SCIENTIFIC ABSTRACT KHARENKO, V.G. - KHARITONOV, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201310006-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1~
212 012 UNCLASSIFIED PROCESSING OATE--O~QEC70
~%CIRC ACCESSION NO--AP0141849
---,8STRACT/EXTRACT--(U) GP-0- ABSTRACT, USE OF A SEPAkABLE EXPANSION FOR
THE. TWO~PARTTCLE T MATRIX REDUCES THE PROBLEM OF THREE PARTICLES WITH
~'FAIR INTERACTION TO A SET OF ONE DIMENSIONAL INTEGRAL EQUATIONS.
13Y THE
:SUBSEQUENT SEPARABLE REPRESENTATION OF KERNELS OF SUCH INTEGRAL
I.-:EQUATIONS. (BASED, ON THE BATEMAN METHOD) Tti:E PROBLEM :OF THPEE IDENTKAL
'PARTICLES 'IS REDUCED TO THE SOLUTION OF ALGEBRAIC EQUATIONS. 13 REFS)
FACILITY1' ACAD, SCIS.f UKRAINIAN SSR, KlEVv;USSR.

USSR uDc 669-716..621,777.2
BARAMMOV, V. MI., GLEKV, Yu. P., GOROKE[Oll, V. S., DMUSow, S. m.,
7&AKIIAROV ;-an TSARM _V_
14. F.,, MMORADOVA, 0. N., KBEEMO, V. F. d' r, - -1
"Development and Investigation of the.Process of Pressin. Rods d Sh
g an aDeS
of Aluminum Alloys with Lubricant Without Press-Residue"
14--tallovedeniye Splavov Legkikh 1.1,etallov-Sbornik, Ynscow, "Nawm", 1970,
PP 329-137, resur4
Translation: A niLmber of problems related to the inveatiErAtion of the process
of pressing alum1num alloys vith lubricant ana the investirat~ojl of me-chanical
properties, macrostructure, and geoup-trie dimensions of products are discussed.
Technological-economical data on the process are presented. Five figures, nime
tables, seven bibliographic references.

USSR
UDC: 629.78.018.1
RINKEVICHYLJS, B. S., TOLKACHEV, A. V., hTIARCUENKO, V. N.
----------
"Determination of the Velocity of a Hypersonic Stream by the Doppler Effect"
Uch. Zap. Tsentr. Acro-Gidrodinam. In-ta [Scientific WritiDgS of Central
institute of Aerodynamics and Hydrodynamics],, 1973, Vol 4, No 1, pp 25-32
(Translated from Referativnyy Zhurnal Raketostroyeniye, No 6, 1973, Abstract
No 6.41.133, from the Resume).
Translation: The operation of an optical Doppler velocity mCasuring device
is studied. A narrow-band Fabry-Perot interferometer filter is used to separ-
ate the Doppler frequency shift. Experimental data are presented on the
stream velocity profile in a hyper:~onic wind tunnel at M. = 5 with prechanber
temperatures of 120 and 2500 C. The maximum value of velocity ineaiured was
.1040 m/sec. The results are compared with data produced by temperature and
pressure measurements. 4 figures, 8 biblio. refs.

USSR UDC: 632.95
MMCHE4KO V. Q KUPIRANETS, N. M., POIMU91POVA, N. V., KRUP1,11A, T. I., and
-&MMWb-179-. K., Saratov Folytechnical Institute
"A Method for Preparing Tetrahydrothiochron7l or sy=--Oct.ahyd-rothioxanthenyl
Chlorides"
USSR Author's Certificate No 255292, filed 19 Mar 66, published 8 Apr 70
(from RZh- No 22, 25 Nov 70, Abstract No 22 N674 P by G. V. Kuznetsova)
Translation: These substances, which can be used as physiologically active
compounds, are obtained from the reaction of semi- or bicyclic 1,5-diketones
with H2S and H01 in an AcOH medium. A solution of 13.4 j; of I-phenyl-3-(n-
-inetho3tjphenyl)-3-(2-cyclohexanonyl)-propanone-1 in 45 ml of T;Lacial A--011 is
saturated with H S (1 hour) and then with a mixture of ~H 5 and HC1 gas 0 hours)
2 2
and H S (I hour). 6 g (about 45%) of 2-pheTW1-2-mereaptb-4-(n-metho)uplienyl)-
2
is filtered off from the reacficn mass. The filtrate
is diluted with 300 ml of drY ether, the sediment filtered off, washed with e-
ther and benzene, prod-acing 3.3 9 (about 20%) kydrochlozaide of 2-phe.-Wl-4-
-(n-methoxyphenyl)-5,6,7,8-tetrabydrothiochroqrI chloride, G H C1 melting
22 22 20S
1/2

j
USSR
KHARCHENKO V. G. et al., USSR Author's Certificate No 259292, filed 19 Mar 68,
(from RZh-Khimiva, N6 22, 25 Nov 70, Abstract No 22 N674 P
by G. V. Kitzrietsova)
0 0
e of chloride, C H C10 S, melting point 169-71 SYTIM
point 111-4 ; perchlorat t
-Octahydrothioxanthenyl chloride (I), C 2H C15., is prepared front methylenedicy-
S, Y3_61750%, melting Point 95-7' (chloroform-
clohexanone under similar condition
ether). The corresponding iodide, C H ISJ$ is obtained from the action of 45%
HI in ether on I, melting point 153 9-Benzyl-sy7m-octahydrotit.Loxanthene
is ob8ained from the reaction of I with PhGHAC1, yield 10%, melting point
107-9 . The hydrochloride of 9-i-aethyl-syro-betahydrothiccKantheny1 chloride,
C H C1 S is obtained under these conditions from ethylenedicyclohexanone
20
a ;Lid~of 40%, melting Point 1554' (ahloroform-ether). .~ It is converted
by th action of HI into the corresponding iodide, 0 H 13, melting point
14 19
143-5
2/2
91

W", 'Ad' C Abstr'acting Sdrvicel ~~'Ref Code:
48812 CHEMICALABST.
603(o(,
ogen
ZA
HR-
soln.
gives
litha-
Ph;
ARM.
8-naphthyl, 4-M, eOCoH4, Ph 3,4-(TVTaO)3C~Hj. Ln AcOll soln.j
I react with HCI or HCIO, forming; )Rj4R-dijubstit"ed-5,6-
tetramethylenethiopyrylium hydrochlbrides,or perebloraies.
CPJR j
REEL/FRAME

47:
ASS IF I ED PROCESSING DATE-111DEC70
IN ACIO AEDIA -U-
1 TLE ALT I N OF lt5tUlKE:lGN W I TH, i4YVR()G6t4 SULFIU~
F
Tku'k- 5 A k-, -t'TF.L% KG , V . GKUPKAN E r sN M. KLEU~E'NjVA, V.l.v
RASSUDOV A., STANKEVICtit 14%E~
C(J!"TkY, CF INFO-USSR
,~-;SCUKE--LH. URG. KFUN-1. 1370, 6(5)
1119-20:(RUSS)
AT,E, PU i: L I S ri E G- 7 0
--',-SL-aJECT AREA5-CHEMISTRY
T 0 P I CT AG SK E TON E pHYA~RUGEN SULFIDEv BENZEW OC-REVATiVE, rmOL
CONTRUL MARYING-NO RESTAICTIONS
~...U,CCUMENJ CLASS-UNCLASSIFIED
:PstOXY RELL/FKAME-3006/1289 STEP NO--URIC366170/CC6/005/LL19/1120
-CIRL ACCU,551CIN NG--AP013-ft'J63
A. S S f 1".1 L'[)

2t2 007 UNCLASSIFIED PKOCESS I NG OAT E-- 11 OEC7 0
CIRC ACCESSICN ING-AP013496-3
A&STRACT/ExTRACT-W) GP-0- ABSTRACT. THE R E ACT I GN OF kC0CHR PRIM-El CIAR
CHk PRIMIE3 COR PkIME4t WITH H SUB2 S AND HBR~, Fill OR P 51-162 0 SUB5
IN INERT SGLVENTS GIVES 2tRt3,R PRIME1, 4, R P R 1, M E2 t),k Pf I.-ME3t 6"R
~'~PRIMEA, PENTASUBSTITUTED THIPYRANS, 16HICH 0ISPRGP0ArJUjt44TE 1~% ACID
~MEOIUM TC GIVE CNE MOL. OF THE CORRESPOiNDING TETRAKYOROTHIOPYRAiN If) AND
2 IMICLS, CF THE CORRESPONGING THIOPYRYLIUM CHLOKIDE PROPEkTIES 9F THE
FCLI-Ci~ll%G I ARE GIVEN (R, k PRIMEI, R PRIME2, R PRIME-3i AND R PRIME4
PH, H, PH, H:,~ PH; P-1, H,~ ME, 11, PH; ALS- R
GINEN) PH, Fit H, H, Pli; 0
EWALS Ph, R PRIME1 EQUALS-H, R PIXIMI-2 E.QUALS P,MEGC SU--16 H SUB4, (R
PRI IME.3 R PRIME4 EQUALS ) (CH SU62) SU84; R EQUALS P-H, Jq EQUALS H,
R PRIME2 EQUALS C SU6611-1 SU133 (01411) SUB2 3,41 IR PRPE3 k PRIMEft EQUALS
(CH SUb2l SUB4, AND (k EQUALS R PRIMEL EQUALS) (CH SU132) 50841 (R
~PRIPE3, fz PRIIVE4 EQUALS ) (CH SUB2)-.SUB4* R PRLMEZ EQUALS H OR ME.
FACILITY: SAAATOV. POLITEKH. INST.v SARATUVI USSR.
UNCLASS11 IED

