SCIENTIFIC ABSTRACT V.A. CHUPILKO - N.P. CHUPRAKOVA
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S
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100
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Publication Date:
December 31, 1967
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SCIENTIFIC ABSTRACT
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GIIUPILKO) V,A.
Moments of minima of eclipsing variables. Per. zvezdy
14 no.6:
503 D 163. (W RA 18:5)
1. Odesskaya astranomicheskaya observatoriyu.
CHUPILKO V.I.
Feed kitchgn for preparing yeast feeds. Nekh. sill. hosp.
14 no.10:
13-14 0 63. (MIRA 17:2)
1. Upravlyayushchiy otdelom sovkhoza "Chervoniy Perekop"
Khersons-
koy oblastio
CHUPILKO V.S.; RESHETNIKOV, V.K.; SOSNIN, 14.V.
Attachment to the SKGn-6 drill for peanut planting.
Trakt. i
sellkhozmaah. no.8:26-27 Ag 161, (MRA 17:11)
1. Kubanskiy nauchno-issledovatellskiy institut
ispytaniya
traktorov i sellskokhozyaystvennykh mashin.
CHUPIN, A., ekonomist
Economic accountability within plant sections of the
com.AnO
Ust'-Katun' Grain Receiving Station. Muk,elev.urom.
26 no-7:
19-20 J1 160. (MIRA 13:8)
1. Ust'-Katanskiy khlebopriyemnyy punkt Altayskogo
kraya.
(Altai Territory--Grain elevators)
ekonon~ist; SAGIMBAYEV, M., inzh.-akonomist
We are improving the economy of grain t6oelving
enterprises. Muk.-elev.
prom. 28 no.8:22-23 Ag..162. (MIRA l7t2)
1. Uit'-Katuns~iy khlebopriyppNW d -(for
. punkt Altayskogo ~ra
2. Khlebopriyem'nyy punkt 8&-go-iaz"yezda Atbasarskogo
rayona (for Sagin-
bayev).
CHUPINI A.A.
Direct determination-of the sensitivity of the
intestinal micro-
flora to antibiotics, Lab.delo 8 no.5:42-43 My 162
.. jKOU 15%1.2)
1. Laboratoriya antibiotikov (zav. - prof. N.I.Leonov)
Vsesoyuznogo nauchno-issledovatellskogo instituts.
zhivotnovodstva,'
Moskva.
(ANTIBIOTICS) (INTESTINES-MICROBIOLOGY)
CHUPIN, A.A.
Grisein resistivity of intestinal micro-organisms.
Mikr6.Xolo i1s,
-3:486-489 VT-Je 162. (MIRA 15-125
31 no
1. Vsesoyuznyy nauchno-iseledavatel'skiy institut
zhivotnovodstva.
(GRISEIN) (INTESTINES-IECROBIOLOGY)
TRISMUKOV, Aleksey Fedorovich, kand.geogref.nauk.
Prinimali uchastiye:
HATUTCRUK, Georgiy Ivanovich; CAPIN,
_Nikolay,-PpL~:rovich; ARALOV,
Dmitriy Petrovich; TMOKIROV, Igor' Ivanoviah,
vrac&it6matolog;
KANSUROV, Sergey Kikhaylovich-, KRICHAK, Oskar
Grigorlyevich. kand.
geograf.nauk; SHUKSKIT. Petr Alakeandrovich, doktor
geograf.nauk;
SHMEIRIKOV, Nikolay Pavlovich, mladshiy nauchnyy
ootradnik, gidro-
log. IDROZHZHINA, L.P., takhn.red.
(Second Continental Expedition, 1956-1958; general
description]
Vtoraia kontinentallnaia ekspeditsiia. 1956-1958 gg.;
obahchee opi-
sanie. Pod red. A.F.Troohnikova. Leningrad. Izd-vo
"Morskoi
transport.* 1960. 205 p. (Bovetakeia antarkticheskaia
ekspeditaiiat
no.8)0 (KIRA 13:7)
1. Leningrad. Arkticheskiy i antarkticheskiy
nanchno-issladovatell-
skly Institut. 2. Rachallnik Vtoroy kontinentallnoy
ekspeditaii
(for Treshnikov). 3. Zamestitell nachallnika Vtoroy
kontinentalluoy
ekspeditsii po administrativno-khozyaystvennoy chastij
nachallnik
beragovoy bazy (for Matveyohuk). .
(Continued on next card)
T31SHNIKOV. Aleksey Fedorovich --(continued) Card 2.
4 Glavnyy inzhener Vtoroy kontinentallnoy ekepeditaii
(for Chapin).
5 Rachallnik otryada avyazi i radionavigataii Vtoroy
kontinentallnoy
eispeditaii (for Aralov). 6. Starshiy vrach Vtoroy
kontinentallnoy
ekspeditaii (for Tikhomirov). 7. Nachallnik
geofizicheskogo otryada
Vtoroy kontinentallnoy ekspeditsii (for Mansurov). 8.
Nachallnik
aerometeorologicheskogo otryada Vtoroy kontinentallnoy
ekspeditaii
(for Krichak). 9. Nachallnik glyatsiologicheskogo i
vnntrikontinen-
!tallnogo otryada, Vtoroy kontinentallnoy ekspeditaii.
10. Nachallnik
lotryada pribreihnoy gidrologii Vtoroy kontinentalinoy
skapeditaii
(for Sbasterikov).
(Antarctic regions-Rassian exploration)
CHUPIN A.N smennyy inzhener stroitellstva
Erd4ting the lining using precast, dismountable
formwork.
Transp. stroi. 13 no.2:22-23 F 63. (MM 16:3)
(Tupnel lining)
USSR/Farm Lninals - Swine. q,_4
Abs Jour : Ilef Zhur - Biol., No 18, 1958, 83424
Author : Chupin, P'Se
Inst
Title Effects of Various Kinds of Feedings for Swine
upon the
I:juality of Their Offspring.
Orig Pub Svimvodstvo, 1958, No 2, 35-37-
Abstract One gToup of sows and boars received
"semi-grain" feeds
(GTass, hay, and tubers composed 40-60 percent of
their
rations)* Another group received "grain" feeds (75-80
percent of their rations were composed of grain
feeds).
Thereafter, the sows were nated according to groups:
in
the first group, "somi-f;rain" femles were crossed
with
t1grain" males; in the second croup, "grain" females
were
crossed with "grain" rmles; in the third group,
"seni-
grain" females were crossed with "semi-gtrain"
nales; and
the fourth group, "grain" females were crossed with
Card 1/2
CHUPINA.' L.N. . .
Pa-)Yna~o~,esmpivx-vrlthe Mousterian site Karasu-1
from the
Arystandy Valley (western Tien Shan). Mat po ist.
fauny i flory
Kazakh. 4:243-257 163. (mMA 16:9)
(Arystandy Valley- Pollen, Fossil)
CHUMMY D. A.
Proektirovanie i teplovye raschety statsionarykh parovykh
turbin J`ianning and
thermal calculations of stationary steam turbinesT hoskva,
Mashgiz, 10,53. 192 D.
SO: Monthly List of Russian Accessions, Vol. 6, No. 5,
August 1953
.
4
CHUPIRIV, D.A., inzh.
___-_
-
2~
Turbine manufacturing in the Hungarian People's
Republic. *Orgo-
mehinostroente 4 no.1:45 A 158. (M12A 11:1)
(Hungary--Steam turbinesY
q~q~)_jp~._(~,eningradj u1q Gertsena, 46, kv.18)
Use of radioactive colloidal gold in carcinomatosis
of the peura
and peritoneum. Vop, onk. 9 no.7156-62 163 NEU 16:12)
I* Iz radio-onkologicbeskogo otdaleniya (zav. -
starshiy naucbnyy
sotrudnik A.I. Strashinin) Mentrallnogo
nauchno-issledovatell-
skogo instituta z6editsinskoy radiologii Ministerstza
zdravookhra-
neniya SSSR (dir. -769I*Voroblyew).
CHUPIN, .,'(Leningrad, ul.".'--o9j.~pena, 46, kv.18); SHCHERw L, . I.
V.0., 14-ya'llniya, 25
rad, kv-15)
Distribution of radioa6iivtk jolloid gold (Aul98) ~in Intra-
on-
y-admini onk. 9 no-9.13-8.
ciY t stratl OP -
.17s9
~ii-`radioonkologichee 'Xogd otdaleniye (zav.- kand. ftkl.", -naiA-
A-.T"`6~rashinin) i otd atologicheskoy aniA6~~,I-
prof.-L.V. Funshteyn) I~t~r:lplnogo nauchno-issl~86Vste*l s ogo
institiits meditsinskuy..radiologli (dir.- Ye.I. V
dravookh niya SSSR.
atbrstva z rahe
w,
---~~FiN.A P L*N*
-- ......
