SCIENTIFIC ABSTRACT SEMIOKHINA, A.F. - SEMISHIN, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001547920004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NOVIKOVA, L.A.; RUSSINOV, V.S., SEMIOKHINA A.F.
1 11 !1.4
Electrophysiological analysis of shunting fauction. in the cerebral
cortex in rabbit in the presence of dominant focus. Zh. vysshei
nerv. deiat. 2 no. 6;844-861 Nov-Dec 1952. (CLML 24:1)
l.'Physiological Iaboratory of the Institute of Neurosurgery imeni,
Academician N. H. Burdenko of the Academy of Medical Sciences USSR.
~;-4

jV, D.D.;
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165.
ey ne i*,:, ~~ rj' Y
1. Relhomendova-
U11Irel-Sitf-ta Lm

SEMIOKHINA, A. F., Cand Biol Sci -- (diss) "Bioelectrical activity of the
cerebral cortex and oubcortical formations during epileptiform convulsive
oeizuro and in experimental motor neurosis." Moe, 1958. ll,pp (Mos state
Univ im M. V. Lomonoeov, Biol-Soil Faculty), 110 copies (KL, 18-58, 97)
-41-

SEMIOXHINA, A.F.
Electrophysiological investigations of the auditory and motor analysors
in experimental motor neurosis. Zhur.vys.uerv.deizt. 8 no.2:278-285
158. (MIRA 13:1)
1. Laboratory of Pathophysiology, Chair of Physiology of Higher
Nervous Activity, Moscow University.
(NMOSES, experimental,
electrophysiol. activity of cortical & subcortical
auditory & motor areas in motor neuroses in animals
(Rus))
(BR&IN, physiology,
same)

t- 1 -1 , : _' 7
"""n -, - a~ T 11 A , r~ . F .
s
Study of ihe effec---, c-f* 'onizing radJation on a mode, of reflet
~l j- 1~ -
epilepsy. 111--d-loM.c.1-wila "I Ja 162 ~;,ITIPA

k,E'l6L'l-IIASKIY, V.N., kand. ist. nauk, red.; GRANCIIAK, I.M.,
red.; IVAIIOV, S.D., red.; KLIIIeTOTYUK, ','.V., red.;
KUCIERUK, V.VV., red.; 32111101-1, red.
[Soviet Transcarpathia; a reference book) Sovetskoe
Zakarpatle; spravochnik. Uzhgorod, Karppt-y, 1965. 221 p.
(141RA 18:9)

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3?225
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olt tllf~
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Wk 1,;t III 4_1 s_ th(- (,~Yc I (,;i t a t III! - i I. L xmthrycs have fwwd
r: h~ I o I s 1,1i. i;o0v %_ ~~flt,rcd a t, I. I c v ell,J !,u
af'ter cyclic beaL-trt_,a.-1.w(!v, a sphv-z-i_(_a 1 _-tr h,-i j h i L s III a 1: *.! i-. j a I s
W.I. t i I a f a c e e I I t r e 4cl c;, ij j i_ . I a It t i c e o r -,~-3 I)i a ti s o tro xi p f, i e
i irvl to change theli.r slnipt,- i.t, sucti a way thal.~ the max I mum it I m It s I u I i s
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11';-iximum ;"lid -niniqll~m 4-eff;j,~-rattires of' the cycle were 5000C and 2WC.
g thf-- oxneriwoitts che .9peed of heati.
I-urin ng and cooling was
ar' i, -inr
-Led Jux -i.-z ii heating , -1 cnoling media, as follows.
-
I Heating in --.t; v-!-t-,cti-jc I'lirnace i.ji air, cooling in running water;
fleating ~-imj)ar coriditions and cooling by a jet of air
c roctir. ii!-ing a blow,,,-r:
71 Heating i -t i t ijc- ?. r-4, b;', Ili, roo I i nv: wl th a j et ct f air from a
ower
4 Hpa ]I',' i T! I I) P 1 1-0 hA t 11 ,CO 0 1 i 11,%~ i " a I-CGhO I It t I-OORI
em e ra t u -.- v..
in addition to riit~astlvirig the dimensions, tensile tests were made
Lc-, determinc~ t1it- sti-f-oxth and elangation, Fig.1 shows the
volative percentual chariges in the dimensions as a function of the
n,-,mber of' tht.,rm;il uhilst Fi '4,2 shows the mechanical
p'-operties (r5f5l kgr/mm- :,)Yvi 4~~J& k/Z v) verstis number of thermal
1 0
cycles, The nuniberf~ on the ctirves indicate the respective herit-
treatments as 1;-sted ahnvv~ It can be seen from Fig.1 that the
JileignitUde and -%;JjZTJ 01' Lilt! dimensional, changes during cyclic heat-
(reacinent arf, detvrmint-d ity iAie com"~irtiltioo of the speeds of'

32225
tit, i-tierictn 0!, i t.~.tr amet ers ot' S/J39/61/000/004/020/023
E073/E535
h e. I ting a ftd CO- 1 ; Titr The greatest change is observed during slow
lit:,iLl-ng and CasT. coo Ling; rapid heating and slow cooling has an
opposite eftect ittid. tivi-t; leads to a shortening of cylindrical
~;.-tc~cimens If lo bo tit cases tile ralle of* heating is the same, the
z vc t wi 11 ivi th decroasijigr coo I iriz speed, If slow
in j~ i -s p.- I lv; I. It s I oe, cout I i there wi 1 1. be no residtl~
ill o' 1-rit, 1he res(Ilts show that ee-lier
Vi dence of TI f it ma x ; tit i tri, tit e. n -7, i o n s o f a I umi n ium
-i~c llvl-ltl~ It w~~s Cound that for material!s
i.! i it Ito Ili as wol.1 as body-centred crystal
AAt t t (: o.-~ t711, ttj V (Au"itge ill t fie (I i mons i otis i s det ermi n4:-(! by
1he c~)n(ji t i t-, ii otit tljt~ cyclic heat ' -tr-catinent,
ho rig F1 s iii art., (~Xpl'%jrled by stress relaxation
-.:'j d u C f~ d .'I" C L T1 "3' 1 C 0 0 1 i rig if the conditiuris of heatinc
'-o;tJ the distriburion, tile
t t: protl-rties along the crot~s-5ectioii
hiwTE i~n% t It w'? P.Tit L-N~C in:~ viAl [C'ad to e1z;Stic-Pla-stic
f-C, I wil t ;i,:!( s- pfif- rarige i:~ very narrou- kllviic

-Aierc w-i L b v o~ the suer-Ini-z-
k- it a n,%~ n t t. t, it i ru v ii i o ii.
'-Jf-d ~% /~-

KOGANY V.A.; SEMIONOII, A.A.
Phase diagram of alloys of 1--ad-en.-richad system
lead - anttmony - tin. Zbur, fiz. knim. 37 no./+:802-809
~p 163. (MIFA 17:7)
1. V-inuopizW naucliri--w.-.i!isloduvata*llijkiy Inntitut, poligraft-
cheskoy promyshlennosti.

ALEKSAMIN, I.A., inzh.; SEMIONOV, A.A.,, kand.tekhn.nauk
term.obr.
Zinc angle of the system Zn - Al - I/g.
met. no-4:41--45 AP 762. (11TRA 15-4)
1. Vsesoyuznyy nauchno-issledovatellsldy institut poligraficheskoy
promyshlennosti.
(Zinc-aluminum-magnesium alloys---The~-.nal properties)

KOGAN, V.A.; SEMIONOV, A.A.
Fluidity of ternary alloys in the system Fb - Sb - Sn. Lit.Droizv.
no.9:32-34 S 162. (HERA 15:11)
(lead-antimony-tin alloys-Thermal properties)
(Liquid metals)

KOGAN, V.A., kand.tekhn.nauk; SEMIONOV, A.A., kand.tekhn.nauk
Shrinkage of alloys in the lead corner of the system
lead - antimony - tin. Metalloved. i term. obr. mt.
no.11:31-36 N 162. (MIRA 15:11)
1. Vsesoyuznyy nauchno-issledovatellskiy institut
poligraficheskoy prmyshlennosti.
(Lead alloys-Testing)

SEIVII014OV.9 L.
On the road toward the shortest working day in the world.
Przegl techn no.44:3 2 N 160.

