SCIENTIFIC ABSTRACT SHAPOVALOV, A.I. - SHAPOVALOV, F.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548610002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

?~G.' SOROKINA, il,A.*, SHAPOVAWV. A.1.
T--:~traco,lluLar recording of imiscle fiber potentials; rhythmio activity.
,cf,mika, 4 rio-3:310-319 159
3~ (MIR&
i. Triatittil. fiziologii zhivotzWkIl pri Kivevskohl 1"Osunivetsite-t0j,
physiol.
rhythmicity of nusc. fiber potential, imJ.-rav6.XIUUt-
recordine Gius ))

P JALOVI kJl
4.U.0i
TranamieRion of excitation in tho spinal cori dnrIng cI=arizatiog,.-.
45 (M IRA
no.8-.952-958 Ag '59.
Yrom the Department of Pharmucolog7, I.P.Pavlov medicsNI
Institute. -TieniWad.
(CURM, pharmacolor7)
OTINAL CORD, Pharmacology)

'rV.kNOV~., Z.ji., KOVALEV, GaY,; SPAL11,4. Ye,,ka; KHAUNINAt R.A.; SHjLPOVALOV' A.I.
r
Affedt O:r a lytic cocktail on various phenomena of nervous activity;
experimental study. Vest.khir. 83 no-10:101-108 0 159, (MIRA 13:2)
1, 1z kafedry farmakologii (ispolnyay-ushchiy obyazannosti zavedu-
.Mahchego - dotsent M.I. Pallchevskaya) 1-go Leningradelcogo msditsin~
alcogo Instituta im. I.P. Pavlova. Adres avtoro- Leningrad, al. L.
Tolatogo, d 6/8, 1-y Maditsinskiy institut, Imfedra far-nakologii.
ZHIBERITATIOIT, ARTIFICIAL pharmacol.)
(CIU? MIL XXRVOUS SYSTEM pharmacol. )

I. ~ LANT'3'K A. I+.,
razryadr odinochijvkh neyronov retikulyarripy fomatsl!ii.
.Aotgowwa stvcla.
re-onrit. sub.,,-,-ittpd for the First Mnscmi Conference on Rptic,.ilar Foraa-A,*-x%,
la
Rarch ',60.

SIUMVALOV, J---
- 1--
Two-barrel microelectrodes for intracellular Isads ot bio.-
potentials, Biofizika 5 no.1:79-80 160, WRA 13:6)
1. 1-y Meditsinskiy institut imeni I.P. Pavlova Leningrad,
(NUGIIWPHYSIOLOGT equip. 8-. supply~

SHAPOVALOV? A.I.
Effect of temperature on rapid and slow potentials of rbtthmically
active muscle fibers in intraoellular leads. Biofizika 5 no.31270~
278 t6o. (MIRA 13:7)
1, Pervyy hieditsinskiy institut, Leningrad.
(MUSCLE) (TEMPITURF,-PHYSIOLOGICAL EFFECT)
(ELECTROPHYSIO GY)

O'HAPOULOV-1 - 14,1, - 1.
&dtiple discharges of the striated muscle fiber. TSitologiia.2
,io.6;651-655 N-D 160. (MIRA 13:12)
1, Kafedra fammakologi-i I Leningradskogo meditsinskogo instituta.
(EUCTROPMIOLOGY) (MUSCLE)

KOSTYUK, P.G.; SHAPOVALOV, A.I.
-
Relationship between electric polarization and rhythmic activity
in ztriated muscle fibers, Biofizika 5 no. 5:586-594 160.
(MIRA 13:10)
2:- In-9-bitut fiziologii imeni A.A. Bogomolltsa AN USSR, Kiyev.
(musur-) (ELEECTROPMIOLOGY)

SHAPOVALOV, A.I.
Poetactivation facilitation in the superior cervical sympathetic
ganglion of cats. Fiziol.zhur. 46 no.2-1185-193 F 160.
(MUU 14: 5)
1. From the Department of Pharmacology., I.P.Pavlov lst.M6dical
Institute, Leningrad.-
(NEF(VOUS SYSTEM, SY11FATHETIC)

11 . SHAPOVALOVI A.I.
1. ~ I - -.- - -
Facilitation and depression of neuromuscular transmission during
rhythmical stimulation the proceso of intracellular recording.
Fiziol. zhur. SSSR 46 no. 9:LI-U-LU9 S 160. (MM 13:10)
1. From the Pharmacology Ghair of Pavlov Medical Institutel
Leningrad,
(ITERVES) (MUSCLES) (ELECTROPHYSIOLOGY)

SHAPOVkLOV, A.I.
Study of the mechanism of rhythmic activity in muscle fiber by
means of intracellular micro-electrQ65,9. Biul. eksp. biol. i
med. 49 no. 6:3-7 Je 160. (MIRA 13:8)
1., Iz kafedry farmakologii (zav. - prof. A.V. Valldman) I
Leningradskogo meditsinskoi-o instituta im. I.P. Pavlova.
Predstavlena deystv. chlenom ANN SSSR, V.V. Zakusovym.
(MUSCLE) (BLECTRO]PEI(SIOLOGY)

KOSTYUK) P.O.; S!!A~C~ ~AQV,.,-A-I~
Features of the responses of various neurons of the spinal cord
to direct stimulation. Biul. eksp.biol.i ined. 50 no 9:8-11 S 160.
~MI-RA 130J)
1, Iz laboratorii obsbebey fiziologii (rukovo4itelt - doktor
biologicheskikh nauk P.G.Krstyuk) Instituta. fiziologii imeni A.A.
Bogomolltsa (dir, - chlen-;correspondent AN USSR A.F, Makarchenko)
AN OSSR, Kiyev.'
(SPIMAL CORD)

LAPITSKIY, A.I.j TISHCHOKO-p M,I.,- SliAPOVALOV.9-42.I.
Possibilities for the use of alternating-current amplifiers in
investigating rapidly changing extra- and intracellulp-
bloelectric potentials. Biofizika 6 no. 1:119-125 161.
(MIM 14:2)
1. "Spetaiallnoye konstruktorsko-tekhnicheskoye byuro Biofizpribor,"
Leningrad i Pervyy meditsinskiy institut im. I.P. Pavlova, Leningrad.
(BLECTROPHYSIOLOGY) (AMPLIFIERS(ELECTROMICS))

SWOVALOV9 A.I.
Intrace-11idar leading off of the resting potentiELl and polarization
of the muscle fiber by the potenti tric method. DiofizikEL 6
no. 2t!V-190 161. (MIRA 14,,4)
1. 1-y Meditainskiy institut imeni I.P. Pavlovap Leningrad,
(ELECTROPHYSIOLOGY)

SHAPCVALOV, A.I.
Rhythmic activity of the muscle fiber during polarization and
intracellular ion injection. Fiziol. zhu--, 47 no.1:89-96 Ja 161,
(MIRA 14:3)
1. ;rom the Pavlov Ist Medical Institute, Leningrad.
(MUSCLE -MOTILITY) (ELECTROPHISIOLOGY)

