SCIENTIFIC ABSTRACT KOVALENKO, P. P. - KOVALENKO, V. A.

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• Collection: Scientific Abstracts
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• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

05032-67 3w (1) sm B m
ACC NR
AR6031736 SOURCE CODE-* tIR/0299/66/000/009/MO29IM029
AUTHOR: Koval(y1hp, P
,_P; Demi hrx,-N.--P-,; P~ereR2Stay.L L. B. 43
"po
TITLE: Homotransp;"Intation of frozen and lyophilized bones in orthopedics and
traun-mtology
SOURCE: Ref. Mi. B';Iologiya, Part 11, Abs. 9MI66
REF SOURCE: Tr. I Wes. s"Yezda travinatologo-ortopedov, 1963. M.,
Medi~-sina, 1965, 420 -422
TOPIC TAGS: han;ot-ansplantation, autotransplantation, bone plastic operation,
bone transplant, lyoo'-Alization
q
ABS"'IRACT: A study was mrt3e on the homotransplantation of bones, preserved
at +41.0, -80, -251,-31.830 anAy lyophilization, on the basis of experiments
carr,.ed out 3-6 months earl-.ier on rabbits and dogs (391) and of boneplastic
operitions in 79 patUmts. Wimotransplants of preserved bones had good
osteogenic propertiez.: when Viile bone socket was carefully prepared, when a clos'6
contact was made with the se,Aet, and when the extremity operated on was given
a lorg rest. Unfavor able ret tilts (18, 9%) were observed in patients on whom
UDC-. 1.77. 99+611. 018-089. 843
7~-
-L 05032-67
kCC NR' AR6031736
F
repeE ted and unsuccetsful att-!mpts had been made to remove the bone joint by
autot-..-ansplantation. The rebliflding of the transplant is faster in bones preservi
at +4* and slower in lyophilized bones. The latter were found to be biologically
activ--!. [Translation of abstract)
SUB CODE: 06/
ard 2 /2
C

KOVA'ZNKO , pop. p PrOj.**; MCI IYANOV ~ V.A. p assistant
Homot:rapjj.':antatior-, of frozen and cooled cartilage; StomatDIogiia
40 no.4:2'~-,28 JI-Ah. 161. (MIRA 14:11)
1. 1z kaf,)f.'Wy obahchoy Iddrurgii (zav. - prof. F.P.Kovalenlco)
Rostovskogo-na-Donu meditsinskogo instituta.
CARTILMr-TRUSPLUITATION)

TII,!DFF.YI;V, A.A., k!od. tekha. n&Wc; KPVAIMKO P P., kand. tekbn. nauk;
PREOBRAZH9JSKAYA, I.N., inzh.; NCISKOV, V., .9 Imzh.; WWTIU..
L'Wi,mllo, lzd-va; KHENOKH, F.M., tekhn. red.
[Alhu of lesigns of reinforced concrete slabs for precast pave-
ments of oity roadsp sidewalks ahd streetcar tracks]Allbom kon-
struktsii ishelezobatonnykh plit dlia abornykh pokrytii gorodskikh
dorog, tr)-.uarov i putei tramvaia. Moskva, Izd-vo M-va ko=,un.
khoz. RSFSA, 1962. 34 P- (MIRA 16:2)
1. Akiadem:Lra kommunalinogo khozyaystva. Urallskly nauchno-
isslsIova:t3l'skiy Institut. 2. Urallskiy nauchno-isaledovatell-
skiy institut Akademil kommunallnogo khozyaystva (for Timofeyev,
Kovalenko, Preobrazhenskaya, Noskov).
(Pavements, Concrete)

uSsRI Ana!ytical Chemistry - General Questions
Abs Jour Referat Zhur - 1(himiya, Vo 4, 1.957, 12003
Auth )r Bayev F.K., Kovalenko P.R.
Inat ConmisiAon _o_F10_i1_y_frc_a Chemistry o~r the Acridemy of
Science.s IISSR
Titl Use of a Maskivff, of Ions in Conjoint Polarographic
Determi1ation of Elements Having Coinciding Reduction
Potentit).ls
Orig Pub : Tr. Kov.Ls. po analit. kh1mii. AN SSSR, 1956, 7(10))
119-135
Abst..-act : Conside-ed is the question concernin.- the possibility of
conjoir.-; polarographic determination of elements having
coi.ncid.'.ng redtiction potentials, from the standpoint of
enhance(L specificity by means of mas-king of one of the
i0rAs be-:..ng reduced. Use is made of nasking of the Sn(4+)
iort, fo,- the piirpose of direct polnrogrnphic detarminntion
of the and of 11b on their conjoint prcsence in
Card 1/2
---------- -------- ---------------- ---------------------------------------------------------
USSR / tulalytical CheyaLstry. - General Questions G-1
Abs -lour Referat Zhur - Khimiya, 11o 4, 1957, 12003
solutions containing large aniounts of Zn, Fb content iEf
deteriiiii-,ed aftcr suppression of the diffusion current of
Sn, and. the content of the latter from the difference in
height c;f polarographic waves obtained before and after
masking of Sll()4-). In the presence of 1,~xgf. amounts of
Zn (504:00 g/liter) and with a Sn content from 0.oo5 to
1 6/litEr, the diffusion currcmt of Sn is fully suppres-
sed witb a 0-05-1% content of citrate ion and PH 1-5-3-5-
Under su2h conditions Zn is not reduced and height of po-
larograpAc wave of pl) is directly proportional to its
concentrition, In hydrochloric acid solution total height
Of diffu 3ion waves, of '3n(4-,.) and Pb in equal to the sum
of the )vAghtv of the waves of these metals, taken separa-
tely. BAween the concentration and wave height, for both
Sn and 17~)y there exists a directly Proportional correlation.
Card 2/2
x:)VALENKOt P.S'.; 321YINSK11" F.Z,
coke. Koko i khim. no.5:22-26
Size and sirength of mDtaiiurgical
(KRA 16:5)
163.
(Coke)

I
-i:
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I
n
t,
z
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4 .
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li.
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GUIAMV, B.B.. professor, Ioktor tekhniclieskikh nauk; LUPYRZV, I.I.,
itzherier; XOVAIMO, P.Te., inzhener.
,.mton
Zffect of temperatime of the metal being poured on conditions of
cast steel-solidiflostion. Lit.proizv. no.5:20-.22 My 156.
(HLRA 9:8)
(Loteel castings)

Ko V A i\,'K C,
y
aULTAYN, B.B., dol'ctor tallmichaskikh nauk; SHAPMNOVe I.A.9 kandidat
te)dwic:hf)Bk1kh JAuk; SHPNYZMkN, V.M., kandidat telfticheakikh nank;
XMIALUX). P-Ts, innhener.
"~ k -Mi*-k&OWW i'i"~O-
Properti:)s of alloyed atructural steel castings. Lit. proizv. no.2:
11-16 F '57. (MM 10 - 4)
(Steel, Structural-Testiag)

GU'JY-AYEV, B,B,.; 1-J1AAUMV~,!LA.; LOVAIZNK~O. _P.'YG.
J.
Standards fo:- steel cjOtinga. Lit,, proizv. no.12:35-37 D 161.
(MIRA 14:12)
(Steel castings--Standards)

GUL-fAYEV, B.B.; ALF%.`MV, Fffe.; KONONOV, D.R.; STEPANOV, N.M.;
. Prinimali ucl.astiye: SHAFRANOV, I.,A.; GARKUSHA, P.I.; KOVALENKO,
P.Ye.; SHUIFAIDVA, NA,; SMIRNOVA, 11.1.
High strengt)i foundry; steel with good weldability. 1-it.proizv.
no.2:1-4 0 162. (MIRA 15:2)
(Steel castings-Welding)

XUALEMO, R 1.
Protection from ovorwinding. Besop. truda v pram. 8 no.lls
40-41. H '61-... (MIRA 18:2)
1. Pomoshohrlk glai,nogo mokhaLnika po avtomatike na shakhte
"Roiseiya" lknotakolp soveta narodnogo khozyaystva.

IVANOVA, Z.I.; XGUIMMp.-l"N.
Potentiomitric datermination of pl.,iosphate iona. Zhur.anal.
khim. 14 mo.1:87-~)O Ja_.V 159. (MIRA 12:4)
1. Rostov--Don State University.
(11hosphatee) (Potentiometric analysis)

KOVI INIKO, Sergey . -
-,-a== lommommommr -
oll-~1~111 "-,-
I- - to',Rabotaltea 36 no.1:25-26 A 158. (MIRA 11:2)
1.1nopiektor 4etakoy lumnaty militeii., g.Pochep, Bryanskoy oblasti.
(Children-Management)

KOV,IF ' ', mlad,31',dy naue,inyy sotrudnik; NOVOKHATKA, V., mladolAy
W!,0-5,9
nauchriyy sotrudnik
Cockchafers in Sakhilin ProvJnce. Zashch. rast. ot vred. I bol
10 no.9:29 165. (min 18:11)
1. Sakhalinskaya le-:,,naya opytriaya stantsiya.

