SCIENTIFIC ABSTRACT GRECHIN, V.P. - GRECHISHKIN, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516620011-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BERG, P.P., doktor tekhn.nauk; BIDT)LYA, P.R., doktor tekhn.nauk; GECHIN.
V.P., kand.takhn.nauk; DOVG~ILNVSKIY, Ya.M.. kand.tekhn.nauk-;
2MOV, A.A., inzh.; ZINOVIYEV, 11J., lnzh.: KRYLOV, V.I., inzh.;
KUIIRY.AVTSIIV, I.V., doktor tokhn.nauk; LANDA, A.F., doktor tekhn.
neuk; LEVI, L.I., kand.tokhn.nauk; MALAKHOVSKIY, G.V., inzh.;
HILIMAN, B.S., kand.tekhn.nauk; SOBOLEV, B.F., kond.tekhn.nauk
Edecea-sed); SKOMOROKHOV, S.A., kand.tekhn.nauk; STEPIN, P.I.,
kand.tekhn.nauk; USUKOV, A.D., kand.tekhn.nauk; FRIMIN. L.M..
inzh.; KHRAPKOVZIT, E.Ya., inzh.; TSTPIN, 1.0., kand.tekhn.nauk;
Sh-40LINIKOV, E.M., kand.tokhn.nouk; POGODIN-ALEKSEYEV, G.I., prof..
doktor tekhn.nauk, red.; BOMOVITINOV, N.F., prof., doktor tekhn.
nauk, red.toms; LANDA, A.F., prof., doktor tekhn.nauk, red.toma;
RTBAKOVA, V.I.. inzh., red.izd-va; SCKOLOVA. T.F., tekhn.red.
[Handbook on materials used in the machinery industry] Spravochnik
po masliinostroitellnym mnterialam; v chetyrekh tomakh. Pod red.
G.I.Fogodina-Alakseeva. Moskva, Gos.nauchno-tekhn.izd-vo mashino-
stroit.lit-ry. Vol.). CCast iron] Chugun. Red.toma N.F.Bolkhovi-
tov i A.F.Landa. 1959. 359 P. (MIRA 13:1)
(Machinory Induntry) (Cant Iron)

S/133/60/000/006/0011002
AUTHORS: Frolov, A. V.1 Grechin, V. P.
TITLE: Lining of Vacuum Induction Furnaces
PERIODICAL: Stall, 1960, Na. 6, PP. 515-517
TEXT& Refractory materials for lining vacuum induction furnaces are
liable to deoxidation on the boundary between the lining and the metal.
The extent of this reaction depends on the chemical composition of the
metal, the heat condition and the duration of the process, the vacuum
applied, the grain size of the refractory material, etc. In order to
establish the effect of the crucible lining on the composition and the me-
chanical properties of the metal a nickel base alloy was teited in high-
frequency furnaces of 5-50 kg capacity at a vacuum of 5-10- - 5-10-3mm
Hg for 20 minutes. For the furnace lining non-fused arA fused magnesite,
electrocarundumlfnon-fused and fused zirconium dioxide0and non-fused
beryllium oxide were used. In the tests on non-fused lining materials,
the crucible was made from magnesite with 1.5% boric acid as binding
material. It was found that the content of boron in the alloy obtained
was 2-2.5 times higher than the amount calculated, the quantity of oxygen
Card 1/4

3/133/60/000/006/001/002
Lining of Vacuum Induction Furnaces
3-5 times greater, that of hydrogen and nitrogen 2 times lower than in
alloys produced by the conventional methods. The boron concentration was
due to its reduction from the boric acid of the lining by carbon contained
in the metal (Ref. i); magnesium was also reduced from the lining. Similar
phenomena were registered when testing crucibles containing zirconium di-
oxide and beryllium oxide. Thus the conclusion cdUld be drawn that non-
fused refractory materials and boric acid as binding material were not
suitable for crucibles in vacuum induction furnaces. When testing crucibles
of fused materials it was found that the temperature, the grain size of
the refractory material and the density of the ramming of the crucible have
an influence on the chemical composition of the alloy. When using finely
grained corundum, the aluminum amount in the alloy due to reduction of the
lining was smaller than when applying coarsely grained corundum due to a
denser surface obtained with finely grained material and the contact sur-
face between the crucible and the metal was smaller. When applying fine-
ly grained corundum, the aluminum and the chrome content in the metal
at 1,500 -1,5300C do not differ greatly from the calculated values. The
deviations increase only at temperatures above 1,5700C. In the case of
coarsely grained corundum, the deviations are already evident at 1,4500c-
Card 2/4

S/133/60/000/006/001/002
Lining of Vacuum Induction Furnaces
At 1,5700C the aluminum content is 10% hi gher, the chrome content 4%
lower Pan calculated. In the testa with fused zirconium dioxide,
(5'10--'Mm Hg) 0-04%-0-13%'0f zirconium wa's found in the metalg deteriorating
the properties of the alloy. However, upon adding 0.05%-0.10% of zirconium
to the same nickel base alloy and using a magnesite crucible under heat
conditions equal to that of the previous tests, it was found that the notch
impact strength and scale-resistance do not alter. Thus it may be assumed
that the deterioration of the metal properties was not due to zirconium
reduced from the lining, but rather more to the products of deoxidation,
which increase the oxygen content of the metal. When applying fused magne-
site and electrocorundum which are suitable for crucibles, the essential
features of the process were the following& the induction coil was coated
by a mixture of 50% ZrS'04 and 50% of powdered quartz or K230 (K230) type
electrocorundum. After coating, the coil was exposed to air for 8 hours
and then sprayed with hydrolized ethylsilicate (Ref. 3) and coated from
the inside with glass fabrics. The dry refractory material for the cru-
cible was wetted up to 4% by a solution of 200 g dextrine in 1 1 warm
water and stirred. The material was rammed in the metal pattern of the
crucible. After drying for 12-20 hours in air, the furnace was switched
Card 3/4

S/133/60/000/006/001/002
Lining of Vacuum Induction Furnaces
for 4 hours to low capacity, then the furnace temperature was raised for
4 hours until the metal started melting. 'After two "washing" smeltings
(one with pig iron and one with-ii ores UP tol,8000-1,8500C) the
crucible was ready for use. Crucibles of magnesite and electrocorundum
could be used for 60-200 smeltings. There are 2 figures and 3 Soviet
references.
ASSOCIATION& VIAM
Card 4/4

GRECHIN, V. P.0 Doc TECH SCIV
FACTORS OF BUELA&",#-" OF
%A"
FRICTION." KIEVp 1961. (INST
(KLI, 3-611, 212).
llT+"AM0fiT-A8-j+-I-TY AND
IRON AND ALLOYS UX164~
- l/
OF MECHANICs~ACAD Sci
A
OTHER
SLIDING
UKSSR).
161

GRECHIN,
- --yyy~cke4T~ Pq#gyjghI__~ISITSYNA, E.F., inzh.,'retsenzent; BALANDIN,
A.F., red. izd-va; GORDEYEVA$ L.P., tekhn. red.) SURIOVA, G.B.,
tekhn. red.
[Wear-resistant cast-iron and alloys] Iznosostoikie chuguny i splavy'.
Moskva, Gas. nauchno-tekhn. izd-vo mashinostroit. lit-ry 1961. 126.p.
Niu 14SID)
(Cast iron) (Alloys) (Mechanical wear)

.GRECHIN, V.P.; CHUPRIN, K.K.; MIDV~ A.V.; SONYUSHKINAp A.F.
Vacuum metallurgy of nickel alloys. Issl.po zharopr.splav,
8:224-229 162. (KM 16:6
(Ifickel alloys--Metallurgy) (Vacuum metallurgyi

KLOCHI!EX, II.I.; rLHECHU1, V.P,,,, doktor teklm. naulk, retsenzent;
i ---
IMKIZ, Y-Kt., Gh., red.izd-va; SOKOLOVA, T.F., tekhn.
red.; UVAROVA, A.F., tekhn. red.
[High-strength cast iron with spheroidal graphite; its
properties and uses] Vysokoprochnyi clmgun s sharovidnym
grafitom; avoistva i primenenie. Moskva, Mashgiz, 1963.
210 p. (14IRA 16:12)
(Cast iron-Motallograpby)

IR-ININ., A.M.; GRECHIN, V.P.; TUCWWICH, N.M.
Effect of the rate of metal flov during vacuum arc refining
on the properties of heat-resistant alloys. Stall 23
no.2:133--O~ F 163. (MIRA 16:2)
(Heat-reoistant alloys-Electrometallurgy)
(Vacuum meta.1lurgy)

