SCIENTIFIC ABSTRACT SOKOLOVSKAYA, YE.M. - SOKOLOVSKIY, A.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652120012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/078/62/007/011/005/005
Solid-state conversions in alloys ... B101/B186
resistance and of its temperature coefficient. X-ray patterns for alloys
of Cu Mn or Cu Min type composition showed no superstructure lines.
5 3
There are 4 figures. /
SUBMITTED: A,~ril 25, 1962
Card 2/2

S/078/62/007/012/021/022
B144/B18O
AUTHORS: Sokolovskaya, Ye. M., Grigorlyev, A. T., Altunin, Yu. F.
TITLE: Solid-state transitions in iron - manganese alloys
PERIODICAL: Zhurnal neorgunicheakoy khimii, v. 7, no. 12, 1962, 2809-2811
TEXT: The Fe - Mn system was investigated to discover whether there is
formation of intermetallic compounds as obierved in the Fe - Co and Fe - Ni
systems. The studies included differential thermal and x-ray analyses,
determination9of hardness, microhardness, microstructure, resistivity and
its temperature coefficient, and temperature dependence. In the region or'
25 - 55 at~o Mn the differential curves showed.two breaks at TOO - BOOOC
0
and at 150 - 250 C. These have not hitherto been described and are due
to solid-state transitions. This was also evident from two maxima in the-
region of the solid/'-solution, indicating the formation of the inter-
metallic compounds FeMn and Fe Mn. The occurrence of FeMn with an Mn
2
content of -50 at% was confirmed by the hardness and resistivity,
measurements etc. The exact nature of the low-temperature transition at
Card 1/2

S/078/62/007/012/021/022
Solid-state transitions in iron B144/B160
-32 at% Mn remains to be elucidated. It is possible that Fe Mn forms as
2
well as FeMn. There are 5 figures.
SUBMITTED: April 26, 1962
Card 2/2

S/ 659/ 62/ 008/ OQO/ 0051028
1048/1248
ILUTHORS: GrigortyeV, A.T., Sokolovskaya, Ye.Ms, Sokolova, I,G,,
and maksimova,
TITLE: Polymorphous transformations in chromium, and structure
of the chromium-based solid solution in the system
chromium-iron-molybdenum
SOURCE: Akademiya nauk SSSR. Institut metallurgii Issledovaniya
po zhatoprochnym splavam. v.8. 1962. 42-4~
TM: An isoplet through the Cr-Mo-Fe system radiating from the Cr
corner and representing a fixed 3:1 (st:wf) Fe:Mo ratio was con-
structed on the basis of microstructural and x-ray analysis data
for 33 different alloys. The total Fe-Wo content of the alloyq
studied did not excecd 45~~; the alloy specimens were prepared in a
W-arc furnace in argon atmosphere using Ti as the getter, and tem-
-pered at 1400-17000C be-Lore the tests. The solidus temperatures
were 1750, 1715, 1640,_i620, and 162000 for the alloys containing
96, 86, 76V 62, and 587; Cr respectively. Three homogenous regions
Card 1/2

S/659/62/008/000/005/028
1048/1248
Polymorphous transformations ...
representing solid solutions based on the 6 and -,),, modificat-
ions of Cr were f ound to exist, together with the 'E + 6~ and + A,
tWo-phase regions; the 6 + S region is associated with the
transformation at 18300C, while the I- +il~ is associated with the
The simple E phase occupies the
transformation Lit 10"500. -
rc:,ion b,~.neath the solidus curve while the -.r phase occupies the
Gz-rich corner at temperatures below 16000. kn x-ray analysis of
the 90~o Cr alloy quenched from, 15000C showed that the E -modificat-
ion possesses a b.c,c. lattice with a=2,878 IiX, There are 4 figures
and 1 table.
Card 2/2

L-' 24484-
65 -EWT
-ASD(f)-2/ASD(a).9,5/Asii-(m)-3/AFF.TR/ RAEM (c JD/rJG
ACCEOSIM NR.- AP4029188 S1007q164100910041088310869
AUMOR: Nereaov, A. P.; Sokolovokaya,, Te Grigarl
yev, A. T.; So.kalova, IoGo
Nedtzmov,, No Aa
TITLE-, Solid-state phase transfomatione In vanadium tantalum sUoya
SOURCE: Zhurnal. necrganicheskM kblmli, ve 9,, noo, 4# 1964p 883-889~
TOPIC TADS: v=adiw~'Latait"Ystem', system lime diagramo vanadium
anoy, aolid soluUcn., c op t
Wiii~atructum.. anoy pr or y, anoy ]*We,
vanadium base alloy,, vanadium containingal1oy 'tantalum, tantalum base allcV, I
tantalum containing alloy
ABSTRAM: The V-Ta system Was studied in view of incomplete and contradictjW
state of the 31teratureo Sme 39 allOYB containing 0-10(* tmt&lm vere sub-
jected to microscopic, thermal and x-ray diffraction analres., wA dete=1na-
tions of hardness., micrdhardness,, specific electric resistance and of the tem" '7-
perature coefficient of electr ic resistance vere mades, The Itase diagra a (Figa~
1) showsthat at temperatures above 13OW the alloys of -the V-Ta. system fowm a
-J
-------------

IJP (C) :1-1JI-TC,
EW1 ( )/!/l
~_Tff _W_Af~5027907 SOURCE CODE: UR/0189/rir,/000/005/0042/0047
AUTHOR: Nefedov, A. P-
Sokolov, aya, Ye. ki.; Gri-orl
Checheraikov,. V-~ I
,Sokolova, G.; Guzey'l
ORG: Moscow State University (Moskovskiy gosudarstvennyy universitet)
irf - 7 5
TITLE: Solid-state phase transformations in vanadium -tantalum alloys
ji j . .
SOURCE: Moscow, Universitet. Vestnik. Seriya 11, nimiya, no. 5, 1965, 42-47
TOPIC TAGS: phase transition, vanadium alloy, tantalum alloy, vanadium compound,
tantalum compound
ABSTRACT: The paper is devoted to the determin f,4hp,nature of the intermediate
phase of TaV 2and boundaries of its existence in V!ToaUst~m. ~ The magnetic
M_P~_
susceptibility was measured as a function of co 0 ition and temperature. The
temperatures of the start of fusion (solidus temperatures) were determined.. Data were
obtained on the differential thermal analysis of alloys of the V-Ta system, and on the
microstructure, hardness, and crystal structure. The results were used to plot a phase
diagram of the system (see Fig. 1).
Card 1/2 UDC: 536.7

L 7932-66
ACC NR, AP5021~07
2
2M
I
a 0 0*000 a 0 Do
Iwo - .'d
-.0 V 20 M V M M V W 0 /X
It is found that In the region of the
stoichiometric composition where the ratio of
the components (at, %) V - Ta= 2 : 1, prolonged
stepwise annealing (lasting over 1600 hr)
induces transformations which may be regarded
as a process of ordering with the formation of the, -
intermetallic compound TaV . X-ray analysis
showed that TaV has a he;4nal structure
similar to that ofan MgZn -type Laves phase
and lattice parameters a =%. 058 0. 00,5 A;
c'= 8. 250 � 0. 005 A; c/a = 1. 631, with four
rormula units per unirde'll. Orig. art. has-
7 figures ind 3 tables.
0M. '/. la
Fig. L.Phase diagr."t th-e--V-"-T,a system
based on data of this study
SUB CODE: MM,SS / SUBINI DATE: 07Jan65 ORIG REF: 005 OTH REF: 002
~d 2 2

