SCIENTIFIC ABSTRACT AVERBAKH, M.M. - AVERBUKH, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102530009-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

VIDOGIRADOVA, Tatlyana Pavlovna ;,MUtl3AKH,
N.M.t red.
(Diapilosis of osteoarticul.ar pathOlDgy I);,-
biopsyl Diag-
nDstlka kostno-sustavnoi patologii po
biopsiiam. Vo-
skva, Ileditsina, 1964. 191 p. (1,11RA 17.8.)

KAKITELASHVILI, Ya.V.; AVERBAKH, M.M.
Morphological. characteristics of large and giant
caverns in
pulmonary tuberculosis,, resection dILta. Khirurgiia
39
no.8t:Ll-19 Ag 163. (MIRA 17:6)
1. Iz kafedry, khirtirgii legoohnogo tubeikulaza, I,
drugoy legochnoy
patologii. (zav.- chlen-korrespondeni; AMN SSSR prof.
L.K. Bogush)
i patomorfologicheakoy laboratorii I:zav.- prof.'V.I.
Fuzik)
TSentrallnogo instituta tuberkuleza Ministerstv&
zdravo-
okhraneniya SSSR.

KRMEVSKIY~, Nikolay Aleksandrovich3 NEMMOVA,
Nadezhda Maksimovna;
KROKHD)VA, Margarita Petrovnat AVERBAKIII
II.M., red.
(Pathological anatomy and problems of the
pathogenesis of
leukemia] Patologicheskaia anatomiia i voprosy
patogeneza
leikozov. Moskvar Meditsina. 1965. 417 p.
(MIRA 18:7)

VOROPAYEV, M.M.- SARKISOV., D~S.; MAZAYEV, ll..N.~
ADAVYZ, A.A.;
AVERPAM, V1. M. .. red.
[Late seque"Lae of blind gwishot wounds of the lungs]
Otdalennye posledstviia slepykh agnestrellnykh ranenii
legkikh. Moskva, Meditsina, 1965.. :140 P.
(1,111RA 1819)

AVERBAKH,K.N., Inshener
brp^nding the field of application and,the now method
of regulatIng
the capacity of OFrokhodka-50OK" ventilators.
M.N.Averbakh. Ugoll
30 no.4:10..12 AP 155. WaA 8:6)
1. 11aebal'alk ventilyatell shakhty.
(Min* ventilation)

AUM','-X~H, ~14.~---
Effect tof depression on gas SMiNSiDA. U901' 33 to.
7:43-44 Jl 158.
- - (mnu 11:7)
(mine g4all)

AVMAXHt M. S.
FA53T78--
Join/mLicing Nerymn Byltm DRI 107
"2he *as Way Passage of Moulssis in an Altered
(Alltemirorvamcm) Nerve)" M. S. Averbakh, 2 pp
*Vest Leningrad Universitet" No 12
AMlabas Verigo I s phonmenon: wbon a short portion
of a nwre In polarized, only those Impulses vltlob
w1glukta, at anode are able to pass through; la-
panes originating at cathode are not cmductel.
Ibis axtiole Is author's candidate thesis.

AVERBAKH, M.S.
Conditions for the conversion of the peripheral nerve of the
frog into a unilateral physiological conductor. Uch. sap. Lon.
u-n. no.99:88-113 149, (HLU 10:2)
1. Iz Labomtorli nervno-myshochnoy .-fiziologii
Fiziologichookogo
institute imeni akademika A.A. Ukhtmaskogo Leningradekogo
gosudaretvayinogo universiteta.
(MUIVES) (MICTROPHYSIOWW)

COO go 0 lis 64
a It is)-is )-itioploti. &JU sims too, monot 41 orki to 020
1, "IL is
f. 11- ~L-A- 41, Is r a I I -W~ A. L. 1 40 0 CC 0 U
0 * 0
r%H ti,
491 Till PAJOICIPLAII ff SIL116ADJUSTMANT Oft AN INTINSI,
of "INS 91CITATION VAU It 110111r) A")Itsol text to Ists.
OismI.Ad. L Averimmish 9W P. 0L Platinum #14TSIOLOOICAL
so JOURNALIGOUrollem-Pols '111111 IWI WMINVI: pp 4"; 12
Illes. 4 W
400 a
0 tit I One ol the ssmts o(Ow Nswmv Ilxvq on the hilvivittr tJ
impul%es 100
it riplainril Attordinjs to Nasionav. an extilation ipteadt
x1mg tive
4110 8 wlvr 4%f Inuioulat "s, OrA I$* fiftilial forlixtit%1tv
least .00
"In
9; rrottiplovii at any town paint W the fiber is islosays
Stisjusi, .60
smmt quantitative relation to tlw ncitation forct juid is not
o: X'i -6;. see
I I! the plifusple of "Oil m Omit." If an ewrical Jecitaticso
of 'I.
00 J- T%.ml% m ImAntlador of %hr pin" in"I", t1w Intal
Potential kbftl.l goo
04 ork-ml the onsipulsoje (it the runninit per"Worm i"Itte.
Ilve likat 400
04 i-4ential should sperssl in deirritmeatts ismul it equals
the value rit
06 P'IMII&l 00- hison this MOfWM On the ill"IfIC SIK%W 13301if
(09W&td
vi-thoirt Jet-te"venik istitOnvitkistlY adjusting its COUNINOt
value. Until is .00
IF
Ica, two the end to( the iv"w. Tests made on a sciatic mere of
a fn*. 00
so verAI41c%j from the vine to the lissit" tinges of the "m
riumuty, have $00
%ci:fmd the Naromom thrmy and have shoviv t1wil an itletttical
ittiution
M he nervir. ;~vuv&lmt to four times the threstold volvc~
incrites" the
value of the Ittial pocmtimJ toalmism twice the valueoll
theself-adlusting
Ike runn.ng lv&k The length tit %hr irk(ement itniillse tiltivi
w*o equal tit
0 1 % '.. I urifier "ovirnerst of the impulse until is trot fw,
the err rr~l
111 live nrs%r 141srs PlAte isithoml dnic"ImU Ilif flivatomej
tesults Are
AI%trkAfIC* UP -
la- .A. -11
ot *4
is jj~
L)
to to r. 14 a it It
0090 0 0 0 oe 0 lo lo 0 0 0 0 0 we 0 06 00 411 0 a 6 0 0 0
41 OAP 0 0 0 0 0 0 4 0 0 0 6 0
0
4

TJSHAKOT. B.P.;AVFABAXH, M,S.;SUZDALISKAYA, I.P.;TROSHINA,
V.P.;CHSWANOVA. T.M.
Parabiotic nature of physiological electrotonue. Fisiol. zh.
SSSR 39
no.2:21&225 Kar-4pr 1953, (GIXL 24:3)
l..Isboratory of Histophysiology,of ths Inatituts of
ftsiology imani A. A.
Ukhtomskly. Leningrad State Universit.r imeni A. A. Zhdanov.