'ACCESSION HR: AP460l6jl____
1AUT1JOk3 Irinin, A. H.; Crechin, V. P.
1TITLE# Effect of magnetic and electac conditions In vacuum arc
melting an the quality of heat-reeLstant alloy Ingots
SOURCEt Ste no* 129 1963, 1091-1093
TOPIC TACSs vacuum are malting, heat resistant alloy, alloy Ingot#
Ingot sacrostructure, Ingot surface quality, magnetic stirring,
vacuum degassing
'.ABSTRACTo A study has been made of the effect of melting conditions
'in vacuum-arc malting on the quality of heat-rooLstant nickel-base
alloys. Conditions tasted Included currant, which was varied from
1200 to 2300 &up and Intensity of magnetic stirring, which was varied;'
by changing the ampere turns of the solenoid from 0 to 200. It was
found that under all conditions tested the application of a magnetic
field increases the molting rate. At 1200 amp and 200 amp-turns/cup.
it reaches 13*5 g/ste (compared to 9 g/see with'no field). Ingots
nalted without a magnetic field and with 1200 &up current were found.~,
I
Card i It>

~ACCESS' I*O,N- i Rs - ",A-P4-001631'
ito have an unsatisfactory surface# while those melted with a magnetic
ifLeld of moderate Intensity had a good surface. At 1600 or 2300 asp,
!the difference in surface quality was lose pronounced. Ingote.malted
without a magnetic field had a columnar macrostructure, while those
melted with a uoderato (100 asp-turno/ce) or strong (200 amp-turno/cu)
field had a fine-grained structure. How*ver, ingots made at 1200 or
1600 amp and 200 amp-turno/cm were porous, especially In the lower
sections. No defects were observed Lin Ingots melted at 2300 amp. In
all Ingots the application of a magnetic field of 100 amp-turns/em
Improved the rupture life by 25-80%, The effect of a strong field
(200 amp-turns/cm) was found to depend upon the amperage: at 1200 amp,-
ithe strong field had a detrimental effect; at 1600 amp, no affect; : ,-
and at 2300 amp, a beneficial effect. The moderate and strong fields.
did not affect the tensile and yield strengths at 200 and 900C, but
I
reduced ductility by approx 20%. Pouring the metal in vacuum had a
lbeneficial effect on rupture lifb and ductility. Orige art* ha9z
14 figures and I table.

MALEVSKII., Yu.13.;. GULAIIN, Yu.I,,
First Regional Conference on Welding held in Irkutsk.. Avtom.
svar. 15 no.4:95-96 Ap 162. (11IRA 15:3)
(Welding-Congresses)

VASILIYEV, V.P.; GRECHINA, N.K.
Equilibria in aqueous solutions of iodide complexes of
cadmium. Zhur. neorg. khim. 9 no-3:647-653 Mr 164.
(MIRA 17:3)
2. Iv-.qnovskiy khimiko-tekhnologicheskiy, institut.

L 17704,-63 W q)/W(M)/BDS AFrMASD JD
0
1CCESSION nt W63/629/(
AUTHORSs Sheykoj 1. R.; Grechina', T. Noi Barchuk, V. T,.
TITLE*% Anodic dissolution of zirconium in a fused equimolar mixture of potassium
and ERAi,~im chlorides At
SOURCEI~ nekiy khimicbeskiy zhurnal, v! 29, no. 7., 1963, 722-726
t TOPICi;TAGS: anodic dissolut
ion$ potassium chloride, sodium chlorides zirconium,-
A:BSTRACT i Anodic dissolution of zirconium in wide current density limits and'the..
C~=ges of its ionic condition from the natural layer inside the electrolyte have
been analyzed. The study was performed between temperatures of 700 and 720C in
a- fi,,sed equimolar mixture of potassium and sodium chlorides and with varied anodic
current PnBity. It was shown that with small current densities of 0-05 to
:0.~ a/cm , zirconium dissolves preferentially in the divalent form. With an
increase- of current density, the average valence of the dissolved metal grows, but J
&t~a current density of 2 a/cm2 and higher, it becomes equal to four. The dival-
ent"zirconium does not accumulate in the fused mass but is disproportionated to
zilconium tetrachloride and metal, ' Zirconium dichloride exists in equilibrium
With the metal only on the surface.of highly dispersed metallic zirconium which'
J.:9 obtained in the process of.disproportionationo' Orig. art* baB3 4 tables-and,
~rdj/

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F,ull Title : AUT",~03ILE T;V,-PCPT`TK'! (2nd sei e-litLon-
Cl . -- 3 - 1, - . I
Transliter,-;te~ Title: Avtotr,.,nsrortn-,,,.r snrnvochnik,
F`ublishing Data
OricinatinF Avency: ~'Jone
Publishine 'louse: State Scientific and Techaical 117kilblis~iinF 'fousp Cf
Litem,.ture on Machine Bizild-Ing
Date: 19 5 3 No. pn.: 380 NTO. cc'-Aes: -50, OT)
Editorial Staff
Editor: Afan&slyev, L. L., Cand. Teelj. -",-'d. : Nnne
Techn. Sci.
Ed.-in-Chief: Broksh, V. V., Eng. Anor--ilsers(ist ejition)!
Yfefrem.cv, V. V. and
emskov, P. F., En,r,-.
Text Data
Covera,-e: The handbook contains technical inform-atic-.1 on insrection, servicin.-
and renair of Soviet passengpr curs, buooes, trucics, nni trailers.
.~Uesti~ons of i-ar-I,re plfinningr, mum,~--.-ment, -And. ;,re discumsca
und illustra'.ed, With munerical and s,-,eci-
fic,-tions arn driven for -Arv-1 p-a.,,ts us~~! -In r~,rvicirw and
i/2

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lubrl
for auto r.,:rts
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is nrenaored fr: J-
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r . Onf- . ,- ~i .
r, i The c v! --~,rl -..,3
-tiq,
Central 'Icientific
Trnns~~-rt: tion
(Ts'll"AT) md other rese!iirch -~n~ o;. n nrl~- r,Ls. (~nci on
v-s ~ilso, J.ven
A
rin:l
_C-Ij
0
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68 2

BROMSHTM. L.A.: 13RUSYAYF'.I;"!., N.V.: Gv"'TT7"riTA, L.T.; GROZOVSKIY, T.S.;
!. . - . , -
131AKARMO, G.V. .- I ,. -: - - - ',SPYBV, L.L.
kandidat rjni~'', ;, 1. ., inshener, re-
daktor; HOW, B.I., tekhnicheskiy
[Kotor transport manual] Aytotransportnyi spravochnik. Izd.3-0,
ispr. I dop. Pod obahchei red.L.L.Afanasleva. Koskya, Gos.nauchno-
tekhn. Izd-vo mashinostrott. lit-ry, 1956. 739 P. (KW 9:5)
(Automobiles--Handbooks, manuals. atc.)(Transportation, Automotive)

BRONSMICYN, L.A.. kand.takhn.nouk; BRUSYANTSBY, N.Y., kand.tekhn.nauk;
GRECHINSIAYA, L.T.. inzh.; GROZOVSKIT. T.3., kand.tekhn.nauk;
KRAKAXWOV"O-wV-O;tq kands,tekhn.nauk; KRICHEVSKIT, Z..A.. inzh.;
LIVIN. D.M., kand.tekhn.nauk (deceasedli PriniMli uchestlye:
WGTMV. G.N.. kand.tekhn.nauk; SHEYNIN, A.M.. kBnd.tekhn.neuk;
SMIPPE, I.So, kand.tekhn.nauk; NAYDINOV, B.F., inzh. IYANAWYEV,
L.L., kand.tokhn.nauk. red.; VASILIUVA. I.A.. red.izd-va; UVAROVA,
A.F., tekhn.red.
[Handbook for automotive transportation] Avtotransportnyi spra.-
vochnik. lzdo4,, ispr. i dop. Pod obahchei red. L.L.Afeneeleve.
Moskva, Gosonsuchno-tokhn.izd-vo mashinostroit.lit-ry. 1960.
819 P. (KIRA 13:12)
(Transportation. Automotive--Handbooks, manuals. etc.)

oumw, v.S. j itarehly inshener;
KAyA, S.I., r94.; GAURTIONOVA, U.N., tekhno
red,
(Improving the wdilk"? ~he-repair of cardan shafts of
ZIL notartrml.Uluchsher4o kachestva reiqonta kardannykh
valov avtomoblloi ZIL.- Moskva, Avtotranst.sdat, 1963. 72 p.
(MIRA 16:7)
1, Nachallnik laboratorVI Nauchno-inaledovateltakogo instituta
avtomob~llnogo transports (for Grschinsksp-:Gwmn).
(Motortruc*x-Maintenawl and mpair

