SCIENTIFIC ABSTRACT ARONE, R.G. - ARONOV, B.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102120012-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

On the problem of....
concentration of dislocations and, consequently, a larger number
of sources of relaxation processes. There are 7 figures and I table.
ASSOCIATIONt Tul'akiy mekhanicheskiy inatitut
( Tula Mechanical Institute S,/126/63/015/003/020/025
SUBMITTED: May 25. 1962 initially ) E193/E383
September 25, 1962 ( after revision
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ARONE. R.G.; SOKOLOVSKIY, P,,!.
Evaluation of the tendenoy of steo' tc ccold ~rjttlpness
under
nonditions of Unaqual di3trAbutdun of tomparatures ty, a
specimen.
Zavs lab. 30 no.106-88 164. (MLIM 17:9)
1. TSentrallnyy nauchno-issledevateilskly in3-litut
stroitellnykh
konstruktsly.

ARONE~, R.G.; SOKOLOVSKIY, P.I.; BERNSHTEYN, S.V.
Method of electron fractographic study of fractures of
low allay steel.
Zav,labo 30 nool2tl476-2478 164. (MIRA, 18i1)
1. TSentral'W nauchno-inaledovatellskiy inatitut
stroitelinykh
konstruktaiy.

ACCKMON Nit: APhO41770 S/00)2/6h/030/007/0380/0084
AUTHORt Arono., R. G.
TITU: On the method for evaluating cold brittleness in stools under
extracontral
specimen tension witti temperature drop
SOURGE: Zavodskaya laboratoriya, v. 30, no. 7, 196h, 880-8811
TOPIC TAGS: steel fracture, cold brittleness, crystalline structure,
electron
diffraction, plastic doformaLion, elastic limit/ IOG25 steel, LATR
furnace
ABSTRAG-1: Ttio origin and propagation of brittle fractures in stool
wore studied
under static loads and a temperature (tifferential of 200C. One end
of the specimen
was hold at 40C by means of an electric ficater and the other in
liquid nitrogen at
-160G. Temperatuiv control war, achieved by mean:; of O.25-mm
copper-constantan
thero.ocouples. Tension on the rpecl-m(!n was obtained in a 150-ton
horizontal hydrau-
lic =chinc. Various types of notches wore used.- semicircular,
V-shape, and a
Monazh notch. The spocimon was prepared from ty-pe lOG23
shcot-rollad steel. A
uLress-strain diaGraia obtained for the Lost showod the elasUc
branch, the plastic
branch followed by the curves Indicating the onset or fractures, and
finally a
sudden uproad of-fracturea along moot of the specimen cross section*
The nature of
Cjd 1/2
U

ACCESSION NR: Ap4o41770
the fracture was a function of the load itself. It was finely
crystalline close to
the notch and became chevron-liko farther away from the notch.
The terminus of the
brittle fracture had a blade-shaped structure. Tests with
different steels show
that the lowest temperature fracture inhibition occurs in 12-mm
thick, quenched
(from 910C in water and annealed at 6500 specimens) followed by
the hot-rolled
12-mm, specimen, then in the 20-mm quenched specimen, and,
rinallyj the highest
critical temperature for fracture occurs in the hot-rolled
specimen (20-mm, thick).
Electron-diffraction microphotographs indicate that the
intensity of microplastic
deformations increases noticeably near the and portions of the
brittle fracturG6 In
general, it is concluded that the higher the fracture load the
larger will be the
storage of elastic energy in the syst&-4 and the larger the
propagation of fractures*
Orig. art. has: 5 figures.
ASSOCIATIONi Tsentralinyoy nauchno-iseledovateliskiy institut
stroiteliny*kh
konstruktsiy (Central Scientific Research Institute of Building
Construction)
S'UDMITT?Mt 00 ENCL: 00
SUB CODE: MM NO REF SOVt 003 OTHERt 003
2/2
:Card

BALDIN, V.A.; BELYAYEV, B.I.; SOKOLOVSKIY, F.I.;
SHEYNFELIO, N.M.;
ARONE, R.G.
Steals of Increased and high strength for structural
elements.
Prom. stroi. 41 no.ltl7-2l Ja 164, (MBA i7t6)

VARNAVSKIY, I.N.; POLYAKOVA, V.S.; ARONF, R-G-;
SOKOLOVSKIY, P.I.
15XSND thermally processed steel. Prom. strol. 42
no.ls
36-37 165. (MIRA 18:3)

I
1111"If
il-Ill

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ARONE, R.G.
Mechanism of the brittle failure of metals with a
body-
centered cubic lattice, Fize meto i metalloved. 20
no.1t13S-139 JI 165- (MIRA 18tll)
1. TSentrallnyy nauchno-issladovateliskiy institut
stroitelInykh konstraktsiy imeni V.A.Kucherenko.

mm"HIM 1,11:111"

i Card ~/~ - - - -- I .
ON 14, ~ MOMERES I IMoN, l'-I Is- ,nf-t"Af ".,

ARONEp R.G.; SOKOLOVSKIY# P.I.; BERNSHTEYN, S.V.;
ARNOL'Pp G.Ye.
Correspondence between the macroscopic and microscopic
structures
of brittle fractureB. Ur. lab. 31 no.11;1376-1380 165.
(MIRA 19:1)
1, TSentrallnyy nauchno-issled)vatellskiy institut
stroitellnykb
konstruktsiy imeni Kurchenko.
",-:1 1. . ~ .4.

ACC NRt AP6018640 (A ) SOURCE CODE: UR/0422/66/000/005/0087/0087
AUTHOR., Arone I R. G.; Balakina, I. A.; Dochkarevap A. 1.,2
Stateenko, B.A.; Sokolov-
skiy, P. I.
ORG: none
TIT1X* A standard for low-alloystructural steel,
SOURCE: Standarty i kachestvo, no. 5, 1966, 87
TOPIC TAGS: construction material, structural steel, alloy steel,
welding evaluation,
mechanical property / 16GS steel, 09G2S steel, lOG2Sl steel
I
ABSTRACT: A series of innovations in low-alloy structural steels
(GOST $058-65) Lased
on recent work done at the Cen.tral Scientific Research
Institute-Forrerrous metallurgy
is described. Nineteen 7e g Oes of hIgh strength low-alloy steel
cortainrng small
amounts of carbide and n tride orming elements (Ti, V, Zr, Nb)
were developed. Higher
t
Iquality and performance are Mmed for the new materials and
suitable applicatiol)s are
teels were Ited 1, /standard martens furnaces and
oxygen-con%~Fted.
ft --lled condition, they may be heat-treate&,to
While the majority are used t7he ho
yield strengths of 40-50 kg/cm2! with saving of 20-30% in
material. The Neat ated
steels possess lower brittle ft 4endencies and slight aging
sensitivity. Phon-
phorus and sulfur eont-ents-of-tbi--steels were maintained within
strict limits (below
Card 1/2

ACC NRi
AP7005137 SOURCE CODE: UR/0126/66/022/004/0617/061~7
AUTHOR: Arone, R. G.
ORG: TsNII of Structural Parts Am. V. A. Kucherenko (TsNII
stroitellnykh konstrukt-
siy)
TITLE: About the origin of brittle cracks in steel during twinning
SOURCE: Fizika metallov i metallovedeniye, v. 22, no. 4, 1966,
617-618
TOPIC TAGS: low temperature effect, brittleness, twinning, crack
propagation, metal-*
lographic examination
ABSTRACT: Several types of microcrack formation duri ng twinning
are discuss!d. The
crack nuclei necessarily lie either in the (100) plane, or in an
arbitrary'direction
to it. Sometimes microcrack formation is found in the twin
boundaries, the matrix
proper or near the boundaries, as is shown in two given
microstructures of St 3 steel.
These microstructures were made of St 3 steel, fractured under
plane strain conditions;
i(biaxial stress, n = I/z) at -1960C. Microcracks were visible
along twin boundaries
iand between twins. This once again confirmed the fact that twin
boundaries, as well
as regions of accomodation, are favorable growth sites for
brittle cracks. However,
brittle microcracks formed along (322) planes and in zones
removed fron, the twins.
Sometimes the external shape and the relative distribution of
twins and Microcracks
UDC: 548.24

