SCIENTIFIC ABSTRACT TSEDERBERG, N. V. - TSENTSIPER, A. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203330006-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


013 UNCLAGISIFIE0 ~~PROCFSSINIG DATi:-~--13NOV70
T ITLE-01; Tri T.-.(A I ~i ING OF POWER ENGINEERS 1 NTH EUSSR -U-
AUTHOR- 032) -TS EDEkB Er~ G,, N'.V., SM I RNOV B. I
wCOUNTRY OF INFQ--USSR
pit
-OUACE--~MINSK) IZVESTIYA' VYSSHIKH UC!iE6NY.K,4 ZAVEDENIY, ENERGETIKA, NO 3,
.1970, PP 52-58
DATE PUBLISHED-. ------ 70
~-SUBJECT AREAS-BEHAVIORAL AND SOCIAL SUENCE-St ELEMONICS AND ELECTPICAL
BING R
~.JQPIC TAGS-ELECTRIC- POWER EPIG, INEER INGv BIBLIOGRAPHY, TRAINING PROGRAM,
ELECT?
IC ENGINEERING PFRSONNEL
-.C0N'TJROL MARKING-Nd REST"ZICTIONS
50CUMENT CLASS-UNCLASSIFIED
-,P ft 0,XY~ REEL/FRAME-1999/1682 STEP NO--UK/~0143/7'0'itOOO).003/0052/0058
CIPC ACC~SS 10IN NO-AT01235,06
ui LASS I'F IFO

USSR UDO 621
397
Iss, YMOMKINt KeK** L' a i S~XG ~#
SOLOVEYGM, I.YR., DRAEK111, R
SHARGORODSKAYA, F.M., KORNITEMO, G.G., ;TSEDIK
'Electronic Device For Information Displae
~.ElektrosMzl, No 1, Jan 1972, pp 59-63,
-Abotract: The paper describes an information display 4ovice of the desk type,
intended for operr-16-ion with an electronic.computer thrirugh a telegraph co=muni-
cation cha=al. A block diagram. of thadevice and tha.~basia parameters of the
unit are presented. The authors report thst%a now information display device
was developed on the basis of the unit d6scribed, but fey, detaila are given.
(An.axterior view of the device.is shown on the journal cover*) in the new do-
vica it is zosBibie to reproduce 512 a bole (16 lines, 32 symbols to the line)
of an ELT23ikCq3 scraort. The set of roproducible eymbolu includes the RuCiBian
alphabet, figures, and special oymbols--altogether 64 B~,mbolB. WilLh an indi-
vidual kayboara which ha6 47 figure-letter keys and 21 functional, it is
possible to feed information into an electronic t:om.,uter and to accomplish
complato editinz of the text with the aid.of an electronic carriaga (marker).
7bo device contains a special exchange unit-which makes .it poseible to oporato
with, an electronic comiruter in GOST ~ i0859-64 code and ini code RW-2. In
addition, this unit provides cQupli with'ths Ninsk_32' commuter for the slow
n9
cliabnel. 5 fig. I tab.

U N CL A S s 1; fil 'le D' ~.PkOCESSING DATE--04DEC70
OiRC ACCESSION NO--AP0134663
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT
1,2,Dl,'AETHYLBICYCLO(3.3*0)CCTP2,tEN#4$ONE (1) WAS PREPD.9 BY CONDENSATICIN
OF 2vMETHYLCYCLOPENTANONE WITH VINYLACETYLENEi DEHYDRATION OF THE
CARBINOL WITH H SUB2 SO SUa4 TO.11, AND~FINALLV CYCLOHYDRATION WITH H
SU53 PO SUB4. BY A SEQUENCE OF REDNS&; OF. 11
ClsylizvOlMETHYLBICYCLO(3.3.*O)CCTANE WAS.08TAINM
lt3,OIMETHYLBICYCLO(3.3.0).CCTANE WAS PREPD. BY DIENE CONDENSATION OF
ltFORMYLiliCYCLOPENTENE WITH lv3t8UTADIENE AND RED.N. OF
IPFORMYL,3Ap6t7t7AiTETRAIAYDROINDAN INTO
LtMETHYLt3At6t7t7A#TETRAHYDROINDANP WHICH WAS OXID'4ZED (KMNO SUB4) TO
11-METHY,L,1,2,CYCLOPENTANEDIACETIC AIC09, WHICHi AFTER HEATING WITq DAO
GAVE 111. 111 WITH METHYL GRIGNARD AND THEN DEHYDIATION GAVE IV
AFTER HYDROGENATION GAVE THE 1,3,COMPD. T4E .3t7rOYMETHYLBICYCLOOCTANE
WAS OBTAINED FROM THE CORRESPONDING DIKETONE BY 14ERGI, DEHYDRATION ON AL
SUB2 0 SUB3t AND THEN HYDROGENATION OF,THE UNSATOW Colkspol MIXT, OF
2?7,DIMETHYL AND 218,01EMTHYL~COMPOS, WERE. SIMILARLY OBTAI-IIED AS THE
1,2tDIMETHYL COMPOS'. THE CONFORMATIONSOF THE~,DIMETHYL
ClSiBICYCLC(3.3*0)OCTANES WAS-DET09' FROM'GAS LIQ, CNROMATOG. RETENTION'
TIMES AND CALCO. B.Pe DATA, FACILITY: ~INST. GEOL. RAZRA8.,
GORYUCH. ISKOP.1 MOSCOWT USSR*

USSR UDC 621.371:551-510-535
GUREEEVICHj A. V. PI_RIYSKAYA, L. V., TUSIUSE SGIIA, 1. A., and
TS-EDILDIA Ye. Ye.
"'Prapping, Radio Waves in the Ionodpheric Waveguide Channel"
Moscow, V sb. X Vses. konf. po raspro~str. radlovoln. Tonisy dokl.
'ion of Radio
Sekts. 1 (Tenth All-Union C"onference on the _Propaga
vaves; Retort Theses; Section 1--collection of worjkcs) "Nauka,
1972, D 354 Urom RZh--Radiotekhni_Ixa, 110 10v. 1972, Abstract i40
101034)
-he
Translation: PickuD due to nonlinear.vroaesSeB and-changes in 11
ionosphere along t6 beam trajectory ~i.e., due to the longitude-
latitude of the ionosphere, nonuniformity) is studied, The f requen-
cy regions and radiation angles at~ which pickup occurs are inves-
tigated. For the specif ic mod-el of. a'quiet ionospharc, the dopend-
s on `Qie~geographicvl coox,dinatcs of the
ence of trapping condition.
radiation, the time of day, --x- dh edirec~ion~ of the radiation, are
examined. Resume
36

7"" 77-77-77"77-
.77777.
-20NOV70
_'~'J12 023 UNCLASSI FIED, PRU:C.ESS rN6: DAT E
TITLE__ELECTRIC FIELD IN THE EARTHS 10MO;S1 -HE'R E~Atj TO S P H ERE IN THE
~~-~PRESENCE,L,F INHOMOGENEITY OF FAST PARTJCtES,.--Ll_
AUTHCR-TStc I CINA, YE.YE
CEl'jNTRY:GF:- 11JF0--LSSR
.-SOURCE--M;~SCOh, GEOMAGNErfl-MIAE RONOM I YA~t VOL X ~p N0 1970, PP 406-416
DATE PLSL I SHE 0 -------70
SUE)JECT AKEAS--EARTF. SCIzINCES AND UCEANGGRAPI~Y, ATMOSPhERIC SCIENCES
'M
TORIC TAGS--ELECTRIC FLIELD, IGNOSPhEREt MA.GlqE70Sj:'HEkEjFTPART ICL.E
ICNCSPHERIC INHMMUGENEITY
RESTRICTIONS
-0-OCUM ENT CLASS--UNCLASSIFIED
T A.- OXY REEL/FRAML--3005/053Z s~TEP NO--UP,/0203/70.~/010/003/0408/0416
c'I .4 GACCLSSWN W-APOPI~121.
U 114C L A 5 3 1 F I E D

2/2 023 U' "i'CLASS I FIED ~,~PROCESSING DATE--20NOV70
CIRC ACCESSICN NO--AP013Z723
~A8STkACJJEXTRAC'l--(Uj GP-0- ABSTRACT. THE AUTHOR HAS,UBTATNED A SOLur ion
OF ThE. 1 U H- E
'ECUAT ION FOR Tk,.E ELECTRIC FI ELI) JIN T14E EAlZJHl S 'Nosp rpt A%41
MAGNET6SPHERE IN rHE PRESENCE OF MHOPOG,ENETTY: 0 ~F FAST , PART ICLES. THE
!VES THE RE!~ULTS GF NUMEPf N If IS DEMONSTRATED
PAPEk G CAL iCOMPUTATIO,
THAT -IMPHU'l AT ELY AFTER THE APPEARANCE GF~ AN INHE0141,
E '~ENEITY OF FAST
ELECTkL;NS ANG IONS IN IHE MAGNETOSPHE.RIE AND IONOSRHERE A COMPLEX PATTERf"t,
OF ELL.CT~--[C FIELD-, DISTRIBUTION-APPEIARS", . TI41,q ELFICTRI(-, HAS A FOUR
SECTOR ~;LAOKUWOLE STRUCTUP..E. filE NATURE tir THIS-FIFLO .15, RELATED TO THE
EFFECT CiF Tfi~ EQUATGkIAL REGION OF THE*( 10WSPHM`_: I (L IS~ SIMILAR TO 1.02)
6N IHE FILLO O'F THE EFFECTIVE CHARGE.CRE~TED BY [WHJMQ(;l-NEITY OF THE
_ELECT~GN CG-.N-GE.NTkArIC;,N PRESENT RATKER CLUSE TO [Tli TKE STRENGTH Of TI-41S
-IS CETFRIMINED 6Y THE INI )i
FIELD T IAL CON 'ClE'aAlTRAVlW .0F Fil~il* PARTICLES AT
THE YCXIVLlM CF THE i;NrfillyjG~NEIrY ANDJI*~TUTAL Cflt~DLICTIVITY OF THE
mlWif~_SFHERE THE LA;ITUDE L0-NG1,T'U0E 61'Vil.15U, .r 10 -N Tiltr, ELLCTRIC FIELD,
Tfk ~(HARiti(Ifi.-RISTIC
S CC' IIS LAJAL.IrATIV~:,STRUCTOKE 41'40 ITS MAXIMUM VAWI_~:S,
TG PRLOICT W11HUUT SPECIAL INVEST IGAV f U'NS'~ THIS CAN 6E
ATTRIbUTLD TO THE FACT THAT THc. irjrmisviiEkx
FIELOAS DEPENDENT NOT IINLY
'EWC NE
CN THE F I F_ Lil STI, H I N THL I
LQUATUR I AL. PLAIN UtJr,~ ALSO-ON THE PARAMErER
L ( THE Cc
'UkUINATE L ll~ RELATED TO GEJJmA`GlNE:TIC LATITUDE THETA IN JHE
_10,4CSPHEPL- THETA EQUALS APNC CGS I I-SQUARE' RUUT OF-L)
INSTITUTE UF rER~.EsTrl RA010 ViAVE
FACILITY: A tNIAL MAG,~ETJX,11, ~fCNOS?HERE. AND
PKGPAGATI(jt4.
UNCLA$SlF:,tEI)

-USSR UDC: .537t266+537-311-33/:/537+525
TSBDR .3. and MARGOLIN,: L~.'
."Dielectric Permeability of.Triglycerine Sulphate Monocrystals in
a Strong Electric Field"
Minsk,.Doklady Akademii~nauk BSSR, Vol.~ 14, 'No. 9, 1970, p 802-
lp
805
Abstract: As a ferroelectric material, 1-1he behavior of triglycerine
sulphate in a strong electric field has been~insufficiently studied.
The purpose of this article isthp-refore to investigate the condi-
tions of the growth of such crystals on the change in their dielec-
trio permeability in such fields.~ The measurements were made on
an a-c bridge, for capacitances within the -'nlre of 40-20,000 -of,
ra.,
using specimens cut at right angl.es to the polar Y axis. The 2
specimens were rectangular~in shape,,wirh an area of 0.6-1.2 cm
and~1.4-1.5 mm thick, subjected to a voltage 0 -1
f 50 11z i. freque!icy..
It was foimd that in a weak electric field, the permeability rises
slowly at first; as the fiela is inoreased, thin TP. rmeability rises
more sharply, achieving a maximum value at so4e particular level
1/2

USSR UDC: 8.74
SOKOLOVA,.IT. D,, TSEGELISKI I. (Editors)
"Software for the 'Minsk-121 Corriputer. NO V,
Matemeticheskoye obesIzecheniye E-VM ".,'insk-32". VQ.. 1. Ir-t :::a-t. ill. BSSR,
.Minsk. filial,- n.-,-'.- lj~tchisl.- te-khn. I . English above.
7 Cc
Institute of Mathenazics, Academy of Sciences of 'the BSS.R, Minsk Affili-
ate of the Scientific Resea-rch Center ford Electronic Computer Tech~nology)'
Minsk,~1971, 136 pp, 40 k. (from Kh-Kibernetika,.No 1,.jan T2, Abstract
No M035 K)
Translation: This collection of papers deals with the reauirements for
library prcgrp--s, and also contains descri-ottions of programs of translations,
calculation of ela
mentary functions and some methods of numerical anallysis.
The programs are vritten in the "Minsk-32.7 s,,rabolic coding language. It
is noted that the collection is meant toinclude materials of a procedural
type, descriptions of general-purpose programs, and.materials an individual
components of the system of software for the Ninsk-327;comnuter.

