SCIENTIFIC ABSTRACT BELOV, V. Z. - BELOZEROV, YE. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200320017-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2/2 024 UNCLASSIFIED PROCESSINS- DATE--11SEP70
CtRC ACCESSION NO--AP0105624
:~:'ABSTRACT/EXTRACT-t 'U) GP-0- ABSTRACT. THE EFFECT WAS.DETO. OF c)LASTIC
OF 4USTENITE AT VARIOUS TEMPS. AND A T CONST. C")OLING ON ITS
STABILITY IN BAINITIC AND MARTENSITIC TRANSFORMATION REGIONS. AT THE
SAME TIME, THE EFFECT OF COOLING RATE, AND DEGRE E AND TEIMP. OF
:'~OEFORMATION ON TRANSFORMATION KINETICS WAS ALSOiSTUDIED. STEEL 40KHT
25KH2evSNVM, AND 28KH3GSNV.4FA WERE STUDIEDt BY UTILIZING 11 -41GH TEMP.t
VACUUM t10 PRTMF NEGATIVE3 TORR) MICROSCOPE IMET-VMD'PiROVIDED WITH
DEFORMATION ARRANGEMENT AND A OILATOMIETER. POLLSHED.SPECIMENS (100
TIME& 20 TIMES 3. MM) -WERE- HEATED ELEC.' TO 1200DE-G-REESY 14HEREBY THE
HEATING RATE WITHIN THE INTERVAL 700-900DEGRE-r-S VARIED FROM
.25-125DEGREES. VARIED FROM
-SEC. TFt~ COOLING RATE (IN VACUUM)
2-50DEGREES7-SEC WITHIN 1,14TEqVAL 600~-500DEGREES. ~ SPECIMENS wERE DEFORMED
DURING conLING AT 400t 6001 AND 750DEV
GREES UP TO:THE PELATIVE
ELONGATIONS 3, 9, 15t AND 30PERCENT, UNDER TEMPORARY:LOAD OF 5, 15, 25,
AND 50 KG-MM PRIME2, RESP. A SMALL PLASTIC DEPORMAT!ON (3-9PERCENT)
WIDENED THE INTERVAL OF !A4RTENSITE TP.ANSFOPRATION BY 45-50D~G"'Ction). It war,
found that Na, Cs, Ca
Sr, the lanthavAdes, lip, Pu, Ru, Rh and IN oxe- adsorb~!A-
only at significantly higher temparaturas unaL ne (ztIA al-zo the
xu) whereas the chlorides of 1n, Sn, Nb, Hop, and Tc axe adtorbed ortly at
lower tempe-z-all-=v3. Photographs of the expected are,&, of Ku ad-sorption show
tracks of fission ptoduct. K iiitlh a ti- 4-5
which must be those of the u
sec.
2/2

HIP h W U
USSR UDC 546.799.94
ZVARA, I., BELOV.-N. Z.. DOMANOV, V. P., KOROTKIN, Yu. S., CHEUNGKOV, L. P.,
SHALAYEVSKIY, M. R., SHCHEGOLEV, V. A., and YUSSONTNUA, M.
"Chemical Isolation of Kurchatovium"
Leningrad, Radiokhimiya, Vol 14, Vyp 1, 1972, pp 119-122
Abstract: Earlier it was shown that during the irradiation of 242pu with 22Ne
ions with energies of 113-119 nev (for z = 104), a short-lived, spontaniously
fissionable nuclide was detected whose chemical characteris tics corresponded
to the characteris tics of ekahafnium (Ku). The half lives of 259Ku and 260Ku
are about 4.5 and 0.1 sec respectively. For these experiments the target film
of plutonium oxide (95% 242pu) with a density of 0.8 mg/cm2 yjas irradiated with
22Ne ions with an energy of 119 mev. This produced a maximum yield for the
reaction 242pu (22Ne, 5n) 259Ku. Gaseous nitrogen was passed over the surface
of the target then mixed with small amounts Of TiC12 and SOC17. The slightly
volatile tetrachlorides of the radioactive products formed were separated on
a chromatograph. A Ge-Li a-radiatiGn detector was used to ana ze the gas at
different points along the column. The isotopes 170jLf, l7jfjf'lMSe (the
latter the product of 22Ne reaction with the Al of the target base.), 242Cn
and 246Cf (the latter two being products of a transfer reaction) . It was
1/2