ACC NR. AP7005137
was so similar that it seemed probable that the mechanism of
microcrack formation was
related to the twinning mechanism. For example, one microstructure,
which was very
typical of the deformation of ferritic steel at low temperatures,
showed the interac-
tion of two twins at an angle. Other microstructures of the same
steel showed a
crack intersecting a twin and two intersecting cracks. It is
concluded that the me-
chanism of microcrack formation was rupturing between twins, similar
to the theory
of rujita. Thus, as in the case of slip, during twinning it is
possible that seve-
ral mechanisms exist in the cleavage as well as in the (112) planes.
Orig. art. has;
4 figures.
SUR CODE: l1/
SUBM DATEz 24Aug65/ ORIG RM. 002/
OTH RM 003
Card 2

ARONEANTIT, M.
'Metallurgic research" Reviewed by Aroneanu,
Meta-lurgia Rum 15 no.t:331-332 Ap A5.

, -ARWM-rAAndrw&-t-k&nd. ohk. mjak.
The action of o(-cbymotr7psin on cettaract
extraction. Bul.
univ. ahtet. TiranaLMjekj 2245-55 162,
(curmoTRYPsIN) (CATARACT EXTRACTION)

ARONI, Andrea, kand. shk. mjek.
The Posner-Schlosomm syndrome. Bul. univ.
shtet. Tir&ne
[Mjek] 1:79-83 163.
(GLAUCOMA) (TONSILLITIS)
(FOCAL INFECTION, DENTAL)

AR011111, A.T . - -
Uue of untibiatics in the over-all treatment of
typholdul
poritonitise Vrach.delo no.12:1263-1269 D '56. HIRA
12:1o)
1. GospitalInayn, khirurgichookaya klinUm (sav. -
prof.A.G.
Sosnovekiy) Odeeskogo medit 0inBkogo inatituta.
(TYPHOID YXM) (PUITORITIS) (ANTIBIOTICS)

I - --
f S c., Complex t,
herapy f or typhoidal
Peritonitis.$' Odessa,, 1957,, 15 pp (Odassa Stfito
l4orlical institute
im N. I. Pirojgov), 200 copies (ML, 36-579 107)

ARONIN, A.Yee (Odeass, ule Sverdlova, d.56. kv.6)
Case of angiosarcom of the jejunum. Nov.khtrearkh.no.6:74-75 '57.
(MIRA 11:3)
1. Gospitalinaya khtrurgichosimys klinike (zav. - prof. A.G.
Soenovskiy) Odeaskogo meditainskogo institutes
(JJCJMH--TUMORS)
Alk

ARONIN, A.Te., kand.med.nauk (Odeasa, u1. Sverdlovap d*56,
kv*6)
Retrograde invagination of the small intestine caused by
fibroma.
NOV.kbir.arkb. no.5tll3-114 S-0 159, (MIRA 130)
1. Xhirurgichaskoye otdoloniye vtoroy klinichookoy bolluitay
TSentrall-
nogo rayona Odessy.
UNTzsTins-rNTuSSUSCEPTION) (TUMRS)

UTSER, I.I.; ARONIN, A,Te., kand.med.tauk
----------
Differential diagnosis of Botkints disease and
malignant neo-
plasms causing obstructive jaundice. Traob.delo
no,451-55 160,
(KIU 13
1. Xhirurgicheskoys otdolenlye Vtoroy kliulaheakoy
bolluitsy
TSeutrallnogo, rayons, Odessy I 14-ye otdoleniye
Infektolounoy
bolluit8y.
(WATITIS, MOTION) (AUNDICS) (WCOM)

AWNIN, A.Yq., kand.med.nauk (Odessa, ul.Sverdlova, d-56, kv.6)
Phlegmon of the intestine. Nov. khir. arkh. no.1:80-84 Ja-F 160.
(WHA 15t2)
1. Khirurgicheakoye otdoleniye (zav. - kand.med.nauk S.A.Beylin)
Klinicheakoy bollnitsy vodno-transportnogo rayona Odessy, nauchnyy
rukovoditell.- prof. A.G.Sosnovski
(Pluxaloli) (INTYIiINES USEMtS)

2t/. 00

1:
4f"
67 31
190V)166-59-6-4/11
AUTHORSs
Aronov, D.A,, Avaklyants, G.M
TITLEs
The
InfiMuenoe of the Depletion (or Antidepletion) Layer at the

Contact Metal-semiconductor on the Volt-ampere Characteristic

of
the p-n unction.1k
PERIODICALs
Izvestiya Akademii nauk Uzbekskoy
SSRt Seri a fiziko-matemati-

cheakikh nauk, 1959P Nr 6, pp 27 _ 40
(Uss ~
ABSTRACT:
In the first theory Z_Ref 1-7 of the p-n junction
the influence

of the electrodes on the process of the junction was
not taken

into consideration. In later papers of A.V. Rzhanov rRef
2
7
-

-
7 this influence was taken into account,
and N.A. Ponin Z
Hef 3

_
however, the case where the minority carriers of the current

meet
barriers of the kind of a depletion or antidepletion layer

of the
semiconductor on their way two the electrodes# wan ne-

glected.
The present paper deals with the investigation of this

case. It is
based on a unidimensional reotifier model. In the

calculations the
authors assume that the hole region is infinite

and the electron
region is of thickness w ; they do not consider

the recombination
of the electron@ with the holes during the

p-n junction ; the
eledtrode of the n-region has a depletion
Card 1/2

6*;83
24~3 3/166/60/000/01/003/011
AU Is Aronov,D.A.
A.S'
TITLEs On the Theory of Frequency Properties of Diodes of
Somiuonduotmv
PERIODICAL: Izvestiya Akademii nauk Uzbekskoy SSR, Sertya
fiziko-
matematioheskikh nauk, 1960, Nr 1, pp 23-34 (USSR)
.LBSTRACTs In Z-Rof 12 the author considered the influence of
the barrier
to the volt-ampere characteristic of a rectifier with a crasa
p-n-transition in the case of direct iurrent. In the present
paper the author considers an alternating-current rectifier
under
the same assumptions as in fRef 12. The corresponding non-
stationary equations are solved in a linear approximation. The
obtained solutions are separated for low and high frequencies
and
they are investigated in detail. It is statedt for a
weakening of
the frequency dependence of the total reoistance, of the p-n-
transition it is necessary 1) to reduce, if possiblef the
thick-
ness of the n-regionj 2) to raise, if possible, the
recombination
velocity on the electrode; 3) to choose a material for the VK
Card 1/2

68583 4
On the Theory of Frequency Properties of Diodes
B/166/60/000/01/003/011
of Semiconductors
electrode so that at the contact there appears a barrier with
a sufficiently large potential difference.
The author mentions N.A.Penin, and Davydov.
There are 3 references, 2 of which are Soyieto and I German.
ASSOCIATIONiFisiko-Tekhnicheaki institut ANUz SSR (Physical
Technical
Institute AS Uz SSU
SUBMITTKDt June 12, 1959
Gard 2/2

