SCIENTIFIC ABSTRACT KRIVORUCHKO, R. A. - KRIVOSHCHEKOV, G. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826610005-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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.1 ~,

AXIMOVA. R.N.; KRIVORUCHKO. R.A.
------ 1~
qualities of erythrocyte@ preserved In alcohol-glucose-citrate blood.
Probl4gemat. I perel.krovi I no.2t45-48 Mr-Ap 156. (MLEA 10il)
1. Is Wyovskogo nauchno-i z sled ova tol I skogo Institute perelivanlys
krovi (dire - doteent D.G.Patroy)
(BLOOD RAM,
erythrocyte mass preserve in alcohol-glueoRe-citrate blood)
(ALCOHOL. XTHYL
alcohol-glucose-citrate solution for erythrocyte wises
preserve)
(GLUCOSI
same)
(CITRATIS
same)

V
r I
"Transfusion of Alcdbolwalucose-Cltrate Blood in the System
of Complex Treatment of Patients With Suppurative and Septic
Diseases," by R. A. Krivoruchko, Llvov Scientific Research
Institute of Mo -Transfusion (director, Docent D. G. Petrov),
Probl= Gematologii i Perelivaniya Krovi, Vol 2, No 9, Mar/Apr
57! pp 49-53
Transfusion of alcohol-glucose-citrate blood is effective in the com-
plex treatment of patients affected vith suppurative and septic processes.
One of the advantages of alcohol-glucose-citrate-blood transfusion is the
reduced frequency of posttransfusion reactions. Transfusion of alcohol-
glucose-citrate-blood contributes to the building up of immunobiological
forces in the organism, normalization of the composition of the peripheral
blood, activation of phagocytosis, and a decrease of the virulence of mi-
croflora. Transfusion of the above blood does not disturb renal function.
(U)
5 a
IRSE ME w1KW1-w"1-9n'3:-K

C~k
AKIMOVA, R.H.:AQUVORUCHKO R.A.
Two-stage method of preparing an alcohol-glucose-sucrose-citrata
suspension of erythrocytes* Probl#gemst. i peral.krovi 2 no;5s
51-55 S-0 '57- (MIRA 11:1)
1. Iz Llvovskogo nauohno-iseledovatqllskogo Institute, parelivanire
krovi (dire - doteent D.G-PetroO
(BIDW TRANMSION
alcohol-glucone-seecharose-eytrate suspension of
erythrocytes, two-stage method for prep.)

MVOR70CHKO, R. A. 9 Cand Med Sci -- (dies) " Transfusion
Oaftwd
of alcohol-glucoee-citrated blood in the '-Arl"etl of ~;4~
treatment of patients dith suppurative and septic diseases."
Llvov,1958. 16 pp (LIvov 6tate I-led 1n3t) 200 copies.
(Y,L, 12-58, 102)
-93-

YAYES, S.B.; KUCHUX, A.P.; KRIVORUCI.70, R.A.; SHIMANSKAYA, B.M.
Transfusion of blood preserved with cation exchangers and its
erythrocyte mass in hypoplaatic states* Sbor. trud. L'vov.
nauch.-Inal. inet. perel. krovi i neotlozh. khir. no.41
155-161 160 (MIRA 16:12)

YAYES, S.B.; NOVIKOVA-DANTSIGER, T.I.; AKIMOVA, R.N.; KRIVORUChTO, R.A.
State of hemopoiesis and gases of the blood in transfusions
of blood preserved with cation exchangers following hemorrhages.
Sbor. trud. Llvov. nauch.-issl. inst. perel. krovi i neotlozh.
khir.no.4tl68-176 160 (MIRA 16:12)

PMMOVp D.G.# doteent; KRIVORUORKO, R.A.; TURCHINp V,L,; YEMNA, V.D,
Centralized supply of flasks with factory produced blood preser.
vativeo. Probl.gematA perelskrovi. no,,7s5O-53 161, (MIRA 14t9)
go inu-4ituta peroli-
1, Is L'vovskogo nauchno-iseledovatel'sko.
valrAya kravi (diro - dotsent Me Petrov)*
(MMD-GOLL=011 AND PPMMVATION)

PETROV, D.G., dctsent; KRIVORUGHKO, R.A.; MAMISENKOP V.i.
Method for individual bacteriological aterility control of preserved
blood. Probl. gemat. i perel. krovi no.10;58-60 162.
(,M,IRA 17:12)
1. Iz I,Ivovokogo nauchno-ionledovatel'skogo instituta perellvaniyu
krovi (direktor - dotsent D.G. Petrov).

,.KPIVCrilTJCHKO, R.t.
Amino acid com1caltion of a plaientA hydrn,yeate, Gemat. 1 yervl.
k-rcyl li79-92 16,~O (KIRA 18:10)
1. l'vcvekl7 !-r-61,ltiit kreml.

ACCESSION NRs AT4036059 8/2781/63/000/003/0199/0206
AUTHORSs Volkovs Yao 7.1 Tolok, V. T.i X#Vorudbkov S. X.
TITLE: Plasma of Theta pinch in a magnetic.grid
SOURCE: Konferentsiya po fizike plazmy* i problemam upravlyayemogo
termoyadernogo sinteza. 3d, Xharkov, 1962. Fizika plazmy* i prob-
lemy* upravlyayemogo termoyadernogo sinteza (Plasma physics and
problems ,)f controlled thermonuclear synthesis); doklady* konfer-
entsii, no. 3. Kiev, Xzd-vo AN UkrSSR, 1963, 199-206
TOPIC TAGS: plasma pinch, plasma confinement, magnetic mirror,
plasma stability, plasma decay, plasma physics
ABSTRACT; Experiments were set up to ascertain the confining abil-
ity of a magnetic grid without a longitudinal field, where the
plasma is in'ected from the ends of the chamber* Another purpose
of the experiment was to compare ibe stability and cleanliness of a
qCard lls

ACCESSION NR: AT4036059
(D-pinch plasma with a peripheral field and without it. The experi-
mental setup and the procedure are described. Measurement of the
lifetime of the plasma with density above 6 x 1013 cm-3, and of the
intensity of the peripheral field B between neighboring conductors
at zero longitudinal field, made at(Pa constant pressure of 13.3 n/m2,
has shown that the confinement time increases from 20 to 70 micro-
seconds as the field is increasqd from 0.5 to 24 x 104 A/m. The
existence is proportional to B2/3. Superposition of the field of
1P
the magnetic grid'on the () pinch apparently decreases the instabil-
ity; the particles are lost predominantly through the magnetic gaps.
The amount of impurity (from the walls) in the discharge decreases
with increasing B4) , and the amount of absorbed hydrogen released
from the walls also increrses.'--it in pointed out that the results
of these experiments are still preliminary, in view of the small
diameter of the chamber and the small values of the magnetic field.
Orig. art. hass 6 figures.
Card 2/5

ACCESSION NRs AT4036059
ASSOCIATIONs None
SUBMITTEDs, 00 DATE =Qs 21Xay64 ENCLs 02
SUB CODEs ME NR REP SOVs 005 OTMMs 003
Card 3/5
lap'.

A.CCESSION NRJ AT4036059 INCLOS= o1
2
Thaw-pinoh plasma in a magnetio field
Card 4/5

ACCESSION WAS AT4036059 02
JV
Dependence of plasma lifetime on the magn~tio field
intensity in the gap.
C&r4 5/5

VOLKOV, Ya.F.; TOLON, V.To; XMCRUCHKO, S.M.
0-pinob plaama in a magnetic not. Zbur. tekh. fis. 33
no.9:1093-1097 S 163, (MIRA 16:11)
. . . 1. .

