SCIENTIFIC ABSTRACT SAMOKHINA, A.K. - SAMOKHVALOV, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446930002-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TIMOKBINA, M.A., dotsent, kand. med. nauk; BROD.13KIY, R.F., kand. med.
nauk; SAMOKHRIA,
Dynamics of abortions in women working at a melange combine anti
ways for their reduction* Sbore naucb, trude Ivan. goe. med. inst.
no. 28:323-326 1 63. (MIRA 19%1)
1. Iz kafedry akusherstva i ginekologii (IspolnyayuBbchiy obya-
zennootl zav. kafedroy - dotsent M.A. Timokhina) Ivanovskogo
gosudarstvennogo meditsinskogo instituta (rektor - dotsent
Ya. M. Romanov)o 2, Zhveduyus'@ haya zhenskoy konsulltatsiyey
Melanzhevskogo kombinata ( for, Samokhina).

r i
f*'@ovetskaya -elorussJ
ta L2. 0
;ci, Inslk tate @4.2al in3t. 54 3 j;
Cand I-Icd
@4
Auc7 19@14

ZIKUAIMN. Kh.Ta.,, kandidat selQ skokhozy&ystvennvkh nauk; W.01444
kandidat sellskokhozyaystvannykh nauk.
Obtaining soil specimens with Inclisturbed structure with a Nskrasov
sampler. Dok-I.Akad.sel0khoz. 22 no.1:29-30 '57. (MM 10:2)
1. Taroslavskaya gosudaretvennaya selektsionmya atantslya. Predstav-
lana, akademikom I.I.Samoylovym.
(Soil--Analysis)

KONSTANTINOV, A.R..; PUSEKMV, V.F.; SAMOMINA, K- P.
%-am" ---- J. 1,111.1-
Characteristics of evaporation regime in agricultural fields in reclaimed
'virgin and'waste lands. Trudy GGI no.48:5-21 155. (MIaA 9:7)
(11vaporation)

J-42,905-66 DIT (I)IFAIT (m)/EVIP (J)/EWP (t)/ET IIJP(C) JD/JG/Rff
ACC NRj AP6018452 SOURCE CODE: UR/0051/66/020/006/1081/ALU 7@"
AUTHOR: Briskina, Ch. M.; Samokhina, M._A Zolln, V.;F.
On: none
TITLE: Sensitizing luminescence of Eu3+ and Tb3+ ions by organic #Zeal
SOURCE: Optika I spektroskopiya, v. 20, no. 6, 1966, 1081-1083
TOPIC TAGS: luminescence, luminescent material, sensitivity Increase, rare earth,
fluorescence
ABSTRACT: A solution of europiyn carbonate in 85% orthophosphoric acid at 2200C wasl
used. The concentration of Eu3 in the solution was I wt % while that of fluorescine
was 0.02 wt %. The specimens of other sensitizers were similarly prepared,. fluores!@-
cine, titanium yellow-and primulin were used to sensitize europium, while Th3 was
sensitized by esculln, titanium yellow and primulin (the dyes are mentioned in order
of effectiveness). The addition of fluorescine increased the luminescence of europi-
um by an order of magnitude. An increase in temperature caused a rise in luminescence
duelto europium and a decrease due to fluorescine. The authors conclude that (as in@r
the caselof aldehydes and ketones) energy transfer to the rare earth ions proceeds
from the'metastable levels of the dyes and is a function of the diffusion velocity,
Orig. art- has: '4 figures.
SUB CODE 7/ SUBM DATE' O9Nov65/ OTH REF: 004
Card 1/1 'jX IMP -- 5111 - ILL7'.

SAMOKRIMA, M.D.
Congenital strangulated hernia of the umbilical cord in a premature
baby girl. Akush. i gin. 35 no.1:107 Ja-F t59. (MMA 12: 2)
1. Is rodillnogo doma (ispolny9yushchty ob7azannosti glavnogo
vracha A.K. Korovnikova)Severourallsks, Sverdlovskoy oblaBti.
(HEMIA) (U]MBIMCUS--DISEMBS)

GERMAN, N.Ye., inzh..; SAMOKHINA, N.A.; ZARUBIN, A.G., inzh., red.
[Catalog of parts for ZII,164A biaxia-I trucks, ZIL-164AP
tractor trucks, ZIL424Z-585L and ZIINMZ-5851U'd=#,#Ucks,
ZIL-157K triaxial trucks, ZIL-WZ-164AN and ZIL-157KV
tractor trucks with saddle-type hitching atrangements] Ka,
talog detalei dvukhosnogo avtomobilia ZIL-164A, avtomobilia-
tiagacha ZIL-164AP, avtomobil;'i-samosvalov ZII,401Z-585L i
ZIL-NMZ-585M, trakhoanog6'amtomobilia i s.edellnykh
tiagachei ZIL-WZ-164AN i ZIL 24
-157KV. ashgiz) 1964.
451 P. .(MIRA 17:6)
1. Moskovskiy avtomobil@nyy zavod.

SAMOXHINA, N.M.
Outstanding vomen in the textile industry*. Tekst.prom. 15 no.3:6-7
Mr 155. (M1PA 8:4)
(Textile workers)

SHVARTSMAII S.Ya. - TARUSEUUNA-, G.A.@ SAMOLUNA, N.M.
t;@- 1. ;.. #,-, - , ,
Heroes of socialist laboi rank first in productiom, Tekst.prom.
20- no-7:55-0 J1. 160. (MM 13:7)
I . @ @@- o.. , - , -
1. Predsedatell fabrichno o komiteta profsoyuza tekstil'shchikov.
(Textile workers5

VINOGRADOV., Ya.; SAMOMINA
Masuring and planning labor productivity on the basis of labor
involved in basic-chemistry. Biul.nauch.infoxm.: trud i zar.plata
4 no.6:14-15 161. (MLU 14 16)
(Chemical indu tries-Labor productivity)

NIKIFOROV, I.A.,, kand. tekhn. nauk; NOSKOV-, S.K., kand. tekhn. nauk;-�MPXW34-
-l--A1...,,inzh.
Experience in using reinforced roo;-jp. prom. strol. 43 no.9:12-13
165. .. (MMA 18:9)

4
BLIBERT, B.1a, professor, zasJushennyy deyatell nauki; RUBIRSHTBYN, I.S..
dotsent; SAKQVICH, A.O., dotsent; VILENCHIK G.Tu., kandidat
medttalhekikh nail ; GUREVICH, G.TS, kandidat maditolmakikh nauk;
IZRAITLBLI, N.A., kandidat meditsinskikh nauk; KNIGA, A.A.,
kandidat meditsinskikh nauk; IKVIKA, P.I., kandidat meditsinskikh
nauk; MARCEIENKO.L.O., kandidat meditainakikh nauk; RABIKOVICH,
Ye.M., kandidat meditainskikh nauk; RUBINSHTEYN, B.B, kandidat
meditsinskikh nauk; SDIOKHINA, Z.F., kandidat meditsinskikh
nauk; KRASILINIKOV: A.F.-,-Va-HdI"a meditsinskikh nauk; ZMUSHKD.
L.S.. wauchnvy sotrudnik; NISERkAUM, I.M.. nauchny7 sotrudnik;
SOIDVITAITCHIK,S.I., nauchnyy sotrudnik; SUSLOVA, M.N., nauchVy
"otrudnik;-POLISKIT. S.. redaktor; KUYTINA, P., tekhilchaskiy
redaktor; KALECHITS, G., tekhacheskiy redaktor.
[Practical manual ox medical microbiology and bacteriological
methods of sanitation researchj Frakticheskoe posobis' po medi-
tainskoi mikrobiologii i itanitarno-baktoriologichookim metodam
issledovanii. Minsk, Gos.izd-vo BSSRI Rsdaktniia natichno-tekhn.
lit-ry, 1957. 356 P. (mLRA io-.6)
(MICROBIOU)GT)

NOSKOV2 S.K.g kand. tekhn. nauk; SAMOKHINA. T.M.9 Inzh,
- -11----1'-1'."'.- 11
Selecting the type and the composition of waterproofing elemnnts.
From, stroi, 42 no,1.OiI,2-46 0 164. (MMA 179111,

AGOONOVA, Z,Ya., kand. biolog. nauk; STRUKOV, A.V.; S=IQ_Ik&,_V.FI.;
KIRSANOV, N., inzh.; PILYUGIN, II.V.; TSVETKOVA, N.N.
Responses to our articles. Zashch. rast. ot vred. i bol.
9 no.2:12-16 t64. (MIRA 17:6)
1. Zaveduyashchaya laboratoriyey zashchity rasteniy Kurskoy
opytnoy stantsii (for Agafonova). 2. Direktor Pskovskoy
gosudarstvennoy sellskokhozyaystvennoy opytnoy stantsii
(for Strukov). 3. Zaveduyushchaya otdelom zashchity rauteniy
Pskovskoy gosudarstvemoy sel'skokhozyaystvennoy opy-tnoy
stantsii (for Samokhina). 4. Glavnyy agronom mekhaniziro-
vannogo otryada Yaroslavskoy stantsii zashchity rasteniy
(for Pilyugin). 5. Glavnyy agronom Tatarskoy stantsii zash-
chity rasteniy (for TSvetkova).