83891
0 pr~ // 301 S11661601000100410061008
/"0 0111/0222
AUTHORS and Karageo giyzAlkalayev, P.M.
TITLEs On the Theory of the Inverse Volt-Amp#ra
Characteristic et
Semiconductor Dioae,3)5
PERIODICALt Izvestiya Akademii nauk Uzbekskoy SSR. Seriya
fialko-
matematioheakikh nauk, 1960, *-10.4,PP- 75-88.
TEXTs The authors obtain an expression for the volt-ampere
characteristic
of a diode with a crass p-n junction and a finite thickness
of a regio.n
of diodes. In presence of an anti-depletion layer at the
contact with
the metal there holds a saturation of the back current. The
strength 0f le
the saturation currents is small. Therefore the authors
recomand a
use of contacts with anti-depletion layers. In the case of
good ohmic
contacts and contacts with depletion layer the back current
in the
region of saturation increases with the voltage as
(w'-x 1 +Oil G)"
where w1 is the right boundary of the quasineutral
n-region, xi is the
width of the volume charge in the electronic semiconductor
and 0 Is a
Card 112

83891
S/16 60/000/004/006/008
C1 1 1Y0222
On the Theory of the Inverse Volt-Ampere Characteristic of
Semiconductor
Diodes
constant. It is stated that such an increase is in no
ccnaection with
the generation of carriers in the region of the volume
charge. For
voltages for which the volume charge is extended up to the
contact, the
back current changes in dependence on the voltage in
agreement with the
model of the "chemical" depletion layer (Ref-13). It is shown
that In the
case of thin diodes the differential resistance has a
maximum. The
situation of the maximum depends weakly on the temperature. A
comparison
with the experiment (Ref.6) showed a good agressent. The
authors mention
K.B.Topygo E.I.Rashba and A.I.Gubanov. There are 3 figures and
18 referenoess 12 Soviet, 3 English, 1 American and 2 German.
ASSOCIATIONs Fiziko--tekhnioh&skiy institut AN Uz SSR
(Physical-Technical
Institute of the Academy of Sciences Uzbeksksya SSR)
SUBMITTEDs May 5, 1960
Card 2/2

MIROSWICHENKO, AniBim Maksimovich; -ARMOV _-
G.S. , red.; LEKHT,
I.A., red.izd-va; KOROVINA,
[Scientific principles of coal classification
for coking
purposeo) NAuohr7o oanovy k1aadfikataii uglei
d1ja kok-
sovaniia. Moskvaq Metallurgizdatp 1963. 10 p.
(MMA 17t2)

AROIVIN' G.,, (Engr-Col.) Candidate of Technical Scionces -- -1
Author of article, "The Aerodynamic Characteristics and Form3 of Fast
Airplanes."
(Vestnik Vozdushnogo Flota, Moscow, No 10, Oct 53)
SOt SUL' No. 208, 9 Sep 1954

86-1-27/30
AUTHOR: Aronin G S , ETigr Col, Docent, Candidate of Technical
c ences; And Medvedev, S.S.0 Engr Lt Col, Candidate
of Technical Sciences.
TITLE: Estimating the Combat Capacities of Fighters (0 rashchete
boyevykh vozmozhnostey istrebitelay).
PERIODICAL: Vestnik Vozdushnogo Flota, 1958, Nr 1, pp. 84-86
(USSR)
ABSTRACT: Under this title appear two articles under the following
subtitles: 1. "Unjustified Method" by Engr Col G.S. Aronin
and 2. "To Continue the Research for a More Acceptable
Metfiod",, by Ingr Lt Col S,S, Medvedev. The authors discuss
the article "Combat Capacities of Fighters and the Method
of Determining Them!' by bol R.Ya. Kudryashov and Lt Col
P.G. Nikitin,, which was published in the No. 8 issue of
this periodical in 1957. Both, Aronin and Medvedev, raised
Card 1/2

86-1-27/30
Estimating the Combat Capacities of Fighters (Cont.)
some objections to the method suggested by
Nikitin. Particular attention is drawl.. to
the new concept of "determining the degree
the figher-plane over the enemy", which is
coefficient C in the final formula of the
AVAILABLE: Library of Congress
Kudryashow and
the inadequacy of
of superiority of
expressed by
computations.
Card 2/2

LROND4 2 Grigoriy Solomonovichdotsent, kand. tekhn. nauk;
inzhener-
polkovnik; GAVRI -olkovnik, red.; HYASNIKOVAp ToFev
tekhn. red.
[Praotical aerodynimics; manual for flight crews]
Praktiche-
skaia aerodinamika; uchebnik dlia letnogo sostava. YoBkva,
Voon,izd-vo M-va obororor SM 1962. 382 P. (KW 15s4)
(Aaronautic;)

PHASE I BOOK EXPLOITATION SOV/6081
~_q ~Gri ~HS~olo c.h, Docent, Candidate of Technical Sciences,
Engineer -Colonel
Prakticheskaya aerodinamika; uchebnik dlya letnogo sostava
(Practical Aerody-
namics; Manual for Flying Personnel). Moscow, Voyenizdat M-va
obor. SSSR,
1962. 382 p. 15,000 copies printed.
Ed. : N. N. Gavrilov, Colonel; Tech. Ed. : T. F. Myasnikova.
PURPOSE: This book is intended for flight personnel of the
Soviet Air Force
having elementary knowledge of the theory and practice of flight
and familiarity
with mathematics and physics within the scope of the secondary-
school curricu-
la. The book may be useful to students of military academics,
students of flight
schools and aeronautical technical schools, and to tile flight
personnel of the Civ-
A Air Fleet and tile DOSAAF (All-Union Voluntary Society for the
Promotion of
tile Army, As'r Force, and Navy).
Card 1/1

.S.
RODIONOVA, Z.A.; AEDNINA. H-S-
E~rpnoeis for treating bypertension. Sov.med.19
no.8:63-69 Ag 135s
(KLRA 8:10)
1. Is Gorilrovokogo gorodskogo
polkhonavrologichaskogo dippansers
(sav. Z.A.Rmdtonova) J falmlitatskoytbrapovt1cheskoy
kliniki
Gorlkovskogo maditainakogo instituta imeni
S.M.lirova (zavo
A.I.Gafter)
kafedroy - prof.
(HMEMNSION, tberapy
bypnosts)
(HrPNDSIS, therouse,
bVpertension)

ARONIZA, R.S., kanlidat meditsinskikh mauk
Intradornal novocalue block in the cardiac region in
stanooardia.
Boy.mado 20 no.6:62-63 136. Om 9:9)
1. Is fakulitstakoy terapsytic askoy kliniki (say.
kafedroy
fakalltetakoy terapil prof, A.I.Gafter) Gorlkovskogo
mediteluskogo
institute. imeni S.K.Kirova,
'(ANGINA PWTCRIS. therap3r,
procaine intradermal block in cardiac region (Rum))
(PROOAISB. therapeutic use.
angina peotorls. intradermal block in cardiac
region (Rua))
(ANIMMISIA, MMONALO In Yarlous diseases.
intradtrual procaine block in cardiac region in angina
peotoris (Rua))

KRIVSUNOV, V. N.; ARONINA, S. Ye.; YANOVSKIY S.
M.; MATVEYEV A. A.
.9
Experimental study of the static cbaracteristics
of the sthane-
ethylene tower. Khim prom no. 3t221-224 Mr 164.
(MIRA 170)

