SCIENTIFIC ABSTRACT SHMIGELSKIY, V.K. - SHMONIN, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549810005-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

!"0V/1
Ft,
:
j.A. aad V.Y..
ef .,bb.r
%nd Phair i"~i~ ;r=pon~ar3 mlkroz
.fikoja !L~lddovaxl.~. Mzlnor.,s", ~-*dj I iij.
ko-ponantov)
P--ItlOJI.'A.L: KiucL-~.; i m zLna, 19,~). Nr 3. pp 12
AB~eziAJD: Lort intzz~ -Ln-; ---.a,.~ o~ e !act ron-=ic roLc-lp'.c 411-1,t
ezv obt4.u-I iar. analyc-Ixg
rub~-rc (:iwfL 3 to 6). It. -4~~ noa-iblc -.o 1,,rzia, t!.,,
aol ani -p-I fractions of natural rabl~r tha
'
bter~ .,.a. tt-~
struc Lure hxch is cn-r,ctom~tia for ~I
rel,tion b~t"~M t,~ Jj,~=_Jon~ of Gph-V4~C:' =
ana tL'e mol0z""r %,itSlit of '.Lv rub'grtuau tLj
char'"teristicz 01: the ~con-lar7 zt uc r,- of
rubbura. During t1ju pre~dnr -n,.re"J,7izIonn t-
Card 1/3 "od a modlflOd Olu at rem aizro--cord -XI-100 wi-- u 0.2;., r-z
diaphragm (0-05 mm dlaphrat-A aperture) whic!: mLa it
poscible to increase L resolvint; po-wur of tte =Icro-
6
1
Dctila o f the p~parn tion of
scope from 100 to 30
-
r~m Ism from rubber solutions ai; %ull as fro= hard -a
t:
rs are given and eloctron-cicroscopic :erzs we
rub
carried out on them. Fieure 1 snown photographs of,
natural rubber film sa=ple; Figure 2 a colloilal replica
with an unplauticited butadione-styrene rubber b;urface;
Figure 3 a quartz replica of an unfillud aitux-al rubber
VUlCanifiatat Figure 4 a qUa.'C-- r-2lica of unfilled vul-
-Irate prepared from natural a ~odiam-butaliene
rubber. In all ca~vs the degree of maGnification, is
quoted. Faithor tsst~ we.-v carried out a-. various types
of activated carbon black. A geirator with a zPacinl
vibrator (15 c7cles/zacood) was uead for dialeraLa,; the
carbon black in alcohol or in toluene (Figure 5). Flgures
6 to 9 show micro-photographs of four activ~atad carWn
blacks, arAi a table gives charactarl --tics of t--oLr degree
Card 213 of dibpersion. Formulae for calculating the avoru6v
diameters are given. Epcial cbannal black IL used in
Zoo munur."Ura ZZ, typt~ of i--k. It is
terised by a high deLzrao of di~paralon, and a Idse-ar
degree of coarseness than normal channel black. Anth-
racena bla,:k roadmbles fux-oaco black to a greater deC~.a
than channel black. This i- confl=,)d by co:np-%-'It-'w
toots on rubbers coatainin,3 tha two types of carbon
bla-k- rubbers containijig anthr.%ct-na b1 ac k an fillera
16- cduli.
.bIOIA a hi&ht)r rate of vulj:-,anjsatjaa and h. -ar =
Thera or" 9 flgurea~ I table and 19 rvfdIvnc4fi, of which
15 are Engli h, 4 Gerran. and 13 Soviet.
ASZ4CL&4UCWs IIaucbno-"alddQvatel'LJkiy institut ~h'-oy pra=7sh-
In,aaontl (Lscj~tLrj~ R-rrh Institute for the Tyre 1ndus-.z-y)'
Card 3/3

ZURANOV, V.A.; VOSTROKNUTOV, Ye.G. Prinimali uchastiye: RUDENKO, G.V.;
SHMIGIROVSKAYA, K.S.
Development of efficient vulcanization conditions in the recapping
of automobile tires. Kauch. i rez. 24 no.6:25-29 Je 165.
(MIPA 18:7)
1. Nevinnomysskiy shinovosstanovitellnyy zavod i Nauchno-issledova-
tellskiy institut shinnoy promyshlennosti.

SHMIGLYlAy 1-111.1L.; NCISKAID'-INHO, S.A.
', o I.,
urivaLlon ;-~'fect of a yeliow exciLon aeries in copper oxide
I
crystals~ Fiz. tver. tela 6 no.9:2729-2736 S 164.
(MIR', 17: ll )
1. Institi:t Frikladnoy fiziki AN ',-Iolciavsl-~oy -S-SR, ?. shinev.

'ITSULE.tTKO, S.A.; SHNrGLYUK) M.I.
I
&er.gy spectrum of exciTons in GdS type crystals. Fiz. tver. tela
6 no.12053`~ 353-7 D 264 (MIRA 18,2)
1. Institut prikladnoy fiziki AN Moldavskoy SSR, Kishinev.

ACC NR. AR6017243 SOURCE CODE: UR/0058/65/000/012/DO39/DO39
e 017
AUTHORS: Moskaleako. S. A.; Shmiglyuk, M. 1.
TITLE: Gro~p_ih'eoretical investigation of exciton absorption bands in Cu~o
crystals
SOURCE: Ref. zh. Fizika, Abs. 12D324
REF SOURCE: Tr. Komis. po spektroskopii. AN SSSR, t. 3, YYP. 1, 1964, 454-458
TOPIC TAGS: cuprous oxide, exciton absorption, absorption band, group theory,
Hamiltonian, exciton, Coulomb interaction
ABSTRACT: Starting from the many-electron formulation of the problem, the authors
obtain in matrix form the Hamiltonian-of the exciton with account of the complex
structure of the crystal, for electron and hole bands of different symmetry, at dif-
ferent functions of electron-hole relative, mat-ion and with allowance for the Coulomb-
interaction terms. A study is made of the energy levels of the exciton, their split-
ting, and polarization as functions of the external conditions. (Translation of
abstract)
SUB CODE: 20
Card

STOLYAHIOV, B.M., Inzil.; S1111.11IG01", I.N., Inzh.
Redesigning of DSP-400 deaeration col-urrm. Elek. sta. 36 no-1:
32-36 Ja 165. (,KIPA 18:3)

SHMIGOLI, Mikolay Ilikitovich [Shmyholl, Hj; TSALTUK, M., red.;
LETCH M 0, 0., tekhn.red.
[Economic achievements of V-i building of socialism in
Peoplets China] Nkonomichni uspikhy sotsialistychnohn
budivnytstva v narodnomu Kytai. Kyiv, Derzh.vyd-vo
polit.lit-ry URSR, 1960. 147 p. (MIRA 13:2)
(China--Economic conditions)

BESSONOV, S.A.; VASILIKOV, N,P.,., kand, ekon. nauk; VLASOV, V,A., kand.
ekon. naukj GLUKHAREV, L.I., kand.ekon. nauk; DANILEEVICH, M.V,,
doktor ekon. nauk; ZHAMIN, V.A., doktor ekon. nauk, prof.,
ZAKIR4ATOV, M,I,,, kand~ ekon. nauk; KURAKIN, N.A., kand. ekon.
nauk-; PANOV, V.,P,, SMIRNOV, G,V., kand, ekon. nauk, dots.;
TFIFONOV, kand, ekon. nauk-, TYAGAY,Ye,Ya.- FAMINSKIY,
I,P,; KHODOV, L-.G,~ SHMIDTI, G,A., kand. ekon, nauk, dots.;
SHMIGOLI A- kand. ekon. nauk, dots..-, MATSUK, R.V,, red.;
GARINA, T,D,, tekhn. red.
(The economy of foreign count2~-ies, the capitalistic system of
the world economy after the Second World War]Ekonomika zaru-
bezhnykh stran; kapitallsticheskala sistema milrovogo khoziai-
stva posle Vtorol Mlirovoi voiny, Pod red. V.,AZhamina. Mo-
skva, Vysshaia shkola, 1962. 632 p. (MIRA 16-~l)
(Economic history)