AVERBM, H.S.
14 WOMMIAMMMA""
Comparative charnaterlotics of the 8.)h and gth anterior
nerve roots
of the spinal cord. Uch.sap.Loh.i:Ln.n,P.176:119-124
154. (WLRA 9:9)
I.Is laboraterli srownitellney fisio"Logii
fisiologicheakege Institute.
Iment alademike. A.A.Ukhtssiskogo pri loningradekom
gesudarstvonnom
ordmxm universitete.
(SPINAL CCED)

BWHZINAq Mariya, Pavlovna; VASILEVSKMig Natazllya
Yefimovwt--AYERBAKH
Solomonovight _V=KOVp Ivan- Alekeelpewichp dote.; ~ZLIWV,
Nikolay Va-
sillyevichi GULYAYEV9 Pavel Ivamovicb; ZHUKM, Tevixaf
Konstantinovich;
LATMANIZOVAl Lyudmiki Vladimircmma; YAKAROV, Fetr
Cleipoviobi NIKVINA,
Iya Pavlomaj SPERANSKAYAg Yekaterina Nikolayevnaj
VASILOYEV9 LeLopprofop
red.; PEWELISKAYA, N.M., red.; PAIL9ADANOVAp,K.G.j red.
isd-,val GRIGOR-
CHUKp L.A.9 tekbn. red.
[Capprehenolve laboratory maml of Imunam apd animal
pbysiology) Bolishoi
praktikum po fiziolog~i cbelovska i shivot*)cb. Izd.2.,
ispr. i dop. Mo-
skyat &s. izd-To *Vyshaia sbko3.a,O 1961. 674 p. (MIu 14:8)
(PHYSIO*,GXL-LAWFATORY MANUALS)

AVERB-10., Mkhail S. -
"The role of personality structure in tlie
adal)tabLlity of
the patient In the postpsychotic period"
Report to be submitted for the Second
Irtternational. Congress
on Rehabilitation, Dresden, East Germany, from
11-15 June 1962
Inntitute of Physiology imeni A. A. Ukhtowciy,
Leningrad
State University, Leningrad

AVMkXH.. Hikolay V
, _.gldizairovich; BARANOV, Tix.K., redaktor; ALMSYST,
A.Z.,
VAI,11~,UVMOTA, H.H., takhnichaskiy redaktor
(The use of radar in navigatio: I lopcilizovanie
radiolokatsionnoi
steintaii, v sudovozhclenii. Koslcvas IsA-vo "Morskoi
transport,".
1956. 50 p. (ML17A 100)
(Radar in navigation)

t -, I
"MaAmwN." shturman dallnego plawanlya.
Graphic plot-ting to a reliable moth*& f~r radar
observation of
approaching vessels. Mor.flot 16 no,g:lo-ll 8 156.
(KLRA 9:16)
(Radar In navigation) (Collision at Sta-Prevention)

AVAUW[H. H.V.; BARAYOV, Yu.K.
(Determining maneuvering elements of seagoing vessels
and log
correctionJ Opredelenie manevrennykh alementov
morakogo su&na i
popravki lags. Leningrad, Izd-vo 'Horskoi transport,"
1957. 52 p.
(Navigation) (MIRA 11:2)

- -,- .. E4jil F--V P FKA 9 1P... ",", IIA -
AVERBAKH, 14. V., Candidate of Tech Sci (diss) -.- "Determination of the
elements
of surface ocean streame by u-sinS radioactive indicators". Leningradl
1959. 18 pp
(Min Mritime Fleet USSR, Leningrad Higher Engineering Maritime Pchool im
Admiral
S. 0. YAIatrov).. 1'50 copies (HL,, No 20, 1959., 111.)
I

3 (9)
AUTHOR: Averbakh, H.11. SOV/50-59-9-1 1 /16
TITLE: Determination of the Elements of Sea Surface Currents by
t1he
Method of Radioactive Indicators
PERIODICAL: Meteoroloeiya i gidro".1ogiyap 1959, Hr 9v PP 41 - 45
(USSR)
ABSTRACT: At present, there are 4 principally different methods of
de.-
termining-the t--urrent-elements (Ref 2); float-, ventilatcr-,
ole,,,tromaGnetio and navigation meth6ds,'Only the first one;
the float-method~ permits a direct meaauz-ement of the zurrent
elements. This method can be irproved by using as floats pa~-
ticles of a radioactive indicator sunk into the water layer.
Fig-ure 1.shows the principle.of this method. A radioactive
indicator'is lowered into the water to a certain depths and
driven b~ the current~from this place past an initial counter
to one of the final counters which are set up at a certain
distance from-the initial dounter. At the :passage? the radi,.,.-.
active indicator is rec 'orded by these two (,.ountera. The re.-
quirements neces6ary for radioactive radiation are pointed c%it.
A P-radiation is beat suited for this piirpoae. The ictnizatic-n
method was chosen for recording the P-radiation. Recording waa
Card 1/3 done by means of a halogen counter. The construction of
thrz

Determination of the Elements.of Sea Surfaoe Currente
SOV/50-59-9--11/16
by thp Method of Radioactive Indicators
device for determining the current elements by means of
radio-
active indicators is described in brief. The calculation of
-the necessary and of the sufficient activity is indicatedg
and
formula (9 ) is derived for i"11-s determination. Formula
(10) for
determining the root m 'ean square error in the
determination of
-the current direction is derived. The method described here
permits the.elements,.of the sea surface currents to be de-
termined much.more rapidly than-by means of other methods.
This method permits the current velocity to be determined
with
& somewhat higher accuracy than the ventilator method. The
small current velocities and current directions can be more
Eicourately determined by thiB method than by any other
method.
The advantage of this method over the ventilator method is
the
possibility of evaluating very easily the accuracy of each
ob-
servation. The method permita the quantity of observations of
the currents to be considerably enlarged by one device and
irith little waste of time. The method described permits the
imnount of the wind drift to be determined. The application
of
Card 2/.,s

Determination of the Elements of Sea Surface Currents
SCIV/50-59-9--ii/16
by the Method of Radioactive Indicators
amall doses of activity permits thin method to be widely used.
The observation of the elementary safety measures ensures the
absence of danger in. this method. There are 1 figure, 6
tables,
emd 2 Soviet references.
Card 3/3

ummustm FIRMS
GAMOV, kietaiy Grigor'yevioh;_#MWM. NilcolAy Vladimirovich;
HATOUTO, A.F., spetered...
II.B.,, takha.red.
ELocation by radar in navigatlorj lapolizovanie radiolo-
kataii v sudovoshdanii. NoBic", Isil-vo *Korskoi transport,"
1960.. 232 P. (mm 14:2)
(Radar in navigation)

wv
PHASE I BOOK EXPLOITATION SOV/5429
Gamov, Anatoliy Grigorlyevich, and Nikolay Vladimiro-Ach Averbakh
Ispollzov,-miye radiolokataii v sudovo*z)idenii (Utilization of
Radar in -Marine
Navigation). Moscow, Izd-vo "Mot-skoy transport, " 1960. 237 p.
Errata slip inserted. 7, 000 copies printed.
Special Ed. : A. F. Matsyuto; Ed. : M. 1. Petin; Tech., Ed. : N.
B. Lavreno-
va.
PURPOSE: This book has been approved by the Ministry of the
Merchant
Marine, USSR, as a textbook- for refresher courses of Merchant
Marine
com-mRnd personnel. It is intended for- navigators, who,
according to
Lhe author, should be perfectly acquainted with the operation ot
ship-
board radar equipment and with its use for navigation.
COVERAGE: The authors discuss in detail the methods of utilizing
ship
board radar for such navigational purposes as: fi)dng the
position of
jC-ar-d--1j-7-:--

AVERBAKH, N.V., assistent
Determining the amount of drift camed by wind with
the h6lp
of radioactive indicators. Sudovoslidenie, no.2
-.105-106 162.
(MIRA 17W
1. Kafodra, sudovozhdeniya IAiningradskogo vysshego
inahenernogo
morskop uohilishcha im. achtirala Wkarova.
t

BARANOV, Yu.K.,, dotsent,- kand.tepm.nauk; AVERBAKH, N.V., assistent
Length of the path traveled to determine log corrections and the
speed of a vessel with the help of a ship's radar. Sudovozhdanie
no.2:111-115 162. (MIRA 17:4)
1. Kafedra suddyczhdaniya Loningradskogo vysshego J.nzhenernogo
atorskogo uchilis$hcha im. adidrala H&karova.

