SCIENTIFIC ABSTRACT OBINYAKOV, B.A. - OBUKHOV, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202230008-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YEROZOLDISKIY, B. G., et al, :Pislmav Zhurnal liksperimeatallnoy i
Teoriticheskoy Fiziki, vol. 13, No. 7, 5 April 1971, pp 356-359
experimental work was done in the IRT-1161 reactor of the Institute
of Atomic Energy imeni I. V. Kurchatov. The authors express their
gratitude to P. Ye. Spivak for his interest; to A. 1. Afonin,
A. G. Roshchin, A. Yu. Kulikov, and-B. I. Xuznetsov for setting
up the equipment and making measurements-, and. to the personnel
under the direction of V..P. Cherriyehevich, in charge of the
IRT-M reactor.
:J"
2/2

07~
USSR
YERO-ZOLINSKIY, B. G. , BONDAREINKO, L. 11, , POSTOVOY, Yu, A. B. A.
ZAKHARO
VA, V. P., and TITOV, V. A., Institute of Atomic Energy imen
Kurchatov
"Search for n1ree-Vector Correlation in the Decay of Polarizied Neutrons"
Moscow, Yadernaya Fizika, Vol. 11, No. 5, May 70, pp 1049-1057
Abstract. An experiment conducted to measure the const.
,ant P of triple correla-
t
ion between the vectors of the neutron spin a and the electron arid antineutrino
-ed on the iffl'411
momentap and p is descri1bed. The experiment was conducl.
V
reactor of the Institute of- Atomic Ebprgy Imeni 1. 11. Kiarhaf:ov. 23 of
measurements of duration 35-100 hours each wern conducted and ajjprapirriit~ely 11.1-
ol()4 decay events were recorded. The average value of the coefficient 1) for,
all series was -0.0110.01. The accuracy in obtaining the constimt, F) made ir
possible to establish the difference from 18011 of the phWie, difference between
the axial-vector and the vector constants of weal, in
teraction; this was found
to be 181.3041.30.

t/2 014 UNCLASStf!IEO~' PR=CSSING OATE--040EC70
~,TITLE-SEARCH FOP. THREE VECTOR CORRELATION~-IN POLARIZED NEUTRON DECAY _U_
QTHOR-1(05)-YEROZOLlMSKIYv B.G..t SONDARENKOt. IL.N., KO STOVOY9 YU.A.'
e-*~,OBINVAKOVr- B*Aot. ZAKHAROVA, V.P.:
~SQURCE-YADERN* FIZ*; ll-* IrJ49-57r"MAY 1970
AT EPUBLISHED---MAY70
-_-SUBJECT AR E A S-P HY S I C S
,_r-TOPIC TAGS--NEUTRON,.RADIOACTIVE DECAY, ELECTRON, ANTIPARYICLE, WEAK
NUCLEAR. INTERACTION
,CONTROL MARKING--NO RESTRICTIONS
,,DOCUMENT CLASS--UNCLASSIFIED
'PROXY FICHE NO ---- F070/605020/009 STEP NO--UR/0367/7()/011,1/0001'1049/LO57
_CJPX__A_C_CESSlQN NO--APO-141-021

-UNCLAS-SIFIED - - -- - - - , - - -. _-_ _
:i - ~ I - - - - ~ ~

USSR uDc 612.822-3+612-825-54
SHULGMT G. I.,
114 A and LYAPKJSOIIA, A. V., Institute of
N. K.
,-. Y
Higher Nervous Activity and e7u-roph'ysiology" Academy of Sciences USSR
"Intexaction of Specific and Nonspecific Afferent impulses in the Rabbit Visual
Cortex"
Moscow.9 Zhurnal Vysshey Nervnoy Deyatellnosti, No 5~, 1972) pp 1046-105k
Abstract: Spike activity and slow evoked potential of the surface and deep
layers of the visual cortex were studied in alert, unTestrained rabbits follow-
ing separate and combined action of light flashes and electrical stimulation of
an extremity and in response to direct electrical stibulation of the lateral
geniculate body.(LGB) and reticular formation (RP). In sone cases, nonspecific
stimulation caused an unequal weakening of the slow waves in both the surface
and deep layers of the cortex evoked by specific stimulation. Stimulation of
the IGB elicited a deep negative.wave that preceded a slow, deep positive
oscillation which was not inverted on the surface of the cortex. An oscilla-
tion of similar par=eters -was also recorded in the deep cortical layers fol-
lowing otimulation of the W. The combined action of t the LGB and BF intensified
thin oacillation more than did atim4ation of the LGB 1110110- The deep negative
tion of 20%
oscillation in rouponao to otimLlation of the fl? reflected activa
1/2

028 'POCE.S~IN
.n: h G DATE--09OCT70
UNCLASSIFIE~U.
.--i!TLE-SPECIFI CITY OFTHE COMFLEMENT.Fl)~A;TION REACTION IN DIAGNOSIS OF Q
FEVER -U-
.'_AU.THOR-,(05)-MARTYNYUKj YU.V., EMDINA, I A., TITOV, M.B., OBLENSKAYA, G.I.'l
IKRUKIYERv M*D.
_._'t0UNTRY (IF -INFO-USSR
~7SOURCE-ZHURNAL MIKROBICLOGII, EPIDEMIOLOGII I IMMUNOBIOLUGIlt 1970t NR q,
~PP 55-59;
,DATE PUBLISHED-70
',.SUBJECT AREAS-BIOLOGICAL AND MEDICAL SCIENCES
-'--TOPIC,TAGS-Q FEVER, BLOOD SERUM# ANT1800Yy ANIMAL DISEASE THERAPEUTICS
,-."t'ONTROL MARKING-NO RESTRICTIONS
.~~DOCUMENT CLASS-UNCLASSIFIED
--:.P.ROXY REEL/FRAME--199011539 STEP NO--UR/0016/TO/000/004/0055/0059
.CIRC ACCESSION NO-AP0109599
UNCLASSIFIED

--090CT70
'2/2' 028 UNCCASSIFIED: ROCESSING DATE
,CIRC ACCESSION NO-AP0109599
ABSTRACT/EXTRACT-1U) GP-0- ABSTRACT, 'A 5TUDY WAS MADE OF THE
SPECIFICITY OF THE COMPLEMENT FIXAXION REACTION IN-EXAMINATION OF THE
SER-A UF-429 PATIENTS FROM THE THERAPEUTIC DEPARTMENTSr 1,730 PATIENTS
WITH,,FE13RILE CON0171ONS UF VARIOUS ETIOLOGY, AS WELL AS OF 158 PATIENTS
SUFFERING FROM CARCINOMA AND LYMPHOGRANULJMATOSIS. BESIDES, SERA
"PRESERVED FOR A PROLONGED PERIOD Of: TIME WERE SUBJECTED TO EXAMINATION.
-THE.RESULTS OBTAINED POINTED TO THE HIGH SPECIFICITY OF THE MENTIONEO
REACTION IN DIAGNOSIS UF Q FEVER*:. NOt IN 'A SINGLE CASE WAS THERE NOTED
ANY ELEVATION OF SPECIFIC Ci)HPLEMENT-FIXATING ANTIBOOIES IN.DISEASE OF
NON.Q RICKETTSIAL ETIOLOGY, THE PERCENTAGE OF ANAMNESTIC REACTIONS
REVEALED IN THE LATTER PATIENTS APPROACHED THAT ul)TAINED IN STUDYING THE
IMMUNOLOGICALf~STRUCTURE Of THE HEALTHY~:POPULATION'.` NEVER WERE
-NONSPECIFIC RESULTS--OBTkl~NC-D,,-WHEJV--;T--liE-,~S-ER-A''-WE-RE---PkOPE$LLY, PRESERVED.,
UNCLASSIF TED

USSR UDC 614.449-542.615.285-42
USPENSKIY, I. V., and OBIESOVA,, LeAs (13 A Mf INA) tEntomology Departmentp Insti-
tute of Medical ~~-moio-eazni~?r~o",pDical:-Heidicine imeml Ye. 1. Martsinovskiy,
Ministry of Health USSR, Nloscow
"The Need for the Prolonged Residual Effect of Acaricides in Ixodes Persulcatus
Control!'
Moscow, Keditsinskaya Parazitologiya I. Parazitarnyye Bolezni, Vol 40p No 4,
JUA/Aug 71t PP 465-469
Abstracts Since the sensitivity of engorged larvae and nymphs to acaxicides
is significantly lower than that of hungry onesp studies were conducted to
determine effective control of engorged.ticks. The duration of acarididal
effectiveness on hungry ticks in natural conditions was also studied. Research
was conducted In 1968-1969 a tickborne encephalitis focus iz the southern
part of Krasnoyarskiy Kray (Western Sayan). Results showed that in areas
spiayed with DDT, 40-50% of hungry ticks.were-killed, and during the second
season 25-40% were killed. During the reseexch year not mo Ire than 25-30,7,o' of
engorged larval were affected, while in the second season engorged larvae were
not affected at all, Engorged nymphs were toUal ly itaxffected during both
seasons. The acaricidal effect-of DDT in' the second seasonp after single
112

USSR
USPENSKIY, I. V., and OBLESOVA, L. H., Meditsinskaya Pai-azitologiya I
Parasitarnyye Bolezni, Vol 40, No 4, Jul/Aug 71, PP 465-369
spraying is sufficient for elimination of the whole hungry and active
tion thtLt, loses Its effect n the second
.-population,of ticks, Any prepara I
iseason cannot be successful:ageArtit-I..'~ersulcatUs.
2/2
57

USSR UDC 911.3.616.9.576.895.42(42+57)
BABENKO, L. V. NAIRIOV, R. L. 'USPENSKIY, I. V. ~~UN V. i~. , RUBINA,
M. A., VASIL'YEVA, I. S., IOFFE, 1. D., OILEIOVA, L. N., and RAZMLIOVA, I. V.
"A Biological Study of Ixodes Ticks Disease Vectors and a Scientific
Study of Countermeasures in Natural Foci"
V sb. Materialy Nauchn. konferentsii, posvyashch. 50-letiyu In-ta med. para-
zitol. i tropich. med., 1970 (Proceedings on the Conference Commemorating
the 50th Anniversary of the Institute of.Medical Parasitology and Tropical
Medicine 1970 -- collection of works), Moscow, 1970, pp 52-53 (from R7,h-
36. Maditsinskaya Geografiya, No 1, Jan 71, Abstract No. 1.36.67)
Translationt Ibis study has four objectives: a) study of the ecology and
population biology of the prevalent Ixod.es and Dermacentor tick species; b)
complex study of biological lat~n in natural foci of tickborne encephalitis
and in one focus of A-sian tickborne rickettsiosis (in Vra5noyarskiy Kray);
c) study and practice of countemeasure:~ against tickborne encephalitis for
residents of large, newly-constructed housing developments in the hill rayons
of Krasnoyarskiy Kray; and d) study of the effect of pesticides on ticks
(I. persulcatus, for example). A proposal is advanced for research on tile
112

117,777"7"
USSR
BABEIMO, L. V., et al, V sb. 1-faterialy Nauchn. konferentsii, posvyashch.
50-letiyu In-ta med. parazitol. i tropich, med., 1970 (Proceedings on the
Conference Coamemorating the 50th Anniversary of the Institute of Redical
Medicine 1970 -- collection of works), 'Moscow,
Paiasitolog and Tropical
'.y
52-53 (from RZh-36. Meditsinskaya Geografiya,No 1, Jan 71, Ab-
J970,-pp
stract No 1.36.67)
characteristics of the population biology morphology, and physiology of
tick-s,within various geographic conditions.