1_11612-66
ACC NR, AMM4615
SOURCE CODES CZ/0083/65/,=
/0WWMV/0~0C8/0=
AUTHOR: 8jMjQ
ORG. 1 Ins
cien ff Ag-se ch titute of Forensic Eohiat!y, Moscow
TITLE: Basis of the neuroallergic hypothesis of pathogenesis of schizophrenia
SOMICE: Caskoslovenska Psychiatrie, no.1, 1965, 8-12
TOPIC TAG,: psychoneurotic disorder, pathogenesis- i==ology, allergic disease,
infective Adineasc, drug treatryantt blood
immunological irrogularitieb in the developin~~i Of
torioration of schizophrenia and
aciiizopnronia are discus3od; do
allorgic disea3os aa a result of infectious diseases is evaluate
Adaptation processes developing defensive substances are-describ
.ad. Circulation of tho decomposition products of the brain In"
tho blood system is discussed; the presence of brain antigens in _--i
tho blood ia evaluated* Skin tests for the determinat$ron of al-,
lorgy are described, Treatment of allergies b drnigOls disoussed
M.Penia is ova-
,Allergy as a component of pathogenesis of -a
luatede Influonoe of alcohol upop.these Xactors Is disouseed*
SUB CODE: 06 SUBK DATE: none ORIG REF: 03.5 OTH RIW: 003
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;"SOURCKi.- M.LitSSR;i--,Ltta4skiy~..ftisiidhdikiy..,.ob4
'd
iiide
TOPIC'VAGS: lead, on i, trAnsm1ss1on-,.-i:-_cti
-A
coefficient ~':_hidjrostat
ABSTRACT:
on the w1d6!v'f the- -,fo- I A:zonO~ in-_-PW~aSo"
constant) r'bidi
the forb
f t
width of, n."zone~as_a~ unct,on.-o empikibmii~ a
Anvestigation was carried:cUe ~r 11 Btu Y_ of the:., transmIsslou,
-.-7ferent pressures Mmoving T. hl~
the width of- ~thi - k6rbiddeia zoni..,~.-Ihe aiEftle-'il d ''i
so: escr a
0 -optical me4bur n s see-Fig. I 'ijf
t
manom, ,e er: and
chamber wit's measured with A-mangan n t tica me4
aii -IKS-12Anfrare -:s&ctrometer.-~-, I
ried out by means 86
simIthic plates of datuvavgalena-.-~ tfie'-:t6e d'
te :bing e,&
t e ran- isil` to--- v,a na urd
ton- -sped r
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~--- i~1-30079-~6

ATSOOM

MUSATOV, A.,sleaar; KHOMYAKOV, S.,brigadir elektrikov; KRIAGIN, G.,tokarl
SEMOSHUT, 14.,slesarl;
Tool for straightening and cutting steel wire up to 6 mm. in
diameter. Na stroi.Mosk~*no.1:28 Ja '59. (MIRA 12:1)
1. Treat Mosetroy No.4 (for all). 2. Stroitel'nyy nchaatok-21
(for Musatov, Khomyakov). 3. Stroitellnyy lichastok-19 (for
semioshin..Zholagin).
Ofire) (Cutting machinery)

SEMIOSHKO, V.M., cTornyy inzh.; GOVDHERG, Yu.S., gornyy inzh.
0
Complete treatment by flotation of 2d- and 3d- class manganese
concentrates. Gor. zhur. no.10:58-61 0 163. (MIRA 16:11)
1. Mekhanobrchermet, Krivoy Rog.

Vas.1111y 1~arknvich; IYARMILL3,
OSTATIVIKO, Pave~l Yefimovich;
L.P.; KUCF-70, A.M.;
KOSOY, G.M.; LIBEFORT, Yu.I.; GEDZ', N.M.; KHUTIY, V.V.;
BELONOVIKO, I.F.: GUBINI G.V.; KHERSONEETS, L.N.; MRJU,'OV,
V.G.; PODKOSOV, L.G., otV. red.
[New developments in the dressing of ferrous metal ores)
Novoe v obogashchenii rud chernykh metal-lov.[Byl P.E.
?. I
Ostapenko i dr. Mloskva, Nedra, 1965. 169 p. (MIRI 19:1)

I-S-E.M11-101THOME11) V.L.; BARAK, TS.M.; SPIUSIN, M.P.; POPINYAN, 1.0.;
YERUSEVA., L.F.; IIISALEIIA, O.S.
Pasteurellosis in man in Kazalinskiy District of Kzyl-Orda Province.
Zhur. mikrobirl., epid. i im=n. 42 no.8:143-144 Ag 165.
(MIRA 18:9)
1. Sredneaziatskiy nauchnc--issledovatellsk-iy protivoch-amnyy in-
stitut, Alma-Ata.

VASIL'YEVA, A.N.; GIVAYUNOVA, A.P.; GOLOSKOKOV, V.P., kand. biol.
nauk-; 0_-~AZOITA, A.; ROIDUGEi, I.I.; SEXIOT?OCHE_V'A._-N..L..i__
FI=N' V.V.; N.A.,
tekhn. red.
[Illustrated guide to plants of the family Leguminosae of
Kazakhstan] Illiustrirovannyi opredelitell rastenii sereistva
bobovykh Kazakhstana. Alma-Ata, Izd-vo Akad. nau Kazakhskoi
SSR) 1962. 357 P. (MIRA 15:6)
1. Akaderiya nauk Kazakhskoy SSR, Alma-Ata. Institut botaniki.
(Kazakhstan-Leguminosae)

SEP i"X~L
,elbsorption of water by the Imng planTrelts, as gg-active
hyBiological process. W1. 1. Shcherbakov and"N. L. Scmjt~-
trocheym.- Doklady Akad. Nauk S.S.S.R. M, 70-T'T,
---0953).:~~-Wheat leaves exposed to CHC4 vapon'suffer a
.-Chemical Abet. drop'in water absorption capacity nnd in,total 11:0 contant.
Vol. 48 No. 9 Similarly,,the wheat plants grown in an aim. contg. CHC13
vapors show a decline in tl1- dynamics of H,O uptake.
14ay.10, 1954
Water content of leaveF. * .,Lc time of wilting is far DCIOW
Biological.Chemistry normal and replenishment of HIO supply does not bring it..
up to normal levels. Water absorption capacity, how
ever,
at -wilting is high. G. 3,1. KMOL%PQff-
Institut introduktsii rauteniy i osvoy!~" pustyn'. Akademii nalik Kazaldiskoy SSR.
(Plants-Absorption of Wa:ter)"

GOLCSKOKOV, V.P.; SP-!IOTRC:CFWA, II.L.
New, caltrop from Bet-Pal-,-Dala. Izv.All Kazal-h.SSR.Ser.bot.i pochv.
no -1: 73-76 '6o. OIJRA 13:6)
(Bet-Pak-Dala--Caltrop)

SEMIOTROCHEVAY N.L.
Mineral supplements as a means of increasing the growth energy
of tree and shrub seedlings and plants in Dzhezkazgan. Trudy
Inst.bot.AN Kazakh.SSR 14:185-190 162. (HM 16:4)
(Dzhezkazgan--Wood.v plants-Fertilizers and manures)

VASIL'YEEVA, A.N.; GAMAYUricVA, A.P.; GOLOSKOKOV, V.P, kand. biol.
nauk; KAR-IrYSHEVA, N.Kh.; KOROVIN, Ye.P.; OBRAZOVA, A.;
ROLDUGINY I.I.; SE14IOTROCHEVA N L FISYUN, V.V.; PAVLOV,
N.V., akademik, glav. red.; SUVO R.I., red.; ALFEROVA,
P. F. .9 tekhn. red.
[Flora of Kazakhstan] Flora Kazakhstana. Glav. red. N.V.Pavlov.
Sost. A.N.Vasilleva i dr. Alma-Ata, Izd-vo Akad. nauk Kazakh-
skoi SSR. V61.6. 1963. 462 p. (MIRA 16:6)
1. Akademiya Aauk Kazakhskoy SSR(for Pavlov).
(Kazakhstan-Botany)

VASILIYEVA, A.N,% G&AYU110VA, A.P.: DMITRIYEVA A.A~v GOLOSKOV,
V ~ Pk a n d . b i o I . na u k; ZA YTP SE71A , L z G. UJOCY EE'EvA , N, Kh.
ORAZOVA,, A,,3 PAVLOV, N.V., akademik; ROLEDUGIN, I.I.;
S04ICTROCHEVA, N.L., TEREKHOVA, V.I.; PTTITRI, V~V.;
SUVOROVA, R.I., red,
[Flora rif Kazakhstan] Flora Kazakhstana. Glav. red. N.V.
Pavl,,v, Alma-Ata, Nalika. Vol.8. 1965. 44J, p.
(MIRA 1835)
1. Akadamiya nauk Kaz.SSR (f;)r Pavll,;,v).

SEMIPUDOV, S., prepodavatell
Stand for checking the work of the "SKGII-6" sower. Prof.-tekh.
obr. 21 no.9:21 S 164. (1,4!Rfi 17: 11)
1. Bakalinskoye sellskoye professionallno-tekhni.chel3koye u,..Pli-
lishche No.2,, Bashkirskaya ASSR.