L 58702-65 EWT(m)/D~P(w)/EPF(n)-2/,EWA(d)/T/EWP(t)/D]P(b)/E.4A(c) Pu-h
LAGcEssToN NR: AP5016587 UR/0363/65/001/005/0715/0720
546.881 + 546.883 + 546.882 + 546.881 + 546.883 +
.546.-77.541.123.3
AUMOR: N fedov,,A. P.; Sokolovskaya, Ye. H.; Grigorlyev, A. T.; Sikolova, I. G.
TITIE: Phase diagram of the ternary systems V - Ta - Nb and V Ta - Ho
SOURCE: AN SS8R. IzvestLya. Neorganicheskiye materialy, v. 1, no. 5, 1965,
715-520
TOPIC TAGS: tantalum,alloy, vanadium alloy, niobium alloy, molybdenum alloy,
tantalum compound, va,nad.Lum-compouhd, phase diagram
I.c
ABSTRACT: This study was carried out by means of /-i roscopic analysis, high-
temperature noncontact thermal analysis hardnessInd microhardness measurements,.
x-ray analysis, and det rmination of the temperatures of the start of fusion.
Palloys were prepared in two sections: in a section
In each ternary systeQ4
with a constant content of 10 at. % Nb (or Mo) and in a radial section with a
constant ratio (at. 7.) V*.Ta= 2-1. A total of 68 alloys was prepared by fusion
in an arc furnace in argon. 'Data obtained for the alloys in the cast, homogentz-
and quenched state were used to plot phase diagrams for the two ternary
stems. The components were found to form a continuous.series of solid solu-
ons which, as the temperature was lowered toward compositions adjoining the
Ic 1/2-

L 58702-65
ACCESSION NR: APS016587
binary system V - Ta, underwent transormations due to the formation of an
ordered phase based on the binary compound TaV2. X-ray analysis showed that
in the V - Ta - Nb system the crystal lattice.and cell constants of the ternary
ordered phase are the same as those of the binary Laves phase TaVZ: a =5.058 A,
c =8.250 A: c/a =1.631, z=4. In the V - Ta - Mo system, the ordered phase
while retaining the crystal structure of TaV2, has slightly larger c and a
constants. Thus, for the alloy with the radial section at 5 at. % Mo, a =5.090 A,
c =8.322 A, c/a -1.635.* Orig. art. has: 7 figures.
ASSOCIATION: Khimicheskiy fakulltet, Moskovskiy gosudarstvennyy universitet
im.,M. V. Lomonosova (Chemistry Department, Moscow State University)
SUBMITTED: 28jan65 -ENCL: 00 SUB CODE: tCj M
NO REF SOV: 003 'OTHER:. 002
Card 2/2

L 1718-66 EWT(m)AwP(t)/EW'P(b) IJP(c) JD/JG
ACCESSION NR: "5021943 UR/0126/65/020/002/0302/0303
539.292; 538
AUTHOR: Chechernikov, V. I.; Nefedov, A. P.; 89~2~
10, 5~5_ 7773~- - - -
TITLE: Magnetic properties of V-Ta alloys 777~-_
T7_ -,'?
SOURCE: Fizika metallov i metallovedeniye, v. 20, no. 2, 1965, 302-303
TOPIC TAGS: magnetic susceptibility, vanadium containing alloy, tantalum con-
taining alloy, homogenized alloy, electron system, sigma phase
ABSTRACT: The authors present the results of an investigation of the temperatu e
dependence of the magnetic suscep4bility of V-Ta alloys made of 99.63% pure
vanadium and~99-7% pure tantalum""Aong with small percentages of Fe, Al, Si,
C 0 Ti, W, and Mo. Physicochemical investigations of the annealed ape-
N2, , 2
cimens (iiicrostructural examination, determination of electrical resistivity,
X-ray structural analysis) revealed that the -homogenized-alloys form Monophase
systems, while alloys subjected to additional annealing are two-phase. The mag-
netic susceptibility of the alloys was measured at temperatures of from 77 to
11000K with the aid of a pendulum balance. It was found that at room temperature
Card 1/4

L 1718-66
ACCESSION NR: AP502043 0
Cie susceptibility of the homogenized alloys varies smoottly.throughout the range
of concentrations. For pure vanadium it is maximal (4*10- g cm-3), and it de-
creases with increasing Ta content until, in the case of pure Ta, it drops to
0.95.10-6 g-cm-3. At different temperatures, throughout the entire temperature
range investigated, for homogenized alloys, the temperature dependence of specific
susceptibility I/X is linear (Fig. 2). The slope of the curvesp which is nearly
~independent of alloy composition, indicates a certain localization of d-electrons
!in the alloys investigated. The most interesting results were obtained for alloys
containing 34 at.% Ta (curves 6, 7).Thus while the susceptibility of a specimen
subjected to a single heat treatment operation varies markedly with temperatures
!the susceptibility of the compound TaV2 is nearly independent of T (curve 7). This
lindicates that, in this compound, the principal part of the d-electrons undergoes
!a considerable collectivization, forming together with a-electrons a common elec-
tron system. It is this electron system that largely determines the magnetic
properties of the compound T&V2- It may be assumed that this compound is an.
(7-phase, vhich, as is known, exists in many vanadium alloys and is by nature an
electron compound. Furthermore, these findings confirm the phase diagram obtained
by Nefedov at al. (Zhurnal neorg. khinii, 1964* 9, 4, 883). orig. art. has: 2
figuires.
card 2f

1718-66
ACCESSION NR: AP5021943
ASSOCIATION: Moskovskiy gosuniversitet is. M. V. Losonomova (Moscow State Uni-~
versity) -
7
SUBMIMD: MuS64 ENCL: 01 SUB Coust MHI Em
NO RZIF SOT: 001 000
Card 3/4

L 1718-66
:ACCESSION NR: AP5021943
ENCLOSURE: 01

8 Fig. 2. I/X As a function of T for
7 V-Ta alloy containing the following
'5 at.% of Ta:

~ 7
5
5
5 1 - 70; 2 50; 3 - 36; 4 - 20-

6 6
5 - 11 at.% and TAV2 8110Y (34 &t.%
Ta) after bomogenization (6) and ad-
7
7 dLtiou&l aamaling (7)
1
0
Wo X0
500 700
C
900 //00 7,

Card,

GRIGORIYFV, A.T.; SOKOLOVSKAYA, Ye.M.; NIFFED01r, A.P.; SOKO[,OVA, I.G.
Effect of inolybdenum on transformations in the solid state
in alloys of the T - Ta system. Vest. Mosk. un. Ser. 2:Khim.
20 no.4:44-49 J1-Ag 165. (MIRA 18:10
1. Kafedra obshchey khimii Moskovskogo gosudarstvennogo uni-
versiteta.

1EFEDOVY A.P.; SOKOLOVSKAYA, Ye.M.; GRIGORIYEV, A.T., CHECHERNIKOV, V.I.;
SOKOLOVA, I.G.; GUZEY, L.S.
Phase transitions in the solid state in alloys of vanadium
with tantalum. Vest. Mqsk. un. Ser. 2:Khim. 20 no. 5:42-47
S-0 165. (14-TRA 18:12)
1. Kafedra obshchey khimii Moskovskogo gosudarstvennogo
universiteta. Submitted Jan. 7, 1965.

