SCIENTIFIC ABSTRACT BATURA, V. G. - BATYYEVA, E. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200310020-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC 621-372.413:621-372.8
BATURA, V. . and MOISEYEV, V. K.
"A Fabry-Perot Resonator for Measuring the Parameters of Dielectrics in a
Millimeter Range Within the Temperature Interval of 200-91COOK"
Moscow, Pribory i Tekhnika Eksperimenta, No 3, May-June 1973, pp, 136-139
Abstract: A description is given of the design of a Fabry-Perot- resonator with
plane reflectors, which is used for measuring the parameters F_ and tg J'of
dielectrics in the millimeter range within the temperature interval of 200-
9000K. The specimen to be measured is heated or.cooled by means of inter-
changeable thermocryostats that are placed together,with the specimen on a
movable reflector. This permits simplification of the resonator design, and
allows changes of the intrinsic parameters of the measuring system to be
decreased within the operational temperature interval. The absence of side
walls in the open resonators makes it necessary to,provide thermostatic
regulation only of the reflector on which the dielectric specimen has been
placed. 4 figures. 7 references.
130

USSR uDc.. 621-317-373
BATUREVICH, Ye.-K., MAYEVSKIY, S. M.
"A Phase Radio Frequency Calibrator"
Dokl. Vses. nauchno-tekhn. konferents-ii vo radioteklui. i mnereniyam. T. 2 (Re-
V chnical Conference on Radio En '
ports of the All-Union Scientific,and.r.e gineer-
ing Measurements. Vol. 2), Novosibirsk, 1970, pP 71-74 (from RM-Radiote.,:h-
nika, No 1, jan 71, Abstract No 1A320)
Translation: The operating principle of a phase calibrator for the 1-100
MHz frequency range is based on transferring the phase shift given on a
fixed low frequency to any frequency in the band by,~m-ans of an automatic
tracking regulation system. A functional block diagram is given and its
operation is described. In addition to the master oscillator for the
above-mentioned frequency band with attenuators and'phase shifters, the
calibrator, which utilizes two intermediate frequencies, contains a phare
setting device of discrete type based an phase ratic; s with frequency division.
E. L.
1/1

USSR UDC: 621-317-77
MAYEVSKIY, S. 14. , SIIPIL'KO, V. N. TIKACHENYO, L. F.
TROICHIMETS, A. P.
"A Wide-Band Automatic Phase Meter Frequency Converter
Dokl. Vses. nauchno-teklin. konferentsii po radiateklin, izmereni.yam. T. 2 (Re-
ports of the All-Union Scientific and Technical Conference on Radio Engineer-
ing Measurements. Vol. 2), Hovosibirsk,1970, pp 99-101 (from RZh-Radiotekh-
nika, No 12, Dec 70, Abstract No 12-A332)
Translation: To meaBure phase displacements over a broad frequency range,
frequency conv(!x,Ljion iii used in many pbfgic irntera in order to transfer the
measured displacement to a fixed low frequency. 'Flip taithorr. (Ic.9nrihr.! rnic
circuit for this kind of conversion with a frequency ohirter as the hotero-
dyne voltage source. Block diagrams are presented, and the properties of
the shaper and converter are described. The proposedIcircuit was used by
the authors to transfer measured phase shifts to a frequency of 277 Hz in
the frequency band from 500 Hz to 100 kHz. An estimate is given for the
phase error when the voltages to be compared are distorted by odd harmonics.
Bibliography of one title. E. L. I I
39