AVER13AKR,-,Niko:Lay--Yladimtrovich; GAMGVp AnatdU7
Grigortyovich;
-~---WATSYUTO, A.F.j. retsenzent; GEW3341=0# V.I*.%
apots, red.;
SMXOj G.S.p red.; KHLOPCIVA, L.Lp tekbn. red.
(Radar '.17drometeorology in
navigation]Radiolokatsionnala
gidrome'toorologiia Y oudovozbdonii, Moskva.,
lzd--v-o "14orskoi
transport.." 1962. 46 p. (KMA 15:8)
(Radar in navigation) (Meteorology, Maritime)

AVEMIAKH, Ilikolau VladWrovich; BARANOV, Yuriy
Xonstantinovicb;
kULICHIKOVA, N.P., tekhn. red.
(Determining the maneuvering properties of a seagoing
vessel
and log corrections]Opredelenie memevrennykh elenentov
morskogo
sudna i popravki laga. Leningrads Izd-vo "Morskoi
transport,,"
1962. 75 p iShip trials) (Logbooks) (MRA 15-11)

ATERBAKII), N.V., hand. tekhn. nauk, kapitan dallnego plavaniya
Calculation of small noninduc*,,ive compensators of quarterly
deviation. Siidovozhdenie no-4:76-79 164.
(MIRA 18: 31
1. Kafedva sudovothdeniya Len:Lngyrii.dakogo vysshego inzhenernogo
#iorskogo uchilishcha imeni admira')a Makarova.

RASHKOVSKATA, To.,&.; AVMZBAKU, R.A.; DAIIILOV'SKATA.
M.F.; b-ISKNOOLITS. 7.S.
Isotherms of the solubility of the -ffa2I(HC03)2, S04+
H20; K2 1 (HO03)21
SOO-'V; Na'2- K2U(HC03).L'SOOR20; 'f1t2v K21(HC03)21
003+H20 and
K2 11 (HO03)2, CO 3- S04+1120 systems Elt 35*C. Ukr.
khim. zhur. 24 no.4:
510-520 158. (WRA 11:10)
1. Kharlkovskly nauchao-issladovatal'skiy institut
onnovnoy khimii.
(Systems (Chemistry)) (Solubility)

AVERBAKH, R.D.
Technical modifications of an apparatus for drying
plasma "jy the
method devised by the Central Division of the
Leningrad Institute
of Blood Transfusion, Top.perel,,krovi 4:274-277 '55.
(MLR& 9:12)
(BLOOD PLASKA) (DRYING AXPARATUS)

?A llA9T77

I llumm Mums mrfi=l~
I P A Ill /4979 3
AVEMAKEs V~L--~

G IF BqwW4 W MrWaMR %=W~( t-55zi wvn jo
r
'VER' V-
IAK H
P-At 33449794
USSR/$~oU,ar, low'-0: Mesotrons Oot,;.
Nuclear ~rsics Partilcles, Elementary
"Nuclear Splitting by Mesotvons," V. Averbakh, 2.ppl
"Uspekhi FI% Nauk" Vol XXXV1, No 2
SimmiarIz.es vork done by LukArskly, Perf ilov, and
Alikhanyan. Stresses Imporiance of the "stars"
formed by slow meeotrons., ats It Is possible to
determine size of particles 'by their radiation.
Two photographs show weatr(m traces and stars.
7,
33A9TA

t
Me p
7:
ley regard the.method 6f
Iiiii,
----6M.4d1lYA'Co1is1 1011A th6xroupof Im ti
yptrsp ere*r In:
of~ a,h lw,,spacc, atic from this standpoint
explainihe-aittifiraiLlness hi his choiv of niomentuiii optr-
atorst,aawo6a-t4.,vY1th the well-krc-wn arbitrarinets in the
definition of--'.,dis'tance" :in a spaci of constant curvature.
Theyr-point-out--thnt Sayder's x1eme can be cbtained
uniquidy 1 One IMIXW-8 Certain vintli tions on the mr(lincte
operators. They also set up a more gi -neral scheme, of Whi rh
Snyder's is a special case, and find t] iat the former, like I he
latter, is not invariant under transh tions. The assumptim
Of commuting coordinaten is found v~ Imad to results essen-
tially equivalintto those of the wml quantum blieory.
The authors treat the field a ations consid(Uld 6V
.SL%de- [Physical Rev. (:'), 7-2=.-,.*-('PTM/ , thcit Rev-
Y 8,
608] by introducing neA variable-ti n the space of wh1i.-h
("t-he wave-equation spacce") the -cuations take on thtir
usual lorm. However, in this space point chargn aie found
to have extended charge flistributiou, leading to differences
from '11c usLial theory. N. Rost2 Chapel Hill, N. C.).
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AMBAKH. V,~.; ZIIIDKO, YU.M.
Reciprocal ferrite switch itsing a slot bridgo. Izv.
vys. ucheb.
sav.; radiotekh. 6 no.3:259-264 My-Je 163. (MIRA 16:9)
1. Rekomendovana Nauchno-issledovEttellskim
radiofizichaskim
institutom pri GorIkovskom gosudai-stvennom
universitete imeni
Lohichevskogo.
(Electric switchgear)

epjpn4 ow.,
'6
4~ onc'ThIlHineter an"A're's ittor
J
b
atof, -Ohis ab ti
.,TOpIq
ABSTIUVM: Gunera Characteristics of the iwlutions of the problorn
for'nud-ated 14.
the title are analyxt:d, and some nunierical and experimental
resitits are rep()rtedj,'
the problera waii formulated by A. G. Fox an i T. LI (Proc. IEEE,
196 3, 51, 80).
Generali.-ted symetry relations are derive d for mltmligried
iniki-ors;
the nCitV.-plane resonators are more sensttivft to syrnmetrical
rnivaligntrionts.
The fundonkantva:t equationo were Inveistigated in detail by solving
t1tem numerically.
on -a-dJ.,g Puter -bV the It6ratloa method, The
theoratin-al-reirdIts wore
11

-,a
PI skitm,('
'who; parformed,:. nt
7
JI
S 0
13
o-thank- ~o
r fro:6 Ov
c- MEMAC--
I sary Coll lpilt one on a 2 1601
o,z,rn-uia -a
is
CO

EWT(.I)/EWA(h)
CODE --T5
SOURM UR/010P Of Q00~/O O/OT52-
I
A
AUTHOR. krerbakh, V. S.;
'V1q6ovj S. 11* ~Rovei, E.M.; Sheronova, . N M.
ORG: none:.
'-01
TITLE: Experimental study:of a mirror-type be am wave &ide.
SOURCE: Radiotekhnika i elektronika, v. 11 no. 4, 1966,,750"752
TOPIC TAG3: beafn waveguide, waveguide mirror, millimeter wave
propagation
ABSTRACT: A stu(J~! has:been made of the charact-Existics of a
mfrror-tjpe waveguide
consisting of reflectors in.tbe form of 150 210 mm sections shaped i
Lg ellipsoids of
x
revolution. The principal radii of curvature wre Rx = 50 cm and Ry
100 cm~ The
mirror reflelctors were made by deposition of a. layer of silver on
an tToxy.base. They.,
~iere mounted parallel to each other at, a distant~e of 50 cm and
spaced in such a way
that the eenter of each' mirror: coincided with. the focal points of
the preceding and
succeeding mirrors. The angle 'of incidence was.A5*. The arrEv,
consisted of eight.
mirrors with rectmagular aperturemasks which wli;,n shifted could
Vary Lhe F!reasnel
parameter c.~ The transmissioncoefficient of tht~ vaveguide was
deternAlned by the
effectiveness cif excitation and reception and tlo~ value of the
energy 'loss during
reflection. Theori -tical calculations ii2dicated i;hat the upper
limit of the excit atio
coefficient. for the primary power mode of a wavel juide with a
rectangulir radia .ting
hom was 0.91 for c 3.5 and 0. 84 for c 114ree types of radiatorti
operating at
L- _Card1/112 Oj
UDC. 62i.3L2.833.1