XRIVORUCTIK VIROZUB, Te.V., otvetstvann7y redaktor; ANDRSTEV, S.F.,
-Tp
ekhnicheekly redaktor.
[Coke oven meohanic) gashintat koksovykh pachel. 2-e Isd. Kharlkov,
Goa. nauchno-tekhn. Izd-vo lit-ry po chernoi I tevetnoi matallurgli,
1954. 256 p. (nu q:1)
(Coke Industry)

~~IVORUCHKOj Semen Semenorichj DORFW, G.I.t otv* red.; KMB'SKIY#
.. Legap -red@ Izd4~*__AWDRKWv B.Pov tekhn. reds
[Operator of a ooke-puohing machine; manual for on--the-job
- training of qualified workers) Hashiniat koksovytalkivatelia;
uohabnik dlia podgotovki bralifitsirovannykh raboohikh na
proizvodstva. Mzrlkoyp Gos.nauohno-takhn. izd-vo lit-ry po
chernoi i tovetnoi metanurgiip 1961. 173 p. (H~MA 14:6)
(Coke industry-Equipment abd supplies)

11RIVORUGHKO, Semen Semenovichp VOLIFOVSKIY, G.M., otv. red.; LIEOPWM ,
S.S., red. ixd-va; ODREM, S.P., tekhn. red.
(Individual and crew training of the mason In the refractory
laying of coke ovens] Kamenshchik ogneupornoi kladki kokoso-
vykh pechei; dlia individuallno-brigadnogo obucheniia rabo-
chIkh. Moskva, Metallurgizdat, 1963. 216 p. (MIRA 16s8)
(Coke ovens)

-F"'.CERPTA YEDICA SES 8 Vol 12/2 Neurology Feb 59
777. MUSCLF POWER IN PRE-SCHOOL AGFS (Ilussian text) - Krivoruchko
T. S- - UCIL ZAP. KALIN. IIEDAGOG, INST. 1956, 5 (57-531
It was -so-U-9-hi to determine the characteristics of the muscular power in children
under school age and to elaborate the conditional average group norms or
muscular power wherchy it would be possible to assess individually the degree of
development of the muscular power of the hands of a child under school age. The
results of investigations carried out in 127 children under school nge who wese in
kindergartens during 1949-1950are cited. The examination was made by means (if
a hand-dynamometer of a site to suit the child's clenched hand; the data olitained
were elaborated statistically. Simultaneously other anthropometric investigations
were carried out. The results of the investigations are tabulated. The muscular
power of pre-school ages shown a steady Increase, the Increase with eich year
being rather greater in boys than in girls; training in of decided importance* in the
development of righthandedness. The author considers that by active inculcation
of habits, physical training and teaching the muscular power of both hands can be
adequately developed. (S)
A

KRIVORWHKO V.
The brigade of Ivan Xrpmaranko. Stroitell n0-10:6-7 0 '57.
(KIRA 10: U)
(Cowrete construction) (Blast furnaces)

KRIVMUCHKO. V.D.
Determining the speed of erythrocyte sedimentation. lab. delo
3 no.1:28-29 Ja-Y 157 MRA 10:4)
1. Is kafedry vtoroy gospitalluoy khirurgli Toyenno-morskoy
maditainskoy akadeali.
(IRYTHROCYTIS)

PAVLENKO, P.A.; KRIVORUCHKO V.D KRYNSKAYA, N.B.
Blood sugar in gastric cancer patients. Sov.med. 26 Ao.8:63-67
Ag 162. 0CM 15:10)
1. Iz khirurgicheskoy kliniki usovershenstvovaniya vrachey No.
(nachallnlk - Prof. I.D.ZhItnyuk) Vovenno-meditsi-nskoy ordena
Lenina. akademii imeni S.M.Kirova.
(BLOOD SUGAR) (STOMACH-CANCER)

J I Olie, 4
F11, Olj.~I
S lid il~
Ij
k~:Id I

: k ',i' I ~ ~, I ~ 6 "
~,urroSlcln (If gillconized tantalum. Silironlzir,~ ',; ~-,
fl- r -4 i 1, 1 - - z , ~ "
- I , ; g. '. , ~z i - ~ ~ ~ ,
I : I-, ~,._ - 1. 1 . . I
- -, - - " -I ~, r 'i'1 -
..,
I -1J [. P,

'W11 W
~.L 3434-66 (m) /VTC/ZPF (n) -,2 /0;,,(3 (m) /FDIPQ
ACCESSION NR: AT50248711 LrF/0000/65/000/000/0045/0055
AUTHOR: Ivanov, Ve Ye.; ethiporenkot Ye. PVII Zmiy, V. I.j,Krivoruchko, V. M.~'
I'V5 Yy/ 5
TME! On the vacuum Milicanixim of refractory metals
.1~ 'W's. 1~
SOURCE: AN UkrSSR. Inatitut problem materialqvq4V_q
_Jya~'Diffuzionnyye pokryttya
as metall-a" (Diffusion coatings n metals). Kiev, Naukova dumka, 1965, 45-55
TOPIC TAGS: metal diffusion plating, silicon, refractory metal, silicide.
activation energy
ABSTRACT: The kinetics and mechanism of case-formation were investigated for Mo
opecimens measuring 40x10x1 mm vacuum-s'iliconited at 1-10'5 mm Hg by being covered~
with Si powder and heated at 1200-1350*C..Metallographic and radiographic exami-
nation estwblished that the formation of molybdenum silicides occurs in the follow-i
ing sequence,:,
--- M0_+ 0' "038' + S' -4 M059i 3 4- SL - MoSi2
at the corresponding phase interfaces, I.*. the forma:~Ion of Mo$12
is due to the
Card 114..

L 3434-66
ACCESSION NR,, AT5024871
lower silicides. Plotting of the curves of isothermal Srowth of the layers of
and MQS'2 at t250*C revealed that the increase in their thickness with tim
."o
f0i a a parabolic law. This was verified by vacuum-siliconizing specimens of Mo
W Ta in aturated Si vapors. The resultiag curves also proved to follow a p&-37
1 raboli~ -lawl-If growth in layer thickness as a function of time, thus confirming
jthat the diffusion of Si is the determining factor in the rate of silicanizing.
On this basis, the activation energies for the diffusion of Si in Ho5Si and
3
Mosi were calculated to be QM053i - (126,000 + 12,000) cal/mole and
2 S12
~(57,600 + 6,000) cal/mole,'r 'es~ectiveiy. Experiments to determine the effect of
~the presence of a temperature gradient between the box (1250%) and the specimen
(12DO'C) on the growth rate of the MoSi layer (see Fig. Y of the Enclosure) re-
2
,vealed that, if the metals are siliconixed in a box with a temperature gradient,
the siliconizing rate decreases with increase in temperature of the specinen and in-
;creases with decrease in this temperature as compared with the temperature of the
box, while the growth in caso-thickness follows a parabolic curve. Orig. art. has:
10 figures.
kSSOCUTIONi none
2/4
Cord

;-Card 3/4

L 3434-66-
ACCESSION HR: AT5024871
Fig. 1. Diagram of setup
1- - furnace-.- 2 --thermcouple; 3 ape-cimen; 4 box; 5 Al
203 ring;
6 - furnace lid; 7 stainless-steel cooling pipe
4/4
Card

15749 ~6 E,,,,,r(m)/ETc(f)APF(nl-2/E~r,(ri)/E~lk(d)/C-'~,.P(t)/E,~.T-(z)/s',T(b)
W A3 AT5.027941
SOURGS'GODSs MV0000165100010001005310059
I,JP(C) J3D/JG/G3
AUTHORi NqobA (WoUr of technical saisnass) i Mrivoruchkas V, JW
Ydtrofanoy A. 8,1 Pbliivisevp D. of
L
I none
TITL13s Silloonizing of refractox7 metals
SOURC91 Sft'nar
pokr Iya (deato-resistant i~gs trudy seadnarae L49nin&radp Isd-vo Naukat
Ti7,
TOPIC TAGSs solybdenump tantalum# tvnpten,, heat diffusion
ABSTELAM t The kinetics and the-mechanism of siliconizing of refractory metals in 4~
4 -facuum under stablUxed conditions-(5-50 hre) were studied previously by 1. 19.
Ivanov and the authors (FMq l7# 6p $Up 1964)* The purpose of the present work
i W" to study the initial stages of all1conizingand to determine the paremete"
controlling Us rate of WO oomplex process. A foil plate (0o1 a 10 x 20 mm) and
o7lindrioal (0*5 us diameter and 20 long) eamples of .-Mo. It, and V were covered
1113