~141V,iUWV, V.N.;_LR~QN~14A e VZXJY, S.M.
Mather.atIcal model of the static chit rac ter ft cor-7,erciaj
ethane-ethylune rectIfIcation cohnn. Khim. pron. 41 noi&
617-620 Ag 165. (PIRA IM)

"Oscov.,
- ' IL
)400 P.
A
u
'Cxtboo'%- for hicher illstitutions of learning with
technolo:,3,, "'CludilIC SIC!"Si hair structlir( tile various of
fur
etc.
19 ~!-Jns
2s 41,'Vin Lc,-thcr
3. Russia Research
i. Fur technolocy
ii. Title
15

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0 0 0 0 0 9 0 0 Ole 0 010 0 0 0 a 0 0 0 0 0 0 0 9 0 0

i, , 1V
CHERNOV. Nikolay Vladimirovich, prof*; AROKNA,,ju,,N.,
dotes; GATWOV* LePse
dots.' STMKHOV. I.P., prof*,; SIMMOVA, I.S.$ prof.;
XOTOY, M.P.,
prof., retsenzent; HUMAYLOV, A.H., prof., retsentent-,
RAMOYSUTA,
Teje, red,; XR&ININ, H.Te, takha.red,
[Chgmistr7 of the leather and fur industries] Xhimiia
koshovennogo
i mekbovogo proinvodetva, Pod boshchei red.
H.V.Gherneva. Moskva,
GoB. nauchno-tekbniizd-vo lit-ry po lagkoi promyshl.,
1957. 456 pe
(Pur) (Chemistr7, Technical) (MIRA 11:3)
(Ioather industr7)

CHMNOT, Hikolay Vladimirovioh; AROHIYA,_YRliya_~8umRvna;
GATDAROT,
Leonid Petrovich; GMYTBMA, Alevtina Alekseyiinia;
SELAKHOT,
Ivan Pavlovich; SHNSTAKOVA, Irina Sargeyevnal TBWIXIN,
N.I*q
prof., reteententl KOTOT, M,P., prof*$ retsensent;
PLEKTANNI-
XOT, M.N., red.; KHMIX, M.T., takhn.red.
(Leather and fur technology] Tekhnologlia kozhi i makha.
Pod obshchei red. N.T.Chernova. Moskva, Goo.nauchno-takhn.
izd-vo lit-ry po legkoi promyahl., 1959. 719 p. (MIRA
13:2)
1. Kafedra tekhnologli koshi i mekha Hoskovskogo
tekhnologi-
chaskogo instituta legkoy promyshlonnosti (for Chernov,
AronAna,
Gaydarov. Golovtoyeva, Strakhov, Shestakova).
(Leather) (Fur)

SERGMV, V.L. Insh.-. WNIXA. Yu.N., kandotekhn.nauk,
dotnont
DOing furs with acid
dya;*."Izv.vya.ucheb.zav.:tokh.leg;pron,
no,1:81-88 159. (MIRA 12 6)
1. Hoakovokiy takhriologichaskiy institut legl-.o7
promyshlennosti.
Rokomandovano kafedroy tokbnologii kozhi I mekha.
(Fur-Dreening and dyeing)

CHERNOV, N.V., prof.. doktor tekhasnauk; ARONIKA.
Tu.N., doteent,
kand.tekhn.nauk .............
Determining the stretch of fur semifinished products.
Inv.
vys.ucheb.savo; takholog.promo no#3t62-65 159,
(MIRA 12:12)
1. Hoskovskly tokbnologicheakAy inatitut legkoy
promWehlennooti.
Rekomendovana kafedroy takhnologii kozhi i makha.
(Hideo and skins)

..... ...... .......
FHDOTOVA., B. N. inzh.; ARONDNA., Yu-, N,
I I . kand. tekhn. nauko dotoent
Use of active dyes in fur cbmaing. IZ7. vys, uoheb. zav,;
tekh.
leg. prom. no.4155-60 162. (MIRA 150.0)
1. Mookovakiy takhnologichaskiy inatitut legkoy
pronyahlennosti.
Bakomandovana kafedrcy tekhnologii kozhi i mekha.
(Fui-Dressing and dyeing)

FSTROVA, N.I., inzh.; AONIKA, Yu*H*., kand. tokhn.
nauk, dotoent
Changes of the phyoiccoachanioal proportion of the hair
cover of
rabbit skins during chemical processing* Nauch, trudy
HTILP
no.24-.60-65 162. (K~R& 16:7)
1. Kafedra. tekhnologii kozhi, i mekha Mookovskogo
takhnologicheakogo
instituto. legkoy "WonWohlennooti.
(rur-Testing)

AKSENOVAP G.M., inzh.; ARONINA, Yu.N., kand. tekhn. nauk, dotsent
Use of silicon organic compounds for the modification of the
hair covering of.fur sheep skins. Nauch. trudy MrILP no.26:
85-88 162. (MJRA 17-5)
1. Kafedra tekhnologii kothi i mekha Moskovskogo
tekhnologicheskogo instituta legkoy promyshlennosti.

SAZYKNA, O.P., aspirant; IL12- UIA.,.YII.N., kand.
tekhn. nauk, dotsent
Active dyes. Mauch. trudy MTILP no.26;89-108 '62. (MIRA
1715)
1. Kafedra tekhnologii kozhi I mekha Moskovskogo
tekhnologicheskogo
instituta legkoy promyshlennosti.

Nilumovnal YEFREMVA. Polina Yakovlevna; AFONSKAYA,
TRffff,:-Ta..!hn. nauk, rateenzent; DUKHOVNYY, F.N.,
red.; ZOLOTAREVA, LZ., takhn. red.
[Teohnology of fur) Takhnologiia mekha.
(spetsiallnye glavy).
Moa*a, Gizlegprom. 1963 109 P. (MIRA 16:9)
iFur)

ALATYRT.SEVA, I.N., a3plrant; ARC-NINA, Yu.N., kand. tekhn.
nauk, dotsent
P,-s.,;j12J-lJ,ty of dyeing leather with dispersed dyes for
acetate
silk. Nauch. tv,idy MULP no.30:78-82 164. (14MA 18: 6)
1. Kafedra takhnologii kczhi i mekha Moskovskogo
tekhnologicheskogo
instituta legkoy promyshlennosti.

SAZv-hINA O.P., aspirant,-...Llj
IAVROVAs A.P., inzh.
Nature of the interaction of active dyes with the hair carotene.
Report No.2. Nauch. trudy MTILP no.30:83-90 764.
(MRA 18-.6)
1. Kafedra tekhnologii kozhi i meklia Moskovskogo tekhnologicheakogo
instituta legkoy promyshlonnosti.

SAZYK1NA, aoplrant; ARONINA, 1u.11., k,5nd. tek.ir.
nauk, datsent;
ARKO*~tA, Ye.S.,
T,
S
Effect of active dyes on the phyalcome-c-hanical
properties of
the fur hair covering. Report No.3. Nauch. trudy
IffrILP no.30:
92-95 164. (MW IM)
1. Kafedra tekhnologil kozh; i mekha Moskovskogo
tekhnologicheskogo
instituta legkoy promyshlennosti.