V.
KUPCHENKO, V.A., inzh.1 SAMEMB Ta.F inzh.
Design of multiple'machining attachments. Mashinostroonie
no.6:6-9 N-D 162. (NMA l6j2)
1. Ukrainskiy gosudaretvenn57-proyektno-tekhnologicheakiy I
eksperimentallnyy institut-stankostroitellnoy i instrumentall-
noy pronVehlermosti.
(Kharkov-Machine tools-4ttachments)

SAMOKHLEB, Ya.P.J. inzh.
Universal hardening machine. Hashinostroenie no.6:13-15 N-.;.T) 163.
(MIRA 16:12)

ALEKSEM, Georgiy Yevgenlyevich; VOILHONOK, Joir Izraillyevich;
SP1,110KHODKIN, I,H... red.; LOBANOV, Yehl... red. izd-vaj
1@h_AYAj IPV*.q telft, red,
(Wages in inland water transportation for members of'the crew
and operational enterprises] Oplata truda na rechnom transporte
rabotnikov plavaiushchego sostava i ekspluatatsionrUkh prec@-
priiatii. Moskva, Izd-vo "Recbnoi transport,,tl 1961. 172 p.
(NIU 15: 1)
(Wages-Inland water transportation)

I
SAMQ KHODKIN3 V. D. Lt. Col., Vet. Corps
"Feeding Horses with Fallen Leaves "(III)
"Bolezni Loshadey" (Equine Diseases), Sbornik Rabot (Collection of Work), Ogiz-SeltkhozgJ
1947, Chapter V - Tests and Practice, p 242
Compiled by A. Yu. Branzburg and A. Ya. Shapiro, under Editorship of A. M. Laktionova,-
State Press for Agric. Literature.
A collection of works on epizootology, szwger-y, therapy and 2aboratory and clinical
practice in treatment of equine diseases. In majority of cases, articles previously
published in the journal Veterinar or in one of the manuals issued by the Vet. Admin.
of the Armed Forces USSR.
-W-9922.- 1 'lay 1950 p 5 m

LUKOMSKAYA, A.I.; ORDOVSKIY, P.N.j- MEREZRAEM, S.B.; STUKALOVA, A.F.;
Prinimali uchastiye: SAMOKHODKINA2_@.G.; KALINOVA, L.T.;
GORINA, A.K.; STULWOVA@ V.T.
Effect of the surface-to-vol:ume ratio of a test piece in the
e.valuation of the processing qualities of rubber blends, Much.
i rez. 20 no. 4:36-42 Ap 16le (MIRA 14:5)
1. Nauchno-issledovateliskiy institut shinnoy promyshlennosti (for
Lukomakaya., Orlovskiyp Merezhannyy, Stukalova).
(Rubber, Testing)

VOSTRIKOV, Hikolay Andreyevich; TASIKOVSKIY, S.Ye.; ITAYOT# N.A*;
:;AKOKHODSKAYA, I.I.; PASh-MO, L-T.: KXIU OT, Y.L.. red.;
GURSTICH. N.M., tekhn.red.
[Combined mechanized crews of corn cultivation] Zvenlia
komplekonoi issihanizateii vozdelyvaniis kukarusy. Koakwa,
Goo.izd-vo sellkhoz.llt-ry, 1960, ill p. (KIRA 14:1)
(corn (maize)) (Agricultural machinery)

VOSIMIKOV, N.A... inzh.;. Skf-jQLHgLDqKAYA, I.I.1, 1nzh.
Organize grain harvesting properly. Zemledelie 27 no.7:11-21
JI 165. (MA 18:7)
1. 'Uosudarstvennyy nauchno-issledovatellskiy tekhnologicheskiy
instit-ut remonta i ekspluatatsii rashinno-traktornogo'parka.

VOSTRIKOV, N.A., inzh.;_SAMOKHODSKAYA, I.I., inzh.
Postharvest processing of.grain. Zeml.ede-Ue 27 r-o.8:
65-77 Ag 165. (WRA 18:11)
1. Gosudarstvennyy nauchno-issledovatellskiy tekhnologicheskiy
institut remonta i ekspluatatsii mashinno-traktornogo parka.

TOSTRIKOV, Nikolay Andreyevich;,TASIKOVSKIY, S.Ye.; ITANOT. N.A.;
iWOKHOD'WAYA, I.I.;. PASEMO, L.T.; KRYUKOT, T.L.. red.;
(Over-all mechanized crown in corn cultivation] Zvenlis.
kompleksnoi mokhanizateii voxdolyvaniis kukurusy.' xoskv@. Goa.
izd-vo sallkhoz.lit-ry, 1960. ill p.
(MIRA 14:3)
(Corn (maize)) (Farm mechan12SUOU)

VOSTRIKOV, N.A., inzh.; SAMDXHODSKAYk,-I-I., inzh.
- I -
Utilize effieiently plowing units, Zemledelle 25 no.8t86-
90 Ag 163. (MIRA 16slO)
(Plowing)

KONEYRY, N.I., dokfor tekhn. nauk,prof., red.; SKWAREV, I.G., kand.
tekhn. nauk, dots.,red.; ipzh.,red.; HOROZOVA,
P.B.0 izd. red.; ROMIN. Ir.-P..'-tskbn. red.
[Pressure working of alloys) Obrabotka splavov davlenism; abornik
statei. Moskva, Gos. tzd-vo obor. -promyshl., 1958. 141 p.
(MM 11:12)
(Alloys)
(Metalwork)

SAMDKH3DSKIY, N.Ye.
Packing vibrators made by the Stalino Machine Plant for macaroni
products. Khleb. i kond. prom. 1 no.4:37-39 Ap '57. (HLRA 10:5)
1. TSentralluays, naucbno-issledovatellskaya laboratorlya
makaronnoy pronVehlonnosti.
(macaroni) (Packaging machinery)

SAMOKHODSKIT, N.Te.
Spreader for loading M-10 and M-20 dryers. Xhleb.1 kond.prom.
I no.6:16-18 Je '57. (KLBA 10:8)
I.TSentralInaya nanchno-Issledovatel'skaya laboratoriya makaronnoy
promyshlennosti. (Drying apparatus)

m&RTIRosov, A.; SHER, AL.; SAMDKHOTKIN, 1.
Contribution of harbor efficienc-7 promoters. Mor. flot 19
no.7:27-30 Jl '59- (MIRA 12:10)
l.Nachallnik otdela portov Glavports. Ministerstva morskogo flota
(for Martirosov). 2.Starshir inzhener Otdela truda i zarplaty
Minis tore tva morskoge flota (for Sher). 3.Starshly instruktor
Otdela truda i zarplab3r TSentrallnogo komiteta profsoyuza rabochikh
morskogo i rechnogo f lota (for Samokhotkin).
(Harbors) (Loading and unloading)

GABINSKIY., Viktor Isaakovich; MNAKOV9 Serafim Fedorovich; OKOLINIKOV,
A.S., retsenzent; OKHOTKIII, I.M. red.; WI, P.M., red. izd-
va; BODROVA, V.A., tekhn. re .
[Organization of wages at machinery man, acturing shipbuilding
and ship-repairing enterprises] Organizatsiia zarabotnoi platy
na. predpriiatiiakh mashinostroeniia, sudostroeniia i mudoremonta.
Moskva, Izd-vo "Rechnoi transport,," 1962. 2-26 p. (MIRA 15:6)
(Wages--Machinery industry) (Wages-Shipbuilding)

SAMOKHOTOY, A.Y.
Lowering construction costs of plants producing refractory materials.
Ogneupory 25 no-7:296-298 160. (14IRA 13:8)
1. VsesoyuzW institut ogneuporov.
(Refractories industry-Equipment and supplies)
(Gonstruction industry@-Costs)

GURIN, Fedor Vasillyevicb,, kand. tekbn. naukj P14ANIYEV,, Nikolay
Vasillyevich; SAMOKHOTSKHA@ E.A., ved. red.
[Overhead freigbt-carrying and freight-pusbing conveyors
used in the machinery industry) Podvesnye gruzonesushchie
i gruzotolkaiushchie konveiery v masbinostroenii. Moskva,
Gos. nauchno-isal. in-t naucbn. i tekhn. informataii,
1964. 37 P. (Mekhanizatsiia i avtomatizatsiia tekbnolo-
gicheskikh protsessov; materialy zavodskogo opytal no.10)
(MIRA 180)

