SCIENTIFIC ABSTRACT KUZNETSOV, V. G. - KUZNETSOV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928210004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Study of the phase diagram and the S/576/61/000/000/020/020
E021/E120
a NiS with a millerite-type structure, behave below 300 OC an
semi-metals, but 0 1 ~CoS with 55.22 at.% S, and P1 NiSe with
52.3 at.% Se have a tendency to semiconducting type of
conductivity. The phases a N13S2, a N'3Se2, CoqS8, NiSe2 and
mixtures of Q N'3S2 with Ni, a Ni%Se2 with Ni and
Ni6S C09S8 with Co, have metallic-conductivity. The c/a
ratioe5i's clone to the ideal nickel-arsenide structure in the case
of 0 NIS (c/a z 1.555) but the tendency to semiconducting
properties is greater for P1 COS (c/a = 1.534) and P' NiSe
(c/a = 1.463). This in a deviation from the prediction by
W.B. Pearson (Ref.20: Canadian J. of Physics, 1957, v.35s 89 886)
that phases with nickel-arsenide structure would have
semiconducting type of electrical conductivity. Detailed
information in given on the limits of homogeneity and phase
structure of Ni-S, Ni-Se and Co-S. systems and also the inter-
atomic distances In sulphides and selenides of nickel and cobalt
selenide.
-There are 2 figures, 2 tables and 32 references: 7 Soviet-bloc
and ~;j non-Soviet-bloc.
Card 3/4

XUZZETSOVs V.G.; YELISEYEV, A.A.
X-ray exaraination for termining the bmwAO-ries of h=ogensity
and the nature of the r -KiS phase. Zhur.atrukt.khim. 2 no.5s
578-584 S-0 161. (ROA 14:11)
1. Institut, obahchey i neorganichaskoy khim-ii imeni N.S.
Xurnakova AN SM.
(Nickel a3-IoYB) (Crystal latticas)

MEDVEDEVA, Z.S.1 XWCHKO, M.A.1 KUZNETSOV V..G.-; ANDREYEVA, S.N.
Phase diagram of the system palladiurp-tenuriume Zhl=o
neorg. khim, 6 no.7tl737-1739 JI 161. (MIRA 3.4;7)
(Palladium) (Tenurium)

DRUZHININ, I.G.; IMANAKUNOV,, B.; KU7.NL?Sov, V.G.
Study of some physicocbemical properties of nickel astrakhanite.
Zhur.neo khim. 6 no.Ils2376-2581 061. (MM 14:10)
INOIckel ores) (Bloodits)

DRUZHRUNj I-G.; IMANAKUNOV) B.; KUZNETSOV, V.G.
Solubility in the quatOrnar7 DYBtem conslating of nickelo oodlum..
alum-imm eulfatOB . and water.
!610 Zhuronsorg.khim. 6 no*3.1:2582-
(ayote= (Chmistr7)) (Solubility) (Salts) (MIRA, 14 s 10)

RODE, Ye.Ya.; GOLOVLEVA, Z.S.; KUZNETSOV, V.G.; KOZIMIN, P.A.
Physicochemical study of hydrated peroxide compounds of uranium.
Zhur.neorg.khim. 6 no.12:263_5-2648 D *61. (MIRA 14:121)
1. Institut obahchey i neorganicheskoy khimii imeni lurnakova,
AN SSSR. (Uranium oxide)

KUZ PYI-VA, ANAKUNOV, B.
-j. IY
L-ray diffraction study of solid phases in ternary aqueous
0 tema consisting of nickel, sodium, and Aluminum Ipt1fates at
2P Go Zhurstrukt.khim. 3 no.101-63 Ta-F 162. (KM 15:3)
1, Inatitut obahchey i neorganichealwy kchl-11 imeni N.S.&wnakova
AN SSSR i Institut kbimii AN Kirgizakoy SM#
(Systems (chemistry)) (X rays-Diffraction)

MR,:
TSAUGORODTSEV, P.P.; GARASEKOV,, Ya.P.,, master; BORMASHEMO, R.I.;
LOSKUTNIKOV, V.D., stalevar; MENMOV, "Y.G. stalevar;
SAFRONOV, V.F., stalevar; SUVCROT,-K.R., si;ievar
"Steelmaker's marnial" by M.I. Panfilov. Reviewed by P.P.
TSaregorodtsov and others, Motallurg 7 no.5:39 My 162.
(KM 15 5)
1. Petrovsk-Zabaykallskiy metallurgicheakiy zavod.
2. Nachallnik martenovakogo tsekha Petrovsk-Zabaykallskogo
metall-urgicheskogo zavoda (f6r TSaregorodtoev),
(Open-hearth process-Handbooks, manuals, etc.)
!:., (Panfilov., M.I.)

8/078/62/007/005/003/014
B101/B110
AUTHORSs Kuznetsovp V. G., Tokareva, S. A.9 Dobrolyubovai M. S.
TITLE: X-ray diffraction analysis,of sodium ozonide NaO 3
PERIODICAL: Zhurnal neorganicheskoy khimiit v. 7, no- 5, 1962, 967 - 970
.TEXT: -Xt-ray powderpatterns were taken for determining,the crystallization
form of NaO 3' NaO3was synthesized by reaction of 0 3 with anhydrous NaOH
a't -800C and subsequent extraction with liquid NH 3 which was removed in
vacuo at -50 C. The resulting product (red crystals) contained 90-92%
NaO, Because of the instability. of NaO the x-ray patterns.were taken
3' 3'
at nitrogen temperature by an VPC-55 (URS-55) camera. The x-ray patterns
of NaNO 31 (NH4)NO 31 Na0H, NaOH*H20, and Na02 were taken for comparison.
NaO3 was found to contain small amounts of NaOH and NaO 2* The indication
of the xjray patterns showed good agreement with the interplanar spacings
Card 1/2

X-ray-Investj*qation of,the phase'diagram of the sYste-n 312$3-sb2s3'
V.'-G.'. Kurnatiov,-A. S. Kanishchava.
Concern-.*ng the crystal structure and some properties of solid solutions
in the ternary reciprocal system Bi2Se3 + Sb2Te3 ;: B12Te3 + Sb2Se3.
K. K.~ Palkina, V. G. Kuznetsov.
Report presented at the 3rd flational C-.nference on Semiconductor Compo~mds,
Kishinev, 16-21 Sept 1963

_ 4~Z I MIN, P. A.
KUZNETSOV V~- G., Y
"Kristallicheakayn struktura (c 5H5NH)HReI'C'4 ' (c5H5M)HReIIBR4-"
report submitted for 6-th Gen Assembly, Intl Union of CrystaLlo-graphy,, Rome,,
9 Sep 63-
Inst obshchey I neorganicheskoy khimii im N. L Kurnakova, AN SSSR, Moskva.

IUM OL I KWMINO P.A.
-FR~M~la
Strwtu" of (PYB)BO114 a Zhur.atrukt.khim. 4 no-3-255-62 Ja--T
t63- (MnA Us2)
1, Institut obahchey i noorganiabookoy khJmJJ imeni IsS. Mumakm
AN SSSR.
(Ithenium ampomde) (Z-M oMtaUograpby)

V V,
AID Kr. 994-1 20 jtina
'PHASE, DIAGRAMS AND STRUCTURES OF A LL:OYS IN THE SYSTEMS
-.Sb*Tas AND Bijeo SbaSej (USSR)
_,NR;Zetaav,-V,_rk, -and K. K. Palkina. Zhurnal heorganicheskoy khimii, V, 8
no. .6,. May-1063, 1204-12184'' S/078/63/008/005/012/021
The systems Bi$Se I - Sb 2Te3 and BijTe I - S~ Ae3 have been studied by
thermal and x-ray ana~ysln at the Institute of General. and Inorganic Chemistr
Y_
inieni N. S. -Kurnakovf--Acadfamy-o-Ugc-ienc~es XISSR.
Card 1/2

AID Hr. 994-1 20 June
P&SE DWRAM iJM 8nWCTWS OF AM= [Coat Idl 3/078/63/008/005/012/021
110 e
Q Und *81 Th results of the study have made it possible to
Bit plot phase diagrams and to establish the structures
solid soluUoAO - of alloys in the above systems. . T h e s y s t e m
0 9 0 8 "V B12Seq - Sb2Te3 forms completely miscible sub-
stitutional solid solutions with a rhombohedral
multiple-layer structure of the tetradymite type*
CI 0 .40
a I I The liquidus and solidus are smooth, with a mini-
40 0 13 9 mum'at595*C, 85moljoSb2Tes. The system
Bi2Te3 - Sb2Ses forms partially miscible solid
19 solutions,~ - Solutions based on BI 2T e , also have
0 a multiple-layer struciure of the tetradymite type
49 and a one-phase region from 0 to 70 M0119 SbA656
Solutions based on Sb2Ses have a rhombic nucleu
a chain structure of the Sb 2S. type, and a single"
phase, region from, about 97 to 100 mo1% SbaSev The region from about 70 to
93 mol% SbaSaj. contains a mixture of them rhombohedral and rhombic solid so-
lutions and & enteadc at 600*C, 86 mol% Sb2Se,,, The phase diagram of the eye-
tem, BiaSe 3. + Sh Fe 3 r. Di,,Te 3 + SbaSe3 at 5000C to given in the illustration,.
A
Card 2/2

