SCIENTIFIC ABSTRACT LOPATIN, I. P. - LORIKYAN, N. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201820012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2/2 018 UNCLASSIFIED IPROCESSING DATE-30OCT70
,-CIRC ACCESSION NO-AP0119456
ABSTRAC-I/EXTRACT--%U) GP-0- ABSTRACT. A.COMPLEX MIXT, OF 000RIPERGUS
SUBSTANCES OF HYDROGENATED FATS WAS SEP0. Fi~OM F~ATS 1'~Y .40L. DISTN. IN
LAB. EQUIPMENT AND ANALYLED BY SPEC TROPHO rollE TRY: Jil I oUT SEPN. of- T I-
MIXTS. INTO FRACTIONS. THIS SIMPLIFIED METHOD GAVE SAYISFACTI)RY
RESULTS. PRODUCTION DEODORIZING OF HYDROGENATED.1SUNFLOwEP, OIL MADE BY A
BATCH OR CONTINUOUS METHOD SHOWED THAT IN CONTINUOUS PROCESSI'4', UNSATD.
CARBONYLS WERE REMOVED MORE EFFECTIVELY THAN IN. LIATCH PRGC;:SSIwG. THE
IRAND UV SPECTRA.OF THE P 'ROOUCTS INVEST,IGATC-0,S40W THAT CONTINUOUS
DEODORIZING REMOVES UNSATO. CARBONYL COMPOS. MORE COMPLETELY.
':-FACILITY: INST. ORG. KHIM. IM. LEL-INSKOGOt MOSCdWr USSR.
UNCLASSIFIED

. . . ........
Um
UDC 66.035.3/ 81:67*1-742.2
PlYMNKOV, G. N.,
GOLOMM:, Yu. 1%
G- Ird ED UrOVA,' A. F
pr,,,`uztion of F-icU at ion ,m', ifir-A Polyothyalene
TubCs U11-0.:-rh
Kiev, No 2 (62), elar-~~pr pp 5 0 -
Abstract. line h-ts been cojstructcd Jloj~ t,ic. Of
radiation
" ~ -S . "'
is in thc
zo-e
in a 1
10
-,L) thit
posure is
0 da.mx,i, dt;(,, t t,-,c; rad-lation
hap-t, jr.
a tuLL, 6 r-la in diamntl~r, lml) thi.C1,21c'-s up
to 0.5
6
pick-,

U35R UDO 621.385.0"j2.269
ZINCRR4y,o, M.S., LOPA_7,I~_jj. [Both names Uansliterated from Ukrainian]
OExperimental Investigation Of The Properties Of Beams.Of Hlgh-Ferveanoe Three-
Electrode Electron Gunan
Ukr.fiz.th- (Ukrainian Journ3l Of Physics), 1971, _16., No 6, pp 099a-1004 (from
RZh--Elektroni" i yeye primeneniye, Noll, Nov 1971, &bstract No 11A26)
Translation: The results are presented oe an experimental investigation of the
properties of beams which are formed by 3-olectrode gwis with longitudinal com-
pression. Measurements were made in a wide interval.of changes of the gun
parameters: ~otentialp 100-1000 V; beam. current, 2_,'~O ma; porveance, 2-170
microSMD/V3/ ; ratio of potentials of the first and seoond diaphragms, 1-18.
As seen from the profiles of the electron beams presented in the work and the
radial dietribution of the current density at various arose sections of the
beam, guns with longitudinal compression make it poseihle to control the location
of the crossover, the form of the beam profile, the form of thq curve of the
radial distribution of the current density and the magpitude~of the coefficient
A
of beam sinuosity during Brillouin focusing. It Is sh9itn that with conUol of
the parameters mentioned, sufficient luminosity of tho.heam. remains.

C
MATH"TT
Differential & Integral Equations
USSR UDO 517-913
HYMPOL-S-K-YY, YU. 0., Academician of the Academy of 6cience's Ukrainian SSR,
and Institute of Yathematips Academy of Sciences Ukrainian
SSR
"On the Decomposition of Nonlinear Systems"
Kiev, Dopovidi Ak-ademii Nauk Ukrains'koi RSH, Seriya A -- Fizyko-
Tekhwtchni ta. Matematychni Nauky,. lio 12, Dee 72, PP 1078-1082
Abstracts The article considers the question of the,:reductlon of a system of
nonlinearordinary differential equations of the forn,~
. . . . . . . . . . . . . . .
dx,
dt
1/2

USSR
MnOPOL'S'KYY, YU. 0., and IDPATIN, 0. K., Dopovidl Akademii Nank Ukrain-
RSR, Seriya A -- Fizyko-Tekhnichni ta Mqtematychni Nauky, No 12, bec
72, PP 1078-1082
where Mki(al, 0", a., t), OLnj(e"11 #off a. , ~t) are continuous functions
of the parameters alpeosgam and time t in.a certain region,
(J-t,...,nj.) are holomorphic functions in a certain region. The problem
is to find the conditions which make It possible, depending on the form of
system (1), to establish when there are transforzations of the variables
;and which reduce
which turn to depend only outhe variables xi,..tjxr
(1) to a certain equivalent system which is of the sare order but decomposes
Into a series of independent subsystems of. now vari&Ues. The article es-
sentially uses the classic results of Lie theory and the theoi)r of lineax
partial differential equations of first order.

