SCIENTIFIC ABSTRACT KAPUSTIN, A.M. - KAPUSTIN, I. (YAKUTSK, UAORW)

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I 'n g devi cc o W'A. a t) r -Lrtt 4- 0
a flow. Trudy OMITT 38:2j.-.26
(MIRA 18*18)

KOUSTIN, A. P. PA lYf6l
USSR/Dielectrics Jan 1947
Radio vaves - UBF
'Dr,idels Second Method Applied to the Measurement
of Dielectric Fermeabilities and to the Determination
of Dipole Mcments in 10-cm Waves," A. P. Kapustin,
10 pp
"Zhur Ekep i Teor Fiz" Vol XVII, No 1
Xeasurements of the dielectric permeabilities of
various binary system with a specially designed
nagnetron with a ribbon circuit.
13T61-

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-7 ..........................
~s Ultrasonics :Mly/jun 5P
~119xperimental Investigation of the Influence of,,
~.'Uitimoonics on the Kinetics of Crystallizaiionj-
,A; P. K"ust1n, Inst of Crystallography,, Acad
Sci US9R
'1z Ak. NaUk, SSSR, Ser.Fiz," Vol XIV, No 3, PP 35T~-
iEstablished that ultrasonic irradiation of organic
7matter hom6genizee it and leads to finer cryst
istructure and. greater strength of material.
;:F6und upper and lower efficiency limIts of ultra~-
..sonics on crystn. Clarified the influence of
187T81
itISSR/Physics U3.trasoxdca MaY/Jun 56',
(Contd)
i rasonic fld on distribution of adrdxts within
,alloy and the accelerating action of vibration
"Of:container vall on solidification process.
Siabmitted Feb 49 at a se'ssion of the Inst of
Crystallography, Acad Sci USSR.
P4
E-4

A. P. b~i OPP-
W"
d am
ad" the "me
30 =W. im As a at dis &W, a
Rb L-.483-10,
of lbstolatW. T~t girticture of the "Id Is
all, wkbM a ON. big* bomeg-Ollus with
lk liseas at the tals of thr
'
t Only towards OW
rubt.sWlapCtW1 IMI lowfull &W
bottom, at an &morva. rate al OD mm./aec.. wbervis in the
aboem of a Gaikbed Is uneves am mom in an Wrep-
kr mouser. The,'apAnd" dowairad motion of the
crysts. frat boos at SM SIK. OW 11~11 If aPPIW
to OW o8dilat ="I, of 0.6 kv am. i'HK further
of the sp alteardw at E - O."T
kv.1mos. If t- --Wok Is turmd of crystn. be-
conics tuemicati ajid a eked d Very aft ;;;tallites Is
we to fWas a, - I bdow tbe bomedw-7 and to sinvad
towardis tM ~ bettens. lWdw wM obwr%-cd
witb "Clid 6.--Pb--7-7. N. 71mn

KAPUST3Nj A. P.
PA 165T84
USSR/PbW*ic'4..- Ultrasonics ~11 mar 50
~Jnfluence of Ultrasonics Upon the Phenomenon of or-
thotroplem in Organic Substances," A. P. Kapustin
I'Dok Ak Nauk SSW Vol LKXI) No 2) PP 273-274
Describes experiments on organic substances that
graphically shov influence of ultrasonics upon ortho-
tropism and also clarify possibility of complete elim-
ination of structure of"columnar zone or itb minJmiza-
tion. Submitted 15 Nov 49 by Acad N.'T. Gudtsov'.
l6n8k-

KAPUSTINp A.
08 Pbpl i, 21 mar 50
C tals
"Obtaining- the- Teitdre " in Crystallic Substinces
With the Aid of Ultrasonic Waves," A. Kapustin
"Dok-Ak Nauk BBSR7 Vol LXXI, Iqo 3, pp 451-452
"Tekture)"is Preferential or 'pirincipl oriintii-
tioh,of crystiL16-in poly~rystallic-aggregat6_. In-
tikest in,6btiInIng--te*tureb`is connicted'4ith7-
fiL~t-that--tb:oi6aa',-pr6-iii~tie's-'bf:cry6tiLl diftUnce
p
d4endo:n6fonly on di6position of atoms' 'In lat-
tice_ but 'also- bii dimmions"bf separate'cr~ztals
ind-their orientatioiC(gen6ral discuiudon). Sub-
mitted 15 Rov 49 by.Acad N. T. Gudtoov.
PA 165T85
165T85

I~IPIOSTINJI A. P.
"Influence of Ultrasonics on Cr7stallization Proce--ses r~a-d at ti-le
held n I,eniii,rad 1-3 51
c.-nferenco of the Acoustics Corrxdssion AS USSP
1.7-2161o, 25 Feb 52

WUST114i A.' ]~.'
ffbqperimental Investigation of the Effect of Ultrasonics on the Kinetics
of Crystallization." Sub U Oct 51j, Inst of Physical Chemistry~ Acad Sci
USSR.
Dissertations presented for science and engineering degrees in Moscow
during 1951.
SOs Sm. No* 480j, 9*May 5%

IT-P.
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9631' Infikow"re " p8 K.11,jokill.
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KAPUSTIN, A.P.
Crystallization
Effect of very high frequency sound on the speed of crystallization. Vest. AN SSSR,
21, no. 12, 1951-
Monthlj List af Russian Accessions, Library of Congress, May 1952, UNCLASSIFIED.

KAPUSTIll, A. F. -- 17o-Tlv4- - ---- - -

Shot of wam m the dWiloodw of v&w
a mM addWs of thmitim brindde
011"V Klassen-NAftudors and A. P. Kapu
,in sci. U.. S.R., Moscow). Poklady Ak". Saik
sj. R. 7. a crystal 0( cubic TIBr +
,n know for its wery hisis pholurlasticity (.1~40akula And
Kirin, CA. 43, ftVj), gnwn by abrupt e4wA4is mt As to
leave diainct reddual stresses visible between crossed
= q w-k fidd o1 720 hilobertzes,
5 the crystal axis, resulted in a
Scient
t
disappearance of the isochroum, with the whole crysW
becoming tuort or lem unifortaly transparent. and the strm
pattern stpg. into discrete regions, nactuating during the
"=" on rcmyal of the field, the original pattern is re-
11 in front less than I to 2'") sec.. depmilins an the
length of the expomm. The effect Is evidently due to
addul, stresses protluced by the supersonic field. Small
variations in the suiwrwmic vibration of the quartz Sen.
emlor give die to an iubtantaneous change of the stress pat.
tern. This effed opens the possibility of using TIDr +
T11 as an Indicator of the resonance stability of a supersonic
generator ystern. N. Than

ed 1~t'~Giiiwd on the trntaulnuon It SV6-~
_
_
ti
F4. 5"1Z
T
A. V. KAUM rk, Z*Vr. 4rkkl Z2, 76,
T tj T V~2f. -~Tbe process of trystri. of ben)*-
pbtnone " (1), (11). thMol (111),
piperorm N). S, Wol M, aq. Sol". of NWACI (VI), and
condensed milk (W) (in thin films and in bulk) wvs ob~
smed.*ith a polarization mkroscopt equipped with a
_catnezix. :According to. their responses to the ultrasound
these substances could be divided into 2 groups. Jn the

n6fly formed cry'stallites- this process.was diretAly
proportional to the intensity, of the field. ~ Thevystaiv vrere
pushed, upwards by the vib6tions and formed a cryst. mass
that filled the entire melt. This phenomenon tool place-
_under various degrEes of supercooling and all the way to the
M.P. -In the 2nd'group,(H, VvVI, VII) ultn'sound exised
the ibre:iking 9 crystallites. Thest fragmcnis
serveil-tis new centers of crystn. The appearance of the
Ms of Men
crysL - substances differed considerably frow the
~fthqse r4tained in the absence of the Vatru-

botli kroups Was R~ at hundred Owes that under o

_
ns.
couditio
4-
7

OSSR/Metals - steel Apr 52
~Dissolving Steel in Sulfuric Acid Under the Effect
of. Ultrasound," A. P Kapustin, M. A. Fomina, Inet
of Crystallography,, Acad Sci USSR; Magnitogork State
Pedagogical Inst
"Dok Ak Nauk SSSR" Vol LXXXIII, Tio 6, pp 847-849
Investigates effects of rapid mech vibrations on
dissolving rate oi various substances (sugar, blue
vitriol, hyposulfite, tbymol) and, in particular,
on di3solving rate of steel in aq soln c. mineral
acid. Experimentally establishes that stimulating
effect of ultrasound on dissolving process depends
to great extent on sound intensity. Graphically
,represents relationship. Submitted by Acad S. I,.
Vollfkovich 26 Feb 52.

