SCIENTIFIC ABSTRACT KABALKINA, S.S. - KABANOV, A.F.

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• Collection: Scientific Abstracts
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• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SO'1/20-125-1-30/67
Investigation of the Crystal Structure of Normal Paraffins n-C 301162
and n-C 32"66 at High Pressure
n-C 32 11 66 at high quasihydrostatic presgure. Lithium served
as pressure-transferring taedium. The roentgenograms taken as
above by means of the same X-ray chambers clearly point to a
reversible variation of the cryat'al structures n-C 30H62 and
n-C 32H66 at high pressure. The roentgenograms of n-C 30H62
and n-C 32H66 taken at high quasihydrostatic pressure
(7000 - 10000 kg/cm 2) correspond tothe two-phase systems
R + T and at the same time them dontain the lines of the
R- arld T-subeells. The author thanks Professor L. F.
Vereshchagin and Professor A. I. Kitaygorodakiy for interest
displayed in the present paper and L. Y., Fedin for assistance
in evaluating the results. There are 3 figures, 4 tables, and
13 references, 7 of which are Soviet.
ASSOCIATION: Institut fiziki vysokikh davleniy Akadeiaii nauk SSSR
(Institute for the Physics of High Prensures of the
Card 4/5 Academy of Sciences,USSR)

~v /'00
'S7 6 0 0
AUTHORS.,
TITLE:
PERIODICAL:
68984
.Xabalkina B.S., Vereshohagin, L.Fs S/020J60/131/02/023/071
1013/bOll ~4
X-Ray,Study of the Li~ear Compressibility of Graphite at Pressures
vf-up-fs- il_690woo kg/cm ~1
Doklady Akademii nauk BSSR, 19609 Vol 131, Nr 2, PP 300-302 (USSR)
ABSTRACT: The present paper describes the direct detemination of the com-
pressibility k W 1- Lo (in parallel with the hexagonal axis) of
11 o ap
artificial,,:peotroscopically pure gra hite and of Ceylon graphite
at high pr ures (up to 16v000 kg/cm23 by using the method of
X-ray diffraction. The artificial graphite was studied in a high-
pressure X-ray chamber (Fig 1). This chamber can be conveniently
used for pressures of up 'to 14,000 to 16to0o kg/oa2 which can be
maintained for several days. By means of the box used in the chamber
four pictures may be obtained per film. Figure 3 shows four film
pictures of graphite at different pressures. These X-ray pictures
contain the lines 0002a and 0002otwhich were used to determine c
at various pressures P. In order 0 check the data obtained, also
artificial graphite was investigated in the same pressure rangul
but in another type of high-pressure X-ray chamber,, In this chamber
Nr 2 Ceylon raphite was also inve tigated, at pressures of up to
Card 1/3 10,000 kg/ems. Table 1 gives the A061c values of artificial and Ceylon,

X-Ray Study of the Linear Compressibility of Graphite
at Pressures of up to 16,000 kg/OM2
68984
3/020J60/131/02/023/071
M013/1)011
armahite for vmLrious iDresmures. In zood aDt)roximAtion &.1~0-7p -
-12 2
b. 10 P holds* The coefficients a w 20 and 1) - 45 were determined
by the method of least squares. According Vo the data found Ceylon-
and artificial graphite have the same Compressibility. The Yolume
Compressibility k of graphite is essentially determined by the
Compressibility ky which is a consequence of the weak van &,9r Weals
interactions between the layers. The van der Waals radius of the
I
carbon atom pressure can be estimated rom the data of this
at hi holds when P a 159000 kg/cal and R a 1.68 1 when
paper. R. 1.63 C
P - I kg/cm (of. Table 3). Thus, R C decreases under the effect of
high pressure much lose than the respective van der Waals radius R.
of the hydrogen atom. There are 4 figureep 3 tables, and 5 references,
1 of which is Soviet.
ASSOCIATION: Institut fiziki vysokikh davleniy Akademii nauk BSSR (Institute of
High Pressure Physics of the Academy of Sciences of the USSR)
PRESENTED: November 4, 1959, by G.V. Kurdyumov, Academician
Card 2/3
Card 3/3

XUALICINA S.S.- VZRMCUGIN, L.F.
X-ray examination of the linear compressibility of boron nitride
at pressures up to 16,000 kg./cm2. Dokl.AH SSIM 134 no.2:
330-332 S 16o. (MIRA 13:9)
1. Institut fixiki vyeokikh davlenly Akademti iiauk SM.
2. Chlen-korrespondent AN SSSr (for Tereshchagiri).
(Boron nitride-Apectra)

sli 92-1611002100110011006
9) B1 07/B21 6
!AUTHORS: Kabalkina, S. S. and Troitskgya, Z. V.
TITLE: Radiographic study of n-paraffin C at pressures of up to
34"70
2
16,000 kg1cm
PERIODICAL: Zhurnal strukturnoy khimii, v. 2, no. 1, 1961, 27-'32f
TEXT: The design of the camera used is described in Ref. 1 (S. 3, Kabalkinal
L. F. Vereshchaginj Dokl. AN SSSR, 131, no. 21 300o (1960)). The sample was
put into a beryllium cone and covered with a thin layer of lithium. The
pressure was transmitted by benzene and measured with a manganin pressure
CauGe (+ 100 kG/CM2). The x-ray pictures"were taken with X-ray tubes fitted
with a copper anode. The camera had a diameter of 66 mm. The authors,found
thdt at high pressures the rhombic modification (R) of n-C H partly passes
34 70
into a triclinic modification-(T). This transformation is irreversible at
low pressures. The compressibility of the rhombic modification vas calcu-
lated: -for the range of up to 16,000 kgq/cM2, the following equationshold:
P - 140. 10r-
[Aala-74-10 it
Cara 1/6 JA b1b .. 70. W-7 P -.150-10-11 P'.

$11921611002100110011006
Radiographic study ... B107/B218
(cf. Figs. 2 and 3). The authors also calculated the intermolecular distan-I
ces H ... H in the n-C 34H70 crystal at various pressi;res (Table 3). For
this purpose, the following values were assumed: C-H 1.12 A (Ref..5: B. K-~
Vaynahteyn, A. I. Lobachev, M. M. Stasova, Kristallograflya, 1, 452 (1958))1'
C-C 1-53 A; distance between the 0 atoms in the chain which are not bound
by valency - 2-54 A, ?b - 41.20, E - 1120 (Ref. 6: P. W. Teare. Acts,
crystallogr., 12, ~94 (1959)). Further investigations dealt with the forma-~
tion of the tr7i-ciinic phase... Mixtures of n-C H and n-C, H served as
34 70 20 42 1
standard series for the quantitative evaluations of the X-ray pictures.
The intensities of line (110) for the R phase, and -those of the line with'
d - 3.56 A for the T phase were measured. The dependence on the concentra-f
tion-of the T phase to shown in Fig. 4. Since the peaks are laterally over-!
lapping, the heights.of the peaks of the photometric curves were measured.
2 2
Formation of the T phase begins at 5fOOO kg/om at 12fOOO kg/cm f its
fraction amounts to ebout 4(ria, at 14pOOO kg/cm2, it ig about 5b%- From on'
Card,2/6
tic)

8/192/61/002/001/001/006
Radiographic study B107/B218
sample, the authors obtained: 10~ at 5,200 kbr/cm 2, 2C~o at 9,800 kg/cm 2 , and
50~* at 14-500 kg/cm2, In some cases, the fraction of the T phase reached
even 650)fo at 6,000-8,000 kg/CM2. Since the T phase is stable at p a 1 atm
and room temperature, the authors assume that the difference of the free
energy between R and T is very Bmall. The T phase vanishes on heating. The
activation energy T -# R was determined and found to be YJ .a 16 + 4 kcal/mole
(Fig. 6). For this purpose, the samples were kept in the ther-mostat for
half an hcurat a certain temperature; the concentration of T was radiographi-
cally determined at the beginning and after the experiment. A comparison
of the experimental results of n-C 34 117, with previous datacn n-C 30H62 and
-n-C 32H66' (Ref, 2; S. S, Kabalkina, Dokl.. Aff SSSR, 1,2.~, 114 (1959)), shcws
that the latter apparently only occur in the R modification,. It is, however,
possible that this discrepancy is due to a different action of pressure
since the authors of Ref, 2 used a difforent experimental unit. To check
this assumption, the authors of the present paper again investigated samples
of n-C 30 H62 and n-C 32 H66 and found that in both samples a partial formation
of the T phase occurred, Apart from the mere hydrol3tatic pressure in the
Card 3/6