A~V.; IVANOVA, Z.N.; KOVALEV, G.V.; LEBLDEV, V.P.; SHA_POVALOV A.I-
Effect of aminazine on the ascending and descending functions of the
reticular formation. Fiziol. zhur. 47 no.7:852-862 Jl 161.
.15:1)
1. From the Department of ?,harmacology, I.F.Pavlov Medical Institute,
Leningrad.
(GIILORFAMAZIN~;) (BLt4lN-INiUiVAT ION)

SL-'?UVALOV., A. I.
Interrelation of spontaneous and induced activity in a single
muscle fiber. Fiziol. zhur. 47 no.9:1182-1193 S 161.
(MIRA 14:9)
1. From the Department of Pharmacology I.P.Pavlov Medical Institute,
Leninarad.
0 (MUSCLE) (ELECTROPHYSIOLOGY)

SHAPOVALOV, II.I.
Characteristics of neuronal responses of the sp-.nal cord to
rhythmic stiTmilation under conditions of intracellular recording,
Dokl. AN SSSR 14 no,5:1267-1270 D 161. (MIRA. 14:12)
1. Fe,-Pjy Leningradskiy meditsinskiy institut im. I.P. Pavlova,
Predstavle-ao akademikom I.S. Beritashvi-li.
(SFITW.L CORD)
(ELECTROPHYSIOLOGY)

SLUPOVALOV~ A. 1.
Effect of substa.-,:~es Lnhibit"Ing neurevusc;-~Lar- transfer on the
miniature Potentials of the en#late. Tsitlolclgila 4 no.61.
669-673 11-D'62 (MIR-k 17 -3 )
1. Kafedra farmakolog-ii LmLrigradt5kogo institu-
11
ta.

aRSUKOV, V.N.; TISIICFFNFO, M.I.; SHAPOVALOV, A.I.
Direct current anmlifier for studies with Intracellular micro-
electrodes. Biofizika 7 no.3:360-366 '62. (YJRA 15:8)
1. Spetsiallnoye konstruktorsko-tekhnologicheskoye byuro
"Biofizpribor" i 1-y Leningradskiy meditsinskly institut imeni
1,P,Pavlova.
(ELECTROPHYSIOLOGY)

SHAPOVALOVI A.I.
Multichannel intracellular microelectrodes. Fiziol. zhur. 48 no.2:
213-124 F 162. 'X,~iA 15:2)
1. From the Department of Pharmacology, I.P.Pavlov Medical Institute,
Leningrad. (ELECTROPHYSIOLOGY--E4UIPI.L,'NT A14D SUPPLIES)

SHA1,0VALP7, A.I.;
F,,'f -- ct, c, f stuchn I, 1e on Y~tct iv I ty or )arid 1, n te rme d la t ri
rieurcri.q of the 5~inal cord durini~ Stj,~.% 7 aI(,n o' the anterdor
lobe of the cerebellum. Blul. eksp. bin-1. med. 56 no.12:3-10
D 162. (MIRA 'L7:.i 1)
1. Kafedra (zwT. - -:rcf. Val I Lenln-
gradsko7o med.-Ltsirisko~.,o instituta.

SHAPOVALOV, A.I.
Responses of individual motor and intermediate newrons r)f t',A
spinal cord to rhythmical stimulation due to polarization. Dokl.
1,N SSSR 145 no.4:949-9%- Ag 162. kAIEA i5rj)
1. Fervyy leningradskiy meditsinskiy institut im, Io.P.Pavlova,
11~-edstavleno akademikom V.N.Chernigovskim.
(SPIML CORD) (ELECTROPMIOLOGY)

SHAFGVALGV, A.I.
Effect of strychnine on the electric activity of individual
neurons of the spinal cord. Dokl.AN SSSR 145 no.6:1"--1427
Ag 162. - (.%aru .15:8)
lo 11orvyy Leningradskiy medItsinskiy institut im. I.P.Pavlova.
Pradstavleno akademikom V.N.Chernigovskim.
(STRYCHNINE--PMIOLOGICAL EFFECT) (SPIaL COIW)

SHAPOVALOV A.I.
.9.
Study of the effect of pharmacological substances an the
transmission of stimulation in the spinal cord using intra,-
cellular microalectrodes. Uch. zap. Inst. fam. i khirnioter.
AMN SSSR 3:76-87163. (MIRL 16:9)
1. Chair of Pharmacology (Head - Prof. A.V.Valdman) of t4a
First Leningrad I.P.Pavlov Medical Institute.
(HYR-IOTICS) (STIMULANTS) (SPINAL CORD)

A. T.
L
-r-i uF ini! M'.
trc,des. FaM. i toks. 2- no.-:"~--,'-`~-6
1. Kafedra
-u
gra&kogo mid. t -'; ?, i'(; '

3FIAPOV`i'~II)V~ A.I.; r*JILUSHANYO, E.B.
E:ffe~~4. of S-~Iro,2atf~-,n on I,h-a -s0Avf*-Y of the motor and
i-iIIE:rwed-,',-te rneunris of z~pfnal ci:-r:! in intrace1j'u.1ar leads.
e-k-sp, b"c". i med. 56 763.
(
imar'. T Lp-ningrad-
A.V. Valt,
Ine'lltsil-, kcc:) inal.if,40-- J-u~,-:?nl Fav'--ua. Predstaviena deystvitell-
3qiL, .Klencm AVIN SSSII. V.V. ZJrut-o,iyv,.

-~;S-HAPOVAUVJ. A.T,
Multiple discharges and rhythmic activity of muront jrt thie ep4nai
4
ia,ord induced by stimultion through an intracellular zicroelectr"ode.
Viziol.zh-ir. 50 no.4:444-456 Ap 164. (Mlpa Is:/,)
1, Kafedra farmakologli ~-go Meditqin.3kogo ingtituta pavjo-.~a.,
lealngrad.

3MAPOVAL01ra
A.I.;
-=-2YW.O-
Ufact of stimulantff and, depreis,,int5 an the activity of aingl&
neurons of the spinal corl following stimilation of the eerebelbAc
Bbil, eksp. biol. i med. 57 no. 2,'73-,Pi r 164, (WRA 17-.9)
L Kareim farmakilogil ~,zav, - prof, A.Malldman) I Leningradskoed
Veditsinskogo instituta imeyLl Pavlovs. Fredstaylana deyoV.100 ',-nvm

MY-Jo
ntry
of

n, n
le,-V&.t4
i
te I d t Ve a t . 0' S ZZ;R 3 5 10 la, T
fwlu 18:10)

SFY.POT'~LO-V, AF-,l,'SHt7't, N, E.B.
F-f-fect o&' U-2e nqtimulst-4oft of tte bniinstem and motor cortex
on the activity of neurons of the cord. Fiziol. zhur.
51 no.6:670-660 Je '0'5~ (MIRA 18:6)
14 Tn:;titut avolyutsimnay ftzlol6pit I b~iOkdAmii juieni Seche-
-nova PN ;SSSR, Loanijigrad.

Tetts In
d fll'ar! ~-tr~n~roat. reslstarre~ Z-11k bot,~ ;nlur, 22 n:~. ;4
M.
1, n 61 f z I o i -14 3 t 1 v
1 27;-)ykr,5r,'L restonlya

AV4044108.
ACCESSION NRI

SUMTTED: 163
OWU

op RE gov!