BOYTSOV, Aleksandr Yevgenlyevich; ChETVERIKOVA, Yevdakiya Aleksandrovna;
inzh.,, retoenzent; FaTICHEV, Ye.A.) inzh.,, re-
tsenzent; I-LLOIKOVA, G.I., inzh., red.;14011IKAS, M.N., inzh., red.;
BOBROVA, Ye.N., tekhn. red.
[Electric power supply to automatic control and remote control
devices] Energosnabzhenie ustroistv avtoratiki i telemekhaniki.
Izd.2., pererA dop. Moskva, Vses.izdatellsko-poligr.ob"edinenie
114-va putei soobshcheniia, 1961. 215 p. (1-URA 14:12)
(Automatic control) (Remote control)
(Electric power supply to apparatus)

AP6012844 (A) SOURCE CODE: UR/0080/66/ 039/004/0803/0809
AUTHOR: Loshkarev, B. A.; Semirikov., 1. S. 4i-f
ORG: Ural Polytechnic Institute imeni S. M. Kirov (Ural I skiy politekhnicheskly tAstitut)
V- V 1 0
TITLE: Conditions of preparation and certain properties of materials of the Zn2TiO 4-1jaT'03
system of dielectrics
SOURCE: Zhurnal prikladnoy khtmit, v. 39, no. 4, 1966, 803-809
TOPIC TAGS: titanate, zinc compound, calcium compound, dielectric material I Slwr-0,9 IdVOP
SIM74CRCD /72,e;rqj
ABSTRACT: The sintering conditions and properties of the sintered products were studied in
the system Zn2TiO 4- CaTiO 3' The degree of sintering increases with the zinc orthotitanate
content. Charges with 5-60% CaTiO 3 sinter most completely; charges with a higher content
of this component and those corresponding to the composition of zinc orthotitanate do not
sinter under the conditions employed. Small admixtures of components mutually improve
each other's sintering and can be used as mineralizers in the production of articles based on
CaTiO 3or Zn2T'04 . The electric and physical properties of the materials of this system
depend on the composition and degree of sintering. dielectric constant (f) increases
from 16-18 in the orthotitanate to 120-130 in materials containing 90-95% CaTiO3
1/2 UDC: 621.3.011.5+546.471411824

SFAIIROG-ORLIK, V. N.
Semirog-Orlik, V. N. "Adaptations for reducing the pressure of the machine
carriage on patterns in testingabrasion on Amsler machines," Inform.
materialy (Akad. nauk Ukr. SSR, In-t stroit. makhaniki), No 2, 1949, P- 51-53.
SO: U-5392, 19 Augus (Letoois
t 53, 'Zhurnal 'nykh Statey, No 21, 1949).

HROZIN, B.D., chlen-korrespondent; DRAYHOR, D.A.; SFJ4YRO V~W.-
Investigation of cause of lowered wear resistance in the crankshafts of S-80
tractors. Dop.AN URSR no.4:334-341 '52. (MLRA 6:10)
1. Akademiya nauk Ukrayinalkoyi RSR (for Hrozin). 2. Instytut budivel'uoyi
makhaniky Akademiyi nauk Ukrayinalkoyi RSR.
(Cranks and crankshafts) (Tractors)

GROZIN, B.D.; SDIIROG-ORLIK, V.N.; GOIRB, M.L.
Electron microscopic examination of steels -- subjected t,o.plastic ..
deformations. Sbor..trud.Inst.stroi,mekh.ki MM no,22:5-24-!3ke
- . . . . .(k&Lk 10:5)
(Steel--Metallography)

137-58-3-6155
.Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, D 244 (USSR)
AUTHORS: Grozin,B.D., Sernirog-Orlik,V.N.
TITLE: Investigating the State of Upper Layers of Metal by Means of the
Electron Microscope (Issledovaniye sostoyaniya poverkhnostnykh
sloyev metalla s pomoshchyu elektronnogo mikroskopa)
PERIODICAL: Sb. tr. In-ta stroit. mekhan. AN UkrSSR, 1956, Nr ZZ, pp 25-34
ABSTRACT: A description of methods employed when investigating the con-
dition of outer working surfaces (S) of machine parts by means
of a universal electron microscope (EM). The S's of the follow-
ing parts were 'studied: 1) races of rolling contact bearings Nrs 1,
2, and 3, made of a hot-rolled steel (ShKhl5) pipe; 2) journals of
a crankshaft from a model DT-54 tractor which has failed because
of seizure of the shaft against the bushing of the bearing; 3) a
groove in a specially designed specimen (20 mm in diameter) used
in fatigue tests in the course of which a specially fitted insert is
pressed against the groove. S's to be investigated by means of the
EIV were coated with a I percent solution of collodium in isoamyl-
acetate. Before being removed from the part, the collodium film
Card 112 was fixated by a 15 percent solution of gelatin in water. In order

124-11-13596
Translation from: Referativnyy Zhurnal, Mekhanika, 1957, Nj- 11, p 170' (USSR)
TITLE: The Mechanical Properties of Case-Hardened Samples, Determined
AUTHOR: Semiroo-Orlik, V. N.
by the Method of Non-Uniform All-Round Compression, as Affected
by the Character of the Heat Treatment and the Structural Conditior
(Mekhanicheskt,-- svoystva tsementirovannykh obraztsov, opredelennyye
metodom vsestoronnego neravnomernogo sziatiya v zavisimosti ot
usloviy termicheskoy obrabotki i strukturnogo sostoyaniya )
PERIODICAL: Sb. tr. in-ta stroit. mekhan. A N USSR, 1956, Nr 22,,PP 56-69
ABSTRACT: The paper presents the results of an investigation of the mechani-
cal properties of case-hardened samples with relation to their carbon
content near the surface and the structural characteristics obtained
through specific case-hardening and heat-treating processes. The
mechanical properties are determined through the use of the method
of all-round non-uniform compression, I
(Resume)
Card 1/1

25(l) 14HA~~ I BOOK MPWIWION SGV11613
Akadad~a natft Vkr SSI~ Y4C'v. Inebitut stroitellnoy mekhanild
Issledovaniya v oblasti metallovedeniya i kontaktnoy prochnosti metallov; sbo-,Tjik
dokladov (Investigations in the Field of Physical Metallurgy and Contact Stz-~r_g_~h
of Metals; Collection of Reports) Kiyev, Mashgiz, 1958. 127 p. 4,000 copie.~
printed.
Additional Sponsoring Agency: N&achno-tekhnicheskoy obshchestvo mashinostroftelIncy
promyshlennosti. Kiyevskoye oblastnoye pravleniye.
Reviewers: V.G. Chudnovskiy, Doctor of Technical Sciences; D.V. Vaynberg,
Doctor of Technical Sciences; M. Barabash, D.A. Draygot, I.I. Ishchenko. -L.P. Re,~-a,
V. Ye. Salion, and V.A. Shdvebuk, all-Candidates of Technical Sciences;
Ed.: B.D. Grozin, Doctor of Technical Sciences, Corresponding Member, USSR
Academy of Sciences., Professor; Ed. of Publiihing House: M.S. Soroka;
Tech. Ed.: Ya. V. Eudenskiy; Chief Ed. (Ukrainian Division, Mashgiz):
V.K. Serdyuk, Engineer,
Card 1/5

Investigations in the Field (Cont.) SOV/1813
effect of friction on metal fatigue, depending on the nature of the frictit-.n
surfaces. Three papers by M.A. Puzanov discuss the wear resistance of certidto,
steels In relation to the nature of contact, wear of heavy duty componeits of
crane hoists subjected to cyclic loadsjand a machine used for testing the
wear resistance of cylindrical test samples subjected to sliding friction.
Two papers by V.N. Semirog-Orlik deal vith the application of the Grozin
method of testing steel samples and with the determination of machinability
of cast iron according to the factor of octahedral tangential stress.
A.1. Kuyun descri'~es the design and the use of a miniaturized thermocouple
used to study thermal phenomena in the surface layers of metals. The articl:-;~
by M.L. Gorb deals with the method of processing experimental data and re-so-its
of studies of test samples subjected to omnidirectional and nonuniform
compression. The text contains rrumerous diagrams, charts, and illustrations.
TABIE OF CONTEWS:
Introduction
'5
Card 3/5

Investigations in the Field (Cant.) SOV/1813
Kuyunj A.I. Microthermocouple for the Study of Thermal Phenomena
in the Surface Layers of Metals 82
Gorb, M.L. Resistance to Plastic Deformation of High Strength Steel
Under Conditions of Omnidirectional Uneven Compression in the
Temperature Range of 200-4WO 92
Puzanov, M.A. Machine for Wear Resistance Tests 219
AVAIIAME: Library of Congress
GO/03Z
T-1-59
Card 5/5

New Methods of Inspection (Cont.) SOV/2555
conference sponsored by the Academy of Sciences, Ukr-SSR, and the
Nauchno-tekhnicheskoye obshchestvo priborostroitellnoy promyshlen-
nosti, Ukrainskoye pravleniye (Ukrainian Branch, Scientific and
Technical Society of the Instrument-manufacturing Industry). The
papers deal with modern methods of inspection and flaw detection
used in the machinery- and instrument-manufacturing industi-ies.
The subjects discussed include the use of electron microscopes
in the investigation of metal surfaces; X-ray, gamma-ray, lumines-
cense, magnetic, and ultrasonic methods of flaw detection; use of
radioactive isotopes; X-ray diffraction methods of metal analysis;
and the use of interferometers for measuring length and thickness
and determining the coefficient of linear thermal expansion. No
personalities are mentioned. References follow several of the
paperse
TABLE OF CONTENTS:
Introduction
3
Sem anVdate of Technical Sciences, Institut
i
s roite:i~lnoy =ekhanikC ANJJSSR, Kiyev (Kiyev Institute of Structural.
Mechanics, Academy of sciences, UkrSSR). Use of Electron Microscopy
of Surface Layers of Metal 5
Card 2/ 9