MIKI,UKHI, N.; KOVALITWO, S,; SEMENOVIh, yel.
Eerosim. Po%A.delo 7 no.5:24 W 161. (14IRA 14:5)
(Ufevaving at. firee)

KOTALENKO, S.
. .... ~ --I--
Entrusted by -the council of the Scientific Technological Society.
NTO 3 no B., 50 Ag 161. (MIRA 14:9)
1. licheiTyy -.I(-kretarl pervichnoy organizatsii Nauchno-tekhnicheskogo
obshchestva !;lavgoro:lskoy selektsionno-opytnoy sts,ntsii, g. Slav-
gorod, Altap;kogo krriya.
I.Slavgorad-Agricultural research)

A.
2. USSR (6oo)
4. Anric.)t
7. Rejuvoiiation of apriccl-s. Sad i og. No. 3, 1953.
9. Monthly ~1~st of Russian Accessions, Library of Congress, ~Pril 1953. Unclassifiec.

Z
AUTH )RS LyulicheirA*N.., Chuprinin, F.I., Kovalenko) S.I. 32-8-20/61
TITL3 Determination of the Conductance of Fireproof materials
i-n the Vacuum up to 2.2ooOC. (Opredeleniye elektroprovodnostl
ogneupor:WIdi materialov v vakuume do 2.2ooOC).
PERIODICAL ZavcdiNka~,jpa Diboxatoriya., 1957, Vol. 23, Nr 8, pp. 931-93b (USSR)&
A
IA
BST, CT The pape', descrJbes the constraction of an apparatus and gives exampl-ir
of it:3 a:)pldcationq The vacuum device corresponds to 5-16~` mm mercur-,:,
column. .1he sample is.heated by means of two graphite slabs with a
recess i:i the middle part. These slabs consist of rods which are 15 nrl.
in diame~~er and 25o mm, in length. The ends of the rods, 5o mm each,
remain r-)und. The working surface of 1.5o mm length and about 14 mm
vidth is planed off to a thickness of 1.5 - 2,o mm. Moreover a recess,
of 4o mm length is made in the middle. The lower slab which is placed
inverseIr towarc:, the upper one is in its central part 12 - 13 mm.
diatant ~'rom them upper plate and outside the recess (on the edge)
about 2o - 23 wis This fact permits to expose the sample placed in th,~-
center t:) highW~ temperatureG,, whereas the edges of the device remain
at lower temperi;tures, The round ends of the rods which in the middle
form the slabs z-,re on the sides (left and right) introduced between
the rassIve graphite clamps which are tighten-ad by steel screws. One
of the cLamps roceives a stable connection to the source of current
Card 1/2 by a cop:.Der rod., the other one, however,, receives an elastic type of
32-8-20/61
Detorminfition of the Conductance of Fireproof Materials in the Vacuum up to 2.2oo",
conneation becaUEle of the linear expansion due to the effect of heat.
The d.-vi(,,e 4a moreover provided with tantalum sheet screens because
of radiiAon of heat to the outside, which, are connected among each
anothe-.- iind represent a supporting basis for the device. The sample it,
fixedlin the certer of the device between two molybdenum eloctrodes,,
one of the electrodes being faztened stably and the other one posses-
sAng a a-,)ring connectione Examples for the application of this device
ace give-A and chiLracteristic individual ca.9o3 with rAgard to the
sample M.Aeriali; are described. 0 illustrations).
ASS"CIATION in-Unior acientJ,fic researGh institute for fireproof substances.
(Vaescjuz.Vy nauchno-issleddVatolskiy institut ogneuporov).
AVAILABLE Libraxy )f Congross.
CajA 2/2

SOV/32-24-10-52/70
AUTHORS: Lyulichev,.A. N., Chuprinin, F. I., ovalenl:o, S. I.
TITLE: An Apparat.is for Determining the Thermal Expansion Coefficient
of Refract)ries (Pribor d1ya opredeleniya koeffitsiyenta termi-
cheskogo r,.sshir~niya ogneupornykh materialov)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, Nr 10s pp 1282-1283 (TJSSR)
ABSTRACIP: In a number of cases the investigations of mechanical and thermal
proper-ties of refractories must be carried out at high tempera-
tures (abo,at 20000). In view of the fact that differential
methods us.-- th6 application of standards for determining the
thermal exDansion coefficient. a, and that on this occasion also
an additioaal pxessure on the sample Pijy ocour, the present
construction of the apparatus is based on anrabsolute method.
From the diagrau and the description given it may be seen that
a horizont-al microscope of the type M9-1 (provided with
disper3ior lensEs to increase the focal distance) is used as
compa-rat,ol :-,The measurements were carried out at a temperature
of 850-490CO within ranges of 1000 each. The maximum absolute
'
error of 1he meihod described is :L 0,0705. The value
~ of the
Card 1/:2 thermal e:ypansion coefficient of MgO calculated according to the

SOV/32-24-10-52/70
An. Appai:-atus for Determining Ihe Thermal Expansion Coefficient of Refractories
experimental da-I it obtained agree with thooc. mentioned in publi-
cations (Ref 1), The deviations of the experimental points of
the curveE are itot, more than OPOO. There are 2 figures and
1 reference, -; .- which is SovIet.
Card 2/2

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ECTALENKOP S.L.; hIlFt LEEENKO. O.D.
Viscos.-Ity of pectfii so2utioris. Ur.k--,lm.zfwr. 31 no.2, 175-179
165. (MIRA 18:4)
1. KiYEM9102Y teRhnulogichesMy institut pishchevoy promyshlennosti.

KOVILENKO, S.L.;. KURIIENKO, O.D.
Modern concepis con,~erning pectin substances. Izv.vys.iieheb zav:;
pishch.t.gkh. no.5:.?8-32 163. (mm~ 16.12)
1. Kiyevskiy iekhnologicheskiy Institut pishchavoy promyshlennosti,
kafedra riziclaskoy, kolloidnoy I Fnalitictieskoy khimii.

KOIALENMP S.L.; KIJRT.'~ENKO, O.D.
-.- -- .... . .... .. ... I - I.
BlectroconducAvity of pectin solutions in water, Ukr.khim.zhurs
31 no.5:2.57-41,l 165. (MIRA 18.-a2)
1. Xlyewkiy -'ekhnologichoskiy institut pishchevcy prou7shlennosti.
Submitted Jan, 23, 1964s

NOTALE19KO, S.H., inz.A.-poLcovnik, red.: LALACHEY, S.G., tak:hn.red.
[Instruction for c,-~perating, mintaining and repairing Soviet
Army air bawisl Ifastavlanle po akspluatateii, moderzhanilu
i remontu cm;.-odromw Toennc-vozd-ushnykh all Sovotakol Armil.
(MIRA 14:1)
1. Russia (1)23~- U.S.S.R.) ltinlateretvo oborony SSSR.
(Air bases)

5(3) BOV/79-29-5-63/75
AUTHORS: Pedoserev', V. 3. Kovalenkof S. P., Silayev, A. B.,
Neomeyanoir, An.
TITL:~]: S-Derivatives of Thiourea (:3-proizvodnyye tiomocheviny).
1. Synthesis of N-Acetyl- and N,.N-Diethyl.-2,3-diisothiuronium
Propyl Amine (1. Sintez N-atsetil- i 11,N-dietil-2,3-diizo-
tiuroniypropilamina)
PERIODICAIL: Zhurnal obshch~-y khimii, 1959, Vol 29, ITr 5, PP 1703-1707
(UISSR)
ABSTRACT: Two new 5-derLvatives of thiourea were produced: dibromide
of broinina hyd.:,ate of NIX-diethyl-293-diiiiothiuronium propyl
amine and dibr)mide of N-acetyl-2,3-diisothiurotium propyl
amane. The cou.se of the synthesis and the values of the
elementary anaLysis are given. The synthesis was controlled
by paper chromitography; furthermore, it was repeated with
marked atoms (,;35). The reaction between 2 ' 35dibromopropyl
amA 'ne and thi-o-)rea in butanol solution at 80 does not lead
to the formati~% of dibromide of the bromine hydrate of
2,',;-diisq,thiur-)nium p-ropyl ELMine. Bromide of the bromine
hydrate c:f 2-amino-5-isothiuronium methyl thiazoline is
Card 1/2 probably formed in this connection. There are 1 table and

SOV/79-29-5-63/75
S-Derivatives of Thiourea. l.. Synthesis of IT-Acetyl- and N,11-Diethyl-2,3-
diiaothiuronium Propyl Amine
11 refere-ioes, 'I of which is Soviet.
ASSOCIATION: Moskovs,kir gosijdarstvannyy univareitet
(Moscow state Lniversity)
SUBMIOTED: February D", 1950
.1
Card 2/2

KOVALENKO, S.P.
Detmination of the uR 4agenic activity of aome alkylating
agents by the method ol inverted mutations in Aspergillus
nidalans. Dokl. AN SSSF, 158 no.4:960-962 0 164.
17:11)
1. Institut, tsil-ologii _i genetAci Sibirskogo
Predstavlano aki demikoiq~ A.A. Imshenetskim.
(MMA
otdelen:Lya AN SSSR.
-T- 1-

S. Ti
.11M, L-14"Y'oy j ;.
ladi.-er.'t. arti )n of chemical rui
nqechan.~..,,ms of ctipmi 111 r~rutag
c F;rie
S-,,7r. b1cl --me IL. naul,
1 . hsi.i kut 1"'d
SS:-,SR, l'ove-, it) !---k.