GURIN, Fedor Vasillyevich, kazpd. teOwn. naukj.ANAN'YEV, Nikolay
Vasiltyevich; SRIOKHOTSKAYA, B.A., ved. red.
[Nonserial ground-type conveyors used in the instrument
and machinery industries] NeserArWe napollnye konveiery,
primeniaemye priborostraitellnoi i mashinostroitellnoi
pron7shlennostiami. Moskva., Gos.nauchn.-isal. in-t
nauchn. i tekhn. informatsii, 1964. 39 P. (Mekhanizatsiia
i avtomatizatsiia tekhnologicheskikh protsessov; materialy
zavodskogo cpyta, no.6) (MIRA 17:12)

XHARL&IOV, Vyacheslav Nikolayevich; SAMOKHOTSKAYA, E.A.p ved.
red.
[Automatic unloading of loose freight from railroad cars)
Avtomati2irovannaia vygru2k& sypuchikh gruzov is shaleno-
dorozhnykh vagonov. Moskva,, OOSINTI, 1964. 39 p, (Makha-
nizatsiia i avtomatizataiia. tokhtiologichesItikh proteadsov;
materialy zavodskogo opyta, no.12) (MI" 1822)

KHARIAM)V@ Vyacheslav Nikolayevich; SAMOKHOTSKAYA, E.A., ved.
red.
(Mechanized and centralized storage depots of industrial
districts] Mekhanizirovannye tsentralizovannye skladskie
khoziaistva promyshlenrWkh raionov. Moskva, Gos.nauchno-
issl. in-t nauchn. i tekhn. infomatsii,, 1964. 41 P.
(Mekhanizatsiia i avtomatizatsila tekhnologicheskikh pro-
tsessov; materialy zavodskogo opytal no.11) (MIRA 18:2)

DANILEVSKIY, Vladimir Viktorovich., dots., Prinimal uchastiye POLUBDISKIY,
V.I.,yurist- SAMOKHOTSKIY, A.I retsenzent; HHOLIN, V.A., re-
tsenzent; STANnX.V.L%jn, Y.U., :L ig.., retsenzent; SHIENOV, B.V.,
nauchnyy red.; SAMSONUVA, H.T.., red.izd-va; YEZROVA, L.L., tekhn.
red.
(Manual for technicians in machinery manufacture) Spravochnik tekh-
nika-mashinostroitelia. Moskva, "Vysshaia shkola," 1962. 644 P.
(KMA 15:6)
1. Chlery predmetnoy komisaii Moskovskogo Eashinostroitellnogo
tekhnikuma im. Dzerzhinskogo (for Sqmokhotskiy Kholin, Stankevich).
(Mechanical engineering@

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01111 IAN)' 01111 1111,11WOk 111 Me% W, 0114

00 E It i *It% 1141114111rel lit 1-40% ltbkl' and I;Ukl' n,f
1
l-
d
l no 0
t"Wil to
, :4111
a
olul 111W. The Nimples terver..
so a

Of It 1% cmu-Itided that the hr" hant"tinig Icuip. lit all cau -
Sil'
0. III
i
1
.
t%v lit 1
.
.1. jr-tioll, flee fin4frim'. mr .4
t

es m"I
of alkt flee. , 1141,1d, I IV@W- ittv jtq@qw#tv deemerile-

A.-I. Ifio 1-- .11,4eirtilic art, J_'Ie In,. of '00
-vo , 141.,lif.1111 millself lit 1141.1114@* 611111 it 16fillotoll Imem-11 000
00 4 .11VATe"ove onitifini. .&feel a 1.1.,Ik I Ot tril-mon M 4111411

00
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a S L A aCTALLUR41CAL LITIES&II've o'.siso'bC.Two. vs*
13 We

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DO .%..ILA mf?ALLU*GICAL LIT144@4illf CLaS"fKATION
oo
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oo
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0 0 0 0 o 0 0 0 0 0 a 0 0 0 0 0 0 0 0
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i s *xil 'IJUDIS " ;I
21 17 a A A J6 v A to it 11 AD IS
so-
b u A, 0 41
.1 $1

I U I
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r .
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6

,ff
"I'liplit, p %--, ._&,

00 -C -00
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!-a*
fre, tront oxidstion., .-So
N. A. Smimovu. .4ri@lpemy,h1emmost 1939.
.
00 -4. -The illetal
61 3- Chrm. Zellift- 1930, 1. 3413
N-,N@-T6

ow t ,
ro@icctrtl with m"lixt. of ati-I
Surface p
C'(),. A lay r of 'Ump J."'Irivir i, -crittered -m

'
l
I
00 e
lo Atit re het let hviling (if file Islidd
I
or,jrr
00 a the Inellf, a hollow mittight AnA 0 0
-I fini-hell it i@ ttl-'t
itilifielliairly after the heat -IMItintrut i
00 intntirutirr"r0il- In lhl@wav "cleat' @Ilfracc isohtaill@l
00 having an mititle film which iA at mmt '" in I hick llc,@ Still

0 can Fradslir 1W by 1-Ijithing@ In order to twotect
0 it i"

A If.c Inalctrial 1W partially tic wholls, brilleddetl . in
11

cavings in the -anic
turninK, ft..Ilk r
00 -r: annmling tilme 3-4 hm).

00 f
:0
of
s
j
five
.00

00 too

00 O's
.100
too
Too
ilsill, Z. C',

A Tt AT
Aft A 1 8 CIW 0 9 - I V
11 K It 49 Cr
0 0 0 0 0 0 a 0
0 11:
-
ioe
rA,. 'to 0
04 q AD 3 0
0
0 0 0 0 04 0 0 0 0 0 0 0 0 0 0
0 * 0 0 0 * 0 0 0 0 0 0 * 0 6 0 0 0 9 0 0 0 ;
0 0 0 0 0

0
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A*
0 a 9 0 0
0

4
IIt 1 10 It u Is
JAL- N ?_AL_ T u I V iff %-I d
A
#sect$M &so POW61,11 @"19

The Influence of the Suftoahng tempmemew an the we
-I
I
S
kb
W f
-a *m-
j
f4
S wire. A..J_-
chanical Properflov of O
"
Irntr
I(CM
Ckmw
311 W
74
k
11"1
18
-
.
0prvm.
.
ClImIl
_
l
'
,
1960, U, 717@-The mech. properties of steel wife COMS.
C 0,91-0.0R, Mn O..re-D.A21. Si 0.19-0.27 and P (),(M-
'
A
t, and having client% of 0..%. 1. LA and 2 mm. w"r
OAXIII
'
Iletcl. after an annealing at tenit". hetween tW a",l 4041
It was found that the tenOr -Itength IxTan to Jecreav of
'
*

0 . while the bend-tem no. dr.
,S
an annemling temp. of 2
Thedif-
f325* had Imen reached
te
d
h
0 .
er&
mose
&
rnp.o
ten-nee Wwren the, tensile strengths of the wim of vary-
?W)'
t
f 2
d
li
see
.
an
emp. o
inot dlarn. wu% Kfeat"t at an annea
ng
t- st-it 12 17 kjr.j'!jq. mm. jn
the linan"Calml
=60
0
condition. M. Nfmwr
ago
000
OOV
'Too
oom
I *0
goo
=00
it so
0
s Z*
0
AIJI-ILA OITALLUIGKAL UTIMATIO11 CLAUVICATION
stop" SIVINIII.
No*
troo
It Qmv 4369 831111 (kit 4" M
V--a
*1 K, a, -lot it mi U, Fm a' WITIZA" _h",aad a 01 It IN 9 a a a I T
0000000000000900
9000060060606000:::00
0 0 01

/V@ /0
1. Th, Aripog if ferm" and Non-himus Mdals. Itn
I'.- - 11). 33-'. 1939. AOKVW Skid lAllillMAI: 0Wtt4lgjL
rMll I*itl*.)
@ 1#1 1@
W
v

A&-.f a A i-fL-" is is 11 is w is 14 it w of a if hl xa a-h 'ViTIVII
A N P. 4 A1-1-0 -Y t-A-1-L-AA 0 CC 09 tIb RD us jov ]INV to 42" 414CO
C I A
@00
-00

00 2 .00
as a
.00

o em atiire of hardening and temperinf upon
Fff t@ft
r o:
e d frz@tfio
th
of wteel. A. 1. 14 ktLqqLit. esmik
t

l Jfrmlloprv.,@. 19. No. 4. 67-9(1031
-Speciriams of sucl
0 contg. C 1.04, Nin 0.22, Si 0.27. P 0.031 and S 0.017,%
Q
al werequeothed at 700, 740,77O,W)avdAW
and tempert-d,/
at.10r), SM and 7,00% Regardlem of the quenching te
zoo
an increase in the tempering temp. cmdually decrmsed the :