Oil UNCLASSIFIED PROCESSING DATE--27NOV70
2
-.-TITLE--AUTOMATIC DISCRETE CONTROL':OF PULP.VENSITY -U_i
-AUTH0R-(03)-MARYUTAp A.N.v BUNKOv V*Aop OBLETSOV~ E.I.
C GUNT RY OF INFO--USSR
ELEKTROMEKHAIN. J AMMATIKk, RESP4 MC-ZI-IVED4 NAUCHNO-TEKHN.
:~.~'.-I,tFEkENCE--~-.kl(]SC()Wt -REFERATMMYY tHURNALv METALLURGIYA, NO 4r 1970r
"VA
T&:PUBL ISHED ------- 70
UBJECT AREAS--EARTH SCIENCES AND:0CEANbGRAPHY, MECH. IND.
CIVIL AND
PROXY REEL/FPAME--3001/2062 .:STEP.NO--UR/0000/70/000/014/0152/0156
-C-fqC- ACCESS-10NI NO--AR0127435
UNC LASS f IF 1 E D

2/2' Oil UNCLASSI F1 ED PROCESSING DATE--27NOV7C
CIRC ACCESSION NO--AR0127435
'_ABST.RACT/EXT_RACT--(U) GP-0- ABSTRACT* IN ACHAIR or- THE DNEPROPETROVSK
MINING INSTITUTEv AN AUTORATIC DI.SCRETE PYCNOMETER WAS,DEVELOPED 13ASED
ON THE PRINCIPLE OF AUTOMATIC SELECTION OF PULP A
FROM A FLOW WIT~f
IMEASURING JAR. 1HE CHARACTERISTIC FEATURE OF.THE UNIT WHICH WAS
DEVELOPED IS THAT THE FLOW SA~IPLING,MOMENT AND PULP DENSITY MEASUREMENT
A.0,E' Tft4E* SEPARATED. AN EXPERIMENTAL 140DEL OF THE ;DEVICE WAS TESTED
...UNDER INDUSTRI-AL CONDITIONS PULP DENS.ITY WAS MEASURED IN ROD MILL
91SHCARGE. AT THE CONCENTRATING' PLANT (IF THE KARYSIABURUNSKiY compuNE.
~MEASUREMENT ERROR WAS PLUS 09 MINUS 042 KG-L. BASED ON THE DISCRETE
0ENSIMETER1. A-~SYSTEM WAS DEVELOPED F13R'.AUTOMATIC 0JNTfwL OF PULP DENSITY
N _RQ11 MILLS-WHICH IS UNOERGONG-EXPERTMENTAL INOPSTRIAL TESTS AT THE
PLANT*

Heat Treiiiffiliint~
USSR UDC 669.14.018.58:621.78
LIAMO, A. I., OBLEZIN A. G., and SLYUSAREV, I. F., Novochetkassk Scientific
Research Instfru7'e2""of PeMnent Magnets
11m et
hods of Treating Ticonal Magnets"
Moscow, Metallovedeniye i Termicheskaya Obrabotka I%fetallov, No 1, Jan 73,
~pp 71-72
Abstract: The magnetic properties of four-pole rotor magnets made of ticonal
alloys were compared after.heat treatment according to a mode currently used
in industrial conditions and according to a.n(:irly proposed method. Chemical
composition of the ticonal alloys was (in~%):
Co, Ni Al Fe Ti Cu, ~S Si Nb
Alloy 1 35 14.5 7.8 34.2 5.5 3
Alloy 2 35 12.4 6.2 35 5.5 3 0 2 0.2-0.3 1
The ex-istin- method of heat treating ticonal magnets consists basicaI17 in
heating the magnets to 1250*C with isothermal soaking in a molten aluminum
bath (8150C) with an applied magnetic field of 4500-5000 Oe. The new method
consists in soaking at 1-250*C for 10 minutes and then placing the magnets
1/2

USSR
LANKO, A. I., et al., Metallovedeniye i Termicheskaya Obrabotka Metallov,
No 1, Jan 73, pp 71-72
in a brass vessel situated between the four poles of the magnetizing unit
with an applied magnetic field of 300.0a, which is turned on for 6-7 minutes.
As the magnets cool, they heat up the:brass vessel which slows d(zvn the
cooling rate of the magnets. The new:method of magnet heat treatment yields
magnets with higher and more stable magnetic properties than the current
method. No differences in magnet structure were detected for the two heat
treatment modes used. Magnets made us'ing allay 2 had the better properties.
2 tables.
2/2

DISTRIBUTION IN SUCIALIST SUCIETI MSCRthi-'D
[Ar Lie le by 1, tar, Ie Sccial-43t ScCieLY"
P.11L R-tt I it., . N" I lq,* I 63-b S
A,i the ot Va't~ ..... .
thi. ii---r pl'.n .0 w
Cnit-til U~i'q: -t -11V b-1-
hign ra;Ls of .4rrelopnunt uf 6ccL:0l,.L pro,t,~~ti~r- and t-
tnd U~ChniCal 31111
of 3-M>,-r pre6jti-ItY. Th, ditiulbotion of
t.U1 5-da ar.0.1t. One mcnitern o% oociery play. .1 =Qt,r to'.. in L 1'~
to t L On . ( th, I s ct,'I~r. r a I tmnl, ,M~ tn In Let i-J i -'y I I. n;' 'oo C~.' 4a
ductiLn Ond dj~trUmLicti hist ia izpacr not Lily c,r
A-il Lao. b.t an pE,d4ctioa. The fura~ anJ -~,tho~s f
At cr.,aing adir-t ILuk b,tucclc. ti- Ow I
'IM(nioc of cotwutapt-ictj or tht!'vo-'Ver d'!!e*.,tziw th~ I.atturts
improving the produCLiOn aatiVILICS oi hLA enterprise.
TV1 the ACIVILUItat &OCICty' only T~rtltl7trtiOr in So'Cia'AY
activItica gives the r12,4t: to jcqi~ts;ltiot, M a certain t-Lzrc ~t
no,: Ea I. prOdUCL. -.It 15 111 Ou bns t c J I , z inzt I ~n t~ut-c, ac,~ I zi~ i s t
cultitol Jxt diatribuLiot, . . V:n1tr tl ,t .-A I r I-, Chc rur;-~-
d1btrLInmior. c. Lo orpurv tha r~pr.~uv-ica ,f
ai-d ac rrt~-L,lat-, ti.e I thc phy~tv."'.
opirftual 9,11,10loillLiett'of the aj sociucy.
[.~ 0; ir. L '~L ion 011- tt.-O t 1 oll k9 t!;a c ~ rz.
th. of rrIl-tt-1cwt in-t vharaer,!r4.9t4..: ^f
conux~ourarj St.L,-,'Z 0' our dov.1-poont. 7hy -~,e Ow lo~ai
ALL-.tlon ;It Ott, Bath Ci'.~U C~-ngrctis.. the
queNI-jons are
1. Clwrn,* to riot I- tun"d in tiW LICWI~j-nt ~i
dl~LrLb~Llon 4y:~tez today.
2. Wage imprnvurjunt methad~i
Ms 18 roltruix-y 1972, Tx4~zA41U=a -a USM Ecoucaic

USSR UDC Y~6.71S
SPITSYN, V. i., KUZINA, A. Pot T51JOKOvA. F.s EAWCHOV.SKIYj
0. A., KODOCHIGOV, F. N., GIAZUNOV N. P., and KAMI, 1. V.,
."Synthesis of Metal-lie Technetium and its ftsical. Investigations"
leningrad, Radiokhimiya, Vol 12, No 4, 1970, pp 617-621
Abstracti Highly pure metal.Uc technetium in the form of a silver-gray
poder or compact metal (regulus) was produced 1'rom tet.-I Phe4y1arsoniu;n perte-
chante (C6H ZAsTc04 by hydrogen reduction in an electric furnace. The re-
sultant rrdt~rial shaced superconductivity with a critical point of 8.2cK.
A study of the technology for producing.the metal fran the initial partechnate
showed that technetium dioxide is produced after one hour in a hydro.-en
atomsphere at 2600C# and the metal is produced at a temperature of 00000.
X-ray structural analysis revealed that metallic teclwiotiwn has a hexagonal
lattice -trith dense atomic packing of the.magnesium type, the lattice parameters
being a = 2.74�0.005 and c = 4.41+0.005; c/a = 1.609.i The radiametric and
neutron activation methods of ana-lysis showed extremely minute quantities of
Arace im i6sl RU-10-8t Rb-10-14, Jkl-~-10-5, Na--10-3 and As--10-3 gm per
purit
gm of technetium, Within the lindts or sensitivity of tho neutron activa-
tion mothod,no other impurities wore doteated,
1/1

AJ 2 0 2 3 RbtEssI'NG DATE-
P
UNCLASSIFTE
~T.-JTL E
_CHROMATOGRAPHIC BEHAVIOR OF PERTECHNATE ION OWRESINS OF VARYING
~U-
THOR--;(Q4)-SPITSYNt V.I.i OBLOVAt,A.A.9 KUZINA# A-Feir GAt,[TSKAYAt.N.B,
'iftoONTRY OF INFO--USSR
,SiOIJRCE--OGKL. AKAD. NAUi~ SSSR 1970t 190(51* IL51-4 (PHYS CHEM)
',-DATE PUBLISHED ------- 70
s-OJECT AREAS--CHEMISTRY
T~()P I CTAGS--CHR0MAT0GRf4PHYt TEGHNETIUM COMPOUND, I&N EXCHANGE RESIN,
SOLUTION
-CHEMICAL LABELLINGt ISOTOPE,:PYRIDINEt POLYMERt AIKALIN[TY,
DISTRIBUTION COEFFICIENT/(U)AV17 UON EXCHANGE RESIN, (U)AV22 ION
~.'EXCHANGE RE-SIN, (U)AN40 ION EXC:HANGE RESIN+ (U).A4
N25 ION:EXCHANGE RESINt
R
IWAN231,10N EXCHANGE RESINt IOAN41,10N EXCHANdE FSIN
"PONTROL 14ARKING--NO RESTRICTIONS
~~OOCUMENT CLASS--UNCLASSIFIED
REELIFRAME-1995/1567 STEP t4Q--UR/0020170/'x9O/OO5/i'k,5L/li5,t
GIRC ACCESSION NO--AT0110995

~_7:-2/2 023 UNCLASSIFIED, PROCESSING DATE-230CT70
'CIRC ~ACCESSION NO--AT0116995
-'~ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE D I STR I BUr I ON COEFFS. IKAPPA)
WERE OETD. OF TCO SUB4 PRIME NEGATIVE BETWEEN 10N EXCHANGE RIESINS AND
-8 OR 1-13 PH RANGES FOR W':AKLY BASIC OR STRO54GLY BASIC
-WATER AT I I
RESINS, RESP. KAPPA WAS DETD. BY LABELLING THE SOLINS. WITH PRIME99 rc
PRIMEM 0 SUB4 PRIME NEGATIVE AND BY MEASURING THE RADIOACTIVITY OF THE
-.,RESINS AND THE ELUANT, RESP. IRESINt OP~Tl,',IUM PH, M4L.(. KAPPA U."IES 10
PRIME3 GIVE!): AV-17 (MODIFIED STYRENE DIVINYLBENZENE COPOLYMER), 8.0,
.4
25; AV722 (AS ABOVE)r 8.0, 10; A.-I-40 14~v VINYLPYR ID I NE, DIV I NYLBENZENE
COPOLYMER)i 4.21 3.5; AN-25 (2,METHY'95*Vfi'4YLPYRZOI~,'E,DIVINYLBi:NZENE
--COPOLYMER)t 4.2v 2-1; AN-23 (29VIiNYLPYRIDI,'4E,VINYL6Et4ZENE COPOLYMER),
0.9; AN-41 (5tETHYLZ,VI14YLPYRIDINE*VINYLBENZFt'4E COPOLYMER), 3.1t
-"0 7.,, THE,lNCREASED.SE.PN* BETWEEN THE PYRIUINE N AND THE POLYMER CHAIN
KAPPA VALUES.

........... ...... v-31
C-1r:cuit1"-n_116ory,
USSR UDC 621.396.677
LITVINENKO, L. N., OBLYVACH, S. A.
ape"
"Diffraction of an Electromagnetic Wave on an Array of Complex Sh
Radiotekhnika. Resp. mezlived. temat. nauch.-tekhn. sb. (Radio Engineering.
Republic Interdepartmental Thematic Scientific and Technical Collection), 1972,
vyp. 20, pp 71-79 (from RZh-Radiotekhnik No 6, Jun 72, Abstract No 6B36)
a
Translation: A study was made of an indeally conducting periodic array of
metal bars with an I-type transverse cross section. A method of solving the
the problem of diffraction of a plane electromagnetic wave an such an array
is presented, This method is a combination of the reexpansion and Rieman-
Hilbert methods. The diffraction fieldIs defined by the only nonzero lati-
tudinal component of the maguetia field. - Inf inite sy,,;tems -of linear algebraic
equations are obtained. The suitability of the solution of- the equations for
finding the amplitudes of the diffraction spectra for a sufficiently broad
range of the ratio of the array period to the wavelength is demonstrated.
There is I illustration and a 3-entry bibliography.
1/1

ED: P nCESSANS DATE--02.jCT70
:112 '011 UP! C L A S Sl F I
NG
--Pk-JGRA,-MED CONTROL OF ACETONE RECOVERY DURII ACETATE F13ER
_~~JITLE
PRODUCTIC'N -U-.
-(02)-TUMANOV, G.S.v GiNOVLENSKIY* P.A.
'AUTHUR,
-COUNTRY OF INFO--USSR
-URCE-KHIM,* VOLOKNA 1970, (1) 69-71-
OAT E - P UE L I SHED------7 0
SUBJECT 'AP.EAc--CHEMISTRY, MATERIALS, MECH.v INO., CIVIL.AND MAR114E ENGR
OP I C'l AG'S-- AC ETON E v ACETATE9 CELLULOSE~ RESIN, INDUSTRIAL WASTE, AUTOMATIC
_-i,,~,:CHEMICAL, PROCESS CQNTRJLv CHEMICAL PRODUCTION
CONTACL MARKING--NO RESTRICTIONS
CLASS--UNCLASSIFIED
REEL/FRAME--1989/0483 NO--UR/0183~70/000/001/0069/0071
STEP.
LIRC ACCESS1014 NO-AP0107088
UNCLASSIFIED