Reaent opore and pollen opeotra of southern,Kazakhstan.
Vest. AN
Kazakh.SSR 21 no.2tl2-22 F 165. (MIRA .18:3)
85974
S/126/6o/olO/005/029/030
E032/E414
AUTHORS: Kaganov, M.I I Tsukernik, V.M. and Chupis, I.Ye.
TITLE: Theory of Relaxation Processes in%ntiferromagnetics
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol.10, No,5,
pp-797-798
TEXT: The method put forward by Akhiyezer (Ref.1) and
Kaganov and Tsukernik (Ref.2) is used to calculate the mean
probabilities of processes associated with the interaction between
spin waves in ferromagnetics. The theory holds in the
temperature region
;MO)3./2
T 1& GC
c
in which the energy of the spin wave is given by the well-known
expression
6 ec (ak Ix
Card 1/3
85974
S/126/60/010/005/029/030
E032/E414
Theory of Relaxation Processes in Antiferromagnetics
The notation is defined in the previous paper by the present
authors (Ref.3). The processes considered are: (a) combination
of two spin waves.into one, and (b) collision of two spin waves.
The probability of other processes, for example combination of
three spin waves into one, have zero probability since energy and
momentum conservation laws cannot be satisfied at the same time.
It is found that the mean probabilities for the above two processes
are vespectIvely given by
M 5/2 T 3
W (3)
3 h.(Zo) Sc
5
ItcT
W-I -
4 '%0 h-Ci (4)
Comparison of these two probabilities shows that in the above
Card 2/3
85974
S/126/60/010/005/029/030
E032/E414
Theory of Relaxation Processes in Antiferromagnetics
temperature region the non-homogeneous exchange
interaction is
responsible for setting up the thermodynamic equilibrium
in a spin
wave syste-n. Acknowledgments are expressed to
V.G.Barlyakhtara
for valuable discussions. There are 3 Soviet references,
ASSOCIATIONS: Fiziko-tekhnicheskiy inatitut AN USSR
(Physical-Technical Institute AS UkrSSR)
Kharlkovskiy gosudarstvennyy universitet
im. A.M.Gorlkogo (Khar9kov State Uniygrg
im. A.M.Gor'kiy)
SUBMITTED: April 18, 196o
Card 3/3
ACCESSION NR: AP4012559
S/0056/64/046/001/0307/0319
AUTHOR: Chupis, I. Ye...
TIME: Contribution to the theory of relaxation processes in,a uni-
axial antiferromagnetic dielectric
SOURCE: Zhurnal eksper. i teoret-fiz., v. 46, no. 1, 1964, 307-319
11pic TAGS: antiferromagnetic dielectric, uniaxial antiferromag-
nidtic dielectric, relaxation processes, relaxation time,
interaction
09tween spin waves, spin wave phonon interaction, spin wave decay,
JI
~-'-Ppin spin interaction, spin phonon interaction, exchange
interaction,
",!Rhomogeneous exchange interaction
24
STRACT: The purpose of the investigation is to find the - t-empera-
-~Ulre dependence of the relaxation times in the interactions of
spin
''Javes (whose number is not conserved) with one another and with
pho-
0
onso The relaxation times due to the decay of one spin wave into
Card .1/3
ACCESSION NR: AP4012559
two spin waves (or the inverse process) and due to the interaction
between spin waves and phonons are calculated for two limiting
gses,.one for the absence of a magnetic fi6ld and one for fields
n which the dipole-dipole interaction can be neglected in the spin-
1, ve spectrum. It is jointed out that the decay of the spin wave
into two involves effect of third order in -the spin-wave creation
and annihilation operators, whereas magnetic anisotropy and ex-
change forces give rise to fourth-order terms. The relaxation pic-
ture in antiferromiagnetic dielectrics turn out to be much more com-
plicated than in ferromagnets. In antiferromagnets the exchange in-
teractions influence the establishment of the equilibrium magnetic
moment and'can lead to a broadening of the resonant line. The rela-
tivistic interactions are weaker' than all other interactions for
t; both high and low temperatures. The probability of spin-phonon
interactions may exceed the probability of the interaction of spin
waves with one another, Decisive among all'the possible spin-spin
and apin-Pbonon interactioM at high tomparatures are the inhomo-
ACCESSION NR: AP4012559
geneous exchange interactions which have the highest probabilities.
"in conclusion r take the opportunity to thank M. I. Kaganov for
help with the work and valuable advice, and also V. M. Tsukernik
for useful discussions." Orig. art. has: 4 figures and 21 formulas.
ASSOCIATION: None
SUBMITTED: 2lJun63 DATE ACQ: 26Feb64 -ENCL:- 00
?UB CODE: PH NO REF SOV: 006 OTHER: 000
t
Card 3/3
KAGANOV, M.I.; CRUPIS, I.Ye.
i~, -~- .~-. , -
Threshold absorption of sound in a uniaxial
antiferromagnetic.
Zhur, eksp. i teor. fiz. 45 no.5:1581-1584 N 163.
(MIRA 17:1)
,..j
V
1
1
CHUPIS, I.Ye.
Theory of relaxation processes In a uniaxial
antiferrodielectric.
Zhur. eksper. I teor. fiz. 46 n0-1:307-319 Ja'64.
(MIRA 17:2)
ACCESSION NR; AP403OG55
5/0048/G4/028/004/0741/0747
AUTNOR: Kaganov, M. 1. ; Chupis, I.Ya.
TITIX-: Threshold and relaxation effects in uniaxial
antiforromngnots Alteport, Sym.-
posi= on Forromagnatisn, and Forruclactrictty hold in Leningrad
30 May-5 Juno 1969
SOURCE: AIN SSSR. Izv. Ser.fiz., v..28, no.4, 1964, 741-747
TOPIC TAGS: antiferromagnatism, spin wavo, antiforromagnat spin
wave, spin wave in-
teraction
ABSMICT: The propagation and interaction os spin waves in n
ntiferromi gnat ic mater-
ials are discussed. The notation is taken from an earlier
roviow (I.I.Aldiiyozer, V.
G.Barlyalditar and MI.I.Kaganov, Uspeldii fiz.nauk,71,533,19GO)
in which presumably -.he
necessary derivations can also be found. In the present paper
formulas are for the
riost part simply quoted, and in some cases their physical
consequences arc briefly
discussed. The energy of the spin wave is a two-valued function
of the wave vector
(i.e. , there are tvio types of spin waves) , and for each
branch it depends on'the di-
.-action of propagation. This anisotropy is due to the
relativistic interactions, the
exchange interaction being regarded as isotropic. A future
discussion of anisotropie
Card 1/3
ACCESSION XR: AP4030655
exchange interaction in antiferromagnots is promised. The
following interaction
processes are possible: decay of a spin wave into two spin
waves; scattering of a
spin wave by another spin wave; creation or absorption of a
phonon by a single spin
wave; and annihilation of two spin waves with the production
of a phonon. These pro-
cesses are discussed and their probabilities are given. Decay
oZ spin waves involves
a threshold eifect, that should be observable by inelastic
scattering of slow neut-'
rons. The threshold depends on the strength of the applied
magnetic field. In con-
trast to the behavior of spin waves in ~orromagnets, here the
probability for creat-
ing or absorbing phonons is greater thap that for a spin wave
to decay into two.
The scattering of two spin waves is oven more probable,
however, and for many pur-
poses $'he spin waves and tho phonons can be treated as
"quasi-independent". %n al-
most resonant absorption of energy from an oscillating
magnetic field is possible,
with the trans format ion of a spin wave from one type to the
other. Similar absorp-
tion of acoustic energy can also occur. Thosel, processes are
discussed in less detail
than the others. "In conclusion, we desire to express our
gratitude to V.411.Tsuker-
nik for very useful discussions." Orig.art.has: 15 formulas
and 5 figures.
Card2/3
ACCESSION NRI: AP4030655
ASSOCIATION: none
SUBMITTED: 00
suB coDE: GP
DATE- ACQ: 30Apr64
NR REF SOV: 005
tNCL-. 00
OTHER: 002
Card 3/3
VENTSELIq S.V., doktor tekhn.nauko prof.;
CHUPISAM,,,,,Aptsent
Using the method of ground holes in determining the
wear of
machine parts. Vest.mashinostr. 43 no.8:29-30 Ag 163.
(MIRA 16:9)
(Mechanical wear--Testing)
.VENTSELI, S.V.; CHUPIS, N.M. [Chupys, M.M.); LELYUK, V.A. (Lelluk,,
V.0.]