@p. vol. in cotnpaji@on with the quenched cmditi-m. I_
a fly increasing the quenching temp. the sp. vol- incrmied.
D. Z. KAinkh
g

.0 0

t:o 0

A%G-SLA SETALLU*GOCAL LITIVATWE CLASSIFICATION

Is, too
UIS AT so is! I Ow o
"An .1 1 Ir IN .3 a aI V
IT Fe P Zv a
0 * 0 0 0 9 0 9 0 0 41 0 0 0 0 0 0 0 0 0 0
lie 9 0 9!0 00 9 * 0 8 0 0 0 0 0 0 0 4 * 0 0

d
, h. L TAc fuligut
#17
ffltmuu@j Pp. *A). limo.qml= asid L*nijigmd: Obonmgit-
ICA

a It 11 :1 v a 34. is a v al 19 @ 10 it v u u a so 11 0 IF tj e 41 a) so at
I., to r Gil S v I LAS 01 CC M " 41, j 4 0 1 1
-to$ I
to -------
The resistance of a nittolded boyer of steel to corrosiom.
00 '11141 M. .4 -00
of laver tit sr"I too v:to,.di* tco, I.-Ord vtlih
60 3-mia. Ifilck 41cri iN,P. :.it) c It, Its. mts u.4h. -00
Cr 11.111 410 Sk I P, I:o',, I ho
94111 1 were Ittronrul. rxli,hed and drorreasovil in besi,moo and itivii

of niirl-lo of in v%*, of *%I Is nt -00
30, fus, 00, W10. INI a,"I UIAI min. Niiii,lins tit
'I.. .' stool 1.1-h1tv a In"t AevItel Itimt t1w. r"m . at oo:.@
Ou m4%- il Alkitit 11 m' titill. in IN) tuill., Witilr the O%v tt-1
depth tit at)(Alt, O.W runt. its obtained in olso tuin. at Ztsoo-.
The anticorrmhv properties of the nittO,A feet were

09 d0d, in runninot Ynter. lu-ilittic water and 10c, N.&CI 0
1, -In. The i;wrimvi" were I-r-A I-01 14--w and after
vir Orel Itiod C-1 I. P.1 I tit. not g..h.tl coo
mil too rismobtot vorjil,t olmiiig lot oft" Mt, v I day its Ifir
'
101@ Nat
l ..W. it .11-rd Ille "I'ttte
Karniell
00 COO
zoo

9 0
2100

so floe
00 A % 8FIALLUUtobLool, 6.11foo.71st ct-Wric-TIC. f I
o
09 of Woo

9
1
%% so .1 it _7

so 1
1 r
, 1
too,
IF *N An so ot I or so -W is 11
1 0 1

is
.
It 101 of 4
.
", 1; 1, 'r . ,
0000 0 0 o 0 0 0 1111 0 0 0 0 00 000
1") a I to
Is 0 O's 0 0 ***go 0 99411190 0
014
0 0 0 *

0 0 0 0 0 0 0 0 0 0 0 09'

A T.
Substitnift for Smam in Repairing untIanatilit.
A. fAriali"P.,vA en". (.164vim 1.
CAr,e,. /emir.. 1012. M. (1), %W; V. .1&,,. IM3. 3' . It. L.,
Tlw f4h0vaim: 1werLnir martAls are swit"t.-d li@ mill-tilitf- [..I
Ill'! in@n ; the Alailmini"u) nlhlw- All r it h-. l-,,I I. r. a-
tjl@ lmd-barl'ilre 111-S :h, sitil 0'73, r :11 .1 .:1
i.h .... im ilia ar.,it bmire IlrAZis U-4 %ilia to 11'
Old " -t r. tile flit-l-i'moming for""Fr, (1'1*@.% 3 ".Ill
- I'll, jelm., .3 1"', dri'l tile r,@t '-pift-T -. Alld Ill..
LKS '41-3 P', ropi-r, 3.5 :t 111, mi.tvii. 3-A i 1**,, 1,vi
n f rim-, "I I" elf 111,4a. alloys 1wrfilmat f'. if s ir U..
112- 0, mA -to sre, pill pit.

SAYGOOT-SHY, A. 1. and 1. N. U-GUNTSOV.
Tekhnologiia termicheskol obrabotki. Dop v kacbestve uchebnika dlia
mashinostroit. tecbnikumov UVZ Min. av-tomobil'nol i traktornol promyshl.
SSSR. Moskv2, Mp-sbgiz, 1950. 376 p. illus.
(Technology of heat treatment.)
DLC: TN672-53
So: Manufacturing and Mechanical Engineering in the Soviet Union,
Library of Congress, 1953.

SAMOKHOTSM., A. 1. Y/5-- --
615. 15
Sl
Meta.Uovedeniye (MeataUography, By) A. I. Samokhotakiy I M. N. Kuny-
avskiy. Moskva, Mashgiz, 1952.
366 P. Diagrs., Tables.

SAMOKHOTSKIY, A.I., inzhener; KURYAVSKIY, M.N.,@O'kandidat tekhnicheskikh nauk;
- ' tekhnichaskiy redaktor.
4.
[The science of metals] Metallovedenis. Izd. 2-e perer. i dop. Moskva, .
Gos.nauchno-tekhn.izd-vo mashinostroit. i sudostroit. lit-ry, 1954.
448 p. (MLEA 7:11)
(metals) -

KUffAVSKIY, M.N.; SAMOKHOTSKIY, A.I.; ASSONOV, A.D., kandidat tekhni-
cheakikh nefflEMIMIT"JUTMOT premii, retsonsent: MMIN.
T.V.. inzhenar, redaktor; KOLLI, A.Ya., redaktor: MATTNITA,
Te.K., tokhnicheskiy redaktor.
[Principles of metallography and heat treatment] Osnovy metallo-
vedeniia i termicheskol obrabotki. Moskva, Goo.nauchno-tolkhn.
Izd-vo mashinostroitellnot lit-ry,1955-371 P. (MI-RA 8:12)
(Metals--Heat treatment) (Metallogrepby)

MALYSIW. Anatoliy Ivanovich; RAKOVSKIr, Valentin Sergeyevich; TILIS, Mikhail
Yakovlevich; XHIMUSHIN, Yedor Fedorovich; SJK - OTSKIY, A.I., insh.,
red.; LOSIVA, G.Y., red.izd-va; ZUDAIIIf, I.M..-NT VMr
(Technology of metals and materials for airplane constrUctionj
Takhnologiia natallov i avistsionnye materieljv.@ Moskjo, Goo. Isd-vo'
obor. promyshl., 1957. 358 P. (MIRA 11:3)
(He ta llurgy) (Wood) (Plastics) i

MIKHAYLOVA, Tamara Ivanovna; SHTRYMOV, Aleksey Ivanovich; ALIBERT,
Mark Aleksandrovich; SAMOKHOTSKIY, A.I., inzh., ved. red.;
SOROKINA, T.M., tekliji. red.
(New type of forging rolls. Automatic loading and unloading
of ingots into and out of soaking pits]Kovochnye valitsy no-
voi konstruktsii. Avtomatizatsiia zagruzki i vygruzki zagoto-
vok iz nagrevatelInykh pechei. [By]M.A.Allbert. Moskva, Filial
Vses. in-ta nauchn. i tekhn. informatsii, 1958. 11 p. (Peredo-
voi nauchno-tekhnicheskii i proizvodstvennyi opyt. Tema 5.
No-M-58-154/7) (MIRA 16:2)
(Forging machinery) (Materials handling)

BLINNIK, Lazar' Borisovich; KOZWV,. Vladimir Vasillyevichl TUCHINSKIY,
Naum Vladimirovich; RAGAZINA, M.F., insh., ved. red.; SATMO-TSK@_Y,
inzh., red.; SOROKINA, T.M., tekhn. red.
[Efficient conditions fov the aging of cast Iron]RatsionalInye re-
zhimy stareniia chugunnykh otlivok. Moskvap Filial Vses. in-ta,
nauchn.i tekhn. informatsii, 1958. 12 p. (Peredovoi nauchno-
tekbnicheskii i proizvodstvennyy opyt. Tema 3. No.M-58-112/5)
(MIRA 16:2)
(Cast iorn-Hardening)

SMOKHOTSKIY, Alek&qy_1Y&noyjch-KUNYAVSKIY. Mikhail Naumovich [deceased];
inzh., red.: KALYSM, A.Z., insh., retsenzent;
RZHAVINSKIY, V.V., insh., red.; KOMI, B.I., tekhn.red.
(Laboratory research on metals] Laboratornye raboty po metallo-
vedeniiu. Pod red. T.V.Rybina. Moskva, Gos.uauchno-tekhn.izd-vo
mashinostr.lit-ry, 1959. 275 p. (MIRA 12:10)
(Metals--Testing) (Ketallography)