CODES,
SUB
90j,

n,

3
F~e

L 44115-66
ACC NR: AP6026944-
UR/014~j
iv
AUTHOR: Shapovalov, A. S.t Kozlov, 1. G.
ORG: Saratov State University (Saratovskiy gosudarstvaniVy universitet)
TITLE: Focusing prqporties of the cylindrical-capacitor field
SOURCE: IVbL. RadloTizika,, Y~ 9, W-A, 1966, 836-840
TOPIC TAGS- electrio capacitors spectrometer
ABSTRACT: This Is an extension of a previous authors, work (1VUZ. Radiofizika, 1964,
no- 7. 531) where the focusing and dispersing properties of the electrostatic field
of a cylindrical capacitor were considered in the case when a slightly diverging
stream of charged particles was introduced at an acute angle to the cylinder axis.
The present article offers a formula for the size of the image of a point electron
source. Theoretically, this size could be determined from the following formula:
x.1r, 46 exii (E7 sin$ 0) cos 0 e-" dz: however, this way is too difficult for practical
purposes. Hence, the above formula is simplified and expanded into a-power series.
The source image size is Axo = x. (c, a, c. a,). The f o cusing conditions in a
112 UDG: 621:319.41-~-2

L 44115-66
CC NR-. AP6c
cylindrical capacitor, for the caso of nonuniformity field parameter C -Z 1.2,
were experimentally investigated. A plot of coupling coefficient vs. entrance angle
is presented; a minimum experimental value of the coupling coefficient was 580-
"In conclusion, the authors wish to thank P.,V. Golubkov for discussing the
results and for his valuablecommentq.'! Origi art, has: 4 figurep and 9 formulas.
SUB CODE-`557,p3_1 SUBM. DATE: 22oct65 f CRIQ nF- 002 OM UFf 006
Card 212 X C,

L 33398-66 Et4T(1)1EW(m)1ETG(f)1T IJP(c)
ACC NRt AP6015315 (A, N) SOURCE CCIDE: UR/0057/66/036/005/0920/0930
AUMORt Shapovalov, A. 9.
ORG, Saratov State Universi~y *m._ N.O.Chernyahevskiy (Saratovskiy goff`~dlqi4tvennyy
universitet)
TITLE: Ort tho influente of the space chargSjof the particles on the focusing and
dispersion properties of the electrootatip fieldgp of cylindrical 00, plane energy
analyzers;
SOURCE: Zhurnal tplchnicheslwy tiziki, V, 36. no, 5, 1966, 920-930
TOPIC TAGS: electron optics, space charge, electrostatic fieldo electron beam, ion
beam focusing, nonlinear differential equation
A13STRACT: The effect of the space charge of the analyzed be= on the focusing and
dispersion of a beam of charged particles in the field of a cylindrical capacitor Is
calculated and the results are compared with those previously obtained by the author
(ZhTF, 35, 1053, 1965) for the case of a plane capacitor. The electrode and bean can-
figuration is shown in the figure. The effect of space charge on the trajectories is
calculated by the method of P.Lloyd, Smith, W.B.Ftirklns, and A.T.Forrester (Phys. Rev.,
72, 989, 1947) with the assumption that the angles 0 and 01 (see the figure) are small.
Nonlinear differential equations are written for the limiting trajectories of the bow
UDC! 537.533.3

L 33398-66
ACC NR- AP60153~9
(trajectories 1 mid 2 in the figure
U17-11UM -
and approximate solutions are obtai:
;ed by first averaging the terms de-
scribing the spacecharge effect ove
49 the unperturbed orbit. To test the
1 7Y
accuracy of this approximation the
0 equations were solved numerically
X0 with a computer for several value
a
of the parameters; comparison of th,
:J numerical solutions with the apprcue
mate solutions Indicated that the
letter were In error by not more
than 1 %. It is found that the
Axial section of the cylindrical capacitor show- effect Of space charge is to shift
ing the focused beam. the position of best focus, decressi
the relative dispersion, limit the
maximtmi attainable dispersion, and decrease the resolving power. The influence of a
small space charge is found to decrease the size of the image of a point source on th
inner cylindrical electrode; further increase of the space charge (i.e., Increase of
the beam current), however, 167ads to an increase in the size of the image. The autho.
thanks P.V.Golubkov and I.G.Kozlov for proposing the topic and for their interest in
1 'the work and discussion ok-t-ne-r-ed-s-ults. Orig. art. has: 30 formulas and 7 figures.
SUB CODE: 20/ SUBM DAM 20Jul65/ 'RIG REP: 002/ OM REP: 005
Card

S - .
C--~ I
Oln the poUtx7 farms of Smola District., Ptitse7odfftvo 8 no.5:45
AV t.58-1 (Smela Dist rict-Pualtry~ (MIRA 11:5)-

SHAFOVALOV, A. 1.
Giaginskaya mashin-notraktormya f3tantsiya (Giaginskaya inac-bine-bractor gtation)
Moskva., gellkliozggls, 195Zz- VPt lllus,t Porte~~
so: 11/5
723-1j.
-S5

SHAPOVALOV, A.I., elek-troalesar'.
; -;Z=W" --WQ ialwuabifima~-
Automatization of iicraper-eouve7ers at the "Bulawas'h 1-2" mind',
,Ugoll 3Z no~7;44-45 JTI 157. txw-- 10-71
1
1. sbakhta 'Bulaush
(Mining machinery) (Aiitomatic control)

TODILIMIKOT, A.T.; 110GRYT, V.S.. inzh., red.;
KMNKOVA.. G.H., 'takhn.red.
CRemote control of stationary belt-conveyer lines] Distantsion-
noe avtomatizirovannoe upravlenie liniiami statsionarnykh
lentochnykh konveierov. SverdlovBk. TSentr.biuro tekhn.
informatsii, 1959. 10 p.- (mIRA! 14:4)
(Remote control) (Conveying machinery)

SWOVALOV, A.P., inzh.-mekhalnik
Feed conveyor and distrlbutor. 11ekii. silt, hosp. 12 no. 6.-2,1-22
J13 161. (~=,A 14,-5-1
(Conveying machinery)

SHAPOVALOV A, _P , prepodavatell
-- ---1---- 11 --0
'Utilization of tract:)m and machinery" by M. K. Didenko. Reviewed
by A. P. Shapovalov. AM. sill. hosp. 12 no.10:12 0 '61.
(MBU 14: 11)
(Agricultural machinery)
(Tractors)
(Didenko, M. Kj

M.N., inA,; ,',IbAVG'VAI,QV, A,P., irizh.; GIj!',AKOII,
nzh.
!7 (-" -
N V . , I lizil. LOV , v . N. rl 7, h . ; Ki " Z ~T0 D.K.A
i n7h.., ~',UKHANOV, L.F.) in2h.
Jbtaining a flat sheet of' wransfermer steel.
f - Stall 25 no.12:
13-'12-'134 1) 165. ( tKI RA 1~ - 12
T. petallurgIcheskiy zavod I TSentralinyy nauchnc--
iEsledovar,ellskiy instuitut chernoy metallurgii imeni I.F. Bardina.

inzh. -, SHAPOIALOV, A.F., inzh. ; GUSAKOV, A.N. , 1nzh.;
UDOV ICHENKO, N.T. , inzh.; BESPALOV, V.N., Inzh.; FL,AETSOV, D.X., 3.nzh.
Obtaining a flat sheet of transformer steel. Stall 25 no.12.
1132-1-134 D 165. (MIRA 18:12)
1. PIGVOhLets~iy metallurgicheskiy zavod i TSentrallllyy nauchno-
lszledovatellskiy institut chernoy metallurgii imeni- I.P. Bardina.