USSR/Physics Ultrasonic degasification FD-1002
Card-1/1 Pub. 153 6/24
Author Kapustin, A. P.
Title Degasification of liquids in an ultrasonic field
Periodical Zhur. tekh. fiz. , 24, loo8-1011, jun. 1954
Abstract The process of degasification consists in ridding a liquid or solid
of gas, and bence is of great significance in metallurgical practice.
Purpose of present work was to collect experimental data clarifying
the mechanism governing degasification in liquids under the action of
ultrasounds. Liquids studied were concentrated sugar solution, trans-
former oil, and glycerine. Concludes that degasification consists of
two stages (conglomeration of small gas bubbles into co4lexes and
their transfer to the surface) and ceases slimiltaneously with conglom-
eration of the bubbles, and that ultrasounds can be utilized as depo-
larizers in galvanic elements.
Institution
Submitted December 30, 1953

XLPUSTIN6.
SPontaneous generation of crystallization centers in a supercooled
malt subjected to the effects of an eltramonic field. Uch.zap.NGPI
88:53-56 154. (KWA 10: 2)
(Crystallization) (Ultrasonic -waves)

7-7
-jc hit

Category Solid State Physics - Phase transformations in solid bodies E-5
e
Abs Jour Ref Zhur - Fiz#a, No 1, 1957,No 1170
Author Bagdasarov. M.S., Kapustin, A.P.
Inst i Institute of Cryst3llograplfy-, -ffq-u- Academy of Sciences
Title Production of Etched F~ gur es with Ultrasonic Oscillations
Orig Pub Kristallografiya,-1956, i, NO 1, 139-140
Abstract A description of a method of production of etched figures in an ultrasonic
field. The crystal is placed in a saturated parent solution and is sub-
jected to a brief (on the order of 2-3 mimLtesl Irragation in a-veak ultrason-
Ic field. The etched figures are o'bt&ined on thi f6ce of alumo-potassium alums,
on the cleavage plave of a benzophenon crystal, and on a piLace of a potas-
sium bichromate crystal.
Card

AVKMWIYV, S.I,,, doto.; VOLKOVA, Z.T., prof.; KAPUSTIN, A.F., prof.;
VOIDHW, V.L., takhn. red.
[Programs of pedagogical institutes; general'physics for lehysice
and mathematics faculties; major: mathematics and physics] Program-
mW pedagogicheskikh institutov; obohdhaia fizilm dlia fiziko-
matemftcheskikh fakalltetov (spetsialinost I - matematilca i fizika).
Moskva, Goo. uchebuo-pedagog. izd-vo K-va prow. RUSE, 1958. 21 ly.
(K33A lltg)
1. Rassis, (1917- R.S.7.S.R.) Glavnoys upravleniye Tyashikh i
srednikh pedagogicheskikh uchebnykh zavedeniy.
(Physice--Study and teaching)

AVKS]INTIYIN, S.I., dots.; VOLKOVA, Z*V., prof.;.. KAPUSTIN. A.Pe, prof,;
VCWHRK, V.L., tokhn. red.
[Programs of pedagogical institutes; general physics for physics
and mathematiow faculties; major., physics] ProgramV podagogiche-
skikh institutov; obehehais. fizilm dlia fizik6-Matematieheskikh
fakul'tatov (spot sial Inost I - fizilm). Ikookyap' Goo, uchobno-
podagog. izd-vo X-va p;oev. BZFSR, 1958. 20 p. (MIU 110)
1 Russia (1917- R.S.F.S.R.) Glavuoye upravleniye vysshikh i
s;ednikh pedagogichookikh uchebaykh zavedenty.
(Physics-Study and teaching)

SOV/58-59-7-16328
Translation from: Referativnyy Zhumal Fizika, 1959, Nr 7, p 243 (USSR)
AUTHOR Kapustin, A.P.
,y
TITLE: n
Effect of Ultrasonic Waves on CrystallizatioVand Dissolution Processes
PERIODICAL: Uch. zap. Mosk, gos. ped. in-ta, 1958, Vol 138, PP 115 - 123
ABSTRACT: The article is a short survey of the author's recent studies in the
kinetics of crystallization and dissolution in an ultrasonic field.
Particular attention is devoted to questions of crystal nucleation and
the effect of ultrasonic waves of various frequencies and intensities
on the rate of growth and dissolution of single crystals and poly-
crystalline aggregates.
K.S. Aleksandrov
Card 1/1

-h-A) ft,
24(2) PHASE I BOOK EXPLOITATION SOV/2353
Akademiya nauk SSSR. Institut kristallografft
Rost kristallov, ton. 2 (Grovth of Crystals, Vol. 2) Moscow, 1959. 238 P.
Errata slip inserted. 2',000 copies printed.
Flesp. Eds.: A. V. Shubnikov., Acadezician.,.and N. N. Sheftall, Doctor of
Geological and Mineralogical Sciences; Ed. of Publishing House-
K. S. Aleksandrov; Tech. Ed.: T. V. Polyakova.
PURPOSE: This book is intended for scientists and researchers engaged in
crystallography and in growing industrial monocrystals.
COVERAGE: This in the second of two volumes on crystal grov h. The first
volme contained reports delivered at the First Congress on Crystal Growth.
The present volume also contains an extensive study of corundum synthesis
by S. K. Popov [deceased]. These studies reflect the developmnt of Soviet
research in crystallography.in the period following the first congress.
The studies contain some essentially new results obtained by Soviet scientists.
The editors express the hope that these studies will unite the efforts of Sov-
iet scientists engaged in studying the process of crystal growth and in grow-
Card 1/5

Growth of Crystals (Cont.) SOV/2353
ing industrially valuable monocrystals. No personalities are mentioned-
Refer,ences are given at the and of each article.
TANZ OF CONTENTS:
Foreword 3
I. THEORETICAL AND EXPERIMENTAL STUDIES
Ehaimov-Mallkov, V. Ya. Thermodynamics of Crystallization Pressure 5
Khaimov-Mallkov, V. Ya. Problem of Experimental Determination of the
Crystallization Pressure Value 17
Khaimov-Millkov, V. Y&. Growth Conditions of Crystals in Contact
With a Macr6obstruction 26
A
tin
Y& tin A, and V. Ye. Kovalyunayte. Crystallization of Alum
r
ous
ml-qq~uweous Solutions in an Ultrasonic Field 40
Card 2/5

Growth of Crystals (Cont.) SOV/2353
Slaynova, Ye. N. Adsorption of Thionine Blue by Growing Crystals of lead
litrate and Its Effect on the Morphological Properties of the Crystaln 44
Nelankholin,, N. M. Growth Form of Crystals of Thiazine Dyes 49
Tsinober., L.I., L. G Chentsova, and A. k. Shternberg. The Green and
Brown Tint of Synthetic Qxartz Crystals 61
Yawntsev,, I. Ye. Crystallization of KJ on a Biatite and Muscovite
Surface 68
Belyustin,, A. V. Possibility of DaterAining Surftn Energy of
Crystals From Equilibrium States 70
11. GROWMG OF MNOCRYSTALS (APPARATUS,, WMDSO
summon" WORK)
T&shpar,, Tan. Growing of Calcite and of Other Carbonates 73
Qpendiarov, N. N. , and B. S. Alsksan&-ov. Growing of Anthracene
Nonocrystals 78
Card 3/ 5