Radiographic study
89M
S/'.92/61/002/001/001/006
B10-1/B218
experimental unit, also the wall pressure of the plastically deformed
beryllium acted upon the sample, whJc1i favored the formation of the T phase.
The formation of the T phase of n-C 30H62 and n-C 32 11 66 io reversible. The
different purity of the samples may serve as an explanation for this
phenomenon. It might, however, also be that the roviduid effect is influ-
enced by the potential barrier of the transition T -0 R, which increases with
increasing number of atoms. The authors thank Corresponding Member
L. F. Vereshchagin for discussion, and V., G., Gorshkova for assistance.
There are 9 f-,gures, 6 tables, and 7 references: 5 Soviet-bloc. The two
references to English language publications read au follows: A. Mq1ler,
Proc. Roy, So,:..A 127, 417 (1930); P. W. Teare, Aclu crystallogr., 12, 294
(1959).
ASSOCIATION: Institut fiziki vysokikh davleniy AN SSSR (Institute of the
Physics of High Pressures,AS USSR)
SUBMITTED: February 3, 1960
Card 4/6

1111 11 "HIT; I I I!I tz
89998
S/192~61/002/COI/ooi/oo6
Radiographic study ... 3107/1-32 18
Figs-2 and 3: Dependence of the linear compressibility Aa/a and 4b/b Of
n-C it on pressure. (x) P, kg/cm2.
34 70
-~4rt-
k)
xw WIN
Table 3: Shortest intermolecular distancesH ... 11, A, in the C H
34 70
crystal at high pressures (for denotatione of. Ref - 7: A. 1. Kitaygorodskiy,
Yu. V. MyunYh. Dc':1- AN SSSR " 21, no. 2, 291 (1958)).
Ldgend: 1 atom,; 2) pre8sum,- g CM2 . .
TF
ATOWU
I I; aim wo low() 1w4 131190 15M
waa
Ill. If: 2 40 2 30 2 25 223 2,20 218 2 f6
Card 5/6 11J.::11 2:93 2:72 2.68 2:64 2,67 2:63 2:61
H,.J1, 2.41 2.30 2.24 2,21 2,11) 2,2D 2,14

S/192
/61/002/001/001/006
Radiographic study ... B107/13218
on the concentration of the T phase (C
Fieure 4: Dependence,of I WIT To %)
in the mixture R + T. 4/4
V V X AV Cr,%
in, cr
Figure 6: Dependence of In v on 1/T.
v is the transition rate T R.
WV
J- re
Card. 6 6

NARk-TATH&P S's. (Moscow)
.z-.-
1--ray diffraction examination of the crystaLline structure of
urea and thiourea at high presoure. Zhur. fiza khim. 35 no.2,f
276-293.P 161* JKM 16.-TI)
1. Institut fiziki vysokikh davleniyo
(Urea) (X-ray crystaUopaphy)

.,UBALKINA,, S.S.
Some characteriotioo of the -comyreopibility of molocaaar
m7stals. Fis. tvar. tela 4 no.3.1t3121j,-3128 N 162#
(JIMA 15:12)
1. Institut fiziki vyookikh davleniy AV SSSR, Mook~&.
(Uray arptallography)

KAUIM ~."tS-.-,29md,fiz,,-w&tem*uauk (Moskva).
Diamonds in meteoriten. Priroda 52 nb,6sno Tm 1 u, (MIPA 25W
(Diamonds) (meteorites)

AUTHORSi
S102016211431004101010'27
B104/BI02
Kabalk S. S., and Vereshchagin, L. F., Corresponding
Member AS USSR
Ic
TITLEs An X-ray diffraction study of the eff'oote of hydrostatic I
pressure up to 18,000 kg/cm2 on the structure of lead titanate
PERIODICALs Akademiya nauk SSSR. Doklady, v. 143o no 21 1 15
4, 1962, 818 - 8
TEXTs The investigation was carried out at room temperatures by means of
a special high-pressure chamber (Fig. 2) with a fine-foouB tube and copper
anode. The ceramic samples were delivered by the Fiziko-khimicheskiy
institut im. L. Ya. Karpova (Physicochemical InstitutR imeni L Xarpoj
and had the following lattice parameterst a - 3.903 X, a - 4-;5Y4atV
c/a - 1.064. With increasing pressure a decrease of the cell tetragotalitr.
and a lowering of the Curie point are observed. At 18yOOO kg/CM 2 a is
considerably smaller (Ac - -0.10 9) and a is slightly greater, (da
+0.01 1). The relative change of c is a linear function of pressure pt!
40/c 7/14-3-10-7.p. The change of parameters with increasing pressure
Card 2

S/020/62/143/004/010/027
An X-ray diffraction ... B100102
coincides qualitatively with their hangs as temperature functions. At
4C
4800C do -0.129 R and da - 0-048 E High pressure and high temperature!
lower the polarization. The compressibility of the ferroolectric phase
of PbTiO is assumed to be a superposition of normal compression and do-;
3
formation combined with a decrease of polarization under pressure. Thore, j,
4V
are 4 figures and 1 table.
SUBMITTEDt December 29, 1961
Fig. 2. High-pressure chamber.
Legends (1) internal oylinderi (2) external
cylinder; (3) sample; (4) beryllium cone
(5) lead-in. to which a manganin manometer
is oonnectea; (6) liquidl (7) diaphragm
(a) piston.
51
Card 2/2
M

7
0
13 25AJ14
AIPO'HORS -Xnba 1k inn., 'Vereshchagin, L. F. , Corresponding
,.7e;.1'0 er .',.S USSR, and Shulenin, B. wl.
TFIOLL: X-i-ay study of the effec,t of hydrostatic pressure on the
structure of barium titanate
PZIIODICAL: Akademiya nauk SSSR. Doklady, v. IiJ4, nql~~ 5, 1962,
.1019-1021
TEXT : 1"he effect of hydrostatic pressure on the structure of barium
titanato was studied at room teipperature. X-ray pict!zres vitb reflection
2
angles of 60-800 were recorded under pressures of 1-6000 kg/CM , using a
K-- ')~: (KROS) X-ray camera and an auxiiiary high-pressure unit. The
barium titanate specimens (lattice constants, a - 3-993 2 and C = 4-032
Curie temperature TCur ~ 11800 had been supplied by the Fiziko-
khi.michoskiy institut im. L. Ya. Karpova (Physioochomical Inatituto imeni
~L. arnov). The values of a, c, and T
at hiprh pressures were
Cur
detc--ined using the line group with h2+k2+12 - 26 (0 - 77-800).
Carz", 1/3

S/020/62/144/005/004/017
X-r.ay study of the effect of ... B125/11104
The X-ray pattern of BaTiO 3 is shifted under high prqssure but returns to'
its original position when the specimen is unloaded. (111))L%VIV was
found to be 15.2-107 cm 2/kg. As the pressure is increased from 1 to
. 2 0
6000 kg/cm , a decreases from 4.033 to 4.020 A, a from 3.993. to 3 990
an6 tl/a -from 1 .010 to -1 .0085, while _/, a/a increases Trom 0 to - 0: 13%,
6:11', -c/o from 0 to 0.259/16. Most of theae changes qro lintar in P.rat
,-.;.roximation. Decrease of the Curio temperature diminishou the
11-~tr,ffon~lityll of the lattice. The pressure dependence of a, a, and
12.. in BaTiO is qualitatively in accordance with the dependence ofthe
.1 -.... 3
ru_--_;r.~ctive quantities of the solid aolution (Ba-Sr)TiO3 on its content of
Sr'-'i,) 3' The compressibility t~clc of PbTiO 3 is alrnwil four times tha; of
BaTiO Y The ferroelectric phase becomes compreasiblip by the superpouition
of deformation and normal compression, attended by a decrease in
polarization. The stretching of the PbTiO 3 lattice in the a-direction is
of larger amount than the normal oompression,,and that of the BaTiO 3
Card 2/3

ACCESSION NR; AP4009138 S/0056/63/045/006/207V2076
AUTHdkS: Kabalkina, S. S.; Vereshchagin,' L. F.1 Shulenin,.B. M.
TITLEt Phase transitions in tellurium at high prees6ev
SOURCEr Zhurnal eksper. i teoret. fiziki, v. 45, no. 6, 1963, 2073-
2076
TOPIC TAGSt tellurium high pressure, phase transition, reversible
phase transition, tellurium crystal structure, x ray diffraction
pattern, x ray diffraction, Patterson Harket section, chain struc-
ture,-laminar structure
ABSTRACT: An x-ray diffraction study of tellurium was carried out
at pressures up to 100 kbar in order to find 'how the crystal struc-1
ture.of tellurium changes at high pressure. Two reversible phase
trangitions were observed, at 15-20 and 42-45 kbar. At 15 kbar
tellurium is shown to undergo a transition from the chain structure
Card 1/2

