SCIENTIFIC ABSTRACT VORONKOV, YU.P. - VORONTSOV, N.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203610002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I .-. 1 -11 ",-,j .11

UDC 539.14.144.3
PEIKER, L. K., IVI~-I--KANSKIY, E. I., VORONKOV, Yu. P.. YaZUOV, A. L.
dj, C-aused by Holes
"Concerning the Causes of Lowerirg of the, Levels and
n Filled Shells',
Fizi heska-ya, Ho 4, 1971, pp 856-
Moscow, Izves'kliya Aka-demii Nauk S_%SR, Seriya AC
857
Abstract: Since, according to r e sult sof recent research, lowering of the hole j
level In, light nuclei is linked to. a large anount of pa~rticle-hole intoracbions
an attempt is made to ascertain the role: of. such inter*action in lo1wering of tho
hole, levels in heavy nuclei. it is found that wherea ;
S in light nuclei the
effect of lowerin- of the hole levels Is dett~rmin-_-J, by part-icle-hole inter..
action, in heavy nuclei it is determined:by the 3ffect Of rearrapZement of
tb.6 nUclon The possbie causes 641 the decrease of particle-hole inter-
action In heavy nuclei are enUMer--.ttcd. An Jxiportant eame of the wnakenint.!' of
particle-hole bil[loraction in heavy.nualei is the fact ~th~it ill. such nuclei the
particle-hole interact[I-Jon is reduced. to an.'irv teraction of Vn6 1) -- p type,
whoreas, in light nuclei an :Uiportant.part~ in, ~.layod by IjitowcUon.- of tho
p type. 2. tablo, 7 bibl-iographic. enttie;5.

112 024 UNCLASSIFIE 0 PROCESS tNG DATE--2-40CT70
TITLE--NUCLEAR MATRIX ELEMENTS -nF THE~BETA DECAY OF DEFORME0 NUCLEI -U-
~-"'AUTH0R-(02)-VOYKHANSKlYj M.YE., VORONKOVv, YU.P.
-.,--:-_COUNTRY OF INFO--USSR
~`:SOURCE-IZV, AKAD. NAUK SSSR, SER. FIZ. 1970, 34(2l, 411~4-8
DATE PUBLISHEO ------- 70
~-'~--SUBJECT AREAS--PHYSICS
'' TOPIC TAGS--DEFORMED NUCLFUSf MATRIX, ELEMENT, BFTA ~O~CAY, FORBIDDEN
TRANSITION, 4AVE FUNCTIONI HARMONIC OSCILLATOR, :TRANSITION PROBABILITY
..CONTROL MARKING--N0 RESTRICTIONS
N T
CLASS--UNCLASSIFIED
-,.,,PROXY REEL/ FRAME--- 1968/02 18 STEP NC--
I UR /004 8 /7 0 /0 31002 Oet 44 /We,48
-~'CIRC ACCESSION NU--AP0105294
UN 1. A S S I F I E 1)

212 OZ4 UNCLASSIFIED ;)ROCESSING DATE-230CT70
____CIRC 4CCESS ION ~,~40--AP0105294
:ABSTfRACT/EAXTRACT--(U) GP-0- ABSTRACT. BETA TkANSITIOIHS IN DEFOr"El"ED
NUCLEI WERE STUDIED AND A MMPARISON -OF EXPTL. ANO Tlf!~OR[-TICAL Rf-SULTS
WAS PERFORMED IN A IWAY SIMILAR TO THAT APPLIED TO GAMPIA TRANSITICINS.
FORBIDDEN BETA TP.NASITIOINS: OF THE AS WELL AS OF HIGHE:4 Gk"DER.St CAN
WAVE FUINCTION'So X SU"'K,
BE EXPRESSED BY SEVERAL MODELS. THE I
ARE EXAMD. AS LINEAR COMBINATIONS OF :SAS-IC FUNIMONS OF THE ISOTROPIC
HARMa,%-IC OSCILLATOR. THE TRANSITION ~WAVE FUNCTIC.P4 IS' FORMED 61~ BASIC
FUNCTIONS OF THE ANISOTROPIC HARMONIC OSCILL-ITOP;' HERE, CALCNS* OF A
PRO,BABILITY OF THE TRANSITION lNCj_U0E, SELECTION RULES FOR ASYMPTOTIC
-,QUANTUM NOS., THEORETZCAL qELATION,S ~AR ECONSIDEPL,ED FOR. FORBIDDEN
-TRANSITIONS OF ANY ORDER.
~v
UASSMIE-0-

i _7
WiSR
VDC: 621.315-519
VORONKOV, V. V. 1~, and IGGLITSYN, M. I.
Effect of aecond-Ph,:se lnclusion,6n donductii~ity iind the Hall
Effect"
Leningrad,, Fizika i 'tekhnika polu;,,rovodnikov 12,
'Vol. 4, No
1970 2263-2266
pp
Abstract: The inciv.ded second phases is reoresehted by the impuri-
ties that precipitatL- out of the semiconductor~.solid solution..
Becauseof this inollusion, there is a deviatioi.i in the conducti-
VitY in the neighborhood of the inclusion fromIthe volume value.
If the inclusion is -metallict it actslas an emitter; if it is non-
allic, the distortion of the conductivity withirt the Debye
et
m
screening distance i~; low. In addition to thu6e phenomena, this
article conoiders the case in whieh the radius~,of the nonuni--~
Lormity in the ae;~-;iconductor caused, by tho inclusion is small
co=pared to the average distance between includions, and esti-
mates t1he correction that must be givell the measured value of
the conductivity and the Hall effect coefficient. The authors
also discuss t-heir study of the form of Cu'prec ipitation whien
introduced into Si for diffusion as well ae for~alloying,

25 October -197--
MICROELECTRONICS
Exceratr from bo*k editzd--by F. V. Lukin;
mikro;lektrahika, No 5, 1972, Sovetskoye Radio Publishing House,
Moscowf UDC 017382:621.396.6-2.81.5.
CONTENTS
Annotation .................. ................. .......... ........
Obituary of Fedor Vlktarovich Lukin~ ...... ....... .............
Foreword 3
................ ................
Abatracts ........................ ........... .................... .
vq

r1cordlar. and readout. 7he memory cinment c~mqlntn of two
tq4-oloctrodra Gunn inatrumontj, the (it-rat of whirAt nervvs
for recording and ritorrige, tire second of which rterves for
readout of the atored Informettion. The. tirao. of the rovor,!-
Ing-readmut cycle is about 0.5 nsec. The power computed it.
storage mode I is about loo mW; in utorapat m~dn 0 It Ir
IL5 raw.
the article contains 4 figuraz and 3 biblicagraphic
references.
UPC 601.142 -* 621.37-.2
Diode-Transistor Loric LIrcuit With reedback. Naunov, Yu.Ye
and Puchkov ion Mikronlekt nika. fad-rtl--~
I.r. In the Collect
by PTV-,-Z-uxxaa -55, p 166, Sovettakoye Aaaaio slubii hinr
Houte,
1972.
Thc. artitle . r.17 01 61hooretical Analysis of The o1
trical parameters or . cir.
tilt with reedbackj its advanta
are analyzed In comparison to the diode-tranristor - cirruiz
without, feedback. It to shown thxv-7~thr Ure of-a reldiiaick
zzy cffac~t ' '
circult-in -ac~pcz--'a. t ivi in designint; nicrolowair cir-
cults.' 4n exparLmonval InveatLyatLon is sr
!von for the cir-
cuit with feedback In the microiactwer band a. comparison in
it-van with the vraLerlocircuit "111krolviktt-l".
The article contailras 11 f1gurta, I table, and 6 bib-
ilograrphic referencov.
UDC 621.3B2.,029.6k
Logic Clements an' Gunn Dioclotao -Norainkov-a i G.Mt Orlova, L.X.1
I V, t htf-ewki-~l on
S t ifira 3.61-1 - X i Y .N. I;
_:.:-j I --An
-XT V'r-o-e-reviR0,11 k -A. editetdr-_ r.V., Lukin, :to 6, p 102, So"oetskoya
.Radio~?Ubjlasb
The article describes this -proper riec' of: expor imen~ &I
satzpl-Gs.of plan;sr Gunn diodes. On 200-pat lonr samples the
authivro,nake a current Impulso ahapair and memory elem"ta .31'
tva types.
The article contillintl 6 Yipures. 1 table, and 5 b1blio-
gratphic-rafforencas.
UPC 621.375.001.21a t621.382.32
Static Analyals of the Simplest Differential Cascado on YDF
Transistoes. Stepane.$IW, I.P. In the Collection M11aroelek.
trzni ka s, p lso,
Fu-blisi.ing House, 1972,

jpRs 57333
25 October 197-,
MICROELECTRONICS
7-- t -'fr6ij; u ssian Iiinqua4c, book edited by r- V- Lukin;
zx rp -
MikeroeleakLroniku, No 5, 1972, Sovetskoye Radio Publishing hous,
'Yoscow, UDC 62T.-382:621.396.6-181.5.
CONTENTS
....... I ...........................
Annvltulon.~ ..........
Obituary ef Fedor ViktorovLch L UkID ....... ...................
.......................... ......
Abstracts

rocord in i-.,4nd.re all out. The menorY c:ort~.nt r~nzistlt -of 1 "0
f ur-oloc rod Gunn inrtrumont.-A, %ho fir"t u* which nerven
for recordinr and otorare , the r-eccind o: which serven I or
readout of the stored informAtion. -.:,e time of the record-
Lng-readout cycle is about 0.5 nsec, The po-cr computod In
storage moda I ia about 100 mW; In sivrage rtodie 0 it in about
115 nW.
The apticiQ contalar. 4 figure= ai,d 3 2~~_"bliograpbic
reforencca .
UDC SE1.142 4 621.374.3
Diode-7ranaistor Logic Circuit With reedhal_~. Naumov Yu Ye.
and Fuchk.0'r I r In the Collection ~H
by 11,6, Sov.t.k.-. ; 1:V111 11= 11181-ft i r, j" 0 ),1T0 U"ffe.
.he article giver a theoretical analysis of the elec-
trical parameters of a circuit uith Feodback; its advantages
are arial,;zzod in. corporition to thq circuit
ithout --rj;4'dDazk, the -ik4-e- ';t; ~'V
144'dback
circuit 16 especially offuctilva Z-as.ignlar- riitropower, cjr-
cults. An experin". tal invetitigation is F.11-ari. for the cir-
cuit with feedback In the nicropower band a comparison in
given wirn, %,to riicrcclrcuit~ ~'Mikroyatt~li'-
1he article containct 11 figures, 1 tahlaw and, 6 bib-
liographic refallences.-
UZC G21. 382 .029. 6u
77' L.0c rienitnts on Guniv-Dioden. Voritakova -=_9 .01,10va . ~L.Y-
Staro sallski V I And S
7, - . !06_1
r - k Lroft dited-Ty F.V. Luk-In, Ito S. p 102. Sovetakoye
Radio Funin I our., .1"'.
Ong. I
The articlo declcribta the properzier. of experimental
zanpld5 Of pla nar Guns. dlodofi. On 200-p=i long samples the
authors make a current impulse ahaper And memory elements of
two typal.
The article contains 6 flgureli~ -able, and S bibilo-
graphic references.
UDC 621.375.001.24j671.382_42
erentim.1 Cascade on MOP
S%4t!c Analysis Of the Sinple8t Diff
Transistors. Stapansnko,, I.P. In the Collection Miltrualak.
tronikaf edit *7_Fy"T7.V7._ru_7rn_. tie S. p 190. Sov-toxoye ka io
Fultlishing House* 1972.