USSR UDC 535-373-1083-76)
.YAKHNIS, G. I., GOVOROVA, R. A., D0VGAN' M. YE., BATURICHEVA,
WW
"Some Questions of Scintillator Standardization"
Rharikov, MonokristallV, StsintillyatoEX i Orge
-pic4eskile Lyumino-
forT -- Sbornik (Monocrystals, SCintillators,% and Organic Lumino-
phores -- Collection of Works), No 5V 1970, PP 302-306 (from
Referati= Zhurnal, Metrologiya I IzmeritellnMa Tekhnika, No 12,
1776-7 Abstract No. 12-32.149d)
Translation: In recent years, the area of the employment of scin-
tillatora-Has expanded considerably.. Demands'made upon them have
also increased, particularly with regard~to their capacity to
operate under conditions of the action of various climatic and
mechanical factors. Standardization of the products should begin
with the development of basic rules which include a classification
of the products according to the nature of their evmloyment and
aocording to the level of their operationalcharacteristics; jus-
tified guarantee perio(-i and a technical service life must be
eatabliahed, The prew,~." artiole:sets forth the results of
110

USSR UDC 621.777:669.715
I., SINEL'NIKOV, S. I., MUKHIN,.G. G., and NIKtrFOROV,
"Experimental Study of the Temperature Field in a De f ormab le
'Volume When Extruding Aluminum Alloys"
Moscow, Kuznechno-Shtampovochnoye Proizvodstvo, No 3, Mar 71,
pp 6-8
Abstract: "his article contains a discussion of the results of an experimental
:study of the temperature field when extruding an ingots of aluminum alloy by
recording temperatures at the melting poiuta of the pure metals, the eutectics,
metal compounds,and peritectic mixtures. LThe essencellof tile MeLhod is use of
miniature steel capsules inside which samples of defined shape made of the
corresponding sensor metals are placed. The sensor metals are selected so that
their melting points are within the investigated extrusion temperature range
of 350-5000C with 5-15* intervals.
The procedures used to select the shape and size of che capsules and
sensor metals and to determine the melting points.of the sensor metals are de-
scribed. An experiment is described in which several cycles of extruding
of aluminum alloy on a horizontal 1,500 ton-force press were carried out.

USSR
B&TURIN, A. I., et al., Kuznechno-ShtampovochRoye Proizvodstvo,
No 3, Mar 71, pp 6-8
Experimental isotherms for the temperature distribution With
respect to the deformable volume are presented. These isotherms
were constructed from the experimental result's after analyzing
the state of the eutectics in the capsules located at various
points in the billet and extrusion product with averaging of all
the extrusion cycles. It is pointed out that~the method does
not permit exact data to be obtained on the actual temperature
at a defined point of the deformable volume, but it gives a
qualitative representation of the temperature',field. The work
was carried out under the direction of BO V. ROZANOV, Doctor of
Technical Sciences. V. A. SHCHERBATOV participated in the in-
vestigation.
2/2

a
USSR.
-TU19-- fA
arz~:_-,a_Le~s on ~he Mmensions o
Effect of T,,Lch_rolo,-IcaI
Deforrx-tion in tLe Direc,,; of Pressing AL-uminum
LvIa
Moscow %'uzziechno-Sh'ta.,~ipovochnoye Proizvodstvo, 1,10 1., j'an 7, ID, pp o-:,
Abstract: Exnerimental inves-.i6a-.ions wera made to dezermin-e.
technological parz=ezers on tLe actual -form of tLe si-de 'bountlary ol
area tne Drez2lri_:~ of ~_Iumini=_ alloy3 throug"h, a
bouadary coadi-4-ions 1"0r 41"i-ie of the pres3~n;o G--,'
CC&i
conducted of' tbt~~ of prezf~irtg rate, elon-zatio,
Lemperalzmre, and nature of 1"Ihlf~ a!lcy on ih.e di=ien.-_IonL~
deforma-t4on. Ir- 1;.LC, of izi the rate of dJt-c_-aI,j,,-
min (alloy ID-16) ara -9.4-20 m/min (alloy chanpy~,;~: ii-, tii,! d
practica"y no effect on the character of the side bou_-d~-,ry of
_i2 of (Lata corf~~=-ad U-
which has a x)heric_,I appeararce. Analy- L -_
of the d_~fommtio-- arc-a sidrz4 boundaries and itr, imA,::rLij.
to the elonGantion coe2ficient- In the prusmint, of
the billet and the zristz-m-ent were sufficient! ciozje,;
turcs of
1/2

