technical Cori LLI rance on RLE!sults of SciehtitIc-Research,IJofk.* for 1-968-1969 (April.
1970). Radio Technical Section.. Transmission and 'Uava,guide Channel Subsection),
70, Abstract No
Moscov, 1969, pp 98-103 (from RZIl-Radioteldinika,.- No.l,.:Jan, -
IB91, A. IM.)
with respect to a complete system of scalar functions sati,-fying the wavc
eq-uation in ' the cylindrical coordinate system, and for the external
coanected region, also the boundary conditions at infinitv, Graphs ara -pre-
for tile dependence of the delay ;factor on the dist,-;~:nce between the axes
sentea
of the dielectric waveguides in wave longths; for lowor asyrimetrAcal rypes of
waves polarized in the vertical plane, Ifick discussed, inethod is used wi-lan solv-
ing the problem of characteristic oscillations of infinitely ordered systems
0-
of dielectric waveguides a tw dimensional-pariodic grid. The calculational
sys-em of equidistant
relations aTe pre,5ented !or the wave delay factor of a
gle. plana: as, a 'unction of the radius,
dielectric waveguides arranged in a sip,
distance between axes of -adjacent dialectric wavegui4jes and phaqv sId-fts. The
case of lower asymmetrical waves: of the 'HEil. type is:,'inves.tigated. There are
two illustrations.
2/2

Dokladv Na~~,:Ihno-tekhn. konferentsii Do into2am nauchno-issied, rabot za 1968-
1969 gg, (Apr. 1970 g.). Sekts.Radiotekhnicheskaya. Pijdsekts. Liniv peredachi
volnovodn. ustroystv (Reports of the,Scidiitific and Technical Conference on
Results-of Scient-4fic-Researchl.Work for..1968 1969 (April 1970>. Radio Tech-
nical Section. Transmission and Waveguide.Channel Subsection), 'Moscow, 1969,
pp 43-49 (from Uh-Radiotelennilka, No 1,jan 70, Abstract No IB86, Resume)
Translation: A general expression is obtained for the dispersion equations
dete=iirning the eigenvalues of the waves of an m-layer round waveguide with
arbitranj dielectric constants of the layer material., The characteristic
racteristias oscill.aticns of
features of the dispersion cha of lotqer~ types o~
a two-layer shielded dielectric waveguide are investioated Uncluding con-
sideration of losses in the dialer-tric)o
-off IMM"INIVINOWN OWN MWIMIWF~~

UDC 621.37/2.823
USSR'
and SEMENOV, S. G. ,Academy of Sciences o_4 t lie UbbR in Moscow
"On the Theory o~ a Round 111'ave Guide with an Eccentrically Placed iMetal
Conductor"
Mos cow, RadioteRlinika i Elektronika, Vol. 15,, No. 4, Apri 1 1970, pp. 81-S-81S
Abstract: The authors apply the method of partial regioiis to derive expres-
sions for the critical conditions of a coaxial transnission line wi-ch an
off center central conductor. In these calcu ations They assumc a Metal con-
de a rietal screen the space*bet een them being filled by a Uni-
ductor,insi
form isotropic medi=. The process of. derivation is as follows-
s of the: Vlnet.~: cfield are expressed
1) The longitudinal component electromag
a-s series in complete systemis of electrical- and ma.anetic' scal.ar functions;
these involve linear combinations, of bessel and Neutiann', ILunctions, tak-ing
into.account'the zero Dirichlet and Neumann boundary COAditiOnS at tile SUr-
face of the central conductor, but not the scroeni
Dirichlp-t and Ne an' nditio s at the surface of
um n c0 n
2) Apply the zero
a
he screen, using the orthogonal relatiohshios for exponenti I function:~ to