L 26o54-66 EW(1)/&T(M)/T
ACC NR: AP5022802 SOURCE CODE: UR/0141/65/008/004/0775/0783
AUTHOR: Shapovalw,.~k.,,S.; Kozlov, I. G.
43
ORG: Saratov State University'sSaratovskiy gosu darstvennyy universitet)
TITLE: Some results of an experimental study of.properties of an Plectrostatic
analyzer of charged particle energy
SOURCE: IVUZ. Radiofizika, v. 8, no. 4, 1965, 775-783
TOPIC TAGS: electrostatics, charged particle electrostatic fieldp apectrometerv
electric capacitorp electron beam, electromagnetic wave dispersion eld of
ABSTRACT: The focusing and dispersion properties of an electrostatic fi
a cylindrical capacitor were studied and the possibility was examined for using
it as an element of the charged particle energy spectrometer. The investigntion
indicated that during an injection of charged particle current at an acute angle
the axis of the cylindrical capacitor the field of the latter has a greater
o
t
specific dispersion for energy than the plane capacitor field. Results were
presented for the experimental study of the main characteristics of the analyzer
of charged particle energy which was used as the analyzing alement of the
cylindrical-capacitor field with an.injection of particles at an acute angle to
car4__ I t2L UDC: 539.07:52340-k

L 26o54-M
ACC NR: AP5022802
the axis of the cylinders. The results of the experiment were compared with
those of the theoretical investigation. 1. G. KozloV, A. S. Shapovalov (Izv.
vy*ssh. uch. zav., Radiofizika, 7, 531, 1964). The resolution of one spectro-
meter, vas compared with that of another with the field of the plane capacitor
as the dispersive element. The plane capacitor had slots of approximately the
same sizes as the cylindrical capacitor which was investigated (0.25 =n x 6.3 =a)"
The aperture angle of the electronic beam during its injection into both the
plane capacitor and the cylindrical one is the same. Both analyzers were studie&
with the aid of electron beams with filamentary tungsten emitters.' The main
difference in geometric sizes of spectrometers consisted of the distance between
the slots. The authors are deeply grateful to P. V. Golubkov for his interest in
the work and his valuable discussions on.results obtained, to Ye. 1. Markin for
his careful preparation of the experiments, to L. L. Strakhova and G. F. Shgova-
k
lova for their help in obtaining measurements. Orig. art. has: 7 fig. and 6
equations.
SUB CODE: 002"'
0 SUBM DATE: 22Sept64/ ORIG REF.- 008/- OTH REF.-
2
2/2
.Card

of Farm Animls - Disertses Cause~! by Bacteria -ana
Abs Jour : Ref a-ur - Biol., No 6, 1950, 26236
Autlh~,r : Shiry--yev, D.T., Shapovaloy A T.
Inst : Rostuv-on-the-D)n Governmental Scientific Research
Puitipla~;ue Institute.
TItle : Examinations of Antelopes (SaiLp tatarica) in the
Northeast Prekaspian Area for Drucellosis Infection.
OriLc; PWj : Tr. Rostovsk.-a.-D. ~;os. n.-i. protivochumn. in-ta,
1956, lo, 432-IL34
I
Abstract Vuen the blooc! of antelopes was serologically emmin&-
for 'Drucellosis (Rayt and Khedllson reactians), a cer-
tain percentage of positively reactinG animals was
foun,j. Attempts to obtain -a brucellosis culture from,
such antelopes did not procluce positive results.
Card 1/

FINCHUK, I.S,,kand.tekhn.nauk; SH.APOVALOV, A.T.,inzh.
Running of machines with crnnkgears. Mekh. i elk. Bots. sellkhoz.
115 no.2:38-40 158. (MIRA 11:5)
1. Chelyabinskiy politekhnicheskiy institut (for Pinchik). 2.
Chelynbinskiy institut nekhanjzntsji i elektrifikatoli sel'skogo
khozyaystva (for Shapovalov).
(Electric machines)

SHAPOVALOV, A. T., Cand o, Tech Sci - (diss) "Investigation of the Crossover Process-
I
of the Electrical Drive of a Machine "Nith a Crank Gear. (For ExaRPIE~a Vertic2-- Saw
Chassis)," Chelyabinsk, 1959, 20 pp (Chelyabinsk Institute for the Mechanization
and Electrification of Agriculture) (KL, 4-60, 121)

FINCHUX, 1.L;., I~aimL.tekhn.nauk; ~~OVALOV, A.T., inzh.
Drawing up diagrams for gang-saw motors used in lumbering.
Hokh. i elek.so*s. sell khoz. 17 no-3:39-41 '59. (MIRk 12.8)
1. Chel-,rabin3kiy institut mekhanizatsii I. elektrifikatsli
sel'skogo khozyaystva.
(Saws) (Electric motors)

SHAPOVALOV, A.T.
`11~_:Zz *~~ -
Now,"SKB-6" dryer. Tekst. prom. 19 no.7:75-76 Jl '59.
(MA 12: 11)
1.11achp.1'nik remontno-,lontazhnopo otdnla.pryazh0trasil'nogo tsekha
Kher*sonskogo khlopchatobumazhnogo kombinata.
(Drving apparatus--Textile fabrics)

PYAMLOV, A.A~; SHAPOVALOV, A.T.
Review of I.N.Gurov and M.I.Kononov's textbook "Electrical equipment
of agricultural machinery." Trakt. i selkhozmash. 32 no.3:46-47
M
Nr 162. (MIRA 15:2)
(Arricultural machinery--Electric equipment) (Gurov, I.N.)
(Kononov, M.I.)

P.A-F.T IMNSK-rY . 1 M;."' T,' R -I y-,'. tr(?V, NSH"', IPOVA1.05 A
Fat~, of p-. Fuel bric-eriopll,ige in the organism. o~ healthy and
~r-6ater gerbo.15 and the poss;.Lle phS3r--gc Of
its trans-,,-=Btcn under experimental caondilOora. 'Zhiir.
-p"1. 4 Imam. 40 ro.~;.-51-14 ~~v ".4.
(,"ITRA 17. 6)
T?, lilrcgo prc-.Ivo~:hJTPnogo

-"-Tl ye.
Some clliriracueristic3 of respiratory infer!"Lons of aiilovirljzi
?,hu T . n,~. 166

i . : ~ ; SH~, l'.V B.G.
~ I ~
irstead --f l.ol-lishing. Mashl-r-ostroLLe-il nc.8~3,~ Ag 164.
.1
~(gIRA lla.10)

i!' Ku KHAR-IN; V.S,; SHAPOVALOV, A.Ye.; KOLOYOLOVA,
R-INIINA- K.M., MINEYEVA., G.T.
ry .-;f' the left. cardiac ventricle from cir--alation
9- ~xpt-nimeri-. Grad. khir. 6. no.5-.62-66 S-0 164.
(MIRA 18:4)
~Perat-',fn;y kh~rargil a -inpograficheskoy anatomiyey
~rr',f'G F.Lavr~v-i); tsentrallnaya nauchuc-4ssledovat--11-
kafedra biokhimii (zav. - dotsent K.M.
qp meditsinskogo -'.ns ti tata.,

h"lui?~'C'V, ! PIANOV., Y~,,N. , SHAPOVALOV, D.K.
Uttlj-zat-ion of uIll field waste vatel-s 1-n the !Qatar A.S.S.R.
IsfL.--r--=. delc Q 5. (~a --. -0 t ~-, )t
2., Nefteproqslovoye upravlenty-e "Len-lLnogorskneft"',

.AkYKnV, N.M.; MaIDBUROV, E.I.; SHAPMLOV, D.K.
I
.3ealing oil and gas gathering systems, Nefteprcm. delo no.8:24-
28 165, (MIRA 18:9)
I, Neftepromysiovoye upravlepiye mIaninogorskneft'".

