SCIENTIFIC ABSTRACT KUSAKIN, P. S. - KUSAKOV, M. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927820007-6
• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S C) -vr./ I ~ i ~ (~ .4 .' 8 () 5
On the Mineralogical Gon-tposition of Fluxed
25 3 5 o/o -Ca ferrites crystallize out on fic 1,P wl~it 1~ in. Inc si lic .1"411, "l I It-1,
rous glass. Addition of 9 - 120/6 CaO iyoc tke N, A III,'\!I It' ~!!( -ea-CS 'MIL'U'l-
of L,P. decreases the melting point. of the COMPO'iet" Cres, 150 1001)/6C, ;r
creases the strength, and improves th6 qualiiy of 'lic Ni agglornera-e
Z'
1, Ki~
Card 212

SOV/1 37- 59- 3 - 5550
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 3, p 87 (USSR)
AUTHORS: Moleva, N - G ., Kusakin , P. S, ivanova, S. V -
TITLE: On the Mineralogical Composition of Materials Through the Vertical
Cross Section of a Nickel-smelting Shaft Furnace (K niineralogichcs-
komu sostavu. materialov po vysote shakhtnoy pechi nikelevoy plavki)
PERIODICAL: Tr. In-ta metallurgii. Ural'skiy fil. AN SSSR, 1958, Nr 2, pp 195-
zoo
ABSTRACT: The changes in the principal mineral components of the sinter cake of
Ni oxide ores along the height of a furnace were studied. The 5ulfiding
of the charge materials prior to melting proceeds mainly through the
action of the gaseous phase. Intense sulfiding begins in the central
zone of the furnace at the 800-900-nim level and at the periphery at
the 1600- 1800-mm level from the tuy~res . Most of the Fe is in the
form of magnetite. The principal cementing material in the sinter
cake, namely, rhombic pyroxene, is transformed in the shaft of the
furnace into clinopyroxene and then into diopside, i - e -, monoclinic
pyroxene, in the course of the concentration of lime in the liquid
Card 1/1 phase. The peripheric process is clearly evident in the furnace.
L. P.

78-3-4-12/36
ATMIORS: Moleva, If. G-t Kusakin, P. S., Vetrenkop Ye. A., Diyev, N,,P,,
(Deceased)
TiTLE: On the Phase Diagram of the System Iron-Cobalt-Sulfur (K
voprosu o diagramme sostoyaniyt sistemy zhelezo-koballt-
sera)
PERIODICAL: Zhurnal Neorganicheskoy Khimii,1958,Vol.3, Nr 4,PP-904-910(USSR)
ABSTRACT: The ternary system iron-cobalt-sulfur in the field of the
alloys of the quasibinary section FeS-Go S till alloys con-
taining 15 ~ sulfur was investigated. Tbi investigations were
carried out by thermal and dilatometric analyses as well as
by the determination of the microstructure, the specific
weight and the microbardness. The phase diagram was con-
structed with the results obtained herein.
The investigations of mutual solubility of the components
of the system show that the sulfides of cobalt and iron
have limited solubility in solid state. It was found that
the solubility of cobalt sulfide in iron sulfide at the
Card 1/2 eutectio temperature of 4294 % decreases to 24,5 % at room

On the Phase DiaGrams of the System Iron-Cobalt-Sulfur
78-3-4-12/38
temperature. The solubility of iron sulfide in cobalt sulfide
is about 20 % FeS. The solubility is not affected by the
temperature. In the system Fe-Co-S the pure components do
not crystallize, but their solid solutions do.
Microscopic investigations showed that the structures of the
alloys of the ternary system have 8 structural types at
normal temperature. In the systemsCo-S and FeS-Co 3 in
solid state in tne figld of the ternary system trinaitions
were found at 770-790 C and 810-830 0C~
The point3of the triple eutectic were not determined exactly,
There are 5 figures, I table, and 15 references, 8 of which
are Soviet,
ASSOCIATIONs Urallskiy filial Akademii nauk SSSR>Inatitut metallurgii
(Ural Branch of chc AS USSR, Institute of Metallurgy)
SUBMITTED; June 25, 1957
Card 2/2

Anisheva. It A . Kusarkin, F S 76 ',1 4-~4/38
TITLEz- The Construction of the Phase Dia6ran of I:on Sulfidq
Nickel ~Iulfide .. Cobalt Sulfide (Up t3 3D,4)
(K poctroyeniyu diagrLuiimy aostoyanlya aullfid zheleza-
3ullfid nikelya sullfid koballto (do 30','0) )
PERIODICAL! Zhurnal Neorganicheskoy Xhimii, 1950, Vol, 3, Nr 4.
PP 915,921 (USSR)
ABSTRACTi In the present paper the mutual solubility of the sulfii,~s,
of iron, nickel and colal.t., in liquid and solid state as wQi't
as the change of the annealing temperature of the alloyi -if
the system FeS-CoS-NiS in connection with the content of -,h,,
single components, the phase composition and the strunTure
of the alloys in individual fields of crystallization in
connection with temperature and the content of sulfide
components is investigated,
Also the binary 91-stems C04S5 N'3S2 and FeS Ni3:~ were
investigated., In the binary system CNSO" S in the
primary crystallization the o(--solid solution Lcomposes
at 4750C into L~- and X'-olid solutions In the system
Card 1,/-' FeS-Ni.3S2 the decomposition of thec&solid solution into

The Construction of the Phase Diagran of Iron Sulfide 78 3 44
Nick-?.- Sulfidsz- Cobalt Sulfide
ASSOCIATION.-
SUBPITTTED;
P ,Y--,arLd F_ sol4d solutions also o,:,-urs at temperatures
of 6 4 r, and 515~')C In the L;ystem FPS-Ni3S in liquid sta-4
there exisO complete miscIbility of all three component,-,,,
In the crystallization of the alloys of the ternary system
solid solutions -,fo(.ar-1(-;form (Prepresents a solid solution
of cobqlt- and nicke' sulftdo in iron sulf ide. co, represent
a solid solution of irDn sulfide in cobalt- and nicke'l.
sulfide),.
The investigations of the alloya as well as of tha occurrer-
of the phases were carri.ed ouT according to the following
methodgi thermographi-~. dilatometric-, theima' and chemi-.:
analyses. dev~rm:inaticn of mi,:roritructure and
Based on the experimental resull.s the diagram:j were constri.~-x
ed and the polythermal sections were projected.
There are 4 figures, 1 table, and I* referencea 10 -~f -ah-n
are Soviet,
Institut netallurgii Ural'skogo filiala Akademii nauk S23SR,
Sverdlovsk (A MpLaii-,Lrj~,-y, Uria--, Bran:.-,
Sverdl
June 25. 195-1
Card ~/.R

KOZHEVNIKOV, G.N.; YUSAKIN, P.S.
Diagram representingthe equilibrium condition of the system helenite-
sodium oxide. Izv. Sib. otd. AN SSSR no.7:13-22 158. (MIRA 11:9)
l.Uraliski7 filial AN SSSR.
(Systems (Chemistry)) (Ozocerite) (Sodium oxide)

MDLYVA, N.G~; KUSAKIN, F.S.
Sulfidising of magnetite. Trudy Inst.aet.UYAN SSSR no-3:15-19
159. (KIRA 13:4)
NLgnetite) (Ore dressing)

DIY]CV, II.P. (deceased]; YELISIM, I.S.; KOCHIM, H.I.; PADUCHIV, V.V.;
VZRMIICR3V, S.A.; RARKISOV. I.I.; MALITSEV, B.V.; MAKIN, P.S.
Use of ox7gen in bessemeriziur, coprper mattes in industrial
Oonverters. Trud7 Inst.met.UFAIT SSSR no-3:93-101 '59.
(MIRA 13:4)
(CoPPer-Matallurgy)
(Oxygen-Industrial applications)

058~9
5(2) SOY/78-4-11-32/50
AUTHORS: Kuvakin, M. A,, Kusakin, P. S.
TITLE: Investigation of the System NaF - AlF 3 - NaCl
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 11,
pp 2577 - 2581 (USSR)
ABSTRACTs In investigating this system, it was taken into account that
an addition of NaCl could lower the melting point of the bath
used for the electrolytic production of aluminum. The melt-
ing diagrams were recorded by means of N. S. Kurnakov's pyro-
meter. The binary systems are described at first. NaF -AIF3:
here, the publication data (Refs 2-4) are confirmed in general.
The melting temperature of cryolite was determined to be 10089
The compound NaF 'AIF determined by M. Hordion (Ref 4) could
not be confirmed. Solid solutions did not appear, NaF - NaCli
slight corrections to the diagram given by Plato (Ref 5) are
given. VaCl - AlF i was first investigated by the authors up
to a content of 6~70f AlF
(Fig 1, Table 1). The mixture with
3
68~ NaCl has the lowest melting temperature (7140). k complete
investigation of this system was not possible because of the
Card 1/2 volatility of AlF and the reaction 3NaCI+AlF -A Am 31W.
3 3V__ 3+

0 i '79
'8 '_1
S ov~~'~
Investigation of the System NaF - AlF NaCl / -, 1-32/50
The phase diagram of the ternary system was drawn by means
of 12 sections (Table 2, Figs 2-5). It is represented in
figure 6 as a projection on the composition triangl6. The iso-
thermal lines of the primary crystallization are entered, The
addition of NaCl lowers the melting temperature of a mixture
consisting of NaF and AlF~. Chemical compounds do not appear
in this system; solid solu ions do not develop either. There
are 6 figures, 2 tables, and 5 references, 5 of which are
Soviet.
ASSOCIATION: Ural'skiy filial Akademi-* nauk SSSR (Ural Branch of the Aca-
demy of Sciences, USSIt)
SUBMITTED j July 2-1- 1958
Card 212

KUSAKIE.-F.S., kBnd.takhn.nauk, otv.red.; SMIWKINA, N.Y., takhn.red.
[Use of oxygen at metallurgical enterprises in the Urals;
materiole of a coordinating conference) Primenenie kislorods
na metallurgichaskikh Dredpriiatiiakh Urala; materialy koordi-
natsionnogo soveshchanlia. Sverdlovsk, Akad.nsuk SSSR, In-t
metallurgii, 1960. 152 P. (KIRA 13:10)
1. Koordinstsionnoye soveshchaniye po voproasm primenaniya kislo-
rods na metallurgichaskikh predpriyatiyakh Urala. Sverdlovsk,
1956.
(Ural Mountains--Metal industries)
(Oxygen--Induatrial applications)

MOLINA, H.G.; XUBAKIN, F.S.
Microscopy of the products of sulfidizing metallic oxides
by elementary sulfur. Trudy Inet.met.UFAN SSSR no-5: ;
105-108 160. (MIRA 13:8)
(Metallic oxides) (Vapor plating) (Microscopy) .

