SCIENTIFIC ABSTRACT SHAPOVALOV, G.F. - SHAPOVALOV, L.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548610003-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/169/62/000/011/055/077
D228/0307
AU'LlIOR: Shapovalov, G.F
TIIIE: First Soviet expedition into north-western areas of
the iitlantic Ocean
rERIODICisL: Referativnyy zhurnal, Geofizika, no. 11, 1962, 2,
abstract 11V11 (Nauchno-tekhn. byul. Polyan-i. n.-i.
i proychtn. in-ta morsk'* rybn. 1th-va i oheanov.,
no. 4 (18), 19619 9-10)
The vcssels SRT-1042 "imchous" and SIZT-4225 "Prof-
essor Somov" conducted work near the Great Newfoundland Banks and
on shoals to the south-west from April-25 to I-lay 25, 1959, in order
to seek new fishing grounds for herring and other pelagic fish.
During the voyage 40 hydrologic stations were made on 324 horizons,
in particular 28 stations when the ships were drifting with nets
and 34 biostations. 212 horizon-samples were. taken for the chemical
analysis of 30 stations, 16 plankton and 11 ichthyoplankton samples
were collected, and 15 trawls and 18 drifts with nets were made.
Card 1/2

S/169/62/000/011/055/077
First Soviet eypedition ... D228/D3O7 -V.
The searches covered 8500 miles.
Z-Absttar-ter's note: Complete translatioul
Card 2/2

ZUBOVj M.F.; FED06EYENKO '. L.G.- SANIN, M.A., PIVOVAROVA, T.M..; ZIL'BERMINTS,
I.V., kand. biolcg. nauk; FADEIEV, Yu.N., kand. sellskokhoz. nauk;
ZHURAVLEVA, L.M.; K---PIAIII,. A.A., aspirant, M-ELINIKOV, N.N.;
B3CIIAROVA, L.P.; SHVETSOVA-SHILOVSKAYA ' K.D.- SHAPOV_A__Lq.V,-jQ~-K.,-
T.A.; SEDYO, A.S.- , a
SPIRINA, , Z114CRENKO, V.A. -F~irantka
From experiments in the use of new preparations. Zashch. rast.
ot vred. J. bol. 8 no.10:24-26 0 163. (MIRA 17t6)
1. Vsesoy-uznyy nauchno-issledovatellskiy institut khimicheskikh
sredstv zashchity rasteniy (for Zubov, Fedoseyenko, Sanin.
Pivovarova). 2. Gruzinskiy institut zashchity rasteniy (for
Kipiani). 3. Moskovskaya ordena Lenina sellskokhozyaystve.,.iaya
akademilya im Timiryazeva (for Zinchenko).

POLIKIII. 3.I.; BYKOV, YxL.A.; SIIAPOVALOV. G.M.
Flotation of p7rochlore and zircon. Izv. vys. ucheb. zav.; tffvet.
met. no.l:h8-59 158. NM 11--6)
1. Moskovskiy institut tavetnykh metallov i zolota. Kafedra
obogashcheniya poleznykh iskopwrenykh.
(Flotation) (Pyrochiore) (zircon)

SOVII 57-59.1-2082
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, N: i, :) 273 (USSR)
AUTHORS: Petrova, Z. Yudina, I. N.
TITLE- The Seventh Conference on Laboratory Methods for the Investigation
of Ores and Minerals of Rare and Trace Elements (VII soveshchaniye
po laboratornym metodarin issledovaniya rud i mineralov redkikh i
rasseyannykh elementov. Leningrad, 11 -20 iyunya 1957 g - )
PERIODICAL: Izv. vyssh. uchebn. zavedeniy. Tsvetn. metallurgiya, 1958, Nr 1,
pp 184-185
ABSTRACT: From June I I to 20, 1957, a confe i ence was held in Leningrad on the
laboratory investigation of ores and minerals of rare and trace ele-
ments, called by the All- Union Scientific Research Geological Insti-
f tute; during the conference 160 reports from 45 organizations were
heard. In the analytical section reports on the newest chemical and
physico- chemical methods for analysis of rare-metal materials were
discussed together with the review-type reports. Over 30 lectures
were heard in the technological section. VlMS (All-Union Scientific
ca, Research Institute of Mineral Raw Materials), Mekhanobr (Scientific
Card I /Z Research Institute for Mechanical Concentration of Minerals ), and the