C,F-P,ASlf.'.U"V2 V.V. ;A, A. 1. ; . ;` P.. ; 'SUFOVALOV E T
. - i . ".
[Autoclave for electrochemdcal rF;searchl Avtoklav dlia
elektrokhimicheskikh issledovar-ii. Moskvay Glav. upr.
po ispolizovaniiu atormci energii, 1960. 8 p.
(MIRA 17:2)

PHASE I BOOK EXPLOITATION SOV/5256
Gerasimov, Valentin Vladimirovich, ed., Candidate of Chemical Scienc-es.
Korroziva reaktornykh materialov; sbornik statey (Corrosion of Nuclear-
Reactor Materials; a Collection of Articles) Moscow, Atornizdat, 1960.
284 p. 3. 700 copies printed.
Ed. : A. 1. Zavodchikova; Tech, Ed.. Ye. 1. Mazell.
PURPOSE: 7%19 collection of articles is intended for mechanical and
metallurgical engineers as well as for scientific research workers con- 7
cerned with the construction of nuclear reactors.
COVERAGE: The water corrosion of various types of stainless steel and
alloys under high pressures and temperatures is investigated from the
point of view of the use of these materials for the construction of nuclear
reactors. Attention is given to the following: the use of oxygen for pro-
tecting steel against corrosion, the behavior of steel in high -ternieratur a
Card-1-1~

Corronion of Nuclear- (Cont. SOVIS256
Water with various compositions, factors of metal stress corrosion,
intergranular corrosion, the mcchan'sm of corrosion cracking, and the
corrosion resistance of aluminum and zirconium alloys. Conclusions
based on test results are included. No personalities are mentioned.
Most of the articles are accompanied by references. Of 238 references
97 are Soviet.
TABLE OF CONTENTS:
Poreword 3
PART 1. METHODS OF IINVESTIGATrNG WATER
AND ELECTROCHEMICAL CORROSION AT
HIGH TEMPERATURES AND PRESSURES 5
0 Gulyayev, V. N.. and P. A. Akollzin. Methods of Testing the Corro-
sion-Creep Strength of Metals at High Pressures and Temperatures
CarA-2qLQ

Corrosion of Nuclear-(Cont. SOV15256
of the Environment

Gerasimov, V. V., A. 1. Gromova, A. A. Sabinin, and T.
Shapovalov. An Autoclave for Electrochemical Investigations 16

Tolstaya, M.A., S. V. Bogatyreva, and G. N. Gradusov. Re-
moving Corrosion Products From Steels After Tests in Water
at Ifigh Temperatures 20
PART 11. EFFECT OF THE WATER COMPOSITION
ON THE CORROSION OF CONSTRUCTIONAL MATERIALS 20
IColotyrkin, Ya. M., G. M. Florlanovich. P. S. Petrov, N. K. Smirnova,
and L. M. Vyazankin. On the Application of Oxygen for Protecting
Steel Against Water Corrosion at High Temperatures 29
0
0 Gerasimov, V. V., and A. 1. Gromova. Effect of the CompositiQn
C"d 310

Corrosion of Nuclear- (Cont.)
of a Solution on the Anodic Behavior of Steel
SOV15256
44
Gerasimov, V. V. , A. I. Gromova and E. T. Shapovalov. Effect
of Oxygen on the Corrosion and Electric~h~~icalFb~havior of the
IR hl8N 9T Steel 49
Gerasimov, V. V. , V. N. Aleksandrova, A. 1. Gromova, K. A.
Popova, and.E. T. Shapovaloy, Investigating the Electrochemical
and Corrosio;~-A-eh-aivior-oi & lKhN9T Stainless Steel in Waters
of Various Compositions 52
Moskvichev, G. S. , and V. V, Gerasinlov. Effect of the Water
Composition on the Anodic Behavior of Aluminum 64
PART III. STRESS CORROSION 69
Akol'zin, P. A. , and I . N. Gulyayev. Principal Factors of
Card--4-./-R-

C*rroaion of Nuclear- (Cont. SOV/6256
Environment and the State of the Metal
Gera.4imav, V. V., A. L Gromova, and E. T. Shapovaloy.
Corrosion Cracking of the IKhl8NPT Steel
PART IV. INTERGRANULAR CORROSION
Sarkisov, E. S., V. P. Sentyurev, and V. P. Pogodin, Inter-
granular Water Corrosion of the OXhNST Steel at High Toma-
Feratures
Gerasimov, V. V. , and K. A. Popova. Intergranular Water
and Steam Corrosion of the 1KhNDT Steel at High Temperatures
and Pressures
120
139
146
145
148
card_Tm

Corrosion of Nuclear- (Cont. )
SOV/5256
Gerasimov, V. V. , and A. 1. Gromova. Investigating the Corro-
sion and Electrochemical Behavior of the 12MM Steel in Water
at a High Temperature 191
Gerasimov, V. V, , V. N. Aleksandrova, and E. T. Shapovalov.
Investigating the Corrosion and Electrochemi;~~_l -BehOl'�rof
the 2Khl3 Steel 200
Gerasimov, V. V., A. 1. Gromova, and E.. T. Shapovalov. In-
vestigating the Effect of Contacts and Gaps on the Water Corro-
Sion Re6istance of Constructional Materials at High Temperature 205
Freyman, L. 1. Water Corrosion of Aluminum and Its Allay at
figh Temperatures 217
Tolstaya, M.A., G. N. Gradusov, and S, V. Bogatyreva. In-
Card 819

.50 6 4 1
S,-"081/6i/O00/020/045/689
B107/B101
AUT,ITQIISI Gerasiinov, V. V,j Gromova, A. I.. Shapovalov, B, T.
TITL?jj Effect of oxygen on the corrosion behavior and the sleatro-
ohemical behavior of 1XI18Hq-- (1KhI8NqT) steel
.~)ERMDIOALI Roferativnyy zhurnal. Khimiya, no. 20, 1961, 258, abstract
2011138 (Sb. "Korroziya reaktorn. materialov". M., Atomizdat,
19 60, 49-52)
TEXTj The authort studied the anodic and cathodic. prooessbe dUring
corrosioll of 1X18HqT (1Kh18NqT) steel in distilled water at 30006 and
87 atm. The rate of anodic dissolution of the metal is accelerated with a
shift of thd potential to the positive side. Addition of 400 - 430 mg/liter
of 0 2 has no effect on the anodic process bu6 inoreases the rate of the
cathodic procest (shifting the stationary p.)tential of IKhl8lfgT and -;00-851
(EI-651) steels to the positive side). Co!rosion remains tiniform for
all 0 concentrations. [Abstractor's note., Complete translation
2
Card 1/1