Effect of the oxidation of oil on the process of running-in the
xing-socket pair of internal combustion engines. Dop AN URSR
INS"99-502 164. NIRA 17:5)
-yy institut. Predstavleno
1. Kharlkovskiy inzhenerno-stroitelln
akademikom AN UkrSSR F.P.Belyankinym [Biellankin, F.P.).
VENTSFIt, S.V!~jolitor tek',-~!i.riaukq pcor.; ", ~
.4 kf ~ ;- "
1 .1 ~ZI.
0
,~ffupis) N.; LE"J"CHENK01 P.
Uairg ni.-er oil in chassia lubri! ation uni Ls. A v
t . " :-a. n s ~ i. 4-1
iic).12.,15-16 D 164. (14-TRA 18:1,)
USSR / ZooparasitoloSy. Mite and Insect Vectors of G
Disease Agents. Insects.
Abs Jour :Ref Zhur - Biologlya, No 5, 1959, No. 19728
Author :Chupis, T. S.
Inst :The Sumy State FedagoGic Institute
Title :Study of the Fauna and Ecology of Horse-
flies In the Left-Bank Regions of the Ukraine
Orig Pub ;Nauk. zap. sums'k. derzh. ped. in-t, 1957,
7, 3-24
Abstract :Investigation results of the species composi-
tion and ecological characteristics of the
local horsefly populations. The faunal in-
vestigations embrace the basin of Psel
River, the upper course of the Sula, the low-
lands of the North Donetz, Vorskla, the
navigating regions of the Dnieper near
Card 1/2
38
USSR / zooparasitology. Mite and Insect Vectors of G
Disease Agents. Insects.
Abe Jour Ref Zhur - Biologiyal No 51 1959, No. 19728
Zaporozh'ye and separate collections from the
neighborhood of 6sipenko City. The seasonal
and 24-hour infestation activity was studied
In the water-.meadow biotopes of the Psla
Valley (Sumskaya Oblast') and In the navigating
regions of the Dnieper (in the vicinity of
Zaporozh'ye). Data on the first and last
captures for the majority of the studied
species are submitted, as well as data on
pupation and the imago emergence obtained
under laboratory conditions, and also a
graphic representation of seasonal dynamics
and intensity of the infestation.
Card 2/2
ACC NR: AP7blO682 SOURCE CODE: UR/0089/66/021/003/0197/0201
AUT1101: Chupka, Sh.; Petrashova, M.; Tsarakhq L
ORG: Regional Sanitation Epidemiological Station, Bratislava
TITLE; Content of 90Sr and 137Cs in agricultural products
during 1963
and 1964 in West Slovakia -
SOURCE: Atormaya onargiya,,ve 21, no* 3,19661 197-201
TOPIC TAGS: agriculture crop, isotope, radioactive fallout,
plant
circulation
SUB CODS: 02,18,06
ABSTRACT: Analysis of the 90Sr and 137 Cs *level in
agricultural products
in West Slovakia during 1963 and 1964 showed the highest
content of these
isotopes in grain cultures comparatively lox-Ter content in
leguninous, and
the lowest in tuberous plants. The 137Cs:9OSr ratio depended
on the
sorptive'ability of plants and the amount of radioactive
fallout in th~
vicinity of nuclear power plante of the region. Orig. art.
has: 7 tables.
cNjg
r,-T Oa IEWA( h D14
~:N NP: AP5n2(',1M "R x"i"
A'j-1 ~;OR: Chupka, S .; Petrashova, K.; Tsar*~h-L~
90
TITLE: Content of Sr in radioactive fal-Igut over west Slovakian territory
1'7
C,* R~-- E :Allomnaya energiya, v. 18, no. 5, 19,65, 496-4-99
TOPIC TAIGS: strontium, radioactive fallout, isotop--, stratos-'~here,
atmc6pheric
radioactivity
ARSTDACT: The absolute and relative content of 90 Sr in radioactive fallout
was
at four Doints of western Slovakia duriW A ::-oni~;'J4era,Le r:.se
~C' 12%) was observe-i N'~V'~M'--~7 cln~ --'-7 VaS
7i:--senl~ radioactiv- !aIl-ul
jw. qI g half life. Orig. art. has: ~ tabbies,
I AIT 7 ON: (-N',1,stra.ya stan-epid. stantsiya, F-ratielava
Lca.L Station)
SUBMITTED: ?-2jul64 ENCL: 00 ~YJB CODE: NP, ES
-P
R-7F SOV: 000 mm: oo6
N
.J
12 F))
KULISKIY, L.A.; SHEVCHENKO, M.A.; CHUPOVA, V.P.
Stabilizing water on a suspended aluminum hydroxide -
chalk bad.
Ukr.khim.zhur. 22 no.4:542-545 '56. (MIRA 10:10)
I
l.Institut obahchey i neorganicheskoy khimii AN USSR.
(Water--Purification)
XULISKIY, L.A.; SHBVCHNUO, M.A.; CHUPOYA, V.P.
Stability of odors of biological origin in water [with summary in
Znglishj. Gig. i san. 22 no-5:16-22 My '57. (MIRA 10:10)
1. Iz Instituta obshchey i neorganichaskoy khimil AN SSSR.
(WATIR SUPPLY,
odors of biol. origins, difficulties in control (Rua))
(OMORS,
in water, difficulties in control (Rus))
SHEVCHENKO, M. A.; BARASHENKOV, G. B.; CHUPOVA V.
P.
Seasonal changes in the properties of aqueous
humus. Ukr. khim.
shur. 28 no.3:403-409 162. (MIRA 15:10)
1. Institut obahchey i neorganicheskoy khimii AN
UkrSSR.
(Hu=e)
CHUFR, Z. [Cupr, Z.]; KUCHERA, F. [Kucera, F.]
Male poeudohermaphroditism, the syndrome of total
testicular
feminization. Probl. endok. i gorm. 11 no.6.50-53 N-D
165. "
(MIRA 18.12)
1. 11 akusherskc~-ginekologlcheskaya klInika (zav. -
dotsent
M. Uger) meditsinskogo fakullteta. Brnenskogo
universiteta imeni
Purkinlye, Chekhoolovatskaya Sotsialisticheskaya
Respublika.
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"Elek StGnten No 61 PP 11-13
-States that average of 20-30 Of total electric
power required .for~internal:cons=ption by bydro-
1 of Uzbekenergo is used for
electric power stationa us ways in ~iftch
gate rack heating. Proposes varic Mor
can. reducedfm Itant
ercur . i%st t,e
this hip nr - f ~Icapruje ting r
of vb
rackli,tingfittot e s~rjtlled 0 til t;!eKtCujrUdee
tly_. %V ice-blocka
f i, e to cause
e exis ing and rec6jajend,~d spacing be
t.bju
veen, bgiving trash rack.
ars,of
162W.
USSR ering Power Stations Jan 51
"Automatization-and Telemechanization of Hydro-
electric Power.Stations," N. M. Chuprakov, Engr
"Gidrotekh-Stroi" No 1, PP 5-9
Reviews and discusses subject activity. Gives sev-
eral tech and organizational suggastions for im-
proving activity. Article--represents an abridged
report delivered at 3d All-Union Conference on
Exploitation of Hydroelea Paver Stations in Sep 50.
199Tip,
c"UPRAKOV, N-m -
YXRK&KOV, V.S.; SPIRIN, S.A.;. GHIZHOV. D.0.; UGORNTS, I.I.;
LAVRINMO, X.D.;
SMIRNOT, G.V.;GHUPRAKOV# N.M.; MMITARTAN, S.G.; ASMOLOV, G.L.;
KOTILWSKIT, SYROMYATNIKOV, I.A.; FAYERKAN, S.Til.;
SOKOIOV, B.M.;, KOHISSAROV, Tu.P.; MALYUTIN, I.P.; POBBGAYLO,
K.M.;
MORYAKOV, A.V.; MITAKED, M.I.; KUMSIASHVILI, P.G.; GARKAVAYA,
L.A.;
LIVSHITS, N.M.;, NE" OV. A.M.
Hoisei Vullfovich Safro; obituary. Elek.sta. 24 no.11:60 N 153.
(MLH& 6:11)
(Safro, Moisei Vullfovich, ?-1953)
YEWAKOV, V.S.; KWCHKOV, I.K.; CHIZHOV, B.G.; KOGTRV, G.I.;- LAVRMM&
KO, K.D.; KMA OV, A.M.; SPIRIN, S.A.; VISILOV, N.D.; KOTI19MIT, D.G.;
SKIRNOV, G.T.; HARINOV, A.M.; MUSIMOV, A.A.; IVANOV, M.I.; -MMOT,
A.P.;
AVTONOKOV, B.V.; SYRMTATNIKOV, I.A.; KOLOXABOV, S.I.;
GORMOV, A.S.; GOLIMNAW, P.S.; SOKOWV, B.M.; Mk-
KUMMIN, Ya.G.; MITARTAN, S.G.; RASSkD*IKGV, Te.I.; GRUDINMY, P.G.;
FOXICHXV. G.I.; SHGMBININ, B.V.: UTTSU, V.I.: KOKCRIV, S.V.: ZLTU-
SHIN, M.P.; PZSCHANWIT, V.I.; SAFRAZIOCUAN, G.S.; i dr...
