SCIENTIFIC ABSTRACT KUZMINOV, A. P. - KUZMINOV, S. Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928110003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 225-71--65
ACC7Zq',LOf4 IIR: AP4046782
,resented wi th special at :-e:~ t I ) ri v e i
4~ L a TISM I S a !on COU L r La ai &ige
and SDecialized training devices, including
;PAceshipg. i f; d i a c u -q e, T, a
f q mo n a u t a ov e
C a W 0 U 0 0 n C
a
e c - r 71 a ~.j L~
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those which could ba used
a m
e 4 a
SUBIfITTED: 28FEb64 ENCL: 00 SUB CODEi PH.IZ
5 0 V 0 0 6 OT h E Ri U j
card
2 12;

Acassiom NR: AT4037695 8/2865/64/003/000/0243/0249
AuTEoR
-onishchanko, V. F.; Sillvestrov, H. M.
TITLE: Retention of habits for transmitting intormation under conditions of
prolonged isolation
SOURCE: AN SSSR. Otdeleniye biologichaskikh nauk. Problexq* kosmicheskoy
biologii, ve 3, 1964% 245-249
TOPIC TAGS: isolation, emotional streso, manned space flight
ABSTRACT: Experiments have been conducted to study the effects of prolonged
isolation on the ability of qan to perform habitual tasks involving the trans-
mission of information. Data from five experiments on prolonged isolation indicate
that during the first day, performance in the habitual transmission of information,
decreases both qualitittively and quantitatively. Adaptation tc conditiors of
isolation usually takes place on the second or third day; performance improves,,
but does not reach the initial level. The average number of errors for a well-
trained operator is higher under isolation conditions than under normal cinult-
stances. The character and degree of emotional strain has been shown to vary
with the individual peculiarities of each subject atudieds
'Card 1/2

L 14?~Z_66 EWUVMB(T).-~3 S D RD---
D/
SOURCE C
ACC NR: AT6003834 OIDE: UR/286AM/oWboo/0003/0009,
AUTHOR., Gurovskiy, No Not Denisov V, Go: Kuzyminov. A. P.i Siltvestrov M
ORG: none
TITLE: Training devic .es for preparing cosmonauts for occupational activity in
controliTn-g..spacecraft. and their systems
SOURCE: AN SSSR. Otdeleniye biologicheskikh nauk. Problemy kosmicheskoy
biologii, v. 4. 1965P 3-9
TOPIC TAGS: cosmonaut training, space flight simulation, mannedspacecraft,
space physiology, spacecraft navigation, spacecraft controlt space e-.ivironment
5invulation, training equipmentp spacecraft capsule
ABSTRACT:'- Training craft such as are used'for' actual flight schoo'llng of aviators.!
do not exist for training cosifionauts. Reliance must therefore be place on
ground trainers, which must be able to simulate the conditions and factors of
normal and emergency spaceflight situations and model the operation of space-
craft systems and the dynamics of flight.
A g'ieat vdfleV7 . The general character
-6f training -devices -are used
--*of-such devices-must be--based-on-time- and mothn- studies -of cosmonaut
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L 14267-66
ACC MR; AT60M834
activities, operation of various systems, definition of training objectives,-
and analysis of training programs and effectiveness of training devices.
All-t riaining device6 fall into one of three groups: 1) those for physio-
logical training to increase resistance or adaptation to extri.,mal flight
factors; 2) those for occupational training in flight operations; and 3) those
which combine physiological with occupational training. The present article
-discusses various types of devices designed to provide training in space-
craft piloting and systems control,
Depending on the number of systems, flight stages, and flight tasks to'.
be modeled, trainers may be classed as 1) universal, 2) complex, 3) spe -
cialized, or 4) functional.
Universal trainers (which may be dynamic or static) arc, complex devices
which may be adjusted to simulate the characteristics of exititing or projected
spacecraft. The most important elements of a universal trainer are a cabin
mockup, computer, instructor's control panel, night sky and earth slM'U-
lators, program device, and recording apparatus. The cabin mockup may
be designed t9 simulate flight conditions (temperature, noise', vibration,
atmospheric gas composition, pressure, humidity, and convection) on the
,spacecraft.
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1 14267-66
ACC NR: AT6003834'
Complex trainers a e desi d to train all crew members in the. details
r gne
of their activities on a given type of ship at all stages of flight. 7be complex'
Arainer used for Vostok pilots includes training for flight and for using
systems monitorini manual attitude control, for Earth-ship communications,
systems control, manual deorbiting procedures, and for various types of
emergencies. All on-board equipment was simulated; the mockup, cabin
was Identical with- that of the actual ship. Such details as the alternation
of day and night in orbital flight were reproduced. Training problems were
imposed from the instructor's control panel outside the trainer. All phases'
of normal flight and emergencies in every flight stage were simulated on the
Vostok trainer. The construction of complex trainers for multiman inter-
-planetary and orbital spacecraft crews and pilots of orbital aircraft (rocket
planes) is envisioned.
Specialized trainers are tfio's'e designed to provide training in specific
flight tasks or activities or the use of control'pquipment for specific maneu-
vers. Examples are devices for training cosmonauts in attitude control,
navigation,. changing orbits, rendezvous and docking operations, assembly
and repair of spa:ce stations or spacecraft while in orbit, getting an inter-
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L.14267-66
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planetary vessel under way from a space station, and so on. Specia)Ized
trainers model only those systems and information sourcds enterin'g into the
performance of a specific flight task. A specialized trainer was used to
prepare the crew of Voskhod-2 for EVA. Consisting of a cabin mockup with
.,an airlock, whichwas placed in a vdcuum chamber, it enabled Leonov and
Belyayev to rehearse every detail of the EVA until it was second nature.
Xnother example of a specialized trainer is the airlock flown on parab
ouc
trajectories to provide training in egress and ingress procedures during
weightlessness. Training devices carried on long spaceflights to keep space;I
pilots from getting rusty in landing procedures are also classed as spe- i
cialized trainers. On-board trainers are designed to make use of existing
-indicators, signals, manual controls,, and the on-board computer,
Functional ir a-iners are designed to provide practice in motor habitsor
other functional capacities utilizeq during more complex flight operations,
e. g. . tracking, concentration, perception.- and other basic skills. it models
only what is required to increase human functional capacity in one or another,
respect. FuActi6nal trainers are simple', cheap, and efficient, They areJ,
therefore, well suited to types of training., requiring mapy. hours to establish
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ACC NR: AT6003834
or perfect the required habit patterns.
Theoretically It would be'possible to build a combined trainer which
would combine all the modeling capab!lities of universal, *complex, and
Fpecialized trainers, but this would be a prohibitively expensive proposition
and at present it is considered neither desirable nor necessary to do so.
Universal-type trainers, which also attempt to model too wide a variety of
characteristics and conditions, are unwieldy and inefficient.
-The 6~thors c'o~clude that since cosmonauts are trained for specUtc ships-
tiskff 6zi a- giVewship,- three -types - of-trainers -arenq
and specific cessary #!!_q
sufficient: coraplex ~specialized, and 'functional. (AND PMZ: '4091-F 1
SUB CODE: 059 ;u ["SUBM'DATEt none OTH REN 001
Card 5/5

VOLYNKIN, Yu.M.,* ARUTYUKOV, G.A.; AFTIPOV, V.V.; ALTUKHOV, G.V.;
BAYEVSK1Y. R.M.; BELAY, V-Ye.; JUYA11OV, P-V,; BRIA111OV, I-,-;
VASIWYEV~ P.V.; VOLOVICH, V.G.; GAGARIE, Yu.A.; GEVIN, A.M.;
GORBOVI F.D.; GORSHKOV, A.I.; GUROVSKIY, N.N.1- YESHANOV, N.Kh.;
YEGOROV, A.D.; KARPOV, Ye.A.; KOVALE-Vj V,V.; KOLOSOV. ~.A.;
KORESBKOVI A.A.; XASIYAN, I.I., KOTOVMUYA, A.R.; YkLIBERDIN,
G.V.; KOPANEV, V.I.; Rgj~kffj_A.P.; KAKURIN, L.1 ; KUDROVA,
R.V.; LEBEDEV2 V.I.; LEBEDEV, A.A.; LODZIN, P.P.; MAKSIMOV,
D.G.; HYASNIKOV, V.I.; MAUSHKIN, Ye.G.; NEUMYVAKIN, I.P.;
ONISHCHENKO, V.F.; POPOV, I.G.; PORUCHIKOV, Ye.P.; SILIVFSTROV,
M.M.; SERYAPIN, A.D.; SAKSONOV, P.P.; TERENTIYEV) V.G.; USHAKOV~
A.S.; UDALOV, Yu.F.; FOMIN, V.S.; FOMIW~ A.G.; KHUBNIKOV, G.F.1-
YUGA11OV, Ye.M.; YAZDOVSKIY, V.I.; KRICHAGIN, V.I.; AKULINICHEV,
I.T.; SAVINICH, F.K.! STMMRA, S.F.; VOSKFZSENAIY, O.G.;
GAZENKO, O.G., SLUff-AN, N.M., akademik, red.
(Second group space flight and some results of the Soviet
astronauts' flights on "Vostok" ships; scientific results of
medical and biological research conducted durJng the second
group space flight] Vtoroi gruppovoi kosmicheskii polet i neko-
torye itogi poletov sovetskikh kosmonavtov na korabliakh
"Vostok"; nauchnye rezul1taty medikobiologicheskikh issledovanii,
provedennykh vo vremia vtorogo gruppovogo kosmicheskogo poleta.
Moskva, Nauka, 1965. 277 p. (MIRA 18:6)