112 ols LASSI r
UNC IEO~~'~ 1PROCESSING 0ATE--I&OCT70
::'.TITLE--LATTICE PARAMETERS AND ELE'TkICA
L P.R OP E R T. I EIS OFGALLIUM ARSENIDE
BEFORE AND AFTER HEAT TREATMENT 0
,.,:,,"A.UTHCIR-(,05)-KUZNETSOV, G.M.,,BARSUKOV, A.D..,, KANOYBA G.I.r VORONKOVA i
-BULA-
_Gwdao TQVAv 0.5.
17-TRY OF INFO--USSR
-~S-OURCE-IZV,AKAD. NAUK SSSRt NEORG. MATEA, 1970t T13), 452-6
PUBLISHED ------- 70
---MATERIALS
SUBJECT AREAS
.TOPIC TAGS--ELECTRIC PROPERTYP GALLIUM ARSENIDEv LATTIU PARAMETER
KARKING-NO RESTRICTIONS
-:00CUMENT CLASS--UNCLASSIFIED
-~-.-PROXY REEL/FRXME--1996/0843 S TE PNO--()R/0363/TD/00d,/003/0452/0,~36
_~CIRC ACCESSION NO--AP0118019
UNCLASSIFIED

2/2 018 UNCLASSIFIED PROCESSING UATE---L6ocr70
1-CIRC ACCESSION 11413-AP0118019
~-A BSTRAC-T/EXTRACT--lUl GP-0- AIISTRA~T, THE DEPENDFNCE OF THE LATTICE
5 T lu"'.4 T E 0.A
PARAMETER OF UNDOPED G4AS ON CURRENT.CARRIER CONCN. WAS INVI:
SHARP DECREASE IN THE LATTICE PARAMETER IN THE CONCN.~ REGIUN OF
10.7-3)
TIMES 10 PRIME15-CM PRIME3 WAS* OBSD..j. WHICH IS A.,-SOCOP WITH AN INCREASE
'IN THE-VACANCY CONCN. BY 1.44 TIMES 10 PKIMEL9-CM PR[ImE3. BY MAKING USE
OF THE PREVIOUSLY-REPORTED DATA% THE AT.:VOL., OFl.THE VACANCIES IN GAAS
WAS DETD. 17 IS 0.767 RELATIVE TO THE AV* VUL. OF THE ATOMi WHICH IS IN
GOOD AGREEMENT WITH THE RESULTS OF THE 0.1 MEASUREMENTS. THE DEPENDENCE
-OF THE LATTICE PARAIIETER AND THE ELEC~. PROPEPTIE-5 UF GAAS Ofq AS v,%POR
~PRESSUREt P SUBAS9 DURING THE ANNEALING PROCESS WAS INVESTIGAFED. AT P
-SUBAS GREATER THAN 2 ATM THERE IS OBSO. AN INCRE-A5E IN THE LATTICE
PARAMETER BY 1 TIMES 10 PRIMIE NEGATIVE-4 ANCiSTROtit:,CJRkc.SPO,,141,-',I,'4C, TO THE
DECREASE IN THE VACANCY CUNCN. BY i TIMES 10 PkIML,19-Cll PKIME3. TH E
CARRtEp, CONCN. IN SAMPLES SUBJECTED TO ANNEALING AT 700DEGRFES FOR. 7 HR
:,:_DEPENDS 'ON THE P SUBAS AND IT IINCREASES IWiTH INCREASING P SUBAS.
AT P SUBAS GREATER THAN 2-ATM LEADS.ALSQ:T0 A SYSTE.14A71C
.,-INCREASE IN THE. CARRIER MOBIIJTY~ CTO 25PERCC-NT)o FACILITY:
-MOSKi INST. STALI
SPLAVOV, MOSC W, USSR.
UNCLASSIFIED

USSR UDC 591-1-15
SAKIIAROV, V. N and CHENTSOV., Yu. S.
"Ultrastructure of Tntranuclear1nolusions.Formad During the Division of Cells
Irradiated with an Ultraviolet Microbeam"~
Naach. dokl. v-yssh. shkoly. Biol. n. (Scientific Repqi~ts of Higher Schools.
liological Sciences), 1972, No 5.'9 PP 56:59, (from EZh-rBiolo~zicheskaya Khimiya,
1-10 17,, 10 SeP 70, Abstract iio l7 F1481)
Translation: The division of cells with a prophase wacleolus locally injured
by an UV miarobeam results in the fornation of daughtbr calls whose nuclei
contain numerous inclusions, prenucleoli, in addition to normal nucleoli. The
former contain RNA but, unlike. normal nuc.leoli, tkey Are lacking in granules
and consist mainly of delicate fibrils (40 to 80 A). The appearance of pre-
nucleoli is thought to be due either to specifiedisrxption of the riboscral
M synthesis in the daughter cells or to radiation~induced injury to the
tucleolar substance.

USSR UDC: 68:L. 3.05c
POTAPOV, V. I., MMENKOV, P. V. 'OVA L. V. Omsk Polytechnical.
VOR
Institute
"A Multifunctional Threshold Plemen-0
Moscow, Otkr_vtiya, Izobreteniya, ProMshlenMe 0braztqy. Tovarnwe Znaki,
NO, 10, Apr 72, Author's Certificate No .332575,, Division H, filed 13 Jul 70,
published 14 Mar 72, p 225
Translation: This Author's Certificate introduces a nvItifullotional
threshold element based on magnetic cores vit! recttuigtiLar bysteresis
loop. The element -operates in acc rd ce with the prin.'ciple-of current
o an
distribution, and contains a.unit for. setting , the'thres%,old ijalue, and
also threshold cores carrying serit~s-conncct6d windings~ P r recording the
weight coefficients of variables and thrOshbld,:windindsi.~ As.a: distinguish-
Ing feature of the patent, the logic possibilities are extended by adding
units for input of the code for veight coefficients of variables, and units
for recording the vaiEht ccefficients on the' threshold The distri-
bution vindinggs of the -onits for recordin'g- tbo weight cbeffpients on the
threshold cores and of the unit for setting the threshold value are con-
IP

USSR UDC 578.089.84~,W_Ooi.28
PA:+ ana SWMY, A. P., Kiev ~ciexrtiflc Reeee.=h institute, of
e= 0~
0m
Ire 0 ogy and oncology;. Kiev Scientific Research Institute of Hematology
.and Blood Transfusion
."Effect of Bone Yarrow Homotramsplantation on the Intepaity'of the Pentose
Phlapbatte Cycle Reaction and the Lifetimer ot'Erfthrocytes ill &nimals 11itb
Acute Radiation Sickness"
Kiev# Ukrayins'kyy Biokhinichnyy Zhurnal, Vol 43, uo,6, Nov/Dee 71, pp 738-?41
Abstractl Rabbits and rats were used to determine the. effect of ionizing
radiation with subsequent bone marroir homotransplanU.t, ion oz -the li&lf-life of
oxythrocyton and the pantose phosphate cycle,~ reaction ~In th(~ orythrocytes.
i ts, : -2. -i th
Acute radiation sickmens was induced in.the rabbi by* 3. -ay irradiat On wi
4oses of WO-1250 mdof and In tbo rate, 8OD-1950, 11olie narxim honotmm-
plantation in both instances waz carried out IntraossePusly 121P hours after
cells -for tho rabbits p anA 2.6-
i=-Mlation with qu=t1ties of 3.2-3.5'106
3.4-107 for the xatu. The balf!"life 0t '0rjthxocytae mia dehtormir,,~d bf tho
Gray-Sterlit" methoil in Karavanwe's tioalflc~+,ionq Tbe*~effcat on the Pciftose
phosphate cycle reaction - by the DrI4-Xonomoto notho(lf Tbe expnrimontz
established that Ionizing raAiation reduco ithe ha:JX-lU13 Of OrythrOCYUS 401d
1/2

! i ~, 1. .
: 1 , i:. i 111H I -~ ; ~
I i I

1 .: ~ ~ ~ 1 11 !!;: 1! 11 11 1: 1

UNCLASSIFIED PROCESSING DATE-11DEC70
2/2 .014
ACCESSICN NO-AP0139384
_.,AbSl&ACf/EXTRACT--(tJ) GP-0- At3S I KAL I LHANGES IN THE ACTIVITIES OF THE
OXICATiVE ENZYMES'AND UN THE.RESklIPATLON Or- PINE TREES. INFECTED WIM
CANCERt CAUSED 6Y THE GROWTH AND DEVELOPMENT OF THE RUST FUNGI
RESIN
CRUNARTIUMI FLACCIDUM AND PERIUMMIUM PJNII~ WERE STUL31 El). AN INFECTION
WLTH T~iiE P-30VE. MENTIONED FUNGI INCREASiED, THE RESPLIZATION OF THE PINE
NEEGLESv ESP. OURING THE SPRING. DURI!NG THE SUAMER, THE- 2 YEAR (I
LD
p
.-NEEDLES CF INFECTED PINES HAD A HIGHER _RESP IRAT ION; :THAI% THE NEEDLES OF
'HEA LTHY JkEES.~.,THE RESPIRATIOWGF:THE~ UXIDATIVE'~ENZYIIES IN THE NEEDLES
INFECTED TREES CHANGED. ACCOROINGL,Y:140~' THE TIME:C;F ANAL.
LITY: 'TEKHNOL. INST. IM. KIROVAi ~m I U:SSR~
i L

Z/2 021 UNCLASSIF[ED PROCESSING DATE--20NOV70
CIRC~ ACCESSICN NO--AP0IIb40l
'ABSTRACT/EXTRACT-M GP-0- ABSTRACT. THE EFFECT OF EPITAXIAL ADSURPTICN
THE-SLLVE14T IN GROWING ALPHA AL SUR2 0 SUD3 FROM ALKALI AND ALK.
EARTH TUNGSTATE MELTS WAS STUDIED AT .1100-12500EG-AfES, THE HEXAGONAL
DIPYRAMIU WITH (ZZBAR431 EDGES WERE.RETAINE-U~AT C-PtOWTH RATES Of 0.1-25
MM-CAYi REGAPOLESS OF THE FALKALvOR 'ALk. EARTH' 0xlDE PRESENT IN THE
SOLVENT, INITH THE EXCEPTION OF CRYSTALSOBTAINE >V SPONTANEOUS CRUSTN.
FROM SRiiL SU134 A8CVE 140OUE(.-,REES. IN'. THIS CASEv 4RHOMOBHEDRAL CRYSTALS
WITH (10bARII) EDGES WERE OBTAINED. THE ADON. OF,0CRYOOTE CALC-O. ON rHc-
XNk AL ~
BASIS Of NA SU86 W SUB8 0 SU827.PLUS FI!SUB& YIELDS YNA PRIME
POSITIVE PLLS (X-2)AL SUb2 0 SUB3 PLUS ZWO SUB4 PRIME NEGATIVE NEGATIVE
Pi-US UWG SU63 F GAVE TRUNCATEO PYRAMIDS AND B.IPYRAMIDS. WITH
I-EIGHT:LIAGGNAL RATILS FRGM 1:1 TO 1:10. TH-E SIDE: PLANES (22BAR43) AND
(108ARII) RlAINED. THE (226A943)
-M PLANE$.GRE14 IN.,LAYHIS STARTING
~PRIMARJLY FKGM T14E SHAAP APEXES, THESE LAYERS END IN H-ClILINEAR
MACRGSUPIC STEPS IN TMC (8Akll,00; OIRECTION. AT: SUFFICIENTLY HIGH
TEMPS. AUSURPTION DECkEASEI)t GROWTH BECAME RHU1480KED-RALl AND THE
14. Cf- PCLYMlr-k ANIC"NS ON I LATED; '60 SUB4 PRIM NeGATIVE NEGATIVE
DECCM01 so E
JETRAHEDRUNSt IN THE PRESENCE OF FLUORIDES? DEVELUIED BASAL PINAC03rDS.
~FACILIFY: MOSK. GOS. UNIV., Lm* LCIIIIIONOSGVA~s~! 1405CGli, USSR.
UINCLASSIFI.Eo

UD
USSR C 632 .95
~ORONKOV&. V. V. CUKARE-VAl T. G. A.
ylap
Thin Layer Chro=tography of N-Carlnzo I-N-aryl (auyl) hydra). d.nea and
Their O-Acyl Derivatives"
ist, (Chomlcal Plant Protectants -- co1jec1,jo,,j
Y sb. Khim. sredstva zashchity r.
of - -#;orkz) . Vyp 1, Noecowt 1970 p PPI 16T-191- Mozi BZh-1U.0x,,1ya, ITO 13, 10 Jul '12,
Abstract Ro 13N536 by T. G. Ghekaxeva)
Translationt A stludy was nade of the chromatographic behavior of 20 N-ca-r-.
banoyl der3vatives of aryl(ailvi)- lazine of the. geneval formula
RR'NC(O)NW1R!11 (I) fP--H, OR, 0m'e'h=0T11Hz1 ~0CM111MIC;j 11'=Mp* aryl; R"-Fj
K"-111 C, -al~ 0 -e:L 101f
Cjj~ '-Yl' Ph 'I plates! vith silica, p
-7,
unkpowrJ 05-80 mic-mhs). ly wautpa are ~gi%ren fox I In sovai~ systor.,3 of so.1-
vents, Iodine vapomp an 0.05-perrent, solution of brompphenol blm- in a Ic'
solution of Agltl I an acid solution of Klin arv used f6r datootlon of I on tha
"3 94
cbromatogra= . TLO sensitivitys 0.1-2 x1eg. Silica with acetic or citric
acid Js used to sepa-rate substancez of th'~ pneml formlaa PhNf0-(0)x_7
where X-C C47-alkyl.. ~ Values axe- Givert for sev'~n ay'31-'113 :14f
solve mitivity 1.~~5 mog.
ntz. Detection sc