_T -66 EMT (I
ACC NR-AP6011458
AUTHOR: Averbakh, V*_-S.
ORG: none
SOURCE CODEs
0757
'_1510
16
TITLE: Oscillariory0n an open resonator ivi the itnstable zone
near the confocal
SOURCE: Rediotekhnika i alektronika, v. 11, no. J, 1966, 757-759
TOPIC TAGS- SHF antenna, resonator, quasioptic roBonator
ABSTRACT: A two-mirror quasi-optical confocal resonator was
investigatod experiment
ly in its unstable regionj 160-mm diameter copper mirrors
mounted on a solid base
were excited from a SHF klystron oscillator. Mirror radii: 380
and 470 mm; the
position of one mirror was adjustable. With compl-Dtely open
mirrors, only three
axisymmetrical modes TER.,, TER0,2. TEK., were ob.-i-Drvedl
their amplitudes had a
.ratio of I : 0.4 : 0.1, respectively. In the =itable region,
the transmission
factor dropped rapi6LIy, amplitudes of all modes became equal,
and the difference
between their frequencies varied slowly. With tho mirrors shaded
by square masks,
only the lower mode was excited. It is found that, with small
deviations of the mir
radii (production tolerance), a properly seleatki shading
practically dDes not
affect the dominant mode and yet protects from increased loss in
the unstable zone,
near the confocal.point. Orig. art. hast 2 figures and 5 formlas.
SUB CODE: 09 / SUBM DAM OMaY65 / ORIG REF: 001 / M REF, 003

4253 SOURCE CODE; UR/0109/661011/OOS/0943/0945
.,,AUTHOR: Vlasov, S. N.; TWanov, V. 1.
LA
ORG: none
TITLE: Nonaxial-mode discrimination In open quasi-optical
systems
SOURCE: Radiotekhaika I elektronika, v. 11, no. 5, 1966, 943-945
TOPIC TAGS: mode discrimination, quasioptic system, millimeter
wave AWM401%,
ABSTRACT: A highly mode-selective open-resonator system is
considered. If tha
dimensions of a two -concave -mirror system are so proportioned
that the caustic
surfaces are formed only for the dominant (axial) mode, only
thia mode will be
located near the system axis. Or else: any infinite -nonplanar
-mirror resonator can
be conformally mappod into a plane-parallel system filled with
a nonhomogeneous
dielectric. These considerations were verified by a numerical
solution of an integral
equation that describod the field in a two-dimensional
resonator, selectivity curves
are shown. A qualitative corroboration was obtained from an
experimental study of a
resonator w-ith 200-mm diameter mirrors operatilng at an 8-mm
wavelength. "The
authors wish to thank L. V. Piskunova and V. F. Morozov for
their wark on an
electronic computer. 11 Orig. art. has: 3 figuras and I formula.
SUB. CODE. 20, 09 / SUBM DATE: 16Aug65 / ORIG REIN 004
Card

ACC NRt AP6011396
SOURCE CODE: UR/0057/66/0361003/0497/0507
A
AUTHOR: Averbakh V. S., Vlasov, S. N.; Talariov, V. 1.
ORG: Scientific-Research Radiophysics Institute at the Gor'kiy
State Uniirersity imo
N. 1. Lobachevskiy (Nauchtib-isoledovatel'sk4.y radiofizicheskiy
institut pri
Gor'kovskom gosudarstventlom universitete)
TITLE: An open resonator with an arbitrarily located stop
SOURCE: Zhurnal tekhnichoskoy fiziki, v. 36, no. 3, 1966, 497-507
TOPIC TAGS: laser, laser theory, resonator, electromagnetic field
ABSTRACT: The authDrS consider the normal modes and losses in an
open resonator con-
sisting of two spherical mirrors with a single beam-limiting
diaphragm located at an
arbitrary position on the opatical axis. Such a resonator is
regarded as a model of
a laser with external mirrors in which the beam is limited by the
dimensions of the
working medium. All dimensions are assumed to he sufficiently
large so that geomet-
rical optics can ba employed. -The conditions for focusing are
specified by the two
parameters gi - 1 - L/Ri (i - 1, 2), where L is the distance
between the mirrors and
Ri is the radius of curvature of the i-th mirr017. The effect of
misalignment of the
mirrors is taken into account. Two types of dinphragm are
considered: a perfectly
transparent rectangular aperture, and an absorbN ng aperture in
which the transmission
is a Gaussian function of the distance from the axis. The basic
equations are taken

AVERBAKH I Y#". I
~----4--
1111cohol as a social problem" b7 H.V',.Keyserlink.
Reviewed by
I.A.Averbakh. Zhur.nevr.i psikh 61 no.3;461-462 161.
(MIP-1 14:7)
1 (ALCOHOLISM) iKEYSERLINK, H.V.)

AVEMXH, YaJ~,_ (~oiokva)
Repeated abstinenoe [symptoms] In tb) oliniciLl aspects of
alcoholism.. Trudy-Goo. nauch.-Issl.bint.
paLch.38slOI-106163.
(MIn 16tll)
Causes of relapses in alcoholism, lbid.SI13-121
4-

FEDOTOV, D.D., prof.,, otv. red,
AVERBAKH, Ya.K., red.;
Yu.A.,, red.; BAIASHOVA.,
GUIROVICH, I.Ya., red.
SEGAL, B.M.,- zam, otv. red.;
AVRUTSKIY, G.Ya., red.; ALEKSANDR011SKIY,
L.N., red.; BELKIN, A.I., red.;
(Problems of exogenous and organic iieuropsychic
disorders;
materials of the scientific confereitee of the Stato
Scientific
Research Institute of Psychiatry of the Ministry of
Publiz
Health of the R.S.F.S.R. March 1964'] Voprosy
ekzogennykh I or-
ganicheskikh nervno-psikhicheskikh i*asstroistv;
materialy na-
uchnol konferentsii Gosudarstyennogo
nauchno-issledovatellskogo
instituta psikhiatrii MZ RSFSR. Ma.,~t 19,64. 164 p.
No.2. 1964.
164 P. (MIRA 17:9)
1. Moscow. Gosudarstvannyy
nauchro-.-Issledovatellskly institut
psikhiatrii. 2. Direktor Gosudarstvinnogo
nauchno-issledovatell-
skogo instituts. psikhiptrii Ministe,-stva
zdravookhraneniya
RSFSR (for Fedotov). 3. Otdel psiklozov pozdnego
vozrasta Gosu-
darstvermogo nauchno-issledovateltskogo instituta
pr4khiatrii
Ministerstva zdravookhraneniya RSF.S.1 (for Belkin).
4. Otdel
ekzogenriykh nervnopsikhicheskikh rasstroystv
Gosudarstvernogo
nauchno-issledovateliskogo institute. n-,ikhiatrii
Ministerstva
zdravookhraneniya RSF&R (for Segal). 5.
Gosudarstvemyy riauchno-
isaledovatellskiy institut psikh4.atrii Ministerstva
zdravo-
okhraneniya R3FSR (for Averbakh).

AVMFAKH Ya (NoAva)
Some ebaraetexIst-iou of thd rmlm3tin In paLlentts.
Trud7 Gris. navob.-issl, bSts P3'Akh, 00.
(m-1 RA Il C,7 )

SEGAL B.F.., nauchn. satr.; AVEIMAKH Ya.K.)
0 . . r, -ichn. sotr.;
LUKOMISKIY, I.I.j 'p-fb-T.-,F6d.
(Trea+---Rnt of alcoholics with ciamile (calcium
carbordde
citrate) in hospitals and under outpatient
conditions; ar.
instinActive and methodological letter] Lechenie
lits, stra-
daiushchikh alkogolizmom,, tsiamidorl (tsitratoin
karbairida
kalltsiia) v statsioioxe i vnebollnichnfth
uslovilakh; in-
strulctivno-me-Lodicheskoe pisima. I!oslcvn,
196/+. 7 p.
(MIRA 17: 0)
1. Moscow. Gosudarstvenny-y
nauc.-hno..-Issledovatellskiy in-
stitut psikhiatrii.