ACCESSION NR: AP4009138
AS to the laminar structure A7, and the reasons why tnis transition
was not detected by Bridgman (Proc. Am. Acad. Arts Sci. v. 60, 366,
1925) are explained. The structure of the second phase transition
at 42--45 kbar could not be ascertained, but the constancy of the
x-ray diffraction patterns above 45 kbar seems to cast doubts on
the 69 kbar phase transition detected by Bridgman (Proc. Am. Acad.
Arts Sci. v. 74, 425, 1942). Orig. art. has 2 figures and 2 tables.
ASSOCIATION: Institut fiziki vysokikh davleniy AXademii nauk SSSR
(High Pressure Physics Institute, Academy of Sciences SSSR)
SUBMITTED: 11Sep63 DATE ACQ: 02Feb64 ENCL: 00
SUB CODE: PH NO REP SOV: 002 OTHER: 005
card 2/2

.." I III ,q', -J., 1.; 11 , I-, I I I ~ 1, - I ... ., ~ .. . - 11- .. I . .. .
-T-F -7-
"-15468-63 WP(q)/EWr(m)/8DS, MM/ASD JD/.IG
'ACCESSION VRI AP3oo5431 3/0020/63/1.1; 1,1 VIC 68/1070
ADMORS : Kal~~Lkina, S, S, j Tr
the structure of oadm 0i at hi~
TITLE: Investigation of i4lulf iii
pressures up to 90 kilobars
SOURCE: AN SSSR. Doklady*, v. 151, no. 5, 1963j. 1.: ;8-1
)TO
X-414 if fri
TOPIC TAGSt high-pressure CdS structure, lay! I
.CdS, Cd. cadmixun,, high-pivessure
ABSTRACT: The investigation was conduoted.~by X-rj'rj,-' a
A 0t on n
I CO 11~1
er to determine the struct Draduce b
ure of thq( C
U113! 101h9$e1j)
point it A Jamiesr,' 0.0 !ln t~rpe: f
--high
was ig~ e
X-ray high pressure chamber tll. Appl. Phys. 330 d.1
The Debye Oiffraction pattern,of CdS at various pr4titsut~eit are g ven
in Figure 2. The lattice constants are given in 1,61 P ase
.1 )1e 1, The : 1K,
7transition starts at a pressure of -18 kilobars andi; 7endo 0 35 kj.3,o-
.bars. It is concluded that the orlgin6l siructurt;~of QdS :10 trdiijso
formed into that of NaCl. "The authors express t.-~Jxtr oeiol gratI.Judo
P
1/42
rd

-1546-0--63
L -I-I!T7
:ACCESSX0N Mt AP3005431
ishchagin' ldori," or
.to their scientific supervisor L.'F. Vera r
~the AS SSSR, for help with the no" matfiods',.e6jistta Onvlwn
work, and participation in the discussion of resul g. art.
hasi 4 figures and I table.
.ASSOCXATION-. Institut fiziki vy*ookikh davieniy i0det6d,' ~muk ~d$R
(Institute of high-pressure physics,
SUBM=_ ED 1 20Mar63 DATE ACQ: 06Sep63 BUCLi ;qO
.SUB COM PH, EL NO REP SOV:, 001 COMER I COT
Card
!min mllft'r~

KABALKINA, S.S.; VERESHCHAGIN, L.F.; MYLOVk V.P.
Phase transitions in antimony under high presnure. Dokl. AN S8SR
152 no.3:585-586 S 163. (MIRA 161l2)
1. Institut fiziki vysokikh davl4niy AN SSSR. 2. Chlen-korrespon-
dent AN SSSR (for Vereshchagin).

KABALKINA, S.S.; POPOVAp 6,V,; SEREBRYANAYA., N.R.; VEIMSHCHAGIN, L.F.
3 Now modification of kgO
I . with a I^-Ona struature. Dokl.
AN SSSR 152 na.4tW-M 0 163. (MBA Mill)
1. Institut .fiziki vysokikh davieniy AN SSSR. 2. Chlen-
kgrrespondent AN SSSR (for Vereshchagin).

KABALKINA, S.S.; POPOVA# S.V.
Phase transitions in zinc and manganese fluorides at high
pressures and temperatures. Dokl, AN SSSR 153 no.6:1310-
13:L2 D 163. (MIRA 17:1)
1. Institut fiziki vysokikh davleniy AN SSSR. Predstavleno
akademikom N.V. Belovym.

ACCESSION NR: AP4043610 S/0056/64/047/002/0414/0418
AUTHORS: Vereshchagin, L. F.; Kaba-lkina, S. S.
TITLEt Phase transitions in antimony at high pressures
SOURCE: Zh. eksper. i teoro fizoo -1. 47, no. 2, 1964, 414-418
TOPIC TAGS: high pressure effect, antimony, single crystal, Idunic
synunetry, phase transition
ABSTRACT: This is a sequel of earlier work by the authors (with
V. P. My*lov, DAN SSSR, v. 152, 585, 1963), except that single-
crystal antimony was used with A7 structure at room temperature.
X-ray diffraction studies have disclosed the pri-*!sencv:-! of two re-
versible phase transitionss SbI -+ Sb.EI (ato 70 Id:)ar into a primitive
cubic structure) and SbII -6, SbIII (at: 85 16iar --- into a close
packed hexagonal structure) . The pressure 'at which the phase tranI
sition took place could be determined by plotting the ratio of the
Card 1/2

L 1 6 -ElITUMENT
In- j
p
r-4/l?s-4-/! u-1 rJF4 )/A " Li/k"i I, n 41 A D
Pf 4 Fh " % I
ACCESSION NR: AP4047943 V[Vlfi~'V. ;rG S/00 0~6!11 411! 1!; 1111/0 015, 1(11~ ~/~063
AUTHORS: Vereshchacrin, L. F. (CortOmpoildilng ~lnllilhbo- 1,-! AN
. . . . .............
Effect of pressure or. tr, StVL),C-t:'W('Q- Of ::I aL L "lai ~Jnd
SIO URC P AN SGSR. Doklarl-,lr, %r. 118,

Card 2/2
Nj
p.
114. r
ACC NR' Ap6o02711 sotug cm.: wjoo55/65/o49/oo6- in-8/17-.4,2
er so; xdtllavetjyj~ A.
AUTHOR -. V esbchagin, L. F.. KabalkirAf. 6-
ORG: Institute or High Pressure Physicog Academy of ScIerAj "S JI].,. (Instit" fUikI
vysokM. nly Akadeadi nauk SSSR)
TITIZ.- Phase transition in HaF at high pre0ou"s
SOURCEm. ZIturnal eksperimal~llnapi teoreticheek(w fiviJiLl -f 4j) no. 6# 3s65,,
~1728-1732
phase transition... astasUble phadep X ray a3i4ireiii
TOPIC TAGS: manganeae compound$ fluoride,, crystal latti"'Istru6burep pre&!~Oxe +ffect
ABSTRACT: This is a continuation of earlier work on the ohae sdti$aqt0:fit1 44M at
determining the conditions under which W2 with an c~-Pbcjj~j qtru~ ttire I or~ To
,this end) the effect of high pressure on the otr,,4qtae Of IW2 Itq! measur Pres-
ei i
sures up to 60 kbar. Whereas in the earlier irorestialtipa, the !4ay structure 4--ould
be determined only after removal of the preosure the met IA in ~t~!e present -~ st*Ly
made it possible to obtain x-ray g~tterni?/directly at M h. iresdives.4/Thc ietb6d is
151j 1
described elsewhere (So So Kabalkina and Zo V. Troitska~-d.,:;1WV"H1R V.
1963). I!ie results show that at pressures p > 20-30 kbaj.- the liidtial phaiie olf"
i MF2
with rutile structure experiences a reversible phase. tranalftiono' at is aal~ae& on
the basis of the data that the high pressure W2 phase h~3 a distorted structuJoe or
the CaF2 typep which Is close to the structure of the tetr,1*012ij. "h-02 modifleatlon.,
After removal of the pressure, a metastable phase with a ot,ruct-qkrit of theao-PbOj? type
Card 1/2

