SCIENTIFIC ABSTRACT SHOSHINA, I.A. - SHOSTAK, F.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549910015-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7
E
L 39756-65 EWT(m)/KR.P(Q/EWP(;~!/ W'P(b) Pad-I
ACCESSION NR: AP4047422 -Sf6l136/64:/0W/QlQ/0020/0a267 -
AUTHORS: Shoshina, I.A.; Rotinyan, A.L.
TITLE: The inclusion of certain impurities in the cathode deposit
during the electroextraction of hjkh-purj~y~niqkel
SOURCE: Tgvetny*ye metally*, no. 10, 1964; 20-26
TOPIC TAGS: a:%Icei, electroextractioll., cathode deposit, impurity,
electrolyte, f rate viscosity, convective diffusion
ABSTRACT: The authors discu3s the maximum concentration of Pb, Sb-1
Bi, Tn, As and Zn in the electrolyte permissible-in the:electro-
winning.of highest purity Ni under different conditions bf e1
~~T hey suggest a method which makes it possible to compute
these concentrations readily and accurately. They contend that
each microgram of impu-rit r liter af'electrolyte leads to the
pe
formation of 0 .00007 Lmpurity. Consequently, if the desired
critical content of an impurity were to be a ma imum 0.0001% (waightj
it-Is content in the electrolyte would have to be a maximum 0.04- mg/l
for Pb, Sn, Zn, Sb and 0.03 mg/l for Bi and As. The electrolyte in
cotd

. . . . . . "Nu
39756-65
-7422
:AGGESSION NR:. AP404
all tests was composed of 60-1 Ni (N-iS-O' 46 d1 Na SO
PH - 2 3 to 2.' tile -2-
4 at of _f 3:614 - 6f he
NaCl; 5 9-/' H3BO
electrolyte infl need the purity of the cathode deposit rather
conspicuously. The authors investigated its effect and the circu-
lation rate was varied from 2 to 150 ml/amp,hr. The cathode
current density was 240 amp/m9 and the cathode cell temperature 600C.~i
Experimental results coincided with calculations: all i-five'stigated I
specimens discharged at a critical current in the electroextraction
of Ni from a sulfate - chloride electrolyte. With a circulation
rate of 80 ml/amp-hr the effect on the rate of flow was less appre-
ciable. Apparently, the factors which lower the velocity constant
of convective diffusion lower the amount~6f impurities,in the
cathode deposit. The greater the electrolytic viscosity, the lower
the constant of the rate of convective diffusion and the lower the
rate of the inclusion of impurities in the cathode deposit. It
-Lollows that an increase in~the electrolyte viscosity enhances the
purity of the metal. Observations of the behavior of the impurities
under the effect of temperatures showed that their contents in the
deposit increases at raised temperatures. orig. art. has 5
figures, 2 tables and 7 equations.
c,,d 2/3

r,TMPL Vol. 5-H0. 1 Jan. 1952
Shoshina., hi, (N.F. Gamdleya Institute of Epidemiology, u.s.s.R. Academy of Sciences), A
determination of the repeated gonatrophic cyc Ir in mosquitoes. 181 -3 _ ft -
. ~.l I
AkF-de,IYB Neuk' S.S.S R., Doklady Vol. 78, No. I - I qS I

SHOSHINA, M.A...
Mechanism of transmission of cutan~ous leishmanin is. Dokladj Akad.
nauk- SSSR 92 no.2:447-W 11 Sept 1953. (GIML 25:4)
1. Presented by Academician Ye. H. Pavlovskiy 15 -Tu1Y 1953. 2. In-
stitute of Epidemiology and Microbiology_ imeni N. T. Gamaleya, AcadenW
of Medical Sciences UWR.

KRYUKOVA. A.P.; 910SHINA. M.A.; SUVOROVA. L.G.; SHEKUNOV, M.V.
,
F.Pizootic foci of Borovskiiis disease in J~are-Kum. Vop,kraeve. ob.
i ekep.paraz. i med.zool. 9:25-31 155. (MUU 10: 1)
1. 1z otdela parazitologii i meditsinskoy zoologli (zav. akad.
Ye.N.Favlovskly) Instituta epidemiologii i mikroblologli imeni
N.F.Gamaleya (dir. - deystvitell W chlen Akademii meditsinskikh
nauk SSSR Prof. G.V.Vygodrhikov) Akedemii maditsinskikh nauk SSSR.
(EUMM, --LEISHFANIOS15) (GFMIM) (MOTH FLINS)

SHOSHOA, M.A.
"The Study of the GonOdotrophic Cycle in Mosquitos". Problems of Regional,
General, and Experimental Parasitology and Medical Zoology, Vol. 9, 1955-
Division of Parasitology and Medical Zoology, Inst. EpiJemiology and Microbilogy
imeni N. F. Gamaleys, AMS USSR
Sum. 1305

SHOSHINA, M.A.
Studying the gonotrophic cycle in moth fxlias. Vop.kraev., ob. i
ekep.paraz. i mad.zool. 9:45-49 9:45-49-'55. (MLRA 10:1)
1. Iz otdala parazitologii i meditsinskoy zoologii (zav. - akad.
Ye.H.Pavlovskiy) Instituta epidemiologii i mikrobiologii imeni
N.F.Gamialaya (dir. - daystvitallnyy chlen Ak2demil maditsinskikh
nauk SSSR prof. G.V.Vygodchikov) AkRdemii maditsiaskikh aaak SSSR.
(MOTH PLIES)

SHOSHINA, M.A.
Mechanism of the transmission of the cutaneous leishmaniasis
agent. Vop.kraev.paraz.Turk.SSR 3s133-136 962. (MIRA. 16s4)
1. Institut epidemi~logii i mikrobiologii imeni N.F.Gamaleya
AMN SSSR, Moskva. (DELHI BOIL)
(SAND FLIES AS CARRIERS OF DISEASE)

SHOSHINA, M.A.
Survival of larvae of the chigger Trombicula zachvatkini
Schlug. 1948 at low temperatures. Med. paraz. i paraz. bol.
34 no.3:355-356 W:-Je 165. (MIRA 18:7)
1. Otdel bolezney s prirodnoy ochagovostlyu Instituta epidemio-
logii i mikrobiologii imeni N.F. Gamalei, Moskva.

"SHOSHEIIA, Mi.A.
Laboratory cu-ItIvaticir, of the Trimbicula zachvatk'Lrz-.'
Schlug., 1948. Med. paraz. i paraz. bol. 33 no.6:74-1-7-L2-
N-D 164. (MIRA 18: 6)
1. Otdel prirodnoochagovykh bolezney Instituta epidemiologii i
mikrobiologii iineni GairAlei, Moskva.