GRECHIsHCHIV, K.K., kand.tekhn.nauk(Tomak)
Use of "comb*-type electrode units for building up automatic couplers.
Zhel.doretranap. 42 no.11:6cL-70 N 160. (MTLRA 13: 11)
(Car couplings) (Ilectric welding)

GRECHISHCFW9 S.Ye.
Complex stress creep rate of frozen ground.Izv.Sib.otd.AN SSSR
n0-504-40 161. (MIRA 14:6)
1. Institut merzlotovedeniya Sibirskogo otdeleniya AN SSSR,
Yakutsk.
(Frczen ground) (Greep of frozen ground)

12-~0010 25279 S/200/61/000/007/003/006
D238/D302
AUTHORS: Grechishchev, S.Ye., and Brodskaya, A.G.
TITLE: On the problem of compressibility of frozen soil
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Sibirskoye otdeleniye,
no. 7, 19619 41 - 47
TEXT: The authors derive a relationship for the compressibility of
frozen soil (permafrost) as a function of the applied load; the
knowledge of this relationship is needed in constructing build--"-.ngs
in the Soviet Far North. Frozen soil is considered as a four-compo-
nent system, consisting of soil particles, ice, water and air. On
applying a load, considerable microstresses are produced at cjn-
tacts between soil particles bound by ice, part of the ice )..Lqui-
fies and some of the ice bonds are broken. Water and air are part-
ly forced out from the stressed region, the remaining air and ice
is compressed, and a new state of dynamic equilibrium is reached.
A frozen soil slab of thickness H is represented by a random assemr-
Card 1/5

2527Y S/20 61/000/007/003/006
On the problem of ... D238YD302
bly of thin uniform layers of thickness z~ , each with its own phy-
sical parameters (water content, density, porosity, cohesive
strength, etc.). The distribution of the layer parameter values is
assumed to be Gaussian. The average compression, Eay , is derived in
the form
E = K(d )n day - dbr ) + C dbr)j, (15)
av av a a
where K = aoA/2aII; a0 and n are constants; dav and dbr are the
average and breaking (ultimate strength) streoses in the solid slab;
a is the r.m.s. difference between the stress in a thin layer and
0~br; 0 is the probability integral
K t2
2 e- 2 dt (13)
V 77-C ~
0
Card 2/5

-1 25279 3/20 61/000/007/003/006
On the problem of ... D238YI)302
The average compres---ions of several frozen soils are plotted in
Fig. 4: the dots represent experimental values and the continuous
curves viere calculated using Eq. (15). Fig. 4 shovis that there is
good agreement between experiment and theory. It is suggested that,
future work should include establishment of a. quantitative dependen-
ce of the parameters K, a and o'br on physical propertiet o'f frozen
soil (humidity, structuret temperaturet etc.). It is also necdtpsary
to find how d br varies with the strength parameters of the soil,
such as the "longitudinal" strength and the angle of internal fric-
tion. There are 4 figures and 6 Soviet-bloc references.
ASSOCIATION: SVO, instituta merzlotovedeniya im. V.A. Obruchevap
Yakutsk (North-Eastern Division of the' Permafrost In-
stitute im. V.A. Obruchev, Yakutsk)
SUBMITTED: August 27,.1960
Card 3/5

GpxcflLqficllEvl V.I.---
Organization of the repair work at the Kolomna Vleoel
Works. Mashl.nostroitelt no.12-15 D t6). kMIRA -L4Z-Le-J
(Kolomma-Industrial equipmont- Maintenance and repair)

GRICHISHCHW.Ye.N.
Critical range of rock slide gradients from cut slopes. Trudy Vost.-
Sib.fil.AN SSSR. Ser.geol. n0.1:117-135 154. (MLRA 8:12)
(Risbankments) (Landslides)

TZLCHUX. V,G*; GUCHISHMN Te 4
Basic lbws of work dmw at the Institute of Geology of Us Wet
Siberian Amach of the AcMevW of Sciences of the U.S,S,R. In the
field of onginmering geology and hydrogeology. Izv. vost. fil. AX
SSSR noo*1:143-144 I% (KEU Ut4)
(Siberia, lksteru-Geological research)

GRICHISHCHIV, Ye.K.
~- -
Ivaluating the present tectonic displacements of Iake Baikal shores.
Trudy Okean. koz. 2:129-146 '57. (NaA 10:9)
1. Institut geologii VS7 Akadexii nauk SSSR.
,(Baikal, Iske--Seashore)

SOV/49-59-10-19/19
AUTWR: s2lovlyvv~ a.
TITLA: Sesslan on So-aaolct;7 -1 Tectomics of the Pro-Balkal
aoil the Adj3cenc Realo=
FERrODICIL: 1--vastiy lkp-de=I:L r-3uk SWR Sdriya 6mofizlc!,*skqym
1959. X.- 10, , 15Z-7-15Za (U--ZR5
ABSTRACT.- The Sarsian -.cck. plaza ~ the 9 to 17 Jxme 1959. It
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5C.
Yin C.
AC.
Institute. sash, a
or the sa-th's C.--.LBZ zt~z Yar 4,13-.,
I~ZMVA
-
~ i
-
-
.
L;Ian
z
1-E
jisica of the Sar-h. 12
:
the Eir:h'a Crunt !.= t!~2 :L-rctic S-
(S.isaic Station 4;m -'J~ak- in
on ~1 4 1:3.~ ratit-jle
xamchatko ri- Ar.. .0v(!
of G.010a, Ac. 5C. Kan ZS.R)
h3 -D-
in A;C. -L~: at
GeophysIca a.-' Ac. .14.)
in
Re lut>11C) - :!.Ccrr.1C%3 of Z~nt.-l !10-..
'

=-&ra
a
took ;;q--t in tr4
~
:,
Of th~ k_. ZZ. e,atl~.Ii Y.. A. Koty-
The DLIeCtor Of the .3a- S-`.*r-an GeoloGic.l izstit.t~
GAIntoov. an~4 tn~ ::-e;,,:y Dircc"r of tho
-
--. kc. Sc. USZR,
of -arth,
InutLtu;
ye. A. j:1jr4da.1,,. Zae Z-jj~jj ; Cla,d ty t...
V. Ta. R.)ZO1.

GRECHISHCHEV, Ye.K.; KUKLIN, A.K.
Bottom wave pressure nepr shore structures In waler logged soil.
Trudy Vost.-Sib.fil.AN SSSR no.10:29-47 '59. (MIRA 13:4)
(Baikal, lake--Waves)

GRL?GfflSqCT=. - Ye.K.
Determining the width of the was~iout of shores of lp-kp Baikpl.
Trudy Vast.-SLb.fil.Ak SSSR no.10:14P-209 159, (MIRA 11:4)
(Baikal, Uke-Const changes)

GRICHISHCM, Ye.K.
Studying the feformation of reservoir shores. Trudy Vost.-Sib.fil.
AN SSSR no.10:230-243 159. (MIRA 13:4)
(Reservoirs) (Coast changes)

T A,
Appraising the botanical method used by G.I.GalazU. Bot.zhur.
44 no.6:811-816 Je '59- OGRA 12:11)
1. Youtochno-Sibirokly filial AN SSSR. Irkutsk.
(Baikal region-Tress) (Coast changes)

A001/AlOl
AUTHOR: Grechishchev. Ye. K.
TITI E: Methods of estimating recent tectonic movements on Lake Baykal
PERIODICAL: Referativnyy zhurnal, Astronomiya, i Geodeziya, no. 2, 1962, 17-18,
abstract 2G123 ("Byul. Soveta po seysmol. AN SSSR", 1960, no. 10,
59-64)
TM,: The author considers the feasibility of using the data of leveling
carried out at the Baykal In 1901, 1928, 1937-19113 and 1955 for quantitative
estimates of vertical movements of the Earth's crust in this region, It is
noted that the results of repeated leveling of 1901 and 1928, as well as 1928 -
1937 - 19)[3, do not permit any definite conclusions as to proceeding movements,
because of considerable errors in levelings proper. A reiiable estimate of
present tectonic movements of the Earth's crust can be made only after perform-
ing a new high-precision leveling and comparing its results with the results
of the 1-class leveling carried out in 1955. The author makes recommendations
on selection of lines for the new leveling, fixing bench marks, ordering of
Card 1/2

S/0_35/62/000/002/033/052
Methods of estimating recent ... A001/A101
observations at water-level measuring stations arranged along the shores of the
Baykal Lake, connection of water-level measure stations to the reference bench
marks, etc.
V..Sinyagina
[Abstracter's note: Complete translation]
Card 2/2