USSR. uDc 632.93
CUWMVA, T. G. VASSEMMN, A. M., UAIMOW-0, Ye. F., and
BASKAWV, Yu. A.
"Photochemical Decomposition of Maturin, Its Darivatives-'and Analogs"
V sb. lChim. sredstva zashchit"Y rast.' (Chemical Protection of Plants --
collection of words), No 2, Mosco%r, 1972, pp 285-291 (from Mh-Khimiya, No 22,
25 NOT 73, Abstract No 2211575 by G. A. Hosminskaya)
Translation: The photochemical decomposition of the herbicide meturin (I) and
alogs follmring, UV irradiation vras studied. Ube
some of its derivatives and an.
end product of the photochemical decomposition of I is F-WECOWe (II). EPR-
spectroscopy vas used to show that~the.photochemical U-composition of I proceeds
through the formation of the N-r4thylcarbamoil-N-plieriyl~aitrata radical ( 3:1-~
Identical BPR spectra can be obtained by the oxidation.of I by FbO2. I and 11
are found by thin-layor chixymatography azoong the decomposition products of :111.
There:is a direct relatiouship betirem the~zonsitlyity oV the derivatives and
hetbic dala, tivity.;,
analogs of I to UV 31ght and their I- c
51
.W"M "IMMIMMU11111MMUMMM

s
Nitroge.,.L ~d
USSR uDc 632.95
YAKIMEN
MELINIKOVY N. N., YMASKIN, B. A.~ 0 NKOVA,~V. K01 Ye. F., and
SABLINA, I. V.
-Dipyridyl
:."Thermal Stability of Quaternary Salts,of 4,
V sb. Dim. sredstva zashchity rast. (Chemical. Protection of Plants
collection of works), No 2, Moscow, 1972,~ pp.306-~11 (from 117,li-Ydtimiya, No 22,
25 Nov 73, Abstract No 22H572 by V. A. Kozlov)
Translation; A study_yas made of the thermal stability of compounds with the
g6neral formula (I) LX = I, MeOS03, (MeO),2FO2, and (MeO)M IeS) -F02/ and II by
P les. (1) 15 ml of MeI is added to 0.02 mole of
aper electrophoresis. Examp
~',41-dipyridyl (III). The mixture is sealed in an ampul and allowed to stand
4
at 200 for 24 hours when the crystals are filtered off and washed with ether
to obtain I (X = I), yield 72%, melting point 2400 (alcohol containing water
= (MeO)(MeS) P02) (Ia) is obtained in a similar manner by heating
3:7). 1 ZY
to 500 for 12 hours. Purification is carried out by reprecipitation, adding
an acetonitryl solution of I a drop at a time to acetone,at -50 to -700 to
0
obtain la, yield 34%, melting point 59-61.51. (2). Amixture of 0.03 mole of
I 1, 0.04 mole of (MeO)3-PO and 10 ml of water As hoatkl to 90-1000 for 5
1~3

USSR
MELINIKOV, N. N., et al., Khim. sredstva ~ashchity rast, No 2, 1972,
pp 306-311
hours in the presence of 0.1 g of alkaline activated carbon (A brand). The
carbon is filtered off, the filtrate.evaporated ina vacunm, the residue kept
in a vacuum.(40-500/0.2 mm) and treated with methyl ethyl ketone. The mass
allizes and purifteation is carried out by re-precipitation to obtain I
7xy=st(MeO)2PO2/(Ib), yield 90%, malting point-117-200. 0.03 nole of III is
added to 0.06 mole of Ofeo) PO at 060-65o heated for 2 hours to 7-800, left
3-
to stand for 7 days at 200 after which the crystals formed are washed with
dimethyl formamide, dissolved in MaC11, and poured a drop at a-time into AcOEt
-chilled by dry ice to obtain Il ZX = MeO) )~2 yie),d- 53%, melting point 95-
2~( 2
102!oi I is kept at 90, 120, 150, and 2000. -1 (X = I, MeOS03) when heated for
0
4 hours to 2000 forms a monoquaternary~salt and when heated to over 200 it
forms the original III. lb at 900 forms on an electroph,oregram the spot of a
cation of a monoquaternary salt i4thin 3 hours and at 120 and 150o within 20
to 10 min, respectively. Under these conditions the cation of N-methyl-
pyridinium is formed-within 40 and 10 min, respectively. Ia is even less
stable at 90, 120, and 15CP; . the. monoquaternary salt. is forned within 20 and
576 min, respectively, and at 1.20-1500,the cation of N-methylpyridinium is
formed within 30 min. Il is not broken down,at 900 but'4t 12-0 and 15C0 fonns
213
19

"~. 16
I'll .Y a, F:-,~z-rITU , ""IN
i 'I! imi5i4h 11
11 777 . --- -2. ~ -1-- --l"l- , I-. , i. " . -. I Z, Mr-l --H
'-F -- 1. .1-11 -.fEnmmrt. ZF4Q-W'- &MIUNWIWI, : I :: . . ! I
. I I il

USSR ma ~632.05
v., BASKMOV, YU. A., CHEEMMA T . G., OVIRSKAYA, P. 1.
"A Method of Yakirg Derivatives, of -H-Catbagoyl-o-phanylL%iie-diamino"
USSR Author's CerUficate ljo p-9z9650 alea: 24. Sep 69, publiabed 5 Xv 71
No I(II)p Jah 72, Abstract, No IN378
Translation; Physiologically aotive-derlWtives of o-phent1we diamine of the
general fo I=ula Xn .C04_nM-2-M[C0,h .114RIP-1'~ (1) (R alkyl, Re 1, Rif He
allcy:L, X CIO Brq Me. KeO, V02 n 1-2),are.obta .Ined by heating an aqueouz.
suspension of 0,H-bisc-axb=oylated iiry1hydro.41aminee 8t35-100 C. A solution
of 0.496 g of OtH-'ois-(methylmrb=oyl)-phonyl-by4=xyloiiine In 10 id of water
in hoated at 40-450C witil CD is uolonpr. ev(dved * and" the mixture Is extrmctsd
w1th =0 (15 al x 5)m YiO124 0.39 9 of i ! fron Ue or~'Ania layer (R - Re
YA R" - Xn . 11). Vne yie3A is 9?% ~ mp 13600 4 The pwp6iirils (1) (a -1f,& I xr, H)
o!
ate similarly obtalzed (givon m Rva Rh I yield in: %W pp in Ot Met 99, 184;
Ht 86-0 A# maitaikova
1A
50
-
ONE.

i,WPA AM! A
USSR
SIMONOV, V. D. , VORONOV A. A.
IqJse of Clatrate Compounds of Urea with Surfactants,in the Production of
Pesticides"
Dokl. Neftikhim. Sektsii. Bashkir. Resp. Pra'vl. Vses. nim. O-va im. D. 1.
Mendeleyeva,,[Works of Petrochomical.Section, Vashkir,Republic Administration
of All-Union Chemical Society.imeni D. 1. Mendeleyev],",Vol,6. 1971, pp 326-329.
(Translated from Referativnyy Zhurnal Khimiya, No 4, Moscow, 1972, Abstract No
M648 by S. E. Lyubarskaya).
Translation: The introduction of paste surfactants as clatrates (1) with
urea. to powdered pesticide preparates facilitates mixing and improves the
distribution of surfactants in the preparate (stability factor of aqueous
CH nOH (.11)
suspensions constant). I of surfactants with the formula R(OCH2
(R--utono or dialkylphcnol, n is number of boxy, groups). and urea (Hli with a
ratio ll:III=1:2-3 (n=7-10) i5 produced.by.mixing Il i&th III cold, then
fusing 1-1.5 hr at 135-400, mixing:at this temperaturc! 1-1.5 hr, cooling and
holding until solidified. Rest for mixing are I.- containing~! up to 20% sur-
factants (solidify in* 2-3 days). I were' us~',d for: prap4rati n of 50% wettilig
-rs of methaldehyde, EF-1 fungicide and'pyTamine.*.
powde

USSR
RONOV --A A CHISTY V
Yu. V.
"Approximate Methods of Determining Busy Period"
Tedriya i Prakt. Mekhanizir. Obrab. Ekon. Inform. [TheoTy and Practice of
Mechanized Processing of Economic Information -- Collection of Works], Moscow,
1971, pp 65-74 (Translated from RefeTatiVnyyiZhuTnal,,Kibernetika, No 2,
1972, Abstract No 2 V71 from the Resume);.
Translation- A one-line queueing system vrith waiting and unlimited line
length is studied with a recurrent input,flow and arbitrary distribution of
servicing time. Approximate methods for.production of the distribution
functions and mathematical expectation of the-busy period are developed.

USSR
uDc: :681 3.o6-51
YORONOV A
CHISTYPIUKOV Yu., V.
"One 14atheinatical Model of Comput r Solutio
e n of Problems of Varying
Priority
V sb. Teoriya i praktika mashin. obrab. ekon. inform, (Theory and Prac-
tice in- the Computer Processing of Economic Information--collection of
vorks), Moscow, 1971, pP 50-64 (from lih-Kibern*etik~,: No 7, Jul 71,
Abstract 110 7V740)
Translation- in the face of the random nature of the
presc ion of
demands for solution of indiviidual problents and randam UrA! of their
solution. it is necessary to be able t6 evaluate theireliability of the
solution of problems within the deadlines establishe(I even, in the plan-
ning stage of atomic paver plants. This paper deals with the probler. of
making this kind of.evalluation.

.212 027 UNCLASSMED PROCESSING DATE--30OCT70
CIRC ACC 8509
-ESSION NO-AP011
-0- ABS A .-GAS OCCURRENCES WERE STUDIE3
BSTRACT/EXTRACT--tU) GP TR CT. IN
SUUR PRANGH ISLANDi, ESTONIAN SSR. THE ISLAND HAS A SIMPLE GEOL.
STRUCTURE: THE GkANITES OFITHE CRYSt. BASEMENTi.51TUATED AT DEPTHS OF
-128-35 Mo ARE OVERLAIN BY THE QUATERNARY,LACUSTPINE, GLACIAL, AND MARINE
ROCKS* THE VARVEO CLAYSt RICH IN ORG ' ~SUOSTANCES.VIERE SOURCE ROCKS.
jHt- AV. COMPN. OF GASES FROM THE. Z~LAYERS~(HAVING NO COM, SIGNIFICANCE)
WAS.CH SUB4 93.7, HEAVY HYDROCARBONS 0.3t N 5.01 CO SU62 1.0t AR 0.073y
AND HE 0.006PEkCENT* FORMATION WATERS CONTAIN AN AV. OF N 27.9PERCENT
AT 1.6 1 ATM, AR 0. 40PERCENT AT 0. 11 ATMv AND. HE' 0 -(J0,2.j>EPcENT AT 0.0004 ATM
OF PARTIAL PRESSURE. MOPE THAN PALF QFJHE ENTLR~ HEr~ PRESENT IN GASES
BAND FORMATION WATERSI P!GRATED.FRO14 THE ROCKS OF THE BASEMENT. THE
'ANAL. OF INERT GAS CONCN SUBSTANTIATED"T14E PECENT~ORIGIN OF HYDROCARBON
DEPOSITS -IN QlATERINARY. F;RMATIONS* SINILAR DEPOSITS ARE WIDELY
DISTRIBUTED IN ESTONI~, THE LENINGRAD REGIONI:AND140JACENT AREAS. THEY
-HAVE SIMILAR COMPN AND MALL SO RCES WHICKARIE INSUFFICIENT FOR COM*
~PRDDUCTION. FACILITY: VSES.- NEFT. NAUCH.-LSSLED.; GEOL.-RAIVED.
INST., USSR.
UNCLASSIFIED-

USSR UM~621.317.39: 543.275.3.08
TURUBAROV, V.I., PODOLISMY A: 'A KALAKUTS-KIY, L.I
L_QCAUN0V,_L.M., POPOV, B.I., RUMYANTSEV, V. V.' and
VORONOV, A. Fe
'lligh-Sensitivity Device for Continuousi Measurement of Dust Concen-
tration in Biosphere"
Sb. Piz. metody i vopr. metrol. biom6d. izmereniy (Symposium on
Physics Methods and Biomedical Metrology. Problems) Moscow, 197Z,
pp, 288-289 (from Referativnyy ZhurnalLlMetrologiyaz i lzmaritelInaya
Tekhnika. No 8, 1972, Abstract No. 8. 32.1007 by V.';S. K.
Translation: The design and operating principle are described of a
continuous -action, electronic, induction dustmeter, developed by the
Leningrad Aviation Instrument Building InstituteJointly, with the
Kuybyshev Aviation Institute. Th~- dust 'concentration measurement
method is based on the relation between the Size 'of aerosol particles
and their charges received in the corona discharge field. This type

USSR
TURUBALROV V. 1. et al., Sb. Fiz. me dy'~ vopr. metrol. bioned. izmereniy,
to
-:1972 2~-289
-,dustmeter measures the surface concentraiion, therefore the change in
'dispersion concentration does not cause: errors, in dust concentration
count. The -Justmeter can be also calibrated by the weighing method wil-h
constant dispersion concent tration. and variation; of weight concentration.
Several modifications of electronic dustme'ters' ~chara'cte ri zed by
5 us -Tbe technical- characteristics
e itivity and range have been developed. t
3
of EIP-3 dustmeter are: sensitivity, 10. 2 MgIm ; weight, 5 kgi power
consumption, 10 w; dynamic concentratidn'range, -M.; overall dimen-
sions,-28Ox_l9Ox8Omm. Test results ofelectronic','induction dust-
meters are presented.
2/2
-178

USSR UDC 620.179.16
VORONOV-A-I.I., KOZLOV, Yu. V., MALYSHEVY: V. T., a nd MOROZOV, V. 311., Tomsk
o ytechrx:LcaL Institute imeni. Si M. Kirov
"Attachmen t to a UKB-1 Defectoscope for Inspection-of Concrete at Negative
Temperatures"
Sverdlovsk, Defektoskopiya, No 4, Jul-Aug'72, pp 59-63
Abstract: A shock-excited tbyristor with increased output voltage amplitude
(up to 6 kv) is proposed as an attachment for a UKB-1 defectoscope for use in
the non-destructive testing of concrete.at negative temperatures. Since it
is not possible to use ultrasonic instruments equipped with Seignette salt
heads in unheated locations, the authors.employed ceramic plezoelenients such
as.TsTS-19 which require a higher voltage and produce, a higher voltage. The
mo&ified defectoscope with TsTS-19 radiation,elements, was Lested on a standard
concrete sample at -20 C, The tests 91iowed,reliability in'the +60 to -20 C
interval, 3 figures, 1 table, 1:bibliogra hical refewence.