L 15749-66
'AGG Iffis AT5027941 ------
by powdered (grain size' 5-10r) silicon" loontaining (in %) 99.9206, sit 0.0009 ho
0.02 All, 0.004 Mgs 0.04 Cap W%~12 Za, 0.0012 Qro 0.0001 Its 0.0013 Sao
and 0.0025 Pot placed Into a molybdenum vessel and carried into a preheated vactnm
electrical furnace (I x 10-5 M Hg) througb a lipeolal forechambers The stuo vu
made at Ms 1250p and IM, v1dob were registnred by a Pt-Pta thervocoMple and
an EPP-09-type automatto potentiometer, The increases in weigbt (in mg W) of
siliconized samples were determined aftsor various exposures (t In minutes). The
ourvas for wet gb"norsase _veraue -time were --plotted - for- lf*-o -1250p- &M-13000g-wid-
subjected to an X-ray ffraotion stuavol 2 During eiliconizing Of
1Mo at l250Cj 'the M03SI PhAss was formed first, then C&Rer 25 minutes) the K65SL5
phase appearedo and the MbS12'was formed after 150 minutes. The intervals betvaim
the formation of various phases decreased with increasing temperature@ a the
'MoOi ;6&ae at. 12000 appeared after 310 minutesp at 1250C after 25 niilutesg and
the 1;9SL2 Phase was formed at 1.3000 after 5-6 minut-is, Me process was a similar
i one durin g ailiconi zin C of Te. and V except for the -~'aot that some phasse 9 Which
should hns, been present according to the phase diagrams did not appear at all*
Only Ta $I and Taft "" formed during siliconizing of Ta ( A and T`23i were
aboei.005J Ue WgSI3 ;9Z appeared first and W~ later during7atke. silloool C of
a
~We After *at& Uikdng the pb#Ao equillbrIum, a chemical composition of the lam
2/3

L
1 AGO fiRs AT5027941
did not change, The Points of Inflection on the curve# indicated the fomationcto.
subsequent, now, higher yhasso The W331. and ?S053i3 Fhases grow according to the
parabolic law. The rate of olliconizing was thus controlled by dif-rusion., even
during the initial stnges of the process. Orig. eLrt. has& 2 figures*
SUB COMs SUBM DAT31 2DJul65/ aaQ RUs 009/ DM RM Oa

A 12058-w(h - _EWr(Z)/F_VZP4t)jEW_(b)__.. IJPC,-) -. JD1JG1WB_____-1__ - ------ -_
ACE NR, A 6001,102 souRCF corw: UR/0,16.1/6.5/001/008/1.3r),1/1359
AUTHOR: Ivanov, V. Ye.; Nech(yoj~~no, Ye. P.; ZpllyVl - Krivoruchko. V. M.;
Verkhoro'bin, L F. -, Aleksandrov, 0. hl.;, Mitrofanov, A. 1101!~ se
S.; ~t
Cs tko-tekhnicheskly
ORG: Ph~sicotechnfcjjl Institute, &adeWv 2f Wenc rM (Fiz
institut Akademii nauk UkrSSR)
TITLE: Study of the oxidation kinctlCp of molybdenum disitivide at 1500 - 1800C
ri J--41 ~tj-
no. 8, 1965, 1364-13W
SOURCE- AN SSSR. Izvestiya. Nearganicheaklycmaterialy, V.
TOPIC TAGS: molybdenum compound, aflicide, oxidation kinetics, silicon dioxide
ABSTRACT: Molybdenum distlicide samples (prepared by stifelding molybdenum at 1250,
1300, and 1350C) were oxidized for 10 hr at 1500 and 1600C and for I br at 1700 - 1800C.
The oxidation Is represented as follows: JI) SMOS12 + 702--v Mo6Si3 + 75t02, (2) ZM0312 +
702 --o.- 2MOO3 + M02. X-ray analysis shows that reaction (1) predominates over (2); the
latter is of decis!ve importance at the start, when the St02 film is formed. The increwase In
the oxidation rate is+related to [he orientation of the crystals. The structure of hlo% may
considered to consist of layerelbf silicon arKI molybdenum atoms alternating in the direction
of axis c; If It Is kapt In-mi-60-that thi bonding forces between like atoms in a layerareweaker
than the forces between the layers, the layer orientation parailel to the surface (MoS12
Card 112 UDC: $46.771281

L L"OrA-66
ACC NRj AP6001302
samples obtained at 1250 and 1300C) will cause a lower oxidation rate than in samples where
the layer orientation is perpendicular to the surface (ailicides obtained at 1350C). It is
concluded that the oxidatiun rate of MoS12 Is affected by many factors, but It has not been
possible to determine which Is the most important one. Orig. art. has: 2 figures.
SUB CODE: 07, 11 SUBM DATE: 24UWS ORIG REF: 006 OTH REF: OW?

L 27562--66 BT(ri)/EWP(t) IJP(c) JD/3G,~0
ACC NRt AP60111688 SOURCE CODE: uR/0363A5,
AUT11OR: Ivanov, V, Yeo: Nechiporenko, Ye. P.; Kriv ruchko. V. H.: Zmiyj-_Y. Is
x1trofano L Aleksandrov, 0. M.
ORG: Physicotechnical Institute AN Ukr55R_(Fizlko-tekhnichoskiy institut AN UkrSSR)
TITLE: Oxidation of tungsten d_isilijacide &t 1500-180000 temperatures
-20
SOURCE: AN SSSR.1 izvestiya.~INeorganicheskiye materialy, v.. 1, no. 8, 1965, 1360-1
TOPIC TAGS., tun,gsten compound, silicidep oxidation kineticat silicon, molybdan=
compound
ABSTRACT: The authors carried out an investigation of the o~ddation kinetics
of tungsten disilicide over the temperature range 1500-IMOOO. Tungsten of
99-95% purity and 99.999','* pure ailicon,were used for the investigation. The
oxidation kinetics curves are parabolas. The effecto of preparation tempera-
;ture and homogenization time of tungsten disilicido specimens on their oxida-
tion rate was studied. It was shown that the oxidation rate Of 14S12 at
1500-1700PO is approximately the same as that for MOSi2- It is even somm4hat
2 at lWG'
lower than. that for MOM Orig. art, has: 2 figures and 2 fonwalas,
[Jmij
SUB CODE: 07 / 'SUBM DATE: 24MV65 / ORIG rw: oo3 / On RFF.- oo5
Card 1/1
UDC: 546-78t281

50UME; CODE:
AUTHOR: Ivanov, V. Ye.j. NechiDorenko. Ye. P.; Krivoruchko. V. Mt;-ZmiY, V-.I#'
Altrofanov, A. S.; Aleks~Lndrov,-QAAN
ORG: Physicotechnical Institute AN UkrSSR (Fiziko-tekhnicheakiy institut AN UkrSSR)
TITLE: Oxidation of tantalum disilicide at 1400-1600*C temperatures
SOURCE: AN SSS F ya.
RJ Izvesti '2"7 Neorganic 2skiye materialy, v. 11 no. 81 19651 1364-13
TOPIC TAGS: tantalum compotind, eilicide, oxidation kinetics, silicon
ABSTRACT: , Up to the present day there are no systematic investigations on
the oxidation kinetics of tantalum disilicido at high temperatures. The
,purpooe of the present study was an examination of the oxidation kinctica
of tantalum diailicide at VtOO-16000C temperatures. Tantalum of 99-95%
.purity and 99.99% pure silicon were used for the investigation. Tte effects
of specimen preparation temperature and extent of their howgenization on
tho oxidation rate were estabUshed. The oxidation of TaS'2 specimens in
Ahe initial stage conforins to a straight-line relationship. After some ape%-.-
.irio period of time a sharp riee in the opecimen oxidation.rate sets inp
which loado to their failure. The fundamental feasibility' of raising the
ttantalum dioilicido's beat residtanos up to 160000 was demonstrated.
Orig. art. has! 3 figures. (JPRS) --
SUB CODE-. 07 / SUBM DATE-. 24Xay65 ORIG REF-. 002 / OTH REF-. 003
Card UDC, -546-8831

NRi _1~ -31 SOURCE C 0 ff _U q0_ 76-Vi-TO-11
ct" AP6 JL)"'j(3"-_--1D /n
A
,(fr f -
e.; Nechipore Krivoruchko V. M.- Verkhorobin, L. F.;
AU171OR: Ivanov, V. nko, Ye.
Mitrofanov, A. S.; Poltavtse,v, N. S.
ORG: Physicotechnical Institute, Academy of Sciences UkrSSR, Kharkov (Fiziko-tekh-
nicheskiy institut Akademii nauk UkrSSRT_ 5_)~ 41,9
TITLE: Effect of additives on the kinetics of the ailiciding of molybdenum in
vacuum 6
SOUPCE: AN SSSR.
2212-2218
Izvestiya. Neorganicheskiye materialy, v. 1, no. 12, 1965,
TOPIC TAGS: refractory metal refractory coating, molybdenum, silicon, molybdenum
disilicide, oxidation 11 esietance 411
ABSTRACT: Inasmuch as the coating of refractory metals with molybdentuift disilicide is
known as a prospective method for preventing high-temperature oxidation,-the effect
of some additives on the growth rate and the structure of the silicide layez on molyb-
denum was studied. It was noted that properties of the disilicide coating (including
brittleness and an inadequate thermal stability) may depend on the preparative methcd
and on the purity of the initial materials. In this study the silicide layer was
produced on molybdenum sheetland wire 0.1 and 0.5 mm thick, respectively$ in vacuum
by beating at 1250C. Molybdenum of 99.95% purity, 99.999%-pure silicon and commer-
Card 1/2 UDC: 546.281