LORI T1 4
Acc. Nr, Ref . Code:
AA0108702 xostracting Service: UR 0482
SovietInventions Illustratedf Section 11 Electrical, Derwent , Sho
228073 TURNING ANG .
LE OF 4HAn,can be Corrected by
rythmic'ind-'OutsiV forming network wL t1h
following met-up., - In. t6: tv*niiet'olclsed~ systeil shown
here, the negative ryths~ic pulies Okie apjlf*~ ~~o the.
W i ~4,
base of the transistorl(l). Ti"Ll 41 (4)
are shut when correctI4 pulse ts . abp4nt The Ulm
-perature
stabLlisation of the trausistor~ttQjs achieve4 by
the resistor (5) and th*~;stabilieor (8)
Vhen the transtotor~ U) Is ~4xcitad by ',the
rythmic pulses the Ourreat is PA4*11rio. througb 0 e
stabiliser (7), thee* pulse Ari foriied in the
transformer (9) and psaie4 to Thai bilance. line (11).
When a negative pulse arrlyO,to the bese (3),
it opens transistor (4), Vhieh Aunts.stabLllse; (7).
As a result in the transfamr (1) to fomed #;p4tse
of & larXer amplitudej this depends on the voltage of
the stabiliser (7).
REWFUME
:19900450'

A ft 0 108702-
To minimice-d istortion of the pulses there to
dc. magnetination,of the~core (9) batch regulated
by the resistor (6).
Similar transformer (10) to used4t th* output
of the line (11).
13.3.67.-as 1139229126-24, ANISECHENW, L.M. et al.
(2.7.69) tul. 11/8.,10.68. Class 21a, Int. CL. H Wk.
AUTHORS: Anishchenko, L. M.; Y-evsyukov, V. V.; Laatlne-V. A4
Rabinovich, G. L.; Sukhe;ikot P.' V.
1-9900451L

arod A,
~.ymq.wJA7-
P vNnyAoca
. .
193,00452
m
MR
-0
A&

777777
USSR Z~Z.Ic: 6ZI.396.963
IDPATLII, V. A., SOWNIKOV, 1. M., &IBLOVICH, G. L.. YAKUSIHE-1, Zh. F.
IIA Device for Introducing Graphic InforaLstion Into Analog Azl.-Muth-Aanp indi-
caters"
Moscow, Otkrytiya, Izobreteniya, FromyshlenMe Obraztsyr, Tovlrn~-,rye Znaki, ""0 14,
19?0, Author's Certificate No 268514, filed 3 Apr 69, pp 43-44
Abstract: This author's certificate introduces a device for feeiin- gra;rllc in-
formation into analog azimuth-range indicators. T~he unit contains an azimuth
mark pickup and an interrogation pulse shaper which consists of a shapor control
unit, ahapers, a re-ister for control of electronic keya, electronic koy~; and
an interrogation pulse decoder. Also included in tho dqyice ang an amplifier
module, a code-to-time converter, a unit which shapes graphic information pulses,
and a calibrated range mark pickup. As a distinguishing feature of the patent,
the precision of plotting an electronic route map is bVroved ani operation is
made more convenient by adding a range code m". ory unit irbose Jxput'3 are con-
nected through the interrogation pulse shaper-to the azim~uth -Airk pickup, while
the outputs are connected through the amplifier module to. the record inputs or
the code-to-time converter. Connected to the counter invat of this converter is
the output of the calibrated range mark pickup.

USSR 1JDC: 621.317.725
GUTNIKOV, V. S., Candidate of Technical Sciences, and.L2Q.T1.11,
V. V , Engineer
n onverter"
l
tegrated Circuit Voltage-to-Prequency C
Mosco w, Pribory i sisteav upravleniva, No 6, 1972, pp 27-29
Abstract: The description is given .of a voltage-t-o-frequency con-
verter, developed in the form of~an integrated circuit for use in
a complex of frequency-digital control instrwinentn for general in-
dustrial use. Its design is basically one of balanced conver;uion
with pulsed f eedback, a principle which is now recognized as ex-
tremely promising since it perlits obtaining a higlOy rapid opera-
tion speed and low conversion error. The basic components of the
converter circuit are inteerated circuits of the 101, 122, and 140
types, and the operation of the entiro arrangement io based on the
charge of a capacitor in an int(,,gratiz1S circuit by a current pro-
portionalto the input voltage, and ito dischat-ge by puise.-j of a
stable quantity of electricity. The block dia&ram and schenatic
of the instrument are given together with a nat'4termtical analysis
Of its capabilities, and the circuit oporation Is qualitatively
explained.

USSR
LOPATIHO V. V.
Concerning the Resistance of Vibrating Cylinder in Liquids"
Xievt Yopr. Tekhn, Teplofis - Sbor-nik (Prpblems of Tachnica1 Therzophysics
Collection of Works)# Naukoya DunMo, 19711 pp 16,e,168 (from Referaxiivnyy
Zhurnal,"Hekhanikal No 2, Fab 72, Abstract No 2B673 by P. Ye. Mkhaylov)
Translations Note is taken of the fact,that In the ir&rk of K. V. Kalaahni ov
and V. 1. Chernildn (The Vibratory Va=ing of.Vecous fttroloun Products.
Moscow, costoptakardat# 1961)t hydraulic resistance dvT!ng vibration is
deterAdned with no account taken of electrical and mechanical losses in the
vibrator. Reavlts of experiments with account taken of these losses axe
present,id here graphically, and it is shown that as the vibmtional Reynolds
nunber R in=eases, kydraullc resiatence demases b3r.about 20% within the
Interval of 2 e-'- R 1~ 20g is halved when R iz batween~20 atd 40, and undergoes
practically no change Ithin the interval of 40 < R -~,- 4 x 103. With a density
increase of the mechanical energy fluzo during streaaline flow or vibrations,
from 2 to 2 x 104 watts per aqua" xeter~ the heat-tram Ifer coefficient mono-
tonously inavasos several times over, It is shown that heat transfer is more
officlent during transverse vibrations thaA in a steady-istate flow or during
1/2