Growth of Crystals (Coat.) sCYV/2353
Popova,, A. A. 9rientation of Monocrystals of Certain Ferrites 84
Timofeyeva,, V. A. I and A. V. Ulesskiy. Crystallization of Ferrites
From Liquid and Gas Phases 88
Tisofeyeva, V. A. Studying the Process of Barimm Titanate Crystal
Growth in a Fwwd Solution With Bari-= Chloride 95
Bel.yayev, L. M., a. S. Belikova, and G. F. Dobrzhanskiy. Anarstus
for Growing Organic Crystals From a Melt lo2
Boksba, S. S. New Type of Pistonless Compressor for the Production of
Extremely High Gas Pressures 105
ChumLkov, A. A. Groving of a Benzophenone Crystal and Its Morpho-
logical Symmetry log
Sinyukova., I. A. 2 and L V. Stespanov. Synthesis of Ixtrapure Salts
of Calcium Fluoride and Barium Fluoride for'Growing Cptical Monocrystals 3.15
Kokorishj, Ye. Yu. Effect of Cooling Conditions on the Creation of
Dislocations on the.Creation of Dislocations in Germanium Crystals 120
Card 4/ 5

Growth of Crystals (Cont.) Sov/2353
Rez, I. S., and L. A. Varroloneyeva. Guanidine-aluminum x4lfate-bexabydrute
(Syntheslo,, Growing of MDnocrystals, and some Properties or the Monocrystals) 126
Kokorish, X. P. Crystallization of Gerwisnium. on Silicon and Silicon on Ger-
manium 132
Popov,, S. K. Growing and Certain Uses of Corundum Crystals 14o
Ill. MMYS AND DISCUSSION ARTICIES
Kokorish,, Ye. Tn. Dislocation in Germi= Cryst&Is (Survey) 211
Slavnova, Te. N. MIAin Trends in the Sti;dy of Mixed Systent Inorganic
Crystals - Organic Admixture (Sur"Y) 223
AVAnAKE: Library of Congress
TK/fai
Card 5/5 9-9-59

AUTHOR: .Kapustin, A.P.
SOV/70-4-2-35/36
TITLE: The Discovery of Dislocations Ultrasonically
(Obnaruzheniye dislokatsly s pomoshchlyu ul'trazvuha)
PERIODICAL: Kristallograflya, 1959, Vol 4, Nr 2, pp 265 - 267
+ 1 plate (USSR)
ABSTRACT: It is difficult to discover the exact etching conditions
which will show up individual dislocations so that ultra
sound was applied to the process of otching. Singlo
crystals of LiF woro irradiatod in wat2r. Tho fri?quoncy
was 25 kc/s and the intensity 0.5 W/cm . The crystals
were freshly cleaved blocks about 1 x 0.5 x 0,2 cm and
were stuck on the ends of wooden rods. After irradiation
for 15-20 minutes they were examined with a polarising
microscope. -Chains of pyramidal pits were observed. The
same results were obtained after cleaving on different
faces. On prolonged irradiation the pits become oval and
there are more near the edges than near the eentres of
the faces* Deformed crystals of LiF were then treated
and also crystals struck by an electric spark. Similar
Cardl/2 results wer'efound for other materials, the density of
~7F
k,
- MORE
0, R
IBM
-MM
iS' _50 I'M 1"
i

SOV/70-4-2-35/36
The Discovery of Dislocations Ultrasonically
etch pits increasing markedly after deformation.
There are 4 figures and 2 referenees, 1 of which is
Soviet and 1 English.
ASSOCIATION: Institut kristallografii AN SSSR
(Institute of Crystallography of the Ac.Sc, USSR)
SUBMITTED: December 1, 1958
Card 2/2

5(4)
O-OV/69-21-3-7/25
AUTHOR: Xapustin,.A.P.
TITLE: The Preparation of Highly Concentrated Lithium, Potas-
sium and Sodium Concentrations in an Ultrasonic Field
PERIODICAL: Kolloidnyy zhurnal, 1959, Vol XXI, Nr 3, pp 289-291
(USSR)
ABSTRACT: The author reports on results of experiments intended
to provide highly concentrated lithium, potassium and
sodium concentrations with the aid of ultrasound.
Lithium was dispersed in vacuum oil, potassium and
sodium in kerosene. The dispersion was ca;ried out
in a silica tube of a capacity of -_100 cm~'. In order
to obtain mechanical high-frequency vibrations, a
piezoquartz generator with a frequency of 700 kilo-
cycles and a vibrator with a frequency of 25 kilo-
cycles were used. During the experiments the audio
- 2.
power did not exceed 5 W/cm The author studied
Card 1/3 four factors, vfrLich detei-mine the dispersion process:

SOV/69-21-3-7/25
The Preparation of Highly Concentrated Lithium, Pot-assiun and
Sodium Concentrations in an Ultrasonic Field
the delay time of the matter in the ulll-rasonic field,
temperature, frequency and intensity of the ultra-
sound. Previously to the treatment with ultrasound,
the matter was cut into pieces of -1 cm3, which were
put into the tube fill,,od with the corresponding
liquid. The experiments showea that treatment with
ultrasound at room temperature was inefficient. Good
results were only obtained :,!hen the matter was heated
to near the melting point and treated with ultrasound
of maximum intensity. In the. case of lithium, a sus-
pension %,dth a concentration of 0.2 g/ml was ob-
tained. Treatment of the metal at a frequency of 2")
kilocycles showed the same results. Under unchanged
experimental conditions, the quantity of dispersed
matter, however, proved larger than before. The ex-
periments vrith sodium and potassium, essentially led
Card 2/3 to the same results. In the case of sodium renewal

SOV/69-21-3-7/25
The Preparation of Highly Concentrated Lithium, Potassium and Sodiu
Concentrations in an Ultrasonic Field
of the liquid was necessary. Potassium has a low
melting point and did not need preliminary heating.
There is 1 photograph.
ASSOCIATION: Institut kristallografii AN SSSR, Moskva (Institute
of Crystallography of the AS USSR, Moscow
SUBMITTED: 28 January, 1958
Card 3/3

-KA-ItS 1JA-1
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KAPIJSTIh. A. P. ; KOVALYUNAYTI, V. Yo.
CrYstallizatiOn Of alums from aqueous solutions in &a ultrasonic
fielle Rost krist, 2:40-43 '59, (MIRA 13:8)
1. Institut krjstaalogr&fll AN 85jR.
41um) (Ultrasonic waves)

0965
3/08 62/000/016/004/043
N. Ko 6 B168XB186
AUTHORS: Baj~dasarov, Kh. S., Berezhkova, G. V., KApustin., I.. P-~.
TITLE: Growing of single crystals of zinc in an ultrasonic field
PERIODICAL: Referativnyy zhurnal. Khimiya, nb. 16, 1962, 30, abstract
16BIBO (In collection: Frimeneniye ulltraakust. k issled.
veshchestva. no. 12,' M.9 196o, 41-44)
TEXT: Investigations (RZhKhim, no. 2, 1953, 3762) were continued with a
view to clarifying the effects of the ultrasonic field on the distribution
of dislocations. Zinc crystals grown in such a field by Bridgmants- methQd
were tested for compressive strength before and after-calcination at
3500C, and crystals not grown in an ultrasoni6 field, but only irradiated#
were also tested. The reasons for the former being stronger than the
latter are discussed. From a comparison of the compression curves for
polyarystals and single cr~-stals it is concluded that the toughening
effect is due to increased block structure in the crystal grown in an
ultrasonic field; this is indicated also by Laue diffraction patterns
showing the reflex bifurcation characteristic of the block structure.
Card 1/2