IUrii Prokhorovich Kovisearov; obituary. Xlek.sta. 25 no-5:60 My '54.
(Xomisearov, IUrii Prokhorovich, 1910-1954) (MLRk 7:6)
4f
Subject USSR/Electricity
Card 1/2 Pub. 27 - 17/33
AID F 3030
Author Chuprakov, N. M., Eng.
Title :it Main problems'"o"f"TuTomation of hydroelectric power
stations
Periodical : Elektrichestvo, 7, 100-102, Jl 1955
Abstract : The author discusses the development of parallel
operation of power systems of the central and south
regions of the European parts of the USSR and the
Ural. This will be made possible by putting into
operation of the Kuybyshev, Stalingrad, and Kakhovka
hydroelectric power stations, and completion of the
400 kv network. The total capacity of hydroclectric
power stations in the USSR forms about one fifth of
all regional power stations; that figure will gradually
grow, and this will favorably influence the operational
mobility of the whole system. This will help the
AID P - 3030
Elektrichestvo, 7, 100-102, J1 1955
Card 2/2 Pub. 27 - 17/33
automation of frequency and power control and cre-
ation of reliable reserves. The author goes into
technical details of automation as based on
experience.
Institution : Glavyuzhenergo (Main Southern Power System
Administration)
of the Ministry of Electric Power Stations, USSR
Submitted : Ap 16, 1955
TI U F
AID F 1790
Subject USSR/Hydraulic Engineering Construction
Card 1/2 Pub. 35 - 2/17
Author Chuprakov, N. M. Engineer, Stalin Fri-ize Winner
Title : For improving the operation performance of hydro-power
plants
Periodical : Gidr. stroi., v.24, no-1, 5-8, 1955
Abstract : The author discusses the advantages of having automa-
tic and remote control equipment installed at power
plants and mentions that all hydro-power plants under
the jurisdiction of the Ministry of Power Plants were
fully automatized in 1952, which resulted in substantial
financial savings and a decrease in failures. Large
hydro-power developments with several power plants
placed in series and operated simultaneously are listed.
Details of improved automatic equipment are described.
Deficiencies in the planning of auxiliary shops,
settlements, warehouses, etc. are criticized. Inbufficient
AID P - 1-tgo
Gidr. stroi., v.24, no.1, 5-8, 1955
Card 2/2 Pub. 35 - 2/17
Abstract research and study on some aspects of construction are
pointed out. Inaccurate forecasting of water stages
and flow conditions precludes satisfactory operations
and results in losses of energy. The installations of
water-gauging instruments at power plants is strongly
recommended.
Institution: None
Submitted : No date
C M.M.,-inzhener.
Technical and economic affeativen6se of
automatization and tela-
mechanization of hydroelectric power Btations,
substations and
electric power systems. Ilek. sta. 26 no.1:26-30 Ja
155.
(Hydroelectric power statioPA) (MLRL 8:3)
(Electric substations)(Automatic control)(Ramote
control)
CMJPBAKOV, N.M., inzhener (Mositva)
Power engineering in France. Blektrichestvo
no.2:76-81 F '56.
(KL.HA 9:5)
(France--Power engineering)
CHUPRAZOV, N.M., inshener (Nookwa)
- OR
Power engineering In India. Blektrichostvo no.10:83-87
0 136.
(MM 9:11)
(India--Power engineering)
CHUFRAXOV,,,N.NO-O: red*; SHVWSOT, M.P., takhn. red.
[Automatic.control In power systems and electric
vower stations]
Artomt1satella sairgosistan I elektriostaninii.
Fod.red. N.K
Ch-aprakova. Noskra. Gostekhnika SSSR. 1957. 105 P.
(VTU 13-:7)
1. Vsesoiusuyy institut-nauchnoyi takhnichemkoy
Informateii.
(Antois6its 66206'1)~ -:(Mvetric power plants)
(31lectricity-Power distribution)
AUTHOR: Chuprakov, N.M., Engineer SOV./oll-58-3-1/28
TITLE: Problems of the Complex Automation of Thermoelectric Power
Plants (Voprosy kompleksnoy avtomatizatsii teplovykh elektro-
stantsiy)
PERIODICAL: Energetik, 1958, Nr 3, PP 1-4 (USSR)
ABSTRACT: The author describes the processes which are to be
automated
at thermoelectric power plants. The complex-automation
system must be introduced according to the 6th Five-Year Plan.
All the processes in the boiler-turbine-generator chain, in
workshops, all laborious and/or unhealthy operations are to
be automated. Some successes of Soviet automation in the
field of power stations are quoted. Groups of 2, 3 or even
more boilers are controlled by one man whereas prior to this
period every boiler needed at least 2 men. Processes are
mentioned whose automation is not yet solved, e.g, self-un-
loading RR trucks. Only such processes are considered as
liable to automation which are able to repay the costs within
3 years. Exceptions are made for hard-labor operations and
automations which raise the reliability of the plant's opera-
tion. New power plants with 150 to 200 MW units, having one
Card 1/2 boiler for one turbine, will be equipped with simple
thermal
SOV/91-58-3-1/28
Problems of the Complex Automation of Thermoelectric Power
Plants
circuitry in which the steam locking and regulating armature
will be reduced to the minimum. This system, however, is
only
in the designing stage. Experiments have shown that it is
possible to start the operation of a unit (boiler-turbine-
generator) 3 times quicker, because it is possible to make
the turbine start revolving simultaneously with the rise in
pressure in the boiler. In the field of automatic regulation
of frequency and active power, experiments are being con-
ducted to carry out this regulation with the aid of thermal
power plants, if hydropower plants are under high-water -
The first results are to be available in 1958. There~are
still many technical problems to be solved to achieve a per-
fect automation of thermoelectric power plants.
Card 2/2
AUTHOR:
Chuprakov, N.M., Engineer 91-58-5-1/35
TITLE:
On the
Need for Increasing the Nominal Voltage in Operating
Electric Power Linea (0 neobkhodimosti povysheniya
nominall-
nogo napryazheniya na deystvuyushchikh liniyakh
elektro-
peredachi)
PERIODICAL:
Energetik, 1958, Nr 5, Pp
1-3 (USSR)
ABSTRACT:
The electric power lines are a bottle
neck in the energy
system of the USSR. The lack of
branched power-lines forces
many towns and villages to
build their own electric power
stations, which are small
and not economical. It is pro-
posed to use the interior
reserves of the existing lines by
transforming the
operating lines of 35-220 kv to a higher
voltage. The
capacity of these lines may be readily in-
creased 1.5 - 3
times without great expenditures of-equip-
ment,
materials, and work. In the Odessa grid, either a
new 110
kv line is to be constructed, or the voltage of the
existing 35 kv line will be upped to 110 kv. The trans-
formation of the existing line to a higher voltage costs
less. Similar measures are underway i-a the Moscow, Gorl-
kiy, Rostov, Arkhangell8k, etc,grids. It is also possible
Card 1/2
to transform lines of 90 - 120 kv to 150 kv, and
150 kv to
91-58-5-1/35
On the Need for Increasing the Nominal Voltage in Operating
Electric Power
Lines
220 kv. A new voltage of 330 kv will be used in the future.
This opens the possibility of transforming 220 kv lines to
this new voltage. The trqnsformation of existing lines to
a higher voltage is made possible b the production of big
autotransformers of 110-150 and 150~220 kv. Short-circu'its
in the new lines are repaired by automatic switches in 80 -
90% of all cases. Table 1 shows that in the transformation
of 110 kv lines to a higher voltage the number of elements
in an insulator need not to be increased. The average
yearly losses for various voltages are represented in Table
2.
There are 2 tables.
AVAILABLE: Library of Congress
Card 2/2 1. Electric power production - USSR
obahchiy red.; BOZHKO-SMANMO, G.K., red.; LARIONOT.
[Problems pertaining to the operation of the
hydroelectric power
stationel Voprosy skepluatataii gidroelektrostantaft.
Pod obshchei
red.H.H.Chuprakova. Noskva, Gos.energ.izd-vo, 1959.
354 p.
(MMA 12:12)
1. Russia (1923- U.S.S.R.) Glevnoye energatichaskoys
upravleniye.