USSR
ZBARA, I., et al., Radiokhimiya, Vol 14, Vyp 1, 1972~ pp 119-122
found that Na, Cs, Ca, Sr, the lanthanides, Np, Pu, Ru, Rh, and Pd are adsorbed
only at significantly higher temperatures than Uf (and also the ekahafnium Ku)
whereas the chlorides of In, Sn, Nb, Mo, and Tc are adsorbed only at lower
temperatures. Photographs of the expected area of Ku adsorption show tracks
of fission products which must be those of ~the 259Ku*iwith a t-1/2 = 4.5 sec.
2/2

j
USSR UW 532.5
ARM-NUT) A 11, and ME LOV, YU . A .
"An Approximat-e I.Iethod for Solving. One Boun(bary-lralue Problem) D~scribit-.- the
Flow of a Gas In the Case of Strong Blowing"
laev, Krayev, zadanchi mat. fiziki (Boundary-Value Problei;_,s in I-hthmi-latical
Physics, Collection of Works), 1971, PP 183-~197 (from Pxeferativn,~y Zhurnal ---
lIe-Idianika, No 4, 1973, Abstract !,.o 4B4152 by C. 1. May'ka-par)
Translation: Tj'ie flow in the fiIii of a gas sheet blown throujZh a porous wall
is considered for the case ihen the gas can be considered incoL.,;pressille and
nonviscous. Me blown gas is separated from, the basics flow by a contact siir-
face., on which the pressure has no discontin
ui'Y. Tae.-ploblem leads 'a, tile
solution of the Poisson equation for the floir funct,ion V~,, 6 (x,,,,)=-F(vv -vi
boundary condi tions ~,' (x, 0) = t (X), qj Y(XO) 2 +
x
JPY2 = 2p C=C on the surface of the sepa.ration. Tbe ri6ht side of the Poisson
is in the form of a power series of the soluu alco in the fori.
-ion i- o f a
series. (hnalish restu.,,c)
V

I H
USSR UIDC: 669.71.472(088.8)
BEIDV, Yu. I., SOBOLI, I. I., BAKHTIN, A. A.
"Method of Removal of the Lining of an Aluminum Electro'lyzer"
USSR Author's Certificate Number 351926, Filed 27/07/70, Published 11/12/72
(Translated from Referativnyy Zhurnal Nietallurgiya, No.8, 1973, Abstract No
8G176P, by G. Svodtseva).
Translation: A method of removal of the lining of an aluminum electrolyzer
including breakup of the lining, differing in that in order to reduce the time
required for overhaul of the electrolyzer and increase the productivity of the
labor, the lining is broken up by lifting it upward in the loops of lines
which are preliminarily placed on the layer of refractory filler between the
cathode shell and the lining as it is installed. The ends of the lines are
placed between the side plate and shell ofthe bath in~the filler 1/4-1/3 of
the way down from the top of the cathode shell. A cross-sectional drawing of
an electrolyzer is presented.

USSR UDC 669.7l.47-2(O,:8.S)
BELOV.
I'Method for Transferring Heat Away From, a Self-Firing Anode of an
I
Alumi. n Electrolyzer"
USSR Author's Certificate No. 268664, Filed 8/12/68, Published 9/07/70,
(Translated from Referativnyy Zhurnal-Metallurgiya, No. 1, 1971, Abstract
No.. 1 ~ZI3-f: -P)
Translation: The heat transfer elements used to carry heat away from the
anode in an aluminum electrolyzer are placed with their lower ends in the
iass to Maximum depth at th c nter of the anode, with
liquid anode r e e
gradually reducing depth toward the sides and ends of the anode, while
the upper ends rise above the level of the liquid anode mass to the
maximum height in the center of the anode, with gradual reduction toward
the sides and ends, in order to providedifferential heat transfer from,
the anode.

USSR UDC 669.71-.,472(088.8)
BELOV- Yu. 1.
"Device for Transfer of Heat Away From.the Self-Fir-ing 'node of an
4~
Aluminwn Electrolyzer"
USSR Author's certificate No, 268663, Filcd 8/12/68, lublished 5/08/70,
(Translated from Referativnyy Zhurnal-Metallurgiva, No. 1, 197t, Abstract
No. I G134 P)
Translation: A device is suggested to transfer the heat away froi-11 a
-firing anode in an aluminum electrolyzer using heat-transfering
self
elements, the lower ends of which are submerged in the liquid anode mass.
The device is made of a set of heat-conducting plates of various lengths
with apertures in the centers and supporting rods passing thtough the
apertures in the plates, in order to provide differentiated heat transfer
without requiring manual labor for adjustment of the devices. The lower
ends of the heat-conducting plates in the central portion of t4c anode
are submerged in the I'Lquid anode mass to maximum depth, With grLdLI;Il
reduction of the depth of submergence toward the sides and ends of the
anode,,while the upper ends of the plates are located above the level of
the liquid anode mass, with the maximum height in the. central portion
of the anode and gradual reduction of the height above the bath level
toward the sides and ends of the anode.