X66 AT6012890
AUTHOR: Dulat A. A.; Denisov,
I
Yu. A.; Sip-Ve-81rov, M. M.
ORG: None
SOURCE CODE: UR/0000/65/000/000/0112/0118
V. G.; Kuzl ~~~Onlshchenko, V. F.; Rozano.6'/-'/
Vo
TITLE: An Integral method for eWu&Ung the eftective training level of operators In control
systems
SOURCE: Sisterna chelovek I avtornat (Man-automaton systems). Moscow, Izd-vo NRuka,
1965, 112-118
TOPIC TAGS: man machine communication, electrophysiology, specialized training,
training procedure, human engineering
ABSTRACT: The authors consider the dynamics of the process by which an operator acquires
skill in control and the degree to which training is effective in an attempt to solve the problem
of adaptation of an operator to the system which he controls. Factors affecting the speed at
which working habits are formed are discussed. It Is pointed out th-a he purely psychological
method for evaluating the level of training effectiveness Is not sufficiently complete and object-
ive. Blectropbysiological methods are used for a fuller evaluation of the habit formation pro.;-
cess using electroencephalograms, electromyograms, electrocardiogram , cutmeogalvanic
reactions and pneumograms to stiidy changes in the neuropsychic makeup of the operator. Thi
results ol tests show a reduction In the bloelectric activity of the muscles and. high-frequency
Card 112

L 29436-66
ACC NR, AT6012890
.rhythms of the cerebral cortex as well as in the amplitude of electrocutaneous potentials and
the number of cardiac contractions to a frequency close to the normal pulse rate. A diagram
Is given showing the equipment for comprehensive registration of the electrophysiological
indices of the operator during training. An analysis of the dynamic process of coordination
between the various systems in the organism of the operator during training Is used for deter-
mining the.instant when the operator reaches optimum capacity for dealing with control prcib-
lems. It Is found that the cimnilation of a definite quamty of information Is required for maintain-
ing a given control process. This quantity of Information Is evaluated for a closed control Sys-
tem with a single human link. An integral expression Is given for evaluating the level of effeer
tivenessof operator training in Man-machine systems. A curve Is given showing the
degree of training effectiveness for an operator in a complex control system as a function of
the number of training exercises. - Seven parameters wore used for evaluating training effeo.-
tiveness. It was found that working habits were formed after 12-13 training periods, Orig.
art. has: 2 figures and 5 formulas. (081
SUBCODE: 05/SUBMDATE: 02Aug65/ORIGREF: 008/'ATDPRE55:6-P/P
C
L Card 2L2

NR,- 'AT6036~k---'-------'- SO.URCE COD EtUR/00 00166100 0/000 /0 1691010
AUTHOR: Zharov, S. G.; Kuz P . Kaslyanp Is I.; Maksimov, D. G.;
Onishchenko, V. F.; Popov, V.
ORG: none
TITLE: The problem of investigating pilot work capacity during long sojourns in
s aceship mockups [Paper presented at the Conference on Problems of space Medicine
I?eld in Moscow from 24; to 27 May 1966]
SOURCE: Konferentsiya po problemam kosmicheskoy meditsiny, 19'66. Problerror
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentsii.,
moscow, 1966, 169-170
TOPIC TAGS: isolation testo human physiology, hypodynamiaj respiratory systemo
space physiology
ABSTRACT: On prolonged spaceflights, cosmonaut work activity will take place
during the exposure 'of the organism to a whole group of unusual factors
:(weightlessness, prolonged isolation, hypodynamia, altered gas medium,
*.and so forth). Study of the effect on man of these factors is of great
practical importance.
The purpose of the present investigation is to study the condition and
work capacity of man during aprolonged sojourn in a spaceship mockup.
C'a'rd 1/-3

jFor this purpose, four 3-day experiments and one 12-day experiment were.
,conducted (the'latter was a control experiment without special counter-
,measures against hypodynamia). The volunteer subjects wore ventilated
suits. They remained seated in a space cabin couch throughout the whole
time of the experiment. The couch was fully isolated from the external
environment. The work activity of the subjects was carried out aL,!ordihg
Ao a schedule approximating spaceflight conditions. At scheduled times
they performed test tasks in the operation of a manual attitude control
system, information transmission, correction tests, and so forth.
,During the experiment complex recordings were made of physiological
'functions (EEG, EKG, PG, EMG, and galvanic skin response).
Analysis of the experimental data showed that during a three-day
stay in a spaceship mockup, the general condition of the subjects was
practically unchanged. The investigated physiological indices remained
1within normal limits. The work activity of thb subjects dropped off a
bit in the-first day, but returned to initial levels on the second and third
days of the experiment.
In the 12-d~y experiment, the tendency toward lowered work c~paq~i

.ACC NRs AT6036561
wns more pronounced. Thus, on the first, fifth, seventh, and eleventh
days, a ane and one-half to two-fold decrease in the accuracy of ship
zttitude control from angular coordinates was recorded. The time
1required for information transmission increased toward the end of -the
experiment by an average of 10%. In the correction tests, tJ,e information
capacity of the visual analyzer dropped from 1. 7 to 1. 3--l. 5 bits/sec.
The red and blue light contrast sensitivity of the eyes decreased 3516 and
40%, respectively, from L. N. Mayor# s data.
Numerous changes in physiological indices were also noted toward
the end of the experiment. Tlius, for example- the EEGs showed a
stag ant exaltation of alpha rhythms. Tests with sudden random signals
:requiring a response reaction from the subject showed a decrease in
electromyogram amplitude from 300-200pv and a galvanic skin response
amplitude decrease from 650-480,Av.
The observed functional shifts in the state of the subject during a
12-day stay in a spaceship mockup indicate that further study of pilot
!work capacity under analogous conditions is necessary, as is an effort
to find optimal work-rest schedules. for cosmonauts on prolonged
spaceflights'.' [W.A. No. 22; ATD Report'66-1163
SUB CODE: 06 / SUBM DAM: 00flAy66

4 -6 EWTO
L 1362 - al/BDS
Vo"PoOMOW
-ACCMSION NRi -AP3003102 ------ S1005616
KUz1m1novj--A* 'Ve Ke
-.--ALVHOR-. Kaipoy,-% Kj;-BtgheRM- Re-B.
MTLE: Resonance scattering 0 5 and Ti-46,
~souRa: zhurma eksper., i teoro fitikip Y. no. 6, 1963, 1811-1817
TOPIC WM: excited state lifetime, nuclear resonance scattering, copper-63,
'titaniuwA_6
a lifetimes of- the of cu-6s and,Ti_46* nuclei, at
ABSTRACTI Th excited states
1.114 and O.e9O YAV., respectivelyj, verie measured by nuclear resonance seat
:using gaseous sources of Ni-65 and Sc_46 in NiCl sub - 2 exA ScCl sub 3. The
NiCl sub 2 was prepared from nickel enriched to 77.a% Ni.69 mid irradiated in
a neutron flux of 1.8 times 10 BuP 13 ;er sq. cm. see in the reactor of the
Institut yadernoy fiziki AN UzSSR (Institute of Nuclear Physics., AN UzSSSR).
The 111-65 wA sc-46 activities vere approximately 20 millicurie. The acattered
:photons vere detected vith a NaJ(Tl) crystal cadbined with a phortamltipl fer.
The energy distributions of the photons vere calculated from.the Ni-65 wa sc-46
decay schemes, assuming that the recoil nucleus is free and that there are no
.Beta-Gamma. correlations. The lifetimes vere found to be (1.42 plus or minus 0.20)
i Cani 1/2

"THE AVERAGE WIN" OF SPECTRUP OF NMPT 11W)TRONS rl IFISS11W PIDISED BY
FAST IEUTRONS".
By I. I. Bondarenko, B. D. Kumi-nov,, L. S. Kutsayeva, L. I. Prokhorova and G. N.
Smirenkin.
Report presented at 2nd UN Atoms-for-Peac-~ Conference, Geneva, 9-13 Sept. 19.158.

