SCIENTIFIC ABSTRACT GORELIK, M.V. - GORELIK, S.S.

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• Collection: Scientific Abstracts
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• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GOREuLh M. V. Master Chem Sci (diss) -- "Investigation of
the oxy-derivatives
of anthracene". Moscow, 1959. 10 pp (Min Higher Educ USSR,
Moscow Order of
Lenin Chem-Tech Inst ini D. 1. Mendeleyev), 110 copies (KL,
No 9, 1959, 113)

AUTHORS: Bogdanoir, S. V., Gorelik, Id. V. SOV/79-29-1-30/74
TITLE: Investigations in the Field of the Oxy-Derivatives of
Anthracene (Issle'dovaniye v oblasti oksiproizvodnykh antra-
Bisulfite Compounds of the 1-Anthrol and 4-Nitroso-
I-Anthrol (I. Bisullfitnyye soyedineniya 1-antrola i 4-nitrozo-
1-antrola)
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 1, pp 136-139
(USSR)
ABSTRACT: The investigation of the properties of the bisulfite
compounds
of 1-naphthol and 4-nitroso-1-naphthol (Refs 1, 2) made it
possible to describe their structure with the formulae (I) and
(II). In the present paPE!r the affiliation products of the
bisulfite to the 1-anthrol and 4-nitroso-l-anthrol are in-
vestigated. This affiliation takes place on the treatment of
the I-anihrol with boiling sodium bisulfite solution (Ref 3).
~"The product C H OH.NaHSO .3H 0 obtained by the authors is
14 10 ' 3 2
stable in neutral and acid medium but is decomposed into
sulfite and 1-anthrol in alkaline medium. In the reaction with
hydroxylamine, senicarbazide or pheny1hydrazine in acetic
Card 1/3 acid it is converted accordingly into the oxime,
semicarbazone,

I SOV/79-250-1-30/74
Investigations in the Field of the Oxy-Derivatives of
knthrace-ne. I. 3i_
sulfite Compounds of the 1-Anthrol and 4-Nitroso-l-Anthrol
phenylhydrazone of the bisulfite compound of I-anthrolb This
indicates the presence of a carbonyl group and the formula (Iff,
The formulae of the oxime, semicarbazone, phenylhydrazone
are presented in the formulae (IV) a, b. The bisulfite compound
of 4-nitroso-1-anthrol was obtained by the reaction of 4-nitro-
so-l-anthrol with dissolved sodium bisulfite in the presence
of pyridine. Without pyridine the yield decreased from 82 to
6%. Alkali liquors readily split off a sulfite molecule from
the bisulfite compound. With hydroxylamine hydrochloride in
the presence of sodium acetate the bisulfite compound of
1,4-antliraquinone dioxime is formed from it. The transition of
the bisulfite compound of 4-nitroso-i-anthrol into the bi-
sulfite compound of 1,4-anthraquinone dioxime indicates the
affiliation of the bisulfite molecule to the carbon-carbon
double bond (V and VI), yet not to the carbonyl group. It may
be concluded from these results that the bisulfite compounds
of anthrol and of 4-nitrciso-l-anthrol resemble by their
structui. e the corresponding derivatives of the naphthalene
Card 2/3 series. There are 5 references, 4 of iihich are Soviet.

SOV79-29-1-30/74
Investigations in the Field of the Oxy.-Derivatives of
Anthracene. I. Bi-
sulfite Compounds of the 1-Anthrol and 4-Nitroso-1-1,nthrol
ASSOCIATION: Nauchno-isaledovatellskiy institut
organicheskikh polupro-
duktov i krasiteley (Scientific Research Institute of Organic
Intermediate Products and Dyes)
SUBMITTED: November 25, 1957
Card V3

AUTHORS: Bogdanov, S. V., Gorelik, M.. V. SOV/79-29-1-31/74
TITLE.- Investigation in the Field of the Oxy-Derivatives of
Anthracene (Insledovaniye v oblasti oksiproizvodnykh antr4-
tsena) II, The Bisulfite Compound of'the 1-Nitroso-2-Anthrol
(II. Bisullfitnoye soyedineniye 1-nitrozo-2-antrola)
PERIODICAL: Zhurnal obshchey khimii~.1959F Vol 29, Nr 1, pp
140-145 (USSR)
ABSTRACT: As previously.shown by t~j,~danov (Ilef 1), the
bisulfite com-
pound of 1-nitroso-2-napht'hol is converted by hydroxylamine
into.the bisulfite vompoiind of the 1,Q--napht hoquin one
dioxime
which, on its part, ic capable.of different transformations.
It suggested itself to synthesize also the bisulfite compound
of-l-nitroso-2-anthrol and to'investigate whether in the
anthracene series also reactions tdke place which are charac-
teri3tic of *the bisulfite compound.of 1-nitroso-2-naphthol
and its'derivatives. On acidification 'of th~"';'bisulfite
solution of 1-nitroso-2-anthrol Fieser obtaih(~d the 1-amino-2-
anthrol-4-sulfonic' acid,in"small yield (Ref 2), but he did
not succeed in separating the bisulfite compound. The authors
were able to obtain the bisulfite compoland of 1-n4troso-2-
anthrol in a 90% yield, by allowing the double quantity of
Card 1/3 sodium bisulfite to act in 1-nitroso-2-anthrol in the
presence.

SOV/79-29-1-31/74
Invo,3tigation in the Field of the Oxy-Derivatives of
Anthracene. H. The
Bisulfite Compound of the 1-Nitroso-2-Anthrol
of pyridine. This treatment considerably increased the yield,
as was previously seen with the 4-nit:roso-l-anthrol (Ref 3),
and part of the product was separated in the form of a
pyridine salt. This bisulfite compound is unstable in
alkaline
medium only, where it decomposes quantitatively into
bisulfite
and 1-nitroso-2-anthrol. On the reduction of this compound
with sulfurous acid or tin chloride the 1-amino-2-anthrol-4-
sulfonic acid is formed, in the reaction with hydroxylamine
the bisulfite compound of 1,2-anthraquinone dioxime. The
former transformation shows that the sulfo group in the bi-
sulfite compound of 1-nitroso-2-anthrol is in position 4, and
the latter indicates the presence of it carbonyl group. On
the
basis of these facts the structure (I:) may be assigned to
the
bisulfite compound of 1-nitroso-2-anthrol. Compound (II) is
converted, according to conditions, in alkaline medium into
the 1,2--anthra uinone dioxime III), the bisulfite compound
of 1'$2-anthra-Z31,41)-furazan RV) or the 1,2-anthra-(3',4')-
furazan (V). The two figures show the absorption spectra of
Card 2/3 the compounds to be compared. There are 2 figures
and

SOY/70;-20/-1-31/74
Invoutigation in the Field of the Oxy-Dzrivatives of
Anthracene. 11. The
Bisul-fite Compound of the 1-Nitroso-2-Anthrol
5 references, 2 of which are Soviet.
ASSOCIATION: Nauchno-issledovatellqki.,., inititut
organicheskikh polup."o-
duktov i krasitelej: (Seientifla Reaearo% Inwt. e. Org;ula
itter-
med-4ate P-,Wactil arA Dyes)
SUBMITTED: November 25, 1957
Card 3/3

AUTHORS: Bogdanov, S. V., Gorelik, M. V. SOV/79-29-1-32/74
TITLE: Investigation in the Pield of the Oxy-Derivatives of
Anthracene
(Issledovaniye v oblasti oksiproizvodnylch antratsena)
III. Transformations of the Bisulfite Compounds of 1,2-Anthra-
(3',4')-Furoxane III. Provrashohenlya bisullfitnogo soyedi-
neniya 1,2-antra_ R'W)-furoksana)
PERIODICAL; Zhurnal obshchey khimii, 1959, Vol 29, lir il pp
146-153 (USSR)
ABSTRACT: The investigations in the.series of
1,2-,naphtho-(31,41)-furoxane
(Ref 1) had proved that in alkaline medium a rearrangement of
the bisulfite compound of 1,2-naphtho-(31,41)-furoxane into the
2-nitro-l-naphttiylamine-4-sulfonic acid and 1,2-naphthoquinone
~aioxime-4-sulfonic acid takes place. The similarity of the
chemical properties of the bisulfite compounds of the oxy-
derivatives of anthracene and naphthalene (Refs 20) permits
the assumption.that the bisulfite compound of 1,2-anthra-(31,4')-
furoxane would behave in a similar manner. The experiments
really proved that the bisulfite compbund of 1,2-anthra-(3',41jv-
furoxane W is,,transformed in alkaline medium into the 2-nitro-
1-anthramine-,4w- sulfonic acid (II), 1,2-anthraquinone dioxime-
Card 1/3 4-sulfonic aefd (III) and 1,2-anth--a-(31,41)-furoxane
(IV).