212 Oil UNCL ASS IF I E6 PROCESSING DATE-02LICT70
C-IRC ACCESSION NO--AP0107088
",,ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. A PROGRAMMED PNEUMATIC CAM GEAR
WAS USED FOR THE CONTROLLEO RECOVERY OF ME SUB2 CO FROM A GAS AIR MIXT.
:~,~,-~DURINGJHF PRODUCTION OF CELLULOSE ACETATE FIBERS. THE CA4 GEAR
C0NTQ.O1,kEO.THE OPERATION OF 11. ADSORBERS (AND I EXTRA AI)SURBER); IT CAV
PROGRAMMED FOR VARIOUS AOSORPT40N CYCLES AND EFFECTIVELY
THEM.
CONTROI-
UNCLASSIFIED

-017 UNCLASSI FIED PROCESSING DATE--18SEP70
',--TTTLE--CRYSTAL CHEMICAL DATA oN CHELATECOMPOUNDS OF NSUBSTITUTED
I VkT I VES OF SALICYLALDIMINE. VE1. CUS OCTAHEDRAL Sl*RUCTURE OF
-SHKOLNIKOVA, L.M.s.0800OVSKAYA A-YE~v SfiUGAMv YE.A.
_AUTHOR-031
INFO--USSR
_~CCUNTRY OF
OURCE-ZH. STRUKT. KHIM. 1970P 11(l)t 541-61
s
TE PUBLISHED ------- 70
A
U BJ E C TAR EAS--CHE.M IS TRY
"TOPIC TAGS--ZtNC COMPLEX, CRYSTAL LATTICE:r X RAY STUDY, LEAST SQUARE
METHOD# HETHOXY COMPOUND
C ONT R o LMARKING--NO RESTRICTIONS
.'.:'Dt]CUMENT CLASS--UNCLASSIFIED
-PROXY REEL/FRAME--1987/0409 STEP NO--UR/0192,fTO/011/001/0054/0061
CIRC ACCESSION N0--AP0104041
UNCLASSIFIED

017 UNCL ASS IF I ED PROCESSING DATE--18SEP70
CIPC ACCESSION -N-0--AP0104041
ABSTRACT/E-XTRACT--(U) GP-0- ABSTRACT. ZINC SALICYLAL,OIANISIDINATE
(B-IS(0,(Ni,(O,t4ETtiOXYPHENYL)FOR,41M I OOYL) PH E NOLA TO) Z I NC) WAS INVESTIGATED
BY X RAY ANAL. THE PARAMETERS OF THE MONDCLINIC LATTICE ARE: A EQUALS
PLUS OR MINUS 0.0041 8 &QUALS 12.552 OR MINUS.0.0049 C
PLUS
EQUALS.14.806 PLUS OR MINUS 0.0.05 ANGSTROMS. BETA EQUALS 94.1 PLUS OR
~MINUS 0.2DEGREES, ZETA EQUALS 4v AND THE SPACE GROUP IS P2 SU81-C. THE
STRUCTURE IS DETO. BY THE HEAVY ATOM METHOD OF A3 DIMENSIONAL
DISTRIBUTION OF ELECTRON D. 16 CYCLES OF SUCCESSIVE APPRONNS.) AND IS
MADE MORE PRECISE BY THE METHOD OF LEAST SQUARES IN ISOTROPIC APPROXN.,
R EQUALS.13.6PERCENT. ANOMALOUS PHYS. 'AND CHEM. PROPERTIES OF T14E
COMPLEX-ARE CONNECTED WITH A SHARING IN:THE COMPLEX FORMATION OF MEG
ATOMS OF 0 AND-- W+T+i AN- INCREAS-E- OF, DENT-A-TICITY OF, THE LIGAND BECAUSE OF
-,-,--,THIS. AS A,RESULT OF THE FORMATION OF AN ADDNL. INNER COMPLEX BOND OF
ZN AND 0 (METHOXYL) THE TETRAHEDRAL COORDINATION OF THE ZN ATOM CHANGES
~:TO CIS OCTAHEDRAL WITH PRESERVATION OF THE SYMMETRY OF THE POLYHEDRoN C
-SUB2. 'EACH HALF OF THE MOL* REPRESENTS:A SYSTEM OF 4 CONDENSED RINGS:
2*METAL RINGS AND 2 AROMATIC RINGS. THE INTERAT.:DISTANCES IN THE
1.965 A~ND 1z980, ZN AND 0
:COORDINATED OCTAHEDRON ARE ZN AND 0 EQUALS
EQUALS Z446 AND Z,049t ZN AND 0;.(FROM MED GROUP) EQUALS 2.405 AND 2.406
.17, ::.,ANGSTROMS, THE BOND LENGTHS BETWEEN THF-LIGHT ATOMS HAVE-THE NORMAL
VALUES AND CONFORM WELL TO ANALOGOUS DATA TOR RELATED COMPOS.
t:-!L- t AVZ P f-r-0

USSR
KULIK, A. F., BARANIOV, N. V., KHLOPOV, V. P., q#Q
Q7 SKIY V. G.
"Automatic Device for Fatigue Testing of Aircraft Structures"
Otkrytiya Izobreteniya Promyshlennye Obraztsy Tovarnyye Maki, No 5, 1972,
Patent No 359564~
Translation; 1. An automatic device-for fatigue testing of aircraft struc-
tures, containing a programming device, controling the operation of the
control device, actuating mechanisms loading the structure being tested,
feedback sensors tracking the signal processing system, an emergency pro-
tection device, differing in that in order to increase the sensitivity and
operational reliability, the control dovice consists of contact couples
connected by a contact in the tracking system into cixcuits of switches
which, switch the actuating mechanism to loading or unloading.
2. A device according to Claim 1, differing in that in order to pre-
vent nonfatigue rupture of the structure, the feedback sensors are installed
at. the test
points and connected with the tracking system through the con-
tacts of a switch.
3. A device according to Claim 1, differing in that in order to in
crease the upper limit of loading frequoncy of the st-i-ucture, the hydraulic
1/2

7o.
USSR
KULIK, A. F., MANOV, N. V., KHLOPOV, V. P., OBODZINSKIY, V. G., Otkrytiya
Izabreteniya Promyshlennye Obra'z-tsy To%rarnyya Znal:i, No 5, 1972, Patent
No 359564.
system includes a hydraulic accumulator and electrically controlled hydraulic
distributors, connecting the accumulatoT to the actuating cavity of the
~force exciter during the load cycle, switching the accumulators from the
operating, cavity of the force exciter to the pressure line during -the unload
cycle.
4. A device according to Claim 1, differing in that in order to in-
crease the reliability of operation of,'the emergency protection system by
checking its readiness, it includes emergency imitators consisting of buttons
cormected to the circuit controling the :switches of the emergency protection
system.
2/2

USSR UDC 61,6.981-718.078.737
MIMINYUK, Yu. V., EL'OINA, I. A., TITOV M. B.; OBOLINISKAYA G. I., KRLIKIYER, M. D.,
SUPRLWOVIGH, M. S., ZABNINA, S. G., and MOSKAL T"V4011V Institute of
Epidemiology and Microbiology
"Specificity of the Complement Fixation Reaction in the Diagnosis of Q Fever"
llfoscmz, Zhurnal Hikrobiologii, Epidemiologii i Immunobiologii, No 4, 1970, pp
5-59
5
Abstracr. Study of the immunological structure of the L'vov population with
respect to Q fever, using the complement fixation reaction with antigen from
Rickettsia burneti, revealed the highest numberof positives (18-21%) among
livestock- handlers, meat plant workers, etc., as compared with 10.7% in the
opulation at large. Serological examination of 429 hospitalized patients with
P
cardiovascular, respiratory, liver, kidney, gastrointestinal, endocrine diseases,
etc., 1730 febrile patients suffering from typhoid, influenza, meningoenceplia
litis, and other infectious diseases, and 158 cancer patients shcrded that about
2% had complement-fixing antibodies to the specific Q-fever antigen, or about
the same rate as in the general population. There was no increase in the level.
of specific complement-fixing antibodies in any of the patients with diseases
1/2

t,.
2/2

UDC 614.449.57:615.285.7
USSR
LINEVA, V. A., PRSHIVORA, M., LEVIYEV, P. YA., OXULOV V. P.,
GADZHIZALOV, D., SANIMA, M. M., SAGATELOVA, 1. T-. and OBOLENSKAYA,
"Trails of the Czechoslovak Insecticide ES-50 Metathion in the USSR.
I. ES-50 Metathion Used to Control the Housefly~.
Moscow, Meditsinskaya Parazitologiya i Parazitarnyye Bolezni, No 2,
1970, pp 211-9-20
Abstract: ES-50 metathion, an organophosphorus compound derived
from phenitrothion,O, 0-dimethyl (0-3 methyl-4-nitrophenyl) thio-
phosphate, was developed and tested,in Czechoslovakia where it
demonstrated a broad spectrum of action against flies, cockroaches,
ticks, and crop pests. It has low toxicity for warm-blooded nnimals
and no cumulative effect. Laboratory and field testa of the insecti-
cide in five different climatic re 'ons of the Soviet Union showed
that it is highly effective in a dose of.2 g/m2 of treated surface
for 30-60 days. The temperature and humudity are the most important
-factora in the action of metathiono' The higher the temperature and
1/2

USSR
LINEVA, V. A., et al., Moscow, Meditsinskaya Parazitologiya i
Parazitarnyye Bolezni, No 2 1970, pp 211-220
humidity, the more toxic its effect. Increasing the humidity of
the room or moistening the treated surfaces increases metathion's
potency, especially on glass or wood'* Among the negative features:
it has an unpleasant odor;.(ii):it leaves marks:on the treated
surfaces; (iii) flies seem to,develo; resistance to-it fairly
quickly.
2/2

1-1-,"1/2 013 UNCLAStil-FIE04 PRaCESSING DATE"-090CT70
7,j-JTLE-THE.PROBLEMS OF MERCURY DEPOSITSGENESIS AND ORE mATERIAL SOURCES
UtHOR-w-(02)-KUZNETS0V, V.A.9 OBOLFNSKIY# :A.A.
~_'~tUUNTRY OF INFO-USSR
~,_SOURCE-GEULOGIYAI GEOFIZIKA, 19701, NR 4v PP 44-56
PUBL ISHED--70
BJECTAREAS-EARTH SCIENCES AND-UCEANOGRAPHY
PlC-'TAGS-rMERCURY, METAL ORE* GEOCHEMISTRY
CONTROL MARKING-NO RESTRICTIONS
".~OOCUMENT CLASS-UNCLASSIFIED
"_'PROXY REELIFRAML--1993/0716 STEP,NU--UR/0210/70/000/004/0044/0056
CIRC ACCESSION NU--AP0113582
UNCLASSIFIE

.2 013 UNCLASSIFIED PROCESSING DAFE--090CT70
C IRC ACCESSION NO-AP0113582
A3STRACTIEXTRACT--(U) GP-0- ABSTRACT. THE AUTHORS PROVE THE PARAGENEric
RELATIONSHIP 6ETWEEN ORE MERCURY FOILRMATION DEPOSITS AND HANIFESTATIONS
QF.DEEP SLATED SUBCURSTAL MAGMATISM. THE GENETIC ItELATION OF MERCURY
14INERALIZATION WITH SUbCRUSTAL CHAM3ERS:OF SUbALKALINE BASALTOID MAGMAS
1S.ESTAS'LLSHED. THE CONCLUSION IS GRUUNQED ON OEEP SUBCRUSTAL SOURCE OF
MERCURY IN, ORES. THE MEPCURY MOBI.LIZATiON BY HYDR01HERMAL SOLUTIONS FROM
THE; EARTH?.~S -CRUST IS OF LESS SIGNIFICANCE* FACILITY: IGIG SO AN
SSSRv: NOVQ'SIBIRSK.
UNCLASSIFIED.
-__LL -
om
89
lulwiuuaw~

3
USSR UDC 539.4.-629. 7. 02
OBOLENSKIY and SAKHAROV, B. I.
"Investigation of Airframe Panels Under Repetitive Static Loads"
Moscow, Prochnost' i Ustoychivost' Tonkostennykh Aviatsionnykh
Konstruktsiy, 1971 pp 173-193
Abstract: The low-cycle fatigue strength of the airframe structures
is important because it determines their service life.
Several rivetes and.pressed panels were tested on a fatigue
testing machine at 1-4 cycles per minute.
The relation between the stress and the number of cycles
using failure is a straight line -if lop, -coordinates are used.
c
a
The test data are correlated by; the mean square method.
The scatter is defined as the deviation containing 70% of the test
points.
Tables and araphs for several anelr, are presented.
C> P
It is recommended to test each panel design at fouT stress
levels, with at least three panels tested at each stress level.