J D IJ f',
L
ACC NRt AP6019776 SOURCE CODE: UR/0370/66/000/003/0183/0192
AUTHOR: Grigorlyev, A. T. (Moscow); Sokolovskaya. Ye. M (Moscow); Nefedov, A. P.
(Moscow); Sokolova, I. G. (Moscow)
ORG: none
TITLE: Effect of n1oblum on solid-state transformations In alloys of the vanadium-
_~antalum system 4 217
Il
SOURCE: AN SSSR. Izvestlya. Metally, no. 3, 1966, 183-192
TOPIC TAGS: vanadium alloy, tantalum alloy, niobtum containing alloy,(L NJ,-) OvL'-e-
8, Cto
% 'jC-C"N-XA
ABSTRACT: In this paper, which continues their study of the V-Ta system, the authors
attempted to determine the nature of the Influence of niobium(which, like vanadium
and tantalum, is an element of group V) on solid state transformations in alloys of
this system, in the region of the metallic compound TaV2- Both annerled (ordered)
and quenched (from 1000, 11509 1250, and 14000C) alloys were investigated by physlco~
chemical techniques (microscopic and high-temperature contactless thermal analyses,
hardness and microhardness measurements, determination of temperatures of starting
fusion). On the basis of the data obtained, phase diagrams of the V-Ta-Nb system In
a radial section with a constant ratio (at. %) VtTa - 2:1 and In two polythermal
sections (with 10 and 5 at. % Nb) were plotted, and the distribution of the phase
regions was established In the ternary system at various temperatures. According to
UDC: 669.017.13

ACC NR- AP6019776
x-ray data, the crystal structure and lattice constants of the ternary ordered phase
do not differ from those of the metallic compound TaV2. Authors express their appre-
ciation to L. S. Guzey for assistance In carrying out the thermal analysis. Orig.
art. hast -5 figures and 3 tables.
SUB CODE: II/ SUEM DATE: 16Sep64/ ORIG REF: 005/ OTH REF: 003
Card 2/2 fv

-26449n66-
- EWT (m)
ACC NR3 7370 SOURCE CODE: UR/0363A6/002/003/0464/0466
AUTHOR: Somenkov. V. Ai,;.pi~trunin,_lt F.* Sokolovskaya. Ye. N.; Nefedov, a pe
ORG: Institute of Atomi I. V, Kurchatov (Institut atomnoy energii)
TITIE: Structure of the T
--W-sub 2 phase
SOURCE: AN SSSR. Izvestiya. Neorganicheakiye materialy,,-v. 2,, no..3# 1966t 464...'W
TOPIC TAGS: neutron beam, neutron diffraction, tantalum alloyo vanadium alloy,
iron compound, silicide
A13STRACT: The alloy TaV ?- Wa studied on a neutron difractometer using a
monochromatic neutron beam (x 0= 1.12A) obtained from a focusing ironVkilicide""
Monochromator crystal. At 900 C the TaV2*phase is ofthe Laves phase of the.~-
M Cu.2 type with a --7.16A. On comparing neutronographic data with earlier
c9n&icted x-ray investigations the conclusion can be mad61hat T&V 2 has two
polymorphio modifications; low-temperature MgCu2 type and high-taqwratur*'
MgZn2 type. (*ig. art. has: 1 figure and 1 table. .[JFRSJ
SUB CODE: 11, 20 SUBM DATE: O8jul65 ORIG REF: 006 OTH REF: 003
Card. 1/1

SOKOI,OVSY-kYA, Ye.P. (Kiyev)
Growth and the foinati -.Yi of the roots of the first permanent
molar. Probl.stom. 6: L62-167 162. (MIM 16SA
IMWITION)

SOKOWVSKAYA.. Ye.P. (Kiyev)
__Xe_
Late rewalta of treating chronic periodontitis of the permanent
teeth with incomplete grow-th of the roots. Probl.stom. 6:180-
185 162. (MMS-DISEASES) (DENTITIOR) (MIRA 16:3)

SOKOLOVSKAYA, Z.N.
New methods in experimenting with coloring flame by salts.
Khim. v shkole 17 no.2-.55 Mr-AP 162. (MIRA 1513)
1. KorablestroitelInyy institut, g. Nikolayev.
(Chemistry-Exper:Unents)

GLEYZIR, M., kcand. med. nauk.; (Moskva)
OObstetricag by B. I. Bodiazhina. Reviewed by M. Gleizer, R.N.
Sokolovskaia-Baksht. Felld i ak-ush 24 no.2:59 Fe 159 OUJU 12:3 )
(OBST&RICS)
(BODIAZHINA, B.I.)

M -
GLEYZM, M.; -SOKOLOVSKAYA-BAKSH-T, R.I(Moskva)
Method of teaching psychoprophylactic Preparation of parturients for
labor in medicalmhools. Felld. i akash. 24 no.9:52-55 S 159.
(MIRA 12:12)
(Mr.DICINP--SMY AND TEACHING) (CHILDBIRTH-PSYCHOLOGY)

SOKC-LOVSKI, s-3i-c-t-etsk-I kapetal, I kla-se, dr,
De te - on ~jf bacteriophage J.n water and estimation of its
'itEr by t-- 'C",-layer agar method, Vajnosanit. pregl. 20
r.o-- 4,23 !,2t il '63,
1
.1-Higijensk-.,-~~Pldsm oiosk:i odred u S-kcplju,
.WATER -ICROBIOLOGY) (BACTERIOPUGE)
A,'.'UR'; M icilloNo' o("y

ARS---C, Bogoljub, -anitetski pukovnik docent dr.; I-EL, David, sa-11i Lets'n- J
pukovrik dr.; RADOVANOVIC, Miroslav, sanitetski kapetan dr.j
NIKOLIC., Bozidar, sanitatski potuuko"-ik dr.; ZISOVSKI, Angel,
sanitetski potpukovnik dr.;,SOKOLOVSKI, Borivoje, sanitetski
kapetan I k-lase dr.; DOFDEV!t',, D~san, se-nitetski major dr.;
"'PANKOVIC., Mikola, visi zdruvstven-L tehnicar; MANOJWVIC,
Burisdav, sanitetski kapetan I klase; MIJUSKOVIC, Punloaj
sanitetski kapetan 1 klase dr.
Treatment of dysentery with varilous doses of terramycin.
VajnosapiL. pregl. 22 no.6:388-393 Je 165.
1. Vojnom-edicinska akademija u Beogradu, Iligijenski za-,rod
Epidemi-ioloski institut; Ifigijensko-epi-Idemioloski odred Skc-,p--,je;
Aruiijska bolnica u Skop1ju, Zarazno odeljenje; Vojnomedicinska
akademija u Beograku, Klinika za zarazne bolesti.