V-j
13orovoy, V. Ya., Kisarclicnko, V. 1. Exiwrini-ntal in,e-zi-
~atlon of flow- and hent cxchangLe in the separation zone on a
nxiay(nmetric bodVI with a comic shield. MZhiG. no. 3.
1972, 3 5- 40.
The results are presented of an experimental investtij:ation
of the distribution of pressure and heat exchange on the surface of a
conic shield mounted on a cylinder %vith a conic nose. The shield incli-
nation angle was varied from 10 to 600, the ratio of the cylinder length
to the shield basn liameter was 111) = 0. 5--Z. The cxprri~~ots, bare:
conducted at Mich number Mo. - S. pressure p. r 8 bar. stagnation
tamper6tura To - 4043-773e K. ood a Veynaldo numbor. calculateti
on the basis of the total langt1l model, Re - 0. 6 x 10 6,
Shadow photographs show that an a modtl -ith an ang!e of
o = 30 a
shield inclination and an angle of attack a it 5epar.%tion
zone develops, with shock wave formation at points ct separation 4=d
attachment. At values of 4o ;t 300. the laminar rnixing layer in the
stall zone becomes turbulent, and ~srparatiot% ines are t oar y
detected onth" basis of points applied by washable paint. On a
model with to v 30 at a - 100. points applied In the separation
zone were practically not washed out at &U.
Measurement of change of the angle of Inclination of t!m
stall zone to the cylinder generatrix. 4D . in rotation to the cytichdsr
length at a a 0 ( V - 10, ZO, 300), revealed that with sullicbmat
cylinder length, equal values of angle 0 ( 4--4. 50) were yielded
for &11 shields; this corresponds to a separation point along the

USSR
KARPINOS, D. M., KRAVCHFNKO, A. A., PILIPOVSKIY, Yu. Ya., TKAMENKO, V. G.
SHMATOV, Yu. M. lalARCHENK0. V. K., Kiev
"Study of Mechanical Characteristics of Hot' Pressed Tungsten-Copper Pseudo-
alloys"
Kiev, Problemy Prochnosti, No. 12, Dec 70, pp. 64-68
Abstract: Studies are made of the mechanical characteristics of hot-
Pressed tungsten-copper pseudoalloys and their dependeneb on the density
ng co. iponent and t e
of the tungsten framework containing the losver-melti T1
time of isothermal holding at the pressing temperature. It is (lei onstrated
that the strength, plasticity and impact toughness increase with increasing
density of the refractory framework and holding time in the 1900-22000C
temperature interval during pressing. The haTdness and strength in compres-
ion depend primarily on the density of the frairework and the degree of
s
filling of the pores with copper.
57

USSR UDC 532.526:533.694.71/72
)UIARCHENKO, V. U.
"Experimental Investigation of Flow About Sharp and Blunt Cones by a Hyper-
sonic Stream of Helium in the Presence of Strong Injection"
Moscow, Izvestiya Akademii Nauk SSSR, Mekhanika Zhidkosti i Gaza, No 6,
Nov-Dec 72, pp 149-153
Abstract: Results of optical and weight tests are presented, as well as the
pressure distribution along the lateral surface of conen with half-angles
of 5 and 10* during uniformly distributed injection through the lateral
surface or through spherically blunted noses of thE! COnC--S. It is shown that
strong injection brings about an essential chaiage in the distribution of
pressure and resistance. This report is a continuation of a report published
by the author in the same journal in 1969-, in which were presented the first
results of experiments in a helium wind tunnel at If- -,J 25, with intensive
hilium injection through the lateral surface of a sharp cone. Subsequent
.tests, some results of which are presented in the present report, supplerrient
the presently available experimental and technical data, and also permit some
characteristic features of flaw to be ascertained. Six figures, two tables,
seven references.

USSR UDC 532,526.6.011.6.011.7
BGROVOY, V. YA. , KHARCHENK0, V. 14. , Moscow
"Experimental Study of Flow and Heat Exchange in the Se-paration bone on
an Axisymmettric Body With a Conical Shield"
Moscow, 1-tekhanika zhidkosti i gaza, No. 2, Mar/Apr 72, pp 35-Lo
Abstract: An exDerimental study of the pressure distributic-i and heat
exchange on the surface of a-conical shield located on a cylinder with a
conical nose is described. The angle of inclination of the shield varie-~'
from 101 to 600 and the ratio of the length of the cylirder to the diame7er
were
of the base of the shield 1/0 = 0.5-2. The experlmzents made at
H. = 5, a pressure pa 8 bar, and a stagnation temperature To = 1100-77~~-':'~
computed on -the basju of the overa-11 lon-th of t-e-
with the Ileyrolds numben.
model Re = 0.6-106. Data are presented on the flow in, the separation
zone based on shadow photography along with data on t1m., pressure dlstribut~ion
and hea:~ exchange of flows. in the shields. Of particular interest was a
s-tudy cf the eff-ect of angle of' attack on heat exchange and there is Fyrac-
tically no information in the literature on 1,,c~HIC:3 With c3nical shields.
1/2

USSR
BOROVOY, V. YA. KHARCHEIVO, V. 11. , Mekhanika zhjdko.,;t! i ga;m, No. 2,
Mar/.Apr 72, pp
The effect of angle of attack on heat exchange was studied over a wide
range of values of a up to 300 and the results showed that the degree of
nonuniformity of the distribution of heat~flow over the length of the
generatrix does not increase with an increase in angle of attack; in
-many cases it decreases considerably. This is omlained by the fact that
the length of the separation zone..on the windward sinface sh-Ortens with
an increase in the angle of attack and practical-ly the entire shield is
covered with a connected flow.

Usatt UDC: 5'36.2-14:532-526.1,
KHARGUMD-J-.- 11. mic sInstitiate ineni IT.Ye. Zhukovokiy
Central- Aerchydrodyn,
?$Heat Exchange in a Hypersonic, TurL-ulent Boundary Layer Durinig the Introduc-
tion of a Cooling Gas Through a Slit's
L"o.5ccav, Teplofizika Vysokikh Temperatlar, Vol 10, No 1, Jazi--Feb 19'~2, PP 101-105
-The author presents the results of an experimental study as:~nciatxd v-,ith ff-o-!i and
heat eme-hange on a cone surface in a hypersonic stream (171ring th,-i 'blowing in of
air and helium. throuEh a tmigential, annular s-lit. Tbe test-. vlas conducted at. 1-1--,
5 J, To 500oK I and P0= 8bar. 71he data of var,Lous authors are compared. t~Te
and porous type cooling are considered. Ihe results zho-.-~, that the effectiveness
of a heat shield acem-mlished, IT blowing -:R gas through a tam-ential slit is
somewhat lower than it is for blowing through a porous surface. Criginal article:
three foririulas,, five- figures, and 12 bibliographic entries.

113 023 UNCLASSIFIED PROCESSING DATE--04DEC70
~TETLE-RESECTION AND PLASTIC REPAIR OF TRACHEAL BIFURCATION IN
~.BRONCHOPULMONARY CANCER -U-
V*Pot VOLOKHOVv B.Eo
~~:_CIOUNTRY OF INFO--USSR
30
,-5OURCE--KHTRURGIYA, 19701, NR 5v PP 26-
DATE PUBLISHED ------- 70
-~,'.SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
"T 0 P I CTAGS--SURGERYs LUNG, RESPIRATORY SYSTEM, CANCEk, PNEUMONIAt
'CARDI OVASCULAR SYSTEM, RADIOTHERAPY, CHEMOTHERAPY, ANTINEOPLASTIC DRUGr
~METASTASIS
~.-P.CONTROL MARKING--NO RESTRICTIONS
..~'OOCUMENT,~-LASS--UNCLASSIFIED
PROXY REEL/FRAME--300 7/ L9 OZ STEP NO--UR/063L/70/000/005/0026/0030
r-.9t:ACCESSION NO-APQkl`?Q19q_l
UNCLASSIFIED

-2/3 023 UNCLASSIFIED PROCESSING DATE--040EC70
CIRC ACCESSION NO--APOL37099
-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. AT THE MOSCOW ONCOLOGICAL HOSPITAL
NO. 69 120 RECONSTRUCTIVE PLASTic OPERATIONS WERE PERFORMED. RESECTION
AND PLASTIC REPAIR OF TRACHEAL BIFURCATION WERE.UONE IN 26 CASES.
CANCER OF THE UPPER LOBE BRONCHUS OF THE RI&iT LUNG WITH INVOLVEMENT OF
THE,MAIN BRONCHUSt TRACHEOBRONCHIAL ANGLE AND CARINA OF TRACHEAL
BIFURCATION SURVED AS AN INDICATION TO~RESECTION.i RIGHT SIDED
PULMONECTOMY WITH CIRCULAR AND WEDGE LIKE RESECTION OF TRACHEAL
81FURCATION WERE PERFORMED IN 7 PATIENT.Si CIRCULAR RES,ECTION OF TRACHEAL
BIFURCATION WITH UPPER LOBECTOMY ON THE RIGHT SIDE WAS DONE IN ONE CASE,
IN THIS GROUP OF PATIENTS AN END TO END ANASTOMOSIS WAS FORMED BETWEEN
THE LEFT MAIN BRONCHUS AND TRACHEA. ONE PATIENT UNDERWENT A CIRCULAR
RESECTION OF THE THORACIC TRACHEA FOR MALIGNANT TUMOR WITH AN END TO END
ANASTOMOSIS. THE REMAINING PATIENTS WERE SUBJECTED To UPPER AND LOKIER
LOB BILOBECTOMY WITH RESECTION OF THE CARINA OF TRACHEAL BIFURCATION,
TRACHEOBRONCHIAL ANGLE AND LATERAL WALL OF THE TRACHEA. AN ANASTOMOSIS
WAS ESTABLISHED BETWEEN THE BRONCHUS 00 THE REMAINING PART OF THE LUNG1
MEDIAN WALL OF THE LEFT MAIN BRONCHUS AND PRELIMINARILY PARTIALLY
SUTURED LATERAL TRACHEAL WALLo THREE PATIENTS OIED.IN THE POSTOPERATIVE:
PERIOD. IN TWO CASES DEATH WAS DUE TO PNEUMONIAt IN ONE# ACUTE
CARDIOVASCULAR INSUFFICIENCY. IN 16 PATIENTS THE OPERATION WAS COMBINED
WITH POSTOPERATIVE AND IN 49 WITH PREOPERATIVE GAMMA THERAPY* THE TOTAL
FOCAL DOSE AMOUNTED TO 4500-50 00 RAO. IN 6 PATIENTS THE OPERATION WAS
COMBINED WITH CHEMOTHERAPY; CYCLOPHOSPHAN WAS INJECTED INTRAVENOUSLY IN
A, TOTAL DOSE OF 5-6 Ro
UNCLASSIF