FEDOTOV, D.D., prof.p otv. red.; REMZOVA, Ye.S.,
zam. otv. red.j
AMOAkH,Ya,L~ red.; BOLDYREV, 1..I.',(Mosicva)
red.;
GOLIDOVSKAYA, G.I., red.; KOPSHIVER,
I.Z.(Moskva), red,,
[Materials of the AIL-Russian Conference on the
Problem
of Epilepsy, April 1964] Materialy Vserossiyskoy
konferen-
tsii po probleme epilepsii, Mosk,tap
Gos.nauchno-issl. :Ln-t
psikhiatrii, 1964. 293 p. (MIRA 18:1)
1. Vs8rossiyskaya konferentsiya po probleme
epilepsii, 1964.
2. Direktor Gosudarstvennogo
nauc)mo-isaledovateliskogo in-
stituta psikhiatrii Ministerstva
,.,dravookhraneniya RSFS1
(for Fedotov).

-7

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f 6 urnplo., e
Mi
-7ra
-no; Ab p trab t
bot:,
1 ill -102:- Sb nauchn
qek* un-,
depitantoV Vor(Snes', o. 2, 1962t :It 7)
ia, n
7~,:TEXT.- esark6ti -An a pi
a- g v4I~n- p iratus., -which --provide a. for
s ane .~w, measuremen :of.
imul-t ous.: M, 6
t -r:the kinetic; parameters of se ic ndue
i
-he a - for Ahe'-
t
rmo"BMF~i,~an4_~~cohwant~ tran6verse
-.12'and -long'i'l
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ut 'n Nernst_'Ett & ecis). The heaterbi magne-~:~.
t io ~ circ uit'.. ead 'vrobe -'hold e1'_,m0unteA:. in: It 8 -gap
are. all o' ntained
0
uum-.ays ez-6
"d- Side Theiiqaagnetic~_ci buit. is: made:-fromi- rmo
iron the~.,'fiiild '14~ iti~ ;jjp' X"10 Oe.-'-The j
0
speoime*A
d- is!~~plac- d- 1h U6,7. pro i "'hold r:ani clamped at ite-ehdo-W
,.,Aesto e e
n
lead-4 a onduc tore. The 86 conduc"ore pass throughAhel hea;
ter ovens4.-,-_6*4 fulT il.~thelrcile~ of -heat ng el
Ing -an cooli so ant a
'A,

-7 -,Z
3
5 ~63/00 t601/018/035JI,
7
'A-19bdrdt Y-.: ~Ppa a. us,
or D4113 D308
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'i f! ith-)-I,
pa TS h a4 .
~;w ng 6e spec mer
pp
e -pirp',b eiw-ar
'a OVO-
e ;:are:, 0 9,,
.a -s4it ceiv. -,:p1 Th
0 ]Mai
T . __. i ~,:,
11 !-*:of -*T&--ii~-~,bhd.,~,"fdtin".,tdJ6 iw6~~64ged. --By 4'01
Ahel~ or'd;:
'ding er--
t
ion of ~Vhb. probe q . in',~,'pa re, can pai ~y out measm" Mein h
e e 13 of
kine-tic 1iAtAMdtbrs:~:*.X-A. thormodouplet are ~ mounted at -the ends
~of t 0' men o4 of~_the ei"*16ureti-I.:,~,~l.:,%.,"~:,!-".
hol~ier:
.7. attainel-il e measuremimt..' cap 71
"that. isotherma.L.- 66n~A-ionb, -are h was
r ed eT
i the ~bk, m- first being-
~2.
d
a Ate,' takeh~ifit_h ..he:,- J
- MI equ ~p
ivegn;..-_ 3~~Ire__f.iexcinb'e ac y~r_s,_-n t i a
0 Comp e e ran
e 7. 1-.,:'. - -
'u6tibri.-T
P"I" v P;
!w,

AUTHORS:
TITLE:
PER10DICAL:
8/181/62/004/003/C07/045
B102/B104
Uuall, Ya. A., Averbakh,,Ye. M.., Marshakova, 12. A., and
Matvc~-
evj 0. V.
Somo electrical properties of the intermetallic semiconducting
comnound Cd Sb doped by various impurities
4 3
Fizika tverdogo Wa, v. 4, ro. 3, 1962, 615 - 617
TEXT: In order to determine the effect o~' Ag, Cd, In, Sn, Pb,
Sb, and To
impurities in quantities of up to,1 at0A an Cd 48b 3, the
temperature
dependence of conductivity in the range 20 - 300 C, the Hall
constant,
and the thermo-omf at room temperature were measured. d - c
measurements
were made with a two-probe compensation T-ethod; the
thermo-eitf was deter-
tiiiincd aith respect to copper; the field strength in the alit
of the electro-
ma,.~net was 2500 oe. Cd 4Sb3 (impurity concentration
2.1-10-3cib') was fused
together with the doping metals (purity 99.9967,) in evacuated
quartz am-
pouls. The conduction type of the stoicbiometric.Cd 4Sb
3(p-type) was
changed only by To impurities.
Card 1/3

s/lal/62/004/003/0')7/045
Some electrical properties ... B102/B104
Composition 1hermo-omf Conductivit,y Oarrier mobility
/"V/deg (ohm,cm)-l CM2/v.sec
Cd4 Sb3 +101) 30 goo
zith AF, [phone]
with In 4130 80 45
wi th Te +29 or -77 ?900 or 5100 345 or 1035
The forbidden band width as determined froff, the log 6 versus
('/T) clirve
was 1.25 ev. C1 Sb of stoichiometric composition has a carrior
concentra-
4173 -3. -to, 10 16 cm-3
tion of 2.113-10 cm Sb additions incLctaso this value up
the other metals even up to -10 19 cm-39 Vie Cd-Sb alloy
conziets of CdSb
and Cd 43b 3' The stoichiometric and the T-3--doped samples
(P-t.;Pe) show
rectifying properties; the Te-doped samplz--is also ahow a ranUe
of negative
resistivity ir the back direction. If the! current is raised to
more thzn
4 ma tbe rectifying effect vanishes. There are 2 figures, 1
table, and
5 Soviet references.
Card 2/3

3/101/62/004/003/0()7/045
Some eleotrioid properties
ASSOCIATIONe Voronozhslciy gosudarstvennyy univeialtet (Voronezh State
University)
6
SUBMITTEW October 2, 1961
Legend to Fig. Is (1) Cd Bb
(2) Cd48b 3+Ino (:3)-+Sbt 4 3'
(4) -+ Cd.
(OOJ
LG
Card 3/3

h313O
8/181/62/004/011,/031/049
B125/B186
AUTHORS: Ugay, Ya. A., Averbakh, Ye. M., and Lavrov, V. V.
TITLE: Certain electric properties of the intermetallic compound
0-:&n4Sb 3
PERIODICAL. Fizika t verdogo tela,. v. 4, no.. 11, 1962,
3270-3272
TEXT: In order to reveal semiconducting proportiea in
stoichiometric
Zn4Sb3 the temperature dependences of the eloctric conductivity
and of the
thermo-emf, of single and polycrystals were neasured in the
rango 20-400OC-
The Hall constant was measured at rc-om temperature. A
stoichiomotric melt
of Zn and Sb was kept slightly above the me lting point of Zn
4Sb3 and was
continuously mixed by vibration. Small crystals of
P-modification were
prepared by quetiching the melt in ice-water. The coarsely
crystalline
specimens were produced by slowly cooling. ')Ingle crystals
'were obtained
by zone melting of the coarsely crystalline upecimens. At room
temperature
all samples showed hole-type conductivity. Results: Zn 4Sb3 can
be purified
by zone melting. O-Zn4Sb3ii 4 semiconductor vith a width of the
forbidden
Card 1/3

