SCIENTIFIC ABSTRACT SMOLYANINOVA, N.K. - SMOLYANITSKIY, YA.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651720016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PETUKHOV, S P SMOL'YANINOVAN,K - SPIRINA, A.S.; SINITISYNIA, N.S., red.;
BiiO~A,~.,' ~re.,~kNA,
O.N., tekhn. red.
[Growing b-"!r.1 nw-sery stock]Vyrashchivanie posadochnogo mate-
riala iagodnykh kulltur. Moskva, Sellkhozizdat, 1962. 206 p.
(MIRA 16:2)
(Berries) (Nursery stock)

of
1 T:,
jar
we Scle: it ic To ciin c..,-. D, rscr tatdori s De-'---~Aed a U33R

AUTHORS: Ebler, I.V., Dr. of Tech.Sc. and Smollyaninova,
N
-
-
.M. '158
-
.
Cand. Tech. Sc. (Tomsk PolytechniE61 i
nstitute
of
S. M. Kirov).
TITLE: The influence of heating temperature on coking properties
of some coals from the Kuznetsk Basin. (Vliyaniye
temperaLury nagreva na spekayushch-ye svoystva
L
nekotorykh ugley Kuznetskogo Basseyna).
PERIODICAL: "Koks i Khimiya" (Coke and Chemistr ), 1957, No.3,
pp. 21-24 (U.S.S.R-~
ABSTRACT: An investigazior of the influence o-L* the temperature to
which coals were neated on their coking properties
(Table 1) was carried out. For the evaluation of coking
properties the method of I. V. Gebler (Koks i Khimiya,
1939, Nos. 1 and 2) was used. This is based on the
amount of sand bound by softened coal penetrating into
the spaces between the sand grains under the pressure
of a load. The amount of sand so bound in grams
multiplied by 100 gives the "softening number". The
dependence of the softening numbers on temperature for
various coals and coal blends is given on the graph in
the form of curves. The slope of the curve before
reaching the maximum is considered as representing the
thermal stability of the coal mass while that after the
maximum as representing the thermal stability of the

GEP;~L'H, I.V., prof~; ",'10L'YANIN(1TVA, N.M., krind. tekhn. nauk;
LIVSHITS, D.L., red.
(The problem of metallurgical fuel for the metallurgy of
Tomsk Province iron ores] Problema metallurgicheskogo
topliva dlin isvollzovaniia zheleznykh rud Tom3koi oblasti.
Tomsk, Izd-vo Tomskogo univ. 1959. 14 p. (MIRA 16:10)
(Tomsk Province--Iron ores) (Fuel)

SMOL'YjINI1,X)VA, N.ii.#, GLMIXR, I,V,
i4orlium-tpnporat~ire coking of pan coal fro-, the Kuznetsi: Banin.
IYV.SI'b.At'I.Aj'I SSSR nr).I~:99-17 15Q. (14IRk 12:10)
1. Totjgj:jy politekhnicheakiy 1nstitut im. S.K.Kirovs.
(Coke)

SMOLIYARINOVA, N.M,; KAPLIN, A.A.; VASIL'YEVA, L.M.
Stability of coke in the hot state. Koks i khim. no. 5:25-28 161.
(IMIRA 14:4)
1. Tomskiy politekhnicheskiy institut (for Smollyaninova) Kaplin).
2. Sibirskoye otdeleniya, AN SSSR (for Vasillyeva),,
It
(Goke--Thermal properties)

Lzv.
peat.
cm,
011)

I " v
'M"'I I ym!: ; "., ~,., , ,,, . , : ~~
E'l "~r-f ~'- the te:nreral-ure - ' 7~he. -yy;, - -,c -- , f ga als
'.-- I - - I pr 0 9 cc on
! he yl.?'l Jand composi'%fcp 0.- - -- -
o CAI~1161s. Tzv~ TPI 126t.15-20
1 ~14 ~ (MIRA l817)

7
'U.
is! f Kounradsklf-
r,-oflertrandite from t e gram e ma ve o
eb
,Central KazAbstan. r, 77,7v. Chukhrov and N. N.
-A TOW.- T 1-1, T 5. S
Iva. bokkdjr,
lite (11 Was; knu%yu III
fl 7eviciuMY; : bertrant
the Irkutka.'
the U.S,SA. from the a4mawarine tlcpo~its of.
Tigerct-sk Mls., Altal, Siberia. The occurrence -of the
Kazakhstan sEeplin is rejuarkable twcniLse of'high-temp.
quartz ychis in gre-isen ganiltes which contain I assocd. with
muscovite, K M ~Ieupyrite_ sphalerite,
dspar, pyrife, , ch
fluorite, inagnaite,binryli wolframite, uiolybdenite, and
gilbortite. I Is never abividant, although- wide-spread, in
the 'rocks. Th~-. colorless, water~dear ciystals: of rarely-
More thad I nim. In.diarn. are highly brittle, willi excellent,
cleavage in 2 petp&idlcular planes, biaxial.-neg.;
AL . I
-y 1.6 16; d - 2,600. o Four crystal' habi ts are
described; - I is probably f6rmed bi thip ultimate stages of the
quartz veins; but. before - fluorite and.gilbertite, although
after wolframite and musciQvitc. -1 is, slightly. changed Into
a , hydrous Ca7contg. ; ml ieral of. unknown compn. - No
indication is observed thafl was formed by Weatberinj frozit -
bervI. ---W
--T

SMOLIYANINOVA, IT.N.; MOLEVA, V.A.
Phenacite from Bat7stau deposits (Central Kazakhstan). 3*1.
AN SSSR 112 no.4:749-752 F '57. MaA 1o:4)
1. Institut geologii rudnykh mestorozhdeniy, petrografii, mineralogii
i geokhimii. Predstavleno akademikom D.I.Shcherbakovym.
(Kazakhstan-Phenacite)

'ACLIYANIMOVAY N.N.; t, J1.
Arseniosi-lt,.rd~~., Tn-idy J-dn. muz.
o' I
no.14:2~0-298 163. (MIRA 16:10)
(KI-rohizis Utr,---Ar-st:n-i osiderite)

6MOLIYANINOVA, N.N.; SENDEROVA, V.M.
Find of ch-ilUa,v--",~e in the Al~--chatau deposit. Zap. Vses.
min. ob-va 92 n0.5:588-59.4 '63. ~ MM-A 17: 1)
1. Institut geologii rudnykh mestorozhdeniy, petrografil,
mineralogii i geokhiaii (IGDI) AN SSSRI Moskva.

ALYAVDINJ V.F.; BONSRTEDT-KUPUTSKAYA, E.M.; GODLEVSKIY, M.N., doktor geol.-
mineral.nauk; KOMKOVs A.I.; KUKHARY-WO A.A.. prof.; SALTAU, E.P.;
SMOLIYANINOVA, II.N.; BOJT-TP""LAJ;--CTAP-vWffICF, I.D.; TIT C717
~ r. - AR v.B.Y
prof.; FRANK-KAMENETSKIY, V.A.
From the Commission on New Minerals of the Minerological
Society of the U.S.S.R. Zap.Vses.min.ob-va 94 no.5-5~5-
565 165. (MIRA 18- 11)
1. Komissiya po novym mineralam Vsesoyuznogo mineralogicheskogo
obshchestva. 2. Predspdatell Komissii po novym mineralam
Vsesoyuznogo mineralogi.-heskogo obshchestva (for Frank-
Kamenetskiy). 3. Zamestitell predsedatelya Komissil po novym
mineralam Vsesoyuznogo mineralogicheskogo obshchestva (for
Bonshtedt-Kupletskaya). 4. Sekretarl Komissii po novym
mineralam Vsesoyuznogo mineralogicheskogo obshchestva (for
Sal'dau).