I q's .; - I-i 1:;'1 r II-Itip.11 1q, fill III, , ~jj tj 1 -1 11111, 1114 11,11 I'l 1111 J: J111111 of: ;q;i il'Ifli

1-1~87�2=�6 . F-PF(n)-2/EWP(k)/EWT(I)/EWT(m)/EWA(d)LEIIP(t) 1 !P KIRq1JDc
W
ACC NRt AP6015920 SOURCE CODEs UR/i)020/4,31163/oo2/P.326/~)328
AUTHOR: V_ereshcha (Corresponding member AN SSM) I IA1-31 "A..,$ -34.
Lityagina, L, Me
ORGt Institute of High-Pressure PlEsios, AN SSSR_(Institut:01.2dkf iqsoldkh a4viaidy
AN SSSR
TITIS: Investigation of the effect of LAgh pressure 'on tho i-4ruct7=8: orr tij. oddl)
SOURCE: AN SSSR. Doklady, v- 163, noo 2, 1965, j26-328
TOPIC TAGS: van der Waals force, tin ca==md, crystal straH.=re 1
ABST,
RACT: OrdinarilY SnO has a PbO-type structure in whi6hlhs~
in the SnO structure form square lattices and:the tin atora ire sither
A
above or under the centers of the squares, Thus,, each 0 Atom is.in the
.center of a tetrahedron of Sn atme and each Sn atom ocOUpi4io.thoiVert
of a tetragonal pyrandd based on a square of four o atom
iSince SnO ha3 A, Pl&na of 0 atom between two planes of On at
6iwo has a
layered structure bound together bV weak van der Wwas taro
a andl, b;~ ionic
Iand covalent bonds*
The authors made x-ray
room cmpatsiure and:-..'
-under. pressures up to 100 kbar, The exper-bnents showed that~gcjno %indergoea
d 1/2
Car

"V* "Hill".1 P lllq-,l till 4 lilt W 1111PHIJI 111MIMP !.
L 25789-66
ACC NR, Ap6015920
a reversible phase transition-under high pressure (40 to' k6ar) '1 4 th six
lines appearing that are identical to the wurtaite-type at
.14,c ur(bi The.
.'cubic packing of the tin atoms is rearranged into a denser~~wwgo~ial paddngli
under pressure., while the corresponding polMn,, the tatri4o dal I~Pri~wdd) I be-i'l,
tcomos a tetrahedron. It can be assumed that under even bt~qhor pp 19
jis urs the
murtaite structure will be changed into an..N&M We ptrucilure
O;dge art* bass' j
3 figures and I tabi~e CJI*-S7
SUB CODE, s20, 07 SUBt4 DATHS 06APr65,,/ ORIG REFt 0021 tra REF: ack'>
U
A
j
Card 2/2
....... ....... . .....

I V111h I IIIM MTV I I I Jill I
86-66 EWT(M)/ETC/EWG(M)/EWP(i)/EWP(k)/
2L_ _UP(b) WA W:
1 TO /n
L
ACC NRI AP5028273 RDW/JDPtW SOURCE COIDE: IWO(19() 6 J 4 020,
5/
AUTHORs Vereahchaginp L. F. (Corresponding member AN S ft)~
ninp Bs M
ORG: juatitute 9f jWics of High Pres e9, Academ u4
Bur V of Scie 9 MI'lust
fiziki vysoldkh davleniy Akademii nauk SSSR)
TITLE: X-ray-diffraction investigati of the coqpressibilitj.~6f Wri4ldnal seil6diti
UP to 15 kbar
SOURCE: AN SSSR. Dokladyl v. 165p no. 2j. 1965#,29T-298
TOPIC TAGS: pressure effecty MMerhigh presaur Oeleniuml, :i ~o dift'raction study':
ABSTRACT: Earlier studies by the authors on sizWke-crystal t0lluri~n~(Zhrff v; ~450
2073, 1963) are extended to include hexagonal selenium. The x~-ray ftfftaction: stucW
was carried out in a special chamber, described elsewhere (DAN,:'v. 14~j,- 8180 1960). in
vhich the high-pressure vessel vas a cone of metallic bery1316 Vitit i chaweiwli~= in.
tram ~e *11q, h '
diam) for the sampleo Aviation gasoline- was used L to. trammit~ sure,, W4~ vqa
measured vith a manganin manometer accurate totIOO bar. ~ The 1 "09-044 oeleni* modi-
fication was prepared from the amorphous one at 60 kbar at 40 i#1 Th;j iesults. (Viga, i)
show that selenium has a high3,v aniectropic compressibilltyp slailarl to that or,~el-d!
luriums The results can be attributed to the fact that compreM .slon~jwlngs thei~l'attfce
structures of the two substances closer to cubic. The pressurii. d fidence of the com-
pressibility agrees well with data previmely obtained.by P. V#, (Proco: Aw
_Sard- 1A WC i
J

fUT(*)1?1EW(t)1ZWA(h) M(4) JD
AM== NRs Ap5oi874l
zi
AUMORi Veresbchagin,, L, Fe (Corresponding member AN 899~)
i4togimp L, Me
TITM Inveitigation of the influence of high pressure'cd the itrueture of~i UZI
oxide
SOME: AN GSSR# Dokladyp Ve 163, no. 2) 1965, 326-328
TOPIC TAGS: pressure effectp tin'compound, crystal lattij.,e st~u(iturep ph~ite
transition
ABSTRAM An x-ray investigation of the structure of SnO Otas Midej fit room:
ture and pressures up to IM kbar. A specl&l x-ray cZerti (DA?r Ye 151p noi. ~5y
10680 1963; Jo Jamieson and A. We TAVAOn, J, Apple fts., 33P m.p. 3, 776i a962)
with molybdenum radiation was used., the main, part of whic~~,,,vas N jeUet madi of;
cha 1
amorphous boron and a 1 for the sample. The presmro coulA be determined ac-~
curate to :L5 kbare The r; It ashow that at high preasure4 SnO iaperience$! a rd-
versible phase transition. In most cases this transitions ~eeurs', sit 40--5;0 ~ kbar~
although in some experlWats it was observed at 15-20 kbtw#~ 71w :unit cell'
meters of the high-pressure phase are a = 3.42 :k oem A am C -; fe.62 * 0.04
sudden change In volume of 7,-0 :k 5% was observed during thin jphasii transition' (at
Card 1/2

L 2=7-66
Acassim ot Ar5ol8741
W kbar). The two phases differ. from each other in this widler oirarrangemdnt O:r thef
crystal layers and the arrangement of the nearest neighbole's of j;he tin atcm~s, Th
results show'also that the phase transiti4~n Is reconstructive, !.mthat Ithe 5n . e
bond in the low-pressure phase is destroyel during tile t a
Tansiti, nev bca~j
is produced. It in suggested in analogy vith earlier d4ta. by oWrs that at'.. hij~her,
pressures SnO will experience a pojymorph..~: transition froin a*e'Zite stracture
to a NaC1 structure, Orig, art. has t 3 figures and 1 tsbje.
ASSOCIATION: Inatitut.fiziki vyooldkh divienly Aladmij NIL%& 04filt (XnstjtW-,t- of
High Pressure PbysicojAN BSS
amMTM: O6Apr65 00' 1300 CMIRt 88
HR IMF 00vt 001 OBW 1 007
Card 2/4~

L-04490-67 J 1)
AP6031429 SOURCE CODE: UR/0056/661051/002/0377/0382
AUTHOR: Kabalkina, S. S.; Vereshchagin, L. F.; Kotilevets, A. A.
ORG: Institute of Physics of High Pressures, Academy of Sciences SSSR
(Institut fiziki vysokikh davleniy AkademiF7n_,_i_uTk__�,~_9_R~_
TITLE: Phase transition in TeO 2 under high pressure
SOURCE: Zh eksper i teor fiz, v. 51, no. 2, 1966, 377-382
TO?IC TAGS: phase transition, high pre8,sure resenrcli, high pressure,
tellurium dioxide, x ray diffraction
tetragortal:'
PSTRACT, The ef f ect of high pressure' on the structure of the
phase o?ke02 ~s investigated. An x-ray diffraction study of the
structure of_Te021 at room temperature and under pressures up to 100
kbar was carried out in a special x-ray chamber which included an
amorphous boron pellet. The experiments show that at p > 30 kbar,
Te021 undergoes a reversible phase transition of the first kind. Accord--~
ing to the data obtained, the high-pressure phase (TeO211) possesses
a rhombic.lattice cell with the following parameter values at p -60 kbar:
a - 4.22 A) b - 4.84 A, c - 3.67 X, z - 2, P - 7.07 g/cm3: it belongs
to the Fedorov Pnnm group. It is suggested that the high-pressure phase--
Card 112