TKACHUK, V.G., otv. red.; TOLSTIKHIN, N.I., red.; POPOV, I.V., red.;
ZAYTSEV, I.K., red.; YEFIMOV, A.I., red.; FALISHIN, G.B.,
red.; GRECHISHCHEV,-X-q,,K.,, red.; ASTRAKHANTSEV, V.I., red.;
P
D
ERLO~Wig, B.Y., r;d.; PECHERSKAYA, T.I., tekhn. red.
[Transactions of the Second
and the Engineering Geology
19581 Trudy Soveshchaniia po
geologii Vostochnoi Sibiri.
vo. No.4. 1961. 161 p.
Conference on Underground WaterB
of Eastern Siberia held in Chita,
podzemnym vodam :L~inzhenernoi
Irkutsk, Irkutsko~ knizhnoe izd-
(MIRA 16:4)
1. Soveshchaniye po podzemnym vodam I Inzhenernoy geologii
Vostochnoy Sibiri. 2d, ChitaR 1958.
(Siberia, Enstern-Water, Underground)
(SiberiaY Eastern--Engineering geoloff)

LADOKHINJ, N. P.;_PRECHISHCHEV, Ye. K.
Results of the study of recent tectonic movements alonR the
banks of Lake Baikal. Trudy VSGI SO AN SSER no.3:17-25 '61.
(MDU 15: 10)
(Baikal, lake-Geology, Structural)

ODINTSOV, M.M., doktor geol.-min. nauk, otv. red.; PAL'SIIIII, G.B.,
kand. geol.-min. nauk, red.; LOGAGMI, N.A., red.;
FIFNEKER, Ye.V., red.; GREGHISHGHEV, Ye.K., kand. tekhn.
nauk, red.; ASTRAKHANTSLT_,'r.'T_."p~7 '.~~;'-VOLOGODSKIY, G.P.,
red.; KUKUSHKIN, I.P., red.; FEDOROVI I.P., red.; TIZDELI,
R.R., red.; SEDOVA, N.G., red.; YERMAKOV, V.F., red.;
ASrAFIYEVA, G.A., tekhn. red.; POLYAKOVA, T.V., tekhn. red.
[Bratsk Reservoir; engineering geology of the territory]
Bratskoe vodokhranilishche; inzhenernaia geologiia territorii.
Moskva, Izd-vo AN SSSR, 1963. 274 p. (MIRA 16:12)
1. Akademiya nauk SSSR. Sibirskoye otdeleniye. Institut zemnoy
kory.
(Bratsk Reservoir region--Engineering geology)

GRECHISHCHEV, Ye. -K., otv. red.
.t. - I
Studie;-o-f"the shores of reservoirs and Lake Baikal] Is-
sledo-vaniia beregov vodokhranilishch i ozera Baikal. Mo-
skva, Nauka, 1964. 184 p. (MIRA 18:3)
1. Akademiya nauk SSSR. Sibirskoye otdeleniye. Institut
zemnoy kory.

VELLER, V.A., inzh.; GR.ECHISHCHEY, Ye.S.p inzh.
Service tests of the car wheel sets formed with the thermal
method. Trudy VNITI no.16:34-41 162. (MIRA 17:1)

GRECHISHCHEV, Ye.S., inzh.; SAFONOV, A.S.
Testing the strength of the conical fit. Trudy VNITI no.16:
42-49 162. (MIRA 17:1)

GRECHISHCREV, Ye.S.,q inzh.
Strength of joints with a secure tightness under conditions of
a circular shaft bending. Vest.mash- 42 no.4833-37 Ap 162.
(MIRA 15:4)
(Couplings)

CiPE',FTSIICHFV, Yn.S., irzh.-, WJF.A,2HrTN, jn7h.~, B.5.,! '~nzh.
lomparative analygis of the performance of the carrying bodies
of a truss and trussless frame design. I'-udy VNIPIT no.19~-
J-27 164.
5 (MT-RA 180)

KNIN9 D.R.-! BlIM'NOVI) GRF:H,'-S'HCFFV, Ve -
I
-estll.ng ror strength of the main frame and 1~ody of 21EITI. .313!3a!
j-an on, o t.~ ve ; .'Irudy VNIAT-i no. 1.9., 228-4~ 164'a N'Rl' 1833)

a B to 5--l E.-&-
-trilng"'ll or the jzf~t:! ."'J'. a
I;,, tier t~.e ~ondl'-'~ons c-,.- -.,,-4at-dp ani -.vi7l
73
1MMA
sn--.r a I rTj nx.t, I in 5 -e~n-
stas h n ~ s -, -3 t; r, -' y fj .

GREC111,5HUH, YO.S., inzh.; DONDAWN, I.I., inzh.
Torsion strength of press-fitted joints subjected to
and static bending. Vest. mashinostr. 45 no.1:39-42 Ja 165.
(M-
,rtk 18- ')

C ~j
AUTHOR LAVRUKH1NA,A.K., MASAVINA, L.D., PAVLOTSKAYA, F.I., PA - 2722
GB=HISHCHEVA, I.M.,
TITLE _TKe -Spallation of Copper by 68o-MeV Protons.
(Rasshcheplaniye rhedt pkotonami s ene-rgiyey 68o MeV - Russian)
FMIODICAL Atomnaia Energiias 1957., Vol 2, Nr 4# pp 345-351, (U.S.S.R.)
Received 5/1957 Reviewed 6/1957
ABSTRACT The'investigations described in this paper were carried out in 1954
and they aimed at obtaining a complete picture of the products ob-
tained at the spallation mentioned in the title. Furthermore, the in-
fluence of the energy and of the nature of the bombarding particles
uponthe character of the spallation process was to be determined* Be.
cause it is not possible by means of the radiochemical investigation
of the products to identify the stable as well as long-lived and short-
lived isotopes, theirfrields were estimated with the aid of the interpo-
lation method. The investigations were carried out in metallic copper
withvery small admixtures. For one hour the copper plates were exposed
to radiation of the inner(bundle (protons of 68oMeV) of the synchrocy-
clotron of the Institute for Nuclear Problems, Academy of Sciences of
the U.S.S*R. Then the plates were dissolved in nitric acid, and from
th+olution the radioactive istopeB of the different elements were
separated on isotojpe carriers. (The following elements were used. Na,
P, S, Cl, K, Ca, Sc, Ti, V, Cr, Mn, Fe, Go, Ni, and Cu).
,Some conclus ns. The total spallation cross section of copper amounts
Card 1/2 to 0.6.10-1-2tocma, i.e.650/o of the geometrical cross section. The

The Spallation of Copper by 68o-MeV Protons. FA - 2722
main share in the entire production cfoss section of the spallation
products of cop'per is yielded by the isotopes of Go, Ni and Gu (6o 0/o).
If the atability is increased, the y-~eld'of the isotopes also increases.
At the spallation of the copper nuclei, protons and neutrons are emitted
in almost equal ratio Z,/Zp " 1.3 The flying-off of an a-particle is
more probable than the successive emission of four nucleons. At spallati-
ons of copper by particles of high energy no influence upon the nuclear
structurewas noticed. If we compare the characteristic particularities
of spallation by protons of 68o KeV with the spallation of copper by
different particles of energies ranging from 19oMeV to 2.2 BeV, we also
obtain some conclusions about the influence of the nature and increase
i*nerdof the bombarding particles upon the charater of the spallatiop
of copper.
ASSOCIATION
FRESENM BY
SUBMITTED lo- 1o-1956
AVAILABLE
Card 2/2

C
AUTHORS Layrukhina A.K.,Moskaleva L.P., Krasayina L.D., 89-10-1/36
Grechishcheva I.1d.24 32
-
-
TITLE Ing of h& and P when High-Energy Protons Enter into
The 7o
rm
Interaction with omple,5 luclei.
1
29
pri vzaimodevstvii protonov vysokoy en-
(ObrizovaniyeNa
1 P
ergii so slozhnymi yadrami - Russian)
PERIODICAL Atomnaya Energiya,1957, Vol 3, Nr lo, pp 285-29o (U.S.S.R.)
ABSTRACT The forming cross section for N&24 and P32 was determined by means
of radiochemical methods if Cu, ba,Au,Th are bombarded with protons
of from 12o to 66o NeV. The following cross sections were measureda
Energy of protons in Effective cross section in lo-29 cm 2
MeV Cu La Au Th
Na24 P32 N&24 p32 Na24 p32 jja24 p32
12o O,o9 O,o7 O,o99
22o 0,22 0,22 0,3 SPu- 0,59 SPu-
ren ren
34o 1,3 1,8 0,5 0,73 0,13 0,3
480 5,6 24 2 194 3,7 10 18 3
66o 25 31 21 - 8,1 2,2 -
SUBMITTED May 31, 195
AVAILABLE Library of ongress
Card 1/1