USSR UDG 621.397.335(088.8'.)
VORONOV, A. V. , SALIENKO, YE, A.
"Device for Synchronizing a Television Image'.'
USSR Author's Certificate No 215259, Filed 27 Har 65, Published 16 Jan 70
(from RZh Radiotekhnika, No 9., Sep 70, Abstract No 9G220P~
:Translation:. A device is proposed for synchronizing a television image
containing a selector, a slave oscillatorand frequency'dividers. It is
controlled by a signal transmitted once per frame; the signal has the
shape of a packet of sinusoidal oscillations cut by spai~as of line fre-
quenqy. In order to decrease the image 4istortions caused by, the doppler
ef f eat during transmis,5ion5 f- ront high - speed targetii, a: tAlase detector
which generates an error signal,is confiecte&between thd.selector and the
plave oscillator. A ready-accesE: memory element is coiini~cted ~ to the phase
detector for the time of formation of the erioix signal ~i3i order to store

2/2 021 UNCLASSIFIECi. PROCESSING DATE-13NOV70
ACCESSICN NO--AN0113064 t
-To
A.aSTRACT/EXTRACT--[U) GP-0- ABSTRAQ ~ACADEMICIAN MIKHAIL MIKHAYLOVICH
SHEKY-AKIN, BORN liN 1908t HAS SUD06LY -DIED. THE:~QUTSTANDING SOVIET
CHEMIST WAS ELECTED COPqESPONDING MEMBER: OF THE ACADCMY OF SCIENCES,
U.S.S_-R. IN 1953. IN 1958 HE,,_WAS ELECTE0 ACT IVE.-AMEMBER OF THE ACADEMY.
St4EMYAKIN WAS THE ORGANIZER AND THE-D.IRECTOR OF-JHE INSTITUTE OF
CHEMISTRY.OF NATURAL COMPOUNDS,34EMSER OF; THE PRkSIDIUM OF THE ACADEMYN
SECRETARY OF THE DEPARTMENT OF BIOCHEWSTRY9~610PHYSKS AND CHEM13TRY OF
PHYSIULOGICALLY, ACTIVE COHPOUNDS~ OF THE SOVIET ACADEMY OF SCIENCES.
:S4
EMYAK.I.N ALSO TAUGHT AT THE. MOSCO14 UNSTI.TUTE OF OINE,CHEMICAL
TECHNOLOGY AND THE MOSCOW TEXT ILE, :,[,NST f TUTE
UNCLASSIFtED

Ace Ref:, Code: UR 0056
-SOURCE: -Zhurnal Eks erimenpalAnoy, i Teoreticheskoy
PRIMAY p
Fi ziki 1970-0 Vol P4.j' Nr 3:0 pp
EFFECT OF A STRONG OPTICAL FREQUENCY ELECTRONNUGNETIC
FID-D ON THE"HYDROGEN. jV10LECU19,'-.
X. Be rez
knots
The -radiation I'f:Nd gliss laser thb'e quanhi'm einergy of Whi6h (ho 1,18 eV) is
D
muchIess -that, the potentials of innization and. dissociation are was employed. The
strong electromagnetic lield action on the H2. molecule was ii~ivestigatvd experimen-
tally..It has been found that for tfto-'field strength V/cm ~tlie multifotoa
io.nisa.tion proces.R H., -:1- 14 ha) -,- Hz+ --Ii- e '.1as far greater probabilijy, than the process of
multiphoton dissociation H2 + 5 A63 H + H. The value,of multipliplon ionisation proba-
bility and its dependence on the light inteimity has bedix mesuared.
REEL
A VFRAME
rc
.175

ISSR
~MZIMTISKAYAI N. K. I a'. mmm-. G. A., MM 011, CN. B. mia
'PISKOVA, G. K., Physics st, -e ni P.. If lebedevi Acadeiry of Sciencess USSR
"Effect of a Str-ona Electrovagnetid, Field of.pptica-1 Frequency on the Hyd-rogen
Mo ecule"
11~'.Cscov, Zhu--nal Eksperimentall nay i Teoreticheskoy Fi
Z'M, 'Tal 58, NO 3, 14 70,
mo 753-759
U Z,_-aOtjC -ield
Absti-act: An. cxm-erimentt~-J- st;ady of the effect of a s'rans ele U
on the excitation, ionization, and dissociation o:6 the hyaro,~en rrolecule is pre -
sented. The radiation source iYas a meodymiltmi lazer with a civ.,intun, enerj-,y of 1.18
ev and wavelength of 1.06 Li this' ca-oaj four Taianta vrere roquired '0,. +' lie
dissociation of the hydrogen molecule and fourteen quanta for ionigat-ion. ahis
ouanz=, enermr was considerably less than the ionization' tuid (Uzsociatioa pcten-
the stll~lenZtL, of E r-- 5-161 Y/cm
-"-ials of t molecae, !~t was ffound that for a fi
there basically occurs ionization of the molecule with thc forrration of an !I,-)'
ion L(~2 + + e) and not dissociation. (Y!2 + 5h(:p -->E'+ H). it -was
f0 i03
und. that mlecular ions N(H +)111(e) axt*.- forzed. ~)rincijvtlly; the prdc)tCU1-
ity for Ue forr..ation of 1~+ iono for a field.- stre-L-5th 10 V/Cm is
2+) 107.8�1.o [,a -1; f0 pendence of
eUal to *W a r.a given'fie14 etminCth tb- de

11ITKUNATIONAI, CONFERENCE CI%
[,U-LIl: Lc by Caz~~I %,iA ;:-~ of Vilyti i c a I atid Mathc=n
Moscow, Vc4tnik',*,;t~,,Ivnnji Nnuh
_777.
No AI,,.u;t 1972. C;p )6-97,
.,An luteriiaLi=al.
tum C)pLics. ovgalrt~zod by th.,
nil 20-25 Me I, C I I in Ki~ I. West cc~ I-matly. Sc. on t: !~ti
many mai jiv part'i-cip'Ated ~jn. it. and- about 15la
sented.'.
Plasma pliva ifs boi ng v.-rv i it k otim i_y~:j a
Ccrma;2 by 1-*W44 reii,coxch: ejitcrz- tt;n. .1ijx
Y:
F!laamn Physics in ral-hirl8; th-~ lris~ltute of' t1p
Ju I icl,l an(I of Dla.rma lzespardt tll A i-,-!
or Uu.t,tgartf. lad tins lar.-
Garhirip. it W-VIT, l1tellurator zrvi a "Pullsar" vt,*,~.~
Card"lica With hh,o peoiram of prop:-ration fur 1,
thollor,,large vor'Loua -mettlods Irf r a i. j
ifl(, :014sma Iro! b I.Iia nil ox-'nt t!-4~
itX, of plastmi in W-11F) Yluz L
wo-PI~lxl uto'I'Llrat:011 (L4 trt,1411 a.,
sinnIL t
Lill av,? L,dge radItAll 011 the pall~iima or t;.5 cm, aw: it
of %it's tu 15 Itilue."um fly r,"X-IS or., ali ai:.'
c6lectilic fIvId .!tit 4,1 01 "10 v W,
.0 ted. In tho proremis of heatItt(!, rvninsionc*! w!
Urtorvjid, whmi the Suituchry pf ro'_,vy --, t
by Oto Ij(-IjC.,I Jr.`Leld (it tit'? ot.IIL.V;It*I'Z, 111.1
ovor Cite pla,,ma hvcwn,., cqtv.0, to tlic vation;~t ;--i
v ha t pi old un L t 11 e ri z e , o r u er pv ra t ti r o c v,A i,j ~I arx~
tho "Lon" density was obferved, 1.3), u-jing- a
CUrr(Int it Wilb ttD1114tt-jiflOll j)osolbi.e to ilip J)-ti,r lio
L Ito .
Of COInt intbl*08t: id 1% 1.1VOtOV lllt;:~
str"ctod ut rarhing., 'rho addition~il magpiii(,Lc
one- and two-Luin holical ivibdincel, WIliC.11'
55
S~j

USSR UDC' 53 .46'~1533 6
LISIYENKO, V. G. CUSHCMI, S.' N.
"Characteristics of the Velocity Field of a Gas Jet'
T-r.' In~-ta mletallurgii. Urallsk. fil. AN SSSR O'Works ~of the Institute of
Metallurgy. Ural.Afffliate of the AcadeW of Sciencep of the USSR), 1970,
vyp. 21, pp 124-130 (from Kh-Mekhanika, ITO 4, Apr7l, Abstract No 4B791)
Translation: A cormtutational analysis s made ;.of the characteristics of
the field of velocities in the cross sections of a bi~rning gas jet. The
optimum density and relative velocity in the cross se~ctions of the burn 111 g
jet are calculated on the basis of use:of relationships of the theory of
a free diffusion turbulent flare and application of donditions of sirld-
larity of, the fields of dynamic heads in th~ cress sections of a cold Jet
and a burning flare, and the change in relative density IeTigthwise of the
flare is determined. It is shown that within the limJts of the zone of
intense burning of the flare, the field'. of velocities in the beginning of
the zone is moze uniform in the flare than in the cold, jet.. At the end
of this zone, the field of velocities becomes less uniform than in the cold
jet. Conclusions are drawn on the effect ot density on the position of
the maximum velocity.on the axis., It is.shown how the~caloricity of the
gas affects manifestation of the. velocity! mdximuia. T u iF. Dityakin.
7
57

USSR UDC; 621."~15.1~92
ZAVAIRITSKAYA, E. I., VOROROVA, I. D., and
f t Loiv-
gative Reluctance in Compensated Callium A-rsenide a
Temperatures"
Leningrad, Fizilka i tekhnika -ooluprovocInikov, 146 10, 1972, P 3-c..15-
1953
kbstract: This paper is t-he continuation o an earlioX, pa,,per 111.
that
Vul-, et all, FTP, 5, 1971, P 943) in which Jt 1.-,,a~~ shown
the fl in h(,f-v
distortiwa of oor relief of the conductivity
uf JciG t
doped and com-pensated GaAs at heliwii temperatta%.!$ is su-Lf- ~.Yl Go
loca.1 i ze the cond-Lictivit") elfcotrons. T11ci puwi)oi~e of
article is to exa:aine tvlhe rcliictanca c-:C the.
used Lyi the eax,11E.'r ~)aDer,;E) e~~:Peri;ilcntp. Thesf, r:-,_,pefn.,Aens hw'-, fiil.
imvar4 13.- 5-16!Qcm.]~ aza alrictrc.n
of ab
xa`on of froz- 6--l "Ir
0 '60 5-1-01
h 1 1
cons
of 5 - 10 1 - 6c, a*35 in t1h,;
racaMI-replents, which -verr. coaducted in lor,
magrxetic fields of up t o 5 0 U e it,. inton--,itlr, 1n 'lie Cl
temperature nterval. Tho authars prow.1--c! Lo prcccs~-., tlle rc,;~u
112

aim
2 030 UNCLASSAF OCESSING DATE--L3NOk'70
OF ~FAS T_ C R WK S 1 3 Y., C E';~T A PMUCTURACOEFECTS -U-
A.UTHO-R-105)-FINKELt V M I VOi-Res,40v I t.,.
SAVELEY, A M
E L I S
V.A.
GW4 T R YOF lNFl3--LjSSl
_,Ge
-LEMY PROCHNOST I VOL A P. 16
-"TE' PU!
BL ISHED ---- PAR70
-suaJECT AREA S-MATE RI ALS
T M E R5 T-,=L C~tACX PAOP4G A.TION, LII ~r H 10, FLUORIDE,
9 E' ,LATTICE DEFECT z.
"CONTROL MAK-KING--NO RESTRICTIONS
OCCUMENT CLASS--UNCLASSIFIE0
~..PROXY P*E~L?FkAME-2000/0122 STE P NO-
UR 3663/ 7()/00,~ D00/0003 100 16
c_I'q c A cc E S S IGN N'j- -A P 0 12 3 8 9 4

a I it
z a 0-0 UNCIL A'S S I r- 18 0 NtOCESS[NG DATG-13NOV70
1KC ACCESSION N'Ji-AP-0123894
Ar P-0- AM
A-BSTRACT/EXTR -T--(U) G T RAC, T INVESTIGATibii OF THE INTERACTION
OF A FASTV BRITTLE CRACK wi I T H J HE M I-C H ANI CA L -TWN--j$: 1114 TRANSFeRMER STEEL
'D H 'THE SLIP -3ANOS I N tIF ~.-'i A C LC'YSTALS;.i; FAST'
'A% - k I Ti
MI CRCC INEMATOGRAPHY AND PHUTDPLASTICITY METHODS W r: E USEO IN THIS STUDY.
_~:lj IS SHOWiN T4AT THE-CROSSING QF. TwINS OR' SLIP N,NDS BY A CRACK 15
ACCCIMPL ISHED BY A HIGHLY SHEAR As"I'D LUC~iL PLA.S.TIC STzRf%lf\- THE-
't-ACUMITOF TWINS M40 SLIP 3ANDS FOR WmPLETE I NH 113 1 I'l 014 GF CRACK,
-PRGP-AGATfQN ID DETEIRMI~,iEl) FOR Olff-ERENNT IN1 T fAL. PROPAGATIcm RArc:S.
'FACILUTY: TAM 8 fi-V S K I I I NST'l TU T' K. -IICHESKOGO I
I I 4A SH I NCIS TRUEN I I A t TAMBOVi
-USSR.
UNCLASS