SA@-@nKHOTS@i:T". A.! Lf), , kan z. nauk; FRID; L.
-^'KIND, V_@4_ rue,".
-,zh@ reed. ,ET
,T
1T'e:Jmo1cU of the he-at treatmero, ;:.-l
tem!@!Iieskoi obrabotki metallov.
ZP 2 7 p . (Mim
(Metals-Heat treatment)

TRUBITSYN, Nikolay Alekseyevich, inzh.; SAVEYKO, Vladislay Nikolayevich,
kand. tekhn. nauk; BIDULYA, Pavel Nikolayevich.. doktor tekhn.
nauk; SAMOKHOTSKIY A I inzh., red.; SHVETSOV, G.V.,, tekhn.
red.
[Hot crack resistance in carbon steel castings)Goriachaia treshchi-
noustoichivost' litoi uglerodistoi stall. Moskva, Filial Vses.
in-ta nauchn. i tekhn. informatsii, 1958. 13 P. (Peredovoi nauchno-
tekhnicheskii i proizvodstvennyl opyt. Tema 1. NO.M-58-207/4)
(MIRA 16:3)
(Steel castings-Defects) (Thermal stresses)

MAKEYEV, Igor' Mikhaylovich; SAMQLHU!SX1X,-&,1.,_1nzh., ved. red.;
GOFMARp L.M., red.; SOROKINA, T.M., tekhn. red.
[Improved design of steel pouring -l&d1Am4Uaovershenatvovan1&
kdnstruktsii stalerazlivochnykh kovshei. Moskva, Filial Wes.
in-ta-nauchn. i tekhn. informatsii, 1958. 27 p. (Peredovoi
nauchno-tekhniche.3kii i proizvodstvennyi opyt. Tema 1, No.M-58-
263/5) (MIRA 19:3)
(Open-hearth furnaces-Equipment and supplies)

SAYKINA, Vera Nikolayevna, inzh.; KALYANOVA, Yhript Pavlovna, inzh.,-
TRYASUNOVA, Ye.V., inzh., ved. red.; SAMOKHOTSKa__A,.I.,
Inzh., red.; SOROKINA, T.H., tekhn. red.
(Chemical and heat treatment of friatiox surfaees instead of
hpning]Khimiko-termicheakaia obrabotka poverkhnostei trenila
vzamen dovodki. Moskva, Filial Vaes.'in-ta nauchn. i tekhn.
informatsii, 1958. 7 p. (Peredovoi nauchno-tekhnicheakii i
proizvodstyennyi opyt. Tema 3. No-M-58-246/8) (MIRA 16:2)
(Surfaces (Technology))

SOKOLOVY Nikolay Leonidovich; SAMOKHOT-%IY, A.I., inzh., ved. red.,-
LIVOV, D.S., kand. tekhn. nauk, red.; SOROKINA, T.M.,
tekhn. red.
(Economy of die steel in drop forging with mechanical forg-
ing presses] Ekonomiia shtampovoi sUll.pd shtAmpovke na
krivashipnykh kovochno-shtampovochnykh pressakh. Moskva,,
Filial Wes. in-ta nauchn. i tekhn. informataiip 1958. 11 p.
(Peredovoi nauchno-tekhnicheskii i proizvodstvennyi opyt. Tema 5.
No-M-58-202/11) (Forging) (MIRA 16:3)
(Dies (Metalwo.rking))--Maintenance and repair)

PALITSYN, Vladimir Andreyevick,, inzh.1 SPMOR, Moisey Isaakovich,inzh.;
OSKOLKOV, kleksey Ivanovich, inzh.j,5AM0KHOTSKIY, AJ.,, inzh.0
ved. red.; TfWSOV, L.P., kand. tekhn-.-n-a-uk-7Fe-
d-.r-SUR9KIff.,- T.M...
tekhn. red.
[High-temperature double-chamber electrie- furnace for heating
stamping billets] Vysokotemperaturnaia dvukhkamermaia elektri-
cheskaia pech' dlia nagreva zagotovok pod shtampovka. Moskva,
Filial Vses. in-ta nauchn. i tekhn. informatsii, 1958. 11 p.
(Peredovoi nauchno-tekhnicheskii i proizvodetvennyi opyt. Tema 5.
No.M-58-206/j2) WRA 16:3)
(Blectrie furnaces)

BAKSHEYEV, Sergey Mikhaylovich, kand. tekhn. nauk; SAMOKHOTSKIY,
---A I inzh., ved. red.; SHOR, E.R., kand. tekhn.nauk,
=-*I
reT.-; SOROKINA, T.M., tekhn. red.
(Deformability of structural carbon stool] Deforairnemost'
konstruktsionnoi uglerodistoi stali. Moskva, Filial Voss.
in-ta nauchn. i tekhn. informataii, 1958. 15 P. (Peredovoi
nauchno-tekhnicheskii i proizvodstvennyi opyt. Tema 5.
No.M-58-247/13) (MIU 16:
(Steel, Structural-Testing)
(Deformations (Mechanics))

MALYSHEV., A.I.; NIKOLAYEV, O.N.; SHUVALOV, Yu.A.; *jMQjHQZU1X
A. I' red.; VOLKOVA, N.A., red.; VORONINA, R.K., tekhn.
-ree
[Technology of metals and building materials] Tekhnologiia
metallov i konstruktsionnye materialy. Moskva, Vysshaia
shkola, 1963. 429 P. (MIRA 16:7)
(Metalwork) (Building materials)

DAVIDOVSKAYA, Yelena Aleksandrovna, kand. tekhn. nauk; KESTELI,
Lyubov' Prokoflyevnat inzh.; URYUPINA,. Yekaterina Ivanovna,
kand. tekhn. nauk; RAGAZINA, M.F., insh.,, ved. red.;
A.I._, inzh., red.; PONOMAREV, V.A., tekhn.red.
�AMOMW
(Effect of heat treatment on the tendency in stainless steel
toward intercrystalline corrosion] Vliianie termicheakoi ob-
rabotki na sklonnost' nerzhaveiushchikh stalei k mezhkristal-
litnoi korrozii. Moskva, Filial Voes. in-ta nauchn. i tekhn.
informatsii, 1958. 11 p. (Peredovoi nauchno-tekhnicheakii i
proizvodstvennyi opyt. Tema 13. No-M-58-15A) (MIRA 1613)
(Steel, Stainless-Corrosion)
(Metals, Effect of temperature on)

BELKOV, Georgiy Mikhaylovich; LITENKO, Nikolay Tikhonovich;
ZHURAVLEV, Yuriy Arsenlyevich; SAMOKWTSKIY, A.I.,,
lnzh., ved. red.; OLISHANSKAYA,-I-.-V.-,-I-n-zh-.-,--r-e-a.-i
SOROKINA, T.M., tekhn. red.
(Effect of heating conditions on the p W tic properties of
9KhF steel at forging tempera@ures. Skid ho per for metal
feed from the furnace to the forging bamner@ Vliianie re-
zhima nagreva na plaaticheskie svoistva stali 9KhF pri ko-
vochnykh temperaturakh. Metallopodavatell ot peaU k ko-
vochnomu molatu. [By) D.A.Zhuravlev. Moskva, Filial Vses.
In-ta nauchn. i tekhn. informateii, 1958. 14 p. (Peredo-
voi nauchno-tekhnicheakil i proizvodstvennyi opyt. Tama 5.
No.M-58-252/14) (MIRA 16:3)
(Metals, Effect of temperature on)
(Forge shops-Equipment and supplies)

LEYKIN, Abrarn Yefimovich; POROTSKIY, Efroim Solomonovich; RODIN,
inzh.p retsenzent;
Boris Tosifovich; W940TSY=
ZOLINIKOVA, N.K.j inzh.p retsentent; ROMADIN, X.P.p
kand. tekhn. nauk, red.
(Aircraft materialsl Aviatsionnoe materialovedenie. Mo-
skva, Mashinostroenie, 1964. 458 p. (MIRA 17:12)