L
-XC-C,--N-R-:---A-P60-3-1--4-
is of the CaC12 type. The effect of pressure on the parameters of the
unit cells of the Te021 and Te02II phases is evaluated. Orig. art.
has; 4 figures and 2 tables. (CS]
SUB CODE: 20/ SUBM DATE: 25Jan66/ ORIG REF; 003/ OTH REF: 015
ATD PRESS: 5083
Card 212 -e

ACC NR. AP667065'_-
AUTHOR: Kabalkina,_S. S,_; Vereshchagin, L. F.; Serebryanoyap N. A4
ORO: Institute of Physics of High Pressures)Academy of SciencesSSSR (Institut fizi
vysokykh davleniy Akademii nauk SSSR)
TITLE: Germanium telluride phase transformation under high pressure
SOURCE: Zhurnal eksperimental'noy i teoreticheskoy fiziki, v. 51, no. 5. 1966,
1358-1362
TOPIC TAGS: germanium telluride, r uc t ur e
phase transformation, pressure effect
ABSTRACT: The effect of high pressures up to 100 kbar on the crystal structure of
GeTe has been investigated. A phase transition from a rhombohedral phase GeTeI
(A7-type) to a cubic phase of GeTeII (NaCl type) was obnerved. X-ray diffraction
analysis showed that at 35 kbar, the ratio c/a changes from.L27 (GeTel) to 1.224
(GeTeII), involving a volume change of 3%. In view of the presence of a continuous
transition GeTel -1- GeTell at 400C, it is assumed that a critical point exists on the
Ge-Te phase diagram. Orig. art* has: 5 figures and 1 table.
SUB CODE: SUBH DATE: 16Jun66/ ORIG REP: 007/ OTH REF: 005/
Card

ACC NRI AP7005581 -iW'-"'~"~16-fll721002103:L310~]j5-I
SOURCE CODE: 0020
AUTHOR: Yti~alkinaj Kolobyaninat T. N.; Veresh0hagino L. F. (Academician)
ORG: Institute of High Pressure Physics, AcadenW of iciencss,, SSSR (Institut fiziki
I'vysokikh davleniy Akademii nauk MISR)
TITLE: X ray diffraction investigation of the crystai structuTe of Iodine at high
pressure
SOURCE: AN SSSR. Dokladyj v. 172, 2P 1967) 313-316
TOPIC TAGS: x ray diffraction study, iodine) high pressure research, crystal lattice
structure, molecu3jir crystal
ABSTRACT: The tests on iodine vere made because at high pressure it is one of the
few elements having a molecular structure, and may be the only element in which struc-
ture investigations can be made at room temperature. The authors carried out an x-ray
diffraction study of its structure at room temperature and pressures up to 60 kbar,
using a procedure described earlier (DAN V. 151, io68,'lq63) and molybdenum radia-
tion. To improve the diffraction pattern, the iodine was tested In powdered form.
The observed appearance and disappearance of several linen in reported, as well as
coalescence of home lines with variation of pressure. In addition, the pressure de-
pendence of the volume of the iodine and of the parameters of its lattice structure
are plotted. The results indicate that pressure does:not change the initial rhombic
structure, merely distorting it and leading to some rotatior of the molecules, It is
Card..... 1/2 UDC,. 539-89

ACC NRI AP7005581
pointed out in the conclusion that in view of the ambiguities involved in the powder
method# further research vith single crystals is necessary to check on the conclu-
sions concerning the structure of the high-pressure phase of iodine. Orig. art. has:
4 figures and 2 tables,
SUB CODE: 2o/ suBm DATE: 23sep66/ om Pjw t '9o3/ OTH IREFt Oll
2/2

KABAIDV,--A*A.o - I - "
-
Veterinary services in the 8Trachovo-Gorkim State Breeding Farm.
Veteriuariia 34 no.ftl2-15 Ag 157. (MMA IWO
1. Glavuyy vetvrach plemsovkhosa "Trachavo-Gorkill.
(Lukhovitsy District (Maiscow Province)--Voterinary rAdicius)

1. KABALOV, A.A.
2. USSR (600)
4. Horseshoeing
7. Greater attention to shoeing 3horses on collective fams, Konevodstvo 23 no. 3,
1953.
9. Monthl List of Russian Accessions, Library of Congress, APRIL - 1953, Uncl.

. G.
l'ungi as protectos of plantse Naulm i zhisnO 22 no.2919 7 155.
(rungi in agriculture) (KrRA BZA

IYUBIRIN, Aleksandr Dmitriyevich; XABATsISKIT, U.M,p kond.takhn.nauk,
i.
reteenzent; FURER, F.Ta., red.
% b
(Bench work techniques] Prismy alosarnykh rabot. lzd.2.,
ispr. i dop. Xoskva, Goo.nauchno-tekhn.izd-vo mashinostroit.
iit-r7. ig6o. 316 p. (UM 13:5)
(Toolroom practice)

KABKLISKIY, M. X.
35171. Primmenie Pryas7kh Metodoy yarlatelonnogo Isohlglgmly& X RembenlyVloskoy
Zadachi Teorll Plastiabnosti. T 83t5O Lot lievok-. Politekba. In-Tn. Klev, 29M,
a. 615-20
SO: Letopis' Zhurnallnykh Statey, Vol. 48, Moskva, 1949

- KABALISKIY, M.M.*, kand.tekhn.naukj YEFREHOV, Yu.M., iwl.; SEMOV,
i
V.K. 9 inzh.
Using signaling systems in t4nneling by productLon--liw wthodso
Shakht. stroi. 5 no# 2tlP-21 F 161o (MIRA 14 t 2)
10 NIOHBF.
(Mine calmmication)

KOUAAXOV, V.M., invli.; YKFRD407~ SAFFI(SRUXV, V.D., inv-ho;
I~Isjuy,-Ilm.p kand. tf-Oci.
Semiautomatic coupling for minp. c;an~. Shakht. atrol, 7 no.3*.
27 1-irt63 (VITRA l'?-.7)
I
1. Nauelmo-iBsle,,io%,atel,~-*k",,r f rg"iZatsli, 1. ms"y,-bzL-
zatsil stroitellnogo g. Klyev.

M"W"61jull HHUM M ILE 112"n I I "J ffl-, I _1
L 1779-66
CCMSION PIR: AP5023919
J
eat treatment of poly (a-chloroacrylonitrile) at 150-2501,',!~causibit,~quantitat~,ie
elimination of HCl vith simultaneous- Intramolecular cycl1%!',,jji;Dn 6)tUe po ycyano~
vinylene (III) obtained to form a naphthapyridlne type striviture',(#Y. The:iolyser
(IV),vao a black povder Insoluble in organic solvents or hi:)J,' The! poj~vier!ls
thermally stable; at 600C a small amount of gad (apparent~y,~ byd~:,gen) I a eir~lve4
and then the polymer remains unchanged during prolonged heking (&0_1000C) 41 ~ *!as-
urements of the electrical properties of the pellet samples~of tiwpolymer ifere t,!on-
ducted at 25C. The data are shovn In Table I of the Hsnclos~yre, ~Iltcb also A~vasidsta
on some -other semiconductors (earlier prepared) for campaftj;lve ~Ilvpdses, !Rie 141ita
Indicate that-in electrical properties -polymer IV appto se"niuma Ori M art
has. 1 formula and 1 table.
soCIATION VaesoyuzM nauchno-lig,ledoUte'I'skly'l Pri,
(All-Union 8cientific Research and beitgn and 014"OnIn r
rij v J>
8 D- gTreb,65-, OWL: .01 Gro: COM die,
140 M GOV, 001 on= I, '30i
Card
2/3

L
.1779--66,
1ACCESSION MR: AP502~919

KABAN, A.N.; GHMMASOV, L.As
Automatio o=trol unit with progrw=ing by thA lll*ftlumO
oycle. brt. i prib. no.4tlg.,21 O-D 161, (MIRA 1832)

t IFF a !!'1,' 1:1 m v t I r I 1 11 . ~,,r I 1-.11
NAUNSON, IA.; GRALTY, T.P.; KOZACHXK, N.N.;
Bleetrou mioromeople and X-ray analyses of disperse& phases of
lead-tin alloy organosols (with ffumary in Uglish]. roll. sh-dr.
19 no.3,019-323 NY-Je 157. (KM 1098)
1. Institut obahchey i neorganicheskoy khimli Akadeati nauk USSEL,
Kiyev.
(Imead-Tin alloys) (Golloidej,