USSR UDC 6.16.983..51-036.21(470.65)
BONDAREV, A. I., TONKONOZHENKO, A. P., TSEGDYEVA V. K.,,:and BURBANOVA, Ye. I.,
Severo-Osetinsk Republican Sanitary Ep =gEar"ation
"Natural Foci of Anthrax in Northern Osetiall
Moscow, Zhurnal Mikrobiologii, Epidemiologii I Immu'nobiologii., Vol 10, Oct 70,
pp 77-79
Abstract: Anthrax is widespread in the Seve.ro-OsetinskAutonomous Republic.
No settlement In the region is free of this disease. BeLween!1958 and 1968,
there were 239 anthrax cases among cattle ;and 59 cases atnong human beings.
About 77 percent of these persons had.had:contact with infected farm animals.
In 12 perceut of the cases, the source of 4nfection was 'not established, a
fact which indicated that rodents and ectoparasites might carry and transmit
the anthrax bacillus. In the present study,1.802 rodents,and 5,775 Ixodes and
Camasid ticks were examined for the presence cif anthrax ~3athogen. Biotests
wera performed by Injecting emulsionn of the -intezi)al organs 6f the. rodents
and suspensions of the ticka into white mtce.. ~ Culturn. P!,mlia were inoculated
with this material and incubated. i Studies vote made of the Intornal organs
of the rodents and subjected to fluorescence microscopy. The results of all
of the tests were negative. Further studles are necessA�y to establish
1/2

039 UNCtAssIFIED,-l:. PRD ESS'ING DATE--30OCT70
:."CIRC- ACCESSION NO--AP0112254
.:~A8STRACT'/EXTRACl_-(U) GP-0- ABSTRACT. THE-CONSTRUCTION AND
~CHARACTERISTICS OF A SEALED OFF SEMICONDUCTOR LASER WITH ELECTRON
EXCITATION pRODUrr-D BY A GALLILIM:ARSENIOE CRYSTAL 'ARE DEZ)
lYS
SASIC CHARACTERISTICS ARE: PEAKPOWERt 1:3 1~. AVERACE POWER, LOO MWI.
~PULSE DURATION, I 1111CROSEC. PULSE FkEQUENCY, UP ro.IOKHZ. SAMPLES
OF GALLIUM ARSENIDE AS N AND P TYPE WITH (1-4-) TIMES IG PRIME13 CM-3
~.-CONCENTRATION OF IMPURITIES, COOLED TD:LEQUID.NITROGEN TEMPERATURE, ARE
4ENTS.
USEDAS THE RADIATIVE ELEf THE DEPENUENCE F;PEAK, P SUBPULSEr AND
AVERAGEt P SU84,-RADIATION POWERS ON PULSE . 48STRACT., F~eQUENCY IS
PLOTTED~ IN A -GRAPH ,WHICH SHOWS THAT-P SUi3PULSE DECREASE S WITH INCREASING
FREQUENCY ABOVE- 200 HZ AND THAT AT F EQUALS 10KH,Z IS UNLY 17 PERCENr OF
THE~MAXLMUM VALUE. THE GRAPH ALSO SHOW.$ THAT: THE AVERAGE POWER
INCREASES TD A MAXIMUM AT 5-6KHZ. AN EFF[CiENT WAY FOR INcREASING THE
PEAK POWER IZI
TO INCREASE THE BEAM CURRENT DENSITY4 AN it.'CREASE IN
CUqRENT Dr-11,11SITY UP TO 30-40 A-CM PRI,,,IE2: wilTHOUT. CHANGING THE SPOT
:0114ENSIONt M.AKES IT POSSIBLE TO. SUBSTANTIALLY INCR.J-ASE THE RADIATJON
PDAER OF THE TUBE. IT 15 CONCLUDED THAT- JHE OPTIMTZATION OF TU13E
CHAKACTERISTICS SHOULD PROCEED.ALONG THE LINES OF RADIATIVE MATE IAL AND
ELECTRON OPTIC SYSTEM IMPROVEMENT. A SCHEMATIC DIAGRAH OF THE TUBE IS
'PRESENTED.
UNCLASSIFIED

USSR UDc 621-382-329-621-317-799
BINGELIS, A. YU., TSEKHAN
.._.~~MYQIENEIN. ~.A., EYDUKAS, 1). YU.
"Measurement of the Transconductande of Fiield-Bffect Transistors
:dt High F'requencies"
V sba Radioizmereniya. Materialy Nauchno-teldin.
(Radin7le"asurements. Materials of a-1969 Scieritific-Technical
Conference -- Collection of.Works),.Villnyus, 1969, pp 205-207
(from Hh-Elektronlka i Xeye 'prim *eniye, -No 4~ Apr 70, Abstract
en P
N3 4B466T
~Translationt A description is given of aheterGdyne circuit and a
coaxial head (ealovka) for.measurement of the transconductance of
field-effect transistors at frequencies.up to 500 IrNze The con-
struction of the coaxial head assures~vonneotion of,-,".,he transistor
without deformation of its leads with small values of parasitic
parameters, power supply of direct ourrent, ard compatability of
~Che channels of the circuit* 1 ills 3 refs Y&K-14
13 0

0iwCE,5f51t,,'G 0AT&--20NQV7U
T;1TLE-p~,L-5E7r,,;AT1Ci~, oF f ei V A t-.57L) S U E R V EVi"ASTRECTOMY -10-
UtHo;;,-,(03)-~;ASYUKJVAj YE-M., TSEKHANOViCH*,~ T.I., KOLOMINAt, I D.
:..-:'C.CU!iTP%Y GF 1NFG--LSSR
-~U u Rc EK h I 1~ U R G I y A11;70, N R61 P P39-43
DATE P U& L I S HP,------7 0
AREAS-61CLCGICAL AND MED ICAL S U ENt;.E S
-TUIC TAGS-DICESTIVE SYSTEM, SURGERY, JEJUNUM7 PROTEIN METABOLISMP
'CARfif,
'HY"RATE METABOLIS14
~CCNTRLL PARKING-NO RESTRICTIONS
00 C U11 E N TCLASS-UNCLASSIFIED
PRJXY kH;,L/fRAfAf---3C0ZJ1169 STEP Nb--uk/0531 I'll:~/00C-1006/0039/0043
:CIRC ACCESSICiN NG--AP01i9M
----------

022 LNUASSI 0~~..b(;ES~SING DATE--20NOV70
CIRC ACCESSIEN NC-AP0129137
AF_5TRACT/EXlRACT--fU) GP-0- A8STRACT. THE ISSUE CARRIES THE RESULTS OF
EXAMINATION OF 82 PATIENTS AT REINOTE PEPIODS AFTERI: GASTRECTOMY; IN 18
-iE VAGUS WAS
CASES OURING THE OPEPATIGN THE POSTERIOR CHORD OF"JI
PRESERVEU. THrE GPEKATIGNS, WERE. PERFOKMF0 VIA THE A6001MINAL APPROACH,
THE.MNTINUITY OF THE GASTRG INTESTINAL TRACT 14AS r6ESYGMED WITH THE AID
;--IF ESOP~iAGDJEJUNGSTOMY. THE RESULTS OF CLINICAL.E~XAMINATION OF
PATIENTS, AS iiELL AS STUDIES OF THE PROTEM GAkBuGniiYDRAFE METABOLSIM, AND
THE FLNCTICINAL STATE U TFE LIVER IN PlAr-IENTS,1AFTER GASTRECTOMY HAVE
ShOw'i Tt-tAT PARTIAL Pi-ESERVATION'OF THE~PAR,ASY,,tPATH:ETIC:.LN~iERVATION IS
CONDUCTIVE TO A -BETTER COMPENSATION-OF! THE' LOSTIFUNCTIONS
FACILITY: KAFEDRA GCSPITAL'NOY KHIRURGII TOMSKOGO! 14EDITSiNSKC)GO
-'INSTI:TUTA.
JNCLASSIFIC-0

T
USSR uDc 621-376i22
NEFEDIYEV, Yu. A. KHVILIVIVSKIY, T. G. r-P S E IT 'CH G S.
"A Hi Signal Amplifier With Combined Anode Modulation"
Moscows Otkrytiyap, Izobreteniya, Promyshlennyye Obra,,,tsy, Tcvarn3-ye Znaki ,
No 4, Feb 72, Author's Certificate No 326695, Divr-~,ioll filel 29 u1 68,
d
published 19 Jan 72,, pp 266-207
Translation: This Author's Certificate iptrod7aces a high-frequency signa-I
amplifier vith combined anode modullation based an a vticuur;~-tube triodc~ in
a corminon-grid. circuit. The plate circuit coatairin n varallel LC tanh and
a plate supply, ,hile the catharie circvit Contains ari autoln-atic b1asing
cirevit- with line-balanaing reiiistor, md (L SOUM! 0' high.-frequency modu-
lating voltage. k~ a distinguishing feature of the rxitent~ the possibility
of Darazitic self-excitation of -the amplifier through. the grid circuit is
prevente& by adding a resistor in the 4utomatic.biasint, circuit connected
between the line-lbalancing potent-ial and- the comon terrdnal of the arT)li-
fier.