Auinoils:
T I T L.,,
PERIODICi-,L:
A. D 7) T 2.'1 C T t
1 .1
Kuzlminov, B. D., Kutsayeva, L. S., Bondareako,l.l. 09-2-15/35
Prompt lloutron llu--,!barti for the Fast 'Neutron Fission of U235
U 2 38, Th 232 and Up 237 (Chirilo manovenzi~,kh neytroaov pri
delenii U 235, U 236 , Th 232 1 NP 237 bystr~rmi neytronami).
"Aomnaya Energiya, 1950, Jr 2, pp. 187-188 033:1)
The following meastirin- vvoult- viere obtained:
Isotope Yloan neutron Dutector of
I ~ N
to energy 'ahich sc, c o nd a ry
undergo caused the neutrons U235
fisaion 'fission in T
MeV
235 lFission c iamber
U 1120 j,05�0,01 2,59,tC,G5
if illed with
238 natwral uraniun
U 3,1 1,17�0,02
U238 r
391 Fisoion chamber 1, 1 5�0, C,
ColitaininG a
uranium concen-
'tration of 75io'
9�01"
+)
04�C,15
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lluutron .7,umbern for the F:-L;t J;.;utron Pin~Aon of U 2 351 1,59-2 -15/35
230 232 237
U T h and lip
I;3otolie Lcan 3.cut:,.-on Dot-_,Ctor of
to I ry
enerL-j ahich oacondz. Y
U.'I" or C-0 Cause'.1 401~! neutrQn.-.
0 235
fission f iosion-in Y U +)
T
230
U 3,1 BF~-Ccunter 1 , 115+G 02 2,57j~: , 10
tuoe in
17ELrk~.'fin block
232 C.
Th 3,5 95�0,02 !2,35�0,r,7
237 2 ti :: I I
lip 5 !1,10+C,C4 12,
+) VT YJ 235 . 2147�0103 ++)Mear vt-lue: 2,86+0,10
There are 1 fiGure, 1 table. and 7 v,.~feronces, 3 of WA01,
are Slavio.
SU2LITTID: July 8, 1957
AVi.IlZx:31Z--. Library of Coneress
Card 2/2 1. Neutrons-Energy measurement 2. Thorium 232 fission-
Measurement 3. Neptunium. 237 fission-Measurement 4. Uranium
235 fission-Measurement 5. Uranium 238 fissiOu-MORsurOMOnt

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!UTHORS: Kuziminov, B. D., Smiren'kin, G. N. 56-2-31/51
- ---------
TITLE: The Systematics of the Mean Humber of Instantaneous
Fission Neutronall(Sistematika, sredneco chisla mgnovennykh
neytronov deleniya-))
PERIODICAL: Zhurnal Eksperimentallnoy i Teoreticheskoy Fizikit 1958,
Vol 34. Yr 2. pn 'Jo~;-5-,4 (USSR)
ABSTRACT: The present work compares the experimental data for Y
(references 1-8) with the results of the calculations on
the below mentioned conditions. The authors investigate
the masses of only two fragments, namely 111light of a light
fragment and Mheavf of a heavy fragment. This corresponds
to the most probab e way of fiszion. In the computation
of the energy of fission the mass -"(A, Z) of the nucleus
subjected to fission was determined by means of the semi-
-empirio formula of A. E. S. Green (reference 9)y and the
masses M(Alightt Zlielit), M(Aheavy, Zheavy) were computed
by means of the formula of Fermi with the correction
factors of P. Fong (reference 10) which take into account
Card 1/3 the shell structure of the nuclei. For reasons of

The Systematics of the Mean Ilumber of Instantaneous Fission 56-2-31/51
Neutrons'V
simplicity it was assumed that Aheavy-140. The initial
charges Zliyht and Zheav of the fiouion fragnents are
computed us ng the hypotKesis of the same P-decay chains.
The kinetik energy Ek Of the fission frai-,,aents was
calculated by mcans of the formula Ek - C,Z2A-1/30 - 02 Z2/A).
The constants cl and c2 are selected in ouch a vray that the
last mentioned formula coincides beat with the experimental
values of,) in the equation of the balance of energ . The
VY
mean energy transported by instantaneous neutrons called
En consists of the bindine; enerLy Ebinding Of this very
neutron in the nuclear fragment and of its mean kinetic
energy 2T in relatitn to the fragment at rout. The
temperature T of the fragment after the emission of the
neutron was estimated on the basis of the data on the
spectra of the fission neutrons of U233, U235, ft239
(fission by slow neutrons) as well as on the spontaneous
fission of Cf252. The values Of Ebindin- were calculated
according to the formula of Fermi-Fo~g preference 10)
for masses. Some more conditions laid down here are
mentioned. For the purpose of comparison with the results
Card 2/3 of calculations all axperimental values of-,) for the fission

The Systematics of the Mean Number of Instantaneous
Fission Neutrons 9
56-2-31/51
caused by neutrons were traced back to the values for Y
for the spontaneous fission of the corresponding compound
nuclei, and this was done using the formula d-4/dEx - I/E~.
The correctness of this operation was proved by certain
comparisons mentioned here. A diagram shows the families
of curves for*J as function of A for various Z. Most
experimental data coincide satisfact;rily with the results
of calculations. The non-momotonous course of the function
,0(A) is connected with the shell structure of the nuclear
fragments.
Septenber 30j, 195T
AVAILABLE: Library of Congress
1, MUght-Light fragment-Analysis
2. Yheavy-Heavy fragment-Analysis
Card 3/3

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210) SOV/56-37-2-12/56
AUTHORS: Kuzlminov. B. D., Kutsayeva, L. S., Nesterov, V. G.9
Prokhoroval L. I., Smirenkin, G. P.
TITLE; Some Characteriatiep. of the Spontaneous Pission of U 238
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fizikig 1959t
Vol 37, Nr 2(8), pp 406-412 (USSR)
ABSTRACT: The average number of neutrons emitted by excited fragments per
decay event-4 has already been experimentally and theoretically
determined. It was found that with the excitation energy E.
of the fragments Z) grows nearly linearly. In the introduction
some previous papers are-discussed, as well as the theoretical
fundamentals of a calculation of j. For the determination of
the authors employed the method of measuring the double co-
incidence of the prompt neutrona and of the spontaneous fissions
of U238 and J?u240. As detector- of the spontaneous fission of U238
two multi-layer ionization chambers connected in parallel were
used (Fig 1). 12 g U236 + U 235 was applied in 2 mg/cm 2 thick on
Card 1/3 both aides of an aluminum foil and Pu (92~ Fu240 + 8% PU239)

SOY/56-37-2-12/56
Some Characteristics of the Spontaneous Fission of U 238
upon a platinum foil. In the case of the uranium experiments,
the chamber was filled with argon (5 atm), and in the cuse of
plutonium with 9 .0% Ar + 10% CO 2(35VLHg), The fission chamber
was surrounded by 24 proportional counters connected in.parallel
(B 10F3 in paraffin); an electronic apparatus recorded the pulses
of chamber, counters, and coincidence circuit. The latter had a
resolving power of rv6.10-4 sec. Random coincidences made a
contribution of < 0.2% (Pu) and JO.01 (U), respectively, and
could therefore be neglected. A total of -2400 coincidences was
recorded in the case of U 238 and -.02000 in the case of PU240.
Three aeries of measurements were'carried out; the following was
obtained: ~(U 238 )Mpu 240) - (2.1tO.1)/(2.26to.05) - 0.92tO-03-
In the following the measurement of A was discussed.
A. (~ 2 1 - 1/,~m holds, where -4m *denotes the largest
Card 2/3 possible number of emitted neutrons. The method is briefly ex-

SOV/56-37-2-12/56
Some Characteristics of the Spontaneous Fission of U 238
plained on the banis of a scheme (Fig 2). By denoting the ratio
(;2 _ ;)/~ . ~' 4U/Sj'u _ 1.085 t 0.02. AU - 0-95 t 0-05-.' was
obtained. By means of these data-the number q of the neutrons
emitted within the time unit Rer g uranium was calculated as
amounting to Q a (64-5 t 2) neutrons/g.see ace *ording to three
different methods which are briefly explained4 The average life-
time of the neutrons was determined as amounting to
T - 1-44-10- 4 sec; I - 0.82 t 0.02 (D e-T/Ir) at
T - 2-38-10- 4 see (duration of pulse); Q/~ - (31 t 1-5) fis-
sions/g.h and half-life T1/2 - (6-5 t 0-3).1015a. In conolusion,
the results are discussed and compared with those obtained by
other'authore (Table 1,2). Tho nutl,ora finally thank Proreseor
A. I. Loypunakiy for his intereet, and 1. 1. Bondareako and
V. S. Stavinskiy for discuesi is. There are 2 figures, 2 tables,
and 15 references, 5 of which are Soviet.
SUBMITTED: March 25, 1959
Card 3/3