USPEESKIY, N.F.;,PSAKIN. P.S.; DIYEV, N.P. [doceaned]; FIRESTOROVIS.
A.A. ; -FIJIBHLETWY, D.Y. ; YBUIN, L. I.
Shaft furnace melting of an oxidized nickel ore sinter with
use of highly sulfurous coke. Trudy Inat.met.UFAN SSSR
no.5:123-135 160. (MIRA 13:8)
(Nickel-Metallurgy) (Sulfur)

MAKIN, M.A.:,KUSAKIN, F.S.
Electric conductivity Of MeltB of the system hanAlY, - XaCl.
160.
RA
Trudy Inst.mot.UYAN SSSR no.5:145-147 fH1 13:8)
(Aluminum-Blectromotallurgy)
(Liquid metals-Zlectric properties)

MOLEVA, N,G.; ZHUCHKOV, V.I.1- MIKULINSKIYt A.S.; KUSAKIN, P.S.; YEFREWIN, V.V.
Change in the phase composition of materials in relation to the
height of the thermal ore furnace in obtaining manganese sinter.
Trudy Inst. met. UFAN SSSR no.7:119-125 161. (MIRA 16:6)
(Sintering) (Manganese ores)

MOLEVA, N.G.;.p Xt-j.6,.,t-IVAMOMj S.V.
PAKL
Changes in the c=POsition of the charge iLixture along the
height of a stack furnace for nickel smelting with a blow
containing 40-percent oxygen. TSvet. met. 36 no-4336-40 Ap 163.
(MIM 16:4)
(Ii eke 1--Me tallurg3r)

OKIJNWI A.I.; KIISAKIN, P.S.; VAT01,111, N.A.; MIMY'I(Novp P.A.; ZAMORIN, 1,.?I.
Obtaining metallic nickel directly from a liquid matte.
Tnidy Inst. met. UFAN SSSR no.8:75-82 163.
(MIRA 17:9)

KOZYREV, B.P. ; KUS"U4;j
_,,I
Electron-induced conductivity, of thin layere of PbS. Bi2 630
and copper-activatnd GdS. Izv.vys.ucheb.zav.; fiz. no.3:16-22
159. (Hlph 12: 10)
1. Lnningmdakiy n1aktrotnkhnicbnskiy inatitut imeni V.I.
Ullyanova (Ionina).
(se,iconductors) (Sulfides-lilectric propertieo)

30120
3/194,/6L/000/007/036/079
9, 70 (ldr D201/ '305
AUMOR: Kozyrev, B.P. and Kusakin, V.F.
TITLE: Electron bombardment of photoelectric switchirg
elements
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioclektronika,
no. 7, 1961, 25, abstract 7 G161 (Izv. Leningr.
elektrotelthn. in-ta, 1960, no. 44, 100-105)
TEXT: The bombardtnen~ of Ge, Si and CdTe photo-elements by elec-
trons with velocities'2 & 14 kv gives rise to an e.m.f. and conse-
quently a considerable current lin is induced in the external cir-
cuit of the photoclement. The graphs of in against the electron
velocity show that the increase in the energy of bombardinfl, elec-
trons produces a sharp increase in the "amplification" of current
lin, the largest "amplification" being observed in CdTe photo-ele-
ments. By using the impulse bombardment of photo-clements for the
study of their frequency dependent properties it has been establish-
C ard 1/2 1 -'4 - to, ; -e, S 4 14 IN - -L to 14 YY

KLUAKIN, V.P.
Schoolts of advanced practices tit the Yaroslavl Tire Plmnt.
Opyt rab. po tokh. inform. J. prop. no.2:27-29 163. (MIRA 16:12)
1. Starshiy inzh. byuro takhnichookoy informatsli Yaroslavakogo
shinnogo zavodn.

XUBAKINA, A A.
Changes in the transparency, sorption capacity, and polarization
degree of a frog muscle induced by certain alterative agents
(with summary in English). Veot.LGU 12 no.15:119-127 157.
(MUSCLE) (MIRA 10:11)
Nitt,

YXISAKITIA, A.A., Cand 13101 Sc* (diss) 11 xpe--imax.vt in _-,Plyiim
allsparoncy
the uliotoclectric mct~lod or neasul, C1111111,6VI; lll
of tissue in -the cnarse of the parabiotic nrocc~-s.ll Len,
1b pp; 1 of tables (Len Ca-der of Lerdi. 6tuate Jr_Jv i:ri
A.A. Zhdwiov) coples (i' 113)
29

I,.- KuSAX11a, A.K.
Changes in the transparency of the cutaneous musculus pectoralis
of the frog under various alternating influences. Tsitolo,-iia
1 no.2;218-228 Mr-Ap '59. (HIRA 12:9)
1. Kafedra fixiologii cheloveka I zhivotnykh Leninrradakogo
wilver-oitnta.
(NUSCIX)

POLTANSKIT, Tu.I., otv.red.; LOZIIU-LOZIIISKIT, L.K., zowstitel' otv.
red.; VOROBITZV, V.I., red.; ZHIRMUNSKIT, A.Y., red.; -EUSA--
KINA, A.A. red.; RUKTANTSRV, P.P., red.; SWIRO, TO.A., red.;
MGXMA, G.I., red.i2d-va: BLHTKH. Rju, takhn.r6d.
[Problems Of Cytology and protistology; collection of articles]
Voprosy tsitologii i protistologii; abornik rabot. Moskva, 1960.
31~ P. (HULA 13:2)
1. Almdemiya nauk SSSR. Institut tsitologii. 2. Laboratorlys kle-
tochnykh adaptataii Instituta taitologii AN SSSR (for Lozina-Lo-
zinskiy, Runyantsev). 3. Latoratoriya fi2iologii kletki Instituta
taitologil AN SSSR (for Voroblyev, Shapiro). 4. Laboratoriyu eravni-
tellnoy taitologii Instituta tsitologil AN SSSR (for Zhirmmakiy,
Kusakina).
(CM.LS)

KUSAKINAv A.A.
Changea in the transparency of muscle in the parabiotic process.
Nerv. siot. no.1$56-67 160. (Min 13:9)
1. Kafedra fiziologii cheloveka i ;shlvotnykho Leningradakiy ordena
Lenina gosudaretvanny7 universitet im. A.A. Zhdanova.
(MUSCLE)

USHAKGV9 B.P.; KUSAKINAp A.A.
Lability and conservatism of the adaptation of animal cells revealed
at the protein levels TSitologila 2 no,4:428--441 JI-Ag 160.
(KIRA 13:9)
i Laboratoriya oravnitellnoy tsitologil Institute, tsitologii AN
;;$Rp Leningrad.
(ADAPTATION (BIOLOGY)) (LEECHES)

ARZUMAIIUVP V.N~;-- PPAKIVA, A.A.
Portable Oti=lator for use in the field. 13itologiia 2 no-4:
501-502 J1-Ag 160. (MIRA 3.3-:9)
I. Leningradskiy politekhaicheskiy institut i Institut tsitologii
AN SSSR9 Leningrad.
(PHYSIOLOGICAL APPARMS)

KLISAKINA. 1...A. UShAKOVI B.P., (UK"10
"Chan[:e in the Cholinestemse Activity of the Muscle
Tissue of Lceches inept at Vai,lous Te:,ij~em)tuj-o.-3.
Repox,t presented at the 5th Int'l. Diochenistrj Conp-ess,
Mo~~cow, 10-16 AuL-. 1561.

KUSAKIIJA A.A.
Effect of temperature on the rate of decrease of cholineeterase
activity in liver homogenataB of the frogs Rana temporaria*L.
and Re ridibunda Fall# Dokle All SSSR 239 no.5:2258.-1261 Agi,
161. (VIRA 11*,:8)
1. Institut tsitologii AN SSSR. Fredstavleno akademikom
Ye. N. Pavlovskim.
(CHOLUESTERMSE)
(TEITLRAThRE-PHYSIOLOGICAL LYZECT)
(FROGS)

KUSAKINA, A.A.
Rest resistance of muscles and cholinosteraae and its correspondonce
to the temperature conditions of the specific environment of certain
fishes. TSitologiia 4 no.1:6841 Ja-F 162. (MI'U 15W
1. Laboratoriya oravnitellnoy tsitologii Instituta tsitologii All 53SR,
Leningrad. (ADAPTATION (BIOLOGY)) (ICAT-PHYSIOLOGICAL EFFECT)
(14USCIJ,Z) (CHOLINESTERASE')

MAUNA, A.A.
conouity between the heat resistance of protoplasm proteins and
the temperature conditions of the life of a species. Vop. ekol.
4:45-46 162. (MIRA 15111)
1. Institut taitologii AN SSM, Leningrad.
(Proteins in the body) (Heat-Physiological effect)

USHAKOV, B.F.; VINOGRALL9,VAp A.N.; KUSAKINAj A.A.
Cytophysiological analysis of the interBpecific differentiation
of whitefish and grayling in Lake Baikal. Zhur. ob. biol. 23
no.11*13 Ja-F 162o (~Mll 15;3)
1. Institlit-.tsitologii AN SSSR, Leningrad.
(BAIKAL# LAKE-WHITEFISHES)
(BAIKAL,, LAKE-MAYLING)

KUSAKINA, A.A.
Thermal endurance of the muscles and cholinesterase of the
muscular homogenates in crucian carps taken from hot springs
and normal waters. Dokl. AN SSSR 144 no.5:1160-1162 Je 162.
(MIRA 15:6)
1. Institut tsitologii AN SSSR. Predstavleno akademikom
Ye.N.Pavlovskim.
(CARP) (ECOLOGY)