USSR UDC 621-373-029.67
A. KURBATOV, L. It. ,
KOZINA,: G. S., KOSTINSKAYAl.T.
-TSEKHAITOVICH, M. V., ALMEMAN;L.
"Now Electron-Boam Tube 0 tidal Laser Based 6n Eloctron
P,
Exeitation"
Moscow, Radiotekhnika i Elektronika,.Vol:l5,.NIo 2, 1970,
PP-365-367
Abstract: Th aconstruction and characteristics of a sealed-off
=emiFo-nductor laser with eleotron',excitation produced by a
gallium-arsenide er-yatal are described. ~.Its~basic character-
--istics are:
peak power 13.W
average power, - 100 mw.
pulse duration - I microsec.
ulse frequency - up ~,to 101CITZ.
P
SqnRles of gallium-arsenide-as n- ~Iand' p- type :with- (1-4) x
10'em-3 concentration of impurities, cooled to liquid nitrogen
temDerature, are used as the radiative elements, I'he dopendenco
~of Peak, -P-pulses and average.,-Pr, radiation paversion pulse
-1/2

USSR
KOMA, G. S., et al, Radiotekhnika i Elektrionika, Vol 15, Ro 2,
1970, pp 365-367
frequency is plotted in agraph which --hows that
Abstract:
F ulse decreases with increasing,frequency acove 200 Hz and that
a~ f = lOkHz is only 17 percent of the maxinxxm value. The graph
also s'hows that the average power increases to a maximum at
5-61cHz, An efficient way for increasing thepeakipower is to
increase the beam current density.~ An increa'pe in current don-
sitY.uP to 30-40 A/cm2 without changing the s'Oot dimension, makes
i~c Dossible to substantially increase the radiation power of tho
tube. It is concluded that the optimization Clf titba character-
istics should proceed along the lines of radiative.material and
electron optic system Improvemont. A schematic diagram of the
tube is presented. Orig. art, has: 4 figures
91

.21
UDq 621.385.032
USSR
and TSEKHANSKIYI A,]L.-
KLEYNIER E.
f ian oxide-Coated Cathode .'in a Regime.of Sepat*ate
"Investigation OA,
Pulses"
Dokl. Nauchno-:~..-ekhn. Konferentsii Po itogdm nauchho J.
-issled. rabot
za 1968-1.969 gg, 1970, Mosk. energ. :[~-t. Sekts el-
ektron. tekhn. Podsekts.
'boro (Report of the Scielnti~ic-Technical Conference on
elektron. pri V 9 1970. Mos-
Results I fic-Research Tlc&k During 1968-196
the I of Scienci-
cow Power Engineering institute, Elektr'oni.c Techn6lo& Sect.Lon, Elec-
tron-c Device
Sub~section) Moscow, 19.69,:;~Op 89-97), (from M-Uek-
s
tronika.i ye~e prLme eniye,~ No. 1, iar~ 70 !Abstr ' t LA5)
Translation: The'-causes were inve6tigated for the variance of the
forais of the-pulses of an emission current and tht voltage drlp.iq-a
P
tube with an*~oxidd-coated cathode, fc6r;whjcIi the effect of th~ f ol~l
lowing factors wez7e separately inves '.igateld: 1) brain of donbrs in
the oxide layer b~ the electrical poisohlng of the pathode
by products Of the decomposition: of deposits during eLectron bombapd-
Meqt of the electrodes; and 3) change of the:temperature of the oxide
1/2
77

4
USSR
KLEEYNER, E. fu., q'~ a!., Report of tho Sci6ntific-Technlcal C~rtferq:nce
on the Results of tcienti.--Fic-!,Iesearch!,Wclrk' Durin,-,, 196,3-1969, IP70.
1, - v V.)
.Moscow Power Engirco-ering institute, Ele tr nic TO'Chnology Sec~~'LOII ,
lectronic Daiced-Subsection, MOSCOW; 196
pp-89-97
as a result A libIration of the Joulol_: ef f i_-ct and the einissioa cool-
ing of the c&:hode_L The first tizo fa6tors' (the analysis of which re-
quires additional experiments) detercalne t e relationtbetweenithe
rate of decrease of the enziss
ion currktnt
the p'ulse. time anq. the
emission rec6very '!if ter it from the m4gnit6de of ~t[-Le current being
'Withdrawn and the ctemperature,.of the .~atho a. -the P
, P, and. als cna~nge ~_
the speed of ~~hese' t, or opera-tion of the qatho4.
processes in the Ifae s.
W,
ive referen er, S.

ON
USSR UDC 658.562:534.6
TSEMLAWSKU, K. R., and PRIDLYAND,,V. 1.
"A-New, Reliable Apparatus for Operating Control of a Machine Vibration"
Moscow, Vibratsion. tekhnika (Vibration Engineering) 1972, pp 105-108 (from
Referativnyy 2hurnal.- Metrologiya.i Izmeritel'naya Tekhnika, No 1, 1973,
Abstract No 1 32.423)
Translation: In Lbe Central Sclentfftc~ftsearch Institute of Technology and
Machine Building a new steady-state apparatus, type KVC-5 baLs lzeevL aeveloped
for tile operatin% c--o-wt-coL ol. vi'bration -of -fuel pumps of power units and
at of tfte sweev of
'her machines, making it possible toperf rx weasuretaii:
ot 0
the vartIcal and transvetse cvvotvauts zii vibratory motion alternately at
all points where measuring transformers have been installed. Four to eight
two-component piezoelectric vibration-measuring transformers, type 2PA-4,
four to eight two-channel inlet devices,.one two-channel measuring unit, a
standard self-registering multiple-point potentiometer;~type.FSR-1, an indi-
cator: dial and a switch for the, measuring poiut are includea- in the assembly
of- the- apparatus. (2 illustrations)

PROCESSING DATE-13,,101170
TlTLt::--iiE,-: EXXiPLES OF AMDNU GROUP EXCHANGE I N.A EP I ES 0 F A A G, A T I C
ETHL.NES -U-
.,AUTH0R--TSEKHANSKIY, R.S.
C.M.,14 TR YOF
INFO-US SR
501JACE-ZH. LN-1G. KHIA. 1970, 6(4) 788-"92
D AT EP U5 L 1 SHE 0- - -7 0
SUB ECT AREAS-CHEM IS TPY
J~
_0MP6UPYDj EX
'TOPIC TAGS-AM ME- DERIVATI C H A N G, REACTIONY AROMATIC
VEi AZO C
AM 1 N E
CONTROL MARK liNG-1413 RESTRICTIONS
P.ROXY.,kErl:L/FjIA-.'-,E--2000/1947 STE PNO-UR /0366/7Q!/ 006 /00-t/076 8/0792
CIRC ACCESSICIN NO-AP0125536
'CLASSIF

212 11109 UNCL ASS I r-io-o. ~~R(13(ESSING DATE-13NDV70
C[RC ACCESSION k0--APQ12553b
ABSTR""CT/EXTR,4GT--ftJ) GP-0- A3STRACT.' THE AZOMrTfllNE 'REACTIONS
(SUCH, AS 4,0 SU'32 NC SU54t H SU34 CH,'%'PVl IPLUS PHCH:iNC SUF36 H SIJBft MME
SU32pli 1A Fw`lJlLl[3,-lUN TO 4,f) SU132 NC' SU86 H: SLm4i CH.MIC SU36 H SU34 NME
SU192i4 PLUS P-HCH:'jlflH) GR THE, EXCHANGTS OF A Z G M, E.THMES WrTH AP-01MATIC
AMN-JES (SUCH AS PHCH:NIIH PLUS. 4.,H SUB? Nc SUG(l H-Suo)~ OH IN EQUILIBRIUM
PHCH:. Nr- SUIS6 H SUo 4 00 PLUS - PHN~A SUB2) I N ANHYD. MEDIA ARE
RE V E
RS i i7~LE. T HE PUS I *rl ON 13F THE~ EQUIL . DEP ENOS UPI THE : THETA ANGLE
SUBTENDED BY T-HE N i,C BONDS AT THE MCL. PLANE.. %4WEN 1HETA OF BOTH
ANME-THINIES OR A.ZCAE-THlNE- AND tOMINEE AREI~SIMJLAR: fHE E~QUIL. IS 5HIFTED
T W THE LESS SJL. (OR PPTG. CD.V.0, 4
F CfLrTy: CHUVAsil. Gas.
PE&AGUG INS T. M. YAKOVLEVA# CHEBOKSAR1 QSSK
UNCLASSIFIE
D

USSR UDC 621-791-753-1
TARASOV, N. M., and TSEMOTER, 1. M. Engineers,%Xharkoy Aviation Institute
"Current Field In Parts During Spot Welding with Peripheral Compression'"
Kiev, Avtomaticbeskaya Svaikaj No 2, Feb 74, pp 9-11
Abstracti Plane models were used to consttuct the cuTrent field which develops
during welding. For convenience of modeling the same materials were used
as Would be used in full-scale welding operationst 141 copper for electrodes
and Kh18NqT steel and brass MZ as the welded imiteripl. For modeling the the
material, made from RIB steel, Kh18NqT steel foil was::,used.. The use of a
compression die In spot welding reduces ~ the depth of the hollow caused by the
electrode but the nature of the current field isialterpd by the use of thIs
die and must be con MiO Mat
pensated by the use of, a ;Iarzer eject , a comper ing
insert (usually copper), or a combination. of' both. From this investigation it
was possible to design electrodes of optimum geometry and then to determinep
experimentallyp the. optimum welding modes of low-carb6n steel and KhI8119T steel
with peripheral zone compression, Four figures, two Uiblesj ~threa bibliographic
references.
55

USSR UDC 621-791.70.1.001.5
TAR-Asov, N. M., candidate of Engineering Sciences, and TSEKHMISTER.-I. M..
and BARUKHA, N. A., Engineersi~Kharkov.:Aviation-Institute
'Spot Welding With Peripheral-Zone Compression"
Moscow, Svarochnoye Proizvodstvo~ No ll~ 1973, pp 28-130
Abstract: An improved method of spot~welding has been proposed (Author's
'Certificate No 354956) by the Kharkov.Aviation Institute. A steel die is
used which is pressed by a cuxrent-~onducting rod n a copper strip previous-
0
ly soldered or tack- welded to the piec'e'being welded# Spot welds made with
this method were stronger.than without~compression. .~The dent made by the
electrode is larger when using the compression method, but.this is the
result of metal shrinkage during-solidification.mid not electrode pressure.
Thus, for spot welding of steels with compression of the peripheral zone of
the spot the dent from the electrode is significantly diminished, joint
deformation decreased, and decorative appearance improved. Welding with
compression incrca,-ies the weld zone in the plastic state aild increases joint
strength and its stability. Welding with: compression i requires increased
electrode pressure, more Careful lplAcembfit of OIQ e1eqtrodr,,,~, and their
centering and alignuictnt. Six fi ureEi, bibliographic references.

USSR UDC 666.266-52
DOTSMOI A. V. and ZAKHAROV, V. K., and TSMOM&SKIXj 1. A., Candidate of
Sciences
"Determination of the Constants of the"Relaxation Process in Photochrome Glass"
Leningrad, Optiko-Mlekhanicheskaya Promyshlennost No 11, Nov 73, pp 29-31
Abstract: There is conducted a brief critical discussion of works dealing
with investigation of the relaxation mechanisms in photochrome glass, that
is to say, parametors of the relaxation~process, the iialues of which do not
depend upon the conditions of expocure,:but are functions only of the composi-
tion of the glass and of the temperature at which decolorization "lakes place.
An expression is proposed, which describes the process.of destruction of the
color centers. The constants of the relaxation process are'found, and an
investigation is made of the relationship.of,the relaxation constants to the
wave length of.the control beam. 1 figure. 4 tables.. 7 references.

USSR UDC-537.226+537.511.35):539.16.04
ABROYANil. A., TSEK14NOVICHER, L, A.
"Radiation Conductivity and Formation of Defects in Semiconductors
During Bombardment by Moderate~Energy Prarticles"
Tr. Leningr. Politekhn. In-ta (Works of1eningrad Polytechnical Insti-
tute], No. 311, 1970, pp. 139-145;(Traris'lated from Referativnyy Zhurnal
Fizika,.No. 11, 1970, Abstract No. 11 ~e~1087 by A-Shub)
Abstract: The influence of volumetric and.surface properties of a
semiconductor on the stable radiation conductivity (RQ current is
calculated by solving the equation for diffusion of non-equilibrium
current carriers. The phenomenon of decreasing RC caused by ion
bombardment is explained. It is demonstrated that un~ler soille conditions the
inverse value of RC currSnt depends lineaTly on the (lose ofipreliminary
ion iombardment, vhich fact agreei3 with ~experimental~dhta. A~metlaod is
suggested for comparing the effectivene0s.of destructibn of,semiconductors
by ions of various types and energies.
35--

-7:.
USSR UDC: TT-01:53
Y. A.
AYRAPETYA.NTS, A. V., SOBO-1.2EVA, V. V., and
Its
pectral Research on Photochrom Glass, 8~awqltize& by Silver Halide.,"
Moscow, Zhurn-al Nauchnoy i Prikladnoy Fotografii i rdnematlofotogr-f ii Vol- -7,
110 1, Jan-veb 72, pp 27-35
Abstract: The article deals -with an investlFation of thc! opticnl prop~~rtics
of phlotochrome Class, eensitized by sjlvar~chlori& and- silver bromide. S2a-
sitivitv opectra are daterminea for processes of colorati,oz) ar-1 li-lit-caur,~.d
decolorization for rarmless 2-5 ",m thick. For silver chlo:vide "less, the i~~:3t
effective light for coloration is vith~~ 330 millinicrorm, fox- d.-acolorization,
450 3250 md"Imicrc.MS; for oilver brorulde, glasa, lir!ht fOJ' 0.01~J" I'Ll D 1" 390
millinicrony,, and for (-,~colorim
630 millivacram. 1,11 e i
I ation h nflumice of
temNrature upon the spectra ww-.,,~ atudii~6.z a1c;o studied
was the change of the in procee-nies of dar-k-
nezs-caused decolorization. and decolorization by light of variotiz wave lcr~r:,tlia.
Oie obtained results support the supposition of the ~ollolrlal of pax.
ticles with a supplem-rit'"ry i~i ion band Nine fioure6l. 32 referen-ces.
bsorpt
A-4 ~L'