.(Hydroelectric power stations)
14(6) SOV/98-501-3-6/17
AUTHOR, ~~prakov._ ~N.M. ~,Engineer
TITLE.,, The Increased Utilization of Water Stream Energy
(Povysheniye ispollzovaniya energii vodotoka)
PERIODICAL: Gidrotekhnicheekoye stroitellstvo, 1959, Nr 3,
Pp
34-38 (USSR)
ABSTRACT-. The author lists different measures and means
to in-
crease the output of hydro-electric power plants.
The most efficient measure for such increase is the
raising of the water level in reservoirs. A rise
of only 60 cm in the. Taimlyanskaye reservoir gives
100,000,000 more kvhr~., that is, increases the GES
annual output by 22%. Important losses of energy-
are also caused by decreased water pressure on pro-
tective grates when they are covered with rubbish
or ice. Dif~ferent tools used at present to keep
them clean are not efficient enough. Timely
checking and repair of turbines is also recommended.
Card 1/1
8(6) S CjV S - 1
AUTHOR: Chuprakov, N.M., Engincei
TITLE: Increasing Operational C~uall -.' :fe ~- of H,~ -d rc
.3 41-atioas
PZRIODICAL Gidrotokhnicheskoye s ~ro -~teli 1,C)"59 ~ Ur 5 1
pp 1-7
(USSR)
AUTHOR: The author strosses ne,.,ess-"Ly of constant
1r-crease of
operational efficiency of rhe bydrostations, such as
increasing speed v-rith which Teser1re units can be put
u
into service. The aut.1%.or icsr~f -.bes ~-he work do--e in
the USSR in this respec-c and- sums tz-o -.--,!Le -re--ults
ir~ a
table. He then stares that au-tematior, cf :~oarrols of
the power plants, belonging to une of Electro-
stations, was completed i~ v-ork no,.~, covers
about 400 units of the 1.10 I-a--, ';~ ard :7,.1.7,e s`5a-
tions with an. aggraga-te ci
- I I - I., - IM.
One half of them are r.'~ C- 7 C. I' j* rem.o.~-c t3lemecha-
nical controls over a di-ctan- a aur-dred km,
so that Rybinsk and U~0---ic'la fr-om
Card 1/3 LLOSCOW; Svirl plants from
Increasing operational Ctualities of Hydr.oatuLior_o
from Rostuov; KLraniskaya fTlo m T`-~i! J ,;i
skaya from Balkcu; Sz;at',ions of caso.--cle from
Yerevan ; and Farkhadskaya f,om Tashyklent,
tion and telemechaniz~,tion ros-alued _*n az
reduction of personrei frnM '1,000 to -;_,(,',0C_), while
por-
so-,,-,nel oh duty at tho PlCLIItS VMS reducot.1 by h[Llf'
more or sometimes dispensod a-;,_ t--) ,at U--als
and in Armenia). Automa-.3-on t e _*_(~, I-Re C hA~ZO.A
enabled grouping of the -plonts irt-rC) cascado;-; o.-:'
f--om
2 t~ 5 plants each. Eac.'a zasca~ .iea su-Nervised Lrndivi-
dual plants so -that more thar, 'flalf of the present
plants are grouped into 2_2 r.3scadles. Th~e automatic
systeins-are more reliable laii ziLpler thau thoso ir,
use in the U.S.A., Sweden,, France, I'UL.~ly, "Te==y,
and Finland. But aut-cm-atiLon. alroady applied at the
cover all Vie operation
Soviet power plants, does not
of the plants. There is roo-L for its ex-lansion, for
instance in cleaning of filt~_r grates operating
at Narva plant only), in automatlic rqGularlion. of fre-
Card 2/3 quency (enabling an econom-1c dis-,r4-b .W-.ion of
a load
0
SOV/98-59-5-1/21
Increasing Operational Qualities of Hydi-cstations
between the units); in co 'ntrollin6 water flo7,v through
locks, etc. A number of sabsid,'--arv operat-ions -;-Lre
quoted (such as cooling of t--onsforme-7s. chargin- of
batteries, fire alarm) as open for awatom_~1-uion as viell.
as inspection, maintenance arid Z-e:-a.`Lr operations,.
Tile aulthor lists organizations which should bc brought
into this work, namely: factories and research organi-
zations of the 111inistry of Pjver Plex~t '~'onstruction,
GidroonerCopreyekt, Gidropr(.xyekt, V"IEG, TNISGE"I, Orgen-
orgostroy, VNIlE, I.IM, 11"1131, VIG!,'-. ORGIRIJ3 ~~.d
i.nstitu-
tes of the Academie3 cE S,-~ie;ace of th~_ USSR -ind tho
unton
Republics. There ii~ I table.
Card 3/3
CHUPIL&KOV, K. M.
Electric power systems and unified bigh-voltagge
networks in
the United States and Western Europe.
Biul.tekh.-okon.
inform. no-3:86-89 160. (NIRA 13:6)
(United States-Bleattic power)
(Burope. Western-Blectric pover)
CRUPRAKOV, N.M., inzh.
Role of the Volga Hydroelectric Power Station (22nd Congress
of the
CPSU) in the unified power supply ayatem of the European part
of
the U.S.S.R. Gidr. stroi. 32 no.10:12 0 '61. . (MIRA 14:10)
(Electric power distribution)
(Interconnected electric utility aystems)
BOYARINOV, Boris Yevgenlyevich; CHUPIS, Nikolay
Maksimovich-
rmrm 0 p 17
GORBENKO, V.L.; kand, Tv"Iffo 171". ~671.~
DEREVYANCHENKO, R.M.9 red.
[New metals, metal alloys
materials] Novye metally,
neniia i poluprovodnikovye
Kharlkovskogo univ., 1965.
arA compounds and semiconductor
metallicheskie splavy i soedi-
materialy. Khar1kov, Izd-vo
60 p. (MIRA 18:12)
OODE:
AUTHOR: Neporozhniy, P. S.; Finogenov, Ta. 1.1
Lavrenenko, K. D.; Veselor, N. D.;
-Sav~nyM,'A.,I..-; Saposhnikov, F. V.; Serdyu)wY, N. P.1
_v* _, N. M. 1 Nekrasovt
gjMRj Iv
A. M.; Borovoyq A. Ael Kotilevskiy,i D. G.1 Steklov, V&
Yu.1 Ku3A-a-k-in--,V. S.;
Bogdanov, N. P.
ORG: none
Pe=tr-- ci V~ys;~iinj
TITLEt E Ivanovi
SOURCE: Elektrichentvog noo 39 19651 90-91
TOPIC TAGS: electric engineering personnel, political
personiel
ABSTRACT- 'P- I- VOYEVODIN died on 25* November 1964;
oni'of th~ oldest
'bolshevik-Leniniets, he was a member of the CPSU
already in 1899. He
fought in the early battles of the revolution, was
imprisoned and sent to
Siberia in 1905. After the October Revolution he became
an economic ad-
viser to Lenin on matters pertaining to Siberia and the
entire Soviet
.Union as well* He was active in planning Ond organizing
GOEM. In 1921
.he was assigned to set up the now Ittasian cinema
induetryp later he turned
,to the problems of electrification: spreading Lenints
ideas,, publishing
,books and periodicals on the subject* He we the first
Soviet editor of
.'IkUektrichextvo"-and.then.tho.!oditor of
"Maktrifikstsiyaq" He partici-
Card un 62i.=
ACC NRs AP6001678
.palved in the International Power Conferences in Berlin
1930 and in Belgrade
11956* His entire Ufa was devoted to raithful service in
the interests of
!t a CM st~.P4rtyj. iq.1~6k.4e was duly.awarded, the
Order. QX..LmAil. mid
. h - . Funi
was named a Hero of Socialist Labor. Orig, arta.hass 1
figure* 400487
SUB CODE: 0.59 09 SM D&TE: none
CArd
ACC NR.- A1,7007595 SOURCE CODE: UR/0104/66/000/008/0095/0096
AUTHOR: Chuprako-v, N. M.; Borovoy, A. A.; Postnikov, N. A.;
Mzlychev, A. A.;
Magidson. c ~uggcbv, F. I.; Zeylidzon, Yea. D.; Barchaninov, G,
S*;
Yermolenko, V. M.; Vasillyev, A. A.; !~okolov, N. I.; Ullyanov,
A. S.;
Fedoseyev, A. N.; Sarkisov, M. A.; Rokotyan, S. S.; Azarlyev, D.
I.;'Arzon,
G. S.; Vubinskiy, L. A.; Zh'ulin, I., V.; NDlpakova, A. L;
Antoshin, N. N.