USSR
VESELOV, G. I., et al, 11adiotekhnika i Elchtronika, Nol, No. 4, April
1970, pp. 815-818
deterrn-Lne zhe desired theoretical values in the form of infi-nite deterninants.
3.) Applying the supplemeitary boundary zonditions in.the plante of sylln-
-rv of a coordinate system centered in the conductor, determine the longi-
ez
P
tudinal components of the electromagnetic field for either an electrical wall
or a magnetic wall
4) Combining Bessel functions and applying the zoro bounLiary conditions
at the screen surface and in ortliogonal,relationshi-Ds for trigonometric
functions, determine the critical conditions for a circular v;ave guido with
a metal conductor disDIaced in the plane of the. electrical. or magnetic wall.
All the expressions given are in the Form of infinite serics wh;ch
Conllerge~ fairly rapidlyp~ the authors give an example.i.n. wthich they calculate
the criti cal parameters of a circular v~ave.guide with, an eccentric internal
conductor for oscillations of the kE type: (displacczzrient of the conductor in
011,
the plane of the magnetic wall)-and the kE ty-pe (di.splacement or- the con-
ductor in the plane of 'the electrical wall.), Ti-ley found that. the displace-
nent of the internal metallic conductor leads to
a substantial reduction in
the critical frequency for kE 01 and,kE I'I. o.scillations,4 An analysis of the
convergence process indicates-that' the relativeerror,of calculation in the
141

-I--- 7~--_~- _- ---- - -- - ~7- --- --- - --- --- -- -- - :-- -- - -- - -- - --- - - -- - - A
, M. !M m ~~- w1frintlZ7,11,m~
~4117 ;;; tilil,i;u i7i It 11 M.1
~~ 'Ili!! -1:.J.

4
UDC 771-531-37:776.1'5+778.681
USSR
-h~ Ihstitute of Geodesy,
c Researc,
Central Scientifi,
Hal Surveying and Cartography~
"Color Separation Tests on SIT-6 Aerial Film"
vlLoscow, Zinurnal 'Nauchnoyi Prikladnoy Fotografiii Kinemato-
grafii, No 6, Nov-Dee 70, PP 443-446.
Abstract: In the interpretation of aerial photographs obtained
on SN-6 spectralzone film, insiLftioiently clear color separation
of standing timber on the basis of species is~observed; this
has to do with the nature of the aerial filia.: In ordGr to as-
certain the color-soparatioh potentialities of thia film, color-
seDaration tests were undertaken. !-,1t.'was,, howeverj impossible
to use the existing methods, since the procedtwe was complicated
Sif-' film registers in-
by the fact that one of thelayers of 0
frared radiation. Therefore a special:procedure was worked out.
This procedure is described in the-Article. figures. 7
bibliographic entries.

112 009 UNCLA:S.SIFIIt 0 !PROCESSING DATE--IBSEP70
rITLE--THE EFFECT OF TEMPERATUREOF FERMENTATION ON THE.PRODUCTION OF
SACCHAROMYCE-S CARLS8;ERGENS IS -U-
k ALCOHOLS BY THE YEAST
THOR-104)-GRACHEVAi I.M.r V Ao't GAVRILOVAr N.N.i KOVA.LEVICHt
L S. mv -1 - 4'
'COUNTRY OF INFO--USSR
~,~OURC E-_ M I KR 0.8 IOLO G IY A1970, VOL 39, -NR: P PV2 2 -.3 2 6
ATE.PUBLISHED ------- 70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
1~'TOPIC.TAGS- FERMENTATION, ALCOHOLt YEASTP:SACCHAROMYCES, CARBOHYDRATE
.-.WkQL MARKING--NO.R.--STRicriONS
)a UMENT CLASS--UNCLASSIFIED
.~,.,PROXY.REEL/FP,AME--1983/1408 STEP NO--UR/02201:70/039/002/0322/0326
-CrRC ACCESSION NO--AP0054271