RATANSON, E.M. L KABAN, A. P. ~
,c4ili
Blectron microscopic analysis of the dispersed phases of organic
iron. Ukr. khim. Shur. 24 no.3:404-08 158. (MIRA 11:9)
1. Ins titut obahcho3r i neorganiehaskoir khimii- Alf USSR.
(Iron) (Colloids) (Alectron microscopy)

Y,LTRILIP,NKO, O.D.: KARAN. A.P.
Imnattgating the dielectric properties of aqueous mylode solutions.
lzv.vye.ucheb.zav.; plebeh.tokho no,lt)2-3~ '~9-
(MIRA 12:6)
1. Kiyevskiy tekhnologicheskiy institut pishchevoy pro:Wohlennosti,
Imfedra fisichookoy i kolloidnoy Idaimii,
Wrloses-Alectric properties)

N. A.P.; KURILMMO, O.D.
Electric conductivity and dielectric constant of amVlopeatin
solutions. Izv.vys*uoheb.sav,; pishoh.tekh. no.1:43-47 160.
(MIRA 13:6)
1. Kafedra fizicheakoy i kolloidnoy khimii Kiyevskago tekhnolo-
gicheekogo inatituta pishchevoy promyshlentonti.
(Amylopectin--Electria properties)

KURILENK09 O.De; KIBAN, A.P.; NEDUMIT, A.A.
Investigation of the rheological properties of paste-yielding
starchr myloseq and a~aylopectin solutions, Izv.Yym.ucheb.zav.;
piohch.tekh. 1r12-16 161. (MIRA 1/+:3)
1. Kiyevskiy tekhnologichepkiy inatitut pinkichevoy 11-romyshlonnostil
Kafedra fizicheskoy i kolloidnoy kl;imiie
(Starch) (Amylose) (Amylopectin)

- -KAV-Nv, A.P.9 in7,lj.; KOVAIEVSKAYAO Ye.l.p Inzh.; KMIIERKO,, O.D.p
doktor khim,, nauk
EUntron microscope analysis or starch fractloms im the
presence of polyeleetrolytes. Pisheb. prom. no.2s26-31
165. (MMI 18:21)
1. Kiyevskiy tekhnologieheskiy institut pisholievoy pramr.1,1en-
nostio

KOVALEVSKAYAp Ye.l. (Kovalevalka,, A..P. (Nabano O.P.);
KURIUMOt, 0 .Do Ixurylonmo O.D.j ;"
Electron microscope studies of carboxymtbylomllulose., Dopo,
AN UHSR no.lltl490-3,493: 165#
(HIRi 18112)
1. Kiyevskiy tekhnologichookiy institut, pishabovoy pronyablen-
nooti.

ACC NR: AT7006296 SOURCS CODES uRl oooo/66hoo/ooo/owa /oi52
AUTHORS _Labar~j_~. P.1 Mlbergg Z. R.; Kharitirorchp N. To.
OROS none
TITLE1 Study of tho interaction of polystyrene molecules with highly dispersed metal
particles
SOURCES AN U1crSSR. Sintoz i fizi0b4himiya polimerov (Synthesis and physical
chemistry of polymers). Kiovp Naukova dumkap 1966p 148-152 . I
TOPIC TAGS: motallopolymor materiall, polystyrene, leadp bismuth, manganosof
chemical dispersion
ABSTRACTS In order to establish the nature of the interaction between volystyrene
macromolecules and colloidal Darticles of lead, bismuth and nanganese, the systems
formed were studied with an EM-5 electron microscope (at a magnification of 3NOO),
and by x-ray diffractionp and the swelling of the correspondAng interaction products
was determined in 30% toluene + 70% methanol. It was found that the degree of swel-
ling of metallopolymers containing from 0.3 to 1.5% manganose and bismth is almost
one-half that of pure polystyrene, Highly disversod lead had no orfact on the swol-
ling of polystyrene. The decrease-in the degree of swelling of polystyrene is ap-
parently due to denser packing of the maoromolocules at the aurfaco of the highly
dispersed metals. An adoorptive-chomical interaction between the polymer macromole-
Card 1/2

" I SHEKA, I.A.; KABAII. A.P.
Dielectric permeability of aqueous solutions of glucoso and
saccharose. Trudy KTIPP no.17:179-185 157, (MIRL 13:1)
Mimosa) (Sucrosa)

KA,BAN.,j B. and LMIS
"The Active Iron Electrode in Alkaline, Solutions.." Acta ftsicochbrLicap
21.4 No.59 1946

I , n
KOLKUNTSOV, G., inzh.; KABAN J6_,_inzh.,- SHISHKIN, R., inzh.
=1
Reinforced concrete girders for b,11dinga with fla t roofs.
Na stroi.Ros. 3 no.6tl9-20 Je 62, (mim :L60)
(Reinforced concrete construction) (Roofs) (Beams and girders)

- --
-- -" A- ri t ~ - -
I -5A- I
I\rx , +,T,
I '!I' f! ;I-:! ~.':I I I y-11: IT':! TI I I IF, I I I. i - " 1 11 7 12
KABANETS, F.T.,
E. M. PRFIS, Colloid. J. 6, 323-32 (194.0)

11 i ~P I I Il I !n: .- ", - U "
- )ZASANGTS, M.
-1 K&WMTS, M.
I
What ensures success? Fin.SSSR 16 no.4:52-54 Ap 155. (MML 80)
Ofinance)

Imi lilt 1,11171111JIVII4.81111,1 I.."..u.
XABANETS, M.; IVANITSKIY, V., starshly nauchWy sotrudnik
Increase profit in the potato and vegetable trade. Yin. SSSR
19 no,10:35-39 0 158, HIBA U: U)
1. Nachallulk otdola finanstrovanlya torgovIl I smgotovok Mule-
terstva, finansov USSR (for Irabanste). 2. latwhno-Issledovatell-
skiy institut torgovli (for Ivanitskly).
(Ukraine-Vaget able trade)

U33AMS
Supp17 eating establishments with raw materials and products
at reduced prices. Sov.torg.'no.3:28-30 Mr 159. (MIRA 12:4)
1. Machal'nik Otdola finaneirovanlya t6rgovIi I sagotovok
Hinisteratva finansov USSR*
(Restaurants, lunch rooms, ate.)

KABXIETS, M.
Seminar on trade financing in the Ulcraino. j?in,S= 20 no.B:
96 Ag '59- (MM 12:11)
(Ukraine--Finance)

KABAPETS, M.
Bconomic work of Ukrainian financial or&uns and control
over trade. Fin.SSSR 20 no.12:26-33 D '59.
Kn 12:1,".)
1. Nacballnik otdels finansirovaniya torgamli i zagotovok
Ministerstva finansov USSR.
(Ukraine--Retail trade--Auditing and inspection)

.KABANETS, Mikhail Nikitovic;a; LYUDSKOV, B.P.t red.1 FURKAN* GeV*#
[Profitableneas and hidden potentiallties for Imoremaing it in
the fruit and vegetable trade] Rontaballnoat',torgo-r1i plodami
i ovoshchami i rezervy ee povysheniia. Moskvay Goq# izd-yo
torg lit-ryp 1961. 76 p. (Km 3428)
?Ukraine-Fruit trade-Finance) (Ukraine-Vegetable trado-Finance)

UBAUTS-,-&-.
Ways of reducing marketing costs and increasin inccmes in trade*
Fin. SSSR 22 no.St"9 Ag 1614, W 1,4..8)
(Ukraine-RAtall trade-Finanpe)

GONCHAROV, K.F.; DOBROBORSKIY, S.A.; SIDO,,,.OV, P.N.;
KOHOSTASHEVSKIY, GROEYKO, Ye.M.;
KARASIKJ, P.I.; GAZAROV, L.A.; YAKHIN, B.A.; GORD,
N.V.,, red.; POLYANSKAYA, Z.P.9 tekhn. red.
(Ball and roller bearings; catalog and handbook) Shariko-
vye i rolikovye podshipniki; katalog-spravochnik. Izd.2,,
ispr. i dop. Moskva, 1963. 379 p. (MIRA 17:3
1. Moscow. TSentrallwjy institut nauctmo-tekhnichookay in-
formatsii po avtomatizataii i mashinostroyanlyu. 2. Nauchrqye
sotrudniki Vsesoyuznogo nauchno-issledovateliskogo konstruk-
torsko-tekhnologicheskogo instituta podshipnikovoy promysh-
lennosti (for all except Gorin, Polyanskaya).