USSR 621.373:530-145.6
VARGIN, V. Vs KU721ETSOV, A. Ya., VEYNBERG, T. 1. ZEMMII "'S. A.,
t,Ev
TSEKHOI-OK
"Y V. A
"Ferromagnetic Glass"
USSR Author's Certificate No 267032, filed 17 Jan 64,, publisheci 16 jul 7o,
(from RZh-Radiotekhnika, No 2, Feb 71,~,Abstract No 2D2'14 P)
Translation: This Author's Certificate.introduces a ferromapetic glass
vhich includes Si02, Fe203, A1203, CaO, BaO, CdO, ZaO 0. PbO, TiO2, and Na2O.
TO increase the electrical resistance and-softening termerature, the glass
contains these components in the following amounts (mol.%): sio2 4o-6o;
Fe203 7-20; A1203 10-20; Cao up to 20; BaO.up to,20; (20 up:to 10; MO
up to 10; PbO up to 10; T102 uP_ to 10; 14 a'2p up to 20.i
RM won-no V-1 W-r-, 176 M"

USSR UDC 669.71.051
T.-,,EKHOVOL'SKAYA, D. I., MERENKOVA, B. H.
"Quantitative Analysis of the Mueralogical Composition of Alunite Ore by the
Infrared Spectroscopy Method"
-magn, ieldktrodn. prom-sti (Works
Tr. Vses. n.-i. i proyektn. in-ta alyum1n.,
of the All-Union Scientific Research and Planning and Design Institute of the
Aluminum, Mapnesium and Electrode Indust! 1970, No 70, pp 17-23 (from
RZh-.Yietallurgiya, No 4, Apr 7.1, Abstract N0~4GI14)
Translation: A procedure has been developed for quantitative analysis of kao-
Unite, alunite and quartz in alunite ore from the "a'
Y Z glikskoye bed by means of
infrar 'ed spectroscopy. The analyzed concentration rat~ges are: 2.0-100%'
for kaolinite, 2.5-100 percent for,alu.nite, and 4.0-100 7.:for quartz. There
are 4 illustrations, 2 tablestand an 8-en~try'bibliography.
14 -

.112 008 --U-NCLASSIFIED
TITLE-ALLOPHANIZATION OF KAOLINITE -U-
AUTHOR-(02),-TSEKHOVSKlYt YU.G.t DMITRIKI A.L.
PROCESSING DATE--230CT70
OOCUMENT CLASS--UNCLASSIFIEO
~PROXY~ REEL/r-RAME--1997/0804 STEP NU--UR/9103/,~'70/000/001/0079/0085
C-IRC-ACCESSfON NO--AP0119711
UNCLASSIr-NO

2/2 008 UNCLASSIFIED PROCESSING OATE--?30CT7C
CIR,C ACCESSION NO--AP011971i
ABSTRACT/EXTRACT--(U) GP-O- ABSTRACT. ACCORDING TO LITERATJRE DATA
ALLOPHANE CAN BE SYNTHESIZED IN THE SOIL AS A -RESULT OF INTERACTION
BETWEEN THE SILICIC ACID AND AL HYDROXIDE, STEMMING 1-:RO,;.l THC. DESTRUCTION
OF~SOME PR14ARY AND SECONDARY MINERALSO STUDY*OF WEATHERED PALEOCENE
CHALK OF EAST KAZAKHSTAN-HORIZONS INDICATES.THAT ALLOPHANE CAN BE FORMED
IMMEDIATELY FROM KAOLIN, BY ITS AMORPHIZATION IN SOILS, INFLUENCED BY
'ALTERNATIING DRY 14ET PERIODSt THE PkOCESS OF ALLOPHANIZATION OF KAOLINHE
CAN BE DETECTED BY OPTICAL AND ELEClRON MICROSCOPE METHODS. OBSERVABLE
BARE STRONGLY CORRODED WUARTZ GRAINSwCOVERED WITH OPAL AND A COLLOIAORPHIC
CLAY.SUBSTANCE. DTA OF WEATHERED CLAY.SAMPLES.SHOWS A DECREASE OF
KAOLIN PEAKS ANO THE APPEARANCE OF AN AUDNL. ENDOTHERMIC EFFECT AT
SIMILAR TO 210DEGREES. IN SUCH SAMPLES THE GRAWAL AMORPHIZATION OF
INITIALLY HEXAGONAL KAOLINITE PARI S IS OBSERVABLE,
I CLE HOWEVERv ROU.N0
ALLOPHANE PARTICLES 00 NO*( REPRESENT.THE LAST STAGE-0 AMORPHIZATILN:
TliE ELECTRON MICROSCOPE SHOWS THAT ALLOPHANE PARTICL.ES DFCOMP. FURTHER
INTO FLOCCULENT AMORPHOUS PARTICLES. THE PRINCIPAL PROCESS IN SUCH
SOILS REPRESENTS THE TkANSFORMAT-ION Or- SCALY CLAY INTO COLLOMORPHIC
DISPERSED ALLUPHANIZED AND DEFORMED, AGGREGATES OF AN;INDEFINITE
STRUCTUREt SHOWING THE CHEM*. INSTABILlTY OF KAOLIN UNDER THE DESCRIBED
CONOITIONS. FACILITY: GEOL. INST.,,MOSCOW, USSR.
UNC-ASSIFIE-0
milli

USS R 'UDC 621-774-3
TSEUKOY,, A). I., BONDARENKOs YE., S-o POLWOaN, P.I and POTAPOY, I. N.,
"Development and Wide introduction of New'Tachnological Processes
and Tube-Folling IMI ls With Helical Motion for the FixAtaction of Hot-Rolled
Tubes"
Moscow, Stall, No 12, 1972, pp 110
Abstracti Production of large-diameter tubes amA equipment used during pro-
duction processes are reviewed. The design and pmluetion of new mills capable
of accepting material at a feeding angle of 14-15 or 15-170 blus made Soviet
production of tubas the most advanced in the worldo IDtrodqction of tilo-
roll and three-roll mills will further inmaso the p=~duction of tubes while
decreasing their cost, A schematic diagram of a two-rol' mill Is presented.
Application of now technology at several-metallurgicaLDLants in the Urals
region is discussed in brioad terms. The emphasis, is on increasing the feeding
angles of the tube- metal. Three-roll.mills Pxe planned for 19731, which will
increase production effectiveness by 1.84.4~timeis# 1.41schanical propertlos of
tubes produced at high feeding angles, arol-Oscussed.

-INN
kE R Y4
L
01-04 y
Bioloc!4Lcai Sciences
C,
Vonrosy -i 4 c).Io(-,i.; CI-Icz
oveka i zhivotnv~-:h (buest-ions of the
Physiology of ;-:3n and A
nima I s
institurc- o~ PI-1-yrs'ology imeni
P. Pavlov. Leningrad, *1970, 238~,~paqes with ill., 2400 cop-
ies-, I r 85 k.
/X._
S_,IE!alk na , Yu. L. A S. Yakshina. Fo-
I Z u -
cheni-u
a (Phot,()~wn-,nesis and
t-ne olE 3,:~cona G h, Mett,
cidical'~ Approaches to the
Study c~f the Balance of Organic 1,1,atter). Mos~11::Ow, '1970, 184
..Pages, 1.5
'00 Copics, I r -14-k.,
177

u1sm UDC 622-362:622-778
VODYANIT,%]Y, YU. N., Candidate of Technical Sciences, T-1cal-10111 and OSIPOV, YU. B.,
Candidate of Geological and Mineralogical Sciences,$ 11orcow. State University
"The Effect of a Magnetic Field on the Breakdoum of Iron Coated Quartz Aggregates in
Water"
Moscow, Steklo i Keramika,_ No 5s Hay 73, ~Pp 8-10
Abstract: The authors study the magnetic properties of iron coated quartz aggre-
gates and the structure of the iron bearing film on thesurface of quartz particles.
L)ruberetckiy quartz sand (SiO2 97 percent) was used in.the study. The following is
the chemical camposition of the iron bearing fik by pj~rccnt: 30 Sio2j 26 A12o , 29
Fe203i 5 CaO, and 10 other. The magnetic susceptibility and magnetization of R(I
send and fi-Im were determined on magnetic ~scales at vario,~s temperatures and field
intensity. At T-250C the marpetic susceptibility of the =d does not depend on
field intencity. The surceptibility of the. iron, bearing ftlM fit T-25C is x=15.5x
10's while the paramapotic Euscepti.bility component, is:X-12.10-6. In heating the
iran be-ring substance (iron-clay) to 7000C, nagnetic susceptibility falls to
x--5-1~ and the ferronzgnetic component to zero. Variatiln in, the intensity of
magnatization of the iron bearing film wao.deternined during heating and cooling
in a field of H-7500 amp/cm. 'fro heating cur~va ba'9 an inf'_L~-ction in the 240-2700C

Usat
VODYANIT c
'KIYs YU. N. I et al, Stekloi Keramika, No 5, Ray 73, PP B-10
range. This is evoked by the phase transition of a strongly ma- otic mineral. A
C-1 n
seaming electron microscope was used for studying. the st-ructure and tbickness of
the film. In order to calculate the number of aggregates, the sand was processed
with a saturated %Sl~ solution using the methodology for determ-ining the cold
.resistance of concrete Ifillers (GO,9T 9269-60. The aggregates constitute 0.8-0.9
percent weight of the -.-nd. The iron bearing aggregates ~ appear to be the sources
for increa--d Fe203 content. Iran bearing aggregate bretildom testing war, done with
the aid of a magnetic field in a Lyuberetskiy-lchariber. The results show that an
alt4~rnating magnetic field of industrial. frequ'ency. breal~s do-x-n aggregates in water.
This makes it possible to remove iron oxides from sand.
2/2
87

USSR UX 621-183. C2:778.4
T__3_MLKOVj A. 1. Academ* ician MORGZOV~ B.;,~~ A., Poctor of Technical
Sciences, SUMOV, A. I. Candidate of Technical Sciences, and
SERGEEYEVp A. V.f Engineer.
11potenti-allities of the Application of Holography in Heavy
blachin ebuil cling"
141 o s c o,,,t, Vestnik Mashinostroyeniyal No 9, Sep 73, pp 7-11
Abstract: The holog aphic~insj-allatioa develope~d by the All-Union
_r
Scientific Researcht Planning-v, and Design inslu-itutle of !;'etallur-,-1-_*-
cal I'l achin e x~y is described by re-Cerence to its optical schema.
The results of the an-olication of holo,
%I graphic inlerferometry for
the study of deform2.,'Uions a-.qd dislocations of various part_-, a
Cramp, a supportin,;7 wall, a cast in block channel been of a hy-
draullic presq, produced of,steel mrid orr
glasst are discus-
sed by ref erence to interf ero grams- produced by 1" he method of
double ex-Dosure. From, shol,.-vn interference lia-es of a lead sDeci-
men was Dlot*ted the dist
-ribution dia-gram of ~ elastic and -aastic
deformations for two changing load conditions. J"uch diaTrams c.-n
be -ilotted for free marfaces of plastically dc-fo=a1ble ~Gdies
indeDendent -Prom their 'orm Pand their materina; they provide an
J_ L Q 11
idea of the influenco of the foiin of the part wid. also of the na-
ture of its material on the character of the pro-oaratlion of defor-
mations. Seven figures..