VASILITEV, L.L.; SHOSHINA, N.A.Edeceased]
-,
qestoring cardiac activity by excitation
Uch.zap.len.un. no.164:58-75 154.
(HEART) (VAGUS NERVE) ( NERVOUS SYSTEM,
of the extracardiac nerves.
(MIaA 10:3)
SYMPATHETIC)

ROKWOVA, M.7.; MTASHBV, A.I.; SHOSHIRL, O.Ya.
Comparing reBulte of the measuring of plane-parallel end-meaffure
lengths by lar&e interference equipment and by other methods.
Trudy VNIIX uo.7t4l-Lr6 149. Unterferometx'7) (MI]RA, 11:6)
(Standards of length--Xaaourement)

I
j -
I, " -I " 'I '?)J'
"E' :1111 ! it, i ~1'- th"-- Sw!T:lc'c 1'~;n of :~" -c[al. 11 stank'a j "!'l. 1, C'. I
- .--, -~- - ~"-L'

ALEKSEYEVA., Ye.P.; SHOSHINAy O.Yu.
Z---
Comparing interferometers of the- institutes of the committee. Trudy
inst.Kom.stand.,mer I izm.prib no.47.-63-79 161. (MIRA 15:12)
1. Vsesoyuznyy nailchno-issledovatellskiy institut metrologii im.
D. I. Mendeleyeva.
(Interferometers--Testing)

SHOSHINA S. V.
~TOVICH. G.N.; GORODYSUYA, B.A.; KORNILOHA. N.M.; HOISKMA, N.I.;
POLOZOVA, T.V.; TZRMIYEVA, T.A.; SHOSHIIU, S.V.
Man as carrier of pathogennic staphylococci; author's abstract.
Mm.r.mikrobiol.epid.i immun. no.11:55-56 N 153. (aU 7: 1)
(Staphylococcus) (Contagion and contagious diseases)
Abstract U-7920.1 8 Mar 56

SIMSHINAY V.Sw
Improving thn quality of hydr~;1-7-,!Ites for leavot
v - L7..,)
Gidroliz, i lauokhimo prorat 117 no94'12-1-;',' "64 (MI-ILA n- -1
1. Chi-mkent"-kiy g4-drc;IJ.z.-iTy -w%md.

SIIOSHIYBV, L.N.
----""WM"www*wR
Mechanism of hemoglobin synthesis in oxygen deficiency. Ukr.
biokhim.zlr.--. 31 no.1:43-52 159. (MM 12: 6)
1. Department of Biochemistry of the S-H-Kirov Military
Medical Academy, Leningrad.
(BM40GLOBIN) (CXYGEN--PHYSIOLOGICAL EMCT)

GUDIMA, O.S.; OLESNIKOVA, N.A.;SHOSHIYEV., L.N.
Cultivation of Hela cells on nutrient media with h3rdrolysates of
human and equine albumins of blood serum. Vop.virus. 7 no.3:361;-
380 My-Je '61. (MIRA 14:7)
1. Institut virusologii AIAN SSSR, imeni D.I.Ivanovskogo, Moskva.
(TTMORS) (VIRUSES)

SHOSHIYEV, L.N.
Obta4ning tryptic hydrolysates from milk and Serum albumins for
groving tissue cultures. Ukr. biokhim. zhur. 34 no.3:387-393
162o (MIRA 18:5)

rl~ 7- 1, -~,V - . I ~ I I - .. i - , i I - ~ I - I : T
,- I : , .. I I
ROE' T"I'l, ~ J!, ; I-_: ~- ~a I", ~ I .. , , ; ,
Exj~erime-nf.al. c~ ~ 1 1 , -*,, - -. - r., - -. , ~ , --, ; -~ ~ , -. - ', i ~ ~ .;
I I., J- , - f. I ~ - - - ~~. I I . j 1. .- ".
I " t w . - -1 %
viruo. I (", 3, k! ~.': - -,* ",

, ja parl., Lit: ri plia
U
nd

EULGARIA/Diseases of Farm Animals - General rroblems. R
Abs jour: Ref Zhur-Biol., No 95 1958; 40598.
Author Pranszhev, I., q~~
Inst Higher Institute t'~f Veterinary Medicine.
Title The Problem of the Curdling cf Milk frcm Healthy
Cows and Goats.
Irig Pub: Nauchn. tr. Vissh. veterinarnomed. in-t, 1956,
4, 279-285.
Abstract: Cases were observed when milk obtained from clini-
cally healthy cows and goats curdled on boiling.
After the animals were treated with urotropin
which was administered internally three times daily
in doses of five grams for cows and of one gram for
goats for a period of three days, the milk ceased
Card 1/2
EULGARIA/Diseases of Farm Animals. General Problems.
Abs Jour: Ref Zhur-Biol., m 9, 1958, 40598
to curdle. Examination showed that there is more
fat anti albmnen content and less casein in curdled
milk than in milk which did not curdle and which
has been obtained from the same animals after urn-
tropin treatment; also, in this case the relation-
ship between casein and albumen content is smaller.
Card 2/2

In
.

Ll
T o. 1.4

S --T 0 F, Ov St
Bulraria
A 2"llif-tic-n: Senior ~-ssistant at 'he Ca--'~ edra o-" T~ --,i sic Science
"Ith-
at the Institute f'or Snecialized ...'..'edic-ine and ~=
-(Tnstitut za Spetsla-liz t'siya i
Per-LE'ecting Physicians t- a
Usuirurshenstvuvane na LeIr.arite, USUL
Source: Sofia,, Sreden Medi-~-sinsl-i Rabo-ni-;,-:, -N.,o 2, 19619 pp 3-10
Data: "Chemical Pro -olrl-vla -xis of Tuberculosis.

SHO;31E,2v~y ~~Z-henar-kapi tan- ley tenant.
-
Underwater acoustics. Voen.znan. 31[i.e.321 no.5:16 M7 156.
(sonar) (MIRL 9:9)

SHOSHKOV, Ye., inzh.-kapitan III ranga
Russian inventors of hydroacaustical equipment. Mer. flot 21
no- 6:3? Je 961. (MIRA 14:6)
(Underwater acoustics)
I

SHOSHKOV. Ye.
1114etron"-type sounding device. Mor. flot 22 no.5:41 My '62.
(KRA 15:5)
(Echo sounding--Equipment and suppliesi

KARLOV, L.B.;,S-HQSRKO-V,--Ye..N..; MYASISHCHEV, V.I., red.;
KHORBECHK-1, I.G., red.; SOKOLOVA, G.F., tekhn. red.
(Underwater acoustics in naval operation] Gidroakustika
v voennom dele. Pod obshchei red. V.I.Miasishcheva. Mo-
skva, Voenizdat, 1963. 148 P. (MIRA 16:6)
(Underwater acoustics)
(Naval art and science)

74
153ol-65 EWT(m)/EPF,(c)/EPR/EWPQ')/T: _P,C-;4/Pr-4/Pis4 -- WIM -
019,
ACCESSION NR: AP4048214 1010001011/0073/0073
AUTI""',*. Shoshtayev, B.- 1.
TITLE: C6nference on the production and uses of eellular piastics
ma
SOURCE: -Plasticheskiye A 9 73~_ -
-plastl' I a polyvinyl--
TOPIC TAGS: cellularlplastic expanded po yurethane fo m
co
chloride foam-
ABSTRACT: On June 23-2-7 196-4, a prof ess-'_onal .Conferenceom~ the, 'production ..and,-~p--'~
plication of c e I I u 1-5r ~pl a s i ~Ic s' w~a s7T6 fit I-~FTI a d I mi ri , organ 1 zed by-the dosudarst___,_---
venny*y Komitet khimicheskoy promy*shlennosti pri Gosplane SSSR (State -Conni ttee
on the Chemical industry of the State Planning Commission of the,SSSR) in..coopera.-,.
tion with other organizatiFinis and involving the participati3n of-About 350-pdr-
sons, representing 120 organizations and firms. Almost all.the industries-interes":
ted in this field were.represented. It was noted that the production o-f,cel.lular
plastics has increased 4.3 fold in the last 7 years. Many new celiular-plastics
Pave been developed, some of them have already:bee.n used:in industry (pAlyurethane
/foam no-pressing polyvinyl chloride foam),~-and some ape In, the experimental
stage , such-as-phenal-formaidehyde-cel-lulose--plastits-,~-Iri-gid polyurethane -foam ~of
the ast type, and carbamide I.Iular -plastics of, the,cast type* The development
Caro ~Z ge
-7 ~7 -7~ 7--