STRAK11OV ,Ivan Pavlovich~ prof.1 ARONBA,Auliyu
Nuumovna., dots.;
GAYDA1iOV, Leonid Petrovich, dots.; GOLOVTEYEVA,
Alevtina Alekseyevna, dots.,- CHERNOV, Nikolay
Vladimirovich,
prof.; MESTAKOVA, Irina Sergeyevna, prof.; KOTOV,
M.P.,
prof., retsenzent; KLOCHKOV, S.A., inzh.,
retsenzent;
GRACHEVA, A.V., red.; 1-134YANNIKOV, M.N.,, red.
[Chemistry and technology of leather and fur)
Khimiia i
tekhnologiia kozhi i mekha. Moskvap Legkait
industriia,
1964. 621 p. (MIRA 18:2)

MENDELISON, Dmitriy Aleksandrovich; A40RINA,
lu.N.p dots.,
retsenzenti PLD1YANNJKOVp M.N.p red.
(Chemistry of fur dressing, bleaching and
dyeingl Xhi.-
mile oblagorazhivaniiap otbelivaniia i
krasboniia jrekba,
Moskvaj Legkaia Induotrila, 1965, 313 P. (MIRA
18%12)

B/iBIJ63/005/902/026/95i,
0~
AUTHORC.
T ITLE - Osoillatiphs.4f t hO,,~ Ii ight- _4beorpt i on ~oeflf i0i
ent ain'oroseed'
PERIODICALi P~zlka tvird ogo -t e1 &'I iw. -2#- -1563i .~5'
TEXT: A,theoratioal,st4di--.ii,i~adoof~.thi'beh&Vior of the
.,:beorpti0n*
coeffioient, of 05midondu6.t~is,:ln bros's6d.'elsotrio-and imagn,
.~,o -, f felas.
The bands are assumed parab.9 'io': e lu-`the 'oenter of the D:M
he,fi sebond
zone. The matrix for the -Iransit i On 'fromt rat into ~. the
Brillou.i.n. so,ne '.is' oa,loulatia-.: With, t.hd,,., aid. of. t
hi's matrix
X
6.0; 4
top,
t
to + A
7-7
card 1/3

ARONOVII-A.G,.; PIKUS, d.YeA
Magnetic susceptibility in Outually opposed electric and
magnetic
fields. Fiz. tver. tela 6 no.2006-511 F 164. (MIRA 17t2)
1. Institut pAuprovodnikov AN SSSR, Leningrad.
- --- - -, - . 0

ACOMSION NRI APhO135A S/0161/64/006/002/0506/0511
AUTHORSs A~=nov Pikue; 0. Ye.
TITLEi Magnetic susceptibility' in crossed electrical and
magnetic fields
SOURCEs Fizika tverdog~ tela, v. 6, no. 2, 196h, 06-511
TOPIC TAGSt magnetic stisceptibility, magnetic field, electric
field, magnetic
moment
ABSTRACTt The aut *hors have examined the possibility of
investigating magnetic
susceptibility in crossed electrical and magnetic fields whon it
is impossible
to take scattering into account in the first approxiination# The
dependence of
magnetic susceptibility on the electrical field makes it
possible to determine
directly the effective mass of carriers, since the only
component in the expression
for full magnetic moment that depends significantly on the
electrical field is the
magnetic momont of the free carriers. It is found that by
moasurina the change
in magnetic moment when the electrical field is applied it is
possible to
discriminate reliably the magnetio moment associated with the
free carrierso If
an alternating current is sent, through a sample, the frequency
being marq times
Card 1/2

ACCESSION NR: AP4013514
the intrinsic mechanical frequency of the system) this system
under tile effect of
ponderomotive forces will remain quiet, whereas the effect of
an electrical field
on magnetic susceptibility leads to the appearance of a
constant fome., proportional
to the magnitude of the effect. *Howoverj, ponderomotive forces
proportional
to the current may be practically excluded by making the sample
of two coaxial
cylinderep one within the other.' so connected that the curront
f1gifs in opposite
directions in the two pots. This maker, the total current
throtei the section
equal to zero. "The authors thank Yu, N, Obraztsov and V. L.
Gurevich for their
useful advice during discuBsionsoll Orig. arbo hast 12 formulas.
ASSOCIATIONt Institut poluprovodnikov AN SSM,, Leningrad
(Institute of Semi-
conductors AN SSSR)
SUBHXrTED3 22Aug63 DATE AGQt O3Mar64 ENCLx 00'
SUB CODEs EM NO REV SOVt 002 OTHER: 003
Card - 2/2

ARIONOV
IIDNO A G.ye.
Tndirect optical transitions in crossed electric and meognett
0
fields. Zhur.eksp. i teor.fiz. 49 no.6t1904-1912 D 165.
(MIFA 19al)
1. Institut poluprovodnikov AN SS.)R. Submitted July 6p 196Cz

ACC NRi AF60DDUR Slqn/ljp (C) WG/,IG/JDBMM
t
I
4 (Institute-poluproyodnilwy AN
TITLEs Idne width of a. er
80MMs Fialks, tverdogo telap v. 7j, no. 12j, 1965, 35W35.6o7
TOPIC TAGSt semicondwator laser,, line widthp un'-&rswdd4,'pn
jumationp car-ri*r
density
.ABSTRACT: We to a companion to.a paper bV one of the authors In the
same source
(ftkusp M ve 7p 3536p i05; Ace. Nr.~P60006.53) dealing vith the
thntshold voltage and'
threshold current of a semiconductgr loser with stM p-n junction. In
the present
article the authors calculate the line 'width of such a laser,, In
vhich the main re-
combination occurs, In the junction Itseu. and the carrier
distribution Is determined
by *be junction field, - It Is abown first that the laser emission
spectrum Is not eco
tinuou but consists of lines with strictly defined frequencless The
line broadening
in, brought about by the finite rate of Influx or carriers to the
levels between vhIch
tfansItIons are produced by the zedistion. It In aloo sbmm that thir
usual formulae
fornibilityp In vblcb tbo sermift raftus Is assuaid to be equal. to
the average die-
t*=* betwest'lopvritlesp can be used with good app-wdUation for
sessic tars used.
I'm lasersp such as QWW. 2be line broadenift Is ftod to be psopor
-.1oval to
CWd 2/9

L 9919-66
Am i is the coven nw4M tbrovgb the law &M JW Is the
~thr 0
threoWd arrente 2bla I* ftmd to be In good agrement with the egorlmnW
datee
Orig. art, bass 2 flgweas 26 tommoust &TA 3 tables- 1021-
mm CMI go/ Om VAM 20,11m651 aW Ms., 002/ OM Ws OD3
ATD PMSt
r-.,d 2/2

L 24251-66 EViT(1)/T/E11A(h) IJP(c) AT
ACC NRt A 5467 SOURCE CODE: EF0053/66/0W/On/0161/0177
AUVOR: Aronovp A* G.; OskomsMyj V. S. 153
OIG: I Semiconducto%AN gggLLJnstitut.po1uprovodnikov AN SSSR)
TITLE: Sixth all-union conference on the theory of semiconductors
SOURCE: Uspekhi fizicheskikh naukp v. 88, no, 1) 1966P
l_61:17_7___"7_
TOPIC TAGS: semiconductor theory., semiconductor plasma,, transport
phenomenon, semi-
conductor band structuret semiconductor carriery exciton)
luminescence) lirht ab- i
sorption) crystal lattice vibration JI Ao&,* 444'- CA~' I
ABSTRACT: This conference was sponsored by the Scientific Council
on the Physics ands
Chemistry of Semiconductors (Academy of Sciences SSSR) jointly with
the Academy of
Sciences of the Moldavian SSR and the University of Kishinev, and
was held from
October 26 to 31 1964 in Kishinev. There were 284 participants and
128 papers were
presented at 3-1 sessions. The papers of each session were
summarized by a rapporteur
who reviewed the state of the corresponding problems. The sessions
were devoted to
the following subjects (the name of the rapporteur is in
parentheses):
1. Plasma phenomena in semiconductors M,,- X. . 22revich) 0 dealing
with the spectra
of semiconductors in equilibrium., nonlinear phenomena assci6iated
with the propagation
of electromagnetic waves in semiconductor plasma) and
non-equili:brium aspectis of the
electromagnetic spectrum. Papers by F. 0. Bass; F.,Qt a and S. I.
Khanik1na;' 9 Lo
Bonch-Bru3revic and S. G. Kalashnikov, 0. V, Konstantinov and
V.-!-*Perell I
Card ~L4 R 0 C, I S 3'7, 311- 33