U S S P. UDC: 548.4
BELYATSKAYA, N. S., GRISHINA, S. P, , M I L' -
VIDSKIY, M. G., OSVENSKIY, V. B., F T"e Scion
tific Research and Design Institute for the Rare Metals
Industry
"Structural Singularities of Gallium Arsenide Single Crystals
Heavily Doped With Donor Impurities'.'
Moscow, Kristallografiya Vol 17, No 1, Jan/Feb 72, pp 158-16S
Abstract: A study is made of the effect v.-hkh tellurium,
sel3niumand sulfur doping has on the degree of perfectness
of GaAs single Crystals, Metallographic and Tadiographic
studies show that doping to high concentratiwis with donor
impurities (n >1018/cc) may lead to an appreciable reduction
in the dislocation density and to a specific d.istTibution in
the volume of the GaAs single crystals due to strengtheningo
of the material and intensification of the process of dislo-
cation creep during doping. Nonhomogeneous dopant distribu-
tion in heavily doped single crystals is an additional source
1/2

USSA
BELYATUAYA, N. S. et al., Kristallografiya Jan/Feb 712, pp
158-165
of dislocations. Structural investigations~shoxv that in the
process of growing gallium arsenide single crystals heavily
doped with donor impurities, partial decomposition of Super-
saturated solid solutions takes place, accompanied by the-de-
velopment of additional internal stresses and a lumped struc-
ture within the crystal. Five figures, one tablel bibliog-
raphy of eleven titl--s.
2/2
0

UNCLA SS I F1,ED, DATiE-- 20NOV70
II.TLE--STUUY UF COSNIC k NO THE RADIATION BELTS BY A VERTICAL SPACE
PRObLL -U-!-
AUTHOR-05)-NERNOV, S.N., VAKULOV, P.V.t KUZNETSOVo S.N., lAJGACHEV, YU.I.,
QPATINA *B*
~.F IN'FL-USSR
SOURCE-MCSLC6t KOSMICHESKIYE ISSLEUOVAt4lYAo 'VOL VIlIr NO 3, 1970, PP
DATE P LBL I SHE D---- 7 0
~U.BJECT AREA S--A-TtA.E)SPHEKIr- SCIENCES, MISSILE TECHNOL~)GY, PHY S I cs
TOPIC TAGS-LrSMIC RAY, kADIATION BELTs UPPER ATMOSPftERE, SOUNDING ROCKETv
___ELECTRGN ~-SPECTRUM
CCNTRGL MARKIK-NO RESTRICTIONS
b6c6MENT CLASS-UNCLASSIFIED
kQXY.'AEEL/FRAME--3005j0554 STEP NE)--VR/0293/70/,J)CL,/IJ03/0408/04L7
~1RC;'ACCESSICN, NG--AP0132740
UNL-LAS&IFIEV,

213 033 UNCLASSIFIED OROCESSING DATE--20NOV70
GIRC ACCESSION NO-AP0132740
'ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THIS PAPER GIVES THE RESULTS OF
OF DATA OBTAINED USING A VERrICAL.SPACL PROBE LAUNCHED ON 12
OCTOBER 1967 FOR OBTALNING AN INSTANTANEOUS CR0S.SlSECrION OF THE UPPEK
-ATHESPHERE TO AN ALTITUDE OF ABOUT 4rCOO KM. WITH RESPECT TO COSMIC
RAYS: A) IT hAS POSSIBLE TO OBTAIN THE VERTICAL-VARI_Arjo~, OF COSMIC
'RAYS.AT 1.7 LESS THAN L LESS THAN 2.2o WHICH FOR YHE MGST PART CAN BE
ATTRIBUTEL TO CHANGE IN GEOMETRIC ANF, MAGNETIC SCREENIGN OF THE EARTH.
81 IT ~iAS POSSIBLE TO DETERMINE THE cosmic PAy mu~4ipL.iLi%.Ttov FACToR FOR
THE COUNTER SITUATED ON THC SURFACE OF 'THE GBJECT.~ 'vil'IH A MEAN LENGTH
OF THE CCSl-'.IC RAY PATH IN THE MATTER OF THE OBJECT, SIMILAk, TO 50 G-CM
'PRINE2 THE COSMIC RAY MULTIPLICATION FACTOR ATTAINS VALULS SillLAR l'O
20PERCENT. C) THERE IS A MARKED ANISCIROPY OF FHE FLUX Of 4LBE00 COSMtIC
RAYS ATTAINING Sl,*.IILAR TO 40PERCENT. ACCORDINGLYt IN AN ANALYSIS OF
COSMIC RAY DATA OBTAINED OVER THE ATVUSPHERE BY LSE OF DETECTORS HAVING
A GREAT LENGTh AND SMALL DIAMETER IT IS', NECESSitRY Vi rikKE INFO ACCOUNT
,DETECTOR ORIENTATION VELATIVE TO THE tMAGNET IC LINZ~ GF f-clKCE. v; I TH
RESPECT TO THE RADIATION BELTS: A) IT ViAS POSSIiALE,~ f5 REASURE THE
ELECTRGN SPECTRUM AT DIFFERENT 1. Slii':LL~, [N Jl* RANGli 2 iiE155 THAN 1. Ll~ls
-kU,4 IN THE f: A
THAN 3, FOR A SPELI ORA IN GRE TER TH414 i SUBE) SIMILAR 70
EXPIMINUS E SU8E -E SU60) IN Tiflc ENERGY RANGE 40 LC,~)S THAN L SUBE LIZSS
THAN 30C KEV THE SPECTRUM IS SOFTENED hIl`H AN INCAEASE IN Lt eifiEREAS FOR
ENERGIES 300 LESS THAN E SUBE LESS THAN 600:KEV IT 4kr.GMV-,fi HARDER. li I A
STUDY WAS MADE GF THL PITCH AN16LE. UlSlkl~UNON OF ELEow.INS ~,ITH E SUliE
LESS THAIN 4C KEV AT DIFFFRENT L SHELLS 1~ FQUALS 2.6, 3.0).
UNCLASSIFIEO