SWOVALOV, G.H.; POLIKIN. S.I.
Effect of soluble glass and sodium oleate on the flotation of
pyrocblorp and zircon with use of sodium alk-yl sulfate. Izv,
vya.ucheb.2av.: tevet.met. 2 no.1:20-25 '59- (MIRK 12:5)
1. Moskovakly institut tsvotnykh metallov I zolota. Kaflodra
obogashelieniya polezn:rkh iskopayerykh.
(Flotation) (Pyrochlore) (zircon)

18. 20D")
O r
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A ur-PHO ,

TITLE
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ion o f N,--
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PEPIODDICAL:

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The rit'luence
ABSTRACT. -
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sulfates are
acids: '_ he a I a
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iv ~7~ L
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MetaIj C)n M'.
1-11 t -h S c) di .-,.rr. I's,_3 --- I'ca -1e
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1 o a t c. effect. or.
noticeah'i y (at

hydroch'orJ,~:
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'106 that 0 C I
9
70
r e .3 -P -I- v zro -a rid z.3 1) a rE-j 4-
A d d I t on :) f F e C 0 1L
ka e rc-a2 r -Jo t-l -1. -s a L 71.,1
a I
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Card 2/8

Concerning the Influence of Mlt-j or polyval-n!. -;!'/ 7 115
~4etals on Flotation of NonsL11firle Mlnerals 20V/149-60-1-41/27
t,~.th Soditun Alkylsillfate
'15,
640
Z-
MY-
ski
4-
Jj
to RX
Fig. 2. Influence of pH on flotability of m1nerals with
sodium al"O 1sulfate: (1) pyrochlore': (2) zircon; (3)
ilmenite; 4) sphene ~concentration of collector 200
Mg/1); (5)Tgirite-augite (600 mg/l); (6) limonite.-
Card 3/8 (7) minrocline (400 mg1l),

Concerning the InflUence of' "'Jalts of' Polyvalerit 77715
Met.als on Flotation of Nonaulfide Minerals
With Sodium Alkylsulfate
6a
tZ 20
Fig. 5. Influence of pH on flotation of minerals with
sodium alkylsulfate in presence of FeCl_ OCK)mg/1): Pyro-
chlore; (2) zircon; (3) ilmenite; 4)(Sohene (concentra-
tion of collecting agent, 200 mF/J; 5) aegir-ite-augite;
Card 418 (6) limonite (6oo mg./i).

Concern:Lng the Influence of Salts of Polyvalci-tt T771
Metals on Flotation of Nonsul.fide Minerals SOV~149-6o-i-4/27
I,Mth Sodium Alkylsulfate
Fig. 7. Influence of pH on the flotation of minerals
with sodium alkylsulfate (200 mg/1) in the presence of
AIC1 DOOM/1)l (1) yrochlore; (2) zlrkon; (3)
ilmeMe.- 4) sphene3 M aegirite-augite.
Card 5/8

Concerning the Influence of Salts of Polyvalent
Metals on Flotation of Non3L11fide Mineral,-
With Sodium Alkylsulfat- e
tx
R4-
3
2 4 v PH
Card 6/8
77715
sov/14q-6o-1-4/27
Vig. 9. Influence of pH on the flotation of minerals
with sodium alkyl-sulfate in the presence of CuS04 (300
mg/l)i (1) pyrochlore; (2) ilmenite; (3) aegirite-augitei
(4) microcline; (5) limonite.