USSR UDC 669.71.472(088.8)
BELOVII Yu. I., VOROB'YEV, D. N., SOBOL', I. I., AYUSRIN, B. I., and
ZYRYANOV, L. P.
Method of Utilizing the Spent Carbon-Materi I Lining of Aluminum Electro-
a
lyzers"
USSR Author's Certificate No 261701,,Filed 30/10/68,~Published 28/08/70
(Translated from Referativnyy Zhurnal-Metallurgiya, No 2, 1971, Abstract
No 2 G158 P)
Translation: To reduce the cost of production of Al, the used lining made
of carbon materials is ground to a grain size of 0.2:mm, then used to make
up 2-5.% of the dry charge used to make the anode mass.
4

I H I
USSR UDC 669.71.472(088.8)
ALESHINTSEV, V. I., BELPY,, Yu._ and SOBLI, 1. 1.
"Electralyzer for the Production of-Aluminum"
USSR Author's Certificate No 271026, Filed 27/02167,.Published 27/08/70
(Translated from Referativnyy Zhurnal-~-Metallurgiya, No 2, 1971, Abstract
No 2 G147 P)
Translation: In order to increase the:service life of the electrolyzer
and increase the yield of Al per current, carbon-graphite blocks are
located.in steps, electricallyiinsulated from each other, from the side
lining and bottom blocks.
1/1
8

USSR UDC 539 434:621-45-5~'4:~669.15-194-2
YRISI-ITAL, 141. A.A PONTOMAREMITKOYYE. P., BELWp,4_V,, K. and AMA RKOV, A. P. (Tula Poly-
technic Institute Ukrainian Scientific Research Institute of Special Steels, Alloys
and Ferroalloys)
"Heat Resistance and Strength of Chromium-Plated Carbon Steels"
Moscow, Metallovedeniye i termicheskaya obrabotka metaLlov, Ito 6, 1970, pp 050-61
M
Abstract: A study -.ms made of the possibility of using carbon sheet steel
(obtained by contactless vacuum diffusion) under high-temperature, (up to 12000C)
conditions. The steel (St 3) has a surface-allo-yed chromium (40-60%) layer 1.5-
trial equipment oper-
2.2 mm thick. The tests were conducted on samples and indus .
ating under variable thermal cycle.conditions. St 3 and KhlBlaOT steel were com-
pared. The strength properties of St 3 containers at temperatures up to 12000C
were found to be 2-4 times higher than those of Xhl8N1OT steel. St 3 stt~el is
recowiended for use in equipment operating under load at high temperatures. 2
figures, 5 references.

USSR UDC 621-791-052i620.192.46t669,14
FEDOROV, V. G.0 Candidate of Technical Sciences, MAKAROV, B. L., Candidate of
Technical Sciences, BELOV. XU. H., Candidate of Technical Sciences, METSKIY,
YU. A., Engineer, and SHUBIN, V. 1. Engineer
"Conditions for Crack Development in Welding EP56 Steellf
Moscow, Svarochnoye Proizvodstvop No 1(471). Jan 74, pp 31-32
Abstracti The development of cold cracks was investigated in joints of EP56
steel welded with EP56 electrodes after 1-14 hr of holding under different
pressures. A definite relation was found between the H-content in the metal of
the joint and the resistance of welded joints to the dovelopment of cracks; an
index war. determined which characterizes.the disposition of welded EP56 steel
joints to crack development at manual electric are weldinj~. Thle critical H-
-content in the metal of the welded joint (loss than I.Ocm.)/100g) was established
which excludes the development of cold cracks in welded EP56 steel joints,
according to tests by the LTP-2 method. Joint hardness was RV 441 when welded
with steam electrodes, and HV 430 when welded with electrodes annealed at
maximum temperature, whereby the hardness of the base-metal was HY 316. Five
figures. three bibliographic references,