C: GD/jD
L 00650-67 EWT(M)/T/EWP1,A)/ET1 IJP(')_
ACC NR, AM16346 -BOURCE.CODE: UR/0000/65/000/000/0104/0109
AUTHORS: Kunin, N. F.; Zhilik, K. K.; Vor2RM 'V
�v&_A. I.; Samokhval V.
ORG: Belorussian State University im. V.- I*- Lenin@ (Belorusakiy gosudaretvenzW
'universitet)
et
TITLE: Thermal treatment of silvery -q2RRert andAbLvacuum condensates
SOURCE: AN UkrSSR. Podvizbnost' atomov v kristallicheskoy reshetke (k6bility of ai6md@
in crystal lattice). Kievi Izd-vo Naukova. dumka, 19651 104-109
TOPIC TAGS: *ki= metal film, silver, copper, tin, metal he-at treatme Int, activation,:
energy
ABSTRACT: The laws for stabilizingthe properties of silver, tin, -andlcopperl.thih...'@
-Catj - 'in their
films are investigated in order to remove the data a er properties caus;X@7@
Py the method of film preparation and to study theinature of the defects present i IXL
the freshly deposited films. The,films were deposited on a-glass.substrate at'room
temperature in a lo-4 mm 1@g vacu=.. Aftei.deposition, the metal filmswere spon e-
ously aged at room temperature for 50 hra during which time the -ir.resistance ddc're*a*sad_,
gradually. The heat treatment for tin was made at in hydrogen as'well as in aiYf"'
without an irreversible change in its resistance. The.heat-treatment,.for silver.was
at 70--120C and for copper at 150-200C. The-results are shown on graphs and tables.@.,:,
Plots are given of resistance versus time"relative change in.film resistance-versus
Card 1/2

nfereme Cf Y0,1ng
-nt-ICIS in
SC4p
t,he Field of Me.1juration and Hydraulic Engineering] Naterialy
rib"edinermul. nau@hl -tekWAcheskoi konferentsii molodykh ria-
uctmykh rabotnihov -,r oblasti melloratsii i gidrotekhniki.
Kiev, Urczlnai. Nos. I - 2. 1964- (YRU 18:3)
1. Obl'yedinennaya konferentsiya molodykh nauahnykh rabotniko@i
v obltistt melioratsil i gidrotaklmiki, Kiev, 1963. 2. Men-
korresponvient AN Ukr.SSR (fcr Tyulenev).

SAMOKHVAWV, A. A. and FAKIDOV, I. G.
"Testing the properties and characteristics of a gama defect detector with an
ionization counter",, appearing in the "Detection of defects in Metals by Gamma -
Collection of Papers",, (Gamma Defektoskopiya Metallov - Sbornik Statei),
published by the Academy of Sciences USSR,, p 109p 1955.

SAMOKErVALOV,A.
_ ''1 1
Primary, trade-union organizations need help and attention.
Sov. profsoiuzY 7 no.6:13-14 Kr '59. (MIRA 12:6)
l.Predoedatell Chelyabinskoge oblastnoge soveta profsoymov.
(Chelyabinsk Province-4rade unions)

r . . . . . . . . . . .
racut @is '41ther xclxitala@@ i0i
IONT"-TIOX,UETHODS FOR DETERMINATION. OF DE- '-R(; -- - -- j.- - -
STAL. ljk_aAKMA_ ed counter. . An Inv6stlj
FmIs OF -I-rUCx#gCT10KSOF@K
MeetiAgs of the Division $easloo of :,the Paramuters of the x6o,metrid@zk%e -&6 0-Ulke Ina"MP!c
Lho academy of Sciences of the U,S.SR. ou the Peiiecral, :7
AtnMLQXWX4T__Jgly 1-5, 1935. Uoscow, Publish- 011193SCM31tivitY. An optimum lastrumaxit. was selec.fied
th* basM of experiments In w a changes were man,
Ill I in tba
Lag House of the Academy of Sciences of the UA.S.R.. 1955. -
339P. (In Russian) @cntainer, the channel diameter ot thd
container, the size of the counter screca. the dlamePar of
A description is given of work cc cted with making - -
nue the coun@.-r screen-windo7rand the relative positiousi of the
ionization gamma Instrumanti for tcstlax thick metal oarta.@
the part being tested ind the counter. TheUmblem.
the advautages of the use of counters in Samma defectos. ao"ce,
of the coi-respondatme bokimon. the size of iutuw 6(ets
copy are: higher sensitivity, higher test spied, the --- - -7 --- -- -7 ---- - -. . jr;@-:
and the heights 4 the pake da t6 dufwt*ams ragiste
a cut in . I . @- I I __ ___iLW
possibility of cons!ant rontrol of a moving part, th .:- .1.1
no ional-,
by seK-recordluz patcat oria rx was ffibd.
cost due to-the fact thut X-ray film and other photographic
itivity of the instrument dependi; on tho% control con 'Itions
materials are not used- The Instrument consists of the In the rare of parts with A small difference of wall ihickneas.'
following main parts: a gamma radiation direction device, a
mechanical and electric-power - rUon for. moving the the sensitivity may reach a !ractiod of at percent. iWith
Po
respect to parts of thickness up to 300 Mm. Bud cf;**o@,_
gamma-ray beam system with respect to the Part being - - -I the senattly ity
form wt% a large dUfore"a of wsll@ thialmeas.
tested, and the recording portico. The me ,at convenient of an, lantrumeat with- .a actf-exti rfgutshlng counter pf-Foilts
gamma source for testing parts of thlcknces 250 to 300 mm locatton'd defects up! to, 3% in'th a c-iec 01 a slightly active-
In the Co-60 fsotaM For thicknesses of steel from TO to source (1.5 curier). An i3minlin elit ., with a eLftullimon
100 mm; wic may be -nade of isotope Ir-134 or ir-102, count" ha ,a k acnAtivity 2 to @ tined L-Qatcr The
though the latter is I w. 4 convenient benuse of its small
coatral zpcvd In EUT i=c of comple)-forra parts V#Ith a
half life of 2.5 monLh7s. The gamma counter In the Instru- ;o1PRA to 20 C in @Tbo
largo difforence ofwall L%@c
:7
q

j@
-777M
Cie With puts,
.
"ntrol eyead waa@ be-ii " a"
d
af tho "kn@vs;- !!@q
.
po isIbLI ty.of uolm
W a nave detector te
at @@itiiii otliw-
@.Pmra4ira, Adon (a c do
jpho@@-63) li also ioj6rWd,@- tWn! datjo@to @,jr@
m6jdjcd J4 o Is tPry-': Ouw:

qd

VO
Category USSR/Solid State Physi 13 - Structure of Deformable Materials
Abs Jour Ref Zhur - Fizika, No 2, 1957 No 3949
Author Fakidov, I.G., Samokhvalov
Gamma Defectosc_opewVzt@
Title b Sciz@ @tion Counter.
Orig Pub Zavod. laboratoriya, 1956, 22, No 6, 673-677
Abstract The use of scintillation counters in gamm defectoscopy has many
advantages both compared with the photography method.of recording the
radiation, and cmpared with defect;oscopes' -with Geig'er-Mueller counters
in that it has a higher sensitivity@and_speieid. of contr61-and that con-
tinuous control of a-moving object'-is'po6sible. -A defectoscope was
designed for the control of articles with 6 thickness up to 250 -- 300
mm. The defectoscope is quite stable and its indications are readily
reproducible. The sensitivity of the instrument is 2 -_ 2.5%.
Card 1/1

FAKIDOV. I.G.; S"OXHVALOY A.A.
Characteristics of the scintillation counter and its technical
applications. Zav.lab. 22 no.6:678-682 '56. (VFRA 9:8)
1. Institut fiziki metallov Urallskogo filiala Akademii nauk SM.
(Scintillation counters) (Gamma rays--Industrial applications)

L
SAMOKEF140V) A. A. and FAIaDOV, I. G.
itData on a Simple Scintillation Counter, Its Characteristics and its
Application in /-type Flaw Detection."
A conference on Electron and Photo-Electron Multiplier; Radiotekhnika i
Elektronika, 1957, Vol. II, No. 12, pp. 1552-1557 (USSR)
Abst: A conference took place in Moscow during February 28 and March 6, 1957
and was attended by scientists And engineers from Moscow, Leningrad, Kiev
and other centres of the Soviet Union. Altogether, 28 papers were read and
discussed.