SmOLIYANINOVA, N.N., mladshiy nauchnyy sotrudnik
Swedish fly in Khakassia. Zashch. rast. ct vred. i bol. 4 no.2:
24-25 IL-4 159 16:5)
tXhaM's
flies)
Autonomous Province-Frit

SMOLITANINOTA, IT.S., PYLITSOV, I.M., KLEIU?WOVA. Ye.S.
Congenital diaphragmatic hernia of the anterior medinstinum simulating
epile-ptoid seizures. Vest.khir. 80 no.4:114-115 -AD'58 (MIRA 11:5)
1. Iz 2-go Idiirurgicheskogo otdeleniya (zav. - prof. G.V. A-
.LiDov)
i rentgenovskol.-o otdeleniya (zav. - prof. P.N. Mazayev) Instit~ita
khirurgii im. A.V. Vishnevskogo AIIH SSSR. Adre% avtorov: Moskva,
B. Serml-hovskays, d.27, Institut khirtirgii im. A.Y. Vishnevskogo
AMIT SSSR.
(fEWIT.A
A . DIAPHUGMATIC, inf.& child
conpen., cimulating epilepsy (Rue))
(UIIXPSY, differ, ding,
congen. diaphragmatic hernia (Run))

SMMIYAININIOVA, N. S. Cand Med Sci -- (diss) "AOX-rFa-y picture of chRnges in
the gastrointestinal tract follo-Kin6 the removal of a lung or part of it (Clinical
and experimental studies)." Alos, 1959. 15 pp (Acad Hed Sci USSR), 200 copies
M, 43-59, 128)
-93-

SMOLIYANINOVA, N.S.; ITKIN) S.11
Anatomic and Punctioml changes in the gastrointestinal tract
following total or partial resection of the lung; experimental
study. Grud. khir. 2 no.3:73--74 MY-Je 260. (MIRA 15:3)
1. 1z rentgonovskago otdoleniya (zav. - prof. 11,10'. Mazayev)
Instituta khirurgii imeni AN, Vishnevskogo (dir. - deystvitel:nyy
clilen AIRI SSSR prof. A.A. Vishnevskiy) AMR SSSR. Adres avtorc-.,,.
Moskva. B. Serpul:hovskaya ul.,d.27, Institut khirurgii imeni
A.V. Vishnevskogo.
(ALIEEMARY CANAL) (LUNGS.-SURGERY)

SMLIYANRJOVA N S LOKSHINA, K.A.
X-ray observations of the motor evacuatory function of the stomach
following reconstructive plastic operations. Klin.khir. no.8:16-
18 Jl 162. (MIRA 15:11)
1. Rentgenologicheskoye otdeleniye (zav. - prof. P.N.Mazayev)
tretlye khirurgicheskoy otdeleniye (za. - prof. G.D.Vilyavin)
Instituts. khirurgii imeni A.V.Vishnevskogo ANN SSSR.
(STOMACH--MDTILITY)

LOKSHINA, K.A.; SW)L9YA-NINOVA, N.3.
Cancer of the small intestine; a case fror,,, cUnical practi~,e.
Sov.med. 26 no.l-.113-115 Ja 163. (MIT.-A 1-6Z4';
1. Iz rentgenologicheskogo otdeleniya (zav, - Prof. P.N.Mazayev)
Instituta khrurgii imeni A.V.Vishnevskogo dir. - deystvitelgny-t
chlen AMN :;S"R prof. A A.Vishnevskiy) AMN SSSR.
i INTEST 1NEPS-A"'A' NCER)

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SMOLIYANINOVA., V.L.; BOGOSIAVSKIY, A.I.; GARKAVI, R.A. [deceased],
Comparative evaluation of different methods of investigating
the functional state of the visual a-rialysor in cataracts.
u--h.zap. G14II glaz.bol. no.8:17-39163. MIRA. 16.9)
1. Gosudarstvannyy nauchno-issledovateliskiy institut glaznykh
bolezney imeni Gellmgolltsa.
(CATARACT) (OPTIC NERVE)

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U S' 41 'C' AS 1 11 OF 01i K A 01 IS K tt IT It Of
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a
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69
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,
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d tutilite lititiors.
-00
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0 W. S. S. It.) 4. 1428 -11(104).- Vanillin (11 can cx%ity
00 1~ driected in Inclutts. front %-rgrl&W ontsfers fly if% 1.1m.
i vrn when prtwnt in %twh 11314111 Alut'l. IhAt .111211t. 1111.11)'M%
00 A s-unpus4il3k. It Isdifficult todet. list such ruatt-riakand
%ety difficult it) i4olate it in ctyqt. hum The quant.
mriliml ut Kfiroschner (C. A. umpl-wing m- 00
go as tralrov t,o xul,ctwt is) ,ther meth-

00
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aml S It,%%,-
mw~l K.'q mvili,sol and Oustmed valu". Th,
00 J 4-fude I was d4-&nlvrd in Nm.CO, %oln. and itram-oliNtil. to
trulovC volatile aldelmles; Ilse I remains as phrriol.itc.
!
o0
00 Acidificatimi with 11,S0.. extst. with Et,O. rtumvd of the z
00 Ft
and soln. ill a small val. of sic. wctr Adh1wril lov
ltsl:
'A
l
I'l, ith tile fraftent as dirrvictl hy K. li'lu.4,
%CCC 1110440 Suitable 4.4 MY gll&ktffi&l than Citill-f %lWlIll%t oil
1-latrof lim"in (11). The lw,;e%t yirl,l (0.01;) wa, Age
Mstained by hydroly%ls; with Natill cuipl,wed ill tile tatw
rif 1.3 muts NaOlf to I part of dry substance ind heating
1- 7 11". 'I*ar fininatitin was increawd by ul,,situjij,K
N4
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(hidAtIVI! (CM's
411.1 X
N1110
1 .00
.
,
.
,
,
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ct,m~idrre,f evidence against Freutlenl~rjf's forusulA for 11. 0
I.-i% W. Butz
.09
%00
60 A%. SL .01.tL 0

o o 10 0 0 o 0

777'44_.~.

Intermediates to. the synt O f :imhituw~a"
lop
Zkor. 06s4(Mxx

l
M~1.) of
c Lion mUt.
iAth
S
CH uwA2Aw*AP.

,
t
I
, I
.
em
x
_rj*
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s j
.i
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41
~~
X..IfL hing It with _4~ MCI;
HAO.-. sspn. of
~~
cownen. Is wamewo, a a. a the idur_(58-42 g.) to 150 a;

6 1 hr. at 9&
p*wd. KOH sind 80 nil. -iooP(temp,;

2 b". Ion
must be below,110), beating to 100q
with'500 mh HvO and =
was dild
cooled mixt h
t 0
e%d- to
6
. -
,
Couge red with 1:1 HClj yielding .35-T g.. (Effem wit).
(1a),-- crystn. from hot _' 50% t, WOR .,gave
'
,C
H0
C
4
11
C-
zu~ 114-16
, cwtg. Some 16%
M6
4
)
(
* ;
~
P= d;mrhbx-vUc AcM.-M. 123-
.L-
from MOH giv*the
i4ld C"
4 . I m. 7"*. Purification of the dicarbbiAls-
be effected by, conver-Aoa to the di-Me'ester by treating witk'
MeOH-HS04 2-3 days at room lemp., Yiddluf

18"s
igpordfication., gav the
aMr, in. ~42.54.
pure acid, m.1224"l. lf,the, cleavage Is MM:with ku
coned. KOH, the rei~tlon y1eldi u it -main product 6-
1 hendecanedlone. ffv'~, Prepamflon of 2,15-hendksa;a.
')
E
.
.
I one. - V. M Rodlosw, N. R. Kologrivuva,
I
b
Md
7t
t
i
B
l
I&M
W
-M.-
.
es
e
ov.
e
niko
V. N.
a. inn

i In prepn.,of f,ZS-k=4Jew (1) WiTc iu (611qln-
suit
cond-emi'l-mp-roduct WNdil),jUrs with AcCf t
(Them

kxed I hr
[d. preceding-abstr.) and 109p' aq. a16- KOH rej
And cooled gave 71 % 1; after 2 cfystns. from t - i sq. EtOH the
sem In Lowerconcuiv;
roduct M. L"', karbazoie~ . 1N-9'.
p

fAcORpvcmuchpooOr lds;htat,-
o
R4QHorthtuseq. yie~
Im t ii condensation with. Hso 5 hrs.'at 2006 grve -
'