USSR
BATURE~, P.I., Moscow, Kuzneclano-Shtampovochnoye Proizvods-I'vo 1`0 n 70, pp 6-8
temperature field is unifonn and has practically no effect or-, tne fo----
U
defomation area side boundary. in the pressing of 41 X 'D 5 tubcas frCr- 156 X 64
I 320--= billets ---de of the a,:-Ioys AD1, AK6, AINI_g2, Di6,1 and (Con"ainer
-temperature) 3500 C)~ it was found that the nature of the alloy does no-U,
materiarly change the dimensions and form of the deformition area.
2/2

Inoiganic ~Compounds
USSR UDC 551,464.6?9.1
BATURIN, G. N., and KOCRENOV, A. V.0 Institute of Oceanology, Academy of
Sciences-USSR, Moscow
"Uranium In the Interstitial waterscf Marine and Oceanic Sediments"
Moscow, Ceokhimiya, No 10, Oct 73, pp 1529-1536
Abstracti Data obtained in the investigations of samples collected by USSR
oceanographic and marine study vessels in the Atlantic Ocean, Pacific Ocean,
and the Black Sea indicated that the content of U in the igterstitial waters
of the bottom sediments varied in the range from 1.3:x 10- to 6co x io-O g/1.
Anong...factors which determined the content of U in tile Interstit al waters
were the pH, the Eh, the content of U and the concentration C of organic sub-
org
stances in the sediments, and the content of organic substances and of CO2 In
the interstitial waters. The existence of a correlation between the content
of U in the interstitial waters and 0 made it possible to assume that a
org
part of the dissolved U was present in the iorm of.organometallic complexes.
Presumably U was bound to dissolved or colloidally.dispersed organic com
pounds of the fulvenic acid type.

USSR UDC 629.78.002.3
BELITSKIY,M. Ye., BATURIN, G. T., GAYDARENKO, A. L., qERMXNCHUY,, F. K. ,
SKRIPKA, V. F.
"Study of the Chemical Stability of Certain Nonmetallic Components of Fric-
tion Materials at High Temperatures"
Sb. nauch. tr. Kiyev. in-t inzh. grazhd. aviatsii (Collection of Scientific
Works of the Kiev Institute of Civil Aviation Engineers), 1971, No. 2.
pp 64-67 (from RZh-41. Raketostroyeniye, No 11, Nov 72, Abstract No 11.41.189)
Translation: Studies of the chemical stability of widely used, promising
nonmetall components and solid lubricants of friction metalloceramic
materials are described. Recommendations are made as to their application
as high-temperature solid lubricants for friction materials of heavy-load
braking devices: boron nitride, 2-calcium fluoride an~ syntlietic mica. 6
ill. , I table, 7 ref . Resume.

USSR
M.
"Some Problems of the Optimization of Complex Computer Systems"
Tr. XVII Nauch. Konf. Mosk. Fiz.-Tekhn. In-ta, 1971. Ser. "Aerofiz. i Prikl.
Mat." [Works of Seventeenth Scientific Conference on Moscow Institute of
Physics and Technology, 1971. "Aerophysics and Applie~d Mathematics" Series] ,
Do1goprudnyy, 1972, pp 1-9 (Translated from Referativnyy ZhUrnal Kibernetika
No 9, 1973, Abstract No 9V61S).
Translation: Problems of the selection of an effective structure and provi-
sion of viability of a complex computer system are studied on the example
of the system of on-board computers of a spacecraft. The basic quality indi-
cators of the functioning of the computer system used are the indicators of
time and accuracy of computer work. Various measures~designed to increase
these indicators are analyzed: increases in the length of operands and results
of computations, redundancy, decreases in time of restoration of functioning.
The structure of the computer system for a future spacecraft is defined, as
well as the information and logic structure of its control system. Primary
conclusions reached are: 1) the computer system should contain three split digi-
tal computers; 2) the weight characteristics and power consumption fall within
112

USSR
Baturin, Yu. N1., Tr. XVII Nauch. Konf. Mosk. Fiz.-Telhn. In-ta, 1971. Ser.
."Aerofiz. i Prikl. Nlat.l', Dolgoprudnyy,,1972, pp 1-9.
permissible limits if they are evaluated on the basis of the corresponding
parameters, for example, of the Apollo spacecraft computer.
Mikheyev
212 57

I 4
N

I n

t; 0

4
4

:
7
5

2 -1

IN!