ACC NM AP6001239
cial silicona KR-O and KH-1, 99.0 and 98.0% pure, respectively, were used as Initial
,jo,iding cells. The growth rate, structure and phase composition
materials fo~, s1V of
the coatings & ned were studied b* gravimetric, metallographic and x-ray methuds.
The-e-f-fe-FE-of Al-I'Ve"lCu-lTilland B'Ased as additives, and of the residual gas pres-
sure was studied. It was found that the presence of small amounts of Al(1-3%) in
1~~dered silicon cause3 the formation of a ternary compound Mo(9i, A.1)2 with a hexa-
gonal structure, the grovth of which is expressed as a linear dependence on time.
The presence of the other additives studied, with the exception of Ti, results in a
decrease in the growth rate of the MOSi2 layer and does not affect its structure.
The residual- as pressure does not affect the silicide layer growth, if it is within
1.10-6_1.10 t mm Hg; at 1.10-3 Mm Hg' the rate slows down 3-4 times; at 1.10-2 mmH&
disilicide is not formed at all, and only the M03Si phase is formed. Transition of
the dark and opaque hexagonal disilicide Into the silvery tetragonal- form -on- prolonged
-heating -vas- observed; -- Orig.-arv-. -Yas - -4---figures and 3 tables.
SUB CODE: OT, U/ SUBM DATE: 1OApr65/ ORIG REF: 007/ OT1I REF: 006/ ATD PRESS:
Card 21RI-)Id

1 532-1-66 E=.M) /F~lgp(j lp,,Tr./FpF (rj) -;) jFWrj 4M).jig-jr. ( t-.tZ;1P (h) TJR ~1 .7
ACC NR_z
AP5026274 UR/0226/65/000/010/0067/0070
AUTHOR: Nechi orenko Ye. P., Krivoruchko ; Mitrofanov, A. S. -
V. M. _7
tf, s ~'l Y,I
TITLE: Siliconizin&.of refractory metals under nonequilibrium conditions
SOURCE: Poroshkovaya metallurgiya, no. 10, 1965, 67-70
TOPIC TAGS: siliconizing, refractory metal, ailicide, Toly �J_qnym compound, aluml.nn
containing silicon, chemical bonding
ABSTRACT! The kinetics of the formation and growth of the silicides of refractory
metals in a complex physicochemical process. In such cases, chamosorption is fol-
lowed by growth of the layers of the products of the chemical reaction, with even-
tual rise of an equilibrium at the phase interfaces, i.e, constancy of the concen-
trations of the chemically bound components. This picture is markedly complicated
when an insignificant amount of a third element takes part in the reaction or when
the system of the layers that form is a multiphase system. In thin connection tile
authors describe the results of an investigation of the kinetics of the vacuum sili-
conizing of molybdenum in tile presence of a small amount (1.0-1.2 wt.%) of aluminum.
dispersed in t!je silicon. It is choun that Itt the absence of an equilibrium conce
tration of '_ St"At the phase interfaces during the initial stage of siliconizing,
the growth of the silicide layer in time obeys a rectilinear law, because Al, which
Card 1/2

-66
ACC NR, AP5026274
has a higher vapor pressure than St, interferes with the supply of Si to the reactiog
surface. This happens only In the Initial stage of the process, since equilibrium
conditions begin to net in as the layer thickness increases, and the Al Is gradually
eliminated under the conditions of vacuum siliconizing. It to further shown that this
rectilinear law of growth prevails not only in the case of compact and sufficiently
thick single-phase layers but also for multi-phase layers, also because of the ab-
sence of an equilibrium at the phase interfaces (i.e. because of the variability of'!.
the concentrations of reacting substances). In this cane) too, as the thickness of
each phase and of the entire layer increases, an equilibrium sets in and the recti-
linear law of layer growth is superseded by the parabolic law. Orig. art. has: 4
figures.
ASSOCIATION: Fiziko-tekhnicheskiy institut AN VkrSSR (Ph sico-Techniral Institute of
SUBMITTED: 22Nov64 ENCL: 00 SUB CODE: HN, CC
NO REF SOV: 002 OMR: 003
2/2/1
C d

GOVONY VA, inzh.;, ISMAILOV, I.M... kand.tekhmauk; XARHU'KWEDOVp U*Z6, inzhe;
SOSNUVSKAYA, B.Ta., inzh.; KHIVOhUCHKO V N., inzh.
Cooling of cottonseed oil cake prior to storage. Masl.- zhir #prom,, 29 noe2t
40-41 F 163. (MM 1634)
1. Upravleniye pishchevoy prorqshlennosti Soveta, narodnogo khosyaystva
UzbekBkoy SSR (for Govor). 2. Sredneaziatskiy filial Vaesoyusnogo
nauchno-iseledovatellskogo institute. zhirov (for Ismailov, rarmukhamedov,
Soonovskaya 3. Yangiyul'skly maelozhirovoy kombinat (for
Krivoruchkt.
(Oil cake-Storage)

KRIVORUCMV,.j.I.; GOOSZN, K.Ta.
New system for arc heating of hot tops. From. onerg- 13 no-7:49-30
ii 158. (KMA lie. 10)
l.Tyashpromelektroproyakt.
(Ilectric heating)

-YU,.O!iUKv B.M.
Changes in the nervous system during dysentery. Trudy Izhev.
gos.med.inst. 21#162-165 164. MRA 19.-l)
1. Kafedra nervnykh bole?ney (zav. - doteent T.!%Osnt-tevn)
lzhevskogo moditainskogo Instituta.
I

1 . ;'~ i'o 1 47 % ) I I J 11 11 1 .
2. u3jit (6U0)
4. Telegraph
7- Finding out and elivinating tile causes of waste, Sov. svinz., No. 10,
1951-
9. Monthly List of Russian Accessions, Library of Congress, Aoril, - 1953, Uncl.

PAVLOV, M.F.; KRIVORUX, M.P.
W"W=ffl"w%,4
Method of reconditioning the track shoes of the OH-201 excavator..
Rateei isobropredle v stroi. no*79:30-31 154. (MIRL 814)
(Excavating machinery)

MAT Mh ICIV, H.S.; KRIVORUKOVp., )U.
Operation data of s"e purification plants of the Novo-Gorikovskiv
Petroleum Refinory., Khim.i, tekh.topl.i. masel 5 no.4sl9-24
AP 160. (MUU 136)
1. Novo-Gorlkovskiy neftepererabatyvayuehchijv savods
(Seviage--Parification)

MATVEYEV, M.S.; KIUVORUKOV, M.K.
Use of electric current in the purification of waste wv~ers.
Prom. onerg. 16 no.8;32-33 Ag 161. (MMA 14:9)
(Sewage-Purification)

I I. . % . . - h, . .- . . W9
v ; : - - ---- ........
I., - -- -- - -.- ---- --- MM
KRIVORUKOV V.L.., inzh.; ROZIfANSKIY, Z.Ye... inzh.
Charge and discharge devices for ftnditioaing 42kalirm store. e batteries,
Elektrotekhnika 34 no.12S75 D 163, ~MIPk 1791)

ACCESSION NR: AT4026357 0/0000/62/000/000/0215/0221
AUTHOR: Briling, K. K.; Krivorutskly, Yu. Kb.; Levinakly, L. S.
TITLE: Construction of a large-capacity magnetic operating memory (MOZU',
SOURCE: KonferentolyapoobrabotJceinformatsit, maahinnomupere"duiavto-
matichosicomuchtenlyutakota. Moscow, 1061. Vy*chiolctfllnayalinforinatsionnaya
tekhnika (Information processing and computer technology); sboralk materialov kon-
ferentsil. Moscow, 1962, 215-221
TOPIC TAGS: memory, addressing, circuit design, magnetic memory, switch,
commutator
ABSTRACT: The article describes the construction of an address-selection system for
a magnetic operational memory device of large capacity and medium speed, built on the
"Z" system. The various ways in which this problem might be solved are discussed.
Ile authors indicate aB the preferred technique the switching of the currents from a
single source over selected branches through the use of current commutation de*dces
(switches). Ila work begun In 1957 at the Laboratoriya elektromodellroyanlya (E lectro-
simulation Laboratory) on the design of an operating magnetio memory with magnetic
control led, In 19690 to the oreaUon of the MOZU-1000. no wiperience acquired In this
Card