USSR UDC: 539.4:629-7.02
OBOLENSKIY. Ye. P., SAKHAROVI B. 1.
"Investigation of Panels of Aviation Structural Elements Under Repeated
Static Loading"
Tr. Mask. aviats. in-ta (Works of the ~bscow hiviation Institute), 1971,
vyP. -180, PP 173-193 (from RM-Mekhanika, No 7, Jul 71, Abstract No 7V839)
Translation A procedure is -Dresented for mathematical processing of the
results of tests of panels for,repeated static loading using the methods
of probability theory, mathematical statistics, correlation and regression
analysis. The results of tests.of various types of panels are statistical-
ly processed by the proposed method to revealthe effect-which technological
and structural factors have on the fatigue strength of glider panels.
Correlation equations of durability are calculated.for these panels with
corresponding statistical characteristics. A comparative analysis is given
of the fatigue strength of some panels. Bibliography of 19 titles. Auth-
ors abstract.
winuffm Ms w-momm 19; 111
H MIMANVA 11 M.,

'1/2 014 UNcLASSIFI'E0 PROCESSING DATE--230CT70
TITLE--SEPARATION OF A CONCENTRATE OF ORGAWISULFUR COMPOUNOS BY AN
ADSORPTION METHOD -U-
AUTHOR-(04)-OBOLENTSEV, R.O.j LVAPINAr. N*Kaj GALEYEVAv G.V.s GAZEYEVA,
V.N
C OUN TRY OF INFO--USSR
SOUR,CE--NEFTEKHIMIYA 19709 1011)t 110-15
DATE PUBLISHED ------- 70
.'~-SUBJECT AREAS--CHEMISTRY, MATERIALS
TOPIC TAGS--DISTILLATION, ORGANOSULFUR~COMPOUND, KERSOSENEr CHEMICAL
SEPARATION, POLYFTHYLENEr. ORGANUSILICOWCOMPOUND, PETROLEUM FRACTIONt
SULFIDE, THIOPHENE, HYDROCARBON, CIIROMATUGRAPHIC~ SEPARATION
),-.:,:-:CONTROL MARKING--NO RESTRICTIONS
~DOCUMENT CLASS--UNCLASSIFIEO
-PROXY REEL/FRAs4E--1997/0564 STEP NO--UR/0204/70/010/001/0110/0115
CIRC ACCESSION NO--AP0119432
V N I" L161 UfllE D----

vk
-JG DATc--230CT70
2/2 014 UNCLASSIFIED PROCESSIt
CIRC ACCESSION NO-AP011940
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. A COMBINATION OF RECTIFICATION AND
ADSORPTION CHPMIATOG. WAS USED FOR SEPN. OF CONCS. CONTG. ORG. S COMPDS.
THESE CONCS. WERE OBTAINED BY EXTN. OF THE KEROSINE FRACTION
(150-250DEGREES) OF ARLAN NAPHTHA WITH H SUB2 50 SUB4, THE
RECTIFICATION WAS CARRIED OUT UNDER REDUCED PRESSURE IN STAINLESS STEEL
AND GLASS APP. A COLUMN OF 290 TIMES.:8..8 CM SIZE WITH 34 THEORETICAL
PLATES AND 4 TIMES 5 MM LEVIN FILLING WAS USED. A 30 1. CONTAINER WAS
HEATED WIT H POLY(PHENYLMETHYLSILOXANEV LIQ. NO. 4 TO 200DEGREES. THE
RECTIFICATION RATE WAS 200-50 ML-HR AND T14E REFLUX RATIO 20-5:1.
FIFTEEN STRIPPINGS (10DEGREES FRACTIONS) WERE TAKEN AND FURTHEP SEPD.
ON POLYETHYLENE COLUMNS.PACKED WITH SILICA GEL (30-50 MESH:
HEATED IST FOR 6 HR TO 70-IOODEGREES AND THEN FOP. 30 HR TO
150.-70D`EGR-EES) TWO COLUMNS WERE USED: (A) 12 M TIMES 35 MM PACKED
WITH 12 1 ADSORBENT WITH 1.2
-KG FRACUONS AND 8 1. ME SUB2 CO ADDED WITH
0.5 HR.; AND (B) 12 M TIMES 18 MM PACKED WITH 3 1. ADSORBENT WILTH, 0.3-KG
FRACTIONS AND 3 L. ME SIJB2 CO WERE USED THE ME SUB2 CC) BEING EXPELLED
WITH H SUB2 0. FRACTIONS B. LESS THAN:2000EGREES NEED 1-2
CHROMATOGRAPHIC SEPNS.; HIGHER FRACTIONS REQUIRE SEVERAL REPETITIONS OF
THE PROCESS. THF CONDD. SAMPLES WERE SE00. INTO SULFIDE, T41OPHENE, AND
HYDROCARBON FRACTIONS OF MOL.-WT. 140-205. FACILITY: INST. ORG,
UFAv USSR.

MSR twe 546.24
YAI=s At A.t and OBOLON(MIX, V Institute of Problems of Material,
_i~Ws__ Ukrainian SSR
Science, Academy of Sae
"Hydrogen Telluride Method for Preparing the Tellurides of Transition Metals"
Moscovj Noorganicheskiye Materialyt Vol 91 No 120 19?3, pp 2098-2102
--Abstracts Metal tellurides which form stable hydridos may not be prepared
from powdered metals. However, th&y may be prepared from the thermo-
dynamically unstable oxides and salts by being reduced:in an H.Te + H2
atmosphere, During this process, the stable hydrides axe not formed.
were prepated from respective oxides. Cr.Te
1e.9 and MoTe2
We 3' ROT02i W1 3
was prepared from CrCl VTe,,,5, NbTe2t and TaTe,, wexp also prepared, Traces
30
TeL L
of a few different oxideal such as ReTe and Yid it. Ta2O dAd
2.61 3 4 "an preser, 5
not react to form the telluride, Several modifications axe suggested for
elements which do not react according to the normal ackl6me. Crystallographic
-data for the prepared tellurides were determined bY X-ray analysis. The
variations in composition as a, function Of temPerature and reaction tj.,ne were
al-qo measured.
84

USSR no 6619-85/.86-051
and YANAKI A. A.
P
"Yethod of Synthesis of Some Tellurides 'of Rare Earth Metale'
V sb. Kallkogenidy (Chalcogenides--col-lecti.on of works), Vyp 2, Kiev,
Naukova Dinka-, 197o, pp i4l-148 (from FM-Metallurgiya, No 11, flov 70,
Abstract No UG163)
Translation: The possibility of obtaining La, Ce, Dy., and Tu tellurides from
their chlorides is studied. It is assumed that rare earth-metals form only
from dichlorides. The process of formation of Ce, Sm Eu, and Yb from more
easily available trichlorides flows.according to the proposed diagrams:
2MeC1 + 1~ -> 2MeCl. + 2ffCl; MeC4 + Te (H2Te). + H2 --~- MeTe + 2HC1. Equally, the
3
following reaction takes place MeC13 + Te (~~Te) + H2 -> %Cly - Tez + HC1.
r
Stoichiometric tellurides can be obtained while attaining tem--perature of the
instability of MexCl~,Tez. The remaining rare earth metals, with the exception
of TV, form stable compounds of the type MexClyTez. It is assumed that at the
temperature > 11000 these compounds are unstable and will create a possibility
of obtaining rare earth metal tellurides. However, such an assumption will
b4ye to be verified. 2 Ill., I table, 8,bibl. entries. S. Krivonosorva
-31-n--
1. 3 1

V sb. Khallkogenidy (Chalcogenides--collection of works), VYp 2, Kiev,
"NaukoVa Dumka"., 1970, PP 130-141 (from,RM-Metallurgiya, No 11, Nov 70,
Abstract No 11G162)
Translation: Results are presented of an investigation of the technolo&y of
producing diselenides (D) with the help of the interaction of metallic powders
of transition metals, and also of their oxides and salts with E~Se and Se
vapors in an Ar stream. The technological regimes of D pro(luction* are shown.
Investigation is conducted of the thermal'stability of Ith and W D in an Ar
stream, and of their electrophysical properties. The txperimental data attest
to the metallic nature of the conductivity of Ti and Nb D and semiconducting
properties of Mlo, Wp and Zr D- 5 ill-, 3 tables., 1", bibl. entries.
S. Krivonosova

USSR TjDc 661.8
PROKOSHINA, L_M.,~Institut
IMCMIC, V. A., and Le of Problems of Material
ca =emy of Sciences Ukrainian SPR
beience,
"Obtaining Titanium Diselenide and Some of Its Properties"
Kiev, Poroshkovaya Metallurgiya, No 8, 197-1,.PP 31-35
Abstract: Conditions for obtaining titahium selenides by the reaction of
hydrogen selenide with the metal oxide and elemental powder, as well as by the
reaction of selenium vapor with metal powder in argon were :Lnvestigated. A
graphite boat containing the metal, oxide or metal powder vmas placed in a
quartz reactor. The synthesis of hydrogen selenide was condu~cted in the same
reactor in the low-teaperature zone by the reaction of hydrogen -with selenium
at 5500C. The following starting materials were used: selenium used for recti-
fiers; powder titanium, grade DIP-1, titanium (dioxi&-,: high-purity), and pure
argon, grade A. At temperatures up to 141000 the dioxide does, not react with
hydrogen selenide. Selenium waa initially obtained only, at the surface of the
powder in the coat, and within the, powd-ar a !itable hydride TLA2, wi tuh the
appearance of metallic titanium, was formed. Its formiation bis.,gan at 200o and
:proceeded rapidly at 3WO. Titanium diselenide was obtained 1by the reaction
of selenium vapors in an argon or helium.~wrrent. Foi=.-Iion of diselenide
evidently proceedo through the monooelenide (6000). Titardwii disele.,nide (2.3.5/",)
by weight (Ti and 76.5% Fe) is formed at 1000-12000C, pink-violet, close to

0:
USSR
OBOLONCHIK, V. A., et al, Kiev, Poroshk6vaya Metallurgiya, Zo 8, 1971, PP 31-35
the composition TiFe,;~ (TiSe3..I,,8) with lattice constaatr~ (actual) a = 3.54 and
c = 6.00 AU, hexagonal structure,,uf the,Cd12 type; pyonometric density 5.22
g/cm3, and x-ray density -- 5.26 g/cm3. several properties of the diselenide
were studied: the compound begins to decompose markedly at 7000. After
annealing at 13500 the diselei-dde contains almost 13% less selenium than in
the initial product, though its,crystaLline structure remains unchanged.
The Mi-H bond is stronger than the Me-Sebond, and at 1300-13500 the hydride
does not completely decompose. The diselenide,is soluble in water freed.ol
oxygen, with prolonged boiling, anclis not soluble in dilute:nonoxidizing
acids. It dissolves with heatinglin concentrated sulfuric and nitric acids.

USSR UDC 669.77/78.776
OBOLONCHIK, V. A.
'Selenidy (Seleniaes), Moscm,-, Metallurgiya, 1972, 296 pp
Translation of Introduction: Compounds of elements of the main subgroup of
the sixth group of the periodic system with metals and certain elements of
other groups have historically been called chalcogenides, i.e., compounds of
chalcogens (sulfur, selenium, tellurium and poloniumYwith other elements.
The word "chalcogen" apparently signifies ore-forming, The Greek word
chalkos means copper. In 1922, V..M. Gol'dshmidt introduced the name chal-
-cosphere which supposes that the middle:layer of:the earth between the iron
core and silicate crust consists mainly,of oxides and;~sulfides (selenides,
tellurides) of iron, copper, and other-heavy metals, i.e., ores.
Although oxygen is also a chalcogen, usually compounds of elements with
oxygen in inorganic chemistry and engineering are classified as oxides.
The word "chalcos" is used in metallurgy and geochemistry. The term chalco-
gen for. elements -- sulfur, selenium, tellurium -- wasiratifted by the In-
ternational Organization for Pure and A plied Cbemistry
p
1/7

USSR
OBOLONCHIK, V. A., Selenidy (Selenides), Moscow, Metallurgiya, 1972, 296 pp
Selenium and tellurium form a large number of binary compounds of which many
are similar to sulfur compounds. Selenides and tellurides are also encoun-
tered in nature and mostly accompanied by sulfide deposits. Copperi silver,
mercury, lead, nickel, cobalt, and bismuth are normally found with selenium.
Tellurium has been associated with silver and gold and rarely with copper,
lead, mercury, bismuth, nickel, and platinum.
y th equestions of element
In the development of modern inorganic ~chemistr,
reaction with chalcogens (selenium, tei.lurium) acquires substantial signifi-
cance.
All the elements, with the exception of inert gases, nitrogen, and iodine,
can react direct1v with selenium. Nitrogen and iodine indirectly form
compounds with selenium. Tellurium does not react with inert gases and
indicated) and with the remain-
boron (with boron it is still not definitely
ing elements forms compounds.
Not all compounds of selenium and tellurium have a strict stoichiometric
composition; many of them are solid solutions of variable composition.
U

t7 F
USSR
OBOLONCHIK, V. A., Selenidy (Selenides), Moscow, Metallurgiya, 1972, 296 pp
Compounds of variable composition are characteristic for the transition
metals,. especially for elements of groups IV-VI of the periodic system,
triads of iron, as well as bismuth and~copper.
In contrast to selenides, tellurides have a greater tendency toward the
foi-mation of compounds of variable composition, which can be explained ap-
parently by the high metallicity-of tellurium: in comparison with selenium.
These compounds, however, are unstable. Thus, for example, rhenium. selenides
do not..have a variable composition, but rhenium telluride has a large region
of homogeneity and is a phase with a variable composition;:it possesses lo;q
-thermal stability and upon-heating thevolatile element -- tellurium --
easily separates and leaves the metal. This same property is characteristic
for molybdenum and tungsten tellurides.
During formation of chalcogenides there occurs a transition of valency
electrons of the metals to the chalcogens with a corresponding addition to
their electron configuration s2p4 and in the liniting case to s2p 6; simul-
taneously there is the tendency, with alkaline metals, of the chalcogen
atoms to form covalent groupings between themselves (the formation of
3/7