'2/2 009 UNCLASSIFIED PROCESSING DATE--IBSEP70
~-ClqC ACCESSION NO--AP0054271
.,ABSTRACT/EXTRACT--fU) GP-0- ABSTRACT. :TEMPERATUREWAS FOUND TO BE AN
IMPORTANT FACTOR IN THE PRODUCTION OF BY PRODUCTS BY SACCH.
CARLSBERGENSIS XT DURING FERMENTATION, E.G. ON 'ACCUMULATION OF HIGHER
IOL BEING
ALCOHOLS, THE DEGREE OF CARBOHYDRATE-FERMENTATION TO ETHAN
ALMOST THE SAME. THE TOTAL CONCENTRATION OF HIGHER ALCOHOLS RISED 1.95
FOLD WHEN TEMPERATUqE OF FERMENTATI-ON WAS INCREASED FROM 2DEGREES TO
.-~,'.20DE,GREES. THE FOLLOWING INCREASE OF TFMPERATURE:UP TO 30DEGREES
~RESULTED IN A DECREASE OF HIGHER.ALCOHOLS. 3.6 FOLD, MAINLY AT THE
ACCOUNT OF ISOAMYL ALCOHOL...THEACCUMULATION OFASOBUTYL AND N-PROPYL
ALCOHOLS. WAS',NOT MUCH AFFECTEU':8Y'!TE,M.P.lERkTURE. THEIR:MAXIMAL
CONCENTRATIOMWAS REGISTERED AV23 TO' 25DEGREES.
01114 il-, L__ A S Sl Ft F

A Fak.'~k
J'TL~,.--USE OF COWERSION G S EIMOVAL O,F~METHANE~ HGM0L0GS FROM X, 4. T Wk A
GAS 6Y HYDROGENATION -U-
4UTti0R-(0i)-BE9SHTEYN, A.YA..ip KHRULEV,r: V.L.v_,)fESHENK0 IN4T.9
N.A.* VESELOV V V
COUNTFY ;5~
SGURCE-NEFT. GAZOV. PROM. 1974,~ (1), '45-6:
DATE PUBLIS14ED ------- 70
SUBJECT AREAS--MATERIALS, CHEMISTRY
TOPIC TArS--,4[-THANE,-- NATURAL GAS CAMN~ MONOXIDE, METAL
CATALYSTP NICKEL
CONTROL- MlARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
STEP NO--UR/0513/701000/00L/00ir5/0046
PROXY-REEL/FRAME--300511967
CIRC ACCES91ON NO--AP013,38Ll
UNCLASSIF tED

V. Gas
VESEELPOV
"Adsomtion Kinetics
Moscow, Teore-
Ucheski-y
May-Jun 19YU,,pp 343
UDO! 660.985-061.4
-~-ut
Insti. e,, Academy of Sciences UhrSSR
in a Stationar Wavell
a Osqoy 1(hiraichesk
__Y oy Tekhnol ii, Vol No 3,
Abstracu Adsorption from a flowing fluid by a layer of motionless
-lated adsorbent is a non-atationary diffusion process. However,
an adsorDtion wavo f oims in which the. rate of -mass transfer at every
level becomes stationary once the wavo has become stabilized. One
can therefore treat adsorption in the wave as a stationary masz-
transfer process. A method has been developed for studying adsorp-
tion in a wave by applying th*la principle. Equations were deriveil
for detennining the coefficients of masstransfor in various sections
of 'Who adsorption wavo. Those equations were applIed in studying
cha.-mges in the resistance to mass transfer over tho lonsth of an
adsorntion wave formed in the separation of,al.liquid bon-one -
n-hen~ano mixturopassed through a-layer of silica gal. In the
study conducted, data obtained in:the e.,merimental separa-111-ion of
this mixt-urre on silica gel were
useae
3