AUTHORS: Samok-hvalov, A. A. and I. G. Fakidov. 126-2-11/30
TITLE: The Hall effect and the influence of a magnetic field on
the resistance of magnetite. (Effekt Kholla i vliyaniye
magnitnogo polya na soprotivleniye magnetita).
PERIODICAL: "Fizika Metallov i Metallovedeniyell (Physics of Metals
and Metallurgy), Vol.IV, No.2, 1957, pp. 249-256. (U.S.S.R.)
ABSTRACT:Measurement of the galvanomagnetic effects was carried out
on two specimens of magnetite. Specimen No.1 was poly-
crystalline and was in the form of a parallelepiped
6 x 12 x 52 mm. Specimen No.2 was cut from an octahedral
monocrystalline specimen (parallel to a face in the Ill
plane) and was in the form of a plate 9.1 x 18.2 mm and
2.8 mm. thick. The method of measurement is indicated in
Fig.l. The resistivity of specimen No.1 was 1.63 Ohm.cm.,
and the resistivity of specimen No.2 was 1.27 Ohm.cm.
The conductivity was found to be electronic (from the sign
of thermal e.m.f.). Results indicate that the Hall e.m.f.
may be described by the usual formula for ferromagnetic
metals;
Card 1/3 Ex = Ro(Hi + 4-1(mM)jb
where R Hall constant for the "ordinary" part of the

The Hall effect and the influence of a magnetic field on
the resistance of magnetite. (Cont.) 126-2-3-1/30
It is shown that (eq-7)
Ex R H [1 N 1) 41Y% (IL -
Tb 0 e IiN N + 4 Ir 'pN - N + 4
where H is the external field, N the dem etisation
factor 9nd @t = B/H.. Using this formula, R 0 and m
can be determined fr6m experimental curves of
Ex = f (H Since for a thin plate N is known
Tb e
to be approximately equal to 4'W. The values obtained
Carc@V are given in Table 1. There are 3 tables, 8 f igures and
6 references, 4 of which are Slavic.
SUBLITTED: October 5, 1956.
ASSOCIATION: Institute of Metal Physics, Ural Branch, Ac.Sc.,USSR.
(Institut Fiziki Metallov Urallskogo Filiala AN SSSR).
AVAILABLE:

tn I h. 1,: 1 1@
I copies printed.
.
-
I
ZOTAM.
,
'
apong@:-',v rSr.R. Gla"eye upravloal7a po Ispol
ato4-.y @ncrZll, and k"deulya nauk SSM
141%orW board of S.ti V.I. DikuDhin, Acadealco.in (Rasp. td.), N.M.
ftua.ilovokly (Dtputy Reap. Rd.), To. 3. Zeal evskly (Deputy Reap
tochenkop B.I. Verknovakly, S.T. Mazarov, L.I.
T
rA.)t L.X.
O
and N.C. Z I vinakaya (Socrot"7).
:
4. or,_EuAk_1!LijrjS_Lo?!_oi P.M. Belyaulal Tech. Zd.1 T.P. folonova.
-
PVRPOS11 This book to Inteni#d
ror
chin* And In8trulatnt manufacture who use radioactive Isotopes In
the study of nateriLls and processes.
COVERAall This cOllOctlon of paper~ aces" a very wide field of the
Utilization of tracer methods In Industrial research and control
techniques. The topic of this volume Is the use or radioisotopes
in the usehine-find Instrument- manufacturing industry. TUe indi-
vidual papers discuss the applications of raftoleatepe techniques
In the study of metals and alloys, probiams ortriction and lubrl-
cation# metal cutting$ engine performance, and defeat* In motale.
Several papers are devoted to the use of radioisotopes In the sets-
sAtiOn or Industrial processes, recording and measuring dovLose,
Quality control, flowmaters, level gauges, Wety devices, radio-
tloa counteraj eta. Theme papers represent contributions or war.
lous Soviet Institute& and laboratories. They were published
'transactions of the Ail-union conference on the use or Radio
tlvo and 3table Isotopes And Radiation In the National Roma
:;:
1957. No personalities a" mntlon
and 3cience, April 4-12, ad
1.._narorencobare given at the and of most of the papers.
Vedernikov, A.W.
(Kazanakly avlatalonnyy Lnotitut . K&zjLn6Avja.
-

on 'Instit
t
I
uTej. certain Problems In the Preparation of beta
Emittors for the Zlimination of Iloctrogtstle Charges 292
Medv@daVjL._XLX. and I.S. RoytqnANoakovskly, Inotitut khImichegim-
go-matildnostroyenlya*- Kosaov@xnaltute for Choulcal Machinery).
Use of Radioactive Isotopes in Safety pr%atice 293
RGYzOr, L& (Noskovskiy lnmtltut khlxlcbeokogo n"hinogtroy-
only& - Moscow institute for Chemical Xacj&lzary). Production of
Piston for charge Neutralization'
.AbrAmovx-T4V. (Wift-411tarstvo ov7azl SM @ UM Ministry or Cos.
municationoj. Determination of Looks In the 1464 Aheath or coa-
sunication Cables 2"
11janotmov, V.I. (Inatitut "balchoskoy fix%= Ak"mil nauk SM-
Institute of Physical Chemistry, Academy of Sclencmm, MU),
Determination of Points or Cos Lealcoge F. Underground Pipe.
lines 301
TWO0 (Instltat motallovedenl7a I f--Xlkl motialat
1
-'
qk
t
-
TmNIIch
!&
U
tut9 or N%talloaraphy arA the Physics or metals
TYNXIChX). Ionlastinn Method of Gamme Dervotoncopy 304

-
FakIdov -0 ;,A,A-ffiW)0YA1cv, X.I. -10, and M
M
km
I
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r s
ast
tu
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rW
y
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t lj@ urgil Central 3olon-Ific Remearah Institute of Ps
Metallurgy). use or 3ciatIllation Counters In betatron Dorectc_-
ampy 310
Arkh-PLX!f)dy#-A,A- and 0,P,_DAtMLhav (janingradskly Insfiltut
^inxh*nerov zhelexpodarothno
o trans
- ZonlA
orta
rSd R
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d
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p
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Ynginsers In6tItut*). Una of Scintillation Counters In the pro.
duct Quality cootrol 314
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ficr
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losrapkLT and th Physics or xstaljTsvp;@A
a gL. p44&9poc9jg Cam-..,
tral or welded Seems In Ferrous MatellmW 3W
4
p" .T. (Momkovskaye v"lLhoys tokhmIcUskors uchlllab@M
,
Dion Z.Bousank - Mosoov Rioer T@GkAjo&l@ SQkQol Imenj
.Z.
W
sauman) . Radiography of Volded Pipe J01001

240) SOV/126-7-2-29/39
AUTHORS: Vasillyeva, I. N., Novogrudskiy, V. N., @pmokhvalov,A.A.
and Fakidov, I. G.
TITLE: The Hall Effect in the Mn-Sb System (Effekt Kholla v
sisteme Mn-Sb)
PERIODICAL: Fizika Metallov i Metallovedeniye, 1959, Vol 7, Nr 21)
pp 304-305 (USSR)
ABSTRACT: Electrical and magnetic properties of alloys are often
used when the state (phase) diagram is constructed.
Although galvanomagnetic properties are more structure-
sensitive than electrical and magnetic properties, the
former are rarely used in -the construction of phase
diagrams. The present paper reports measuremeits of the
Hall effect in the two-phase system Mn-Sb as a function
of composition. According to the phase diagram (Refs 1,2)
the Mn-Sb alloys are a two-phase system in the region of
h1n concentrations from 0 to 50 atomic %; this two-phase
system consists of ferromagnetic MnSb and free antimony.
These components form a eutectic at approximately 20 at.%
Mn. Samples of Mn-Sb alloys were prepared by melting
together fine, well-mixed powders of Un (99.8% purityy
Card 1/3 and Sb (99.88% purity) in evacuated quartz ampoules.

The Hall Effect in the Mn-Sb System SOV/126-7-2-29/39
The authors studied alloys containing 15.2. 20.21 28.01
31-71 44.0 and 49.6 at.% of Un. The phase composition
of samples was checked by metallographic examination.
It was found that the phase composition of the alloys
produced by the authors is identical with the phase
composition of the alloys described by Murakami and
Hatta (Ref 2). Measurements of the Hall effect were
made, using Dtisselhorst's com: ensator and a galvanometer
with a sensitivity of 4 x 10-9V per division. Fig 1
shows the dependence of the Hall e.m.f. on the applied
magnetic field intensity for samples of alloys of
compositions listed above (curves 2-7) and of pure
antimony (curve 1). Fig 1 shows that the Hall effect
curves have the usual form for ferromagnetics. With
increase of the amount of antimony in the alloy, the Hall
e.m.f. increases and the curves shown in Fig 1 become
more linear. Dependences of the "ordinary" component
of the Hall constant Ro (which is proportional to the
magnetic field intensity) and of the Hall constant Rf
Card 2/3 of the ferromagnetic phase (which is proportional to

The Hall Effect in the Mn-Sb System SOV/126-7-2-29/39
magnetization of the sample) on composition are shown in
Fig 2. R is seen to depend linearly on the amount of
mangane .se0except in the region of the eutectic
composition, where it has a minimum. The other Hall
constant, Rf increases with increase of the manganese
content following a near-quadratic law. From the
experimental data reported in the present paper, it is
concluded that the Hall constant R 0 is a sensitive
indicator of the eutectic point in the Sb-MnSb system.
Measurements of the magnetic (Ref 3) and electrical
properties of the Un-Sb alloys and of changes of
electrical resistance in a magnetic field did not show
any peculiarities at the eutuectic point. This means
that the Hall constant R 0 is a more sensitive indicator
of the phase composition than the properties just
listed. There are 2 figures and 3 references, 2 of which
are German and 1 Japanese.
(Note: This is an abridged translation)
ASSOCIATION: Institut fiziki metallov AN SSSR (Institute of Uetal
Physics, Ac.Sc. 7 USSR)
SUD41ITTED: October 28, 1957
Card 3/3