KMIKOVSKIYY B.N.1 HIEL"V, Yu.N.; KUZNETSOV.-Y,9.
X-ray diffraotton study of the oxidation products of tenurium.
Zhur. neorg. khim. 8 no.611338A-V41 Je 163. (MM l6t6)
1. Inatitut obehohey i neorganiohenkay khimii imeni Kurnakm
As SSSR.
(Tenuri=) (Oxidition)
(z rays-Diffraction)

YANATIYEVAp O.K.1 ORLOVAO V.T.,j MN.ET.S,OV,.V.0.
,Nature of the glAserits phaae in the oyotem K2SOI. - Ik2SO,4 - HLOO
- . Zhur. neorg. khim. 8 no.7tl756-1765 JI 163o
(MMA 1617)
(A33rali metal sulfatee) (Aphthitalits)

T. -1 7 9.-,4 -K
Zia __AFFT-F1,'VA_QD MAID
_Wf i
ACCESSION NR: AF3006805 S/0078/63/008/009/2132/2135
AUTHOR: loffe, V.;: Kuznotsov, V#.G,l Palkina, K. K.
TITLE1 (bTherMal conductivity and rmoele ric figure of merit tz),
41tTleniebyantimon tallbrida &TiA
of solid solutions inithe biamun.
bismuth talGride-antimany M-a ide systems
SOURCES Zhurnal neorg!anichaskoy khimli, v. 8. no. 9,,: 1963# J
2132-2135
TOPIC TAGS-i bismuth 8~,elenide, antimony telluride, bismuth tiI
ride, antimony seleaLde, solid solution,'alloy, semiconductor,,
n- :thermoalecttic material, total thermal" i -on
semic6 ductor system,!
ductivityl alactrong ia'tticag thermal conductivi,ty, electric 1
conductivityj thermoelectric power, thermoelectric figure of'
merit, bismuth selenide antimony telluride systeT4, bismuth t6
ride antimany;aelanida system
7,1
ABSTRACT: Total thermal conductivity (c electrical condue t
thermoelectric power have bien measured at roop!
~'o) ,-and 41 fit
ature, for the anti a.composition range of solid solutions-l'a c
pe.r
P
car
d-i/AJ

11-74 3-63
ACCESSION NR:
AP3006805
the B'2Se3-Sb2Te3 and Bi2Te3-Sb2Se3 system"- The calculated
values of the thermoelectric figure of merit (Z) were correlated
with composition. Data for the systems studied are not available
in the literature. Alloye were prepared by malting mixtures 0t
the high-purity elements in the required proportions 1neevacuatoaj
sealed quartz ampule. The alloys were vacuum anneal
ed 1hot pressed
into specimens, and quenched from 500C.*___W_1l meadurem to were
conducted with tho same specimen of each alloy. Thermal conduc-
tivity by electrons (Kel), was calculated from the measured a
and thermal conductivity by lattice vibrations (K as the dif-
ference. lootherms'.of a, a, K and Z for solid solutions in 6*'th
'
systems studied are shown, in Figs. I and 2 of the Enclosure. th e y' -j
following conclusions are reached, 1) Diffuse minima 6f K
:nd
t
J
characteristic of metals,, exist in both systems at a 1/1 ma r
ratio of the components. , 2) T6e peak Z values (at 33.33 and
66.66 molZ 91) To ) in the B1 So -Sb To system are 1 '6 and 1.3
2 3 3
times the Z value for purO B1
g'3; t9e peak Z value (at 33.3
2
Sb Se in the Bi Te Sb
9e system is 7 times the Z value for
:
2 3 2 3 3
2

Cord 2 01'At I?

L 17V43~ri63__`_____
ACCESSION NRj AP3006805
pure BL2Ta3. 3) The sign of a of the 3L Se,3-Sb2Te stam chan;4
from negitive to positive at 42 moll: Sb 4e and at 90symol% reath a
s t9at3of pure Sb2T
its maximum values which In 2*5 time e3j a to ...
the p-type BI Te,-SbSa" system reaihes, its peak value at about,
2 3 1
.40 cmal% Sb2Se3s CartaLa-discrapancies in absolute a and 0 v& ue
between this and a previous study (V, Gs Xuzaetsov, K, Ks Palkinast-,-
1 .1
mii,4 (Abstracter's notet 91,,
A. V. Dmitrlyavs Zh. neorgans khL
2136 (1963)), are attributed to the fact that the Impurity content:,;
of Te was higher in the earlier study, The patterns of % and cl
isotherms are similar In both studies, It was shown that the main
component of KtIn both systems is KI, Orige -art. has: 4 figured 4
and I tab
I ASSOCIATION i lastitutlobshchey I neorganLcheskoy~ khLmiL I a'. Hi'sS
Ku"rnakova Akademil nauk SSSR (InstLtute of General &ad-Inorganle
Chemistrys Academy of Sciences SSSR)
DATE ACQt 30Ssp63 ENCLs OL
~:~.SQBMITTEDs 16Aug62 j"
SUS CODE: PH9 HA NO REP SOVI 004 OTHERt Odi,~,
~J

2-6 M(M)/6s Al iD
'iCCESSION MRS AP3006806 0/0078/63/008/009/2136/213
9
AUTHORS Kuznetsov, V, 0. g: Polkinao.-Ke K.; Dmitriyev, A. V. 69
TITLES 91 ctrical conductlvlty~ aud'thermoolectric.powev of the i
-and bismuth telluride-anti
bismuth selenLds-antimony~tsllurida
do solid'solutions.. U
seleni
SOURCOVIihurnal noorganeche'skoy khimii, v. So noo 9*:1963, 2136~.
2139
JOPIC TAM antimony big=uth selenide telluride ternary systefgl
bismuth selenide, antimony telluride, bismuth telluride, antimony
seleni on, electrical conductivity, thermoelectric!:
de, solid soluti
power. metallic type conductlvltyg semiconductor type conductivltvf.~
bismuth ssleni4e antimony telluride system. bismuth talluride.!'
an'timany sel~nide system
ABSTRACTS Variations in electrical conductivity (a) and therxo-
electric power (a) with solid-solution composition hav.e been '*'tudkd~-
~__l in the B12"3-9b2T43 and BL Te Sb So sactions of the co=po#'1tion_;.*V
2
b B1 X3; So ternary system. Dats' Or~
square repral-siontLng Zhz- S 2- 3-Y Y_
'..,Card 13
- - - - - - -L-7 -74
-J

~ACCESSI'ON NRs AP3006806.
the sections are not available in the literature, but phase dia-1
grams have been established (V. Go Kuznotsov, K. K. Palkina, Zh.'
neorgan. khimtii-S. 1204 (1963)), - Me4surements of a and a were i
carried out at room temperature on hot pressed specimens preparedi
by malting mixtures of-tho aritygompounds in ev*cuated
AW:2 _U_
sealed quartz ampuls ~The hot pressed specimens were vacuum,
annealed and water quenched, It was shown that 1) minimum V,cor-
in the Di So -Sb To system, while
resp3adi_to 70 mol%,SblTe3 2 2 3
the n-type a in the Bt2Tej-Sb stem decreases continuously~
2S03' By
-solutto
with an increase In Sb Se concentration in the solid
the sign of *-ol B129e, in -Sb
And 2) -the B12Se3 2TC 3 system
changes from minus to plus at,60 molZ Sb2TO3 and reaches a maxim-fif.
at 70 molZ Sb2Tc3, while a in the B12Te3-9b2SO3system shows
maximum at 50 molZ Sb2S83f#' In the 18-227C range, a metallic-;
type, temperature dependence of,a was found for pure D12Te3, Bi Mai
2'j39
and Sb To -type dependence, for Sb So 0 a
2 3. and a semiconductor 2 3
crepancies between experimental and literature data on a and *I
for n-type B12Te3 and n-type 012503 are caused by differences In!
I V
the purity of the starting materials and in the preparation of
19
Card 2/3

L 17742-6~
ACCESSIOWNRi AP3006 6
the specimense Orig,,larte has's -.1 tableg and 3 figures*
q ASSOCIATIONt Ina tituti obsbehey i neorganichaskoy khimli im*~~
'Kurnakova: AN 6m (Institute of Control and InorRanic Chell.kk~_17.1-1
AN SSSR)~,
SUBMITTEDt 300cs:62 I DATE ACQt 308op63 ENCLt 00
an--i-mn a P-sr- -c: n Vniq (ITHPRt 006

I
I Ye.Ya.; GOUJVLEVA, Z.S.; KUZIIFTSOV, V.G.; YOZIMIN, P.A.
RODE Y
Hydrated compounds in the system nranium trioxide - wqter. Zhur.
neorg. khim. 8 no.12:2751-2772 D 163. 04IRA 17-9)
1. Institut obshchey i neorganicheskoy khimli imeni Kurnakova AN
SSSR.