G-l' Nr- C /Y 1~ V -A-, T-
AUTHORS! Lavrukhina, A. K., Pavlotskaya, F. I.,Pozdnyakov,A.A. 78-1-W43
Grechishcheva, I. M.
TITLEEt. The Chromatographic Separation of the Radioisotopes of the Elements
of Rare Earths by Means of Ion Exchange (Ionoobmenneye khromatograw
ficheskoye razdeleniye radioizotopov redkozemeltnykh elementov).
PERIODICAL: Zhurnal Neorganicheskoy Khj-Tnii, 1?58, Vol. 3, Nr 1, pp. 82-67
(USSR)i
ABSTRAM. Some problems of the aforesaid separation of the isotopes which
.are formed with nuclear transformation under the influence of pare
tieles with high energy are dealt with in the present report* Spe-
aial qttention was paid to the influence of the quantity of the
.elements on their degree of separation, as well as to the position
of the maximum of the chromatographical curve.
Methodics. It was found (rererence 1) that the best separation of
urKiru-m, thorium, and bismuth was achieved by-protons with an energy
of 68o MeV by washing out with a 3,60/o so!-ation of arxronium, lac-taw
te with PF.03,4. The separation was carried out on cationi-te "dauek-I
-5o". Figure.1 shows that the separation was quite effective, Figure
Card 1/4 2 shows the same for hafnium. If lar.aer quantities of other elements

The Chromatographic Separation of the Radioisotopes of the Elements 78-1-15/43
-of Rare Earths by Means of Ion Exchange.
The afore.;4nentioned displacement of the apexes of the curve with.
the change of concentration can lead to a coincidence of two or
more apexesz of neighbouring elements. This will. reduce the degree
of separation in the case of a great difference of their concens
trations. This is proved by the example of tullium and ytterbium,
which cannot be separated at a ratio of 1.11qo (figure 6, curve
eljWil c ahcentrat ions they can be separated satisfactow
rily-(figure 6, curve I). Further examples are given. From the
above examples it can be concluded that the coincidence of the
apexes of the curve must be taken into consideration with the de-
termination of the optimum conditions-of separation of the elements.
This1s of great Importance with the investigation of the natural
radioactivity-(s. r~. of promet1dum, samarium and others-) in the
presenee of great quantitiei of nelghbouring elementa, -a--- well as
with the-analysis of irradiated material.
There are 5 figures, and 9 references, 6 of which are Slavic.
ASSOCI4kTION'-' Institute for Geochemistry and Analytical Chemistry imeni V. I.-
Card 3/4

21M
AUTHORS: Lavrukhina, A. K. , 'rechichcheva, 1. AM. , sov/ag-6-2-6/28
Khotin, B. A. --------
TITLE: Radiochemical Investigation of Nuclear Reactions Producing
Pions (Radiokhimicheakoye izuvheniye adernykh reaktsiy, pri-
vodyashchikh k obrazovaniyu n-mezonov
PERIODICAL: Atomnaya energiya, 1959, Vol 0, Jr 2, PI) 145 - 151 (USSR)
ABSTRACT: The experimental part of the viork was carried out with protons
of an energy of iio - 66o kev, which had been accelerated in
the synchrocyclotron of the OIYaI (Joint Research Institute
of Nuclear Physics). The targets were irradiated with different
proton flux radii for 1.5-2 hours. The proton ray intensity
was determined by means of an aluminum monitor, wherein the
Al"(P,3pn)Na" cross section was assumed to be 10 i3b. The
identification of radioisotopes and the cross section determina-
tion were carried out according to the method escribed in
l
high, the
reference 3. The copper tart;et was 25.7-0.5 mm
-target weighed 50 - 200 mg and the copper target 400-800 mg.
La
0
2
3
Card 1/4 All elements were snectrally pure. After proton irradiation

Radiochemical Investigation of Ifucloar Reactions Producini, SSOV/,59-6-2-6/28
Pions
the samples were dissolved in a 50% solution of HNO 31 2fTHNO 3!
and aqua regia, respectively. The radioisotopes were separated
from the solutioi-is, i.e. nickel from copper, barium from
lanthanum and platinuo from gold. The cross sections measured
may be seen from the following tables:
o in 10-3ocM2
Ep = 480 Mev EP = 660 Mev
si3o(p,.+)Si3' -9.2 4.0
Cu 65(p,n-)Ga66 0.34 -
Cu65(P'PR+)N,65 2.0 3.4
La131(p,pn+)BaI31 Not observed
Au197(P,Pn+)pt197 Not observed
Cu 65(P92 R+)11,66 Not observed
Card 2/4

Radiochemical Investi~,ation of Nuclear Reactions Pro:'ucing SOV/189-6-2-6/28
Pions

EP (Mev ~29 2
a (ill 10 'cM
66
Ga 61(p,T[jr 66
Cu. a
130 1.30 + 0-15 -
190 2.0 + 0.2 0.6
250 3.1 4- 0.2 1.8
350 4.40 + 0.25 3.1
480 3.5 � 0.2 2.?
The experiments permit the followinc conclusions to be drawn:
1) The cross section of the reaction (p,n+) in heavy nuclei
is in the order of 10- 30 cm 2, the production of the n+-meson
being more probable than that of the 7c- meson. The ratio is:
Card 3/4

Radiochemical Investigation of Nuclear Reactions Producing SOV/189-6-2-6/28
Pions
C'r +
R-1-C 1 - 65
U(P,N-) +
2) The reaction (p,pn ) is more probable than the reaction
(p,n-). That agrees well with the data hitherto available on
the nature of nuclear reactions cau3ed by highly energetic
particles. The high cross section (Ref 2) of the r-action
(p,n+) in silicon can be explained only by the occurrence of
the reaction (d,p) in addition to the reaction mentioned.
3)In the proton energy increase from 480 to 660 Hev. a slow
cross section increase of tha reactions (p,gn+) and (p,n+)
was observed. S. Sekerskiy separated tile Ili 6-nucleus from
the irradiated copper target. There are 5 figures, 3 tables,
and 16 references, 12 of which are Soviet.
SUBMITTED: July 14, 1957
Card 4/4

AUTHOR: Grechishcheva, L.M., Engineer 135-58-8-16/20
TITLE: Rules for Welding Operator Examinations (0 pravilakh is-
pytaniya avarshchikov)
PERIODICAL: Svarochnoye proizvodstvo, 1958, Vr 8, p 45 (USSR)
ABSTRACT: Suggestions are submitted to correct various mistakes and
inaccuracies contained in the new edition of "Rules for the
Examination of Electric and Gas 71elding Operators" issued by
the Glavnaya inspektsiya kotlonadzora T-7inisterstva Putey so-
obslicheniya SSSR (main Inspectorate of Boiler Inspection at-
tached to the VS'!1Z Tlinistry of heans of C omimuni cation.). There
is 1 Soviet reference.
ASSCCIATIGN: Tomskiy transportnyy institut (To-nk Transport Inst.1tute)
1. Welders--Test methods
Card 1/1

GRICHISHKIN,
Yec~.anjcal extraction of battery stulls duriiDg the arti-
ficial caving-in of the roof. Ugoll Ukr 4 n0-5:28-29
YV 16o. ZHI" 13:8)
(Mine timbering)

ACC Ws SOURCE CODE: UR/0383F 00 01 036/0089
AF60'087L C6 10-70
A, D.; Toreshkov, P. Is
- - . I - ~x 2 k;,*
ORG; nono 11.1 * I '~~W
VO .
TI-LIA,: Soni-utar ofi literonsing the service life of refractory articles and materials
SOb-.IC-S: Motallurgichoskaya igornorudnaya prorquhlennost', no. 1, 1966, 88-89
TOPIC TAGS: rofractory product, hydration, magnosite, annealing, hoat treating
furnaco, lVdraulic dov-1co, iiotal prosa
ABSTRACT: The authors report on a seminar held 12-16 October 1965 in Kiev by
.4 jurgical, industries w4t4 the participation
vorkers in the refractory an metal.
of representatives of scientific research, design and educational institutes.
,The participants discussed the problems involved in improving the quallty and
increasing the service life of refractory materials used in the open hearth
steel process. A great deal has been done recently in the Ukraine on Improving
techniques for manufacturing refractory articles and improving their quality,
organlzin~ the production of new forms of refractory materials and increasing
the selection of articles produced. At the Nikitov Dolomite Combine a depart-
.Mont has been put into operation for hydration of magnesits poWers, a tube
mill and two 1000-ton hydraulic presses have been installed, and the tunnel
furnaces for high temperature annealing have been rebuilt. Improvements have
Card