KOVILFSKOf S.P.; RVAG~zv, V.,:,. [Rvaal,,iov,, V.L.]
flone propertlos of dliterminants, Dop, AN URSR no,3.1:14u-14.18
165, (MIRA 18:12)
:L. KharlkoTskly Insti.tat gor.4ogo wishinostroyeniya, "tomatild
J. vychislit8ltnoy teehniki.

S1089011 ~1 1100610081014
IOU) B102 B138
AUTHO IS t Shpa,kov, V. I., Petrzhaic, K. A., Bak, M. A., Kovalenko, S. S.,
Kostochkin, 0. 1. -------
TITLEt Delayed-z;eutror yields in Pu 239 and Th 252 fissions induced
by 14.5-Lev ne%~trons
PERIODICAL. Ato)nnaya energ-.ya, v. 11, no. 6, 1961, 539 - 540
TEXT3 From theoreticiA coni-iderations and analyses of experimental data iF
a slight decrease in itelaye(I-neutron yields is expected with increasing 5:
excitation energy. So far :A has only been measured for 14.5 Mev
235
therv.al fission neutrons from U The authors measured the delayed-
neutron yield of 14.5.-Mev n2outron-induced PU239 fission and, for compari-
son, that ~f Th232 fi.'jsion. It was determined as the ratio between number
of f4.ssio:n events and the nAmber of delayed neutrons produced per second
in the sample of fissile matter. The Pu. or Th sample was cadmium coated
and bombarded with 14.5-Mev neutrona froia T(d,n)lle reactions, with a
targot just behind it being irradiated simultaneously. The steel backing
of the target was one electrode of the ionization chamber. To measure
Card 1/3

2~40
S/081/61 115100610081014
01
0
Delayed-noutron yield.,, in.. B102X138
the i:umbe.,:, of delayed neutrons emitted, about 0.2 see; afler irradiation
had (:eased the sample was d[pped into a neutron detector 1.5 m from the
neutron SQUrce. The detect)r consiated of 17 boron counters of the
SJM-5A) type ,ontai:ied in a paraffin block. The end of neutron
.bombi,rdment which coilioided with removal of the sample was established
dilnenlitographically with an accuracy of 0.02 sec. As neutron counting
star':.ed 0.2 see after the end of bombardment, this caused a loss in
neut.-:,ons with a delay of 0.16 sec. Special measurements were made to
dete~~mine this error, which was not above the experimental level. The
total number of delayed neutrons could thus be determined by extra-
polaUng the neutron number - versus - time curve to the instant when
bomb:irdment ceaaed. fhe following results were foundi total delay-ed-
239
neutzon yield decay event: 0.0130 * 0.0015 for Pu and O-OT5
-t 0 - 007 f or Th The Pue,39, yield is twice as high as when fission is
indu~,.ed by thermal ox fission neutrons. This result is explained by
assuzing that neutroy. emission probability increases with increasing ex-
citation energy. There aru 1 figure and 4 references: 3 Soviet and
1 non-Soviet. The tvo ref(!rences to English-language publications read
as follovs: G. KeepIn et i.1., Phys. Rev. 107, 1044 (1957); J. Nucl.
Energy, 6, 1 (1957); K. Sujj et al., Phys. Rev. 3, 1950.
Card 2137-

38P5?
B/056/62/042/006/009/047
B104/B102
AUTHOASt Adamov, V. M., Kovalenko, S. S., Pqtrzhak, K. A.
TITLEs The kinetic eno-rgy of fragments from the fission of U 238 by
14-5-Mev neutrcna
PERNDICAL: Zhurnal (ksper:.mentallnoy i teoreticheskoy fiziki, v. 42,
no. 6, 15~62, 1,175 - 1477
TEM The total kinelic en,?rgy of fragment pairs from the fission of
U238 by 14-5 Mev neut.-ons wits investigated with the help of a double
ioni2fation chamber fo:--, mass ratios 1, 1.1, 1.2, 1.3, 1.43, and 1-56 of
the lairs. The impuliie coming from the fragment paiTs was amplified and
fed to the vertical wid horl.zontal plates of a cathode ray oscillograph.
This made it possible to determine the energy ratios and thence also the
mass ratios (E 1/E 2 .9 1-42/111). 3-106fission events were recorded. The
most probable total kinetic energy as a function of the mass of thd heavy
fragrient was obi;ained from the maxima of the spectra of the total kinetic
ener~_;y for different aass ratios. These curves are very similar to those
Card
The kinetic energy of fragmi~nts-
S/056/62/042/006/009/047
B104/13102
from the fission of U;'33 U"35, and Pu 239 by thermal neutrons. The differ-
enoe between the maxinum of this kinetic energy and the kinetic energy on
symnictric fission.io 15 2 Mev, which is less than the corresponding
differenco for .the fiiision of 11 233, U235 1 and Pu 239 by thermal neutrons
and the s],-)ontaneous fission of Cf 252. Thus the total kinetic energy of
the fission fragments appea::--a to increase with increasing energy of the
incident I:)artioleb. Qhere iire 4 figures.
SMCITTEDc January '~6, 1942
Card

L255"'
S/089/62/013/005/006/012
B102/B104
AUIHORS; Kovalelko, S. S., Petrzhak, K. A., Adamovi V. M.
TBLE: The dependen,.e of the total kinetic energy of fission
fragments on the energy of the bopbarding neutrons
PEi.IODICAL: Atomnaya ene.-giya, v.. 13, no. 5, 1962, 474-475
I
T
E."T:. X. A.- Petrzkak has found ~Zh. ekapdrim. i teor. fiz., 42, no. 6,
14?5,' 1962)*tlLat ir symmetric U2 8 fisson by 14.5-Mov neutrons the total
ki,ietic energy of 1he fragments is by 15+2 Mev lower than when a fragment
mass ratio of 1.3 *'.a assi;med. If this result is compared with results
obtained by other nuthorE for thermal fission of U 235 and Pu 239 it can be
concluded that the fragment kinetic energ .y Ek grows with N in the .
region of symmetri-') fiss:on. In order to verify this conclusion E k was
mEasured with U235 fission induced by thermal and 14.'5-Mev neutrons.,
T1-.e re Sults (17igura) agr..,.e well with those of other authors except in
the symmetry regioa, whe:-~e the total fragment energy was found to be
sitaller by 5-7 Mev than that found by Milton and Fraser (Phya. Rev. Lett.
CiLrd 1/3 16,1"'7

S/089/62/013/005/006/012
The lependence of tho total kinetic B102/13104
7, 6~, 1961). For s.-mmetric, fission the fragment kinetic energy was
by 2j+5 Mev higher f(~r 14-5-11dev neutrons than for thermal ones. The
rela'zAon between the changes, in symmetric fragment yield and in total
kine-Ac energy agreet with the assumption that symmetric fission occurs
below the Coulomb bairier. For symmetric fission the relation
El =EJ-10-5 Mev was fctund toihold; E, is -the fragment excitation energy
for '4.5-,!dev neutrone, E2Viat for thermal neutrons. These results
indicate that symmetric and asymmetric fissions are two different kinds
Of fi,SSiOll. There is 1 fig-,tre.
SUBMITTED: April 17, 1962
Figure. 1,k f(M 1/M2) for U2)5 fission induced by thermal neutrons (a) and
14-5-Mev neatrons 1b).
Card 2/3

S/089/62/0'13/005/006/012
The dependence of the total kinetic ... B102/BI04
Go
Fig.
Pvt 117f
Card 3,13

ADMOV, IT.M.; KOVALEA0, S.S.; FSTRZHAX, K.A.
K,inetic ener,7 of fragments emitted in the fission of U238
ly 14,5 Mov. neutroinu. Zhur. eksp. i teor. fiz. 1~2 no.6-.1475-1477
Zl~e 162 e (NM 15:9)
(Nuclewr fission) (Uranium) (Neutronfi)

KOI ALEI&O, S. S.
Ditaserbation defenlid for the de&rse of Cazdidate of Physicomathematiaa
Sciences at th5 Ral%um. InBt.,tute imeni V. G. Xhlo-oin in 1-962:
"Kiaetic Energy of 1.1,ymmetric Fission Fragments of U238, 105, u233,
ana Th23?-."
Ves!;. Akj.-td. Wank S.';.iR. No, 4, Moscow, 1963, pagen 119-145