32989
S/641/61/000/000/016/033
B104/B102
AUTHOR; Kuziminov, B. D.
238 2)2
TITLE: Mean number of prompt fission neutrons for U and Th
SOURCE: Krupchitskiyj P. A.j ed, Neytroanaya fizika; sbornik sta-cej,.
Moscow, 1961, 241-245
TEXT: The author studied the dependence of the mean number of prompt
fission neutrons for U238 and Th232 on the neutron energy. 3-75- and
15-7-Mev neutrons were produced in the reaction D(d,n)He5 and- T(d,n)He4
using 0.920-Mev deuterons. In measurements with 2.3 Mev neutrons the
entire measuring arrangement was placed at an angle of 1100 to the deuteron
direction. The fission neutrons were recorded by B10F3 counters. The
number of pulses from the fission chamber, the number of pulses from the
neutron detector and the number of pulse coincidences were measured. The
mean number 0 of the prompt fission neutrons is proportional to the
coincidences per fission event. The time resolution of the coincidence
circuit was 2-1o-4 see. The ratio of the random coincidence to the true
coincidences did not exceed 30%. The experimental arrangement was
Card 1/10 --7

32989
9/641/61/000/000/016/03,
Mean number of prompt fission ... B104/B102
calibrated by thermal U235 fission. When calculating the absolute value3
of ~ for- U235 1 Otherm of U235 was assumed to be 2-47 � 0,,039 (Table).
The following mean effective neutron energies were obtained:
E = 3.1 Mev (U 238 ) and _E 232
n n - 3-5 Mev (Th ). The dependence of 4 on
the neutron energy can be represented, b averaged shaight lines whose
inclinationeare 0.139 + 0.008 Mev- U2 ) and 0.15 - 0-1 Mev-1 (Th232).
I ( +
The author thanks A. 17. Sergachev, V. G. Voroblyeva, N. Ye. Tokmantaeva
and the accelerator team headed by 0. N. Deryagin. Furthermore, Professo-
A. I, Leypunskiy is thanked for his interest and 1., 1. Bondarenko for
discussions. There are 2 figures, 1 table, and 9 references: 5 Sovif-A and
4 non-Soviet. The four references to English-language publications rea-I
as follows; Leachman R., Phys. Rev., 101, 1005 (1956); Fraser I., Phys,
Rev.) 88, 536 (1952); Henkel R., Brolley J., Phys. Rev,., 101, 1292 (iqr6,;
Smith A~, Fields, P., Roberts I., Phys. Rev., 106, 411 (1957).
Card 2/#t 2

M06
B/089/61/011/006/002/014
/000 B102/B138
AUTHORSs Leypunakiy, A. I., Abramov, A. I., Alekeaudroyt Tu. A.9
Anikin,S.-X-" Bondarenko, 1. 1., Guseynov, A. G.,
-1-vinov, V. I., Xatachkovskiy, 0. D., Kuznetsov, V. F.,
-Kuzlminov, B. D., Morozov, V. N., Nikolayev, H. r..,
Sallnikov, 0. A., Bmirenkin, 0. V., Soldatov, A. S.,
Usachav, L. X., Tutkin, M. 0.
TITLEs Investigation of the 5P-5 /BR-5) fast reactor (spatial and
energy, distributions of neutrons)
PERIODICAM Atomnaya energlya, Y. lit no* 61 1961t 498 - 505
TEXTs The fast research reactor BR-5-and its experimental equipment in
described in brief and so=* of its neutron spectra are given and discussed.
The following data ars:4iYant fuel - plujonium oxidej coolant - sodiuml
reflector - thin layer of natural uranium plus thiak layer of nickelt
power - 5000 kw. The reactor has many vertical:and horizontal holes for
technical and physical studies and is well supplied with experimental
equipment. Loypunskly gave a detailed description of the BR-5 reactor at
Card 1/0
m~ Fl-
M
RUN,

21LO6
3/089J61/01i/co6/002/014
Investigation of the... B102/B138
the Second Geneva Conference 0958), Inside the core the neutrons have
energies of more than 100 key which they lose almost ampletaly in passage
through reflector and shield. In the outrr layers r.. the shield, their
moan energy does not exceed some tons of Gv- In the key range (E1>50 key)
spectra were measured for the most important beams and channels. For the
other cases, they were determined from threshold reactions. The soft part
of the spectrum within the rofldctor was determined from the spatial
distribution of neutrons with Ef15 ev, recorded with gold resonance indi-
ca%Ore. The total neutron flux was determined only at the points whore
the PU 239 fission cross section was constant. Direct noutrompectrum
mon~urements were carried out in a :~ertloal (0K-70) and a hor ontal (B-3)
chapnel using (He +Ar)-filled ioniz; tion chamber in the first case and the
nou It ron tzontminciammothad with n-haxano in the second. The neutron
;spectrum of the horizontal 'channel was also determined by pLotoomulsions,
U131(.,f)
ProL the rates of indicator and fission reactions Au"'(n-r),
PU239(n,f), Th')'(.,f), CU63(n,r), and ~.-j27(n,d,) the abrupt
1 Card 2/;

S/009/61/011/006/002/014
Investig3tion of the...' B102/B136
drop in neutron energy In the NI reflector woo determined, and the
activity caused by resonance neutrons (E 4.9 ov). The fast neutron
n 14
flux (E > 1.4 Mov) in the core center was found to be (2.4 t 0.2)-10
n
and total flux was (8.2, t 0.3)-1014. Experimdntal results were verified
by energy-group. calculations ( M groups). Good agreement between tKeory
and experiment was also found for the channel spectra. The authors
thank D. B. Pinkhasik, H. N. Aristarkhov, and the rea:-tor personnel for
assistance. There are 10 figures, 2 tables, and 2 Soviet references.
SUBMITTEDs August 17,11961
Table i. Reaction cross sections in the core center.
Legtnds (1) Recotionj (2) experiment, (3) a calculated, given in barns.
Figi,7;. Neutron tranomis,,ion spectrum h one) for the horizontal:
(n JX
channel B-3-
Card 31; '77

37784
S/12o/62/000/002/007/047
E039/E520
AUTHOR:
jNuz,n1i11ovj BoDe
TITLE: A simple me6hod of measuring the continuous spectrum
of fast neutrons
PERIODICAL: Pribory i teklinika eksperimenta, no.2, 1962, 34-35
TEXT: By making use of experimentally determined neutron
transmission curves for particular filter materials it is possible
to obtain accurate determinations of the neutron spectrum in a
beam. The final forin of the neutron transmission function is
given by: C~o
(x) = S ~) (Ii) e-'xdii
0
where x is the thickness of the filter and tl) (IL)
F(ji) and c(~t) are functions characteristic of the neutron spectrum.
and neutron detector efficiency respectively. The method has been'
used to determine the neutron spectrum in beams from the reactors
0-P -2 (BR-2) and 6P -5 (BR-5). In both cases n-hexane was used as
a filter. The detector in the first case was a fission chamber
using U235 and in the second case a BF 3 proportional counter. The
Card 1/2

A simple method of measuring ... S/120/62/000/002/007/047
E039/E520
spectrum obtained in the latter showed detail at --~/ 40 keV'Other
recommended filter materials are boron and hydrogen. There are
2 figures.
SUBMITTED; August 15, 1961
Card 2/2

34001
S/056/62/042/001/016/048
.~9 t1, c2 B100102
AUTHORS: Kuzlminov, B. D., Kutsayeva, L. S., Bondarenko, I. I.
TITLE: Angular anisotropy and energy distribution of the Th 232
fission fragments
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 42,
no. 1, 1962, 105-107
TEXT: The kinetic energy of two fragments was measured simultaneously,
using a double ionization chamber with a collimator allowing the direction
of fragment motion to be determined. A Th 232 layer (15 Yg/cm 2) was
applied to a collodion film (20 ~g/cm 2) . A 6P-5 (BR-5) fast neutron
reactor was the neutron source. The electronic equipment included two
linear amplifiers, coincidence circults, pulse shapera, and a double-beam
tube, The movement of the fragment center-of-mass, the neutron emission
from the fragments, the energy loss of the fragments penetrating the
collodion film, and the effects of the Th layer and of the collimator
increased the half-width of energy distribution of the fragments by
Card IA?_

34001
S/056/62/042/001/01 6/048
Angular anisotropy and energy distribution... B100102
2-3 Mev. The mean kinetic energy and the dependence of the total kinetic
energy on the mass ratio are the same for fragments leaving the target
along and perpendicular to the neutron beam direction (Figs. I and 2). The
half'-width of fragment energy distribution is 16 ~~. In view of the shell
structure of the fragments, the most probable mass of the heavy fragments
is 140. The kinetic energy passes through a maximum at a mass ratio of
R - Mh/Ml - 1.25. There are 2 figures and 12 references: 4 Soviet and
8 non-Soviet, The four most recent references to English-language
publications read aB follows: D. Hicks. Phys. Rev., 105, 1507, 1957,
I. Halpern, C, T. Coffin. Proc. Second United Nations Int, Conf. on the Le'r
Peaceful Uses of Atomic Energy, j.5, Geneva, 1958; E. 1. Winhold,
I Halpern. Phys. Rev., 10~, 990, 1956; R. B. Leachman. Proc, Second
United Nations Int. Conf~ on the Peaceful Uses of Atomic Energy, Geneva;
1958, p, 229.
SUBMITTED: August, 15, 1961
Card 214;~