JI'MICCISM, K. A.
5674, SfRIIGGIISKIY, K. A. Vrediteli Polya, Ogoroda, Sada i Lesa. Posobiye Dly~t Uchiteley
Sred. Shkoly. 3-E Ispr, I Dot). lzd. Kiev,1954. 288 s,,s 111,~771. ill
22 s. m. 8:000 Ekz. 7r pe-.-Bibliogr: s 277.-fla Ukr. Yaz.--(55-1 )632. / (016.3)
SO: Knizh4naya, Letopis, Vol. 1, 1955

YMOLMfKO, V.H.; SHMIGOVSrIT, X.I.
- -;:, - -.,, ~
Ecology of some 6wlies (Hymenoptitra Tenthrodinidae) injurious to the Kiev
parks. Ifauk. zRp.Kiav.un. 13 no.12:101-108 154. (xLn 9:10)
(Kiev-Sawflies)

USSR/Genera I and Specialized ZooloL7 - Insects. PO
Abs Jour Rof Zhur - Biol., No 9, 40137
16
Author rjhmi6ovs'kiy, K.A.
Inst Kiyev University.
Title : The Lilac 1,bth Gracilaria syrinaella and Methods of Its
Control-.
Orig Pub : Nauk. zap. Kiivsk. un-t, 1956, 15, No 3, 153-158.
Abstract : i41 the phases in the developmcnt of the noth and its bio-
loc-Y (especially the mine-layinG and curling the leaves
into tubes) were described. A list was given of the re-
presentatives of the specific tubular fauna and Telenoma
chloropus found there (first noted only in Sweden and Hun-
Gary) o The noth had 3 complete Generations in the Kiev
reGion. A phenogram was CAven of the moth's development
by months in 1945 and 1946. The parasites of the moth were
Card 1/2
- 46 -

:P..T~',
T~ 3'.idlezi -~f' tl-.!~ Dep6nlence of Fbarr.-ocalogic,-1 Action fro:r 'l-imatullties
or tof N'!~tj--;=lly Influenc~-s of zr--~-- nril J."Ill rlo-ic,~tn'rntion-s
k .-Il C 11
or -11 Fl~~,-Ivv in Blood T~ss~.ls)
'-r o' a 3cienc,~ dc-nt,~. Rnlingr~,-q !"nrlic-l
1050

34835
S/ i06/6 2/0C)O/00,3/005/0 i(-.
A055/AlOl
C/'
AUTHOR, Shmilevich, M,S.
.1, Relationship betweran the Instabill-.-y of the m.-xtulus and of the
phase of the amplification factor of amplifiers wish single-
channel feedback
Elektrosv-yaz', no 31, 1962, 28 - _31
In th-.s article is e XaM4 ned the instability, not only of the mo,-Ju-
1~s, also of t-he phase of the amplification factor of amplifiers with slngle-
,:hannel feedback, The instability of the complex amplification fa--~?,Dr of the-~e
am.Tlifier-s iE de-ermine-d by.,
dKfeedb
d(lnkfeedb) = d(lnKfeedb)+idffeedb Kfeedb id~feedb (2)
where kfeedi: is 'he complex amplification fa---tor, Kf edb is lts modulus, and
qf,,.ftb is its phase shift, The real and the imaginary components of (2) re pre sart..,
r-e;-z;:ec-ivE;1y, ",ne mc-dulus instability and the phase instability, Deducing the
ex-,r---zsiznS ftr dKfieedb and dffee~Tb, and substitutLng -them in (2), the author
Kfeedc

S/1005 A 2/000/003/005/0 10
Reiaticnshiv te tween A055/A101
ob"ains
d(inkfeedb) + i JdK + idq) 1 + d(Ink) (5)
Smod Sph ~K Smod 1'~ph
whe re Smod 2,6 Kcosf +a 2K2
1 -)G Kcos f
is the modulus sensitivity of the amplifier with feed'D&-,k, and
Sph = 1 - 2/3 Keos? V2K-2
jGKs in
is its phase aensltivll~,y, 0 leing the feedback factor, K rhe modulus of the
. I
amplification factor without f6edlack and argO K, Whereas Smod character--zes
he s ~- 'abilization of the emplification factor modulus, Sph characterizes the
~'a'-iiizatlon" of the phase shift by the feedback, In the second part of the
ie-~" ~
the author describes a graphical Y-jethod permit-ting Ithe determination of
and Sph. 'Fhe conclusions of the author are- 1) The magnitudes,6K, 92,
Smcd and 3ph characterizing the amplifier with single-chtnnel feedback being re-
lated, the knowledge of -t~wo of these magnitudes is suffici~n-' for the determina-
Card 2/3

SH1,91SVICH, M.S.
Relationship between the instability of the modulus and phase of
the gain factor of an amplifier with single-channel feedback.
Elektrosviaz' 16 no.3.-28-3J Mr 162. (MIRA 15 :4)
(Amplifiers (Electronics))

rOPIC TAGS: feedback amplifier, amplifier frequericy charactaristic
14-- .1 - - - .

1: M " I , , ;, ~,i,j -1 )
.111, - .- i I I -
-i ieea- -~h --r, ~ , - , ,r- if F'a nt imp roveirent and P !,,I r,'~ Grzw ` -,,! .-
Term -ad koz-, 8
Sir ~
, A Q - , j . - ;. I

DVOYEGLAZOV, B.; SHMIWVICH, E., gruppovyy mekhanik po remontu.; KATS,AJ,
gruppovy~-m-e'a-an-il-~-o-rM-ntu
Reply to Novoivssiisk mechanizers. Mor.flot 22 no.12:4+5 D 162.
(MIRA 15:12)
1. Zamestitell nachallnika rayona po mekhanizatsii Odesskogo
porta (for Dvoyeglazov).
(C~xgo handling-Equipment and supplies)

FATS, A.; SHMILOVICH, E.
ModernizaLion of the 41000MI automatic loader. Mfor. flot 25 na.4:
15-16 Ap 165. t% 18: 6)
1. Rukwroditell gruppy otdela portavoy mekhanizatsii TSentrallnogo
proyektno-konstruktorskogo byuro-3 (for Kats). 2. Starshiy lpzh.
garazha avtopogruzchikov Odesskogo porta (for Shmilovich).

- 7 7: a C : : ,T .'I . , -"rP 071.21, A. S.
-Di-- I s
-'Iarco-- cs.
t, :.
Co,:-:~inea therin of schizophrenia. Zhur. nevr. i psilch. 52 xic. 3, 1952.
y
!-~,nthly List of Russlan Accessigns., of Con-yess, Auc-ust, 1952. U.,JCL4S3IFiIED-

SINTLOVICH, L. A;SIVTSOVA, A. S.
Combined therapy of schizophrenia. Zh. nevropat. psikhiat., Moskva
52 no.3.-59 Mar 1952. (CLML 22:2)
1. Of Kursk Psychoneurological Hospital (Head Physician -- A. V.
Nikitina).

:!a
ne
b -`rnn;~' aya p sJ -,n~ c. %r -3 bo 'ri.i No. lavrly-j
B.A. '-io-ozov~ naiinl~nyy nakovocill.t.e~l' prof, A,N~ Molo~Kovjl
SSR-, Kishinev.

TO?CHIYEV, A.V., akademik, glaVLIyy redaktor; ILOVSKIY. N.M.. doktor ta-
khnicheskikh nauk, otyetatrennyy redakci~OrF;-~-,~bubbirisybiLiz, Y.L.. redak-
tor; MEZIN, I.S., redaktor; RADZHAFOV, E.M., reds ktor; - PLISKIN, L.G.,
redaktor; STRAKHOVA, L.P., redaktor; YARMOLICM, G.G., redaktor;
PRUSAKOVA, T.A., tekhnicheskiy redaktor
CSession of the Academy of Sciences of the Tj-S.S.R. on sciantifi~.-
problems in automatization of production, October 15-20, 1956.
Overall automatization of production processes] Sessiia Akademii
nauk SSSR po nauchnym problemam avtomatizatsii proizvodatva, 15-20
oktiabria 1956 g; kowleksnaia avtomatizatsiia proizvodstyannykh
protsessov.. Moilcva, 1957. 310 P- NLRA 10:4)
1. Akademiya nauk SSSR.
(Automatic control) (Automation)

SEMIN, M.
Growth of deposits in Rostov Province savings banks. Fin. SSSR 16
no.1:65-67 Ja 155. (MLRA 7:12)
(Rostov Province--SavingB banks)

SMUM v - "--
~ '!L-. AX,
Aixtorwitic production IiInes. On. tekh. 2 no.2:77-78 Y 158.
(14M 11:2)
1. Zaveduyushchaya otdolom, tekhniki. Sverdlovskogo dvortsa pionerov.
(Automatic control--Models)

YAKOVLEV, I.I.;LISOVSKAYA, G.M.-,SHMINU. G.A.
3lectrical activity of the cerebral cortex and of the uterus in labor
as an objective index of the efficacy of painless labor. Akush. gin.,
Moskva no.5:37-45 Sept-Oct 1952.. (GLML 232)
1. Profesaor for Yakovlev. 2. Of the Department of Obstetrics and
Gynecology (Head -- Prof. I. I. YakovlLvv (Sverdlovak Medical Institute
(Director -- Prof. A. F. Zverev) and of the Biophysical Laboratory,
Sverdlovsk Scientific-Research Institute for the Gare of Mother and
Child (Director -- R. A. Kalysheva).