s'
USSR/Microbiology Medical and Veterinar-y
Microbiology
Abs Jour Ref Zhur-Biologiya, No 1, 1957, 774
Author Fernandes and Kabanil'yas---,
Inst
Title Sensibilization to Tuberculin Induced
by Lepromin
Orig Pub Leprosy rev., 1955, 26, Vo 4, 163-167
Abstract Observations of 18 children in the aj,.3es
of 8 months to 8 years larho lived at home
and had no contact with leprous patients
were--conducted. They exhibited a nega-
tive Mantu reaction 1:10. These children
were administered intracutaneously 0.1
to 0,2 ml of bacillar lepromia prepared
by the Dkharmender method or whole
Card 112

- KABANKIN, S.I.; MAKTAZ, X.Y.
I
Standardizing hydraulic cylinders for agricultural mnehinery.
Trakt.i. sellkhozmash. 30 no.1n:23-25 0 161). (JURA 13 -.9)
(Agricultural rachinery-Hydraulle equipment)

i[,Ti:i Ili I T'i*;1I filliqwv"ll'In I -I ~j I I- Ili 1, 11,11 11 ''1 11
KABANT121, S.I.j inzh.
---------- -
. Standardization and unification of hydraulic oylinders for
agricultural machines. Trakt, i selikhozmaght no.12:18-20
D 161, (111HA 18:2)
1. Vsesoyuznyy nauchno-issladovateltakiy inotItut nel'sko-
khozyaystvennogo mashinostroyaniya.

k14 10VIV
KABANOKOV, V.7a.
Age of ancient strata In the northeastern Siberian Platform. Itudy
Much.-Isel. inst. geol. Arkt. 89138-41 156 (HIPA 11t1)
(Siberian Platforal-OsologyO Sb;ut1gr&puG)

KABANIKOV, V.Ya. .-A
Principal results of the field work of the Birekto oxpedition of
1958. Inform. biul. NIIGA no.2:61-65 158. (MIU. 12:10)
(Russia, Northern--Geolog7)

KAUNIZOV, V.Ya.
Oil prospecting 'A the tiGna-01anek area. Trudy RIGA 92,-
120-133 158. (MM 13:4)
(LOna Valley--Petroleum 960lDey)
(Olenek Valley-Fetroleum geologr)

IrARANIKOV, V.Ta.
New stratigraphic datz ~n lower and middle Cumbrian sedimento
of the Olenek Upland 1 Olonek Valley). Trudy HIM 65:4-15
159. 7 (HIRk 13:12)
(Olshek Valle Geology,- Stratigraphic)

KABANIKOV, V,Ya,; RADIN, Ye.Ta.
...
Preliminary work reaUts of the Biraktas, DzhelJnd . and Anabar
Ex~editions in 1959, Inform.biul.NIIG& no.18448-53 160.
(MM 14::6)
(Anabar Va.Uoy-Diamonds) (Oledek VaneyDia=da)
I

J~j v! :- .' ~.' :, , - , ,,, :'
KOM IK, A. 0.
32787- Ob oligodandroglionakh a Youtrisholudochicovyx rostom. Trudy kiyevoks
Nauch.-iseled. Poikhonevrol. In-ta, T. XII, 1949, a. 76-80, 210-11
301 Lotopis' Zhurnallnykh Stater, Volt 44, Xo~kT&, 1949

VAYNSHTOKO I.B., kand.med,uauk;_._W~NNI,Kj AeOv, kand.med,nauk
Complicatione in novocaine spinal anesthesia. Sov.ved. 23 no.$:
113-116 Ag 159. (MM 12:12)
1. Iz nevrologicheskoy klinild (zav. - dayetvital Ityy ablen A14S SSM
Prof. 3.N. Manlkawskiy) Kiyevskogo meditsinskogo inotituta.
(PROGAINE aneeth. & ane1g.) '
(ANESTHESIA, SPINAL compl.)

POPOVA, O.L. rknA 1w , G.T.
Acid resistance and methods of analysis of titanium, zirconium,
niobium and tantalum nitrides. Zhur, neorg. kbim. 5 no.4:930-
934 Ap 160. OHMA 13:7)
1e Institut metallokeramiki i epetsiallnykh splavov AN UWR.-
(Titanium nitride) (Zirconium nitride)
(Niobium nitride) (Tantalum nitride)

3/137/0Z/000/008/059/055
I
AU7V,OM--. Popova, 0. 1., Kabannik, G. T.
TITLE: Chemical properties and analysis of some nitrides
PERIODICAL: Rnfcriitivnyy zhurnal, Matallurglyn, no.' 8, 1%;2, 7, abstract N411
("Byul. In-t metallokernni. i speto. splavov ~-.'N UkxC,3T1", 1.961, no. U,
64 - 68)
TEXT: The authors investigated the solubility of TL, Zr, Nb, Ta and Cr
nitrides.in various acids, their mixtures and alkaline solutions. It is shown
that ma:cimum stability against the effect of different solvents is offered by
Ta and Cr nitrides (CrN), and least stability by Zr and Cr-nitride3 (Cr4l).
Methods of analyzing some nitrides arc given. Por Instince, when analyiirZ ~11
nitride, th~ batch is alloyed with Na2O2- The cold melt is lixiviated -witlr vator
and further nnalysis is conducted with the use of the hyd.-ochloride method. The
determination of free Si is based on its solubility in 1,%r NaOill solution. The Si
nitride is then not dissolved. In the solution obtained the Si content is deter-
mined by-t-he colorimetrie method from the yellow color of the molybdenum silicic
acid. L. Voroblye a
[Abstracter' t Co lete tran-lationj 'O~zr
Card 1/1 f-,LC el ;11
,4,V ~ !~ 5x~

PHASE I BOOK EXPLOITATION SOV/6030
Samsonov, 0. V.,, Corresponding Member, Academy of Sciences UkrSSR;
A. T. Pilipenko* Doctor of Chemical Sciences, Professor; T. N
Nazarchuk, Candidate of Chemical Sciences; 0. 1. Popova, Candi-
date of Ohemic4l Sciences; and M Ya. Kosolnp~o a V. A. Obolon-
chik, 0. Ea. Kotlyar, L; N. Kucha-y-,-7.-P.-Kopy as I&LITe b -
z 0&1p_
n1k, A. Kh. K2ibus, K. D. Jqodylevskaya, and S. V. Ra t
Analiz tugoplavkikh soyedineniy (Analysis of Retractox-jr Compounds)
Moscow, Metallurglzdat, 1962. 256 P. 3250 copies printed.
Ed.: Ye. A. Nikitina; Ed. of Publishing Houset 0. K. Kezayeva;
Tech. Ed.: A. 1. Karasev.
PURPOSE: This book is intended as a laboratory manual for personnel
In plant laboratories of the machinery, chemical, and aircraft
Industr1ea and scientific research Institutes. It can also be
used by chemistry students at un-tversities and schools of hIghor
education.
Card IA

Analysis of Refractory (Cont.) BOV/6030
COVERAGE: The boob contains data from the literatui-0 " from
laboratory research on the chemical and mbehaniepl. properties,
crystalline dtruotur'e,.ohe&tcaT analysis, produaLion,,and in-
dustrIal and other applications of silicon carbide and other
refractory compounds. Methods of determining the basic oom~
ponento of refractory compounds (carbon, boron, nitrogen, and
ailioon) are reviewed and detailed methods for the chemical
analysis of all presently known refractory compounds SLven.
The authors are novoclated with the 1n3titUt metallokeramiki
i zpetrial'nykh aplavoV, AN SSSR (InBtitute of Powder Metal-
lurgy and Special Alloys, Academy of Sciences USSR). ho per-
sonalities are mentioned. There am 327 references: 175 Soviet
and the remainder mainly English and German.
1
TAME OF COUTE17TS [Abridged):
Foreword 7 -
Ch. 1. General Information on Refractory Compounds 9
Card 2/4