V-4. KI)MTtC$ Or Tflt tKZTIAL CROM STAGE Of rVITA 11 AL LAYERS
tArttcI2 by S~ x._ Abdurakho4mv. Ctrmkb. V. PcIsshkudenko. V-V.
khatebanka, TaAhkcat-;, Novosibirsk, Itt strosiua 0 Protovassm Roots I st-te2.
it total lov I rls ok. Russia . 12-17 June, 197 Tr UQ
A study vta *&do of vt* of the milixen deposition
rate during; the Arovth proc"*.- -7he silicon Ittowth i-An*tlcs in the isiTA&I
otsij~t ithav* rnse phanootnon is obsorvtd were studied In a broad range of
c"atstliomtt" conditions (the dvpo&Ltift temperature, the SICtA
and the flow rate). The asperU ~Ptsl, rtmultt,: zh~,v mat the growth rate I* the
LairleA, stages Is higher w~-= ;r=izz steady-state cooditLafts. The ratio at the
stlic-.A rates in the first and tenth minutes of dopowlties do--
comasse with an increase to the Sic& concentration. and for C 0.15 portent
4 sict,4
it to 5.2 tad for C,W, 6.6 percent It is 1.8. At m high deposition ~tvmvvrwturo,
the oot&bllshm*nz of thestattanary, growth rate taken place- mais r&PI417.
7he instrument Analysis of the gas phase depamAtton with rompocc. 'to therml
conductivity and with respect to Infrared absorption spectra pervItted mattimatlea
at 9b* period* of moustotlonality of the vapor-gas'sLiture, too"elt.'Qom in the
reactor.ix the teas of admissLon and shut-off of silica" tetrachloride. on the
beets of the data obtained, calmlatrA tattasto4. were, made which Aemamatx"
that the observed offoctof Inconstancy of the growth rate Aft the initW stages
is not dat*rulm" by the nobst&tionarlty of the tit phase composition bwt to
caused by the affect of surface properties of the oubstratim an the trystoIjAzatLon
proc"o.
54

V 5a_ AMUTION EXERGY OF TIM MOCESS 0? ROM114C SILICON TXTRACUOMP RT
jArticle b'y'V. V. V1wr4heako, V. P. Pashkudookov Tashkant; itavosibIrsk, III
ivtn ro1uvY&vodrJkovyk1v Kris v- W~j!na~.
jiwRt&i" vo~l~rois,xaam Boats 17 Sit; ital
Russian, 12-17 551
Kany rtzzarckmrs love tried to estimate th# x4jinittd. of the ctivatiom
znarsT of the proct*z of hydrogen reduction of SIC14. for Its Calculation they
used the *xpresslan 0 to v/aT) p " that in, they LW"t-Iji'Lad the variation
r ~ the process vate uWit snvertant concentration of the components I* the reaction
zpi.s. In this cass even for OLOP16 reactions It Is PosslUe to Obtain only tb*
values of the "apparent" activation east". The sp4cIfAc luncti" t *64
APP
9trus follows. from the form of the kinetic "notion. th* mature Of. ICD -ClOnOtAX116
and the reaction machecdam to prtc"'Ce filwifts the equation of-the Inva*t1gated
re*ction encountorlo.barico; d1f .ficultias-
A study usm, made of the growth kinetics of silicon to the region Of
small (0,04-0.15 percent) SLCL 4
concentrations on substrates alloyed with
Antimony. In this -Asa the procsse rate I* doscrilbed,by a first order equatiou
v - k-C Sta , The temperature junctlem vote obtatoad for the process rate
constant* fQ'r number of volume of the vapor-gas mixture flux to the fare
-AKIRT
k -.kOm The values of KO and At for linear flow rates exceeding 3 ca/see
Writtle donditio") coincide arA are extual to 7.5110' ee~/.Olm~woo mod 12
kcalloola reepoctivaly.. The proc*oo each Los and the relation bet%*an the
true" and "appassat" activation soarlies are discassed.

V-5b. LFFECT OF NITROGEN ADMIXTURE ON THE GROWTH OF EFITAXIAL LAMS Of SILICON
IN THK CHLORIDE PROCESS
jArticle by V. P. Imahkudenka. V. V. Khsrch*nko, Toxhkonc. NovesibIrok. 111
fl-azok
A atudy-wao ends of the comparative 'Ainatics of t1i e epstaxis, growth of
vilicon inpurb 4rdrog*v, x:3d In hydrogen with nxerodoa.d (10- ,Z) Injectton of
'7- htgh-purtty Mtrosten. Thn~ romporature functions of the trowth rate obtained
- in pura hydrogen ind#perdantly of the of tbt pcocoAm trzc linvat
in the encito tmp*rature range, The mitrozem new an affect on the
crystal lixation rsto.t4th 1- th-- ;anvtjc region &ad in region* where the process
rate i- 11=11-.mj to one 4exrom or another by thr.nass transport. The strongest
affect of nitrogen to noted for #wall concentrations of silicon t&Ct%chlortdo
(0.04 parctat) where the prowth rat* 4*crtwmA by 1-2.5 Vtoom. For higher ,
chloride concentrations. t1m,dirforance In growth rates will beceso-vars noticeable.
Ln the high temperature reglom an the nvrhen1us..cu:rv" an 1njoctlotw Of. rAtroasso
nonlinear sections &to aboorvmd -whith are 4omertbod 4vk the literature. Thu
PrObAb4t MMQbM1WA Of the VttGC4- Ot the UitCelfLeft 04OUCUCO On the VVOC400 L4
focussed.
56

C"TAMMG MIAXIAL SIUMI rmns wLTH nE Avri.icATLoN of .4yomwmN or urni
PURLIT AND SIVUYVIC 'n(E ALMIMIKE MSTRIBUTIMI PROFMC
[Artltl~ by.Yu. A. R=nov A L ShfMa110kiAA,_A- r!-
_
V. V_ KhArth,~.~ko;_r:.`n
NovoAOirsk, Pr,Itne.uy
Voluprov3dnikov- T~ray ~SiTC.EL=. husalaft,
Part Z, 1-A49. pp h>-YZI
ditirrittution profile of the a4mAxtur" in the apitaxtal. layers plays
the d4triaLve r*Lt In InGurinS the givem operating cheracteriatic* of the semi-
con4ucting devices.
711C tee-Urtt=-.. - oitcattling pre.LoLon profiles is intensified sharply
in roon,acclon tilth sticroulnAeturIxation and the tarhnology of solid state cir-
cutr~.
On the cther hand, the nature of the 4dmisture distribution in Cho ept-
taxial loyera provides rich intrwrnstIon VeratLcting the discovery of the mech-
anjam at the triteractio" of the admixtures with the growing crystal.
practice. the sdrIxtv re dlstribu~ion depends an the affect Of DAMY
cal Iact atro 4 which the principal on" are the reaction kin-
or. o
v c t I ca In a.* ran phAna. the capture and displacement of admtxturea during th#
growth process, the phase equiMri^ nnil the diffusion ever the surface and
In the *ttlid state,
Thort, arq several papers devoted to tho Itdrtitturo distribution during
flpitaxial Rrawth'(1-3, 5, 61~ hovoycr, in thast tht most i"Vortokfit- question 1.
not LnveatLaated - the distribution of tha ELlm In the bad ,y c"nattad with
purposeful allaying from the %an phase in the pIr-th prnee...
rrove M investigated the admtxtt,re distribution to the filts-substratt
system for the case where the alloying admixture was evaporated from rho solid
phase and then was again crystallized from the vapor-gas mixture.
In th " Indicated paper a study was outdo of a distribution profile of
the admix tures an the basis of the diffusion theory in the solid tstatev and
special toMterlments were pariturned 1-olth satimorty and boron. The author

xv-6. ST1,VT 07 UP SURFAU SINVIURL Of EPITAXIAL SILICM USING THL tVbt:L-
wILE at sum.wLtRus ijimtACTI(M
[Article by fthamlotdtnov, V_Y, 10,ar-
V. 1..Fcshhudzu~o,
ro Pmtsesvam Rosta I
Pleno.k. Rim.imn. I.-1) June 1972., P 217)
it t a
ft~ -j"r, the slow t1of,,tr" diffraction procedure 04 the [III? a~rlzcx,
of epitaxtat silicon gr~ to the chloride procamr, the ouparatructure of SL
010-5 u 5 vas cletect,d. It vax demonficrated that Ito acc-Arreacc, &rise*
acesencq of chlorine. It in characteristic that the 5 x 5 surperatruc-
'rom, the
ture Is not .64*rvu4 an t1le O'.Unn vurfftca, itircam fr= a twit, including Maui
plea etl.*d with hydrojon chloride.
The chlorine content in the silicon to detormine4i to a signi.fitaur. do-
tree hy the Isrowth co%%Jitlaaa~ acrid it Correlates with the t;,Y* of existence of
epawrstructuto. Uttimates, were. uftde at the of Feet air car n cr s-
the..5, x tal y
taluxation Parameters on the chlorloo capture by- the.,abitaxtal layers or sili-
too aurAiist c4 ircivith process.
222 -

C, - ) -.5
lir
z-3b. STUDI OF THE VISTRIBUTLON OF ALLOTOC ADMXTURES IN EPITAXIAL UYERS OF
'11014 or RADIOACTIVE ANALYSIS
S1t,1Ct1,4 111111 n1' "FLICA
(Article by A. S. Llutovich, V. P l'"Itkudenko. V. S..r%h. z:_1OdM4q_
khmadav. M'Sh. $hmajdav., Tashkent. Notiosibiroli,' ILI glepattual C& prvvrn~.-
KrIatall- I Plartak, Russian, 14-17 June III
Ili* 1444 of this staper Imant conmIstod In =A"* alloying admixtures of
rm.-Jrius chemical nature and vsr*ring the tryst tall I xation conditions to estimate
the t~ntri4r-:= trf I%. ar-7-th (aegreRation) effects and the difluslort processits,
to the final distribution or the -Mv evitaxial Islets of silicon
were, bbtalno,i by the torth.4 of hydrogen reduction of SMi (A i" z !!!-d concert-
tractm ratiam'Of SICA,4 and ~ alloy %apt Co-ronento . The 61107i"It admixtures, were
Aairoiluco,l Into the oIntins in the -ram of chlortites, fTt"'a s"4rate wource
In ~rdtr vp tiTterialre tba-distribution Profilas of the adraxture toncautr;_
tion, tits prucvdora~of Analyst* waft used. It won
doporLstratod that the stdotatura profile in the Inv"i1qted areclatotm is, ,
chafactag(tait bytho presence of tieci factionst I - the section wLth ucittar"
cant.nirittion distribution (-h* plateau). 2 - the section whom th,% admixture
concentration Is tionlintfor-A, Devattiding act the gcowth conditions, the ratio of
the -ext*at of these -actions varies. by uning the concentrations of the ad-
stxturso in the plitgoto region. *e Wineil the ofl~ct of the crysitatIlIzAtitin
Comparsture, the concentration Of the SICL41 the ?":t and r1bei 3 In the gas
pham* an the allaying level of the opitAxial , larer. In the case of low can-
catitratton of silicon tetrachloride in tite $as phase In sonte surplies cite
In practice absent. In a number of spectmotmoi, a sharp ivicrtaiso in
V" ont stion to noted In the thin lourfate layttr. Tole in otistrvt4
r
01 peel ally frequently in opetiectis alloyed with antimony. Via adatature fito-
Ill. in ra,ttoo 2 to doverlbed satisfactorily by the diffusion ejuatLans with
effective coefficients tits values at which under various crystallization caa~
ditions are essentially different. However. the purely diffusion, macharties
of the fore.stinin of the profit** will be doubtful in connection with the fact
that the setallurgical thickness of the epLt"141 layers defined expericnittotly,
by the packing defect* does not coincide 4Lth the thickness corresponding to
concentration ot M /2 which wad assumed In the calcutatforta. The contribution
:
f the diffuslooand 0 stogro ation phanowna to the distribution profile of the
"Wisterst In rag au 2 to dfoicuesed.
133