YAKOVLEV, I.I.; LISOVSKAYA, G.M.; SHMINKE , G.A.
Electrical activity of the cerebral cortex in the psychoprophylactic
method of painless labor. Ak-ush.i gin. no.1:3-8 JA-F '54. (KTRA 7:6)
1. Iz akushersko-ginekologicheskoy kafedry Sverdlovskogo meditsinskogo
institute i Sverdlovskogo nauchno-issledovatel'skogo institute okhrany
materinstva i mladenchestya (Nauchnyy rukovoditell i z9veduyushchiy
kafedroy - professor I.I.Yakoviev).
(Blectroencephalography) (Childbirth--P.93rchology)

SHMIIM, G.A.
avalliation of tha blonlectrical activity of the cerehml cortex in
man in ralation in inhibition and stiumlation. Zhurevyasnerv.dalat.
1P no.6:882-888 N-D 154. (MLRA 8:7)
1. Blofizich8skaya laboratoriya Sverdlovsko.-o nauchno-issledovatell-
skogo instituta okhrarT materinstva I mladenchestva.
(ZMCTROMTC3PRA,L06'PP-PIff ,
eff. of stimulation & inhib.)
(CHR RAT CORTM, physiology,
eff. of stimulation & inhib., RRG)

SHMINKE, G.A.
New method of evaluating the bioelectric activity of the brain by
using electric integrator. Miul. eksp. biol. i med. 37 no.6:65-68
is 154. (MIRA 7:8)
1. 1z biofizicheskoy laboratorii Sverdlovskogo institute, okhrany
materinstva I mladenchestva (dir. R-A.Malysheva, nauchn. kurovod.
prof. I.I.Yakovlev)
(BRAIN, physlology,
electropl7siol., determe, appare)

SHKINKE G.
Integration of bioslectric activities of the brain and obtaining
condensed oscillograms in man. Biul. eksp. biol. i med. 38 no.11i
71-73 N '54. ~ (MIRA 8-1)
1. I-&biofizicheskoy laboratorii Sverdlovskogo inatituta okhrany
materinstva i mladenchestva. (dir. R.A.Malysheva)
(BRAIN, pl7siolog7,
electropl7siol.. integration of bioelactric activities
& condensed oscillograms in man)

SHKINKS, G.A.
[Electric measurements in physiology and medicine] Blektricheskie
izmereniia v fiziologii I meditsiae. Mosk7s, Medgiz, 1956. 205 P.
(ELECTRIC MRASUUMTB) (KIRA 10:3)
(EIaCTROPHTSIOLOGT)

USSR/Human and Animal Physiology - Nervous System. R-12
Abs Jour Referat Zhur - Biologiya, No 16, 1957., 71116
Author Shpinke, G.A.
Title The Evaluation of Bioelectrical Activity of the Cerabral
Cortex in Man in Relation to. the Processes of Excitation
and Inhibition.
Orig Pub V sb- Vopr- -beor-�� I Fx-al~~tlkl Le WU
1956, 245-258
Abstract Determination of gross bioelectrical effect, usually for
1 min., was done by the aid of a linear detector and
coulombometric integrator. Summary bioelectric effect
of the occipital cortex was determined in the states of
waking and sleep (during 45 minutes) and with open and
closed eyes (5 minutes). The author suggests thatr--.,-
activity does not appear to represent "EEG", which fcha-
racterizes the actively excited state of the cortex.
Only Alpha and Delta rhythms actually reflect the func-
tional
Card 1/2 85 -

SHMUM, G.A.
Bioelectric effect in occipital and frontal cortical lobeB in yon
with covered eyes. Biul. eksp. biol.i med. 41 no.2:11-14 F t56
(MLRA 9:6)
1. Iz SverdlovBkogo nauchnO-iBBledovatel'Bkogo institute. VOBstanovitel-
noy khirurgii, travmatologii 'L ortopedii (dir.-chlen korrespondent
ARI SSSR prof. F.R. Bogdanov) Predstavlons. deystvitellnym chlenom
AMU SSSR. V.11. Chernigovym.
(CEREBRAL CORTEX, physiology,
off. of covering of eyes on bio-electric funct. of
frontal & occipital regions (Rus))
(EYES, phyBiolo&v,
eff. of covering on frontal & occipital cortical bio-
electric funct. (RUB))

SMIN", G.A.
Integration of biopotentials of brain and muscles. Biul.eksp.
biol. i med. 41 no-3:?5-78 Mr 156. (MIRA 9:7)
1. Iz Sverdlovskogo natichno-isaledovatellskogo instituta vosetano-
vitollnoy khirurgii, travmatologii 1 ortopedii (dir.-chlen-kor-
respondent ARN SSSR F.R.Bogdanov)
(ELECTROMYOGRA.PHY
bio-electric potentials, integration with BEG)
(ELECTRO,ENCEPHALOGRA.Pfff
bio-electric potentials, integration with
elect romyography)

AUTHORi Shminke, G.A. (Sverdlovsk) 47-6-24/37
TITLE: An Electronic Signaling Device (Elektronny-j signalizator)
PERIODICAL: Fizika v Shkole, 1957, # 6, page 68 (USSR)
ABSTRACTt This electronic signaling device is intended to go off
when the guarded object is touched. The article contains a
diagram and gives the principle of operation which consists
of conveying a positive potential to the grid of a triode.
The device operates on 120 v a.c. and can be used as an aid
for teaching physics in the 10th class. A detailed description
of the device is given in the article.
There is one figure.
AVAILABLE: Library of Congress
Card 1/1

'-r '-, - , , - 1, - .-' I ."i
I L . r-4
KROLI N.G.; SHMIIffA, G.A.
Differential thermometry as a
the intensity of tvperkinesis
ipsikh. 57 no.12:1467-1471
method of objective registration of
Cwith summary in French]. 7-hur.nevr.
157. (MIRA 11:2)
1. Iz laboratorii klinicheskoy fiziologii Sverdlovskogo nauchno-
ifiBledovatel'sko,go instituta vosstanovitellnoy khirurgii--f-'travma-
tologi~.i i ortopedii (dir. - prof. F.R.Bogdanov)
(BODY TEMPERATURE, in various diseases,
differential thermometi-y in detprm. of intensity of
hyperkinesia (Rus))
(MOV&IEIP2 DISORDERS, physioloa,
same)

SMIITKE, G.A.
Quantitative recording of the frequency of muscle biological currents
on a kymograph. Biul. eksp. i biol. med. 50 no. 8:122-124 Ag 160.
(MIRA 13:10-)
1. Iz Sverdlovskogo nauchno-issledovatel'skogo instituta
travmatologii i ortopedii (dir. - kAndidat meditsinskikh nauk
Z.P. Lubegina). Predstavlena deystv. chlenom MIN SSSR V.V.
Parinym.
(MIOGRAPHY) (MUSCLE) (EIECTROPHYSIOLOGY)

SfR-IINKE,, G.A.
Alpha and Beta waves in the electrical activity of the cerebral
cortex, Zhur. vys. nerv. deiat. 11 no.2:245-2-/B Mr-Ap 161.
(MIRA 14:6)
1. Research Institute of Mother and Child Protection, Sverdlovsk.
(ELECTROENCEPHALOGRAPHY)