Bl,-, I I I --~ ~: C, ~ ,i r(; f . , d (%k , or! '1?1. r~~ I I Llk '-,; I it I p I E y": . I . ,lkn nj . t i~Aflrl . naill .
I 0130L I T.-~ "IV , *7 . .. I rizh. 0' PLAKSAY r: P. Y 1 nzh. .
Javestiga Tina thr ;~n,--ntrolled are ravang : -,- -ess a t 71- N `1 '
-. - -- - -22 1 . - .1 1 11 - i -1
sluil.p, inire. Cor.2111,1r. rl,).-J-G~ -27 0 (MIRA 1861)

LAMIAKIN, Vasiliy Vasillye-vich; SHCHERBAKOV, D.I., akademik, otg.
red.; SHOSKAWSKAYA) N.D., red.
[On the shores and islands of Lake Baikall Po beregam i
ostrovam Baikala. Moskva,. Nauka, 1965. 189 P.
(MIRA 18:10)

SOV/124-57-7 -8508
Transiation frorn: Referativnyy zhurnal. Mcklianika, 1957, Nr 7, p 156 (USSR)
AUTHORS: Goldovskiy, Ye. A., Goykhman, 1. E., Shossel', Ye. Z.
TITLE: Investioation of the Tensile Stress-strain Curve of a Plasticized and
0
Non-ptasticized Polyamide (Issledovaniye krivoy rastyazheniya
neplastilitsirovannogo i ptastifitsirovannogo poliamida)
0
PERIODICAL: Nauch. tr. Mosk. tekhnot. in-t legkoy prom-sti, 1956, Nr 7,
pp 75-79
ABSTRACT: The paper submits the results of an investigation of the mechanical
properties of potyamide films obtained by the usual extrusion of fused
polyamide through a slit die and subsequently transferring it to a drum
and later to a stretching machine, The elongation (up to 3000 '/o or up
to failure) of non-plasticized polyamide (caprone of a molecular
weight of 14 000) films and plasticized ones with an alcohol solution
of resorcin (concentration from 0.35 to 100 g/1 over a period of
24-50 hours). Anisotropic samples of the fiLms were cut out by a
stamping die parallel tc the basic orientation, perpendicular to it,
and at a 450 angle. Curves of the stress-strain relationships (up
Card tl/Z to failure) at a constant (room) temperature and a constant rate of

SOV/1 24-57-7-8508
Investigation of the Tensile Stress-strain Curve of a Plasticized (cont.)
elonoation 2 mm/min) were obtained. The authors established the presence of
three sharply defined parts of the process. There is a transition zone (hump)
between the first (Hooke) zone and the second zone; the ratio of the maximurn
stress a; the hurnp to the constant. stress in the second part decreases with an
increase in the concentration of the resorcin- Bibliography: 15 references.
A. N. Gerasimov
Card Z/2

133-7-19/28
AUTHOR: Khasin, G.A. and Shost', A.D., Engineers
TITLE: Improvement in the Performance of Automatic Heat Treat-
ment Furnaces with a Sliding Hearth. (Intensifikatsiya
raboty avtomatizirovannykh termicheskikh pechey s
vydvizhnym podom)
PERIODICAL: Stall, 1957, No.7, pp. 640 - 641 (USSR).
ABSTRACT: Modificati~ns carried out during the transfer of heat-
treating furnaces with a sliding hearth to automatic
operation are described and illustrated (Figs. 1 and 2).
It is pointed out that an automatic control of temperature
and pressure in those furnaces without modification of the
method of heating metal does not remove the temperature
drop between the top and bottom of the charge. Unifam
and rapid heating of metal under conditions of concentrated
supply of heat from one side can be attained in the furnace
Card 1/2 only by producing a continuous gas stream i.e.'with con-

133-7-19/28
Improvement in the Performance of Automatic Heat Treatment Furnaces
with a Sliding Hearth. (Cont.)
tinuous operation of spray burners (without periodic cuts).
This can be achieved by placing the impulse thermocouples
in the opposite side of the roof to the burners and the
division of the soaking period into 3-4 steps with in-
creasing temperature-3. In order to prevent overheating
of charges from the burners)side, a standard method of
charging metal in relation to the i?oof should be maintained.
As a result of an intensification of the furnace opera-
tion a 25% cut in the duration of active periods of heat
treatment (heating up and soaking) with a considerable
improvement of the quality of heating was obtained. The
proportion of metal returned for re-treatment was decreased
by 40%;,the degree of decarburisation also decreased some-
what. A.I. Bogdashkin, A.P. Lebedev, V.A. Sterkhov,
D.F. Sutubalov, V.Ya. Demidov, S.M. Kalinin, N.N. Rikitin,
and others participated in the work. There are 2 figures
and 2 Slavic references.
ASSOCIATION: Zlatoust Metallurgical Works (Ziatoustovskiy Metallurgi-
cheskiy Zavod)
AVAILABLE- Library of Congress.
Card 2/2

OLISHARSKIY; LYSENKO; NAZAWEMO; AVAKTANz VARUNTSYAN,- GLUSIICf UPIKO; PREEZENT;
VARENITSA; BALYURA; OZIRSKIY; TOMASIIEVICH,, SHAIN; TARKOVSKIY;
TRETIYAKOV; NOVIKOV; FEYGIIISON; TELYATNIKOV; -MLIR4AN;
KONSTANTINOVA; SMMIOV; VOINOV; STEPANOIr SHOSTAKj BAL4RAN;
CHUBASOVA; TKUGHUK
Timofei Ignatlevich Belash. Agrobiologiia no. 3:447-4.48 tly-Je 161.
(MIRA 14:5)
(Belash, Timofei IgnatTevich, 1901-1961)

FILIFPRIKO, Ivan Trofimovich; NESTEROV, Petr Grigorlyevich;
S~ST,Ai4-kw-i. kand. tekhn. nauk, retsenzent;
AFONINA, G.F., red.
[Basic problems of the economics of iron-ore mining and
treatment in the Krivoy Rog Basin] Osnovnye voprosy eko--
nomiki dobychi i pererabotki zheleznykh rud Krivbassa.
Kiev, Tekhnika, 1965. 206 p. (MIRA 19:1)

SHOSTAK A F.

-E j, '.". V.; A. f".
1 "DI"Y
1
Yininc! EncIn,-:c-rinr7
11
Furti.er grovth of ore mining in the Krivoi Rog basin. Gor. zhur. no. 2, 10,52.
2
9. Monthly List of Russian Accessions, Library of Congress, -April 1951. Unclassified.