X-3a. EFFECT CY MIE CRYSTALLIZATION CONDMONS ON TUE MIWER or MmSPHORUS
AHD AUTI2'=Y.JWUXITlES FROM Tfig SUBSTRATES 1M ME EPITAXIAL LAYtPn OF
SILICON
lArtitle by L.._5_Ivut2vIchs Z~.Ki. Kho ZhAkh~dov, V. V. V.
Khdrchenko. M. 1. Crey!,,Ah, Sh. Sit, sha:-14~v.
rltn.k,
June 1972. r 1261
With the application of a layered ta4loactive Amalysim, studies were
=~t -!,f the distribution profiles of 4ntt~.y ond phvophorv~ In cr.1taxInI
layers of silicon as j juru~,j.u z;! thz Er-th tor~jttim". The #pitsuial l*?#rv
were obtained by the mthad of hydrogon reduction or xi iiev",
The Itrowth process tooperature and the concentration of aillcon tetrachloride
vcro varled, The distribution praflip.4 of the anctoonv ard phosrhorus can te
satisfactorily described b7 diffusion r%iiiotions with effective Jilfurie" c.~
afficienift dIffering for dLffarent growth cmd(tioam, ' The relatf-ho between
the diffusion coefficient In single crystalaand f;:;d In our -xpvrtwnts da-
ease t alij on the tairpereture, the growlh tate'and growth time.
pend n
WIth an incresso in the growth rave the Mfusloll too Ificientx of both
impurities Increame for all crystallia4tion temperatures (for th-P depoalitom
temperature vE 1,260*C, the variation takes place %o the range of 5.10'1 to
4.10710 cm2Isert for phosphorus and 3.16-12 C. lirl"What for oattawtar),
The values found for,the diffusion cooffieLsomp an & tunctlow of the
growth conditions of the layers can exceed the values Vneato for alvilla crys-
tals. They can be t4u*l and have waslIor valuts.
'141
132
IAJ

X-3c. CALCULATLON Of Titt ADVIXTURE PRorILES IN At"MEPITANIAL LAYERS
(Article by M. R. Grcysukh, V. V. Kharchenka, Tash$-at; Novostblrak, V; 9.1~
ro Vr'Otheassin 'Rox-ta i Kri.t.llpv i pi-lk.
As a reault of Malvirl&, the ptoblvm at Intrusion Of the
turn durinit rrvostalli.atian of tit* A"tu'"ItAxtal 14-t frea o# Can rtlA4. Con-
vidurinit its evapo-ation from the growtni; surface aa,i tile difftininn #.fflt,x
solidstaut, the formula was obtained far calcuXAting tile distributi.a
profile of tile admixture iiw made up et, the sutjwpjt4aj4j laver and
0- subatrmtv. 71he forwUlA obt4inc4i Also remit" fr%4#QSt%F.-i-- -~~ :h- ---L.
ation, of the admixture concentration on tile surface durilig the c stallizatio
proca.2 U10 vatimati"nof tile t1W Period durjt'K htch it J% e-tabtLshed. On
tile battle of the solution obtainfli =Inlt a cerputLr, A nwrericil calculation
is made or, t!te admixture profiles. It to dervilltr^ttid th&tjor celtaiv tr'-s.-
17' lization, cn"dttione, -conalderatlon of the,inconstancv of tile surface Cmetntra-
tion of the admixturct during the grouch process im~ necessary.
11he distribution profile of that admixtures. tritumpt, rte4into the apita~
Jet layer during the growth prioress from the opposite wide of the sub-ottate
within the framework of the model considering evaporation was calculavvd. V**
dere",1411tv Of tho admixture profile on the nature Of the AliftiMAU" (the ttvwpav-
aclan and diffusion coeff1clanti) and the cryotaltIzattoa, con41tiana was 4*1-
onstrated, An estimate us^ made of the alloying level of the epitaxial 147tr
I by the subatrnto admixture for Jiffervint conditions of trystalll tattoo and &4-
ndxtures of different type@.
134

AIV-1. LFFLO OF C977TALLIZATIC-4 CMULTIONS ON THE WMiOLL" OF vrirAXIAL
LWAS OF 51111CON
jArticle hv V. 1. Poolikudcnko, V. V. whmr~ *1)-a-i-~ku. Tmirmentt ~,;.Vcjj-
fluasiv!, 12-17 June lq7.: P 1151
ThQ C" lC4xtRI layara of QLILron were obtat"ri 1-4 the ~411md et recucing
ULGI In an Atmavorre at' pure hy4rcKem In a broad jtrt~zh -ter-rerature taAge
L) and SiCl, cartzentration rango In Or Va4 ph4sc (0,C-14 per-
ccl~t dy T": 0- 5~c wirrholoRical. chnracteristici of t1it 4urface of
kheac layers are of followas tsir zt.1,-.&,:: -( rt~tArded grmth -- holes and re-
1044sp of PcrPlrrm1.~4j gr~tli -- pvramlds and trlryra~1%1%. prv--.z. r! !!-ot*ln
types of, m trodafacta. their density, their mamitude =d crystalic,graplat
facing cosintially depen4a an Use crvotallitatim ck-ittimis. Ivri-oing the
ICI cont,tntratioli vith reaptkt to effect an the mcrrholoftv t)r tht- layers is
quiv aldrit to iiKramming the crystailization tentlevaturv and' lemdi to a de-
:
creaue In the dv(.*ct. density of sit tiftsen, ft the "nsts of the OLTCSC amount
of statfistical dstg, the conditions of the predo~tnaiat accorranct, of dcjvc,ts
of different types ar* defined. 'Otto# (late are prrtsented In the 14*6;rds, The
occurrence of si ccadmfocto In connected with the mechanism of 4t rips talli autim
at epitaxial 14yoro.
tM
MOD
two
Diagy.m. Itexion of occurrence of holos, pyrarAlds
(11) and tripyrasids (111)
KAY: 1. tft%XpeC&tUtG. *C
2. concantration f SICIA. 2 by volume
200

USSR uDc: 621-396.621-33
'fTTansient Processes in a Circuit With TTacking Frequency Converter"
Kiev, IVUZ Radiaelektronka, Vol 15,
No 54 May 7", pp 635-640
es in a threshold reduc-
Abstract: The author considers transient process
tion circuit with tracking frequency converter for reception of signals
with analog frequency modulation. It is shown tbat with certain simpli-
fying assumptions, the given circuit is a third-order servosystem. The
nature of the transient processes is.determined by the relations between
the time constants of the loops rather than by their absolute values.
The transient processes can only-be oscillatory.' The regions of aperiodic
and oscillatory transient processes are:plotted in the space of circuit
parameters, and families of transient character-.'.-stics are presented.

USSR UDC 529.014.2
KHARCHEVNIXOV V.-F., and OVSYANNIKOV, B. H., Moscow, Celatral Scientific
Ferrous Metallurgy
search Inst tute of
"Tendency to Brittle Fracture of Low-Carbon Steels Under Tensile Stress"
Kiev, Problemy Prochnosti, No 8, Aug 70, pp.94-99
Abstract: A method is outlined for evaluating the resistance to brittle frac-
ture of two brands of 17GIS steel under tensile stress. Flat samples with
initiated cracks of definite size were use46 The 11--emperature range of the
tests was from 20* to -1960C. Samples were cut from heat rolled sheets 3 mm
thick. Resistance to brittle fracture was studied through variation of yield
point, strength, elongation per unit length, strenl3th of:samples with an
initiated crack, and coefficient of,streas intensity, with real size of
ferrite grain. Grain size was determined after normalizing In the tempora-
ture range from 900 to 1250% in accordance with O)ST 5639-65,
The temperature corresponding to fracture-without deformation initiati6a may
serve as a criterion for low-carbon steelo, The strength, yield point, and
elongation of bc.-th steel melts were.about the,6amaj, although thoy varied a
little with grain size.