SMUNKE, G.A.
Integration of the mechanical impulses of the heart. Blul.eks
biol. i med. 51 no.1:107-109 Ja 161. (MIRA 14: 5y,
1. 1z Sverdlovskogo nauchno-issledovatellskogo instituta obshchey
riLaterinstva i mladenphestva (dir. - kand.med.nauk R.A.Malysheva,
nauchnY7 rukovoditji-,!' - doktor meditsinskikh nauk V.M.Lotis).
Predstavlena deystviteltnym chlenom ANN SSSR V.V.Parinym.
(HEART)

2~07 OD
AUTHOR; Shmirous, K.
28015
jr
08,, 6 *~ /r
S
/ / ,
B101/B1 10
TITLE- Semiconductor compounds with one excess componen,,
I-EPIODICAL; Referativnyy zhurnal. Khimiya, no. 15, 1961, 20., abstract
156195 (Sb. "Vopr. metallurgii i fiz, polluprovodnikov"-, 1d.
AN SSSR, 1959, 117-119)
TEXTi The effect of non-stoichiometricity on the electrical properties
c-f several semi-conductor compounds of group A IIIBV (antiaicnides of Al.
lUr4 I
C~-j aX,.q4 TIO ; of group AIVBVI (tel ides o-F Si and GO and of grout
AVB VI (Bi teliuride was studied. The samples were purified by zone
meltinz, The concentration of tile active impurities was determinela;
iall constant. It wa~ demonstrated that the antimonides of the
mf~tals of group III have hole-type conductivity at arbitrary no
S to 4 C !I I OWetrj C se
i I - iti, In bismuth telluride Bd excess cau s h-'~;
cr,:.duct-.--ity, Te excess, however, causes e-lectron c,-nduct'--vi f':, In t~!e
C _-, r d' 1 / 2

,~;.,',.;,:nductor compounds with
and 'e tel lurides a disturbance
tl,,e of actl;ve defects
r a n sla --i o nJ
2P, 0 -, 5
S/08 /001-1/15 i
one BIOI/'B!10
o~ the stoichiometric ratios
in the crystal. [Ab3tracter, S
C;-:r--" 2/2

L 21143-66 El',T(M)/EV-.?(j)/T/51,','~,(h)/El~','A(I ~111
SOU~
Cr
ACC NR: AP6003503 CODE: UR/0364/66/OO2/OOl/O3-17jOl2jj:
AUTHOR: Silin', E. A., Motorykina. V. P. Geyderikh, M. A.; Dagdovs
B. E.; Krentsell, B. A.
ORG: Latvian State University (Latviyskiy gosudarstvennyy universitet); Institute
of Petrochemical Synthesis, cademV of
A -Scien=-OML(Institut neftekhimicheskogo
za Akademii nauk SSSR)
t
TITLE: Structural changes in polyacrylonitrile during infrared irradiation
SOURCE: Elektrokhimiya, v. 2, no. 1, 1966, 117-122
TOPIC TAGS: polyacrylonitrile, IR absorption spectrum, electron spectrum
ABSTRACT: The purpose of this investigation was to study the effect of intense ra-:
diation on polyacrylonitrile. The selective interaction of radiation on the vibra-~
tional energy of individual groups of polyacrylonitrile molecules was assumed. The
use of a concentrated IR beam was used to obtain a polyacrylonitrile film with
treated sections of a given geometric configuration and degree of conversion. Poly-!t
acrylonitrile film was obtained by redox initiation with an average molecular
UDC: 621.315.592 547
iCard 1/3

L 21143-66
~ACC NR: AP6003503
weight of 23000-36000. The films were prepared from 3% polyacrylonitrile solution
iin dimethy1formamide and kept in vacuum to a constant weight. The film thickness
was 8-12 microns. The films were irradiated in 10-5-10-6 mr, pressure chamber
through a quartz window about 100 mm from the.light source. The spectra of irra-
;diated samples were obtained in air at room temperature. Electronic absorption
spectra were taken on an SF-4 spectrophotometer and vibrational spectra were taken
pon an IKS-14 spectrophotometer. It was found that infrared irradiation produces
,significant changes in the vibrational absorption spectra of polyacrylonitrile. Them
JR irradiation increases the mobility of hydrogen in tertiary carbon and facilitates
:its migration to the nitrile group, >C=NH, which, in turn, produces intermolecular
,cross-linking. The hydrogen band is formed between the >C=NH group and the neigh-
:'boring nitrile group. This scheme is slipeorted by the appearance of the diffuse ab-
region, which is assigned to the valence
sorption band, shifted torfard the 3.45 cm
,vibrations of the >N-H ... X=C-group. Electronic spectra also indicate the forma- !
ition of polyunsaturated bonds. The comparison of the vibration absorption spectra
:of polyacrylonitrile upon thermal treatment with those of the same material irra-
!diated with IR show that both in their initial and subsequent stages, the conver-
ision process during IR irradiation differs from the conversions which take place
!during thermal treatmento Conversion of polyacrylonitrile during IR irradiation
[Card 2/3

-66
L 21143
ACC NR: AP6003503
cantly higher than during thermal treatment. A. t;. rrun
perimental part of this work. Orig. art. has: 3 figuri
CODE: 07/ SUBH DATE: 27Apr65/ ORIG REF:
/4,
[Card -3/3

51 -6 -lu/26
AUTHOR: Shmit$ 0. A.
TITLE: The Effect of Folarised Light on Colour Centres in
Alkali Halide Crystals. (Vliyaniye polyarizovennogo
sveta na tsentry okraski v shchelochno-galoidnykh
kristallakh.)
PERIODICAL: Optika i Spektroskopiya, 1957, Vol.II, Nr.6,
pp. 755-758. (USSR)
ABSTRACT: This paper was presented at the Conference on Luminescence
held in Tartu in June 1956. An additively coloured
monocrystal of KG1, with F-band only (Fig.1, 1),
illuminated with linearly polarised light of wavelength
corresponding to the F-band absorption, exhibited the
following effect: absorption decreased and the well-
known F2-,F2 - and M-bands appeared. All these
absorption bands exhibited dichroism (Fig.1, curves 2
and 3). The absolute intensity of dichroism depended
on the intensity and duration of illumination and on the
angle between the electric vector of polarised light and
Card 1/3 the symmetry axes of the given crystallographic plane.

61-6-10/26
The Effect of Polarised Light on Golour Gentres in Alkali Halide
Crystals.
On illumination with M-band linearly polarised lif)at,
whose electric vector lies along the direction /- 0112,
absorption in the direction Z-011 7 decreased
_j (Fig.2,
curve 11). Dichroism, also decreased, and if the crystal
vas illuminated for a sufficiently long time, dichroism
disappeared and then reappeared with an opposite sign.
Simultaneouslythe M-band absorption in the direction
/-C711
L _7 increased (Fig.2, curve 21). The F-band
absorption changed also. It is suggested that the
observed dichroism, in the M-band is linked with the
intrinsic structure of the M-centres: in the F-band
dichroism is due to the polarising action of the M-centres
on the F-centres. Illumination of an additively
coloured crystal of K01 in the M-band may be used to
reveal repeated trapping. There are 3 figures and 6
Card 2/3 references, 2 of which are Slavic.