UNCLASS I F I ED 0RUCESSING t)AT5--20NOV70
CJRC ACCESSILN NU--AP0132740
AbSTRACT/EXTi',ACT--APPk6XIMATION UP THE PITCH ANGLE DISTRIBUTION SY THF
FUNCTION N(ALPHA) SIN PRIf
MEN ALPHA GIVES, FOR THE LEAKANG PARTICLES AT L
Ef~UALS 2.Z N VALUES FkuA S1141LAR TO 4 TO, SIMILAPZ~10 10, WHEREAS FoR L
EQUALS 2.b ANU 3.0 N SIMILAR TU OR EQUAL TO 1. ,.~CR INONLEAKING PARTICLES
N',SIPILAP TC OR El~UAL To I AT ALL L, ~CVAN INCREASE IN THE FLUXES OF
LEAKING LLECTRONS WITH AN INCREASE IN L WAS uisc6eRED,

PROCESSING
UNCLASSIFIED
'StUL)y
I* UF COSMIC RAYS AND THE RAWArloN'BELtS 6Y
k~ERTICAL SPACE
AUTHOR- 10 5 )-V ERNU VS. N. VA KUL OVPV KUZN E TSOVS N LUGACHEV YU. I .
LQZALlNA&-k o 8 o
~_'-CCU_KrRY GF INFC-USSR
URCE-MCSLCh, KOSAICHESKIYE ISSLEDOVANIYAt VOL VIllp NO 3, 19709 PP
.468-41,7
~i_DATE PLBL I SHEO~-70
-,,.SUBJECT AREAS--ATMOSPHEKIC SCIENCESt MISSILE TECHNOLOGY, PHYSICS
:~.TOPIC TAGS-COSMIC RAYt RADIATION SELTo UPPER ATMOSPHEREi SOUNDING RCCKET,
ELECTRGN SPECTRUM
MAkKING-NO RESTRICTIUNS
..DOCUMENT CLASS-VNCLASSIFIED
/0417
-PROXY REEL/FRAME--3005/0554 STEP NO~-UR/0293/70/006/003/040&
-CIRC ACCESSICN NG--AP0132740
UNCLASS"IFIE0

2Z3~ 033 UNCLASSIFIED- ES$ING PATE--20NOV70
PRIX
GIRC ACCESSIC~4 NO-AP0132740
':ABSTRACT/EXTRACT--tU) GP-0- A13STRACT. THIS PAPER GIVES THE
RESULTS OF
PROCESS.ItiG OF DATA 08TAINED USING A VERTICAL SPACE PR06E LAUNCHED ON '.2
110N OF THE UPPER
OCTOBER 1967 FOR OBTAINING AN INSTANTANEOUS CROSS SECT,4
ATiqCSPHERE TO AN ALTITUUE OF ABOUT 4,COO 9M. WITH RESPECT TO COSMiC.
RAYS: A) If WAS POSSIBLE TO OBTAIN THE VERTICAL VARIATION 01' COSIMIC
RAYS AT 1.7 LESS THAN L LESS THAN 2.29 WHICH FOR THE MC-ST ?ART CAN' BE
~ATTRIBUTEL TO CHANGE IN GEOMETRIC ANG MAGNETIC SCREENIGN UF YHc EA1,T14.
8) IT WAS PCSSIBLE TO DETERMINE THE COSMIC RAY MULTIPLICATk;N FACTOR FOR
14
THE COUNTER SITUATED Cli THE SURFACE OF THE OBJECT. WITH A 11 E AN L ENG T
OF THE CoShLC RAY PATH IN THE MATrER OF THE:CbJECT SINILAR TO 50 C-CM
PRIME2 THE COSMIC RAY MULTIPLICATIGN FACtOR ATTAINS W I LUES 5131LAR TO
20PERCENT. C) THERE IS A MARKED ANISOTR,(IPY OF THE FLUX OF ALlIEDO GOSXIC
RAYS ATTAINING SIMILAR TO 40PERCENT, ACCORDINGLY, IN AN ANALYSIS OF
CGSMIL RAY UATA OBTAINED OVER THE ATPOSPHEKE BY LSE GF l)ErL-(.TjRS I-1AVI,'-1G
~A GREAT LENGTH AND SMALL DIAMETER IT IS NECESSARY TO TA'XE -^CCJu11%1T
DETECTOR ORIENTATION RELATIVE % THE 1AAUNETIC LINE OF FORCE, WITH
LTS: A) IT WAS POSSIULE VQ MEASUjtC T14E
RESPECT TO THE RADIATION BE
ELECTRGN SPECTRUM AT DIFFERENT L SHELLS IN THE RANGE:2 LESS Til, ~U% L
THAN 3. FUR A SPECTRUA IN THE FORN ;N GREATER THAN Z Subli.) SIMILAR TO
EXP(MINUS E SUBE -E SUBO) IN THE ENERGY RANGE 40 LES-55 THAN E: SUB~~:: LCSS
1CREASE IN Lp WHEREAS FOR
THAN 30C KEV THE SPECTRUM IS SOFTENED ;KITH AN I.%
ENERGIES 300 LESS THAN E SUBE LESS THAN 600 KEV IT akGCMES HAROER. 6) A
STUDY WAS MADE OF THE PITCH AUGLE UISTRIdUtLON OF E:LCCTRONS WITH E SU2F.
LESS THAN 40 KEV AT DIFFERENT L SHELLS (L EQUALS 2.21 2.6, 3.0).
UNCLASSIFIED

7-
o3i, UNCLASSMED PROU'~$INC~ JTTI:-- v=TV C
CIRC ACCESSIGN NO--AP0132740
,AbSTAACT/EXTitACT--APPKGXIMATICN UF THE PITCH ANGLE 01STRIBUTION BY THI~:
FUNCTION MALPHA) SIN PRIMEN' ALPHA GIVES FOR THE LEAKItiG PARTICLES AT L
EQUALS 2.2 h VALUES FkU.4 SIMILAR TO 4 TO S18ILAR TO 1;), WHEREAS FOR L
EQUALS 2so AND 3-0 N SltRILAR TU OR EQUAL~TO 1. FCR INUNLEAKiNG PMZTICL~-;
N
SLPIW TO OR EQUAL TJ I AT ALL L, G) AN INCREASE 'IN THE FLUXES OF
LEAAIhG ELECTRONS WLTH AN INCREASE IN L WAS. DISCOVER00
U".C,Ljl5S-JElE.Q--