KUVENA, A. A.; VINOGRADOVA, A. N.
"Species difference in the heat resistance of protoplasmic
proteins in multicellul2r PoiAlothermic animals."
IUNE300 - International &jwpogI-,x on the Pole or Call Reqctions In Adaptations
Of Vetazoa to Environmontal Temporat-ure,,
Leningrad, USM, 31 FaY - 5 Juno 1963

VINOGHADOITA, A.N,; KUSAKIPIA, A.A..
Heat reeititance of protopla--adc protein, in the rppresentatives
of various populations of halia ridibunda Pa.11 . Sbcr.rab. Inst.
tsit. no.6tI58-1U163. (21TRA, 16.8)
(FROGS) (HrAT-PHYSIOLOGICAL Lii-ICT) (IIWCLE)

MAUNA, A.A.
Specific differences In iho heat resistance of protoplaamie
proteinse Sborerab. Irot, toite no,6zl69-188t63. (XLRk 16a8)
il (PROTEINS IN THE BODY) (HE.AT-PHYSIOLOGICAL EFFECT)
(ANJMISY COLD-BLOODED)

KUSAKINA, A.A.
Heat resistance of the acetyleholinesterase of muscle and brain
homogeaates of white rate with different lipids composition of
their tissue. Sbor.rab. Inst. tsit. no.6:213-216163.
WIRA l6s8)
(AGETYLGHOLINESTERASE) (HM-PHYSIOLOGICAL EFFECT)
(LIFIDS)

, j , , . ", rI, ,., I
. ~ , i , i I; , ."..
Iri'.erna:,; (wiii i ~-U'l ."i ~ ~ ,, - 1 1:1~'. ; ! , ", , . " !"-,. ~ ~
5~)! -5~)'? `-~)

TROSHIN,A.S., otv. red.; ARRON91",N.I.) red.; BMER,T.V., red.;
ZHIRMUNSKIY,A.V red.; KUSAKIIIAA.A., red.; NOLZZ-1
K.L., red.; FOLYAl'iSKIY."
YU.I., red.; SUKHPIIOVA,K.M., red.; USHAKOV,B.P.., red.;
FELIDMAN,N.L., red.; AMKMD1ROV, V.Ya., red.
[Cell and the temperature of the medium; transactions]
Kletka i temperatura sredy; trudy. Moskva, Nauka, 1964. 303 p.
(1-11RA 18:1)
1, International Symposium on Cytoecology, Leningritd, 1963.
2. Institut tsitologii AN SSSR, Leningrad (for Troshin,
Arronet). 3. Laboratoriya kosmicheskoy biologii Instituta
tsitologii AN SSSR, Leningrad (for Lozina-Lozinskiy).4. La-
boratoriya. tsitofiziologii i tsitoekologii Botanichskogo in-
stituta im. V.L.Komarova AN SSSR, Leningrad (for Aleksandrov).
5. Laboratoriya sravnitellnoy tsitologii Institute tsitologii
All SSSR, Leningrad (for Zhirmunskiy, Kusakina, Ushakov).
6. Laboratoriya, tsitologii odnokletochnykh organiwov Instituta
tsitologii AN SSSR, Leningrad (for Sukhanova). 7. Botaniche-
skiy institut imeni V.L.Komarova All SSSR, Leningrad (for Arronet).

KUSAKINA, A.A.
Thermostability of hemoglobin and chloinestorase of muslces
and liver in the representatives of three subsy-acies of the
comnon toad (Bufo bufo L.). Sbor.rab.Inst.tsit. no.8;208-
211 165.
Thermostability of hemoglobin in five lizard species of the
Kara Kum Desert. Ibid.:212-215
(MIRA 18:12)
1. Laboratoriya sravnitellnoy tsitologii Instituta tsitologii
All SSSR, Leningrad.

ZNIYEVBKIYP P.K.; KUaAKIKL,-G,,Hr-
Using a redesigned atmospheric-vacuum pipe still in the Volgograd
Petroleum Refinery., Kaftiwdk 8 M-1:31-32 Ja 163. (MIRA 16:3)
(VolgogrbA-Diatillation., Fractional)

ZMIYF-.VSKlYp P.K.; KLYUKANOVAp T.N.; KUSAKINA, G.M.
Investigating thermal-cracking and retarded coking gasolines
an raw olouX ror oxo-u)rn1buB1B& Nort. 1 gaz. prom. no.41
48-49 O-D 164 NTRA 1W)

P.Y,,; DA'-1, V.I.; KUSAMN/i, G~Jl.
e~
Inveatigattig the noking distl1lateu from the roflning 'asiduori
of Volgogral olla. Izv. vys. ucheb. zav.; neft' I gaz 7 no.3.,
59-62 164. (M-*,",'~ 17t6)
1. Llnt-,prop~ArcvskAy khlmiko-t.eklinolloill,clieikiy inntitut,

KUSAKINA, N.P.; YAKIMETS, Ye.M.
Preparation and propprtips of the sodium salt of Ce (III)
ethylenedisminotetreacetate. Zhur.neorg.khim. 10 no.4:1010-
1012 Ap 165. (MIRA 18:6)

KUSAKINAo N.P.; YAKIMETS, Ye.M.
Preparation and pro rtie.5 of hydrogen aquapthylenedisminototra-
acetntoeprista (111~." Zhur.neorg.khim. 10 no.4tlOI3-1014 AP 165.
(MIRA 18:6)

KUSAKINA, N.F.; YAKIWTS. Ye.M.
~4~', -
Trilonomatric method of analysis of lead vanadates Trudy Ural,politekh,
Inst.no.12101-94 162.
(MIRA A:5)
(Lead vanadates) (Acetic acid)

. I-., : ~ 11 , f !,!: ~~. , 1 " : I ; I : 11 * I
, ~j I ~ I . )'' ; 1. ; I
r, -11 ~, n, ~,, '"'* 7,'.-'l : 1 ~ 0 .1 .~'. - I -.. I

Yilt',AKINA, N.P.
OxV, ticn-rtdu,~ Lion ~-ro~)erties of' P-:,-',i r-1 eark blua, ~hromwen.I
bltc?c ard mwexl.de indicatoro. Trudy *al.rolitekhlnqt.
no,.00r42-47 163. (MIRA 17,10)

0 0 0 0
oz, 1 0 0 a 0 9 - 0 0 0 a 0 0 0 * 0 1
ki if U to 1$ 4 it So Is a A R U AS A a At So a e At it
(A it j I
AA f p
I
00
00 Pkysks of Uld iturface Phenomena In petroleum fech-
86100, M Kilwak.v. V. s. Kultictons agKI N. A.
rwifit fictolUr - TOSS 4. I*kyf. ( U. S, S. R.) 4. 1 t477, W -00
So Ovkti).- 0014 jUr %JVjrjj 1,4 file .11.41-tkKI A iW-AtttVl .0411,
offe., p1rarw achl otrid ukw SACO ott life IM1111141,11Y **I,I-
M.1wal Od, Suffouv tru."s tic 41%vil I'St vou-0
"Kivict ptifultum MIA am Irfinfil littAwts 1,4 Of 14-tithl- .00
miles (Sil-fastrif and ad-oir 'lite data air xf,,cil 14) 111114T t
J re(minit iJ life %wi,w, 1" 1114, tif"11. .00
11411111,411n
00 j
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so 9: 1) IUOO
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U 11 At 10
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it U a a
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A! P-. 0 A. 1-1-11 N CC QP It if 4, 1 P. A Ap U L-~,Oo
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Tenammite wheciesity formetake to tratclor ode &I various
'Y" 0 " M 'u"I".
t4
41-

,
1 4 _ he ";Z _. h
4
;
00 - 41
1.kh
.. el". .1 111 cm
b, 1
1'r
wid vnih mmw spjwmimm~m by thr chweliet
44juslion k* kile; V/q. - .4 - B1. whitire v.. Aand 0 ate
empirical cmscm.. and log 1,,% q - A - Ht. M, om-
clu%Wn is drawn an the 1=6 a# capts. carried imt with 12
different ods. A. A. lkwhtlitigii.
00 jr
-00
1.69
-00
.00
a* 0
roe
see
too
400

0
1 '00
.
j: '00

of

400
4 111-11.4 ffiCtAil.41*41clic Utrildr4at CLAIIAPKArfail U00
NJ woo
... ... . J., goo
AA-t' 1 4 W 0 li-es W30
64L3 A 1 040
4~T'e 0u 0" 'OT 0- o"0' o 0' 0 o 00 o o 0 0 o o o o o 0 * o 0 o 0609600,199999 0
0 0 0 0 0 64 a a 0 0 0 0 0 o * 0 o 0 0 0 0 co 0 4 0 *009000*9096

K111G%A1'Nf1^1V, M. M.
Author, "Methods of Determining Ithe Physicochemical Lharacteristics of Crude Oil
Products," United Scientific and Technical Pub. Houses, Leningrad, 1936. About
method of determinati(n of the refracticn of cnide oils, in U35R
Soviet Source: M: Nefti SSSR, Moscow-LeninGrad, 1945. Abstracted in USAF" Treasure
-"b-- -
Island", on file in Li rary of Congress, Air Information Division, Report No. 88259.
UNCLASSIFIED.