ARSIG, Bogoljub, s&.nittF;tL3!.-' pukcv:i-;'k- dr.; ZISOVSKI, Angel, sarlTe-uski
potpukovnik dr.; Punisa, sanitetski kapetan 1 klase dr.;
P11DOVANOVIC, INir(~,ilavo -Ici 1117
, j I oard, etaki kapetan dr.; I MIC,
saiiiLetak]. potpukrmilk (I r. -ivoje, saniteLiki kapoLan
_q~VSK-[ , Bot
T klase dr.; DORDEVIC, Dusan, sanHe-t-ski--ffa-j-dF-d7r.; [.LL, Dav-1d,
saniteLski Frakovnik dr.; JOKOVIC, Bozidar, sanitetski kape-ian dr.;
I
IWTINOVIC, II-Lilan, kapetan dr.
M
Clinical picture of acute bacillary dysentery in soldiers of the
-U
Yugoslav National Army. Vojnosan 41. pregi. 22 no.6094-39-7 Je 165.
1. Zarazno odeljenje, Higijensko-apidemiolcski odred u Skoplju,
Lj
Vojnomedicinska akademija u Beogradu, Klinika za zarazne i)clesLi.

ARSIC, Fogoijub, s,-.nite' ski pukovilik, dr.; D(,'Jd));VTC, Dusan, sanitetski
maj,Gr, dr.; KARPITTLOV, Sotir, saritetski pkovnik, dr.;
MILADRMVIC, Toma, sanitetski kapetan, dr.; SCIFOLOVSKI, Bora,'
sanitetski kapetar. I klase, dr.; ZISOVSKI, ing'e]., sanitetski
po+.pukovr.:Lk-, dr.; PAVLOVIC, Miodrag, tehricki saradnik., sanitetski
kapetan I klase.
Treatment and prevention of acute bacillary dyscv-tery with a
single dose of oxytetracycline. VojnosFirit. pregl. 21 no.4:
223-22F Ap 164.
1. Voincinedicinska akademija u Beogradu; Epide-mioloski institut
K; Higijenskc-epidemioloski odred u Skop1ju; Armijska bolnica
u Skoplju,27arazno odeljenje.

7- .7

PREDAIIIG,Edo; ITLATKOVIC, Vida; SOKOLOVSKI, Borivoje.
Salmonella typhimurium (breslau) as a pathogenic factor in
multiple lung abscesses. Srpski arh. celok. lek. 91 no.10:
939-946 0163.
1. Hirursko odeljenje u HEO Tojne bolnice u Skop1ju.
Nacelni-k: san.puk. dr. Edo Predanic.

n i sl, c e ll em i n J r d u lIkup-1.1u.

LIWKYN, N.; SOKOLOVSKIY, A.
I
Coo4ination of economic research. Vop.ekon. no.4:152-1% Ap 163o
(MIRA 16:4)
(Economic research)

SOKOLOVSKIT., A.
wHineral waterm otore. Say. torg. 36 no.2:21-22 F '63. (KERA 16:4)
1.,GlavM inshener proyekta inetituta wVolgogradproyektw.
(Volgograd Stores, Retail)
(Mineral waters)

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I.,
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SOKOIk)VSKIY, A.A.; BREZINSKIY, B.I.; DANILITSEV, Y.A.
Operation of the RT continuous diffuser at tho Turbov Sugar
Factory. Sak-h.prom- 34 no.2:40-43 P 160.
(MIRIL 13:5)
1. Vinnitskiy sakhavoklotrest.
(Turbov--sugar mchinery) (Diffusers)

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A.
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S. t.
Milovanova. Trans. Sci. I
Firldi4ers Insersefsoul*Wri (U. S, S. R,) No. 153, 5476J4 tnp.
for C&O, contact tiltic VMS 3.5-4 hrs- and tv
,,,In. wall 92% whk 95% ad the I
of citn. of PsO- intc
Coeff
-111119

(1940).-Thrm different phonlibarites of prirnary.~icr;.

4nvrr subjected to extri. fur the manuf. of II.M.. F~j .
I contained P%Oa 30-- 1
Fe Ving into *oIn. 'rhe and nbtsilw-d 1.3%.
AIA 0.9. so. 4.&-5.O and V I-0-
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O
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as 90% &*a the
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O
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.
extn. was 6
.
. C
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was 17-290% PA. The acid contained FeO. 1.0-3.0. Air- e w
.
p0, into %01n. was 93,7r., soln. o
acid contained pM 22-5, !F~ 4A-5.5, Fewo. 2.5. Alo-V
A 40

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Illelhod tile 11
80
ui
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ri
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"np. 75-W 1. ,ht "MISc, lime was reduced to IA- dG4

alhout O'be
ratio of circulating to production ptalp was 7,4:1 on a wt.
hasis for optimum exto
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a
ff
id hr'. and at IV the KYPIIUM obtained was -JY fike"d
C first am KC go, goo
t
th
i
.
-
.
si
orac
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te
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kb
K

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, 4..0- A.0
tram of C&O. In The second
am
D, Z.
MOO
Case (without circulation) the optimum conditions werv:
cortlact time of at least 4.3 Ism., 103% d HIVS06 caied.
for C&O and temp. of 75-OD'. The 14PO. unstained PVM so
'so
19.6. SO, 5.6. AIM 1.4, FeA 3.9% and tram of CaO.

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j
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e
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e acid tenuirement was IM% of that cvjcd,

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SOKOLOVSKIY, A. A.
"Production of Dicalrium Phosplia-te by Hydrochloric Acid Decomposition
of Phospates," S. I. Vollikovich, A. Loginova, ar-d A. A. Sokolovskiy,
Khimicheekaya Prom 1945, No 3, pp, 1-7 (M: Inst. Insect/Fungi. in
Ya. V. Samoylov)
SO: 11-237/49, 8 April 1949

.1 It G4 0

A I L_ 9 9 'A L

C"'9 PtO Ufluonco of Com"ition Of 11-ma pr9p4rAtims an thil
COAS Of P1104111PILAUSisig Of attal Paris. A
A
%,kiJ-
.
,
,
kil &till 4. AL Kulazinia (Fertilizer art( Illiectifuge lint.
'
SainkWava). J. AWiM Ckm. (V. S.
s
R.) 18
412-19
.
sullintary).-The 1,114W diagrant Id A1110-
PA-110011glilmu.n. It was J"'W" that, fur I lie liest appli -
cation In phosphatizing steel, the prrpn. rinm Coll'i't
it
i
f
a m
st. o
lill-no-Mil pin %phate a 11.1 fr'r 11,14), 111 I.ilw

7 vloiw to that of sat. s4n. of niona-Mr; phoKphatr at ithl'

Art
' in which MnOil"AisalinutDA. It was rutintril olit that
th

; ~ e cuunium c%milzol owthoIl by ulk, tilration of -acidity"

is inaccurate anti gi%vs it-) high rvmslt~; it better InvOl'41 ~
!
is sotight. It was also sftu%n that the isse of Fe, conig. ;

prepti.%. is hent-ficial as file cewtositni rrsktauce of (fir filin Z* 0
is greatly i,. utivini; salt5 of Al, As, anti Ph are delinitrly

.3 harmful. CaSO, al-io has it deirtcrimis effrct ins cor-
i
b
ro'
oll sta
ility -4 the Im.luct. G, M.