KriRunchlk, A. B.; Kuchkin, M. D.; Preobrazhensskly, N. Ye.;
Reut, N. A.;
Kheytits, M. E.; Sharov, A. N.; Yakub, Yu. A.; Gorbunov, N.-I.;
Shurrrukhln,
V. A.; Beschinskly, A. A.
ORG: none
TITLE: Boris Sergeyovich Uspenskiy (on his 60th birthday)
SOURCE: Elektrichoskiya stantsil, no. 8,,-1966, 95-96
TOPIC TAGS: hydroelectric power plantv electric engineering
por-sonnol.
.SUB CODt- 10
.ABSTR&CT: B. S. Uspenskiy was born in June 1906. He graduated
from
the'State Electric Machine Building Institute in 1928 as an
electric
installatlon engineer. He worked in the State Electro-Technical
Trust
for four years, then In the All-Union Electr6TechnIcal Uaion,
where he
.planned power construction units. Plans which he made up at that
time
for the'electrical portion of electrical stations and
sub-stations are
still being used. He was Invovled in planning and installation of
the
electrical portion of hydro-olectric.power stations and powerful
piznplng
htations in the Moscow-Volga. Canal.' ZurIng tha'war? he was in
charge in
installation of the Krasnogroskaya Heat and Electric Power
Station, the
_.planning of the Urals Hydro-Electric Power Station and other
projects. He
'-XC(f NR
AP7007595
has bcon tho author'of thirty-three prinrod works, a great n=bor of
reviews, otc. Orig. art. has: I figuro. PRIS: 38,3
2/2
GHUFRAKOV, P.
On the Altai virgin lands. Pozh.delo 3 no.8:2-3 Ag 157. (MLRA
10:8)
1.Zamestitell nachallnika Upravleniya pozharno okhrwW.
(Altai Torritory~-Firo prevention5
CHUPRAKOV, P.
Consider all accomplished work. Pozh.delo 3 no.12:9 D! 157-
(MIRA 10:12)
1.Zamestitell nachallnika Upravleniyepozharnoy okhrany
Altayskogo k--aya, Barnaul.
(Altai Territory-Fire prevention--Inspection)
AUTHOR: Bugarev, L. and Chuprakov, V. 136-5-1/14
TITLE: Twenty-five years of Soviet Aluminium. (25 let Sovetskogo
alyuminiya)
PERIODICAL: "Tavetnye MetWZZ (Non-ferrous Metals), 1957, No-5,
pp. 1 - 8 (U.S.S.R.)
ABSTRAM. lu 19329 the first eomyn rcial aluminium was produced in
the Soviet Union. The events leading up to this and the sab-
sequent course of the aluminium. industry and relatid activi-
ties in the U.S.S.R. are discussed in the present article.
Many people connected with the development of the aluminium
industry in the U*S.S.R. are mentioned by name, but no refer-
ences are given. FiSires on energy requirements, production
costs and productivities are given. The development of alum-
inium-remelting (a 5-fold increase from 1945 to 1955) is
briefly mentioned: the quality of this product will soon equal
that of primary aluminium. The article concludes with a brief
review of future plans, which, in the sixth Five Year Plan,
are to be based on the utilisation of hydro-electric pover from
Eastern Siberian rivers, the Kuzbass and Eastern Siberian fuel
Card 1/2 resources and Targayskia-deposit bauxiies as well as new
sources of alumina-yie ing raw materials (alunites from Azer-
baydzhan and Krasnoyarsk nephelites). Equipment to be instal3od
Twenty-five years of Soviet aluminium. (Cont.) 136-5-1/14
in plant built in the sixth Five Year Plan will include
rotary
furnaces 4.5 - 5 m in diameter and 100 - 150 m long, tube
mills 3.2 m. in diameter and 15 m, long and high-current
mercury
rectifiers. The use of fluidisation techniques are to be used
for the treatment of ores. A methodfor the preparation of
aluminium. alloys directly from concentrates by reduction in
electric furnaces is also to be adopted.
AVAIIABLE:
Card 2/2
10-m-OLGLOLM-m- ALM-W-01
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all
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sim
C0311WOOM of gild caa4vottst. ba4ic clacavertaur and o -00
I"th stool. 11, P. Chichkanov said V la' Cl r. a,, 00
11, No. 11),
inverter tt"ll either arld or boulk-, diveloped asclui :0 0
hen xfond at -26'. Opco-lavaiih sterl avwx ulat Sul. Fee
Ptible. The Impact ressistiance all waverter %feel CUBS-
LI favWikWY With that of taimt-hearth steel at terup. -00
Jove -25% but below that the Impact resiAtmice ul coal.
!rtvr merl dropjwd rapidly while that ail hearth
IL W. "r,"
rel rVinal"M Brarly conli. 111nann
POE CLASSIFICATION
as a
Isoo
too
1900
goo
-00
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ties
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0 0 0 0 6004690090090000006090
AG3M F.Ya.; ALABYSHIV, A.F.; BAYMAKOV, Yu.V.; BELYAYBY, A.I.;
BATASHKV, K.P.;
BUGARRV, L.A.: VABIL'YNV, Z.V., GUPALO, I.P.: GUSIEDV, Y.H.;
ZHURIN,A.I.;
VWTUKOV, K.M.; KOSTYUKOT, A.A.; LOZHKIM, L.M.; OLIKHOT, M.P.;
OSIPOVA, T.V.; PERTSBY, I.I.; RU14YANTSEV, M.V.; STRELSTS,
Te.L.;
FIRSANOVA, L.A.; CHUPRAKOV. V.Ya.
Georgii Alekseevich Abramov. TSvet.met. 27 no.2:72-73 Mr-Ap
154411LU 10:1o)
(Abramov, Georgii Alekseevich, 1906-1953)
I'" !TTDTI,, V,~~T
A Ya.: "'election nroce~lurcs in intra-Pa,.-n. -:.-.matc
n:7
under conf~iti~,nc of tho
7~ ne of
.7
Y;cI-,ro,.-r Orl,r of 7--onin A,-,riculbarai ir-,?ni ~%
1. '--
it - L7- - I
10.n f0l' I 11!~ De~ 0 -,1,,
ree - I
f~ci-nce.)
ni7,hna~-a let on- !7C) -~O lvlff~, -c0--.
CHURAKOVA, I.M.. inzhener; BOLDYREV, Tu.N., inzhener.
Mechanizing the loading of sand and gravel into filter
presses. Bum.
prom. 31 no.12:21-22 D '56. (MLRA 10:2)
1. Vtoroy KELliningradskiy tsellyulozno-bumazhny7
kombiAat
(Filter presses) (Material handling)
CRUPEAKOVA,p I.No; 3OLDmWq ALA, - prepodavatel
R.estoring flow of artesian wells, Jkm. prom. 33 no;3
-'17-18 Nr 158;
(KM lIs4)
1, Nachallnik tnekba.vodommbshenlya vtorogo
Ulininaadskogo kamb..
binata (for Qhuprakvva)~ 'Z Xaliningradskly
tsel3,7ulosno-bumazhzWy
tekblnikm (for Bomyrevi.
(Artesian vellmY
CHLTRAKOVA. K.Ya.
Jejunocoloplasty inectensive resections of the
transverse colon.
Khirurgiia 32 no.6:58-62 je 156. (MLRA 9:10)
1. Is kafedry operativnoy khimrgit I topografichaskoy
anatomit
(Zav. - prof. N.N.Skobunova) Sverdlovskogo
meditsinakogo instituta.
(COLON. surg.
jejunoplasty in extensive resections)
(JWUNUM
-.~ojunoplmiWty In extensive resections of colon)
s/18o/62/000/003/005/ol6
E111/El52
AUTHORS: Glazov, V.M., Stepanova, M.V., and Chuprakova, M.V.
010scow)
TITLE: Contribution to the problem of the reaction between
dissolved components in ternary solid solutions
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye
tekhnicheskikh nauk. Metallurgiya i toplivo.
no-3, 1962, 58-62
TEXT: Anomalies observed in the Al'-Mg-Si system (Ref.2:
V.G. Kuznetsov, Ye.S. Makarov, DAN SSSR, 3, 1939, 23) prompted
the authors to investigate in detail the micro-hardness and
electrical conductivity of solid solutions in th6 systems Al-Mg-Si
M, Al-Mg-Ge (II), Cu-Cr-Zr (III) and Cu-Ni-Be (IV). W was
chosen to supplement available data for ternary systems at high
temperatures; (II) to elucidate the nature of the reaction
between magnesium and germanium; and (III) and (IV) for the above
reasons and because of their possible application as heat-
resisting alloys with a high electrical conductivity. The sections
with 99 and 99.5 at.% Al were studied in systems M and (II)
Card 1/2
s/18o/62/000/003/Oo5/ol6
Contribution to the problem of ... E111/E152
respectively; those with 95-5 at-% Cu in (IV); and with I at.%
Cu and 0.6 Zr in (III). Cast alloys were deformed and heat
treated. Polished sections and conduct*vity test pieces were
then prepared. The results indicate that there is chemical
reaction between the alloying elements in ternary solid solutions
which is especially marked when the ratio of alloying-components
corresponds to the appropriate compound. The nature of the
property-composition diagrams obtained can be explained on the
assumption *that the chemical reaction leads to lattice
disturbances localized at definite places, the distortion of the
lattice as a whole~being less than if the phenomenon was of
totally random character.