T-F
MEL
USSR
OBOLOXCHIK, V. A., Selenidy (Selenides)', Moscow, Metallurgiya, 1972, 296 pp
'polysulfides is explained by this). As a metallic element, tellurium does
not exhibit this tendency.
For chalcogenides of the d-transition metals, the overlapping of several
types.of bonding is characteristic: covalent bonding -- between the
chalcogen atoms, and metallic and.ionic.bonding between the metal atoms
on.one hand and between atoms or group's of:atoms of the chalcogen on the
other hand. Most of the compounds have high melting:points which decrease
-in the series S-Se-Te.
Selenides and tellurides were produced synthetically as much as 70 years
ago, although the technology of producing.them has evolved very little.
This book gives an idea about which is the best method of producing any
chalcogenide. The mechanism of selenide synthesis trith the participation
of hydrogen selanide presents interest.as well as production of tellurides
,en telluride at the
by reaction of oxides, salts, and metals with hydrDp-
instant of its formation from simple substances. From tbase positions
the possibility of selenide and telluride synthesis with all the elements
-~-of- th-e -periodic sys tem-is examined.
17
IMINMMMINUMMOM, I ".IM

USSR
OBOLONCHIK, V. A., Selenidy (Selenides), Moscmr, Metallurgiya, 1972, 296 pp
Table of Contents: Page
Chapter I. Structure and Properties of,Selenides ... ........... 7
1. Crystal Structure, Chemical Bonding ... i...i ........... 7
2. Classification of Selenides ............................ 30
3. Basic Properties of Selendie
..................... 31
4. Toxicity-of Selenides ............................... 53
Chapter II. Methods of Producing Selenides .................... 56
1. Synthesis from Simple Substances
..................... 56
2. Interaction of Ilydrogea,Selenide:With Simple Substances,
oxides, and Nonaqeous Salts of Metals ..... ........... 66
3. Interaction of Selenium.Vapors With Simple Substances in
the Flow of an Inert.Cas-Carrier and Without It ........ 73
4, Action of Hydrogen Selenide on Aqueous Solutions of
Metal Salts ........... ...................... 75
5. Reduction of Different Compounds ...................... 76
6. Thermal Dissociation of the Righer Selenides ........... 78
7. Production of Selenides Through a Gas Phase by the
Interaction of Two Components ....................... 79
5/7-

USSR
-Lya, 1972,
OBOLONCHIK, V. A., Selenidy (SelenidesY, Moscaq, Metallurg 296 pp
Page
8.
.......................
Other Methods .... ............. 82
9. .
Some Principles of Selenide Formation ................. 83
Chapter III. Selenides of Group;I Metals ...................... 87
L. Compounds With Hydrogen and Alkaline Metal Selenide ... 87
2. Selenides of Copper Subgroup Metals ........ ...... 103
Chapter IV. Selenidas of Group Il Met4s .......... ..........

1. -aline -al
Beryllium, Magnesium,. And Alk -Rarth Mat,
Selenides ....... ..................... .... 113
2. Zinc Subgroup Metal Selenides .......................... 117
Chapter V. Transition Metal Selenides ... ............. 132
1. Rare-Earth Metal Selenides 4......... ............ 132
2. Polyselenosulfides and.-Polyselenothiosulfides-
Ternary Compounds of Rare-Earth Metals With Sulfur
and Selenium .......................................... 191

F. 7
USSR
OBOLONCHIK, V. A., Selenidy (Selenides), Mosccrw, Metallurgiya, 1972, 296 pp
Page
3. Actinide Selenides 196
4. Group IV Transition Metal Selinides ...... ..........
203
5. Group V Transition Metal Selenides .................... 215
Group VI Transition Metal Selenides ........ 4 .......... 233
Group VII Transition Mi~tal Selenides .................. 246
8: Metal Selendies of the-Iron Family .................... 253
9. Platinoid Selenides ............ ..................... 267
Chapter VI. Application of Selenides ..... .................... 273
................................. 281
Bibliography ................
7/7

USSR um .619:616.986.7'036.2:6.16
SOWSHRIKO, I. Z., PETROV, Ye. T., SHOROAKHOV, V. V.5 IT9 A. 1_0. REYCIMKI Ye. A.,
and OQZ~~~~stitute of EpidemioloLZr and Miq,obiology imeni 11. F. Ga-
m-al Academy of Sciences USSR.,1 and 14:)scow Technological Institute of Maat and
Da*Lry Industry
"11r6blams of Leptospirosis Epizootiology"
Moscow, Veterinariya, No 12, Dee 70, PP L11-43
Abstract- Cattle, hogs, horses, and sheep in several regions of -the Soviet thion
were subjected to serological studies (microagglutinatian), culturing iddney ous-
pensions, and microsco-pic ey-a-minattion of urrine, ,Tith subsequent infection of guinea
pigs. Leptospira tarasso-wi and pomona ii-ere egents in hogs. nme possibi I ity of
'le
infectian in the U-1yanov-sk. region ky L. grippotyphosa s riot excluded. Cattu
sppear to be infected by L. pomona, hobdomadis, and tarasovi. lmtibodies for
taipassovi, icte-rohaermorrhargiae, and australis were most frequently observed in
he sera of -hcep
the blood 5era of horces. The L. b.-LUum &-oup rms found :Ln U
aid gouto , Antibody litem 5.n all c-erological Iroups w e low. Acute infections
did- not mist among Ust

USSR UDC 621.791.85.03
NAZAPZNK0, 0. K., ZRUVAZA, L. L., OBOLQNSKIY -A P BARANOV~ G. V., Institute
of Electric Welding imeni Ye. E6n of the Ukrainian SSR Acaderay of
.-j
Sciences
"Cathode-Ray Unit with Programmed Control and Television Observation of tile
Welding Process"
Kiev, Avtomaticheskaya Svarka, No 7, 1971, pp 53-54
Abstract: A cathode-ray device of the U-342 type in which all the basic weld-
ing operations have been automated is described. The device was built at the
Institute of Electric Welding imeni Ye. 0. Paton. It permits preliminary
_3 and subsequent heat treatment of tile products.and welding of them. Five basic
parameters of the operating conditions are recorded during the welding process:
the beam current, the accelerating voltage, the current of the magnetic focus-
.7i ing system of the gun, the welding speed, and the vacuum in the welding chamber.
J. The electric circuit of the device permits programing~for automatic execution
of three operations: preliminary treatment of the weld by a sharply focused
J.
low-power beam to remove contami-nation from the edges:, welding by a sharply
focused beam,and repeated welding by an.u focused beamlof lower power with simul-
taneous transverse scanning4of it with a~frequency of 50 hertz. The device has
been introduced into industrial use on automated lines.
73

USSR UDG 621.~QQ2.002
VOZHE-NIN, I.N., KOROBOV, A.I., XAU"'CHMO, A.S., 04W~a"&.F.' RZPI1j1' V.i,.
"Quality Of FiLau Of Barium-Boropilicute Glasses Produced In A Vacuum By
Thermal Evaporation"
Elektron. tekhnika. Nsuch.-tekhn.sb. Ykl~.kacheatyom i atandartiz (Electronics
Tdchnologr~, Scien-tific-Tech-rilcal Collection. Quality Control ind 3'arzdarda'
1971, Issue IM, pp 84-90 (from RZh--Elektronika,_L.;~y-. primanen~a, No 10,
October 1971, Abstract No ioi3432)
Translation: The properties of a film of opticuin componition 20 1-1207: W G-2
produced by vacuum-thermal evaporution by the flash method of powdered glasq
are eTial to the basic properties of massive glass of the same compoeition.
The films differ from massive glass by the increased defectiveness of the
structure and the deficiency of oxygen. By annealing of the filme in air and
introduction of the corresponding impurities it is posvible to improve the
structure and to vary the electrical proportieo. The infrared absorption
spectra of the films is presented, as well as the dependence of the breakdown
voltage of the films on the thicknoes. With the introduction or BaO into the
films, the dielectric conotant of tho films Is linearly increafied to six. During
thic, the tangent of the loss angle is smoothly increaeea and at 2-7. orders of
magnitude, the breakdown voltage and the volume resistivity are decreaa~d.
Simultaneously, the magnitude of the internal taechazilca)- rtrc:7f~ is reeijec-3.
6 ill. 2 tab. 8 ref. I.M.

Welding
USSR UDC 621.191-6-53:62.192-47: 669.?15
OBOTUROV, V. I.. Engineer YEROEHIN, A. A., boctor of Technical
To- re'ro"a e ~s
"Means of Eliminating Porosity During Weldingt- of X4grc') Alloy in
Various Positions"
Moscow, Svarochnoyo Proizvodstvo, I'lo 1, Jan 30, PP 17-18
Abstract*. Porosity of A-14g6 ~alloy~' mIds is ca%tsed nainly b,,,
Soisture contained in the oxide film of the pa~,ant m;.etal and
electrode. Thorough cleaning of the filler wire and the edr;Os 141-o
be welded is an effective way of elLminating porosity.
experience shows that the reaormended. mealis of. surface proDaration
for welding in a downhand position does not- guiarantee pore-frae
welds 1'61 other positions. To findttho moat favorable posit-iion
for welding the AMtg6 alloy, specimons of the alloy .(2 and 4 mm,
thick) were butt welded on an automatia argon-ahielded are -welder.
1/2

~q
USSR
-a Jan 70,
OBOTUROV, V. ~T., etu al., SvaroohnoVe Proizvodstilo,N
pp 17-18
pic',Icd in
Before welding, the speoinens a nd filler wire wo~-c
-rily c'.'Loancid w- th a
alkali, and the welding odges wore thoroug:
scraper. After such suz~face preparation, poras-ity depends oily
on the welding position. It was found that porosity ir,.-:zoeases
when the angle of rotation of a welded speclmen:increaSes from
0 to 1800, and reaches the maxLqmm at the overh~ead p o s i t i on .
The porosity of joints welded in the overhead ppsitian can be
practically eliminatc,-i-by applying flux to the :other side of the
welding
parts. to be welded.
The time,betwden Che propstration and
should be as short as possible to,prevent oxidatiomand accumula-
tion of dust- on the cleaned parts.
2/2

USSR UDC 615.361.419.014.41
PUSHKAR, N. S., OB_OZNAYA,_,g. 1., SHAKHBAZOV, V. G., DATSENKO, B. M., and
ITFU, Yu. A.j Ukrainian- titute of Advanced Trainin, of Physicians,
Ministry of Health USSR, Kharkov
:"The Effect of Polyethylene~Oxide:on Myelokaryocyte R69piration After the
Freezing of Bone Marrow to:_019600
Moscow, Problemy Gematologii i Perelivaniya Krovi, No.4, 1971, pp 5,-54
Abstract: The effect of freezing on the intensity of oVgen uptake by bone
marrow cells from cancer patients and healthy persons,mas studied ia rela-
tion to tIxe rate of freezing to -196*C and the type of cryophylactic agent
used (glycerin, WLSO, and tbe.new-Ly developed polyethylene oxide). r1yelo-
karyocytes from healthy persons take up:oxygen much more rapidly than those
from cancer patients. The addition of polyethylene oxide to a suspension
of the.cells before freezing had..little,effect on oxvgen uptake, whereas
the addition of DMSO or glyceriu.depressed it sharply.~ Two-stage freezing
(at the rate of 1*/min to -15 and then~ at the rate of either 300* or
10*/min to -196*) was more effective in'protecting the cells than Eingle-
stage freezing (from 0 to -1960 at,the rate.of either 300OG/min or 10OC/min).
Bone marrow frozen with polyethylene oxide has already successfully under-
gone clinical trails.

USSR UDC: 534.2
OBOZNsNYO I . L.' and'TARADANOV., L.; Ya.
.,Time-Characteristics of -Signals Refl,e eted From an Infinite Cir.-
cular Cylinder and a Sphere'!,
Vestn. Kiyev. politekhn. in-ta. Ser. radiotekhjq. i ei-ektroa'.-cust.
t dio
:.(Herald of zhe Kiev Polytechn.-ical Institu e, Ra z,rigineering
and Mectroacoustics Series)*Iio 9,:1912, 151-155(from kZh--
_F' Zh508
izika, 110 9, 1972, Abstract:No 9
'Translation: Computations are,made.;;of the timercharacteristics
signals reflected from an infinit.eleircular.eylinder and a
sphere on which are incident Dulse'! signals with ribnochiomatic filling [sic].
An inverse Fourier
-The.computations are made in the.Kirchhoff approximati6n.
transform is used. Author's abstract.