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?~~. rbesphathation of StM rarts. chemical Engineer-
Ing, v. 53. Oct. '44, p. 293-294.
go ir Effects of various compositions were Investigated and
00 a the results summarind. (Condensed from "rdect of the
co-postu- of Phosphorus-Mangaw" Preparations on
the Phos
hatization
f w
el P
t
r
A
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s
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Z, K Koulagina. ZhwuW Prikladmol Xhimfl, Y, 18, no.
7-4, '43, p. 412419.)
00

ASO.SLA ACTAILLUOtGOCAL LITIGATURC CLASSWKATIOld
-300 V"1nV
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7
USSR/Thermodynamics Thermochemistry. Equilibria. B-8
Physical-Chemical Analysis. Phase Transitions.
Abs Jour Roferat Zhur - Khimiya, No 6., 1957, 18488
Author A.A. Sokolovskiy --
Title its of Graphical Computations with Graphs of
Solubi!-,,,r of Q
J , I uaternary Systems.
Orig PtCb a.. prikl. khimii, 1956, 29, 110 5, (43-750
Xostract The method of "secondary projectons" is proposed for
simple quaternary systems. This method is based on a
sirwaltaneous codbination on a co-ordinate plane of or-
tho7,onal and central projections of graphs of quaterna-
ry ;yste-T-n constructed on rectangular cc-crdinates, the
_:r of the system being expressed in pe-,* cent
b,.- --~il-A.-t. With a view to unify the methods of presen-
L.at:Lcn of the so_ubili~y graphs, it is p-oposed to plot
the is,-)-teriis of four component reciprocal systems as
two rectangular pyramids (irregular tetrahedrons), the
Card 1/2 169
bas,~s of libich %re acu"Ge angled triangles and the side
f,nc._,~., if .~-Lich ,,.-.te rectangular triangles with legs of
arbLtzary length - Each pyramid is orientated thus that
om~! of its sfCe 'aces is parallel to the level plane,
one of the face-3 -,s colrinon to both the pyramids, and the
L
edEes are the &*xr_-~~ of co-ordinates intersecting at right
Card 2/2 170 -

SOKOLOVSKIT, A.A.; KUZNBTSOVA, T.I.;
."r- ~--',
Obtaining high-quality potash
from production of alumina.
'57.
h
i~VIOVA, K.L.
from waste soda-potash solutions
Xhim.nauka i -orom. 2 no.4:533-534
(MIRA 10:11)
1. Gosudaratvennyy nauchno-issledovAtellskiy institut khimicheskoy
promyshlennosti.
(Potash) (Alumina)

OHEPEIY,VETSKIY, Mark Laybovich, prof.; BRUTSKUS, Yelena Borisovna;
SOKOLOVSKIY, A.A., red.; LURIYE, M.S., tekhn.red.
'(Suporphosphate; physicochemical production principles]
Superfosfat; fiziko-kbimichaskie oanovy proizvodztva. Moskva,
Gos.nauchno-takhn.izd-vo khim. lit-ry, 3.958. 272 P. (MIRA 12:2)
(Phosphates)

BOKOWVSKIY, A.A.
Classifying equilibrium solubility diagrams. Izv.v7s.ucheb.zav.;
khim.i khim.tekh. 2 no.6:865-870 '59. (MIRA 13:4)
1. Vaesoyuznvy zaochnyy politkohnicheakiy institut. Kafedra
tekhnologil noorganicheakikh veshchestv i obahche7 khimicheskoy
tekhnologii.
(Solubility) (Systems (Chemistry))

POZIN, Maks Yefimovich. Prinimali uchastiye, ARSEN'YEVA, L Z.; KAGANOVICH,
Yu.Ya.; KLEBANOV, G.S.; KLEVKE, V.A.; KOPYLEV, B.A.; SOXOLOVSKIY,
AIA.,-_MAKOVETSKIY, L.A., red.; GRIVA, Z.I., red.; ERLIKH,
tekhn. red,
[Technology of mineral salts; fertilizers, pesticides, industrial
8alts, oxides and acids] Tekhnologiia mineraltnykh solei; udobrenii,
pestitsidov.. promyshlennykh solei, okislov i kislot. 2., izd. porer.
i dop. pri uchastii: L.Z.Arsenlevoi i dr. Leningrad, Gos. nauchno-
tekhn. izd-vo khim. lit-ry, 1961. 1008 p. (YJRA 1-4:10)
(Fertilizers and manures) (Salts)

SOKOLOVSKIY, A.A.
Equilibriu;n in the system CaO - P20 - H20' Izv.vys.ucheb.zav.;-
khim.i khim.tekh. 6 no.1:91-97 193. (HIRA 16:6)
1. Moskovskiy inzhenerno-ekonomicheskiy institut imeni S.
Ordzhonikidze, kafedra khimicheskoy tekhnologii.
(Phosphoric acid) (Calcium oxides)
(Phase rule and equilibrium)

SOKOLOVSKIY .9 A.A.
I Z.- - , - , .- -
Cyclic process of apatite decomposition by phosphoric acid.
Izv. vys. ucheb. zav.; kbim. i khim.tekh. 6 no.3:445-448 163.
(MBA 16:8)
1. Moskovskiy inzhenerno-ekonomicheskiy institut imeni
S. Ordzhonikidze, kafedra Idtimicheskoy tekhnologii.
(Apatite) (Phosphoric acid)

GRIDUNOV, I.T.; PRYAKIIINA, S.F.; SOKOLOVSKIY, A.A.
Effect of deformation conditions on the dynamic stability of
nairit rubbers. Izv.vys.ucheb.zav.;khim.i khim.tekh. 6 ne.5:
851-855 163. (MMA 16:12)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni
Lomonosova,, kafedra tekhnologii reziny.

GRIOUNOV, I.T.; STRIVILOOV, S.I.; 1-111YAKHRIA, S.F.; SOKOLOVSUY, A.A.
Device for repeated extension of rubbers. Zav.lab. 29 no.12:1505
t63.
1. 'L-loskovskiy institut tonkoy khimichaskoy tekhnologii.

ammon-liun nitrate in a ki i z~-d b~--l 41. no,F;

SOKOLOVSKIY, A.B., inzh.
The 6TS-9 tensometer stand. Vest. elektroprom. 33 no.9:73-74
S 162. (MIRA 15:10)
machinery-Measurements)
(Tensiometers)
(Electric

OKOLOTSKIY, A.F.
Problems of the economic effectiveness of capital Investments in the industr7
of the U.S.S.R. (conference in the Institute of Economics of the AcadeW of
Sciences of the U.S.S.R.). Vest.AN-SSSR 23 no.6:95-102 Je '53. (MI-RA 6:7)
(Ebassia--Industries)

DHITRIM , Mikhail Vasillyevich; SONOLOVSKIT,_A rkakpdr_t~d rovich;
; IF - I I ll-el, -,,
LYSY't, A.Ya., redaktor F N.A., takhnicheakiy re-
daktor.
[Ways to lower the cost of Industrial production] Puti eni-
zheniia, sebestoinosti promyshlennoi produktaii. Koskva, Izd-
vo, VTsSPS Profisdat, 1955. 68 p. (MW 9..5)
(Costs, Industrial)

PI-4 14 -~w:; kw~
USSR/ Miscellaneous Bookkeeping
Card 1/1 Pub. 124 - 32/39
Authors 3 Sokolovskiy, A. F.
Title I Scientific bases of bookkeeping (Accounting)
Periodical i Vest. AN SSbR 26/2) 129-131, Feb 1956
Abstract 14inutes are presented from the conference held at the Inst. of Economics
of the Acad. of Sc., USSR (Nov. 29, 1955) where scientific bases for
proper bookkeeping were explained.
Institution
Submitted