ACCESSIM NR: Ap4wm 8/01"/005/001/01"U
AMORSt spot XWw11na# V.X.; Tokerevap S.A.;
TITLEs X ray study of sodium oxon1dep NaO sub 3
SOURCE: Zhurnal,strukturnoy khljdi,, v. s. no. is 19640 142-144
TOPIC TAGS: x ray studyp sodium ozonides symmetry, cell 41menslonj
interplaner distances volume centered tetragonal lattioe, sodium,
sodium compound
ABSTRACT: Sodium ozonide was obtained by reaction of ozone with
dehydrated sodium hydroxide at -80C for 3 hrs. with subsequent ex-
traction from liquid ammonia. The solvent was removed In a vacuum
at -500. The orysta2lic product contained 85% sodium ozon1de.
Specimens of sodium ozonide synthesized at a temperature interval
of 0 to 50 and separated subsequent extraction with liquid
a=onis. were studied simulleously. From X-ray photographs It was
Card. 2/9

ACCESSION NR: AP4019271
possible to measure more lines and obtain more accurate valueep
and also to determine the symmetry and cell dimensions. Indexing
or x-ray photographs by means of Helly'a curves provided better
agreement of measured and calculated interplaner distances for a
volume centered tetragonal, lattice with the ratio ci/a= 0.66 and
with periods a -11.65 and a =7.66 A. Deviation is observed for
the first diffuse line with d -3,9n A., which Is ftTlalrAd by a
large ezz r of measurement for thin line. The density of sodium
ozonide found by the hydrostatic suspension method,, Is 1.6 g./60.
The number of molecules In the unit cell is 14. As a result of
anal
ysis of wctinotion and of value N -14, spatial group I of Utt
was tentatively selected...0rig. art. hast 1 table,, 1 figure.
ASSOCIATION: Institut obahchey I neorganicheskoy khImil. im. N.S.
Mirnakova AN SSSR (IneUtute, of General and Inorgania Chemistry
AN SSSR)
SUMaTTEDs 19JUn6B DATZ A00,: g7rarO, EXCLt 00
SUB PODR: CH'~ NO JUW 8071 005 OrMs 003
Card 2/2

YELISEYEV, A.A.; KUZN~ETSCVp V.G.; YAREMBASH, Ye.l.
X-ray diffraction study of lanthanum telluride. Zhur. strukt.
khim. 5 no.0641-642 Ag 164. (MIRA 18:3)
1. Institut obBhchey i neorganicheskoy khimii Imeni Kurnakova
AN SSSR.
U ,

YLISEYEV, A.A.; YAREMBASHp Ye.1,;.XUZMUWV,_V.G.; VIGIIEVA, Ye.S.;
RESHCHIKOVA, A.A.; ANTONOVA, L.I.
Lanthanum tellurides. Zhur.neorg.khim. 9 no.4:876-882 Ap 164.
(MIRA 17:4)
1. Institut obshchey i neorganicheskoy khimii imeni Kurnakova
AN SSSR.

The
s thug f pad bv

L 8947-65-
sRi AP4044280

"ACCESSION NR: AP4040728 S/0192/64/005/003/0397/0403
AUTHOR: Kuz Inetsov0,-.V.-.G.; Petushkova,, ~.X.; Tananayev, I.V.
TITLEto Radiographic Investigation of gadolinium phosphates
~SOUROE:.Zhurnal atrukturnoy khimii,, v. 5, no. 3, 1964, 397-403 J
J
ITOPIO TAGS: gadolinium phosphate radiography, gadolinium phosphate,
powder radiography
,ABSTRACT: Using methods of powder radiography, solid phases formed
20 were In
,at 250 in systems GdOl H POA-11,0 and GdOl Na P04-H
vestigated. The articKe goniainf-is tabulat2 Ma of radiographic
iai~alysis covering the obtained products: qGdP04*Gd(0H) -27H 0- (;dPq4-
1H 0. 4GdPO4-Na ;04 12H 0, as well as the products of tReir Reat
:t?ea'tment: GdP8 ; ~dPO~-O.33*H20; IBGdPO4-Gd.;,OA and 4GdPO -Na PO
'It was found th t GdPO has two orystallina-m6dJL6ication~:he'gag'd*na'l
(a=6.89k a--6.331; spatkal group D64-P6 22 and :D -P6 22) W)Aoh Is
~isostructural with the hexagonal mo- ?cation 9f lathanum,
dif
,cerium and neodymium phosphates, and probably monoolinal-laostruc-
~tural monazite. The resulte,obtained may serve for the Ideutifica-
,~Mn ofAhe compounds# Orig. art. has: 6 tables.

N&,- AP14044279

A2-SITRAC"I. A series of alloys of the ra-~
.Ltu a7stem-, conta-injrg atA Te vim
X.-D pp j -at I Tv,

--. I - .- -- -- - 1- -- _-i, - , ~ -- ~, ~ . ~ I .- - -
J ! ; .1 ("', ~ "I ~ -.,A 1, 7 T ,
., " & "I.- ,1.

. -I
7, ~, -l',L-~-:1 , ~; ~ ..- - ,-~. ~ . I - .. I ~ I .. - ---l-7- " - ~ :fI
, I ; ~, 1::---!,
. 1 .1 . .., -~. i

KUZNETSOV, V.G.; LI CHI-Ft, [Li Chlih-fal
X-ray diffractlon,examination of the system SnS - PbS.
Zhur. neorg. khlm.19 no.5s1201-1206 My 164.
(MIRA 17tg)
1. Institut obshohey i neorganlcheskoy khimiJ Imeni N.S.
Kurnakova AN SSSR.

KUMETSOV V.(;.; VASILIYF,VA, V.P.; TANANAYEV, I.V.
X-ray 6xamination of lanthanum phosphates. Zhur. neorg. khim.
9 no.9:2053-2059 S 164. (141RA 17:11)

!7*.!ijE,l',';()V V.G.; "EMJ~'RKJA'A, ~11'91'01- . 1,
I___-
X-ray ciLf"raction sticly of' gadolinium phospt-ates. 7,hl;-L'. Otmuk:.,
I him. 5 no.3;397.-.'#03 My-jp. 164. (Mlilk 18:7.)
1. Institut obihcf~ny i neorganicheskoy kh.IT-ii inneiii !T,3.
AII &;S1(.

ALN S 5 S R Izvestiya. Neearg an iches Ir! vr. -,n.-,-L j- ',965, 68-76
I ur i de so J~jbj I it y se le n i de rc
qnwl q
r, V
mctal.lographic studt of I 11 v s .1 n I h
i 1 171

~-e-ral !-Aid solution vith the Sb 2 Se3 bane at 500C was 98.' as nhown
T v . a r t . ha F f t , T k~ fi a : :'~ ~ '- ~f - . -- - .
n,; t I t u t o b s h c h c v i neo r gi r- i r: h K r
--R Inor
z*~eneral and c f m
SUMMED: 15Ju163 ENCL: 00 SUB CODE: IG, MKJSS
Nil PXF SCM! 007
11 OTHER: GOO
2/2

KIWZNETSOV, V.G, SOKOLOVA, M.A.; PALKINA, K.K,; POP(.TJA, Z.V.
Cobalt-sulfur system. Izv. AN SSAS. Neorg. mat. I no.5.'675-689 My
165. (MIRA 18:10)
1. Institut obshchey i neorgunicheakoy khimii imeni Kurnakova AN
SSSR.

rill- ran
ALUMHOR. T&HYST. A. A- V.Amaisov, V. 0.
atracture Of I aTo
2
N S~R. Izvotitiya. Neorgnnicheskiy*3 matFm~w,
-he
I aMcle reporto on rin
!~m,~nnt,ws r,f the in',
------------%
*c" dezerrmnea. Tbe LaTo,) mtructuire has a 14yo-red
Pctar I-n whieb Lho laye" parvfflel to the nc-~HtnAi-, ~11
C-n,d

N R~ Iti,5016683
Ii - Tc~ " T~v a u th o r 9 a-? c, i-Yarenhash
p7,
jult-A-. Inatiwt obbhchey I neorgpmichcs" kbimLi !T-. Ki=,lv3-nd kW(=U
zi~nte of Gancral aue, Lwrip~aio Chj=if-try, Atmderriv it -;~-inrncca, SSSM
OTHFKR~

YELI3EYEV A.A.; YAROMBASH, Ye,I.; KU'ZINETSM, V.G.; AN-M',"C".
S
S ZOPS
TOYANTSEVA,
X-ray diffraction examination of lanthanum tell-uri(ie.~. 1 AN
SSSR. Neorg.mat. 1 no.7:1027-1038 Jl 165.
1. Institut. obsheboy I neorganicheskoy klilm-41 Irnoul ?I.'-I.Kurr2ikcFva
AN SSSR.