SUBJECTi USSR/Luminescence 48-4-38/48
AUTHOR: Shmit O.A.
TITLE: Effect of Polarized Light on Color Centers in Alkali-Haloid
Crystals (Vliyaniye polyarizovannogo aveta na tsentry okraski
v shchelochno-galoidnykh kristallakh)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Fizicheskaya, 1957,
Vol 21, #4, P 588 (USSR)
ABSTRACTt Centers of color (capture centers) in alkali-haloid crystals
were investigated. The method used consisted in the following:
photochemical reactions are induced in a colored alkali-haloid
crystal by means of linearly-polarized lightl products of
reactions are studied (for light absorption) by means of also
linearly-polarized light. If these products are anisotropic
formations, dichroism is observed in the light absorption.
Measuring the amount of dichroism and its angular dependences,
it is possible to judge on the structure of color centers.
The dichroism in the absorption M-band of KC1 crystals ob-
Card 1/2 served experimentally confirms the model of M-centers proposed

AUTHORS: Shmite,
TITLE: O!-,tical
Se- and
20841
Sj/04C-/61/',-25/003/030/0z!7
B104/B202
O~ A. and Zakis, Yu. R.
properties of alkali halide crystals with 0-, S-,
Te-impurities
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya,
v. 25, no. 3, 1961, 385-5815
TEXT: This paper was presented at the 9th conference an luminescence
(crystal phosphorg), Kiyev, June 20 to ?5, !960. The studies are descrilbed
which were made in continuation of those of 1959 of alkali halide crystals
with 0-, S-, Se-, and Te-impurities. T'--e KC1 KBr and KJ crystals were
obtained by breeding by the method of Stockbarger. or by -diffusing --m-rurity
vapor into colored crystals. The study cf the absorption opectra cf th'?
crystals containing oxyger impuriti-3s t3howed results wh.ch wero in agrep-
ment with 'hose obtained by western scientists in earlier paperz. Fig., I
shows the absorption spectrum (curve 1), the ex-~,-Jtation spectr-xri (~~u:,ve 2),
and the spectrum of photcluminescence (curve 3) 'it, the case of
with X 313 mit of a KBr-Se crystal. A KB-r-Te --rystal 'na-s a s-,miiar
Card 1/,

208L1
S/0A8/6!/O25/C,O3/C3C/047
A B202
Optical propei:`ies of alkali ... BIO_T/
spectrum, ThF, KC1 crystals with the abov, imp~ur~ tii~!s --how a mcnatc.-i4c
increase of absorption into the direction of shorter waves Withoo" dlstinct
maxia-a. All cry^~ta.3 have weak photoluminesce-.,2e in the visible range
which ias hitherto not been studied more accurately, Abaozption in
KJ crystals with thp same impuritles increases into the same
however, maxima can be observed. They al3o exhibit phozolum'Laescenc-? in
the visible r~nc-e of the spectrum. Hence, it is obvi-us that thc- absorp-
tion and luminescence spectre. of KC1, KBr, and K." crystals with G-, S-,
Se-, and Te-impuritiez- are characterist-_,~~ of this ypi.~ sf impuriti-ns.
This becomes especially manifest by the -fact that these spectra of the
mentioned crystals are completely different when containing Cu or Fb.
Furthermore, it was cl.-Larly observed that the Maxima of these spa.3tr_"
decrease with decreasing concent-raticri of the impurities. It ic, assu;.-,ed
that. the mentioned impiritie~~, are bivalent an-ions in the crystT,1 laitice.
In +he follo,,%,ing di-cussion Cl., B. Lushchik states t,,at the ma.4or part of
the ra-ners dealz -xith the stud,-., of caticn impurity lum-iiiescence cen+cr=
and 1-ha-t more attention i~'-ould bc. raid to 'h- anion lumine3cenc~- cent,~is,
There are I fi-~-urp and ~, aor-_Qo-~rie+-b1cc references.
tD
Card 2/1,

t4- Cal "'ropertie:-, cf a!
A S' 2Ik T 10 '--1 jl~~tuviyskiy
Universitl--
20841
S/046/61/025/On7IPT'-'/Oe7
-1 " c I:
-a I-J...
goo. univorjitet i-m. P. Stuchki (Latvier, State
imeni P. Sticlhki)
12
ev
"ard 3/3

ACCESSION NR: AT4016303 0/0000/62/000/000/0164/0163
AUTHOR: Alekseyeva, L. A.; Z21ds, Yu. R.; Shmit, 0. A.
Ti;~
TITLE: Optical properties of alkali halide crystals with admixtures of elements of the
sixth group
41
SOURCE: Vses. soveshch. po fiz. shchelochnogaloldn. kriBtallov. ?d, Riga, 1961.
Trudy*. Piz. shchelochnogaloidn, kristallov (Physics of alWJ halide crystals). Ripp
1962, 160-163
TOPIC TAGS. alkali halidg, alkali halide crystal, optical property, luminescence,
absorption spectrum, crystal impurity, spectrophotometry, sulfur admixture, seleniuml
admLxture, tellurium admixture
ABSTRACT: Crystals of alkali halides such as NaCl, KCI, KBr and KI, containing sman
amounts of S, Be, Te, Na S or ZnS as impurities, were subjected to spectroscopic
studies. Comparison of 2e absorption, excitation and luminescence spectra of such
activated crystals revealed a series of weak maxima in the near-ultraviolet and visible
absorption spectra, while the excitation spectra showed 1-4 clear maxima in the near-
ultraviolet, only some of which, however, coincided with the maxima in the absorption
1/2
Card

ACCESSION NR: AT4016303
spectra. in the case of KBr crystals containing 8 or Se, the excitation spectra were
affected by the method of crystallization. The luminescence spectra showed 1-2 maxima
in the visible spectrum, sometimes accompanied by maxima in the near-infrared-, these
spectra were affected by the temperature and the wavelength of the excitatory light.
The luminescence of most of Uiese crystals wero only weakly polarized. The results of
these studies and studies of the quenching tempe.rature Indicate thali S and Se probably
enter into the crystal lattice as anions; among the systems Investigated, only NaCl-Te,
KC1-Te and KI-S were non-isomorphouB, resulting in only slight luminescence. It is
apparent that the luminescence centers are not merely ion activat'ors, and that there are
least two types of addition centers in these crystals. "Thanks are expressed to N. Ye.
Lushehik for supplying pure S and Se, and to P. P. Feofilov (Doctor In the Physico-
Mathematical Sciences) for'making available an instrument for.measuring the polarization,
of the luminescence. 11 Orig. aft. has: 3 figures.
ASSOCIATION: latviyakiy Gasudarstvenny*y universitet im. P.'StucMd (latvian State
University)
ENCL: 00
SUBMITTED: 00 DATE AM Omar"
A -00
SUB CODE-7.7k~p NO REF SOVt 003 OTHER. 1
2/2
Card

VASILIYEV, V.G.; IVPJlOV, A.P.; VOSTRYAKOV, 0.1.; 6.ajlTEVSKIY, V.N.;
GAFANOVIGH, M.D.; DIDE21KO, K.I.; ABUGOV, Yu.O.; SH.RA'MKOP K.N.;
ZAGARIY, G.I.; UUDCHENKO-DUDKO, V.M.; NIKULIN, Yu.Ya.;
YEFIMOV, Yu.N.; MOV, T.L.
Inventions. Avt. i prib. no.4.,73-74 O-D 164 (MIRA 18:2)

KATS, B.A.. kand.tekhn.nauk- SHIMITKINA V M.- Prininiali uchastiye:
f- -
UBAYDULJ-4YEV, Kh.; VORONINA , IfEBZLINIKOVA, G.I.
Dependence of the quality of eottonseed oil on the depth of its extraction
by benzene from the prepresved cottonseed cake. Masl.-zhir. prom. 27
no.6:10-12 Je f61. (MIRA 14:6)
1. Sredneaziatskiy filial Vsesoyuznogo nauchno-issledovatelfskogo
institute. zhirov.
(Cottonseed oil)

ALEKSEYEV, Ye.; RISLAYFIV, P.; !RMITIKO. A., modellshchik.
71 -, L~
No attention $ins payed to delegates' voices. Sov. profsoiuzy 4 no-9:71-
73 S 156. (MLRA 9:10)
1, Prodsedatell zavkoma profBo3rusa trudoprokntnog zavoda imeni Lenins,
(for Alakseyov) 2. PradsadRtell zavkompt profsoyuza Chelyabmetzavoda
Uor Buslarev). (Clubhouses) -

BUROVINA, I.V.; GLAZUNOV, V.V., LEONTIYEV, V.G.; NESTEROV, V.P.; SKn'SKIY,
I.A.; FLEYSHMAIN, D.G.; SH14ITK0M.N
Content of lithiwn, sodium,-. potassium, rubidium, and caesium in the
muscles of marine animals of the-Barents and Black Seas. Dokl.
AN SSSR 149 no.2.413-415 Mr 163. (MIRA 16:3)
1. Institut evoly-utsionnoy fiziologii AN SSSR. Predstavleno akademikom
A.P.Vinogradovym.
(MARINE FAUNA) (MINERALS IN THE BODY) (MUSCLE)