I
r i V I
AUTHOR: SOKOLOVSKI,A.F., JEVSTI(2-rj1EXEV,V.P. PA - 2636
TITLE: The Study of the Working Efficiency in Political Eoonomy.in the USSR.
(Izuohenie proizvodityelnosti truda v narodnom khozyaystvye SSSR.
Russian)
PERIODICAL. Vestnik Akademii Nauk SSSR, 1957, Vol 27, Nr 3, PP 131-134
(U.S.S.R.)
Received: 6 / 1957 Reviewed: 7 / 1957
ABSTRACT: At the Conference (December 1956) problem of statistical metho-
dology were discussed. A precise assessment of working efficiency
is one of the fundamental tasks of calculation and statistics in
the political economy of the USSR. Various suggestions were made
in the course of lectures. For example, in many branches the level
of working efficiency could be calculated on the basis of natural
exponents. For the time being it would, however, already be
necessary to establish this level for political economy as a whole.
Also the importance of the drafting of a united methodology of the
comparison of the level of working efficiency in the USSR. and in
capitalistic countries was unaerlined.
It was further stated that working efficiency is in close
connection with costs and can thus be calculated on the basis of
cost reduction. Further, the necessity was underlined of quickly
Card 1/2

AUTHOR: Sokolovskiy, A. F. 30-9-46//48
TITLE: The Law of the Production Cost and its Application in the
National Economy, of the pS6R (Z.akon stoimosti i
yego ispollzovaniye v narodnom khozyaystve SSSR).
PERIODICAL: Vestnik AN SSSR, 1957, Vol. 27, Ur 9, pp. 137-143 (USSR)
ABSTRACT: The Moscow Institute of Economics of the AS U3SR c0n-
sultative meeting (May 20-27) which dealt with the above-
mentioned topic. Ostrovityanov talked on "The production of
goods and its peculiarities in the socialist statelly where
he emphasized that in a transition-period in the stage of
relative socialism the character of property, due to the
mutual relations between commodity and money, is subject to
changes. Then he analyzed the slow but steady transition-
process (private property - state property - collective
property). Manufacturing and exchange of goods in the
socialist state comprises the entire mass of consumption-
goods which are either produced by the "state" (its enter-
prises) or by collectives (awned by a group of workers).
Then he outlined the specific economic forms of the mutual
relations between state and collective enterprise (the
Card 112

The Lnw of the Production Cost and its Application -in the 30-9-46/48
Rwtional'Economy Of.the USSR
cooDerative enterprises of agriculture). The speaker
crilicized the so-called calculative conceotion of
distribution (according to which the prices are evaluated
according to the variety of work and of the principle of the
division of labor). A number of other speakers treated dif-
ferent special probl.ems of agriculture.
AVAILABLE: Library of Congress.
Card 2/2

__~~g~~oj.OVSKnp-Alagandr--Fedorovich;--UVSTIGnTU ', Viktor Pavlovich; KGMAROVAI
T.F.1, red.; RAKITIN, I.T.,,tekbn. red.
[Production quality) Kachestvo produktsii. Moskva, Izd-vo RZmanie,"
1961. 46 p...(Vsbsoiu-znoe obskicheAvo po, rasproatraneniiu P014%4C -
sldlc'h i naucbnykh mainii. S-e-r.3, Ekonopika, no.24) (MW U:7)
(Quality control)

SOKOLOVSKU, A.F., kand. ekonoin. nauk
Improving the perforrnance charac,-,eristics of industrial entervrJses;
scientific session in Moscow. Vest. All 35 no.2:124-126 F 165.
(MdRA 18:3)

6OK0L&.T3KlY, A. 1.
30241,
0.rranizatsiva sistyemy vy-shikh rastyenty Botanichyeskogo sada Akady--rdi nauk
USSR. Byullyetyc,i-, Glav. botan, sada, VYP- 3, 1949, s. 0-51
SO: LETOPIS I NO. 34

SOKOLOVSKIY, A.I.
~ -
Research on the root systems of plant associations in meadows of
central bottom lands of the middle Dnieper. Bot.zhur.[Ukr.] 11
no.1:14-31 154. (MLRA 8:7)
1. Botanichniy sad AN LIM. (Dnieper Valley-Pastures and meadows)
(Roots (Botany))

SOKOLOVSKIY, A.I.
Establishing the "Cretaceous (mountain) pine forest" section in
the Botanical Garden of the Academy of Science@ of the Ukrainian
S.S.R. Trudy Bot. eada AN URSR 4:58-69 '57. (NLRA 100)
(Ukraine--Pine) (Paleobotany) (Forest ecology)

SOKOLOVSKEY, R.I.
Root systems in principal plant associations of the Mikhaylov-
skaya Virgin Steppe Preserve. Trudy Bot.sada AN URM 5:3-21
158. (MIR& 12:2)
(Mikhaylovskaya Virgin Steppe Preserve--Plant commmities)
(Roots (Dota-7))

J
~ 5 /~ / Y_' A - --
137-58-5-10155
Translation from: Referativnvy zhurnaL, Metalluraiya, 1958, Nr 5, p 181 (USSR)
C2
AUTHORS: Avdeyeva., A.V_Sokolo~L~~, Tsyganova, P.A.
TITLE. An Investigation of the Corrosion Resistance of Metals in the
Confectionery Industry (Issledovaniye korrozionnoy stoykosti
metallov v konditerskom proizvodstve)
PERIODICAL: Tr. Mosk. tekhnol. in-t pishch. prom-sti, 1957, Nr 10,
pp 96- 103
ABSTRACT: A study is made of the corrosion resistance of Zh-17-T,
Ya-l-T, and St 3 steels and of Al and Cu, at 120C)C, in the fol-
lowing aggressive mediums: 1) sugar syrup with 1% added lac-
tic and 1% added citric acid, pH 2.87; 2) invert syrup, pH
3.14; 3) caramel syrup on molasses base, pH 6.22 and 2.8;
4) caramel syrup on invert sugar base, pH 6.14 and 2.12, Zh-
17-T steel proved fully resistant to all these mediums. Ya-l-T
steel was less stable. St 3 steel was totally unstable. Al starts
to corrode in acid caramel syrup. Cu corrodes in acidified
syrups. Shop tests showed that steels Zh-17-T and Ya-l-T are
completely stable in a medium of caramel crumbs and caramel
Ca rd 1/2 syrup and are suited for the fabrication of cooking tanks. Studies

137-58-5-10155
An Investigation of the (con-.)
are made of the corrosion strength of metals in caramel mass with 176 lactic
and 1% citric acids added (at, 1450C '). in caramel fillings (I part apple puree
plus I part sugar at 950) and in reboiled preparations of apples, apricots, and
alycha I a member of -,.he damson plum family; Transl. Ed. Note] (at IZOO).
Zh-17-T steel and Al are completely stable in caramel mass. Ya-l-T and Cu
become corroded. St 3 steel is completely unstable.
T.A.
1. Metals--Corrosion 2, inclust-rial plants--Equipment
Card 2/?-

SOKOWVSKIY, A.L.. gornyy inzbener; DAVYDDVA, Te.A.. gornyy inzh.
Greater attention to the expansion of open-cut mines in tbe Kuznetsk
RaBin. Ugoll 33 no.10:1',7-20 0 158. (WRA 11:11)
(Kuznetsk Basin--Strip mining)