S/181/62/004/011/'031/049
Certain electric propertius of.'.. B125/-B186
band of 1.20 ev. The clear metallic conductivity of the 0 sample
A7 (Fig-1)
is attributed to additional acoeptors formed as a result of
lattice defects
in quenching. There are 2 figures and 1 table.
ASSOCIATION: Voronezhskiy 6osudarstvennyy universitet (Voronezh
State j,
University) V
SUBMIITTED: June 29, 1002
Fig. 1. loga versus inverse temperature. Legend: B5 - single
crystal,
612 - coarsely crystalline, A7 - A-modification.
Fig. 2. Differential thermo-e.m.f. (1,v/deg) versus inverse
temperature.
Card 213

investigatiOn Of semiconducting phases based on antimony. Ya.
A. Usay.
Semiconducting phases in the system zinc-antimony. Ya. A. Ugay,
Ye - M. Averbakh.
[Study and some properties of thin layers of Ind-ium
phosphide.
Ya. Ugay,.R. L. Fogellson, V. V. Lavrov. (Not presented).]
Repox-t presented at the 3rd National Conference on
Ser-deonductor Comounds,
Kishinev., 16-21 Sept 1963

JACCESSION NItt AP4041373* 8/0046/64/028/bU/1044/2047
'AUTHOR: Ugay, Y**A.; Averbakhp yi.uo
T TLIt Sow) electric proportion of single crystatle of ZnSb-CdSb
solid solutions
!-Yeport, Third Conference an Semiconductor Compo%uids h .old In
Kishinev 16-21 gap I
S6URCEt AN-1105R. luvastlya. Soriya fisicheakaya, ir.28, no.6,
1964,, 1044-1047
TQPIC TAGS: noulcondintor, solid 'solution, zinc sintimonide,
cadmium Inoirganic c.ow-
pound. electric condmetivity, thermal emf tompersiture deinsidence,
ball constant
;ABSTRACT: The electric conductiyity, IM11 constavt. and thermal
enif of isingle crya-
tale of Zwft-~CdSb ablid solutions were measured ut
temperatures-from 24) to 2200c.
The measureownts werit undertaken because'of the 1cm thermal
conductivities.ar
d high!
thermal emf I's of zine and cadmium antimonides and the fact that
theme toubsta
nces
form solid solutions In all proportion#. Single crystals of the
solid oolutions
more obtained by the none loweling-method. Tho'cr)wtals of the
solid solutions, as
well as those of the pure compounds ~ had two uneq%)ally marked
cleav The
age planes.
samples were oriented for measurement with the less marked cleavage
plane parallel
to the ourrent, and perpendicular, to t 'he magnet lo'ftold. All
the materials proved to'i
card 1P.1

I I Vow 4mgW-1 SW9R;AWM I tKM1kVM'UWUW
!AOCESSIOK MR-. AP4041373
be.p-type semiconductors. The thermal oaf was 2otind to be positive
fo:r all the a
pies over the full temperature range Investigated., This,in
regarded as an Indic&-
tion that the hole isability exceeds the electron vbo~illiy in the
intriiasic conduc-
tion region, i.e., that the materials are anomalicats
semiconductors. This Hall mobi-
lities were found to be proportional to T"'n (T is, the absolute
temperature)- with n
ibetween 1.7 and 2.0.' The value oUn for the pure coopounds in
1.66. This'difference
Is ascribed to the greater concentration of lattice defects in the
solid solutions,.
In about half the sanples the value of a Increased sudderly by a
larje factor (ab-
out 4) at now temperature within'the range inventigated and
remained large at hJ&h-;
er temperatures. 7hia behavio r Ia not understood. The encygy gap,
as disiterkined ft=!'.
the temperature dependence of the- conductivity, ints 0.41 eV In
both pure compowids
I and was lose in the nolutions. The minimum. energ)? gap War 0.21
eV and accurred at a:
composition of 64 mole percent CdSb* The energy 1;np deteimined
from thio temperature!
dependence cof the Hall constant was approximately 20% gr'iater
thaz tha
t t determimid
from the conductivity, This discrepancy in ascrikid to Via fact
That not only the
:energy gap# but also the lonation , of lattice defficts p c
mtributels to the tompsri~&
iture dependence of the mail constasts- .2 f:irmulav 4 J1IgWMS and I
table.
Card 2/.$

ACMSIOIN Mat AP6041373

!'ASSOCIAT14X: Vo.
w~,dwkiy:gmudarstir*nny*y'uniiriorsits.-.1

(Volm ilk state
upilverolty)

Smuz 1 00

RICLI. ~w

Bows 416
I ate cm: lw

o"MRS, 003.

i. J,

Card

3 3- -S/0048164/0;!8/00i$/0998/0999!-
ACCESSION NIV AP4041 6
-YA. A.-;, -A"r-bakh'.~- Y4i.-. M. rogellson.. R., L.;,
AUTHOR: -'Ugayj~
Golldfarb,-V. A
.1-TITLE: Some pro~,ettles' of.'ihlu: indium.pliaspbide layeis
f
SOURCE i AN SSSR.. 144estlya Ser ya izio-heakayaq -28, no. Al
i'1964, 998-999,
..TOPIC TAM indiuu,'1u4iuu jhoxphide; . In4lun phospbidei f i In,
iiadium
lphosphide propavty, f1lu property, filu 1111ectric eandu
OSTRACT: The temperature. diieu"deuce of electric con4uctilrity of
in'-"
-dium phosphida twin filus and of,their 14.uit of 'absorption in the
'.1onguave range have been investikat'ad. Filas were produceit- by a
iirseparatu vacuum vapor. depoA itioh of.couponents. first of iAdium
and.
.,then of phosphorus, under pveasura .of about 10-5 an Us; at AOOC.
Eledtrou dif f rsctlou paitterns of._the Lf L111S corrospondeid to
those of
the InP, coupaund, 'the tauji4ratur 'a. dependence of electric.
4tonductivity
of InP filims Oa55-0*06 it thick was dow:itued at 20-500C., Out of
the two ffilvas iuvealtizated was'. fire i - innaaled in vacuttu at
2.50C-
.1A
J-1 /3

ACtd'E:SS'1ON -'filiit AP4041363
for 3 hr. An s h osm' In the diaoran (see F11g. 'I of' th*e
Enclosure)
the electric conductivity of at high teuperature.As almost
F identical. The vidth of the forblAden zone deternin~ed front this
diagram is IAZ av. The width of the forbiLdden zone -determin:ail
fromL
the longwave absorption,edge was 1427 Lov. The higher value obtained!
from the tampetatuire-dependence~~of*alactlrj'.c conductivIty is
explained
by partial decomposition-of -1md1.uu,-.PhosphJ.de at. high
temperatures*-
Orig art-. has: 2. f tgures
AS90CIATION: Vore-ne;ighskly,'g6svdarstVeny3tyI
universitst
-Voronexh State UnIv4srsity)
'PlOSSu, 30S8,:: 11,NCL: :~:-O
-Altb
SUBMITTED: 00'
DE.t
6 S j.0
I: SUB CO SOVI -002: OTHERt 01
ilt .0
Card -%
2 3

UGAYO Ya#Aoj AVEREM, Ye.M.
Some electric properties of aingla arystals of the-solid
solutions ZnxGdj-x8b. lav. AN "ISSI. Ser. fiz. 28 no.6:1014-
1047 Je 164. (MIRA 1737)
1. Voronezhakly gosudarstvannyy universitat.

UGAY, Ya.A.; AVERBAKHJ, Ya.M.; FOGELISON, R,.I,.;
GOLIDFARB, V.A.
Some propqrtles of thin films of indium phosphide.
Izv. AN
SSSR. Ser. fiz. 28 no.6-.998-999 Jo 164. (MIRA
17:7)
1. Voronenhakly gosudarstvennvy -un!.versitet.