13NOV70
S S 1"
020 UNLLASSIFIED~.. PRE). NG VATE
PLANE 15 GETTING KEADY FOR_ A-.TAKE; OFF -U-
~___-AJUTHOR-KHARCHIKOV. V.
Vzt CU.NTRY OF'
INFG-USSR
t 2t, COLS 11-6
CE-SOVET5KAYA LATVIYAr MAY 28t 1,970
PUBLISFED--28MAY70
AREAS-AERONAUTICSi MECH-r IND., CIVIL AND MhRINE~ ENGIR
BENDI;-,fG MAGRINE, METAL DRAWINGs
TAGS--AIRPIELD-AUXILIARY EQUIPMENTv
-30R li%(;'MAC HINE, AIRCRAFT ENGINE: HEATERI; I-INDUSIRIAL'PRODUCTION
.ci ~NTAGL 14ARKINC-NO RESTRICTIONS
.;-DOCUMENT CLASS-UNCLASSIFIEO
~,PROXY RESUFRAME-1991/1257 STEP NO-~--UR/91)tg/70/000/000/0002/0002
CIRC ACCESSICN NO--AN0110876

1, A
--13NOV70
2 20 UNCLASSIFIED: PROCESSING DATE
"-C.IAC ACCESSION NO-ANOLiO876
.~ASSTRACT/EXTRACT--(U) GP-0- ABSTRACT. LAST YEAR THE RIGA CIVIL AVIATION
PLANT ACQUIRED A NEW METAL WORKING AND~ASSEMBLY BUILDING AND NEW
~MACHINERY FOR IT INCLUOING AN ECCENTRIC 130 lt.ON BE_NDfNr, PRESS, A 160
.TON DRA WING.GUT PRESS,. A BORING MfLL AND A,6Al'TERYi:0F PAINT DRYfNG
-CHAMBERS. AS A RESULTP THE PLANT WILL~TNCREA!;E THE RATE OF THE AIRPORT
~~~-~-~EQUIPMENT-PRODUCTIONf.INCLUDING ENGINElPREHEATERS,WHICH ARE ONE OF THE
THE PLANTs. Aw VALIYEV~,~ S,UP%_:RlNtENDENT OF THE METAL
PRODUCTS OF
;ASSEMBLY DEPARTMENT, ~T. KOSHELEV N D, A ERNELs TECHNOLOGISTS
:PLANT9 ARE MENTIONED..
UNCLASSIFIED

USSR uDc: 621,1397.61
SHAPIRO, Ya. A., GALAKHOW, 11. G. ,VOVSI, L. M. BERLIN, B. A. ,
VOR-0-PYEVA, F. Kh.
"Technical Facilities of Television Services of the Soviet-Wide Television
Center"
V sb. Tel,-vizicl-,. tt~'-1,,Aka Mcle,rision TechnoloC,~!--Collection of works),
1-10scoll, 1971, z)p 127-163 (from .117.h-Pad.iotekhnika, i;a 6, jun 71,
Abstract No 6GI90)
Trwnslatian: given on studio and R-nnouncer Ir-1 cameras,
lrie!.t Mider, camerts for motion
Motion
Picture filt- 1111 '--y" WIL; 1"'0'61011 pi-c-Lure projection rooms, orid epidi-ascopic
proJectors for transp,-:trencies., photo:;, draw---nI75, eluc. The
individual ra-f' t'ne instrument and progr-am -unit, central instrument
room and video recordin- unit are described., N. 'I.

Im3 UNCLAS,SIFIE0.4 PROCESIING UATE---ZONUV70
AU AND
.-T.ITIEE--A METfiW FOR FOkECASE GF T H a- AVEPAGE, MONTI-fLY TEMPE-RAWRE, C0
HEAT -lhA'VkSr AND MCNTHLY TOTAL ATt-tQSPKf:P,'IC~k'RE-(.IPETATILINS -N
~'-'-WHGk-KHARCHI LAY -E,.T.
6NTRY U FNFG-USSR
~P SOURCE--LENINGRiD, GIDRUMiETEDIZDAT, 1970v, 256 PP
~-~DATE PUBLISHED ----- -70
AREAS-AT140SPHERIC SCIENCES
-TAGS-LCNG RANGE WEATHEP FOPECAST, ATMOSPHERIC:FP TATION,
j PR c II
.....&TMOSPHEkIC CIkCULATICN, ATMOSPHERIC TEIMPLRATURE
im-ACCATRCL MAkKING--NO RESTRICTIUNS
7- GLASS-UNCLASSIFIEV
.PAOXY RLEL/FKAML--3005/0184 STEP NO--OR/0900/TO/000/000/0001/0256
I RC' A C C kS S 16 NN Ll- - A r c 13 1'. 4 6 1,
UNGLASSIPIEU

_~.-2/3 016 UNCLASSIFIED PROCESSING DATE--20NOV70
CIRC -ACLESSIC,%4 NO--AT013246L
-.IF CONTENT,
,.Ai3STRACT/EXTAACT--(U) GV-O- ABSTRACT. TABLE S. PREFACE 3.
PART I.. CHAPTER I THE MUST RECENT I.N-VESTIl.",ATIJNS DEALING WITH GENERAL
:":.,ATMOSPHL-R.IC CIRCULATION ANU LONG RANGE W EAT Hi'R FO~ECAS I
SrS
CLIMATIC CHARACTERISTILS OF AVERAGE MONITHLY ?.NOt4ALIE,' GF TEMPERATURE A140
:..-TOTAL PRE-CIPITATICNS IN TRANSCAUCASIA AND.THE;0AGESTAN ASSR 45. 111
CHARACTERISTICS OF MONTHLY ATMOSPHERIC,CIRCULATION OVER EURASIA AND
WEATHER CONDITIONS IN 71RANISCAUCASIA AND. THE 11AGFSTAN ASSR 54. TV
CHARACTERISTICS OF 14ACROCIRCULATION ATM 'USPHE~JC PROCESSES WHICH
DETERMINE THE EXTREME ANOMALIES OF TEMPERATUI*',E (PLUS Ok MINUS 20EGREES
BAND AND ATMGSPFERIE PRECIPITATIONS:IN TKANSCI.AUCASIA AND THE
-DAGESTAN ASSR 69. V INVESTIGATION UF EXTF~EME MONTHLY TE.MPERATURE
,',~,_.~.ANOFALIES IN TRANSCAUCASIA AND THE DAGEST.AN ASSRI: 87.i VI POSITION OF
PLANETARY HIGH ALTITUDE FAONTAL ZONES lN EXTP,EMELY WARM AND COLD MONTH5v
AS WELL AS DURING MONTHS WITH A14 EXCE5S CR sujoi,.T,,,,,jE OF PRECIPITATIONS
..1094 PART 11. CHAPTER I MONTHLY CHARALTFRISTI.CS OF COLD AND HEAT
AND HEAT
WAVES.IN KUTAIS[ 114. 11 M0NTHLY'CH4RAG,TERISTf(;S Oi:- Cf,
WAVES IN 8AKU. 150. 111 SYNOPTIC CGNOITIGN$~ IN:hMMATION OF GOLD AND
NSLAU( ASIA AND THE DAGESTAN ASSR 182j. PART 111.
CHEAT 6AVES IN TRA,
CHAPTER I INSTRUCTICNS FUR FORECASE OF ANCIVAt- -LES 10F AVERAGE 4.JNTHLY
--TEMPERATURES AND TOTAL PkECIPITATIONS L9~. :11 INSTRUCTIUNS FOR
FORECAST CF C,'-,Lr, ANO Hf_AT WAVE PERIODS IN JR1411SCAUCASIA AAJU THE DAGESTAN
ASSR 197. 111 MAIN STAGES OF UPERATIONS JIECESSAkY I-OR GOMPILATION (IF
FORECASTS OF ANCMALIES OF AVERAGE:MONTHLY TEMPERATURES" COLU AND HEAT
WAVES ANU TOTAL MG-NTHLY VkECIPITATIONS 211. CON C LUS I ON 212o

--20NOV70
-.3 3. 016 UNCLASSIFIED PROCESS114G DATE
ACCESSIGN NO--AT0132461
216. 61BLIOGkAPHY 243. THE WORK CONTAINS
~.--,RESULTS U~- AIN INVESTIGATICIN OF SYNOPTIC CLIMATIC CHARACTERISTICS QF
AN?) NjAPAL MCNTHLY TEMPEPATURESI APT ANALYSIS GF CULD AND III-AT
-~-:',vAVES, M,-NTHLY TOTAL ATMOSPHEI-tIC PRECIPITATEUN5 AND METI-10COLOGICA..
li'4S.TRUGTIO,'~S FOR FORECAST UF THESE ELE11CENT.S. THE- fROOK Wh,'~ W Ct I IFOR
T EN
,:;'::,--.,8ATHr-P.:FL'RECA!iTEr,s, AS WELL AS A WIDE t-.IRCLF- OF sp,~--r.IALISTS IN F I ELIDS
'.lJF' METELRULGGYP CLIMATJLOGY, AGADMEiEGROLOGY AND HYPROLOGY.
LJNGLASSii--iED

USSR
UDC 619:616.981.51-036.21
BONDARENKO, G. F., POGREBUYAK, L. I., DUBROVIN, Ye. I., KWCHQK,_A_j_N,, and
SHEPCHENKO, V. U., Ukrainian Scientific Research Institute of Experimental
Veterinary Science
"Some Problems of the Epizootiology of Anthrax"
Moscow, Veterinariya, No 6, Jun 73, pp 48-50
Abstract: In the period 1949-1970, the number of outbreaks of anthrax of
farm animals, the incidence of anthrax among these animals, and the mor-
tality rate of animals from anthrax decreased in the UlcrSSR by factors of
11.1, 12.8, and 11.5, respectively. The incidence of anthrax of cattle
increased from 57.2 to 73.8%, with the cattle owned by the population being
affected to the principal extent, while that of sheep and goals decreased,
Anthrax of hogs increased. The number of outbreaks of the disease and of the
animals affected by it during the period under consideration were highest in
the forest-steppe zone of the UkrSSR, being followed by the Steppe, Carpa-
thian mountains and foothills,and forest zone, in that order. Of all
identified stationary points unsatisfactory;froia the sanitary standpoint
with respect to anthrax, 77.7% have been inactive for more than 11 yr3.
1/2
83

USSR
BONDARENKO, G. F., et al., Veterinariya, No 6, Jun 73, pp 48-50
The number of such points that were newly recorded decreased vs. 1946 by a
factor of 25.7 on the average in.1966-1970-and by a factor of 40 in 1970.
one of the conditions that contributes to the pert.;istence of outbreaks is
the presence of Bac. anthracis in the sail-at locations.of old cattle
burying grounds. Research is being conducted on the isolation from
infected soil of actinomycetes with a heightened antibacterial activity
towards Bac. anthracils with the view of applying these actinomycetes for
the decontamination of cattle burying grounds.
2/2

USSR UDC 669.24.42:669.25.42
IAQ~6- A-mad" CHEMIENSKIY, V. I., SIDORLITKO, R. A., Ural Polytechnic Insti-
Department of Semiconductor and Electrovacuum- Kar-hine Building