7
ACCESSION NR: AT4026357
work demonstrated the operability and reliability of magnetic control systems; In this
connection, the decision was made to continue this work in the development of a large-
capacity magnetic operating memory. In the matter of selecting the control system, the
authors compare two versions of address commutators: 1) a commutator using magneto-
diode keys; 2) a commutator using boundary transformers. Both versions are discussed 1
and analyzed In the article. With regard to the magneto-diode key type switch it Is shown
that the power of this device i~ basically daterinifted by the switching of unselected cores
by switching and zero channels and depends on the cross section of these channels; In
turn, the section Is determined by the number of output windings. After reaching a cer-
taln optimum value, the section begins to Increase as the number of output turns in-
creases. The second version (using boundary transformers) is also shown to suffer fro
a substantial defect - high rate of power consumption - because of the presence of a
large number of passive elements. As a result, It was decided to use a third version of
the address commutator, with a semiconductor triode operating under saturation as the
switching element. This technique is described in some detail and it to shown that the
channel current source = be very substantially simplified - ono OU-50 tube instead of
the 10-12 needed In the other versions, with the food voltage capable of being lowered to
300 Y, inatead'of 700-000 ve Orig. axt. hast 0 Liguros sW 24 formulu.
ABSOCUTION.-'None
card 2/3

MANGERONY D.; KRIVOSEIN, L.E.
Some methods for solving the contour problems of a new
class of linear integrodifferential equations. Pt. 1.
Rul St si Tehn Tim 8 no.lsl9-35 Ja-Je 163.
1. Institutul politehnic, Iasi (for Mengeron).'V. Universi-
tatea de State, Frwizef U.R.S.S. (for Krivosein).

U703
S/044/62/000/010/012/042
B160/B186
AUTHORS: Mangeron, D., Krivojtja~
TITLE: Some problems in the solution of Integro-differential
equations
PERIODICAL! Referativnyy zhurnal. Matematika,.no. lot 1962v 54v
abstract 10B249 (An. tiin~- Univ. lapi, see. it ve 6,
no, 39 supl. 196o, 6o~_6161*(&ummariea in Rum. and French])
TEXT: Let L lyl 9 OR) (X) +1 a& W v(09-k) (X);
P Jill ab, (x) D, (k);
Dj jyj c. (xi) (X,); S jyj a i d. (1) (1);
M=1 ~ - M-1
4 is a 'parameter; xit x0 t C[c,d3; the well-known functions a k(Y-) bi(x),
0m(x)l dm(t) Ki(x,t) are determined in the square x, t 6 [c;d],
Card 1/4

S/04A/62/000/010/012/042
Some problems in the solution ... B180/B186
z1(x)q ..... 9 Zn(x) is
n-times differentiable
non-vanishing at the segments
the property:
an arbitrarily stipulated, linearly independent-~4--
systeta of functi-ins, the Wronakian of which in
[c;d'jj H(X,t) is a giYer. function which has
ZY H (x. 1) 10, 1 0, I.....n - 2;
a (x), In - 1.
where a(x) / 0 at x ECc;d). For the boundary problem
R1 jyj (1) S low Y, (I = I - -(a)
L ly I(x) + P jyj + XKk (x. 1) y"' (1) di, (b),
a A-0
where u . x or u . b, the follow, ng are expounded: (1) Methods of
deriving a solution; (2) Methods of deriving approximate solutional
~3) Conditions for the unambiguous and ambiguous solvability of problem
I). We will only outline the method for obtaining a solution to
problem (I) for the case u . xj n>,,(m,p,z). If the funotions
Card 2/4

Some problems in the solution ...
S/044/62/000/010/012/042
BiBo/Bio6
'I
V 00,
V W Ct 2k W +H (x, 1) V (1) di,
where cl .... gonare certain constants, are substituted in equation (b).
an integral equation of the Volterra type will be obtained in reapect
of y(t). Having found T(t) from this and then substituting it in (II),
the following equality is obtained
n
Y W - fo (X. )) +ct vi (x- A) + Y,
If the (III) functions are.substituted in boundary conditions (a),
N' el it, (k) - pi (A) +V wil (k) D, jyj (I-
(IV).
If the cip""02 solution of the (IV) system is substituted in (III),
Card 5/4
M W - FIX. A) +ul (x. A) D,
M.

Some problems in the solution ...
After applying the operators Dj[.3
system of equations
S/044/62/000/010/012/042
B180/BI66
(j 1,...,k), to (V) we got the
k
,I (k) Di jyj (X) (j
Finding D j1y] (j - I .... rk) from thiBj and then substituting it in M,
we shall get an explicit term for the solution to problem (I). 'Also
studied is the case where
det (411 (X)) - 0; det (oil (A)) - 0.
[Abstracter's note: Complete translation
Card 4/4

- -- -------
MANGERON, D.; KRIVOSEIN, L.E. (Krivoshe'.,, L.Ye.]
New n-thods of numerical calculation of solutione -)f the
integrAifferential different systems copgorning nppl;.e,i
meahnninn. Pt.l. Studil carc mac npl 17 na.6:1345-1372 164.
1. Polytechnic Institute, Insi (for Mangeron). 2. A.-ademy
of Sciencen, Kirghiz S.S.H. (for Krivo3eln). Subett,-d Mnrch Iwo,
1964.

T T- , F
KRIVOSFMI J.j LWEP, E., red.; MITT, T., tekhn. red.
(Narva; excursion guide) Narva; nkakuraioonijuht. Tallinp
Eesti kliklik Kir astua, 1960 104 MU 1531)
iNarva-Descr*lption

KRIVOSHAPKIN,, A.;.USXLNS]Cff, A.N.-. POKIDXO, N.M.. rodaktor; SAIDUR, N.Y.,
, 7*m a o~nzdatelsstva; DOROZHZRIHA, L.P., takhnicbeekly redaktor
[Pallating and bundling freight; experience of leningrad docks with
aeagoing goods] PaketrAte pererabotka grusov; opyt Loningradekogo
morskogo torgovogo ports. laningrad. I%d-vo 'Horskol transport, v
1956. 56 p. (KLRA 10:9)
(Preight and freightage) (ContaiDars)

BORISOV, A.A.; KOMAROV. A A ; KRIQWKIN, A.A.; SOROKIN, P.P., spatere4aktor:
m
KUZWSOV, A.D., ;e~aktor lidwrNT-ttva; DROZHZHINA, K.P., tethatchashy
redaktor
(Manual for longshoremen crew leaders] Uchebnoe posobia dlis bricedira
gruzchikov morskogo flote. Leningrad. Izd-vo OMorskot transport,m
1957. 168 P. (Milu 10:9)
(Loading and unloading)

nHOSH&MN. JL. j'*~
. . 10 ~
Packing place freight and lumber for
28-36 Ja 137.
l.Starahly takhnolog Leningradskogo
(Packing for shipment)
shipment. 3lok.&gIt.tranAp.no.2:
(KLRA 10:2)
morskogo partA.

ANDRONOV, Leonid Petrovich,, dote., kand. takhn.nauk; VARSHAVSKIYO D.A.p
retaenzentl KRIVOSYMIN, A.A.0 retsenzentj PRIKHODIKO, B.G.,
reteenzeni;--num . O.8.-,-rwd-.t-bAVPMOVA, N.D., takhn. red.
(Cargo handling and storage calculations] Skladakie i atividome
raschety. Moskva, Izd-vo "Morskoi transport," 1962. 250 po
(MA 15:6)
(Cargo handling) (Warehouses)

KRIVOSHAPKIN, A.A.
Pack tranaportationv loading and unloading of exportation pulpwood
logo. Biul. takh.-okon. inform. Tokh. upr. Min. mor. flots, 7
no.3t46-51 162. (MIRA 16:5)
1. Starahiy tekhnolog Leningradskogo porta.
(Lumber-Transportation)
(Unitized cargo systems)

-
KRIVOGILUXIN, B.V.
Our method of curve alignment, Pat' i putkhoz. 6 nos3:32-33
W 162. (KM 150)
1. Starshiy dorozhnyy master, at. Kizema, Smrnoy dorogi.
(Railroads-Curves)

,KRIVOSHAPKIN~ L.A.; ZLOBIN, M.G.
Modernization of b7draulic presses. Mashinostroitell no.12:12
D 163. (MIRA 17: 1)