SOV/79-29-1-32/74
Investigation in the Field of the O~y-Dorivatives of
Anthracene. III. Trans-
formations of the Bisulfite Compounds of'
1,2-Anthra-(31,41)-Furoxane
Compound (II) is the main product in the soda medium, (III) in
caustic lye medium. Compound (II) is converted on heating with
50% H2SO4 into the 2-nitro-1-anthramine, on the action of
alkali liquors into the 2--nitro-l-anthrol-4-sulfonic acid
IV),
on reduction with tin chloride into tho 1,2-anthradiamine-4-
sulfonic acid. The lt2-anthraquinone-dioxime-4-sulfonic acid
(III) is transformed on oxidation with nitric acid into the
1,2-anthra-(31,,41)-furoxane-4-sulfonic acid , with alkaline
liquors into the 1,2-anth--a-(3t,41)-furazan-4-sulfonic acid
(VI),
and on reduction with tin chloride into the 1,2-anthradiamine-
4-sulfonic acid. The scheme illustrates the transformations of
the bisulfit6 compounds of 1,2-anthra-(31,41)-furoxane in
alkaline medium. There are 2 figures and 5 references, 3 of
which are Soviet.
ASSOCIATION: Nauc'hno-issledovatel'Bkiy Institut
organicheskikh poluprodukt-ov
i krasiteley imeni Voroshilova (Scientif:~c Research Institute
of Organic -Intermediate Products and Dyes imeni Voroshillov)
Card 2/3

. - SOV/79-2/0-1-32/7;
:Ilvc-stigation in the Field of the Oxy-berivatives of
Anthracene. 111. Trans-
f0rlLatiOnS Of the Bisulfite Compounds of
1,2-Anthra-(3q,4')-Furoxane
I
SUBVITTED: November 25, 1957
Card 3/3

50) SOV/79-29-4-40/77
AUTHORS: Bogdanov, S. Y., Gorelik, M. V.
TITLEt Investigation in the Field of Oxy Derivatives of
Anthracene
(Issledovaniye v oblasti oksiproizvodnyk:h antrateena).
IV. 1-Nitroso-2-anthrol-4--oulpho Acid and
2-Nitroso-l-anthrol-
4-sulpho Acid (IV. 1-Nitz-ozo-2-antrol-4--sullfokislota i
2-nitrozo.-l-antrol-4-sul*fokielota)
PERIODICAL: Zhurnal obBhchey khimii, 1959, Vol 29, lir 4, pp
1225-1229 (USSR)
ABSTRACTt 1-nitroso-2-naphthol-4-sulpho acid differs greatly
from the iso-
meric 2-nitroso-l-naphthol-4-sulPho acid due to the mobility
of
the sulpho group (Ref 1). It was interesting in this
connection
to synthesize and examine also the
corresponding(nitrosoanthrol-
sulpho acids. 2-nitrooo-l-anthrol-4-sulpho acid I) was
obtained
by the authors in different ways: by treating the bisulphite
compound of the 1,2-anthraquinonedioxime with hydrochloric
acid;
through the effect of hydroxylamine and, hydrochloric acid on
the
bisulphite compound of 1-nitroso-2-anthrol; by acid hydrolysis
of 1,2-artthraquinonediox-ime-4-sulpho acid and by the
reaction of
1,2-anthraquinone-4-sulliho acid with hYdroxylamine
hydrochloride
Card 1/3 1-nitroso-2-anthrol-4-BILlpho acid (n) was
synthesized by di-

SOV/79-29-4-40/77
Investigation in the Field of Oxy Derivatives of Anthracene.
IV. 1-Nitroso-2-
anthrol-4-sulpho Acid and 2-Nitroso-l-anthrol-4-oulpho Acid
azotization of 1-amino-2-anthrol-4-eulpbo acid, subsequent
elimination of the diazo group and introduction of the nitroso
group into 2-anthrol-4-sulpho acid. The structure of the
nitroso-
anthrolsulpho acids was proved by reduction to the amino
compounclE
and further treatment; nitrosoanthroleulpho acids form colored
complexes with heavy metals and differ greatly from each other
with respect to the degree of mobility of the sulpho group.
Compound (1) is completely stable in an alkaline medium, does
not react with aromatic azines in aqueous solutions, and changes
in diluted nitric acid into 2,4-dinitro-l-anthrol, Compound (n)
loses the sulpho group whan reacting with alkali lye and
aromatic'
amines, and is accordingly transformed into 1-nitroso-2,4-dioxy-
anthracene or 4-aryl-l-nitroso-2-anthrol. These properties of
the nitrosoanthrolaulpho acids are similar to those of the oor-
responding compounds of the naphthalene iserieo. There are
I figure and 4 referenoest 3 of which ar* Soviet.
ABSOCIATIONi liauchno-issledovateliskiv institut
organ:Loheakikh poluproduktov
Card 2/3 1 krasiteley (Scientific Researoh Institute of Organic
Inter-

BOV/79-29-4-40/77
Investigation in the Field of Oxy Derivatives of Anthracene.
IV. 1-Nitroso-2-
anthrol-4-aulpho Acid and 2-Nitroso-l-anthrol-4-sulpho Acid
mediate Products and Dyes)
SUBRITTED: March 3, 1958
Card 3/3

5W SOV179-29-9-9176
AUTHORS: Go 11 1 11 ~.V Rodionov, A. N., Bogdanov, S. V.
20_~~
TITLE: Investigation in the Field of Anthracene Oxy
Derivatives. V.
On the Problem of the Structure of Bisulfite Compound~, of
Nitrose
Anthrols
PERIODICAL: Zhurnal obehahey khimii, 1959,,Vol 29, Nr 9,
pp 2852 - 2854 (USCR)
ABSTRACT: In previous reports (Refs 1,2) the bisulfite
compounds of
1-nitros'.-2-anthrol and 4-nitroso-l-anth:~ol were ascribed the
structural formulas (I)-and (II). The complementary data con-
firming the two formulas were obtained by spectral analysis.
Already ea-lier, the difference shown by the ultraviolet spectra
of 1-nitroso-2-anthrol, 1,2-anthraquinon~c dioxime, 1,2-anthra-
-01,41)-furazanl .,.1,2-anthra-(3',4')furoxan, as compared with
the spectra of tkeir bisulfite compounds, had been pointed out
(Ref 2). A not lower charge in the absorption spectra occurs
with the formation of bisulfite compounds of 4-nitroso-l-anthrol
(II) and of 10-anthraquinone dioxime (III) (Fig 1, Curves 2 and
3;-- Fig 2, Curves 2 and !i). Formulas (II) and (III) explain
the
Card 1/3

Investigation ir the Field of Anthracene Oxy
Derivatives.30V/79-29-9-9/76
V. On the Problem of the Structure of Bisulfite Compcunds of
Nitrose Anthrols
spectral chango as being dae to the satoration of the C-C
bond of the quinoid ring in con3cquurvc of bisulfitc affilin-
tion. To prove this, it was neceseary to compare the absorp-
tion spectra of 1,4-anthraquinone and 2,3-dihydro-1,4-anthra-
quinone (IV). The pasoage of 1,4-anthraquinone (Pig 1, Curve
1)
to compound (IV) (Fig 2, Curve 1) xas fcund to be concomitant
with an equal change in the absorption curve, the same
applying
to the formation of bisulf1te compounds (II) and (III). The
maximum at 265-270 M is typical of the system of bonds (IV),
wherein two carbonyl~groizps are conjugate with the aromatic
molecular part. In the di~rivatives of
3,4-dihydro-1,2-antlira-
quinone, in which a carbonyl group does not participate in
the conjugation process, the maximum shifts by 35-40 M~u to
L
the shorter wave range. The infrarcil spectra of coapoufds
(I) and (II) point to the valency oscillations G-H in the
groups CH2' The same bands are also present in the spectra
of the other bisulfite compounds (I-III and V-VII) (Table).
The presence of the CH 3roups in the bisulfite compounds
Card 2/3 2

-9-9/76
investigation in the Field of Anthrac...,ne Oxy
Derivatives. S.)V/79-29
V. On the Problem of-the Structure of Bisulfite Compounds
of Nitrose
Anthrols
of nitroso anthrols is satisfactorily explained by formulas
(I) and (H). Thus, the ultraviolet and infrarpd snectra of
bisulfite compounds confirm the stractare that had been
earlier suggested,for them. There are 2 figures, 1 table,
and 5 references, 2 of which are Soviet.
ASSOCIATION: Nauchno-issledovatellskiZr institut
orE3anicheskikh poluproduk-
tov i krasiteley imeni Voroshilova (Scientific Research In-
stitute of Oryanic Intermediates and Dycstuffs imeni Voro-
3hilov). Fiziko-khimicheskiy institut Jr.eni Karpova
(Physico-
chemical Institute imeni Karpov)
SUBMITTED: July 25, 1958
Card 3/3

GORELIK, M.V.; BOGDAVOV, S.V.
Anthracene derivatives. Part 7: Reactivity of
1,2-anthrafurazan
and 1.2-anthraselenodiazole. Zhur. ob. khim. 30
no.9:2949-2954 S 160.
(MIRA 1'1:9)
1. Nauchno-iseledovatelleldy institut organicheakikh
poluproduktov
i krasiteley.
(Furazan) (Selenium compounds) (Anthracene)

GORELIK, M.V. - BOGDAIIOVg S.V.
Anthracene derivatives. Part 8: Bisulfite compound
1,4-anthraquinone.
Zhur. ob. khim. 30 nO.9;2954-2958 3 160. 1(MIU 13:9)
1. Nauchno-isoledovateliskiy institut organicheakikh
poluproduktav
i krasiteley.
I(Anthraquinone)

GOMMIK, H.V.-. BOGDAUOV, S.V.; RODIONOV, A.H.
Interaction of 1,4-naphthoquinone with sodium
biou-Ifite. Zhur. ob.
khim. 30 no.9:2959-2964 S 160. (MIRA 13:9)
1. Nauchno-iseledovateliskiy inatitut organicheskikh
'ooluproduktov
i krasiteley I Fiziko-khimicheskiy institut*imeni
Karpova.
(Naphthoquinone) (Sodium oulfits)

GORELIK M V j-F-FROS, L.S.
Anomaly of the spectral color of certain mesopbenylbenzoxanthene
derivatives. Zhur. ob,.kbim- 31 no,4tI209-1215 AP 161.
(MIRA 14:4)
it Leningradakiy tekhn6iogicheskiy institut imeni Lensoveta.
(Benzoxanthene)

19MLIA, M.V.; RIMYLOVA, T.A.
Nitroso derivativeo of 206-dihydcocyanthracene and
their
bioulfite compounds,, Zhur,, VKHO 'I no,6:700-701
162,
(KMA 15:12 )
1. Nauchno-iiseledo'vatellskiy institut
organicheskikh
polizpr6duktov i. krasitaley, .
(Anthradiol)
(Nitroso. compolu4s)