67728
.2 0 0
96 SOV/126-7-3-35/44
AUTHORS: Samokhvalov, A. A. and Fakidov, I. G.
TITLE: Thermoelectric Froverties"of a Monocrystal of Magnetite
in the Low Temperature@Vransformabion Range (Termo-
elektricheakiye svoystva monokristalla magnetita v oblasti'
nizkotemperaturnogo prevrashcheniya)
PERIODICAL: Fizika metallov i metallovedeniye, Vol 7, Nr 3, pp 465-467
(USSR)
ABSTRACT: Magnetite undergoes a transformation at approximately
1140K the nature of which is not yet clear. At this
temperature anomalies in thermal (ReJ�.l, 2), magnetic
(Reib-3, 4), electrical (Ref.4), galvanomagnetic (Refs.41 5)
and other properties (Refs.6, 7) are observed. The aim
of the present work was to study the temperature dependence
of the thermoelectric properties of magnetite in the low
temperature transformation range, as well as at higher
temperatures up to 4000K. The thermo-e.m.fe of magnetite
was measured on six monocrystal specimens of natural magnetite.
The specimens lp 3, 4 and 6 were out out from one octahedral
magnetite monocrystal, and the specimens 2 and 5 from two
Card 1/4 other magnetite monoorystals. All specimens had the shape

67728
SOV/126-7-3-35/44
Thermoelectric Properties of a Monocrystal of Magnetite in the Low
Temperature Transformation Range
of plate$, 8.15 x 5.60 x 2.15 mm (specimen A),-and 9,20 x
7.00 x 2.10 mm (specimen 6). The other specimens had
approximately the same dimensions. The measurements were
carried out at temperatures ranging from that of liquid
nitrogen to 4000K in a cryostat simi@ar to that described
by Zavaritskiy (Ref.12). A thermal gradient was created
in the specimens by a furnace on a copper block to which the
specimens were welded. The temperature of the joints was
measured by a copper-constantan thermocouple by a compensation
method. The result of thermo-e.m.f. measurement in theo
magnetite monocrystal (specimen 1) in the 'range 90 - 400 K
is shown in Fig.l. In this range the thermo-eem.fo has a
negative sign which is due to eleetronio conductivity in
the magnetite. Fig.2 shows the results of parallel thermo-
e.m.f. and electrical resistance measurement of magnetite
(specimen 6) in the low temperature transformation range in
relation to temperature. Along the ordinate axis x and
LnO are plotted as a function of (107/T)* The results
obtained for the temperature dependence,of the thermo-e.m.f.
Card 2/4 coefficient cannot be explained on the basis of the zone

Thermoelectric Properties of a Monocrystal
Temperature Transformation Range
67728
SOV/126-7-3-35/44
of Magnetite in the Low
theory for semiconductors because of the low mobility of
the electric current carriers (Ref.11) and of the mechanism
of electroconduetivity of magnetite (Ref.8) which is different
from that of the usual semiconducturs. The authors arrived
at the following conclusions:.
1, The temperature dependence of the thermo-e.m.f. eoeffieient@
of magnetite has a maximum in the low temperature transform-
ation range at a temperature of 95 t0*501.
2. The position of the maximurn of the thermo-e,m.f.
coefficient coincides with the deviation at B of the curve
Ln f(l/T) on entering the range below the transformation
range*
3. These results, as well as those obtained by other
workers (Refs.1-10) show that the low temperature transformation
in a magnetite monocrystal which is associated with electron
ordering, occurs over a considerable temperature range.
There are 2 figures and 12 references, of which 3 are Soviet,
Card 3/4 7 English, 1 Japanese and I German. . q@@

67728
SOV/126-7-3-35/44
Thermoelectric Properties of a Monocrystal of Magaetite in the Low
Temperature Transformation Range
ASBOCFAMCN: Institut f Wki metallov AN SSSR (Institute of Metal
Phvsioa2 Ac. So-, USSR)
SUBMITTED: May 21, 1958

67756
SOV/126-8-5-8/29
AUTHORS: _Samokhyaloy4_A_A,2 and Fakidov, I.G
TITLE: Thermoelectric Propertieslof Magnetite in the 8o-)+oo Ox
7emperature Range
PERIODICAL: Fizika metallov i metallovedeniye, Vol 87 1959, Nr 5,
pp 694-699 (USSR)
ABSTRACT: The present work is part of a series on the electrical
properties of magnetite. It gives results of an
investigationlof the thermoelectric properties with the
object of getting certain data on the energy spectrum of
the conduction electrons and the low-temperature
transformation in magnetite known (Refs 20,4,617,9) to
lead0 to changes in many physical properties at about
118 K. The thermo-e.m.f. was measured for six
specimens of a natural-magnetite single crystal, Nrs 17
3; 1+ and 6 being cilt from' one large octahedral,and
Nrs 2 and 5 from two other sin le crystals, and for a
polyarystalline specimen (Nr 7@. All specimens were in
Card the form of plates. For temperatures of 300-400 OK a
1/4 thermostat was used; at and above the boiling
temperature of liquid nitrogen a modification of the
cryostat described by Zavaritskiy (Ref 15) was used

67756
SOV/126-8-5-8/29
Thermoelectric Properties of Magnetite in the 80-400 OK
Temperature Range
(Fig 1). A more detailed view of the apparatus is shown
in Fig 2; the single-crystal magnetite specimens were
soldered to a copper block around which a heater (to
produce the temperature difference) was wound, the whole
then being placed in the gap in the top part of the
cryostat tube. Junction temperatures were measured with
copper-constantan couples. The relatively long
polycrystalline specimen had the heater wound directly
on it and was enclosed in a second heater which enabled
the overall temperature to be adjusted. Temperature and
thermo-e.m.f. were.measured with a low-resistance
potentiometer by-the compensating method7 preliminary
experiments having shown (Fig 3) that the therm -o e.m.f.
coefficient was independent of temperature difference
when this exceeded 10G. The electrical resistance was
al@so measured and' forsome specimens7 the temperature
dependence of the initial magnetite permeability. The
Card temperature coefficient of the thermo-e.m.f for specimen
2/1+ Nr 1 was found to be relatively'constant from 1+00 OK down
to about 120 OK, reach a maximum at 95 t 2 OK, and falV

67756
SOV/126-8-5-8/29
Thermoelectric Properties of Magnetite in the 8o-4oo ox
Temperature Range
sharply at still lower temperatures (Fig Fig 5
shows plots (specimen Nr 6) of the temperature
co.,Pfficient and logarithm of resistivity against
!&@'/absolute temperatures the position of the maximum
temperature-coefficient (950K) corresponds to a break
in the logarithm curve, a further break occurring at
114 t 2 OK. Similar correlations were obtained for the
other specimens and the greatest change in their
magnetic permeability was found at 109 t 2 OK. The
corresponding curves for the polycrystalline specimen
(Nr 7) are shown in Fig 6. The logarithmic curve
shown a break and not a jump, and the temperature-
coefficient curve has no maximum or sudden change
corresponding to the transformation. For all *specimens
the temperature coefficient fell sharply on cooling
below the transformation temperature range. The rise in
Card the value at the transformation temperature isattributed
3/1+ by the authors to deviations of the magnetite from
stoichiometric composition. The authors use the
relation between the temperature coefficient of the

67756
BOV/126-8-5-8/29
Thermoelectric Properties of Magnetite in the 80-400 OX
Temperature Range
thermo-e.m.f. and 'entropy (Refs 1, 110 to try to obtain
data on the chemical potential (Fermi level) of the
conduction electrons. A graphical (Ref 13) solution of
the equation showed that above 200 OK the chemical
potential is positive, decreasing below this temperature
and becoming negative at the low-temperature transforma-
tion temperature. These results confirm the authors'
conclusions from studies of the Hall effect (Refs 12,16).
Comparison of temperature-coefficient values with those
of parallel resistivity determinations indicates that
the anomalies associated with the low-temperature
transformation persist at 1L@-150 below this temperature2
which is confirmed by the authors' (Ref 17) work on the
Card Nernst-Ettinghausen effect in magnetite.
4A There are 6 figures and 17 references, of.which 7 are
Soviet, 7 English, I French, 1 Japanese and I in Acta
Crystallographica.
ASSOCIATION: Institut fiziki, metallov AN SSSR (Institute of
-Physics of Metals, Academy of Sciences USS_ Y1
SUBMITTED: May 15, 1959