There are 4 figures.
SUBMITTED: January 2, 1962
Card 2/2
I
I is P. ~
A IL
1 A
f
w. I
S
2iiielva"It"I A
4t$
POM
1
16
AND At.
4PS
is
N
1
M
4
#L
of & ING&COT4,iftema an ON k1limt of
Chmodum-Widwil 1110111L V.
D.
M*U
~a
Vs. (Metallurg, 1939, No. 10-11.
n(N.
_
,
'
-
-00
0
authors lnvostlgatv~l the effeets of
jQ
~. IrGr
an
W"t)). (fiTIM
li
"
fferent Methods of quenching chromium-Weltel AMIX oil the,
l
00
amount of retained austenite. PAWe olr*n.headh steels of the
00
following compositions wem used in the investigation,
*0
(1) 42) (3)
-00
caresn' % . . . 0.38 0-40 0-30
so
Mwfwwm. 0. . 0-42
0.34 04' .
see
FAUCam. % . . . (144 0.16 ...
% 1.38 1-13 1.47
Ch
i
so
rosa
um.
0
' 3
3-6
7 3.2
Ass
3
0
0
.0
0
Mckel,
.
0.1210 0.007 ...
00
The amount,of retained austenite was determineil by a h4lliAtie
S
method, using an a standard a specimen quenehed in ice-cold
water
and then cook-d in Huj~id air to produce a minimum
retained
Altstewto content. --findnittv expenments showetl that
mixing
the maximum temperature from 82M)" to 950'C. had little
offect an
the amount of retained auxtenito. Quenching with
incomplete
followed by Mopped tempering, rvoult(41 In it
lowrring of
age
AM
the nuirtensite point of the
retainedaustaniteand WhW) tilt- tC111lK'riRL'
109
wax suffiviently prolonged the marterimito trannfornintion. on
cooling
,
10*
to nxim temperatuM WOM COMI)IOWN OfinlillAt(A. QU4'RChi11;f
AtMI
too
AS4.1LA
TALL112CCAL LITIMATLOE CLASSWICATIM
2!
.
see
ti
14tato Hit QKV 4411
U IV 10 Is
'9 K I it 9 It tt
0 0 41 0 0
4
0 0 0 0 0 0 0 0 46 0 0 0 0 0 0
0 0 0 0 0 6 0 0 0 0 0 a 0 0 0 0
0 0 0 0 9 6
-111
1114401
0
00
1) from a3b~ in'mediii wA' tealperatures front 2W to
WAY
00
showed that two maxima in the retained austenite content were
00
Obtained at SW-2W C. and 325-W C. with a sharp minintum at
00
00
MWC. Thew retained austenite famed at them twi nta behavett
i
00
04
differently on subsequent emling and tem1wring. ;71.
numtenite in
00
go
specimens quenched at 350* C. was much more
resistant to it-in-
0
pering titan thatinthomquenchedat.OWC. Specimennofnteel
00
00
- - -
(3) quenched in oil at W7~C. and in salt'.It were studied
so
00
00
with regarvi to the rates of decomposition a. the retained
auxtenite
0o
at tempering temperatures up to 700T. Inspecimeiis quenched at
00
1
2
"W* C. the auxtenite may pea through the firmt zone of rapitl
tranji-
00
00
formation at 3W4400 to undaVo isothermal
decomposition at
00
Of
650--700'C. Evidence wj a also obtained
reprdiniz rhi-qC8 (luring
00
00
secondary quenching. ie., cooling
after high-te- ~,Aq tiering.
*0
00
*0
00
00
00
~
00
00
00
00
.
00
0 0
0 0 0 0 0 0 0
0 o 0 0 o 0 a 0 0 0 0 0,10 0 0 0 0 0 & 0 0 0 0 0 00008000
~
OM -MIS
MH
17. F.-
The Effect of Ifeat-Treatment on the quantity of
Residual Austenite and its
Disintegration in the Tempering of Chromo-Nickel
Structural Steels
Trudy UFAN 10, 139, 1941
ZYTJZIN, V. I., CHUPRAKOVA) N. P.
The Effect of the Combination of Alloying tlements 6n
the Ainetics of
Isothermic Transformation of Austenite and the
Critical foint of
Hardening. Trudy M, UFAN 5~ 32, l9h5-
SADOVSIUY, V. D. ; CIMPRAKOVA-, N. P.
The Effect of Alloying Elements on the Impact Ductility
of Structural Steels
and the Phenomenon of Brittleness in Tempering.
Trudy uzi uvai 6, 3, 1945 -
CRUPRATOVA, X. P. PA 43/43T82
W W
III fit 11 V-611-91, UP AJ~ 4)
A 6 1 t ft H j it - L _X_A
__U_9_JL, -L *-QC W-A
A-- -,It- 1.11 ._ -.0 1. 11
rf--V+UPS V11, ONCIC111t) AND PleP181,11 XDrl
60, r/- - --
go
0o
of seemangsalty of an Intiot an the kinetiCs of
- 11
1)
i
Ch
ll
d V
&
N
00
alva an
.
m.
.
upra
.
t
.
Austerdle docompm
11 Is
S& lovskil. SW 8, study was carried
00
out on specimens taken
from var;ouis
go
,t
Ingot of a Cr-NI.Mo buk-brarth eel cont g )M'-T'j I
(C
, 1
11 -;
54
W
63
N1 1
M
C
1
-
.
o
.
.
r
.
Xlu 0.65, Si 0.37,
.
.
l fled
ut ma
littometricall
w
d
O
17
Th
o
as Ca
e stu
.0
Y
S
%.
g
y
add on tbe mirmstructure. No liquatiou of C. P, S,
Cr. NI, or Mo
was observed In the various zncs.
Them was a pronounced
dendritic liquatim. 'Me tran!-
t
formation of austenite Into peuvior-trowthe WW-1 fas est In
go
the upper part of the Ingot. The austenite decornfln. was
moft
Intense in the center than at the periphery. flainite
trandormatirm was practically 11w swune throughout the
Ingot as
was the mutensite point and the amt. of reshlual
austculle. The
stpn. of esevo (effite started fit (Ise axial
regions of the
Ittridritts, while the formation of pearlite.
ffmqtite started
In the infemxial re;"s. The halnite
d
it
s
i
l
i
f th
d
t
fo
d i
h
l
en
r
e
m o
e
n t
e ax
a
reg
trans
rmat
on s
arte
and was not affected by nonmetallic inclusions.
M. Ilosch
C
7 1R.II.A ITALLtiRGICAL LITIRATURN CLASSWICATFON
14no4o -4 %slow .1. 0.1 4.C
Ale 1.11 1 - P
I, I, If it It spot Nil 010 P91129 It
S a
00
coo
Coo
Ise
ve*
t t
0
-j Aj a 3 2
0
I- .- - , .~ .: ---- " , - . - -, .
18 (7) PHASE I BOOK EXPLOITATIO14 SOV/1340
A.kademiya nauk SSSR. Urallskiy filial. Institut fiziki metallov
Voprosy teorii zharoprochnosti metallicheskikh splavov (Problems
in
the Theory of Heat Resistance of Metal Alloys) Moscow, Izd-vo
AN SSSR, 1958. 160 p. (Series: Its: Trudy, vyp. 19) 3,500 copies
printed.
Eds.: Arkharov, V.I. and Sadovskiy., V.D.; Ed. of Publishing
House:
Rzheznikov, V.S.; 'Tech. Ed.: Novichkova, N.D.
PURPOSE: This book is intended for specialists in the field of
physical:hietallurgy.
COVERAGE: (Abstract of Article 1) The articles in this book
constitute
reports on extensive studies, conducted between 1949 and 1954 by
the
Institute of Physical Metallwgy at the Urals Branch of the Academy
of Sciences, USSR, and devoted to the development of a general
theory
of heat resistance. A strong need was felt for such a theory
because
of insufficient knowledge of the physical mechanism of deformation
Card lm
problems in the Theory of Heat Resistance of Metal Alloys
SOV/1340
phenomena occurring in materials at high tempel*atures and the
resultant difficulty of explaining the frequent difference in
behavior of materials under test conditions and under actual
operating conditions. The studies centered around the investjiga-
tion of two basic assumptions: 1) localization of the processes
of high-temperature plastic deformation in the zones of
structural
heterogeneity in a solid body xmdergoing deformation 2) internal
adsorption of certain dissolved addition agents in the vicinity
of these heterogeneities. -The combined effect of these two
phenomena on the heat resistance of the material is very
important, because they are both localized in the same zones of
the alloy. Actually, d6formation developp in zones Vdiere the
composition of the alloy, as a result of internal adsorption, is
quite different from the average composition of the alloy.