112 030 UNCLASS I Ft ED !-)!PROCESSj14G DATE--18SEP70
T.ITLE--ANIONS OF DINITROMETHYL COMPOUNDS.~~V..~ CRY'5TAL~
STRVCTURE OF THE
POTASSIUM SALT OF PMeMYLOINITaOM6THANE -U-
AUTHOR-(04)-GRlGORYEVAr N.V.t MARGOLISt',N.'V*t:TSE-L~:INSKIYv I.V.t SHOKHOR,
-,'COUNTRY OF INFO--USSR
OURCE-ZH. STRUKT. KHTM. 197'0, 11(l) -8
1,65
------- 70,
-.~SUBJECT. AREAS--CHEMISTRY
~-TOPIC'TAGS--CRYSTAL STRUCTURE, 8,ENZENE DERIVATIVE, X RAY STUDY,
TR03E THAN E tORGANDPOTASSIUM C OKPOUND CRYSTAL LATTICE, CONJUGATE BOND
:~SYSTEMI ANION
01ki TIR 0 L4ARKING--NO PESTRICTJONS~
,C
.DOCUMENT,CLASS--UNCLASSIFIED
:~-~OPIOXY~'REEL/FRAME--1937/0444 STEP NO-1-UR/0192/70/011~/001/016510168
I P C-ACCESSION NO--AP0104057
UNCLASSIFIED.

_j-
2/Z 030 UNCLASSIFIb
0 4ROCE~SING DATE-18SEP70
',CIRC ACCESSION NO-AP0104057
~.,ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE STRUCTURE OF
PHENYLDINITROMETHANE (1) WAS DETD,. BY: SINGLE.CPYSTAL X RAY METHODS. THE
HUNOCLINIC LATTICE PARAMETERS ARE A 11*58t B 7.91519 C 10.12 ANGSTROMS1
AND BETA 99DEGREES; ZETA EOUALS, 4; THE:SPACE GROUP IS P2 SU81-C. lj%'.THE
ANIONt THE DIHEDRAL ANGLE BETWEEN THE PH RING ANO.THE N(l] MINUS C(O)
MINUS N(2) PLANE IS 62DEGREES, AND THE C11) MINUSIC(4) LIijE MAKES AN
ANGLE OF SIMILAR TO 8DEGREES WITH tHEIN(I) MINUSt(0):MINUS N(2) PLANE.
BOTH NO SU9,2 GROUPS ARE ROTATED BY-SIMILAR TO 100,cGREES ABOUT THE C AND
N'BONDS RELATIVE TO THE N(J) MINUS C(O), MINUS N(~Z'l PLANE. COINJUGATION
:0F:THE ANION CANNOT EXCEED
BETWEEN THE PH RING AND THE REMAINDER,
-20PERCENT OF THE VALUE POSSIBLE IF- THE: ANION ~WERE" PLANAR. MARY FRANCES
RICHARDSON..
UNCLASSIFIED

-779-w
-Acc. Mr Abst cif Se ice' Ref Code
rV
/V0053772 CHEMCAL-ABST*
a of dint icunirls xv.
11004Y Axii6n itiatnethyl coml Syn-
rthesis of aryldifi!Uornithaneif, by the nitration-0 I Id'
my a, orpes
wIth nitrogeii pentoxlde.:-.*~Koksetskaya, G. U, Tseli ski., L.
a al. L., I. tJ,qnInEMa.; Ieknnol.~.JOG- fra. Lam-Meal,
-970
--T;-;,ntngm ZK -,b-(2),-334AU (Russ).
The reaction OT RCH: .NIOH! --~4) 'IR is 01-ClCiiff4; 3~CICJH4;
3mBrCsTT4-',.4-BrCJ44;~ ~O-M i 4
4-CICEH4; 2-BrCOH4;- ec~H'; 3-
MeC,H~; 4-MeC.,B~; 2-MeOC41ii; 3-M~OCtAI,'4-Mt'OICiH.,;
33-
02.NC4HI; 4-0tNC4 4, '6d(O'N
H 5--. z&)CoH3; 2',$-Cl(O--N)C.14,;
4,3-Br(OjIX).C6H 3 4-~.Br(-M~QCMO; 3,4-
O~N(MeCI)Cil-13-- 2.4-
2,4j5-TNTi-.(O.Xk)CsH2;': -2,4i3,5~Mej(O~N)2C614; 2.-
4,&(OiN)-(MeO.)C#%, ',3v5-T$UO(Ot\ 'ICSU2; ~~ 3,5,4-(O~N).-
The
yields of 11:depend on, the position, of tfie~ 5~1:isti~'u~nts; o-sub-
stituted 1 gave 20-30% 11, other I give 45-60% 11.,~ Nitration of
gave
11-givesalts, such as kCK(INQ~)t which react with halogens to
give RC(N,- 0.,).X. (X ~ IS CI or Br). Also I regict with
CHAc to give RC(NIOz)jCH?.Cl4..jAc. CPJR
iREEL/F
RAME
-35

71~
212 032 UNCLASSIhiD PROCESSING OATE--160Cr70
CIRC ACCESSION NG--AP0120899
ABSTRA,CT/EXTRACT--(U) GP-0- ABSTRACT. ON A MOD~L OF ADRENALINE
MYOCARDITIS INGUCED IN ALBINO RATS THE AUTHORS~STUOIED THE BLOOD PLASMA
IMPREGNATION OF FOCI OF MYOCAKDIAL AFFECTION 114 DIFFERENT TYPES OF
METABOLIC DISORDERS BY MEANS OF COONS' TECHNIQUE OF LABELLED ANTIBODIES
A.10 HISTOCHEMICAL REACTIONS, PAS AND ADAMS1 FOR' TRIPTOPHAN's AS WELL AS
WITH THE AID OF POLARIZATION OPTIC AND.PHASE: CO.NTRAST 14ETHODS OF
MICROSCOPY. PLASMATIC IMPREGNATION.WAS REVEALED !N SEVGRE FORMS OF
CONTRACTURE TYPE OF INJURYt BEGINNM.FROM THE STAGE, OF FRAGMENTATION OF
MYOFIBRILS; AT EARLY PERIODS AFTER ADRENALINE INJECTION (ONE HOUP) NOT
BALL SEGMENTS WITH FRAGMENTATION OF MYOFIBRILLS U~',JDERGO PLASMATIC
!MPREGNATIVN; CONSEUUENTLY, IT IS NOT~THE CAUSE~,GF NEC?0BIOTI'% CHANGES
OF THF CELL. THE SECOND TYPE OF INJURY OF CAROJAC MUSCLE CELLS,
MYOCYTOLYSISt IS NEVER ATTENDED BY PLASMATIC IMPREGNATION. THIS
CONFIRMS THE HYPOTHESIS ACCORDING T0,VIKICH IN C014TRACTURE INJURIES 1,11
THE. FIRST PLACE FUNC.TIONS OF THE.CELLULAR MEMBRANE SUFFER# WH~REAS
MYOCYTOLYSIS 15 ASSOCIATED WITH: LVOSOME EFFECT~ AN A PRLSERVEi) CELLULAR
MEMBRANE. FACILITY.. INSTITUTE. PHISIOLOGYtOF THE SIBERIAN
SCIJ THE~ USSRA NOVOSIBIRSK.
DEPART44EINT OP THE ACAGEMY OF 4C ES, OF
UNCLASSIFIED

USSR UDC 532-522
S. (Moscow)
"Concerning the Problem of a Jet Flowi Onto the &irface of a Heavy Liquid"
lag
Moscow, Izvestiya Akademii Rauk SS-1-k. Yakhanika Zhidkosti i Gaza, No 2, 1973,
pp 82-89
Abstract: Continuing a study published by the author in this journal in 1967,
this article deals 6-ith the question of the~.non-,miqueness of the an-le of
incidence of a thin jet into vate~r, and', develops and improved rathematical
formulation of the problem. The problem., which is brc~.-dirt.~-unsional, can be
stated in the following =nner:. a jet of non,.riscous, incompressible, weightless
fluid with a density of flows out of a-ijet onto ithe surface of a motionless
beavy liquid with a density of 6 eures. 6 rof6renods
2

PROCESSING DATE--27NOV70
212 022 UNC L 'A S I I Eb
CIRC ACCESSION i',,'O--AP0125050
ABSTRACT/EXTRACT-M) (;P-0- ASSSTRAC%~ T14E ACCUMULATION AND CONFINEMENT
[IF FAST ELECTRONS UP TO 100 KEV IN A :MA.GNET'IC TRAP WL- STUDIED.
OSCILLATIONS ASSOCIATED WITH THE OSCILLATING MOTION OF ELECTRONS BETWEEN
MAG;NETIC MIRRORS WHICH LIKIT THE bENSITY OF.THE HOT PLASI-IA WERE TliE
BASEC TYPE OF INSTABILITY OBSERVED IN-THF E X P E R I'M E-N T SEVERAL FEAfURES
OF THESE OSCILLATIONS ARE DESCRIBED' AND A QUALI.Ti'k'rIVF EXPLANATION OF THE
RESULTS IS PROPOSEO. THE EXPERIMENTS WERE CONDU's"TED liN A MAGNFTIC TR.AP
OF DIAMETER 40 CM AND LENGTH 130 CM tTHE DISTANCii': BETWEEN MIRRoRS). T[i E
MAGNETIC FIELD 11AS STATIONARY AND VAOED'FROM lot", To 300 OE AT THE
C ENT E R MPRACTICALLY ALL EXRERTMENTS.OSCI,LLATIONS WERE OBSERVED WITH
A FREQUENCY 20-30 MHZi WHICH IS.CLOSE JO THE! OSCILLATION FREQ.(JENr-Y OF
FAST ELECTRONS BETWEEN THE MAGNETIC MIRRORS. THE OSCILLATION FREQUENCY
WAS INDEPENDENT OF THE IMAGNETIC FIELO.t: THC DrNSITY Of, Till-; TRAPP~.J) r-A'-'T
FLUTkONSt ANO THF fitNSITY OF 1'llC.,C(JL0 PL:ASMA AN11', NEWRAL GAS. THE
OSCILLATIONS WERE OBSERVED BOTH DURING THE.INJECT10N I"ULSE AND DURING
THE DECAY OF THE PLASIMA!FOR A SUFFICIENTLY LOW PLASMA DENSITY, So THAT
THE AMPLITUDE OF THE OSCILLATIONS OROPPE,O SLOWLY: '141TH TIME, LOW
-50
FREQUENCY OSCILLATIONS 'jilTq A.FRFOUENCY d~ 200 b.KH1- WERE OBSERVED
SIMULTANEOUSLY WITH THElHIGH FRE,.)VFNCY:OSCILLATIONS. THIS FREQUENCY
COINCIDES IN ORDER OF MAGNITUDE. V1 I TH THE: DR IFT' FRO,)UENCY Or- Rol-ATION (;F
THE PLASMA IN THE MAGNETIC. TRAP,
UNCLAS51PItiO

USSR UDC 533.95
VOLOSOV, V. I., FAL'CHIKOV,,V. Ye., TSEVINILK, F. A.
"On Flight Oscillations of Electrons in~'Magneticc Tro"'
Leningrad, Zhurnal Tekhnicheskoy Fiziki, Vol 40, No 1, jan 70, pp 134-1.37
Abstract: The accumulation and conf inement o f -fa s t ele.~-.trons up to 100 kev in a
magnetic trap were studied. Oscillations associated wilfi die oscillating motion
of electrons between magnetic mirrors which limit the density of the hot plasna
were the basic type of instability observee. in the expr_--~i-nent. Several t~atures
qualitative e., I n-tion of thia results
of these oscillations are described and a a
is proposed. The experiments were conducted in a -i, iagrzat -ir- r-Tap of diaTiieter 40 cm
and length 130 cm (the distanca bet,,,aen nArrors). The.v~.agneti.c fteld was station-
ary and varled from 100 to 300 oe at the center. In prartically all experWents
oecillations ware ob:3-2rved with -a frequency 20-30 "'Niz, Twit.11ch Is- clof;e to the
oscillation frequency of fast.electrons b0tween, the magi-bi,,zic -.,lirrors. The os-
cillation f requency WzjS 4ndependen t of the~vmgnetic field, the density o.- the
trapped fast eleccrons, and the detisity of. the. cold plas jzm and teutral gas.
The Gacillations ware oBserved both durIng, the! injection:~pulse* and during the
decay of the plasma for a sufficiently low:plasma density 1, so that the amplitude
1/2