SM-IITKO J, N.
Construction ;ior':,;ro --ro o,,,.t !.a Otroi.
Roo. no.9:5-6 S 161- 14:10)
1. Gl,-.vny-,, trosta Lenotdoistroy-I Glavnogo Leningmdsh-ogo
upravlcni~-- go r0lij.1ishchcrai i ~Ta-hdanskonu st::-- itellstvu..
(Ccnstrrction incluotry)

SM,I,ITK(JVA A.
Scientific and Practical Conference of Physicians of the Health
Resorts and Sanatoriums of the Urals., Siberia and the Far East.
Vop.kur.,fizioter. i lech. fiz. kul't. 27 no-5:469-472 S-0162.
(1-aRA 16.9)
1. Zamestitell nachallnika Novosibirskogo territoriallnogo
ku-rortrn"n --ofessionallnykh soyuzov.
(AMAD-MOUNTAIN HESOFIS I IWATERDC PLACES, ETC-CODURESSES)
i-~~SOIK63 IVWER~ITG PLtICES, i2C.-COv;GRLSSES)
(60VILT iAR EAST-REALTII RESORTS, WATERING PLACES, ETC .-C 01MESSES)

S111ITKOVA A.S.; SHFAKOVSKAYA, L.I.s, red.; GOSTISHCHEVA, Ye.M., tekhn,
red.
[Health resorts, sanatoriums, and rest hom-es of Siberial Ku-
rorty, sanatorii i doma otdykha Sibir. Novosibirsk, No-vosi-
birskoe knizhnoe izd-vo, 1961. 148 p. (MIRA 15:1)
1. Gla vrach Povosibirskogo kurortnogo Upravleriya (for
shf-ai=-
(SIBERIA-HEALTH RESORTS, WATERING PIAM, ETC.)

SPMANSKIY, A.P. (Moskva);__SHMITKOVA, A.S. (Novosibirsk)
I
Gonference on research and practice of the Novosibirsk Territorial
He'alth Resort Administration, Top.kur.,fizioter.i lech.fiz.kallt.
25 no.l::89-92 160. (MIR& 13:5)
(ZMMUPMICS, PHYSIOLOGIG&L--CONGRESSES)

3TU,',I'fS
Arviz! Petrovich Gand Chem Sci (CUs.-;) 110--cidaltion of
~, N-LaRt
t~olloidal mt,11S." Rica, 1957 1 F 20 cm. (Iatvian Statle ul-niv.
-Of---Chesif 150 conies
(KL, 12-57, 103)

SHMITS, Rudollf [Smits, R.)
National holiday of the Czechslovakian people. Nauka i
zhyttia U no-5:54 My 162. (MIRk 15-7)
1. Generallnyy konsul Chekhoslovatskoy Sotsialisticheskoy
Respubliki v Kiyeve.
(GzochoBlovakia--Comnunism)

Ccrd 1/2

-7-Am
L 48561-65
ACCESSION UR: AR5011093,---
SUB CODE., LS. ENCL: 00
Card 2/2

SOV/137-59-1-44
Translation from: Referativnyy zhurnal. Metallurgiya, M9, Nr 1, p 6 (USSR)
AUTHORS: Shrnitt-Fogelevich, S. P., Sadkov, V. 1.
TITLE: Ionization X-ray Apparatus for Investigating Refractories (Ionizatsion-
naya rentgenovskaya ustanovka dlya issledovaniya ogneuporov)
PERIODICAL: Byul. nauchno-tekhn. inform. Vses. in-t nauchno-issled. i
proyektn. rabot ogneuporn. prom-sti, 1958, Nr 5, pp 103-118
ABSTRACT: Description, general view, and layout of au ionization X-ray apparatus
(IXA) constructed for X-ray investigation of refractories. ~he IXA
was used for the identification of the following structurally similar
crystalline phases: Kaolin and clay, mullite and sillimanite, and
zirconium dioxide of cubic and monoclinic varieties. With X-ray
diffraction patterns (X) identical for the minerals compared, signifi-
cant differences in the intensity of the lines and the values for the
interplane distances were found. The phase composition of corundurn-
mullite mixtures was determined quantitatively with the aid of IXA.
Compared to the conventional Debye diagrams the precision of the
results obtained on the X's photographed with the IXA is the same,
Card 1/2 while the time needed for the determinations (exposure and

Ionization X-ray Apparatus for Investigating Refractories
SOV/137-59-1-44
development of X) is appreciably reduced, thus rendering the ionization method
less labot-consuniing than the Debye i-nethod. Besides, the presence of a Pt
fUrnacu within the IXA permits the photographing of X's at teniperatures up to
15000C.
Ya. G.
Card 2/2

c3k) SOV/76-33-4-22/32
A T
THIOR S Materova, Ye. A., M,oiseyev, V. V., Shmitt-Fogelevich, S. P.
TITLE: Comparative Study of the Electrodic and Exchange Properties
of Glass Electrodesby the Use of Radioactive Indicators
(Sravnitellnoye issledovaniye elektrodnykh i obriennykh svoys'uv
steklyannogo elektroda s primeneniyem radioaktivnykh indikato-
rov).LBehavior of Sodium Glass Electrode in Solutions of
Silver Nitrate (I. Povedeniye natriyevo.go steklyannago elektroda
Y rastvorakh azotnokislogo serebra)
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 4, PP 893-1,102
(USSR)
ABSTRACT: With refeTenceto various data found in publications concerning
the behavior of glass electrodes (Refs 1-12) it may be assumed
that owing to the similarity of the ion radii of sodium and
silver, the sodium -lass electrode (GE) may be easily con-
verted to the function of a silver electrode. In the work under
review, the authors measured on the one hand the quantity of
silver ions absorbed by the sodium glass as a function of
time, and on the other hand they investigated the process of
the passage of (GE) to the function of a silver electrode.
Card 1/3 Three different galvanic cells were applied. The -lass electrode
0

SOV/76-33-4-22/32
Co m-parative Study of the Blecturodic and Exchanje I'Properties of Glass Electrodes
bv the Use of Radioactive indicators. I. 3ehavior of Sodium Glass Electrode
in solutions of Silyer Nitrate
f
kGE) was prepared from glass having the following composition:
Sio - 71 mol,'16, B 0-11 mol-/., Al 0 - 3 mol%, N 0 - 15 mol~o
2 2 3 2 3 '2
(,-lass PTr 2 (Ref 3)), whereasthe metallic silver- and silver
chloride el(-.-ctrodes were prepared in the usual way (Ref 20).
The cation absorption through g1 was determined radiometri-
cally by the aid of isotopes AGM-9 and Na24 (Ref 23) with an
aluminum P-counter (AS-2) on the instrument of the B type.
The spherical shaped (GE) were left I month in a 1CFI'O' silver
nitrate solution, and the electromotive force (emf) was measur-
ed with two galvanic cells in 0.1 to 0.001 m AgNO 3- solution
(Table 1). The (GE) were found to behave like silver electrodes
as early as after 18 hours in A.-NO 3- solution. Experiments were
carried out' with the (GE) in solution mixtures of AgNO + TWITO 3
and it was observed that with a concentration ratio Na Ag
1 : 1, the Na-glass electro~-_Ie acts like a silver electrode
(an approximate constant (er.-L) was obQerv~d also by A. N.
Card -0/3 ?.Iosevich on Na-glass electrodes in Nar-Ag solution mixtures).