It ~ .1 11 . -1 -1 if V . t-', 4
ELLMT, C.V.~ T.")APKIN, V.V.~, MAWYlk)'J, yu.,,j.;
Chlnridobromilde conplex compounds of tetran-ldo-tyPt. aranyl.
Zhur. neorg. klAm. 10 ro.7,1572-1590 Jl 165. (KRA 18:8)

J,
"
X-raya diffrantion and thtnm,)Frrftrh!,3 of gl1pyl
of Oe system Sb Ttj - St. Tzv. 0
2 2
no.12~2158-2164 P ?65 .
I# InAfttut ob.,jhchey i neorganichosk!~,,! k1lip.1i
AN ESSR. Submitted T nc. 10, 1965.
vu

LAPINSKAYAJ, T.A.; ~UZHETSOV, V.r,.
Correlation of t1jo zone of the JC=a-K.*,jicj, wth the
tectonics of the crystalline basement.. D.-)kl. fJ1 SISLft 1-U,
no.5:1U5-LU8 0 165. (MIRA 18:10)
1. Maskovskiy inaLitut nnft#jkbiirLLc~es1,oy i i-omyshlennosti.
Submitted April 13, 1965.

ACC NRI AP7000138 SOURCE CODE: tJR/0177/66/000/011/0030/0034
AUTHOR, Derevyanko, Ye. A. (Lieutenant Colonel of Administrative Serviceal Candidate
of Biological Sciences)l Kuznetsov, Vo G. (Major Medical Services)
ORG: None
TITLE: Experimental study of-spatial illusion during flight
SOURCE: Voyenno-meditain3kiy zhurnal, no. 11, 1966, 50-54
TOPIC TAGSt medical experiment, space biologic experiment, human.ailment, human
physiology, Jet aircraft, research aircraft, transport aircraft
ABSTRACT: Spatial illusion in one of the factors complicating the pilot's activities
when flying on Instruments. The causes, conditions and mechanisms which give rise
to this phenomenon are of great theoretical and practical interest since only by
understanding them can preventive measures be taken. 0. A. Yakubov and A. A. Vorona
are cited as sources for descriptions of the nature and symptom3 of spatial
illusions. But it Is acknowledged that experimental data on the concrete circum-
stances 'in which these Illusions arise, other than the word of pilots themselveng Is
lacking. Present research will only make it possible to establish some of the
sensations of the illusionst and indicate some paths to be followed during further
experimental study of their causes. Aesearch has boon conducted using specially
Card 1/2 UDCt W.89-wa.42-02s629.13

rACC NR: AP7000138
equipped recording devices installed in TU-104 aircraft. The K-12-21 o3cillograph,
used in conjunction with MP-699 TsGVt and DUS-) sonsors records physical parameters
for overload, bank, and angular speed of the aircraft heading into a bank and
emerging from it, and glide. Eleven command pilots and co-pilots, as well as six
non-flying personnel participated in the research. The manner in which the research
was conducted in described. The results obtained indicated that distinction could
be.made between three types of illusions: prolonged bank, reverse bank, and
cyclical illusions, all of which are characterized by descriptions of the sensations
experienced. It is concluded that, apart from internal factors involving the central
nervous system, acceleration in a major factor in causing illusions. But the
analysis of the indications of the three types notes that they were registered in
the absence of optical information on spatial conditions& Origo art. has: 3 figures*
0
SUB CODZ: 22, 010 w~ SUBM DATEt none

L 16468-66 EWT(m)/ETC(f /EPF(n)-2/EWG DM
ACC NR: AP 05540 1 1 (N~ - WRCE CODE: UR/0089/66/020/001/0075/0076
AUTHOR: Veselovskiy, h. N.; Kuznetsov, V. G.; Sak2lich,_V. A.
ORG: none
TITLE: Optimum ratio of neutron- and gamma-radiation doses behind the shield of a
reactor
SOURCE: Atomnaya energiya, v. 20, no. 1, 1966, 75-76
.TOPIC TAGS: radiation shielding, gamma radiation, neutron radiation, nuclear en-
gineering, reactor shielding
ABSTRACT: It is shown that slight deviations from equality between the surface
areas of the light and heavy components in a lead-water shield may have a conside-
rable effect on the ratio of neutron- and gamma-radiation doses for optimum thick-
nesses of the water and lead components. No definite ratio of neutron- and gamma-
radiation doses can serve as a generalized optimizing test depending on specific
structural considerations. Therefore other tests must be used for checking optimum
shielding conditions. Orig. art. has: 5 formulas.
.SUB CODE: 18/ SUBM DATE: IlMar65/ ORIG REr: 002/ OTH Mr: 002
Card 1/1 rr) C., 621.1039.68:539.125.5 + 539.122

L 13565-66 1 'P'c
_ACC_NR,_AP6001233---- SOURCE- CODE -----UR/0363/65/001/012/2158/2164
AUTHOR: Palkina, K. K; Kuznetsov V. a.
ORG: Institute-ot Gener
SSSR (Institut obsbohey I
mil
SSSR)
demy- of Spjjn~s
TITLE: X-ray diffraotion and thermographic study of alloys of the Sb.,Te.-Sb,Se. system
7,1 71 - -
Izvestiya. Neorgavicheskiye materialy, v. 1, no 12 65'1158-
SOURCE: AN SSSR 19 2164
TOPIC TAGS; solid solution, antimony alloy, tellurium alloy, selenium alloy, #V,-,
.19AAA04~.C)15, p,'1fjjF
'ABSTRACT: The homogenized alloys were studied by differential thermal analysis with a
Kurnakov pyrometer and by x-ray powder techniques. Because of the supercooling tendencies
of the alloys, the thermal effects were recorded on heating curves. The cutectIc type of the
phase diagram of the system with limited solid solutions was confirmed. The region of homo-
geneity of the solid solution based on Sb_Tc. is located between 0 and 53.5 mole % Sb2So at
500Cand between 0 and 52.5 mole %Sb~;c._at 350C. The constants of the hexagonal 9~~e,,
lattice decrease with Increasing Sb~3&3 content of the solid solution: a from 4. 264 to 4. 128
cf:r=30.42029.52A. Inthe range from 46.6 to 97 mole% SbbSeat 500C there exists a
~Ryo-phase region consisting of solid solutions based on Sb2Se,3 and %Te. OrIg. art. his:
3 figures and 5 tables.
SUB CODE: 11 SUBM DATE: 10Jun65 ORIG REF: 005
UDC: 646.86124.1+r>46.86
T

MIXHAILOV, T%Vjj MNETSOVO V,Goj KOVALEVA, Ye.S.
Cryb' IlinS structure of cesium tatrabromouranylats Ca2[UO2Br4l.
ZhukI..tr.ukt.khiw. 6 no.5087-789 S-0 165.
(MIRA 18:12)
1. Inatitut obahchey i noorganibheakoy khimii imeni N.S.
Kurnakova AN SSSR. Submitted May 210 1965.

P
_L 2 M M
ACC NRI AP 5028101 J D (W;G!l H SOUICS CODS: UR/0048/65/029/011/1082/1085
5,5-- 0" s* -;- 44 ` 5. 4~ 4*
AU711OR: 110r0dift, V.Z. . KUZn0td0V,7Xj. I Lexglntseva, T.N
Ono: -RgAt2y-on-the-Don State University (Rostovskiy-no-Donu Gosudarstvannyy
univorsitot)
TITIZ: Dielectric and optical investigations of bgrium titanatp. single crystals.
in the infralow frequency range Ikeport, Fourth All-Union Conference on FerroO
rlartXLQ1jv hold- at Rostoy-on-the-Don 12-16 September 19647
'~Lj.
SOUICE- AN SSSR. Izvestiyaq Seriya fizipheskaya, v. 29 no. 11, 1965, 1982-1985
ZY '/f/j
TOPIC TAGS: Ferroelectric crystal, bariuatlijani d lelec t r1ey 6J"nt electric
coercive force, electric domain strUctuFe-, extreme low frequency.
ABSTRACT: The'polarization,~effective dielectric constant, and coercive field ot-
thin (0.02 to 0.2 mm) DaTi% single cryste.1 plateswith'different domain structures
were measured at frequenciesbetween 10-2 and 104 cycle/sec. The reversible di-
electric constant was measured at a carrier frequency of 150 kilooycle/see in the
presence of a very low frequency bias field. In addition to thiso the behavior
under the influence of low frequency fields of single a-domains in the midst of
o-domains was observed with a.polarizing microscope. At frequencies below about,
50 cycle/sec the effective dielectric constant as a function of the amplitude,of
the reasuring field showed apronounced maximum-at-an amplitude in the vicinity
CdM 1/2