0 0 0 0 of 41 a) a
(PA W" call .0 Is 11,
tell to 0 # I I
1J.6 1
.0 of two Lwd I~Yeti emod omit offel" up" w
at ftdacllsl~ It. Itrryagw &rNI N1. I--**
00 A! K S.M. ". lei, 1'. Jr. S' 'V" (111 It off. mpalk
00 441t. 3-161. ilia. IOU, 741 A21 in'Geinan 'Mill. A twt b-I
lar'dele. The rwW " and I hickorm of I Ime ky"s. trul t hi. k -
of tw* OW twfgy chisrac(ce-w" cd thch. wilvalf dwalls. 61
41VIN'Titlod. FUt thW COAC 44 Is 1%011.14400 ll%k-M-"NU% 61,11
6 of Ow tellef tj I me; rtmInAy1m ivuw
W=Ikmx therrin. Thetwrli"I r%plemoliem4 IsA.
kAll for 9,10tilismitism w0 rclatfulatim t4 Iiqwfw 4ystmim,
i"Uml u( Iyaphile, vollclid4, and wdiment v.4. and fifirs.
ion a( &q. *Am. St (-.'van%
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ited by a thin film 141144U61 fellil, 2
disjolultil; w0ces Cgh
phvn (2 Mimllrs of a *AW Or liquitl phaw flom a GuIdAr ~00
of gas) 6 a fundausental pruptity id wAvair ls~jfI
00 QuatsthailwAy. tht 9 his irrit"I h? th~ d-
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4-
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ass his
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or 4 Wei tr
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eg
~ ridusivtly duc to the rcpul%kwt of jilluse ~Aju- Uvrl%. "
i
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Comawn to loolb surl'ac" ill The sw4vair film. Trivalcm 1

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caliotis such its All" hwoe it oittlng 4holvdtiiiji A.. i tloo
00 'd lion- '"lurins ttratly the thk-ktw-A of the wt Ititag film
i
1
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i
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and r
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anging rmi&tc wo~z
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9mcs itt PCCViOU� S1W, IthiCh 414tifi-Alt% that ttiC 6~1~4p. No:
IwaWwAffetis thr thit-lint-Aismi Oi~roinlns rffs~e 4 %d. t:0 0
vote laytro. thus im-traxing w4valk"s,

It,
PITALLUKKAL 1.0141001 CCASSWICAT000
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ovirrespoMmi to the V. F. T. (wintila
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WAUCUkr WITMO ("Marb") UUM
U) the ds"IOPMN" of a meawmaued amant Ol
B. DENJAOUIX aM 9-
.8.&, 1930. 10,
Kv XOT (Act& Pbyalcochlm' U" ng"Cring the
11
M:=An loomed omhod or t
tuck,.. of dta; of jjqWd bawem . olld muff,-
wetted by them and,babble Is dewribl-d ((*f-
A. lgW 1 3%' 1194, Flim). The importanm of
;~ III , J,; ti; C'mcw1on of solvation lknd for the
NU ma -
d1wumd. P- L C-
theory of colkid stabifitY 14
119TAiLUNSICAL LITINAtIlIll CLAINFOCAT"
0
900
=00
400
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too
coo
so
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09
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9 &
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A, t
Ramp ol mokcttim ution of nreac" and lee
(admwbal) layers. B. '00
D&WAQVtN. X,KTA.zov, and L LKvzt)zvA (Compt. .00
r"W. Aosd- M. XAR. 1939, 23, 671-473; cf.
A., 19M. 1, 34*)-ne thickness, A, t4 a film foreur4l Igo
by K,O between a gas bubble and mica in - 1.2 Y 10- .00
Cm. Measured vals. of A at various vals. of the excess
intenual Pressure P Cors"Pool with ntaks in thermt).
dynamlo equilibrium, fixhathW a range (if action of
mol. surfsee form of 2-3 x 10-6 cm. For electro. goo
lytes, the film oollapses when A becomes small, arml z0 a
an upper limit to the thickness of stable wetting Co 0
layers of liquW on solitis exists. [N&vgvrd sub. so a
atanca alter the fortu of the P-A curve. The vad.
allon of A with salute oonen. shows that A of mlsotbtA
6 at "I tion-4dkl interfson Is -10 1 rtu, The
in=t:: of the pressure P I, q. soluti.,. is goo
disevissed. W. It. A. so*
jiLL' a I L A SITALLMICA, LITINAT1011 CLASWK&TO"
AT
a
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goo
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I Vff 4 1 4 to a it a Fi- W M
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CA- POKII54% ..D PGC*141-ft ..Qfk
The Ph"" Chotak" at In at
"Cloaclov Of rKMWwM. H. 1=14"u.041"MIS -
des tralom 1M. U. Vusakov srW K. 1K. 7=1W.
Issi. IstA, 190, No. 4.
A. S.
19- 29.-Ten spedow of Petroleum Contained strong
oricks O.Ont-0143, weak scirls and pberiols WOOM-0.1115,
fire IM&WO 0(,YJ.O.(X%3, butind b"" 0_fkVj 0.010, explud.
fetwo 0 120 3 ON, rMbets" 0.01r. 0. IM, silk's gel I us
2.14-16M vird wU paraft I.W12,30%. The outface
tensions of porok-um solus. to Doopoloor medicinal oil
(surface tensiors at the boundary with water at W is
on 61.4 rig/M. cm.) OW In bo"polar Sasollas (antface
fensim of the! 40-W* fraction at On bmusdary with water
at 20* Is r.. 40.1 erg/oq. cort. I we a Iled. at the boundary
-40
1*0
-00
lee
-00
-00
100
00 .3 withirrowt. Tb*md..wArterechuwteltaksolpttrokums has an Important effect an the movement of petfaimm in 849o

00 a am vOtable for dctg. a no. of their Properties. The Coo.
l
t
l
i
i the send layer. The surface-active polar corn $al!
'; eum
ve compoom
s
n petro
it POW surface-acl
j tent of f
Petroleum are mainly strong Itrids, bwn and pbenoto, tied
00 the sum C the* components decrease with the dersurso 009
as a of the Initial sufface activity ad petrok-ums. The surface. see
active components of all Petroleums investigated wm tow
.
d
b
d
d
d th
I
t
t
$00
sor
e
ecrease
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a
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see
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(
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i1W oil-
th
t
t
I
l 0110o

t

t ro.
Mo
w&
er,
n
ar pe
e my Po
k-Ams Iftese dittervaces am especiisify great. 1J.& twt
fee
cambers &Itwd.tv;,Itntly.6ythwckameolikt
I*
C
4
"
d goo
stalf of t
Polar StIfflCe-WITO COMPOOMti Of Pt
t
f W
M
M
lee

t
k
3 inooln.
&!d rescoultio more a true rug. soln. Thirtem rtimmes. too
. 0
t V%mg, f.'s p'ss f~ W. R. H,IMMI 11100
A MITALLW$C&L L"INOWN CLAMOCAIM see
moo

1
-
-
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U 4 AT M C, 0 0 is 0 a Is Is to
a
. I 04 to two 0 a IN WIM
e.09
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0
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t A
*00 *00 0 * 0 0 0 0
i 00
10 : : It
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10 10 0 0 0 4 a I a a
IL
A- I-
the Phyaks and gliamlacy of sucto4a phou.*10LIA is. 0
f*A01t"tIhPAUtMjMjll. W4Ataf the UkhUn potra.
A Cv m farmba". oo
'I V. MA P. vainglus.
0 Clarm jet. Jark. low. No. 5. 49.AH; CL C. .4. 36,
IfW.-Pctn"m is bnt WUMI wilb wrak uArm 4 -00
0 *
:11calk-9, such as N*,C(-h, Neoli &nil Kolf, at jiq)*~ -00
10 InIn. 4 wo.hing J. tvn,,,
00 1111144116111. PIm ff"vlh" W k
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I I la IL k t--2 A-A.- A-A
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4
r, -
00
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td
00
~9 !nd A. TitirvAere. ('"Jw, "%it
009
.4. 54, Cw'A% of cqwluy pfv~w I'l.
W."'A tb* ky" of b"id bnwfts pa MW Wdid Wnfam
fur vVim old. amphatic bydrmwboas an k" dam mV
inwahkvd. The thlrk~ at the 16"Id ky" inert A4
0*
with the Im W C slums Is The mol. to a meti, I-V Is Cie V C
islipme. Tlw uthd kav a m4ning tilvel stt%,n list lhirkiwo moo
I'lliklulilkylta. T%ogmimtkk-kim w"obwvvt1wos
loortalur "dam, a lock ON gmt Impm"Ce to hilarkoligul
lwwt". Tw towt of dw edw is pwat in the rVelon (460
of c as parittively Me In3nn. The thicknew of witilthaul.
14ym 00 a WIN deptedis, an dw limob of The mob. c4 the
1 Adda, of mA ants. cl m0we-active submtamvs
1
Id.
fatity selds). adoosbcd st the out im rawti
OWN
2coo
-800
NO
tie*
400
0
CIO
Isom Iii'm a" boo
9.v &Ilt
ml 141440 Will 49441
bh u a All to Ll tA I 1 0 N 0 0 9 1 IF It 9 41 44 3 0 9 00
0 0 00 009 0 0 0 0 0 e 0 ~60 0 0 * 0 0 IS 0 6 0 a 0 410 0 0 a'!
040 : : : 0 0 0 0 0 0 * 0 6 : 0 0 0 0 0 6 0 0 0 0 0 a 0 a a a a 0 0 4~
a

1A,
AIL, MLM'
*19clsovs A.0 J-00-1614% I-Vf-
es
Naw'd Pon
-um"
qg "d dw
wi
Www"'Of two,
got as vft a amw
go 0 now
be - BOA
wow
Tim
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0* .3 Wp~-"
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Au
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upa"
role" Wnam
;%i tu w IN'tbe
Inn taut "1l Is o""d
bflk*:~ :=X=
J3 0 3 1 v
q AT W !%I a it, 1 g4
0 0 0 4
0 0 0 0 0