concerning the of Salts c-;.c polyvaienit 77715
Metals on Flotation of Non.-,- i; Minera-LI SOV/149-60-1-4/27
VILth Sodium AlIcylst-ilfate,
CaCI 2 oi, BaCI2 raise3 tite ratl~-, of aegirite-~augite and
of microul Lne extraction Zat PH over 6 and doe3 not
noticeabLy affect the rate of extraction of other
mirieral--- .In ~he cancliu;ions the aUthors recapitulate
-w, expei-imental data stating that: (1) moderate con-
t
I z~
centratlon3 of iron, alUMinLim, copper, calciwa and barium
salts do not affect the flotation of pyrochlore, zircon,
ilmenite, iinionite, aegirite-augite, and microcline with
sodiwa alk.-Isulfate at PH < 2. (2) At higher PH, salts
of polyvalent metals activate the flotation up to the PH
value at which hydrolysis of' these salts beGins (except
Fecl 3). (3) For best . separation of py-i~ochlore, zircon,
and ilmenite with sodium alicylsulfate, the flotation must
be carried out at PH not more than 2. rMere are 12
figures; and 6 Soviet references.
Mard 7/18

Concerning the Influencc- of 3`alt',; Polyvalent
Metals on Flotation of NonSUlVIde Kinerals
With Sodium Alkylsulfate
ASSOCIATION: Krasnoyarsk institute of Non-Ferrous
Mineral Concentration (Krasnoyarskiy
metallov. Kafectra obogashchenilra po,Leznykh
S1JBMITr['EDi May 15, 1959
77715
sov/149-6o_ 1 -4/27
Metals. Chair of
institut tsvetnylch
is4'opayemykh)
Card 8/8

PHASE I BOOK EXPLOITATION SOV/4726
Kiyev. Gosudarstvannyy nauchno-inaledovatel'Aly I proyektnyy In-
stitut ugollnoy rudnoy, neftyanoy I gazovoy promyahlennostl
Wauchnrle zapiskl~ vyp. It Dobycha I pererabotka nefti (Scl-
entLfIc Reports of -the State Scientific Research and Project
Institute for the Coal, Kining, 011, and Gas Industries NO
Ii Extraction and Processing or Petroleum) Klya v, 1966. ~1
p. 1.000 copies printed.
Sponsoring Agencies: VkrSSR OonudaratvennaYa PlanovaYa. kcmi3sira
Soveta KInistrov, GoBudnratvannyy nauchno-13aledovatellakly I
proyektnyy inatitut ugolinoy, rudnoy, neftyanoy, I gazovoy
promyshlennosti "Ukrnilproyekt."
Witcrial Council: V. P. Altsenov~ S. Ye. Anushin, S. 1. Balinakiyo
V. Ya. Volchanskiy, 1). 1. Gol-taev, V. S. arinahteyn (Reap,
Secretary), B. V. lYzbanovskiy, M. M. Zherbin (Chalman.),
A. F. Kotovi X. 1. LoEvInov, ru. M. Ootrovskiy, L. M. Orzhokhov-
skaya, 0. V. PrIandaklY, V. T. Sklyar (Deputy Chairman), N. Tu.
Stasiv, and V. V. Tsaritay'n; Reap. M. for this Collection:
V. T. Sk7lar, Candidate of Chemical Sciences; Ed.t A. Novik.
Card 1/5
or petroleum
Ilon .1 rti intended f
nears , and recle:ri
ra...rch.r:.c0en11ge1O fln .1
COVERAGEt The coll;ction of articles deals with the production
and refining of troleum. Individual articles discuss thn
effect of bound water on the depletion of petroleum deposits
under dissolved gas conditions, th. orrect of pr"saur- on rho
Viscosity of degasified petroloum,'Che structure of hI&"-mOle-
oular petroleum hydrocarbonsi the asphaltene and tar ccipo-
. nto or Carpathian crudes and menilite shale asphalts, and the
.2phatio composition of alcohols produced by selective hYdro-
S:nation of the CC and H2 product of c7nthaals ;r Oth cr,,rtll -,-:I
dscribe the carbamide dowazLing method for 'I I ates 0 wax dis-
tillates, the Production of flotation agents with the use Of
rclatum~ and the investigation or si er er -
OXIdIZod Pet x-m b 0d aro
autic and naphthenic hydrocarbons by means of Infrared absorption
pectra The re aIMIng articles are on the relatlon.1 of' preasur-1-
a
volume-6mperat'.12re-ethylene and a, the phase equilibrl= In
ethylene-n-hexsne, ethylene-cyclohexane. and ethylene-L',!nzc~e
systems. Specific volumes and compression coefficients a'
Card 2/5
PETROLEUM REFINING
S.rgiyonko, S. ft., ye. Loobede;, and A. A. PUkhnovrklya. 01,
the Structure of High J~olecular Hydrocarbons Of PetrOl~-' 23
C='1 3/ 5
Siclyar, V. T., A. p. Lizogub, A. P. Mallnev. and 0. A. Puch!~OV_
gkaya. Study of Six-Membered Aromatic and Naphthenic 11Y-
drooarbons by Infrared Absorption Spectr3 25
T. 0. Sokoi0va, and 11. V. Aror'ye
Sklyar, V. L. M. Smt;ovs, v.
Asphaltene and Tar components r Some Carpathian Petroleums And
O
Aephalts of Menilite Shales 30
I
M. ShapovaloV. and V. R. Naradeva. Pro-
Sablrova, 0. V- 0-
duction or an srfeenrwjl~Vat n Agent-s%scd on Oxidized Pe-
trolatum
Comparison or the Ethyltne-M-
ZhurbR, A. S., and T. P. Zhuz-2
flexane, Ethylene -CPc Johexanb, and Ethylen.-Benznc %,3t-s by
I
the p-v-t-N (preAsure-volume- tempt, rature -molar fraction a,
b
i
l
1
k
um
r
i
ethylene In the mixturel Relations sad Ph,,5e Equi 1
'
Zhuzej T. P., and A. S. 2hurba. Specific Volumes and Com-
'
the
prea5iOn Coefficients of the n-Hexan-Ethylene System. I.,
'
C
Interval of Pressure to 150 atm and Temperature or _iO-154i 78
C.1d 4/5