Ref. Code:
Vic
o7' Abstracting Ser e
AC6 NIr"'
D0100579- CHEIMICAL ABST,.~-70
0.
102349z Vapor conversion of a gasoline riAnate under
pressure. Veselnv~ J'~; ;' Nlesheuko, IN. TI.; TsimbahMava,
_X. Nr. (inst. Gaza, USSR). - Khim.. Tekhtiol. To .7ra-SW 1970,
15 13-1 i (RUSS). ing steam conversion of A: dearoinatized
platformate gasoline, b, 43~136*, Introduced as a'1:5 gasoline-
steam mixt. at a vol. rate. of, 1;:hr-'.bnto a 1:1 M-Cr catalyst
0
2t 320 , an increase in pressure from Yto 31 atin re duced Ii con-
tent in the product froin:'62.U to 31:5C,'c, and raised CILK content
CO-., co'ntent.
from 15-L) to 43-1 % without stibk~ntiafly changink
The limiting feed rate for complex_ gaqifi6tioji incveased linearly
from 1.7 to 4.4 hr-I as the -presisure'~vvas in Icreased froin, I to 20
atin. At 20 atm. and othervvise~idotical cundition's, a change in
input rate from I to 5 bz-71-did hot appreciably affect product
compli. At-anin~uirattof4.4)ir7l,ateffip.i6c'masefr6m2OO
to 320' raised con version from ~20 WIM1,4p. WhenH 'asthe
desired product, purer H and higher efficiency were:'attainable by
carryl
ng out the process in stages, the first an adiabatic oiie at
low temp. in a flow react6r and.th' 6c6nd,a H prodiixtion nrocess
in a tube furnace, the first sectio;a of,which was o1kra ble i~itftl the
con verted feed at 7M-800". without carbonization of the catalyst.
Lucile S. Davison
:REEL/TRME
:19842014

orpt on
USSR UTC 541-183-03
VESELOV
"Yaximal Dynamic Characteristics of,an:AdaorbenV'
Leningrad, Zhurral Prikladnoy Khjmil, Vol-45, No 10, Oct ?2, pp 2201-2204
Absti-acti In earlier papers the author covered the concept of the maximum
values of dynamic characteristica of the separation popier of an adsorbent.
This concept was used in developing a qualitative hRrda, for the theory of
adsorption sepazzation. The naxinum value of dun-anic separation is defined
as the vs--imuta q=tity of a substarce.isolated from a mrixtui-a per 1 g of
the adsorbent under ideal conditiono of dynv-,Ac adosmption, Several questions
were apparently le.47t unansvered bi the earlier papers, and in the px)-,sant
work the author aimz to clarify them. The.first, concept conside3:-ed by the
author concerns the separation power of an adsorb!!nt which normally can be
det'ormlnod experimentally or calculated ~fron experize-lital data oil static
adiaorption. Thin is a vory practical conalderation- of'-ten nirj:5ed by other
investigators. Further, the autlior points ~ out th* obvious difforonces tetweer
-the-."ve -ion power of an adsorbent" :.03d ~"adsorpti4n!', which p - to
a pCar
-be- confused by mpny investigatorz-6. Firallyi-aa ~azp MoLtion~ ir, given why the
separation power itith respect to;, component A is smalle-r th!txl the entire
content of this component in the adsorption Volume a.

~-_l /Z 016 'PROCESSING DATE
UNCLASSIFIED --230CT70
SEPARATION OF TWO PARTICLE COULOMBIS SINGULAPLITIES IN THE
-~~----'-SYSTEM 0F.THREE CHARGED PARTICLES -U-:
4UTHOR--4 W91VA-1 AoMs
!.~~-,COUNTRY OF INFO--USSR
~KSOURCE-TEORETICHESKAYA I MATEMATICHESKAYA FIZIKAv L970, VOL 3, NR 3, PP
bATE:PUBLISHED ------- 70
--PHYSICSP MATHEMATICAL.SCIENCES
i~SUBJECT AREAS
4~_TOPIC TAGS-CHAPGED PARTICLEY INTEGRAL EQUATION, COULOMB SCATTERING
MARKING--NO RESTRICTIONS
CLASS--UNCLASSIFIEO
PROXY REEL/FRAME--2000/0994 STEP NO--UR/0646/70/0031003/0326/0331
_CIRC ACCESSION NO--AP0124653
UNCLASS IF IEO