KOVJ ERNKCIJ S.S.; PI"T.ZWO K,,A.;, ADAMOV, V.M.
Total k:Lnet:.c energ,,, of fiovion fragmento na 4 function
of tho inctl(Iont noulaon enargy. Atom. onergy. 13 no.5,.474-475
N 162. (MM 15: 11)
(Puclear fission)
(neutrons)

KOVUENKO, S.S.; PEMZHAK, 1:.
,,!-~~
Total kinc!t:..c energy
anerg. 15 no.402(-,
A

ACCESSI.ON NR: Ap4o. s/bo89/64/bl6/bo2/bl44/ol45
AUTHOR: Drapchinskiy, L. V.; Kovalenko, S. S.: Petrzhak, K. A.;
Tyutyug1n, 1. 1.
ITITLE: ?robability ratio of the triple splitting of U sup 235 and
sup 2.~8 by a neutron of vz,rious energies
SOURCE: '-;-onmaya enex-giya, v
16, no. 2, ~964, 144-145
TOPIC Ti~.GS,. trip.~Le splitting, probability, U sup 235, U sup 2218,
~'hermal neutron, fast neutrcii, heavy water
1BSTRAC'~': The.~~Phors hgg iiivestigated the probability of triple
,.;plittir~g of U -1 andU b7 thermial neutrons and by neutrons of 2-5'
and 14 D.ev energy. '1he thernal neutrons were obtained by slowing i
down neutrons of 2.5-lev in paraff~.n, and the fast neutrgns were ob-~'
tained from the reactions D("J,n)He-~ for 2-5 and T(d,.ri)He** for 14 M~v!,~-
respectively. The re3ults s:,iow that the probability of a triple
.S.plitting does not chinge (w~Lthin expertmental errors of about 10%)
With neutron energy. ThiBA;3 at varianoo with the results of N. A#
1/2
cord-

-

ACC NR, Ar~il 0062' !5 SOURCE CODE: UR/0367/67/005/001/0042/0048
AUMOR: Adtmov, V. M.; Drap.,hinskiy, L. V.;_KovLalenko, B. S.; Petrzhak, K. A.;
'Tyutyugin, 3. 1.
ORG: none
TITIE: Neuti=s and gaimna-il.ianta at spontaneous ternary fission of CM244
SOURCF: Ya&--rnaya fizika, 1r, 5, no. 1, 1967, 42-48
TOPIC TAGS: nuclear fission, fissior product, prompt neutron, gamma quantum
/ 'a / 2 7-.,,c 0J:1A??C.-,0j j , 5breyl-~'[.
AMTRACT: An investigation ,as made of the dependence of the average number of prompt
nvutrons Ot,,) and gamme.-quarta (~tr) on the energy of alpha-particles and the
interrelatioi.ship of energy 6istribution of' alpha-particles and gaima-quanta at a
spontaneous lernary fission c-f Cm244. The fission fragments were recorded by a
sir.al.', ionization chamber; the alpha particles with a CsJ(Tl) crystal; the neutrons
with a stilbene crystal; and the gammi quanta with I[aJ(Tl) crystal. An electron.,c
device recorded simultaneousl,-r the nuriber of binary coincidences of neutrons (gamma-
quanta) and fragments (Nj)(y)--fra5); the number of binary coincidences of alpha-
particles and fragments kN ant[ the number of ternary coincidences of alpha- I
;particles, neiArons (gamia-Q_ji~afa), Wid fragment (Na-n~y)
)' Preliminary measure-i
ag
of the dependence of Vtj.. and ~t , on the energy o illpfEa particles were carried
ith the -tame -target. Tio detQned ratios for average numbers of prom
pt
ons and ;Ftyama.-quanta. for ternary and binary spontaneous fission of Cm244 were
1/2 LTDC: none

A,'7oo6:22_5-
0.58 + 0-07 and ~tr A = 0.88 t 0.09, respectively. An investigation of
the dependenu; Of 9tr anti 11tr on the alpha-particle energy showed that when the
ener(Zr of th(! alpha-particle changes from 15 to 25 Mev, !Utr decreases from 1.95 to
1.16, while ;'tr remains constant. ThLs indicates that the ternary fission mechanism
is -U--o-staget.. Correlated ewBrgy distributions of ternax-j fission of gamma-quanta
and Elpha-paiticles were obtaLned. Aa analysis showed that the gmma-quanta energy
distilbutionz, do not depend Significaitly on the alpha-particle energy. The binary
and ternary Eamma-quanta spec".*ra were also identical. It follows that no significant
mma-radiation directly conxticted wi",h the alpha-particle emission is emitted in
Z
the ternary fission. The authors thaidt A. G. Krivokbutskiy, B. M. Aleksandrov, and
~N. A. Malyshe,r for the C0244 targets. Orig. art. has', 6 figures. (WA-951
[JAI
GMI WDE'- 20 SUM DATE: n,,)ne/

KOVA W=O, S. V,
I--- -,-.
The fly in thp ointntints Okhr., truda i sots. atrakho 3 no.8:44-45
Ag 16o. (MIRA 13:9)
1. Nach-alall., tekhikicheskogo otdala kombinata "Komiparales,"
g. Xudymka&
(:Kitymkar--Lumberin,-,Safety measures)

UDM.)V,V.I., ir,zhener; KOVAUITKO,S.V., inzhoner
Truck trailer IransporL of lumber. Piekh trud. rab. 9 no.6:30-33
Jo 155. (MLRA 8:6)
(Liraber-Trmaportation) (Truck trailern)

M I jl~ Am-
KOVA~.ZNXO, S.V., iv.zhener.
- . ~ , r.,.. 4 - I~
F. . -
A year of work using new
Ja. '56.
(Komi A.S.S.R.-Lumbering)

6 (71 SOV/ 111-59-4-10/25
AUTH, IR: Kovalenka T D. Sunior Lngineer
TITI,*,:: A Trannistorii-,ed Call Signal Device (SignaIIno-vyzyvnoye
uatroy:itvo na poluprovodnikovykfi triodakh)
PERI(PICAL: Vestni~: svyazL, 195' 1, Nr 49 PP 10 - 11 1, UsS11)
ABSTUCT; The au--,hor PrDeents the circuit diagram and the characteris-
tics o,.' a trinsistorized buzzerErid magneto device, which
replac(is the tiechanical contact deviceq used in rural tele-
phone !iystems with a low number of subtribers. This device
was de-eloped by the Nauchno-issledovatellskiy institut
g-orods]:oy i s~~llskoy telefonnoy ovyazi (Scientific Research
Institi.te for City and Rural Telephone Communications) of
the US'-R Mini3try of Communications, Tho transistorized
buzzer is an 'IC-generator with inductive feedback, built
with or:e P3 07 P4 transistor. Fie:ure 1 1311OWS the circuit
diagraj: of thts device. The resonance c~~rcuit is tuned to
450 cycles ani is included in the collector circuit of the
transi,~tor. '.he device is fed from a 2,1 v battery, and
its ouiput is approximately 60 - 100 mva. The magneto
Card.1/2 device consis;s of an oscillator stage vul'th one P3

SOV/111-59-4-10/25
A Tiansistorized Call Signitl Device
transistor and a push-pull amplifier stage with two P3
transistors. Figure 2 shows the circuit diagram of the
transistorizod magnatic device. The oscillation frequency
is 2"', -,ycles, The device provides for the simultaneous
ringin;,- of up to three telephone bells. Both devices are
housed in a unit shown in Figure 41- The dimensions of the
housing are :'50 x 150 x 100 mm. There are 2 circuit
diagrans and 1 photograph.
ASSC,'IATI'ON: KITS
Card 2/2

'OVii T. I.
--=,
Changan In i;h, higher nervous activity of white rats caused
by toxie do8oi of novocaine. Triid,.i Iw3t.vya.narv.deiat.Ser.
P!Ltofiziol- t :176-19 '59. (MIR& 12:10)
1. Insti-oLt v~ ashey xervnoy deyzital',j,.,ijtj Ali 6SSR i L'vovskLy
ovatellakiy kozhno-ve,iorologicheakiy Iristitut.
(('~ JDITIODTO IMSPONSH) (NOVOCAINZ)

ASHYMBAYEV, Tuymebay Ashimbg(cvich, nauchn. sotr.; BMTIJLI,*,SHh-V,
Tursunbek Bay-~,uleshevichp nauchn. iiotr.; IRWXIIKOP
lamlara IvaiaoYm, nau,!hn. sotr.,- SHITI, P.S., kand. ekon.
nauk
., otv. red.; LEVM, M.L., red.
(Labor produc-',ivity of Kazakhstans. machinery industry
and the factors of i,:,s growth] Ilroi.zvoditellnost' truda v
ranhinostroen'..1 Kazal:hstana i faktcry ee rosta. Alrra-
Ata, Nauka., 1%5- 209 P. (MIRA 18:6)
1. Institut elonomile. AN Kazakhskoy SSR (for Ashimbayev,,
Baytuleshev, Yovalenl:o).