S/081/62/000/016/004/043
Growing of single crystals of zinc... B168/BI86
The fact that crystals grown in an ultrasonic field have a large number
of block boundaries indicates that in these crystals the dislocation
density is higher than in those grown under-normal conditions, and it is
suggested that this effect is one of the reasons for the increased
strength. LAbstracter's note: Complete tr anslation.)
Card 2/2-

WIN, A.R.; KAPUSTIN A.P.., KOM., I.A:;.POPOV I.V.; PROZOROVA N.A.
--i.`ff.,--CHIKHACHEV, S A ; 60OLOVP
SAUid:R ~, R.I. ( de ceasepd
.doktor geol-mineral.naukjotv.red.; SPRYGINAp L.I., red.izd-va;
SUSHKOVA., L.A., tekhn.red.
[Karst 1? nomena near Dzerzhinsk, Gorkiy Province] 'Karstov
iavlaniirv ra~one goroda DzembinskaZor1kovskoi oblasti.
Mosk;m, Isd-vo 1~kad.uauk SSSR., 1960. 121 p (Um.demiis 'hauk
SSSR. Laboratoriia gidrogeolodicheakikh problem. Trudy v61. 32)
(Dzerzhinsk:ii9io`n~z(Gorkiy Provi --Plarst~

36422
S/ 13 7/62/000/0 0 3/0 G 8/191
C). AOM/Aioi
AUTHORS: Bagadasarov. Kh. S., Berezhkova, G. V., ~
TITLE: On the problem of growing single-ci"jstals of zinc in an ultrasonic
field
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 3, 1962, 19, abstract 3A101
(V sb. "Primeneniya ul'traakust. k issled. voshchestva", no. 12,
Moscow, 1960, 41-44)
Zn single-crystals were grown by the Bridgeman method in sealed glass
tubes of 3 4 mm in diameter. After the upper portion of the crystal,
':he ultrasonic oscillator was switched on. The displacement speed of the single
crystal in the furnace was 37 =Vhour. The test temperature was 52OU C. Speci-
mens, 7 - 8 mm high, were prepared from the grown crystals to determine comprGs-
sive strength. It was established that the strength of crystals, groi-m in an
ultrasonic field, increases considerably; for instance, the elastic limit is
raised by about a factor of 6 as compared to a crystal grown without a8plication
of an ultrasonic field. An investigation of specimens annealed at 350 C, grown
in an ultrasonic field, and of specimens-which had been merely subjected to
Card 1/2

S/137/62/000/003/008/191
On the problem of growing ... A006IA101
ultrasound, shows that the strengthening effect is removed only in the latter
case. In the former specimens, the presence of a great amount of domain
boundaries in the crystals proves that in these crystals the dislocation density
is higher than in crystals which had been grown without applying an ultrasonic
field.
T. Kolesnikova
[Abstracter's note: Complete translation]
Card 2/2

IKAPWTIN A.P.- KGVAL)!UXAYTB, V.Ye.
Growth of potassium alum crystals in an ultrasonic field.
Kristallografiia 6 noo5.'805-807 S-0 161. (,%MU 141. 10)
1. I~stit t kristaUoprgfJl AN SSSR,
crystale"mm4h) (Ultrasorxic waves)

KAFU-9TP-,AlekAmidr-Z&V1mdch- IMCM, Gj.G*v-.pVf,# retsenzeAF---
KUDRYAVTSEV,, B.B.t pr4f., retsenzent; SDMIXKOVA,, I.S.., red.
izd-va; SHUIMIIOV) Aj.
akademik, otv. red.; SIMUM.,G.S.,teldin.red.
(Effect of ultrasound on the kinetics of crystallization]
Vliianie ulltrazvuka ne, kinetiku kristallizatsii. Moskva,
Izd-vo Akad. nauk SM 3.962 * lo6 P. (MA 15:3)
(ultruonic wawsi' (CryoUls-Growth)

KAPUSTIN, A.P.; DMITRIYEV, L.M.
Effect of ultrasound on the domain structure of liquid cz-jstals.
Kristallografiia. 7 no.2:332-334 Mr-Ap '62. WRA 15:4)
1. Institut kristallografid. AN SSSR.
(Liquid crystals) (Ultrasonic waves)

UPUSTIN, A. P.
"Growth kinetics ana dissolution of single crystals in an ultrasonic fiela?
report submittea for the 4th Intl. Congress of Acoustics,
Copenhagen, Denmark, 21-28 Aug 1962.

S/Q70/6MOb-7AQ4/oo 9/ol 6
B132JE455.,
AUTHORS: Kapustin. A.P., Kova'lYunaytb,'V.'Ye.-"
TITLE: The generation and develppment.of, centres.,of
crystallization in solutions of ppta,soium,a,~uminium,
alums in. ultrasonic . fields !J
PERIODICAL:.Kristal lografiya, v.7, no'.4'. 1962;, 611*3-6,1'5' It
TEXT: A series of experiments on the precipitation of
supersaturated aque�us solutions of potassium aluminium alum by
ultra sonle waves have been made. It is shown that precipitation
takes place whether ~there is a seed or not. In the latter case
it is important whether the seed is put at a node or antinode of
,thp standing wave system..- If the seed is at a pressure,
antinode precipitation is seven time.-~; faster than if there is no
seed. A frequency of 30 ke/a was used with an (acoustic) power
of 0.42 W/CM2. Control experiments with simple stirrings,were
performed. There.are 4 tables.
ASSOCIATION: Institut-kr-istd1lografii AN SSSR (Institute of
Cr - llb'grapliy'AS USSR)
SUBMITTED: September 22, 1961 ,, ?7't~ , , , .1. 1 - 1.
Card 1/1 Jj WE- 0 70 '-61-110 0-7 A 0Y /V/ 4 - 1o)4

PHASE I BOOK EXPLOITATION SOV/6022
Kapustin, Aleksandr Pavlovich
Vliyaniye uIltrazruka na kinetiku kristallizataii (Effect of Ultrasound on the
Kinetics of Crystallization) Moscow, Izd-vo AN SSSR, 1962. 106 p. Errata
note included. 3200 copies printed.
Sponsoring Agencyt Akademiya nauk SSSR. Institut kristallografti.
Reap. Ed.t A. V. Shubnikovj Academician; Ed. of Publishing House; I, S.
Sbitnikove; Tech. Ed.:, G. S. Simkina.
PURPOSE: This booklet is intended for specialists investigating problems of
nucleation growth and dissolution of crystals, and for teachers in qchools of
4gher education.
GOVWGEs The booklet deals with the work of the author and his coworkers in the
experimental study of crystallization and dissolution in ultrasonic fields of
various intensity and frequency. It also describes the phanomona occurring
Card 1/0 --.-?

Effect of Ultrasound-on the Kinetics (Cont..' SIDV/6022
in crystals under the effect of ultrasound. According to the Introduction,
this-booklet repres-ents.the first attempt to explain briefly the most im-
portant experimental material on the kinetics of crystallization in the ultra-
sonic field. The author thanks Academician A. V. Shubnikov, and Professors
G-G. Lemleyn and B. B. Kudryavtoev for their valuable comments. There are
87 referencest 59 Soviet, 16 Germanp 8 English, and 4 French.
TABLE Of CONTENTS:
'Introduction 3
.Ch. 1. 1-%thods and Squipment for Studying the Crystallization and
Dissolution of Substances in the Ultrasonic Field 7
1. Formulation of the problem 7
2. Selection of a substance for the observation of crystallization 8
3. Ultrasonic radiators. Wave guides 9
C ard 2/V Z

KAPUSTIN, A.P.; KovALYUNAM, V-Ye-
Formation and development of crystallIsation centers in a potassium
alum solution placed in an ultrasonic field. Kristallografiia 7
no.4t613-615 Jl-Ag 162. (NIRA 15:11)
1. Institut kristallografii AN SSSR.
(Alias) (Crystallization) (Ultrasonic waves)