'-'11Z oil UNCLASSIFTED~'- PROCtSSING DATE--30OCT70
:TITLE--REACTIGN OF LOWER DIALKYLHYDRAZONES OF ACROLEIN.WITH HYDRAZINE AND
METHYLHYDRAZINE -U-
,,AUTHOR-(03)-GOLDIN,.G.S., BATURINAt L.S., SHOR, G.S.
---------- 1_-
,~,:.C.CUNTRY INFO-USSR
.':SOURCE--KhIM. GETEROTSIKL. SOEDIN. 1970s (3)t 429
...aATE PUBLISHED 70
SUBJECT AREAS-CHEMISTAY
JTOPIC TAGS-HYDRAZONE, ALDEHYDEs HYDRAZINE, CONDENSATION REACTION, ORGANIC
SYNTHEISS, HETEROCYCLIC NITROGENCOMPOUNO
:,,CCNTROL MARKING--NO RESTRICTIONS
~DCCUMENT CLASS-UNCLASSIFIED
.PROXY REEL/FRAME--200010854 srEP NO--UR/0409/701000,/003/0429/0429
CIRC ACCESS10N NO--AP0124517

- ------------
'-.'2/2- 011
UNCLASSIFIED PROCESSING DATE--30OCT70
IRC ACCESSION NO-AP0124517
~ABSTRACT/EXTRACT-IUI GP-0- ABSTRACT. CONDENSATION OF THE TITLE COMPOS.
IN ETOH AT 750EGREES 10-15 HR IN THE PRESENCE OF. AMMONIUM SALTS GAVE THE
FOLLOhING I (Ri 13-P.-MMs AND N PRIMEZO SUBD GIVENJ: Hi 63-4DEGREES 40,
,~1.4782; AND ME, 109-10DEGREES-760v L.4523. FACiLITY: GOS.
-NAUCH. ISSLED. INST. KHIM. TEKHNOL. ELEMENTOORG. SOEDIN., MOSCOW, USSR.
UNCLASSIFIED

~`.1'12 Oil U NL S' S I r- ['F- i) *13CESSING DATE--L3N0V70
ERISTICS OF SYANDAPtit sr~,Al. S OF 6A~~T'
JIJTLE--8 10C14E;1I I CAL CHA.4ACr N E
:BELG~.)GING TG GENJS CIT-4613ACTER -U-
`AUTHGR-.(03)-RAGINSKAYA, V.P., LIFSHITS1,M.B., BATUR,0, A'.P.
touNTRY UF INFG--USSR
S GU q CE Z f I U R IN A L-4 1 K R 0 B 113 L G G 1 1 ,EP I DEM IGLUG I IIIMMUNOBIOLOGII, 1970, 'NR 61
-PP, 47 50
..DATE PUBLISHED ------- 70
~-SUBJ ECT AREAS-RIOLOGICAL AINU M. L L) I CAL SCHNCES
JOPIC TAGS-- FERMENTAT PIN p 8ACTERIAt SALUMELLA
C C N T R G LM ARK I NG-- NO R E S TR I C T I ON S
DOCUXCENT CLASS--UNCLASS[F LED
.PROXY REEL/FRAMIE--3Q0I/0d32 STEP NO--UR/0016/'10/000/00o/0047/0050
~.CIRC ACCESSION 1410--AP0126509

'SSING DATE-13NOV70
V12, ~o ti UNCLASSI FIED
--C IRCACC ESS JOIN jqo--j\poj2b5oq
-A 8STR i%CT./-c-XT;