New Methods of Inspection (Cont.) SOV/2555
Genkin, V.M., Engineer, Gorlkiy "Krasnoye Sormovo" Plant. X-ray
Diffraction Quantitative Phase Analysis Using Standard X-ray
Photographs 70
Zhmudskiy, A.Z._,and L.M. Pakchanin, Candidate of Physical and
Mathematical Sciences, Kiyev State University imeni Shevchenko.
Problems of Physical Strength and Crack Formation in Case-hardened
Parts 75
Yevgrafov, A.V., Engineer, and P.M. Yelchin, Moscow TsNIITMASh.
Methods and Equipment for Luminescent Flaw Detection 78
Yakovlev, B.M., Eno;ineer, !Wtozavod, g ' Gorlkiy (Gorkiy Automo
bile Plant). E.-perlence Gained at the Laboratory -for Spectral
Analysis, Gorliciy Automobile Plant a5
Yeremin, N.I., Candidate of Physical and Mathematical Sciences,
TsNIITMASh. New Developments in the Field of Magnetic-particle
Flaw Detection and Magnetic Metallography 87
Zhigadlo. A.V., Candidate of Technical Sciences, Institut, P/ya
Card 4/9

New Methods of Inspection (Cont.) SOV/2555
Detection of Flaws in Fillet Welds 143
.Khimchenko, N.V., V.P. Yesilevskiy, Engineer, and V.A. Tsechall,
Engineer , Klyev Electric Welding Institute imeni Ye.O. Paton.
Ultrasonic Detection of Flaws !~i Electro-slag Welds ~149
Trushchenko, A.A., Engineer, Kiyev 'Electric Wilding Institute imeni
Ye.O. Paton. Testing Welds for Permeability 161
Romanova, M.F., Doctor of Technical Sciences, Professoi) Leningrad
VNII imeni Mendeleyev. Ways of Improving the Accuracy of the
Interference Method of Measuring Length ' 173
Kostyshin, M.T., and A.A. Shishlovskiy, Kiyev State University
imeni Shevchenko. Use of MII Microinterferometers for Determin-
ing Thicknesses and Refractive Indexes 180
Volkova, Ye. A., Candidate of Technical Sciences, Leningrad
VNII imeni Mendeleyev. Interference Method of Measuring tne
Coefficient of Linear Thermal Expansion of Solid Bodies 188
Card 6/ o

New Methods of Insoection (Cont.) SOV/2555
Gushcha, 0.1., Engineer, Kiyevskiy institut gornogo dela, AN USSR
(Kiyev Mining Institute, Academy of Sciences, UkrSSR). Inst.-u-
Trents for Checking the Condition of Hoisting Wire Ropes 235
Sam.arin, F.A., Technician, Kalinin Oblas~, Podberez'ye . Device
;.or Determining Type of SteLl by a Thermoelectric Method 242
Grigulus, Yu. K., Engineer, Laboratoriya masshinovedeniya, Riga
(Ri-a Laboratory of Machine Construction). Descrio'icn o,~` 'G!:~-'
L~ I il - - I ~
and 2 MeaSLIt'.1111- InstrLlMelltS 246
Kestellman, NT.Ya., -nd L.I. Xotlyar, Candidates of Technical
Sc i ence,-, ;'r-)' T 4 *,.,,,'ti(-.,-.'\-j.v tut , Odessa (Odessa Polytech-
ni cal In s t' it uu'- c ) . Renording Device for Checking
Macrorou~-,hness, of Surfaces 249
Oriyent', I. H., Eno-incei-, Description of PLays'-ic.-I Methods
of Investigation in the Magazine Zavodsicaya Laboralori7,a
(Plant Laboratory) 254
Card 8//q

GROZIN, B.D.; SEMIROG-ORLIK, Y.N..
..
InvVi-3tigating conditions of metal surface layers on electron
microscooes. Tren. i izn. mash. no. 12:64-77 '58. (MIRA 11:8)
1. Chlen-korrespondent AN USSR (for Grozin).
(Electron microscope)
(Hatallography)

S/123/61/000/015/017/032
AOO4/A1O1
AUTHORS- Grozin, B. D., Panchenko, N. P., Semirog-Orlik, V. N., Sprishevskiy,
A. I.
TITLE: The effect of mechanical operations on the state of the outer layers
of antifriction bearings
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 15,1~61, 19, abs"tract,
15BIll (V sb. "Povysheniye iznosostoykosti i sroka sluzhby mashin.
V. ill. Kiyev, AN UkrSSR, 1960, 61-76)
The authors present the results of comprehensive investigations of
the effect of mechanical working on the physical state of the outer layers of the
antifriction surfaces of antifriction. bearing races, Foit'groupsof.specimens of
bearing races were investigated, the manufacturing techhology and processing
conditions of which were different. The specimens were subjected to metallo-
graphic, electronic microscopic, X-ray structure and spectral analyses, their
microbardness was also investigated. During some grinding conditions and othe
operations carried out after hardening, high temperatures and local pressures are
arising, the interaction of which causes structural transformations in the surface
Card 1/2

S/123/61/000/015/017/032
The effect of mechanical operations A004/A101
layer. The thermal effect during grinding is different in the field of surface
projections and cavities. The projections may undergo a second hardening, while
the cavities mainly experience a tempering. The non-homogeneity of the outer
layer produces structural stress raisers owing to which micro-destructions are
possible in the surface layer. The thermal effect arising during the process of
after-hardening operations contributes to the concentration of chromium and
carbon *at the surface. The initial microgeometry and thd shape of the surface
being machined affect the temperature gradient of the outer layer. The defective
layer originating during the preceding operations cannot always be eliminated by
technological finishing operations. The investigation shows the way of develop-
ing dependable processing conditions, There are 21 figures.
M. Borts
(Abstracter's note: Complete translation]
Card 2/2

'F L V.
28695
rbooo 2( S/02 60/000/012/003/006
. 01 D251YD302
AUTHORS: Hrozin, B.D. (Corresponding Member AS UkrSSR);
Semyroh-Orlyk,_ V.M,-; and Yaroshek, A.D.
TITLE: Investigating the quality of the outer layers of
roller ball-bearing races without destruction
PERIODICAL: Akademiya nauk Ukrayinslkyoi RSR. Dopovidi,
no. 12, 1960, 1598-1602
TEXT: The authors state that the possibility of controlling
the outer layers of machine elements without destruction is of
great significance in determining their reliability and working
life. The authors investigated this possibility by means of eddy
currents. The method used was that described by A.D. Yaroshek
(Ref. 1: DAN URSR, 1369, (1960)) using a sensor of the plated-
coil type, with a sensitive element, consisting of am iron-clad
ca.rbonyl coating of type CB-1 (SB-1), and a coil of 30 turns of
nE,JI(PEL) 0.1 wire. Part of the coating of the sensor which
touches the element --'-s ground to the form of the upper track,
Card 1/2

28695
S/021/60/000/012/003/006
Investigating the quality D251/D302
and during the investigation, the sensor moves along this track.
The magnitude of the resonance stress U agd the resonance capa-
city C for various frequencies (2"106 jo , o.5*lo6 and 0 2*106)
which correspond to different depths S of the penetration of the
eddy current into the steel (20, 40, 60 and 100 mk) were meas-
ured. The obtained results are represented in graphical. form.
By means of this method various kinds of defects such as sections
of different structure, fissures, the presence of non-metallic
foreign bodies, etc., may be detected in the outer layers of the
element. There are 4 figures and 1 Soviet-bloc reference.
kSSOCIATION: Instytut mekbaniky AN URSR (Institute of Kechani,;,,3
AS UkrSSR)
SUBMITTED: July 30, 1960
Card 2/2

PHASE I BOOK EXPLOITATION SOV/5029
Grozin, Boris Dmitriyevich, David Abramovich Draygor, Vsevolod
Nikolayevich Semirog-Orlik, Mikhail Apollonovich Puzanov, Matvey
L'vovich GorT,_fi_1_ji~m -Fedoseyevich Yankevich, Mariya Dmitriyevna
Sinyavskaya, and Georgiy Iosifovich Vallchuk
Povysheniye ekspluatatsionnoy nadezhnosti detaley mashin (Increasing
the Operational Reliability of Machine Parts) Moscow, Mashgiz,
1960. 292 p. Errata slip inserted. 10,000 copies printed.
Reviewer: V. S. Kramarov, Doctor of Technical Sciences,,Professor;
Ed.: D. A. Draygor, Doctor of Technical Sciences; Ed.:
G. D. Tynyanyy; Tech. Ed.: M. S. Gornostaypollskaya; Chief Ed.,
Mashgiz (Southern Dept.): V. K. Serdyuk, Engineer.
PURPOSE: This book is intended for scientific workers and technical
personnel in machine building.
COVERAGE: The authors discuss new methods of Investigating the phys-
ical state of machine-part surface layers, important for determin-
ing the reliability of parts in operation. Information is
Card 1/6