L 19-749-63 7. iw~(k)/k~Ttl)/m4p(q)/EWT(m)/MIP(B)/BDS AFFTCIASI)l
ESD-3/IJP(C) Pf-4;': JD
'ACCESSION XR: AT3001935.1- S/291Z/62/000/000/0347/03581
AUTHOR: Ka2ustin. A. Pi,
TITLE: - Growth and dis solution of single crys!als !R an ultrasonic. field
SOURCE: Kristallizatelya i fazovyye P~rekhody. Minsk, Izd-vo AN BSSR,
J96Z, 347~358.
:TOPIC TAGS: crystal, crystalUzition, crystallography, single, ultrasound,
!ultrasonic, ultrasonics, potash alum,. supersaturation,. high frequency, low fre- I
;quency, avalanche, solution, dissolution, etching.- figure, Ioffe effect, dislocation,,:
Irate of growth, rate, vibrator, i agnetostrictive
ABSTRACT: The paper describes an,experimental investigation of the effect of
ultrasound (US) on the linear rate of crystallization (TiRC)_of an octahedral face of
single crystal (SC) of potash a1um_TP_AJ_.__TR_e_M/'*as measured with and with-
:out US under otherwise comparable coi-nditions. A quartz lamina excited byan
-electron:-tube 2-mcps generpLtor with a maximum intensity of -0.2 w/cm7- served as,
a source*. The US was introduced through the base of the cry~tallizer which was
adjacent to a trrsformer-oil surface. Each crystallizer consisted of a glass
vessel, 30.0 cm with double walls, between which water was circulated to
C9rd I/V

L 19749-63
ACCESSION NR: AT30.019351
maintain the PA'solutions at a constant temperature (T) within 0.10C. The di'splace-
ment of the crystallization front (CF) was observed with the aid of sighting tubes
which afforded a record of the position of the,faces with an accuracy of 0.01 mm.
Two crystallizers with joint thermostatic hose connections were employed simul-
taneously. Highfrequency (HF) US effects on the crystallization and dissolution
of SC's. In test runs without US, identical LRC's were found in both crystallizers.
The solution.was poured intothe crystallizers at a T 7-80 above saturation T (TS)l
whereupon primers were introduced. US was ducted into one of the crystallizers.
",The linear displacemknt of the faces was marked 15-30 min after the start of the'
experiment and then hourly for 13-15 hrs,'whereupon the crystals were lifted out,
'dried, and weighed. . US was found to iritensify the dissolution of the primers at T.
above Ts . In a sup4rsaturated solution the LRC with US is 2 to 3 times that with-*'
out US~. US exposure accelerated the growth not only of thoface on which it im-
pinges directly, but also the other faces. All this applies o"nly to weakly super-
saturated solutions ~`and low US intensities. At 11(gh j4tqnsitles, US results in a
dispersion-of the -c-~ystal.-MAaRl's- of experiments b V.E. Kavalnnayte on the
of US waves of various intensities and frequencies on the growth and dissolu-.
tion of SC's of PA are related. Effect of low-frequency (LF) US on the growth of
SCIs of PA. In HF US the dimensions of the primer cry!jtals are almost 3 times
as great as the wave length. In LF US, they are 1 / 10 the wave length. Ln
Card

L 1974gr63
ACCESSION NR: AT
addition, in LF US, the phe nomenon'd caltation take 9 plaIce. However, in the
,tests,, the intensities of the US (120.2 w/cm ) were held lo",Y~ enough to avoid cavita-'
tion. The crystals were placed into the pressure bulge and the node of the standing
30 kcps wave. T 22.2 to 239C; Ts 260. The relative gain in mass of the crystal'
-in the US field was found to be 576 greater than outside the field. Avalanche crys-
tallization of PA from a solution under the effect of US. A number of new and inter-
esting 'phenomena were found in the-experimental investigation of the effect of US
(f = 700 kcips) on the crystallization in solutions. At 6-80 below T., and in the
presence of a small primer, the activation of fairly intense US resulted in the im--
mediate formation of a large number of crystallization- centers (CC) which rapidly
filled the entire volume of the solution.. In the unstable condition of the solutio-n' in-
dicated the.reby, so many tiny microcrystals are for ed-that-the-s-616li-o-n becomes
.-,A M
.temporarily opaque,-, xiAtil ind1vidtml1y-gk6,Win__g crystals begin to deposit on the bot-
tom.__The-prercij~itating crystals are either acicular or of the platelet type. If I is
than, 0.2 */cm",, the cloud of-CC's appears only with 6 to.60 supercooling; at
wlcmz, ev'en 10 supercoolingis adequate. Transfer of the* p*rinier from a node
to a pressure bulge of a standing wave accelerates the nudeation of CC's. These
results are in good agreement'with tes'its made by M. P. Shaskoll skaya and A. V.
Shubnikov. Dissolution of crystals under US. Tests were made with rystals of Cu
:sulfate, hyposulfate, sugar, and thymoi. The tabulated data show an acceleration of
Card 318ie

19749-63
ACCESSION NR: AT300193'5"
the dissolution rate of up to 20 times of that obserVed without US. US was also ex-
tremely effective in acc 'elerating the rate of dissolution of steel in-an aqueous solu-
tion of a mineral acid. In all instances, the rate of dissolution under US depended
greatly pn its intensity. At low intensities, US exe"rted no influence at all. Only be-
yond a certain intensity value of I does the rate of dissolution increase rapidly and
approaches a certain limit value. Effect of US on etching figures. In the aut thor's
'tests, the c~rystal was placed in a sa:turated mother liquor, and was exposee., to a
.,short-term (2-3 min) irradiation In a -weak US field. The 0.3-W/CMZ TiS was ob-
tafned'in a, Magnetostrictive 40-kcps vibrator. It is noted that etching figures on the
surface of a SC appear at any stage of dissolution, which apparently ca n be attributed
to an increased rate of dissolution in the defects of the crystal. It is postulated that
US irradiation produces on the faces of a SC a.multiplicity of microfissur~-- 'hich
serve as centers of future etching figures. This premise was substani OV,
measurements of the' A. F. Ioffe effect, that is, the weakening effect exerted by the
"dangerous" surface microfissur s in air and in water. The results are tabulated.
Detection of dislocations in crystals with US A single-valued relationship was es-
tablished between the etching figu res and the outcroppings of dislocations at the sur-
4ce of a crystal, so that the usefulness of US radiation in the detection of disloca-
ti*bns was established. Orig. art. has 4 tables.
C.M Qfr-,~

ACCESSION Ma.- AP4025001 3/0070/64/009/002/0297/0300
AUTHORS: Kapustin., A. F.; Larionova., L. S.
TITLE: The behavior of anisotropic liquids in a.~ electrical field
SOURCE: KristallografiYa., v, 9, no. 2,j 1964,, 297-300
TOPIC TAGS: anisotropy, aaisotr~pic Uqad, electrical field, mesophaseo paraazox-~
-yphenetole, polarizfng mi~6rosccpe, domaih structure, light transmission
ABSTRACT: For a mespphase the author used paraazoxyphene~ole, because its~liquid-
~crystalline phase occupies a broad temperature field (28C) and it, is relatively
easy to prepare, The material was placed on the glass plates of a condenser
separated by a layer of mica 0.2 rm thick. The surfaces on which the paraazoxy-
pll~erietole was placedwere made conductive and served as electrodes. The.entire
system was placed on the stage of a polarizing microscope for optical'observation.
Studies were made in electrical fields both normal and parallel to the glass sur-
face* The preparatj~6n was found to change noticeablywhen ihe eleictrical field
was koplied, In a parallel field the domain structure was altered at 10W V/C%
C-rd 1/2