L-7024-66
ACC NRI AP 5028101
of I 3V/cm; the maximum d electric constant increased rapidly with decreasing
\_1 the maxim'um shifted slightly to lower amplitudes.
frequency and the position of
The coercive field decreased gradually with decreasing frequency, reached a mini-
mum at a frequency that depended on the amplitude of the applied field, and subse-.
.quently increased to the static value. The changes in thickness of a-domains were
observed in 0.2 cycle/sec fields. At low amplitudes of the applied field the
domains oscillated at the applied frequency, but at high amplitudes the domains
oscillated at twice the applied frequency. An analogous transition from fundamental
to second harmonic domain oscillation was observed on decreasing the frequency while
maintaining the amplitude constant. When oscillating at the second harmonic, the
domains reached their greatest size when the applied field passed through the value
of the coercive field, The relation between domain oscillation and other diolectac
properties of the crystal is discussed briefly. The authors thank M.L.SholokhoviZRSS
for providing the single crystals. Orig. art# has: 1 formula and 5 figures.
SUB CCDS: 58, EM StWU DATZ.- 00/ ORIG.RRF. 005 OrH RIF-.'002

KUZNETSOV, V.G-.
Case of lelomyoma of the corpus ventriculi. Vest. rent. i rad. 37
no.2:61-62 Mr-Ap 162. (MIRA 15:4)
1. Iz rentgenavskogo kabineta Shumerlinskoy rayonnoy bol'nitay
Chuvashakoy ASSR (glavnyy vrach A,N.Yefremov).
(ST(24ACH-TUMORS)

Treattyi-rit c--f pturvrip,.~Lta. "drav. 23 no.402,-15 163.
(11.11IRt IT',5)
1. lz rem, z'-,Tau,3kqy prods~-.,y b.-)l Initsy No. (i,-!avnyy vrw:4. - S.F.

SOYIIIZ-58-2-2337
Mranalati-oa- from: Referativxxyy zhurnal, Elektrotekhnik-a, 1958, Nr 2, p 90 (USSR)
AUTHOR:.. Krzwnetsov, V.
TITLE: The Electrical Equipment of Diesel Locomotives
(Elektrooborudovaniye teplovozov)
PERIODICAL: V ob.: Raboty M-va elektrotek-1-n. prom-sti SWR po mekhaniz. i
aytomatiz. nar kh-va. 2. M., 1956, pp 16-Z4
ABSTRACT: A simp:ified d4agram of the TE 3 Diesel electric locomotive is pre-
sented. To obtain a hyperb.clic external characteristic of the traction genera-
tor, which would ensure constant power, an exciter with saturated and non-
satu-rated poles iA IZBed, A tachometer -generator automatic power -cozLtro';. sys-
tem is used to iznDrove the utilization of the installed Diesel capacity when the
teinperatt.,re of the generator field winding is ch-ingiag a--d when the auxiliary
kad varies. A current-14miting device of the traction generator secures the
constant acceleration of the locomotive. A 1, 350-kN50-rp_n%NfPT 99177 ftrpction
gen.erator is installed na the TE 3 Dlesel loe.,-3motive. Type EDT 200A tzzction
motors have
Card I iZ

SOV/112-58-2-2.337
The Electrical Equipment of Diesel Locomotives
supporting -weight suspension; each motor has a continuous capacity of 205 kw
at 500 rpm. An exciter and an auxiliary generator of the Diesel locomotive
have the shaft and housing common with the armatures. The exciter has a
capacity of 10 kw; the auxiliary generator 8 kw. Auxiliary generator voltage
is kept constant (at 75 v) by a type TRN 1 electrodynamic voltage regulator.
A brief description of the electrical equipment of the TE I and TE 2 lDcomo-
tives is also presented.
S. M. D.
Card 212

USSR/Microbiolo67 Medical and Veterinary, F-4
Abs Jour : Ref Zhur - Biologiya, No 7, 1957, 264o2
Author : Kuznetsov, V.G.
Inst ..........................
Title An Efficient Method of Dysentery Phage Diagnosis
through Mass Tests.
Orig Pub Zdravookhr. Tadzhikistana, 1956, No 3, 14-17
Abst It is proposed that a polyvalent phage be used for dia-
gnostic purposes, in addition to the usual testing tech-
niques. A suspected colony is implanted on Res8el me-
dium (only traces of vater of condensation are permissi-
ble in the test-tube). Scratch implantation must cover
the entire width of the beveled surface. A loop (2 mm
in diameter) is then used to place in the center, a drop
of polyvalent phage, vhich is then smeared upward in the
form of a stripe. A "sterile track" arises in 7 - 10 -
20 hours on the beveled surface in positive cases.
Card 1/1

.. Mirl"MOVA VIGI
Simoltuneous inroutation wJ th s mna, Accuris and
Diniqllobothrium latum. Med.paritz.1 paraA,;.bol. 33 nc.4.~488-490
J3.-Ag f 64. (MERA 180)

ACCESSION NR; AT5013227 UP/ 25 56/6 5 /0130 /1-136'/00 30 /603 7
AUTHOR: Kuznetsov, V. G. (Moscow)
d~~
TITLE: Some analogies in the disposition of lunar craters and terreutrIal vol-cannes
SOURCE: Vsesoyuznoye astranomo-geodezicheskaye obshchestvo. Byulleten', no. '116,
1965, 30-37
TOPIC TAGS: lunar topography, lunar crater, lunar crater chain, Tunar crater arc,
endogenic crater
ABSTRACT: The disposition of curved mountain ranges on the surface of the moon, as
described by M. M. Shemyakin (Byull. VAGO, 1962, no. 30(37) and Priroda, 1962, no.
2) has been made the subject,of a study comparing these ranges and their craters
with 16 island arcs on earth, especially those in and on the periphery of the Pacific
Ocean (Kuriles, Japanese Islands, Java, etc.). Topographic and geomorphological
comparisons Included the curvature and lengths of the ares, the disposition and
spacing of craters along the arcs, as well as crater areas, elevations,and symmetry.
The similarity between the disposition and topography of the terrestrial and lunar
arcs is clear enough to postulate an endogenic origin for the lutiar craters'and
more detailed studies are recommended. Orig. art. has: 7 figures and 1 table.
[ER]
Card 1/1
8 (4/16)
X?kk~- /V,.
V,

V G. F A VAYiN I V ii THT,
MA

- -- KUZNETSOV..,..,V.G..,..-",.
Special fneilitien and methoda for re4sarch on enterobiaoip In
laboratory practice. Lab. delo 10 no.4s229-233 64. (MIRA 17:5)

KUZNETSOV, V.G.
------------------------
Method for a mass check of the population for enterobiosis.
Wray. Tadzh. 3 no.1:22-26 Ja-F 156. (NM 12:7)
1. Iz kafedry biologii (zav. - doteent A. I. Shchurinkova)
Stnlinabadakogo Goeudarstvannogo meditsinskogo instituta, im.
Abunli-ibu-Sino (dir. - chlen-korrespondent AN Tadshikskoy SSR
Ya. A. Ratchimov) i son. epid. 3aboratorii SAL (nach. - B.G.
Konopkin).

Ewp
L 10407-M Effflm (w)/EWP Q) J/ '(t)/EW (b) JD/WB/DJ/WE!/RM
CCL'ITR- AM5022MOW Monograph UR/
ovichk; Kuzn ovskiy,
Kolotukhin, Ivan Nikifot ich: Kazarn ~2
ets JI.VasiliY Geoulygm
U "000
Semen Naumovich; saregradakTy-, VladimLk-Alekseyevi
i Lubricating and protective materials (Smazochnyye I I zashchitnyye. mate rialy)l
3d ed., rev. and enl. Moscow, Izd-vo "Transport," 1965. 171 p. illus..
biblio., 8000 copies printed.
TOPIC TAGS: lubricant, lubricant component, lubricant property, lubricating oil,
grease, lubrication, paint, lacquer, detergent, railway rolling stock,
protective coating, corrosion protection
PURPOSE AND COVERAGE: This monograph presents the basic properties, test and
preparative methods, and also applications for lubrican and protective
paints and lacquers required in the railroad Industry. Compared with the
i second editio%, this edition provides additio4n
,,,PAwmation on synthetic
I new synthetic polymeric paints "Tacquers, and also detergents
oils I/Aleases,
and polishing compositions. The monograph was approved by the State Adzin-
istration for Educational Institutions of the Ministr Ivor
S
textbo-oR7ro---- of, Tran 'I range
r raff transport technical schools and can be used
of workers who are connected with painting and lubrication of rolling stock.
Card-1/3 UDC-, 625.23/.24002.4-1621.892+661