1: al
2/2 016 UNCLASSIFIED PkOCESSING DATE--230CT70
~IRC ACCESSION NO--AP0124653
:ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT, THE SYSTEM CONSISTING OF THREE
CHARGED PARTICLES IS CONSIDERED. THE REGULAR SYSTEM OF INTEGRAL
EQUATIONS FOR THE BOUND STATE SCATTERING PROBLEM BELOW THE IONIZATION
THRESHOLD IS OBTAINED. THE-KEP-NELS,UF:THESE INTEGRAL EQUATIONS ARE
EXPRESSEDJN T.EKMS.OF THE SOLUTIONS OF:THE.CORRESPONDING TWO BODY
PROBLEMS ONLY. FACILITY: LENIN%-JRAOSKIY G(3SUDARSTVENNYY
UN I VER Sl TET
-AINCLASS

Acc. N AbstractihtService: Aef . Code:
-~MO53440_ CHMICAL "ST'
110522r Structui6 and reacthity of Iydraglne derivatives.
tl~. Kinetics -of reactions ~of ethyl Oloroforsinte with some
G
ntxcleophUlc reagents. Grekov,
h Khim.
Khim. V=komol. Soedin.. K.M;i u
teS L (in tht., 25--55'
1770, bt2), 201-46 tRuss). ~ The.reaction ra
range), activution-' efiereess, 'Arrhenius freque ry factors, and
entropies were detd, for the fiacti6n of CICO:Et with jI,?N.R (R
is Ph, PhNH T]ON'lle.' PhOICNH BzNlf, BzNI.Me, PliCSINTH,
or PhCSINMe), which gives RNIRO-Er. Th~-high tze-activity
of the. hydraiinederlys. i's due to.'their.interind R bonding and
the formation of cyclic transition coruplexes! with CICO:Et.
M-d by 4,a-dk6stitutt-d hydra-
Theu complexes cannat be for
Anes which thua have lower reactivity in respect to CPC%E, t.
CPIR
_1%1~61M E
ini"Fiffliv, lum, nig usuri
. tgm

416f. Coda-: viege--"
4P6101131
PIMMARY. SOURCE:
1970, k, 61 15 Nr3 pp-IA
COMBINED EFFECT OF 5-BROAtURACIL,. MEPTOMYCIN AND
CHLORTETRACYCLINE ON ACT AUREOFACIENS
National listitate for Antibiotics, Moscow
The effect of 5-bromuracil, chlorfetracycline_ streptomycin and their combination.9
-on variation of the antibiotic-production property in Act. aureofacit-ris- wa3 studied.
'The maximum rate of ptus variants with respect to antibiotic production was observed
on Hit use of 5-bromuracil combination with the antibiotics. The, analysis of the date
With,the use of criterium X2 allowed to conclude Ifiat, increased rates of plus variants
and: decreased rates of minus w-riants Oil combined 1reatment. of the coltures with
to, he ff
5-bromaracil and the antibloUcs. ~,ere.dUer ects 61: both 5~bronzurkil and the
-antibiotics.
R;-;7LL/r
19850756"
MWEII-mmeniff gumiallifffim. P 11NOMM1,111F
I Iffifflum,