ACC NR#
Gurevich, B. L. Gel'mDnt, and 1. V. loffe and 1. B. Levinsion.
2. Quantum theory of transport phenomena (A. -L. S. Mos)p dealing
with the
quantum mechanical aspect of the motion of various Eiir-jjFo-ajja
excitations and their
interaction vith electric and magnetic fields in semiconductors.
Papers bbyy . 1.
Ansellm) Yu. N. Obr2Rtsoy, and R. G. TarktE.~; Yu. N. Obraztsov; G.
1. Guseva; P,
S. Zyryanov; V. L. Gurevich and Yut. A. Firsov-, S. T. and X~! JkLqc~
PaVIOV an&
V. P, Kalashnika-v and G. G. Talufs-.
3s Band theory of semiconductors K, as 2glMM)p dealing with both the
group
theoretical and quantitative approaches to the electron dispersion
in semiconductors*
Among the lecturers were N. V. Kudryavtseva and V. E. Stepanov, G.
P. EMalrayerv; V.
A. Chaldvsb and A. S. P-q-pTR-vrrj7; V. G.--I&ap and K. B. o; K.
B.--T-DIp-yjj-a and
D. 1. Sheka; A. 1. Guban and V. M. Mranovich.
4# Tbeory of carrier recombination (V. L. Bonch-Bruyevicb)" deallng
with the
states from which electrons are captured, the manner of capture, and
the final state
of the electron. Papers were delivered by B. X. SiriyayshjX; V. A.
KovarskUy; V. A.
Kovarskiy and I. A. Tffkovskiy,, Ye,M, Kuzneteova*. and L.
BoiRi--DrtW--i7vIch and At
A. Drugova.
5 0 Excitons and supplementary'light waves (S. I. Pekar).. dealing
with various
secondary' effects prochiced by excitons in semiconductors, from
both the theoretical
and experimental points of view. Papers by V. 1. Su&akKOV; .80 1.
Pekart A. A. IL
V* M. Agranovich and V. Ls Ginzburg,, and M. 1. 8 and S. A.
Moskalenko. 4 pnik.

ACC NR, A16005467
6. TM-Wiv-P-light-absorptibb- -and -1-umine-scence Ye. Perlin).,
dealing with
p ens transitions in semiconductors. Papers by M% A. KxIv ;V. V.
Iqqzh
; ~~.2._Jpatova and A. A. Klochikhin; Yu. Ye. Perlin, tuid 0, 1.
Silld.
7* 7beory of semiconductors with low moblAity (Yu. A. Firsov).,
dealing cepecial-
ly with explanations of the exponential rise of mobility at high
temperaturea in some
semiconductors. Papers by Ye. X. Xudinov and Yu# A. Firsov.
Theory of resonance phenomena and magnetic properties of
semiconductors (R.
1. Hashba), dealing with electron paramagnetic resonance, nuclear
spin resomnee,
combined resonancej, and allied problems. Papers by 0. Lo Bir; G.
Ye. Gurgenishvili
and G. R. Dutsishyll ; V! It Sheka; Be 1. Pekar and E. 1. Rasha; M6
MOV-SW
and u.-f. -irkh-fn; and A'.- M. Kosevicli -and L-.V. Tanstarov.
9. Acoustic effects in semiconductors (V. L. Gurevich)) with
emphasis on genera-
tion and amplification of ultrasound. Papers by S. V. Gantsevich
and V. L. Gw~evich;
A# A. Grinbe and V. 1. Kramer; V. D. Iskra; V. 17-N-revIch ana V.
D. 'Uy_Mt_nu a
L. Gurevich; V. L. GG~v_lch and V. D. Kagan; Sh. M. Kogan and V.
B_.7bTa_n_Eoi&_sIEQY; Yu.
V. v - I. Pustov , and-Y.--Ye-.--'Z-il"Eerman,,--an-EG. YV-. Bur
ysR5TN. L.
et!s~"NVOS. Mashkevich and
J kin $
10. Theory of lattice vibrations (N. N. Kristofell)p dealing with
the dynamics
of crystal lattices.. Ylbrational spectra of solids, wA the theory,
of imperfect crys-
tals* Papers by X. B, Tolpygo and Be N. Koroll; Vo A, Kuchin; A. A.
Nranlyan; Y. S&

NRs AP600546T ),--q

-L-4~lm~. 66 --rWT(j~- _1jp_(_c) -A-T-
ACC N" AP6024889 SOURCE CODE:UR/0056/66/051/001/0281/0295
AUTHOR: Aronov, A. G..; Pikus, G. Ye. Lq
ORG: Xnstitute of Semiconductors, Academy of Sciences, SSSR
-(Institut
poluprovodnikov Akademii n_a_u_R7M3R)
TITLE: Tunneling current in a 'transverse magnetic- f leld
SOURCE: Zhurnal eksperimentallnoy I teoreticheskoy fiziki, V.51,
no.l.
19660 281-295
TOPIC TAGS: block function, two band model, Dirac
equation)semicondue-
tor crystal, Brillouln zone, valence band conduction band, lead sul-
fide, lead selenide rzeerfeec oc'/".40 , ?-'L_cereoAj enareoAl,
-raA.,,use-
42W1eRr'Vr, -rRAA.)aVe&,sF_ riFA-D
ABSTRACT: It is shown that in the case of a strong electric field ap
two-band equation should be used in analyzing the motion of
2lectrons"_
in crossed electrie/magnetic fields Ex and H.. In the simplest case,
this equati3-n is equal to the Dirac equation except that the
limiting
velocity is not c but s - (cg/2m)1/2. For sHz/cEx -c 1 the electron
motion is infinite, just as in the ca3e Hz = 0, and the decrease of
the
t4elling current is due to a decrease of the effective field
E = (Ex2-s2HZ2/02 )1/2. For sHz/cEx z~l*the electron motion is
finite
Card

L 4
-66
AP602468-9
id direct transitions in a homogeneous electric field are forbidden
by
the energy and momentum conservation laws. The effect of a magnetic
field and deformation on the current in PbTe-, PbSe-, and Pbs-type
crystals is considered, where the constant energy surfaces are
ellipsoids. The results of the calculations are compared with the
experimental data of Rediker and Calawa for PbTe (Journal of Applied
Physics, V-32, 1961, p.2189). Orig. art. has: 52 formulas and 3 -
figures.
SUB CODE: 20/ SUBM DATE: o4Feb66/ ORIG REF: 008/ OTH REF: 019
Card 2/2 b19 ---------

-67
-ACC-NRt--AP6031_4_42____ SOURCE CODE: UR/0'056/66
-051/002,/0505/0516 0
AUTHOR; Aronov, A Pikusl_G. Ye.
G
ORG: Institute of Semiconductors, -Academy ~f Sciefiges SSSR
Onstitut poluprovodni.
kov Akademli nauk SSSR)
TITLE; _Ltg~t absorption in semiconductors in crossed electric
and magnetic fields
SOUACE: Zh eksper I teor fiz, v. 51, no. 2, 1966, 505-516
TOPIC TAGS: light absorption, absorption coefficient, electric
field, crossed
electric field, magnetic field, absorption edge, Franz Keldysh.
effect
ABSTRACT: -The effect of an electric and magnetic field on the
light- absorptioW
coefficient in semiconductors is analyzed. It is shown that the
Franz-Keldysh effect
occurs inthe magnetic field for ~cdxllffs>l where 00 1 2ng) 0
when the electron motion Is infinite'and~ tl;~'s_pectrum Is
constant; with increased
magnetic-field strength, the absorption coefficient decreases
more rapidly with
decreasing frequency than for - H -. a -Thd spectrum Is
discrete for
and with an increased electric field, the absorption edge shifW
2