"Desulfurization of Cobalt, Nickeland Their Eute c tic Alloys with Carbon During
Crucibleless Zone Melting in a Vacuum"
Ordzhonikidze, Izvestiya vysshikin uchebnykh zavedenii SSSR, Tsvetnaya Metallar-
giya, Ho 3, 1972, pp 47-50
Abstract: A procedure has been developed to obtain superpure cobalt and nickel
with respect to sulfur required to study the processes~ of enfoossing of graphite
in castiron. The procedure is analogous to that described previously by
Chermenskiy, et al..[Izv. AN SSSR, Metally, No 1, 27, 1971). UKS-0 nickel,
KP-1 cobalt.and 11GOSCh graphite were used as the initial materials. 'rae sulfur
content was controlled by means of the S-35 isotope,additions of which did not
exceed (1-2) x 10-4Z. The metals were melted at a displacement rate of the
liquid zone (f) of 2 mm/min, and the alloys with carbon, 1 mm/min. Figures are
presented showing the distribution curves of the sulfur after I and 3 passes
through zone.rralting. The effective distribution coefficients of tae sulfur,
the coefficients and specific rates of its evaporation; in eac-A of the materials
near their malting, poLnts were. dettrminad. In tile iron subgroup, tile disLribti-
tion coefficients and the specific rates of, evaporation of s;ulfur decraime. frou,
1/2
64

USSR
KHARGILTIC, M. D., et al., Izvestiya vysshikhluchehny1ch. zavedenii SSSR, Tsvetnaya
11etallurgiya, No 3, 1972, pp 47-50
iron to nickel; the sulfur distribution coefficients in the corresponding eutec-
tic alloys with carbon vary analogously. After three passes through crucible-
n t n
less.zone melting in a vacuum, nickel was obtained with a sulfur coL e t of
.2-10-5% X S.
and after 5 passes, cobalt containing less than 2-10-6
2/2

USSR UDIC 576-311-1
GARMIEV P. P.1 0. A., and POGJAZOV, B. F., Laboratory of Blo-
organic GhemistrY,-'Md'dZ!dw--S15Ae University imeni M. 7. Lompnosov, 1,5oscow
"Study of Denaturation of Some Structural Virus Proteins by the Method of
Optical Rotatary Dispersion"
lbscow, Biokhimiya, Vol 37, No 6, Nov-Dec 72, pp 1210-1214
Abstract: Aqueous solutions of tobacco mosaic virus protein had an optical
activity spectrum in the 230-350 m,i-( range typical for -proteins in organic
solvents. The protein denatured to the maximunt extent with alkali had an
optical activity spectrim characteristic for pr3teins In aqueous aolutions.
Solutions corresponding to intermediate sta~!,es :)f denaturation showed a step-
'wise transition from a virtual organic solvent solution state to an aqueous
solution state. The spectra, which were detervilned on a spectropolarimeter,
reflected the relative content of the 0(-helix on the surface of the protein.
In the undenatured globular protein, the 0(-helix sections were hidden within
the globules - i.e., they were in a medium resembling an organic solvent. As
denaturation proceeded, the globules unfolded a:ad the contacts of the 0(-halix
parts with H20 increased.

USSR UDC 5W.26,li8
KARGIN, YU. It., SMIMMIt, A. N., USHCHEIMO, V. P., and XHARDIN A. P.
"Synthesis of B-Hydroxyethyl Dialkjl(diaryl)phosphinatea"
Leningrad, Zhurnal Obshchey Khimii, Vol. 42(104), Vyp 4, 1972, P 955
Abstract: The addition of ethylene oxide to dialkyl- or diarylphosphinic acid
goes easily without a catalyst forming the,title -product as follows:
for R CH3 C2H 51 Cel 5* The reaction w a:s carrilid out in tatrahydrofuran and
dioxane solutions and without a solvent. !Mw structure of the product was con-
firmed by elemental analysis, optical rotation, and n spectra.

Ah -015 UNCLASSIFIED'':
~,ITLE-FUNCTIGNAL ORGANIC PEROXIDES
WTHDR-(04)-SHREYBERT, A.I.i ULRID.111.'
:~-.YERMA-RCHENKOs V.I.
',OUNTRY UF INFO-USSR
i:OURCE--Llis ORGs, KHIMs 1970, 6(3) 46~-8
YATE PUBLISHED---70
PROCES$ING VATE--090CT70
V. HALDACYL PEROXIDES -U-
A.F.1, K[EALNIKOVAi R.I.,
40,00.1
~_'_SUBJECT AREAS-CHEMISTRY, ORDNANCE
_-.10PIC TAGS-ORGANIC PER041DE, EXPLOSIVEi
,~~-CGMPUUND
l.:_CGNTROL MARKING-NO RESTRICTIONS
CLASS-UNCLASSIFIED
BENZENE UERIVATIVE, SODIU,',l
STEP NO -UR/(,;36(>/70/0(',6/003/0466/046P,
ACCESSION NO-AP0112570
UNC LAS5IF IE0

2/2 015 UNCLASS I F1 M PROCESSING DATE--090CT70
CIRC ACCESSION NO-AP0112570
ABST-ACT/kXTRACT-1U) GP-0- ABSTRACT. THE R EPC T I L) -N OF 2.RCOCL WiTil "a
SU82 U SU82 GAVE 55-60PERCENT IRCO) SUBZ 0 SLI32 IR IS "IE-CCL Su[32, CLCH
SU82 CCL SUB2, BRCH SU62 CH SSU82, OR ME:SU32 CCL). SIMILARLY, 2 RC-OCL
REACTED WITH 3Z00NA TU GIVE RCU-SU6Z 08Z IR i!;5 4BOVE).: THESE COMPDS.
~EXPLODE DURING 50TRAGE AT 20-5UEGREES.
89
fimmmil",
I P"

052 LINCL ASS f F lf~D PROCESSV~.~, 0ATE-02OCT70
.!T,ITLE:--THE ACTION OF PULSEO SHOCK WAVES ON POLIMEPtS -U-
AUTHOR-(04)-VINOGRADUVA, N.G., PAVLOV, A.lov PASHKOV, 'P.O., KHARDIN, A.P.
-..COUNTPY 0IF 11 --USS.0,
NFU
SOURCE-AEKH. PGLIM. 1~;73? 611) 76-80
PUCLISHED ------- 70
.,-SUBJECT AREAS-MATERIALS, CHEMISTRYv PHYSICS
-TOPIC TAGS-SHOILK WAVEi POLYMETHYLMETHACRYLATEs NYLON, TE7FL34, V16RATIJN
_EFFECT'l COMPRESSIVE STRESSr ANISOTROPYv POLYMER PHYSICAL PR,3PERTY
.~_CONTRQL MARKING-NO RESTRICTIONS
-_,-.DOCUMENT CLASS-UNCLASSIFIED
_~::PROXY A F t L/ F R AM f- 1992 03 2 9STEP N~1--UR/I)374/'YO/OU,511011007,4,/0080
CIRC ACCESSION NO--AP0lll5?3
UNCLASS [FIED

SIFIE,
2 2 2 UNCLAS 0 PROCESStNG DATE-02OCT7C
CIRC ACCF&SION NI-AP0111523
ABSTRACT/EXTRACT--(U) Gl;,-O- ABSTRACT. PULYC.11~ METHACRYLATE), ,YLON 6, OR
TEFLON WERE COVERED WITH A STEEL PLATE AND SUBJECTED T3 A SINGLE SHU:K
'WAVE IMPACT- OR MULTIPLEt -VIBRATIONAL IMPACTS. IN. THE LATTER CASE A
CHARGE WAS EXPLODED ON THE STEEL PLAMCOVE41ING THE POLYMFR, WHICH WAS
SUPPORTED BY ANOTHER STEEL PLATE, DUE~TO THE DIFFERENCES IN THF
OF STEEL AND PLASTICS THE SHOCK WAVE WAS REFLECTED ANI)
THE PLASTIC,.SUBJECTED TO REPEATED COMPRESSIONS. THE,MIETHOO PER14ITTED
"JO:APPLY SMALLER THAN OR EQUAL TO 350~ KILOBAKS PRESSURE TO H
T E POLYMERS
WITHOUT DE&jRUCTION. SUCH SHOCKWAVES: DECREEASED :THE ANISOTROPY OF
_AW THEIR 0.
POLYMERS,
UNCLASSIFIED

1.9761628

USSR UDC 621.372.85(088.8)
KHAREECHKIN, N. A., ARASIANOV, D. F.
"Power Divider"
USSR Author's Certificate No 248803 Filed 8 Jua 67, Published 15 Jan 70
(from M-Radiotekhmika, No 9, Sep 70, Abstract No 9BI51P)
Translation: The proposed coaxial power div-ide:r contains an outer tube and
three quarter wave coaxial sleeves which are,closed by ring connectors at
the base on the outer tube, an inside conductor and 16 coaxial outputs of
identical wave impedance which are arranged on I:he outer tube in different
tions; of the divider in identical groups of four outputs each with
cross sec
an interval between cross sections equal:to the height,of the sleeves. The
internal conductor of the four coaxial outputs (:,n the base of the d-Lvider are
connected to the internal conductor of the divider. The internal conductors
of the remaining 12 outputs are connected in groups of four to the three
/N/4-sleeves. The wave impedances of the four sections of the divider
coaxial are equal to the total loads connected to these segments, and they
increase stepwise from the base to the input of the divider as the loads
are connected. Variation of the wave impedance is achieved in steps by