14
ACCESSION NR: AP40Z5001 0
streams beginning to, form; the fibers neAr the electrodes orienting themselves
along the lines
of Ae field. At higherlifields (up to 4000 v/cm)., dark twisting
--lines appearad....aAending from electrodecto electrode, The intensity of trans-
mitted light decreased appreciably with increase in field strength,, more
ciably in the lower fields:than the higher, The coloration 6f individual parts
(domains) of the meso"phase changed appreqdably with change ih field strength and
change in texperature.. Houton rings were observed. From optical observations :1.
Was concluded that at loli fields (100-200 v) the preparition occurs in small drops
:with rippled surfaces, In greater fields strong movement takes place'and the
amount, of transmitted lig1t is reduced "Uch as 40%. Orig. art. ~ has 1 7 figures.,
ASSOCIATION: Institut kristallografii A9,SSSR (Institute of Crystallography AN
ckc
ZR)
SUBMTTED: l8jul63 DATE WQ: 16Apr64 FAM: 00
SUB CODE: PH NO REF SOV: 002 OTHER: 000
2
Card 2/2
7 7 777TOA.1! 7 7". T!-9-1 7.71

tht- neinatic -to the soli-&-tt-Ae- - if'-'3c
13 Nb-"ttrueture Is- 1producced

ZVFREVA, G.Ye,~ KAFIRSTIN, A.IP. -1
Measurement of ultra-acoustic; parameters in liquid-crystalline
cholesterol caprinate. Akust. zhur. 10 no.1:122-123 164.
(MIRA 170)
1. Moskovskiy oblastnoy pelagogicheakly InEstitut imoni. Krupokoy.

KAPUSTIN A*P.; VISTINI, L.Ke
Ferroelectric properties of liquid crystals. Kristallogra-fiia. 10
no,1:118-121 Ja-F 165. (MIFU 18:3)
I* Inatitut kristallografil AN SSSR.

45532-66 EWP(k)/EWT(1)/EWT(M)/T RM
13713 SOURCE CODE: C058/65/ /OM/1074/10%
R66
AUTHOR: Zvereva,-G. Ye.; Kapustin, A. Pe
TITLE. Investigation of the abso i ar 71d+orasound in liquid-crystal nIn-nonoxyl-
benzaltoluidine
SOURCE: Ref. zh. Mika
Abs. 10zh497
REF SOURCE: Sb. Primeneniye ulltraakust. k issled. veshchestva. Vy'p- 20. m... 1964,
87-93
TOPIC TAGS: ultrasound absorption,, organic crystal, liquid crystal, phase transition,
temperature dependence, ultrasonic velocity
ABSTRACT: A pulsed method vas used to measure the absorption of sound in n*n-non
benzaltoluidine in the frequency range 2-15 Mcs and in the temperature intervall -70C,
including the region of the following phase transitions: isotropic liquid - nematic
liquid crystal (phase transition 1) and nematic - smectic liquid crystal (phase transi.
tion 2). The ultrasound propagation velocity was measured by an interference method
at 2.2 Mcs in the temperature interval 80-70C. In the isotropic liquid, far from the
phase transition 1, the velocity decreases linearly with increasing temperature. Near
the temperature of the phase transition 1, the velocity begins to decrease and reaches-
a minimum value at 75-5c- With further decrease in temperature, the ultrasound veloc
ty increases. The appearance of the smectic modification influences the slope of the
curve. The experimental data on the absorption of ultrasound are discussed on the
Card 2/2

L 45532-66
ACC NRt AR6o13T13' :~) I
basis of the relaxation theory. Ye. Sheludyakov. [Translation of abstract]
SUB CODE: 2D
LAk-
Card 2/2

ACC N.R; j%!',6)G28l')9 SOli-ilCE-CODr--.---Li-1/0058/66/000/005/EOO'U/l~007-~-f
~"AUTEOR: Zvereva, G. Ye.; Ka-pustin, A. P.
TITLE: Investig,~ttion of the absorption of ultrasound in liquid-crystal
cholesterylcaprinate
SOURCE: Ref. zh. Fizika, Abs. 5E47
RE,'. SOURCE: Tr. 1-y Mezhvuz. naucbn. konforentsii po primeneniyu molekul. akust. k
issled. veshclicstva i v nar. kh-ve. Tazhlzcnt, 1964, 65-92
TOPIC TAGS: liquid crystal, phase transition, ultrasound absorption
ABSTRACT: The authors measured the absorption of ultrasound (a)'in cholestery1capri-
natc, which has a cholesteric modification when heated and a smectic modification when
cooled. The measurements were made by a pulse method in the frequency region 2 -- 15
14c at temneraturez 72 -- 91C. An absorption maximum was observed near the phase
transitio'n between the isotropic liquid and the cholesteric crystal (phase transition
1). in the cholesteric modification a/v2 decreases smoothly with decreasing tempera-
ture, and t1hen drops sharply near the phase transition from the cholesteric to the
zmectic crystal (phase transition II). The abrup 2 is due to the
,t variation of a v U
appearance of the smectic modification. With increasing frequency, a v2 decreasest
and the cholesteric and smectic states tend to equalize in an isotropic liquid. A
1/2

L 083 64-6?
~kCC NR: A116O28139 0
discussion of the experimental data was carried out from the point of view of re-
laxation theory. It is assumed that the relaxation is connected with reorientation
ofmolecule. groups in the ultrasonic field. The experimentally observed growth of the,
excitation time with decreasing temperature confirms its proportionality to the size I
of the molecule groups. In the liquid-crystal state, the relaxation process is due I
to reorientation of the boundary molecules of the swam, which is not rigid formation.1
The investigation confirms*the existence of swarms as thermodynamically stable forma-
tions in liquid crystals. 1. Nikolayeva. (Translation of abstract)
SUB CODE: 20

KAFUST.-LN, A. S..
PP
1114609. Tvoreboakoe oodruaheetv9s (Pasrabotka koniptruktaii i oavoyenive proizvodotva
vyaokoproizvodit. Mashin po do he kuskovogo torf;t). .-Ka34nin, Kn. izd., 1954.
4o s. s. m. 2o5m,ijog Ekz, (55 - 33) P
622-331.0025St+001-.6st
SO- Kn!Lzhnaya letopstal, Vol. 1, 1955

ROUNPUNM, Hikolay Fedorovich; SHELYGIN, Leonid Al-eknandrovich;
-KAUZ=v
evich
,,&g ergey ZABRODINA, A.A., tekhn.red.;
SOOLEVA, Ye.k., te*Rr."rel.
[Atlas of peat mnehinery; types for Twohine peat] Atlas
torfiauykh mashin; mashiny okakavatornogo sposoba dobychi torfa.
Pod red. N.F.Rozenplentera. Monkva, Gos.energ.izd-vo, 1956.
63 P. (HM 12:3)
(Peat machinery-Design)

IMILI, A.I.; KARPINSKIY, V.I.; KAMSTIN, A.S.
Factory laboratories are guides to technical progress* Tranap. stroi.
24 no.7246 J2 161+.. (MIRA 18?1)
1. Rukovoditeli laboratori:v TZentrallno o nauchno-iseledovatellskogo
instituta svyazi (for Imill, KarpinskiT 2. Starshiyr tekhnolog
Mentrallnogo nauchno-iosledovatel'skoRo instituta svyazi (for
Kapustin).