Another important.factor in this connection is the fact that the
effect ofinternal adsorption depends on previous heat treatment.
From this it follows that small additions, frequently even those
Card 2/ j~q
Problems in the Theory of Heat Resistance of Metal Alloys
SOV/1340
too small'to be detected by analysis,, may considerably change
the
heat resistance of the alloy, in varying degrees, depending on
the
heat treatment. It may be concluded that the main factor
determin-
ing the heat resistance of.a crystal is the interatomic bonds In
the lattice, which bonds change according to the composition of
the solid solution. The first stage of the investigations has
been completed and forms the subject matter of the present
collection of papers. Results indicate that the basic
assumptions
have been verified to a considerable extent. These -two
phenomena,
as related to such heterogeneities as transcrystallite joining
in
polycrystalline alloys (under specified conditions of
deformation)
have proved to be of decisive importance and can be used as the
basis of-h hypothesis on how heat resistance is affected by the
loc*alization of deformation and by internal adsorption of
addition
agents in the vicinity of the more minute structural
heterogeneities,
i.e., the elements of suberystallite structure (further work is
indicated in this direction). Article 2 of the collection gives
an
Card 31W
'Problems-in the Theory of Heat Resistance of Metal Alloys
SOV/1340
extensive treatment of the basis of attack on the problem of
heat
resistance as Investigated at the Institute, together with a
detaile*d discussion of the guiding principle underlyirZ all
aspects
of the study* Articles 3 and 4 attempt to explain the high
adsorb-
ability of small additions of a number of elements (e.g.. Mo,
Wo.
Cb, Ti, Al, B) in iron-chrome-nickel. austenite. Article kis
concerned. specifically with the diffusional mobility of one
of' the
main components of the alloy(nickel) in transcrystallite trans-
ition zonei, an important characteristic as regards heat
resistance,
inasmuch as plastic deformation at high temperatures
lapp*arently]
proceeds by a diffusion-type mechanism. Confirmation of this
hypothesis was obtained by analysis of experimental data on
high-
temperature stress relaxation. This analysis is the subject of
Article 10, whereas Article 9 is directly concerned with experi-
m?-sntal work on the meas&ement of stress relaxation. The
correla-
tion between'data on the transcrystallite diffusional mobility
of
nickel and on stress relaxation in the investigated alloys is
Card 4/30
7
Problems in the Theory of Heat Resistance of Metal Al' ;.-lys
SOV/134o
I
given in Articleill. Article 8 describes methods of measuring
high-temperature stress relaxation. Article 5 gives experimental
data on the effect of small additions of elements of high
internal
adsorbability on creep in solid solutions. In this study it Is
shown that under conditions of low stresses, when the
deformation
is markedly localized in the transcrystallite transition zones,
the adsorption-prone addition agent exhibits a strengthening
effect.
With high str6sses, when the deformation Is mainly of the slip
type
and is distributed throughout the crystallite, internal
adsorption
of the addition element ceases., but in certain cases of high
stress
the addition elebftt. may lower the resistance of the material
to
flow. Additional data on this question are given in Articles 6
and
14. Article 7 presents the results of an attempt at experimental
microinterferometric; confirmation of the occurrence of changes
in
the distribution of strain in the grain of metal conUining small
amounts of addition agents. The first small additions produce a
marked effect on the deformation, which (with low stresses) is
Card 5/14
7
Problems in the Theory of Heat Resistance of Metal Alloys
S011/1340
localized at the intercrystallite boundaries; the alloy is
strengthened. An increase in the amount of the addition agents
results in a coarsening of the crystallites, which increase the
rate of flow. These results also agree with the basie,
hypothesis
concerning the effect of intem-al adsorption on heat resistance
and supplement the hypOthesis with indications of the range of
strain conditions under which the adsorption phenomenon plays a
significant role. In the course of investigating s .ress
relaxation,
an unusual it effect was observed in certain alloys, namely
negative
relaxation , consisting in the M:owth of stresses with time,
instead of the usual natural decrease. This effect has been
explained by assuming that under the conditions of the
relaxation
.phase transformation takes place in the material., resu2ting
test a
in a lowering of the specific volume (discussed in Artii,le
12).
ThIs'-erfect teceived further confirmation in the study
reported in
Article 13. In Article '16 the author examines the
p~)ssibiiity of
extending the basic idea of these invest4gations to
subcx-jstallite
structural heterogeneities, especially to those-Which atise and
d.evelpp-in aging. Since the majority of heat-resistant alloys
undergo aging, the internal-adeorption phenomeon becomes a
problem
of great importance.
Card 6/ 3-0-
-7
'Problems in the Theory of Heat Resistance of Metal Alloys
SOV/1340
TABLE OF CONTENTS:
1. -Arkharov, V.I. Studies Conducted by the Institute of
Pbysical
Metallurgy at the Urals Branch of the USSR Academy of
Sciences
in the Theory of Heat Resistance of Alloys 3
2. Arkharov, V.I., and M.V. Yakutovich. Heat Resistance and
Internal Adsorption in Polycrystalline Alloys 7
3. Arkharov, V.I., S.I. Ivanovskaya, I.P. Polikarpova, and
N.P.
Chuprakova. Investigation of Irregularities in Frontal
'D1rh~1_onof Nickel in P61yorystalline Iron-Chrome-Nickel
Alloys 1 23
.4. Arkharov, V.I., and A.A. Pen'tina. Effect of Internal
Adsorption on Parameter Changes in the Grybtal Lattice of a
Heat-resistant Alloy with Changes- in the Size of
Cryntallites 43
Card 7/1b
I
22547
J() 01(ot N III 14T4 S/129/61/000/005/003/003
E073/E535
AUTHORSz Sokolkovo Ye. N., Petrova, S. N. and Chuprakova, N.P.
TITLE: Influence of Plastic Deformation in the Austenitic
State on the Properties of Constructional Alloy Steels
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
1961, No.5, pp.12-14
TEXT: The authors investigated the influence of high
temperature plastic deformation on the mechanical properties
under
tension at sub-zero temperatures. In earlier work (Ref.l:
L~ V. Smirnov, Ye. N. Sokolkov, V. D. Sadovskiy, Trudy
instituta.
fiziki metallov; No.18, 1956; Ref.2: Ye. N. Sokolkov,
L.V.Smirnov,
Metallovedeniye i obrabotka metallov, No.3, 1957) it was
establish-
ed that thermomechanical treatment weakens the tendency to
temper
brittleness. M. M. Shteynberg and A. A. Popov (Ref-3t
Zavodskaya
laboratoriya, No.11, 1952) found that constructional alloy
steel,
which is in the temper brittle state, fractures along the
boundaries of the austenitic grain is a result of tensile
stresses
applied at low temperatures. For the experiments a Cr-Mn-Si
steel of a high sensitivity to temper brittleness was chosen
(composition: 0.30% C, i.o6% Cr, 1.2% Mn, 1.05% Si, 0.02% P,
Card l/ 4
22547
Influence of Plastic Deformation ... S/129/61/000/005/003/003
E073/B535
0.023% S). Plastic deformation was carried out at 900, 1000,
1100 and 12000C on a laboratory hand-operated rolling stand.
The
rolling speed*was 5.7 m/min, the reduction was 30%. Blanks
10 x 10 x 55 mm were heated to 12500C in graphite tubes and
held
at this temperature for'one hour (the increased heating
-tempera-
ture ensured observation of failures); following that, the
blanks
were cooled with the furnace to 1200, 1100, 1000 and 9000C. A
part
of the specimens were then subjected to rolling from these
initial
temperatures, whilst another part was quenched in oil. For
fixing
the structures produced as a result of plastic deformation,
after
rolling the specimens were rapidly (0.3 to 0.4 sec) quenched.
From both types of specimens tensile test specimens of 3.5 mm
diameter were produced. Preliminarily all the blanks were
tempered at 5500C for 2 hours. The tensile tests at -1950C were
carried out in a special attachment fitted to the test machine
14rl-t+,P (IM-4R). The results are plotted in Fig.1, the real
breaking strength s k' kg/mm , the elongation y,%, 6,% vs. hot
working temperature, 'C; whereby the dashed lines apply to
ordinary quenching (without hot working), whilst the continuous
Card 2/ 4