ACCESSION ta.. Ap4o26367
3/0138/64/000/003/0025/0029
ADTHOZZ.- Felldshteyn,) M. S.$ Goremjj*-Ve
TIME: N-hexamathylone-2-banzothiazoloUphonandde as an accelerator
in the
vulcanization of rubber
SOURCE: Kauchuk i rezinaj no. 3j. 19A., 25-29
TOPIC TAGS; rubber,, vulcanization; vulcanization accelerator,
N-hexamathyleno-2-
benzothiazolsulphenamides sulphenamido DTj sulj?henamJde TS.,
structurations scoroIx-
in,-,, scor-ihing resistance, butadione-styrone ribbar~
ABSTRACT: The effectiveness of
H-hexamotliylena-2-benzotl*dazolml;iieramide (103T$)
as an accelerator in the vulcanization of rubber was tested in
comparison with
sulphenamides Irl and T'S. Various compounds on the base.of
butadione-st one
t y
rubbers SKS-30 and.SKS-30=4; and.on.natural rubber were
vulcanized a 4~ and
163C in the presence of 1.1%of accelerator. The resulting
products were subjected'
to physical and aineWuatrdcal tests, It was found that the use of
EMS in assoc-14a-
tion with channel carbon black on a SKS-30AR14 base at l1LW
resulted in a Vulcan-
izate possessind,, slightly )#gher -values of t1u) elongation
modulus than the samples
with BT and TS. When used on a base of naturiil rubber with the
addition of 20w'
Cdr~/2

AcG=iox m A114026367
sulfur., the mm~S-Lccelerated v4c4nizate (produbed at 143C) proved
superior to
the samles cont~ihing BT and Te not oray in =d1jius but in strength
as well. An
increase of the Ydeanization t&p4rature to 1634 on"a natural rubber
base reduced
somewhat the strength of all the-V40anizatess b~t h;re, too, HMBTS
was superiore
In order to asc&VAin the formatiod of G-0 bonda'during the
vuleanizetion procqss.,
tests were perfc~~ on compounds oft a SKS-30 baqe,, yhere the
resulting products
i were extracted with chloroform It 'was found that the presence of
HkWS caused a
higher de,(,T.ee of 's.tructuration tZe vuloaniza,tq thi'n the BT
accelerator; due to
the higher reactuivity Of MMT3j bspe~ciaUy durJmk the main period ef
vuleanizatione'
Thanks for assistance are given to X. 1. 54abirta. Orig. art. *has:
I table and 6
icharts.
ASSOCIATION: Nauchno-issledovatellikiy institut shimoy
proRr*shlemosti (Scien-
'tific Research Institute of the*Tire Industry)!l
Nauchno-issledovatellskj,~ institut
organicheakikh poluproduktov i krasiteley (Sci;mtific Research
Institute of OrGanic
and
Intermediate Products
SUBMTM: 00 DATE AGQs 17Apr64 ENCLt 00
RV 30v, 005
SUB CODE: CH NO OTMR: 001
Card 2/2

GORELIK, M.V.; KONONOVA, T.P.; FELIDSHTEEYN, M.S.;
URAYOVit, I.S.
Sulfenamides based on hexamethylenimine. Zhur. ob.
khim.
34 no. 511577-1581 Mq 164. (MIRA 170)
1. Nauchno-issled.ovatell-',iv inatitut
organichaskikh polu-
produktov i krasiteley i Nauchno-insledovatollskiy
institut
shinnoy promyshlennosti.

GOPJ,'LIK, M. V,; MIMYIXA# T. A.
--:;, ~ ~"! , -,-:.
-1
Derivatives of anthracene. Part 91 6-Ilydroxy- and
7-hydroxy-
1,2-anthraquinc)ne-l-oximes. Zhur. ob. Khim. 34
no.6:1997-2002
Je 164, (MIRA 17:7)
1. Nauchno-issladovatellskiy institut organJohoskikh
poluproduktov
i krasiteley. I

-GORELI~K,-MaY.- ,, -
Derivatives of anthracene. Part
d1oxime and Lts compounds wlth soidium biqiLlftte,,
Zhur. ob. Khim.
,34 no.6-2003-2)LO Je 164.
Deravitives of anthra,~ene. ParL I.I.. Rearren4ement
of
h
Letrakiydro-1,2,5,6-anthradifiz.r(-,&ine 4,5-dis
Ifon.- :id. ur
ob. Kh-JIn. 34 no.6s2010-2015 Je 164. I.--t - 7)
Nauchno.-Laledovatel'skiy J.-ristAtit corganicheAlkb
poluproduktc,,
i krasiteley.

FELIDSHITY11, A.S.; GOM,J,IK,,Jl.V.; BESKIVA, I.G.;
KONONOITA, T.P.
Comparut,ive sturly of the vulcunlAtion activity of
aullenumide
and bis-sulferamide derivativos of benzothlazole.
Zhur. prikl.
kbim. 37 no.12:2696-2701 D 164.
(r, 'IRA 18:3)
1. Nauchno-issledovatellskive instituty shinnoy
promyshlennosti
i organiclieskikh poluproduktov i krasiteley.

'GORELIK, M.V.
t -
Anthracene dirivatives. Fart 12: '1.12,,5
4)-anthradiquinone-
4,8-disulfonic acid and 1,2,,5,6-aathradiquinona.
Zhur.org.
khim. I no.3*.589-595 Mr 1650 (MIRA 18:4)
1. Nauchno-isaledovateltskiy institut organichookikh
poluproduktov
i krasiteley.

L 00864-66 -ExT(m)/EPF(c)/V--7P(j) RM
ACCESSION NR: AP5016634 UR/0138/65/000/006/0008/0032
678.043/.0 .0%.12
AUTHORS: Felldshteyn, M. S.; ?,orel~k, 1, evzner, D. 11. e,
Sakhaahchikj V V,
TITLE., 2-(am1,nodithio)benzthiazoles as agents and accelerators of
vulcanization
SOURCE: Kauchuk i rezina,, no. 6, 1965, B-12
TOPIC TAGS: vulcanization, vuleanizato, aninodilhiobenzthiazole,
catalyst,
vulcajAzed rubber
ABSTRICT: The investigation was undertaken to substantiate the work
of J. G
Lichtyj J.. 0. Cole, A. F. Hardman, et al (Ind. Bng. Chem.. Prod.y
2Y 1, 16, 1963)
on 2-(morDholin6dithio) benzthiazole (1),. and to characterize
vulcanizing and
catalytic-properties of 2-(piperidinodithio) benzthiazole (II). The
kinetica'of
vulcanization and the effect of carbon blaok and sulfur on the
vulcanization were
determined and compared -with the results g7oduced on
N,111--dithiomorpholine (III).
It W.a found that 'the notion of I and II L3 similar to that of 111.
The speed
;and offectiveness of vulcanization of II and III for cuU'ur-freo
rubber rd-%turos
are ouperior to I and to thiuramd1sulf idea. In sulfur-containing
rubber mix~- - i
turen, 2-(aminodithio)benzthiazoles act as high-efficiency
vulcanizing accolnr-
atorne In compariaon with 2-bon7,tliiatol;iu',fonninidest tho formor
yiold

L OOM-66
COEMION NRt AP5016634
VU3.caaizates from natural,rubber and butadlene-styrene syn Ithatic
rubber which
have greater Itensile atrength than the lat4~er. The effect of
2-(morpholinedithio)
benzthiazole is Inferior to sulfonam ide-M 13ut similar to
sulfenunlde-DT. 11. 1.
Shubina collaborated in the experiments. Orig. art. has: - 1 table,
7 graplw,
and '12 formulas.
ASSOCIATION: Nauchno-issledovatellskiy inatitut s1iinnoy
promyshlennosti (Scien-
J= _aqp_QAXc _!y); Nauchno-inaledovatel nl'*
Sj _P hiduatr I
~'insti.tut organicheskikh poluproduktov i 1cracitaley (Scienl;ific
Renearch Institute I
of Organic Intermediates and Dyes)
SUBAUTED.- 00 ENCLa. Go SUB CODE GG
NO R:9F SOV 1 004 OTRM'!~' 005
Card 2/2 ~-Pla

RAZUVATV, G.A.; STEPOVIK, L.P.; PERVEYEV, F. Ya.; D343DOVA,
V.M.;
ALANIIA, V.P.; SOKOLOV, N.A.; KHARCHERMO, V.G.; KRUPIRA,
T.I.;
KLID-IENKO, S.K.j RASSUDOVA, A.A.j GORELIX,_M.V.
letters to the editors* Mmro org, khirao 1 nov 12&2244-221+6
D 165 (MIRI, 19a)
1. Nauohno-iasladovatellskiy institut khimii pm-i Gorikovakow
gosudarstyannm univorsitets (for ftsurayer., Stepovik)e 2e
Le-
ningradakiy gosudaLretvannyy universitat (for ftrveyev,
Domidove.).
3. Moskovskiy institut nefteMimichaskoy i gazovoy promyeb-
lennosti imeni Oubkina (for Alani7a,, Sokolov). 4.
garatovskiy
politekbnicheskiy institut (for Kharchenko,, Knipizia,
Klimenkoj,
Rassudova).

SUCHEGLOVA, N.A.; SHIGORIN, D,N.; GORELIK, M.V.
Electronic spectra of aromatic 0~-dlketones. Zhur.
fiz* khim.
39 no.4:893-901 Ap 165. (MIRA 19tl)
1. Fiziko-khimlehookiy institut Imeni Karpova.
Submitted Nov. 11,
1963.