FOLISHCM, ii.D.; SHOSTAK. A.G.
lursduated caving at mines of the Krivoy Rog Iron Ore Basin]
Etazhnoe samoobrushenie na rudnikakh Krivorozhskogo zhelezo-
ruldnogo basseina. Moskva, Gos.nauchno-tekhn. izd-vo lit-ry
po chernoi i tavetaoi metallurgii, 1953. 191 P. (MLRA 7:3)
Olining engineering) (Ukraine--Iron mines and mining)

SMST:J-, A. (-;.
A. D. :7'oli-Shchuk atnd A. G. Shostak, Sisteria blokovogo obrushe~ayz~ nan rud-nikakh Krivbassa
r1he 31.jc~c-?recipita-~ion S,,-,te~ in 'Iin~as 3f -,--e Kri ~3aS tallur:g4zdat 12 sne~ts.
Xe Hog
Ihe *n.--,f)klct Aescribes tric uLilization of block--r-3ciPita
L
t-,-!z:.tions; i-n es'~ablisrin~ ~n -~ optimu-n par-
mines, descri")es tjj-~ re.-ults cf sciz2ritifuc investi
auleters ':)r t,je C-Stem, t~,e crder, tine methods *f und~~rfuttJng blocks., and precioit"tion
in min. s.
The ',)oolvlet ils irftended for enf-ineers an.1 technicians pr~Altction workers) designersj
vid "-,r stuletts of mininr-, inst-Itutes and tcerinic-0 Sclio)ls.
SO: U-6!172, 12 I-lov 1'.6b

47 IS-709 Ot.r 14,
USSR1 Minin(; - Book review
Card 1/1 Pub. 123 - 19/16
Authors s Baron, L. I., Cand. of Tech. Se.
Title t Treatment of ore deposits
Periodical I Vezt. MT Kaz. ZSR 12, 93-95, Dee 1954
Abstract I Critical review is presented of the book# by A. D. Poliahchuk
and A. G. Shostak'ontitled, "Self-Destruction of Mine Pits in
the'Tfffvmo'y'rT6Z'1M Ore Basin,- published in 1953.
Institution
Submitted

SHOSTAK. Afanstsiy.Gr~~orlyevich; STARIKOV, Hikolay Ivanovich; BOSIMOV,0.0.
I '_
redaktor; RkAHWfA, V.V.. tekhnicheakiy redaktor.
[Now equipment and Drogressive work organization in mines of the
Krivoy Rog basin] Ilovaia. takhnika i peredovaia organizatslia truda
na shakhtakh Yrivorozhokogo bassaina. Moskv,2, Gas. nauchno-takhn.
izd-vo lit-ry po chernoi i tavetuoi metallurgii, 1955. 165 P.
(Krivoy 2.og--Mining engineering) (MMA 8:9)

NEDIN, V.V., professor, doktor tekhnicheskikh nauk; SHOSTAK, A.G., gornyy
inzhener; NUMN, S.S., kandidat tekhnicheskiklh7
Progressive practices of the Krivoy Rog miners. Gor.zbur. no-7:3-6
Jl '55. (MIRA 8:8)
(Krivoy Rog---Iron mines and mining)

ZHURAVLEV, S.P.; TARAN, N.N.; MAIAXHOV, G.M.; NEDIN, V.V.; KUIRTASHOV, K.V.;
ZHUKOV, M.N.; KADYRBAYHY, R.A.; SHOSTA&G*
TOYEV, A.I.; SHUTMOT, T. -, M AK . _; RIMSKIT, V.S.; KOSTnK, A.M.;
ARSSN S'.,' , G. V.
"Mining ore deposits.9 M.I. Agoshkov. Reviewed by S.P. Zhuravlev and
others. Gor.zhur. no.7:63-& J1 155- (MLRA 8:8)
(Mines and mineral resources) (Agoahkov, M.I.)

KAMM, 9.1.; KIKHAYLOV. YU.I.; SHOSTAK. A.G.
. ~ 3- 7 .
An analysis of ore hwilage in the mines of the Krivoy Rog basin.
Goratmr no.L-1 A& 15~. (KWA 8t 8)
(KrIvoy 920:iU haulage)

STESHENKO,A.I.; ZHURAVLEV,S.P.; TARAN,P.H.; KUDRTASHOV,K.V.; ZHUKOV,M.N.;
BELTT,P.L.; K&DYRVAYEV,R.A.; PASTUSHKIN,P.M.; SHOSTAK,A.G.; OSTRO-
UKHOV,A.I.; POLONSKIY.M.I.; OSTROUKROV,I.I.; LUDVSrrr,T.-r.; SFr-
MENKO,P.I.; KHCROSHEV,O.V.; IBaYEV,Sh.I.; NMOV,O.D.
ffDuat control in the mines of Krivoy Rog Basin." V.V.Nedin. Re-
viewed by A.I.Steshenko and others. Gor.zhur. no.9:61-62 S 155.
(MLEA 8:8)
(Krivoy Rog--Mine dusts) (Nedin,V.V.)

BOCHKOVSKAYA, I.V.; SATANDVSKIY, L.A.; SIDSTAX, A.G., redaktor; 4INAVSKkYA,
To.K., rodaktor; AHMMY, rodaktori
[Using mining coaveyers in the Xrivoy Reg B&aivj Opyt prim*xaxiia
prokhadchookikh transporterev v kivorozhakem Basseine. Kh&rlkov,
Goo.nauchno-takhn. izd-vo lit-ry, po chernei i tavatnei metallurgii,
1956. 34 p. (Krivar Reg--Mining machinery) (mLRA 9:6)

~HPSTAK. Afanasiy.Grigorlyevich; ALIBRUT, Berta Isaakovna, SUKOCHIVA,
.1 Telizaveta Mikhaylovna; SOSEDOT, 0.0.. redaktor; PAIRTSEVSKIY, V.N..
redaktor izdatellstva; nTROVA, N,S,, tekhnicheskiy redaktor
LProgressive methodo of work in the Krivoy Rog Basin mines] Peredov7e
metody truda na rudnikakh Krivorozhskogo basseina. Moskva, Goo.
nauchno-takhn. izd-vo lit-r7 po chernoi i tavatuoi metallurgii, 1956.
8B P. (HLRA 9:12)
(Krivo7 Rog-Kining engineering)

RIVKIN, Isaak Davydavich; ZAPOLISKIY, Vyachaslav Petrovich; BOGDA11OV,
Petr Andreyevich; SHOSTAK, A.G., redaktor; PARTSWSKIY, B.N.,
redaktor izdatells~v_ . I ~r P!'%',' II.S.. tekhnichaskiy redaktor
[Bound measuring method of observing manifestations of mine pressure
in the workings of the Krivoy Rog Basin] 2vukometricheskii metod
nabliudeniia proiavlenii gornogo davleniia na ahakhtakh-Krivorozh-
okogo basseina. Moskva, Gos. nauchno-tekha. izd-vo lit-ry po chernoi
i tsvetnoi matallurgii. 1956. 188 p. (MLRA 9:8)
(Krivoy Rog-Subsidences (Shrth movements))
(Mining engineering)

K&LAKHOV, GeorgiV Mikhaylovich;-SHOSTA-K, Afanasi. I - Lck; STARIKOT,
Nikolay Ivanovich; AF01111U, G., ve redaktor; NOVIK, A.,
tekhnichaski.v redaktor
[Histou of mining in Krivey Rog Basin] Istoriia gornogo dela v
Krivorozhskom baseeine. Kiev, Goa. izd-vo tekhn. lit-ry USSR,
1956. 341 P. (XI4A 10:2)
(Krivoy Rog--Iron mines and mining)

"Aurclov Sh;-kht ! Wcw
Dre, ru-truvnko~.-a
C b'L vo

I'J F,I f /T * fI I
PHASE I BOOK E ~_'FILCTTATION 520
Malakhov, Georgiy Mikhaylovich; Starikov, Nikolay Ivanovich; Shostak,
Af&nasly Grigorlyevich
Osnovnaya zhelezorudnaya baza SSSR; ocherk razvitlya Krivorozhskogo
basseyna (The Main USSR . Iron-ore Deposits.; Outline of the
Development of the Krivoy Rog Basin) [Moscow] meallurgizdat, 195j.
161 P. 3,000 copies printed.
Ed.: Shaforenko, I.P.; Ed. of Publishing House: Partsevskiy, V.N.;
Tech. Ed.: Karasev.. A.I.
PURPOSE: This book is addressed to all readers interested in the
development of the Soviet iron-ore industry.
COVERAGE: The book deals with the development of the Krivoy Rog Iron-
ore Basin, especially under the Soviet regime. A geological
sketch of the region Is given. Mining methods before and after the
Revolution are discussed. Progressive development of the region
Card 1/6