A~ Ic"" - I r
u
V 11 ;1 L A -1-14 33 t r . u
PROXY REEL/7FRAME-19,98/1488 STEP
1 C A -CC E S S I Z-1% N*D- A CIO 1 '0 6 2.44
~..L.Lltzi~~_ff: IIE

~,2/2 014 UNCLASSIFIED PROCESSING DATE-23OCT70
"CIRC ACCESSION INO-AP0106244
ABST-,~ACTfEXT9ACT--M GP-0- ABSTRACT. TH E SPIN PRECESSION VELOCITY OF A
IG FIftD OF A PMNT 'MSS IS CALCULATED.
RELATIVISTIC PARTICLE 1"10VIN I NTHE
THE FORMULA DERIVED IS A RELATIVISTIC. EXTENTION 41F r;-E EXPkESSIDIN FOR
THE PRECES~ION VELOCITY OF A CLASSICAL: GYROSCOPEe IT IS SHOW TM HE
-QUANTITY CALCULATED IS EQUAL T04 THE SPIN WECES.SION FREQUENCY IN I'HE
REFER-ENCE FRAME OBTAINED. BY A LORENTZiTRANSFORMATION Cf- THE COORDI'NATE
REFERENCE-FRA14E IN AN ISOTROPIC ti ET RIC
S I F 'I Ff 0

N5 UA I t--Lo
UNCLASSf ED
27 FI OCESSI
0
AN LINES* M m AD L5 KHM STEELS
A AT
ITCE--THE OPERATION OF STE D~ FRO~ 12MKH
HIGH PRESSURE ELECTRIC POWER STATIONS- AF ITER A.STANDARD SERVICE- LIF,,,~ -u
~.-:AUTHOR--A05)-ZLEPKOv V.Pat MAZELv R,YEi.KRUTASOVA, YE.I.p ZAKHAROVAN A.1~2
A6
Y47 FO--USSR
coN ~RYOF N~p
TEPLOENERGETIKAP NO.,2v~1970t PP 55-;58
.'DATE PUBL ISHED------ 70
SUBJECT AREAS-111ATERTALSt MECH., 'IND.# -AND MAR,INE'ENGR
TOPIC TAGS_-LOW ALLOY STEEL, ELECTRIC POWER PLANT, THERMOELECTRIC POWER I
PLANTT~ STEAM BOILER# STEAM TURBINE, STEEL: PIPE, PIPE. LINE, CHROMIUM.
STEELY.MULYBOENUM STEELr RESEARCH FACI*LITYi ALLOY 0 E S.1 G NA T I ON i U) 1 2M, K H
-LOW ALLOY STEEL, (U)15KHM:LUW ALLOY STEEL
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
..,:,.,:PROXY-REEL/FRAME--1996/0355 STEP NO--UR/0096/701000/002/0055/0056
~,CIRC ACCESSION NO--AP0117592
UNCLASS IF ZED

416-

fly ktt~ItM~.," - is ~vr~- tiz, . . ....
JPRS 60298
17 October 1973
UDC 591.IB5.S-599.537
PHYSiOLOGY OF Tim Sow SYSTEM in BLACK SEA VOLPUINS
7 A
(Article by. 1% A ramIxMitits, V~AA, 41,io.". Ylu. V-1yanenko. M. P.
D. v Y. Ir v Leilinartili,
i~vra~t 1 1, ~1r1110.*1,,.,,,l,. Russian, No 1, 1973, sub-
Evo yutaLonnoy 111ovITF.
wItt*4 31 January 1973, pp 416-422J
Block Sat dolphins. -Mirgo" UERcCLuq end. Phecitens
phoe4tria wors:Jound to be cs-,~a 1A, of detecting mt.,t4l,
spheres 5 to 150 no in diameter and cylinders. of the
fame diameter and height from
'a diot"Ce pf o"r 24 a.
The spheres and be differititl*ted from
17.0 sed 18.5 m. rempktiVely, L The dii2phin's echo-
locator' idipted,in tho coursa.of'l*cAtjon._j.e_ the
locating eignalft f. the
Ni a, - . .. ptrirwaters a
'no directivity pattern was icannadvith no
64fige _fn thi'&gLt4ori'~f the grib"IL's head..'- The
aliscair; ty', pattern a teceptLowln'the horizontal and
ital planes avarroved with increasing.. frequeni~y and
vert
docr -the rocqptlon
:goitig durstlati.of *it there evidgiatl'y
? _pst ra to scanned by turning the band.
takes Plies a spot 141~ frequency tilteritig that ensureir
this directed and cotirdilatP4 reception of the echolsig"l.
The tt#tur4 of the propagatlei ol sound veves In wat4r creates fAVOT-~
able ionditlo": far the uss of achalotstion by aquatic organiss. Echo-
location has reached Ota highest peak of development In dolphins (1-7]
;j ,zose enormous and rethiorhighly 4evtlop*d brain enables thes.to control
_Vlax analysis of achosignals.
locating sound pulses and to make a cat
A Accordingly. knovladta of the pbysiolojy of the dolphin sonar system is
of value eo~' only from the, general bl,ologieAl standpoint but *Lee for
blaoics problems.
11 USSP C)
,%
4--

019 LASSIFIM~
A PROCESSING DATE -1.3NOV70
rl,TLE--HO-liOLYTIC REACTION OF IN V,INYLPHENOTHIAZINE W I TH VINYL BUTYL ET.-c-R
-u-
w.

CL AIS SfF to bCE�~
009
UN PR !SING DATE-;--18SEP70
,tl,TLE--ADDITION OF MERCAPTANS TO WVINYCO~RIVATIVE$ OFIENDOLE AND
L
IMIDAZOLES -U-
-L. uTH0R-(04)-SKVORTSOVA* G.G., GLAZKOV-A, N.P.v BOMNINA., YE.S.1 VOPIONOV9
.C WN T R YOF INFO--USSR
GURCE--KH[M. GETEROTSIKL. SCEDIN. 1970u (2), 167-72
ATE~ ~PUBL ISliEB ------ TO
'-gUBJECT ~AREAS-CHEMISTRY
r-TOPIC TAGS-MERCAPTAN, IMIDAZOLEt INDOLEV BENZ1141DAZ.DLEt MOLECULAR
STRUCTURE, NMR SPECTRUM
~t6WROL 4ARKING--NO RESTRICTIONS
CLASS--UNCLASSIFIED
,.PROXY REEL/FRAME-1987/1112 srEP NO--L)R/0409tl()/00o/i)02/0107/0172
'_GIRC ACCESSION ND--AP0104510
UNCLASSIFIED

2/2 UNCLASO FIED PROCE~SING-DATE-ISSEP70
009
IRC ACCESSION. NO--AP01045iO
--(U) GP-0- ABSTRACT. ETSH (I G) AND 0.015 G
_.ABS TRACTIEXTRACT
ED TO 2.2,G N-1/iNlYLINOOLE (1) WITH
-AMISISOREUTYRONITRILE WAS ADD
COOLING, ANlYTHE MIXT. HEATED INIA SEALED TUBE UNDER N 18 HR AT
700EGREES TO GIVE 72PERCEINT N-BETA-ETHYLTHIO)ETHYLINDOLEN 8 SUB7
A4 H
170-2DEGREESV 0 PRIME20 1.0897, N PRIME.20 SUBD 1. 0201, SI.ILARL'(,-T E
FOLLOWING COMPDS. WERE PREPD. tCOMPD., PERCENT YIELD9 B.P,-MM.t N
'PRIME20 SUBD, AND 0 PRIME20 GIVEN): N-iBETA-ISOPROPYLTHIO)ETHYLINOOLE,
77, 161DEGqEES-2, 1.5870, 1.0605; N-(BETA-~TERT-au,rYLTHIOIETHYL[NDoLE,
.65, 141-20EGRcES-It 1.5770, L.03Z5; N-CRETA-~THYLrH[C)ETHYLIkilDIAZOLE*
129DEGREES-1, 1.5350, 1.0863; N-IBETA-PROPYLTHIO)ETHYLIMIDAZOL.El, 72,
145DEGREES-2t 1.5272, 1.0536; N--IBETA-BUTYLTHIO)ET~iYLI;141DAZOLE, 9A,
159DEGREES-21, 1.0377; N-(,BE,TA-EI'HYLTHIC)El'HYLBENZIMIDAZOLEV 380
190-2DEGREES-2, 1.60LO, 1.1409; AND
N-(BETAL-PROPYLTHIG)ETHYLBENLIMIDAZOLE, 42p 190-lDt-:^"RE1-S-1, 1.5885,
:-.-:1.1162. SO SU82 WAS PASSE-D INTO 2.37 G* N-VINYLIAIDAZOLE AND 1.5 G ETSH
WITH COOLING AND THF M[XT, HEATED 18 H,R,AT 800EGRE.FS TO GIVE 61PERCENT
fi-(ALPHA-ETHYLTHlf))ETHYLIMIOAZOLEt.B SUB4 113-14OF-GREESt 0 PRIAE20
.1.0766, N PfJ-IME?_0 SUBD 1.5270. 1 AND N-VINYLElENZj:,kiIDA4OLE DID NOT REACT
WITH ET5H IN THE PRESENCE OF SO SU82 09~: P,;-IMEC_ SIU86~ H SU84 SO SUB3 H AT
-THE STRUCTURES WERE PROVED BY NMR SPECTROSCOPY. R SUBF
VALUES WERE GIVEN.
UNCLASSIFIED

USSR uDc (621-35-1-.621-79-0271:669.14
V. N.
VORONOV, and SMIOLENTSEVj V. P.
-rMe. Effect ~of Electrochemical'Ti;eafr,&nt~'~on h Du 1~~Y of Automobile and
e a
~~C'tor' Parts"
9b. Tekhno3.. vopr. ele ztrolld,.im ..:obrabotl-, materialov. (qt)13.e~tion of' Works on
Electrocherdcal Treat ent, of Naterials, :Kazan.' j 3.9'[2, 0,) 47-50 (from Refex-ativny-,
Zhurnal. Rhimiyal Svodnyy Tom, Abatradt~ 111o.231P32 by A. 1). Davydov)
Translation: Corq),arative fatimte studies conducted with conriectijit- rods irade of
U
steel. J.8Fdi2IA-EA showed that the. fatigue atrelitryth of pa:t*tf,, palished electro-
chemically by a dl-menstonal m%-thoa N,= hj6her thar, ;--.f pnits polishod by
abrasives. 'Die rain reason for the incr6age in the ~~.trcrGth was btatt-er
n, icro- and imerorelief, absence Of a deformeO,: 3x-%yer vith tenzile residual
strosses and of defective decarburil-ad layers,.:

USSR UDC 621.357.8:621.79.027
VORONOV V N
L f the Int icat6-Shaped Surface of the
"Electrochemical PrecLsion Polishincy o r
Cover of a Tractor Connecting Rdd"_.
'e T in
V sb. Novoye v elektrofiz. i elektrokhin.obrabotke materialov (What's IN T,
~Electrophysical and Electrocheraical.:Treatnent of Materials - collection of
Morks),, Leningrad, 1, lashinos troy eniye Press,:1972, pp 59-60 i (f rom RZh-l' himiya,
~No 12, Jun, 72, Abstract No 120GS),-
Translation: The results of the studies demonstrated. that:after electrochemi-
cal machining, the mechanical characteristics (ulti-mate strength, yield point,
impact toughness) of parts made of l8Yh2N4VA steel do not become worse, but
the corrosion resistance (with subsequent washing in vater and passivatio, in
a 5% aqueous solution of N910 2) increases. :The electrochemical machining tech-
:nique in an electrolyte flux is the most convenient for polishing previously
machined intricate-shaped surfaces.
IN." MM~Mll PORI

10~011U~-V. 7.; SOLOVIM, V. G. (Joint Institute for Ne-clear Research)
111-Tagnetic MbmenLs of High'-Iy Excited:States of Atomic, 14xcleill
YAO'SCCR;, Yaderraya Fizika; December, 1972; pp 1188-,04
ABSTRALCT: Based on a seindmicroscopic approach. foi-mulae for the magnetic
noraents of highly excited states are obtained. It is shmem that magnetic
moments are el"Pressed, by means of. all the cormonents &.C the -wave functiorz of
highly excited states. AccordIrg to a rough estimate..,- the values of the mag-
netic moments of. the states of intentediate oxcitation enera. and highly ex-
cited states., includin- nmr~ron resonance, sIhould. be.equal in order of magrd-
tude to 3irgle-particle valims. The situation vith ma~rl
V otic noments differs
considerably from that with probabilities, of El- and 141-tranritions frcn highly
excited states to the lo-Ter ones -which are l(r5- l()-"tijae:5 as large as sing-le-
particle values. Theoretical results.agroe-with the available emerinwital
data on neutron resonance mv_netid mments.