SOV,/76-33-4-22/32
Coziparative Study of the Electrodic and Exchan.rfe Pro-Derties of Class Electrodes
by the Use of Radioactive Indicators. I. Behavior of Sodium Glass Electrode
in Solutions of Silver Nitrate
Radiation data showed that the absorption rate of Ar,-ions on
(GE) surpasses considerably that 7f Na-ins. The pnotant of
the exchange reaction Na, + Afr N a + Arr was
,,lass Usol ~ 801 ~Glass
compnted according to an equation by B~ P. Nikoll1kiy (Refs 1,24)
(Table 2), and is in the order of magnitude of 10 , which + fact
points to 'he considerably hi.-her solidity of the bond Ag plass,
as compared to Na glass. On the reaction of glass with aqueous
salt solutions, 'he ion diffusion in the glass plays a major
role (Ref 25), which also a-plies to the present case (Pi- 5).
In thIs connectuion, an initially rapid absorption of 'he
tuakes place at the glass surface and this "silver
layer" diffuses into the -lass (Figure 6 diagran of 'he A- dis-
tribution in the glass). In conclusion, gratitude is expressed
to Professor B. P. Nikollskiy. There are 0 figures, 2 tables,
371A 26 references, 12 of which are Soviet.
ASSOC!-TTOIT: Leningradskiy gosudarstvennyy universitet in.. A.A. Zhdanova
(Leningrad State University imeri Al. A. Zhdanov)
SUB1.11TTED: October 1, 11057
11 ar d ~ /3

S/020/61/140/003/019/020
B103/B101
AUTHORS: Goncharov, V. V., Prokoflyeva, Ye. A., and Shmitt-Fcg-g-levich,
S. P.
TITLE; The R 0 phase in roasted chromium spinellides
2 3
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 140, no. 3, 1961, 648-651
TEXT: The authors endeavored to clear up the following problems: a) is
the R203 phase in the grains of chromium spinellides roasted at 1200 and
14500C, or should it.be considered a solid solution Fe 20 3 -0r20 31 b) What
is the composition of the R20 3 phase, and what are the kinetics of its
formation? 1) 3aranovskiy and 2) kempirsayekiy chromium spinellid6s were
tested by roasting between 700 and 16000C) and differed noticeably in their
content of FeO, Cr2o 3, A1203 , and Fe203- M. Ye. Borodacheva assisted in
analyses. X-ray patterns were taken -with a PG-500 (URS-50I) diffractometer
with CuKa radiation. The results are given in Table I. The R20 3 phase was..r-
found i the x-ray pauterns for the chromium spinallide 1) between 800 and
Card I

S/020 61/14 0/003/019/020
The R20 phase in roasted ... B I ON 01
3
15000C, and for 2) between 800 and 16000C. Below 8000C it is assumed to
be x-ray amorphous. The calculated,values of a R 0 are always considerably
2 3 11
lower than those found experimentally. Tfiusy the method of calculation
according to the equation
d. cos _cl
RIO' 2 (hs+k2+12)- I_tg2.!)(hk-1h-1k)
a
. V ( . . 2
sin -T -sin y
has proved a failure. Because of these differences and the dimensions Of
the ionic radii, it is assumed 'that the Pe203content of the R 203 phase is
higher than the calculated valve, Most likely, the iron oxide formed by
oxidation of the FeO in the initial chromium spinellide is part of the
residual chromium spinellide up to a ratio of RO R90 1. It is 'assumed'
. 3
that RO : Pe 0 in the residual chromium spinellide -remains constant at
2 3
all'temperatures. The R203 (Fe2031 Cr 203and Al20 3) excess over RO (8m)
forms the R2 03 phase. Two equations were derived for calculating the
Card 2/e

S/020/61/140/003/019/020
The R20 phase in roasted ... B103/13101
content of Cr 203 and Al 203 in the R 203phase:
mFe 0 mCr 0 + mAl 0 ' 4mi 5-42m Fe 0 + 5.35mcr 0 + 5.12m Al 0 ' a An;
2 3 2 3 2 3 2 3 2 3 2 3 "2~
where mFe 20 3YMCr203 P MAl20 3are the molecular parts of Fe 2039 Cr 2030 and
Al 203in the R 203 phase. If this system of equations is solved for
M and m , where m = b, the composition aad quantity of the
Cr203 Al203 Fe 203
0 phase are obtained. It results from these calculations that the
2 3
content of Fe 203 in the R 203 phase of the chromium spi.dellide 1) increases
by 2.97% with increasing temperature (800-15000C). For 2) this increase
amounts to 1.32% (800-16000C). This interrelationship is more strongly
pronounced in the case of Al 203: Its content increasea by 15-37 and 8.22%,
respectively. Cr 203 shows an inverse dependence, since its content
decreases with increasing temperature. The yield in R 203 phase between 800
and 14 OOC is much larger in 1) than in 2). Composition and quantity of
Card M,

S/020/61/140/003/019/020
The R2 03 phase in roasted B103/B101
the R20 3 phase in the temperature range, where they can be identified by
x-rays, depend on the chemical composition, particularly on the FeO content.
There are 3 tables, 6 Soviet and 2 non-Soviet-bloo references. The two
references to English-language publications read as follows: G. R. Rigby
et al., The Iron and Steel Institute, special Report, no. 32, 43 (1946)1
J. R. Rait, Ibid., no. 32, 175 (1946).
ASSOCIATION: Vsesoyaznyy institut ogneuporov (All-Union Institute of
Refractory Materials)
PRESENTED: April 25, 1961, by V. N~ Belov, Academician
SUBMITTED: April 24, 1961
Table 1. Exper imental determination of the oxidation of FeO, of the
R203 /FeO*ratio, and of-a R203of chromium spinellides at 400-17000C.
Legend: (1) saranovskiy chromium spinellide; (2) kempirsayskiy chromium
spinellide; (a) temperature; (b) quantity of oxidized Fe0j %; (c) molar ra-
Card

GONCHAROV, V.V., doktor geol. min. npllk [deceased]; S.HMITT-FOGELEVICH, S.P.,
stal-shiy nauchnyy sotrudnik
Mullite formation in caked ciqy and commercial alumina. Trud Inst.
(, y
ogneuD. no.35:73-104 163. ~,IIRA 17:12)

VANICHEVA, L.L.; SIRETT-FOGELEVICH, S.P.
Ravid determination of the insoluble residue in clay~alumina cake.
Ogneupory 29 no.10:475-477 164. (Irlak 18:7)
1. Vsesoyuznyy institut ogneuporov.

G(RICHAROV, V.V. Ldece~,~"4j: S-P-; DORODAGHEVA, 14. Ye.
Combined methoil for the determination of the phase composition
of high-alumina refrar.-tories. Zav. lab. 30 no.6:729-730 164
(MRA 17t8)

SHMITTSY Ye., prof.
Cyclodiazomethane. Solution of the classical problera in theoreti-
cal chemistry. Zhur. VKHO 7 no.3:343-347 '62. (MIRA 15:6)
(Methane) (Chemical structure)

YATSKEVICH, N.; ShMOV) V... inzh.-fizik
Work practices in U-,e shipyard laboratory of physical metallurgy.
Mor, flot 24 no.12:33-34 D 164. (,MIRA 18:8)
1. Nachallnik tsentrallncy laboratorii sudoremontnogo za,.rodp-
v Sovetskoy Gavani (for Yatskevich). 2. TSentrallnaya laboratoriya-
sudoremontnogo zavoda v Sovetskoy Gavani (for Shmykov).

7. 1 t!
9. Monthly List of Russian Accessions, Library of Congress, Jun~a 1953. Unclassified.

SHMOLIN, ICARA TMYMI, B.I.
Striving for technological progress. Bum.prom. 35 no.12:27-28 D 160.
(MIRA 13112)
(Leningrad Province-Papermaking machinery)

SHMONIN, A.A.
Ybasuring and regulating temperature in heat-treating furnaces.
Izm.tekh. no.2:27-28 F 162. (MIRA 15:2)
(Heat treating furnaces) (Therm:)stat)

u r, I
11"onn tati,;n of Coal Loz5ses and -lethods of -'reventir- Them, in 'he (jutdoor
-u7-ol' CoiTfoine." "2n-' Tee;- Sci, vardiovs'
.~e~uild4r-7 Gncrati,-ns Df t~,,e~verdlow~k
-inin- I -1pkhm.-ineyv, ~I-An hi-,~her Education Sverdlovsk, 191---
v in ~, t pieni 'V. V.
(k I , rio l,' ,Apr ~I~J)
~30 - Sum. No. '0!;, .2 Nov 55 Lur.vey of Scientific ami Tec'6,nical Dissertations
Defended at US---A MOicr Fducatlolal Institutions. (16).

KOKUSBKIN, D.P.; FREYDENZON, Ye.Z.; KOMPANIYETS, I.A.; q!P~MIN, G.M.; LEBEDEV, -n-
A.A.; ZATULOVSKAYA, Ye.Z.; Prinimali uchastiye: DUBROV, N 'F.; PASTUKHOV,
A.I.; ISAYEV, N.I.; STAROSELETSKIY, M.I.; AKSELIROD, L.M.
Impro,iing the quality of a faceted ingot by changing the shape of its
side surfaces. Stall 25 no.7:610-612 Jl 165. (MA 18:7)
1. Urallskiy nauchno-issledovatellskiy institut chernykh metallov
i Nizhne-TagI-2:#skiy metallurgicheskiy kombinat.