L 15529-63 -.-M-011=2/1 pu-4
ACCESSION M. AP3005234
-8/0056/63/045/002/0008/0012
AU'rHORS.- DlyachenkoA P. P.; Kuzlmlnov, B. D.) Kutgayeva, L. 8,; OkolovIch. Vo M; i
Smirenkin, 0. N. VtvzhnIkov-T-X7-V--
TIME: Kinetic energy of fragments produced in oymetric fission of V-235
SOURCE: zhurn. eksper. I teoret. fiz. v. 45, no. It.), 1963o 8-12-
TOPIC TAGS: Fissionp symmetriep kinetic energy, U-235P induced fission
ABSMCT: The mean kinetic energy of the fragments produced in symmetrical U-235]
fission induced by 7-, 14.5-,, and 20-MeV neutrons has measured and found to be
constant, within the limits of experimental error,'Just as in the case of a
symmetrical fission. This refutes the hypotbesis rmde by Selitskly and Eysmont
(Zh, ekap. I teoret. fiz. V- 43, 1005, 1962) that symmetric fission is a fast
process. The hypothesis by Kovalenko, Petrzhak, and Adamov (Atomnaya energiya
V. 13, 474 , 1962) that sy=etrical fission is of the subbarrier type Is likewise
refuted. The results are interpreted from the point of view that t-he tvo types I
of fission correspond to two barriers. 'The authors are Indebted to Prof. 1. 1.
Bondarenko and to N, S, Rabotnov for a discussion of t~e results.
Card

D'YACHF,NKOj P.P.; KUZIMINOVI B.D.; KUTSAYEVA9 L.S.; SERGACMv A-L;
UTYUZHNIKOVY A.N.
Correlation of the mass distribution of fission fragments Vith
the quantum characteristics of the nucleus at the saddle point.
Atom. energ. 15 no.3:246-247 S 163. (M3Pk 16t10)
(Nuclear fission) (Quantum theory)

KUZ 'MIVOV.B.PG~;l-,,
-
(Mean number of instantaneous fission neutrons for
U238 and Th232] Srednee,qislo mgnovenrykh ji6itronov
delenlia. dlia U238 i Th2 . Moskva, Glav.upr. ljo ia-
polizovaniiu, atomnoi energii, 1960. 9 P.
(MIRA 17: 1)

DOYACHENKOp P P KUZIMINOVS B,D.; KUTSAYEVAp L.S.; OKOLOVICHp V.N.;
Ski~iiIII-P-649-c--uffru MONVO A. ,
Kinetis energy of frvgmexts produosd in the symmetrisal fission of
U235. Zhur. eksp. i teor. fiz. 45 no.2tg-12 Ag 16~.
p (MIRA 160)
(Uranium isotopes) (Nuclear fission)

DIYACHENKO, F.P.; KUZIMIHOT B .; CHUKICHE;V, M.V.
Effect of the state of the
silicon counters of fission
10 no.5%85-88 S-0 165.
surface on the operation of
fragments. Prib. i tekh.eksp.
(WRA igil)
14 Submitted July 15t 1964.

LIL72-66 EVrf (m)/EVIA(h)
ACCESSION HR: AP5020258 UR/0367/65/002/001/0092/oo96
AUTHOR! Dt achenko, P* Po; Kqz, : Smirnov. V, 161 Che AM-i
y rn
~Chubarov, S. I*
TITLEs Kinetic energies of fragments with various masses in the fission of U-235
by thermal tod fast neutrons
F1
fi-tikiL 2 -noo j
-9
SOURCE., ~,-Yitddkhatyiv: 1 .1965 92 6
TOPIC TAGGi uraniuml nuclear fission, fission product* fast neutron# th r
neutron
ABSTRACT: The kinetic energy distributions of fragments with various masses have
been investigated in the fission of U235 by thermal neutrons and by neutrons of
mean energy 720 kevg for the purpose of comparing the dependence of the totel
fragwnt kinetic energies on the fragmnt in a ratios at the two finsioning-neutrob
energies* The fission was produced in a layer of uranium enriched 90% in ~235,
deposited on a thin organic filmo and the fragment energy was measured with two
-barrier silicon detectors, The detector signals were analyzed after ampli4'-
surface
rication by a tvo-dimensional-120 x 1-26 channel pulae-height analyzer, which sortea
the pulse heighteand atored all the in iformation obtained during the measurementaq
Coed 1/2

L 4379-66
ACCESSION NH: AP5020258
The results show that the mean total kinetic energies of the fission fragments
have the same value for thermal and fast neutron fission, amounting to 156 :t2Mey
for fission into tv9 fragments with approximately equal masses. This means th--
in bombardment of t)235 by thermal neutrons and neutrons with an average energy Of ~z
720 keV0 the kinetic energy of the symmetric-fission fragments in approximately
10 Mev lower than for fission by neutrons with energies above T Wv- "The author's
thank A. I. Bergachev, A,, So Yek&tM Vi, Pi Gemenkoyo A..A0tYm;hdkoYs.-A..
ff-r
----Tv. V, Kw faiAdipe orig, 8~rt. hut
-Agfonovb an
ASSOCIATIONt None,
SUBMTrEDi i9Jan6$
FA C1 0
RR R" Boyl 003
5
/2
Car

](UZIKNOV, B*Do
- ...
Symposium on the Physics and.Chemistz7 of Fission. Atom, ener
19 no.2t2O7-208 Ag 165. (MMA 187 0

ACC NR,
AMMOR:
ORG: None
TITM The-effoot produced by the surface quality upon the performance
of silicon counters of fission fragm
Ints
SOURCE: Phbory i tekhnika eksp'erimenta, no. 5, 1965~ 85-88
TOPIC TAGS: nuclear fission, nuclear Dh sloe --apparat'-3
ABSTRACT.* After reviewing--the preceding research and experiments the
authors presented the results of their invest-I.gations of two lots of
surfaae-barrier detectors. .,Their *imwas to,determine the auseg of
"tails" in-the'pulse-6-pplitUde distribution eUr~Vea. On analyzing the
curves showing the distr4bution of the fragment energies originated in
the U235 fission by thermal neutrons and examining the possible causes,
the authors concluded that the tail'defeot was caused by the presence.
of craters cn the oounter surfaces.,,
lThe thickness of the entrance
'Voating, silicon oxide film and
insensitive layer composed ofmid
p-type layerl was about 10 microns. The microscopic examinations dis-
closed that the surface craters were of various shapes and sizes, The
EWA (h) IFYfT (m)/T/EIIP W/ETI IJP(c) JD
AP5027011 SOURCE CODE: TJR/0120/65/000/005/0085/0088
Wyachenko, F* Ps; ~uzlminovj D.; Chukichevt M.-Vi
L.Surd 1/2- UDC: 539'1.074.5

L 28036--645
_ACC NRi AF5027011,
.crater depths:up to 10 microns were observed* The crater surface was
adhematioally illustrated and two surface photoe (for the first and
second lots) were presented. The surfaces of detectors belonging to the
second lot were improved by a special treatment. It was proven that them...
wamber of pulses in the tell section was 10 times less in the counters
with- -improved-surf aces.----The- distributi,)n- of --fragments- by--madij
illustrated - in'~ 6 grapho- e authors expressed their thanks to I,-
Aa Go
Bondarenko.'I looova and'R. S.-R&k - neon for their assistance.-
Orig, art, has: , ra figures& -
SUB COM. 18. SUEM DATE: 157ulY64 qRIG REV: .--002 OTH MW: OM

.XYJZIKINOV, F.M.; SHBSTOPALOV. V.T.
Improve fire-prevention measures for various enterprises of the
capital. Gor. khoz. Moak* 34 no.10:30-31 0 160. (MIRA 13:10)
1. tlpravleniye posharnoy okrany Moakvy.
(Moscow--lires and fire prevention)

KUZININOV, F - ORLOV B.
P 0
Raids of the Comml t Youth League., Pozb,,delo 8
Vq 162. (Fire prevention) (Communist Youth League)
no.5;22
(MIU 15:5)

KUZ'j-'TNOV, G. P. PA 22T36

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XTJZ 'MINOV 0 P k&ndjdaf;-tekhnjch~pkUcb neuk.,
More on air cOO104 engines. Avto I traktopromeno#10131-32 0 136-
1)
(Automobiles-yagln~g) (MIJtA 10:

KUZIMIMV, G.P., kand.tekhn.nauk
Calculating the beat transfer in automobile and tractor engines
with air cooling. Avt.prom. no-1:15-18 Ja '59-(MIRA 12-1)
1. Veeeo]rusW saocbnyy lasotakhnicheekly institut.
(Motor vehicles-Ingines-Gooling)