F-'ACC NR, AP7002972 SOURC`E'C0'D'E: UR/04i3
j&Cj600/Q24/oo68/oo68
~INVENTOR: -PeschanAkays., R. Ya.; Gorelik, M. V.; Belova, L.
N.; Felldshteyn, M. S.
ORG; None
TITLE: A inethod fdr sulfur vulcanization of rwr rubber. Class
39, No. 189566
jannounced ky.the Scientific Research Institute of Rubber and
Latex Products (Nauchno-
issledovatellskiy ~nstitut rezinovykh i lateksnykh izdeliy)]
ISOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 24, 1966, 68
TOPIC TAGS: vulcanization, rubber, sulfur, com?ound
!ABSTRACT: This Author's Certificate introduces a method for
sulfur vulcanization of
raw rubber in the presence of sulfenamide accelerators. Two
increase the scorching
resistance of rubber stocks and to produce high.-modulus rubber,
N-cyclohexyl-Nl-
(cyclohexamethylenethiocarbamylthio)-2-benzothiazolsulfenamide
is used as the sulfena-
mide accelerator. '
!SUB CODE: ll/ SUBM DATE: 300ct65
1/1 UDC; 678.4,044,47

iACC NR, AP7005627 SOURCE CODE:i UR/0413/67/000/002/0085/0085
INVENTOR; Fulldshteyn, M.S.; Belova, L4.Ne; Pevzner, D.M.;
Gorelik, 14.V.
ORG: none
!TITLE, Vulcanization process for natural and synthetic rubber.
Class
39, No. 3.90557 [announced by Scientific Research Institute of
the Tirej.
.Industry (Nauchno-issledovatellskiy institut shinnoy
promyshlennosti)]
:SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no* 2,
1967, 85
.TOPIC TAGS: vulcanization, natural rubber, synthetic rubber
x=m=cict=
!ABSTRACT.-
-An Author Certificate has been issued for a process for
vulcanizing natural
and synthetic rubber in the presence of
vulcanization-accelerators. To
;improve the stability of rubber mixtures: to scorching, the
method provides
for the use of N-(2-benzothiezolethio)phthalimide as the
accelerator. IBOI
SUB CODE: llo 131 SUBM DATE: Oloct65/ ATD PRESSI 5115
L(;S~d
upc: 678.4 &44.47

Overbang beam for assembling long reinforced concrete
elements
beyond the range of'the crane arm,[SuMested, by MA. GorelIk3
Rota. I itobro predIs v stroig'nov 4:57-59 157. (MIRA i1:8)
(Grause,darricks, etc.)

ACC NR, AT6021728 SOURCE CODE: UR/0000/66/000/000/0057/0070
AUTHOR: Coralik, N. Q.; Koloydenko# A, Lo; Podollskiyj T. S.;
Sokolov, V. N.;
Stukalov7'VW7-,IWI'm_, Ye. V.
ORG:- none
,TITLE: Design of pneumatic computing and control systems and
their application in the
.automation of synthetic rubber production
SOURCE: AN SSSR. Institut avtomatiki i telemekhaniki.
Pnevmoavtomatika (Pneumatic
Automation). Moscow, Izd-vo Nauka, 1966, 57-70
ITOPIC TAGS: pneumatic control, pneumatic device, automatic
pneumatic control, synthe-
Itic rubber, rubber working machinery, industrial automation,
automatic control equlp-
ment
IABSTRACT: Pneumatic control systems used for automated production
of synthetic rubber
,are described. Table 1 summarizes the types, functions, and
typical applications of
a -vices in manufacturing of rubber. Three examples of specific
applications
follow. Process optim'Zation of contact breakdoon of aZcohoZ into
divinyl. This pro-
cess depends on the catalyst activity, the compo!3ition of the
contact mixture, feed of
)al The first two parameters are considered to ~
cohol vapor, and catalyst temperature. be
irandom, disturbances and the last two, the controlling forces.
The quality indicator of.
Ithe process is the divinyl output for alcohol input. A block
diagram of the system -'s
Card 1/4

ACC NR, AT6021728
TABIZ 1
jType of device Function Typical applications
Processihg of primary Noise filtering
data Time delay
Linearization
Decoding of chromatographic data
Computation of complex Final product output computation
parameters and genera- Computation of economic indicators
tion of appropriate sig
nals to control system Averaging
Control
Change of the control system from
multi-loop to single loop when a
predetermined criterion is reached
Control according to a Automatic,ratio correction of two
time program of the pro- fractions fed when a predetemined
case parameters criterion is reached

ACC NRs AT6021728
TABLX 1 (Continued)
The selection of a maximum (mini-
mum) signal from a set of n signals
Gate valve switching in flow lines
Control through optimizing systems
Control in response to Stabilization
4uality indicators Optimization
,own in figure 1. The output of controlled process I is fed into
isothermic conden-
r 2 where the liquid and gaseous product components are separated
to determine the
lues of divinyl content and the condensate density. Densitometer
4 and chromatograph;
perform these functions. Decoder 5 decodes tho output of the
chromatograph to make
e divinyl concentration explicit. Calculating system 6 computes
the values of quali-;
indicators according to a predetermined formula. Device 7
averages the quality in-
cator signal with respect to time and thus reduces noise. Limit
controller 8 regu- j__
,tes stabilization system 9 and 10 which in turn control the
temperature and alcohol
ed. The design and performance of pneumatic calculator and the
controller are given
detail. 2%o pnematio dooo4ler for the DChP-3 Chromatograph is
intended for automa-

NRt
rig. 1
processing of the chromatograph output. The concentration of
the component of in-
est is determined from the partial pressures. The decoder
controls the operation
the chromatograph and selects the times at which the desired
output is available
m it. 7he operation of this system is described and a block
diagram included. Fneu-~
io timr, This is a program timer which controls the individual
phases of the ro-
s with r?spect to time. Glass capillaries arts. used for
controlled discharge of
. Me timing is controlled by changing the appropriate
container volumes (capacitor'
logues). The timer system is also reported in detail,
including block and timing
grams. Orig. art. has: 24 f6mulas, 10 figures,, 2 tables.
CODE: 13, LIJ SUBM DATE: 03'Feb66/ ORIG REF: 004

GOSELIKO N.Gj. Prinimi3i uchastiye: CHUXOVENKOV,
NJ,; MYAGKOVA, I.V.;
b XHI G,D,; KONONOVAp L.K,
Method of controlling the process of production of
bivinyl
from alcohol. Khim. prom. no.4.:312-314 Ap 163
jKIRA 160)

L 46659-66 EWT(d)
ACC NR: AP6021394
v)/EWP(k)/EWP(h)/0P1,'l) SC
SOURCE CODE: Ul
9
AUTHOR: Gorg!j, N. G. (Voroneih) S,6-
33
ORG: none
TITLE: The statistical theory of gradient systems of automatic
optimization with one and two
test steps and their comparative analysis
SOURCE: Avtornatika i telemekhanika, no. 6, 1966, 99-107
TOPIC TAGS: optimal automatic control, control statistics,
statistic analysis
ABSTRACT: Single -dimension 'automatic optimbsation systemsd the
gradient class are coj17_
sidered, which have one and two test steps. It is assumed that the
plant input has steady state
random interference, described by an auto-corr d-ation function. A
further assumption is that
there Is a slow "drift" of the extremum position along the x wds.
Moreover, the presence o,
"white noise" interference Is postulated at the plant output.
Methods are proposed for deter-
mining the mathematical expectation of a deviation of the output
coordinate of the plant from
the extremum value in the steady-state mode. Using concrete
examples, an analysis is made
of optirni siti n systems with one and two test sWps. The author
expresses his gratitude to
-505.7

L 46659-66
ACC NRs AP6021394
A. B. for assistance given in the performance of this work, and to
1. 1. Perellman
for useful advice and comments made during a revision of the
manuscript. OrIg. art. has:
5 figurea and 43 formulas.
SUB CODE: 09,12/ SUBM DATE- IlNov65/ oraG REF: 005/ OTH REF-. 001

b5
-L 57769- -.-W
Pk-47pi 7po-4/Pq.--;' 1ji (C) pe-
ACCEBSION NR: AR5014869 UR/C-4-?71/'65/0001/006,/AO12/'AO12
SOURCM Ref. A. Avtomiatik-a-, telemeldumika I vychisliteltn1ya tekhnika.
Sv. t.,
-simulating.!Wsembly
L 'vy~teL~~ on
CITED- SOURCE-. Sbi Avibmatiz.Ad3im-0 -pruiz--4, -V-yp. 3-4.~-M. -1964,
43-48
TOPIC! TAGS: automatic control systemNontrDHer setting, cascade system,
single
loop system
TRANUATION: A simuliLting assembly was employed to test the efficiency of
ca-scade
wid iqfwla-loop automatic control systems for (bJects whose transmission
funnc"oi,
COrIBIE-tB Uf a pure lar- c-i)Tiponant (nume!'ator) aid two aoer-,(Aic
txptirnai aptun: noirograms. wat4o--,
~:M A
!.Card
t ~gg
t~

I
f -, ~,,j ~
~ 1-11 -: -! car V2.
I .

CX G;--oRE Ll V,, N M -
.., "Iblooft in
.he --r
rekda. APPOW. 1"0. elm. -Tan dw
Mir. 12% of solar oil. 35; of olX acid. 2% of
N-
i
KCHOOO fle. 1. 1% of sq. Nils. and 81.9% of
fljO Is de-
scribed. Ito behavior In cardinif. spinning.
amring, and
tlyring mW wprommmium staple blmds Is better,
and its
stability ilreater, than of a similar oil
without NI(Clis),
H. A.

GORELIK, 0.- S.
"Significance of Sulfasol O)ncentration In the Mood During
Treatment of -neumonia in
Small Children." Thesis for degree of Cand. Me(lJcnl ScJ. Sub
30 Oct 5,0, First
W)scow (h-der.~of LoWn Modica] Tnat.
Su.mmary 71, 4 SeP 52, Dissertations Presented for Degrees in
Science nryi Engineeripz
in Moscow in 1950. From Vechernyaya Moskyn, Jon-Dee 1950.

GORIFITK, R.B.; KIEPIKOV, N.P.; YUDIN, V.A.
Unitary description of reactions with the formation of
several
nonrelativistic particles. TAd, fiz. 1 no.1:152-159 Ja
165. (WPA 18:7)
1. Moskovskiy go,sudarstvennyy universitat.