KAFUSTIN, A.V., inzh.
A two-stage ash collecting system. Energetik 11 no.1:9-10
ja 163. 1 (KRA 16: 1)
(Boilers)

KArIUST"IN, A. V.
Ympustin, A. V. -- "Legal lelledical 7valit-tion of Injurier, of the Spine 8nd !3pimal
Cord." First Moscow order of Lenin Medical Inst, II/losco-.-I, 1955 (Dissertation
for De-
gree of Doctor of Yedical Sciences.)
SO: Knizhnaya Letopis', No. 23, Moscow, Jun 55, PP 87-104

uSSR/Pharmacology. Toxicology. Narcotics and Hypnotic Drugs V
jlbj3 Jour : Rof Zhur Biol.., No 11., 15158., No 51870
.Author : Kapustin
Inst : '2=%Rru_ of Central legal Mo?-~cal Examination and of Depart-
ments of IAgal ModicinG and Pathological Anatomy of the
Stalinabad Medical Institute
Title On the Toxicology'of Nombutal
Orig Pub so Sb. tr. Cyuro g1. sudebr omed. ekspertizi i Kafodr sudeba.
med. i patol. anatomii Stalinabadsk. med. in-ta., 1956, vyp.
4, 67-73
Abstract Two fatal cases of nombutal (I) poisoning, following internal
administration of I and 3 g doses were described. Upon
anatomopathological investigation., a largo amount of white
foam was discovered in the larynx, trachea and large bronchi;
pulmonary edema., edema of the brain and meninges and conges-
tion of the internal organs. I causes severe damage to the
cerebral matter, as manifested by ectopia of the nuclei of
the nervous cells., their destruction, central chromatolysis
Card 1/2

KAPUSTIN, A. V0 dotsent; NAMOV, F. V. , dotsent
Forensic medical evaluation of plastic operations in expertiDo
on an incurable facial disfigurement. Trudy KMI no.2:W-148
160. (MIRA 15:7)
1. Iz kafedry sudebnoy meditsiny - zav. kafedroy dotsent A. V.
Kapustin i lhirurgicheakoy stonatologii - zav. kafedroy dotsent
F. V. NEtUMOV.
(SURGERY, PLASTIC) (FACE-SURGERY)

KAPUSTIN, A.V., inzh.
Mechanized unloading of milled peat from railroad cars.
Energetik 8 no.9:3-4 S 160. (MIJU 14:9)
(Peat-Transportation)

KAPUST.M. A.V.
Diagnosis of direct and indirect fractures of the ribs. Sud.-med.
ekspert..5 no.ltl4-16 Ja-Mr 162. (MIR&'- 15-4)
1. Kafedre, sudebnoy meditsiny (zav. - dotsent A.V.Kapustin) Kalinin-
skogo meditsinskogo instituta.
(RIBS-FRACTMM,)

KAFUSTINj__A.V,L,AD-tsent
DetermincLion of sex by tissues with various postmortem changes.
Trudy KGMI no.'10:113-116 163. (MIRA 18. 1)
1. Iz kafedry sudebnoy meditsiny (zav. kafedroy dotsent A.V.
Kapustin) Kalininskogo gosudarstvannogo meditainskogo instituta.

EAPUSTIN A.V.
the traclei Of
Marpholog'chal .,hara,-teristi-s of sex chromatin in
.L t, V -
calls from various human U.3suea. Tsitologiia. 6 no.3:291-2`98 MT-
A 164. (MI%k 18:9)
1. Kafedra sudebn,:y meditsiny Kalininskogo meditsinskogo instituta.

-1. '. GMWXXVIGH, S. ; WUSTIN, 131. Ings.
- 2. ' ' ij~SR (600)
4. Feeding and Feeding Stuff a
7, Model feed house for livestock farms. Kolkh. prois. 12 no. 12 1952.
9. Monthl List of Russian Accessioas. Librsa7 of Congress, X-h 1953. Unclwssified.

KAPUSTIN, B., glavnyy inzhener
Mechanized feed plants for animal breeding farms. Sell.i~troi. :LO
no.1:14-17 Ja '55. (MLRA 8:4)
(Farm mechanization) (Feeding and feeding stuffs)

KAPUS' AL ; KOZORE"UOVA, A.A.; HATSKIN, L.A.; STARKOV.
BERBZHNAYA, V.D.; KIIL B
G.V.; TITKd-Y, M-.--'-6-99UANSKIY, V.A., rodaktor; SOKOLOVA, H.U.,
takhnichookiy redaktor
Cmauual on petroleum products in agriculture] Spravochnik po nefte-
produktam v sellskom khoziaistva. MoBkva, Goa. izd-vo sallkhoz.
lit-rY, 1956. 343 P. (MLRA 10:4)
(Petroleum products)

KAPUSTIN B.N., glav. inzh.; GVOZDEV, T.T.j, glav. inzh.; GRIGOROVICH..
-in;'zh.; KONDRASHENKO, A.A., inzh.; AMEYEV) Yu.A.) inzh.;
RYADNOV) A.A., inzh.; YEGORYCHKV) V,P,t inzho; SMIKINj B.A.,
inzh.,; MARSHUTIN, S*F*j inzbq KHODZHABARONOV, K.G., inzh.;
FEDOSOVAI Ye.M., tekbnik)* OSIN) V.I., tekhrik; MIENOVAj, Ye.P.,
telcbnik; AVSARAGOVA.. G.A., tekhn1k; PASHKEYEV, D.A... inzh.;
KAFUSTIN, V.N., inzh.; NAGOROV, L.A.,, inzh.; IONOV3 I.T.,, inzh.)-
KOPEYKINA., L.M.., inzb.; TELEPUEVA., T.P... tekhnik; CHAKURIN.,
MG., tekhnik
(Album of the -mechanization of labor-consuming processes in
stockbreeding] Allbom mekhanizatsii trudoemkikh protsessov v
zhivotnovod8tva. Moskva.. Izd-vo Giproselikhoza. No.4.(Equip-
ment and supplies for the mechanization of labor-consuming
processes on livestock farms] Oborudovanie i inventarl dlia
mekhanizatsii trudoemkikh protsessov na zhivotnavodebeskikh
fermakh. 1959 [cover: 1961. 229] p. (MMA 15:7)
1. Gosudarstvannyy institut po, proyekti.rovaniyu sellskokho-
zyaystvenrqkh sooruzheniy (for Kapustin, Grigorovich,
Rondrashenko., Abadeyev, Rvadnov,, T9gorychev,, Sbmellkin..
Marshutin., Khodzhabaroncrv, Fedosova., Osinp Semenova,, Avsara-
gova).
(Continued on next card)

KAFUSTIN,, B.N.-(continued). Card 2.
2. Respublikanskly gosudarstvenzWy institut po proyektirova-
niyu sovlcboznogo stroitellstva (for Gvozdev., Pasbkeyevj
Kapustin,, V.N.: Nagorov, lonov, Kopeykinal Telepneva2
Chakurin).
(Agrimdtural machinery)

'. I I., k I - -- I I I ,I J. 11
Fk rT - j , r - ,j
YANOVSKIY, H.I.: KAPUSTIH,,R!~S.; NOGOTKOV-RYUTIN, V.A.
The nothod of rapid 49termination of molar radioactivity during
chromtography of Cl labeled games. Probl. kin. I kat. 9091-398
157o (Radioact ivity-Measurement ) (MIRA 110)
(Gassm)
(Chromatographic analysis)

KAPUSTTJI~ E. A. (Zhdanovskiy metaLlurgic institute)
"Analytic investigations of heating of mixed liquid metal in steel smelting aggregates,
taking into account accompanying chemical reactions".
Report presented at the Section on Heat Exchange in Single Phase Medium, Scientific
Session, Council of Acad. Sci. Ukr SSR on High Ttmperature Physics, Kiev, 2-4 Apr 1963.
Reported in TL~plofizika Vysokikh temperatur, No. 2, Sep-Oct 1963, P. 321, jpRs 24,651.
19 May 1964.