KRIVOSHAPKIN, L. A.; ANTONOV, M. N.
Improving the feed mechanism of a semiautomatic latba. YAshino-
stroitell no.l2zl7 D 162. (MIRA 16:3.)
(rathes) (Feed mechanism)

KRIVOSHAPKIN, I A.1 'J;7TJli'OV, M.N.
Improving a grInding machine. Mashlnortroltell no.808 Ag 164.
(Mllt 17t10)

T-
DL43SIMVA, G.A." -0 1VAKCHIKOVA, I. I.; au&~WMXIYAAW .. IXYCHIK. V.M.;
OYBYANKINA, V.I.; YXOKTISTOVA, V.P.; TSIMUN, M.Z.; BXMLOVA. S.N.;
SUBUANBMIUA, X.1h.; RUBAKOT, P.I., laureat Stalinskoy premil,
spetsiallnyy redaktor; '-vAIANINA, O.V., kandidat sell skokhozyayatven-
nykh nauk. apetsiallnyy reclaktor; SAKRAROVA. V.M., spetsiallny7
redaktor; XOMINKO, Y.T., spetsiallnyy redaktor; ?MZNBVSKIY, Y.Y..
otyatetvannr/ redaktor; BURUCKWO. L.A., redaktor; ALF]MOTA, P.V..
takhnichookly radaktor
[Xxperience of agricultural leaders of Kazakhat-..; at. annotated
bibliogruphy) Opyt peredovikov sellskogo khox~aietva U.'ekbakol. SSR;
annotirovaniql, ukazatell literstury, Jtlma-ka, 1955. 290 p. (HMA 9-.12)
1. Akademiya nauk Kazakhakoy SSR, Alma-Ata. TSentralluaya nauchnaya
biblJoteka. 2. TSentrallnays nauchnaya biblioteka Akademii nauk
Kazakhokoi 33R. (for Dameshavai Ivanchikova, Krivoshapkin, Iaychik.
OveyaWdna, Pookt-istova, T51aman)
(Bibliography--Kazakhatan--Agriculture)

USSR/Wediclue Veterinary, Foot-and Jul 53
Mouth Disease
"Experimental Prophylax1s,of Cattle Against the
,Foot-and-Houth Disease,"'N.A. Krivosbapkin,
,rA.S. Red1ko, Vet Physicians
Veterinariya, Vol 30, No 7, PP 25-26
Describes exptl inoculation of cattle with AETaS
(anti-epithelial-cytolytic serum) prepd on the
principle of Acad Bogomolets0s ATsS [antireticular
cytotoxic serum]. Epithelial tissues of diseased
cattle were used as antigen. A serum with a
titer of 1:300 was obtained from hyperimmx1nized
horses. The author concludes that the'results
2T3T60
of the expt were favorable. Animals inoculated
with AETsS and then exptly infected with the
natural virus of foot-and-mouth disease contracted
it in a light form and recovered in 5-7 days.
Furiber research and laboratory work on a larger
scale are essential to determine the value of the
new serum.

USSR / microbiology, Antiblosis and Symbiosis. F-2
Antibiotics.
Abs Jour.- Ref Zhur-Blol., 1958, No 171 76707.
Author rlwokhAok! A ; Chernov, Me V.; Ivannikov, A. R
LDT_~e Kazakh Franch All-Union
I ut
Inst Veterinary Instl ut . f
Academy of Agricultural Sciences Imeni 1. V. Lenin.
TItle Use of Antibiotics In Laboratory Practice,
Orig Pub: Tro In-ta vet, Kazakhs. file VASKHNlLj 1957, 89
248-253,
Abstract: No abstract.
Card 1/1
18

KRIVOSHAMIN, N.A., vet. vrach; BAGROVSKAYA, NONN, vat. vrach.
Using untibiotics for the 7)reservation of blood. Taterinarlia 34 no.10:
72-73 0 157. MRA lOsIl)
(LRIBIOTIOS) (BWOD--GOLLICOTIOII AIM FMIMTATIOI)

KUZIIIIINp A.I.; SKRIPIN, G.V.j KIUVOSHAPKIN, P.A.; ]aMGKII, G.F.
Energy spectrum of the diurnal variation of co:jmic rays and
the diurnal temperature fIUCtUations at an altitude from 20
to 1+0 km. Geomag. i aer. 3 no.5:830-834 S-0 163.(MIRA 16.11)
1. Yakttskiy filial Jibirokogo otdelciliya All 63611.

ACC Mi AN%602)7~)39 SOURCE COM: UR/0313/66/"/005/Wt4/()044
AMMOR: Krymskiy, G. F.; Altukhov, A. M.; Krivoshopkin, P. A.; Kuzlmin, A. 1;
Skripin, G. V.
,TITLE: A new method for investigating cosmio ray "isotropy
.SOURCE: Raf. zh. Ioaledovaniye kosmicheskogo proctranstva, Aba. 5.62.298
REF SOURCE: Sb. Issled. po geomagnetizmu i aeron. M., Nauka, 1966, lo5-lio
':TOPIC 'LAGS: cosmic ray anisotropy, linear equation, earth magnetic field, particle
:trajectory, radiation spectrum, variational problem
IABSTRACT: A method usi-ig the spherical analysis of data from a worldwide network of
Istations is suggested in order to obtain the instantaneous characteristics of cosmic
!ray anisotropy. The analysis can be reduced to solving a system of linear equatione
'with four unknowns. The solution determines the isotropic Intensity and three compo-
!nents of tne "iiisotropy vector. Introduced is a calculation for the coefficients
',for the unknowns in the equations for each station. The effect of the earth's maxnet-i
lic field on particle trajectories, da well as differences in t4a energy spectraforiso-I
!tropic and anisotropic variations, is considered. Abstract. LTranslation of abstract]
SUB CODE: 04

T-11r,
j-
ACC NR: AT6027220 SOURCE CODE: --"UPIO-06016610-6610001016-570110
AUTHOR: Krymakly, G. F Almukhov, A. M.; Skripin, G. V.; Krivoshapkin, P. -A
Kuzlmin, A.
ORG: none
TITLE: New method for studying the anisotropy of S22M!Ejgj~
SOURCE: -AN SSSR. Sibirskoye otdelenlye. Sibirskly Institut zemnogo magnetizma, Iojjosfex3
I rasprost. v Issledovantya po, geoxnagnetizmu I aeronomil (Studies In geo-
magnetism and aeronomy). Moscow. ftd-vo Nauka, 1966, 105-110
TOPIC TAGS: cosmic ray anisotropy, cosmic ray Intensity, cosmic ray
ABSTRACT: A method is proposed for determining the Instantaneous characteristics of the
anisotropy of cosmic rays. The method will make it possible to obtain the anisotropy dis-
tributlon In the morldional planes and to study the anisotropy of phenomena characterized by
abrupt changes in the isotropic background (such as the Forbush decreases), all of which was
not possible using the method of diurnal variations. The method proposed makes use of the
fact that the world-wide network of stations established during the IGY makes It possible to
determine the neutron component with an hourly statistical accuracy of 0. 1% and, ther6ul,
L Card 1/2

ACC
7220
to determine the anisotropy characteristics over a 2-hr observational period, provided that
Its amplitude exceeds the mean amplitude by a factor of more than 2. A distinctive feature
of the method Is the representation of the distribution of cosmic-ray Intensity over the celes-
tial sphere In the form of a series In spherical functions and the use of the first spherical
harmonic of the series. The expression for the first harmonic yields the amplitude of the
anisotropy vector and an expression for the intensity in an arbitrary direction at an angle to
the direction of the anisotropy vector. The spherical analysis reduces to the solution of a
system of linear equations with four unknowns. The solution of the system determines the
Isotropic portion of cosmic-ray Intensity as well as three components of the anisotropy vec-
tor. The coefficients at the unknowns are calculated and tabulated for 38 stations, taking into
account the effect of the geomagnetic field on the charged-particle trajectories, and also the
energy BPBCU-QM of the variations. Orig. art. has: 6 fb:~-znulas and 1 table.
SUB CODE: 04/ SUBM DATE: 25Doo65/ ' ORIG REFi 012/ 0711 RM 002
Card 2 /2