5HAPOVAIDV, G. N.
SHAPOVALOV, G. N.: "The principles of cariation of follower electric -.-.
drive for a broaching stand in conriection with the properties of
the alectro-erosion working of metals in an aqueous mediuw4ft
Min H4*gher Education US3R. NovocherkasA Polytechnic Inst imeni
S. Ordzhonikidze. Novocherkassk, 1956.
(Dissertation for the degree of Doctorr of Technical Scienves.)
SO: Yn-;Zhnaya Letopis', No 36, 1956, Moscow.

69518 ~
SOV/123-59-21--87807
Translation from~ Refera~tivnyy zhurnal Mashinostroyeniye, 1959, Nr 21, p 95 (USSR)
Is 2_00
AUTHOR-. Shapovalov, G,N.
TITLE. On the Characterlstics of' Electroerosion Machining of Metals
PERIODICAL: Tr. Novoo-herk, politekhri. :Ln-ta, 1957, Vol. 48/62 ,pp, 127 135
ABSTRACTt When electrodes have been connected to the current in electroerosion
machining, a pulverization of the metal takes place, which intensifies
'the decomposition of liquid in the preparatory phase of the spark dis-
charge and does not lead to an immediate electric contact. Moreover,
the evolution of hydrogen is the most important factor in-the develop-
ment of the discharge. An increase in efficiency of electroerosion
machining can be obtained by the method of chemical "refinement" of the
water, by adding agents with a considerable hydrogen content. A solution
of hexamethylenetetrainine -in water, e.g., increases the efficiency by 15%.
It was found that the erosion products during the discharge are shifting
In direction of the accute angle between the incline cathode and the plane
anode, which confirms the effect of electromagnetic forces, taking part-
Card 1/2 in the metal. ejection, An oscillograph recording of the discharge shows

69516
On f-he Characteristics of Electroerosion Machining of Metals SQV/123-59-21-MO7
that In this case, the B.N. Zolotykh formula, for an effective resistance of the dis-
charge, is nearer to reality than the V91 formulae, obtained for gaseous media. Technical
recommendations are given for the application of water as a working medium for electric
spark manhining. 17 references. .
B.I.A.
Card P/2

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TITLE-, inter-Gollege C