-ACC- NRs AP6031442
towards the low frequencies, but the transition probability drops.
The authors
thank A. -1. Ansellm, G. L. Bir, V Gurevich, V
--,4 KeldyUh, a
jAykhtman for their valuable advice during discussions, Orig. art.
has: 68
formulas, . [Based on authors'f * ~bstractj
SUB CODE: 20/ SUBM DATE: 04Feb66/ ORIG REP: 0091' OTH REP: 029/
I Card, 212 MO

8,0
44 0
40
JK
bq
OU p 10, -0 0
0,t
0 Ul has
c0
210

23431
S/121/61/000/006/006/012
D040/D112
ATITHORS- Zingerman, A.S., Livshits, A.L.p and Aronov, A.I.
TITLEs Wear of graphitized tool-electrodes in eleatrospark machining
of
metals
PERIODICALt Stanki i instrument no.6, 1961, 20-22
TEIT: Electrodes of special graphitized material 3)r- (EEG) were
tested in ex-
periments on a 11473" electrospark machine, [Abstracter's note: No
information on
the composition and of the EEG and the production technology of the
electrodes is
includea]. The material is now being mass-produced. Maximum relative
wear (or
consumption of the electrode in relation to the volume of removed
metal) of EEG
electrodes is about 2.5% in the center and 0.1-0.5% at the periphery,
compared
with 80-100% of old tool-electrodes. Oil (industrial 11120 grade)
pumped at a
pressure of 0.5 gauge atmospheres into the spark gap reduced wear to
a minimum;
wear decreased with longer electric pulses (Table 2):
Work current, amps Pulse duration in microseconds
900 415 170 120 75
5 Wear W 0.3 0.3 0.3 0.3 1.7
Ca,rd 113 20 0.5 0.5 2.0 5.0 6.o

23431
S/121/61/000/006/006/012
Wear of graphitized tool-electrodes ...... D040/D112
The erosion resistance corresponded to Palatnik's criterion
(Ref.4: Palatnik, L.S.,
"Doklady AN SSSR", t . 89, 1953, str-455 Ref.5z Zingerman,
A.S., Fizika metallov
1 metallovedeniye, t. V, 1957, str-58~1
. P =0 4 2 1
-where e is heat capacity, ) - density; nA - heat
conduction; T reduced melt-
Ing' temperature (taking into account the latent fusion
heat). RE~ had 5-30 times
higher erosion resistance than metals. Five times more metal
was removed in the
work process by using inverse polarity (workpiece for
cathode, tool-electrode for
anode) than with direct, and cathode wear was practically
absent when single pulses
were used. Transfer of metal from the workpiece was by
splatter with droplets
much less than 1 micron in size. Aluminum was not
transferred to the graphitized
cathode, and copper and steel only slightly, but the
transfer of copper and steel
to the anode was intense. No carbon was transferred from the
electrode to the
workplece. This Is due to the vaporous state of graphite
during the electric dis-
charges. The combinations of anode-graphitized material, and
steel-cathode are
good,for metal strengthens the electrode but does not absorb
carbon. A fresh car-
bon layer liberated from oil continually restored the
electrode surface. It was
examined (by L.S. Palatnik) by X-ray analysis and found to
be crystalline graphite.
Card 2/3

S~ 23431
121/61/000/006/006/012
Wear of graphitized tool-electrodes ...... D040/D112
No graphite layer formed when the oil was replaced by inorganic
fluid. This car-
bon stuck very firmly to the EEG and its mechanical strength was
much higher than
that of the EEG. The approximate formula for the rate of carbon
formation is%
S = 0.33 - 10-10(T-110())3,)Micron/millisecond)
where T is the electrode temperature (in 0 in the work zone. The
carbon forms
from oil particularly intensely in an are,. and 4 times faster on
the cathode than
' (0-33 micron/millisecond on the anode). The layer fills the gap
on the anode
rapidly and causes a short circuit. The mechanical strength and
porosity affected
wear - 8 times lower mechanical strength was accompanied by 21
times more rapid
wear. Conalusionsi Two opposite processes are acting in
electrospark machining
with EEG - disintegration and restoration. The restored layer is
several microns
deep and has much higher mechanical strength and erosion
resistance than the base
material. The rate of disintegration and restoration depends on
the power,dura-
tion and duty factor reciprocal of the pulses, the worked surface
area and depth
of removed metal, pressure on pumped fluid, and other factors.
Electrode wear can
vary between 0.1 and 2.5%. When the combination of operation
factors is correct,
wear of EEG electrode tools on steel is between 0.3 and 0.8%. In
some cases it is
even possible that the rate of restoration is higher than that of
disintegration.
There are 4 tables and 6 Soviet-bloc references*
Card 313

AWNOV, A. K.
I.-.~--,
Mechanization in chomico-pharmaceutical industry. Had.
prorWahl.
SSSR no.2:12-20 Mar-Apr 1952, (CLHL 22t2)
1. Central Designing Bureau of the Ministry of Public
Health USSR.

ARONOT, A.K.
IN
Automatization and continuous production in the
pharmaceutical -
bidustr7o Xedaprome 10 noe3t6-9 Jl-S 156, (KLRA 9:11)
.1
1. Proyaktno-konstruktorskoys bywo
Glavuedinatrumentproma.
(DRUG'INDUSTRT)

Khiimov:~Idh- VVEDENSKIY# Serpy Fedorovich; SETULIMUp
Israill
Ikhillyevich; H WUv-?vmmrc"Hq'D,As , doteentp redb;
MARTSEVICHp Yu6P, t
red. iod-val KOZLMqKUVA-9 Ye.I.; tekbno red.
[Study of general cohaiiihei-el gooda) Tovarovedenis
kulittovarov. Pod
obBbobei-red. D;A, Andrusevicha. Moskvaj Izd-vo
TSentroadusap
1960. 556 p. (MIRA, 1418)
(Commercial produouy

ARONOV, AeMe (Dnepropetrovsk)
Stabillt7 of submerged sand foundations during blauting
operations.
09n.. fundA mekh.;run. 2 to.316-9 160. (MIRA 13:7-)
(Bluting) (7oundations)

ARONOV, A. M.
Cand Too Scip Dias -- "Investigation of the effect of dilution
of
water-saturated sand in deep construction blasting". Moscow,
1961.
14 pp with drawings, 20 om (Aoad of Construction and
Architecture USSR.
Sci Res Inst of Foundations and Subterranean Construction , 120
copiest
Not for sale (HL, No 9s 19619 p 181, No 24324). L161-52*

ARONOT, A.P., starehly Insh.-normirovshchike
Prinistall uchatiyal
T~.P.o lush. -normi rovshchik; FROXTISTOTA, Z.G.,
insh.-norairovehohik. BYXHOVSXATA. N.B., obahchiy
red.j
ZLOTSIKI N.A., red.1 LOMOMOVA, X.IF,, takht6red,
[Tim standards In the furniture industry) Normtivy
vremal
na raboty po ixgotovIenliu meballo Noekva. 1958o
202 p.
(KMA 12t?)
(ftrniture industry)