USSR UDO: 534.2
GELIS V. I. and OBOZNENKO, 1. L.
"Dispersion of a Plane Wave by an Acoustically Rigid Ellipsoid'of Low
Eccentricity"
Vestn. Kiyer. politekhn. in-ta. Ser. radiotekhn. J_ elektroalvist.
(Herald of the Kiev Polytechnical Institute,; Radio Engineering and Electra-
acoustics Series) No 9, 1972, pp 10&110 (from Fdh--Fizik~, Ila 9, 1972,
Abstract No 9zh5O3)
Translation: The authors consider the problem of the dispersion of a plane
waveby an acoustically rigid ellipsoid with low eccentricity for an arbi^;rary
angle of-incidence of the wave. Based on the Trethod of snall perturbatious,
solution of the problem using a system of eigenfuzictions in it spherical sys-
a
tem of coordinates is found. Computations are given for the potential of the
scattered wave in the case of an axially incident plane wave on stretched-out
and flattened ellipsoids with various.eccentricities and vaye.dimensions.
38

4,
d

CO~UIAP.1~-=,;E OF PSYCHOMM7, CM.-AM-RISTICS
VMG DK.'A 73Z,:q !N'~:'~'ILVAL A:M. C-.LTTP ZWPERl'.'M%,"rS
Obgay_ 3~a pp 43-51
"Irle rrpoce 0-: t~..,_s worlt 1~a!; to =ake a compar t1 e
p-~.,chvzotor chrtracteristics in Individual and
exporl=ent alt,.:Ationz.
2y mnn'~7=-n,;r, eac,. zzychomotor characterirttO Individ-
ual'- ,;o thr.Z =c:-ta,~n i1 cj;c, cf the chx-acter-
In some ot.,ier charactertstic.
.cz char,:~c
tilt was -.a-Ae -pot e-,jjy for each r-haractez-
istic Ind. I-letzt, '"t al2o for T vvrloun Indicators and
tnz-1-cien In z~ zZ:stc= --r inter-rclatLonshIps
f1clent of vlacess,
Spec.l. Acannaty. elficlarc.7. coef.
r-ne*rfl~lent --l e:~rnz!V. Correlational armlysIn of tndlcler
zz.nl lrd,-Cutcz~ ol, !Irfez-c--t J-1taract-*np. was
z2:.*plOrC.'.,-:)r:,* In a ra:cirg- It 'Whcr, =aly::~mq the

oxpe'.
ez~d d_-~r. rro= L-ld'vidual and Sroup
-
~

-
t~n attention on t~*,Cre na--cclarlQns that
- oentraza,
c
I,:
,.k.z,a zil IntLrc!!,t tz:~ t:-as~tlmF a pro~-,ozis 0l F,70up resultm on
Of dl-ltx!~ -1=1:.~ = 1-,~dlrld,.Lal experi=ent, and for
groupa,
us 1) L-idtcate that the liverage
1.-zsno::~y of Is the average

r _,roup aotIv-
of a but i;i,.e succen-S o p
rl~n:~r zhs~r. tn=- of lndllvl-~Ual activity. Ue I, he
l.narcasec, It.- econo=~~ do-
t Ir cuccess oll
Zzc=t econ&-iz th-.,t C,
a- th:ill'-.n tht, ll~ able to tio its woric With greilte- =ucre6s,
. I acst"
t "O.-4 acze
an-, th,-~ c0cf-
aperatil-'rir it can be C~Oen
00--pic'- there in a
j-n In ot ,nor worao, i's
cemilcm trore on~u-rr a
r, dec--ca.9L of noth
:era the drop In
c:-mzrlmc.,t dIfferenre in ~-uccv,:;z
fl-st ard cccc-d ordar of
v".0
'.a QL~ZO ~n
1~9

-12 N
012 UNCLASSIFIC0 PftbCFS~SVJG lATF--020CT70
_:.T I'T L EI--SEISI-GLOGISTS TO INVESTIGATE AREAS OF -MIGES V~ TJRKMC-N SSR
RECENT TRE
A U T H'-'PCB F. A P EN K ri
V.
'OUNTRY UF INFO--USSR
~%~~SOURCE-ASHKHABAU, TURKMENSKAYA ISKRA, I APRIL 1970, p
TE PUOLISHEO-OSAPR70
SUBJECT 4REAS--EARTH SCIENCES AND OCEAN10 GRAPHY.
'~'~'_TUPI~ 'TAGS---GEOPHYSIC EXPEDITION, IC SHOCK, SEISMICITY
.-CONTROL MARKING--NO RESTRICTIONS
CLASS--UNCLASSIFIE0
--PROXY REEL/f:RAME--1989/1709 STEP ~NO--UR/9026/70/0'3O/OG3fOOO4/0004
j CC ES S I CN NO --- A-14 010 8 0 8 0
Cl R-C A
A-S S-1 F-I

NCLASSIFIED --020CT70
2/2 012 Uf PROCESSING DATE
C-IRC ACCESSION NO-AN0108080
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. LATE AT NIGHT ON SATU:10AY (4 APRIL
IERGROUIND TREMORS OF CONSIDERA,~LE FORCE WERE FELT IN KIZYL-ATq.Ex.
U
NL
AND-NEIGHBURENG VILLAGES. DURING THE:DAY SIMIL&R SHJCKS 3CCURED IN THE
REGION DF. JKAAKHKA. SOME ASHKHABADIANS ALSO NOTICED THE BA:kELY
PERCEPTIBLE ECHOES. AT THE PRESENT.TJME THERE IS Nrl SYSTE4 OF
SEIS.t-iOLOGICAL., OBSERVATIONS IN THE REGIONS WHICH EXPERIEN:;ED THE
-UNDERGROUND TREMORS. FOR THE REASONITHE SEISMOLOGISTS AND OTHER
SPECIALISTS. OF THE INSTITUTE OF PHYSICS-OF THE EARTH AND ATOMJSPHE-,E OF
.THE ALADEMY OF SCIENCES TURKMEN SSR DECIDED TO FORM Ali EXPEDITION TO fHE
REGION& OF KIZYL-ATREK AND KAAKHKA TO:DETERMINE THE NATURE OF THE SHOCKS
AND DESCRIBE THEM. R. U. NEPESQVt HEAD OF THE SEISMOLOGY DEPARTMENT OF
THE,INSTITUTE, AND SCIENTIFIC WORKER Go Le GALINSKly LEFT ASHKHABAD ON
THF TRAIL OF THE-UNOERGROUND STORMS.~+OR A PERIOD OF.10 DAYS THEY WILL
TOUR THE REGIONS WHERE THE SHOCKS OCCURRED, QUESTIONING THE INHABITA4TS
ANO ENTERING.DATA ON SPECIAL CHARTS.:' THE COLLECTED -MATERIALS WILL BE
'STUDIED CAREFULLY AND PROCESSEDO RESULTS WILL~HELP SEISMOLOGISTS T-_1
UNDERSTAND. IIETTER THE NATURE Of, THE ()NDERGRIJUNO TREMORS WHICH OCCUR rN
VARtOUS:REGIONS OF OUR REPUBLIC'*

Surgery
USSR
OBRJOJENKO, V.
1"rffA'5'pVfttion Is Going On"
Ashkhabad, Turkmenskaya Iskra, 21 January 1970, p 4
Abstract: A vivid description of the operating procedures of the neurosurgeon
Volobuyev is provided. For six tedious hours, with painstaking thoroughness
and.acrylic resin plastic, he restored the shape of the face and skull in a
patient who had sustained a seriously deforming injury to the head and face
several months before. At that time Ismayil Ayubovich Rustamov gave emergency
treatment,-removing spicules of bone from the brain and applying life-saving
measures. At the Turkmen SSR Neurosurgical Institute, Irene T. Solumentseva
has restored the use of hands and.feet in 136 patients, using skillful neuro-
ical restorative measures.- Their n:u
surg e rosurgeons, ever-active, ever-learn-
ing, are short of beds in their hospitals.

USSR uDc 612.821.2
OBRANS97A., G. A. Laboratory.of Comparative Ontoggenesis of Higher Nervous
Aciti-vlt-T,
fitute of Physiology imeni I. P. Pav-loir, Academy of Sciences
YSSR, Leningrad
"Age-Associated Changes in Long-Term ~Lzmory in AnDmils"
Moscow, Zhurnal Vysshey Nervnoy Dayatellnosti imeeni 1. P. Pavlova, Vol 22,
No 4, Jul/Aug 72, pp 752-759
Abstract: Simple conditioned reflexes were developed in puppies aged about 1
month, 1.5-2 months, and 3-5 months. The-youngest and the oldest animals
learned at a significantly slower rate than those of the riddle group. After
a -pause of 2 months, none of the youngest animals responded to the conditioned
stimulus. In the middle group, memory was better, while in the oldest group
all anirals, responded to the stimulus and were the fastest in recalling the
(,peration required to obtain food. Similar results were obtained in rats
aged 1-12 months, in whom the conditioned reflex consisted of avoiding an
electrical shock. The oldest rats learned slowly but displayed the best
memory after an equally long pause. Thus, an inverse correlation -was observed
between the spqed of conditioning and the retention of' the conditioned reflex,
which evidently is due to differences in the mpechaniztwa underlying short- and
long-term memory.
;6

USSR UDC 612.66+612.833.81
DOBROVOL'SKAYA, V. H., FEDOROV, V. K., BOGDANOVA, A. Ye.,
'Institute of Physiology imeni 1. P. Favlov, Academy of Sciendes USSR,
a
Leningrad
"The Relation of Training and Long-Term Memory in the Ontogenesis of Rats"
Moscow, Doklady Akademii Nauk SSSR, Vol 204, No 3, 1972, pp 763-765
Abstract: The ontogenetic method of investigation Permits discovery of the
functional characteristics of the brain activity from the time of their de-
velopment when the relations are simpler,and more availablefor analysis than
in mature animals. A study was made of the,characteristics of the relation
of the education rate and the retention of the defensive conditioned refley-
of active escape in the postnatial.antogenesis of a rat. The reproduction of
'he developed habit in the case of "compl te" and "incomplete" training as a
t e
different mechanism [J. A. Deutsch, et.al., Nature, No~213, 742, 19671 and
vith a known degree of training, changes in reflexes are almost never observed
even after a prolonged interruption (6-8 months), Thus, the so-called "in-
complete" training was used.
The development of a conditioned reflex,of active escape takes place most
rapidly in month-old baby rats. The dynamics of chang Les in the number of
1/2

USSR
OBRAZTSOVA, G. A., et al., Doklady.Akademii Nauk SSSR, Vol 204, No 3, 1972,
pp 763-765
conditioned reflexes of active escape from experiment to experiment and from
combination to combination determined by the,linear regression coefficient
demonstrate that the least increment is observed in 12-month old rats. The
period of optimal training in rats up to:l year old does not coincide with the
period of best retention of memory of the developed habit: when developing the
escape reflex, the 1- and 2-1/2-month-old rats were the best, and when checking
for retention they were the worst. The basis for poor memory in the defined
ontogenesis period is the following: a) more pronounced nature of the induc-
tion relations at an early age, b) greater susceptibility of unreinforced
associations to interfering effects, c) insufficient myelinization of the
matter of the cerebral cortex.
gray
2/2

Glass and Ceramics
USSR 71666.1
UDO f546-19+546-23+546.24
-Q1RAZ=,1Jt-, A., and 13ORISOVAv Z. U.I:Leningrad State University imeni
A. A. Zhdanov
"Electric Conductivity and Softening Point of Glagses in the As-Se-Te
Sysum"
hoscowt Xeorewicheskiye M&terialy# Vol 6, No 8, Aug 70, pp 1417-1421
Abstract: This work presents results.of measurement of the temperature de-
pendence of electric conductivity and the softening interval of glasses
for seven cross sections covering practically the entire aa:e-a of gl -ass
formmtion in the As-Se-Te system. Ele:atric. conductivity was, Measured in
the temperature Interval from room temperature to T . Reprcducibility was
good. for specirmens taken from parallel melts. The 91.speraion of conducti-
vity values did not exceed 0,1-?.2 orders of magnitu5a. Th-) conductivity
of the glasses varied from 10-1 to 10- ohm-lacm-1 '-he activation energy
of conductivity -- 'from 1.7 to 0.9 eV# ReDlacenent of Se by Te causes an
increase in conductivity and decrease In activation an The soften-
temperature of the glasses varies between 50 andlergy
70 C. As the chal-
cogen content increases, T decreases.. The nature of the change of T,, as
a function of Se/Te ratio,9 as well as the change in conductivity at the
1/Z
ft