The Main USSR Iron-ore Deposits (Cont.) 520
during each five-year-plan period is described. The authors
express their thanks to I.I. Osetrov, Docent, who wrote Chapter I,
.lBrief Geological Description of the Krivoy Rog Basin"; to
V.I. Karmazin, Docent, who supplied information on the concentra-
tion of Krivoy Rog ores; and to Pyatakov [no initials given],
manager of the industrial department of the Uk,~rainina newspaper
Che~rvonyy hirny1c (Red miner), who provided information on living
conditions, eduQational facilities, etc., among the miners of the
Krivoy Rog Basin. No personalities are mentioned. There are
98 references, all Soviet (including 7 in Ukrainian).
TABLE OF
CONTENTS:
Preface 5
Introduction 7
Ch. I. Brief Geological Description of the Krivoy Rog Iron-
ore Basin
Ores and ore deposits 13
Card 2/6

FMSHICINO Yej~, lazhener; SUKOCHEVJL. Ye.H.. inzhoner, SHOSTAK AAMwjnxhe3ter.
At the KrLwAwrRQg_mJ4es. Bezop. truds. v prom. I no.2:12-15-7 157.
1(Krivey Reg"Irox mines and mining--Safety measures) (MLR&_lot4)

SH . - *G.;OSTROUKHOV, A.I.
... . - . 4z4_""_
Results of progressive mine operations in the Krivoy Rog Basin.
Gor. zhur. no-3:29-33 Mr 157. (MI2A 10:4)
1. Nachallnik tekhnicheskogo otdela tresta Dzerzhinskruda (for Shostak).
2. Nachallnik- tekhnicheskogo otdela tresta Leninruda (for Ostronkhov).
I
I (Krivoy Rog--Iron mines and mining)

GORDON$ B-ye., kandidat tekhnicheskikh nauk; ZRMOV,.M.N., gornyy inzhener;
SINAREKKO, I.A.V gornyy inzhener;0 ZaOSTAK, A.G., gornyy ir-zhener.
-
Present state and prospects for the development of Krivoy Rog Basin.
Gor. zhur. n0.70-6 Jl 157. (KLR4 NO)
(Krivoy Rog--Iron mines and mining)

BARON, Lazar' lzrailevichi prof., doktor tekhn.nauk; SIKC"g Tovgoniy
ArshakOTiCh; 13AMTOV,,A.K., gorn.insh.,
retsenzent; SHOSTAK, A.G., retsenzent: SKOWYM, ~LYe.. red.;
PARTSEVSKIY, T.H., red.izd-va; ISLZNTITEVA, P.G., tekhn.red.
[0bute loading in underground ore mining] Liukovaia pogru2ka
pri podzemnoi dobyche rud. Moskva, Gon.nauchno-tekhn.izd-vo
lit-ry po chernoi i tavatnoi metallurgii, 1959. 2o6p.
(MIRA 12:6)
(Loading and unloading) (ore handling)

18(3) PHASE I BOOK EXPLOMATION SOV/2167
Shostak, Afanasiy Grigorlyevich
Razrabotka zhelezorudnykh ~Alezhey v krivorozhokom basse-yne'( Developing'Iron
Ore Deposits in the Krivoy Rog Basin) Vlosd6v, Yetallurgizdat, 1959- 534 p.
Errata slip inserted. 1,800 copies printed,
Reviewers: V. M. Kiselev, Mining Engineer, and F. A. Kai)itsa; Ed.: M. A. Poki-6-
vskiy; Ed. of Publishing HDuse: V. N. Partsevskiy; Tech. Ed.-. M. K. Attopovich.
PURPOSE: The book is intended for te'chnical. personn 1 engaged in the mining
industry and can also be used as a textbook by mining students.
COVERAGE: This book treats the basic problems involved in the underground ex-
Ploitation of iron ore deposits in the Krivoy Rog basin. The work is divided
into four parts. Part I describes the structure of the basin, the drillin
equipment presently being used in underground work, the main features of'
surface constructions, and the transportation facilities in the m~e. Part-1I
deals with problems directly related to the develolment of deposits., includ-
ing a description of lining of haulage ways. Part III covers the various phases
Card 1/9

BONDARENKO, I.T., ZHUKOV, M.N.; ZINC119VSKIY, N.P.-,R-WD1XO, I.A. .
SEMENKO, P.I.; SVI1QMNKO, D.M.; KHIVRENKO, A.F.; SHKUTA, E.I.;
SHOSTAK, A.G.
Review of "Ventilation of mines after large-scale blasting'
by S.I.Lugovskoi. Reviowed by I.I.Bondarenko and othore.
Bazop.truda v prom. 3 no.8:38 Ag 159- (MIRA 12:11)
1. Glavnyy In7honar upravleniya Krivorozhokogo o1cruga, Gosgortekhna-
dzora USSR (for Bondarenko). 2. GlavnYy inzhanor instituta
Krivbassproyakt (for Zhukov)- 3. Glavnyy Inzhener rudoupravleni-
ya im. Karla Libknethta (for Zinchevskiy). 4. Nachallaik otdela
kapitalinogo stroitellstva rudoupravleniya im. Dzerzhinskogo
(for RY~). 5. Naeballnik ventilyataii tresta Dzerzbinakruda
(for Red1ko). 6. Upravlyayushchiy rudoupravleniyem im.
Dzr.rzh'inskogo (for Svinarenko). 7. UpravlyaVushchiy upravlaniyem
im. Karla Libkn6khta (for Semenko). 8. GlavzWy inzhener tresta
Dzerzbinskruda (for KhAvranko). 9. Glavnyy inzhener rudouprav-
leniya im. Dzershinskogo (for Shkura). 10. Nachallnik tekhni-
cheskogo otdola tresta Dzerzhinskruda (for Shostak).
(Bibliography--Industrial safety) (Lugovskoi. S.I.)

RIVKIN, I.D (Krivoy Rog); SHOSTAK,-A,.~ (Krivoy Rog); KUYEVDA, K.I. (Krivoy
Roj; PRILIPENKO, Ye--.D~-(Krivoy Rog)
New innovation in the method of sublevel caving. Gor.zhur. no.2:
22-26 F 161. (MIPA 14:4)
(Mining engineering)

KISEIEV, V.M.; DZYUBENKO, M.G.; SHOSTAKA--,.-Q.
New plan for group overburden and ore removal in the Krivoy
Rog Basin. Gor. zhur. no,1:8-12 Ja 162. (MIRA 15:7)
1. Glavnyy inzhener instituta Krivbassproyakt (for Kiselev).
2. Glavnyy inzhener proyekta rekonstruktsii rudnika imeni
Kirova Krivorozhskogo baqseyna (for Dzyubenko). 3. TP&rainskiy
sovet narodnogo khozyaystva (for Shostak).
(Krivoy Rog Basin-Iron mines and mining)
(Conveying machinery)

TOVSTANOVSKIY, Dmitriy Pavlovichl SHO�~A4,,.Afame,iy.,Grigorlyevich;
ITESTEROV, Petr GrigorIyeVI-cfi-;-'DUDKO, Viktor Dmitriyevich;
AFONINA, G.P., red.izd-va; SHAFETA, S.M., tekhn. red.
[Technical and economic ore mining handbook] Tekhniko-
ekonomicheskii gorno-rudnyi spravochnik. Kiev, Gostekhiz-
dat USSR, 1963. 316 p. (MIRA 17:3)