-777, 7 7
USSR uDc 621,791-72
Z)MKO I. -tu., TSET. and KRIVK0, M. A,., CentTal Scientific
Research Instit5qftology and Machine Euildibl,
Electron Beam Welding of Heavf Steam Turbine Assenblies"
Kiev, Avtomaticheskaya Svarka,* No 10, Oct 72, PP 59-69-
Abstract- Ts1T1ITM_*ch/Tsentral'nyy Nauchno-lissledovaUillskiy Institut Tekhnologii
y and
i Mashinostroyeniya; Central Scientific Research institute of Tekbnolog
Yachine Building/ has investigated the welding. procesues in. the welding of
steam turbine guide wheel and diaphragm :vane blocks: me;,de from 2MIDIBSh
(EP291)j 11113, li:hl61a3N2B (Ei68o), l5KhlMF, and 12MJ14F steels. Weld-ability
of the steels was studied on electron-beam-welded sarrPles 60 MM thick using, a
TsELS-D.1 unit. In joints of EP291 and lyd'161113~2B stepls micro- and macro-
cracks were abseat. In BEP291 -the iseaans had individuals pores 0.2-0-3 mm.in
diameter. It is possible that these pores, formed. as the result of incomplete
degassification of the seam metal during ~welding. The zhort-tlm~e strength of
weld joints at room te-m-parature after beat. treating (7460c anneal. for two
hours for EP291 and austenitization at 1100 00 for one hbur for EI680 steel was
the tame as the base metal, and at 3W and. 6000C it zm:)unted to 85-90% of the
base metal's short-tirre strength.. The impact strenGt]h,of the'seam metal for

TT
USSR
ZYBKO, 1. YU., etal., Avtomaticheskaya.Svarka, .11o 10, Oct.72, pp 59-62
E11291 (not preheated before weldi ) was 6 kg M/aw
n9 and with preheating
to 40&C--LO kg-m/c-,2.
The impact strength of the seam iretal for EI680 steel
after welding was 12 ke-m/cm2, and after au steni zing-! -111. -18 k&,-m1cn?- The
6
fatigue strength of EP291 welds at 200C w~ith symmetrice.1 loading at 10 cycles
was
32-32.5 kg/r..-n2, and joints of EI680 steel--25, kg/m,?. At 550C the
fatigue strengths were 25 and 17* kg/mM2, ~ respectively. The above results made
it possible to develop the technology of velaing vane b1locks and to weld the
unit of regular vanes for a K300-240 turbine, manufacttred at the Leningrad
Yetals Plant izeni MCII Congress CPSU# The welding was: done .-vith the TsELS-2
twit developed jointly by TsNIMAash and the Institute !')f Electric 'Welding,
the productivity of which is 30 vane blockr:, and 4. diaphra(gns per shif t.
Electron beam butt welds were made of dis similar steels'.1 ~12Kn.DT-M13 and
15KhL' T-l5Khl)J/T' 30 rn thick. - Shear tests at* 20j .300, IM 10C showed that
d 6o,
these velded vairs failed in the base metal. The tensile strengths -of these
"5Kh1VY-15L%ll1-1F and.
pairs at 200C was 52-56 kg/=~ for I . ko-45, 40=2 for
l2Kh11,T-l5nl31/Y- At 6w0c the tensile strengths of these pairs were 38-40 and
30-32 kg/imP,respectively. 6.figures, 2.tables.
2/2
45

Acc. Nr: Ref. Code: UR 0016
J APW3GS327
PRIIW-Y SOURCE: Zhurnalllikrobiologii, Epida-miologii, i
Immunobiolo~ii 197 Nr 1, ~pp 1,77 -139
CONCERNING INFLUENZA AS AN ANTAI 0POZOONOSTS
nikav P.
Dada are presented on 'the contents ngaircst influenza virus in
the blood serum of various species of domestic and laborlal'bry artimals. A positive re~ict[on
of inhibition of hemagrylutinhtion againA the influenza vir*we,-~; A I and B was obtained in
1111ch titres and in a considerable nibnber~of the an-rnals u.Namined, -agiinst the I)ackgromid
'if tile absence of groxth o f the incidence. Of linll6enza o1 t! i I )og
s kit I y 111long tlw~ local
populition.
"Fr
R
F F

USSR Un 62i,771.ool
TSELO.KOV,.A. I., and GRICHKOV,.A.J.
Teoriya Prolw-tiRl (Theory of the Rolling Process), "XetallurF
~,iya" Press,
Moscow, 19?0# 358 PP
Translationt A great number of experimental anrL theore:ticaL studies have
been ca=--led out during recent years iddch have substantially 'broadened previous
ideas on the process of metal deforrationlin rolling.
Characteristic of the modern theory of rolling are the wide use of
the theorous of the mectanics of deformalle. bodies, the inclusion of a math-
ematical apparatus, and newp more acctumt& methods of exrerim.ental investiga-
Uon.
These achievements In 4-
the theory of rolling are thp. scientific basia for
the further develorment of rolling product-ion, Its Impm*roment =d interasi-
fication, tile creation of now technalorlc~,l Vrocezses, a4d hi,?I-,Iy productive
rolling mills.
Tim rosults of a ceries of investiptions on -tho thoory of rolling
axe generalized in thiz book. The aim was not the broads interpretat~ on of
various investigations# although nany are ~of
gxsat inteb'st. ~In general,
original work*by the authors were.used.
ar tion iw given to, the nodern theory oT longituiirall
ParticuL atten
1/9

W..i
-Rir
J_:-
USSR
~TW ',,A and GRICHOV, A. I., Teorlya Prollcatki, i"Metallurgiya" Press,
roll Ing of right-angled profiles,
Earlier pifolished iiorks of A. i.: Tselikov are 2;eviewed additions and
refinementz of Endividual a4isunntionz,
Many works off A. I . Orishkov are published heive for the f irst time,
Among the most impoi-tant, of Grisbkov's worksi the I
L followixg should be noted:
investigation of ividening and contact st-ressesl analysis. of contact forces
equilibriumf theoretical investig -of,nonuniform distxibution of metal
gition
motion at the source of deformtion, determination of coirtact frintion energ
ZY,
etc.
The authors Ope that the book ifIll be useful iii helping technolo-
gists in more accurately calculating -the ralling -process and.in assisting
designers in determining the forces applied; on the xoIlexs, ort which depend
the roller mill, dimensionsp the pover oflits drive, and,the allowable de-
Iornations of t.]--- rolled metal:
TAM OF ~COM=
Fox-eword..9stoes
1. Elements of the Rolling Process
2/9

USSR
TSELIKOV,
_Aj~Z,,_,and GRICFKQVj A I., Teorlya Prolcatki,
,
-
,
"Hetallurgiya" Pressi
&Z,~O'i,~19
70
358 PP
v
1. Determining the rolling procPsa *9
2. Source -of deformat.1won, anci ith,parameters
~3, Deformation,pw-
amters:
4. Kinematics ofth6 deformation sources :..17
5. Concept of displaced volure.:
6. Mechanical zoda-l.of friction,in rolling 1..21
7. Friction coefficient in rolling-~
11. Foundations o-j" the Analysis of ~e, R61 ling P:rumss
1. Stressed state ... 33
2. De:Cornation state
39
3. Differ-autial equations of equillbrium s t44
4. Stresses with plastic deforma~tion, sos45
Stress depcnden.,e_on:potentW`energy of
-e2astic deforma~tion a' shape .6,rariatio.11' .48
d
6. Analysis of the:fundamental eqlation Of
plasticity rl
3/9-

USSR - ---------
TS=QX*~~A.,,--li.*--and GRICHKOV, ~k. 1. , TePrlya Prokatkit "Metallurgiya" Press,
Moscow, 19709 358 pp
7. Effect of avexage stress on' shearinE strej*-th ... 53
8. Equattions of at~ate~ of a deformable bocly ...54
9. Two-dimensional defo=ation!

'
... 57
10. ~slip as: a method
Char;acteristUm. ani lines of
for- determining stresses:. in ' tifoo-dimensional
deformation. .60
11.- Deternining the fields of s:L-I:p lines: ... 63
III. contact Stresses in Rolling
19 Concept of contact sti~s.~es .#s6q
Equation of pl4isticity and direction:of
main stress axes with
sional deformation contact,.su hg
rfao6 in zoM
'
'
... 70
3- Differential eq.uation,or cont"t S
tm-szes f
or
two-dinensional. dofoi=tiQn -,77
4. Theory of contact shearing Stresses
4/9 5. Theory of conta~t,uormal Otbasses

USSR
TSELIKOV A I and GRICHKOV, A.* I.,.Tworiya.Prokatki Metallurr ya~' Press,
W
Hose PP
6. Effect.of outiar.zones.on adntact.stresses 1.102
7. Peculiar poizAs, ~on:a.contact surface of. a~
deformation sotwee log
8 Exrerin, ental
Investigations:. of contact
stresses
IV. Laws of Two-Dimerisional Defoxmation
1. Special features of de'fornation:in rolling :.-131
2. Equation of meta fl6y:,rate-In two-"
~
'd-traensional defotmatid .,133
31 Flow rate and stress distribution along thL-
~beight of a.valled.:st~rip cross section -.138
4. Correlation between the metal~,flcw rate aud
roUer speed 140

5. -in
Neutral surface the source of defoxra-Lion
#s!43

61
SpecifIc sections in-the source'd defoxm
UOn -150
7. Investigation of stress - distribution in a:
319 rolled metal 17j, the~-method of slip Unes ..153

-USSR J

TSMKOV, A. T6 *ya ProlvatU, 111-Iletallurgiya" Press,
I., and GRICF Yj At 1. o r-,
Pp
8. Forward flow in two-.~~,ensjom-_I; rol I ing --158
9. Rate of deformation in two-din. ensiorial rolling ..163
V. SprezA in Rolling
1. Spread distiZibution in the, so=e of
deformation '.170
2. Theory of spread calculation: -.179
3. Relationship betuven;the lon_,~itudinal an&
transverse shear;stresses alongAhe ione bound-
aries
4. Effect of strip width on spread -.195

5. 3-oread
Effect of st-xims oil ..202
6. Conclusions on spread determination 208
7. Rellationshi-o between transverse-and longitudi-
ml defornations j#209
B. Evaluation of the off iciency of the rollint,7
process ..214
6/9

USSR
TSEL and GRICHKOV, A. 1. Teoriya, Prolcatkii "Mata-11urgiya:' Press,
1970, 35 8 p P
9. Effect. of spread on forwar&slip ..219
20. Effect of striD width on.stress.distributio.-i
d
along a contact su*xTace
.221
11. Effect of spread on strip velocity and the
defcrmation velocity ia ro-Iling
..227
VI. Direction and Equilibrium of Forces in Longitirlina.1 Rolling
it Basic equation of force equilibrium applicii to
a roller ..233
2, E uilibriun oO forces acting'on a rolled strip
q ..243
34 Equi-librium of contact fo-xces,in~roning with
tension
247
4. Symetric and asymmetric rollIng
Pr .259
5. Resulting force direction ixi~ioljin-- (sDeclal
cases) .261
69 Arm of resulting forces applind to.a rollers .267
7h VII. Forces Acting on Rollers

USSR

and GRICHKVI, A. I., TeOri PrOkatlei, "Metallurgiya" Press,
TSO ~MA~ I ya

10 Factors determininjS 4eformation' forces --275
2. Deformation strength. at line'ar~stress Col-Llik-tion -.278
3. Experimental methods for determin-in defoiia-
tion stren6luh
-.293
4.- Determination of deformation strength -bakirg
into account tenDerature , cold haWeningo 1 i~!~
velocity
..295
5. Effect of outer friction on,contact pressav ..299
6. Effect of outer,zones an contaot.pressuTe 1 ~-o307
7. Effect of strip' tonsion,on: dqnt,~ct pressu:~e ~--310
8. _Effect of strip width on contact pxessure o-314'
9, Reference pressure~l -.319
VIII..The Theorf of RollIngp.Takiw
.3 Into Account the,'Rollers
and Strip Elastic.'Comprewion
1. Effect of elastic commession of 'rollers azil