B/081/61/000/020/049/089
B107/B101
ATIT1101ts'l Oerasimov, V, V., Aleksandrova, V. N., Gromova, A6
Popova, X, A. Shapovalov, E. T.
TITLEi Study of the eleotroohomical behaviar aticl tho cotrodion
behavior of 1X18N9T (M1859T) stainless ete*1 in, Witer of
4ifferent compositions
PERIODICALS Werdtivnyy zhurhal. Khimiyat no. 20t 1961# 239, abstraot
201146 (9b. "Korroziya -eaktorn. materialov"s M., Alomi-adatt
196o, 52-63)
TEXTs The authors studied the kinetios of eleotrods proosedbe of 18149T
(1Kh18N9T) stainless steel in distilled water and in sclutioris of Va-2so 3
and Na2so 4' HNO 3, HC1 and.H2so 4f NaOH, NaC1 at room temperature and 300OC2 HC1
and at 87 atm pressure. It was shown that in all media, exospt for 0-15 N
the 1Kh18NqT steel was in a p4asive state at oorresponding potential values
in the solutions mentioned, the rate of dissolution was 0.016 - 0.020 */Gml
Card 1/2

8/081/61/000/020/049/089
Study of the elodtfoehemical, behavior,.. B107/B101
[Abptractex's notel
Complete translation.]
Card 2/2

.,R 3 L4
1
2
S / C. -P C, C,
V Ir Gr-':novs A. I SI-arc-al E, T
crack*~n,;- ef steel 0-1 the tyne 1X'-SH9T
it L k~.) A 1- ftoforativ.,Iyy znurnal Vhir:j;j,a, !6. 1961, 3c6. abstract
16 W 70 (Sb, Ko i ya, reak, t (.) rn - ma tt~, ria L.-Iv Atom i z da!-
1 0
11 E!T The studzi -,PL the effect :01" the 0, and C.1 concentratiQn on tale
ve racl in-- f S teel o the t,,,-,le 1X' 8H'J'r ( 1 "hl 8N`,iT showed 'hat at
J. A.
a S ta-n I
t 0 1 mig/l i er the t ime unt I cc rres ive c rack--. n~
',s i r -a3ez- the 0, ci~n tent 3 redu -pd from. 40 tc 0 .4 Mi/I i ter
LA- r f- a lic C om i -a -~ r a n s n
Ca rd

S/081/61/000/020/047/089
B107/BIOI
AUTIJOR8i GeraBimov, V. V., Gromovay As I., Shapovalovj E* To
TITLE: Study of the corrosion resistance of stainless steels in
water vapor mixture at overcritical temperature and high
pressures
PERIODICALt Referativnyy zhurnal. Khimiyal.no. 20# 1961, 259p abstract
201144(Sb. "Korroziya reaktorn. materialov". M., AtomizdrA,
1060, 185 - 190)
TEXTs The authors studied the corrosion resistance of stainless stools of
the types 1)(1 8H9T (1Kh1 8N9T), 90 -851 (EI-851 ), 4H -696 (EI-696) under
overcritical conditions in strained and relieved state. They showed that
corrosion of these steels was uniform in air-saturated water vapor mixture
at 500 and 5500C, and that these steels had a quality KC 3 (JES 3) according
to rOCT 5272-50 (GOST 5272-5d)- It is pointed out that mechanical stresses
increase the rate of general corrosion. The corrosion of EI-851 steel in
relieved and strained state decreases with timel the presence of 0 2 at
Card 1/2

S/081/61/000/020/047/089
Study of the corrosion resistance ... B100101
5500C causes pitting corrosion. [Abstracter's note: Complete translatio ni.
Card 2/2

3/080 61/034 lull/011/020
D2437D30-1
AUTIMS: Gerasimov, 7.V., Gronova, A.I,:, and Shapovalov~ E.T.
TITLE; The corrosion behavior of zirconium in distilled
viater az 850C
PERIODICAL: Zhurnal prikiadnoy khlMli, V. 54, no. 11, 19619
2473 - 2477
TEXT; The authors s-tudied the corrosion resistance of zirconium
(10 ~n distilled water at b5oC and (2) in contact with 1X18H9T
(lKh!bNgT) steel and AlM aluminum, in distilled water at 850C.
Three types, A (greatest impurity), B, C (least impurity) of ir-
conium, containing up to 5 % impurity, were used in the tests! The
samples were suspended on glass hooks in glass vessels in a ther-
mostat after being previously treated to remove surface impurities.
Contact was achieved as shown in Fig. 1. Corrosion resistance was
estimated visually and by weight loss. The maximum weight loss was
shown by samples of A after iOO hours (0,8~5 g/m2), equivalent to
a corrosion rate of C).uO8 g/m2. Under these condit-i-ns therefore,
Card

_10198
S// 08GI/ 61,1 07 4/011/ Oi I / 020
1 ,
The corrasior behavior of zirconium D2.4 ~,/ D3 01
,z~-rconl_um rray ',.)e considered highty -resIstant. On a !UOICI h-our tes-1.
It is considered co=,leteIY resis-,,an~- Conta.--u vi:_th stainless steel
and aluminum alters the Kinetics of corrosion, biir -Leads to no in-
zrease in the ratez A I m gap between the contact-_"n~: surfaces cau-
ses no char,:,e in behavior, The 11-igh corroslon resietan-e deuends
O,YI ZI.-Conium passivity in These conditions. There are 6 figures.. 21
:able,5 and 2 So-u-ilet-bloc references,
SUBLIMED: Novem-b-?r 28:, 1.960

S/076/61/035/006/010/01.3
B127/B203
AUTRORS: Gerasimov, V. V., Gromova. A. I., Sabinin, A. A., and
Shapovalov, E. T.
TITLE; Autoclave for electrochemical investigations at high
temperatures and pressures
PERIODICAL- Zhurnal fizicheskoy khimii, v. 35, no. 6, 1961, 1359-1361
TEXT- The authors describe an autoclave to which the reference electrode
is attached outside and is kept at room temperature. An electrolytic
cell establishes the contact with the solution in the autoclave. It must
also endure the higher temperatures in the autoolave. A thermodiffusion
potential results from the temperature gradient in the cell, which has to
be taken into account. Since glass and quartz are dissolved, metal is
used for the cell. Fig. 1 shows the measuring arrangement in a simulated
representation. Due to earthing of the potentiometer 10, the electrode
potential behaves just as in a glass cell. An essential shortcoming of
the autoclave of Fig. 2 is that the cathodic and anodic curves of experi-
ments in distilled water are only dependable for those curve sections
Card VC;
I

S/076/61/035/006/010/013
Autoolave for electrochemical ... B127/B203
where the current density does not exceed 70 Pa/cm I.
1 2. n the autoclave
construction of Fig. 3, the anodic and cathodic spaces are divided. This
shifts the major part of the potential drop between the electrodes into
the electrolytic cell. Therefore, the residual drop in the vacuum
(containing the specimen to be tested) is small and negligible. This also
applies to the thermodiffusion potential formed due to the temperature
increase in the cell. At the boundary of similar solutions of different
temperatures, the value was only about 10-6 V/deg. There are 3 figures
and 1 non-Soviet-bloc reference. The reference to the English-language
publication reads as follows: M. Bonnemay, Proc. meeting international
-.ommittee of electrochemical thermolynamics and kinetics, 1954, London,
1955, 68.
SUBMITTED: October '16, 1958
Card 2/5