Increasing the Operational Reliability (Cont.) SOV15029
M. A. Fuzanov, Candidate of Technical Sciences, wrote Sections
1-4 and 7 of Ch. IV; Section 5 of Ch. IV was written by
B. D. Grozin and M. D. Sinyavskaya, Engineer; Section 6 of Ch. IV
was the work of D. A. Draygor, and G. I, Vallchuk, Engineer.
Sections 1 and 2 of Ch. V were written by M. D. Sinyavskaya;
Section 3 of Ch. V was written by V. F. Yankevich. No person-
alities are mentioned. References accompany each chapter. There
are 185 references: 175 Soviet, 3 German, 3 French, and 4 English.
-TABLE OF CONTENTS:
Foreword
Ch. I. Basic Factors of Durability and Operational Reliability
3
of Machine Parts 5
1. Formation of-the surface layers of machine parts de-
pending on the method of machining 5
2. Effect of the [structural) state of surface layers of
machine parts on their operational reliability 10
Bibliography 16
Card 3/6

Increasing the Operational Reliability (Cont.) SOV/5029
Ch. IV. Method s and Machines For Tes-ting Wear and Wear
Resistance of Metals 150
1. Wear of metals-in rolling friction with slippage 150
2. Theoretical determination of the wear of the contact
surface of track wheels of bridge cranes and of the
discs in friction gearings 153
3. Investigation of the causes of accelerated wear of
track 'wheels of bridge cranes 158
4. Inve*stigating the wear of the surface layer in rollers
8 steels
made of types 45 and U 172
5. -
Use of radioactive isotopes for studying the wear of
machine parts 181
6. Effect of friction on the fatigue limit and durability
of machine parts 195
7. New machines for testing wear 217
Bib liography 244
Ch. V. Methods for Increasing the Operational Reliability
of Machine Parts 246
1. Electroplating 246
Card 5/6

GROZIN, B.D., otv.red.; DRAYGOR, D.A., zam.otv.red.; IRARATI SH, M.L.,
red.toma; KRAGELISKIY, I.Y., red.; SIM, I S.V., red.;
FAYNERMAN, I.D.. red.; ZASLAVSKIY, S.S., red.-Prinimali
uchastiye: BRAUN, M.P., prof.; VAYNBERG, D.V., prof.; PETRMKO,
I.P., kand.tekhn.nauk; SINYAVSKAYA, M.D., inzh.; SHEVCHUK, V.A.,
kar-d.tekhn.nauk;-. Wg-QRLIK, V.N-. kand.tekhn.nauk; YAN13VICH,
V.F., inzh.; GORB, M.L., kand.takhn.nauk; RAKMINA, H.P.,
tekhn.red.
[Increasing the wear resistance and useful life of machiner7 in
two volimBs] Povyahenie iznosostoikosti i sroka sluzhby mashin
v dvukh tomakh. Kiev, Izd-vo Akad.nauk U&SR. Vol.l. 1960.
486 p. (MIRA 13:12)
1. Veesoyuznoye nauchna-teldmicimskoye obshchestvo mashino-
stroitellnoy promyahlennosti. Kiyevskoye oblastnoye pravleniye.
(Mechanical wear)
(Mechanical engineering)

33714
-4 S/686/61/000/000/0006/01;~
1.1, D207/D303 -
AUTHORS: Grozin, B. D., Semirog-Orlik, Golovinskaya, T.M.,
Nizhnik, S. B. d Yankevich, V. F.
TITLE: Phase and structural changes in steel under conditd',ons
of temperature and pressure shocks
SOURCE: Soveshchaniye po voprosam teorii sukhogo treniya i obra-
zovaniya chastits iznosa pri sukhom t-I-enii. Riga, 1959y
97-105
TEXT: The authors investigated the crystal structure and composi-
tion of 11white" layers formed on steel by high pressures and tem-
Deratures. For x-ray diffraction work an instrument YPG-,570 V %/URS-
~OI) was used; electron-microscopic and spectroscopic techniques
were also employed. The authors studied the effects of (1) grind-
ing roller-bearing parts with an abrasive disc rotating at various
speeds and subjected to various loads; (2) normal working condi-
tions on transmission gear teeth from a IA3-63 (GAZ-63) automobile,
and (3) hot-gas blasts (1200 kg/cm2 for 0.0025 sec) on steels 45
Card 112

33714
S/68 61/000/000/006/012
Phase and structural ... D207YD303
and YAO (U10). In all three cases similar changes occurred-. (1)
Well above their critical temperatures both austenite and marten-
site were forined in hypereutectoid steel and martensite only --'In
hypoeutectoid steel; (2) austenite, martensite and ferrite were
formed in all steels just above the lower critical temperature;
(3) below the critical temperature ferrite was formed, by thermo-
plastic annealing, in all steels; (4) austenite, martensite and
ferrite formed in these processes differed considerably in carbon
content and lattice parameters from those obtained by the usual
heat treatments. There are 9 figures.
ASSOCIATION: Institut stroitellnoy mekhaniki AN USSR (InsTIT-u-~e of
Building Mechanics AS U]k-rSSR)
Card 2/2

zr/53 4/6-- /C-:)Q/W5/010/014
!WI/1207
and Golovinskaya hni
TJI., Itiz k,S.B.,
TI~TL-,: Ltr~ctural --XISkling
C~
Jkjultci~: -~=i:;3siya po teldmologii mashinostroyeiiiya.
jzLaLar o 4ae.'icztvu poverkhnoblvi, Trudy n0.5, 1961. Kachestvo
poverkh~ioi;ti i!eTaley metody i pribory, uprochneniye metallov,
ta~hnologiya La3IUI.Ujtroc,aya, 277-282
TtXl': ~~Cjaltu art: u.. i..vcstigatioa~ carritd out to aid in Uelecting
su~tai,le griudiaG tcc~-molojj talai~,; i.Lto rAccouat the '3tructaral trai;zf=aatioas
coii,,ected wi-ch diftc--eat i~,aviiiLij!U coaditioau. Steel specILI.-na were subjected to
varying, ;;,acliing condituioiis i-uuL;h 6rI;.dXzig W;-th a peripheral velocity of the grindir,.-,
-disc, ~-- 46 Li/st:c ana a ti~w&z;vtrza.1 feed - 1.21t,~in; fine grinding on the same
di*c but with m=ual .1ted; iia" lappii-6 by of cas'c-irou laps. Aft--r machining
the tost speci"eas were uu'jIJuQtcd to electron microscope exaUi"tio:I*' which
revcaied the existence of four distinct zoacs caused by varyin,,- zachining co!:ditions.
Card 1/2

GROM) B.D. [Hrozin, B.D.] [deceased]; PANCHRIKO N.P. [Panchenko. M.P.],-
'M, ROG .-4. 'CF -MIRTIc
S
&J -ORLIK, V.IT. [Semyroh-Orl7k, V .0, V.S.
Effect of the mass- of the manufactured object, on the physsical
state of the surface layers of the metal in repeated gr:L?IdinL-.
Dop. AN URSRno.6.,769-773 t63 (MIRA I-,
1. Institut mekhanikil, P11 UkrSSR. 2. Chlen-~korrespondent 0 UkvSSR
(for Grozin).

'I.!., Prof., t,TLYUKOV, Ye.l., assistlent; SEMIROTOVA, v--rach
',-'i~ceral reflez-as of the storpw%~i and duodenrm. Sbor. riauch. rab.
Sar. grs. med. inst. 4-/:1'77-181 164. (!,U-P~k 18:7)
1- Iz fakul I Letsk:)y Irh.,.rurgj.cheskcy klini.ki (zav. - prof. hl.I.
I
Golubev) pediatuvicheskogo fakaitteta Saratmrskogo meditsinskogo
insti-Auta (relk,-,or - dotsent MR. Ivanov) na baze dorozhnoy kli-
nicheskoy bo2lnitsy Privolzliskoy zheleznoy dorogi (nachallnik -
H.F. llazarenko) .

Ly ~::tr
Tr
ns t 4
U "a va f
ba

NEDOCHETOV, L.S., dotsent; GEILA.SIKIN, P.V., kand. med. nauk; SOROKIN, A.P.,
vrach; SE'Pa-ROTOV! Y O.N. I -'--ach
Surgical treatment of gastric cancer based on materials of the
surgical ward of the FAilroad Clinical Hospital for 20 years.
Sbor. nauch. rab. Sar. gos. med. inst. 44:108-119 164.
(14IR-A 1.0-:7)
1. Iz kafedry fakul'tetskoy khirurgii pediatricheskogo fakullteta
(zav. kafedroy - N.I. Goluvev) Saratovskogo meditsinskogo instituta
(rektor - dotsent N.R. Ivanov) na baze dorozlinoy klinicheskoy boll-
nitsy Privolzhskoy zheleznoy dorogi (nachallnik - R.F. Nazarenko).