L
USSR UDC 54l.65:51rI.l,n8
ROGOZHEI, S. V., DAVADIKOV, V. A.1 and BELOV Y(J. P., Institute of Metal Organic
Compounds., Acad. Sc. USSR
"Optically Active Diethyl Ester of a -Aminobenzylphosplionic Acid"
Moscow, Izvestiya Ak-ademii Nauk SSSR, Seriya KhimichesIvaya, I-To 4, Apr 73,
PP 955-956
Abstract: Separation of the racemic mixture of the diethyl ester of.,,V -ar-nlno-
benzylphosphonic acid has been achieved by repeated crystallization withdebenzoyl-
~d-tartaric acid taken in a 2:1.25 ratio.
Vi

A40 40G48
uR o482
Soviet Inventions Illustrated, Section I Chemical, Dervent,
242857 IMPMVED.SEAL for the door of achamb4t,
er.g7 for dravlaig of semiconductor single
crystals from a melt. The door,-free to move' in
the direction perpendicular to its ~ surface
controlled and aligne&by pins;passing throujh the
door; the clamping screws.,are.located in thri,aded
holes in the hinge clamps securing1the door
perimeter, and the door is sealed,by turning a
handle held by,these screvs.
10.2.68 as 1221430/22-1. V.YU.Z"iRBLY&-qSK11I;et al.
STATE SCI.RES. 6- DES. INST. OF,,THE RAItE-METAL I N-D.
(25.9.69) Bul 16/5.5.69. Class 12g.'Int.Cl.B'Olj.
19750228

USSR UDC 541.670417-341
ZAKHAROV, V. I., 1j]PjLOYj_,Lq. I., IMN, B. I., and PETROV, A. A-t Leningrad
Technological Institute imeni Lonsovet
"Study of the SDin-Apin Coupling in Fluoroanhydrides of Phosphoric Acids by
--thod of Double and Triple Ruclear flagnetic Resonance"
the K
Moscow, Doklady Akademii Nauk SSSR, Vol 209, No 69 APr 73P PP 1343-1-146
Abstracti Analysis of double and triple resonance spectra was carried out by
the method of subspectras selective exposure to a high frequency field H2
of one of the subspectra In the resonance of the nucleus X leads to the merging
of resonance lines of other nuclei in the same subspectrum. For example,
in the spectrua of the difluoroanhydride of methanephosphonic acid, when the
low frequency subspectrun P31 is exposed to high frequency field, the high
frequency lines of the ~fiplets H1 merge, and converselyr when the high
frequency subspectrum F is exposed, the low frequencor iI triplet lines
become merged. It follows from this that the constants H-F and F-P have
the opposite signs# the constant 3. boing positiveIo To perform similar
HF
analysis in case of the 2-chloro-X-propene-l-phosphonic acid difluoride, it
is necessary *.to solve the spin-5pin coupling of the ethylene proton with
the protons of the methyl group, that is under conditions of triple resonance.
I/,

USSR UDC: 53,0.lh2-3
B=V Yu. L., MORKOW11, N. V., PAVLENKO, V. A., Special
KLEYMAN
-1~s-ign Ofri&e of Analytical Instrument Making, Academy of Sciences of the
USSR
"A Nuclear Magnetic Resonance Spectrometer"
Moscow, Otkrytiya, Izobreteniya, Promyshlennyye Obraztsy, Tovarnyye Znakd,
No 9, Mar 72, Author's Certificate No 331302, Division, G, filed 11 Jan 71,
'blished 7 Mar 72, p 129
u
p
Translation: This Author's Certificate introducea a nuclear magnetic reso-
nance spectrometer which contains an electromegr-et, a system of external
proton stabilization and a system of internalstabilization of resonance
conditions, a transceiver with phase detector, a nuclear magnetic resonance
signal indicator, a registration device, a volt age-t o- frequency converter,
alield modulator, a double resonance device and a nuclear magnetic reso-
nance signal phase regulator. - As a distinguishing feature of the patent,
the universality of the instrument is extended and productivi
is increased
by adding a sum--ing applifter for controlling the volt age-to- frequency con-
verter from the registration device and the nuclear magnetic resonance signal
1/2

USSR
BEWV, Yu. V., USSR Author's Certificate No 331302
indicator, and by melcing the III/R signal phase regulator in the form of "Iwo
mutually synchronized flip-flops vith shaping devices., These flip-flops
-are connected to an inductive phase shifter and a compensation amplifier.
2/2