Autoclave for electrochemical ...
Fig. 1: Simulating scheme for
measurements in the autoclave.
Legend: (1,2) specimens, (3)
autoclave body, (4) conduit,
(3) electrolytic cell,
calomel half-cell, (7) microam-
meter, (8) rieostat, (9) current
source, (10 potentiometer, (11)
capacitor 2gF) (12) potentiometer
earthing, ~13, 1'4) earthing for
(3, 4), (15) coil (100 windings)
for beating the autoclave.
Card 3/5
3/076/61/035/006/010/013,
V127/B203
d
+
IY*

Autoclave for electrochemical ...
Fig. 2: Autoclave.
Legend: (1) Autoclave
bod,*, (2) cover, (3)
electric connections,
(4) stopper, (5)
nipple, ~6~ tube, (7)
nozzle, 8 nut, (9)
specimens, (10) insula-
tions. (4) is a birchwood
stopper impregnated with
water; it safeguards the
electrolytic contact
and hermetic sealing.
(5,6,7) are made of'
fluoroplast, and are
cooled outside with
water.
Card 4/5
3/07 61/035/006/010/013'
B127YB203

i AN4036546 BOOK EXPWITATION S/
Cerasi;mov, V. 7.; Gromova, A. I.j Golovina, YE. S.j Hoakvichevt 0. S.1
Favlova, F. S.; Smirnov, V. Vq~~
poy~4ov, ~~. T.
Corrosion and irradiation (Korroziya i oblucheniye), Moscow, Gosatootisdat, 1963,
267 p. iUu3., biblio. 3,000 copies printod.
.TOPIC TAGS: corrosion, irradiation, nuclear reactor, nuclear reactor material -
jmotaUurgyp otmWevo steel, chromium at4ool, carbon steel, low alloy st.'l,
aluminum alloy, protoctIvo coating, alactrachamical behavior
:FMPOSE AND COVERAGEt The basis of this monograph was the research conducted by
:".., authors in recent years that has boon published in the periodical literature
"and the work of Soviet and foreign authors on the problems of the corrosion resis- I
~tanco of structural materials. The monograph consists of ton ch~pterB in which
!corrosion and the protection of structural materials used in reactors, the inter-
laction of radiation of the nuclear reactor with a substance and the affect of radia-~-
:tion on the corrosion and electrochemical behavior of metals are examined. The
:general and systematized material on the corrosion resistance of metals used in
-reactors will, be useful to a wide circle of designers, rGes-rchers, and engineers
I-rd
-113

AY4036546
concerned with prcbler.9 of reactor construction. Chapters 1, VII, IX, and I were
written by V. V. Gorasimov, Chapters II, IV - E. T, Shapovaloy, Chapter III -
A. I. Gromova, Chapter V - V. Ve Smirnov, Chapter VI ~ Go So Xoskvichey, Chapter
VIII - F. S. Favlova and To. So Golov". The authors express their gratitude to
:1. Ye. Zimakov for assistance in writing Chapter IX and their associates who Pam.
,cipatod in the research.
f
~TABIX OF WMI-EnSt
Ch. I. Effect of the composition of the water on the resistance of structural
materials -- 3
Ch. II. Corrosion of stainless steels in water at high temperatures - 26
'Ch. III. Corrosion resistanco of chr=iA= stools - 47
-Ch. IV. Corrosion bohavi= of carbon And low rnor stools In water at higb
temperatures - 73
Ch. V. Corrosion of alu::dn= and 41to allo7a in water-cooled reactors - 89
Ch. VI. Corrozion cracking of auatenitic ataWeas steel - 126
Ch. VIL Corrosion of atruatural aatari&U in steam dacts, vapor chunals, wA
1>oiling reactors 158

M-e. w w- 7
'AY4036546
'Ch. VIII. coating. in reactor cons4motica - 167
Ch. IX. Radiation of it nuclear reactor - 199
Pl. X. Ufoot of rimUation ca the alectrochemiul bsUviar of &a.terials
SUB COM: JML, US SUBMITTEDs l4M&r63 XR MW SOVsM7P
IOTms 306 DAT& AcQi mq64
Card

G&-~ASD-'OV) V.V.; GROVOVA, A.I.; SHAPOVALOV, Ej..
(Effect of oxygen on the corrosion and electrochemical
behavior of IKhl8N9T steel] Vliianie kisloroda na kor-
rozionnoe i elektrokhirnicheskoe povedenie stali IKhl8f.19T.
Bloskva., Glav.upr. po ispollzovaniiu atomnoi energii, 1960. 5 P.
(MIRA 17; 1)
(Steel-Corrosion)
(Water, Distilled-Oxygen content)

I,MtASD'OV, V.V.; ALEKSARDROVA, V.I.; GROYIOVA, A.I.; POPOVA, K.A.;
SHAFWALOV, E.T.
[Investigating the electrochemical and corrosion behavior
or M16119T stainless stell in water of various composi-
tion] Issledovanie elektrokhim-icheskogo i korrozionnogo
povedeniia nerzhaveiushchei stali M18149T v vode razlich-
noho sostava. Moskva, Glav.upr. po ispol'zovaniiu atomnoi
onergii, 1960. 17 p. (MIRA 17:1)
(Steel, Stainless--Co_-rosion) (Electrochemistry)

GEPASII-';OV, V.V.; CROMIOVA, A.I.; SHAFOVALOV, E.T.; SILATSKAYA,
o.A.
[Development of the method of electochemical measure-
rients at a temperature up tc 3000 C and pressure up to
100 kg/cm2j Hazrabotka metodiki elektinkhimicheskikh
izmerenii pri temperature do 300' C i davienii do 100 kg/'cm2.
Moskva, Gos.kom-t po ispollzovaniiu atomnoi energii, 1961.
20 p. (MIRA 17;1)

. T, , 1, 'r - : ~ ! '. '. ,)F -q v- - - - - -.1 riss - -0
; t,: " : - " -1. , f,:-. -1 " ( .) ,, - f .,2 , , , ~.Ij pu
r. , ,
o -4,1-. -1 -, ',~, --f'i Im.', -.I.- ~, ! .., % ri - -, , .;,-. ~* : 1',:" -' [)III., ~ '-,' .: , T fjpjl t
. . I . v
j. ~ j, ;V!l0,fn!-l ! I v , * J,,,t , r, P,0-: " -V' -:7")