G C)
AUTHORS: Gorelil:., R. Ya., Elyukim, S., B. 119-1-10/13
TITLE: Piston Pressure Gauge With Automatic Load Shifts
(Porshnevoy manometr a avtomaticheskoy smenoy
gruzov).
PERIODICAL: Priborostroyeniye, 1958, Vir 1, pp. 29-29
(USSR)
ABSTRACT: The characteristic feature of this pressure
gauge consists in
a Btepwise arranged headpiece which is rigidly connected to
the piston. When moving upward the load is taken up
stepwise.
In the moment when the load on the piston does no longer
touch
the body of the pressure gauge a constant pressure
establishes itself in the whole measuring system which is
equal
to the weight of the load plus piston divided by the
effective
surface on which the load is placed. At this moment the
measurement is performed.
Together with the piston -ressure gauge there are connected
P
2 signal pressure gaugeop 2 relays, 2 magnetic valves and
a preasure equalizing reservoir, and they are on the one
side connected with the compressed air distribution system
and on-the other side with a 220 V and 27 V system, This
Card 1/2 represents the total measurement system.

Holtozov, %, kona.takhn.vauk; rAGU11. I.,
lnrh.:,-OORZLIK, S., inzh.
Using assembly.,line methods In =*ing vibrated
brick panels.
Stroitell n0.1:22 JS 160. (KIM 13.5)
(Assembly-line methods) (Building blocks)

AFAVASIYIV, N.;-SILINOV, V., glavnyy inzli.; GORDON,
A.; GORELIK, S.,
glavnyy konstruktor; XKOLOV, Ys..; TZMUEOVA,
[100-ton tower sUo (brick walls:11 Silosnaiia bashnia
na 100 tonn
(stony kirpichnye). Proekt no.03.2. Minsk, Gos.izd-vo
BSSR, Red.
nauchno-tekhn.lit-ry. 1�55. 3 P.. (MIRA 12:4)
1. White Russia. Kinisterstvo Gmrodskogo i sallsk6go
stroitelletva.
2. Direktor *Belsollpioyekta* (for Afanaelyev
Rukovoditell-
msterskoy No.1 OBeloollproyekta" (for Gordoni: 4..
Ispolnyayushch!Ly
obypisannosti nachallnika smetnogo sektora
"Belsel!proyekta* (for
Sokolov). 5. 'Solseliproyekt" (for Sillnov, Gorelik).
(Silos)

AFANASIIIV, H.; SILIWOV, V., glavnyy insh.; GORDON,
.glavnyy konstruktor; SOKOLOV, Ta.; TRUKHANOVA, A.,
tekhred.
[Low 200-ton tower silo (brick walls)] Siloanais
pollabashnia na
200 toun (stony kirpichnyo). Proekt no.009. Minsk,
Goe.izd-vo
BWR,, Red.usuchno-tekhn.lit-ry. 1955. 3 P. (MIRA 12:4)
1. White Russia. Ministerstvo gorodskogo i sel'skogo
stroitelletva.
2. Direktor 91alsoliproyekta'O (for AfanaB'YSV). 3.
Rukovoditell
masterskoy No.1 "BelsellproyektaQ (for Gordon). 4.
Ispolnyayushchiy
obiazainosti nachallnika smetnogo sektora
*Beloellproye,kta" (for
Sokolov). 'Beleellproyekt* (J!or Sillnov, Gor6lik).

AFAVASIM. Ir.; SILINOV, V. j glaynyy in'sh.; SHOMKOV, 0.;
GORDON, A.;
~J&. $,. glavnyy konstruktor; SOKOLOV, Ta.; THUMECTA, A.,
takhred.
Efower silos with 35 to 40 ton capacity made of precast
reinforced
concrete rings, Plan No.0061 I-Silosuala polubashnia na
35-40 tonn
Is sbornykh xhales6betonnykh kolets. Proekt no.006. Kinsk,
Gos.
iz&-vo MR. Red.nauchno-teichn.lit-ry, 1955, 3 p. ' (KIRA
12:4)
1. White Russia. Ministerstio gorodskogo i sel'skogo
stroitelistva.
2, Direkto?Belmeilproyekta (for Afanaelyev). ). Nachallnik
proyaktnogo
otdela 'Balsellpioyekta4(for Shchelkov). 4. Rakovoditell
masterskoylk)."Bel.
sellproyaktal(for Gordon). 3. Ispoln.obyaman. nachallnika
smetnogo
sektora'!Balsellproyektall(for Sokolov).
6.%elsellproyektll(for Sillnov.
Gorelik). (Silos) (Precast concrete construction)

AI?ANASIYXV, N.; SILINOV, Y., glavnyy inzh.; SHCHNUOY,
0.; GORDON, A.;
GORBUIX, S., glevnyy konstruktor; SOKOLOV, Ya.;
THEXHANOVA, A.,
Wchr
[Pit silos of 50 ton capacity; brick, rubble, and
stick-reinforced
clay walls. Plan No.008) Silomnye iany na 50 tonn:
steny kirpich-
nye, butovye i glinoplatnevye. Proekt no.008, Minsk,
Gos,izd-vo
BSSR. Red.nauchno-tekhn.lit-ry, 1955. 3 p. (MIRA 12;4)
1. White Russia. l(inisterstvo gorodskogo i B81likogo
stroitellstva.
2. DirektorlBalsellproyek-ta"(fc,r Afanas'Yev). 3.
Nachallnik
proyektnogo otdola"Belsellproyektatt(for Shchalkov). 4.
Rukovoditell
shaterskoy No.1 'Belsellpro'Yekta" (for'Gordon).,5.
Ispolnyayushchiy
6byasannosti nachal 'nika smetnogo
sektoral%elsollproyekta"(for
Sokolov). 6.'Be'laell,proyakt It Uor Billnov, Gorelik).
(silos)

AFARAS17W, X.; -SItINOY, T., glavnyy inzh.; SUCHEMKOT,
0.; GORDON. A.;
glAvny7 konstruktor; SOKOLOV, Ta.; THUKWOVA, -A.,
tekhred.
[Pit silos with a capacity of 1.2 and 19 tons made of
precast
reinforced concrete r1W for miloing corn cobs. Plan
No.0071
Siloonys iamy amkoi.tliu 12 1 151 tonn Is aborafth
shelexobetonnykh
kolets dlia allonovaniia pochatkov kukuruzv. Proekt
no-007.
Minsk, Goo.izd-vo BSSR, Red.nauchno-tekhn,lit-ry, 1955.
4 p.
(MIRA 12:4)
1. White Russia. Kinisteretvo gorodskogo i sel'skogo
stroitel'stva.
2. Direktor"BelsellproyaktaI(for Afanas'Yev). 3.
Nachal'alk
proyektnogq otdola"Belsellproyoktall(for Shchelkov). 4.
Bukovoditell
.V, wasterskoy No.1 qalnellproy'-sktal (for'Gordon).
5., IspolnT,4yushady'
obyasannost! nachallniks smetnago
aektora"Balsellpro'yekta'(for
Sokolov).'-6.03eisell royekt'Vor Sillnov. Gorelik).
(Siloq~ Mmcast concrete oonstraction)

JLFAXASI7XV, N.; SILINOV, V., glavrqy iazh.; GORDON,
A.; G0'RI&AIK S
glavnyy konstruktor; SOKOLOV, Ta.; TRUKHMOVA, A., te
[100-ton tower silo (rabbleatone walls)] Silosnaia
bashnia us
100 tonn (steny butovye). P.roakt no.013. Minsk,
Gos.izd-vo
BSSR, Rea.nauchno-tokhn.lit-rye 1955* 4 p. (MIRA 12:4)
1. White Russia. Kinistarstvo gorodskogo i seltakogo
stroitalletva.
2. Direktor 'Belsellproyekta" (for Afanaelyev). 3.
Rakovoditell
mast.erskoy No.1 "Belsellproyakta" (for Gordon). 4.
IBpolnyayuehchiy
obyazannosti naghallnika smetnogo sektora
"elsellproyekta" (for
Sokolov). 5. *BelsellproyektO (for Sillnov, Gorelik).
(silos)

A'wANAS'M- N-; *SIL#NOY* Y., glavnyy inzh.; SHCH=Oy, 0.;
GORDON, A.;
GORBLI*#.Zov glavn~7 konstruktor; SOKOLOV, Ta.;
TRUEIIANOVA. A..
[Combined silo and water tank-, CaPacitY of silo - 100 and
150 tonso
of water tank - 15 and 20 cubid, meters. Plan No.0051
~Silosnaia
bashnia a vodonspornym bakom ein1cost'lu bashni 100 1 156
tonn i baka
15 1 20 kub.metrov. Proekt no,,005. Minsks Gos.izd-vo
BSSR, Red.
nauchno-tokhn.lit-ry, 1955. 16 P. (MIRA 12:4)
1. White Russia. Kinisterstvo gorodskogo i sel'skogo
stroital Istva.
2. Direktor.'Belsellproyektao(far Afanaslyev). 3.
Nachallaik proyaktnogo
otdela'BelsellproyekW(for Shcheikov). 4. Rakovo&itell
masterskoy No.1
6BOiseilproyekta"(for Gordon). 5. Ispolnyayushchiy
obyazannosti
nachalinika smetnogo seitora"Belsellproyekta"(for
Sokolov). 6."Bel-
sallproyaktl(for Sillnov. Gorelik).
(Silos) (Tanks)

STATISTIKA (STATISTICS) POD RED. P. P. MASLOVA.
LENINGRAD, KOIZ, 19 -
V. GRAPHS., TABLES.
INCLUDES BIBLIOGRAPHIES.
Ll B. HAS: V. 2

PODG01HODETSKIY, Ivan Aleksandrovich; RMIAGOVOROV)
Aleksandr Vasillyevich;
GOELIK, S.A., otv. red.; KAZIMINA, R.A., red.;
SLUTSKIN, A.A.,
tokhn.-r-e-d-.-
(Telecondam cation statistic sliftatistika aviazi.
Moskva,, Syiaz'-
izdat, 1962. 326 p. (K= 15:3.1)
(Telecommunication-Statistics)
Al/-6-
75--~, :z/
, & 61

AVIROMI, S.Fl.p kand. tekhn.nauk, nauchn. sotr.;
GLOTSER, L.I-., kand.
S.A. , kand, tel
tekhn.naukj nauchn. uotr.; q2jiF,~T~ khri. muk,
nauchn. sotr.; IZEYTES, L.G., kand, nouk, nauchn.
sotr. ; PLATONOVA, Ye. I, nauchn. --+-. -
TTrDpp'()l? A. Ij .17. .
kand. tekhn. nauk, nauchn. sotr.; Priryali
uchastiye:ZOTGV,
V.A., nauchn. sotr.; FILATOVA, M.17., nauchn.
sotr.; NIKITIN,
G.N., nauchn. sotr.; ROMASHOV, A.I.; GODINER,
F.Ya., red.
[Recovery and use of secondary vool in consumers'
goods] Po-
luchenie i primenenie vtorichnoi shersti v
izdelilakh narod-
nogo potrebleniia. (By] S.M.Avirom i dr. Moskva,
Izd-vo
"Legkaia industriia," 1964. 260 p. (i,.IRA 17:5)
1. Nachallnik pryadillnogo tsekha N-shkinskoy
fabril:i No.13
(for Romashov).