KOVATAITXC, T.Ml
ITeptrative Proceases in the-$keletal'Muacle Tissue of Ma-mirals In Terma
of thelly,,)o- wd Hyor-rthyoll CoM.1tion of the Orgwdsm.ll Cand Biol Scl,
First Lenlugmd Medif-al Tnqt, Lenlagrad, 1053. (RZhBiol, No 2, SePt 54)
Surv,ly of Scientific aaa Tecbnical Dissertations Defended Ftt USSR
Higher Bducational Institutions (10)
SO: Sum. 'Jo. 4131, 5 ma-7 55

KMAIKKOJ.- Vo,
Card

KOVJ'tINNKO. T-M-(L3nii4,,-r&d, uL. WlaY8VIL, d. 2/6, kv. 15.).
Effect of thyroid hormones on reparative regeneration of skeletal
muscle tifisud in mamitiale [with summary in Rnglishl Arkh. anat.
gist. i embr. 34 no.'J..,22-28 Ja-F 157 Oaa 10: 5)
1. Iz kafedry obshcht,y biologii (zav.-prof. G.M. Litver) I
leningradekogo medittinakogo instituta im. akad. I.P. Pavlova.
(THYROD GIAMIt hormones
eff. on reparative regeneration of Bkolotal muse. tissue
in mammals, review)
(MUSMS. woi=&s. and inj.
exper., off. of thyroid hormones on ragen. in mammals,
re7iow)

KOU-1 ~,.~4 (Leninipads, u-*.4 pisaravap 109 kV. 25)
,~:Z=
EfSect of vita~dm. B-12 and. tlWaoidim on the reactivity of skeletal
muncle tisaue -inder cotiditim of reparative regeneration. Arkh.
anat, aist i c 111v - 38 -." o. 6%30-~~6 Je 160. (MM 13:12)
lo Kafedra obs~ichey bi--ilogii (zav,, - pr~f, G.M. Litver) I
Leidngradslcogo mieditsiaskogo instiUtu imeni akademika I.P.
Fairlova.
(CYANO10BALAMIAS) (THYROID GIAND) (muqcLr-s)
(REGENERATION (BIOLOGY))
I

Restorative regeleration of the skeletal =scle in ma=als following
!;he administration of vittuain B.12. Biu.1 eksp. biol. i, med. 49
"o 5 - 110-114 IV 160. (MI.RA 13:12)
1. Iz kafedr7 bo.,behey biAog1j. (mv. - prof. G.M. Litver) I
LeniqlTadskogo miditsinskogo instituta imeni, I.P. Pavlova.
Predstavlena deyrtvitellmym chlenma AMN SSSR N.N. Zhulrovym-
Verez1mikoVy.m.
(CFANOICOBAU, MINE) (M1JSGU,)

KOVAIENKOP T.M. (Leningrad, ul. FI:3nreva, Ji . kv.25)
Restoration cf myoneu:,al cormectionr followin.- nkoletal musclFj
traurna In mij,mals aftor adfrAni9tration of vitaraln Bi-) and thu
cOnibined acl;Ion of' vl- 'amin DI,? and thyroAdIn. f, kn."Unat...
gist. i emb"l-, 44 no.5 68-74 1 ly 1 613. ( i i I it 1:2, 1 "1 1 c) )
i. Kafeura olsh,~IleY h-ologii (,,.av.- prof. G.li. lAtver;, i Leningrad-
skogo mditudnskago imAituta jmt-n~ ak~vd,o~mlku I.F. Cavlova.
U,

--nViC, .,
Fffect of' A( Til on th- restoration of n7oneural junctions under
conditions cf repara,.ive regenerhtion. Biul. eksp. biol. i
med. 6.0 no."':111-115 Jl 165. (MIRA 18-8)
1. Kafedra cbshchey Aologii (zav, prof. C.M. LiLver) I
Leninoradskcgo madit!-,inskogo institaita imen-L I.P. Favlova.
e,

KQ'rATY,N?:n T,4,
Effecit oP alrenocortical hormone" of the hypoplVciiis (AGTH) on the
poattrauriatic regen-tiration of the skeletal muscle tissue. Arkh.
anat,., gist, i embr. 49 no.706-42 JI 165.
(~ff RA
1. KELfedy-a .)bshchey biologil (zav. - prof. G.M.Litver) I-go
Lenirigradsk)go maditsinakogo Instituta imeni akademika Pavlova.
18: 10

,6
.6 W('11
8
iAj~Z -- - - . .1
P
~cc Nri, 4009, SOURCE CODE: UR/ !.976310601007101n
AUTHOR: Kovalenko
OIIG-. Do:: in
mrtn- t of' Gorerl LI Biolb: /hwAed by]?rofessor Go Ho LJLtver/, =st 1
9y
irrad Med-I.-ca YnsUjuto jA L6,F u [~&yja Lenin(pad (Kafiadra o-S; Ncey biologil I
-toningra Iskogo meditsiioslo igo i~st Atita)
TITIZ ';ffe&~ of ACTI! on restoration of riyonextral connections under conditions
TeParatilm reigeneration
'03.15
Y
IC-4
of
SOURCE:' BYtffleten I ekxpe.,~~imentalwnqy biologii I meditsii-q, v. 60, no, 7, 1965, 111-115!-I~
Topic TA..*Ts: aormone, vnd;)crinolx-v, rabbit, 4ervous system
..ABSTRACT t The effect of sta&U d,~,,~sea ot ACTH on IV- he restorAian of tworidu al,
-3ynapset: in a., trawa airet was. stl.&ied in male rabbits weighing 600-600 grams..,
The nuo61luis tibialis anierior ol' the
Posterior ixtremities ol the animals
~,Pras usec.- The trawas izflietedon the animal.,i were in the f orm of an-al
6
Aperturt is five millimati ra in d I.ameter in tho center*of the extremity
Imscles, The edgei3 of tl-,.e lesi-wis-were sutured. One group oj; the animals
Was
giA in AGTH beginnbig: vitith th o first day ah er the experiments were beeLm.
in o rail
3mall doses were applia& rd" not to distw~b-proteizv equilibrium, The
aecond,, a control group, received physiologica:L solution alone. The animals
were sw:;rificed at 'different pexiods, after surgery. Sections of the extremity
1814.
361,1814.
UDC: s6*027-06: 615.36IW14.

SEATENSHTTEYN, A.I,; RANNEVt, Yu.I.; KOVALENKO, T.T.
Deuteritm exchanEa method of stndying tho electron acceptor
and electrwi doncr properties of substitutents in aromatic
rings. Zhu:-.ob.lihim. 32 no.3:96'1-974 Mr 162. (MIRA 15:3)
1. Fizilo-kUmicteskiy institut imeni, L.Ya.Karpova.
(Substitution (Chemistry)) (Deuterium)

A~MRH: Buyanor, N.V., Zubkovskly, S.L., Kovalenko. T.V., 32-24-6-15/1,)+
XOMtk~ W, V."?. , Lindatrem, V.R.
TIME: Speotril Anall.Ysia of Steels on the 11odernized Apparatus FES,-1
(SPiqkt:,,sIlny,j1 analiz staley na modernizirovannom pribore FES -.1)
KRIODICAL: Za:7oclsl-:aya I~tboratoriya, 1958, Vol 24, Nr 6, pp 703-708 (USSR)
APSTRACT: Photamiitricet reproduoibility was detennined, and in thiB COMeC-
tion i1-; vas :7ouna that the average arithmetical error on the sensi-
ti,rLty scale of 1:1 amounted to + 0.5% and with 5:1 to + 0-1%
Meai,.iurrments of the intensit, of the line of iron 5227 -R obtained
frmii at-, Armoo iron sample shown-d that on the soale 1:1 a repro-
ducibiJity o:' + 1.1% is obtained with a 4..5 ampere current, and
that at 5:4, :L-b-amounts to + 0.62%. It was cbser-irsa that a aistance
betweer. elewyrona of i.5 mm, warrants accurate reading and good ra-
produclbilil..y; a base electrode of copper was used on this occa-
sion, For tho purposa of working out the method of analysis the
etalms of the UIKI, of the TaNIMM, and of the plants "Blektro-
stall" , "Sexj) i molot" and "Dneprospetss tal' " were used. The
spectral 3.ini,-, measuring accuracy, and reproduoibility in connec-
tion wIth thf~~ analysi3 are mentioned. Caibon-containing low- and
Ce rd 1/2 medium-alloyt:d. steels were analyzea, ancl data concerning the