S/262/62/000/00210041017
1008/1208
AUTHOR: Alekseyev, S. A. and Kuz'minov, G, P.
TITLE: Investigation of beat-transfer in an air-cooled engine
PERIODICAL: Referativnyy zhumal, otdcl'nyy vypusk. 42. Silovyye ustanovki, no. 2, 1962, 51, abstract
42.2.269. "Tr. Vses zaochi. Icsotckbn. in-ta", no. 6, 1960, 77-96
TEXT: The investigations were carried out on an air-cooled 25 hp AM4 engine turning at 2200 r.p.m. and
having a D/S = 82.5/101.5 mm. The experimental data and a method of calculation of the ribs are given.
There aro 10 figures and 10 references.
[Abstracter's notes: Complete translation.]
Card 1/1
2!",
K N -

S/262/62/0001002/W301
1008/1208
AUTHOR Kuz'minov, G. P.
-7-
TITLE: On the question of Mechanical similitude of interntil combustion engines
PERIODICAL Referativnyy zhurnal, otdel'nyy vypusk. 42. Silovyye ustanovki, no 2. 1962, 51, abstract
42.2.267, "Tr. Wes. zaocbn. pesotckbn. in-ta", no. 6, 1960, 97-109
rEXT: In connection with the standardization of the production of internal engines the theoretical condi-
tions for the mechanical similitude or two engines are examined. Considerations governing the evaluation of
many mechanical parameters, as density. stresses, mean specific pressure on hearings. etc., ate discussed.
There are 3 tables and 10 references.
(Abstracter's note: Complete translation.)
Card 1/1

KUZIFINOV, Grigoriy Petrovich, dots., kand/tekhn., nauk; BELISKIY,I.R.,
prof., - Vand. 'VOUIC'Sauk, retsenzent; BUKREYEV, B.A., retsenzent;
ROBINY V.A.9 dots., kand. tekhn. nauk, retsenzentl SHULESHOV,
V.F., dots., kand. tekhn. nauk,,.retsenzent; YAKOVLEV, N.A.,
retsenzent; BEZGODOVA, L.V., red.; URITSKAYA, A.D., tekhn. red.
(Thermal electric pow~r-plants In the lumbering Industry]Teplo-
silovye ustanovki lesnoi promyshlennosti; uchetnoe posobie dlia
studentov vsekh fakulitetov. Leningrad, Vaes. zaochnyi leso-
tekhn. in-t, 1962. 198 p. (HIRA 16:8)
1. Glavnyy spetsialist otdola energetiki GLT (for Bukreyev).
2. Nachallnik otdela energetiki Gosudarstvennogo instituta po
proyektirovaniyu lesnogo transporta (for Yakovlev).
(Electric power plants)

.PM,IODICAL: Izvestiya vyashikh uchebynkh zavedeniy. Mashinostroyeniya,
no. 12, 1962, 130-134
TEXT: Basing on his experiments and theory, the author presents a method
for a-eraging the'metal temperatureion the ribbed surface of an air cooled en-
gine. Determination of the average temperature of the cooling surface of an
engine is difficult because of ribs and because of great irregularity of tem-
perature at various points. After determining the temperature gradient at sev-
eral characteristic points, the measured temperatures could be recalculated,
reducing them for an air cooled surface. The evaluation of average temper-
atures must be carried out for every area in accordance with the system of ribs
aria temperature gradients of each portion of the object under study. Tbe
amount of heat removed to the cooling system and the average air temperature
Card 1/2
Mlff~~
'MY M -
RN

L 116553-63
S/145/62/000/012/009/
Methods of the averaging metal temperature...
must be known. The temperature change across the cylinder vall of tb,-, air
cooled oil engine and the temperature distribution at the root of a rib are
shown in figures. The author checked his method on an actual case of a Diesel
engine. Seven Soviet references. There are 8 equations and 4 figures.
,ASSOCIATION: Vqcsoyurnyy zadchnyy lesotekhnicheskiy institut (The All-Union
Forestry Engineering Correspondence Institute)
SUB14ITTED: February 6, 1962
Card 2/2-
Y
W,
-A, Rb~

KOBLIKOVA, Alokoandra Georglyevna, dots., kand. tekhn. nauk;
&U&-T1MQY,_.q.P.s dots., kand. tekhn. nauk, retsonzent;
CHUDNOV, B.S., dots., kand. tekhn. nauk, retsenzent;
SOKOLOV, P.V., dots., kand. tekhn.nauk, otv. red.;
BEZGODOVAY L.Ii.~ red.
[Hydrothermal processing of wood; calculations of kilns
for drying lumber in superheated steam. Manual on course
planning for the otudento of the faculty of t1w meehanical.
technology of wood) Gidrotermicheskain obrabo'ka droveoiry;
raschet kamer cilta sushkI p1loina Lori tilov v srodo poregrato-
go para. Rulcovodstvo k kursovomu procktirminliu dlia stu-
dentov fakullteta mekhanichookoi takhnologii dre sainy.
Leningrad, Vses. zaochrrji lesotekhn. in-t, 1963. 82 p.
(MURA 17:7)
-41 "n
K
A"C

S/126/63/015/001/029/029
E073/E151
A I' I I (I PS lyijbchenko, A.P., Sherman,-D.G., and Kuziminov
V Effect of cerium content of iron on nelf-diffusion
H: R I Q D I CAL, Fizika metallov i metallovedeniye, V-15. no.l,-1963,
158-1.6o
TLXT: The authors have already ehown that Ce additions of up
to 0.511 Ivive no effect on the ratio of the intercryetalline (DBoun)
ajid traiiscrystix~line (DBody ) Belf-diffusion coefficients of Fee
Fiirthei- itivestigation.-.; were carried out on pure Arinco iron, vacuum
iriduction ws!lted, into which Ce wam added, and the ratio KFev
which #-qti,%1:4
d(D x D_ 1/2
Boun Body
was deteniiined using the isotope Fe 59* It was found that Ce
additioiis of tip to 0.521;o had little effect on the self-diffusion
i%itio, 4iiid tliat at elevnted temperatures the individual values for
int~-i- nud trans -crystalline diffusion were not greatly changed.
Card 1/3

Lft'ect of ceritim content of Iron... S/126,/63/015/001/029/ 029
E073/1:151
F.hictxiation-s or t 3.001e in the value of K Fe ~rere obtained as.C*
was increased from 0 to 0.520,c, btit, the overall effect, discounting
the fluctuations, appeared to be negligible. This is cq'ntra.ry.to
the findings of K.P. Bunin and Yn.1-1. Nalinochka that the effec.t.of
spheroldisers was to equalise the inter- and trans-crystalline
mobilities of the Fe atows. The experiment 'a1 and published results
show th, graphite in cast iron.-
-it the effect of Ce, t1g, etc. on the
is not related to the kinetics of self-diffusion and it is
probable that the surface active properties of the spheroidiser
are responsible for spheroidisation. The electron orbits of
addit ions, appear to influence the shape of the graphite particles,
as is seen by comparing the electron structures of spheroidialng
agents (Lit Nat 161g, K, Cal Sr, Bal Ce) with those of de~
spheroidising agents (Tit Cut Sb, Pb, Bi). Inconsistencies in the
behaviour of added elements on the structure of the graphite
appears to be due to changes in electron configuration caused by
interaction with impurities,in the iron. Spheroidisation can also.,
be achieved by additions which ensure the required electron
colirigtiration when absorbed on the graphite.
Card 2/3
'.. rs-~.
E4 M
IA
T

Erf,"ct of' cvrimit content of iroll ... 15/126/63/015/001/029/029
E073/EI51
Tllerv are 2
A.,~.SoCIATI-ON., Khnp-lkovm1(ly zavoti trimsportnogo mash inostroyeniya
IM. V.A. KIIY-,jbcva
(l,harlkov Transport Ftigincering Works imeni
V.A. Maly-~41161v)
.4'13MITTI, J-11,
-D AprIl JO, 1962
(-&'r ct 3/ 3
-N-

KUVMGV 14.0 kand. ekonw. nauk (deceased]
Indices of the degree and level of mechanization in constructione
Mekh. stroi. 11) no.2:23-25 F 162. (W-A 16:7)
(Gonstruction. equipment)
HIS

KnImmoll, 1. 1. The end of the war and the trunq1tion ir thn cc-mi,~-,y of tho U35R to
q neacetime d!welarment. Lnnin rqd Lenin mr,3 dqko n r-7,Ano-zhurnal 'n.,7e i knlnhnoo
J7.d'-vo, lqh~. 51 D. (50-198M
Hc335.x888 1945

I Kwa-1:40VI 1. - -
1. KU711INOV, I.
U I US3-R
7s "Concerning the Crivis Nature of 0. 3. S. s. 2? Edonomic ')eveiofaent
in the Post-Ilar.Period," Bolshevik, No. 23, 1948
9. Current. ligest of the Soviet Press, Vol. 1, No. 1, 1949, P. 35. (In
10 Library)

K6Z'I'M' I'NO*V'.* 'h- I'.*. GATOV!ZIY, L. M.. .3h-aILOV, D. T., LWNTIYEV, L. A., LAPTEV, I. D.,
and OSTROVITYANOV,, K. V:
"Political Economy," Textbook, State Eublishing House of Political
Literature., Moscow., 1954.