stsil 1-111
k. L_j A P t 4 R.. I
?it~ of the fel"Imptillutor Asimprit I It 04.1410
TIOS"If W IMIUk4twill gas. M -W.6ASAWto
hl"Com twill. It I A---- & i -r.-,.U; 1. Ak.,~ ft,
Islik. Nauk. Iftil. Moijklol
VYj:kojIt Zkrdkas11r_i_K_t ~."Otvm
vowimmly.4 1.4quktaft.1 1. IAIJ
1,,%. 1.at jopij%-. the quillity i4A 1111wi-
q 4p IF I. . h,, do ih. %J41j,o, .( 114, jrj~-447
1, Vill io-I it" 49,41
.11tips; lot Ill. trilia Will, All V 4 4
*111X 11 T
tho, qt.Alll% Ill 1111.1k1oll S -1 1Y .6 1.
litilvii a1v ml~gtl,NctmY. A lmk% mrs sporwr
IN SUNK-Ocat 1. the quLhty 4 & lalmicatbig
41 with rrwd 1.1 1-111 vi~,.ity levol oplut truip. curfl.
(kw paisinwier 6 urviled ill lictisir thv lcvvl at a River, tellili.
so and room vir Ivor ifunc. driviulinic m the accuraK-7 dc-
ftsop".1orfl. too thawal.tTrite the qNlv 44 lb~ Villoov 9 -./40,
In thor
".1-1 to,
so ripely mmiw 1111WIll". ,Iql /1. 1.11,11.11116 two-
00 lialsairltrip A Ima It. the ill"KV 4.1 tile lulwilull v0j)
=ult. it) a 4 the Imp. "trot (it 9 toy
Outing a forisicts-viri of 9 linear fit (titill., (W 9 Welf.
ld it '"Sher affar" fajetc.11. A th,rd paisirticler C Is
Proodlomi; it laust be Ill ill I its tottl). IN-AACIlls 4 lillo-I -
al.ool .-I ot.1 W ld-difictchn, J
towilifilift 446. ..1, 411.11 [W WIMI 'Alth Willk-kht fittv-
racy with the awl Sol "Ollocialarsm. A, & tbIlv-t%m.I. "Uz.
fi,oll, the Vult1+01tvi-Tastinuritu lairtnula In stop. m
CIS 1.) is WupuK41 vollk-li, by outatituting luir q the kilw-
j # id
I,-. 'Ahrit dcusily). bmAmpori,
U1W 1-11411WIPFIReio thor Viw-
4-ookly k v% I Oki oil 111fillaft 1114h Imp . %he cWff, C to that
chalolm too 1C.111. f-4 *fit, I 11W kilWitlAU.' Vt.-Mlly P "'411.1
u a 00 is to or
to to to 0 if a If Ogg VICICS It
11 IS it 8 111 W I v or re
I I AA N Q UIP It I c I

t
.44, -so
. . ..... INI. .11h, hill, violooor-Op. I'd"
go

pmlk -kj~ JI 61.1 J9 Ji. lhat 1, ITIAlt,id) .4,641
lc~ttap, Arloilftm . aliol I Flo,in Ckiwilawntally I.Amij
'
valaws 44 1.. 1
. AIM .41 + If can IN
in the Imm I'Imp .I C. Tht. Cquotri- '411
bw* bevii b"ttod with,mt excvptim in g,,W spe,mnt ? -00
"ilh

` 0

Pee

Iso

or
I is am*
00 of 0 41p 0 4111

A KOV Y !.P~,iK. S.
"Trllnr,f~,tcr a Fle;dhle Ayin for the of 'FrictAi-m Tindr5r
Con,lltlon:~ of B-)widary Lubrication." Iz. AK. 53311, Dt.d-]. N-ralky
1. D-~c. 10,43.
RT U-155', 14 lbv 1951.

KUSAHOV i.i
Lalboratox7 of Physical-Cheraistry of Petroleum, in5titviw or 1-.1reral
AcaderV of Sciencesi, USSR (-19li4-)
"Tempe ra tvre and Concentration Dependence of Qic Viscosity of LubrIcating Oiln
wlth H-J-"h-Viscosi1.y and Low-Viscosity A&Iitivesll.
Lz Ak flauk SSSR. Otdol) Tcl,.h., Dauk.
llo3. 10-11 19114
Ift-52059Oi9

0 0
10
d
tl W
0
feace4fda A40 olfoffot4l mts
3035. VARIATION Of V1SCUMTr WIN MUMAMS AND C, 14CINTRATION,
IN LUBRlCAT114G wIW 009TA1111194 HIM AND Lori VISCOSITY LDDITIM.
r KIA~&k*V# M-M- MU, 64W, 901, VA-4-S-, 1U1 $61, tech., 19",
002 ,i i 612-UAI J'Git. petrol. 1945, 31, 214A). Viscosity deterninationo
al.!:; on additive containing *Us were ;L&do Imm Ubbolobdo viscooster in
00 y
ge 1!:~ a sp"ial thermostat capable at malstaladq# a wide r&ngo(-50 to .010
09 a 100 Go) or accurately aantrolled 0.2-0-3 ) temperatures. 140 -00
viscosity additive# used vsr* *p4raton,' Rouporol#* and "vialpol,' .000
got
go 6 the two latter being polymerized vinyl tot-rs; gasoline was used
At low toupwatur*s viscosity
goo as low viscosity additive.
00-5 date minstions were carried out with a moll applied pressurel
Halting value of viscosity attained (at pressures in region of goo
400 M. B20 ) was taken as true value. Xff*ct of additives may
a*. 000
ses-7d by the relationship m: a where o to concoutrotlon --so
be 's
(W%.*Tof additive sad a If a constant. In the case of v1406" coo
additives a to prositive sad characteristic of the additive, goo
1. being independent of tom%maturst. RoUtionship holds for such light No*
I
J products as gas ollsmA kerosine sad for additive concentrations up
to 15-2coL. in the case oraddit1voo of low viscosity (i.e.' gamouns)
constant a bteoms negative and varies Ah temperature, increasing
4-ILA MATALLURSKAL W24ATMOM CILASSIFICATO"
- -1--,-. ~---- - ---7- .. 7-
flow WwAlv gee
t 14#1184 44t dMI Off
Iola
U %0 11 AOL t4hdd 110INNIM
10
10 a 0 0 W a it a No 71
to 0 0 0 * 0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 a 0 6 a
0a 0 100 0 a 0 0 0 0 0 0 01 9 0 0 A- 0-0 41 .0 a 9 9-9 a 0 0 0 0 o 0 0 o a *a so

-I-- so

00 as the latt,r falls. Affect of gasoline I lowering viscosity Is
12 *0
414,
n
r
a arked the Cr#dVr the original viscosity. On (the ooneentratIon 06

1010
o
o
its original value) to fawd to be a linear Amotiom of temparaturo so
941 are of donsiderable 00
of
as valuoin pr*pared3m of blemde having reqttired viscosity chareeterUtles. 00
*0
Affect of both ty,eact additives to to emus* a flattening of the
IS
: Viscosity ^eBmaturo ewft. I tt" C3,84 of sladtanome 4441tiou .00
0 of viscous and Wavigeo," additiLs the affect of the fbraer is 00
IndeperAeat of that of the l.tt,-r. Results a - - presented graphically 00
In "joerow-41agrameo

0
:
00
00

00
*0 00
ISO 00
00

0
6L
0 Is 0 0 0 0 a 0 6 a e 0 0 a 0 0 0 0 a 0 0 0 a 0 0 0 0 0 a a 0 0 0 0 a 0 a 0

,
0
00
1 -1 k 0 K 0 N 0 s r IN
J& It. A L Q

:
r
,
0
0
-
0
,:
0:

0 -
0 00
Os

0
0
-
go

di run AAMA 10 83AIM PrU0011JAva
An iv da vas Ilutaq
Isnit
q
vdap plu,41 )a wapaaaam
lifill V.)ljUAA,3JdlUjdtRTP'q of n
r
q
6
1-00
n %uatuw4p eqj AswlmWQ JTV-PlIntorl we M-19 901409"
-stjidap I" J*l $403" PlIkIll 44P r '"dop &P No spu-up
OB
- A419vape" cop- qljtcwi
M
hb

t7 p
pl
p J
n
a ilvin 10 splabo
4 VIP=
caaffilall 6"Palul W41 Duo" fit = C,
(jvjjtdv3 to Mmj 910 u1 ' I nioll
-4=""
.
) ZAM..U
" s *
M P
a t It t

w
1 J114d VVY
X It
s
Im" 1"
U4 WIPVM 9M P
"J

oe-

00-
00.
09'. 0 v I
n I w N
a -
A
j I r a
v I
!!Ole"* Goo 00 6,66 00009 000
J
00000 00 goo

so*
c
oe*
004
set
004
*04
oed
go,,
*so
it. mutt""'t Lf"Nal
u 6 AV
;To 0 0 0
A,
J[,&.,RAffnS-M.M.AL RLMILAL
WfAd A" hadUmaW 40409W
kdd by as blaw-fe w4dial In a so
volustped dk. 0. VII W Kafthav, aw
K. I do. Ack
Cf. CA M felt' QU am twkd Is amAimfAe Carl
to i";Zll; lim". A umm Wt d %%Jtr-h4W
momwaime IS (alum by a Pak to "a
l(w All b =7:112111'i
py..a-k
for -1., 1, -11$ Obkb IIPA S*O
-00
t1widt. Aobkm*g tomb" tba Um of I*kI iv- .00
mWkWWMlwP tMg is cquocriam with tbo martow
4k woo bd "Or"Ib"Upwarify a 19049
Q1 -traw FAfMW
W-ma ft= gw I. lies
- am. TIM mm Ually becortwi so
tkw he k wo Ik tow iRt"ftfv&e pattem in
114 ~414. W6- %o
1141tv, lWarmultiorw Werfmaiv hamit,
wkkb my be ffbatv=, 9h" vvmgtwr to The fogm 1100
u# the VA%ft -1 an Ow "Wit. im
I Itv
"1111111 H =1 .00
qUW, TM fatufamce pattems tadiat he
arwa, Le.. thecalim - beg - dw Sk rate" the $III an ow woo
Wd* havkc me W". Appm. mth. "watims bbaw "Ite,
dat mcwtivalm Nq" dwaM gtw waiOt bsrvfs ,fl.
mabs hum tow 0d&. L We rAft-Mmankm I*kf'6 0*0
am" 64" to I i%" wkkb dlvvtv ftm or "ftr Itw too
mix%, ?bow - - I won comfirmad quW. by cipt.
Thus a pktwe is A - I , dbwdy ad the d"wbdVkV Of 411410
Agwiffs rtrum ~m V11- For Uquido awwing Its*
adomialaw vistfallf. Th"WI-ri-ti,
f1sa"Im Mr be ah4domd him a skile vitpt, fitik U00
d im #*qi*qd aw tiveml "if. I* qmkAIT
1k. Of I-11% M tKWkft&jt (0 &H tAt Itity t4lilt d
"WTOMW dorts6twe of %k"f%d Mvv~ an v"Mity woo
Owsr T. woo
alif Vv 141--
a- ~;- I -T
o4resook OV000*990090*11TA
00
0404000000*0*0000011
0-0 0 0 0 0 0 0 4