SEMIRYAGA,M.I.; TOKAREV,S.A., redaktor; GRIBAKIN,D.V., redaktor;
bYA,A.A., tekhnicheskiy redaktor
[Lusational TAlzhichane. Moskva, Izd-vo Akademii -aauk SSSR, 1955.
190 P. (MLRA 9:1)
(Wends)

SEMISALOV, L.P.
Technological evaluation of coke samplers. Koks i khim. no.6:
31-34 163. (KRA 16.9)
1. Ukrainskiy uglekhimicheskiy institut.
(Coke industry-Equipment and supplies) (Coke--Testing)

SEMISALOV, L.P.; LOBOV, A.A.; AmSTISLAVSKIY, D.M.; VFKSELIYAN, Z.N.;
A. V.
Effect of the shape of coke pieces on some indices of size Kjka
i khim. no.9:33-37 163. (jkRA 16:9)
1. Ukrainskiy uglekhimicheskiy institut (for Semisalov, Lobov).
2. Zhdanovskiy koksokhimichesk'ly,~avod (for Anistislavskiy).
3. Koksokhimstantsiya (for Veksellman, Chebotar6v).
(Coke-Testing)

PETRENKO, V.,G.; SE-IISAWVA, V.N.; Prinimala uchastiye Illminskaya, V.I.
Coking blended coal charges with petroleum residue additions
and coal tar. Koks i khim. no.16:14-17 161. (MIRA 15:2)
1. Orsko-Khalilovskiy metallurgicheskiy kombinat.
(Coke- industry)

Sov/68-59-lo-a/24
AUTHORS: -Semisalov, Ya.D., Chumek, Ye.M., and Romanovskiy, V.A.
TITLE: Some Experience in Operating Coke Ovens Fired with
a Rich Gas
PERIODICAL: Koks i khimiya, 1959, Nr 10, pp30-31 (USSR)
ABSTRACT: Gorlovka coke ovens were designed for firing with a
mixture of coke oven and a rich gas (15-ZVlo). The
nature of the rich gas is not specified. -There were
individual periods during which the proportion of rich
gas amounted to 90cl'6, which, however, has no deleterious
effect on the uniformity of temperature distribution
in the ovens, and the temperature of the under roof
space was maintained on a required level (table 1).
Ovens were fired with an excess air coefficient of
1.3-1.5 at a suction in the regenerator on the
ascending stream 3 - 3.2mm H20. During 1956-1958 an
increased proportion of gas coal (from 14% to 26%)
was incorporated into the blend. For this reason
.-Card 1/2 the temperature in the heating flues was raised.

I Sov/68-59-10-8/24
Some Experience in Operating Coke Ovens Fired with a Rich Gas
The above measures had no notioeable effect on the
quality of the coke (4-d-able 2). There are 3
tables.
ASSOCIATION: GorlovskJ.y koksokhimicheskiy zavod
(Gorlovk& Coking Works)
Card 2/2

-SEMI SAMENOTA. A I., inzh.
Q
f~~~
Using electromechanical analogies for the investigation of
vertical vibrations of rolling stock. Yest.TSNII MPS 18 no.8:
53-56 D '59. . (MIRA 13:9)
(Railroads--~Rolling stock)
(Vibration--Filectromechanical analogies)

SMISAUKOVA, A.A., inzh.
Electrical equivalent circuits of diesel locomotives with
spring-mounted parts. Vest. TSHII MPS 171i.e. 191no.7:52-54
16o. WRA 13:11)
(Diesel locomotives)
(Oaciliatic-xs--BlectromechanicaI analogies)

MISYROV, R.A., kand.takhn.nauk; SMIISAZIIEIIOVA, A.A., inzh.;
ZAU-AROV., S.M., inzh. -'--
Results of the study of oil coolers for the pistons of 2D!0(',,
diesel engines. Vest. TSNII MPS 20 no.6:21-24 161. (MIRA 14:10)
(Diesel *nginsts--Gooling)

NASYROV, RoAa~ kandotekhn.nauk; SE1,11SA="NOVA? A.A., kand.tekhn.nauki
ZAKEAROV, S.M., 1nzh.
Investigating the cooling of pistons and lubricant distribution
in the 2D1OO diesel engine. Trudy TSNII MPS no.262-.21-35 163.
(~aRA 1-6-10)

YEGUNOV, P.M., kand. tekhn. nauk, ZELFAN'BTSKAYA, I,S., kand. tel-chn.;
RASYROV, R.A., kand. tekL. nauk; S19-USAM&OVA A.A., kand.
tekhn. nauk; ZAKHAROV, S.M., inzh.
Effect of the lubricant viscosity on the 'basic chara,-~te-lstics
of the performance of 2D100 diesel locomotives. Vest. TSNII MPS
23 no.82-1C-30 164 ,IIRA 18.---?)

M JR X 31 V A 29 a 41 47 a ST CA AT S TS
A 4 C D V 9 If X L a m T twN .1 IU M.1 A . I A, I I I A, 'too
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Cunius &M Than. J- pukt. ClAcm.
4CsH.011 (cf. Cataneuve and Mo
0 could not br detert

encd.
-91(1939T
nal
6'
ds.
4.
reau.
ed
0.
so
00 AS-SLA ETALLt;PGJCAL UYEPATURE CLAWFICATIC~
of,S
so t
F -4- 0
u I% AV -a is' -,
a D IV IV arm Kit Kit Ittrit 11KKLDn I
00 00 00
bv21.4:jDjj 12j) mis my xjpjg A) u" AS*
U4-s h
.00
.00
.00
III. Thermal analy-
V. 1. S~rnishut.
crC. X.33-"'
was investigated b~
the pre*--twc at a new "0e,
(partial dec-ompit.). =00
NjIL.C.11,011 (cf.
1%X 1891)) and N'ttf-
CoxiPt. rrnd. 129. zoo
by thk% method.
Gertrude llcrrnd
TZOO
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art 0
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C- c T,) o~
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talls r-;r-,
Me
C-stal r
Pr.r~ III.
i.-
Properti.-~,", ~~rl ". C., -1 . 1-0, No. Lalhoritoz~' o;,.' Gencral ar,~il
Iu- (.j.
inors-anic Chcra5try l'o,:co,,,,, In-t. jm,~,ni.
Rcce cd 21~5 AulnosJ ll;~'
v
Renort,

0off
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00 it
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4.
0
U11ij 2-41 Vieux AVRXIS31 1111 JAo UY IRWA) $I U411 AWOMW
A. -L 1. j i P, 0 a I, j
-00
AS setiost of amus on am Water of a7sawsatiox *1
"ydatn. 1. Action ad m*bft ahnisim. V.
J. G.. 0.. (U
k..S. R.).,10, 419-W
Weak an the water of
(1940).-The study of the action Of
olsolldcryst Holl dmwsbyuwnwiloda!Uikhiki-
161, Suit. Tesook rNA.
I SAW= 7 lam. S1, I
(With powd. NO
10 Q; cf. C. A. 6. 1 11; was bestio
lated pure A] Instes of Us. 1111ty-ow ON. Rol
nits were tated by heating fadmat
910 M., at"
mist. of the saft and At in a water be P 6 ow'og'
to cog and beating again in a sand bath at 100-2DD*. The
fate of Pa. of water of Crystn. was measnavd by the
=lure of the "
H vol. liberated in the reaction. The
reactions was not lavextigated. At dust Pt to be toorii
racflve than granulated Al. but left active than Mg. AU
.33
the compds. except 8 reacted In the 0105-1
mob. Al. The Va. of fiberated H fm "t. I= wkh
greater Al excess. Only a -- Of 151.3% of water Of
decompa. varied
,:u dcoompd. The degree of
na of the compd. Chlorldu proved to be
most .-tiveturfoellowed by carbonates, P100SPIN145, a"Wat"
and Mg. salts. in the order of decreams reactivity
cations are: Fc*+. co. Ni, Cr, Cut Cd, So+-, Al. Ca,
Sr. Ba'and Us.
Parallel elpts.
Use- JI.P0 ra
of acids and add salts (NasHP(tt1h2H.0. aJIPO,.HO.
ozalic and citric acids) and with the comilds. without the
water of =(N411cl, NAHSO#, 148 and C,11,.
jCWf that Al Is e"able also ot'lloptaclas 11
U
from t water of constitution. U. AW90 d saftille
fba. AM. US-N.-Zo dust reacto sim&Wy to Al, but
6 less active. A max. of 20.3% of water of ffyvtn.
d.:Pd. =NlCJ..6H,0). M. Strectiol .4 wal
properties
01 crr Da. 33".-Mols. of the neutral
Water of Crysto., cbaracterind by a small vat. &Dd con-
alderable permanent dipok moment. with the
metal Wn by a coordinated bond to form squacompJaxes
of Use type M(H.O)n*-. The tendency to complex
formation with the corresponding stability of aquocom-
es with the greater charge and smaller radius
or M ion (d. Ephraim. C. A. 6, 27W; Kapustinskil, C. A.
27, OW). Evidently, the water of crystn. in ao[W Crys-
tes 6 partially dLmw. The general scheme of
1- Zn + 2H+ H. + zu, chas. Bkoc
L All-ILA stIALLURGICAL LITINATURE CLASSWICATION
Isom fivisily. VIM 00%IMV
Idnove .4 1 161040 wit owl 088C 43L111 49 C.V ilt
; " I ' a' ; An I I It 01 0 a
U IS AV so JSJ; " ' I
W a of a 0 a 0 3
-00
.90
-0
.0
~06
.040
.00
-71
-
r1l.09
0
0
0
00
DO
:10 0 0 0 0 0 0 0 0 0 0 0 0 6 0 0 0 0 P 0 0 0 0 0 0 0 0 0 0 0 0 9
0 9 0 0 0 0 4 0 0 0 0 0 0.0 0 .a :ISO 0 0 0 0 9 0 0 0 0 0 0 0 0 0 * 0 0 0