L 29806-66
ACC NR, AF60207
also been made at the ZapQrodn RefrActories Plant, The articles made by
,-the Nikitov Dolomite Combine. the Zaporozhye Refractories Plant and th to
RIM are the beat in the Soviet Union and as good as the magnesite-chromite
articles put out in the Uidted States and Englando At the Cha"Mr Refraotorles~
Combine. two 1500,ton hydraulic presses hive been instilled, and other Improve-,
ments have been made in equipment and organization@ The participants at the
seminar worked out recommendations for Utproving the technology of refractory
manufacturing, organizing the production of better refractory materials,
Improving the conditions for operational use of these articles am also
made resolutions for further research. design and "periAsintal work on
Irk9reasing the service life of refraistory materiaU., LJPW
SUB CODE: 11, 13 SUBM DATE: none

GRECHISHKIN, A.D., insh.
Technical and economic indices of operations in metallurgical
enterprises of the Ukrainian S.S.R. during the first quarter
of 1964. Met. i gornorud. prom. no.3:81 My-Je 164.
(MIRA 17:10)

GRECHISHKINS, B.9 ingh. .1 7A
Standard comand and dispatch stations, Grazb4t av, 20 no.1311
Ja 163. (Mr9k 16-34)
(Airporta-Traffic control)

PAIZOINA, L.I.; POMV, X.S.; GUDIM, A.M.; GRICHINSKATA. Tej
[Hrechynalka, IN.YJ
Biologically active mibstances in Soviet champagne and vine
products. Mr.biokbim.shur. 32 no.1:111-119 160.
(KIRA 13:6)
1. Institute of Biochemistry of the Acadeaq of Sciences of the
Ukrainian S.S,R., XLyev, and the All-Union wKsgarach" Research
Institute for Wine-miking and Viticulture, Talta.
(CHAMPANX (WIU)) (Wr=--PETSIOLOGICAL JMCT)

GRECHISHKP# D.K., dotsent (Chernovita7)
".- .,- 11 ~.. , 11
Diagnosis and therapy of Intraperitoneal subcutaneous duodenal
)duptures. KhirurgilA no.9:*70 S 154. (MLRA 7:12)
(BUOMNUM. r(Apturs.
diag. & ther.).

D"CZY(FTA Sec.9 Vol.11/11 Surgery Nov 57
61, 1k, F(~_ ~f Fj if K j- "VX
5849. GRECHISHKIN D. K. Surg. Clin., Fac. of the Med. Dist., Chernovits.N., USSR.
:I Meta_sra-ri-cgoit rt,' ( Russian text) K111BURGUA ij55, 2 (58-59)
Report of a case or metastasis in tile spinal cord arising from all ndenonla of tile
thyroid gland. A female patient, aged 31, was operated upon for an e\traillechillarv
tumour of the spinal cord with signs of compression, situated at the level of the
7th-8th thoracic vertebra. Larninectorny, extending frorn tile 5th to the ath t1loracie
vertebra, was performed with loca.,. inaesthesia. On splitting the dura of the cord.
a tumour, light brown in colour and o. soft consistency, was found in the region be-
tween the 5th-8th thoracic vertebra. The tumour, which closely adhered to the cord
and its cover, was carefully removed. The post- ope rat ive course was uneventful.
Deep muscular sensation was gradually established and movements in the lower
extremities reappeared. Pathological Investigation revealed that ti,e tumour was a
meta4tasis of an adenoma of the thyroid gland. Although the isthmus and right lobe
were more prominent the whole thyroid gland was not considerably enlarged. The
patient refused operation for removal of the nodular goitre.
Stuchinskii - Leningrad

ail s*)
Distribution of M= pyolleacis Tar. nuF*iWU"d
with pholpliarom4Z acttleeiripierime2talsepablarabblec
T. WSival D. K. OWIthlikiri, L, N. UmansklY, A. 1.
Voproly Mord. Kkins, 2. No. 1, 20-3I(IOW),-Jf. AY014"Res
Var, 414rinis grown oil culture medium contig, Nallj!"M was
,washed and injected Into the nutrginzi veln of rabbits. cars
at UP organisrai/kc. of body wt. Vils caused the death
within 2-5 hro. of all rabbits, which were immediately
'autopsw Lad the conco. of Millowavity In various orhansi
detd. Control rabbits were Injected with a mixt. of M.
hirvilexes var. surinis with Nalfil?"Oo and radioactivity was
dotd. and compared vrith that of expti. animals. Lunp of
the latter contained mesa than 10timesasmuch radioactivity
as these of cimtrols, but muscle. bone, heart, kidney, brain,
and bone martow of expU. animals were less radioactive than
those of coutrols; results wem not defialte in blood and liver.
Cyros C. Sturgis, Jr.

U~SR/ffuman and Animal Physiology - TherworeLralation. T-3
Abs Jour : Ref Zhur - Biol., No 'T, 1958, 31541
Author : Grechisbkin, D.K.
Inst :
Title : The Influence of Artificial Hypothermy on the Clinical
Course of Experimental Sepsis.
Orig Pub : Eksperim. Ithirurgiya, 1956, Ito 3, 33-38.
Abstract : A model of staphylococcus sep5is was created in rabbits by
the intrabone introduction of a dally cult-ure from a cal-
culation of 200 thoueand microbe bodies In 1 kg of weiGht.
Some of the rabbits were cooled to 24-250 by immersion in
ice immediately before innoculation, some - a day after
the innoculation and some - twice: immediately before
14~ and in the following two days after innocillation. The
temperature of the body dropped to 30-290. The control
,roup was not exposed to hypothermy. It was established
that the minimal transferable body temperature equals
Card 1/3

USSR/Human and Animal Physiology - Thermorerndation. T-3
Abs Jour Ref Zhur - Biol., 110 7, 1958, 31541
blood increases more deLree and the general N decreases
less than in the othcvs. For all groups of experimental
animals, the growth of residual N is characteristic.
Me conclusion is made on the more favoral~!.e course of
experimental sepsis in rabbits with the u,.;o of hypother-
mia.
Card 3/3

GANI, G.S., prof.; GIC 'CHISHKIN, D.K., prof.; JOND-10, IT.A., dotsent. SKRIPIU,
V.F., kand. med. nauk; BOLDLEV, Ye.N., kanji. mied. naL--;
N.P., kand. mod. nauk; SLiOEMIKIII, 1,.V., inzh.; U11KOV, D.D., in.-Al.
Hygienic conditions and labor safety at Donetsk hydraulic raines.
Ugoll 39 no.9:87-3.'~') S 1621. (:,11114. 17:10)
1. Luganskiy i--ieditqhis;-,iy ilu3titut (for Gan, Grechislikin, Bondar'.
Skripkao Boldyrov, Pashchonko). 2. UkraIT-%iy n,,iti~clinc),-issltdoiatellskiy
institut gridrodobychi ui;lya (for Syroyezhkin, Klii.,iov).

1. GRECHISHKIN, F.G., TRETENKO,, Yue I., ZHUCHKOV,, V.N.
2. MSR (600)
4. Liubimov, B.N.
7. Discussing B.N. Lyubimov's article on "mine parachutes." Ugoll, 27, No-U, 1952
9. Monthly List of Russian Acessions, Library of Congress, February 1953.Unclassifiod

1A A- -L
ALEKSAKDROV, B.F., inzli.; BALYKOV, V.K., inzh.; BARAI[OVSKIY, F.I., inzh.;
BOGUTSKIT, H.V., inzh.; BUff'KO. V.A., knnd.tek-hn.naUk-. doteent;
VAVILOV, V.V., inzh.; VOLOTKOVSXIY, S.A., prof.. doktor tekhn.nauk;
GRIGORITHT, L.Ya., inzh.; GRIDIN.- A.D., inzh.; ZARKAN, L.N.. inzh.;
KOVALEV, F.F., kand.tekhn.nauk; KUZ*,TSOV, B.A., kand.tekhn.nauk,
dotsent; KUSNITSYN, G.I., inzh.; LATYSHEY, A.F., inzh.; LSTBOV,
R.N., doktor tekhn.nauk, prof.; LKYTES, Z.M.. inzh.; LISITSYN, A.A.,
inzh.; LOKHANIX, K.A.. inzh.; LYUBIMOV, B.H., inzh.; MASHEEVICH,
K.S.. inzh.; KALKIIASOYAN, R.V.; MILOSMIN, H.K.. inzh.; MITNIK.
V.B.. kand.tekhn.nauk; MIUMYEV, lu.A., inzh.; PARMONOV, V.I..
inzh.; ROKANOVSKIT, Tu.G., inzh.; RUBINOVICff, Te.Te.. inzh.;
SAMOYLYUK, H.D., kand.tokhn.nauk; SKEKHOV, V.K., inzh.; SKOLDT-
REY, A.Te., kand.tekhn.nauk; SNAGIN, V.T.. inzh.; SUAGOVSKIT,
U.S., kand.tekhn.nauk; FETGIH, L.K., inzh.; FREHMI. B.B., inzh.;
FLU"i, A.A., inzh.; laiORIN, V.N., dotsent, kand.tekhn.nauk; CHET-
UROV, B.H., inzh.; CHIAWNWHIN, S.I., inzh.; SHEMOVNIKOV. V.N.,
inzh.; SHIRYATKV, B.M., inzh.; MISHKIN, N.Y., kand.tekhn.nauk;
-WILIBERG, I.L., inzh.; WORIN, V.G., dotsent, kand.tekhn.nauk;
SWOKMAN, I.G., doktor tekhn.nauk; SMIS, N.A., inzh.; TERPIGOREV.
A.M., glavnyy red.; TOPCHITHV, A.V., otv.red.toma; LIVSHITS, I.I..
zamestitell otv.red.; ABRAMOV, V.I., red.; LADYGIN, A.M., red.;
MOROZOV. R.N., red.; OZIMNOY, H.L. red.; SPIVAKOVSKIY, A.O.,
red.: FATBISOVICH, I.L.. red.; ARKHAN(IFLISKIY, A.S., inzh., red.;
(Continued on next card)