L 10407-66
ACC NR: AH5022503
TABLE OF -COMNTS [abridged)
introduction 3
Ch. 1. Friction.. Basic properties of lubricants 7
Ch. 11. Product.e.for preparing lubricants 18
Ch. 111o Lubricants used in rail transport 37
Ch. IV. Testing of lubricants 61
Ch. V. Protective materials, general 80
Ch. V1. Raw materials and intermediates for paints and lacquers 98
Ch. VII. Paints, lacquers'and coatings 123
Ch. V111. Testing paints and lacquers 153
Ch. Ix. Simple methods for protecting surfaces from corrosion 161
Card 2/1
7 - JR

L lWd4-66 W(i~)/EW(c)/ErC/L-F(n)-Z/IWG(m)/EWP(J)/WA(h)/EWA(l), RM
]ACCESSION MR: ATS023157 UR/2892/65/0?0/004/0102/0116
qq,-'
AUTHOR: ALanas I yev, V 11. Diskup uk, A. M.; Dudkin, V. Yes; Kovalev, Ye._Ye.;~q
.,Kuznetsov, V. 5." Litvinova, E. G.; Smirenn L. N.
:TITLE: Experimental data on the 042141D9 Pr=Qr1jqj_jQf m4terials with regard to
I
!high energy protons
SOURCE, Moscow. Inzhonerno fizicheskiy institut. Voprosy dozimetrii i zaahchity
l
ot LzlucNe_nry_, no. 4, 1969
ITOPIC TAGS:, radiation shielding, proton beam, polyethylene, lead, aluminuft, radia"
I'tion dosimetry
ABSTRACT: Experiments on shielding against high-energy protons were conducted on
Itbe OIYal synchrocyclotron in Dubno. The total absorbed tissue dose Q(6) was tea-,,.
;sured in a thin layer of adetector placed Iparallel to the shielding plans.. The.'.-
~dose attenuation and accumulation factor was determined from measurements of Q(O):'
,~beyond a i3hielding screen of thickness 6:
00)
Q(O),
1/5

L-1444-66
ACCESSION NR: ATS023157
In all cases,.the values of Q(6) were normalized in conformity with the Monitor-
readings.-The experimental set-up isshown In fig. 1 of the Enclosure# The pro-
ton beam from absorber I passes through collimator 2 and is deflected by magnet 3
to collimator 4, thus producing a highly pure monochromatic beam of energy. The-
beam then passes through collimator 6 and ionization chamber M. and impinges direct
ly (normal to the surface) on a layer of shielding material immediately adjacent to
detector D. The detector was a flat ten-channel ionization chamber filled with a
igas mixture (35% He + 65% Ar) which is capable of measuring the dose in tissue
rads for energies of 1-0.0 Mev. The dimensions of the chamber were 500 x 300
The characteristics of the materials used in the experiments are shown in table I
iof the Enclosure. Curves are given for the dose accumulation and attenuation fac-
tor for a wide beam of protons as a function of shield thickness for various mate-
rials at various beam energies. The curves show good agreement with theoretical
icalculations. Curves are also given for the mean tissue dose in a flat phantom as,
la function of the incident energy of protons in the absence of a shield. The-
icurves agree quite well with theoretical ealculations. The mean tissuvdose Dt
for a flat phantom with 6 a 30 g/cm2 is found behind a polyethylene 1hield at
ph
proton incident energies or 126, 260, 415 and 660 Nov. The maximum mean tissue
dose for a thickness of 20 g/cmZ Is at a proton energy of 260 Rev,,uhile,aj; greater

(L U44-66
ACCESSION MR: ATS023157
thicknesses, the maximum comes at 415 Mey. The mean tissue dose for 415-Mev pro-
tons remains practically unchanged up to a thickness of 50-60 g/cm2 of polyethylene~
The 660-Hev proton dose is reduced beyond this thickness by a factor of only 2,
while the dose is practically zero at a thickness of 15 g/cm2 for 126 Mev, and the
same is true at a thickness of ^,40 g/cm2 for 260-Hev protons. The attenuation
curves for the various materials are.practically identical. Thus an equivalent
thickness of any of the materials studied may be substituted at proton energies of
126 and 260 Mev for a polyethylene shield. On this.basis, curves are given for
mean tissue dose as a function of shielding thickness for various materials at
energies of 126 and 260 Hev.- It is found that for a proton energy of 260,Mev, con-I
sideration must be given to beam attenuation through Inelastic interaction'in the
shielding materials and in biological tissue. The method used in this investiga-,
tion has not been verified for proton energies greater than 260 Mev and less than
126 Hev. Orig. art. has: 12 figures, 1 table. [141,
!'ASSOCIATION: none
:,SUBMITTED: 00
NO REF SOVt 008
ENCL: 02
OTHERt 007

SKAVIMKIY.. Yu.V.; ZAKILAROV, N.I.; BYCHKOVA, A.I.; F.TFZIETS(,V, V.G.
Tuoplasmosin in the Far North. TcocoplamoBis in Taymyr
National Area of Kra6noyarsk Territory. Trudy T.314U 81.1-30-32
165s (MTRA 18:11)

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Lltih 34-7)t RW) , I ignot vwi, sampIrs %
h faric
iatd
w41% twilisessir from Ztembiou Willits, see* drtan
J
.
r
with XtUAc and with bmest."wtusist solus. in vatims
4
.00
pnpunim% and them the cats. wm Chilled to -7
to

go Jr
both Owyetifif. Ily fliesum of 4"InIffmffrat exin, the
Yields uf chilled was Were D11% for KfOAr &L412.17% for
Our birnmir-drs-funtr 1111n, (1 ;11. willic the yields I'l see
00 J lictamd was weve 7LJXA and Pt.711%. in Wilt clam,
*go Ilit cktarred wisms were similar in quAlity. The raw
Ii
it
go
so .3 9n
t WIX C011114juM 24-49% far, I AXI ash and 3.41
bemene-imill. material. If. Z. Kamich a
00 goo
go see
00 x
see

ago
too
be*
""Os "t Go a 2 1 If Is 11 do 4 2
i I MW
0 0 0 41 0 0 0
~ 0 0.0 4 0 SOO-04900010 got 000 0 0 0 0 009 0 0 0

-- 4 04 41-0-0- 0-4 a
,
0
P
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-m.
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1
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-
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!
o1r1pfvI4$ .00.

of raw sad detaned 1168110 WIN It OFIAG"'
,
d
oo
kil an
talents. 14, frolmlovs
0',jW,-91fffr-?A"
1-.4 Arad. M.
k14 b
1
a.
., -06
008J.-Tite say. of defartird fismile wax Is belmur.
USUAC muld di.
~N .00
wtsmm 0.0.
-
'
Uumur at various temps. ranging up to 70' we% .00
i"Ced. The traulls show that with a fin In temp.
= -00
the MIT. increggsts; in all camcm. The moly. of the far In
the baus
U
.00
1e i gg
the cats. ditaini4ted with & riar In temP.
of the g"Wts obtained, that the rAtu. .1
11 16
=
43 high temps. whdc
wax from the Ucnile be .11i,7
t low
d
d
a
ucte
Ihe deferring of the few we I should be con
Kamich
j mrills. Wittklut heating,

goes

Vil
!!TILIM~SKAL LIM AIW I CLISSWIC, 110,
ti-/, 14#4&j At m. Dal
MIT-VA-1-1 -o~ -r- -r 41tAlit 6" 44,
U 9 &1 1 1- 1 It I q--v T
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MOO
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4
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ills "it W 1
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1
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4)tltM); cf, C. A,SI,Z18Il- .60
11situtfsl 111allir wan wits itfirord bY oliklatwo with 1:111%
-00
f
i Ify art. W Cr(h In flit itirrut" tit 42% 1104. 1 he ou-
dittma wasmmidimvird In 3 mogn with the subydride lwi .00

:r juldrol " lalksles: lot aisle lbtl% 2ml $I# c 211"W slid

'
divi
tl 6, ISMS
1.4 ma
e
I h
110wh wa
i
"
-410
s
r
s
.
e
d
sg
2st'd wage AM% &W 3rd 61up 5111)"' (valittl as cc.j -
; $1111410
e the 0111t
3 arshviside and
Ili the lot sta
1
a .
.
g see
114SOLO, was usakillairtril *1 110 11 V iur 3 his, still if) nliw
tit whkb 3 lin. stiff It) suin. seur mquitird lur I he vil-In. sit
the Cv1D#. Vitint tussle to tinw. Small munstc 14 W011*1 sm,tit
'th
IM
i
t
dd
i
d
h
"
I

00 e
to Ma
A
n
a
n s
e t
I"
C-tOwn.
e L
*limse
lativil olxmt 2 his. :01 mili., and the 31d, 3 hm ;.S min
a*
a At Oh, "W W the3ed majiv. the nmrA wits clittiltd, tlw Ct
mills. we. tirvaided still the was was washed. list; with
42% UPS0. and (bra with hinting wdt" until hiv itl ackl.
The yi4,IJ ul irruittl Ifoudilit was ?40`,q- by us. fit thir tir-
'
'
tarittl we%. U. 1. R. Itusnins
ll it. IbW. 7-
~Iuiru Ruff.