USSR UDC 621.373.431(088.8)
GRYZLOV, A. I., SOLOV'YEV, YU. V., RAYEVSKIY, A. YE. BELOV, YU. V.
"High-Power Oscillator"
USSR Author s Certificate No 275114, Filed .6 Sep 68,.Published 15 Oct 70 (from
RZh-Radiotekhnika, No 4, Apr 71, Abstract No 4G207P)
Translation: A high-power oscillator is proposed. It contains a power supply,
a resonance charge choke, a sh, ing line, a synchronizer, a delay line, a
ap
commuting thyratron and a pulse transformer. In order~to reduce the cutoff
duration and improve the delonization conditions, a shunting thyratron is
included in parallel to the primary coil of the transf ormer4 The control
electrode of the thyratron is connected to the output of the delay line.

Pulse Technique
USSR UDC 621.376.53(088.8)
ZLOV, A. I.i BELOV, YU. V., SOLOVI'mv YU, Ir.
ZVOINTISOV, A. G., GRY
"Pulse 11.1odulator"
USSR Author's Certificate No 252394, Filed 27 Sep 67, Published 12 Feb 70
(from M-Radiotelt"hnika, No 9, Sep 70, Abstract No 9D246,P)
Translation: This author's certificate introduces a pulse modulator con-
taining a high-voltage direct-current source with a ch-r,-e choke and a
separating diode, a hollow commutator i-iiade of two thyratrons with auto-
nomous ignition generators, a storage element in the form o-f an artificial
line and a load. In order to accelerate deionization,of the thyratron and,
repeated breakdown by the return voltage, it:is equipped with an
ell ate
auxxary diode which is connected to the discharge circuit of the tilyratron
between its anode and a common terminal for connecting, the separating diode
with the artificial line.

USSR UDC: 621. 382' 333 oo,4 i)
BELOVA G. F. PA-R% NOV, Yu. A.
"Investigation of Coup,ing Betveen Elements of a Nieur-lstor Mn~-- On
L
P-n-p-a Structures"
Moscow, Radiotekhnika i Elektronika, Vol 17, No 11, Nov 72, np 1'309--!;,
Abstract: A relation is found for the mta-_~-.imizi distance betIveen clem-ents
-ion of the line is st-11 possible ns a
of a neuristor line at vhich opera'.
function of the current flowing through the triggerin~7, 1)-n-,,~-n structivv~l.
Lions for cixrente; trrc-t_:,,-i tLe
ItAs found that theoretical calculaL.
clevient gr(~att~r tht-ai 0.3 ivA give irviiximini adng.,~ wbi .Ch vxe. o,, -- c, r'A~an th-
obverved _0; which lin(,, e)porfiijon ji; n LJ I I
Phis is attributed to 4 'he two-dimenn.ionA. Inatw-P Of Cltrr~,-Tlt. flow -1
actual line. M-Len desi.UminG rie-azistor lines, the spacingr L~,_,twecn
should be taken as 25-50i~- of the maximuri to prevent sibmiad in caL;e
of failiz-e of one of the Ene elements.
1/1

USSR uDc 621-396.6-181.5
FTnVA-.--G.-Y--. GOROKHOV, V. N., KUZ'MIN, V. A.3, MOCHALKINA, 0. R.
"Hybrid Neuristor Lines Based on PNPN Structures"
Kiev, IVUZ Radioelektronika, Vol 14, No 11, Nov 71, PP 1312-1318
Abstract: The paper presents the results of development and investigation
of two kinds of neuristor lines based on planary PNPN structures: with
coupling between elements over two common base regions, and over a single
base. The principal electrical characteristics are measured as a functicn
of the structure, the values of the passive elementsland the mode of
operation of the neuristors. It is found that the rate oi' propagation of
a pulse in the neuristor line depends on the amplitude of the pulse and
the external capacitance, and is independent of the load impedance.
Pulse velocity in lines with two common bases is 2-5-104 M/S, while the
corresponding speeds for lines with a single base are 800-1200 M/s. The
-D opagation in lines with a single common base is practically
rate of -r
independent of the spacing between elements. Vrhen the diameter of the
emitter in the N+ region is doubled, the pulse velocity increases by a
1/2