0.
1+4 UNCL P
;'~-~TITLE-A RADIATION HEATING UNIT -U-
B.V.t LOPATINAv G#G.
~'~'~."_COUNTRY OF INFO--USSR
;'.S0U.RCE--V S6. TEPLOF117*. SVOVSTVA TVERI)YKH.'TEL:PRI VYSOKIKH rE.4PE?'ATURAKH.
-~REFERENCE-RZH
-FIZIKAY "'0 It JAN 701 ABSTRACT NO lA136,4PERATURESy VOL. 1,
PUBLISHED - ----- 70
"~':SUBJECT APEAS--PHYSICS
_'.,~.TOPIC TAGS--HIGH TE,4PEkATUkE R AND Ot HIGH TEMPERATURE SEMICUNDUCTOk,
.'~-AUELECTRIC MATERIALY LABORATORY.FURNACEr GASVISCHARGE TUBE, TEMPERATURE
MEASUREMENT
CGNTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIE0
PROXY REEL/FRAME--1992/0999 STEP NO--UR/0000/69/000/000/046810472
trrgSSION NQ--AR0112159
UNCLASSIFIED

2f 044 UNC'LAS~IFIED' Pkd ESSING DATE---300CT70
CtRC ACCESSION NO--AR0112159
GP-0- ABSTRACT. THE RADIANT ENERGY SOURCE USEO ON
THIS UNIT FOR LOCAL HEATING OF SPECIMENTS OF DIELECTRICS AND HIGH
TEMPERATURE SEMICONDUCTOR MATERIALS WAS A HIGH POWER (6 l(w) SUPERHICH
TUBE WHICH GIVES A STABLE Te-1,1PERATURE OF
PRESSURE XENON GAS DISCHARGE
OF 2,OOOL)EGREESC IN THE WORKING SPOT FOR SEVERAL OUIEN HJURS.
THE DESIGN OF THIS UNIT PERMITS NON
:~ CON,TACT MEASURGAENY AND PROV[L)ES FOR
TEMPERATURE REGULATION WITH.AN ERROR OF 5DEGREESC.; TH" HEAT114G IS DONE
:JN A HfGHLY PURE AND CONTROLLABLE ATM11SPHERE BY P~ACING THE SPECIMENT IN
A: SPECIAL QUARTZ CHAMBER.
UNCLASSIFIED

008 UNCLAS IF ldhE
S I E SStXG DATE-096070
~AIITLE-OPENING OF THE BENZOXAZINE RING TN~ 2,.Suas r I rUreo
-4#A_f DI ETHYL, 4Hr I v 3, BENZOXAZ 1141: 5~ -U-
.;~-AtJTH0PL-(03)-LQPAT INA, K.I.v KLYUYLV# S.A.,v 1AGORE-ViKlY, V,.A.
ft-oft.
~~--CCUNTRY OF INFO-USSR
L
~"~SOURGE-KHIM. GETERUTSIKL. SUEDIN. 197U, (2)v 279-80~
'IYATE PUBLISHED-----70
,'S.UBJECT AREAS--CHEMISTRY,
BIOLOGICAL ANO MEDICAL SCIENCES
i"'-ujPIC TAGS--HYDRULY51S, HEFERUCYCLIC NIT140GEN COMPOUNDi 8f:14ZE,14E 01--atVATIVE
:,CONTROL MARKING--NO REs'raicTIUNS
~.DUCUMENT CLASS--UNCLASSIFIEG'
PRUXY kEELffKAlAE--I963/LI93 STEP.
CIRG MICCESSICN NO--- AP-001;11_092
L A S S I F 11: 0

212 008 1;~NCLASS I FIED PROCESSING DATE--09OCT70
..CIRC ACCESSION NO
.:-AbS TRACT/ EX TRACI'--( U) A S T RA C"T Thi- HYDRULYHC' )F THE
a L- *qZUXAZINE RING WAS READILY ACCOMPLISHED IN PRESEP%:(,'C*~ OF CU1.11) SALT V~10
EQUIMUL. SULN. OF
:ACOH. THUS 1A A X 1) C U ( I I ) SA L T INCF A C t1 '-M S
-D 2 HR TU YIELD 40.7PERCENT 11A, M. 131020r-GREFS. 1 0
STIRRC 6 0. 2 11D I f
WAS A00ED TU 0.02 MULE CUM) SA1.1 0.01 VUIA~*' Af-0 A Ui '0
-AN ZO ML ETOH N
.,.,ML. 70PERCENT ETQH AUDED, AND THE MIXT. ST.IRRED fill, NG I V E- 5 0,~' E R C f: i r
M. 119-20DEGREES.
ZLASSIFIED

012 UNCLASSIFIED PROCESSING DATE--090CT70
'~al:_l'.lrt'ff'( E--BENLOXAZINES AND RELATEU COMPOUNDS* I I.. SYNTHE91S OF 2 SUBSTITUTED
DIALKYL 4ft 1v :3 t3ENZUXANINES -U-
-Z~AUTHUR- ( 031-LUPAT INA# K.I.i. KLYUYEV#~ S.M.o ZACOOVSKIV, V.A.
IUNTRY OF INFO USSR
__':S0URCE-KHIM. GETEROTSLKL. SUEDIN. 1970, 10# 43-4
DA TE PUBLISHED
__4UaJfiCT AREAS-BIOLOGICAL AND MEDICAL SCIENCES, CHEMISTRY
DPIC TAGS-CHEMICAL SYNTHESIS# BENZENE?DE91VAT!VEt HETEROCYCLIC OXYGEN
COMPOUND, ORGANIC NITRILE COMPOUND* CHLORINATED ORGANIC COMPOUND,
AROMATIC EStER, ORGANIC AZINE CUMPOUND.p;MULECULAKSTRUCTURE
~-CIINTROL MARKING-NO RESIRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PAOXY REEL/FRAME--1993/0548 STEP NO--UR/040 9/10/000/001/0043/0044
_rcE55'lAl_N_J--AP0II3439
A S I F I E 0