- --- - - - - - - -
2/2 018 UNCLASSIFIED. ~PROCESSING DATE--040EC70
~CIRC ACCESSION N'O--AP013ft669
-0
U3STRACT/EXTRACT--(U) GP -- ABSTRACTO SIMILARLY ~TO PREVIOUS EXPTS. USING
DEAERATED SOLNS. (V., R., C.t AND S., 1968) , ADON. OF THE MAX. SOL.
APPITS. OF WATER TO All', CONTG. HEXANE ANVPHME SoLNS. OF
4,AMINOPHTHAL 1,41 DES RESULTED IN A SHLF1 OF I tit F LUORESC ENCE SPECTRUM
TOWARDS LONGER WAVELENGTHS AND AN INCREASED: A14T,' OF FLUOROMETRIC PHASE
(CHARACTERIIING THE DURATION OF LUMLNESCENCE)~ACROSS THE SPECTRUM. THE
SPECTRAL AND PHASE CHARACTERISTICS OF, ANHY&., DI-AERATED NEUTRAL SOLNS.
OF 4FAMINOrNtMETHYLPHTHALIMIDE (I)v :4,AtlltiQp~',4vC)CLOtil-l~:YL.PHTHALitilDE
(11),, -;,ANIL I NO,,`4,METHYLPHTHAL1 M EDE, :3, AMINOi N, METHYLPH THAL I M I DE, AND
3,(DIPHENYLAMINO),N,METHYLPHTHALIMI'DE,:IN SEVERAL NONPOLAR SOLVENTS ARE
TABULATED. THE REMOVAL OF 14ATER AND 0 SUB2 FROM THE SOLNS. RESULTED IN
A REVERSE SHIFT OF THE FLUORESCENCE ;SPCTRA TOWARDS SHORTER WAVELENGTHS;
THUS, IN PHME AND ME SUBZ GO SOLNS# OF 1j, LTHE FHIFT:WAS 700 AND 500 CM
PRIME NEGATIVE19 RESP. THE OAS, QUANTUM-YIELD AND FLUORESCENCE LIFETIME
OFCOMPLETELY ANHYD.t DEAERATED SOLNSS 00 IAN0:IpI lvf~-RE CONST. IN A
GAMMA SUBMAX'o RANGE OF Zlf006-Z4f5o01 C14 PRIME NE,CATIIIEL* THE QUENCHING
EFFECT OF 0 SU82 DROPPED IN THE 0RDFR!HE-XAN[- GREiATEP;THAN DECALIN
GREATER THAN TOLUENE GREATER THAN 01OXANE, AND RA5 AL.1-1051 ABSENT IN BUGH
AND ETOH. WATER IN THE CONCNS& THAT:ARE USUALLV~ PRESENT IN PREVIOUSLY
DRIED SOLVENTS WITH ACCESS OF, AIR (E.G.,i, 0.01-0.002 AND 0.01-0.015 VOL
PERCNET IN HEXANE AND PHMEr ~ RESP. ) CA.USEO, S IGNI F1CANT ALTERATION IN THE
FLUORESCENCE SPECTRA AND FLUOROMETRIC:. 13EHAVIOR ~OF THE N SUBSTITUTED
e-
AMINOPHTHALIMIDES.
UNCLASSIFIED:

OCESSING L)ATE_---30OCT70
UNtLksSIFIlEa R
TITLE-SYNTHESIS IN A SERIES UF PHTHALIMIDE,DERIVATIVES. 11. PREPARATION
'.-.OF--3,6,0ISU8_STITUTED NoMETHYLPHTHALIMIDE.S. -U-
,AUITHOR-1021-VESELOVA, T.V., REZNIKOVA,~ 1.'0 too:
I
trjUNTRY OF nr-o USSR
:~QURCE_ZH. ORG. KhIM. 1970t 6(41t,840-5~'
bA_TE' PU13L ISHED----70
SUBJECT AREAS--CHEMISTRY
TOPIC TAGS-PHTHALI(; ACID, 1141DE, ORGANIC SYNTHESISt ELECTRON SPECTRUM,
-UMINIE:SCENCE
i~04TRGL Mf'PXlfNG--NQ RESTPICTIONS
DOCU14ENT CLASS-UNCLASSIFIED
PROXY REEL/FRAME-2000/2074 STE P(4L)--UA/03,Sbil*t(--/006/00!,/081,-O/f)845
CIRC ACCISSITGN N'G--AP0L256_41

-2/2 020 UkCLASSIF,Ito PROCESSITN'G DATE-300C-T70
CIRC, ACCESSICiN vlt~---AP0125661.
.ABSTRACTI EXTRACT- [U) GP-0- ABSTRArT. A SERIES 01~ f'!rL-'Z- PHTt-fALf:-l[0E-S (I)
wAS PREPO. .6Y CMENTIfiNAL TECHNiCUES. THE INTRO-,".)UCTIGN OF lll.,AC GROUPS
INT G THE 3 ANDIfOR) b POSITION CAUSES A STRONG W; '~--~SGCHRGMIC SHIFT IIN rl',E
1ELECTROINIC SPECTRA OF 1. THE INTRODUCTION OF 8k folk WDINE; INTO I
--,,CEPRESSE.C ThE LUMINESCENICE AT. ROOM TEMP*:
UNCLASSIFIED