0 * 0 0 0 0 0 * 0 0 0 0 0 0 0 a 0
0 TMI'W-W~
0 0 0 0 0 0 0 0 0 0 0 0 6 0 0 0 0 0 4111 0 0 0 4 0 0 0 0 0 0 0 if 0
id 23 " 27 D 20 1" if IF X) A V a ill 40 41 a 4) as as J! 0
a r if Q it -K CC . W- -M A -I - -1 - -a 1- -A
-pac-
oil Al The effect of starch. motaswo U,litri.
bility of suctole. A, 1. 1114,
".k.
'v'k L 1'k I 'I'al.
N
00
Khlm. Referat. Zhur. 1940, No. 7. IIS-19-
09 Ll out microw [roil] (lit, -111.. i. V- it dtvicawl
es, Ri- file atilt. of mictow (lissolvabh. it, Ifill X. of -ol, T. I lie
i
lotal atilt. tit dry S1111%taticri di'"Ilvable in [W V, "I -Alrt
oil tPA-1. I Io. Olv. if '11vto- its I Io- life,, o, . ..1 .1. 't, lot
lt-l"A-~ U' 14 91"100 deb(t,". thm, tit Ow I'l. -1- .1 o.-
but [lie alkit. Of lite ol. drv 'tll.tam V, '1" lraw'.
I lie atilt. of dry .111"I"ller, di-habIr ill I.0 g of -tier
11Y (11e ad.111. 411 ilivrit mmar if og.tr fro 0
"I'M of 11144AWWOO. The I01,61.4111t. of drY 0 0
'AvA1.h! let 1011 j of .1" tvaw' " ith it,, Oil
I ht~ t" of tile "'1111to.wilt, Addi'l, Add- Olt 14
00 a ull invert sugar incrrAses the atilt. of dry mtb4janct~ I)v =00
MAX)% 1111d tile atilln. of "I.We"C tit invert sugar increawl x
it by 2A.5'*",e (at 3W). lilvett miji.ir jimen.'" tile ;atilt. of 69
90 S Irv jji,.)Ivmj,lr ill JIM S. ill watvr to is grrairr atoill
z drKirt, thAild'ic, I'lir Ift-r-illalle Volitrill fit tily
1111"tAtit-1-1 tit tile M111111. O.WoUll 111,11OV,l if 14-1111C h- 11fril.
caraltirl Mrttp at (C1111". [lot higher than IM" atilt olthotat
'EV: tire adilti. of writer, NV. 14. lirms
goo
woo
.1,11i CA a., ISO
I Or i--, -r--j Or --j- - a rw 0 a I IF 14
OF V? 11 CW 09 K LT Of C9 99 It It I at IS
9 0 0 0 st 0 0 0 e 41111 0 0 0 ; 0 0 000000 0 so 000 0 0 0
:1.0 N - 0 0 0 a 0 0 to 0 0 0 0 0 ~69 0 writ 0 0 0 0 0 0 0 a 0 0 0 e 0 0 0 0 re 4

a 0 o 0 0 * o o 0 0
0 o 0 0 & Is o 0 0 0
Ill If JD It 1) aA A 111 P A .4 N) 31 v , Q 4)
13 so 10 49 1

a r 9 1 1 All w Cc m u a It .
1 0 A I

r

The hratitig rums tit corbohydrates. v- z-, % v-t
alld A. L. J. .1 WW41 ('~ (U. S. i. N , , i
I A p-limidwy ivi%wil t1VlwvIIIjljg Ill,
4 1"1 Ing 12tv- vI
! mv"I 'llip,
00 *9

09 fili'm

09

ti
A d % L A ItIALLUINKA1. 1,1111RA16ft
0 0 so 00 e4 9 0 0 0 0
00
toolb
00
'00
34- 4" '00
1,C11. IT It.
All
0 0 0 0 0 *000

RAPOPORT. A.L., professor. re"ktor; SOMIA)V4K'IY. A.L., professor, redaktor-,
XAIMUS. R.L. redaktor; KISINA. Ye.I., tekhnicheskiy redaktor
[Tachnology of confection production] T-':iaologiia konditerskogo
proizvodstva. Moskva, Pishchapromizdat. Pt.2. 1952. 417 P.
0;onfeetionery) (HLRA 10:1)

MARTYNOV, M.I., direktor: SOKOIOVSK -IY. A.L.. sameatitell direktora instituta.
, - ~ - , ~
Production line of candies. Nauka i zhizn' 20 no.11:13-16 N '53.
(KL,BA 6:11)
1. Vsesoyuznyy nauchno-isoledovatellskiy institut kenditorekoy promyshlen-
nosti. (Goufectionery)

sof,oLov-S)v)Y,A.J-,
:SOKOLOVSKIT, A.L., professor; SMOLTANITSKIY, M.Te., nauchny7 sotrudnik;
nauchny7 sotrudnik; SEKLOVZAYA, A.Ye., nauchnyy
sotrudnik; GRINER, R.Ya., nauchnyy sotrudnik.
Continuouiq mechanized production of caramel. Trudy, VMI no.9:3-48
154. (MLRA 7:8)
(Confectionery) (Pastry)

So 4OLO VSff I K
', 4. 1- .
KAIITYNUV, M.I., kandidat tekhnichonkikh nauk, redaktor; SOKOLOY:WIY. A.L.,
profeneor, redaktor. r", ~ 1.~ '.! - 1 '!,, -
Production of caramel and pastry by the continuous mechanized me-
thod. Trudy VIKNII n0-9:3-183 '54. (KLU 7:8)
(Confectionery) (Pastry)

SOKOLOVSKIY,,A.L.;_NIKIFOROVA. Y.N.
-
.- ?'Va
Effect o rious compositions of sirup carbohydrates on the stabili-
ty of caramel. Khleb. i kond. prom. I no.3rl2-15 Mr 157 inU 10:4)
1. Vaesoyuzkvy konditerskiy nauchno-iseledovatel'skiy institut.
(Caramel) (Carbohydrates)

NIKIFOROVA, V.14; SOKOLOVSKIY, A.L.
Iffect of products resulting from the breakiwg- dovn of sugars on
the properties of caramel. Ref. much. r-ab. VMI no.1:36-39 157.
(Caramel)

A
137-1957-12--17-4542
Translation from: Referativnyy zhurnal, Metallur6a"ya, 1957, Nr 12, p 228 (USSR)
AUTHORS: Avdeyeva, A. V~ , Sokolovskiy, A. L., Tsyga-nova, P.A.
TITLE: Cortoiion Resistance of Metals ~n Sugar -ind Caramel Syrups
(Korrozionnaya stoykost' metallov v sakharnykh i karamel'nykh
siropakh)
PERIODICAL: Khlebopek. i konditersk, prom-st', 1957, Nr 4, pp H-14
ABSTRACT: Some result_~ of corrosion experiments conducted on various
metals in the preparation of cararnel under both laboratory and
industrial conditions.. The degree of corrosion was determined
by the -eight method, Sugar (pH ~,87; 3,14) and caramel
(pH 6- 2 2; 6- 14; 7_8 i; ~'_ i Z) syrups we re inve stigated as the
corrodina media. Tests in the plant apparatus have demonstrated
that steel 3 is unsuitable either for syrup made of crumbs or
for caramel syrup. Cu is unsuitable for r.;yrup made of crumbs,
whereas Cr and Cr-Ni steels are corrosion res;stant in the
media mertioned.
Card 1/1 0. P,
1. Caramel syrup-Corrosive effects 2. Su-ar syrup-Corrosive
effects 3. Metals-Corrosion-Test results