012 UNCLASSIFIED: PROCESSING DATE--09OCT70
~"-CIRC ACCESSION NU--AP0113439
Ai3STRACI/EXTRACT--(U) GP-0- ABSTRACT. TO A COOLED UODEGREES) IMIXT. OF
G OtHYDROXYPHEtJYLUIETHYLCARBIN'CILr AND -4.3G AC),LUNITmi-E, WAS ADDED
5 ML 70PERCENT HCLO SU84 50 THAT THE REACTION MlXro REMAINED AT
0-10DEGREES, AND THE MIXT. MADE ALK. WITH AQ. NH 51:1133 AFTER 24 HR, TO
GIVE 40PERCENT I (R PRIMEI EQUALS CH:CH SUM. 8 5ijUl 63-4DEGREES.
.-.~-,SIMILAKLY WERE PREPD. I ((R PRIME1, B.P.-liMe AND ?~-RICENT YIELD GIVEN):
--W-GH SU82 CLP 106-7ULGREES-1, 32; CH SUB2 PH# 116-17DEGREES-0.03, 57;
~--,':--P,CLC SU86 H SU84f 153-4-0.03, 46; CH SUGZ CO.SU62 ETt 109-10-0.06, 32;
~HE SU82 COHt ILS-19-4, 8.6; 1 6 PLPERIDIril)"EXYLt 179-9-0.02* -41;
6, v ( 4'1 4-tDIETHYL'4H*l,3o8ENZOXAZlN#ZtYL)HEXYLr 1384$-9.0DEGREESj 50; ME9
'.~'83-4DEGREES-4# 22* ATTEMPTS TO PREP, rHE.BENZOXALINE FROM aETA
04*PERIDINOPROPIONITRILE WERE UNSUCCES$FUL:~ FACILITY: INST.
~FARMAKOL. KHMIDTER'~'v MOSCtM*- IJSSR,~-
ASSIFIED
ii~

USSR
VIVOGRADOV, A. V., ZEZILYANUILHIVA, It. A. PAVLOVAj 1. V.j DRONGYA~ M. P. and
WPATIZZA, H. 11.
.Correlation of Nethods of Deteri-tining Aluminum in BeryllitLm and. in Its Alloys"
Moscow, Zavodskaya Laboratoriya, Val 39, No 2, ig?), pp 148-14q
Abstractt For the determination of 0.1-30,', alti-minum in 1>-~rylliwi aiid in I-Z!xy-
llium-aluminum alloys methoiis are xaco-1,~i,_-v:' ;ad w1iich do not xcqu1r;_-
separation of thesc elepo4ts. The phouanatric rathci wit-11
(NTB) Is recoiincaded for cozicentrz"tions. 0,D) Al. De dtd not Z:,iV1- P_
colored coninlex with LTB -at PH 3, but Ln hi&h concentratiozz Ba loxrs. 111-h,,
optical density of tho .5olution. Comp1cxone-111 i.,aJtas it- 7niss--ble to dettxndne
Al in tho presence of many elements shieldEW by the complc~xnc, A vorific.:1-
tion was made of Lhe affect of Da on tha Coxaplc,:oj;xtAc di~.,targd.jiation of A!
by, means of tit-ration of comn)1exona excols by -,k,t3olu`.Jon of thari'j,-.
salt with N7B indicator at PH 3 irs coclut."Lons vith JdOc frOn iii -to ItZO.
The examinat'oi ol tho gravinetric nothod nith 11,ydr--ryqL1~-,vlire ::h, t
X I
high conceatratlcz." of lima 1,12Lnder the precipl, atIon of Al. A cor.,parative
evaluation of the tkaea rethods on tvia samples of binary b-'-Al r-.110y3r J70'VO__lCd
that the gra,.,i.=--tric-hydxoxrquinolino raothod la noat exact gind. t~o photon'o-tric
method Is nost rapid. The latter is reconmerdcd viAl its practicability I--
disc"sed. Ono, j'able, niix, blblio~~=phic xcf;3runcas.

Organ and Til~u! 14 ip a on
t
USSR UDC 576,..8.097.2.095.18:615.365.018.53
KRASKINA, N. A., KHOLCHEV, N~ V., and LOPATIN~, T, K., Moscow
Institute of Epidemiology and
"Characteristics of the Depressive Effect of Antilymphocyte
Serum and Antilymphocyte Globulin on the Forliation of Antibodies
in Micell
Moscow, Zhurnal Mikrobiologii, Epidemiologii;i Immunobiologii,
Vol 48, No 2, Feb 71, pp 83-89
Abstract: Antilymphocyte serum was obtained by Injecting mouse
lymphocytes into rabbits. The serum had an inmunodepressive
effect on mice given injections~of sheep erythrocytes: the
formation of antibodies to the alrythrocytes was sharply reduced,
No immunodepressive effect of antilymphocyto 5eruin was observed
with respect to formation in mice of antibodie5 to the soluble
polysaccharide Vi antigen of S. typhi, however. fly-saturating
antilymphocyte serum 3.3-40% sfith (W14)2SO fractions were
isolated from it whose immunodeprossivo eiPect considerably
exceeded that of the initial Serum. These fractions consisted
1/2

USSR
KRASKINA, N. A., et al, Zhutnal Mikrobiologii, Epidemiologii
i Immunobiologii, Vol 48, No 2, Feb 71, pp 83-89
of gamna-globulin (64-78%) and beta-globulin (22-36%). The
effect of antilymphocyte serum in depressin g the formation of
antibodies to sheep erythrocytes could be assessed conveniently
by determining the ED of the serum, i.e., its nean dose in mg
protein that reduced 9Y0 50% the number of antibody-producing
cells in the spleen vs. the number of these,cells in controls.
,The specific activity of alitilym'phocyto preparations with
respect to their immunodepressive effect cari be determined on
the basis of the immunological response of inice to sheep
erythrocytes by using these pr.ocedures.
2/2