Namos XM'1dWOVj Ivan Ivanovich
Dissertations State Monopolistie Capitalism
Degree: Doe Econ Sci
Affiliations fnot indicatod-7
Def onso Data, Placa: 2 Mar 56, Counoil of Acad of Soeial Sci undor
the Central Coudttoo CEBU
Cortification Dates 15 SOP 56
Soureos BMVO 6/57

KUZIMINOV, I.
The constant growth of labor productivity in an economic law of socialism.
Sets. trud. no.2:11-28 7 156. (=A 9:7)
(Labor productivity)

OSTROVITYANOV, K.V., okademik; LHOUTIYEV, L.A.; LAPTEV, I.D.; GATOVSKIY, L.M.,
doktor ekonom.nauk-, OZOMINOY, I.I., doktor okonom.nauk. Prinimal
uchastiye STAROVSXUoftW*'.O~.ffOY7CH, M., red.; DARILINI, A..
takhn.red.
(Political economy; textbook) Politicheakaia skonomiia; uchobnik.
Izd.3, parer. I dop. Moskva, Gos.izd-vo polit.lit-ry, 1959. 707 P.
(MnU 12:10)
1. Akademiya nauk SSSR. Institut ekonomiki. 2. Chleny-korrespondenty
Akndemii nauk SSSR (for Leontlyev, Starovskiy). 3. Daystvitelinyy
chlen Vanso3nnnoy akndemii sG11sko1--hozyHystvennykh nauk imani V.I.
rienina (for Laptev).
(EconomicB)

KUZIMINOV I red.; KULIKOV. A., red.; KARAVAYEV, A., red.; MIXRANSKATA,
__- AWAZ4
red.; MOMYDU, R., takha.red.
(Advantages of the socialist economic system] Praimushchostva
otsialisticheskol sisteffq khoslaistva. Koskva, Isd-vo sotsiall-
o-ekou.lit-ry, 1959. 310 P. (K13U 12:10)
:
(3conomica)

X=IKINOT,_.I,vaa7-Iv&"vjah; PROKOPOYET, S.P.. red.; NAUKOV. K.M.,
--w-'---'t9khn.red.
(Impoverishiment of the workers under capitalism] ObnI-
shchania trud4ashchikhola pri kapitalisms . Moskva, Ixd-vo
VPSh i AOM pri TeX EPW, 1960. 335 P. (KIRA 1):2)
(Labor and laboring classes)

OSTROVITTANOT, I.V.; GATOVSKIY, L.M. [Hatovalkyi, L.14j; KUZIKINOT,-.Iol1*U
WBOVIINKO, Ye. [Dabovenko, II-1. red.; KOBA, M., red.; KI~KMA.'
I., takhn.red.
(Political economy; textbook] Politychna ekonomiia; pidruchnyk.
Persklad z 3 perer. i dop. rosiis1kcho vyd. 1959 roku. lyiv,
Dersh,vyd-vo polit.lit-ry URSR, 1960, 686 p. (XIU 13:7)
1. Akademiya nsu USSR, KiYST. Institut skonomiki.
01conomics)

KUZIMINOV Ivan Ivanovich doktor ekon. nauk, zasl. deyatelf nauki
red.; DARONYAN, M., mladshiy red.;
f
CHERIPLEVA. 0.,, tekhn. red.
[Postwar capitalist cyclelPoslevoennyi kapitalisticheskil
tsikl. Moskva, Sotsekgiz, 1962. 187 p. (MIRA 16:2)
(Business cycles)

KUZIMINOVp I.I., prof*, red*; LFJMEVj VaGop kando ekon. nauk) red*;
MqMD=p D.A#j , red,; KOKOSHRO, A.G., red.; 11MOV, X.14,0
tekbn. red.
(Developing economic theory in the light of the decisions of
the 22d Congress of the CPSU]Razvitie ekonoricheakoi teorii
v uvete reshenii XXII allezda KM~. Pod red. Kuzlminova,I.I.,
Lebedeva, V.O.., Smoldyrevap D.A. Moskvit, Izd-vo VPSh i AON,
1962. 249 po (MIRA 15:13.)
1. Moscow. Akademiya obshchestvennykh nauk. 2. Akademiya ob-
shchestveni3ykh nauk., Moscow (for Kuzlminavj Lebedev).
(Economics)

OSTROVITYANOVO K.V., akademiki .GATOVSKIYj L.1.1,.j KUZIMINOV I I
doktor ekon, nauk; Prinayali uchaoti*y SlkwVSK
SAKGVp M.P.; BACHMIN, A.V.; ZASLAVSKAYA, T.I.; BOG014OLOVO
O.T.; MLUM9 V.V.; RADINOVICH, M.9 red.; NUKHIN, Yu..,
tekhn. red.
[Economics; textbook] Politiche okpLia ekonwdia; uchabnik.
4.# parer. i dop. izd. Moskva, Oospolitizdat, 1962. 702 p.
(MIM 15: n)
1. Akademiya nauk SSSR. Institut ekonomiki. 2. Chlen-
korreepondent Akademii nauk SSSR (for Gatovskiy, Starovskiy).
(Economics)

KUZIMINOV, I'I.p red.; KLEFACH, N.Ya.p red.; SLASTE14121KO, V.A.,
-7 --rod'.-TREFILOV, V.A.j, red.; VORONRIA, N., red.
P
(Socialist production collective] Sotsialisticheskii proiz-
vodstvennyi konektiv. Moskva, Fqsll, 1964. 230 p.
(MIRA 18:3)
1,.Moscow, Akadeviya obahchostvenrorkh nauk.

�-- - -- - - I - - _-- --- -- - - -- - -- - - - - -
KARAWHYAN, A.A... inzh.; LWUSHIN, I.A.; KUZOW-NOV, I.T.) kandotekhn.nauk
Method of calculating labor productivity in a thermal-electric
power station construction trust. Mant.i spets.rab.v stroi. 23
no.6:20-22 Je 161. (MA 14:7)
1. Treat Teplomontazh i Nauchno-issledovatellskiy institut
stroitel 'noy prosphlennosti,
(Labor productivity) (Electric power-planto)

- I _'.. -
Li . , -- - I'L7
rechnology
(Loess-type soils in earthen structures
erected hydraulically). Tashkent, lzd-vo
AN USSR) 1951.
Monthly List of Russian Accessions Library of Congress, 'l'O,.cmber 1952. UllCLA.SS=-IED.

124-1957-10-12034
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 10, p 119 (USSR)
AUTHOR: Kuzl minov, M.P.
TITLE: On an Approximate Calculation Method for the Compactinir of
Hydraulically Filled Earth Works (0 priblizhennom sposabe
rascheta uplotnenlya namyvnykh zemlyanykh sooruzheniy)
PERIODICAL: Tr. In-ta sooiuzh. AN UzSSR, 1955)1t~ 7 pp 217-223
ABSTRACT: Simplified methods are presented to solve equations of the
theory of ground mass corripaction for one- and two-dimensional
problems, based on the application of a method of finite differ-
ences using certain simplifying assumptions. In the numerical
examples it is shown that the results obtained with the Author's
method agree fairly closely with those obtained by V. A. Florin
(Teorlya uplotnenlya zemlya*nykh mass, Moscow, Stroyizdat,
1948, p 123) and by N. A. Zadubin (Izv. Vses. n..-i in-ta
gidrotekhn., 1950, Val 43).
V. G. Berezantsev
Card 1/1

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4 14

07-1-11JUNOV. - 14 - P-
in -- -1
On a critique of the book 097draulic engineering structures made
of earth.* Izv.Alr Ux*SM Ser.tekhmnauk. no.2:54-6o 16o.
(MIRA 13:10)
(Hydraulic structures)

07,4111JOV, 14.P.;,ABDULIAIEV, R.A.; REPNIKOVAP YOOVO
Slope stability in saturated loess soils of the Golodnaya
Steppe. Mat. po proizv. sil. Uzb. no.15:166-~178 160.
(MIRA 14:8)
I* Institut vodnykh problem i gidrotekhniki AN Uzbekskoy SSR.
(Golodnaya Steppe-Soil mechanics)

VYZGO, M-S.y prot.potveredg AMPOVA-IF H kand"takhn nauk 'f-6d
_WZi ILI'
1HRA31,VV, M.L. in rod. ~* M' P kan
D19
nauk., red.; VUKHAMEMaV,, A.M.., kand.tekbn.nauk, red.;
R,WFMKINA, NX., kand.gool.-min. nauk, red.;
KAk4MXHANOVO H.2. , kand. tekhn. nauk, red.; GAYSINSKAYA,
I.G., red.; KISEILTA, V.N., red.; UUITSKAYA, A.V., red.;
SOKOLOVA, A.A., red.; KARABAYEVA, Kh.U.., tekbn. red.
(Power, bydraulics and mining ongineering]Voprosy onergetikis
gidrotakhniki i gornogo dola. TasUents Itd-vo All UzSSR,1961.
262 p. WA 15-.8)
1. Akadomiya nauk Usbakskoy SSR, Tasidcent, Otdoleniye tokhni-
choskAh nzuk. 2. Chlen-korrespondent Akademii nauk Uzbekskoy
SSR (for Vyzgo).
(Power engineering) (Hydraulic engineering)
(Mining engineering)