00.64
8
=
.00 A
loom
008
608
0&1
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tie 0
00-3
0411
F a IF a IF a IF OR v At w W IF
11 OF w aw
low
a a
1110, AMD dim 000411 -00
PROUSUS Ale "Off2fics INDIA -00
.00
ISW194.'In vma-
Ujpgkhi Kkim. 12, 4&V-8 .00
P. Rathomm -00
not)
=00
1300
grog
Z:*i
see
see.
=of
see,
ASAI-SLA UTALLUKKAL M111,61MR11 CLAUWICATM U96
- 21-11- 1 ~ AM" 10"Iny INS*
Igloo wit MY gag InLunmgl 41AIR I UIR WV 111I
G-U IS Al .0 It
; K
0 0 0 0 0 a 0 0 0
0 0#0

-ping System W lmdrazine, LY. Thermal Roalyll".5
V.771~en-RMN, T
of ?hqugL , . ...
I - ~v; I nuill,
Gen. r?) . 13,
Mary),Tile followin'T gystelw, we're 51lidled by th-
method of thermal 3nRIySI5-. hydrazim! pitrate-wati,.r,
hydrazine-thymol, flyzirazine-acclamid-c and by:4.jzim--
dipliciiy1amine. NjH4.FN0s forms ~:o hy6rates; thrre is
forined with HO a zutectic, m. -0.1 o~ at 9 mai. Niff,
14N0.. Tile hydraziwi-thymol sysicm fo,-jui ill
,11ic range 32-66% thymol. Neither acelLamidr n,).- di-
phenylamine furms addj~. cumpils. xvith hydruzine; the
former forms a eutectir, in. -7.21% at 74.2~-v N,11,;
PhiNif forms n two-layer system ill which ibe crit. soln.
V. Thermal
Analysis Of systems of hydrazine witli organic acids.
IbU. 8_32-42-By the metbM n! flicrmal analysit thc
binary systems of MIT14 will; n-Iiz, Imityrie, valcrie, heii-
zoic and salicylic acids wcre studivd; a partial study iva%
made of systems with hitiric and pahnitic ariffs. Tile fol-
Inwing coillpff's. exist: NjH4.C2I1jC0..I[, ill. 50.4', IV./[,.-
C,11,C0111, in. 40.5% N,114.2C,,11,C0..II, m, 12* (de-
compu.), N,1I,.21lkC0,II, m, 42.5',
C(~11, ill, 110.8* ni. 87.5' and
NjT[j.I'IjC0lI[, ill. I Fonnic, ridor5acctic, phenyl-
acetic and cinnamic acids ihn, not forin reriprocal systems
% C-1. M. Kosolapoff
N21 Ij.

0, on -F, 0. 1 IN, W10=11 W.1sawfM 0 o-0
"A Ila US I'V 31194 of Rouls .to
JL
Wit-
;41 ----- -
q
go
Abe abemlati of Phospborus. V11. 1. %fivilalleilk..
'It 1 14, 11 K2.1- '0
T-
06 ON b1cs it to enter into client. cOnAbilultit"I I"Arilig :1 flu): - 1 '00
,r 1-5 jx~. charges. If white P M be (offuld'at"I lt~ 1. -00
Le. as (P-~+) (P-),, then it J4 J.",R)k eu. dV
to ewwn (1) l(wiltatitAl of N4 a11.1 K11,141, .I 1 .00
.10, aq. KOIl MA11, and 01.1". I'll. aml
.3 ithcuso4. *041
11,110, U reaction CA I w
!ations, of various P compAls. permit ready explanatum 4 =00
otherwise anont4lous reactions. Thus PO# is considered
OID, 14, Ile P(POOs, phosphoryl phosphide; PA to be ChP.0- roe
,t A, mixed anhyi1ri&-, [(.11,0,
Isydratrd niixrd
00
z phosphoric-phosphorous anhytirldc. the dinarr tf Pl' of CO
to be (PO.),PO,. mixed 20
anhydride. The proposed formulatimis also pertnit cor- COO
relation. of the toxitijy. edjy inflamnability. anti phay-
A ~r,,rwe of I and certain P rotnixt-1, with the Prrsence 4 coo
J. W. PrrTv
0
20
:t
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LITIRATURE CLAII111CAUCK
CS 0 to
so fell.) -At (All"
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0 0 _0_00 as 0 06 o1
0 0 0 0 0 0 0 0 0 0 a 0 0 0

100- Atio 4 to C4011011 _96

0

o- Ck=&d
""A" IV
rmc&u Wft ths Water of arummation of
l
00 V. I'_Sem1sw.'---(MQscVw Hoerget.
oo
16, 523-SO(IM);
cf..C-4. 34. 77W.-The estbange reactions of solid'
of CoClu BaCh. PeC6. and NiCls as
of Cut Set. Mn. Cr. Cd, Zu, Al. Cm, Sr,
f Cd M
C
i
o
u Fe
o. N
t Zu, At. C&, Na,
abitax at Fe i A] 'K & and NH. A N. pb..
hates, thlosaftep to, and borate, and K (See
h C
i
C

04 t
mm A w
L, and AcCl.
,, P
In Jw Cum the wala of tution enters the uxw by.
drdydc exchange renctlow with the above rements. An
d
h
d

a ratm itu
of the 39 crystallo
con be arranged In a
y
f
i
f
* v
WAO o
ty Which is conditioned
=act
x
t .1 the cadon, moo,
polarizsbility. It was Ww IbAl mob.
=%d
of w&W oc6jpyW dIffereat spheres In the complex. (such
lag as the violet and the Vfta Waters of Cr chloride) have
diff4rent degrees of reactivity (the violet torm is tirke as
""Wl" an UW F q, Al- Fo#,Pcd
if
t
A S a -L A WALLURGICAL UTUATMe CLAIMCATOR
Isom SIVINIAT"
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on
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a 09
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00-004 000 ::
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31 32 33 3. M 3.1 37 3,1 M 42 AT 391 Tn%
aim LYNIL11 IVNIUM111134 I I S S V
me (pH) "afnital
'w: poowu aq plmqs,.Iwnljn3,, sA0110) 4-1144 'Lo
juawale OU loollisdoid jw3jwaq3 yrotnina agotn ;o j(prils
alwbapw ur liaziad j1ps ptror pajaAaaslp 4Q *filf IfIAL Mo$
Pule '..Lo '~L$ ',~Ls ..Za sadopm P-11-2001 lew pa331P
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uo uam 1) It *ON -,11-z
Aq poIDW&A W" 08 PVR 16 SPOW6110 JO AJ*AO"lp &U
ire.F's -31.Vx
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SMSHCHIN, V. T.
Metodicheskie ukazan:Ma po oborudovanliu tipovoi uchebnoi laboratorii "Obshchala khimiia"
,~Rethodic instructions on the equipment of a model school laboratory "General Chemistry."
Moskva, "Sovetakala nauka", 1953. 96 p
SO: Monthly List of Russian Accessions, Vol 6 No 8 November 1953

:17 - -. ~' I-L'IE I:,?, V. i.
37 truga. t sk ii I-'. K.
Laboratory work in i.-aneral chemistry. :-. K. Strugatskii, \% I,% ---;~irnov. Reviewed
I -
.1 -' 52
by "'T. 1. 3 -asuin. -ov. kni~-a .!o. 2,
Konthl,, List of Russian Accessions) Library of Congress, June 1953. Uncl.