KUZNXTSOTA, L.S.; SOK)LOVSKIY. A.. .
Studying the processes of the Jelling of fruit candy. Khleb.i kond.
prom. I no.6:7-10 Je '57. (Y7.RA 10:8)
l.Moskovskiy tekhnologicheskiy itstitut pishchevoy promyshlennoett.
(Confectionery)

'~ ~ . I t - -, . ~. - - -., . -7)/j.
SMOLYANITSKIY, M.Ye;; SOKOLOVSK1Y--wkd" -
.0
Development and operation of continuous caramel production lines.
Khleb.i kond.prom. I no-7:14-18 JI '57- (HLRA 10:7)
1. Yeesoyusnyy konditerskiy nauchno-Issledovatel'skiy Inatitut.
(Garamel) (Confectione~-Y--Iquipment and supplies)

.S
MARTYNOV, M.I.; SOKOLOVSKIY, A.L.
Twenty-fifth anniversary of the All-Union Scientific Research
Institute of the Confectionery Industry. Xhleb. i kond. prom.
1 no.12:1-4 D 157. (MMA ll.-1)
1. Teesoyuznyy nauchno-isaledovatellskiy institut konditerakoy
pronyahlennosti.
(Confectionery)

11 .! I i
-I'D `I-'-,LO',,I , ! ~I - ,
KUZNNTSOVA, L.S., kand. tekhn. Tmuk; SOKOLOVSYTY. T--,, ~-rof, -Joktor takhn. nauk.
Structural and mechanical properties of chocolate products. Trudy KTIPP
no.10:4-23 157. (MIRA 10:12)
(Chocolate)

SOKOLOVSKIY...A.L-, prof.. doktor tekhn. nauk; KUZNETSOVA, L.S., kand. takhn. nauk;
-,- Fi~OVSKAYA, Ye.I., starshly prepodavatell
Using sedimentation analysis in the control of chocolate production..
Trudy MTIPP no-10:50-58 157. (MIRA 10:12)
(Sedimentation analysis) (Chocolate)

. I 1 11 1. . i:, , . I . ~ .1
I SOKOLOVSKIY, A.L.j, piof., doktor takhn. nauk; KUZNETSOVA, L.S., kand. tekhn. nauk.
I A
Processes of jelling in fruit candy masses. Trudy HTIPP no.10.'79-95 1.57.
(Confectionery) (MIRA 10:12)

-.; ~F, , - " //.. ~'. -
AVDEYEVA, Aj., prof., doktor tekhn. nauk; SOKOLOVSKIY, A*L*.- prof., doktor tekhn.
. 410-i--l-1-1
nauk; TSYGANOVA, P.A., assistent.
Investigating corrosion resistance of metals in confectionery prodnetion..
Trudy MTIPP no.1006-103 157. (MMk 10:12)
(Confectionery) (Corrosion and anticorrosives)

KUZNETSOVA, L.S.; SOKOIA)VSKIY, A.L.
Investigating the gelatinization processes of fruit confectionery
masses by means of a conic plastometer [with summary in Inglish).
Koll. zhur. 19 no.6:668-672 N-D 157, (MIRA 11:1)
1. 1469kovskly tekhnologicheskly institut pishchavoy prooVehlen-
nosti.
(Gelation) (Confectionery) (Plasticity)

i
-
*
'7
-th
ff
S
A
h
-
e
.
ect on
sitfo
e
n =4 t
/Products of V de
LSL
'
d V.
PTOPertlez Of Ifir-1- L.
2( G Li
it
a

tip. 30, 1
Mikiforovi-I Zhar, Pr
h
- I I
;

--
,
CA 6067d. V , * * , - _. ~ : . ,
, *),-,
the products of'6gradation o L4 E14 1
f
sucan during caramelization -,vas effectcd by
paper chroma- I ~
1tMaPhY. HydroxYmethyllurfural (1) formed in ap
i able quantities in dil, -ugjr. wins
but very little. in co
Cd
11
(701
) wins
and then onl
id b
after7;Q
ti
.
ea
.
0D&_
,
y
rij.
d .sation products (M formc
-d in appreciable ammt
coned
--sibbee pro&
soln., Apparently U10 a&elmt,, irre-
'esses, i.e. dehydration resulting in I and h
umus (cfi C.A.
-44, 5212c), To study the effectof th= products on,
the
P"Perties -Of - cdmulell Alley ~ wem. added in relatively - pure,
states during~the process of *as
:,
caram prepd
by EtOAcexto. from sugar solas-
refluxed 20 hrs. an V
a
"
d
l
i
d
i
eco
or
ze
-w
th activated C., , Humus was prepd. as a slightly-
Sol. brown
Powder or as a colored solo; by dialysls of g~
heated win- Of sucrose. It was'Obtained by-fermentation;

of a 7-8%'sumse soln.
The addn. of 1 (0,37 and 0.73%)
and of humus (0.25 and 6.11Y0) gave caramels which crystr
after 1-2 days. - Car-irnels with 1.3% 11 crystd after 6 dayig
and thoseivith 10% Ildid ridtcry~tallizeafti~"niontL-s-.Y~
The presence of fructose tends to formhygrosco
tmaL
pic
~
~

SOV /117-58- 1 1 -1 W42
Translation from: Referativnyy zhurnal. Metallurgorva, 1958, Nr I!, r, 173 IUSSR)
AUTHORS: Avdeyeva, A. V. , Sokolovskiy, A. L. Tsyganova. P. A~ Beguno-,-a.
T. N.
T'T LE: Investigation of Corrosion Resistance of Metals in Aggressive Media
of Caramel Production (Issledovaniye korroziynoy stoykosti
metatlov v agressivnykh sredakh karamel'nogo proizvodstva)
PERIODICAL: Khlebopek. i konditersk. prom-st' , 1958, Nr Z, pp 14-15
ABSTRACT- A study was made of the corrosion of Zh- 17 - T and Ya - I T steels,
At, Cu, and SO steel in a caramel mass, caramel fitting (I part
0 \
apple puree + I part sugar) and in boiled apple, apricot, and darnson-
plum purees. Zh-17-T and Ya-l-T steels are resistant in all three
media, At is resistant in the caramel medium, Cu in the caramel
filling and in the boiled purees. The addition of 1% citric and 1%
lactic acids to the caramel mass and filling does not increase cor-
rosion. The addition into the boiled puree of _"~o a line must have
been skipped in the Russian original. Trans. Note ... ~ . Cu. Upon
the addition of 2cKo trioxyglutaric acid to the apricot puree all metals
Card 1/-' are corroded. Tests under shop conditions showed a good resistance
a

SOV/1 37-58--11-23042
Investigation of Corrosion Resistance of Metals in Aggressive Media (cont, )
of Zh-17-T and Ya--l-T
is resistant in the
recommended for
where SOz of various
steels in the filling vacuum apparatus. Only Ya-l-T steel
storage tank for puree treated with SO?, and it can also be
the manufacture of the condenser of the water-jet air pump
concentrations may always be present.
T~ A.
Card 2/2