SANDROV, B.F.---(continued) rnrd 2.
BnTAT37, V.S., inzh., red.; BIMLANOVA, L.I., inzh., red.; YLASOV,-
V.K., inzh.. red.; GLADILIN, L.V., prof., doktor tekhn.nauk, red.;
GREBTSOV, N.V., inzh., red.; GRECHISHKIN,,?.G.-, inzh., red.; GOIT-
CHAREVICH, I.F., kand.tekhn. 1~~AOV, V.P., kand.tekhn.
nauk, red.; IGNATOV, N.N., inzh., red.; LOMAKIN, S.M., doteent, kand.
tekhn.nauk. red.; KARTTNOV, M.V., doteent, kand.tekhn.nauk, red.;
POVOLOTSICIY. I.A., inzh., red.; SVETLICHNYY, P.L., inzh., red.;SALI-
TSEVICH, L.A., kand.teklin.nauk, red.; SPELMOV, A.V., kand.tekhn.
nauk, red.; MOULAR, G.A., inzh., red.; ABARBARCHUK, F.I., red.izd-va;
FROZOROVSKAYA, V.L., tekhn.red.; KOhDRATIYEVA, M.A., tekhn.red.
(Kining; an encyclopedic handbook] Gornoe delo; entsiklopedicheskii
spravochnik. Glav.red.A.M.Terpigorev. Chleny glov.redaktsii A.I.
Baranov i dr. Moskva, Gqs.nauchno-tekhn.izd-vo lit-ry po gornomu delu.
Vol.7- [Mining machineryi Gornye mnahiny. Redkol.toma A.V.Topchiev i
dr. 1959. 638 p. (Mining machinery) (MIRA 13:1)

TIXHONOT, M.Ye.,-_2~RMISHKIN, F.G.
Hanless stoping. Ugoll Ukr. 4 n0-7:44-45 Jl '60. (MIRA 13:8)
(Stoping (Mining)) (Automatic control)

GRECHISHKIN, F.G.
Reliability and high efficiency are the principal qualities of
machinery. Ugoll Ukr. 4 no.10:10-11 0 160. (MIRA 13:10)
1. Glavnyy spetsialist otdela toplivnoy promyshlennosti.Gooplana
USSR.
(Ukraine-Coal mining machinery)

GRECHISHKIN,1.1., inzhener (g.Tula); MIONICH,A.S., kandidat
*ed 65116heskikh nauk (g.Tula)
Practices of Nine no.34 in the Moscow Coal Combine for
lowering the cost of coal. Ugoll 30 no.6:40-42 Je '55.
(NM 8:8)
(Moscow Basin--Coal mines and mining)

TS114,20102 R.R.2 inzli.; PORTHOV, A.A., f,!Iavny.,r red.; GRECUSIEDI I I zalms-
titell glavnogo red.; BUIKGV, red.; red.;
TSITRIIJ, H.A." red.; ST SIN, Ye.L.p red.
[Galculation of rdne dust removing equipment.) Raschet shgkhtilyki,
pylootsasyvaiushchikh ustanovok. l,'Oskva, Go:3.-ortekhizdat, 1963.
82 p. (Tula. Podmoskovnyi nauchno.-issledovatellskii i proektno-
konstrulctorskii ugollnyi institut. Sbornik nauchnykh trudov, no.8)
(MIRA 17: 10)

- ____ - -- -- ----
GRECHISHKIN, L. L.
"The Anticonvulsive 1'2,f feet of Cardiac Glycoulde A Of.ycont:k;."
report presented at the 761st meeting of the Pharmacology and Toxicolo,-j Section
q( ~he 1. M. Sechenov Leningrad Society oV Physiologists, Blochemistx and Pharovicologisto,
26 Mar. 1956.
LenirZrad Medical Institute of Sanitary Hygiene)
(Fannakologiia. i Toksikologiia, 21, no 6, Nov-Dee 58, p. 620)

GRECHISHKIN. L.L.
Effect of cardiac glycosides on neuromuscular transmission.
FarmA toks. 24 no.1:75-79 Ja-F 161. (~gRA 14:5)
1. Kafedra famakologii (zav. -, deyqtvite2 lnyy chlen AMN SSSR
prof. S.V.Anichkov) Leningradskogo sanitarno-gigiyonicheskogo
meditsinslcogo instituta.
(MYONEURAL JUNCTION) (GARDIAG GLYGOSIDES)

GREGHISHKIN,_ L.L.
F-Pfect of some central neurctropic substances on the motor
activity of an empty stomach. Farm. i toks. 26 no.106-40
Ja-F '63. (MIRA 17:7)
1. Otdel farmakologil (zav. - deystritellnyy chlen AMN SS~M-
prof. S.V. Anichkov) Instituta eksperimentalIncy meditsiny
AMN SSSR.

GRECHISHKIN, L.L.
Participation of the brain stem in the mechanism of action of
some pharmacological agents on the periodic contractions of
the stomach. Biul. eksp. biol. i med. 55 no.4:53-56 Ap 163.
(MIRA 17:10)
1. Iz otdela farmakologii (zav. - deystvitellnyy chlen M4N SSSR
S.V. Anichkov) Instituta eksperimentalinoy meditsiny AMN SSSR,
Leningrad.

ANICHKOV, S.V,j GRE(I'llISHKIN) L.I,*
Participation of central cholinargic structurfis in %he relo,.~.Iatl,llon
of gastric secreticn. Farm. i tok-. 28 no.5:587-590 -S-O 665.
(MIRA 18,,12)
1. Otdol farmakologii (zav. - deystvitellnyy chlen A14N SSSR prof.
S.V.Anichkov) Inatituta eksperimntallnoy meditainy, Leningrad.
Suhnitted February 22, 1965-

ACC NRs AP6027888 SOURCE' C(ME: UR/0390/66/029/004/0454/0456
AUTHOR: Grechishkin, L. L.; Utepbergenova, R. K.
ORG: Department of Pharmacology, Institute of ExperimentaL MedLcine, AIM SSSR,
Leningrad (Otdel farmakologil Instituta ek!ipurimcY1t.-l'noy meditsiny MN SSSR)
TITLE: Central and,peripheral action of cholinolytics on gastric secretion
SOURCE: Farmakologiya i toksikologiya, v. 29, no. 4, 1966, 454-456
1 . 41o.40 G-IC %5Pejea7'10A1') DRO C- JFIFICF- ('T,
TOPIC TAGS: ,Fentral nervous system, cholinolyLic compound, gastric secretion==
ABSTRACT: !,Amysil and glypine were.given to dogs intravenously and directly
',into the brain. The blocking action of amysil was greater when
injected directly into the brain while this was not true of BeTE.'
~This illust"rated the central action of amysil and'the peripheral
action of BeTE. [WA-50; CBE No. 11]
SUB CODE: 06/ SUBM DATE: 17Jul65/ ORIG REF: 009/ OTH REP: 003
UDC: 615.787-092:612.323.5
ard 1/1

GRECHISHKIN, i'll. D.
"Destroy Horseflyll.
Minsk. Gosizdat of Belorussian SSR. 1952. 16 Da&es
with illustrations.
SO: Vet., Aug. 195Z, Unclassified.
a a a a Ah a a a a a a a a a a a a a a a a a a a a A a a

ORWHISHKIN. P. (g. Samarkand).
Nothing has changed. 'Soy. prof soiusy 5 no.9:44-45 3 '57. (KLHA IWO
(Samarkand Province--Trade Unions)

BORISOV) Konstantin Ivanovich; popoV,
Petr Konstantinovich; KUMETSOVA, N.L., red.; KOROBOVA, N.D.,
tekhn. red.
(Trade-union work in the organization of the masses; collec-
tion of guiding materi~ls]Organizatsionno-massovaia rabota
profsoiuzov; sbornik rukovodiashchikh materialov. Moskva,,
Profizdat, 1962. 270 p. (MIRA 15:8)
(Trade unions-Handbooks., manuals, etc.)