AIT-MAKH, Ye.M.
Laboratory equipment for measuring the kinetic
parameters
of semLconductors. Sbor.nauch.ritb.asp. VGU no.20-7
162.
(MIRA 18:11)

I
AV-
jP( Y':
C
2708,wft
E W W T r, i P, j
j j
~ACCESSI044t..':: jjmjp~B UR/6139j65100i)VOO`3102291~1".~
~Ax' Y
A -MORI--:i'- S"Oj 16o A..'
TITM t: (N t t643*40ti Of "S 16'
(M
I or ph~Lev i~At
A
SOURM
IVUZ's Fizikap hof 3~ 1965# 129w4~3
f
TOPIC TAUS: zJxc Q-1w., ~P.~ntJn aUay~; sioWi solutionp single cryntal growthi~-
zone melt mg
AMMACT:i,:; Ifie authors discuss the varlduo technical difficulties involired In
the
producti(6 of sir*,,Ie orystals of inter:!~A&Uic; ZnSb. Althougli they.succeeded
in
using,th(b Bridgman or the Chalmers met-hod to 1voduce single ZrGb ex1ratals UPAO
.12= lom and*8 mn In diameter drawn Evt a rate of 4 mWhr, the end parts of tho
ingot were, not monocrystalline and the:crys4Ua.!Ls contained an excesit of
antimoqy
Over the stoichiometyle tomposition. It is abown, however,, tkat such single orys-
tals can be lined as primers.to grow stoichiometric ZnSb crystals by zone-mcltin3.
The tecluxLque and thij properties of the:grown urystals are devcribed. It in
Claimed tlmt the prociedmie employed comfoims n6re closely t-') the properttes of
-.,.the Zn-Sb.state diagram, is t ed:,
simplerp anti akew less time. ibis teclinique was tri
also to grov P-Zn4Sb3 single crystals ~dth lildted success., etwirg to the low
tem-
Card 1/2

AVERBAXH, Yu.; KIRETEV, I.
In a coke and chemical plant. Pwh.delo 8 no.2sl2 F 162.
. I (KMA 15:2)
1. Glavw inzh. Gubakhinskogo koksokhimioheskogo zavoia,
(for
Averbakh). . -
(Chemical plants-Fireo and fire prevention)

Sf)V/91--58-12-17/20
AUTHORS: Averbakh, Yu.A., Gusev, A.S., Gerashchenkop A.I.u
Engineers
TITLE- The Reconstruction of the M; AK-25-1 (TN-165) Turbine
(Rekonstruktsiya turbiny LMZ AK-25_1 (TN-165))
PERIODICALt Energetik, 1958, Nr 12, pp 2'1'..29 (USSR)
ABSTRACT: The following improvements he.-ve been introduced
into the
LMZ AK-25-1 turbines. The steam-pass section of the high-
pressure cylinder has been roconstructed. The console thrust
bearing has been replaceO Ihv a combined journal-thrust bear-
ing. The hydraulic end-beal,'J--ig has been replaced by steam
sealing (pressure 1.2 to 1-5 atm). There are 2 -rariations
of the reconstructed steam-paas section of the t%irbine. One
maintains steam bypass, the other eliminates it. The re-
constructed turbines work mo:.-.a reliably and econ:)mically.
Heat consumption dropped 3 to 5 % at a 21,000 to 25,COO kW
output, which is equal to a ~5,000 ton fuel economy yearly.
The entire reconstruction wo:7k was done by the KnarIkov
branch
of the Central Constructor's 'Bureau attached to the
Glavenergo-
remont of the MES in 1954-55,, There are 3 diagrams,
Card 1/1

NMYANI)t V.L, inah.
13fon,mralon of birbines to back-pressuns operation. Elek. sta. 36
no.6425-29 A 165. 011RA 18:7)

AVFRBA)Qlp Yu,h,, Jnzh.; NAYMANOV, O.S., inzh.
Choice of the type of a reversible control diaphrqrm
for central
heating take-.off, Elek. stat. 35 no.1:16-18 Ja 164.
(MIRA 17:6)

AVMU.Ul. A.
Use of electricity for military mines. Iroon.znan.31
no.6:23 Je'55-
(Shillder,A.A.) (Minos, Militw,7) (HOA 8: 11)

ATMUM, A., kandidat Wmiehaskikh nauk.
-
Smolmless gunpowder, Voen.ozaane:['32) 20-300 ~*- 156.
1(MMk,917)
(Gunpowder. Smokoless) -

AVJWDM, A., kand. tekhn. nauk; GWSHKO, )I.Te., insh.
..
U;BiAg oonmuloation gmphe in orgaz.,Izing intrafaotory traffic at
the lborshinskii Plant Slul, TOITOW no'3t66-69 158,(Ifm lIt5)
lFailroads. Industr;&I-Proight)

1 4 1 1 0 It 1) 11 4 It is U a of jo 11 0 a 34 Is is Is )9 to
It 1) 11 m A 14 v IF Is 0 it
Sol 6, 7 1 1 *-" Vo 10-1-4 j'
00
H"ItXCU-40, IA=A

-------

o,

l
00-f

XJd WaMv Irm ph"pWa. Va. L IN-skin and A.
Avctbukb. U,S-SJk. 04.481, April; V. 3945. In order

1`d-fft*MTf'tbe raw skin w murb (it the noncollagen
Car"Potantsas poWbie and thmby to Inerram the strength
of the finUW product, the skins wc!w*krd for 2-24 lirs.
without astringent, and ligned fur 5-41 hts., with the kv-m
pmibk ddsy In the "race -J the aperalion,; preceding
tanning proper...
god

sea

eou

904

fill 11
AIVIII 11 sti ALL var CAL LITIMATUAl CLASSAFKAl"
a A 11 x 09 a M to 09
4
0 fit 0
00
.09
1*0
-Sol
-00
Area
x --so
coo
COO
7 too
LLD a
0 0 0 0 0 0
Coo
ties
tool

bvililaW hidec A. A_ 0. 11,11mkill" I
It. 1. Goilikhr,. atul M. US S R
.N.Y. *P), 11147. RAW 1114% llft b-TUICIthIl Ill fill
(4 list Alkali sulfite And wIllivirlite And
I'llc d"pilatt'l blift is thm Irrated fur wo-t4l hr'. ill ml
Ak. I"tll the pit of %hich i% jgmduAlly iai~A from ", t,.
12.5. ,rl;e hl'im tire Own washed, 11cullillited.
alld picklol at *U)-:Lr". M. ll-h

ACC NR
AT.6,01.3789
possibiliti,:,Of the' exisitence'of both- the hydride at.id the
oxides df,Ti at the surface
of Ti over !%'broad range of potential a, the more -at) as it
is'knq),Oh that .not only the
-oxides but itlao the hydri.de of,Ti usually inhibit
.hq-SQxxQ-9-LcLn I ~a te of ti in acids.
''been
it han also -observed that prior cathodic poliwization inhibits in
certain cases
,the anodic dissolution of Ti.~ In this connection: nhe authors
investigate the effect
of the hydij~de layer, forming on'.Ti during its com.,osion or
cathadic polirization, on
the electrochemical dissolution and oxidation of To this end,
the'anodic
potentiostati.ir. cuTves were plott"ed. for T,i:with vart.ous
duration of prior.cathodic.
polarizatiort of its surface._. On:comparing curves 1. and 2 in
Fig.~,I it can be seen
that the hyOide layer-piodueed during I hr of catLodic polarization
shwrply inhibits
A:he process oUthe anodic.disisolution 'of TI.- the limiting
Passivation cu:rrent is
reduced neatly in half. If this prior cathodic pol.arization is
prolonged for 18 hr,-
however, An opposite effect in produced: the maxLtum anodic current
incroases (curve
3). This to due to the loosenihk and augmentation of true'surface
area of Ti-owing
to the aboorption of hydrogen. In the region of active anodic
dissolution the
.surfaces of Ti (,whether pure or with hydride layer)! ,got
oxidized..' The~dCgree of this
.oxidation intreases as the potential-,changes from its normal
valua to a positive
lanodic) vallaa.l. Studies of the corrosion resistanm of Ti oxides
show that the.
oxides forming in the p-.tasence , of ,-a'potential of +UO-v in a
3M H,,!SO4 solution, and
particularly,An diluted 0. 5N. or 0. IN H2SO4 ~ solutiO1261 are
relatively resistant in the
region of active - anodic~' die solution' and -in - conditions
of,cathodic polaritatioub In
4

jl~

A[CC _NR,
~ATOQ_1-370

Ii4

4

its
E

U
j, CO

M
t

Tf 2
~

bo

acl
j
~

~

2
dinsiLy I, iii!!'cm
.,current
_

i
V

4

0
0
P.