!69 contaminated iTith-tm by
~r
1. but the prod -
J,
j[VAWAjj04 -

GGORODNIKOVA. Ye.A.; SHMAKOVit, N.N., SMOVYiUJlNuV.,i, Ye.K.; RODIONOV, V.H.,
akademik; BE-LOV. V.H.
Synthesis of lieptadecanolicle. Dokl.All SSSR 90 no.4:553-556 Js '53.
(mmu 6:5 )
1. Akadamiya Nauk SSSR (for Rodionov). 2. Vsesoyuznyy naucb-no-isaledova-
t--Ilskiy inBtitut sinteticheskikh i naturallnykh dushistykh veshchastv.
(Heptadecanolide)

RODIONOV, V,V.: 0GORODNIKOVA, fn.A~-. 611t~l. 1YANINOVA, Ye.K.,,
BI;LOV. V.N.
Internediates in the s.-mths8;--A of perrume substaaces. ReDort
Synthesis of -!,1 4- tetrndec qned~ clic ,c,,d, Trady VVIISIMV
nc.2:2i-216 154, (M-T-qA 10:7)
(Tetrndecanediolc acid)

-?'0 L I f Ail lfi;~VA. Y aBLUV, I
'OL VA, N
N.G.
intRr-nediateo in the of -,erfume substgnces. ':'--nort
5: ?reDarqtion acids in a
iR
-o aj-3*r&*us . Tru~.T, V~,-ISNMV no.2:32-33 154. (1!,7~-
acid)

'10
-1;.,!)NIKCVA, Ye ti HFAVY 'OV;'. 1
Ov , V. N.
.1
it- or, to of hent jcA-i,,, ~wtone Trudy VNIISVDV n:7.
-Anoic ncid)

~,%10 DDVITRVA, li.?. ; SVPDKOVSKAYA, G.N.; BKWV, V.';.
Synt;iesis of dihydroambrettolactone. Trudy VNIISNDV no.2:34-35
154. (.KLRA 10:?l
(Am-brettolic acid)

'4 AUTHORS: Byelov, V. N.; Dayev, N. A.; Skvortsova, N. I.; Smollyaninova, Ye, K.
(Moscow)
TITLE: Progress in Chemistry of Perfumes (Uspekhi khimii dushistykh veshchestv)
PERIODICAL: Uspekhi Khimii, 1957, Vol 26, Nr 1, pp 96-134 (U.S.S.R.)
ABSTRACT: A review is presented of various research work in the chemistry of
perfumes and important semiproducts of their synthesis. The achievements
of various Soviet and foreign researchers are listed. One group of
Soviet chemists - Samokhvalov, Miropollskaya, Vakulova, Preobrazhenskiy
(10 - 12) have synthesized pseudoionone from methylheptenone through
condensation with ester of gamma-bromocrotonic acid by means of the
Reformatskiy reaction. The Lurie and Skvortsova team synthesized a number
of ionone analogues with more complex side chain in the C atom.
2
B. A. Arbuzov and Mukhamedova (47-48) prepared isomers and ionone
analogues with the methylene bridge in the cyclohexane ring and obtained
analogous products through condensation with ketones for campholene
aldehyde. A special section is devoted to the study of ambergris and
the synthesis of perfumes with the scent of amber. Soviet chemists
described the syntheses of three macrocyclic compounds: heptadecanolide
Card 1/3 from sebacic acid (75); dihydroambretolide from azelaic acid (76); and

Progress in Chemistry of Perfumes
dihydro civetone from sebacic acid. Rodionov and associates published
data on hydrobromination of undecylenic acid in a continuous action
column (83). This group conducted catalytic hydrogenation of diesters
and polyanhydrides of certain dibasic acids. The method of obtaining
14-methoxY-3-methyltetradecanoic acid which is an intermediate product
in the synthesis of muscone was introduced in 1952 by Samokhvalov,
Sibirtseva, Genkin and Preobrazhenskiy (96).
The contributions of other Soviet chemists - Dubinin-Kozhevnikova;
Petrov and Sopov (126); Rodionov, Byelov, Ogorodnikova, Shevyakova;
Skvortsov-Polyakova (149); Rodionov-Ogorodnikova-Moldovanska (148);
Bryusova-Grilaoryeva (150); Bryusova-Osipova-Gurevich-Lyuboshits (153);
Byelov-Shepelenkova-Kologrivova (154); Machinskaya-Tokarev (155) - in
this field of organic chemistry are listed. The names of French, USA,
Swiss, and other foreign chemists and their particular accomplishments
are not given in the abstract.
As is evident from the review, the last 5 years (1950-1954) have
Card 2/3 experienced great advances in the chemistry of perfumes. The authors

k (4 v

3elov, V.
!'T Lnveoti -anion of the Con'Ji-r.--ti"on Froduc's. a" th,~,
Undec~~!.--nic Acid d'uh 'Is-20-edcvani --c- nroduktov
y s izai
konden sat s ii unde t silenovoy ',,,i -;lot
.
Zziurnal Obsh.-hey irlifmi.4, Vol . 2", Nr 1
'0115
1 1 (USSR)
A 13 3 p R.-I C In search of a convenient s,~-nthesis -D'L 12-oxydcdec%nic acid
the authors suo2eedud in "he condens--tion of
und--~-%,-Ienir- acid and In some
of
Sil al, z-1.,A~--~T,~"A C,I,.. of

oil
t --hj f E ,f 7:"30,

-,2 ,;-~nt-

I - -4-
Cj
t
r,~hydrop-
C 1 a -L

Z. dl C, E!
e1v S

1 7 1-r
G
L
n S t er e r,.~ c v C) f
E -a 1'.
4-
t r r~ r r, L- con- u, ri'a L:r -7 V 5 101,13
~2 Of
u1- c
Q/
v i G
JUJ-Ujjon 3cjejtifl-.--- Txtst'.-,utc of S,,jtj2e4,,C ard -.1atural
Aromatic Substa-m-,os
11 i f~ u i i, i-LC k i u r,--tl ` n,;~-.h d~uohi sv a shc he stv)
S U- D LI T,"3 D1 T,-, b,
.l.W-ILABLE: Librr- of Cor,~,r3~-F:
1. Undecylenic acids Condensaticn reacticns
,~. Formaldehyde - Ccndensa'uicn reactions
C--,.rd 212

BELOV, V.; SKOWYANINDVA, Ya.K.; OGORODNIKOVA, Ye.A.; RDDIOIWV, V.M.;
SOLOTITEVA, N.P.; SVADKOVSKAYA, G.R.; SHMAKOVA, N.M.
Synthesis of macrocyclic lactones. Trudy VINIISIMV no.4:3-22
1 58. WRA 12-5)
(Lactones)

SOLOVIYEVA, N.P.; SMOLIYANINDVA, Ye.K.; BELOV, V.11.
intermediate products of thp synthasig of odorous substances.
Poport N6.6: Production of (14~oxyacids by the dAh3rdrogenation
of diols. Trudy VITIISIE)V no.4:22-25 '58. (MIRA 12:5)
(Dnhydroganation) (Acids, Organic) (Glycols)

SOV/79 -23 -8-57/66
AUTHORS: Svadkovskaya, G. E., Smollyaninova, Ye. K., Belov, V. N.
TITLE: Synthesis of theC4-Oxypentadecanic Acids by the Method of
"Intersecting" Electrolytic Condensation.II (Polucheniye W -
oksipentadekanovoy kisloty metodom "perekrestnoy" elektroli-
ticheskoy kondensatsii.II)
PERIODICAL: Zhurnal obahchey khimii, 1958, Vol. 28, Nr 8, pp. 2268-2273
(USSR)
ABSTRACT: In this report the authors describe the conditions under which
the electrolytic condensation of the fi)-acetoxyundecanic acids
with the monomethyl ester of adipic acid takes place. These
conditions give a 25-27% yield of oxypentadecanic acid. When a
large number of electrolysis products have been obtained an
exact investigation of other compounds arising in these re-
actions can be untertaken. As is known, the Kolbe (Kollbe)
synthesis is accompanied by a number of side reactions, whose
nature depend on the experimental conditions. The synthetic
products were investigated which formed in the "intersecting"
(perekrestnaya) electrolytic condensation, modified after Kolbe.
Card 1/3 This mixture contained the ethyl ester of 63-acetoxypentadecanic