ARSRITIYEV, Aleksandr Ivanovich; VINOGRADOV, Vladimir Samoylovich;
DZYUBEIE0, Mikhail Grigorlyevich; YESHCHENKO, Aleksey
Andreyevich; KALYAKIN, Viktor Vasillyevich; KARMAZIN,
Vitaliy Ivanovich; KJSELEV, Vyacheslav Mikhaylovich;
KULIKOV Vladimir Vasillyevich; MELESHKIN, Sergey Mikhaylovich;
SINARENKO, Aleksandr Ivanovich; KRIVRENKO, Akim Foteyevich;
SHKUTA, Eduard Ivpnovich; $M4Tg,
_Afqnapiy, Zzigor.1yevich;
MOSKALIKOV, Yevgeniy Fedorovich, retsenzent; SOSEDOV, Orest
Orestovich, retsenzent; ROS,%!IT, Aleksandr Filippovich, otv.
red.; SU11OVA, V.A., red.izd-va; LAVRENTIYEVA, L.G., tekhn. red.
(Overall development of an iron-ore basin] Kompleksnoe razvitie
zhelezorudnogo basseina. [By] A.I.Arsent-ye* idr.Moskva) Izd-
vo "Nedra," 1964. 293 P. (MIRA 17:3)

T3 I i EG k
r, V~7 C M;3 C, fthe un,.:~erdrouno =-,.rlno, -;f Frivoy lr-,~Lg Basin ores.
'63.
(MIRA -!8:1)

BfL~GAq D.T., asoistent; -~~HOS'~-PKq A.N., student
Pneumatic motion retarder of thread guide bars* Tekst.prom,
21 no.2:5Qp-
.51 Ja 161. (~MIRA: 14:3)
1. Kiyevskiy tekhnologicheskiy institut legkoy promyshlennosti.
(Knitting machines)

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A r1l A. r L 6, h~ ~, P _q R 5 1 -1 PA BO EV 11 , i

00 Al, 0
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SHAROVA, A.K.; CHUFAROVA, I.G.; VITTIKH, M.V.; SHOSTAK,-F.T.
Recovery of germanium from dilute solutions by an ion exchange method.
Izv. Sib. otd. AN SSSR no.8:36-42 159. (MIRA 13:2)
1.Ural'skiy filial AN SSSR.
(Germanium--Analysis) (Ion exchange)

SHOSTAK, F. T. ; VITTIKH, M. V. ; SH AROVA, A. K. ; CMAROVA, L G.
Separation of germanium by an ion exchange method.. Izv.Sib.otd.
All SSSR no.8:69-74 160. (MIRA 13:9)
1. Nizhne-Tagillskoye otdeleniye Nauchno-iseledovateliskogo
institute, plasticheskikh mass i Urallskiy filial AN SSSR.
(Germanium) (Ion exc.hange)

CHERNOBROV, S.M., otv. red.; LASKORIN, B.N., red.; KLYACHKO, V,A.,
red.; MATEROVA, Ye.A., red.; LANGE, A.Z., red.; VITTIKH,
14.V., red.; SIIOSI'AK,. F.T., red.; SAVENKO, O.D., red.;
., red,; GrAZYRINA, D.M., red.; ALFEROVA, P.F.,
ZYKOVA, V.V.---
tekhn. red.
[Theory and practice of ion exchange] Teoriia i praktika ion-
nogo obmena; trudy. Alma-Ata, Izd-vo AN Kaz.S-,-'R, 1963. 186 p.
(MIRA 17:3)
1. Kazakhstanskoye respublikanskoye nauclmo-tekhnicheskoye so-
veshchaniye po ionnomu obmenu. 1962. (MIRA 17:3)

SHOSTAK, F.T., kand.tekh.nauk; LYUBMAN, N.Ya.; IMANGA741YEVA, G.K.
Synthesis of oxygen-containing hydrocarbon-formaldehyde resins and their
use as bridging agenta. Vest. AN Kazakh.SSR 19 no.10.-27-32 0 163.
(MIRA 17;1)

ACCESSION NR- AT4042416 S/00.0o./63/000/000/0024/0028
AUTHOR: Shostak, F. T.; yer'gozhin, Ye. Ye.
.TITLE: Synthesis' of macroporous,oxidation-reduction resins
SOURCE: Respublikanskoye nauchno-tekhnicheskoye soveshchaniye po ionnomu obmenu.
Alma-Ata, 1962. Teoriya-i praktika ionnogo obmena (Theory 6nd practice of [on
exchange); trudy* savoshchaniya. Alma-Ata, lzd-vo AN KazSSR, 1963, 24-28
TOPIC TAGS: resin, macroporous resin, resin porosity, oxidation reduction resin,
redox resin, resin additive, Isoamyl alcohol, oleic acid
ABSTRACT: A modification of a previously described method for the synthesis of
oxidation-reduction resins is proposed which yi 'elds products with im proved water
ti!, capacity and a higher more controlia6le porosity. The pores in the Vroduct are
A' enlarged by introducing inactive ingredients which
are soluble in the.primary
p9lymers and are subsequently washed out from,.the final product. Isdamyl alco-
hol, oleic acid, methylethyl ketone,.ZnC]2, CaCIZ, 6H20 or MnC12 were found to bet;
suitable for the purpose, while immisc4ble substances such ai~ starch and glucose
were not. Water capacity,,.swelling ability, oxidation-reduction capacity, sodium:.:--
hydroxide absorption And the kinetics of the oxidation-reduction processes we're
L__dete ned in the products obtained. The efftqLct of the amount of additive.on the

ACCESSION NR: AT4042418 S/0000/63/000/000/0034/0038
AUTHOR: Lyubman, N. Ya.; Shostak, F. T.
TITLE: Anion exchange membranes of the Ankalit A type
SOURCE: Respublikanskoye nauchno-teknicheskoye soveshchanlye po ionnomu obmenu. Alma.
Ata, 1962. Teoriya I praktike ionnogo obmena (Theory and practice of ion exchange); trudy*
soveshchaniya. Alma-Ata, Iz&vo AN KazSSR, 1963, 34-38
TOPIC TAGS. Ion exchange resin, ion exchange membrane, anion exchange membrane,
Ankalit A, polyethylene film, polyethylene polyamine, epichlor6hydrin copolymer, dichloro-
ethane copolymer, polymer film mechanical property, polymer film electrical property
ABSTRACT,. The authors report the synthesis of a new type of anion-exchange membrane,
Ankalit A, with a linearly-spatial structure and electrochemical properties nearly identical to
those of homogeneous membranes, but with higher mechanical properties. By its membrane
structure, Ankalit A Is a cross-bonded active polyme.~ whose lattice contains interwoven linear
macromolecules of an inert thermoplastic polymer. !-As material for the synthesis., the systems
Card 1/2

ACCESSION NR: AT4042418
polyethylene - polyethylenepolyamines - epichlorohydrin, and polyethylene - polyethylenepoly-
amines - dichloroethane were found to yield optimal results. In a typical process, the powered
low-pressure polyethylene was mixed at room temperature with polyethylenepcflyamines,
dichloroethane was added, the mass was mixed and placed in an autoclave at 120C. The water-
absorption, swelling capacity, electrical resistance and membrane potential of these mem-
branes were investigated in relatioa to the ratio of ion--~exchanging component and polyethylene.
The mechanical properties of these membranes are adequate even when they are used without'
reinforcement. Orig. art. has: 4 figures, 1 table and 2 chemical equations.'
ASSOCIATION., InBtitut khinitcheskikh nauk AN KazSSR (Institute of Chemical Sciences, AN
KazSSR)
SUBAUTTED: 13Nov63 DATE BEL: 05Aug64 ENCL: 00
SUB CODE: OC NO REF BOVt 000 OTHER: 003
Card 2/2