USSR
BELOVA, G. F. et al., IVUZ Radioelektronika, Vol 14, No 11, Nov 71,
pp 1312-1318
factor of 1.4 in lines of both types. The refractor period for lines of
both types is the same -- 3 us for a load impedance of 10 kQ and zero ca-
pacitance. The refractor length is equal to 6 cm for a line with two
common bases, and 0.2 cm. for a line with a single common base. Pulse
amplitude is determined by supply voltage and load impedance. The
maximum possible pulse amplitude ',Or elements separated by 110 v is 3 V.
The proposed neuriators can be comparatively easily made in integrated
form as they can operate without external-capacitanct~s at load impedance,.;
of 10-20 k9. Six figures, bibliography of four titles.
2/2
72

1/2 "052 IED~ PROCESSING DATE---30OCT70
UNCLASSIF
TITLE-SYNCHRONIZATION OF LASER RADIATION BY ULTRASOUND -U-
AUTHOR-BELUVAv G-N.
T_.C,CUNTRY OF, INFO-USSR
ZSOURCE-AKUSTICFESKII ZHURNAL# VOL. 16, JAN.-MAR. i970, P. 138-140
',_'DATE PUBLISHED--70
....SUBJECT AREA3-PHYSICS
1.-..,TOPIC TAGS-RUBY LASER, LASER RADIATIONt LASER PULSE# ULTRASUNIC EFFECTo
ULTRASONIC FREQUENCY, LASER SYNCHRONIZATION
.~'COWRCL hARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIEO
PROXY REEL/FRA,4E--1988/1562 STEP NO--UR/0046/70/0161000/0138/0140
CIRC ALCESSION NU--AP0106308

Z/2 05Z UNCLASSIFIED PROCESSING DATE--30OCT70
-CIRC ACCESSION NU--AP0106308
GP-0- ABSTRACT. STUDY OF THE EF FECT OF ULTRASONIC
'XCITATION OF
RUBY LASER RADIATION. 1T IS FOUNDiTHATE
'INS IN THE kU6Y CRYSTAL CAUSES A CHANGE IN THE
LONGITUDINAL VIBRATIL
TEMPGRAL STRUCTURE OF THE LASER EMISSION:PUL-SE. THE RADIATION ASSUMES
THE CHARACTER OF A FAIRLY REGULAR SEQUENCE CF GRUUPS CONSISTING OF A
NUMBER OF PEAKS. THESE GROUPS APPEAR ONCE PER PERIOD,OF THE ULTkASONIC
VIBRATIONS DURING THE EXTENSION PHASE OF THE.RUBY ROD. THE LENGTH OF
-THESE.GROUPS VARIES SOMEWHAT, BUT LIES WITHIN THE LIMITS OF THE HALF
PERIOD~CJF THE ULTRASCNIC VIBRATIONS; THE MOST CHARACTERISTIC EPET I N
a IT a
'FREQUENCY OFTHE PEAKS IN THE GROUPS I.S ABOUT 300 TO 408 KHZ. IT IS
CONCLUDED THAT A SYNCHRONIZED EMISSION PULS&CONSITS OF PEAKS WITH
HIGHER ENERGY VALUES THAN IN THE CASE OF RADIATION IN THE FREE LASING
-REGIME. FACILITY: AKADEMIIA NAUK SSSR,.AKUSTICHESKII INSTITUT,
MOSCOWt USSR.
LINE L51 F 1
vl,,Sjlf IEva
ilv

uDc: 615-361,014-413:581.3
USSR 0
IT
MWOV, B. A., GORBOVITSKILY, Ye. V., BE_10VA I. A-3 and Z,0T11TIKOV1 V. P., Ali-
75
Union Scientific Research Institute of urgical Apparatus and Instrizients
"An, Apparatus for Deep Cooling of Biological Objects With Programmed Control"
Moscow, Meditsinskaya Tekhnika, No 1, 1971,, pp 51-53
Abstract: A description (with photograph, line diagram, arid specif ications) of
the KZ-8 apparatus desiggied by the All-Union Scientific Reqe,3xch Institute of
Surgical Apparatus and Instruments for programed cooling of bone marrow, blood,
and other tissues, is given. When the actual temperature is dif f erent from
that called for at a particular moment by the program -,m,ious mechan-isns (PUPT,
heaters) are activated at a signal from a 3-Position regulator. VFhen the actual
temperature of the object is higher than 'that prescribed, the piLvnp is cuitched
ar tem and
on. A vacuum is created in a pipeline heat exchanger - Dew flask sysu
Jiquid nitrogen enters the heat exchanger which it cools upon evaporating, if
the actual te=erature is below that prescribed, the heaters are turned on. I:i--
heat a