8/9 rolled strip on the source of defoixtation. -.3Z5

L/2 009 UNCLAS~Iole PROCESSING OATE--30OCT70
TIT.LE-MECHANISM OF THE SMILES REARRANGEMENT OF Oti4ETHYL,DIARYL SULFONES;
...DUALITY OF THE REARRANGEMENT NECHANISM,REVERSIBLE CYCLIZATION OF
-,'AUTHOR- t03)-CROZD, V.N.t NIKONOVA, L.A., TSELVEMA-A.A.
COUNTRY OF INFO--USSR
SOURCE--ZH. ORG. KFIM. 1970, 6(411 .825-33,
PUBL I ScHEC--------70
~w'SUBJECT AREAS-CHE4 ISTRY
TAGS-- SULFONE,. INTRAI-110LECULAR MECHANICS, CYCLtZATION, SULFINIC ACID,
ANIGNs 6ENZENE DERIVATIVEt ORGANIC SULFUR COMPOUNQ
ONTRO-L.MAPKING--NO RESTRICTI
ONS
~.GUUMENT CLASS-UNCLASSIFIEO
REEL/FRAME--2000/2096 STEP NO--UR/0366/70/006fOO4/0825/0833
--~IRC ACCES:SICN NG--AP0125680
UNCLASSIFIED

2/2 009 ~UNCLASSIFIED- Pl~OCES.SING DATE--30OCT70
C.-IRC ACCESSION NIG--AP012568(l
,~A'a'STRACT/EXTRACT-(U) GP-0- "-STRACT. THE CYCLIZAFION OF PHSO SUB2 C
N 1 GN 1 S A
SU86 H.SUB4 ME,O TO OIHYORCITHIOXIANTHENE lG,I0j0L0X',fDE Al
REVERSIBLE REACTION. IN THE CASE OF. MORE ~ SUBSTITUTED SULFO-.iES SUCH AS
-ATIC
PHSO SU82 C -SUP36 HME SUB4,2,31,5161 THE CYCLIZ q,TO
~-AsgA,DIHYDRG,5,6t8lT.I~IMETi~YLTHIOX.At4THENE' 10,10sDIOXIDE IS NOT
REVERSIBLE. THE SMILES REARRANGEMENY OF THESE SULFONES fo SULFINIC "ACID
ANICNS PROCEEDS THROuGH rHf.OXAJ N.E ~ANIO' S~ WlilCP.',.-14AY EITHER OPEN
NTHE N
.01RECTLY OR FORM A SPIRO ANION FROWWHICWTHE., FINAL. PRGUUCT (SUCH AS
__IPHCH SUB2 C SUB6 HSO SUL32 PRIME ANEGATIVE ~0, I,S'~FokMl.l FACILITY:
~-AOSK.' SEL4SKC-KHOZ. AKAD* 114. T I P1 I RY A Z EVA .140 SC OW USSR.,
UNCLASS I F I E 0
-immium

USSR ux ~621.373.53-1'088.8)
SHLYKOV, N. A. , NEMIROVSKIY, B. KLYUKIN, L. P., TSEVIKOVSKIY, 0. P.
"A Pulse Generator"
T
USSR Author's Celtificate '1)-.258377, Filed: 14 Mar 66, Published 24 Apr "0, ~,7,
-RZh-Radiotekhnika, Vo 10, 0(!t 70, Abstract No IOG168 P,):
Translation: The time-mark circuit in the proposed pul!~e genervO;or is c o i; t z~ d
between the negative pole of the auxiliai7 power S1.1pply aLd the colkctor ot' w.
auriliary transistor which is connected in turn to~the Vase of' tlhc- mrtin trar,,~`s,,,or
through a capacitor in the time-mark circuit and the feeiYvack:w'In(_jt,[--, of, the
f ormer; the base of the auxiliaa-j transistor is connected to the ccilector ol, th-
inain transistor through a feedback re-,istor; the emitterlt of the mwaln and
transistors are connected to the negative aild positive ples al' auriliary and
main power supply sources. Me circuit may be used. over,*,a wide frequency rantze
since provision is made for switching-tbe Capacitance of Ue tft-w-mark capacitor
for continuous control ofthe tine-~mark oresisto If.' S.
anCL
137 -

Extraction aiid: Refining
USSR UDC 669.243.881:669.046.542
WCHEROV, V. C.1 SHIROX0VA,1Z. F., and KIJBACHEV, P. P.
11carbon Behavior in Smelting oxidized Nickel Ores to Verronickel"
Moscow, Tsvetnyye metally, No 5, May 7 1 p~21-23
P
Abstract: The principal factors responsible for carbon behavior in the
process of smelting oxidized nickel ores resultiAig in frothing are the
composition of the melt and the oxidizer consumption i'ate. The higher the
consumVtion (all other conditions being~.equal)., the,higher the carbon
solubility in the metal melt. Silicon and nickel are shown to reduce
carbon solubility in iron while chromium has the opposite effect. It is
shown here tbat frothing ie caused primarily by the reaction of ferrous
oxide with the carbon dissolved in the ferronickel. Additioa of small
amounts of ferrosilicon to the me-It will,aliminate frothing in the pro-
cess of smelting to ferronickel, regardless of the meltis composition.
Preliminary ore reduction with a gaseous 'agrant will. eliminate the presence
of carbon in tha melt. Similtaneous velting.of both reduced and'unreduced
ores is shatm to have practical application in that iron ore is more
readily reduced at lower teriperatures,thaln:magnesium-o.rp and -may require

USSR
VDC 535.853.23.533.9.07
BACHURINA L. C., DEVYATKIN, 1. 1., PERIff NOVA, V. It. , nslg,~",O
,A 11.
"Microwave Plasma Solution Ana ly ze r"
Dolkl. Vscs. sovesh&h. Cj1)t-; -rv j ,r
ch. j tjtrorotrjc,~. e,,
g1. :~ (neports- of thie kil-llnioa Conferen~--4! ~wjj Optica.1, ~,.jjcj Tltrot,ietric Axnalyvers
of Liquid lladia, 1971, Pii-t 2),Tbilisif' 1971, pp 130-134 (1-xrori R7h--Netro1cq-*yi
i lzmeritel'naya Teklanika, Nc) 3, Har 72, Abstract No 3.32.1052)
Translatian: A report is presented on a developetj rjcr)~-,
-j-j
analyzer comprisliw a feed module, a microwpve unit inclucirt'i it pj~i~;motrarl zind
magnetron oscillator 1~10.ch is attached to', rhe track of. ~hc or 15P-30
spectrograph. The micro-wave discharge ls,eycit-ed in a ciuartz tube through
-which argon, hellium, n~-; tzrogen or lairs is bloun -vlth~, -n~ rate of 8-30 liters/
./Ldnute. The analy,7edl solution is introduced inr-a the(iischar;~,:-- Lubc in the
form of an --erosol.. 'ilia analyzar control. -PaIiCl is pla~:c:(l on Zh(~ face panel of
the feed unit. The phatometric nnalyi--is Wil; run with M:I~pect tO OW
apectral lin(~%;. Tiat of ajja'tyzirl,~ calctul-~l and copj-;t~,- v~ris! d(-t(!i-tj!t(,!
17,trollu'um v~tdmillln, bvix-, i:ron --in, fl;cJ,
aod Pao-sphoru.", and Si :fon -10 2 mglm~~.
Li
tion, table and a 4-entry bibliogr*aphy,

USSR
KRINOV, S. N., TSENIEL-, G. 1.~
."Recognition of Unvoiced Piosives at the Ends of Wol~dsl'
NI Vses. Seminar "Avtomat. Raspoznavaniye Slukhovykh Obrazov (ARSO VI)
Dokl. i Soobshch. [Sixth All-Union Seminar~on "Automai,tic Recognition of
Auditory Patterns (ARSO VI), Reports --,,Collection of Worksl , Tall in,
1972, pp 111-114 (Translated from Referativnyy ZhuTnal, Kibernetika,
No 1, 1973, Abstract No I V851 by the authors),
Translation; A study was performed using a device fot* separation of
segmented characteristics, connected to!a Minsk-22 computer. The charac-
teristics of plosives used are:.. presence of closure and the peraitieters
of, the noise segment -- number, of, zero intersections ~6f the .5J gnal and
number of intervals betiqcc,n intersections. of, over 0.2 111sec duration.
The reliability of recognition of terminal p, t and k was 92", based on
material of 288 words spoken by 16 persons.

slim
USSR uDc 8-T4
KRINOV, S. N. TSEMEL', G I
"Recognizin-- Vinal Voiceless Plosives"
Tallin, VI Vses. seminar "Avtomat. raspoznavaniye slukhovykn obrazov (.ARSO
VIY. Dokl. i soobshch.--sbornik (Sixth,All-Union Seminar or, Automatic Recog-
nition of Audible Patterns. (,ARSO VI). Papers.and Repa~ts-collection of
'Works), 1972, pp 111-114 (from RM-Matematika, No 1, Jim 73, abstract No
IV851 by the authors)
Translation: ffne research was done by utilizing a device for isolating seg-
mental features connected to a "Minsk-22"digital com-witer. Me following
vere used as plosive features: the presence of astop,jocclusion) and pararm-
-ersections of
eters of the breath (sound) segment -- the number of zero int
~the signal and the number of intervals between intersections,-.with a duration
of more than 0.2 ms. The reliability of~recognition.of, final [una5piratedl
P. tfand k wea 92% based on material of,288,pronounciations by 16 speakers.

USSR UDC: 533.933
Leningrad Polyte.chnical In-stitute imeni M. 1.
"On the Effect of Inelastic Collisions on thb-Law of Distri-
bution of Electrons in an Electric Field"
Leningrad, Zhurnal Tekhnicheskoy~Fizi_ki, Vol 41, No 11, Nov
71, pp 2271-ZZ77
Abstract: It is shown that in the Wentzel-Kramers-BTillouin
approximation, matching of the distribution function on the
boundary between the elastic and inelastic regions of elec-
tron collisions in microwave devices.can be d,.Pscribed by a
single parameter. An iteration method is proposed for finding
a solution in the case where the frequency * of,.'inelastic col-
lisions is not continuously dependent or, energy. A solution
is fouzid also in the low-energy region, and it is shown that
distortion due to inelastic collisions may octur both in alter-
nating.and in steady electric fields.:' This distortion of the
distribution function at low energies may be appretiable if

USSR
TSENDIN, L Zhurnal Te.kbnicheskoy Fizibi, No 11, Nov 71,
pp,2271-22W-'
there is an abrupt drop in the distribution function at high
energies exceeding the first excitation potential. The plasma
energy balance is analyzed. The~~author thanks V. Ye. Golant,
A. P. Zhilinskiy, R. 1. Lyagushchenko,,and V.,.I. Fedorov for
constructive criticism and discussion of.thelwork.
2/2
1-64

USSR UDC 537-521
VWNDW, L. D., TAningrad Poly-techni6al.Institute IiAeni M. I. Kalinin
"The Effect of Step-by-Step Ionization on the Propagation of Ionization
Waves in Inert Gases"
Leningrad, Zhurnal Tekhnicheskoy Fiziki, Vol XL1j Ho 6, 1971, PP 1553-1558
Abstract: This article concerns the propagation and,stability of ionization
waves in a gas discharge of a direct current during both direct and step-by-
step, ionization, taking into account actual boundary=ndltions in both cases.
The density of the excitation and ionization are assLumd to be functions of
the local temperature of the electrons4 From analyaiG of equations developed
in other articles on thia topic,,it.was~ established.that plasma in which
direct ionization is taking place is stable with recpect to ionization waves.
However, in the case of inert gases, instability can 'kesult from a distor-
tion in the tail of the distribution function of the electrons, which occurs
because the density of ionization is nonlitearly dependent on the concentra-
tion of plaamia, or from step-by-step ionization of the metastable atoms.
Step-by-step ionization repiaces, direct ionization as the current strength
is increased. Dispersion equations are;,obtained for both types of os6illa-
tiorio high-frequency and lov-frequeney which ocatir in the gas discharge.