varying the diameter of the inside conductor of the divider or by varying
the outside diameter of the coaxial. The power 2oming to the divider input
1/2

USSR
1GLAREMKIN, N. A., et al., USSR Author's Certificate No 248803, Filed 8 Jun
67, Published 15 Jan 70 (from M-Radiotekhaika, No 9,, Sep 70, Abstract No
9BI51P)
is divided evenly between the groups of outputs and all the outputs of the
divider. The phase at the divider outputs is delayed with respect to the
phase at the input by an amount proportional to the'ratio of the length of
the coaxial from the divider input to the corresponding output to 1\. The
phase shift between the first group of outputs from tht~. divider input and
all the remaining ones increases from group to group by 90' on the middle
frequency of the operating band. The design of the divider Insures an in-
crease in its wide band nature and improv6ment;of uniformity of power
division. There is one illustration..

USSR
TIMOFE-YEV, A. V., UDOVICHENKO, S. P., MARICHEV, V. V., SMIDT, A A.
"Full and Continuous Systems of Invariants in a Pattern Recognition Problem"
Vestn. Leningr. Un-ta [Herald of Leningrad UnIversity), 1972, No 19, pp 143-
144 (Translated from Referativnyy Zh.urnal Kib,.,!rnetika, No 4, 1973, Abstract
No 4V700, by the authors).
Translation: A problem of recognition of classes of images which are invariint
relative to groups of transforms is studied. Definitions are presented and
full and continuous systems of invariant,; of the group of shifts, rotations
band simllarity transforms frequently encounte.-.-od -in aj)pliod pattern recogni-
t1on problems are const)-ticted,
105

'USSR7~-, UDC: S. 74
'POVICH,
TIMOFEYEV A KHAR'ICHEV V V SHMIDT, A A. , YAKU,
"A Problem in Pattern Recognition and Description"
Kiev, Biol., med. kibernet. i bionika, sbornik (Biology, Medical
Cybernetics and Bionics-collection of wo-rks) , 1971, 1)13 364-"175
-(from RZh-Kibernetikn, No 101, Oct 72, abstract No 10V660 by F.
Vagner)
Translation: In the teaching mode, images are presented to a
computer, each of ivrhich is accompanied by its I'description" 4 n
L ' the desc
form. The "con-~entl' of the- words of riptions is
not communicated to the computer, and it learns on its own to
-Understand" the simplest concepts. , In the recognition rode,
'on y, -,I
re pi-resented :tos~the-computer; the ma.chine itsel`
image5 a
Constructs their descriptions, ~which becomo the: ":'btitpU:t1'" Tn
this -connection, the computer also construi-ts de-scriDtiors -.1lich
'rhe words -of tht, e -
have not been presented dLiring teaching.
SCTiption are broken doi,-n in the teacHn Z 1~roc(.,Ss into "Zidjec-

USSR
J. et al., Biol. med. kibernet. i bionika, 1971,
IMOPEYEV, A. V.
T
pp 364-375
-rou,
tives" associated with different g ps of image transfoa --ations,
and "nouns" which are invariant with respect to these -rotips.
Each image is a set of n points, where n i-; alvmys le.'is than
In other wards, a set of x mirlbers is
some fIxed N. 11 Comple
assigned. A family of trans f-ormat i.., consistiag of a groiq) of-
rotations about the coordill.-LIL-0 SC)Urre~ 'Cil"Iilaritry tralis -for"-'lat i ol-'';
and horizontal and vertical translations can be appliccl to thlis
set. A complete sy:~tvm of fiivaLriant funcrions can. be constructo,,,
urhich are given on --lie set. of all imaFvs, and do not chij1P_,C-
Yalue wit-li any tranz--forma-tions of any imaj.,e. in tile rccozi,'nition
node , the comptiter :-alcuiates the values of the inva'riants 0'
r r - 3.
the image presented, comp-arcs tllcm with the correspondii!g v~'2ues
for the inages of tne teach_J;i.g sequence, and detel'Iflines 1: '1 ~ C T~V
Of the description. Then) in accoTelance .dth fhe reco~i-iiLior, r;f
C,
tile Center OIL, gravilLy of the image, its dimensions, and th
of -turn, tile adjectil"C's 0-e foul"d.

'ESSINr, OATE--160CT70
IY2 012 UNCLASSIFIEW PROC
iTITLE--EFFECT OF POWDERED ADDITIVES ON THE PROPERTIES OF AMMUNiUM NIT1,4ATE
~.,AUTHOR-(04)-GANL# S.N.r VILESOVi G.I., DO8ROV1,';LSKIYj YE.I., KHARICHKOV,
N.
-~:CQUNTRY OF INFO--USSR
.0 E--K HIM. PROM. UKR,, 1970, (1), P 10- 11
URC
PUBLISHED ------- 70
"'SUBJECT AREAS--AGRICULTIJRE
TOPIC TAGS--AMMONIUM NITkATEf 'WASTE CHEMICAL CONVERSIONt IINC OXIDEr
R L
CALCIUM CARBONATE, CALCIUM SULFATEq MINE At. FERI[LIZER
~,CGNTROL MARKING--NO RESTRICTIONS
CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1993/0385 STEP NQ--UP,.10436/70100011)oi/0010/0011
CIRC ACCESSMN 1140--AP0113303

012 UNCLASS1 FIED PROCESSING DATE--160CT70
---CIRC ACCESSION NO-AP0113303
..ABSTRACTIEKTRACT-W) Gf--O- ABSTRACT. WASTE FRom PRODUCTlil."' OF ZN0
PIGMENT AND SLIME FRO.11 MN MINES WERE DRIED 4NO PliXED I NTli~ RATIJ 3
-2 AMT. OF CACO SUB3 PLU$~CASO SU34 tiAS WDED.
-TO ANO AN EQUAL Tlifs
MIXT., CONTG. ALL TRACE ELEMENTS REQUIRED FC-.4 FERTILIZINGp wAS ADDED TO
m SUB4 NO SUB3 (it 3v 5t OR 6PERCENT) TO PPOLONG T;-~E STO:'~,-Gf- LIFE OF
INC
JHE FERTILILFR. THE AGRON01MIC EFFECTIVENE,~,S WAS -;~EASL-c, BY
KHJ~4.-TEKH.'~~OL. INST-v
-15PERCENT FACILITY: 0jNEPROPETROl,'Sr,. I
~DNEPqOPETROVSK, USSR.
UNCLASSIFIED

X AT E -C70
0 f_ L-1 IiC L A S S I f: I E i) P k G . F S S I N G D, --I I DE
UTLE--L'S C I L L G PC LA F LG APH I C 0 E G- i4 OF THE C 0. -1 P GS I T I U F N 1 C H k,"ll P-1 E
LIL I j SUVST~ArE I N, VACUIJ --U-
S
j:.-AUTbjR.-(Gj4)-t~fAK'lJVAr A.P., S E M YACHIK 0 G. YA. KAAR I A .14. OYA K13V # V- I
C W. T R Y U F INFG-LSSR
E--Z H. ~PRIKL. Klilv. (LENINGRAD) L970t, (3 593-16
D A T E PU2LIShEC------70
AFEAS-CHEMISTRY, MArERIALS
--PCLAkLGRA M I W -AL
R i c r-Aras PFIC ANALYS.lSf NICKELP CliiRGI ME T COA rflNG
1;KE M N ICHAUME ALLOY
"CiN tR GL MA~.KMG NO PEST%ICTIONS
CLASS-,-UNCLASSIFIED
:~:~PRGXY STEP NO-:*-UR/0060/701()431CJ031()5~4,3/1~596
CIRC 4CCESSICJ~ 'lTC,__Aj3 0 13 1539
UtNICLASSIFIED

212 0 2 3 UNCLASSIFIED: P R,OL E S S V DAT E-- I I iJE(;7 0
S A MiPI L r- vt A S V I S S G L V E 0
i 1.1 I-E
SU64 CL PLUS tM NH
V 6:0A N I A N D
J'HE ERROR WAS
RA01(if EKH. I N5 T .
UNCLA SS I F 1 ED -

UNCLASSIFIED PROCEESSING DATE--ZONOV7C
_112 ci C6
.-THLE-05CILLOPULAROGRAPHIC CHARACTERISTICS UF ARSENICit IIE -Ll-
-(041-DYAKOVA, A.P., KHARIN, AN.t LOMAKMAs T*P.., UYAKOV, V.lo
~4UTHDK
tC~JNTIRY CF INi:-Fj--L-SSP,
-4), 917-20
_SCURCE-Zt.. PRIKL. KHIV..,(LENINGRAD) 1970j, 431,
JiDArt PULL I -cliEC----7(3
--SUBJECT AKEAS--CHEMISTRY
".T GP4 CTAGS--ARSENIC, PCj,'.AR(JGRAPHY
C'NTRGL MA&KING--NO RESTRICTIONS
CLASS--UNCLASSIFIED
~PKJXY E L I F k4k.M E-- 3 00 1 / 04 3 6STEP N 0--U R 10 0 a 07 0 X0 4 3 101,14 ('0 9 17 0 9 2 0
c I R. cArcuss IC-N. N101--hQ0126189
~ww~ald A, ld

~'Zn 038 UNCLASSIFIED-
PROCESSING DATE--27NOV70.
CIRC ACCESSION NO--AN0138736
.,ABSTRACT/EXTRACT--(U) GP-O- ABSTRACT. THE LABORATORY OF AERIAL METHODS
OF THE,.TURKMEN REPUBLIC WAS FOUNDED IN:19(i!4. ITS MISSION IS TO DEVELOP
AERIAL IMETHODS THAT CAN BE USED IN STUDIES, OF DESERTS, N. K, KELLi
CORRESPONDING 14EMBER OF THC TURK14EN ACADEMYOF SCIENCESP WAS
IN ESTABLISHING THE SOVIET:SCHOOL OF~AERIAL PHOTO
INTERPRETERS. THE AUTHOR CLAIMS THAT SOME OF THE;SOVIEr FILMSP SUCH AS
THE "SPECTROZONAL" FILM, FOR EXAMPLEv ARE'SUPERIOR TO T14AT OF THEIR
WESTERN COUNTERPARTS. THE SOVIET SPECTROZ.ONAL FILM IS SENSITIVE TO THE