TRIFONOV I. (g.orisha, Vitabskoy obl.); BOLDRMV, K. (g.Bryanek); KAP
ig. Rubev, Kalininakoy obl.): BUGAYW, V.(g. Svatovo. .Liuxxgand0
KARLINSKIr, G. (g. 7ergana); VATSMAN, M. (g. Tambovka, Amurskoy obi?,'
GIRSON, I., tekhnoruk (g.-Kuybyshev)
In the precongreas labor campaign. Prou.koop. 12 no.11:6-7
N 158. (NIRA 11:11)
1. lopolmyayushebly obyasannoott predoodatelya pravlenlya artell
po orgmesovoy rabote i kadram (for Trifonov)..2. Prodsoaatell
pravleniya artelt "Yatal'list." (for BWez~kov)--3. Inspektor
orgotdola ob1pronsoveta (fc;r Karlinski3r);"4. Fredse4tel' prav-
leniya artelt "Bollebevik." (for Vaysman). 5. Art~l~'-U"rnlk.-'
(-far.Glnon). - (Cooperative societies)

KAPLUANY ~~. D. k=".); i-LbuN, jLa. 'v. ~_Eil_g.j
0
Xl. "The Use of Unit Machine Tools in Small-lot Production of Instrwaerits,"
Automation and Mechanization of Production Processes in Instrument Manufacturing,
Moscow, Mashgiz, 1958. 591 P.
PURPOSE: This book is intended for engineers, technicizns, and scientific per-
sonnel concerned with mechanization and automation of production processes in
instrument manufacturing, and for students and teachers of this subject in vuzes.

KAPUSTIN, G.
Highway transport workers In the Ukraine fulfill their pledges.
Avt.dor. 25 no-3:1-2 Mr '62. (MIRA 15:3)
(Ukraine--Highway transport workers)

JUPUSTINO G.; FISHER., Ye.
I --------- L--~
Over-al.1 mechanization in the Vladivostok harbor,
Mor. flot 22 no.9:13-15 S 162. (MIRA 15:12)
1. Glavnyy inzh. Vladivo6tokskogo porta (for Kapustin).
2. Nachallnik planovogo, otdela Vladivostokskogo ports, (for
Fisher).
(Vladivostok-Harbor)
(Cargo handling-Zquipment and supplies)

KAFUSTIN, G.
Improvement of the road system in the Ukraine. Avt. dor. 28
no.12:25-26 D 165. (MITM 19: 1)

KAPUSTIN, G.A.
Simple method of fixation of shoulaer dislocations. Xhin=giia no.
8:76 Ag 154. (MLRA 7:11)
1. Iz Takehangskoy bblinitay lostromskoy oblasti.
(SHDULlMR, dislocation,
ther.)
(DISLOUTIONS,
shoulder, ther.)

GORDON, I.B., kand.med.nauk;_WUSTINP G.A.
Diaghosis of echinlococaosis alveolaris of the liver. Sav. med. 25
no.10::L2&130 0 161. (IIIRA 15:1)
1. Iz kafedry terapii. No.2 (ispolnyayushchiy obyz=nosti zaveduyushchego
- dotsent G.A.Golldberg) i, k&fedry re4tgenologii (zav. - prof. D.Ya.
BogAin) Stalinskogo instituta usovershenstvovaniya vrachey (dir. -
dotsent G*.L.Starkov). (LIVER-HYDATIDS)

KAPUSTIN G.M
Roadside planting in the Ukraine. Avt.dor. 20 no.6:17 Je 157.
(MIRA 10:10)
(Ukraine-Roadside improvement)

DFUSTIN. G.M.
im"
Radical reorganization of the bridge
Avt.dor. 20 no.11(181):14-15 N '57-
(Ukraine--Bridges)
system in the Ukraine.
(MIRA 10:12)

KAPUSTIN,
~.'-
Road building in t be Ukraine. Avtodor. 21 no.6:31-32 Je 158.
(MIRk 12:10)
(Ukraine-Road construction)

KAPUSTIN, G.
. Improve highways leading through settlements' Avt.dore 22 U6*3:
25-26 Mr '59- Odessa Province-Roads) (MMA 12:4)

15394-66 Y4T(m)1IW(jVIk
-ACC NRs AP60DD968 SOURCE CODE: UR/0286/6,-/000/022/W53/0054
AUTHORS: Chukhin. A. A. P 1yakov, L V. Ulybin, M.Gj!
55
ORG; none
TITLE: A press for vulcaniz rubber products. Class 39p No. 176382 /announced
by All-Union Scientific-Research Institute-of Rubber-Industrial Yj9ghgg;a1 Engineer-
Vsesoyuznyy nauchno-iBsledovatellskiy institut rezino-tokhnicheskogo
mas nostroyeniya)-7
SOURCE: By-ulleten' izobre.teniyitovarnykh znakov, no. 22, 1965, 53-54
TOPIC TAGS: drive, rubbertechnolo,gyp rubber vulcanization, pressure apparatus,
manufacturing facility,, manufacturing method
ABSTRACT: 'This Author Certificate-1wesentsa press for vulcanizing rubber products,
for example, rubber-metal easkets P The press includes devices for the withdrawal
and o ning of the dies.(see Fig- 1)* These devices are made in the form of hori-
pe ~ 6
zontally positioned guides fastened to the plates of the press. The guides carry a
sliding die vhich travels with the help of a cylinder. The upper rotating part of
the die is connected to the base of the press.by hinged arms. The design is intended
to increase the productivity of labor. The press contains mechanisms for loading
the stock material and removing-the finished products. These mechanisms are in the
form of a vacuum cartridge connected by a hinge joint to the cylinder and are
.,Card 113 UDC: 678.058.39 -
_2

ACC NR% AP6DDD968
.9 V
Fig* 1. .1 Vacuum cartridge;,2 cylinder; carriage; 4 support;
5 screw couple; 6~- spindle magazine; 7 - conveyer; 8 - conveyer
belt of specified length- 9 - middle part ofdie; 10 - projections
on themiddlesection; catches; 12.- guides of the press.
.J .:rigidly connected by coupledscrews to the carriage moving on the guides of the
support. To automate the processes of loading the stock materials and removiD.7
the finished product., spindle nagazines for the stock materials are used in the
press. These magazines are mounted on the frames. The press also uses conveyers,
'along.the loops, of which we fastened conveyer belts of a specified length, The
.Card 2/3

Card

KA',DUSTIN, I -
Trade-Unions
ion. V pom. profaktivU
. workers of the Appralsement and Conflict Cor*'Bs
Seminar for
13 no- 12- 152.
Monthly T-lat of. Russian hccessions Library of Congress. August, 1952- Unclassified.

---- -h-o -,T-" Al ) T'
XAPUSTIN, I.
spiral anten-s. Radio no.1:26-2? A 158. (MMA 11:1)
(Radio, Shortwave)

AUTHOR: Kapustin) I. (UAFRYI) -107-58-7-24/43
TITLE: Miniature Spiral Antennae (Malogabaritnyye spiralinyye
antenny)
PERIODICALi Radio, 1958, Nr 7, PP 34-35 (USSR)
ABSTRACT: The antenna described is a transmitting dipole antenna.
The dipoles are made from 3 em bakelite tubing 110 cm long
on which are wound two spirals each of 77 turns. In the
(520 cm) apart and in
first antenna, the dipoles are X/
4
the second-A/
(260 cm) apart. Copper tubes 45 cm long are
,
fitted into the ends of the bakelite tubing and connected
to the spirals. Copper tube of a smaller diameter is fitted
inside this and can be moved in or out to tune the aerial.
The whole is supported on a mast. The aerials were tried
out at 1 km distance from a receiver fitted with a signal
level indicator and the results are drawn up in tabular form..
There are 6 diagrams and 1 table.
1. Radio operators--Amateurs-Diplomas
Card 1/1

6(4) SOV/107-60-2-25/52
AUTHOR: Kapustin, I. (Yakutsk, UAORW)
TITLE: Tl-e-~Rias E'7 e Output Stage of a OW Transmitterl
PERIODICAL: Radio, 1960, Fr 2, p 21 (USSR)
ABSTRACT: The author suggests connecting an SG-2S voltage
stabilizer tube and one additional resistor to the
grid bias circuit of the output tube of a ew trans-
mitter, in which the keying is performed on one of
the preamplifier stages. The latter causes contra-
dictory requirements for the load of the bias recti-
fier of the output tube. The author's circuit
arrangement meets these requirements. He tested
this method for 12 months on his transmitter, where
the output of the,~G 80 tubpAwas increased by 20%
(700v anode and 31 V screen 'grid voltage). There
are 2 circuit diagrams.
Card 1/1