KUZIMIN(rip N.h.? inz-h.
----------------------- :_ --
Oparation cf the mazut. derartment cf tha Cheraj:avotB MOtallurgical
Plant. Prom. onprg. 20 no.M14-15 0 165.
(MTRA 3.8jlO)

KUZIMINOV, Nikolay Vasillyevich; SHEVCHENKO, M.P., red.; POPOV, V.N.,
(Set the fire of enthusiasm in people]Plamia dushi - liudiam,
Tambov, Tambovalroe knizhnos izd-vo, 1962. 19 ]p. (MIRA 16:4)
(Aitricultural workers)

TEB1211KOV, M.N.; LEPERSKIY) Ye.A,; KUZIMIVOV, O.D.
Effect of bilateral ligation of the A.A. Mammariae internae and
pedicardectomy on the coronary circulation in an experiment.
Grud.khir. 3 no.6:48-51 K-D, 161. (MIRA 15:3)
1. Iz gospitaltnoy khirurgicheskoy klinW pediatricheskogo
fakullteta II Moskovskogo meditsinskogo instituta imeni N.I.
Pirogova (zav. - prof. A.V., Oqiy~v)*
(CORONARY VESSELS) (PERICARDIUI~-SURGERY)
(MAMMARY GLANDS-BLOOD SUPPLY)

FR;'.!,?T"G-V, Pv#B&: )CRIMEMIJ, O&DO
Tcatlpr~ of attachwnts to anenthatic ap~ arsti-a f(w YDUZG
children. 1!*v,, mode takhe no,3t26-,28 P65.
(HP,t, 19: 1)

Y,UZ 'Yn"Ov, P. I.
"Pnewnothorax in Cattle." 'Thesis for degree of Cand. Veterinary Sci. Sub
24 Feb 50, Moscaw Veterinary Academy
NO SIMMT7 71,, 4 Sep 52, Dissertation Presented for DeEees in Science and
Engineering in I-Ioscow in 1950. From Verchernyava Mc-skya. Jan-Dee 1950.

--- - -- -- ---- --- - -- - --- ~7 - --- -- - - - - -- -- - - - --.-
Kuzlmi,Iov~ P.t., Cand. of Vet. Sci.
Tvoitsk Vet. Inst..
"Utilization of tincture of eucalyptus in suppurative processes."
SO: V6terinexiia 29(1)p 1952, p. 44
0 0 0 0 0 40 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0,

USSR/Diseasea of Farm Animals. General Problems. R
Abs Jour: Ref Zhur-Biol.) No 3, 1958) 12221
Author : ~-
Inst : Ivanovsk Farm Institute
Title :Circular Novocaine Block in Certain Diseases of
Lower Leg Sections in Horses.
Orig Pub: Sb. nauchn. tr Ivwovsk. a.-kh. in-ta, 1956, vyp. 13,
59-65
Abstract; Use of circular novocaine block combined with other
generally accepted surgical methods of therapy shortenecl
the course of treatment of animals sick with acute
serous thecal abscesses of the tendons, aseptic subder-
matitis ' frog puncture, and certain other infections of
the extremities.
Card 1/1

"Transverse Contraction and Angular Distortions in Welding" (Avto. Delo, 1952, 23,
Nov., P. 7).
A mc'.'-.od is developed for calculating the transferse contractions and angular
distortions when butt welds are made in sheet and plate material. A number of examples
are computed, and the theoretical results compare very closely with actual experimental
results.
VI

mlimicV, ,j' . A.
ol4ethods of Calculating Weldl-ng Deformations in Framework Structures
(Units and Sections) " Cand Tech Sci, Lenh-crad SI-dpbuildM Inst,
Lonlrerad, 1954. (Ribbleldi, Nov 54)
Survey of Scientific-TA Technical Dissertations Defendpd at USSR Higher
Educational Institutions (22)
SO: Sum. 110. 5Z1, 2 Jun 53

3tructtiral teate
Card 1/1 Pub. 12e - 19/38-
Authors I Kuzlminov, S. A*
Title t An analyticarTe=Yor the determining tho Coneral deformation-Of
a structure due to welding
Periodical t V08t. mash* 9. 70-759 Sep 1954
Abstracb t A description is presented of a method for calculating the general
deformation in a structure., arising from weldingj by means of a thermal
field fomed by, a certain input ol heat ener&r and certain assumptions
on plastic and elastic deformations# Three U33R references (1949-1952).
Graphs; diauvams; drawings; tabl%
Inr.titution

K=IMINOV,S-
no.6:23
Improving equipment in metalworking artels. Promokoop
Je'55- (Metalworking machiner7) (MIJU 8: 11)

SOV/ 124-58 -8-9320
Translation from: Referativnyyzhurnal, Mckhanika, 1958, Nr 8, p 135 (USSR)
AUTHORS: Okerblom, N.O., Kuz'minov, S.A,
TITLE: New Trends in the lanning of Technological Process Proce.-
dures for the Fabrication of Welded Structures (Novyye naprav-
leniya v proyektirovanii tekhnologicheskikh protsessov izgo-
tovleniya svarnykb konstrulctsiy)
PERIODICAL: V sb.: Svarochnoye proiz--vo. Leningrad, Lenizdat, 1957,
pp 143-160
ABSTRACT: Methods are given for determining the residual strains re-
sulting from longitudinal deformations in the region of a weld.
A case is examined wherein filler beads are laid upon a plate
that is free of stresses (except for the natural stresses norm-
ally present within it;,, the strains, are calculated by methods
similar to those employed for cal(ulahort of upsetting stresses.
In addition, the authors study the process of development of
residual strains that result from c ro,-s -welding, also, they
devote some attention to the lo('alized bulge-type deformations
that develop in the plane of minimum ~-tifness of thin sheet
Card 1/2 metal when the latter is subjected to welding. Methods are

SOV/ 124-58-8-9320
New Trends in the Planning of Technological Proce9t: Procedures (cont.)
described for determining the hngular deloTiriations ir the region of a butt
weld as a function of the geometric dimercor4 o1 the sheet and of the quan-
tity of heat brought to bear by the weldy..g ptot es!~. A compaxison is made
of the several possible varliants of the sequ(ince of ;.Etemblirg and welding
a structure comprised of ribs and skin; 117,e c e exerted by the Assen-lb-
ling-welding sequence selected on the magnitude c,1 the residual strains is
taken into account; the need is substantiated for u& i,g hnalytical methods in
the designing of welded structures iri su,lh a rn-jr,r:er that residual straitis
may be minimized.
G.A. Nikolayev
Card 2/2

2$00
AUTHOR: Kuz'minov, S. A
31671
S/123/61/000/024/015/016
AOOVA101
TITLE: Accounting for welding deformations in determining allowances in
framework building
PERIODICAL: -Referativnyy zhurnal, Mashinostroyeniye, no. 24, 1961, 50, abstract
24L311 ("Tr. Nauchno-tekhn. o-va oudostroit. prom-sti", 1959, v. 8,
no. 3, 49-53)
TEXT: Based on an analysis of the parameters determining the deviation of
the true welding deformations from the rated ones, it was found that the devia-
tion of the linear welding energy can be rated at + 20%, the structure rigidity
at + 5% and the factor of proportionality, taking 'Into account the transverse
and-longitudinal contraction of the welding joints of a structure, at + 10%.
The total deviation.of the rated deformation values from the actual or~e_s will
not exceed + 35% If the technology is observed. The author presents a list of
constructional and technological measures to redUce the total deformations for
passing over to the manufacture of structures within certain allowances. The
author points out that, with further improvements in the machining and assembly
Card 1/2

31871
S/123/61/000/024/015/016
Accounting for welding deformations ... AOOVA101
quality, improvement of calculation methods, elimination of elastic bracings and
using accurate and well-defined welding conditions, the range of allowances
could be narrowed down to + 10%.
K. Kokhanovskiy
[Abstracter's note: Complete translation]
Card 2/2

010MUM, Nikolay Oskarovich; KUZ'MINOY-,-B.A-t--kAud*--tekhn-- naukv
retsenzent) BAZILEVSKff-,r.-Gv kand. tekhn, naukv nauchrij-1
red.; KAZAROVj Yu.S.9 red.; XONTOROVICH, A.L., tekbn. red.
[Combination welded structures]Kombinirovanrye ovarnye kon-
strukt9ii. loeningradj, Sudpromgiz,. 1962. 98 PO
(MIRA 15:9)
(Ships-Welding)

I
POk&]t6VK,6"-Z.S., inzh.; KMIMINOT S.Z., Inzh.
ja t pump for removing sand obstruction& from oil wells.
Neftianik 2 no.8:9-12 Ag '57. (MIRA 10:10)
I,Konstruktorskoye byuro po beashtangovym naeosam.
(Oil well pumps)