ST entral Analyiiiz of SteeL-l on the Modemized Appam-tus 32-24-6-WL4
F13-1
eletexmira,'Cion of sil_'~-,on, molybdenum, titanium, vanadium, chromiump
nanEAneae, U,agsten, and nickel are given, as also data frr the
hiate-sp ued a -!,-j3e3B P 9 and P 18 and the s tainles s a teel E 1*1T. The
infIvence ax(rci3ed by chmical. oompoi3ition upon the irAmi-ity of
the riot sepaiatel light vas investigated i1i binary alloys Fe-Cr,
Fe-W, Fa-Ni, aid Fo-S-1. The results obtained ara given in form of
grapbs; it w.!t fourA thqt in the owi of Fo-W and Fe.-Or sroq)los
1h#,% infmsit~- of light Inoreases with an increase of tungstan and
waromiu-n conc.,intration reapeotively, whemws -the ooni':mry Is the
case with Fe-Ni and Fe-Si systems. On the strmgluih of these find-
ings it, is usumed that for the pirpose of stabil!zing Ug7ht In-
tensity the corresponding metal can be used, as e.g. nickel a3
eleat:wle sig-po:rt in anOyses of t-he Fe,-W and Fe-Cr system. There
az_- -1 floareq- and I table.
ASIOCIA!"IM Ti3eatra-11 nyy i%%uzhno-LBs1edov&tel' sldy ins, tib3t chernov mptallurgii
(Cenlrat Scientific Research Institu4:6 of Fez7.cms MettLuurgy)
1. Ste-l--Sp--:ctra 2. Steel--Testing equipment 3. Steel--Test
results, 4. Sueetrum. analyzers--Performance
Ca i.-d W"~

FED)ROV, D.N.; KOVAIYN:"O, T.V.
Semiautomatic 'Une f -,)r the heat treatment of the semiaxles
I
Of combines. BYul. tAh.-ekon. inform. Gos. nauch.-issl.
inst. nauch. i tekh. inform. 18 no.2:31-32 F 165.
(MIRA 18:5)

A1071-IORS:
TIT';*.,E:
PERIODICU:
3/032/60/026/010/024/035
B016/BO54
Buyanov, N. V., Zubkovskiy, S. L., Ko,ralenko,_T,_X_..
Korotkay,_ V. F., and Lindstrem, V. ~~.
14
Experiance Hade With the Photoelectric AD`DaratusA~C_10(IFS-10)
Zavods-laya I.aboratoriya, 1960, Vol. 26, No. 10,
Pp. 1155-11-56
TE)V.:'* T*.ae authors have be:--n working for one year with the photoelectric
spectral apparatus AOC-10 (DFS-10) whioh had been dencribed previously
(Re:i". 1). They checke`,~ the reproducibility of recording of electric
sigiials and of light. Non-screened light sources (are and spark) deterio-
ratt, the reproducibility o." results considerably if these sources are
4-5 m diatant f:?om th~ apparatus. The shock absorption of the instrument
was good since 'the t6-18ile-teBting machines operating in the neighbor-
hooc' did not offect aly shifts of exit slits with respect to the spectrum.
Alec the fluctuations of a~'.r moisture between 25 and JO% had no detrimen-
tal effoot. Onl,- 85-8-r% of relative air moisture effected a rapid change
in readings. Temperat-,tre f'.1'.uctuat ions between 17 and 2290C in the room
Car~, 1/3

Exptirience Made With the P.-iotoelectric S/032/60i/026/010/024/035
App,iratug Ag-10 (DFIr--10) B016/B054
did not Influence the reproducibility of results although the carriages
wertt displaced noticeably .:Fig. 1). Therefore, a steady temperature
shot 1d be maintained in th,? room. As examples for metal analyses, the
autlors describe the inves-;igation of crude iron, plain steels, medium-
all( yed ateels, stairiless oteel of the Vpe 1 A 18 H 9T (1Kh18N9T), and
higl-speed steels of thetypes'P9 (Rq) and PI8 (R18). Figs. 2-8 show cali-
bration diagrams for -the diitermination Of Elingle alloy elements. The ex-
amples given and the exper:..ence made with the instrument justify the state-
ment that the instrurcent-DIPS-10 guarantees a rapid and accurate analysis
of crude iron and steel, iiialuding some complicated steel alloys. At
preEent, the apparatus is being used for series analyses in factories. The
values given in the paper i'or the errors of reproducibility were confirm-
ed ty analyses of factory vpecimens. A single analysis of the specimen
for six clements takes 2.5 min. A repetition of the analysis takes the
same timo. The absolute sersitivity of analysis on the instrument mention-
ed dz)es riot deviate roticez.bly from that of photographic methods. The
authors recommend, however, an improvement and simplification of the fit-
ting and design of the ineirument. There are 8 figures and 4 Soviet ref-
eren:,es.
Card 2/3

Experience Made With the Plotoelecitric
ApparatuE A(IC-10 (DI'S.-10)
S/032/60/026/010/024/035
B016/BO54
e
ASSOCIATION: pBen.t3a*llny3 nauchrko-issledovatellskiy institut chernoy
metall urgii
(Ceilt3al Solentific Research Institute of Ferrous -
Card 3/3

GRA BA i ~ Ol G 1:-,)VA 1~2~ ::G T V 17, i PAC!;,,, I
az~ lzu im ~.- a., a e
'!A.TlrV M~- :.h().1 ;:azalir-~. nml`
"er
2;-36 ll,-Je 'I I? -

KOVAL:?,NY%.Op T.V.
Gontrol work cm. autline maps# Geog. v shkole 24 no. 1:61-62
J!~F 161. (MIRA 14:2)
1. 22-ya zhalcmGdoroahnaya shkola goroda Novo-Annenoka.
Outllnc mapo) (Novo-Annoni3ldy--Googi--aphy-%Ojtudy and teaching)

KOVAUNICO V.
Motorcycles of the coming years. Za rul. 19 no.12:34-15 D 161.
(MIRIL JJ,: 12)
1. GlavrLyy upc tuialis L Gosplana SSSR.
(Motorcycles)

KOVAI.ENKO,. V.
Protection -)f food proiucts and water from agents of mass
destruction. Voen. zn~~n. 37 no.B-.33-34 Ag '61. (MIRA 14:7)
(Food con'aminatimi) (Water supply)

KOVAIZNKO, V,,, kand.tskhn.naldc,, dotsent
Autmatic control anO. preventive protection of evaporators on
"Geninskii Kcmmomolf.'-type eldpa. Mor. flot 23 no.025-27 Ap
'63. (MIRA 160)
1. Nuchallnik -Mfedry teoretichoskoy osnov.-, t:jplotekhniki Odeaskogo
vysshe o inzhenernogo morskogo uchilishcha.
&ssm turbinev., Marine) (Autemiatic control)

ALIPOV, 7~, general-m%yor itzhenerno-tekhnicheakoy sluzhby;
inzh.-polkovnik
At the ExhibitJon of the Achievegants of the National Economy.
T-
yl i snab. Sov. Voor. Sil 21 no.11:76--81 N 161. (14M 15:1)
.(Lubrication and lubricants)
(vehicles, Military-Flqi:Lipment and supplies)

MA NUNN 1110M M
KOVIIMKO
Decontamination of the population. Voen. znan. 38 no.11:34-36
,a 62. MRA 15:11)
(Radioadbre fOlout)
(Deogn-14amiu,tion (friks gasess chemicals., otc.)

Mum "I 4~MMMWR
tekhn, nauk
:'mproving cartt-lin unLta and 'boiler water evaporator systens on
ohips of' tho t3pe "Dminskii Kcnsomol.1 Mor. flot 22 no.10:
23-25 0 162. (MIRA 15:10)
D.. NaChfLllnik I.afedr.'r Odeaskogo vysebego inzhenernoye morskoys
itchilishche,
(BGilera, Marine)
(Feel-water purification)

AKS'l;.:IIOV, Ya., inzhener.-podpolkovnik; KOITIJENKO, V., :Attrohiy inzhener-leytenant;
TWSIIIN) A,) . nLh.
A means of puilping ,,,ver viscous petrolewi products. Tekh. i
vooruzh. n:).".);23-,!5 F 164. 1,(,:g)

KOVA,ENKO, V. A.- Hast(:r Tec~i Sci (diss) -- "The approximate determination of
1-0-~
the :izimLi:li from two hi~h-a,-,Liuth observations of one and the same star". L,vov,
1958, 16 pp (Min flighei Educ Ukr SSR, Llvov Polytech Inst), 150 copies (KL, No 8,
1959, 136)

SOV/124-58-1-1261
Translal.ion from: Referativnyy ,-,hurnal, Mekhanika, 1958, Nr 1, p 156 (USSR)
AUTHORS: Kovalenko, V. A., Pupko, G. Yu.
T Yr LE: -Tn-v-e-s-tigatiori of the Stress Distribution in Lugs (Issledovaniye
napryazhennow~o so!;toyaniya proushin)
PERIODICAL: V sb. : Gid-roturbostroyeniye. Nr 4. Moscow- Leningrad, Mashgiz,
1957, pp Z46-253
ABSTRACT: Bibliographic entry
Card 1/1.