SOV/79-28-8-57/66
Synthesis of the 44-Oxypentadecanic Acids by the Method of "Intersecting"
Electrolytic Condensation. II
acid (16%), the dietk.-l ester of sebacic acid (18%), the
acetate of eicosandiol (10%), the ethyl ester of pentanic acid
(2%), the ethyl ester of pentenic acid (2%), the acetate of
decyl alcohol (3-06), the acetate of decene alcohol (3-4%), the
acetate of decandiol (about 0,5%), the diethyl ester of adipic
acid (3%), adipic acid (7%), the monoethyl ester of this acid
(3%), and a-acetoxyundecanic acid (below 1~). It was shown that
the formation of separate compounds can be explained on the
basis of their common assumed behavior according to the
mechanism of the Kolbe reaction. There are 25 references, 7 of
which are Soviet.
ASSOCIATION: Vsesoyuznyy nauchno-issledovateliskiy institut sinteticheskikh
i naturallnykh dushistykh veshchestv (All-Union Scientific
Research Institute for Synthetici,and Natural Aromatic Material.-:)
SUBMITTED: June 24, 1957
Card 2/3

-12~~
SOV/79-26-8-57/66
Synthesis of the W-Oxypentadecanic Acids by the Method of "Intersecting"
Electrolytic Condensation.II
Card 3/3

IM,
I METANOV, A.11., akademik, FRYfDLIIIA, R.Kh.; BELOV, V.N., prof.; KARAPETYAN,
-Ajp.K.; SOLOVITEVA, N.P.; OGORODNIKOVA, Ye.A.;
Sh.A.; -5149L2! ILINQV
VASILIYEVA, Ye.I.; ZAKURKIB, L.I.; SHrrf"GVA, N.N.
Synthesis of macrocyclic lactones and oxalactones based on ethylene
and carbon tetrachloride. Zhur. VICHO 5 no.4:371-376 :6o.
(MIRA 13:12)
1. Chlen-korrespondent Akademii nauk SSSR (for Frevdliua).
(Lactones)

SVADKCVSKAYf,, G.E.; SOLOVYLVA, BELOV, V.N.-,
VOYTY'1711!~'F, S.A.
Prr-pant-ition of !6-hydrox-jhexadecanoic acid "I tle "cross" electro-
, ' y I.
coridensriti.-m mellhod. P2rt 3: E-Jectrocondensation of monoesters of
acid T-ith acyl, derivatives of q-Y,ydroxynonanoic acid.
31 ni.9:2F?7-287Q S '61. (MIRA 14:9)
(Azalaic acid) (Nonanoic acid)

c ;: "1f-1: r, k
4.';-' -.1 ~ ~, 4 MOPYANUNOVA, Yu.L.
I ~,
Reantion of 2-butene with banz-y, Zhiar.6bJt-la. " "
rin.6:2041-201,2 Je 163. (MURA lf~i7)
(Butene) (Benzoyl nhloride)

L 36711-65 EPF(c)/W(j)/E1iT(M) rc-h/1~741
ACCESSION NR: AP5003122 S/0080/65/038/001/0170/0173
AUTHOR: Kostsova, A. G.; Smollyaninova, Yu. L.; Shatalov, V. P. Kovrizliko,!
L. F.
TITLE, Synthesis of technical dodecylmercaptm 2V
SOURCE: Zhurnal prikladnoy khimfi, V. 38, no. 1965, 170-173
TOPIC TAGS: technical dodecylmereaptan, synthesis, synthetic rubbe polymer-i.
ization regulator
ABSTRACT: Technical dodecylmercaptan was synthesized from higher alcohols-,-.
obtained by oxidation of paraffins at the Shebekinsk Chemical Co. of Synthetic
Fatty Acids. (Shebekinskom khimicheskom kobinate sinteticheskikh zherny*khl:~
kislot). A wide fraction of alcohols (C 12-C13-C
(C 9-Clo-C 14) and a narrow fraction,
10-C 12-C13) , obtained by vacuum distillation of the former, was used. The...-]
alcohols were brominated or chlorinated (HBr or gaseous HCl) to the haloalkyls
which were then reacted with H2S in an alcoholic solution of KOH. The resultant,'
%
Card 1/2
-------------

SMOLIYANINOVA, Z.yf~.
Scientific and technical conference on the production of conden-
ser paper. Bum.i der.prom. no.4:55 O-D 162. (KIRA 15:12)
(Paper)

WW-W-W`WW W OF W-W-r!
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IL L_ a- A t 1 7 4 11
0 !V_ A~R .- All 00
0
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0 0", ag". VIM. ORW .00
o: 1. 8. joffm (J. _00
(im. CUM. Ruma., J9W. 51 1205-12M. 1210-1212).-
~00 a 1 .00
VI 1with Ij tpaps car&
00 a SAjAj. It =r
T 1; ORY ic I in HO or aq. N ezom 00
ofFeCliyipidehiedy" 2'-dihvd 1: I'-dinaphthyl. 1-_Oo~
(I1)=W*U
3:3*4iowboxylic'mit!
with . I.
eWoro-p-nmoiW-3-carbusylic acid, which is thr
oo chW pnAws wben the em Ion miattire is acii.l. (1)
00a &,3d(,NeOinPhNO 1210-9.:W; 6hr.)yirkI(II), which
is emwerted into =~ht;vkm dioxi& bs. UmAirr pro-
00.3 Icaqw timatment with Cudat 3UU*. (II)iiim)tNrthrr
0-
U
06- oxkliwd by FeCk. 1U 1% mit 4A (11) undergma &
a
00 a perylaim ilim~i ishm heated with AICI,
8 OW; I hr.) to vialif an mW aranige dye, probably
1: 12 - A- "-aw6mpfk deid, m.p. > 33Y',
ist. tv 0%. ml into peryk-m
by dimUllation from Zri 41unt.
V11. 2-Hydroxyanthracem in bKAling AeOff mirml
==.(Fe02 yielil 2-hydroxy-I : F: 0: 2'-diamehrilo'
Ac derivative, m.p. 247-2W'), c"iverted at
~o
29W into an tinitlentified Imuluct (proloali1v the
dioxide). It T.
APITALLUROCAL L111111ATURE CLASSAPICATICHN
jqv)~I#' MW 11344
Q-0
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=06
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00
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600
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600
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0 0 0 0 0 4 0 0 0 0 0 0 a 0 0
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0 0 0 * ISO * * 0
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Opal 0 ? 9 1 v 11 12 1) w .1 1. If 141 "Milla DMIS 1.1?nzq Lit uUw is 4 it wv
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rublicir, g. 1, 'J'A 11, fit. Ill---
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00 t -goo
an A 0 'w o A
I C''.ftc oil via flan it n A 'X. 4,14

SMOLYANITSKAYA, I.Z.
Design of barrels made from hard fiber materials and:- the technology
of their manufacture. Trudy ITTILtar7 no.2:51-70 158.
(MIRA 13:12)
(Coopers and cooperage)

.%lCLYAJllT:XIY, Boris Zinovlyevich; AYZEIFMADT, Mikhail Grigorlyevich
[Vologda Economic Region in the seven-year plan] Vologodskii
ekonomicheskii raion v semiletke. Vologda, Vologodskoe
knizhnoe izd-vo, 1960. 57 P. (MIRA 14:2)
(Vologd8 Economic Region--Industries)

PA;~-API- VjP Nikolay Aleksandrovich; MALYSHKIN, K.N., retsenzent;
SMOLYANITSHY, B.Z., red.; KHOTIKOVA, Ye.S., red.izd-va;
KAIU,OVA, G.L., tekhn. red.
[14anual for the operator of acid preparation plants in
sulfite pulp mills] Posobie kislotchiku sullfitnu-
tselliuloznogo proizvodstva. Moskva, Gosiesbumizdet,
1963. 155 P. W11A 16:10)
(Wcodpulp industry)

S" J- LY IMN 11 71

DZIGORA, I.S.; SMOLYANITSKIY, D.L.
Record for mining coal using Lhe IY-52m cutzer-loader. Ugoll 39
no.12:1-5 D 164. (MI M 18:2)
1. Trest Kuyb~;-shevugoll.