1/2 015 UNCLASStFlfio;: PROCESSING DATE-30OCT74
OF POLYURETHANE SYNTHESIS IN THE-PRESENCE OF V15UTYLTIN
DILAURATE -U-
~"AUTHOk-1041-LIPATOVAt T.E-t BAKALOr L.A*v,*SIRQTINSKAYkp. A.L.r LOPATINAY
C CW#f" 0 FINFO-USSR
50EDIN-v SER. A.1970t l2f4lt 911-L6
DATE PUBLISHED-70
-MATERIALS# CHEMISTRY
SU13JECT AREAS
17_~~',TOIPIC TAGS-PCLYURETHANE RESINP POLYCONDENSATION, ORGANOTIN COMPOUNOP
GLYCOLt ISOCYANATE* COMPLEX COMPOUNI)v ORGANIC SYNTHESIS
CCNYRGL MARKINC--NO RESTRICTIONS
,'.',.DOCUMENT CLA S $--UNCLASSIFIED
PROXY REEL/FRAME--2000/0676 STEP NO--UR/0459/701012/004109LI/0916
CIAC ACCESSION NO--AP0124348
UNCLASiS If 10 0

2/2 015 UNCLASSIFIED PROCESSING DATE-30OCT7,
CIRC ACCESSICN NO-AP0124348
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE PULYCONDENSATION OF OCNICH
SU1821SUB6 NCO WITH HO(CH SUB2 CH SUBZ O)SUB2 H 191 THE PRESENCE OF BUI
-SU82--.$N DILAURATE (1) PROCEEDS AT A CONST. RATE LESS THAN OR EQUAL TO
10PERCENT-CCNVERSIONt I*E*t IT IS INDEPENDENT OF THE-MONOMER CONCII. NO
SIDL PRODUCTS ARE PRODUCED AND POLYURETHIANE$ EfTIHER HAVE NO EFFECT OR
-RETARD THE RE-ACTION. THE REACTION RATE.'INCREASES WITH I CONCN* A
REACTIOWMECHANISM IS PROPOSED-INVOLV,LNG THE FORAATION OF A GLYCOL
_DIISOCYANATE I COMPLEX. FACIL'ITY: MST,! KHIAl. VYSOKONOL.
SOEDIN.P-KIEVP USSR,
UNCLASSIFIED
MOWN"

J!,
USSR
Department of Infectious Diseases, Se!mipalatinsk Medical
rn -a ~ti -tu
N#Seasonal Prophylactic Anti-Relapse Courses of Treatment of Brucellosis Patients
Without Complications"
Alma-Ata, Zdravookhraneniye Kazakstans, No 10, Oct 71, pp 52-53
Abstract. The problem of brucellosis treatment has not yet been solved in
Kazakhstan, particularly in the Semipalatinakiy region. Recurrence of tile
infection is frequently observed. Supplementary measuires of treatment are
proposed in this paper; these measures include observattons in the spring and
fall, and desensitizing treatments to reduce allergic.react-Lons in the season
of highest relapse probability. The prophylactic treatment consisted of ad-
ministration of a daily dose of 1.0 g aspirin and a nightly dose of 0.25 g
dimedrol in combination with vitamin C and group B preparatlons for a period
of 3 to 4 weeks. The seasonal check-ups were handled:ora an out patient
basis. The effectiveness of the above measures vas established for a &roup
of 647 patients, 124 of whom had acute brucellosis and 384 had chronic
brucellosis. Recurrence of the infection was observed in 65.3% of patients
in the control group, whereas this percentage was 42.47% in the group of
-1/2-

USSR~
LOPATTINA, Zh. M., Zdravookhraneniye Kazakstana, No 10, O:ct 71, pp 52-53
patients treated prophylactically. In most,treated patients (89.73%) a
stabilization and steady compensation process was:obselr4ved after 3-4 years.
The measures studied are recommended for clinical,use.~i
2/2

Therap~
USSR
jj 6ATINA, Zh. M.. BEREZNITSKAYA, L. M., DECrYAREV, Yu. N., and KOZHEVNIKOVA,
L. _T~x bem1palacinsk Medical Institute
"Prognostic Value of Dysproteinemia and increased Vascular Pei.*meability in
Brucellosis Patients"
Alma-Ata, Zdravookhraneniye Kazakhstana, No 1, 1972, pp 28-30
Abstract: Observation of 531 brucellosis patients showed a relationship be-
tween the dynamics of vascular permeability, serum proteins, and the respatise
to therapy. Dysproteinemia and increasing vascular permeability were charac-
teristic of those refractory to therapy. Follow-up eicaminations of patients
after discharge from, the hospital revealed that recurrunces were most likely
among those with continuing dysprotainemia and increguDed vaspular permeability.
In most persons examined in a period of clinical ramioision, i;erum proteins, and
vascular permeability were within normal limits. A faw exbibited pathological
changes -- decrease in albumins, increase in alpha and gamma globulins, and
slightly increased vascular permiwability and it wao this group that was
mostly likely to have relapses. Thus, dysproteinemis and Increased vascular
permeability are unfavorable prognostic signs. Tla,7aver, a normal blood
picture in a period of remission is not a reliable indicator of complete
112

USSR
LOPATINA, Zh. M., et al., Zdravookhranenlye Kazakhstanll, No 1, 1972, pp 28-30
recovery, for it was observed at this time even in persons who subsequently
suffered relapses.