!17 If IF I rrFTm L I! f
I "OUL--, NO A&A d I W-S!un-
pows"s ado Odwealas 91094

O*A

g
A I dig. WMIft.- llfft
=~. U.N.S.S. 20.
-"l
47
,
go a ,
;; g
1
t
rind
C
W A&W.6 at
ism"
Fi
-d
ANI
Irb
mi
"
W
l
d
trem-O
sm
a
*
o 2mvira
l
insm.
"I
V
VIA
(man
Ywhith of the wvd
r tat wkkh m
h a ft
g
.
.
c
w
g
bobw Wm den "W. The sdm. perisks caka. o*
041 Of um SOM 061 thS * Of air tXWtl 40 tbl MI(WO of UN

00,0 kuH fift beks bbma off the watp sorfam. nw remak
is Isfift 6W
OMN s
d
i
1
2
d d

0*4 -
S
ue
- asc
m (
own.&
% an
11
for Newtaftlam GqW& a set of straight Nem divaging front

do ar4*- nii comfinme am damum previo"y
=,-
i
d r
040
vm sa
agma witb it"t.
a Uqtdd of known
g
009
Viseaft liptith upetbod cad be used to dct. the vkaity

,
40'46*bw so" " tnamv Rack Is blown From th"
0
d
d we*
I
a
W
0 Om cos
tbm ( ak preaut. b1cwhod time.
I tWhiteffenum paltanit ut meamIRA pa"d
M-dircedna W blowial at suave fixed twor raciks~ (o
&C s Okkk Is the disc, (Tom the mir iftlat to the Com-
The vlacesity of I be unknown is given by
Owar T
Oid,"h
.
y

UVAILLOWAL MIAMI CLAMMAM see
off* s"I"Itive 0
444 0.. 4,4

u V AT 0 is AM A I a ad a V a 9 a 4 3 6 9

it A10
a
ff IX
m

2

1
a
0 0.0 0 0 0 is 0 e 0 0 0 0 0
.
ef4 0 at 0 0 * 0 0 0 * 0 0 0 0 0 0 0 0 40
* 0,

fS.!!fft"w#1 a tit 'A is
I-A-1-1-11A 4. -M .1 1 -A, _u A-4-

-X-j
A ckAmAb"fak d IM awltanful pfs"c*# d Ikulds of
i
000 Obwad
r MOVIStd 12614111 a HIM layer In a Flaw
16
4,
patallA 1. 11, todkov anct K. Krim (A,-AI.
a
'
..I. I*.
10. M41609131" c#. (
fi
j
L
1
1
I
1 *0
qui-
..
" pAflwu
u
1114ti
=7-4
fi Th
b
"I b
4b
i
4
b
e
ri4al
e
ng-
, cma
mf 4
y
q
a nmIW air etrmrn In a natfow plaft4wralk-1 slit. This
l
h
O
h
O
i
i
scus
n t
e
wnct
t
e
inethucl perutits the drin. a
ty
ofenornalow viscosity. the charaderfrAtiew d The motnz.
4 the 41 vahte It such
AM 11W dr(ft
kvu viectially
994 .
,
.OF
e ova t1w rnctmi of blowla
%6t%
The a4vanta
.
c
c
g
In a narrow wedge4baptO Or is the higis amsitivity to
b
"
f
~
b
dl
l
t,
nwu
m
etwrcnt
t
oirath.vv
at
yieldvaltmes. I
b
d i
100
00 'S senmc
n toom,
of the %W. wW tbc intoUrtme rings a
chummlic B61 Rrv drwiwed. When the gfiffteemA.
W
1
b coo
e9w t 11"91
fict.M11 (hC td'Id U1 tlk~. fiftS. t. II
ICC
4C44124 t
too
wyal. login Is more afnindavif than the ""07M. focto Its mile
of Na, Cu, Al, and file tPut the Inverse was true foraxides

eml TI and Ply. No 10

goo

A 0 - 5 L A MTAk,&W"JCA%. L"ItIATURI CL&%WKITIC&
r
0e
-

b u Av 10 as!
VP " 0 IP 1W At v 14 oa jL I d
N 6 v v
1 IN 9 a 4 3 a
x a or 9 Ken C*KWA fix-1
0 0 V* 0 9

000000000 101 V V,
t 11 13 U M to 16 17
s 1 ism
1 L~A_ 11_ 10, A
QJI -A.,
A. ORa
A-4-1t.
00 4 .!V"

00
00 J
A
06
00 3326o BLOWING MMCID FOR CIMCTERISING FLUMITY OF LUBRICATING OIIA
00 AS FUNCTION OF MWdRAIVRE. Roussakov, U. (Compt. Rand. Adad.
06 Soi* U.R*S.S.t 1946, v01. 64. 146--147). If R film of oil an a
*0 8fil smooth plate is subjected to an air curract and a temp. gradient
&0 is maintained across the fils; porpondiculor to Us air ourroot,
06 .!it an interforstias pattern Is observed LC the film surface is viewed
000 by ref looted monochromatic light. The pattern can be photorrophed
000 end measurements of Lhe uistanoss bototeen the interference fringes
can be-,=ads, and compared with measurements made with a standard
001 oil imider the some ooncitions of tamp. and pressure gradients.
AA.! From these measurements the fluidity of the oil at any temp.
within the range of the teap. gradient applied can be cale.
u if ar IQ 1; .1 a, I V, P Ina 10,40 $*INNS A& 0 3 4 1
10 it to it it of it a It Jn 0 KA 04
-00
.00
~00
-00
-00
800
:800
C*0
9*0
000
goo
coo
see
le
me
I
0 0 V40 4 Gio a 0 0 0 a 0 4 0 0 0 0 0 0 0 41 0 0 0
ol:::,Ooo:loeoooooooooo
000-0 00-0 - 0 0 a 0 0 0 4194141410041~0041 41 0 0 0 * 0

'low
of 440 1%, r'lopil
A
123), KSMURWENTL OF THE VLZOLITY AND UrMaNINATI(iii M' THE
00 FUNDVENTAL PMOIDGIC CILVACMULITICIi Of' U4LUS BY F.Wk; OF THE
BLOW-W METHOD IN A WEDGE-SWED SLIT. Deryagin, B.V.p Au4AkQv,
XM. nnd Frim, C. (J. raptl. Theorst. 1hys., 191,6, 16, 179-861 Chem.
i6tr., 1946, 42, 5922).
so a '0 1
Ir
ISO
he blow-off method, described above, when combined with the i
00 of 'a wedge-shaped WUtj gives interference patterns that show directly
00 a whether the liquid examined, is following Newton's vircosity law.
09 Straightline pattemn of common oils indicate agreement with this
lawl upon addition of Al naphthenate the Interference pattorn, In
curved showing an trcrease of viscosity near the wall.
T
MV so
7-4 #A L I a 'W a W go $0-i-i-i
U
00 01; W
'00
V
11,
rie 4i
too

is* 0 0 4 0 0 00 00 00, 0 &W MW 0 IVIS W_GAV_#_w_a q Is v w_W-w_E
a 0 a : : : 61*
0:e#06q0sq0#*0****# 'I AWM*00 ease 0000o000
dice
W it 13 1) 14 11 16 It 0 90 111 itv u Ads 16AI 011140414424
0 vil
A IL S..., a,. ?-a .1 A _ I - _4LfffL_L_ AA _21-A W.
'T;
4
U2*4032: :82
A CURACT-RISTIC OF T1.',L MECRAYD:M, PROPERTIFS
:F L14T,'IDG CB:;.1?,'D
T
100 RAD-ALLT A LIJIS L:.Y-i!; IN L VAPRG, :'Lt- ONJLPIUL SLIT'.
00 rugs, kovs and Yruim, K. J. Exp'
Theor. Phys., 1f; (no. 3) 266-7P
as (IIA-C) in ~urAgne U,' nothod rivea infomaticn or, ttv rheol,^.-Ical proporti
lijuidn such fkn lubricatiog oils. A
A 1 9 1 L a 011TALLURGICAt UTFRAT60f CL41,SWICAT"
-10 4 1 .
Z_ Z.11
I--r-4 1- -3
-I,- -- 1 s a 4 3, s v
Is . If KW 484
,,9f,O us so '00 0 ~ 00 1 00 *0 all, R*W* 0"0 0*10, 0 0 We 0 0 0 0 111 0 0 0 0 0 4 0 a 00 see
0 0 46 0 0 10 : 0 0 * : 0 a 0 0 0 0 0 4 0 0! 46 q Is 0 0 0 a 0 0 4 00 0 sea **a
as
se
:04
.00
1,40
I so
),$0
see
owe
--A

all
11 16 11 ILI L" a, 1q,u I P T iV A, I I AA (0 4 W 1, L A
go
01
A
Is 41 M2. CILWL;TERISTICS OF FLUIDITY TS"PEMTLIM RELATIO11 FOR LIQUIDS
BY BLCWINO-OFF UETHCO. Kusskov,,,M._,and Rastnovskaya. H. (Ao ta _4141
PhysiooohirA.0 VOR.S.300 1947, 22, 289-302; Chem. Abstr.. 1947, ;-00
a 41, 7185). kn app. to describ-al which enables the fluidity-
I raaperaturt curve of a lubricant to b-% obtained in a single
short expt. The method Is a variant of the blowing-off method
su&&ast*d by K. and consists of photographing the interference -to
00 patterns when 2 oils are simultaneously blown off a narrow plane- 40
e0 parallel alit with a temperature gracient perpendicualr to the 4
00 dirsotion of blowing. The orpt is rapid enough (usually 2-3 00
00 min.) to obivato the need of using a thermostat. The temperature :I;**
distribution in determined expertly by simul tansously blowing '-,,coo
off 2 oil&, one of which in a standard. With the distribution moo
known. the fluidity of tha oil under investigation can be calculated -00
for any temperature. 91pindle oil, whose dynamic viscosity was Aso
measured by an 'ordinary capillary viscometer, is used as a standard.
a**
Viscosity values for zaachins oil determined by this method and -;**
values determined by an ordinary capillary viscometar fall fairly i:ae
close on a single curve. I
The method is still prillminary, but
jo Amproved m1crophotametrio treatment of the interforenoo pattern. too
photographs should result in rapid and accurate raeasure-omts.
I W 1W 5 i2 I
*fee