ACCESSION NR: AT4o424ig S/0000/63/000/000/0043/0045
AUTHOR: Shostak, F. T.;*Vittikhj M, Ve; Savellyeva, G. A.; Koz1ov, G. S.
Ma1inovskiy--L. S.
TITLE: The influence of ultrasound on the kinetics of ion exchange
SOURCE: Respublikanskoye nauchno-tekhnicheskoye soveshchaniy6 po Ionnomv obmenu.
Alma-Ata, 1962. Teoriya I pr6ktil-a ionnogo obmena (Theory and practice of ion
exchange); trudy* soveshchaniya. Alma-Ata, Izd-vo AN KazSSR, 1963, 43-45.
TOPIC TAGS: ion exchange, Ion exchange kinetics, ultrasound, cation exchange
resin, anion exchange resin, resin regeneration
ABSTRACT: An UZGI-1.5 ultrasonic generator in an auto-exciting circuit wit:h
three GU-80 tubes fed without recti'fyinig directly from a three-phase a.c. grid
was used in a study of the effects'of ultrasound on ion exchange in an acid cation~!
exchange resin (KU-21) and two alkaline anion exchange resins (EDE-JOP and AN-1).
The H form of the cation qxchange resin.and the OH form of the anion e~#ange re-
sins in 1.0 and 0.1 N aqueou's solutions of- KOH or 1.0, 0.1 and.O.Ol..N aij~jtous Sola,
tions of hydrochloric acid, respectively were ex'posed to ultrasound for 3, 7, 15,
25 and 45-minutes with an intensity of 3.0 w/cm3 at room temperature. The tests
0,
generally showed that imposition of an ultrasonic field Intensifies ion exchange
_,.-..'1_jn,the initial stage, especially in the first 3.15 min. The effect of the field

ACCESSION NR: AT4o42420 S/0000/63/000/000/0046/0050
AUTHOR: Shostak, F. T.; Savenko, 0. D.
TITLE: Synthesis of sulfocation exchange membranes'by combining a polyethy'lene
film and styrene. Part I
SOURCE: Respublikanskoye nauchno-tekhnicheskoye.soveshchanlye po Ionnomu obmenu.i,
Alma-Ata, 1962. Teqriya i praktika ionn'ogo obmena (Theory and practice of ion I
exchange); trudy* soveshchaniya. Alma-Ata, lzd-vo AN KazSSR, 1963, 46-50
TOPIC TAGS: ion exchange resin, cation exchange membrane, sulfocation exchange i
resin, polyethylene film, styrene copolymer, divinylbenzene copolymer, sulfura-
tion, polymer film mechanical property, polymer film electrical pr6perty
ABSTRACT: Styrene, divinylbenzene and high- or low-pressure polyethOent film
(melt. point 110 and 138C and viscosity 0.7 and 1.3, reipectively) were used as
the raw materials in the synthesis of ion-exchange membranes by polymerization
of a monomer inside a polymer of a different nature. The process consists of the:
permeation of the polyethylene film with styrene or a mixture of styrene with
bonding agents, polymerization of the styrene inside the film, and sulfuration of.
the film, and requires that the polymers be In close contact. Studying the in-
;~__crease in stvrene content,with increasing temperature and duration of permeation,~~
1/2

ACCESSION NR: AT4o42420
in the presence of benzoyf peroxide, dimethylpercarbonate, and cyclohexylpercar-
bonate as the initiators, 'the authors prepared cation-exchange membranes wlth up
to 50-60% styrene. These membranes showed a high exchange capacity, high selecti-
vity and mechanical strength, and low electrical resistance. Ori,9. art. has: 2
tables and 3 figures.
ASSOCIATION: Institut khimicheskikh nauk AN stitute of,Chemical
6zSSR (in
Sciences, AN KazSSR)
-00
SUBKITTED: 13Nov63
ENCL:
SUB CODE: OC W NO REF SOV: 004 OTHER: 020
2/2
Ccird'~

-ACCESSION NR: AT4o42421 S/060-6-/61/000~000~UU5'1/()fj53
AUTHOR: Shostak, F. T.: SavenkO,'O- D.
TITLE: Synthesis of sulfocation exchang e membranes based on a polyethylene film
treated with hydrogen peroxide. Part 11
SOURCE: Respublikanskoye nauchno-tekhnicheskoye soveshchaniye po ionnomu obmenu.
Alma-Ata, 1962. Teoriya i praktika ionnogo obmena (Theory and practice of ion
exchange); trudy* soveshchaniya. Alma~Atap lzd-vo AN KazSSR, 1963, 51-53
TOPIC TAGS: resin, ion exchange resin, ion exchange mem6rane, sulfocation ex-
change membrane, polyethylene, hydrogen peroxide, styrene desorption, polyethylene
f i Im
ABSTRACT: Pretreatment of high-pressure polyethylene films having a molecular
weight of 20,000-35,000 with 3% hydrogen peroxide at 20, 30 and 70C for 2, 4 and
6 hrs. was used to prevent the desorption of styrene from the film which occurs
during the preparation of this type of membrane. In pretreated membranes, the
amount of absorbed styrene was increased to 40%'as compared to 34% in nontreated
samples, the membrane potential climbed from 29.9 mv to 35 mv in 0.1-0.5 N solu-
tions of sodium chloride, and the electrical resistance decreased from 20.4 to 7.0
.-Ohm/CM2 while the static exchange capacity,with re:~pect to Na+ In O.I-N sodium
C.,d : 1/2

ACCESSION NR: AT4042421
hydroxide remained almost the same (2.8-2.9 meq /9).Membranes with the best elec-
trochemical properties were obtained by treatment at 20C. orig. art. has: 2
tables.
A
-CIATION: Institut khimicheskikh nauk AN KazSSR (Institupe of Chemical
SSO
Sciences, AN KazSSR)
SUBMITTED: 13Nov63 ENCL: 00
SUB CODE: OC
MT NO REF S6V:. 601 OTHER: 001
j!
2/2
rd

ACCESSION MR: AT4042422 S/0000/63/000/000/0054/0058
AUTHOR: Lyubman, N. Ya.; Shostak, F. T. Imagnazlyeva, G. K.
TITLE: Sulfuration of films made from styrene- ethylene combined polymers
SOURCE: Respublikanskoye nauchno-tekhnicho.skoye soveshc~haniye po tonnomu obmenu.
j _~lma-Ata, 1962. Teoriya i praktika lonnogo obmeiia (Theo* and practice of ion exchange);
t~udy* soveshchaniya. Alma-Ata, ' Izd-vo AN KazSSR,. 1963i 54-58
TOPIC TAGS: ion exchange resin, cation exchange membrane, copolymer film, styrene
ethylene copolymer, sulfuration, Ankalit resin, plasticizer, bonding agent decomposition,
copolymer electrical property
ABSTRACT: The authors discuss the mechanism of synthesis of Ankalit K-1 cation exchange
membranes from styrene-ethylene copolymers. plasticized by the SAP bonding agent. The
process isunderBtood to be the result of the action of the formaldehyde liberated in the de-
composition of the bonding agent by concentrated 112SO4, which causes the polystyrene
macromolecules to form a polymer with spatial structure. The rate of formation of a bonded
polystyrene depends onthe rate of decomposition of the bonding agent, which is in turn a func-
Card 1/3