P
UDC 582.035
USSR
GRIGORYAN, A. K. All-Union Saientific Research Institute of
yo(iAer, Ail i~~ Academy of Agricultural Sciences imeni V. :1. Lenin; Scientific
Research Institute of Agriculture, Ministry,of Agrioul~ure Armenian SSR
"Reaction of Plants to Artificial and Natural ShortenAxig of the Day"
Vol 23, No 6.~Jun 70. P 113
Yerevan, Biologicheskiy Zhurnal Armanii,
Translation: The characteristics of the reactions of plants to artificial short-
ening of the day in northern regions and the natural shortening in connection with
extending the plantir4; into southern regions were inveistigated. In the reactions
of plants to artificial shortening of the day, there 113 a cumulative effect of
the indirect affect of the photoperiod. depressions of growth processes con-
nected with a shortaga of photos:n2thesis products and disturbance of the natural
course of illuminatima. The plAnts are deprived of morning ard evening light,
characterized by low intensity and comparatively hight~.ontont of the long waves
of the spectrum: Full darkness is. suddenly fol,lawed by; light, of high intensity,
and in the evening bright light is foLlowed by total darkness. With fttural
shortening of the day, the courie,of illminatiois Is noL divturbed, and, as is
seen from wTeriments, the photoperiodio:-remotion appears weaker than with
artificial shortening in experlwats, The plAwto (corpo sorShum, bArlay, peas)
1/2

USSR UDC 539:.3
OBRAZTSOV, I. F. and VASIL'EV,'V. V.
"Some Problems of Optimum Design of Filament Reinforced
Plastics"
Moscow, Prochnost' i Ustoychivost' Tonk-ostennylth Aviatsionnykh
Konstruktsiy, 1971, pp Z01-Z16
Abstract: Review of literature on ihe subject matter is made.
First the case of a cylindricalz plastic shell reinforced by
left and right haria spiral filaments.'and subject to internal pressure
s (1),give the stress for the
and axial load is considered. Equation
two loads. Equation (3) is the condition of equality of the two
stresses. The wall thickness of the, pressure vessel made out of
filament is 1. 5 tirnes the wall thickness of a solid wall pressure
vessel made of the same material :It is assumed that all the load
is carried by the filament and none by the binder:.
1/2

r7
USSR
UDC 535-853.34
OBIEIMOV, 1. V., Academician, and B'17MITSOV, Ye. A.
'.Monochromator With Concave Diffraction Grating for a Large Interval of Wave
10
Te_ng+_hsrr
Leningrad, Optiko-Yzkhanicheskaya Promyshlennost', No 10, Oct 72, pp 46-51
Abstract: A high-transmissi monochromator with concave diffraction grating,
which makes possible to ejectonbeams of light of up to 0.1 nm monochronlatissity,
is described. The installation-of the concave diffraction grating, its base,
and setting in motion are discussed by reference to diagrams. The exit slit
of the monochromator is located on the.Rowland circle., which has a dianeter
equal to the radius R of the grating. In this case, the irage of the slit by
the wave length A is also located on the Rowland circle at~a point determined
from a given function. Values of the length of waves, ejected by the exit slit
of the monochrorpator, in the case of R/2-500 nn, are tabulated. A 1 m dis-
placement of the inotion scre-w corresponds to the 6.67 nm change of the wave
length. The individual steps in setting the monochrm-rator:are explained and
its qualities, as a stability of readings during a half-year period, are indi-
cated. Eight illustr., two tables, two formulas two biblio. refs.

USSR
UDC 539.194
Academician
ZVI
"Bending Oscillations of Chain Molecules"
Moscow, Doklady A~,ademii Nauk SSSR, vo 1204, NG 4, 1�72, pp 824-827
Abstract: The equation for the bending oscillations of molecular chains is
developed by considering a number ofmaterial points,of specified mass lying
along the X-aNis of a Cartesian plane,.where the bending consists in deviat-
ing thesa points a small distauce above:and below the. X-axes in the Y direc.-
tion. Sytmetrical and antisymmetrical dscillations are discussed and com-
pared with compression oscillations. It is noted that the first bending
oscillations are possible beginning with~ N = 3 only -. i.e. , at the- thJ rd
point from the coordinate origin while the first compl.-ession oscillation is
possible only with N - 2. The calculations for N > 7~t,7ere made on the
11vilonyus" computer according to the Lobachevskiy me.thod, and the solutions
for the equation [NJ 0 were developed' at. the Computiiig Center of the IISSR
Academy of Sciences, Siberian Division,! at Novosibirsk. The author expresses
his thanks to G. 1. Harchuk and I. A. Palitsyna for tkielr assistance.

USSR
Zpidemiology
UDC 616.921.5-07
OBAUgIT S. D., KOVDYSHEV, B. V., P
INSKII, Z. A., and KARAULOV, V. S.
."Clinical and Epidemiological Characteristics of Influenza During the
1972-1973 Epidemic"
Moscow, Voyenno-Meditsinskiy Zhurnal, No 11, 1973, pp 44-46
Abstract: Late in December 1972 an influenza A,) epidemic broke out among
soldiers in coastal units and garrisons who had come from such large cities
as Leningrad where an influenza epidemic among the civilian population had
a-Iready reached substantial proportions. The sick rate peaked during the
first 10 days of January and then declined sharply. Most of the personnel.
were not Vacciuated until shortly beforu the outbreak~beeallse the incidence
of influenza and other acute respiratory diseases reWined low as late as
Hove-mber. The sick rate was highest among the young draftees. In general,
the course was mild or moderately severe but complicated by pneumonia (much
more frequently than in epidemics,of previous years) in about 20% of the
cases. The average number of bed-days In uncomplicated cases was 7.5.
Treatment with antigrippine proved to be efficacious and the pneuinonias
yielded quickly to antibiotics. The authors conclude that such prophylactic
1/2

I C.

USSR UDC 614.484
BAUMAN, V. M., OBREKHT S. D. SAAKOV, G. T., Cal Med.Serv; and FEDOROV, M. N.,
Candidate of Meal-cal Sciences-
Gaseous Methods of Disinfection~'
Moscow, Voyenno-4feditsinskiy Zhurnal, No 1 1972, pp 54-57
0
Abstract: Because there has been heretofore no practical solution
to the problem of disinfecting synthetic materlals, documente, cur-
rency devices, and small-size expensive apparatus, the authors de-
vote-this article to the status of:the gaseous..method o--L-' disinfec-
tion which they regard as the solution since,as recent research
has shown, it is convenient.and has no negative qualities. In this
chamberless method, a promising disinfectant is a mixture of ethyl-
ene oxide and methyl bromide (knoim:under theAtussian acronym of
OKEW) which is prepared under industrial conditions and consists
of one part ethylene and.2.5-parts methyl bromide by weight.
It is a uniform, transparent fluid~with a pungent odor, a iiquid
below +8.50 C under ordinary air pressure conditions, and 15 cap-
able of being stored for long periods-. A table of the antiseptic
propertiee of the eas acting on:vaAous materials under various
conditions is prenented. The.roaults of teFjtj3 izade to determ:Lne
59

USSR
BAUMAN, V. M., et al., Voyeano-Meditsinskiy Zhurnal, No 10, 1972, pp 54-57
its germicidal capacity are also given together with a sketch of
the equipment used for administering it. Research performed by
the authors shows that the gaseous method of disinfection may be-
come~istandard under field and barr4eks,conditions. It is also ap-
es.
plicable to surgery.and other1ospita procedur'
Rik.

us SR
SOFRONOV, B. VIKFMAN, A.: A., KARASIK, 0 A., OBRU
440"- ,
and POLENOVA, I. M. Institute of Experimea~al Miedicine,
Academy of Nedical Scie7ice.9, USSIZ, Leningrad
"Modern Aspects of Nonspecific and Specific Suppression of
Immunological Reactivity pp 75-88
~Abstract: Various ways and means of suppressing immunogenesis
are discussed in the article. Of the many nethods studied,
the most important are surgical'methods -- extirpation of such
immunocompetent organs as the.splZen, thytimis, and some groups
of lymph nodes; physical methods -- application of radiation;
chemical methods -- administration of chemical preparations;
and biological methods -- based on the action of antisera against
antigens in lymph tissue.. Investigations established, however,
~that removal of immunocompetent Organs from~young animals tends
to hinder the further development of the lymph system -- the
main source of lymphocytes, and causes dysfunction of the lymph
system and prolonged suppression:of the. immunological reactivity
of the organism. Thymectomy and bursectomy in adult animals
1/2

USSR
SOFRONOV, B. N., et al., "I'lodern Aspects of 'Nonspccific and
Specific Suppression of Immunological Reactivity," pp 75-88
tend to weaken considerably the immunological system of the
organism and retard the regenerative process of immunological
reactivity. The application of.ionizing radiation and chemical
preparations, while suppressing immu .nogenesisl tends to inter-
fare also with the development and functions of vitally irqpor-
tant proteins and nucleic acids. The most promising method is
the application of antilyi;iphocyte sera. The use of these sera
is based on the Fremise that antilymph antibodies while affect-
ing lymph cells will not disturb the fulnetiolls of. rion-lymphatic
tissue cells. There are, however, some well-rounded apprahan-
sions with respect to the utilization of antilympbocyte sera
because of their possible~tbxjc properties and content of ita-
:purities.. VoFork clone on these problems by Soviet !and foreign
authors is discussed,
2/2
M -H

Fj
USSR UDC: 62:519.25
OBREZKOV, G. V. and RAZEVIG, V. D'.
"Methods of Analyzing Tracking Breakdown"
Moscow, 240 pp, 1972, "Sovetskoye radio," p 2
Translation: This book presents a review o� the most important
methods of analyzing tracking breakdowns in closed servo
circuits in automatic electronic equipment under the effects of
fluctuating noise. The phenomenon of tracking breakdovrn in auto-
matic frequency and phase control in automatic tracking radar cir-
cuits is uned as the example. The analytic r6search methods given
in the book ara bnaed fundantentally on Mar)[ov r_,,ndom prcco= uys-
tems. Special attention is devoted to analysis of tracking break-
doi-m- using analog and digital computers. In addition to its direct
application to the study of~tracking breakdo=, the materia-1 is
useful for investigating other nonlinear phenomena in electronics
and -automation.
T
The book is desi&rned for scientifiq':perBonnel and engineers invoi,redin
the research and design of eleetronic tracking devicea.
Six tables, 55 illustrations, bibliography of 106, titles

USSR
OBBEZKWJI G. V. and PAMVIGY V. D.Y savetsimye radio,". 1972, pp 238-239
1. Time discriminators
2. Phase discriminatoi7s.
3. Frequency discriminators.
4. Direction finders
1.3. The-concept of trackin :breakdown . . . . . .
1.4. A short historical survey . . . . . . .
Chapter 2. Fundamental Information from Markov Process
Theory.
2.1. Basic concepts; terminology.
2.2o Descriptions of.control, systems using
Markov processes . . . . . . . .
2.3. The Fokker-Planck equation . . . . . . . . . .
~2.4. Simplifications of the Fokker-Plaack Equation.
216

USSR
_qBREZKOV.j G. V. and P
AZEVIGI V. D., "Sovetskoye radio',", 3.972, I)p 238-230
2.5. Limiting conditions in tracking breakdown
problems . . . . . .
The boundary value problem for the Pontryagin
equation . . . . . . . . . .
Chapter 3. Tracking Breakdown in. Quasi-Stationary
Systems
3.1. ApplyIng the theory of random procaes
overshoots
3.2. Analyzing breakdown ins,tationary systems
using the theory o1 Yktikov proce8ses
I. First-order tracking systems . . . . . . .
2. Second-order systemb with integrating
filter
3. Syotems with secondrorder aetatism . . . .
4. Second-order systemb. Ath propDrtional-
3/6 Integrating filters'.