A A A 11 11 14 11 11
it 14 Is it )"Y"W"bumme to Is 0 go
$Y 4p 04P t~oovkqA .4.~qsj
F OM'
'00
*0 0
04 Lubricating
INIs. An Volmniftallaft of Ploollible Krttoli~'hltft- %1 %1
Ku-,'A~qy, %. 121, jkll~ 1949. to.
ranplated fmin -N)nkjm1%l%is,l -m Ow vo
WA nm( 0,11,ti'llit SAutwit"', A~rad.tlky
I ck111 uf tilt- USSIC. 0
joi runfined t,o the hydr,A)iiamic th--tv
sr tsbriva(itm. Camm-h-ra %is-pity smb%, istarnei'
00 Coo
imr, %tor,wily ri,lisirrittenis. Imidjam--toLd pwl,
11"Ill.,irtam V~,b:v+
r"I'lXammatim f-trmuln, and pra,twast
1111in ofe pbAll'i. ~'.N Ago
so
Ve
to:
L1TfW,1vAt (L&%SlFKjo1jQb
L z so
It
u it AV K3 1% fee
r An I
Vroo . I, v
0 0 0 0.* go 0 000000 0 40 0 0 00 0! 0 0 0 o 0 0 0 0 0 is
0 0 0 010 0 0 4 0 0 0 0 * a 0 4 0 0 0 A.01
- 0 __ 4 6 4 a 6 0 0 o 0 0 0 0 0

Chemical Abstracts ~--fe-mp-ar-a-t-ure-rel-ati-o-n-s o-f-ind'e-i-a-f r-efract-io-n-- -d- dil-f-r's-c-
lion~of I quid hydrQcarbonspt low tcrnperatures. (1. 1).
'
Vol. 48 No. 5 -T-r-u-J-v
" 1, A Konovalova and M. M. Kuqakov~'.
`
Y
5
i
lo.=_2J-43kI9W).-.
A%auk . ... ~.. R. f
InTs. "
's
ka
Mjjr. 10, 1954 Olsfellnov's method (C.A. 39. 159.53) was used. based on the
General and Physical Chemistry -
xTiffir-action viax. and min. at th-- boundary of a lfquid/glas~
plate. resulting from the interference of 2 branches of a
nionochroutatic light ray, one of %%hich pames through the
liquid, and the other through the plate. The n3 and dif-
fraction OfAseptantethylionane, itiethyidicy,l,)pent3-1c),clo,'tevaFi,,,
and butylbenzene changcd linearly between +20 and -60'.
With a sufficicutly high-grade monochromator perinitting
(fie isolation of a 2-A. spectru-n range. and a sufficiently
great range of standard glasses. change-i in the is can be
detil. %vith a high degree of accuracy in the app. uqed; the
accuracy of the inca5urcusents was within +0.0001. Thv
sp r fraction calcd. by the Lorentz-Lorenz formula i,
'
tion of the temp., and i~lo%%cr at lowerleml-sq.
:t illue
W. M. SICtIlbelc
4

affect of th Orare Rod the teas"cature an the surface -
locusloo of ?9=0:013. wt. M. Ku*qkq~j N. Xf. Lutmwait.
"t A I K Vol (1111ttillewn hit., Ac%J. Sk I
U.Ssik.). "'1'.4L'Wy AL. NdaA S.S.S.R. 14.
(19W .-Measurvinelits UP to plenvot of 300 ks.ill. Cm.
were out& by method of hanging and of lying liquid rope
and checked, with satisfactocy agreement, by the method ;i
)
vubabble. Pora Mvon Petroleum. the
'algainst No was found to doervaer regularly
with Increasing Inessurv. the l"ter the lower the temp.
(20, 60. and M*); c.a.. at 20'. # fell from 25 to 13 efts Isq.
can. Wwrert I atul 250 kg.isq. cm. However. The surface
tension In contact with HoO. at 20' retuak" unchanged
to3ookii./sq,cm. Lilmorioc, u44cr the coast. pressure
ks./sq. rm . v at the boundary with HoO Is indqendent
of 4W WHIP. The contact angle of calcite. in a No Mm
York* vvty little with The pressure, N. lium

FUXS, G'I.; KEJSAIOV. M.M., professor, redaktor; LIVOYA, L.A., vaduahchiy
redRT6-r";'?MIIA. A.B., takhnicheekLy redalctor
[Viscosity and plasticity of petroleum products] Viazkost'i
plastiohnoot' nefteproduktov. Pod red. X.M.1usakova. Moskva.
Goso nsuchno-tekbus isd-vo neftianoi I gorno-toplivnoi lit-ry,
1951- 27 P- [KicrofilS3 (MIRA 10-.1)
(Patrolauz products)

USSR/Cbamistry - Petroleunj Jul 52
LIquid Fuels
"Deter=I-ning the Surface Tension of Liquid Hydro
carbons and Petrole= Crudes by the Drop-Size-
Measurement Method," M. M. KusELkov,'T;. M. Lubman
A. Yu. Koshevnik
"Trudy Inst Kefti" Vol. 2, PP 53-72
p, A criticLai review of methods for this type of
measure=ent. Authors describe equipment Jhr thii3
purpose which they designed. Show on the basis
of their data that the surface tension at the
boundary oil-water of nonpolar oil and of crude
243T11
petroleum is practically independent of the teW
in the range 20-800. Established that the method
of surface- tension measurement in question canbe
used when other methods fail, and that it is ap-
plicable to highLy- viscous liquids which wet
glass well.
243TIl
C)

An atteiniol to reduce tholwadp action polym;leiulu
liq lac" to the A46frox scoul load 11clusin
WL Ku&aktjvMHj
COW), Zirst?. flt KAjAV. 20, 1&
-'Mion A, 43. 49Vo) the Nuld films remaining between a
LVble and a solid are equil. formations; the light Inter-
F.Unce patterns shown by these films ase different from
-IhTe !e~"qt-F4 In Elton'*. paper._ man

A
:nd L. 1. ?Witn"tda .4 ~~44~7. '~gfl. .6-
--,Szj-fac
MI i'llu i0a ;:x
On a &=Pk of 'Nin..zin'sk rjlo~- Q6, h4ving 1,-' Cj.g,'kwA;
klatmatic vEc'~.Ry at 211, 15Z ctntq~'vwl~ wpb3lt
Unit 46%. S "meat 1-51%. In adda-. h~,.~rfa,--xal
lftmm wr-rr rr"dccf tiie 5-ola. e. tbe o tul'~ At if. t'cm'~'
'x:talle. cyc1rhrlarle, bcmi-lit. and lj-~ene I t T-
ft,(Md that thc TuhvrivnA, crule oil ci:ouum, voL: ~uh-
i i;cts w1 In IN! frai O~m li, h j'
- - - - - - - - - - - - -

KUSAKOV,)(.M.; KOSHILEVA,I.M.
Determination of the surface tension on the boundary of two
liouide by weighing drops with torsion balances. Trudy MNI
no.13:171-180 153. (MLRA 8:6)
(Surface tension)

InI AtIon 0( ui~~,
A.-I of
Chemical Abstracts
May 25, 1954
General and Physical Ica
1 '
fauls (IP otl th
Chemistry &,) e calclIs.
"I 11-d h~jgj'~t Yen for de Ba
I'Sessill: Eli. t9, VArface
OPS. i~g .
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USMI/Chemistry - Lubricants,
Juthors Razumovskaya, E. A., and Kusakov, H. H.
Title Two-dimensional characteristics method expressing the thermAl derAndende
of the viscosity of lubricants by the method of thtn layer blow-off
Periodical Zhur. Fix. Khim., 28, Ed. 5, 936 - 9144, May 1954
Abstract A method, based on the blow-off of a thin oil layer in a narrow plain-par-
allel slot and leading to the derivation of a curve expressing the thermal
donendence of volatility (value of reverse viscosity)# is described. The
method is called two-diwris*ional because with one test it is possible to
obtain not.only one point but a continuous curve. The method is also'ap-
plicable in obtaining curves which characterize the rheological properties
of lubrication oils. The instrument (themorheometer), used in combination
with this new method, is described. Six USSR references. Graphs, drawings,
illustrations.
Institution
Submitted Y:
Acad. of Se. USSR, Petroleum Institute, Moscou
Nov. 18, 1953

MAKOV, M. R
Subject USSR/Engineering AID - F-190
Card
Authors Kusakov, M. M., Lubman, N. M. and Koshevnik, A. Yu.
Title 3 Measuring Installation for Surface Tension of Oil and
for Boundary Angle of Wetting In Strata Conditions.
(rart I).
Periodical Neft. khoz... V. 32, #2, 27-32, F 1954
Abatract Method and optical apparatus for measuring of the surface
tension of oil, water and gas are described with five
detailed drawings. The test procedure and conclusion are
given in the next issue (#3, p~ 20).
Institution Experimental Mechanical Plant of the Petroleum Inst.
of the Academy of Sci., USSR.
Submitted No date

KITSAKOV, H. K.
AID P - 203
Subject USSR/Engineering
Card 1/1
Authors Kusakov, M. M., Lubman, N. M. and Koshevnik, A. Yu.
Title Measuring Installation for Surface Tension Oil and
Boundary Angles of Wetting under Stratum onditions
(Part II)
Periodical Neft. khoz., V. 32, #3, 20-22, Mr 1954
Abstract A description of the general arrangement of testing
equipment and of testing procedure for the determination
of surface tension on the boundary with gas and water
and boundary angles of wettin One diagram and
,
6 Russian references (1930-M
institution None
Submitted No date
rXtk.S AJ 0 v
AID P - 1102
Subject USSR/Mining
Card 1/1 Pub, 78 - 13/21
Authors : Kusakov, M. M., Lubman, N. M. and Koshovnik, A. Yu.
Title : Surface tension of petroleum on boundary of gas and
water phases at stratum conditions
Periodical : Neft. khoz., v. 32, #10, 62-69, 0 1954
Abstract : The study of surface tension and density of petroleum of
three types (Tuymazin, Termiz and Nebit-Dag) is described.
The study was conducted at temperatures and pressures
corresponding to the stratum conditions (about 800c and
250 atm). The surface tension decreases with the rise of
pressure and is faster at lower temperatures. The charac-
ter of decrease is more complicated at a boundary with
a water phase than with a gaseous phase. Eight charts,
1 table and 2 Russian references out of 12 (1950-1954).
Institution : None
Submitted : No date