ACCESSION MR: AT4042422
tion of the rate of diffusion of the H2SO4into the film. The kinetics of formation of a bonded
polystyrene, as well as the dependence of the static exchange capacity and specific electrical
conductivity of copolymer membranes on the duration and temperature of sulfuration, are
diagrammed (see the Enclosure). The electrical'conductivit)r was found to decrease with de
Preasing sulfuration temperature. Orig. art. has: 6 figures, 6 formulas and 2 bhemical
equations.
.4SSOCIATION.- Institut khimicheskikh nauk AN KazSSR (Institute of Chemical Sciences,
AN KazSSR)
SUB?dITTED: 13Nov63 ENCI;: 01
--SUB=CODE'. 4DC
NO REF-SOVt 000 OTHER: 000
J~- -
Card 2/3
R

4CCESSION NR: AT4042422
ENCLOSURE: 0i
AW'
At
Fig. 1. Dependence of the electrical resistivity (1) and selectivity (2) on duration of sulfura-
iionatM. Left ordinate= electrical resistivity in ohm. cm; right ordinate= selectivity* in
abscissa time in mins.
Card 3/3

ACCESSION NR: AT4OU423 9VO(WIMI(MI0010059 067.'
A
AUTHOR.- Lyubman, N. Ya.;
Mostak. ~Vr,
TITLE: Synthesis of ion emchane znain~~ of the AhkalLt K-1 type
SOURCE: oye'nanch moa-tekhnicheskoye soveshchanlye po lonnomu,dbmenu.
Alma-Ata, 1962. Teoriya. 1, pr&kWm tonnogo, obmena (Theory and practice of Lott exchange);
tnidy* soveshchanlya. Alma-Ata, lzd-vo AN 1razSSR, 1963, 69-67
TOPIC TAGS: ion exchange resin, Ion exchange membrane, Ankalit resin, p6lyet4iene,
p6lystyrenel, Copolymer flim. bomdlnga~gent. 061"Vrene doodlymer, polymer swelling,
copolymer film.electrical property, membrane potential
ABSTRACT: In order to ftd-asimple and effective edure I D~the synthesis of 19fi exchange
membranes,' the authors wx1ertock to.combineIpolrziew iith~pdlystyreue and prepue
membranes by the subsequent inftvdwdon of tonogmic, groiw. - -Special plastIcWng ajents',
(unidentifted in this woz" waze prepared which couddera* decreased the melting point of
both p*Wen, im well an MU a bonding agent; and ciising tho p?~y~ to zweM The"
Card

M AT4042423
plasticizing agents pernAtted union of the- polymers by brief hot rolling and formulation of
films ~ by hot pressing at 110-140C. 1on eichanje membranes with a specific resistivit3r Of
A
50-90-obma, -aweleaMityof up.-W99%,.iM anilonogento group concentrationeqt4valentto
that in a C 5-5. 0 it solution of a strong electrolyte were then prepared. The influ c
on e of
the relative amounts of bonding agei3t and polys~ ind the proportions of the-polyethylene
and polystyrene on the properties- of 'the inembranes, the kinetics of membrane swelling, the
membrane potential and the electrical'conductivity were also Investigated. The swelling
moi4ture capacity and electrical conductivity generally decreased with increasing amounts of
bonding agent while the membrane potential increased sharply. The electrical resistivity
was found to drop sharply with an I~cr~e hisodium poVoVrene sulfonate in the membrane,
reaching a minimum of 40-50 ohm - -am at a polystyrene oobtent of 70% or more, - *hile the
membrane poteAtial Increased to a msudym n.n at 6OWpolysWrene sulfonate and then decreued~
Orig. arL has: 100gures..
ASSOCIATION: Institut naukANICAzM CDwdtuto of ChwWca1-So1eU0es�.`:*
AN KazSS~t)
Card ;V3
'7j777 ~7

m

LYUBMAN, N.Ya.; SHOSTAK, F.T.; IMANGAZIYEVA, G.K.
... -1 ,
Membranes wWi a base of sty-rene-formaldebyde resins. Report No.l:
Synthesis of styrene-formaldehyde resins. Izv. AN Kazakh. SSR. Ser.
tekh. i khim.nauk no.3:9-14 164. (MIRA 17:2)

LYYIIBI-t~N) N. !a.; SHOSTAK, F.T.
Synthesis of ion-exchange mmbranes. Trady inst. kh.4.T,. nauk tY
Kazakh. SSR 1-1; 56-88 164. (MIRA 17:12)

lip T~-
L 23080-65 SWT(m)/ZPF(c)/EPR/9 Q1)/ Pc'-4/pr 4/P' 4 RPL ww1w
6
ACCESSION NR: AP404982
AUTHOR: Imangaziyeva, G. Gabdrak V Z. LZLbiRTb__N. X4.~ qkopta~ T
Dzhamaletdinova, M. K.
TITLE: Structure and composition otstyrene and.formaldehyde interaction products pre-::::
pared under various conditions
SOURCE: ANKazSSR. Izvestiya. Seriya khimichesIdkh nauk,. no. 3, 1964, 82-86
-T,1PTC TAGS: styrene formaldehyde resin-, styrene c .opolymer, formaldehyde copolymer,
Potymer structure, infrared spectroscopy
:kBSTRACT: When treated witth sulfuric acid,' s!~g.-ene4ormaldekvde resins from cross-
linked tridimensional poT~electrolytes with fixed "o-groups attached th.the aromatic
nucleus. The present anthors undertook a study (by infrared spectroscopy),- 6-f-the structure
and composition of these resins depending on the 6oncentkation.of -std-furic acid and there-
action time. The experimental method is described 11getail and the i~esults (resin yield:
n D ) are tabulated-
styrene used; C, 11 and 0 content; mol. weight; dg in relation to the
formaldehyde/s tyrene molar ratio (0. 5: 1 - 3:1), 112S04 concentration (10 to 55% in the
water phase) and reaction time (1-48 hrs). it was found that the direction of the reaction
is determined by the H2S04 concentration in the reaction mass: up to 40t H2SP4, the
Card 1/2
MIN"

C6rd 2/2

L 19795-65 ED -IT (m)

L 21~41 EWTW/EWP(j)/T Pc-4 BSD/SSp/A_F"/APGC(b) SD(g8)/ESD(t)_
-65
-RWH/RM
ACCESSION WR: AT5001011. B/2850/64/011/000/0104/0107
.:_U7_.0R: Lyubman, N.~Ya., Agashldn, O.V.,. Kushnikbv, Yu.A., Kartseva,
zi
Shostak, F.T. lm a, G. K.
TrrLF,- Membranes asedonst
yrene-forma&hyde resins. Part 2. A study of the struc
ture of styrene-formaldehyde resins by ared
spectroscopy
SOMiCE; AN KazSSR. Inatitut khimi ckikh nauk. Trudy, v.. 11, 1964. Sintez i
issledovanlye vysokomolekalyarnykh S'oyedineniy (Synthesis and research of high-molecular
compounds), 104-107
TOPIC TAGS: styrene formaldehyde resin, polystyrene membrane, infrared spectroscopy,
polymer composition, styrene polymerization
ABSTIULCT: Styrene-formaldehyde resins were prepared by a method described in the
first part of the paper (Izv. AN KazSSR, * Seriya Khim.- i Tekhn. Nauk (1963), #3), involving-.,.
condensation in the presence of 45% sulfuric acidand when 0. 5:1 to 3:1,molar ratios of
formaldehyde to styrene; they were analyzed by infrared spectroscopy, of the membranes or,
their solutions in carbon tetrachloride. The spectra shown in Fig. I of the Enclosure
proved the absence of vinyl groups; thus, the reaction proceeds with the participation and...-:
Card 1/~