KOZHEVNIKOVP S. N.[Kozhevnykov S " M*I Onepropetrovsk)l PRAZDNIKOV,
A. V.[Prazdnykov A. V.1 (Dnepropetrovsk); SHOLYANITSKIY, E. A.
(Smolianyte I kyi,PE. A.] (Dnepropetrovsk) -
New manipulation mechanism for an automatic blooming mill.
Pryki. mekh. 9 no..I.'86-93 '63. (MIRA 16:4)
1. Dnepropetrovskiy institut chernoy metallurgii.
(Rolling raills)

L 2693-66 EWT(d)/EWP(V)AwP(k)AwP(h)Awp('.) IJP.(q) Bc
ACCESSION NR: AT5022816 tIR/3165/65/000/001/0094/0102 0
AUTHOR: Kozhevnikov, S. N. (Corresponding member AN UkrSSR); Prazdnikov, A. V.
(Candidate of technic-air -sciences); Smolyanitskiy, E. A.
TITLE: Selection of optimal parameters for a high-speed throttle servo control
mechanism with an electronic model
SOURCE: Ukraine. Ministerstvo vysshego i srednego spetsial'nogo obrazovaniya.
Gidravlicheskiye mashiny i gidroprivod, no. 1, 1965. Issledovaniye gidravli-
chaskikh ustroystv i sistem (Investigation of hydraulic devices and systems),,
94-102
TOPIC TAGS: servomechanism, optimal control, mathematic model, machine tool
ABSTRACT: The present paper considers the problem of utilizing a servo throttle
hydraulic drive with rigid negativ feedback, operating on water, and using
remote manual or automatic control'~or the mechanisms of heavy high-speed ma-
~chihes. drive should be capab`1 of performing the following functions:
a) Operate the mechanisms controlled by it in a broad range of speed; in this
case, the maximum speed may reach one or several meters per second. b) Assure
the braking of the moving parts of the mechanism within the limits specified by
Card 1/2

j L 2693-66
;ACCESSION NR: AT5022816
the conditions of endurance and durability of the mechanism. c) Carry out the
prescribed displacement of the piston to an accuracy of from one to several
millimeters. d) Assure the stability of the system along the entire range of
changing speeds. The data obtained from processing the oscillograms obtained
show good agreement between the data of the electronic and the ph 4 1 1
ya1cal Ma els
and, therefore, a good approximation of the mathematical description Of the
processes in the high-speed servo drive. It is shown that wit b~,'the_ parameters
selected, the maximum pressures arising in the cylinder cavitits.duribg braking
exceed their rated values only slightly. Orig, arti has: 5 figlires, I table,
and 7 formulas.
ASSOCIATION: none
SUEMITTED: 00
NO REF SOV: 000
ENCL., 00 SUB CODE.' U
OMERi. OW
r."n

SMOLYANITSKIY, H.Kh.
Universal rvise --Ir~.~r-.rtl. line. Ref. nauch. rab. VkN-lIno.l:
31-36 '15-7. (MIRA 11:3)
(Confectl and supplioa) (Caramel)

BROSSHT3111, 1,I.; SMOLYANITSKIY.
Automatic unloadine of crtramel from coil-type vacuum cookers. Hof.
nauch. rab. VKITIT (MIRA llt3)
C.,t rary, I

SMOLYANITS-KIY~ M., a.
Continuous mechanized production line for wrapped candy caramel,
Trudy W!II no. 1-4-59-65 159. (MIRA 14-5)
(caramel)

~106660900~fpff --i-O ~00010 00 ~06 0 V
099006600111110 'FUNINWO
31 7 a 16 v a
I U 1 j I Z AA
4
PROCIlIff A-0 p#vp#O?'f$ -pl.
go
jail U13 343S 36,v i3ji'm it CAI id
Prewring mwl. S. l?. oova'e"
A, L. Sokolovskil, and L. 11,
66.40.1uly3l.1946. I:rc,,h I)Wt 4 ally graill Is froungi
toeWher with the %primts. it 14 then colubitmi ith a
pewd. comestible, c,9-. natural or roamel jj~njr. powd,
wKar, or the like. taken in such quantity that the final
rnixt. contains not over 20-22e'
r inni*ture. The prrolurt
kreps well and ran be briquetIvI. M. If(.eh
I L A ORTALLUR41CAL U11111141FURIE CLASWICAY1611
-7 T
U It AT W3 11. it gg U Ott Ct B It K-
id
RNOO
=00
000
60
UO
woo
A A I a rM 0 a I I IF a 9 AJ

~5MOJ- YA/v/rsKiY, M. Ya.
SOKOLOVSKIY, A.L.. professor; SKOLYANI -TSKIY, M.Ye., nauchnyy sotrudnik;
~ W'"
AUNINA, O.V., nauchnyy so-Cz~ nik; 'ik]tr6V3rATA, A-Ye., nauchnY7
sotrudnik; GRZYMM, R.Ya., nauchnyy sotrudnik.
Continuous mechanized production of caramel. Trudy VKMI no.9:3-48
,54. (MIRA 7:8)
(Confectionery) (Pastry)

SMOLYANITSKii.-M Ye.; SOKOLOVSKIY, A.L.
Development and operation of continuous caramel production lines.
Xhleb.i kond.prom. I no.?:14-18 J1 '57. (MLRA 10:7)
1. Vaesoyusnyy konditerskiy nauchno-isaledovatellskiy institut.
(Caramel) (Conf ectionei7-1quipment and supplies)

AYDEYEVA, A.Y., doktor tekhn.riauk; AIJEHIN, S.F., inzh.; ALTUNDZHI, K.S.,
inzh.; BROIISUETN, I.I., kBnd.khim.nauk; BHUSHTYnI, 14.5.;
GRIGMITET, F.B., inzh.; WLEZITOTA, T.T., inzh.; ISTOMINA, M.M.,
kand.tekhn.nauk; KOZLOT, S.-A., inzh.; KCLESNIXOTA, T.K., inzh.;
KOCIEMOT, I.A., in2h.; IMIDT, O.G., kand.tekhn.nauk; MANNINA, T.A.,
in2h.; ~TAKOT, M.N., inzh.; StfOLTANT'P'WTT- M-Al, inzh.-, TTOIN,
A.I., kand.tekhn.nauk; TSTBULISKIT, A.A., inzh.; CHERNOITANIUK, A.Ta.,
inzhj; SHRIOTSKATA, A.Te., inzh.; BENI, G.M., inzh., retsenzent;
MARSHALKIN, G.A., kand.tekhn.naizJc, retsen7snt-, GUSAKOV, A.I., red.;
MjUUYNOT, M.I., kand;tekhn.nauk, red.; KRUGLOYA, G.I.,,red.,- KISINA,
Te.I., tekha.red.
(Confectioner's mauuall Spravochnik konditera. Pod obshchei red. H.I.
Martynova. Koskva. Pishchepromizdat. Pt.2.[Technological equipment of
the confectionery industry] Takhnologicheskoe oborudovanie konditersko-
go proizvodBtva. 1960. 630 P. WRa 14:3)
(Confectionery-Squipment and supplies)

LIUNIN 0 Oleg Grigorlyeviobt kand.takhn.naukj, SMOLTANITSM , Hoisay
- ------
Tefimovichp inshol CFUSAKOVp A.I*9 inzh.p reteenzentl
IRUGIkVAp G.I.v red.) XISIKAO Te.I.9 tekhn.red.
[Continuous production lines for confectioneries] PotoohWe
linii proizvodetva konditerskikh izdelii. Noakvaq Pishchaprovo-
izdato 1961. 160 p. (MIRA 3.4t6)
(Confectionery)

W,OLYANITSKIY, M.Ye.
[mechanized continuous line for the production of cast
toffee-type candy) Mekhanizirovannaia potochnaia liniia
proizvodstva litogo irisa. Moskva, TSentr. in-t nauchno-
tekhn. informatsii pishchevoi promyshl., 1964. 10 P.
(MIRA 18: 5)

,q.IOLY,,MIITSKIY, Solomon Vladimirovich; LAIIINA, L.I... red.; RAKITIN, I.T. ,
- - - -t- -e ~- h*-n-,. - r-- e-- A .- ---- -- -
Izd-vo nZnanie.," 1961.
Moskva,
14isten, life!] Slushai,
46 p. (Vsesoiuznoe obshchestvo po rasprostraneniiu politiche-
skikh i nauchnykh znanii. Ser.10, Molodezhnaia, no.24)
(MIRA 15:1)
(Construction workers)
zhizn'.'