ll~
IIDVA12VKO, V,Aq
Approximate c'etex=.nation of azimuth from two altitudinal-
azimthal obvervat,'..one of a ningle star. Nauch. zap. LPI.
Ser. good. nc:.4:1!~-67 158. (MIRA 14:7)
(lizimuth)

DDID, A, N.V.; YEVTEYEV V L KOvALENJCO'I--Ydij_pOLOV'YEVj I...D.;
GLEW TSU14-MO tr",h'leno fung-mol'; SAWITMA, V.11.,, tekhn.
red.
[Nonobservable -.*egion in -the dispersion relations for photo-
production] 0 n-mablindnemoi oblasti v dispersionrWkJi sootno-
ObIledinennyi in-t iader-
sheniiakh dlia lotoro,,rhdeniia. Dubria
nykb issl., 196~. 14 p. WIRA 1W.)
(me3ons) Ofave mechanics)

BDROVIK, Ye.S.-; BUSOLp. F.I-.;,_KDVALENYO,_I.A.
Possible use of a helium condensation pump in pumping out
magnetic traps.. Zhu3,.tekl%fiz. 33 no.12100-104 Ja 163.
(MIRA 16:2)
1. Fiziko-tekhnichesll institut AN UkrWR, KharIkov.
(Plasma (Ii:)niz(,xl gascoT) (Magnetic fields) (Liquid helium)

T

W781162/0001000/032/036;1

'Y
L 6 -A-
'Y. vale
AMMORS11,

A

2-On P11r*
r si�ibility~,p
stigat-.Lon o
for 7.hagnet t '.)s

'ka' 1=~y- i.-~ .,,%roble4,lt:-~upi~avi.y;Ly=go,,term 'd
Yti erno;?,O S2.nteza;
-I.Ia)n-tpj
dokl.60 ztqW6d;_fiz :e!p, az~y. iprob.16me- -u--)ravlyayetykh
.~.-insti a- ~ss.. Kiev

I.Izd i,.vo.:Alq, Mr.' 13'! It-- 148' 6S.
IR ISE*,. 3

T
-.iatia
M
he iliwest:q d' n. heat ds that can b~~

ls~
-
-ohddj
~iithstodd ditivb~
i~y ~!he ~~_ tio; tic
tnip, and to a method for
i ~ipwq ragne
WX .
A a S~iffi ientiiv lar~go evacuation rate

he~ it
a rna).= d Ibads~~ara~ k eliurn and

dd, 2'thdt ~'a
1 Is Coll ~~ . be)...

m~666i t'IO_Ipv
.f4dp' evacUa ion.
:ican-'serve as,.a..Ixnl S or
T~d~ i~.n` cii
_ ~y If thii, iroiil
l .
l 1"~ of Ocit:.Silpp 'y to thi ~.6ureawe tuchless than-2.

o _
x lo'~.4
~4

l
"t/sa~ CM
of 'a
k-,666s4 ke sblcadinig con
'helitz densation pm, p
~
-
=ess.,
- we Peat rele

;
ise in~ 6---the
; -katirreilioF aheated plasnia.while still
*
'
`
al- htaIni -Ig a urf=*.er;t,-.p
m
u :was, Invert: ed-bvzeahs:of.a model -the
ing i bite
j i
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i

~J_ 7 t53
B/057/63/033/001/012/017
WO, y3vt B125/B186
AUTHORSt Borovik, Yci. S., Busol, F. I., and Kovalenko, V. A.
TITLEi The invest-'.gation of the possibility of using a helium con-
densation pump for evacuation of magnetic traps
PERIODI~;AL: Zhurnal te1.-.hniche-3koy'fiziki, v. 33, no. 1, 1963, 100 - 104
TEM !.'his report deali. with the extreme tbexmal loads that E~ifje in a helium
condensi,tion pump, oper-ting uwder radiation condition at -3 0K, and with
bow to combine sufficiertly ef::'ective thermal 'screening of the source with
~ sufficiently high pumping ve,*..ocity. The experiments were carried out in
~ vacuun chamber enclosing sms.1.1 metallic containers of liquid helium. A
surface cooled by liquid helium can evacuaie hydrogen only if the 'heat 2
added to thia surface is. consid.erably less than a crit - (3 to 5).1o-4 w/cm.
At the critical heat load the temperature of the walls-of the container
inc,rease3 by jumps.' The he,liuii condensation pump constructed with a view
to studyIng the posBibilLty of screening such 6 pump.against a large re-
loase of heat in the re8l.on of t o'heated plasma proved to be suitable for
tho evaciation of magnet;Lo trapm. It consists essentially of a cylindrical
Card 112

5/057/63/033/001/012,'017
The invei,tiga"Aon of the ... B125/B186
tank containing several t%nnular screens filled with liquid helium or hydro-
gen. It is pvotected by a coppi~r screen, cooled by liquid nitrogen from .
the radi&tion of the walls of the vacuum chamber and by a wate,2 screen and
a nitrogEn screen from t*i,..e radiittion in the working volume. A helium c6n-
densatior pump can be effectively protected agains't a rather intense radia-
.tion. The ra6iation trar amisaiiity coefficient -elcan be brought down even
below 3-5-10- 5 by a careful prepE,ration of the "nitrogen' screen". In the
present model a pump velccity of' 1.25 l/sec nitrogen or 4.68 I/see h,drogen
is attain~'.Ad per cm2of the inner surface of the water screen. This is
about 1/g of.the critical pump velocity. For more.critical heat load, a
helium co--idensation pump with continuous liquid current and simultaneous
evacuatio~i ok the helium vapor should be designed. Preliminary experi-
ments sho-or promising results. There are 3 figures and 1 table.
AS50CIATD.-IN i1~iziko-tekhnicheskiy institut Ali USSR, Khar!kov (Physico-
technical Listitute AS UkrSSR, Khar1kov)
SUBMITTED: May 30, 196!)
Card ?12

:j
.13/056 63/044/001/048/067
-Bi 86,
AUTHORS:' 110ftini N V. jYe Vti~6* V% La )-7401 Sol
'Wen Tolup'g-qo
Khr anova It.'A
TVLZ% Dbrivati-ot,,of -the pfiotopiodudti.cn -s*lltude,from the dii
PERIODICka - a
zhurrisi ..qk iyerime:Atall fioyiteor tiche' koy.'fisiki T,, 44'
I i96-3,1' 272`
't
TEXT: tb-t ~ I.qw-wertirdy: "to 'kciduotion'anplitudes of. ione
P 0 P
on nuolvous ~arcvlelriv~Uwlten'- n4o":.6on -.teooi1Ast.'tdken into docount imd the
pppsible ~nflwtnob.'Of the., unobs~:.Iiabii region im considered. Only!.the. 8-
ane, P-W&Vf,G 'a,rif-lakefil'.. tfio'Be'Velp" :o' i*d f rom th
eons dimension 161':
g,, bta no
dicpereioi.., relatio~g*%~-~y,A]4. u* us"'..'integkal. method
8 (iwbich-'yieldx~the integr4
hmplifudei )wia ~j'4~44M!' intia:.-~Othod based on's sio
ir n 'expan -4'oft*h
..:amplitude,: o*f,,khe,:mo'mentum trahiferred olde.the
.(that yi
d.# t
'differential iaiplil'a:eo). Th 'rious a an ages
;U 9,11Ate'r4btfiod of fers va
n 'A.
over thaA nte~lkv.al' ~iih6d. The.'..f ormulas . are 9. mplor. a d the contribution
of'-the unibeervab e:r' 6 1 in the'
e& ov. pnol.,:*6xplicitly containod in-them.
Ca d-
3.