TT' r
I -~T
ACC NR, AT6027221 SOURCE CODE: U11/0000/66/000/000/0111/0118
AUTHOR: Kuz'mIn. A. I.; Krymoldy, G. F. -, KrIvoshapkin. P. A.; Skr!p!p, G. V.
Chi!rk2y, N, P.; Shafer, G. V.
ORG: none
TrrLE: The nature of cosmic ray variations
SOURCE: AN SSSR. Sibirskoye oWqjmAy~,_�Ib ij~~nst~tut zemnogq agnetizma.. lc
I rasprostranenlya radlovoln. Isaledovantya po goomagnottzmu I aeronomil (Studies In
goomaguetism and aeronomy). Moscow, Izd-vo Nauka, 1966, 111-118
TOPIC TAGS: cosmic ray intensity, solar cycle, magnetic field
ABSTRACT: A brief survey is given of available data concerntng the variation of so-~~
Intensity and the effect responsible for this variation. The effects of fluctuations of the
magnetosphere and temperature fluctuations In the upper atmosphere on cosmic ray variations
are examinod-.- cosmic ray flares with energies up to 10 Bev, and their association with
Forbush decreases are discussed In relation to tVr effect on cosmic ray variations. The
I 1-year variations, 27-day variations, and solai~ diurnal and annual variations are shown to be
closely Interrelated, and to have modulation of galactic cosmic rays by the radial inter-
Cord 1/2

L G
ACC NRi AT6027221
planetary field as their common source. All existing observations on the variation of cosmic
ray intensity are seen to indicate the existence of an external (with respect to the sun) radial
interplanetary rnagnetic field and the predominant contribution of the dynamic effects of the
field's disturbances to the modulation of galactic particles. An Important feature of the field's
configuration (deduced from observaUons of the variation of cosmic ray Intensity, and also
from other unrelated data) Is Its oblateness with respect to the plane of the ecliptic or the
solar equatorial plane.
SU13 CODE: 04/ SUBM DATE: 25Dec65/ ORIG REF: 026/ OTH REF: 009,
7 1 -
Card 2/2

ACC NRi AR6027538 SOURCE CODE: UR/0313/66/060/005/0043/0043
AUTHOR: Kuzmin, A. I.; Krym G. F.; Krivoshapkin, P. A ; Skripin, G. V.;
Chirkov, N, P.; Shafer, 0. V,
TITLE: The nature of cosmic ray variations
SOURCE: Ref. zh. Issledovaniye kosmicheskogo prostranstva, Abe. 5.62. 292
REF SOURCE: Sb. Iseled. po geomagnetizmu i aeron. M., Nauka, 1966, 111-118
TOPIC TAGS: cosmic ray, cosmic ray variation, magnetic field, interplanetary
magnetic field, magnetosphere
ABSTRACT: A review of studies is presented on cosmic ray variations caused by
changes in the magnetos phere,~(the temperature of the upper atmosphere, modula-
tion effects, and flare effects. The role of the interplanetary magnetic field in the
generation of cosmic ray variations is emphasized and the characteristics of the
field are evaluated. [Translation of 'abstract] JFMJ
SUBCODE: 03, 04/ SUBM DATE: none/
Card I /I att wt/

ILoi-6S (V)/fTC/EEC-Iz/EEC (t (h F /f-'c -5/1-a
P AP500210 2 o0r,
T ij n v~ 1 Kut'min,, A. Lry skiv, G. F.; K r i v o a h a p_~jjj _K_. A
r 'k, C) N'
c o nm c r A. v s
z e
C i A N S S S R Izvestiya. S c r t y a f I z I c e i q v a 2 8 , n o . 12
1 6 1, 199 7-2000
7 A GS c o s r. c ray flux, chromospher i c f lare, r~a~~necfc field,
o-b4t, solar particle, Forbusn accrcase, vaiactic cosmic
e ~.-ponentia I f u r. c t i on , i n t e rp I a n E: 1, ;; r v 7 n c t p 1 '4
T h c f1 u x o f cosm-t c -, a v 5 -; e p e n o n '.e a o f c h r o -
a, r e a A r e f I e c i n z ma rn e L I c i e 7~ ,I q I d e 0 r
t r i e ri
r 5
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A CC F q T M: N P
Z..cd space. solar cosmic rays aWIv from Oe toward- the gun.
7,- --,-f7re-cpted space is charactcrizc~, I' C. C, r C, -,q( i a c t i
an e v i R r ha r c
6 'D A a W I L h Llk E: 1--ye rzi cy t,L a7 a L. L L LLv v c i e n e s e p r- e e
~nrjntjor. is v the
r e a t e r t n p o I a r r e f,, 9 t i - e I a ii ' e j
t v i r, th e F o r b u S h d e c r e aq e n n t1) r i r ;I e
E 0 rj 0 & ph c r i c f 11 a r e 9 o b L ai n e d b v eK T-, 1 71 f- RtS I n (I I c a t e s a n
a th e m a n e t i c s he I I o f t h e v j
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r a s i C.Q r
P, t h C V,aII
5 m u s L e x I t a t t ne bound a r L!c toe [I h
v r a r t I S d 4
T 1 (IN Institut kosmofizicheski k e L~ V ~I e
c n o m. I
c, I f-A I a Sihirgkogo -~ t '1 0 1 f- -1 1", I j
,-ard 2/3

1, 2!AjO-14')5
ACCESSION NP: AP5002101
(InecLtute of_Spare Physics Research and Aeronomy of the Yakutsk
Bra-ch of Siberian Division, Academy of Sc',encc!;,SSSR)-
E, "; C L
,;n RL;7 SOVi 008 OTHER- 004
Card 3/3

J._45lo_-66 EWT (I )/EWT(m)/FCC/T/9WA (h) IJP(c) GS/GVi
ACCESSION NR: AT5022836 IM/0000/65/000/000/0239/0245
AUTHOR; 1UjyoghWkIDj P, &; Knm~)SJyA,_Q._y,; S.kripin, G., V.
TITLE: The study of upper atmosphere temperature variations from terrestrial measure-
ments of cosmic rgygi
SOURCE: Vscso-vuznove soves
kosm1ches9!ft_AR0_Ley.__Jpt, Yakutsk, 1962. Kosmicheskiye luchl I problemy kosmofizild
(Cosmic rays and problems in cosmophysics); trudy soveshchanlya. Novosibirsk, RedLzdat
Sib. otd. AN SSSRY 10651 239-24r)
\V
TOPIC TAGS: cosmic ray memy-r-ement atTqpyki~r!q teT'p u c, cosmic ray Intensity,
upper atmosphere _S4~_p
ABSTRACT: Data concerning the dynamics of the mesosphere are necessary for the under-
standing of the coupling mechanism between the solar and terrestrial events and of the
general circulation of the atmosphere. However, oystematiodata about atmospheric dy-
namics at altitudes between 20 and 80 Ian are practical1y nonexistent. The present article,
consequently, gives results concerning the periodic temperature variations of the moso-
sphere lisderived from the terrestrial measurements of cosmic rays at Yakutsk. The cos-
mic ray intensity was measured continuously ever the 1959-1960 period at 30 and 60* from
Card 1/2
octoloo'70

imam
L 4510-66
ACCESSION NR: AT5022836
the zenith on the Earth's surface and underground at 20 and 60 m. w. equiv. (some data
concerning daily variations are based on the 1958-1959 period). Experiments were carried
out under the assumption that the variationq in cosmic ray intensity at 60* and 20 (6n) m. w.
equiv. depths were caused by temperature variations of the atmosphere only. The analysis
of data confirmed the accepted production mechanism for the hard cosmic ray componant , ~
via intermediate nuclear-active mesons. Significant periodic changes in upper atmosphere
temperature were found at the height of the ozone layer. These seasonal variations were
between 35 and 50C, the 27-day variation amplitude was 5-10C, while daily variations were
within the 3-7* limit. The yearly maximum appears in the fall, and the daily maximum
during night hours. The observed temperature variations Wee well with data from spec-
tral observations of the night skies. The spectral results referring to altitudes of 80-120
km have amplitudes several times larger than the corresponding results for the 20-50 mb
layer presented In We article. Orig. art. has: 2 formulas, 7 figures, and 2 tables.
ASSOCIATION: Inatitut koemofizicheskikh Isaledovaniy I acronomil YaF SO AN SSSR (In--
etitute of Cosmic Physics Studies and A
SUBMITTED- 29Oct64 ENCL: 00 SUBCODE: ES, AA
NO REF SOV; 005 OTHER- 000
Card 2/2