GORELIK,_ S. Bj,.. inzh ener.
Now -
Kodernization of milling machines used in
semiautomatic milling
of cam clutches. Kashinostrotte-11 no.6:8-9 Je 157.
(KIRA 10:7)
1. Minskly motovelosavod.
(Nillir4: machines)

0, : : : : : 40,-Ne
03 1 1 1 4 S & I I
A
:
A
go ic
0:
:60 zo
Go .11-!.
09 Oi
66.
evil
00S
M
Well
_00"F-Owiv,
a it u 0 IS u M 11 4 0 a III It B M D a V a
A I if I I V A I M.M.0
AM I "PW~ ,
POOCIMS AND .240tal.tt '4_;
a it a c Ids
waftill~i Oft Is cake a. B. 006".
1t sold Chm. (U. S. S. R.) IM. No. 9. 2VF---A-wam-
4
am" of faults amawd by Ildmitting &team Into the coke
Ov"is as irported by me eml European p& producers.
A4mWm of meam by nwaxis of noules and pipes at dif-
fercut points is a' 4. Adoption of this practice In
the V. S. S. It. Pw 10"try to incveaft their capacity ill
WPM No pmfcvevxe 6 made as to the metbad of *tram
admi"itin most atitable for'll. S. 8, R. ps plants.
James S"I
656-SLA SIT AUMCAL LITIMAIM CLAISIPKAT"
M11363044i uu a are
&-I A __L. L-,AUM
1-t i;','
:---
.-OS
-00
zoo
zoo
roe
0 e
00
Age*
UO 0
we*
Mob) I'll ONT goi li&ll IWA a- M
__r
;
; 'I
b u a a I
nit xx Man unwn
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0
0 0
0 0 0 a 0 0:6 0 0 9 9 0 * 0 0 0 a 4 0 a 0 a 0 0 0 0 0 0 41 0 0 0
* 0

0 A 6 0
4119 9
A [A 1, 1 -k-J, -.L L -1 -1,1 1 J
A qq;ttas - I -
PRODUCTION OF PITCH COKE. St. !39r_9,1~~ (Koko I Khimiya,
1939, No# 4-b# pp, 4z-43). (in Russion It Some details are
1 rionce, at the Staro-Woovskiy
given of the opwatie" 41W UP*
plant. The pitch used-for uaftag make has a scifterting
texperature of 65-750 C., 66-7b% of volatile matter. 26% .00
0 of free carbon and a specific gravity of 1*26b-1#285. The
0: ,* 0
00 a,,: yield from the oWdag ru *a operated at 960-IOWOC.
consists
of oakst 65%, tar Zb% The coke obtained contains
00 ,, . 1. j 17* 0
99 Q,,61% of oulph%re 4,72% of soieture,0-0% of volatile matter
and 0*24%of ash. The firosbay liming# of the retorts were
00 roe
00.1 attackod by the solten pitch and ba" recently been
$1 replaced by linings of donser semi--said bricks.
aft&
roe
it 1.171100f CLAWMA110 tree
;_317V5i;C r
C.. oat $$'At, '-wi 0., ot Is
If
U 0 AT 00 It ; , ,
an 4 0 W IT
o 0 0 0
0 0000*0066

-19 f0
,owl 0 IZ I Iu11 4 4 16 v a jo x
qeA 4 L -4--aI'J' J-1-A-L
opt
00A Ir
00 c Rios SEPARATION ;-'wT!MCENE FROM 1114ENARTHPACENE.,
41944 Gorcli.k,A-B and thicber U M (Russ. P. 580 326/1040;
Cho,. Abst. 1944p 38j b847).
sod
0. A L A agT&L&L"CAL Lff9*ATVftI CLAUIP$UVWX
T
-04
wee
wee
SOO
got
soil
Not
woe
woo
use
woo
was
6 u Is AV go a so Iwo 011111"Sallev,
6 0 a 0 0 014 0 0 0 0 0 0 0 0
0000000*00000000000004110000000000009000000o

GOIMLIK. S.B.; GEMS, N.Kh.
Operation of a producer station at the Moscow Coke-Oven
Gas Plant,
Koko i khim. no.3:36-40 156. (HLIA 9:8)
1. Nookovokiy kokeogazony z&vod.
(Noocow--Gso producers)
6

aMELIK. S.B.
Automatic leveling of producor-gas pressure while
turning coke
oven valves. Biul. TSMICHN no. 9:46 158. (MIRA 11:7)
1. Moskovekiy koksogazoyyy savod.
(Coke ovens)

WDUlqp 1.1,; NEKRASOVp K.S,;-ZORELIK tO I KOLAROV13KIYt
A.N.t doktor tekhn.
naukt prof.9 nauobnyy red.; YUD iAq6-lOAvj red. izd-va;
SMBNUAO LVj
tekhn. red,
[Vibrated brick pmne3A In h"ing construction]
Vibrokirpicbmye panali
v zhiliahchnom straitelletve. MDakval, Goo. izd-vo lit-ry
po atroit.,
aexhito i atroit. materialemp 1451- 138 P. (KM 140-6).
(Brick hDusso)

b 10
0100- _&LAMM.
abow-, 1. 1"') 1
chow
(#AV. cYf

*,,Saw
and 4d"k
amdm..-N% "ft j"'m4 No iRkw and 6w
QQ A" M~
law Of Aj~w M144D-V*h
vrim --~
Wk
I-Isk - h 6 J.
VAN for," W to
U"t i 011%
Ift" ohm is,
*Pmwh amemw Ma"

gORELIIS. S. 1,-and YAMM, A, XA-
"Temperature Dependence of Capacitycf Cuprous Oxide and
Selenium
Rectifiers", Nauch. Zap. Dnepropetrovalcogo Gos. Univ., 41,
1953, PP 13-21.
Asswn,ption is made that the stoppir4g, layer in cuprous oxide
and selenium
depends on the contact of the electron and hole zones. It was
expected
.hat the thickness of the stopping zone wi I I decrease with
risii-C tem pera-
ture and that the capacity of the rectifier will increase in
both the stop-
pirv-, and the conductimg directions. Results of measurements
confirmed
these assu;nptions. (RZhFiz, No 1, 1955) SO: Sum. No. 1443, 5
Apr. 55

AMAIK, S.L. inzhener; GUZOVICH, G.A., inzhener; POLLAK,
S.V., inzhener;
0 Ab K, A.M., inshener.
Shortening the distances of control cables in large
hydroelectric
power stations. Ilek.sta. 28 no-8:37-38 Ag t57. (MIRA
10:10)
(Hydroelectric power stations)

S/i39/62/Ooo/oo6/ol8/032
E1911/E.155
AUTHORS Gorelik,, S.I., and Kanev;skiyj V.P.
TITLE; The influence of pressure on the resistance and
capacitance of plates of selenium and copper oxide
rectifie'rs
PEMODICAL: IzvestiyiL vysshikh uchebnykh zavedeniy, Fizika., noe6j,
1962, 121-124
TEXT-. Semiconductor rectification occur,,s in the very thin
barrier layer, which is of very high impedance. Pressures not
exceeding the elastic limit, i.e. upto 20,0 atm, were applied to
selenium and copper oxide rectifiers and theiresistance and
capacitance were determined by the bridge metho'd in the blocking
or reverse direction. An increase in pressure from 20 to 180 atm
causes a steady decrease in resistance of about 1%, whilst the
capacitance increases by about 5~o for an incr *ease-from 1 to
'200 atm. The effects observed cannot be accounted for by reduction
in the energy of activation, which must be quite small with the
pressures used; they are accordingly mainly attributed to
reduction in the thickness of the barrier layer. Under steady-state
'Card 1/2

S/139/62/000/oo6/ol8/032
...The influence of pressure-9n E194/r,155
conditions the magnitude of -t contact field stress acting on
.,t.he, barrier layer governs the degree of its 'polarisati6n.
'Compressing the barrier layer alters the contact field stress
and..,.
hence the polarisition and permittivity.. Thug: the change in
capacitance under compression is probobly due both to the change
in thickness of the barrier.layer and to"change in the
permittivity.
ere are 4 figures.
ASSOCIATION: Belorusskiy.in4titut inzhenerov zheleznodorozhnogo
ttansporta
(Byelorussian,lnstitute of Railway Transport
Engineers)
SUBMITTED'- November 15, 1961
Card 2/2

rill)'U'llov, S.K.
Conference ort us.mg rf-.cmorpholoi:!ca-,,, methocis in
prispectIng for
new gas and ol -1 depon."t.a. Izv. AN S.r'~S:R !;er.
geog. no.7: -'3/.-139
Ja-F 165. - (MTRA 18:211

GCRELrKp S.L.
35520. Variant kulienogo rasresa pri apratalyakh
no slepoy kishke I
chervoobrasnom otroetke, Vracheb. Delop 191,9. No.
11, stbo 1011-12.
Letopis' Zhurnalfnykh Statey, Vol* 48, Yaskva, 1949

GoTamix S.I..
'.4. ~v t-
o ~. I
irikolai Alekseevich Bogoraz. Xhlrurgila, xoskva
no.4:3-6 Ap 150.
(CM 19 -.2 )

GOREIZ, S.L.
Certain variations of osteoplasty. Xhirargita,
Hoak-ra na.4;
37-W AP '50. Win 19:2)
1. Of the Yaculty Surgical Clinic (Director --
Honored Worker in
Science -- Prof. N.A.Dogoras), Second Moscow Medical
Institute
imeni I,V.Stalin and of the Surgical Division of thm
Second Clini-
oal Municipal Hospital (Read Phyeician -
7.P.Sokolov).