Subject USSR/Chemistry AID P - 3931
Card 1/1 Pub. 152 - 14/19
Authors Shostakovskiy, M. F., V. V. Zhebrovskiy, and B. A.
-Aronov
Title Copolymerization of vinyl butyl ether with vinyl
chloride
Periodical Zhur. prikl. khim. 28, 10, 1123-27, 1955
Abstract The copolymerization of vinyl butyl ether and vinyl
Isobutyl ether with vinyl chloride was carried out in
a water emulsion in an autoclave in the presence of
ammonium persulfate at 30 and 500C. Four tables,
6 references, 5 Russian (1949-53).
Institution : None
Submitted : F 17, 1954

.ABqEQY,-B.A.; RAPOTAO T.D.1 ANDREYEV, G.F.;
SLINIKO, B.Lp red,;
LEUSHCHEMKO, N.L., tekhn. rod.
[Installation of "woodstone" floors] Opyt
ustroistva ksi
lolitovykh polov. Kiev, Gosstroiisdat USSR 1
1962. 18 p.
(MIRA l6s5)
1. kkademiya tudivnyteva i arkhitektur7 URSR.
Inetytut
vprovadshennia peredovoho dosvidu v budivnytstvo
i tekh-
nichnoi informateii.
(Floors)

ARCTIOV, B.A.
Determining some geometrical parameters of turbine
cascades.
Izv. vys. ucheb. zav.; av. tekh. 8 no-4r109-117 165
(min 19:1)

OWC NKI AM28054 SOURCE CODE-. U11/0046/65/011/00-1/0490/04192
q q,
AUTHOR: Aronov, B. I.; Timan, B. L.
ORG: A11-196n` c1cnt1Ljc-_He6e4rch
Highly Pure Chemical Substances (Vsesoyuzriyy n. -1. institut
monokriBtallov, stsintillyat-
sionnykh materialov I osobo, chistykh veshchestv)
TITLE: On the diffraction of light at ultrasonic waves In
crystals
SOURCE: Ahisticheskly zhurnal, v. 11, no. 4, 1965, 490-492
11, c1q. V 9--
TOPIC TAGS: light diffraction, acoustic diffraction, crystal
optic porperty, acoustic os-ail-
lation, acoustic absorption, ultrajonic wave propagatipjI
ILI I YL41 1;715,-
ABSTRACT: In an article published elsewhere J. Melngaill and
A. A. Maradudin (Phys. Rev.
1963, v. 131, 5, 1972,), with the aim of clarifying the
possibility of determWng the elastic
constants of the third order, performed a theoretical
calculation of the diffraction picturo,
arising during the simultaneous transmission of light and
ultrasound t1u, -ough a transparent
crystal. The article examined only the effect of the
anharmonicity of oscillations on the
diffroction picture. Melngaili and Maradudin cited the
unpublished exlxrImental work of D.
Bolef and E.Kefly,. 'who failed to obtain satisfactory
agreement with the theoretical data. This
disagreement is, _apparently, due -to the-ftilure-to take into
account the effect of -other factors-
_(pa__r_t1ctilar_V the damping of the acoustic wave) on the
diffraction picture. The present article
1/2 UDC 534..S+.535.42

- __ -_____________________ . ~ - - .--- . -__________ I
ACC NRi AP5028054 (J) i
performs the calculation of the diffraction picture taldng the
anharmontelty of oscillations, as
well as the absorption of ultrasonic waves, into account. The
authors also made calculations
for the case when the amplitude of ultrasonic wave oscillations
Is relatively low and the an-
---harmonioity of the- oscillations -can -be -Ignored.
-Orig.-art. -has.6- 2 figures-and 14 formulas.- ---- -
I
SUB CODE: SS, OP, GP / SUBM DATE. 29Sep64 / OTH REF: 001/ 1

ACCESSION NR; AP4033043 S/0147/64/000/001/0075/0084
AUTHOR:. Aronov, B,M.; Mamyev, B.I.
TITIZ: Determination.of the gas flow escape angle from blade rows
of axial-
flow turbines
SOURCE: XVUZ. Aviatsionnay& tekhnika, no. 1, 1964, 75-84
TOPIG TAGS: turbine, turbine blade, blade calculation,'turbine
blade calcul-
ation, gas flow, escape angle, blade row, gas turbine, gas,
compressions gas
compressibility, pitch, turbine blade profile, blade profile
ABSTRACT: In this article functions are proposed for the
determination of the
discharge angle* These functions take into consideration the
geometric pec-
uliarities of the blade array, the compressibility of the gas, and
the 4ariable
losses along the length of the channel. Formulas are derived which
make it
possible to determine the escape angle of the flow from a flat
turbine blade
array,*both at suberitical and at supercritical discharge rates
from the blade
row. Fig. I of the Enclosure shown the derivation of the
theoretical formulas,
Card 1/6

ACCUSION NR: AP4033043
The author has obtained two expressions:
Y (f i,_MCO$P,_ low 0;
4 Cos z
Y M" top) ors)
Cos
COSY - +-P k:raps'", 1 (2)
fit
(where a is the dimension of the neck; t is the pitch of the
row;VO is the
velocity factor; N is the reduced velocity; yW.and -A (-%)
are gas-dynamic
.functions; the lettersrrps4 indicat a limi condition) for
the calculation
of the velocity at discharge from th: Me
array?q,, at which a critical condition
develops in the neck of the channel. At a velocity of IrP"
the escape
~-*Me I ~
angle is found according pq_tbjq_k9=ulse:_
Cos 16 +PP Cos P3
~03 Pa +,-. Cos q.
aresin Y (A"tap )a (3)
Card 2/6.

ACCESSION NR: AP4033043
or
S4)
t -PM Cos 7
arcig , I
Q PICOAP4.) - X
Whtn-x-0004(dincluding suporcritical), formulas
0
arcsin Cos
or
map"%
N-arcslln -tcoSz_j_1.4_._ (6)
+aP lw~
are used. .(Note: the lettersw~ refer to the blade profile)& These
formulas
explain the qualitative picture of the flow in blade rovs and are
quantitat-
ively confirmed by experimental results. Orig. art. has: 10 formulas,
7
figures and 2 tables.
Card 3/6

ACCESSION Niti AP4033043
ASSOCIATIONt now
SUBN=rEDi IONov63 DATE ACQ: IlMay64
SUB CODE: PR
NO REF SOV: 008
dard 4/6
EXCL: 02
OTHZRI 002
Mr

ACCESSXON NR: AP4033043
Card5/0
ENCLOSURE: 01

Al
I
ACCESSION NR: AP4033043 ENOWSUIREt 02
Figure 1. Derivation of the theoretical formulas flow intake angle;
AF
and DE - congruent lines; 0 & 9 - the angle betlten the front and
t&n-
gential to the profile at tk8ppla-clathe output rim connects,
respectively
with the trough contour (at point'M) and the back; flange &ngle I Ca
Cn
Card 6/6.

KULAKOV, K.N., podpolkovnik meditsinakoy sluzhby;
WIN, I.I., mayor
meditsinskoy sluzhbY;..ARONQY,,,,B.X.o mayor
meditsinskoy sluzhby
A book which did not justify the hope*of specialists
in aviation
medicine (wWork practice in the field of aviation
neurology and
problems of prophylaxis." D.I.Pisarev. Reviewed by
X.N.Kulakov,
I.I.Illin, B.H.Aronov) Toen.-meds zhur, no.5:92-94 W
156.
(AVIATION HMDICINN) (MIRA 9-9)
(PISARAV. D. 1. )