L Z9M~ - W(I ',
ACC NRi AP6018864
SOURCE COM
AUT11ORs S~ripin, o,_v,; Krivoshapkin P. A. t Kryms!dy.
Go F 9 1 Filippov, V. A.
ORG: Institute of Astrophysical Research and AeronovV, Yalmtsk Branch, so AN s3a
TITIEs Study of tho anisotro
PY of gasmla_rA3Lq~ by the crossed telescopes Mthod 51/
SOURCE: Goomagnatitm J aeronoutys, v, 5, no, 5, 1965* 817-825
TOPIC TAGS: cosrdo ray Wdgotropy, 900MAgWtio field, solar activIty
ABSTRACTs A method in proposed for taking into account diatortions of antsow
..tropy of cosmic rays by the goomagnetic field,,And the directional dia-
gram of the instrument. The authors have codOuted matrices restoring
the true vector of anisotropy for instruments of the Yakutsk complex. _j
Computations were made using coupling coefficients for different zenith
.angles and three forms of the energy spectrum of anisotropy. Using tht
imafrices the authors have restored the true vectors of anisotropy for
,the neutron component for three epochs of solar activity (1958-1964).
Readings of azimuthal telescopes were used in finding the true vectors
and the vectors.of the atmospheric influence for the earth's surface and
for depths-of 71.20 and 60 m (water equivalent). An evaluation is given,
of the degree.of agre:ement between the derived vectors and three forms
Card 1/2 UDC: 523o165

L 29178-66--
ACC NR, AP6018864
'oi enerSy spectre. 'Use -of makes it possible to determine
-the pri.mary and atmospheric-components of the diurnal wave. In the
period of the maximum and decline-of eolar activity observations are
'desciibed satisfactorily by a spectrum given by the diffusion mechanism.,
The &~t6rs wcpreds tiinkfi to t .1. Dorman'o-id- A I.Kuslodn for-thii-r-h~dtna
d4locussion qf yumber of P;V'jb!:MX* OrIgo girt*' haeto figues, fol
1 table* 1JM
SUB CCWt 049 03o 08 SUMtDATE, 0290A,"ill ORIGREF1 009 OMREFS O(Y7

KRIVOSHAPKO,, Insh.
0
bwwwamm~ al ~-
Protecting communication channels from disturbances caused by
electric traction. Avtom., telem. I sviaz' 2 no.1127 A 058,
(MIRA 11:1)
1, Taboratorlya sIgnalixatell 4 evyasi LIvolskoy dorogi,
(Telephone lines)

WHINSKIY) V.L,; POPOV, I.K.[docoasedli.K~iIVOSI~~Y",_~_,, red.
[Problems of the organizatlon of production in nurseries,
flower and greenhouse fams,, and orchard and park ranagement;
brief lectures as an aid to correspondence teaching]Voprosy
organizatsil proizvodstva v pitormikakh, tsvetochno-oranzlle-
reirWkh i sadfvo-parkovykh khoziaist-vakh; kratkic lektsii v
pomcBhohl zaochnoru obucheniiu. K)skva, Vsorossiiskoe ob-vo
sodeistviia okhrane prirody i ozelonentlu nasolennykh punktovp
1960. 86 p. (MIRA 15:7)
(Plants, Ornamental)

GASSOVSKIY, L. N.j_KRIVOSHAPOVA, L. V.
Multifocal eyeglasses, Nov. mod. tekh. no.2:47-59 161.
(MIRA 14:12)
1. Gosudaretvennyy ordens. Ienina opticheskiy institut imeni
S. I. Vavilova.
(EYEGLASSES)

KRIVOSHCHAPOV, M., polkovnikp Vo7ennyy letwjitc #-rvog-) hlav%a
Flight dies,-ipline and flight. commde-r. fv-. i koism. 47 rc.9.1
32-);7 3 16-1, (Hilu

STALMYO, It.; KLUVOSHCHEKly, A~, plavny7 vrach
Prc;hvlactic surveys for the detection of cancer and pre-
cancermis conditions. Zdrav.Belor. 5 no.6:55-56 Je '59.
(14IRA 12:9)
1. Zavedigrashchays Gomellskim garsdravotdelom (for Sneshko).
2. Gomellskly oblastno7 onkodiepanser (for Krivoshcholci.~).
(CAMCM)

KP.IvLr,ifcla;Klyj A.F., zaaluzhennyy vrach MSF;
I . - - ---- . - j - )
Dinrlon:iary sorvlco in tittoma,7h dtsott6cs. ',ljrE-v. :,o-1. 9 slo-6,-~,4-55
Je .163. . 0-11BA 1-7:5)
1. 1z GomollL;kogo obla.9tritg) onkoloi~lr-~eskng,~ dlot~--ns~.rft (glavnTj
,Vrf,-h

KRIVOSIICHEKIYj We
Practicoo of oonsultation oe~ters in the prevention of canoer
in women. Vopeonk. 6 no.2t98-101 F 160. (MIRA 1412)
(GPMPATM OROANSj FDWZ-WoER)

KRIVOSIICIIEKIYp A.F.
Thrombocyte count in the diagnosis of cancer. Yest.khir. no.7s
30-34 '61- (KrRA i5a)
1. 1z Gomeilskogo onkologicheBkogo diopansera (g1, vrach -
A.F. Krivoshchekiy).
(CANCMI.-DIAGVOSIS) (ELGOD PLATEIMS)

; F 3.., , ", i ~ ~
~ .1 1 . i ".,, ., I. 10
h .'V' . ~ --! iu-sHn , zro . :~ `7 -. ~. ~ r, i' ~ I h P r ." a .( khr . r, -,' r . - .
[,a! I . Vost. no . 1 -, - 61- .
"Nal.ur,, of Tomsk .; an" It:j 'c-,,
0.1% Frivnencl-.ek-v. T t I I . - -~7 5 '~ - , " ~, -1

~T .. -!v., .i.I,!I,, I.. .", -, 'I ,~ . I , .
" , , ~!,_ F(j:j
Now literature on problo-ma c." )r ~..- - i --
1951 ... 1960. (r'kh r . Tj r 1. r . S' ". L . I ! ~ a 11 . V e) ,, '- . n -.. ~ -, - ~', I', S-, ',-,2.
,.P.IR'.

IOGAYZEN, B.4i GUMRIZFH, A.N.,- YAFAII(-.VA, V.V., G.M.
Lake Teletskoye an a unique body of water of the Altai and
an object deserving protection. Izv. Alt. otd. Geog. ob-va
SWR no.5:216-217 165, (MIRA 18:12)
1. Tomskly gosudarativennyy universitat.

IOGAHZENq B.G.1 rjSTlXV Or A&Nej KRIVOSHCHEKOVp 0,M.,, red,
(Nov fisheo of Western SiberUl NOTYG r7by Zap"wi Sibirl.
Novosibirsk* 1960. 50 P. (KUU U87)
I* Voeroosiyokoye obsbahestvc eedeyBtviya okhrane prirody i
oselenenlyu naeslaWth punkt-ove
(Siberiag Weateo,.-Fisbea)
(Animal introdoction)

'------IFj~ncus-,i`enof ~problcms in ocolo~7 at tLo Biological I.-Aituto of tho,
Siberian Diviuion of the Soviet Acadomr of Sciences. Izv.Sib.oV-.
All SSSR no.12:137 '(-,0,, (VLA JJ+:2)
(Ecology)

i v
T-~ T
A tkOW CALIOdd for normironia ovninaiOn. Lty.yost.fli. AJU jS.';.t
uo.?; io-~-A 157. (MLRA 10: 9)
'-'Fivj,4d-v)-SIbi:-akiy f ilia I ~k:4denil u&ik 66SR.
(Thermionic O:i~sslon) '*Cathoden)

AUTHORS: Rumor, Yu. B., Doctor of P4yaico -Mthematical 30-10-16/26
Sciences, Krivoshchekov, G. V.
TITLE; The Siberian Institute of Radiophysics and Electronics
(Sibirskiy inatitut radiofiziki i elaktroniki)A
PERIODICAL: Vestnik AN SSSRj 1957, Ootoberj $r 10, pp. 108-110 (USSR)
ABSTRACT: Scientific research Is being cdnducted at the Siberian Institute
of HeLdicybysics and Electronics In the following fields;
&I Theoretical "Ica (applied electrodynamics)
b Electronic phenomenons at super-high frequencies.
a Electronics of cathodes.
d Physics of gas-discharges.
Yethods of mathematical "icp were developed and. the folloving problems stvAled:
i~ Theory of directional antennas.
2 Studies of distribution of the currents in aerials with
optimum radiation pattern.
3) Theoretical investigation of wave guides the cross-
section of which changes slowly.
4~ Development of a neff theory of the magnetron.
5 Experimental determination of a new inversion process of
Card 1/2 the conductivity of diodes. *[ orpnized from the Section of,
Technical Physics of the West-Siberian Branch of the AS USSR]