USSR UDC 621.391.17
VORMOV, YE, V, KUKLEV, L. P.
"Improving the Nloise Immunity of Uniform.Code GroupE; Transmission Speeds
Other, Than 2-Y,"
Moscow, Radiotelchnika, Vol 25, N, o, 9, 1970, pp'15-21
Abstract: Although i,..iany code. with high :noise inrunity are d1ley c-ar'not
be extensively used since their proccssing at the recelvi.ng end requires bulky
decoding equipment and a lar.-e amount of compullations. Me authors exa-11ine a
method of transmittin- discrete data whic1h, provides highnoise immunity with
relatively simple receiving apparutus. T ey assume thal: a uoitorm rrotj-.) code
h
is sued to transmit binary information symbols, arid that majority decoding is
used at the receiving end. They also ass.ume-a tr~in~imts;!;l oil veIocity 0~
1/ 1, - 2"" $where L and M are inLegers atid L 4 1., If 1, is odd, no - I veriliin-5
symbols are transmitted between two neighboring information :5ymbols, where
L-2~'; such a sequence of inf. verifying'symbals. is said to
no ormation; and
be. an elementary sequence. Elementanj symbols are assurped to ~e independeni-.-
lv distorted, and errors in those sydbols~are assumed to ori&Lnate in the
receiver as a result of faulty operation of the threshoid decoder. The
authors assert that the method of synchronization used can be applied to any
1/2

- I -I ~ I i 10 , t 11 ;!~R I z-,,-~,Illuiii, -I :1~11 -j ;.I ~, ~:~;q I -!.Ii ,;Z-~~f I ~ j A i i. -
. . I. .; : . , . , -A.~

UDC: 621.315-592
USSR
VULj B. M., ZAVARITSKAYA, K. I., LOROL M_ 6nd ROZIEDESTVEN-
SKAYA, N.,V.
ItHot Electrons at Low Temp 0
eratures in C mpensated Gallium Arsenide"
Leningrad, Fizika i Tekhnika.PoluRrovodnikovi No 9, September 1973,
PP 1766-;-1770
Abstract: This paper is a continuat4on of an earlier article by the
same authors and published in the same journal noted above (.~, 1971,
p,94-3) investigating the electricaIconductivity Of compensated
GaAs at low temperatures, in a weak electric'field with a maximum
Intensity of.10-.2 v/cm, when thelelectron temperature was Dracti-
cally the same as the crystal temperature. T,h-e present paper de-
scribes eXDeriments designed to broaden this early research to
cover stronger electric fields A.nd,to clarify the effects of heat-
ing up the electrons under conuitIons of energy boundary distor-
tions. The measurements in this work were conducted at tempera-
tures of 290, 77, 20.4, 4.2, and 1.80 K.. Tonvoid heating the
crystal, it was given square pulses of 20 vs duration with a rapeatition
rate of W-2oo. The results~are given in the form of curves
PPS
1/2,

USSR UDC: 621-315-592
VUL, B. K., et al, Fisika- i tekhnika poluprovodnikov, No,9, Sep-
tember 1973, pp 176T--71-7-0
of the current density as a function of the electric field inten-
sity for various temperatures, of.the electron mobility -as a func-
tion of the square of the electric-field intensity, and of the
electron temperature as a fuw tioh of,the s re of the electric
qu-R
field -intensity. It is found thatthe described phenomena can be
explained by the Boltzmann kmietic energy equation on the assunp-
-tion.that the electrons'are.isoattered~in dipoles.

212 OZ5 UNCLASSIFIED PROCESSING DATE--230CT70
;;,-,C i RC ACC.ESSION NO--AP01208t3
METABOLISM !N THE
.ABSTRACT/EXTRACT-W) GP-0 ABSTRACT. FREE AM 1 N 0 ACIDS
c ~k -4 1 C
BLOOD OF 60 HEALTHY INDIVIDUALS AND t -N 51 PATIENTS WITH H. 0,
GASTRIT15 WAS STUDIED IN CONNECTIaN WITH S. F X AN D: AGE. F-REE AMINO ACIDS
STUDIED BY MEANS OF P40E D~ME-NSIUNAL 0,t:SC`N)lNG PAPFR
CONTENT WAS
CHROMATOGRAPHY. THE CONTENT Of:. FREE AMINO ACIDS I ~14 THE BLOOD OF MEN
AND WOMEN WAS DIFFf:;~ENT. 1,114 WOSIEN CYSIANE PLU$~ CYST E LY S I N~-
E I N ~ IN .0
CtINTENT INC.REASE AS COMPARED TO MEN WAS: NOTED. IN ~10!,IEN WITH CHP~-'lllqlc
A~TRITIS ARGININE ANO 'GLUTAMIC ACID,PLUS. T-
G HR E N E CONTENT WAS
iNCREASED. GLUTAMINE AND THYROSINE LEVLL WAS Dii-11141SHED. IN MEN
:CYSTINE PLUS CYSTEINEv ARGININE:ANO VALfNE CONTENT FOUND TO BE
AINTERNAL
JNCREASED. FACILITY: Ch:AIR OF P.ROPEDEUTI,CS OF THE
.01 SEAS ES.,. MEDICAL INSTITUTE AND%THE CHA I:R OPSIOCHEMISTRY, STATE
~UN I VERS I TY -TCHERNOVITZY.
- ----- -UNC-LASS

USSR UDC 533.6.013.42
VORONOVA, L. -S.
n the-Effect of Inelastic Pliabilit~ of a Base on the Oscillations of
Structures in a Liquid"
V sb. Dinamika_gidrotekhn. sooruzh. (Dynamics of Hydraulic Engineering Equip-
ment -- Collection of Works), Moscow, 1972, pp 97-10l (from M-Mekhanika,
No.3, Mar 73, Abstract No 3V399) -
Translation: 0sciJ.1ations of a.vertical plate -infinite
adjoining a semi
volume of an ideal compressible fluid below which there J.s a flexible bottom.,
are discussed. A method is used for taking into acc,ount the local flexibilitv
of the base that is associated with the Winkler model. It is assumed that the
shape of the oscillations of the vertical plate is given. The first two
shapes of the oscillations of the plate are discussed. Graphs are given for
the ratios of the coefficients of connected ma.%ses as calculated conside~ring
internal inelastic resistance to the corresponding ideally rigid model of the
bottom,and:for coefficients of..the~connected viscous friction in resonanre
zones. Different boundary conditions for the plate.are considered. It is

USSR
VORONOVA, L. S., Dinamika gidrotekhn. :sooruzh., Moscov,, 1972, pp 97-101
shown that considering the fiexibility of the base changes the resonance
frequency of the oscillations of, the liquid as a static volume. It is also
concluded that it is necessary to ~ake:intd account the flexibility of the
base in determining the amplitudes of thexesonance oscillations. Ye. A.
-Vol'mir.

UDC: 533.6-oiq.42
USSR
VORONOVA, L. S., MAYOROVAI I. S.
"Oscillations of a Plate in a Reseryoir With a Botto= Having 11onlocal
Pliability
dr torks of the Coordination Con-
Tr. koordinats. soveshch. ro otekhn.ow
ference on Hydraulic Engineering), 19723. vyp. 64, ppJ35-140 (from RZh-
4ekhanika, No 7, Jill 72, AbstraCt No 7V314).
Translation: The plane problem is solved for a plate oscillating in ac-
cordance vith a harmoni c lav, on el boundary vith .a semi-infinite layer of
ideal comDressible fluid. The fluid layer is bounded,by a free surface
above, and from belev it is bounded by a base having elastic pliability
coefficient of~rigiddty which
described by tvo characteristics:. the
characterizes the influence of elastic plkab,ility andi inertia of the
degree:'.
basei-and.a. coefficient which;ac~olxnts i8ii,_*he of nahlocality of
-stres� fflstribution due to, the priesence* in !,he base nrrt
eriall of tangen-
tial stresses which distribute the load The calcula'4ons revealed an
appreciable influence frcm the coi~ffLci
ent.of rigidity-:and the coef-
of stress nonlocality on the popition of.resonance of the fluid
.1 er. R. A. Shipov.
ra ~HFII 74~MMIMPI 7, 1%
III:: ilmmnm A-it, msl

USSR
VORONOVA, M-. L
"Pstimating the Residual Term in: a Central Theorem"
Vestn. Leningr. Un-ta. [Iferald of Leningrad University], 1972, No 19,
'ibei
pp 9-13 (Translated from Referativnyy Zhurnal, 1, -netika, Nfo 3, Moscow,
1973, Abstract No 3 V23 by the author).
Translation: For independent random quantities X1, XI)A X
n
having, generally speaking, non-identical distribution, with mathematical
expectations of 0 and finite d" ~it is proven t' at
isl )ersion S4
C XA (6)
sup
2
where C is an absolure Constant; 5 is the sum of dispersions of initial
-random quantities; F
(x) is the distribution function of the normalized
n
sum
I Xk of random quantities; P (x) is the distribution function of
the standard normal rule and the coefficients
1/2

.1 1 2/2
- 4 -
Tfl, RTITIM,

J.. USSR UDC 621.039.512.001.5
MARGULOVA, T. Kh., VORONTOVA, V. P., DIKI V. P.
"Experimental Setup f or Studyi-n8 the Applicability of Carbon Steels in the
Primary Loops of an Atomic Power Station With a Wate-44oderated,Water-
Cooled Power Reactor"
Tr. Mosk. emerg_. in-ta (Works of- Moscow Power Engineering Institute), 1972,
No. 1-26, pp 1-8 (from RZh-50.-Yadernyye reaktor y, No,ll, Nov 72, Abstract
'No 1-1.50.95)
Translation: A semi-production installation simulating conditions of the
primary loop of an atomic power station:with a water-moderated, vater-ccoled
power reactor wis developed and put into operation by the Chair of Atomic
Power Stations in conjunction, with th&: Ifeat and Electric Power Plant of the
Moscew Power Engineering Institute and the Planning 6ff ice. of the Moscov
Regional Administration of Power System Management. t Ilie device can repro-
duce any water regimes and one can study the effect of individual water
admixtures on the structural material nnd~primarily in pearlite steel and
zirconium alloys. Results of studies made on vurioug; experimental int;talla-
are given. I ill.

USSR Um- 6L)lA -536.212
5.
0
-IL'CREffKO,, 0. T.
"Nonstationary Temperature Field of a Turbine Rotor in the
-Variable Heat-Exchange Boundary .0:)ndi ions
Energ. mashinostroyeniye. Resp. me:zhw d. nauchno-tekhn. sb.
Building. Republic Interdepartmental Scientific and Technical
-1970, 1- v,Y.-n. 9, pp 39-45 (from R7_h_1)xrb.os.tioye~jZej No 'Aug
-No 8.49.32)
Case of Time-
(Fower Machine
Collection),
70, Abstract
Translation: It is shown that generalized temperature functions of similar
~Pointa are identical not only in identical elements ofA single rotor, but
also in identical elements of any one-piece rotors. On this~basis, a can-
clusion is drawn on the possibility of calculating the temperature field
of, any one-piece rotor made up of similar elements with, an arbit-rary time-
change in boundary conditions on heat-exchangee surfaces~. The changes in
temperature calculated from.the thermal characterlstics, are compared with
data-from direct modeling of the. problem.: Three lllunt~vatioas, two tables,
bibliography of two titles.

USSR
-VORONOVITSKtt, N1. M. GLU7BERG, G YE. and LEVIN, V. L.
"Infinitc-Dimen5lonal Analogues of the Problem of Linear Programming
and a-Theorem on a Saddle Point'!
Teoriya 1gr [Games Theory -- Collection of Works), Yerevan, 1973, p
116 (Translated from Referativiiyy, Zhurnal Kibernetika, No 10, 1973,
Abstract No IOV494)
Trnaslation: Suppose X and Y are real,, distinguishable, locally conve):
spaces, K. and K are closed cowrex cones in them.and A is a continuous
x y
linear m Iapping. The following.problem is studied: minimize
under the conditions
Ax a. y xa~ 0, (2)
0
where f X, yo Y.
Theorem. Suppose: 1) any non-negative linear.functional in Y is
continuous, 2) for any y Y we can find vector x > 0 and number A such
that y :~ Ax + Xy 0' Then, the sadd le point theorem is correct fOT prob-
lems (J) and
Fnm the article

.2/2 020 UNCLAssi r-te.ol PROCE'SSING DATE--18SEP70
..:C~IR.C ACCESSION NO-AP0104221
~-.,,-,-ABSTRACT/EXTRA'T--JUj GP-0- ABSTRACT. THE IR SPECTRA OF LN SUB2 (SO
SUB3 -8H SUB2 0 AND OF- LN:SUB2.(SE0 SU84) SUB3 .8H SU82 0, WHERE
LN EQUALS LA, ND, SMI, Y,'GD, TB, DYv HOI ER#~ TM t':Yo, OR LU, ARE GIVEN
AND INTERPRETE0. THE SPECTRA REVEAL THAT BOTH SERIES OF COMPOS. HAVE
-1 TYPE OF XG SUB4 PRIME2NEGATIVE GROUP (X EQUALS 1S OR SE). SMALLER
SPL11TING OF V SUB3 (F SUM OF.SEQ SUB4 PR[14E2NEGATIVE I&I COMPARISON TO
P,
THAT OF SO SUS4 PR(ME2NEGATIVE IS OUET01HE LM&. - ~LECTR N A FINITY F
SEG SUB4 PRIMMEGATIVE THAN TKAT OF SO SUB4 PRIME2NEGATIVE. WITH THE
EXCEPTION OF LA SUB2 (SO SUM) SUB3 .81H SU82~.O WHICH.HAS 2 DELTA IH SUB2
0) BANDS, ALL THE INVEStIGATED.:OCt.AHYDRATES.HAVE~A SINGLE DELTA (H SUB2
--:.0 1SAND.WHICH CORRESPONDS TO.'COORDINATC-0~~H' SU82 (31~w
UNCLASS.IirEd

- - --.1 --l - : I I . . if., : ~ I ; f; . .! 1. . . .