GRINBERG, A.Ye.; CHERTKOVA, V.F.; SMOLYANITSKIY, V..Z.; MAKEYEVA, A.R.;
RIJKYANTSEVA, N.F.
Using benzoates to protect rubber mixtures from scorching; report
no.l. Kauch. i rez. 18 no.1:22-27 Ja '59. (MIRA 12:1)
1.Nauchno-issledovatellakiy institut razinovykh i latakanykh
izdaliy.
(Vulcanization) (Benzoic acid)

EYDELINANT,, N.L.,-, RUBINA, -V "Z.; SMBRY&KOVA, V.L.~
PLUGIAN,l L.V,,- DASHKEVIGH,, V.S.~ Prinimail uchastiye-.
PESCHUSKAYA, R-Ya.; LEVINA A.Yu.) GO!-IU3RP-YYH. I.Ye.;
SHCHERRA.KOVA., L.P.; FAPULOVA, P.A,
AAI'vated ka-ilin and Its use in rubber compounding. Kauch.
i rez. 20 no.9.-46-49 S 161. WIRA 15:2)
1. Nauchr-o--llssled.ovatel7skiy Institut rezinovykh i lateksnykh
izde.liy, Vsesoyuznyy nauchno--iqs,ledo-7atell!3k'~3r institut plenochnykh
materialov i iskusstveancy kathi j zavod 'Sangiglyana".
(Kaolin) i
(Rubber., Syntheti!~)

SMOLYAINITSKIY, !,,*.,'7'.# FEEYFEI"St ,,,.A.
- :,- * o f or rubber goods. Kauch. i re z. 24 no. 31 0! 13-44 1 ' 5.
e- - .4 0
(117VA JSXIO)
1. Nauchno-iesledovatelfskiy institut rezinovylch i lateksnykh
izdoliy.

L 22246-66 EWP(J)/EWT(m) IJP(c) RM
ACC NR; AP6006493 SOURCE CODE: UR/0138/65/000/010/0027/0029
I AUTHOR: R-aschanskaya, R. Ya.; Eydeltnant, N. L. ; SmolvaniLskiv, Gershenovlct,~j
A. 1. ; Stefanovich, V. V. ; Ggllbraykh, 1. Ye. ; Aleks2y~v~i N: A. ; T:1khonova. Zh. 1,
IORG: _Mentific -Research Instituto of Rubber and Latex Products LNauchno-isaledovatellskiy
Institut rezinovykh I lateksnykh lzdelly); "Red Triangle" Plant (zavod "Krasnyy treugollnikl~
TITLE: The use of p-alkylbenzylpyridinium chloride as a )Mlc~anization~eatalyst for rubber
mixtures
SOURCE: Kauchuk i rezina, no. 10, 1965, 27-29
TOPIC TAGS: vulcanization, catalyst, butadiene styrene rubber, synthetic rubber, rubber
chemical
ABSTRACT: A cationactive pyridinium compound, p-alkylbenzy1pyridinium chloride (katapin):
R- -CH. D cl-
N-
where R is an aliphatic radical containing 12-14 carbon atoms, was studied as a vulcAmization
catalyst. Katapin is a water-soluble dark-brown paste, now being produced on a semi-indus-
trial basis. When large-scale industrial production is organized, katapin production costs will
be close to those of captax, the least expensive vulcanization catalyst. Katapin is found to
C.rd 1/2 UDC: 678.044.004.14

ACC COD UR '
SOURC E _/04f) /0-6 /000 /0 22 / 3 11516 .".1o
ENTO&: Goron, 1. Ye. ; Baranov, Yu. A. ; Derubinskiy, V. F. ; Norkin, 1. Kh. ,
Paiikov, C. A.; Penchuk, N. V.; Smo.lyanitskiy, V. Z.; Volkov, Yu. D.
GR'~: none
Electromagnetic flaw detector. Class 42, No. 188737
SOURCE: lzobreteniya, pronyshlennyye obraztsy, Lovarnyye znaki, no. 22, 1966, 115-116;
0PIC TAGS: flaw detector, magnetic flaw detector magnetic field,===~.
,4
Auchor Certificate introduces an electromagnetic flaw deteccor con- i
Laining 1) a primary magnetic flux conductor for magnetizing the inspected article,
2) a secondary maj;ne~ic flux conductor for duplicating the magnetic field configura-
t.-on of cae article surface, 3) generators with alternating magnetic field ensuring
hysteresis-free transfer of the magnetic field configuration, and 4) magnetic re-
carding heads. To inspect shaped articles, the conductor is clamped to the article
with elastic rings stretched over the article. To maintain its cylindrical shape, the!
secondary conductor is enclosed in a vacuum shell. Orig. art. has. I figure.
'ODE. 14D
SUB C 7/SUBM DAM IlAug651
UDC: 620.179.14.08

W 9 IV W
I W Oaw W
Oral it 11 U 4 it a U If x it U1134516VA21 911 1:0 His $%V 11"k," 041 War
A It r Q I L A -LAA a A
_j__L_AK "'M W-FL411. A I i-S L I k A
004
go

A yormub fw the R&W Dolarminadw of tM Anwing of Or*
00 A
AddW tot ft ResvihAim of Me Newmaw P 1 Ya.Sulolvallit-
'
-00
00 ir 4~
4-JY, (Stal, 1937, No. 9, pp. 25-2n). (in Russian). AiJiii7la

661-
Russian works the methoti adopted to control the temlicraturv in
I
h
i
l i -00

-00
f s
e ctinvener.
ron ore to t
t
the Res.-t-wer process uns to stil
claimed t list theadditioncifore-abilethe blast is oil aveelerat" the
1111riiiiie away of imporiticq. Ithich results in it shor1pning by about
*0 U, 30"', of (lit, ti lit- mtjlIirtN1 for the blast. and it "Attetion ill file arnottlit
IV
of iroll wxidi,.11. Ali inerravivil oill tilt valitirity I lid reduckal Iwo-
.

00 A nous
ductioct -wts art- n1my obtained .
liA priletict haA; 11) delet4
00 vilt-vt oik (he quality (if the metal anti enables one to utilime pig iron
,Aiiii,iii--c,iict)iitentstji)to2-30,. The ore added had t lie corn litwition ago
FV10' 91-00, Sio 5-00-
;"~ Al:tO, 1-50~, Miff) 0-26"0, CAO 0-30%.
~
roe
of the chemical
7; -
31gO 0-10% all 1120 10 From naideration

064
1
rvartions taking plave on the addition of the ore and the effect of the a
0
athlitimt on the heat balance, the author derives the following &**I
fi,rvitula for the percentage amount of ore required: 00
3(7'- 121410)
A 1-25) -1 0-1501m - 10)) 4- U-3 (('-- 3-S) + - -
1600
140) i ago
where Si. Mit, anti Cstand for the silicon, inaugaliese, anti carbon
.-Mvilts of the metal lit the converter and T its Ivivilivrnture on
1 Cleo
It &ETALLfORGKAL LotIVITU41 CLASSWOCAMI.
iago
IWOO
t-
i
U It AT '0 is I
to t? twit Dom Kd*w 0911far tt*kw.
V) 1
9 0
0
0 I
*
o
611
~
0 9 0 0 0 0 0 0 0 0 0 0
0
*
g
- 0
0
0

at to 0 0 0 0 0 0 411-
*
10
I To 11 U 11 14 1) 16 V 4
A c-s j L a
A
9
_e a a A
0 0 o o o o 0 o 0 0 0 0 0 4
12 11 it U 1) 40 JoEq
n a 311
. . v
I T z a A A__j 0 L- I- v
I-Go
'-00