- ------ -----
L 48305-65
/Mp(WMY _(~ z)/EWP(b). -uptc) Mi-WZJD,,W
ACCESSION NR: '05066295' .0-0.3
0.3/003
m0
AUTHOR. Gerasimov.. V. V (Doctor of fechnica scienc6s 2 Professbor) -,C- -6 va A
(Engineer); SLa2ovalov. E. T. (Engineeir)
TITLE: Corrosion rresista~ce of nd- copper alloys' in:wAter under s.----
~2~er a
conditions 1
3
SOURC ,E _.1 energ~tikai no. - i -_19G5-,,,,36"3
0y s tal 6rros on
TOPIC TAGS: t~opper, copper All me
ABSTRACT*- Copper and 11 c9pp-ar alloys, (see table: l'-of, th'E' 1 sure) were t6sted!`.
v,nc o
,Vto e
for corrosion resistance.in water-, fo_x~ndAhat.'M-21Alloy beldn th olo
of extremely stable materials according-to GOST..spe-cf!Fi-ca-tions~507~-52-%der~st

ACCESSION ~NR:- --AP5006295 -J
~gp

rosion rates"apply only, to r 'on A lreatdl~';
static.'ope' atiofial-'abbad di ffflow-
1.5 m/sec causesa considerable,Iincrease,in -the:, car.ro.siIve and :40sivi--dis
of copper. orig. art :has: 4 tables.
ASSOCIATION:. none
-00
SUBDJITTED:
-ENCL:- --Ol-
SUB CODE:-.'~~ KH
110 YX FSOV: 002 OrlW: 003,

2[3
C
ard

;7.- ~Z

NR: AP5006 295
ENCLOSU,RE 77,01.
:.--

Table 1.
Chemical composition
of the copper alloys inve, d
stigate
Content of.elements in by weigbtl

Material
Cu
~Al
Mn
Fe
Ni
Si
Be
Sn
Zn
Pb
-,As~.,
( 4 M-2 Rem. 0.05 0.2 0.05
.0.01 1
-0 0 0

BrAZILM 9.43 2.3 :3

la BrAZh
to
9.4
2.02
2.5
0. ~O
rKMTs -- 1.65
BrOF 0.01 0.05. -0.02 7.25: 0.02~

BrB-2
0.15
0 -15.,
0.22
-0.15
2.-18
-- - 0 .005
1.0+1.4

AMTs
8
1.5.
14.5 9' 0'

MNTs 0.23 16e
2
LS-59-1 580
1.52
L62~ 621' .0-15-

card 3/3

1, 14979-66 EWT-W/WA~d) &iP(t-)/&jp(z)/ffdP(b), 1jP(c) MjWljDAq
JY /0549
ACC NR: SOURCE CODE: UR/0089/65/019%
001803 OM
AUTHORt Belous, V. N.; Gromova, A. Gerasimov, V. V.
ORG: none
TITLE- Corrosion resistance'of construction materials in boron-containing soluti2ae
SOURCE: AtomnayA energiya, v. 19, no. 6, 1965, 546-5h9
TOPIC TAGS: corrosion rate, boron compound, nuclear reactor'material, nuclear
reactor shield
PMTRAM Since boron has a large cross section for thermal neutron capture, boron-
containing solutions are used for neutron shielding and reactor control. The use of
aqueous solutions of boron, however, raises the question of corrosion resistance to
such solutions of 'various construction materials. The authors carried out corrosion
tests up to 100C in solutions of boric acid, sodium tetraborate, and-ammonium tetra-
borate. Tabulated data are presented showing 1) the characteristics of the original
solutions at room temperature; 2) the rate of gprrosion in tNe 20-100C temperature
range for4periods of 100 - 500 hr of M18NIOTIsteel, VT-1-2 .h1loy (Ti)., AM&-1,,Pn0y
~(%AX) 5-1\ lead;A and steel 20kn deserated and air-saturated boron-cion~
-3-)-the ratio of the amount of metal going into the solution to the
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;L 14979a~46-
ACC NR: AP6001803 0
amount of metal lost due to corrosion; and 4) the rate of corrosion of these
materials in boric acid at 100C for a period of 100 hr, Orig, art. has't 4 tables.'
SUB CODEt 3-1) 18 SUBM DATE: 17Mar65 / ORIG REFt ool / oTH REF.. oo6
Card 212V.-pa-
UDC- 62G.193.4i 621.039.546

SAVINKOVA, Ye.l.; DEGTYkHEV-i. T.A.; SHAPOVALOVA, O.P.; SHAPOVALOV, E.I.
Settling of magnesium. oxide in molten carnallite. Zhl-Lr.prikl.-
khim. 35 no.0':1371-1374 Je 162. (MIRA 15t7)
1. Ural'skiy politekhnicheskiy institut imeni Kirova.
(Magnesium oxide) (Garnallite)

ANTONOV) G. I.; 13A-BENISHFV, M.A.~ BERMIAN, Ph.M.i .~4POVALQV, E,V.
Useful life of the checkerwork in 6W-ton open-hearth furnaces. Met.
i gornorud. prom. no.3:32-34 MY-Je 163. (MJ-RJ- 17: 1)

"". A..
MlLTHEI-iATIGS - SrUDY AND TEAGHINGG
Conference for exchange of experience ljy Briansk Province mathematics teachers.
Mat. v shkole no. 4 (1952).
Monthly jAst 9f Russian Accessions, Library of Congress, September 1952. UNCLASSIFIED.

L 11118-63 EWT(1)/BDS AFFTC/ASD
ACCESSION NR: AP300" S/008/63/b2T/WT/0932/0936
AUTEEOR: Berkovskiy. A. G.j Gusellnikov., V. G.; Shapovaloy, F. yeo'
T=: Phot 1pliers with toroidal emitters ywhegodnoye soveshchaniye
po yadernoy spektrookopli (XI11-kinual - Conference. on Nuclear spect, copy),
held in Kiev fr= 25 Janus_a7_~Fo~e ~rmry~~
SOURCE: AN SSSR. Izv. Serlya fiz:L*heBkVa,, V- 2Ts no- Ts 1963.9-9P--936
TOPIC TAGS: multiplierP secondary emissions toroidal emitter
ABSTRACT: A series of ];hotomultipliers ut:mzinfi; a toroidal multiplying system
with 14 amplification stages has been developed, The' multiplying system contains
no accelerating grid3s which results (at a stage voltage of 250 v) In a maximilm
secondary-electron transit-time spread of 0.95*usnosee frcm external to interaal
emitter and 0.81 -nnosec from internal to external. with
three sizes of cathode.. 50., 100s and 150 mm in-diameter, were.cOnstructed; the
c&bhodes were made of an Sb-Cs alloy and the emitters of an Al-Mg-Si.'allof.
Experiments showed that the plate sensitivity of the lnstr=ents vith_50-mm
cathodes is greater than that of the orther two typeal the gain of the former is
approximately 10,3 s while that of the latter is approximately 108 - Toroidal
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L 113-18-63
ACCESSION XR-. AP300309
multiplying systems are said to have the following SAVantages over other sys-
tems: 1) lexger area of the input aperture of the dispbragn, vhich facilitates
photoelectron collection an the first emitter; 2) larger working emitter surface
than other types of devices of the same"Bize; 3) absence of sharp edges., which
at hiCher pawer-supply voltages lead to the occurTence of an autoelectranic
conponent of the dark current; and'4) positioning of all the bracketing insulators,
vhich are one possible cause of unstable photamultiplier operation, on the out-
side of the transit space. Orig. art. has.- 5 figures and*2 tables.
ASSOCIATION: none
SUBMI=: 00 DATE ACQ: 02Aug63 MEL: 00
SUB CCDF: GEOSD' NO REF SOV: 003 OTM: -'001
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