---
77777=

11/056163/044/.0
01/048/07
1
1WrivAtioll'i:.of`-,t 0 Uotiorl . 02/B186'
d Hl

epause, A e iatrow,resonsuce- -
rii ih~ this vojitribution Is
'
&_ad'Viry 1 arg e, above Itl it, fgl
th6n

OQU erabld'~ 6W. 6ontil.
-butioh', f the' dispersicili AMO~ra,L A. -
0
iltinuat:i,o ilto t un erve, ,e-~ riogi on by way of
hi b L fihitfi"
nvuber of,
"leirendre: a_G:..dpeu not: iii rokve. un~ nottiblb firof
' in tho: part'lal-
ut-'abd -.0i *rrbr
.:%'.amplituden it- inergy iqsoninc-89' li
Poreases, wi-t the_ energy.,'. At 446 Mev 0 ~ howeve'.r it is that 1_*
f or Ahe..cc-n in the': S-WO." amilitude.
'and, - 1040, in:~. j1hp- ei, ari- -in the* _dilf " n
F~
-'wive ltmplit,~llebtj rror a else' ti a!
ing
.
melihoid, d j:,:t6 ze" rl,o 0 evee
f the.,hither. paiti loi"
-..c ,nt in. th'
the,.-. i.abevni6n, ri. (i" e S-viavo 'amplitudae,4u
.,in- thej-4vave udee-4c If nillilboh, re6oil As , ignored. the. differential
'
,
"

l, I
:1
akd-.-Ah.6.,' iiiie'gica". imthodn* i
'd',t iaiaame reeult6. It it i taien"into
ie

".do Th % is wein
9 agre amen
-the. thOort ticil,,:resul, 0: Skl exp9i iluintil' data 16 rether.1poorl Ijo*r- further.

inv ~Uci ~ i Iiii., it era ac, Oull
qqtigali!6~62.jt lgeub btion Aaken -into, a t'*'
AD Al
*
'
. ref ereno'es'':
The re are `ftj~,-,uroq 0*:'- Thw'Moit-~
iuprtint' th'jliih!4an'&uag6
are:
P yf, 4'i :4 r'
Solc 0Ye%,`ef'EiL` 6
Nuo h Dal
4~7 i 1957f 5j~ 25 j,1956j J,~*
.
Miew 'tit al. Phye~...,Rqv. ~'Ip6
Phys,' Rev..L 3374,

l3a;rd 3/3

DUMAN. 311.G., kandidat tokhnLohsok:lkh nauk; MWAUMO# V-A-, inshener
,W- -
Riae-r mining In 09 TasIttagol mine. Gorothur. no.8:8-9 4 155.
(Tashtagol-Iron wines and mining) (KM B.- 8)

F21UNOT" X.I.; JAW YEVANU, I.I., rateanzent; PANSBVSKIT, T,H,q
r R I M 40.t' takhaichaskiy redaktor
tadaktoj ; 1 6 0 .
[Over-all orgsaitation of work in drifting crews; the experience of
the Tauhtagol.mine] Somplaketsia organizatsila tmda v gornoprokhod-
chaskikh brlgslakh; It opyta Rashtagollekogo rudniku. Moskva, Gos.
nauchno-tekhn. izd-va lit-ry po chernoi i tevetnoi metallurgii,
:1.956. 25 P - (MLRA 10:1)
"L. Glavnu inzhener )Iavnogo upravleniya goeudaretvannoy metallurgi-
chaskoy pmayahlennoDti TSentra i Vottoka Hinisterstva chernoi
r:etallmrgii (for Yef mov)
(Mining engimering)

VOROFOVI I.S., gornyy inzh..,, :',OVAIXNK,D, V.A., gorny-y inzh.; BEKETOV,
. -1 A .*P
P.Ye., ivornyy- iazh , MtV' V.1 ., gornyy inzh.; NAGAYEV,
Kh.Kh., gornyy .,-nzh.; SHMAKOV, P.I., gornyy inzh.; CHEMAYEVA,
N.G., gornyr~ inih.
Coi-iveying and loading ore with a vibrating feeder. Gor.
zhur. no.8;28-3',. Ag 164. (MIRA 17:10)

DMITNIX, N.G. . k:andi&:xt teldinicbeekAb nauki KOVALZNKO, V.A., gormyy inzbener.
1,
r Higb-igpeed m1aing o.~ an upraise. Gor.zhur. no-7,62 JI 156.
(MLRA 9 - 9)
1. Zapadno-SU)ir9ki,,y filial Akademii nauk SSSR (for Dubynin)
2. Taebtagol'okiy vidnik (for Kovalenko).
(Mintng engineering)

DUMIN, H.G.;JQ.V
,~U!ZO, V.A. ; VOU;GOV, A.R.
4uw4m i
Advantageous:isoo of boriphole stemming. Trudy Inst.gor.dela.Sib.
otd.AN SSSR no.l.,129-133 158. (MIRA 12:11)
(Mii4ing enginoo~ring)

YATWIKH,~-~U"-rian GrijprIYCvich,-[IAtskiJrh, V.H.]; KUTOVOY, Valentin
Ivanovich [Kt.tovyj', V.I.]p- POLYAKOVSKIY, Valentin Fomich
[Foliakovs'kyiq,-V,F.]; &QYA
Aleks
androvich;,.
YUROVSKIY~ IAiv,A.A-ad'y*vicb [IUrovB'kyi, L.A.1; kkdf~&O,L,
red.; SICHUGOV, V,[Syohuhov, V.], takhn. red.
[Mechanization of coal mining on a flat incline] Mekhaniza-
taiia vyimannia vithillia ne. -po:Lohomu padinni. Kyiv, Derzh-
tekhvydav UNIR, 1961. 125 p. (HIRA 16:6)
(Mraino-Coal mining machinery)

IIJKMOV, B.N.,- KOW-UND.. Y-A ; BETAM,,LI, K.P.; VESKOV, M.I.; DRANNIKGV,
9.A.- IVANOV, K.I.; BEREWAII, M.N.; VASILIYEV, Ye.I.;
TSETSULfNIF:OV, V.R.
Tri&1 operettion of cutter loaders in mining with the room-and-
pillar method. Ugoll 37 no.803-35 Ag 162. (NIRA 15:9)
1. Krasno&wski;r rasrax (for Lokhanov, Kovalemko). 2. Institut
gornogo de:La im, A.A.Scocihinakogo (for B6taneli, Veskov, Drannikov,
Ivanov). 3. Kernerovskiy govayy institut (for Bereznyak, Vaaillyev,
TSetsullnE.,ov).
(Coil midng machinery-Te sting) ()0-ning engineering)

TITGUBOVP B.G., gornyy inzq.; KOVALENKO, V.A., gorny-j inzh.; OLEYNIK, Yu.M.,
gornyy, inzb.; W!IAYEV, A.-J-., -g-o-Payj- inzh.
Reply to A.I.Phu:-akov's wticle "Upraise mining by means of
Sectional ~iasti:ig of dee-p-holes-in mines of the Kursk'Magnotic
Anomaly." 'Gor'.--3hur-.- no.908-79 S 162. (AURA 15:9)
1. Institut prn)go dela Sibirskogo otdeleniya AN SM (for
Tregubov). 2. G:irnoye uptavleniye Kuznetakog-o metallurgicheskogo
kombinata '(for K:ivalenko). 3. Rudnik "Taahtagol" (for Oleynik).
4. Rudnik 'Temir.-Tau" (forAnayev).
(Kursk--Opetic anomaly-PIning engineering)
(Blasting)

KOVALEWO, V. A. 2 irrot.-o-
Study of the ctreng Ith and rigidity of the rotor wheel blades
of Franas-ine hya.-a,ulic turbines. FAiergomashinastroanie 8
no.,12 9 ICI-13 1! 162 * (MIM 16; 1)
(Hydriulic turbines)

Vc30NOVq 1,S.; KOVAIjiNKO, jr.j.
For a new tvahnology in the minea of Gornaya Shoriya. Gor. zhur.
no.ls.6-40 Ja 1640 .1 . I (MIRA 170)
1. VovtDTIGR',, Nov.)kuznetsk (for Voronov), 2. Gornoye upravleniye
Kuznetsko,,i-o inetallurgichaskogo kombinata ~for Kovalenko),

LAMM-%
XZ C-N RM T 5 0-2 2 2 9 r, SO RM CODE: UR/31344 0 0 2 06
Litt
5
AUTHOR: 1~~k,_Ye. A.,9:Sk1benko, Ye. 1. Yuferove
V, ~D.
ORG Aca(.emy (if Sciences 'LVrSSR:-- Ilksicotechnical Institute Mademiya nauk UkaR,
i ik~ te) hnict'askly lrk;7t!t
F
2
TITIX: lunization of fast 13,rdroge; atou-s in strong magnetic fields
SOURCE: IN UkrSSR. rizi).-:o-I -eRhnid ieskly institut. Doklady, no. 052/P-011, 1964,
Ionizatsiya bys txyjch atomov vodoroor"a vsillnom~magnitom pole, 1-6
M U t~. S 2 1) Ll "I, S,
TOPIC TAG.';: supersonic flot gas- it _'~Iiat
o on, j!jpqL maj2etic field fast particle
ABSTRACT: The ionization o;!* rast!~; ~!'36 kev) hydrioigen aitoms mov-1-ng through a str ong mag-
asurod 'he majt~etiv. field re ching a maximum of 60 k
netic fic:.d Wat me a gs was pro-
duc-ed by (ii. multiv-turqi solenoidbavIng a good.field uniformity. The neutral beam was
obtained throul,b charge excliange of-' the ions passiAg through a supersoni gas floweAL'5
A schemat:.c di~igram shows tbe set l'if- electrodes -used in determining ions and; electrons,
The neutri,1 bez~m current (a]jout 16"A amp) was obtained by using a sensitive calori-
meter cal-Pratcd ~y an ion :)eam. J)tp.ical ion and neutral currents and magnetic field
oscillogri!ms are shown. Su.,h data was used ~to obtain the graph of the fraction of
ioidzed silecie as a-functio:-xof th~f magnetic fteld (figure 1). This result and other
Ca rd 1/2 -