,
W IM 3, In Hisiffiell, 93-4).--Tbt prtnmttpn on4cumpa.
"::
t tmwtW mist bleached wasu weft tkid, A cumpittimstia
W see
i
:V:A
11. A tiftlAIL49 CLAIWKAIMM
0 U u 11 10 $11; 1~ Of It a It
1000000 so* 00000 0 0 0 0 a 0,
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was
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too
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of S
001
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I It U4 I
00
00
Mectreschimm" "llis"rad" of Wat diratalmat efislu.
ow tod 6* spokod" to firimsc of 4~uffw Upile
l
i
k
V
d
k
R
M
1-00
tw.
wax.
om
n%
. 1. Kuzmwv an
1.
.
i
.
1110. 11rdia. S. S, R. No, 10.
M-saltin 111104414, 1141.. 1" ptialib. 141
-00

ist 11W Irlobbid . Igs'so, *At -00
vtob Cliff jairc or-ults. life .410. Um.
-so
I'Vi[rilefillinj its Fit VIVICIII UMNIS 4 V. d. ill 1 1111 A1111P. %I.
dut. 'nw temps. of the clortrulyCie hath arreWs moul

4
W. ThIP rV4Kdt$ ShOW 01,1111 itICTIVILlifig the ITIIIP. ff(WII
Ab to 011 has a bnw&-W Or" upon the onklatiori of I he
Cr auffair. Tlw n-geservatird who. wers; used to refine 400
driew"d lignite wast. Although The eipte. gavv gmm.
400
inults, thr effivo of the b1cwhisig is not compicle, I.-
rimustrimly 104% of the cnklitw (based an Cith) we% ts~l. coo
"WE Mquind mos. at CrAh is 11141% 1-Y wt.,-( life wait.
g
o
Katok-h o

Of --!goo
0 Ill qoo
#i
~
:g 0
0 1 I
0

less
'D
44 1 s a 54 0 1 w Ii 9 a 4
it offroffin malliff stuff of RUDA I'S& 444
ofooooosooooooegoooso0000000000:00000000000o
o~44,00090,00000*000*000oooooo*oo 0 4 0 0 0 0 0 0 0 0 0 0 o o 0

KV
ram
aRiRWIR -*It oliliTaid
me S
L. III. K
UArrain. X. No.:LU, M3,-05(in Russian, 100, in En-
illish 100-7)(1038).-Detaffed and refined lignite wax
whicii
had Ixell extd. from Alexandrian brown coal was,
subjected to the following series 51 Ifeallnents in otler to.
t5olate the fatty Scids. M eapon (2) conversion of the
-Xqnft, Int0M Mils ) sepn. of ifie unsaponifiable solas.
(4 se . o e free acidi, (5) prepti. of Me Cstem
of these'addi, (13) tractional dism. of Mrse e C.Sters t-11
sapon. of thesep. cater frPcHons, (8) selm. of the free 1.1 ty
acids for dctg. !heir compff. D. Kamich

oor.
004
091'
*00
001,
* OJI
*ox
0o.,.'
OOU!l
0 0-
00-
0,6
41 a d 0 4
KK-A OC 60610 XLX ft We It co a 5 n
Ist ..D " tittle let AIAD 41" 000461
Zoom ~;Vo.
J, ow
00
R"
dwmu p
101"Mv" P"
on Poo
01
low of
Poo
& o 0
00
OV
04r,
a u x
w 41
so 4
too
00
09
We live
0 0 Of
0 a- _0 0

y V. L.
Yiuznetsov, V. 1. "Complex utilizaLion of the brown coalLi of tLhe
Ulwanian SSR," Report: 1, Ukr. khim. zhurnal, Vol. XV, Issue 1, 1949,
P- 3-10, - aLbliog; 14 iteras
so: U-52111, 17 December 1953, (Latopis 'Zhurnal fnylr~-i Statay, No. 2,-, 13b)

guwmmov, V. I.,
Kuznotsov) V._ I., Govorova,R. F. and Shilov, S. V. "Complex
utilization of the brown coal of the Ukranian 5SRj,11 Report
2, Ukr. Mim. zhurnal, Vol. XV, Issue 1, 191w) P. 11-24
SO: U-5241) 17 Decev,~cr 1.953, (Lato:lz 'Zhurnal Iriyldl Statey, No. 26, 190)

USSR/Chenistri Plastics, COIL1 Tar J%m 50;
prodwftis ,
"COUPUZ utilization of Ligulte of Ukrainian SM.
psrt IV. The phenols prom the crude Tar, or Wit
Liguite of the. Aleksaadri7skly DepOsit.," V- :i.~.
XMxPetsov, A. G. Bledxqkh, A. A. Dcbro-'~&'I
AA&d Be,: Ukr&,nia~j
MR
-makronskiy XhiinicheSkiy Murnal" Vol XVI, 1061,
Vi 43~56
Tbe ji;;~ontent of crude tars from liplow or
tbe.lomr part,of the Baydakovskiy region a!r,thm
AlskAmdriyakiy deposit is established at 10-2$,
Plyft
and at 7.21$ by vt in the lst 3 fractions. Tbee
,,,total content of the lower phenols in the 1st 3
.fractions of the tar is 3.77% by vt or 52.3$ b7 vt
of all of the phenols in these 3 fractions- MW
m-cresol content is -A6.5$ in the m-cresol fraction
of the gasoline &ud 22.7$ in the m-cresol fraction
of the ligroine. While investigating the xylenols
of the ligroine and kerosene fractions of tbL* tar,
the presence of the following was established: 3,5-
,1,3,5-XYI*nol, 1,4,2-xylenol in ligroine and 11
xylenol, 1,4,2-xylenol, p-ethylphenol in kerosene.
The results-.6b.1mined,peralt (me to sssme that 'thO
lower phenols Of lignite tar C&A b* utilisad an
Taluable aLteri&U for a nmber of industries, &Ad
especially for the Vroductim of p2astics.

Como" vabdim of W"m OW at vblb&n a-sit.
OdNdko of
b f
k
i
b
f
I
m
at
ii o
VeR
N
V. c
mwom- "a
of t""blart SAX
netststs, And k, A. 10. PIN, ZANP-
a. C.A. 46, I(Mol,--Aox,
-fv
4111
1
m moslAsin coal was oxAmd.all 1Qe%tvgf1,*,4
,,,a .0 -
=
t
(
W
1
~
q
,C)Wt%
cx
ll.
RIAIlt) Ol m will with (Irs. lm4venti.
nllm;v
urtlls Mr,C0 and lqw-lotilitic tit-1-it"m fme-lw'"5~
bitunts ~

Ir - oc"Jus *W, K
lh)no; ~81 IsItimm evin 011,0016.
clim C-4. (1-.3). The bitumom so c0d. difTet fM?t
I Absto emh other', (114 ANCO extinctive fivill VONA At 119-42*
-

o po ex.
with 70 tent and 55 a6l no.; the petrcbum
12" a Carl
It
P
with but 10%
P
f
i
l
t
p
AM 250 1954 O
vn So
ten
tmct
emp.
ng
M
,
with
and 21 achl no. The bcst txtn. of Is oldne

Fuels Rrd Carlson. J1tQIT-CICIICII,CI mist. Subititsicm exid. with litetCO
-ilatim Prod4oti nnd Itis miscipm tire rich In 0 (11-122%) ontl 8 (2 -, tbfw"
%
N
'Sh lit C
MI. Ily ('ICII,CltlCl or petrolcuin fracti-ma are
t
ThissolvVill
80
it l
'
ow 111
,01 all
(
can be P-1 % vil from Ilic c:tt4. mpi by isse,ins of sup"Umted
f ti
bl
l9it'41111' . Liftellict is the MW
"llyrum V1. lsolafi= of as 1e
1Rv remirera
e o
lim the wallin trac-
frL " d 1 4 'f Othocli
1, 1110 7 0 -
IV 1111 . if th,
j!;21*,f,1z,
kio, & -
FrIcilrits of III-lul 14 ex . nxn brown 0.411-Y %. lefficilla
ront.11"S 1, n1m 2h7o 1mraMn. u1n)rox. I.- I milt, of iscill. and

he mun-mi (mm Ilse crude pnrilfrin. - Its pudGmt
sochents mich as beninnite tit Wk-a gd k Is Us
InIn wh1tv pjamffin Its 2D-45% yield, I.P.

Is
2% ptftffit, - ------
ZVI an---
Wttliv 0=9 2z, 9r th
vcr~rrlj, In 1, 0 oil ventumt Ona tv rty=o~i Cr= m
rictcatitin tv tdzcrbcnts such !11
T;V.l t-t-Ite x mm::t
1~ " t) Obt4in Mitt) rrmfrjn in z5-i,5: yic,,d, rr,,C.