SCSOISY, I.Z. [deceaseal; vmcmov, VJ.; gCBBMK. B.L..
recu*tor;
BOBROTAv Te#N., tokhnichookly rol&ktor__------
(Urologir.al diseases requiring JUme'diate surger7l
Nootloshnals,
kbirurgic-hooksia'urologila. Moslora, Goo. Isd-vo
modit Binskoy lit-
ry, 1954. 162 p. (MLRA 7-.10)
(Genitourinary organs-Diseases)

SIU-TVA, Anna Stepanovna,; GORBLIK, S.L., red.;
YBVDOKLMOVA, I.F., tekhn. red*
[Free full-thickness skin graftiAg in reconstructive
surgery]
Svobodneia peremadko toletykh loifttoy kosht pri
voestanovitelIvykh
operatsiiakh. Noskys, Gov. izd--vo mods, lit-ry, 1955,
105 P,
(MIRA 11:11)
(SICIN GRAPTIM)

K041MMGIN, I.G., professor. otvet8tvenn37 redaktor;
LWIT,V.S.. professor,
zaaluzhennyy daystell naukt, robiktor: PIUROMIY $ T
r,-Drofessor.
redakt 4.4
*or; FRICROV, N.N., professor, redakto'
professor. redak-tor;'STRUGHKOV. V.I.,. professor.
redaktor: A&IjJ&p
S.L., dotsent, redaktor; SINCHIU), N.K., tokhnicheskiy
redaktor
[Proceedings of the 26th All-Union Congress of
Surgeons. held at
Moscow January 20-29 1955) Trmly XXVI Vaesoiuznogo
slezda khirurgov.
20-29 ianvaria 1955 ;- Moskva. Gos. izd-vo med. lit-ry,
1956. 703 P.
(HLRA 9:9)
1. Voesoyuznyy Oyezd khtrurgove 26tho Moscow, 1955. 2.
Chlen-
korrespondent AlIff SSSR (for Kochorgin, Petrovskiy,
Priorov) 3.
Daystvitellnyy chlen ANN SSSR (for Rufanov)
(MOSOCV-SURGIRY-CONGRISSIS)

Jf
KAPUN, Aron Vullfavich, delctor xed.nauk; GOMIX,
S.L,g red*;
GLMOMOVA, G.A., tokha.rado
[01OBed injuries of the bones and joints; with
accompanying
Injuries of the Internal organal Zakrytys
povroshdaniia koetei
sustavoy: I seputstvniushchie povreshdenila
vnutrennikh orga-
Moskva, Goselsd-vo med.lit-ry, 1956. 418 p.
(MIRA 13t6)
(BOOS--WOUM AND INJUMS)

011149z:!'2111r, J.- z -
GOULIK, S.L., doteent
..........
rohoice of surgery in cryptorchism. 'Urologlia 22 no.5:53-59
S-0 157.
(MIIRA 10:12)
1.~ 4 kbirurgicheskogo otdeleuiya (nauchnyy rukovoclitell -
doteent
S.L.Gorelik) bollnitay No.28 v Moslcve (glavnyy vrech
M.A.Pastukhova)
(GRYFFORCHIDISM, surg.
method, choice)

EXCERPTA MICA See 6 Vol 13/11 Internp-3 Med. Nov 59
6647. HASHIMOTO'S GOITRE (THYROLDITIS) (Russian text) - (12 r ~
I i k S-2j"
and L i It h t a n M. Y a. Surg. Dept., Moscow City Wxp. No
U-Wo3cow -
NOV.KHLR.ARKH. 1958. 3(67-72)
Hashimoto's goitre occurs predominantly in women. The symptoms
are derived
from functional disturbances or the thyroid gl&nd. eithor as
hypo- or hyperfunction.
The treatment to operative, followed by roentgen radiat t~n,
1131 is not valuable for
the diagnosis. Dvorfik - Brno (VI. 9)
Q1
'4,
I- IA

GORELIK, S.L., dots.', TNOVA, A.K.
%we ~N--iafa9
Selection of a surgical method for inguInAl herni&.
Sov.med. 22 noo
4191-96 Ap 158 (MIRA 11--7)
1. Iz khirurgicheskogo otdelani.yR bollnitsy No.28
Koskvy (glvivVy
vrach M.A. Pastukhava).
(HFMIA, INGUINAL. surg.
techines (Bus))

GORMIK, S.L., dote.; LIKHTSN, M.Ta.
~
, T,7 'I ,Pheoohromoblastoma of the adrenals. Khirurgiia 35
n0.7:103-106
11 159. (MIRA 12:12)
1. 1% khirurgiche'skogo otdeleniye, bollnitsy Wo.28
(glavrx" vrach
M&A. Pastukhova). Moskva.
(ADRUAI GLUMS--GANGIR)

O.AKOVSKIY, Hikolay lvaucmloh;.UIT9Ql, Yuriy
Yakovlevich: GORNLIX,
_L.L., red.;, LYMOVMTA, N.I., tekhn.red.
(Kistakes in surgical practice and mays of
preventing them]
OshibkI v khirargicheakoi pTaktike ![ puti k ikh
preduprezhde-
niiu. Moskva, Gos,izd-vo med.lit-nr Nedgis, 1939.
209 p.
(mTR 14:2)
(blaMT-)

prof., red..; red.; ZUUTA, IT.K,, tekbn.red.
(Medical expert testimony in datormining work fitness
in
surgical diseases] Trachabno-trtidovala ekspertiza
pri kh1rurgi-
ebaskikh zabolevanitakh. Koskvao Goo.izd-vo
med.iit-ry, ig6i.
382 p. (MIRA 14:4)
(DIUBILITr WAGUATION)
E"t-

BUULEV)A.N.~ akad.; BLORM, N.N.; BOGVSH~ L.K.;
VELIKORETSKIY) A.N.., prof.;
V021ESENSXTY, V,P., prof., zasl,. dayatell nauki
[deceased]; GULYAM,
A.V.p prof.; DANIWV, I.V., prof.; DUBOV, M.D., doktor
made nauki Kk-
ZANSM, V.I.., prof.; IMBERG, A.A.; LINBERG, 13.E.v zaal.
doyatell
nauki, prof.; MEDVEDEV I.A., dots.; MESHALKIN, Ye.N.,
prof.; MIFMO-
VICH N.I. or mod. nauk. NIKOLAYEV, O.V.,, prof.;
NIFONTOVj, B.V...
. dokt $
doktor mod, nauk; FETROVSKIY, B.Vq PRIOROV,
N.N.[dscaasedl; RlIaMp
G.A., prof.; ROVNOV', A.S., prof.; RUFANOV, I.G.;
STRUCHKOV, V.I.;
SHRAYBER, M.I., doktor mad. naiik; dots.,red.; YEIANSKIY~
N.N., red.; SALISHCHEV, V.E., zasl. deyatell nauki,
prof.[doceased];
RYBUSILKIN, I.N,O red.1 BULIDYATEV,. N.A., takhn. red.
(Surgeon's reference book in tuo volumes) Sprawoohnik
khirurga v d%ukh
tomakh. Pod obshchei red. A.N.Velik-oratskogo i dr.
Moskya, Medgize
Vol.l. 1961. 564 P. (MIRA 14:12)
1. Deystvitellryy chlen Akademii meditsinskikh nauk SSSR
(for Blokhin,,
Petrovskiy, Priorov, Rufanov, Limberg). 2.
Chlen-korrespondent Akademii
meditainskikh nauk SSSR (for Bogush, Struchkov,
Yelanskiy).
(SURGM)

ABRAMYAN, A.Ya., prof.; BUSALOV, A.A., prof.,*
VELIKORETSKIY, A.N.,
prof.; GROZDOV, D.M., prof.j DORKIDONTOVA, K.V.j
dots.;
ZHMAKIN, K.N., prof.; KORNEV, P.G.; LEVIT, V.S.prof.
(deceased]; LIKHACHEV, A.G., prof.; LOBACHEV, S.V.,
prof.;
MOLODAYA, Ye.K.j prof,; PETROV, B,A.; PRIOROV..
N.N. rdeceazed);
L
SALISHCHEV, V.E., prof. [deceased); SAFOUKOV, P.I.,
pr,-~r.
[deceased]l TERNOVSKIY, S.D. [deceased); FAYMMAN,
I.L., prof.,
zasl. deyatell nauki; CHAnIN, V.D.; GIMTSOV3 A.G.,
prof,
[deceased]; CHERNAVSKIY, V., prof.; SHADURSKIY,
K.S., nrof.;
SHAKHBAZYAN, Ye.S., prof.; VELIKCIRKSKIY, A.N.,
prof.~ red.,
dots., red.; TEUiSKIY, N.N., red.; STRUCHKOVA,
V.I., red.; RYBUSHKIN, I.N.) red.; BULIDYANEV,
N.A., tekhn.
red.
[Surgeon's manual in two volumes) Spravochnik
khJrurga v dvukh
tomakh. Moskva, Medgiz. Vol.2. 1961. 642 p. (MIRA
17:4)
1. Ghlen-korrespondent ANIN SSSR (for Yelanskiy,
Struchkova,
Petrov, Ternovskiy, Cheklin). 2. Deystvitellnyy
chlen AMN SSSR
(for Kornev, Priorov).

-P 0,
.,Klilllypjll yoveen;ya ~ljrigorlyvvna; -T
F
D
t
[Acuie apperill Is In womolql C.31,-Y! '3
zhenshu,liin- Moa~,ia.