THE AUTHOR OF THE ARTICLE HAS
VISIBLE AS WELL AS INFRARED SPECTRA.
COMPILED'A MANUAL THAT LISTS THE BEST TIMES OF THE YEAR FOR TAKING
AERIAL PHOTOGRAPHS OF CERTAIN REGIONS OF I;HE SOVIET UNION USING THE NEW
A. BABAYEV, CANDIDATE OF: BIOLOGICAL SCIENCES9 HAS DEVELOPES A
-A TOGRAPHY TECHNIQUE WHICH EMPLOMAEkIALl PHOTOGRAPHS OF DESERT
T
-.VEGETATION.
UNCLASSIFIED-

t/2 ols UNCLASSIFIED PROCESSING 04TE--jIStP7o'
'--_,TjTLE--EFFECT OF TEMPERATURE 0-1 A LIQUID VAPOR EQUILIBRIUM IN AN ETHANOL
-31ATER 'PROPONAL SYSTEM -U-
."'AjJTHOR--PERELYGINp V.M.T REMIZOVv G.P.j KHARIN, S.YE.
~~-COUNTRY OF INFO--USSR
-'_'.~oURCF--lZV. VYSSH, UCHEB* ZAVED*y PISHCH.;TEKHNOL. 1970, (1), 122-6
;_ -DATE PUBLISHED ------- 70.
-_~SUSJECT AREAS--CHEMISTRY
-JOPIC~ TAGS--PHASE EQUILIBRIUMP ETHANOL, WATEP, PROPANOLv VAPORIZATION,
..-THERMAL EFFECT
CONTROL MARKING--NO RESTRICTIONS
DOCUMFNT CLASS--UNCLASSIFIED
PROXY REEL/FRAllF_--1989/1554 STEP
CIRC ACCESSION NC--AT0107974
---z-zzzzzzzzz-zz UNCLASS IFIED
mulmimmmimmmmm

018 UNCL ASS I FI ED PROCESSING DATP--11SE070
;'-CARC ACCESSION NO--AT0107974
-~ABSTRACT/EXTRACT--W) GP-0- ABSTRACT. SEVERAL FORMULAS ARE GIVEN FL
C,4LC(-,*- L 10. VAPOR' EC-UrL . IN AN ETOH-H SUB2 O-PROH SYSTEM AT
I 300EGIR E-ES* THE NOMO-'AAMS PPESENTED,CAIN BE USED.IFOR THE RAPID DETN.
.,OF VAPORIZATUON AND RECTIFICATUON COEFF$, FOR THE COMPONENTS OF THIS
:.-~-SYSTEM~AS A FUNCTION OF COMPN. AND TEMP.
Nr
"IBM-

1/2' 015 UNCLASSIFIED PROCESSINS DATE--11SEP70
TITIE--LIQUIO VAPOR PHASE EOUILIBRIUM IN WATER FURFURAL AND ETHAN-OL
.;_-.FURFURAL SYSTEMS -U-
~~AUTHOR-KHARIN# S.YE.9 PERELYGINP V.M.
.~._'.COUNITRY OF INFO- USSR
PROM. 1970, 23(2) 15-16
_~SOURCE-GTDROLIZ. LESOKHIM.
_"'~'~DATE_ PUBLISHED ------- 70
SUBJECT AREAS--CHEMf STRY
,,..:TOPIC'TAGS--PHASE EQUILIBRIUM, FuPFURAL, WATER, ETHANOL
CONTPOL MADKING--N-i PESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FR4-k4E--198q/0209 STEP %10--U'Z/0328/70/023/102/0015/-).316
CIRC ACCESSION Nn--Apo106865

77
2/2 015 UNCLASSIFIED Paoc!~SsPjs DATE__Ilc'c_pTo
:.,C-tRC ACCESSION NO--AP0106865
- ABSTRACT/EXTRACT--(.U) GP-0- ABSTRACT. L10. VAPOR EQUIL, IN THE 2 TITLC
SYSTEMS WAS C014OUCTEO BY THE METHOD DESCRIBED IN AN EAFLTE4
P.1 AND REMIZOV, 1967)v AT 501 65v AND 900EGREES AND AT THP R.P. (760
-S. WERE PREPD. FRO! REDISTID. WATER, AlBS. [JOH, ANO
M4 THE SOLN .4
FURFUR.AL (11. THE COMP-N. OF THE EQUIL. PHASES WAS; DET11. BY AIIIAL. FOR I
BY THE OXIMATION METHOD. IN THE DISTN.,OF THE WAT[tR I SYSTEM WITH A Loll
,CONTENT OF I (SOLNS. OF I IN WATER), I CONSTITUTES'THE $lEAD FRACTION:
WHILE AT HIGH I CONTENTS (SOLNS. OF WATER IN 1), IT CONSTITUTES THF TAIL
FRAC-TION. -IN THE -SYSTEM ETOH-1, I IS THE,TAIL FRACTION WITHIN THE WHOLE-
RANGE OF THE BINARY SYSTFM COMPN. IN 60 TH SYSTEMS,,YHE VOLATILITY OF I
IS HIGHER AT 7IGHER TEMPS. EQUATIONS ARE DERVIED FOR THE CALCN. OF THE
OF Th EQUIL. VAPOR IN BOTH SYSTEMS AS A FUNCTION OF THEIR COMPN.
-,AT 50-SODEGREES AND AT B.P. (760 MMI.
UNCUAS SlF I E 9- -

-'ASSIFIE' ~PROCESStli(; DATE
-160CT70
Y-2 013 UNCL D
---T-lTLE--EFFECT OF MELANOIDIN FORMATIONON THE.ACIO RESISTANCE OF MALT BETA
~:AMYLASE -U-
-l_YZ_"KRAYUSHKINAp E.Av
,AUTHOR-(03)-ZHEREBTSOV, N.A., R.
OF: INFO--USSR
1970t 6(J)j 51-7
~'-.',50URCE-PRIKL. BIOKHIM. M 1,KROB IOL
OVATE% PUBL ISHED ------- 70
_~S_UBJECT AREAS--BIOLOGICAL AND ME0.ICAL..SC.IENCE.S
--INHIBITION, AMYLASE, HEPARINv PROTEIN
_TOPICTAGS
.'MITROL MARKING--NO RESTRICTIONS
:.DOCUMENT CLASS--UNCLASSIFIED
P..ROXY REEL/FRAME--1990/0962 STEP NC-,-.UR~0411/70/005/1,01/0051/0057
-CIRC ACCESSION NO--AP0109119

7 7-
'-':'~_2/2 0 13 UNCLASSIFIED PROCLSSINi- DATE--160CT70
"CUC-ACCESSION NO--AP0109119
;~,ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE INHIBITORY EFFECTS OF
-HE POLYi%'4ION NlAru`E
,-l,.:MELA-%GIDINS ON 13ETA AMYLASE SEEM TO BE RELATED TO
OF_ 'THESE COMPDS. BETA 4MYLASE ACTIVITY IN ACID MEL)[A WAS STRONGLY
REDUCED BY OTHER ACIDIC HIGH MOL. WT. COMPOS., INCLUDING HEPARIN,
~-T_ANNI.Nt AND PROTEIN DEAMINATED BY THE VAN SLYKE METHOO. liqHIBITION OF
~~',~~.MALX -BETA AMYLASE BY HIGH MOL WT. ACIDIC CUMPUS. S EEM STO Or-CREASE WITH
-~,-`.,,-,-INCUAS ING CONCN. OF H PRIME POSITIVE. FACILITY: VORONEIH
--`_,:,-TECHNOL,,INST.., VORONEZHt USSR.

-1/2 008 UNCtASSI FIE0; PROCESSING DATE--23OCT70
~,-,TITtE--KINETICS OF THE DECOMPOSITION OF SOME AMINO ACIDS IN RELATION TO PH
U_
-_AUTHOR-(03)-KHARIN, S.E., KOLCHEVAj..R.A.*~SAPRONOVj A*R.
COUNTRY OF INFO--USSR
~_SOURCE-FERMENT. SPIRT. PROM. 19701 36(2)t 21-3
PUBLISHED ------- 70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCLENCES
TOPIC TAGS--AMINO ACID, CHEMICAL DECOMPOSITIONP HYDROGEN ION COINCENTRATION
..CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1997/0795 STEP NO--UR/0071/70/036/002/0021/0023
CIRC ACCESSION W-AP0119702
WqC LASS IF IFD
MR 4H Imn - Win 0 "--Wwmm

--230CT7C
UNCLASSIFIEdt PROCESSING DATE
008
CIRC ACCESSION NO--APO 1 1970~
,-:--ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. BUFFERED SOLNS. OF 0.2 MOLE-L- OF
BOTH MONOBASIC AND DIBASIC AMINO ACIDS WERE MADE TO UNDERGO
OECOMPOSITION 5 HR AT 130DEGREES AT VARIOUS PH VALUES, ESP. 5-7. THE
GREATEST AND FASTEST DECOMPNS. OCCURRED CLOSE TO T!4E ISDE-L,ECTRIC POINT
OF THE A,"IINO ACIDS; BOTH IN THE MORE ACID OR MORE ALK PH REGIONS THE
WERE MORE STABLE; AT PH I THE DECOMPN. WAS SLOWED DOWN TO ONE
'JENTH OF THE VALUE AT THE ISOELECTRIC POINT, AND AT PH 10 THE DECOMPN.
DROPPED ALMOST TO ZERO. FACILITY: VORONEZH. TEKHNOL. INST,v
VORONEZHv USSR.

- 11-2 024 UNCLASSIFIED: PROCESSING OAT::--30OCT70
TL&--PHYSI COCHEM I CAL AND THERMOPHYSI CAL -VALUES OF SUME THREE r~MPONENT
~SYSTEMS -U-
~_~-AUTHOR-M)-KHARIhx S.YE.t SOROKINA# G-S*j KHARINt V.plo
INFO-USSR
CCUNTPY OF
__.SOURCE-IZV- VYSSH. UCHEB. ZAVEO~PISHCH, TEKHNOL. 1970t Me 58-69
-DATE PUBLISHED-70
S UBJE CT AREAS-CHEMISTRY
~TOPIC TAGS-CALCULATION9 SURFACE TENSIONt SPECIFIC DENSITY, FLUID
,.!::,-VISCOSITY, HEAT CONDUCTIVITY, PHYSICAL CHE141CAL PROPERTYP ALCOHOLt
'...:WATERv, METHANOLt ETHANOLr ETHYL ETHER, ALDEHYDE
.,.C,dNTRGL MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
..~PROXY REEL/FRAME--2000/0952 STEP NO--UR/0322/101000/0()2/0050/0069
CIRC ACCESSICN NG--AP0124612
UNCLASSIFIED

912 024 UNCLASSIFIM PROCESSING DATE-30OCT70
-CIRC ACCESSION NO-AP0124612
-.ABSTRACT/EXTRACT-(U) GP-0- ABSTRACT. EQUATIONS ARE GIVEN FOR CALCG. D.s
VISCOSITY# SURFACE TENSIONP AND HEAT COND. OF SYSTEMS H SUB2
0~-ETOH-Xv WHERE X IS MEOHv PROHt ME SUBZ CHOHs BUOHo ME SUB2 CHCH SU132
OH9.ME SUB2 CH(CH SUB21 SUB2 Wit AC0MEv:ACOETt AGOPRv ACOICH SU82J SUB2
-CHME SU82Y ET-SUB2 0, ACH, MECH.*CHCHO, ETCHOt OR P.RCHOo EMPIRICAL
COEFFS. OF THE EQUATIONS ARE TA8ULATE0., AV* DIFFERENCES OF. CALCO. AND
EXPTL. VALUES OF THE PHYS. CHARACTERISTICS 00 NOT EXCEED 0.1-0.2PERCENT,
-'~_MINUSI' 5-7PERCENTr MINUS# AND ~8 PERCENT
FACILITY:
-VORONEZH. TEKHNOL, INSTot VORONEZH,, USSRip

-1/2 008 UNCLASSIFIED PROCESSING DATE--20NOV70
-T-ITLE-KINETICS OF PARALLEL REACTIONS CURING MELANUIDIN FORMATION -U-
AUTN0R-(03)_KCLCHEVA, R.A., KhARINt S.YE.t SAPIRONOVt.A.'R.
;GUNTRY UF ftqFG--USSR
GURCE--IZV. VYSSH. UCHEB. LAVEo., /I S