112 017
TITLE--STATIIC ELECTRICIT
AUTHOR-(02)-STANKEVICHt
COUNTRY OF TNFO--USSR
-'SOURCE '.-PLASTO MASSY 197
~ZATE PUBLISHED ------- 70
AR EAS--MATER I ALS
A'qD ME D I SCIENCES
-TAGS--CONSTRUCT,I0N
PUB L I CHEALTH
ZONTROL 14ARKIING--NO RESTRICTIONS
,~DOCUMENT CLASS--UNCLASSIFIED
DATE--2 7-NOV70
Ei~GR, B101-01GI(IAL
STATIC ELECTRICITYP
~p.
ROXY REEL/FRAME--3007/0708 STE P NO--UR /01 9L /70)~0001006/006:510067
CiRt ACCESSION iNC--AP0136147
UNC L A 5 Sl F I E 0

!4upmoli
--2/Z 017 SSTFIEO PlitOr-ESSY.NG3 0ATE-27NOV70
UNCLAA.
CIRC ACCESS[ON NO--AP0136147
'.ABS-lRACT/E`XTRACT--(U) GP-0- ABSTRACT. lHE STATIC PI)TENT[AL (E IN V-(-,,'I)
WAS DETD. OF POLY(VINYL CHLORIDE) TILES AND LINOLcUM liv VARIOUS
BUILDI,',.'GS [HOSPITALS, YOUTH CLUB, RESEARCH INSTITUI*E, PRJVATE OWELLulf"
TELEPHONE EXCHANGE), IN ALL CASES E LESS-1HAN 09 EQUAL To Zw wHENJH~
RELATIVE AIR HUMIOITY (PHI-1 WAS GREHATER' THAN 25PERCENT~ THIS G LGVEL
POES NOT HAVE ANY ADVERSE EFFECT ON HUMAN,~ HEALTH :(;S . A$ C.HE130TAF1402;~ H)- C113 > CH30 h'R'-) - Ortho, substituted r~lltro
and amino-.
phenylarsonic acids are weaker than their para substituted analogs.
Analyzing the pK values in different media ahaws that,'~the arylarsonic
acids increase in strength gtdng from DHFA to W60 to waterj In comparison
to water, D'.11rA and DHSO exert a differentiating action~~on arylarsonic acids.

7771
USSR UDC 54~0945+942-957-2+c-'47.852-7
KAYAY, G. Xh. decd. CHEITOMLSKIY, B. D., GAVRILCV, V. I., ggF4=WQA,,
and TSENTOVSKhYA, V. S., Zazanl Chemico-techn log ical Institute irwni
S. M. Kirov
..."Quantitative Separation of the Coinbined Effect of tho Substituent in Para-
Substituted 10-Aryl-5,10-Dihydrophenarzazine.Oxides".
Kiev,, Teoreticheskaya i Eksperimntal'naya Khimiya, voi 8, A
'o 3, 1972,
PP_4oo-4o2
Abstract: Quantitative evaluation was carried out ofthe tr-ansmssion of the
effect of the substituent, through the induction and polar conjugation effects,
in para-substituted 10-phenyl-5,10-dihydrophenarsazine oxide's, (I% . on the
protonation of oxygen at the arsenic atom.,. solving the equation correlating
By
the basicity of I with (TO and + const6ntm of substlvte n tsIit ims shown thitt
the transmission of the efi
'ect of 'the substitix nt is of t'octad. mainl.'I by the
induction effect, vith a certatn direc-L polar, conjugation of the substituent
the reaction center in the system (X) As 0)
18

USSR uDc 546.9 + 541-124.7
RkRkBMiGVJI V. P., PSE TRETIYAKOVAP A. YA., KHARRASOV F. M., and
BREYENKOVA, V., Kazan' Chemical-Technological Institut& Imeni S. M. Kirov
"Ionization Constants of Some Arylphosphonic, Aryltriabloromethylphosphinic, *.nd
Arylphosphonous Acids in Dimethy1formamide,and Acetone"
Leningrad, Zhurnal Obshchey Khimii, Vol 43 (105), NO 5,,IAaY 73, pp u47-1150
Abstract: Thermodynamic ionization constants for some'.~ryl(alkyl)phosphonic
and arylphosphinic acids in dimethylformamide at 250 vex-- detemined by the
potentiometric method. It vau established that the substituent at, the phosphorus
atom has.a strong effect on the ionization of.the acids., In connection Yvith a
change in electronegattivity of the substituent, ethylphdsphonic acid is weaker
than the phenylphosphonic acid. Introduction.oif a.chlor.J.ne atom into the para
P9 -y of the com-
position.of.the phenyl group increa&es the,proton doriati~ abilit
pound. Replacing one hydroxyl group by tri6hloroneathyl radical increases the
acid strength by almost a 4 fold order..

USSR UDC 547.242
OV BARABANOV, V. P., I(HARWAVA, F-,M., and BUSYGINA, T. A.,
Xi-w-ml Institute of Chemical Technolo i imeni S. M. Kirov
"Study of Ionic Association of Onium Salts In Solutions. IV. Conductance'
of Tetraalkyl(axyl)phosphonium Halides,in Acetone, Dizethy1fornamide and
Nitromethane"
Leningrad$ Zhurnal Obshchey KUmiij Vol.41, Ho 8, Au&171, -pp 1659-1662
Abstracts The article describes results ofa study ofthe conductance of
tetraphenylphosphonium chloride, bromide and iodide arxl tetrabutyl-, tetra-
anyl- and tot--ahexylphosphonium bromidez In acetone, nitromethane and di-
methy1formamide. It is shown that the association capacity of ions is deter-
minod by the nature of the hydrocarbon radical of the Thospbonium, cation,
as.well as the nature of the anion# and is retained ln~the transition from
acetone to nitrozethane and dizethylformamidep despite,the dtcxease in size
of the solvated ion.

7
UDC 546.9+541.124.7
BAROAR011 V. 3?. TSERTOVSKIY, V. M. ,TMEMAKOVA, A .YA.t ZACIBULLINA, D.
SH., KFARRASOVAt F. ~W,117R~Wll ~-~W
RAKHIMOVAp G. I., Kazan Chemical,
Technological Institute Imeni S. M. Kirova,
"Ionization Constants of Alkygaryl)phosphonio and 4rylphosphonous Acids In
Acetone"
Jeningrad, Zhurnal Obshchey Khimii, Vol 42(104), Vyp'11, 1972, pp 2431-2434
'Abstracts The influence of the natura~of,the subatitution groups on the
-ionization constants was determined. for the, title comyounds. The pK vras
determined in acetone from the potentiometric titratioln cvxve. The tehavior
of-phosphinic and phosphonic a~cids in.acetoha is different from that in
two different pK Yalues for,the loss of two
water. Compounds having a
-ent Protons in water shoi t is much higher
differ - ronly one ~K, in acetone and ii.
than either of the Pk,'s in the water environment. The 17-1c, Increases in the
seriest p-Cl"
-04 < C6H3, P-CH2 C6H4 Et < 1*)--CI13W6H4* The Pk in
acetone may be calculated fron the atandaxd pK by the Tollowing formuial
E
PK vA +
14 -

USSR
UDC 547.,,~,42
;4M wakmlov, V. F. -10F
CHER 'ALI SM B.D., BITIMMOV, R.B. and
M44Y, Gillm) Kazan' Chemical Technological~, institute iinenI,L 3.14, Kirov, K6.zan,
Ministr-y of Higher and Secondary Specialized Education RS1!5>R
Salts in Solution. ' I. Conduc-
Study of Ionic Association. of Onium
-tivity of Tetraphenylarsonium Iodide1n Acetone amd Pro,,yl Alcohol"
'Leningrad# Zhurnal Obshchey,Khimiip Vol 400 110 4,~~Apr 70, pp 831-833
~-Z.!Abstract- The authors studied the conductivity o-C tetraphenylarsonium
'iodide in acetone at temperatures ranging from 20~to 400,.as well as
:in propyl alcohol at 250. The form of the concentration dependence
,.,of the equivalent conductivity in acetone is complex. '.There is an in-
crea3e in conductivity.with an increaseiin concentration from 0.39-
~10_4 to 3,12,10-4 m.0 then a decrease in conductiv~'t.ty with a further
increase in concentration. In pro pyl alcohol the. dependence of X on
4c ~is expressed by a straig,
'it line. The conductiiity Of the salt in
1/2
Mmi -M M

0'

Acc. Nr: Abstiracting Service:' Ref. Code:
VoO52440. cH EMI CAL A.B ST S~.&
101175c structure of the maeromolecular, chain of a-chlo-
slyinirs, V.
roacrylle acid copc V. V' Tsentovskii,
ZNL 'azan.'Khi::h.-Tekhnol.~ Tnst, iF
14-1e methacry-
roacrylic acid (1). PoW(a-chloroacrylic acid), and
late, copolymer ~ (11) admi tftrifid 16 HCONMevmlith aEt4NOH
soln. in MeOR'. The pbuntiomkrk titrn.~.,curv6 had 2 intlections
corresponding~tb'5_10, and, 15%" I'curitenf. in 11, ~~,uggesfing that
the copolymn. of- I with Me riiithurylate gave. p4me
ric units
having the properties otdicarboxylic acids. CUR j
REEL/FRAME

019 UNCLAS*sIFlW PR*DCESSING DATE--30OCT70
ACCESSION NG--AP0121720
APSTRACTiEXTRACT- (U I GP-0- ABSTRACT. THEJECHNI UES USED FOR
OLONIZATION OF R60 SUB2 TO FORM RBQ SUB3 WERE DESCRIBED EARLIER
AVOLINOV, ET AL.). PASSING AN 01 SIJ82-0 SUB3 MIXT*~,THROUGH RBO SUB2 IN A
FLUIDIZED BED, THE LIMITING CONCN. OF R8O,SUB3 FORMED DEPENDED ON TEMP.
BAND PASSES, THEOUGH A MAX. AT SIMILAR TO 0DEGREES,jHE LIMITING CONCN.
JONAL TO GAS FEED RATE'Af-*,O JNVEASELY~TO THE AMT. OF
ATTAINED IS PROPORT
RBO SU82 USED* POSSIBLE THE RE-ACTION INVOLVES CHAIN EVENTS WHICH
ACTIVATE RBO SU82. SPECIMENS CUNTG.,. UP T0:85PERCEPIr RBO SUS3 WERE
PREPO.-~ BY THIS. METHOD. FACILITY:. INSTo O,3SHCH. NEORG. KHIM. 114.
-~,~K RNAKOVAt MOSCOW,, USSRo
UNCLASSIFIED

2/2 021 U:4CLASSI FIED PRdCESSING DATE--30OCT70
~!~..Cj..RC ACCESSION NO-APOM825
:ABSTRACTIEXTRACT--(U) GP-0- ABSTRACT# AT. 0 GENERATED IN GLOW DISCHARGE
fSJNC,APA13LE OF REACTION WITH EITHER R80 SUBZ Ok RBO SUB3 IN THE TEMP,
INTERVAL FROM 2 G EES TO MINUS 78DEGRIEES, WHEN R-60 SUB2 SAMPLE COOLED
~SY LIQ. N WAS TREATED WITH A GAS STREAM:CONTG..O SU,83 A BLUE COLOR OF
.~LIQ. 0 SUa3 APPEARED ON THE suppoRrING STEM FOR TH&SAMPLE BUT THE COLOR
.,OF RBO SUB2 WAS UNCHANGED, IF AFTER SUCH AN EXPOSURE TO 0 SUB3 THE
DISCHARGE TUBE 15 CUT OFF AND COOLING IS:REMOVED THE- COLOR OF THE KBO
:SUB2.-SAMPLE BECAME MOMENTARILY ORANGEI THE~,COLOR OF~ RBO I SUB3* EVIDENTLY
FORMATION OF RBO SUB3 IS CONNECTEO WITH!DIRECTION KEACTION OF R80 SUB2
-WITH 0 SUB3 AS SUCKv IN A REACTION THAT OCCURS ~~AT A-40VE MINUS
-1:15DEGREES, 1. E. SOMEWHAT A13GVE B, P. OF O.SUB3. FACILITY.#
..'INSIT. OBSKCH. NEORG. KHIM. IMs. KURNAKIOV44 M~OSCOW, U~SR.
UNC LIA S 5 1 f leo