S.L., 'doteent
NAnkilooing 13pondyloarthritio (Clinical aspects and
work capacity
of patients" by NOL.Gladyrevokii. Reviewed b:~
S.L.Gorelik. Sov.
mod. 25 no 3:151-152 Mr 161a (MIRA 14:3)
?SPINE-DISMEB) (GLADYREVSKII, N*Lo)

BARKOVSKIY, Vladimir Filippovich;
GORODENTSEVA, Tatlyana, Borit3ovna; ALAVEIT)OV,
Ya.G., red.;
GOROKHOVA., S.S.~ tekhn. red.
[Laboratory work in the pbysicocbemical metbods of
analysis]
Praktikum po fiziko-khimicheskint metodarn
analiza, Moskva
Izd-vo "V~sshaia shkola," 1963. 349 P. (MIRA 17:41

GC,REI.I:" , S - S -
1)
21782 PROKICGI =17 ) D. A. i GORELII-~ 1 3 -- a
Iegirovaniye ualerodifitoy stali svintsom dlYa Uluchsheniya
obrabatyvaYemOsti-
Sbornik (Mosk. in - t stali In. StalinEL), 28, 1949, S. 232-45-
SO: Letopis, Zhurnalinykli Statey, No. 201 MosIn-a, 101+9

-GORELIK, 51. S.
/1'773 MI"', le Anslyols onJ All
by Reat ClIng -?:I, t nd IF Q'U;1~111'
lgnlffhcr~ Abild -* no. 3193. P.
--ftZaDO&kaya LEW, 19M, p. 578.
B. T. R. 580.)
Relationshig, between dissociation pressure of oxido and t1bick-
June 1954 n- o~ -1 e film fornied by atmospheric o at increased te I-
Coatin s PenItures. Micrograplis. 6 rer. n
Moscow Steel Inst. im. 1. V. Stalin
51
Describes method of thermal coloration in applicationto ferroalloYs
and alloy steels based on intensive oxidaticin of metals at high
temperatures with
formation of oxide films which are usually detected on metals as
temper colors.
Intensity of forming and thickening of films ~md, consequently,
coloring depends
on dissociation elasticity of oxide of given metal or compound and
on rate of
oxygen diffusion into metal through film and diffusion of met,11
atoms to film surface,

aORKLIX, S. ~ S.
USSWMeta-Is-Austenite
Chemistry-Analysis
Jun 50
"Method for Chemical Separation of Iron Niobide from
Austenitic Steel,"
A. M. Dymov, S. S. Gorelik, Moscow Inat of Stf?el
imieni 1. V. Stalin
"Zavod Lab" Vol XV1, No 6, pp 649-650
'Suggests method developed using
chrome-nickel-molybdenum austentic steel
with niobium content 16-20 times greater tham.carbon
content. Such steels,
aceprding to technical literature, consist oftwo
phasest austenite and
niobium carbide. Establishes by thermal coloring
etching the presence of
third phase. Describes procedure for identification of
unknown phase as
iron rLiobide and method for its separation. Method
mFy be used only for
qualitative determination.
PA 163T50

'O'r
--AL47JZRN 0 kandidat fisiko-matematicheskM nauk; SAUSRTZ~YN,
M.L.,
9~ elrhnicheskikh nauk; BIANTER, M.Te., dolctor tokhnichaskikh
nank; BOUHTATN, S.Z., doktor tokhnichaskikh nauk; SOLKHOVITINOU,
Y~*N., kandidat tekbnIcheskikh nauk; BCRZDYKA, A.M.. daktor
tekhai-
cheskikh nauk; BUNIN, K.P., do)rtor takhnichookikh nauk;
VINOGRAD,
M.I., kandidat tekhnicheskikh mauk; VOLOVIK, B.Te., doktor
takhnicho-
ekikh nauk (deceased]; GAMOV, X.I., inzhener; GBLLIR, Tu.A.,
doktor
tekhnicheskikh nauk-, GOMI19 S*S., kandidat takhnichookikh nauk;
GOLIDUBXRG, A.A.. immmarrolMhaskikh nauk; GOTLIB, L.I., kandi-
dat tekhaichaskikh nauk; GRIGOROVICH, V.K., kandidat
takhnichookikh
nauk; GULTATXV, B.S.. doktor takhaicheskikh nauk;
DOVGAIJIVSKIY, Ya.M,
kandidat tekhnichemkikh nauk; DUDOVTSXV, P.A., kandiiiat
tekhnichs-
skikh nauk; KIDIN, I.N., doktor takhnichookikh nauk; LIPHIS,
3.1h.,
inzhener; KORITSKIT, V.G., kanaidat tekhnicheskikh nauk; IANDA,
A.F.,
doktor takhnicheskikh nauk; JJMIS, I.M., kandidat takhnichookikh
nauk; LIVSHITS, L.S.,-kandidsit tekhnicheakikh nauk; LIVOY,
M.A.,
imudidat takhnichookikh nauk; KALTSHU,K.A., irandidat
tekbuichaskikh
nauk; KNYIIRSON, G.A., doktor tekhnichaskikh nauk; MINKUICH,
A.N.,
kandidat tekhnicheakikh nauk; MOROZ, L.S.. doktor tekhnicheskikh
nauk; NATANSON, A.K., kandidat tekhnichaskikh usuk; HAK IMOV.
A.M.,
inzhener; NAKHINOV, D.M., bindidat takhnicheekikh nauk; POGODIN-
ALUSIM, G.I., doktor tekl=icheekikh nank; POPOVA, N.M., kandidat
takhnicheskikh nauk; POPOV, A.A.. kandidat-tokhaichookikh nank;
RAKHMADT, A.G., kandidatinkhnicheskikh nauk; ROGILIBIRG. I.L.,
Imudidat takhnichookikh naiak; (Continued on next card)

ILITGAUZEN, O-N----- (continued) Card, 2.
SADOWUZY., V.D., doktor takhalcheskikh nauk; SALTTKOT,
S.A.,
inzhoner; SOBOLSY, N.D., itandidat tekhnichaskikh nauk;
SOLODISHIN,
A.G., hadidat tekhnicheskikh rauk-. UMANSKIT, U.S.,
kEtadidat
takhnicheskUh nauk; UTZVSKIT, L.M., kandidat
tekhaichaskilch nauk;
niDaN, Y&*B., doktor tb'Khntclwskikh nauk; XHIMTSHIN.
F.F..
kandidat takhnichookilrh nauk; 13RUSHOW. M.N.. doktor
takhaichs-
skikh nauk; CRONASHKIN, V.G., kandidat tekhatchaskikh
nauk; SUPRO,
M.M.,Anzhener; SHKOLINIK, L.M., imndidat tekhnichaskikh
nauk;
SMUYBXR, D.S.. kandidat tekhalcheekikh nauk; SHCHLPOV,
N.P., dcktor
takhnichookikh nauk; GUDTSOV , N.T., akademik, redaktor;
GORODIN, A.M.
rodaktor izdatelletya; UYNSHT'IM, Ye.B., tekhaicheakly
radaktor
[Physical metallurgy and the h9at treatment of steel and
iron; a
reference book) Metallovedenie I termicheekoda obrabotka
stali i
chuguna; spravochnik. Pod red. N.T.Dudtnovi,
M.L.Bernobtaina, A.G.
kakhahtadtao Xoekva..Goo. nauchno-takhn. izd-vo lit-ry po
chernoi i
tevetnoi metallurgii. 1936. 1204 p. (MIRA 9:9)
1. Chlen -korreepondent Akadezii nauk UM (for Bunin)
(Steel-Beat tteatment) (Iron-Rest treatment)
(Physical metallurgy)

6 _;~M
TA459-F55 TREASURE ISUM MCK REVIEW AID 847 - M
GORELIK, S. S., N. S- FASTOV, YA. S. UMANSKIY, B. N.
FINKEL'SIMYN, M. YE. BIA=?
and S.__T1. - K-ISHKI[J.
FIZICHESKIYE OSNOVY KTAILOVEDENIYA (Principles of physical
metallurgy).
Metallurgizdat, 1955. '724 p., diagrs.,'-tables, Photos. 10,000
copies printed.
ANALYSIS AND EVALUATION:
This book on physical metallurgy is compiled by &group of
prominent Soviet
scientists and is based on a very voluminous literature,
monographic and
periodical, mostly by Soviet writers. It is not a textbook but
an outline of
present-day achievement in the understanding of the physical
principles of
metallography and a survey of physical metallurgy problems as
seen by Soviet
scientists. Two main problems of theoretical physical
metallurgy are emphasized;
the theory of phase structure and the theory of phase
formation. Presented in
addition are the present-day concepts concerning plastic
defromation of metals,
recovery and recrystallization, and firally a study of the
connection between
the structure and Composition of alloys and their strength.
TIP-0 r" 5 __ 6_6 3 7 () 21

USSR / Structure of Deformed.Materials. E-8
Abe Jour Ref Zhur - Fizika, No 4,
1957, No 9398
Author G
S.*,, Umnskiy, U.S.
Inst Moscow Steel Institute, USM,1
Title X-ray-Diffraction Investigation of the
Recrystallization of
Certain High Melting Point Compounds.
Orig Pub Izv. AN SSSR) ser. fiz., 1956) 20, No 6, 65o-652
Abstract A study was made of the re3juation and
recrystallization of
WO in NiAl. WC was first deformed by abrasion with a grin-
ding wheel, and the hardeatag of NiAl was effected during
the process of grinding the powder. A special test made on
the iron showed that the above methods of deformation give
the same effect..' as shrinkage by 60 -- 70%- The time ('Z-)
required for start of recrystallization was determined at
various T (from 1350 to 15,50P for WC and 700 -- 7800 for Ni
Al). From the slope of the line ln-T w f (1/7) it was pos-
sible to determine a quantity Q, which characterizes the
tex-
Card 1/2

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me

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,
.0, ow-
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~

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Ni,

(AMM) und gppmy u3 2nd pha5e *-uc delmmed jrzi

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immed'.Aiely ofier ax~iy, The prt~-ec-e q! a ~nd

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