0 't~~j of ft'Imn with Fhm DjimL Ya. Struilynnitskiy anti
A, (Stal, 1938, %it. 4, top. 11-17). (in Ruilootian).
A m4-ii,~i1tir-1-ii it -sea 1e experiments deticribed in the prem-tit loalm-r has
sholvir that both manganese and milicon cart Lot- reduvtA bY treating .010

1 -00
"010
of fill
go
0

a

u

:0 -a -

9 the pig iron with Hue dust; "% by weight (of Hut- dust waA
P-hovulleil oil to the strearnOf pig iron flowing from the blamt furnace.
This treminent wax fount to redut-v the silicon content by 2NO-7
54-00-, , the absooluto reduction of the mangallem. loving on Out
average 0-48% and that of the carbon 0-390j'0. Addition of the flue
dust alitto proved beneficial from the point of view- of dellulphur6ir4l
the iron, up to35.6% reduction in the mulphur content being obtained.
Finally the yield of pig iron was increamed bv 2-559'. In turn, the
'11)
improved quality of the pig iron resulted in an increatie of 15~ ~ in t fie
outp" t capacity of the open-hearth furnace. The trLatment with
flue Just (joem riot reduce the temperature of the pig iron. The .00

0

COO
COO

XOO
go*
coo

00 article contains much of the data collected (luring mune (if the see
111041
0. z t!oe
&ITALLUlt KA L6ttQATU41 C I Z- -

A A V.JL A G L LA'SIFICATION
0
:so*

0

%

44
loss, 13a
t
it IT- Ali r As L S I Old 0 0 1 W III I to a :o I It LLOO
10 go ty 17 It at a K if it 9 K Er it It 4 1 1. it":
0 0 0 oie 0 0 0 0 0 0 0 0 0 0 a 9 46 * 0 0 0 0 0 a * 0 0 0 e 0 e 0 0 0 0 9119
41 0 0 0 0 N 0 o 0 a 00 0 * e 000 0 IS 0 0 0 VU *so * 0 *000 go* 0 o & * 0 sp~

46000069496094 -0-14.
0 0000 0 0 : 0 0 0 Is w
0 It It M li I it A 29 10 if v Ij
A AL-1 ~J-l , 4-r--.- -L A. I
-00 d
T-L 18"
00
0 at the bottom
Mahm Fe in
into do-on Ve
0 VbODCO A Sms uAo the -010
In vbkh dm wt bave Aw
0 tog,
R, T.
go
*0
00
00,
00
ZOO
too
:vq
1.111"WURE CLASSIFICA1110.
A,
III AV 1`0
0 jo it 11 AV OWN 1114PEU K9tJT it 9 Ala,
0 IMA 0 0
000 0*000 060*00:1

Al a 0 a a a a -

0 0 0 W
0000 0 0

o 0
I At
IT JD

(I
r 1 ,
I T-

Effect of cupola s1sil on the structure anti properties of
cant Iron, Via. A. 114, 3940.
1:1 111 - rhe Alit).. mid S I.,
N- 7
,
4alt na- the %Amr in all hraut with diffetelit Illixr, lich a, -00
buiv,tonv, open-hearth 4ag, doluinite anti thrit -tithni.t
The rft~t of these duties was greater on NIII, ) an.1
mint. -06
CaO votitrtit than on FrO anti IWO. Betit %tim-mr, and 00
mc, It I-tolwitirt wrrv shown by rest Fe ;lfrl%i wilb thi%l
0 of (I ! 411'en-brarth stag antl dolomite still tL' 00
.111.1 [,,mile. Litnetitone alone produc"I c-t- X'Aphit'-
I ~04110
0 ure and lovr torch. properties. Open-heatili 4Ag
~tni:,
~00
0 ~A, twiter than limestone in producing gt-I vo-h
phite %tioriur~. N., -60
lirtit nlul IImdiIv 4 I,lg
00, I.K amt 111rch. ..I
II-r-. its, vast F~ .,It, ---t
-0, A.&A, .4
I 1111i, itv. 14, Z Kan", 1,
zoo

00

00.

.
%A- Al 4) it' t A An L I h fW 0 4 1 is 14 9 41
a M it if It .1 13 n I N. a
S
, is N
i
0 0 0 0 0 411 0 0 0 0 0 0 0 0 0 : :
0 0 0 0 * 0 0 0 0-0 0 0 0 0 0 0 0

L L L-1 A A A L

Vivoeity Control of Cupola Mage. Ya. A. SM
H
l1
Al
d
C
f
h
i
00 cnry
ta
ali
rutc
er f
ena,
.), Tra
i,4111t1ml
I
NJ12
1949
00 0 I
, 4 pagri-. Frni 7ntoulokaya beibons-
.
so 13' twiya (Factory Laboratory), v. 14, no. 2. IV48, p.

0-1 '114
-215.
Gives data on a pruposed rectsngular-bl~k visco.,
oo imeter (figure gives design and tentativL dinivis-
sions) for the above: also gives results btained
x4ith it. Advantages of proposed viscosimeter:
simplicity, low cost, and lugh accuracy. Time re

viscosity determination: less than
quired. for
one
one minute. 3 ref.
-T-
it,
it K
0 0 0 0 0 * 0 0 0 0 0 0 * 0 4, ~ro no W 0 0 000 a 0 * 0 0 0 0 a 0 woo so
0 4111~* & 000 0 * 0 0 0 0 0 9 0 0 0 0 0 * 9 0 000 0 W
1 100
400
log
ZOO
Z100
00
0*
00

an" VW
Q11d ;)f
L 11-

4
k

't 0

fulal Fj~ubvdst, Y. A.
ZavfAvAaj(f& btburiji4onya 'arwry Lml-r-au,ry)
V
.
,
1-5, May !~n4.r,?1,4.
o
f-,r tho CS 0
so . . .......
go Ifigh st-noitivity ij t1lis ll,thull in rc,~jlj,
ual-stmis detcrtninatiutis wile confirmed experi- Al
00 mentally.
00
K*20

0 f
j k ItALL(ArK.L. CLASSIPKATIck
r All I I N 0
ff It

Lnd--,',Ctivc
-11c caSk,
L-11
-i .,. , t L, - , c
"ost

SN,OLYANITSKIY, Ya. fi., Engr.
USSR/Metals - Steel, Heat Treatment Jan 52
"Normalization of Steel Castings With Simultaneous
Accelerated Tempering," Ya. A. Smolyanitskiy,
Engr, Donets Industrial Inst imeni Khrushchev
"Litey Proizvod" No 1, pp 2-4
Describes expts to establish new heat treating
process for shaped castings of medium carbon
steels. Accelerated tempering satisfactorily re-
lieves thermal stresses imposed by previous
normalization. Entire process takes 7 hours, up
to removal of castings from furnace for final
cooling, vs 14-18 hrs required for annealing.
204T67

SMOLYANITSKIY, Ya.A.
Rapid methods of applying heat treatment to steel, Lit,proizv. a0,7:30-31
J1 153. (MLRA 6:7)
(Steel--Heat treatment)

~ I I T
', I
MkYNIN. I.Ye., professor; SMOLYANITSKIY, Ya.A., dotsent; BUDINSHTSIN,
R.I., inzhener. - -.- --- ---- ~' ~. ~ I -
Effect of mixture ratio on the durability, of casting molds. Stal'15
no-1:79~-81 Ja '55. (MLRA 8:5)
1. Donetskiy industriallnyy institut.
(Iron founding)

.!T, ~ ~ ~ v
m v a r., :i k ~ yYa A
5 rre s s P- 3 in Cas + 7*-!7 ~n---
e 3 r Re du i ng Th e rma'
old (Putl limen sn-n--ya --.errni-
to the Raw M
i
,
n
I
-
'
"
ctlivke
4
.
K
tsiYa
pr
. tykh konstruk
naprya-zheniy VT 1-
v Syruyu f')Tmu)