UDC 535.33
A
KONtKOV, A. A. and V4NEAV
V'.
*Integral Radiation of the Main MO Band at High Temperatures"
_Leningrad, Optika iSpektroskopiya,-Vol .34, No. 5, May 73, PP 1026 - 102?
Ostract: Numerous measurements, have been mad6 of the Integral coefficient of
absorption of the main band of the MO molecule, Ya-u-st of~them at room temperature.
Althqugh some earlier results deviate most of the later studies yield a value of
123 � 14 centimeters -2 atmospheres -1. Three studies hVe been made at higher
temperatures, two at 25000K (Breeze and Ferriso, Journal of Chemical Physics,
Vol 41, page 342, and Fukuda, Journal of Chemical Phyzicr'p Vol 42, page 521) and
one at 50000K (Feinbe--g and Camac, J.Q.S.R.T.,-Vol .?, pace 5809 The authors of
the last study believe that the centern of the line were reabsorbed in the first
two (at 25000 Feinberg and Camac obtained a value of.124 centimeters -2
orature. The results
atmospheres - in agreement with.the studies at room temp
seem to confirm the assumption of a harmonic oscillator for the main MO band.
In the present study the authors extended these tests to ?5000K by heating
the YD in a :shock tube, both in air and in an air-water mIxture, Eliminating
various:sources of noise and in erference, the authors obtaAred,& value of
-2 -1
120centimeter atmospheres and found that the:measurements did not depend
1/2

6~1
Konlkov, A. A. and A. V. Vorantmov.
in ,,rim~ntal invemlip~ation of Wrzrod
ra,31ation from nitrogen. OiS. Y. 32. no.
4, t97Z, OSS-660.
Lafrared radiation from the free-free transitions of eXectroas
in fields of nitrogen &turns to discussed. Tito aim was to atimtnate some
contradictions in the data an the Irdrared radiation from nitrogen, and to
expand the range of conditions for Infrared radiation invetigmtiong.
Nitrogen absorpt'.0n.c(kvilicients w*rv-rr%nzsurtd inAhe
ttrnparatare range of 7000-85000 K, at pressures of 30-75 cLttn, and
~avttengths al 2-6 p. The nitrogen (van heated by- a aback tut,*. end the
vitrogen.gas parame-ters were delzr=!A44 on &abzst#
liFave v4locity It 14 shown tha. the absorption from the fred-free trans-
ition of eltectrons In nitrogen atom fields can be deacribod by the
relationship obtained by Firvoy and-Chibloor (ZhETT.- v. 39.* 190: 1770)
if '#N0 1,6xiO -15 cm21 and 0 N7 2. 7X1 0" Iscra2 where v Is the electron
elastic scattering cross section,
Andrey", Yu..F.. Ye. V. Gusev. and
1. A. Semlakh1n, Equilibrium in nlir"en.
wAygen mixtures at, high temperaurei
ZhFKh. v. 46. na~ 6. 1410-143i.
Equilibriumin nitrogen-oxygtn mixtures %vithin the
temperature ramge Z98 to 20, 000 0 K Is considered to evaluate the processes
occurring In these mixtures in at Vu *Ise-dierharge plaama. The investigation
deals with two mixtuve ratio@: 142:0, - 1:1 (equirnotecuur mixture), and
1420 z w 4.1 (air), The equilibrium was Calculated for pressures which
permit the operation M xenon f1sohlamps In an admixture of nitraite a and
Carson (760 tort) or In puts miztures of nitrollon "d Carson (So tort).

7 77-777777: - ------
7 7
7
USSR UDG 535-33/934-15] :546.217
KONIKOV, A. A. , JNQZ&%V., A
"Experimental Investigation-of:Atmos-oheric infrared Radiation"
Leningrad, Opt-ik-a i SDelctros'k2piy No 1, 1972, PP 47-51
Abstract: This article is in the nature of a review of the ex-
perimental work which has thus far been done on infrared radia-
tion of the air upon reentry.of space vehicles, tilthough it does
include an account of experimental work done by -the authors in
this field. In their experiments, the authors uped air heated
by-areflected. shock wave in stshock,tube whoseconstruction was
described by an earlier paper.of the authors named above, pub-
lished.in the name journal O.-ol 32, 1972). The experiments were
performed in a chamber containing air~at a pressure starting from
25 mm Hg and going up to a pressure range of 40-94 atmospheres,
and at temperatures of 6000-85000 K.1 The temperature and pressure
,of the air for the shock wave reflection were computed from the
velocity of the incident wave with the aid of con3ervation laws.
:Portions of the infrared spectrum studied were 2.2o 3.2, 3.3, 4.5,
ted for.the absorption factor of
5.0, and 6.0 14. Curves are-plotu
the air as a function of temperature'and;viavelehgth. ~Bighteen
titles are offered by the article's bibliograplW..
108 -

Power, Turbine, engine,, Pump
USSR UDC: 6.2-235.5
MALYUTIN, P, V., GUNYAYEV, G.,M.,,VOR 'LITSOV, I.,A RUMYAn'FVI, A. F.,
KISMEV, Yu. A.,
BARDIM2 N. P., STEPATIEUKO, N. D. WrOAY
GORSHKOV, L. A.
"A* Turbine Blade"
Moscov, Otkr~rtiya, Izobreteniya, PromyshleAnyye~Obraztsy, Tovarnyye Znaki,
No, 21, Jul 72, Author's Certificatellio 344i68, Division F,filed 31 Aug 70,
published 7 Jul 72, p 135
Translation:. This Author's Certificate.int.Toduces a turbine blade for an
a-xial.compressor made of a laminar composition materisil. As a distinguish-
ing feature of the pat-ent, the rigidity-and vibration.'strength are increased
by maYing the blade from alternating.layers of glass'and carbon fiber
fillers oriented relatLve -to the longitudinal axis of the blaile, 34-45%
of..the fiberglaat;-filled lwlers being orionted at angeleg from 0 to �15',
Vhile 5-15' of the fiberglp-sa-filled layers are orientv.-d at,angles froni
i75 to 90', 20-30% of them carbon fiber-6LIled layers ~e~,a arielited at angles
from 0 to �150, and '20- 30% of the. mrbon~ f iber-f illed layers are oriented
at angles from �45 to t600.

USSR UDG 669.15'26-.194:620.172-436
PONIZOVSKIY, V. M., VORONTSOV, 1. 1., and VORONTSOVA,~S. A., Perm State
u--ni Go r,'~
University in
"Tensile Testing Steel ShKhlSP Steel Balls.by the Method of Large Centrifugal
Fields"
Moscow,.Zavodskaya Laboratoriya, No 10,~Oct 72, pp, 1270-1271
Abstract: Balls of steel ShKhl5P (and 6hKbl5VD) wi th diameters of 1.00 to
3i50 mm were tensile tested by magnetically suspending ther, in an evacuated
glass chamber of an ultracentrifuge and spinning them on their axis by a
rotating magnetic field until failure. Pesults of the.tests showed that the
largerthe diameter the quicker the ball. was.,to fail, a 1-mm diameter
ball iiould sustain 301-303 thousand revolutions per secoad before failure
while the 3.49-mm ball failed upon reaching 83-86 thousand revolutions per
second. The average peripheral velocity of'tbe balls tested was 979 m/sec.
1,table, 4 bibliographic references.
41

VC'YL';N Z 1-i I t T',I.. NO. '17
LAJ
C.-D -TV. V,w -i t. r,,.
T. 'I--
rt, ow riv-,-, nwl cr
111~-,, sn. l9f;7. I,- to ;--I 1;o.
--u~nj Ist,mmite.1-
tw"
r t ll.~- 1~. 14:,.. .11*1-.,.- In Ow
t i t r ro f I I - I ~g t, lwI ft,: I'l t t L,mf Ow
pi.
T . . I . . .
ri - r, r I
r t I , t 1 In f' f, I, k i d 11, t I. o n
T- vWIli ti t-- 11 f I" It- 13l--1;tY pro'.
t, hrvinlr r-Ilt. A,tl,
I. I-- tl1f All It, :~' 0,-, 1 1,0-1
ticilt, kol- it it.- ;In ily thit clfect-
l". i r n
T1.
wl
rII Ll"k lk'I iet-Al v~,- 1,tr,
w.
I'm II i I, -
Ifl 1~i
j-,r-n i,A L,I 71- 1 th
LI:
c on, 1.0- 0,1y. cla-fwz, 0". uv,~mf:,, t".1L. -I i"j r ,I t.,
lint "!j 111, ;.,3 cti, v~, N %.m
w- ti. on ii ! ~ t ty i, ... Lt~t;,f
t h., p IWI L-11 t J1 t I- I l: I&'A it,
tj I T,Y
"If
) ,tit
511 1 w"'ll I. I,;, , t il; I - : .......
t h,~ , t) n r. t p r j :,. , ;;,- I it rant vi-C-1vill, cc i I; 1, 11) ~ "'
v a II I Iwa 4I'mpa r wt Is w~ dry ~ w on I, I int, I n wlllv~l I'll..
"otint "it l; Nisl,ld t(10 mitil"I:r, ~I'
4 Ps Ip, -t tit t mI: I ul.. -1:11I. t-v t-vihl
It L 'I Va I, t r: 71.
FJI~L tji,., :-jc-V.r.,LA 4n
whi c !j ,It , " r"..1 t -! a t I; ;w I t !It of,~oi f ,-,I mw !: n uV b oL h
prii p., on 'N: It-Lf. "I"; I01 I ',I t. I cl) I v"- vIy
tolt' q t, Lo :j,. r~ I.
t L Lm t Wtlj,..h
m."u it k):
t I, r ,/mi. pw!
to VlAk n. It. Lwl v r ti- ml 'or t,%, 'ittll-t, ill
t he 11k Lr ',in-njilas ond tri the I% I
La.. voI Ivi'llify by nvislipm,,I)f
rapi t" t 1, 1)"
UTLY Nf
V L-jtrtjm or vi- V, om,~ ,-L-iitkfic r, i,
r'ry

j-8448 84
oitviev- in ml.lligr-mn of the vricei". 02, in units or Antirnicity
. . . U'p' (y.ttla, invorlse to th-t IWr titre). The calculatLonq w4erg
accordine to the farjaula
C A 0/4
.her,
k - thn amount or vnccLitu ru,ni(i Ln I mt of thrA bubbler
One, or u,,
If) - vulumo (oC I fluid ;n the bubtler (MOO
- -lu'Ir, of nir th4, t r,,-,ivJ throaall tire liolobior in 1,5
With erinnicitzration of, tli- livnralre volumo a~lr ary v*nti.
Vu I man
I*Uon of --rAn thicitir 15 minutes, Clio CH lculatr,da Vkratcd- do~x-o, tar.
1) that the Somewliat greater. activity of
Vnrcina P porrilits tn produce a c cirres pond inely ltorCe cOnCentration
of ner"ol octiyo nubstanc-5 in,ane.Li-.ar 4ir ~,Jr with Io%* sprayed
2n;'Pons on per, 1, m3 or ronin. The po-isthtItty of' Alsourl,nr I evon
r -ro-iol in Ur , with 0- atomization at equal.
ao..UllLa or till ti,-Onl C, oni ti oviliontly PrOVSK-Identical-volAtiLle
To k, le.I
V46. I no A lint or v.cli-o V.rg;ln. 'oncentrAtIon
sprnyed per I m3 in 1.1iter oflair-
C(.de Amount,, 1) rpt U r
( Pt
rpt
P 0~ 10 ll,noo 0.0055 0.44
0, 15 12,000 0.7.8
0.20 16 ,,Y)o 0.9 ~50 1.22
Zh 6f) if) 6,000 0. 0038 0.22
ri. I ~ 9, orjo C). 007 IS 0.44
0.2r) 12.rjocl 0. (12 Ila 0.78
(;ol,4z.dPc1nj, however Lhist thol, antleentc and Ir-iunoltenic pro.
POI-t.oA or intentinoi. vaer.-ines (jo riot corrotrite with --ch other,
we rl:hdo further "tudicir or tilt) iminivrint,)pIenj choillwo.Oft-Ar oercs*1
revncel.nxtion of people with both preprvirat.lons., As it con Ila seen
from Table 1, the spraying, or equal batcsies. or oiose propsrotion
which nent-in di ffc- rent', umaunt.~ or tintipon%city uTit-.% in I irtg,
not ftftsuro oquill.. coTicentrntlarto or the acros,at. Thittv astlention 1 5
p 01 is or artu"I amo-Ints of rintleonicity
thle ;niv wtth tile vlprnyinr
unit's. In donnoction with tile vnriou-1 s'"Cific activity of vftcclnes
p "Int Zh (11 lmt:) wo did not; get, Illrorroptibn or% th- wrtijit con.
ernntr.~ton J;Ut .,,n tile connritt,rition expressed in a~ltlgmjjc: units.
Th,~ tv,; ptr~~jit-v~n*A,rrls wt~ro conp~v-,J )i~~rordirvg to the finOincli obtatin~
e.1 J~rter vv.V,4tcInntIon with oqual "tomired atiounts, of the active,
tort (1z,ooll U t liar , 1, 0) Mor,.-vor. b'Y' ~ulljwlng th". h1rher
r
oPtbo P. pr-pnrtIon In olay~rl4nn'wIth 1,h- 2b In
or poollic
'11 " j'~ I rj~ n q..1 )or- n t at, .-ttft ~,%4-.% rid

ii . T
11 U CLAW
021 Flo. WCESSJUG DATE
-YITLE--AEROSOL REVACCINATION WITH TYPHOID 8OTULtNUA
A AND 11 TRIVAC"
WITH TVPHOID~TETANUS BOTULINU~I.A-AND.S,TETRAVACC-INE UNDER
t~:_-AUTHOR-(05),-ALEKANDROV, N.I.v GEFEN,~N-yt-v~-.YEEGOROVA' N.B.1, YEFREM-OVAv.
CINTSOVt I.Ve
V o N aV 0 R
C 0 U Nr R YI N 'FO - -S S R
SOURCE-ZHURNAL HIKROBIOLOGIlv EPIDEMIOL:OG111 IMMUNOSIOLOGIlt 1970v NR 5,
,'~:PP 84-89
DA.TE,PU8L I SHED-- -70
W
:.;.:.:SUBJECT AREAS-BIOLOGICAL AND MEDI.CAL:.SCIENCES
TOP I CTAGS--AER050L VACCINEt TYPHOID FEVER VACCINEs IMMUNIZATIONt
BUTULISMP TETANUS
-CONTROL MARKING-NO RESTRICTIONS
~.,!,DOCUMENT CLASS-UNCLASSIFIED
REEL/FRAME--1994/0151
STE PNO--Ulk/0016/70t/000/005/008410081,'
C,IRC ACCESSION NO--AP0114547
UNCLASSIFIED