Subject USSR/Chemistry
Card 1/2 Pub. 78 - 24/25
AID P - n46
Author : Kusakov, M. M.
Title : Review of the handbook Physicochemical Properties of
Individual Hxdrocarbons, Vol. 1V, edited by Tillcheyev,
Gostoptekhizdat, 1953
Periodical : Neft. khoz., v. 32, #11, 93-96, N 1954
Abstract : This is a review of a new edition of a handbook prepared
by different professional specialists. Chapter I on heat
of evaporation of low hydrocarbons C, - C4 written by
M. Kh. Karapetyants, specially analyzes empirical and semi-
empirical relationships and evaluates the degree of pre-
cision or reproducibility of data. Chapter II on pressure
of saturated vapor of the hydrocarbons C9 - C40 was pre-
pared by M. D. Tilichev. This chapter contains data on
more than 200 hydrocarbons. However, most of this data

Neft. khoz., V. 32, #11, 93-96, N41954
Card 2/2 Pub. 78 - 24/25
AID P - 1146
is related only to the liquid phase, and some to the
crystalline phase at temperatures about 80% of the critical
temperature. Chapter III was prepared by A. B. Iogansen
and contains information on ultraviolet spectra of hydro-
carbon absorptivity. Other chapters discuss.the thermo-
dynamic properties of alkanes at the liquid phase, the co-
efficients of expansion, compressibility, and the meaning
of the difference Cp and Cv for these hydrocarbons.
Institution : None
SubmItted : No date

KUSAKOV, M.14.: M73KENITSKAYA, L.I.
[On thm thickness of thin layers of connate water] 0 tolsbcblne
tonkikh solov "aviazannoi" vody-, doklady na IV Hazhdunarodnom
neftianom kongress" v Rime. Moskva, Izd-vo Akad.nauk SSSR, 1955.
43 P. NLRA 8:9)
(Films(Chardstry)) (Petroleum engineering)

ORKIN, K.G.; KUCHIHSKIT, P.K.; KUSAOT . M . prafAssor, doirtor fiziko-
kbimlebaskikh nmik. retwenzent; GNTKAH, M.A.. redaktor; FW;UZA,
Ta.G., redaktor; THOFIHOV. A.Y., tokbnicbeekly radaktor.
DVsics of oil reservoirs] Visika nef tianogo plasta. Kookwa, Goa.
naucbno-tekbn.izd-vo neftlanoi I gorno-toplivnoi lit-ry. 1955.
299 P~. (MLRA 8:10)
(Petroleum engineering)

ANDIWEV, A.B.; ANTONOV. A.I.; ARAPOV, P.P., BABNASH, A.I.. BEDBYAKOVA,
A.B.; BIEN, G.S.; B ICH. T.T.; lZRNSHMN, S.A.; BITM5107,
V.I.; BLTUMEKBERG, Y.T.; BONCH-BF41TWICH, X.D.; BORMOTOV. A.D.;
BULGAKOV, N.I.; VIKSLXR, B.A.; GAVRILEIKO, I.Y.; GENDLER. To.S..
[deceased]; GULIVANOV, N.A., Edeceasedl; GIBSHKAN. To.Te.;
GOLDOVSKIT,Ye.M.-, GORBUNOV, P.P.; CORTALMV, P.A.; GRIMBIRG, B.G.:
OWUNIR. V.S.-, DAIR)TSKIT, N.Y.; DZIMISKIY, V.M.,(d*co&9ed3;
DRIKAYL40. P.G.: NBITS, S.G.-, D'YACHWO. P.F.; DYURMBAUX. N.S.,
[deceased]; YEVORCHMMO. B.F. (deceased]; TICLIYASHKMCK. S.JL-,
ZMGMOV, L.P.; ZATZLISKIY, A.S.: ZAVELISKIY, F.S.; IVANOVSKIT,
S.R.; ITKIN, I.H.; KAZHDAN, A.Ta.; KAZHINSKIT, B.B.; KAPLINSKIT, S.T.:
KASATKIN, F.S.; KATSAUROY. I.N.; KITATGORODSKIY. I.I.; KOLISNIXOT.
I.P.; K010SOV, V.A.; KOHAROV. N.S.; KOTOV, B.I.; LIM, T.T.;
LIBIDEV, H.V.; LWITSKIT. N.I.-. LOKSHIN. Ta.Tu; LUTTSAU. T.K.:
MANNNNBnGKR, A.A.; HIKHATLOV, V.A.; MIKHATLOV, N.M.; MMV'Tlff. I.H.;
1 1,11", G.M.; PAYLTSHKOV., L.S.-, POLUTAXOT, V..k.; POLTAXOT, To.S.-.
POPOV, V.V.; POPOV, N.I.; RAMIN. I.Te.. RZHXWSKIT, T.T.; ROZ100G,
G.V.; ROZENTHMN , B.A.- HUMAN, ToX.; RMAYISHRIKOV, V.I.;
MIMSKly, B.N. (deceas;dl; EMIN, P.M.; SMIRROV. A.P.; STEPABOT, G.Tu,
STWANOV, Tu.A.; TARASOV, L.Ta.; TOKAW, L.I.; USPASSKIT. P.P.;
YJCDOROV, A.V.; YMM, M.N.; FRRNKMI. N.Z.; KHWFZTS, S.Ta.; K=PIN.
R.I.; KHODOT, T.T.; SHAMSMJR. V.I., SHAPIRO. A.Te.-, SHATSOV. N.I.;
SHISIEKINA, H.N.: SHOR. 1;.R.; SHPICH7aWSKIT. Ye.S.; S11PRINK, B.I.;
SHUMLING. S.Z.; SHUTTY, L.R.; SHUE14ALITHR, L. Ta.: MATS. A.T.;
(Continued on next card)

A-NDFWff, A.B. (continued) .... Card 2.
TAXGVLbT, A.Y.; ANDRETHY, Ta.S., ratennient. rodaktor-, BXMN-
GP.tM,B.M. . retsomsent, radaktor-, BEWLkN. L.D. , rateenzent, redaktor;
BOLTINSKIT, V.N., retsenzent, redaktor: BONCH-BRffXVICH, V.L..
retsensent, rodaktor; YXIM. M.A. . ratsan%ent. radaktor; VINOGRADOY.
A.Y., retsensant. redaktor; GULTSOV, N.T.. retanntent, redaktor;
DNGTTARRV, I.L., rateensent, radaktor,- DEMITARUX. Y.S., retsensent;
i-edaktor; DOBW)SMTSLOV. I.N., rateenzent. rodaktor; TIWCHIX. G.M.
retsenzent. rodaktor;ZIUMCHKIN, D.N., retsenzent, redaktor.:
SHtftVCHMfKO, A.N.. retsenzent. redaktor: ZLODEIYNV, G.A.,, retsensAnt.
redaktor; KAPLUNOV, R.P., retaen2ent, redaktor; KUSAKOV, MA..
retsenzent, redaktor; LEVINSON, L.Te., [decna9edgj-rjstiintent",' redaktor.-
%IALOV, IT.N., retaenznnt, redaktor; UWS, V.A. retsenzent, redaktor;
MMELTTSYN, I.I., retsenzent, redaktor; MIMUTIOV, S.M., retsenzent;
redaktor; OLIVLPTSKIY, B.A., retsenzent, rodaktor; PAVLOV, B.A.,
retsensent, redaktor; PAIIMOV, N.P.,,retBenzent, redaktor; PLAKSIN,
I.N.t retsensent, redaktor; RAKOV, K.A. retsentent, redaktor;
RZHAYINSKIT, V.V., retsenzent, redaktor;, RINBERG, A.M., retsensent;
redaktor; ROGOVIN. N. Te., retsenzent, redaktor; RUDMO, K.G.,
retsentent, redaktor; RUTOVSKIY. B.N., (decoaaed] retsenzent,
redaktor; IffZHOV, P.A., retsenzent. redaktor-. SANDOMIRSKIY, T.B.,
retsenzent, redaktor: SKRAHTAYEV, B.G.. retsament, redaktor;
SOKOV, V.S., retsensent, redaktor; SOKOLOV, N.S., rateenzent.
redaktor; SPIVAKOVSKIY. A.O., retsenzent. redaktor: STRAMINTOV. A.Te..
retsenzent, redaktor; STRELETSK17, U.S.. rateenzent, redaktor;
(Continued on next card)

ANDREYET. A.V.,(continued) .... Card 3.
TRV,TITAKOV, A.P. 0 retsenzent, redaktor; FATIMMItN, Te.H., TotgOntGnt,
redaktorl KHACHATTROV, T.S., retsenzent, redaktor; CHERNOV, H.T.,
rateenzent, redaktor; SHYMON, A.P., retsen20nt, redaktor; Slm9T'O-
PAL, YA. retsenzent, redaktor; SHESHKO. Te.F., retsement, rodaktor;
SHCHAPOV. N.M.. retsenzent. radaktor: TAKOBSON, M.O.. retsenzent.
redaktor; SMANOV. Tu.A., Professor, redaktor; DEMITAITM, F.S.,
professor,,rodaktor; ZHAMSKIY, A.A., Inzhener, radaktor;PLAKSIN,
I.K., redaktor; RUTOVSKIY, B.N. (deceased] doktor khimicheakikh nauk.
professor. redaktor: SBMGALITER. L. Ya. kandidat tekbnicheakikh
nauk, dotsenti redaktor;BRESTINA, B.S., redaktor: ZlWfKNSKIY. A.A.,
redaktor. (Continued on next card)

ANDRETEV, A.Y. (continued) .... Card 4.
[concise pol3rtecbnical dictionary] Kratkil politekhnichaskli
slovarl. Redaktsionrqi sovet; IU.A.Stepanoy i dr. Moskva, Goo.
izd-vo tekhniko-teoret. lit-ry. 1955. 1136 p. (MLRA 8:12)
1. Chlen-korrespondent AN SSSR (for Plakain)
(Technology-Dictionexies)

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of Mhu. d vd~dldwj mkmnl od =4 mpo4r Vroiac, with
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fto~qery when the water CoRtent cictcds 10% of the tGW

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MZMITSKAYA.L.I.; KUSAKOV,M.M.
Selective wett~ing of a solid surface by petroleum in relation to
the pH of the water phase. Trudy MNI no.14:148-155 '55.
(MLRA 8:11)
(Petroleum geology) (Fluid mechanics)