USSR
OBREZKOV, G., V. and BAISVIG, V. D.,, "Sovetskoye radio," 1972, pp 238-239
3.3. Feculiarities of,the analysis of oystems
with periodic discriminator characteristics.
Chapter 4. Tracking Breakdovm in It6nstatlonaEy Systeme
4.1. Generalizing O'verahoot;th~eory for'analy~zing
nonstationar
y systems .
~thod . . . .
4.2. The Bubnov-Galerkin me . . . . .
4.3. Asymptotic method.
4.4. Method of compensating~sources . . . . . . .
4.5. Generalizing the method of compensating
sources for nonlinear'systems.
5. Particular Chara teristics of Tracking
Chapter C
Breakdown
4/6

USSR
OBMZKOV, G. V. and RAZEVIG V. D., Sovetskoye radio," -1972, pp 2:18-239
5.1. Determining the critical noise poioer by
the method of statistical linearization. . .
5.2. Determining the critical conditions atthe
basis of the Fontryagin equation..
5.3. Time characteriatica of tracking breakdown
-Chapter 6. Anal~sin of Tracking
13keakdown Uning
Blectrunic ComRutea,
6.1. Modeling a tracking system with the
analog computer,
6.2. Solving stochastic equp-tions with:the
- digital computer
6-3. 901VJII9 Partial differential equations
with the analog computer' . . . . . .
5/6
17

2 052 UNCLASSI F I EO,: PROrESSING 0ATE---27N0%/70
T-ITLIE--.O.R I ENT ED CRYSTALLIZATION..0N PHOTOFLECTRIT SFLENIUl Li%YERS
...'PUPLICATING THE.ELECTRIC STqUCTURE OF C)iYSTAL SURFAtES
U.THOk-r (62) -0 1 STLER G. I :V,.G.
~-CUUNTRY OF liNFO--USSR
IURCE -DQKL. AKAD* NAUK SSSR 1970t 191(3),t 564-7
PUBLISHED ------- 70
AREAS--PHYSICSt MATERIALS
-,TOPIC TAGS--CRYSTAL STRUCTURE, SURFACE PROPERTYt SELENIUM,
0 T
STALL HAT [ON i ANTHRAQUINONE:p SODIUM CHLOKIOE7 $UBLI14ATIONi RA 14TION
6 F F E CT REACTION MECHANISMv POLYVINYL 'CHLORIDEt THIN F;lLM ME11ORY
.DECONTROL MARKfNG--Pl0 RESTRICTIONS
CLASS--UNCLASSIFIED
PROXY REEL/FRA!4E--3003/0842 STEP '~140--UR/0020170/191/003/0584/0587
~GIRC ACCESSION NO--AT0129921
U%,- L F I

-7 Tv - -1~-.-77r, -! - 1 -1
-7777
2/2 052 UNCLASSIFiEb PROCESSANG OATE--27NOV70
CIRC ACCESSION NU--AT0129921
..7-A BSTRACT/EXTRACT--(U) GP-0- ABSTRACT* SE FILMS ON A NACL SUBSTRATE AND
W,ITH THE SUBSTRATE-RE14OVED WERE I.RRA014TED AT 400-500 PI MU FROM A 1970 W
INCANDESCENT ALMP USING A BLUE F ILTER*.- FILMS OF ANTHRAQUINONE WERE
SUBLIMED AT 130DEGREES ON SE.PLUS NACL.AT ROOM TRM-P. AND ON SE F-IL14S
WHICH HAD BEEN REMOVED FROM THE NACL SUBSTRATE WITH A POLY(VINYL
CHLORIDE) RIBBON ON W141CH THE SE FILM REMAINED FOR THE STIJOY OF THE
CONTAC1 SURFACEo IN THE SUBLIMATION OF ANTRHRQUNIONE DIRECTLY ON NACLv
-40 HU LONG, FORMED A OW
NEEDLELIKE CRYSTALSv 10 XIAL TEXTUREi D. EQUALS
5 TIMES 10 PRIME5-10 PRIEM7-CM. PRIME24 IN THE SUBLIMATION OF
ANTHRAQUINONE ON NACL COArED WIT14 AMORPHOUS SlEt 200 ANGSTRON THICK,
ORTHORHOMBIC CRYSTALSt 3-8 MUt FORMED A BIAXIAL TEXTURFt 0. EQUALS 3
TIMES 10 PRIME5-5 TIMES 10 PRIME6-CM4, PRIME2. THESE ORIENTED CRYSTALS
FORMED BOTH IN THE LIGHT AND IN THE DARK. BUT;o FOR SUBLIMATION OF
ANTHRAQUINONE IN LIGHTt ON THE CONTACT:SIDE OF SE.THE tiATURE OF CRYSTN.
CHANGED. NO ORIENTATION OCCURRED FOW SUBLIMATION IN THE DARK, I.E. THE
FILMS DID NOT "REMEMBER" ORIENTATION INFROMATION.- TO ENDOW THE FILMS
~WITH "MEMORY"t IT IS NECESSARY TO IRRAUIATE THE FILMS;; WITH SCATTERED
LIGHT BEFORE REMOVAL FROM THE SUBSTRATE.~ THE RESULTS.'SUGGEST A
PHOTOELECTRET MECHANISM OF THE: RETENT.ION AND TRAASMISSION OF INFORMAITON
~SY~~THE A!4ORPHOUS BOUNDARY OF SE:
LAYERSt. OACILITY: INST.
KRJSTALLOGR.j MOSCOWr USSR.

M0044797 UR 0482
Soviet Inventions Illustrated, Se.ction Il Electrical, Derwent,
MON, P-EFECTO
243233 SELF-1E5P&CT1M INDU SCOPE
,quire electro-rdechanicill units
does not-re
the ~4esig ~d'ta'king up sppce. ,A
complicating'.
simple pasiiiire7LCI;,Ioscillitir4..circ.Oit Is" assou'lated
with the ratat:Ing sentior; 'The diagrart ;allows :'the
sensors I of the flaw detector 2 workiiit,in a:
tubular part-7 under inspection. .:The o~cillatiflg
circuit contains in induaance 4 with forrite:
core, capacitor 5 and Qn"ct: 6. 3 is tuned t,o
the working,frequency of tho~instrument. When the
work piece is notpresent. the resonant.circuit is
switched on and each tiq~e':tlhe.11aw sensdrs I-come
past it 41 self-induced ois.cillatory aLgnal is
received and the :sensor,~Aioltage modulates. Tbe
corrdctness of tbL~Anspecting device Itself is
Whe under inspection,
thus shown. n. a, part
switch 6 is broken.and-the LC circuit has no affect
22.1.68 as 121314
.,7/25-28~ S.A.OBRUCHKOV. No,,-
DESTRUCTIVE TEST METHODS 9. 6 j)
Bul 16/5.5.69. Class'42k: int.CL,G o1n..
19771625

Vsesoyuzayy Nauchno IssledovatellskiyInstitut po Razrabotke
Nfetodov i Sredstv Kontrolya Kachestva Mater4
Nerazrushayushchikh -alc

Y.,
j
USSR LTX 62 1 .78 1 - 78 5. T, 62 0. 33
MPEDEV., D. V. and e ral Scientific Eesearch Institute
of Terrous 147.-tallur&y iment 1. P. Bardin
"Crack Develop mnnt in Prisnatic Samples liotchad On One Side Under Fati.,7,ae Ioadll
Llvov,. I-qziko-Khimichaskaya Malhanike Materialov,, Vol 7, No 6, Nov-D-ec 71,
PP 27-30
Abstract: Purpose of this work was to study the stress state arift morpholo~;y
of crack develop-ment xu-,der fatigue load in the elastic region of strovin.
Prismatic sarTlea -were mrade from. steel Kh211,15AG7 (EP-222) hav!W~ the f oliri-a-ri,
chemical composition: (in d,,) 0.1 C, 21-3 C)7; 5.4 Ift, 7-7 M11, 0-03 Si, 0.25 112,
ma 6 (arx) 111d 0.0.1 P(prvix). Uj3jn~, uptical polarlz%Ation dntu- tIna authors
conducb3d an am-Alynio of !Aw i4true., atate of- rnkhea nurvplos wid-_-r I'Llti~iwj
i;trr , in tho
load from which they ascartained tIVLt the abrohtte, Yalu() ol.
notch apex vas x~Aximrjm and 3-3 tirzo Greater than the noialtir.1 ntrars (1-77
kg/cn?-). The wuthors also discuas the morphologV of crack devc1opnmat and.
-the relationship of streav state: d, c~ack:devel PMJYt. 5 fij7,ures, 2 bibli-
all 10 1
ographic-al references.

UNC ASSIFIE6, ;PkOCESSING OATE--30OCT70
~J.,~TETL&---QUANTITATIVE DETERMINArION OF CARBON, HYDROGEN9 SULFURt AND OXYGEN
JN-ORGANIC COMPOUNDS BY IR SPECTROSCOPY:-U-
-(OZ)-OBTEMPERANSKAYAt S.I. 4ULLAYANOV9 Fol.
AUTHOR
_:CCUNTRY OF INFO--USSR
MOSK* UNIV., KHIM.-119701: 111111 118-19
DATE OU13L ISHED ------- 70
AREAS--CHEMISTRY
.-J'OPIC. TAGS-IR SPECTROSCOPYr CARBONt HYDROGENY SULFURv OXYGEN,
:QUANTITATIVE ANALYSIS, ORGANIC CHEMISTRY-
.'CONTROL MARKING--NO RESTRICTIONS
3CCUMENT CL4 SS--U114CLASSIF IED
REEL/FRAME--1997/1474 STEP ND--UR/0139/70/01'4/001/0118/0119
CIRC ACCESSION NO--AP01202,51
UP41 CA SSIF IED

02T WitLAsSIFIED Piq0CESSING DATE--30OCT70
CIRC ACCESSION NO--AP0120261
--(U) GP-0- ABSTRACT. THE MErHOD WAS BASED ON THE OXION.
-ABSTRACT/EXTRACT
OR THE-PYROLYSIS OF THE ORG. COMPDS. TO FORM THE S1,4PLE COMPDS., CO
SU621 CO, H SUB2 0, AND SO SU62, WHICH. WERE DETO. BY ER SPECTROSCOPY (J.
A..KUCK, ET AL., 1962). TO DET. Ct Hr OR S THE COMPOS. WERE BURNED IN
'AS CELL
AN 13 BOMBP A FLASKi OR DIRECTLY IN THE. SPECTROPHOTOtliErRIC
PROVIDED WITH A PT COLL. THE PRODUCTS,OF: rHE PYROLYSIS OF THE compos.
IN AN INERT GAS ATM. (AR) WERE: COt CO SU82 H SU32 Or AND CH SUB4.
r
~~THE CONTENT OF 0 WAS DETD. FRO14 THE ABSOR'PTION BANDS OF THE CO SUB-7
(2349,C.14 PRIME NEGATIVEI), CO f 2145 CM PRIME NEGATIVEHv AND H SUB2 0
_(3650 USED FOR 9 COMPDS. THE
-3755 CM PRINE NEGATIVEI)o THE METHOD WAS
ERROR OF THE DETN. WAS: Cv PLUS OR KINUS 0.49PERCENT-- Ht PLUS OR MINUS
~oi2PERCENTP SlIPLUS OR MINUS 0.35PERCENT; AND Or PLUS OR MINUS.
-RCENT,
S
PV
--IJNC-1- ASS If I E

1/2 019 UNCL~ASSI FIED DATE--230CT70
TITLE--WAYS OF ELIMINATION OF POROSITY~IN WELDING THE AMG6 ALLOY IN
'~DIFFERENT SPATIAL POSITIONS -U--
,:,_..AUTH0R-(02)-OBTUR0Vt V*I.v YEROKHINP A'4Ao
_:COUNTRY OF INFO--USSR
SOURCE--MOSCOWt SVAROCHNOYE PROILVODSTVOP NO Ii 70Y PP 17-18
DATE PUBLISHED ------- 70
--MECH.1
.-SUBJECT AREAS IND.j CIVIL AND MARINE ENGR
aTOPIC TAGS--ALUMINUM ALLOYv BIBLIOGRAPH,Yi~WELO JOUNT PORUSITYt POROUS
MSITALt ALLOY OESIGNATIONMIAM6.6.ALUMINUM MAGNESJU44 ALLOY
CONTROL MARKING--NO RESTRICTIONS
Of
JCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1996/2043 STEP NO--UR/0135/70/000/001/0017/0018
CIRC ACCESSION NO--AP0116997
LASS, I

UNCLASSIFIED

0 21
UNCL ASsi Fi r-of
PR! ESSNG DATE _7NOV70
~
J-IT E_- FISSION CROSS SECTIONS AND FISSION.' fRAGMENT.DISTRIBUTION DURING THE
T
"ac
V4BARDMENT, OF. L IG14T NUCLEI BY NEON 20,1ONS -U-
OR --~OBUKHOVv A.I., PERFILOVI, N.A04,1 SHIGAYEVo.~O.E-p TKACHENKO,
04)
AUTH
~y,
G
TRY OF INFO_-USSR
-S.DURCE YAD. FIZ. 1970, Ilt 5) 977-81'
ATE- PU6L'ISHED ------- 70
-SUBJECT AREAS--PHYSICS
Op.1 C.-TAGS--FISS ION GROSS SECTION, L'IGHT;NUCLEUS, NEON ISOTOPEP ION
T71.8 ?48AROMENT
.,,,,-CONTROL MARKING--NO RESTRICTIONS
~~'OOCUMFNT CLASS--UNCLASSIFIEO
REEL/FRAME--3008/0580 STEP:NO-'~~UR/0367170/0111005/0917/0981
CIRC ACCESSION NO--AP0137665
UNCLASSIFIEU

2/2 021 UNCLAS"SIFIED PROCESSING DATE--27NOV70
C I RC ACCESSION NO--AP0137665
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE FISSION:OF NUCLEI PRODUCED
FROM BOMBARDMENT OF SN AND AG TARGETS BY PRIME20 NE IONS WITH ENERGIES
198t 183t AND 168 MEV WAS STUDIED. FOR JHE DETECTIO','l OF THE FISSION
THE IMPINGING ON
FRAGMENTS THE
FRAGMENTS NARROW GLASS GLATES WERE USED. I I
PLATES AT AN ANGLE OF 90DEGREES LEAVE TRACKS, THEI FISSION CROSS
SECTIONS FOR THE LIGHT NUCLEI PRODUCEDAT BOMBAROMENT OF SN AND AG
TARGETS BY THE PRIME20 NE IONS,WITH ENERGY~ABOUT:200 411E.V WERE
CnNs.1
DERABLY-HIGHER (By 2-3 ORDERS OF, MAGNITUDE) .!THANi THE FISSION CROSS
.-SECTIONS FOR -THE SAME NUCLEI AT BOMBARDMENT BY P:WITH NEAR ENERGIES.
UNCLA S.S, I F I E 0