GYMCHISHKIN, S. V.
Kethode of roontganoth*rapy of diseases in children. Yopr.pediat.
18 no.2:31-35 Kr 150. OLKL 19:3)
1. Of the Roentgenological Division of the Central Clinic Hospital
(Head -- Tu.N.Goryunkov, Colonel Kedical, Corps).

GRWHISHKIN, S.Y.
Now method of roentgenological examination of the heart and of
the frontal pulmonary sinuses. Klin.med.,Moskva 18 no.10:84-85
Oct 50. (CIXLT 20:4)
1. Of the Roentgenological Division (Head--S.V.Grechishkin, Lt-
Cal Medical Corps), Okrug Hospital (Head--Tu.I'4.GorVunkov,Colo-
nel Medical Corps).

GREECHISHKIN, S. V.
Principles of roentgenotherapy. Leningrad.
Hedgiz, 1952.
~35,5 p -

1 . GREC1.77~'KIN, -,-. V. , '~"Tjl' Y '
I - 1) -... L.
2. 1 -S -~'.( 600 )
4. Diapmcsis, Radicoc6pic
7. Attenuation of'intonsity an~ disapp - %ra lice o, il" the
Vest. rent.. 1 rad. NO. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

GRECIIISIDall, S-V-, dotaent, polkovnik meditsinskoy sluzPy
Una o-.0' fo(xl products treated with ionizing radiation. Voen.
med.0mr. no.3:82 '59- (HIM 12:6)
(ILLDIATIOTI STERILMATION) (IIADILTION--PHYSIOLWICAL NFMT)

--6R/0135j6
ACC NRt AP7001836 SOUREE CODE. 6/000/012/0006/0008
AUTHOR: Kiselev, S. N.; Khavanov, V. A. (Engineer); Skornyakov, L. M (Dirrineer);
Grechishkin, V.J.. (Engineer)
-0RG-':---n-on--e-
TITLE: Pattern of distribution of residual surface stresses in welded piates of avial alloy
SOURCE: Svarochnoye proizvodstvo, no. 12, 1966, 6-8
intii=a-~ stress, w#eld evaluation, strain gage / Sv-.AK-5 weld
TOPIC TAGS: metal strQ, ing
rod
ABSTRACT: The increasing use of avial-alloy-type structural elements and wcldments of
considerable thickness in which residual welding stresses combine with the scale factor as
well as with the mechanical, chemical and structural heterogeneity of welded joints and the
changes in plasticity of the material owing to aging processes, makes increasingly imperative
an investigation of these stresses. Accordingly these stresses were measured in plates 30-,
40-, 70-, 90-, 140-, 220- and 300-mm thick of an avial type alloy containing 0. 8-0. 85% Si and
0. 6-0.7% Mg in hardened and artificially aged state, with the aid of strain gages having a base
of 5 mm, and a resistance of the order of 50 ohm. The strain gauges were attached at intervals
Card 1/2 UDC: 621.191.011:669.715

ACC NR, AP7001836
of 100 mm each to the welded plates (which were 500 mm wide each half, and 500 and 1500
mm long) along the weld line in both directions from the center (in the direction of the prin-
cipal axes of deformation). Findings: the pattern of distribution of residual surface stresses
the welded joints of avial type plates differs from the pattern observed for low-carbon steels.
Thus, in avial-type plates the residual welding stresses reach their maximum in the near-
weld zone whereas in low-carbon steel plates these stresses reach their maximum at the weld
center. This is attribu&ble to the mechanical heterogeneity of the welded joints of avial-type
alloys (the use of SY-AIC-5 welding rod, which contains 5% 51. and the softening of the base as
well as to the features of formation of residual stresses, which are also determined by the
thermophysical properties of the material: the high thermal conductivity of aluminum alloy
leads to the elastic deformation of the metal in the near-weld zone. Orig. art. has: 5 figures.
SUB CODE: 13, U. 20/ SURK DATE: none/ ORIG REF: 003
2/2

AUTHOR: Grechishkin, V. S. 56-34-4-18/6o
TITLE: The Unsteady Phenom-erwin Nuclear Magnetic Resonance (Nestatsio-
narnyye yavleniya v yadernom magnitnom rezonanse)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol. 34, Nr 4, pp. 902 - 907 (USSR)
ABSTRACT: The explanation of the problem of the behaviour of a spin
system in the case of the application of impulse-like signals
of various shape to the test piece is of special interest.
This work ascertains the solutions of the Bloch egmtion which is
used for the measurement of the
relaxation times and also for the molding of the transition
systeris in a system of nuclear spins by processes in four-poles
by the method of the operation calculation. The first paragraph
deals with the posing of the problem. The system of th* Bloch
equntions is a system of linear differential equations with
variable coefficients. For the observation of the signals of
the nuclear resonance in the method of the continuous action
a sinusoidal action of the magnetic field is used. The system
of the Bloch equations is written down for the case that the
Card 1/3 weak radiofrequency field which stimulates the precession of

The Unsteady Phenomena in Nuclear Magnetic Resonance 56-34-4-18/6o
the macroscopic vector I of the nuclear magnetization is Yer-
tical to the magnetic field. Then the integrals ascertained
by the operation method are written down. The second and third
paragraph investigate the solution of the Bloch equation for
some special cases of practical interest. The second paragraph
deals with the adiabatic passing through the range of resonance.
In this case the solution of the Bloch equation consists of
terms which describe the transition process, and also of a
steady term. The investigation of the transition processes makes
possible the determination of the relaxation times. In the
method of the continuous action, however, their realization
in pure form is connected with considerable experimental
difficulties. The third paragraph deals with the impulse me-
thods in the nuclear magnetic resonance. The transition pheno-
mena in the nuclear magnetic resonance can also be realized
by the application of a radiofrequency field in form of pulses.
3 formulae for the reaction of the spin system to the pulse are
written down. The remaining processes have a complicated cha-
racter in the case of frequency jumps. The investigated cases
show that the transition phenomena in the spin system are ana-
Card 2/3 logous to the transition processes in coupled electric resonance

The Unsteady Phenomena in Huclear Magnetic Resonance 56-34-4-18/6o
circuits. The obtained terms are simple and can be used for
the experimental determination of the relaxation times. There
are 9 references, 3 of which are Soviet.
SUBMITTED: September 219 1957
1. Nuclear spins--Mathematical anal~rsis
Card 3/3

(0), 5 (4) -8/60
AUTHOR: Grechishkin, V. S. SOV/56-35-2
TITLE. '-fi-e-I-11veuti-gation of Relaxation Processes in a
Number of Fluorine-Carbon Compounds (Issledovaniye
relak8atsionnykh protsessov v ryade ftoristykh
soyedineniy ugleroda)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki. 1958,
Vol 35z, Nr 2, PP 364-366 (USSR)
I
ABSTRACT: The author investigates the influence exercised by the
tensor of chemical. displacements upon the relaxation time
of fluorine nuclei and compares experimental with theoretical
results. For the purpose of measuring the relaxation time
the author employed the method of nuclear induction according
to Bloch (Blokh)., The scheme of the bridge circuit used for
the observation of nuclear-induction signals is given. The
high-frequency generator operated within the frequency range
of 20 - 40 megacycles. Results;
C F OH COOH: 0;147; O~29
3 5 2 (R.-')theor- (R-l)e,p - .
Amount of the anisotropy of the tensor of chemical
Card 113 displacement: 7-10-4

The Investigation of Relal-lation Processes in a
Number of Fluorine-Carbon Compounds
Card 2/3
SOV/56-35-2-;,6/60
Correlation time according to the formula by Debye (Debay)
104, 10 sec; R - TJ(H 11 )/T,(F 19
C3 H4OH3COOH. T1(H)-0,65 T,(F)-0,47 R = 4,35
X,(CF-CFC1) COOH: T,(H)= 0,21 T,(F'9) = 0,1:4 R = !.~5
. 2 n
CH2FC1 R (at 20 megacycles) - 3,;;
CHFC12 it = qj2
CHF2Cl It = 3,.~56
C6H3F3 IV - 1,56
Results show that the ratio of the relaxation times of
fluorine nucleus and proton in the same molecule depends
on the presence of other halide nuclei,. In conclusion the
authors thank F. I. Skripov and P~ M, Borodin for their
interest in this work and for their discussions- There
are I figure, 2 tables, and 5 references, 2 of which are
Soviet,