D's 'PR SISING DATE--160CT70
2/2-- 021 6CE
;LfkC. ACCESSION NO--AP0114547
GP-0- ABSTRA
CT 'A STUDY WAS'MAD-c OF THE
AINST BOTULISM, TYPES A
POSSIBILITY OF INDUCTION OF INTENSE I:M.4UNITY:AG
AND B1, AND TETANUS FOLLOWING SINGLE AEROSOL REVACCINATECU
ASSOCIATED PREPARATIONS. RABBITS AND, GUINEA PIGS WHICH WERE VACCINED
TWICE WITH SEXTATOXQlD OF THE KHARKOV~INSTITUTE OF VACCINE AND S,EkA 5 TO
6MONTHS 8EFORE WERE SU8JECTED TO REVACCLNATLUNa AEROSOL REVACC.1,1,11ATION
WITH TYPHOID BOTULINUM A AND 8 TRIVACCINEg AND WJT~i TYPHOID TETANUS
BOTULINIUK A AND B TETRAVACCINE PRODUCED. kca,4siriERAsLE ELEVA~A'ON 0-F YHS
LEVEL OF ANTITOXIN AGAINST ALL THE-TOWIDS INCLUDED INTO THE C0,MPOS'J'ot,
OF THE VACCINES. REVACCINATED RABBITS PROVEDJOBE RE&ISTANT 40
ADMINISTRATION OF 500 OLM OF BOTULIN91YPE As, ANO.Op 100 Dim OF Tlfpc a.
THERE~ WAS ALSO AN ELEVATION OF THE TI TRES OF ~ TYPHO,10 0 . HE14AGGLUT I N1S
IN-RABBITS, FACILITY; MOSCOW lN5TITUT VAKTSIN Z SYYOROTDK IM.
:44ECHNIKOVAo
UNCLASSIFIED

J
JSSR UDC 615.471:615-835-5
VOROWSOM II.Yaa Lt. Col. Med Berv, SEVZRTPOVA~. M. X., SnRNOVA.* T. A*, and
BIKLMOV 1. M. Maj F;cd Serv.
"Me tffectiveness of Aerosol Irmunization"
Moscow, Voyenno-Yleditsinskiy Zhiumal, No 4, 1970, PP 71-74
Abstract: Two aerosol typhoid vaccines vere made, one fror, bacteria grown on solid
medium, and the other from bacteria grown in liquid medium and alcohol dried. All
experimental subjects were of similar aGe, size, and hadsiinidlar living conditions.
They had been vaccinated with typhoid and p4ratyphoid strains six months before.
A total of 241 received aerosol inhalation for15 minutes (dry vaccine) and 243 were
treated similarly with vaccine prepared from alcohol-dried cultures. The reaction
of both groups was very much alike. Within 6-12 hours, a slight rise in teirpera-
ture was noted in a small percentage of subjects. However' 24 hours after'aerosol
revaccination, all side reactions subsided. L=minological tests a month after
vaccination showed a twofold increase in antibody-titer. -e findings were similar
in both groups. However, a few subjects vm=inated with dry vaccine shoved a slight
increase in the titer of 0-agglutinins.. A.6ingle vaccination with dry typhoid
aerosol produced a significant increase in antibody titers&

1.-2/2 030 UNCLASSIKED PROCESSING DATE--04DEC70
--CIRC ACCESSION NO--AP0136705
.'.,`ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. MICROFICHE.OF ABSTRACT CONTAINS
~GRAPHIC INFORMATION* AEROSOL IM141JNIZATION AGAINST TYPHOID WAS
CONDUCTED IN THE UST-56 CHAMBER fVOLUjJlE ti-8.5.M PRIME3v AREA 22 .14 PRIMEZ)
AND THE USO-56 CHAMBER (VOLUME 1.3803 M PKI.ME3v AO:A 58.5 M PRIML::2).
PEOPLE WERE EXPOSED TO AEROSOL TYPHOID; VACC INES OF~SERIES 21-65 AND 1-67
FOR 12-15 MIN.'_THE TEMPERATURE IN: 'BOTH:CHAMBERS18FGAN TO RfSE
JMMEDIATELY AFrER ENrRANCE OF PEOPLE (SEEJABLE 1),j AND REACHED 28-30 C
IN SPRING AND SUMMER AND 2.2-24 C, 1k FALL. AND WINT811. RELATIVE HUmIDITY
DID- NOT INCREASE, BUT, DROPPED SLIGHTL~ '.Tf4REE MINUTES AFTER THE START OF
1M, MUNIZATION.AND REMAINED FAIRLY,.CONSTANT-i'Air 64-72PERCl:NT. THE
CONCENTRATION OF AEROSOL IN CHAMBERS IS SHOWN IN TABLE~3. THE
~._.'~DISTR 113UT ION OF AEROSOL IN CHAMBERS-- [S~ SHOWN rN TABLE 4-.1 SINGLE AEROSOL
1MMUNILATION WITH BOTH VACCINES IN, THE-UST-56iCHAMBER PRODUCED A
:.~--.:.STATISTICALLY RELIABLE INCREASE IN ANTIbODY TITER-S. THE. SA14F RESULTS
WERE OBTAINED AFTER 114MUNIZATION IN AN ORD INARY Room. THE FREQUENCY OF
FEVER REACTIONS IN IMMUNIZED PEOPLE~WASJWO TO THREC-PERCENT IN I? IIRS
ONE TO TWOPERCENT IN 24 HR&t BOTH IN GROUPS INI)CULA-TED IN CHAMBERS
AND IN A ROOM. THERE WERE NO STRONG~REACTIONS. A,~GROVP OF 2166.PEOPLE
WAS INOCULATED IN.1HE UST-56 WITH:VACCLNES~OF SERIES 21-65t AND A GROUP
~-::OF 1248-WITH SERIES 1-67. TWO PEOPLE (A PHY$ICIAN -AND HELPER) WERE ABLE
TO 1NOCULATE 1248 PEOPLE IN A UST-5,6~ CHAMBER - IN 2 JMS, 1 10 MINg AS
A D CULATIONSAN THE SAME PERIOD
toMPARED WITH THE NORM OF 150 STAND R INO
~CONDUCTED BY SIX MEN. FACILITY:~, :MEDITSINSKAYA SLUZHBA*
UNCLASSIFIED

LIO L() rr Y"
-5.47:6
UDC 61
j
Serv,
d St-rv,:
C7
onductir-'Cr
0
Cie-
0 r~ t i.
11 U'r 1.1 a 1i
Abstra-C4-
and acvan-~-ages co n(1 L:"2 ~ed0ctetcz-
.41 j,-! ~-' 1:11 ~~ '-)
Uc t im- aeroso:'.
J:eve- under r.: J- MM Urj I zt
d coi-
4F :Ln-a VA
r
N4 J. -1
serles 21-6s !-y
7
aLmoized and I
d e- d - The
p a Dllls'--je-
c c~ ~Ilc e ror ten4 'a thc- Ile!
Ors c P"I j r.
P ion 0-F the -or Comparative (1c.1v
irles was c L) Uri) 0
ro 0~~ c 1 d' i's
-CH: al"010 - 1.
L -1 L CL L I r. ~-j 0
CC;~~
t:z Cal
-1--f in.people
b,.r
-arr" uti
a ml 0 r, t Is azid V--
4.
ar t) , a gp, uL
un t 4 ,C:;, be
17 Data ob L077e to
ca t eu -Y boLl-I 7. :,L4
tcctt-va ~'L -iboc" corls-Iq
acs va
d i 4' I'Te r c- r 1 c c~s "D-:'oduced 're--j?e irltQ. '--e
0 -L
Obtafncd a.-- V
1/2-
- ter u,
Ll 11c
L

USSR
3 1"IT1110V T 71~ et a! 'Mo s cow Vo yecip, o-1,-_,'ed i t si n sk
pp 54-56
condl+ 0 w1'.
--ions i~-, a room and under ficAd ondj,tio'
o" wera~fe t-cm,,L.-_-L-,.2ture~ reactions was abattz t"C'e. a L-, CL n 0
e a c t X Oza observed F6rthar
D- ,aa- eCORSISL Only tWO PeODle E, pt-,5psic-an a n, d
i n a teat aTid usizig ttie aer.0--ol met'od,
2. 01 M. Ui z _~ C! "I V la I . i 0. peri *: ~L L - I
C..e of 1,243 peopl"e.. ii o" two 1-o.,,.--,-.z,, ~,c~
40 qijutesi of beople a 'playsi.C.-L'all, v e 55)-~ S ta r d
ID
four sanitary insructors, workinq_ con,tinUqUs1;y-.w1..
could only 150 pe p1'
o. e in the pez
2/2

UDC 62-1.187t669,018.2
R
-211K0, V. K. VORONTSOV, N. N. ,SANDLER, 1j. 1. ,
CREW(YAKOVA, L. YE., SHUGAI
-ITe-s--- -r-- R- A t s
and FATSEYA, R. F., Ukrainian Scientific earcY ns-ElEu e Of 1.1le al
"Electron-Nicroseope Study of Excess-Phase Precipitation in the Deformation of
Alloy 3614LIMV,
Koscow, Metallovedeniye i Termicheskaya. Obrabotka. hiotallov, Ho 8, Aug 73,
16-19
Abstract: The structural properties of allOY 36NKhTYu containing (in %) 1 0.04
Go 1.1 1AX-V 0.36 sit 36 xil 12-13 cr, 3 Ti,~J.2 Alt balance-Fe, were studied
In -relation to degree of defo=atlon and,tem-periiig mode. Strip samples 0.15 M.,
0
thick wre water quenched from 1100, C, rolled with a high degme of reduction
(50-70), and tempered at 600-750 0C for, two.hours. It was found that decomposi-
tion of the solid solution in the alloy trith precipitation of the mete-stable
ga=,a*-phase (hiFe) (TiAl) with an FCC lattice starts even in the deformation
proceast at 505' primarily along the,grain.boundaries and at ?r1j -- in the r~xain
volume. Decomposition of the solid solutio .n when defoi-Ined at 600-650 OC is
charucterized by discontinuous precipitation along the.grain boundaries arid in
76

USSR UDO 3~9-32#576-312
KALYGINA, H. A., and: RAW ABLI I S. I., Laboratory of
Evoluti. logy, Institute of Biology band Soil Science, Far Eastern
Science Center of the Academy of Sciences USSR Ma4l ostoj.)P and Institute
of Cytology and Geneticsj Siberian Laboratory of population Conetics Evolution
and Kaxyosystematic, Department. of theAca~e;y Of Scipncos-USSR (Novosibirsk)
"Chromosomes of Jerboas (Bodentia, Dipodidae)"
Moscowr ZoologichesIdy Zhurnall
I No i2p 19711 pp lp85.,z 10860
Abstracti A description is giver! of the chromosome sets of 15 jerboa species
of the subfamilies Cardioc=nil. DiPodinae (5)-
nae Wv Allactagin-aa (9), aiAA
The diploid n=I-Per of 1) spocies is 48, except in SalTingotus crassicauda in
which Zn - 46 and in Scirtopoda telum in which 2n - 5~. The lmxyotyp-~:s are
strikingly similax. The chromosome sets of three epeo;!es of the genus Allactaga
Oaculus, sovertz-ovi, saltator) axe alike, as are tho-ge of Pygerethmus platyrus,
P. vinogradovi t P. zhitkovi, and Alactagulus, acontion. - It it-as concluded from
the constancy of the chromosome numbers atA the imsignUicant variability of
JF4 = 86 - 92 -1-hat the evolution of - jerboas was. char-acterized by pericentrin.
inversions rath-r than by the Robertsonian characteristic of
other man-malian gruups. Cy-tagenotic zechani~ms are not b-3lieved to play wi
1/2