US"/Oh4Xi0tmY'-_ Low Temp Coking; SOP/Oct 53
Lignite
"COOPlex Utilization of Brown Coals of the
Mr.iLinian SSR. 7. Investigation of the Com-
position of Tar Fractions Obtained by Low Tem-
petature Coking of Brown Coalp" N. M. Karavayev*
V. 1. Kuznetsov, R. P. Govorova, Inst of Heat
Poivir Engag, Acad Sci Uk SSR
Ukrain Khim Zhur,-Vol 19, No 5, pp 556-561.
~Purlfication of the 3-igroin-kerosene and paraffin
fractions is best carried out by selective solvent
271T6
extraction. The furfural used as a solvent can be
reddrdred- aUtost codpletelyp end the material ex-
tmW applied in tba (used) rubber recoverk in-
ftstrya

k,
I c a c r Bawfla""m O=u IWZ
Vill.
FRIM917 TAR FRM BROMI ODAIS. OT V. 1. am
(Ul(r. abstr. In
'Rat. Zh. adz. (Rat. J. Chm. (6)OM~Wlhcnolatcs were,
: .1954.. (1 B).
-obtained by treating a wide traottan of primarY ter, Wiling at t7O to
,3120c, with a log solution of caustla xods, The following mothods of
moving the neutral olU are dascrib#A1 4zuwtlcn with other, with
'bc=me, dilutim with wAter =4 b2ming off with fiWorhosteti stem. The
2twt muthod ma the b"t rewA4 90.14 of the namml oils, _--q

ArV -d AI& 7-c.5'0 Y 11-r.
Vfv M/Cheraltitry.- ChezinAl. -techn-olojo
Card 1/2 Pub. 116 23 125
Authors - 1 7 Kuz- n- ets o"T V -- I - -- G-8 P-- Livyy, G. V - I - and Landaj-- 1. 14.
s ovorovat
Title I ne fractions of primar
Use of furfurole extracts of ligroin-keroBe
lignite tar for reclaiming of rubber
Periodical t Ukr. khim. zhur. 21/1, 127-131, 1955
Lignite tar refining wastes and especially furfurole extracts of ligroin-
keroseno fractions were investigated to determine their applicability as
plastici7A7ra for-rubbor recle-m tion. It was found that the ligroin-kero-
sene extrxot is an actiTO swelling agent for synthetic rubber. Even though
the extract cannot be used in pure form for the reclamation of rubber it
is, however. well applicable as a diluent of solid plasticizers Vnich
makori it possible to obtain reclaimed rubber with high physico-mchanical
'Inntitution I Acad. of So., Ukr-SSR. Heat Energy Institute, The Rubber Reclaiming Planto
Niev.
,submitted I February 20, 1

Ical I Ukr. khim. zhur, 2lAs 127-131, 1955-
Gard 21/2 1 Pub. n6 - 23/25
"atract properties, The beat results were obtained during the application of
'solid plasticizers of the colophony, coumarone resin types. Four U&SR
references (1938-1953). Tables; graphb.

US,cR/Chemlstry - Chemical techno.'.Logy
Card 1/1 Pub. 116 - 27/30
Authors I Kuznetsov, V. I., and Bobrova, A. A.
Title Complex utilization of brown coal in Ukr. 33R. Part 9. Extraction of
brown coal for the purpose of separating mineral wax
Periodical i Ukr. khim. zhur. 21/3, 416-420, June 1955
Abotraot j The extraction of bituminous brown coal was investigated to determine the
effect of'vaAous factors: grain size and moisture of coal, age and origin
of the coal, preliminary thermal and chemical processing, pressure, type
of machines, etc., on the yield and quality of the mineral wax separated
from the coal. Analysis of result3 obtained is presented. Eleven refer-
ences: 10 USSR and 1 German (1929-1953). Tables.
Institution : Acad. of So., Mr. SSR., Heat Power Engin. Inst.
Submitted : February 22, 1955

USSR /themical Technology. Chemical Products 1-15
and Their Application
Treatment of solid mineral f uels
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 31838
Author : Kuznetsov V. I., Fadeicheva A. N.
Title : Composite Utilization of Brown Coal of Ukrainian
SSR. X. Characteristics of Primary Tar Produced
in Shaft Furnaces from Bituminous Brown Coal of
Ukrainian SSR
Orig Pub: Ukr. khim. zh., 1955, 21, No 4, 522-526
Abstract: Low-temperature carbonization of bituminous
brown coal from the Aleksandriyakiy deposit
(Ukraine) was carried out under laboratory con-
Card 1/~

USSR Ahemical Technology. Chemical Products 1-15
and Their Application
Treatment of solid mineral fuels
Abe Jour: Referat Zhur - Khimlya, No 9) 1957, 31838
ditions, in a revolving retort, and in indus-
trial shaft furnaces. Yield of tar, on the
basis of dry coal, amounts to 13.7%; it contains
9.4% phenols (6.6% liquid), 12.6% paraffins and
16.3% silica-gel tars. The neutral, hydrocarbon
portion, which constitutes 51.8% of the tar, con-
tains 5.9% of 95-2000 gasoline fraction, 6.3%
200-230* fraction, 19.5% 230-2900 fraction,
48.3% 290-353* fraction and 17.7% pitch. About
44% of the phenols are low boiling. On the
basis of the tar, the phenol fraction amounts
to 0.59%. the cresol fraction -- 1.83% and the
Card 2/3

USSR Ahemical, Technology. Chemical Products T.-15
and Their Application
Treatment of solid mineral fuels
Abs Jour; Referat Zhur - Khimiya, No 9, 1957, 31838
xylenol fraction -- 1.68%. Part IX see RZhKhim,
1956, 48055.
C ard 34

I . A,: ":~ - - ~-. - --- -- :- - w ...
. .. !:. , , ~ . . I
I ~ . -- , " - - I I , -- , , -
- .j -~,- 1 - .
l'-"I: -,V,4 . , . ..

C
USSR/ Chemistry Solid fuels
Oard 1/1 Pub. 116 - 25/29
Authors t Kuznetsov, V. I., and Bobrova, A. A.
Title I Complex utilization of brown coal In the Mr. ST. Part 12. Semicoking of
extracted brown coal
,Periodical I Mr. khim. zhur. 21/6, 800-803, Dee 1955
Abstract I Experiments showed that semicoking of extracted bituminous brown coal lead to
a reduction In the primary tar yield arid a small reduction in the yield of
pyrogenetic water as compared with the yield of these products from basic
lignite. The rpasons for the chanj;c in properties and composition of pr"Iary
coal tars originiting as result of separating the I-Atumena from the coal, sre
explained. Tarn of extracted coal weve round to (.-Qn~Ain considerable amounts
of phenola and other liquid hydrocarbon5. Three USM references (1919-1952).
Table.
Institution : Acad. of Sc., Mr. SSR, Inst. of Heat Power Fngincering
$ubmitted : March 18, 1955

tJ T'S V V, I '
USM/ Chemistry Solid tuels
Card 1/1 Pub. 116 - 26/n~
Authors
Title
Periodical
IKuznotsov V 'I Govorova, H. P.; Fadeycheva, A. G.; Gigell, T. B.; and
L=LL. ~_97_.
Chernykh, M.
IComplex -utilization -of brown coal in the Mr. SM. Part 13,-- Tars -from-
semicoking of smut coal with the solid heal'. carrier - semicoke
IUkr. khim. zhur. 21/6, 804-809, Dec 1955
Abstract Tars obtained by semicoking of brown coal with the solid heat-carrier (semi-
coke) were found to offer a higher yield of benzene and lower yield of paraf-
fin fractions as compared with tar obtained during the semicoking of the very
same coal with a gaseous heat carrier. The primary decomposition products
during the semicoking of brown coal with a solid heat carrier - semiccke -
submit to cracking ~to a greater extent than during semicoking with a gaseous
heat carrier. The Increase in fr'Pctions in tars of unsaturated compounds
was found to be due to cracking. The phenols obtained from, such fractiors
offer a somewhat lower yield of phenol-cresal fractions; and the paraffin
yield is much-lower. Tables; fWaph.
Institution Acad.-- -of -Sc-. Ukr-. SM,- Inst * of Heat Power Engineering, Lab. for Chem-._-Proc.
Submitted Juno 17, 1955

TOI~BINBKIY. Vvevolod Iyonovtob; BHCIMOOIJIV, Germeq Nikhaylovich; RABI-
NOVIGH, Xik~ail IosifovLoh;JQ&= F',kvo i h TOW-
- 9
S., re rlzdateWn'l
BLOW, -Vol., redaktor'; TITKOV, Bl~_;'&'R*401 :tAer stva; SKLU-
ROVA, V.Yo., khudozhostvannyi i takhnich6okiy redaktor
[Use 'of local fuels for industrial power engineering) Juargotakhaolo-
gichi3skoe ispollzovanis mestufth topliv. Pod obahchet red. V.I. Tolm-
binsk%o. Kiev, Izd-vo Akad. nauk USSR, 1956. 128 p. (MIJU 10:4)
(ruel) (Power engineering)