Analysis of Refractory (Cont.) SOYM30
Ch. 11. Chemical Properties of Refractory Compounds 48
Carbides 48
Nitrides 6o
Borides 64
3111cides of transition metals of Groups IV, V.
and VI 74
Phosphides of transition metals
AulrldeB of rare earths
Nonmetallic compounds (B,0, SiC, Si,N,, BN, BPI 86
Ch. III. Methods of Determining Basle Components of
Refractory Compounds 99
Ch. IV. Anmlyols of Refractory Compounds 143
Carbides or transition and alkaline earth metals 14?
Nltrldea 17,
Boridos 181
Silicides 210
Rare-earth sulfides 220
Card 3/4

Analysis of Refractory (Cont.) $07/6030.
Phosphides 226
Nonmetallic compounds 229
Appendix: (Witer' Vapor Pressure (mm Hg) at 15 to
. 35 C (Table)] 248
References
AVAILABLE:, Library of Congress
SWECT: Metals and Metallurgy
249
10/pw/bmc
Card 4/4 io-3o-62

KABANNIK, G,T,-, NAZARCHUK., T.N.
Volumetric determination of aluminum in alloys. Zav.lab. 28
no.5t546-547 162. (MIRA 1516)
1. Institut metallo'keramiki i spetsiallnykh splavov AN USSR.
(Aluminum alloys)

I ! Pt ~ I I W!! I V; I ~ I F, 1 "114. 541, 1 ;111111HIM1411 11111,91 -TIN F111IF1 III, I- JIf -! I- ~j ':I it T'I I illy 1~ Wj~~ 11
SAMSONCVp G.V.; PILIPMO, A.T., prof., doktor khim. nivak; NAWCHUK,
T.H., kand. khim. nauk; Prinimali uchastiye: POPOVA, 0.1.,, kand.
khim. nauk,- KOSOLAPOVA, T.Ya.; OBOLONCHIK, V.A.; KOTLYAR, G.Kh.,
m
adshly nauchnyy sotr.; NUCHAY. L.N.; KOPYWVA, V.P.j,K_.jP
l AW __
G.T..;,KLIBUS, A.Kh.; MODYLEEVSKAYA, K.D.; RA.DZIKOVSKATA, S.V.;
RfkliINA, Ye.A., red.; KAMAYEVA, O.M.j, red. izd-va; KARASEV, A.L..
tekhn. red.
(Analysis of high-melting compounds] Analiz tugoplavkikh soedinenii,
Moskva, Metallurgizdato 1962. 256 p. (MIRA 15:7)
1. Chlen-korrespondent Akademii nauk USSR (for Samsonov).
(Intermetallic compounds-Analysis)
(Nonmetallic material a-4nalysis)

tIA' ".A 1. iC I TU! K Y T. N . ; 110110VA , 0 . I . ; K7CG AY p L. N . ; D' 'Iffl, iT A IJOVS KA YA I Ye . V. ;
,,, KABANNIK, G.T.; BOREMSKAYA, S.F.; CHUGUNUAYA, N.K.
Analysis of mre alloys with certain metals and oxides. Zhur.
anal. khim. 19 no.P:980-984 164.
(14IRA 17:11)
1. Institut metallokeraralki i spetslallnykh 4jplavov AN SSSR, Kiyer.

KABANNIKOV, N.P.
Hemosporidin treatment of leptospirosio.in cattle. Toterinariia
36 no.9:24 S 159. (KRA 12:12)
l.Glavny7 vaterinarnyy vrach sovkhoza imeni Gor'koj,,o, Krasnodarskogo
kraya.
(loptoopirosis) (Urea)

-11 1 A Al:!4.1 1; 7'-
t j

AUTHOR;
-- Kabanov, A.A. 3-1-16/32
---------
TITLE- Complex Field Practice in Physical Geography (Kompleksnaya
polevaya praktika po fizicheskoy geografii)
PERIODICALs Vestnik Vysshey Shkoly, 1958, # lo PP 53-54 (USSR)
ABSTRACT: The article describes practical training carried out by
the 3rd course students of the Geographical Faculty of the
Krasnoyarsk Pedagogical Institute (Krasnoyarskiy pedagogiches-
kiy institut). The training consisted of territorial in-
vestigation and regional studies as they would be conducted
by a village school. The students were divided into several
groups and given the task to investigate the geology and
geomorphology of the territory, the climatic peculiarities
and the hydrology of the selected kolkhoz, its soil, flora
and fauna. The investigations were made according to a
methodical plan. This kind of training has been carried out
every year since 1955,
ASSOCIATION: Krasnoyarsk Pedagogical Institute (Krasnoyarskiy pedagogiches-
kiy institut)
AVAILABLEt Library of Congress
Card 1/1

I ii MIN I!' Frq I
KABAIOV
A mine of high labor productivityt Ugol' 36 no-7:1-2 JI '61.
(MIU 15:2)
1. Glavnyy inzh. shakhty "Surtaik~a" tresta YI.aelev3kugol'.
(Ruznetsk Basin--Coal min-s and mining--Labor productivity)

I I'll til zil 1 1,
:1 t I
ACCESSION NR: AP4028467 810181164100610*11 9 1251-
AUTHORSt Trubitayftj A. Xq Xabanovq A. A.; Boldy*reyl V,'V.,; Uchoviki A.
TITLEt The nature of electrical conductivity in the p9rmangwates of alkali metals
SOURCEs 'Fizike tverdogo telat two 6# no, 4t.1964, 1249-1251
TOPIC TAGS: electric conductivity# alkali permax%ganatel thermoolectromidtivo foraeo'
transference number
ABSTRACT: The type of conductivity in ionic crystals of permanganate type Was
established by inVestigsting the electrical conduotivit,(g the transference iumbsial
and the thermooleetromotive force. , The samples *are prepared. from chemically pure'
materials pressed at room temperature under a pressure of 104 kal-ci2 for 4 Minutos-
It was found that the electrical conductivity is praotical3,v the same at
temperatures for M&O p RbMa0 9-and Cs1TnO v but that the activation energies are
4 4. 4
different for.saoh. The Vh0- is much larger than the cationsp W this' with ths
e#erimental datal indioateft4that the elsot;iical conductivity of -the indli"tod
'compounds is nonionic and that. the cations are. not reqpons*Ul9 fw the electrical
conductivity, 1h all these permanganates the thirmooleatromotivs Arce prawad. to be
Card 1/2

APSOO-2.0715
Avy.mom Zakharov, Vu. A. Kabanov, A.A.
TITLE: The effect of i1dmtxWrC5 of plumbowi madcarbouato 1.0as oil Igui condudflvfty,~,
permitth-tty and dielecLTiq 1099 mngla of sllve~ adde

~7,777 T'
tivity, diele~trjv loss angle, ~p ocheixi cit ~s phdt
2+
ABSTRACT: The effect of adchttons of Pb ~ftd;60 kon'sbVibekwiddetivityi P~er~tjt-
Ii,if,; anri (liolir,-fric, lor,, SnV 1 was Zidied ax4mriniontally Ln ovd2ir ti, p
z Jtq of Alver aztdL rv-,ve
fr)r *hp rhange ~r phnti-wherw a. tabi I i Iv nh,;,v
,)n -c-cr-vsta1'I'ukucFn uf sii-vel a L I Ap "11 LK I%g CO, (Mnetaai wimaii;t j ~11~14[?b pt--E: L -
I U11 " "+'~ , II
Ivoij-1-1 OnIpiLr(ld. Tho ;idrLi I ion ~it

Card
T
1~
L 2hli54-65
ACCESSION NrR: AP5002~)75
s,g-ned for t;xplocivc compauncls, increR4ied llilearh with tlk(j

ZAKWOV, Yu.A.j KABANOV,,,A.A.1 TRUBITSIN, A.M.
Efteot of a fixed electric field on the thervAl decampositim
or silver oxalate. Izv.vys.uchpb.zav.j khlmol kh1m.takh. 8
no.4029-532 165. (MIRA 18%11)
1* Tomskiy politekhnizhaskiy institut imeni Kirovap kafeera
radiatsionnoy kh1mii.

XUANOT, A;-F-
Stralght-way cutting tool witb a chIp breaker. Stan. 1 instr.
31 now9s40 S '60. (MIRA 13:9)
(metal-cutting tool")

:i F- I I ~
KABANOVJ _A.F.; GAWSTOV, S.G.; LEsETSM, V.A.; SDKOUNSM, B.X,
Objectives of petroleum industry workers. Bezop.txuda v prom.
5 no.9-.8-9 3 161. (MML 14: 10)
1, Glavuoye upravleniye nefty'anoy i gazovoy PromPhlennooti
Voerossiyokogo Soveta Narodnogo Khozyayotva RSHSR.
. (Petroleum'industry) (Automation)