lop
USSR 1MG 616.981,4~-08403
Semipalatinsk Medical Institute
"Therapeutic and Prophylactic Measures for Brucallossis Patients Kept Under
Dispensary Supexvision
Moscow, Sovetskaya NecUtsina# Ho Ill 1971, pp 126-1)2
Abstracts Based on a )-5 year study cozilucted with 1115 brucellosis ratients,
complementary prophylactic treatments,,bagun at the time of remission, are
recommended as part of the dispensary program. The selection of preventive
medications was specifically designed with regard to the form and stage of
the diseasef allergic reactivity, estipated effectiyewsst.and character
of the remaining symptoms. Of the 1115 patienta, 738 received the various
therapies, and the rest acted as a contrvl aroup. The group of brucellosls
patients with full compensation received a spring and fall preventive medica-
tion course consisting of aspirint dizedrolt and vit=ins (B and C series).
Patimnts with incomplete compensation coupled with Tocal inflammations and
arthralgia were placed on a regimen of:prednisolonej aBpirin, and chloro-
quine, At the conclusion of the period of chloroquln!~ za-ittenance, thesti
patients underwent the seasonal program of treatment.-, Chronic bTucellosis
1/2
92

USSR
EOPATINA, ZH. M.s Sovetslmya Meditsinay No 11# 1971i PP 12;5-132
patients with a high degree of allergic reactivity, began a desensitatiza-
tion course of brucellin injected subcutaneously, starting with sublindnal
doses and gradually increasing, Ithen they had react-A(i a steady state of
compensationt they, too, were placed on a seasonal prophylactic program.
Results showed that the incidence of recurrence ima giignificantly reduced
for all groups receiving the preventive medication, especially among patients
initially having full cozpensationj and next most suacessful for those with
incomplete compensation and Inflammations. Althoughthe percentage recu--rence
figure for chronic sufferers with allergic reactivity was Ugh, it was
significantly lower than the rate of recurrence in the untreated group. It
was noted further that a successful densitization effect from brucellin
therapy was positively corzelated withl'a lower recurrence figure. For all
treated groups the length of time between renission!and recurrence was
increased.

Pau 1.0
0.
USSR UDC 616.981.42-07if6l6.153.96+616-13-008.0-07
LOPATINA, ZH. MO., ZEMNITSKAYAr A. M.-, DWrYAM, YU. N., and X02HEVNIKOVA,
"Dynamics of Protein Fractions in the Bloocl Serum an4 Vascular Permeability
in Patients Vith Brucallosis"
Moscow# Torapevtichesldy Arkhiv, Vol 43, No 2, Ftb. 71, pp 62-67
Abstracts Clinical and laboratory studies of patientp, with brucellosIs were
conducted to determine sbifts in protein content and'Nnazci~Ux permeability
as supplementary criteria, indicating the activity of bruoellosis infection.
Total protein content was sttAied vith~tha use of a xefravtGieter. The
BarUM content of protein fractions by the method of paper electrophoresis
and vascular permeability by the rate of seniabsorytion of 5 nillicuries of
101 from intracutaneous deposits, A total of 531 patient's with brucellosis
and 30 healthy people in the contrca group were izvestigated. An analysis
of the data obtained revealed dysprotelnemia? lWpoalbuminaiaia, an Increase
in the blood content of alpha- and gmmma-globulinsl arA increased vascular
permeability in the overwhelming majority of patients during the most active
periods of brucellosis, especially when. on high allergic reactivity and
inflammation were also present. A tendency toward normalization of the above
1/2

USSR
LOPArMa ZH, FO. et al. TerapertiCheSkly Arkbiv, Vol. 43 No 2, Feb 71,
pp 62-67
criteria was observed with abatement of clirdeal manifestations of brucellosis
and the remission of the disease, Therapy, consIsted of the administration
of antibiotics -- tetracyaine + streptorTeing vacclAa in conbination with
trasylal, prednisolone, aspirin or pyrasolone preparations. All produced
positive results. Some of the preparations apparent37 affected the dynanics
of protein shifts and vascular permeability changes; no pxacise parallellsm,
.however, has been established. After being discharged from the hospital.
the patients were kept under observation for periods~of 3-4 years. Ret=--da-
tion of the no=a-lization of the protein picture anii~vascu3ar permeability
was noted in a aumbe= of patientst indicating the pei~viatehce of brucel2onis
process. The recuxrence of the disease occurred moat frequently among these
patients.
2/2
65.

USSR UDC 621.165.533.6
ZILIBEITU-11AN, A. 3.9 Candidate of Technical Sciences, 12WI rj1_CIY
Q
A. 0.g Candidate of Technical Sciences, NIUMIWct Yu. V.t Candi-
date of Technical Sciencesq VnIFSOII, 1. hlli , Engineer, 0=110V,
'"'qeer, Lenim-grad Metal
L. A-i Engineer, and FAZHOMOV, ~V. A., Encl
Plant# Higher Technical Educational Institution at Lening-rad
Metal Plant
"Additional Energy Losses Through Periodical Unoteadiness of the
Flow in Rotor Blades of,Turbinp Stages"
Moscow, Teploenergetikat No 109 Oct 73, pp~55-59
Abstract: The cuantitative cou - ing of additional unsteady pro-
file losses of ener.5*r in rotor blades mith norn-al o-peration tur-
bine stage par-:.meters .,tas experimentally investi:rrated on stuage
models %Ath more than twenty combinations of nozzle and rotor
lattices of various types, A complex of faCtors affectint; the
change of profile energy losses ia rotor lattic,es .-!as analyzed.
Based on --eneralized exmerimentaal datar a functional dependence
of additional unsteady profile losses in rotor lattices Ca~,)
on a derived criterion of unsteadiness (Y) is sugrgested. The
1/2

USSR
ZILIBERWI A. S., et al., Teploenergetika, No 10, Oct 731 PP 55-59
function A5r=F(Y) for -Il investigated stages is sho-.m with and
without accounting for deviations from the calculated re-gime.
The addition,-d losses increase essenti4ly (from -0 to -,?7.5 r-)
within the limita 0.4.10-24y