77-7--

~~
fk& V.Smirnav 1
hinon
dn.
6~t durtl~ IOU WMICS ul~
-blut'lurnAgm steel,
desoAid, The m
Me
T~
faeflitat&C Ifetauo 2r udics

wem included.-.4.

4,

-7f ......

SMUNIN, I.A., inzhener; FLYUCIMOV, A.F.. inzheaer.
Use of oxygen an an industriAl scAle in 370 ton open-hearth furnaces.
Stall 16 no.12:1076-1079 D '56. (MlaA 10:9)
1. liovo-Tagillskiy metallurgicbeeki-r zavod.
(Open-hearth furnaces) Wxygen--Indvstrial ap-olicAtionR)

KLYUCHEROV, A.P.; KONDRATIYEV, S.11.; F'rinimali uchastiye: GUSAROV, F.V.;
UDOVMKO, V.G.; PETROV, G.A.; BURKSER, V.Ye.; SM-1011IN, I.A.;
XUDRIN, Ye.A.; GALAKHMATOV, S.N.; ZIMINA, L.P
KONDYURINA, R.Vi; BURI-IISTROV, K.A.; SHIRNIN, i'.A.; S11-10N.'r-m. ?.N.;
GORSHILOV, Yu.V.; KOLPAKOV, B.V.; GUSAIROV, A.K.; BOLOTOV, P.G.
Heat insulation of open-hearth furnace crowns. Metallurg 5 no.11;
14-17 N 16o. (MIRA 13: 10)
1. Ilizhe-Tagillskiy metallurgicheskiy kombinat.
(Open-hearth furnaces--Design and construction)
(Insulation (Heat))

jg.1530
28543 3/133/6 1/000/007/004/017
A054/Ai2q
AUTHORS: Kompaniyets, G. M4, Shmonin, I. A., Engineers
TITLE: News in brief
PERIODICAL: Stall., no. 7, 1961, 610
TEXT: 1) In the Nizhne-Tagillskiy metallurgicheskiy kombinat (NIZhne-Tagill
Metallurgical Plant) te;~ts were carried out to replace ferrochrome by chrome ore
in melting rimming steel for roofing sheets. In order to reduce the stickipg-tc-
gether of thin sheets rolled in packs, ferrochrome in an amount to ensure 0.20
0.25% Cr in the finished product is added to the bath of CT2xn (St.2kp) steel.
Ferrochrome could suitably be replaced by chrome-containing iron ore from the Sa-
ranovo deposit, which is added for 30 - 40 minutes until the end of rimming. Re-
covery of 20 - 30% Cr from the ore saves 3 rubles per ton; however, melting with
ore takes 10 - 13 minutes longer than the conventional process. 2) 09F2 (09G2)
steel was usually deoxidized in the ladle with 18 kg/t electro-manganese and 4 ksi
75% ferrosilicon. The consumption of rare electro-manganese could be reduced to
8 kg/t by adding a corresponding amount of silico-manganese and I k9/t 75% fez-z-o-
silicon. When a smaller amount of electro-manganese is added, the manganese may
Card 1/2

News in brief
28510 S/133/61/000/007/004/017
A054/A129
not be properly distributed over the entire volume of the ladle. 3) Me ef-ert-
of processing iron with nitrogen on the properties of iron was studied. Blowixig
of nitrogen gas th-rough the iron in the ladle does not noticeably change the me-
chanical properties of the metal. When the melt is treated with atoade nitrogen,
however (blowing ammonia through the bath), the mechanical Properties of tile
improve by 40 - 50% and its hardness will increase from 140 to a70 %. Instead of
dark and coarse-grained, the fracture is bright and compact in its aRti-Irs cru3s-
section. The amount of graphite inclusions decreases. They beo=4 finely onashad
and have a tur1rilent shape.
Cavd 2,/2

S/13a/6-1/000/0 07/IM6/0177
A054/A129
AbTHORS. Kompaniyets, Q..M,, Shmonin, 1. A., Engineers
TITLEi News In brief
PERIODICALt Stalg, no. 7, 1961, 648
1) In the Nizhne-Tagillskiy metallurgichoskly kombinat ("1qizbne.,Tag119
Metallurgical Plant) the meabanloal properties amd rolling- characteriat-tes of -
-;- ee experimental batches of rails were, studied'~ One betch (A) was. modified with
thr
vwnadium, another cont-tained chrome-vanadium (B) and the thi-rd -batlc-h -(0) donslejed
of Orsk-lUxalilovo iron and contained chrome --nickel. The test--_-ails had tt,,.e,
lowing ,omposition-g,
C Mn Si P 3 C. Ni V
A 0_65-0,,65 .0.7-1.0 0.17-0.28 0.635 0,,04 0-15~0.3
B o.3,ez-o,.45 0.7-1.0 0.17-0.*28 0.035 OjO4 26-3.2 00"l -062
o.8-1.1 0.20-0.37 o.o4o o.o4
C 0.65-0.75 0.5-0~6 OL,5-,0.7
1he properties of rails "A" correspond with FaCT(GOST) 0706-59T (T), hFa-fl- thLe Per-
Card 1/3

News In brief
S/133/61:i/00'0/OOV(Y16/917
A054/A129
centage of first-grade product dropped by 2 - 3 compared with t~4,6- ,yonveni~leral
carbon steel rails. With regard to yield point and plaatuicity "A"-raf7zs ware
better than the M75 (M75) type. The production of "B11-type Involved con.-
2iderable waste- their mechanical properties are to Ithose of refined
'(hArdened and wmealed) carbon-st-eel rails, whereas the rails made ef iteel "C"
were neii-satisfactory; they could not be heated uniformlj, tiad-maay flaws and
thelr masrostructiire was Inferior. 2) Industrial-scale teat-a wer-e ~!arrted out-in
I
the Niz-hne-TE'agil-9 Plant to examine the volumetric hardenir4 of -rallis.. Tb.e 'Vest
equipment consisted of a eompartment furnace for rapid heat-ing, -fuelisd by coke-
gas and a menhanized harden-Ing7 device. The metal was hea-ted to 910o - 9600C,
hardening took place at 8400 - 880 0C in 5pindle oil with a maximum temperature of
1100C for 4 - 6 minutes3 annealing lasted for 6 - 8 hours after ha_~de.-Ung with a
2-houra holding time. After this treatment the metal dl,3plaved *,he -following
properties%
6B 2 6s 2 ak 2 dB
115 - 130 k&/mm ; 75 - 95 kg/mm 3 7 10%; 3 - 5 kgm/cm ; 3.1 - 3.5 mm
3) A method for producing colored metals was established In the Nizhne-TagiV Ma-;~..
The method of producing components of different colers is based rjt the oxidatJon
of the metal by the atmospherio oxygen upon heating to 2800 - 6000C. IDuring this
Card 2_/3

News in brief
S/133/6VO00/007/016/017
A054/AI29
oy--l"dAtIon peried,,pelored-fij4ts are forning on the polished metal av--face. The
temperature at which these films appear on the various structural constituents are
dependent on the chemickl composition of the elements, t-,.-eir physical properties,
the orientation of the crystals. et-c. The conditions- for coloredpicLing of Car-
bon and alloyed steels have been established.
C ard 3/3

K0111 QUIETS y CIA.Iz , inzh; SIII-IONIN , I.A. , inzh.
Research at the Nizhniy Tagil Metallurgical Plant. Stall 22
no.10-.891,910,937-938,9',3 W62. (MIPU 15:10)
(Nizhniy Tagil-Ketallurgical research)

inzh.
inzh.; tiiiLOVA N.I.,
N
LTS , G. M. , inzh KCI NDP.~ T I YT-
Sjjj.,ONIN, 1-A-, KO 14PA.y
N.A., inzh.
rails in various methods of deoxidiziig
includ.ons in
Je 165. (MRA 18:6)
"Luc". I
,jjet,j.,lurgjcheskiy kouibi'Mt.
L
~j v iin z .-Tag 1k i y