E, pp
A T R he -ma st-,-assE- in ,ass -n-rease w',-,I,, sm: p
-
This speEd depends on the -76 ~i -ne
he mcId
r
.
L
.
ing
+r& -.-emperatur~ cf metal-, and ~.ne
mold
,
roper, lic-B, :,i -,,,ic- =id rrater.-+al The mostu:~ Of
P
T"he mollld-a a.!, 3c exer-ts a ccn:-%.--dp-rable influ,~- -;"-!Y
r~ *11 -- r -wa -a m c 1 dT,,e inf-luence of che
.
I
F
-d on Smal, moi--d 1 k,7
'nas been s~udLC s of
e heat, :onducti~.`-tv Of -Uhe mold mixture Z-, e -15 e t 11
'!-
-
.
-
in F`Ezures 2 and ', -f
~he mcl~rur~-- conten-, -the resui---s
-and gas permeab:.!iTy in mijlds -,.vi-,h d+-;f-
-
-
-
-
or
essi
on
c
-m
,
-
-
-
s or
.es
t
Mois--
17eren~ zno-is-iirp -on.-ent and dens--', are
an,i a dens-ity caused by,-- :f the
--
t=

C. a d 2 -,
cc+n
-
am he 3crnn- =~s-n r~~;tsnrq -- cm -he za~ per-
O-c7 kg

SOV-128-1;8--.8-9/2--,
Yez',ods for Reducing T-ermal S,~~resses in Cast, Construct-ors D--:r-ing Casting
i n to the Raw 170 7d
meabilitY 70, and the elastic deformations 0,2314 mm,
A decrease in moisture content increases the technologi-
Cal qualities of the mold mater-ials, There are 'i graphe,
I table, 1 diagram, and 8 Soviet references,
1. Metal., castings-S tresses 2. Thermal stresses --knal'ySI's
Card 2112

25(l)
SOV/148-519-2-15/24
AUTHORS: Smolyanitskiy, Ya.A., Candidate of Technical Sciences, Docent,
and Kapliy, N.I.,-Engineer
TITLE: Plastic Deformations in Mechanical Retardation of Metal Shrinkage
(Plasticheskiye deformateii pri mekhanicheskom tormozhenii usadki
metalla)
PERIODICAL. Izvestiya vysshikh uchebnykh zavedeniy, Chernaya metallurgiya,
19599 Nr 2, pp 11l-116 (USSR)
ABSTRACTz Information is given on the dependence of plastic deformation on
mechanical retardation of metal shrinkage at different temperatures.
Investigations of shrinkage retarded by a constant load were
carried out on a device shown in Figure I and with the use of
Silumin as starting material. It was proved that the mechanical
brake action caused retarded linear shrinkage due to elastic-
plastic deformations. These deformationa developed within
140 seconds in two stages: intensive formation and subsequent
attenuation. Their temperature range was from 5840C at the begin-
ning and 350-3300C at the end. Increased shrinkage retardation
extended the stage of intensive development and speeded-up the
deformation rate. These factors reduced the actual shrinkage
values., The effedt of the retardation stress on the temperature
Card 1/2 range of plastic deformation was hardly noticeable.

1_:1'/ 12 3/60/000/023/003/00 8
AG'G5/AO0 I
Translation from: Referativnyy zhurnal, Mash inos troyenlye, 1960, No. 2-3, p. 205,
# 127aD8
AUTHORS: Smolyanitskiy, Ya. A., Kapliy, N. I.
TITLE: The Effect of Mechanical Shrinkage Inhibition on Hot Cracking In
C as tings
PERIODICAL: Tr. Donetsk. industr. in-ta, 1959, Vol. 36. pp. 111-120
TEXT: Results are expounded from an investigation of the inhibition of
casting shrinkage at the origination of hot cracks. The design is described of a
device for inhibiting the shrinkage by a force of constant magnitude. A special
method is developed for determining the conditional strength lim1t of cast material
in the temperature range of hot crack origination. It turned out that hot, cracks
develop at stresses of 1.7-2.0 kg/cm2 in aluminum specimens of 10 rim thickness,
20 ami width, and 200 mm length, if they solidify in sand molds; the magnitude of
the shrinkage inhibition force does not affect the instant of cracking, but in-
creases their size; hereat, the tensile strength of metal increases, too. The
Card 1/2

S/ I 23/6o/cG-G/o--:~ 32/cc 8
A005/AOOl
The Effect of Mechanical Shrinkage Inhibition on Hot Cracking in Castings
results from the investigation are compiled in tables and graphs. There are 7
ffgiwe~-, and Ii ret'evenoet;.
Yu. A.
TranqLator's note: This is the full translation of the original Russian abstract.
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3/128/60/000/012,/011/014
A054/AO3O
AUTHOR: Smolyanitskiy, Yd.A.
TITLE: The Determination of Foundry Shrinkage and the Elastic~-Plastic De-
formation of Various Parts of the Castings
PERIODICAL: Liteynoye proizvodstvo, 1960, No. 12, PP. 36 - 37
TEXT: Mechanical and thermal retardation of shrinkage results in plastic
d4formations in the casting, during the entire cooling time from the first ap-
plarance of shrinkage until the final temperature is reached. The deformations
a~e unevenly distributed in the casting and it is necessary to know their mechan-
ism in order to control the factors retarding shrinkage, the appearance of cold
a~d hot cracks of deformations and to establish an adequate technology for pour-
ing. The phenomena occurring during retarded shrinkage in the course of harden-
ing and cooling are described in Reference 1 (Korol'kov, A.M.: "The Phenomena of
Shrinkage in Castings of Cracks During Hardening", AN USSR, Moscow, 1957), the
concentration of deformations by uneven temperature distribution along t-he sample
are discussed in Reference 2 (Smolyanitskiy, Ya.A. and Ivashchenko, V.M.: "News'
of Schools of Higher Education", Iron Metallurgy, 1958, No. 4) but these reports
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S/128/60/000/012/011/014
A054/AO30
The Determination of Foundry Shrinkage and the Elastic-Plastic Deformations of
Various Parts of the Castings
refer to laboratory tests on straight, small samples, carried out with rather in-
tricate instruments. The preeent article deals with the determination of the
elastic-plastic deformations and the values of actual, free and delayed shrinkage
in various parts of the casting. With the device shown In Figure
1 pairs of conical index marks are made in the lower and upper
parts of the mold and also on the cores; the distance 11 between 11
these pairs is established in accordance with the size and the i
structure of the casting, the extent of uneven distribution of
temperature and the dimensions of the places where deformatibns
concentrate. The dimensions of the conical protrusions on the de-
vice are chosen in accordance with the kind of casting and its
liquidity with its external dimensions ard its cross section. Fbr
instance, for malleable cast iron or silumin sufficiently precise
and acute-angle protrusions can be obtained, when the height of the cone is 3 rnm
and the.diameter of its base 4 mm. For steel castings a4d large castings of any
alloy the protrusions have to be larger. The distance between the tops of the
conical protrusions 12 can be measured with a slide caliper with a reading accu-
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S/128/60/000/012/oli/oi4
A054VA030
The Determination of Foundry Shrinkage and the Elastic-Plastic Deformations of
Various Parts of the Castings
racy of 0.05 mm. The value of absolute shrinkage is obtained from the difference
in the readings of the distance between the markings in the mold and the protru-
sions on the casting y = 11 - 12, the actual shrinkage is determined from E
- 12) : 11 - 100%. The results for free and thermically retarded shrinkage
7n(vlalrious parts of a malleable cast iron holding device before and after temper-
ing are represented in Figure 2. There are 2 figures and 2 Soviet references.
IC
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A054/AO30
The Determination of Foundry Shrinkage and the Elastic-Plastic Deformations of
Various Parts of the Castings
Figure 2: Free and retarded shrinkage
l
in a holding devie. Due to the uneven
9L
-A
A 6-5
speed of cooling the casting deforms
in the direction indicated by arrows.
In section III, IV tensile stresses
and deformations occur, in sectors I,
!I shrinkage is free.
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