SEMISHIN, V.I., dotoent (gorod MoBkva).
.1- - .
P~reparation of oxygen in the Kipp generator.
58 N-D '53.
Khim.v shkole no.6;57-
OffBA 6:11)
(Oxygen)

1984 SEMISHIN, Y, I.
Praktikum po obshey khimii (ucheb. posobiye dlyakhim. - tekhnol.
vuzov I fak.) Izd. 2*,e, pererabot. M., goskhWzdat,, 1954.
337 s.s. Ill. 23sm. 25.000 EY.Z. ( 1-I zauod 1-10 tys.) 7 R.
60K. U Per. - (54-56214)
54 (076.5)

SEKISHIN,_jfj_q~_j_jy ~Kp~nqjk TSVETKOVA, N.F., red.; SHPAK, Ye.G., tekhn.red.;
----2AZULISKAYA, V.F., te _khn.red.
[Practical work in general chemistry] Praktikum Do obshchei
khimii. Izd.3-e, dop. Moskva, Gos.nauchno-tekhn.izd-vo khim.
lit-ry, 1957. 348 p. (MIRA 10:12)
(Chemistry, Inorganic--Laboratory manuals)

SH J-
3-56-4-30/34
AUTHORs Semishin, V.I., Dotsent, Candidate of Chemical ScJzencea
TITLEi Bibiography (Bibliografiya) The Second Birth of a Good Book
(Vtoroye rozhdeniye khoroshey knigi)
PERIODICALt Vestnik Vysshey Shkoly, 1958, # 4, pp 86-88 (USSR)
ABSTRACTt This is a review of B.V. Nekrasov's "Textbook of General
Chemistry", published in 1957 by Goskhimizdat,' a revised
edition of the same author's book "Course in General Chemi-
stry", which was published in 1949.
There is one Soviet reference.
ASSOCIATIONs Moskovskiy institut khimicheskogo maBhinostroyeniya (The
Moscow Institute of Chemical Machine Construction)
AVAILABLEt Library of Congress
Card 1/1

SEMISHIN, V.I.; ABRAMV, I.I.; YOROTNITSKAYI, L.T.
Investigating the solubility of magnesium aulfite. Izv.VYS.
ucheb.zav.; khim.i khim.tekh. 2 no.6:834-~9 '59. (MIRA 13:4)
1. Moskovski7 institut khimicheakogo mashinostroyeniya.
Kafedra obBhchey i organicheskoy khimii.
(Magnesium sulfite)

SWISHIN, Vasiliy Ivanovich; TSMKOVA, N.F., red.; ZAZULISKAYA, V.F.,
tekhn.red.
[Laboratory manual for general chemistry] Praktilmm po obshchei
khimii. izd.4., sterootipnoe. Mosk7a, Gos.nauchno-tekhn.izd-vo
khim.lit-r.v, 196o. 351 P. (MIRA 13:12)
(Chemistry, Inorganic--Laboratory manuals)

S/079/60/030/007/020/020
BOO1/BO67
AUTHOR: Semishin, V. ~I~
TITLE: The Problem of Physico-chemical Investigation of the
Binary System Hydrazine - Acetic Acid
PERIODICAL: Zhurnal obshchey khimii, 1960P Vol. 30, No- 7.
pp. 2436 - 2437
TEXT: In the present periodical a report by I. M. Bokhovkin, "Physico-Z
chemical Investigation of the Binary System Hydrazine - Acetic Acid"
(Ref. 1), has been published recently. On page 1793 this author writes:
"Relatively few data on the physico-chemical analysis of the double salts
which are formed by reacting hydrazine with organic acids are available
in publications". He refers to Vol. 6 of the Spravochnik tekhnicheskoy
e--tsiklopedii (Handbook of Technical Encyclopedia) published in 1931-
On page 1794 the following is maintained: "No data are available in
publications on the fusibility of the system hydrazine - acetic acid.
Bokhovkin did not succeed in studying the fusibility of this system due
to the low freezing points of the solutions'. He studied density,
Card 1/2

The Problem of Physico-chemical Investigation S/079/60/030/007/020/020
of the Binary System Hydr4zine - Acetic Acid Booi/Bo67
viscosity, surface tension, and specific electrical conductivity of the
above-mentioned system. The author of the present paper says in this
connection that Bokhovkin apparently does not know six reports published
by the author on the physico-chemical investigation of 15 binary-systems
of hydrazine with various organic components("Zhurnal obshchey khimii",
1938-1944). He does not know the monograph by Odrit and Ogg, "Hydrazin~\\V'-
Chemistry" where numerous papers of foreign scientists are menTIoned
besides the papers-by the author. The thermal analysis of the ab~)ve
system was made by the author for the first time, and the results were
published in Ref. 2. The author was the first to determine the specific
gravities and the viscosity of this system (Ref. 3). There are 3 Soviet
references.
SUBMITTED: June 1, 1960
Card 2/2

82564
TITLE: Thermal Decompositio n and Burning of Hydrazine Nitrate\\
S/080/60/033/06/05/006
AUTHORS: Shidlovskiy, A. A., Semishin, V. I., Simutin, V. I.
PERIODICAL: Zhurnal prikladnoy khimii, 1960, Vol. 33, No. 6, pp. 1411-1413
TEXT- .- The thermal stability of hydrazine nitrate and its capacity of
steady burning were investigated. -The formation heat of hydrazine nitl?ate from
elements is 59.8 kcal/g-mole.- At high temperatures starting from 1800C hydra-
zine nitrate NA - HNO is a substance with lower thermal stability than
ammonium nitrate. At 00 0C its ignition is observed. The.addition of potassium
bichromate to hydrazine nitrate reduces its thermal stability. Under the
conditions of room temperature and atmospheric pressure it cannot bum steadilyLK
in a pipe of 20 mm in diameter. In conformity with the theory of burning
developed by Andreyev (Ref. 16) hydrazine nitrate acquires the ability of
steady burning at atmospheric pressure in a 20mm-pipe in two cases: a) when it
is heated preliminarily to a temperature of no less than 90-100 OC; b) when a
small quantity of a substance reducing its -thermal stability and catalyzing
buirning is added, viz., potassium b4chromate. The addition of potassium
bichromate makes it possible to burr, a mixture of hydrazine nitrate with
Card 1/2

82564
S/080/60/033/06/05/006
Thermal Decomposition and Burning of Hydrazine Nitrate
ammonium nitrate at atmospheric pressure. There is 1 graph and 16 references:
3 Soviet, 4 French, 3 English, 2 German, 2 American, I Canadian and I Swiss.
ASSOCIATION: Moskovskiy institut khimicheskogo mashinostroyeniya (Moscow
Astitute of Chemical Machine Building)
SUEMI=: November 12, 1959
Card 2/2
r

11. 2-110
S/j8O/0'2/035/004/004/022
D204/D301
AUTHORS: Shidlovskiy, A. A., mishin.S. I. and Shmagin, L. P.
TITLE: Thermal decomposition and combustion of hydrazine
perchlorate
PE'11IODICAL: Zhurnal prilcladnoy khimii, v. 35, no. 4, 1962, 756-759
TEXT: The above was studied as an extension of the authors' ear-
lier work on NH+ and N H salts. Thermochemical and physico-chemi-
4 2 4
cal properties of hydrazine perchlorate were investigated and the
preparation and analysis (iodometric) are described in brief. The
density was found to be 1.927 g/cm3, heat of solution at 2980K
9.77 kcal/mole for 1:1000 dilution, heat of formation 42.9 kcal/mo-
le and m.p. 140.5 - 141.00C. Sensitivity to impact and friction
was high (greater than NH 4C104 ). Thermal decomposition was studied
by heating the samples for 6 minutes at set temperatures, between
1600C (no decomposition) and 2400C (5.4% loss in weight). Fast
Card 1/3

0
3/08 0/62/03 5/004/004/022
Thermal decomposition and ... D204/D3101
combustion took place at 250 0C. Comparative studies showed NH 4 Clo4
to be more stable to heating. Addition of 57o MnO 2 decreased the
-L"'lash point of N2 H4* Clo4from 277 - 283 to 254 - 2590C and that of
5~-- CuC12 caused an explosion at -17000. Combustion measurements
showed that pure N 2 H4clo4 burned only very slowly at room tempera-
ture and atm. pressure but the rate could be appreciably increased
by 5%a additions of MnO 27 Cu 2C12or CoO. The order of effectiveness
was Cu2C1 2> CoO> MnO2 and combustion was 2 - 3 times faster than
that of NH 4Clo4 under the same conditions. There are 1 table and
17 references: 5 Soviet-bloc and 12 non-Soviet-bloc. The 4 most re-
cent, references to the English-language publications read as fol-
lows: F. Audrieth, B. A. Ogg, The Chemistry of Hydrazine, N. Y.,
(1951); C. Gilbert, Cobb, J. Am. Chem. Soc., 57, 39, (1935); J.
Barlot, S. Plarsaule, C. r., 228, 1497, (1949); L. Medard, Iflem. de
l1artill. Franc. 2me faso., 44.7, (1954).
Card 2/3

-0/060/62/035/004/004/0-22
Thermal decomDosition and ... D204/D301
ASSOCIATION: Illoskovskiy institut khimicheskogo mashinosturoyeniya
0
(Hoscow Institute of Chemical Machine Construction)
S-L;B!.'ITTE:): October 24, 19-60
Card 3/3

SEbaSHIN 3 V. 1.
----
Interaction of some substances and metals with solid
crystal hydrates. Zhur.neorg.khim. 8 no-1.130-134 Ja 163.
(MIU 16--5)
1. Laboratoriya obshchey khimli Moskovskogo instituta
khimicheskogo mashinostroyeniya.
(YBtals) (crystals)