,

.

7r,

ng. L' Anodic potentiostatic curves plotted for Ti~ in.3%

'

H S04
solution:
2

I; - titanium iii tha hydride layer pr
opedd after 1 hr, 6f

cathodic'polarization at 1 50 ma/cm nad6 P.42
Ii-,,

titanium ~f ter 18,bir of.cathodic polarization at i

k2
Ma/cm 6,~ 10 )1

CaM'~ 3/4

oACC NR, AT6013789

l
th,~_ process pf. the anodizin g i6i Ti the
oxides

forvi",on the~hydrig
i. The
ayer ~pf T

- the
6f'the hydride'

th
~
e 'c q u r a i b. fanodic
I th
,
,
.
l
oxidation, d iffusion of Ti' iolis takee - plac-2 f rom tLe me
tal acros sthe, h_pIride layer

The relative comision,
resistnnce~,of:,Ti in the:solu,tions:of

acidw in uhiq-1
corrosion-.,
ocafts with- hydrogen depolari!~&tion is. due' to

hydride-oxide
passivit OTtg. at, t
y
Awn 11 figures"l tabl a

_

OWI.".,,~
ORIG REV: 013 M i IMF t

,:A "4

L

M.

Card 14 -L;zwl

AVERBUKH, A. G.
Tectonic structure of the southem part of the Dniester-Frut
interfluve based on regional seimic prospecting. Geotektonika
no-4:110-3-12 XI-Ag 165.
1. Vsesoyuzriyy nauehno-issledovatellakiy institut
geofJ.zichaskikh
metodov razvedki, Moskva.

AVERBUKH, A.G.
Determining the position of tho refracting boundary
and
wave velocities from hodographt, of nonlongitudinal
profiles
in the correlation method of rofracted waves. PrikI.
geofiz.
no-38!58-68 t64. (MIRA 18:11)

AVEMU10) A,G,
some. kinematic characterlst1ca -,f :,ofracted wavea.
PrJkl. geofiz.
w. 44-:79-9.3 165. (MlIM 18:9)

AT"T'SlAlf, ZANT7,V, V.I.j .01WRINA, F,.?.-, GORB A L, ~
Ac fl, M
lkw dalia on the g,?cilcgy of southern Moldavia. Sov,
c:eol. 8 rko.5 ~ I 12-113
Hy '6r,,* ('ql RA 18,7)

-AVERBUKH, A.G.. -1-
Interpretation of hodographs of refracted waves.
Prikl. geofiz.
no.36:.28-37 163. (MIRA 160)
(Seismic waves)

AVERBUKH, A.G.
Acouraoy of determining the depth of penetration of a ray with
Chibisov's formila. Prikl. goofia. no.37:64-66 163. (MIRA 16i10)

AVERBUKH, A.G.; GORBACH, L.M.; SUMERINA, E,P.
Physical nature of waves arrivingfirst, recorded in
observations
by the correlation refracted wave method, Prikl.
geofis. no.36:
38a-49 163. (MIRA 16:9)
(-3eismie waves)

AURBUKH, A.L. kandidat takhnichosidkh nauk.
Determining the attenuation Ifti-to by the
frequency-characteristics
of automtic control oysteva. li~ay MAI n,).75:65-72
157. -
(Automtic control) (Wath 10- 6)

29246
S/1 O3j6l/O22/0;1 0.100-51018
A D274/D301
AUTHOM Av*rlmkbp A. Is
e,-
TITLEt S. A,. Chaplygin's theorem as relnted too the theory of
optimim processes
PERIODICAL: Avtomatika i telemckhanil;ag v. 22p no. 100 19,31p
1309-13its
TEXT: The relation between S. A. Chaplygin's theorem on
differential
inequalities and optiimm control is considered. The condition3
of appli-
cability of this theorem on a given interval are obtained. If,
of two
functions y(x) and z(x) vhich have the same value for x - X (as
well
0
as their n-1 derivatives), the first function satisfies the
differential
(n)
equation 7 - f(Xp Y 371 900Y Y(11-1)), and the second-the
inequality
z(n) > f(XV zP ~), then z(x).>, y(x) on some interval
z-xo 1 13, Chaplyginl-q theorem on differential inequalities
states the
upper bound of X Ii the solution of the conjugated equation
should be
Card 1/6

S. A. Chaplygints theorewee*
S129246
103/61/022/W0/005/018
D274[1)301
non-nogative (on the interval fxo t 11_7). This applies to
linear equa-
tions. For nonlinear equations, matters wre more complicated.
ChaplygJ111-
problem of ascertaining the conditions for whichp on Z-x , x -T
0 J-j
Z(X):> Y(X) if
(n) f(XI 0 0 01)
)I Z f(XIOOOP z
can be solved by the methods used in the theory of optimum
sys-Wr-s. Ii,
from the conditions
(XI Yl--*9 YU)P
Zil fi (Xj Z, 9 zn) 9
Yi 0) - Zi (X.) Yi.
(i n)
Card 2/6

S. A. Chaplygin's theorems**
it follows that
29246
t$1/022/010/005/018
b2741201
zi .-> Yi
then for all u (x) >
Ot the solutions of system
Yi' fi (ZO YO ... P. Y.)f
Z! f U
1 1 (1f Y19 ... 9 zn) (x)'
71 (xo) Z.j (xo) Yo
satisfy
(2)
(3)
Yi (xK, zi,(X). (i = 196*01, n) (4)
for all x E fxo~ XI-7. In order to deterTaine the conditions
for which
(4) holdog the circumstance is used that itiW is a functional
of
Card 3/6

29246
S/103)61/022/010/005/018
S. A. Chaplygin's theorems** D274/D301
U(x) - U Uin (x).~ and yi(x) --the value of this functional
for u(x) 0 Hene the variation of tho functional with the variation
e
of the controiler u(,',) from u =-= 0 to u(x) has to be determined.
System (3) is written
V(0) (z) ~ 0, VU) W ~- U W,
8-Tk (X) = Ek (Z) - Yk (Z),
Ck 1 11 C) 0 + k.
hence
Zk (X) Yk (X) pjujdx
where
Y =-h (YI, Yn, X),
n
all (VI, YJ. Z)
pi. P. ayi (10)
P) M 0 i+k (11)
Card 4/6

S. A. Chaplygin's theoremoss
29246
S/103/61/022/010/005/018
D274/D301
where n Is a remainder. The solution of Chaplygin's problem
roduces to
finding the conditions for which the right-hand side of Eq. (0)
is non-
negativo for any u i(x) >, 0. These conditions are that the
functions
P,(x) which satisfy syntem (10) should be non-positive on flo,
Xl_7 for
any initial conditions (11). Hence, the necessary condition for
applyl
Chaplygin's theorem for system (1) is: for any k and any
XGI~_Xo, Xl
the quantities PiPk (x) which are the solutions of the n systems
Y, = (X, Y11 Y.),
L/V n), (12)
Pi. k ~ Pv.k
Oyl
V-1
Pf. k (X) Ci, L'61, kN,k>o) Q: n),
should be non-positive on fx, , X_7. From Ile arbitrariness of
I c i,k1
Card 5/r)

29246
S/103JOI/022/010/005/018
So A. Chaplygin's theorem*oo D274/D301
and the linearity of system (12) it follows -that the neces sary
condition
is that the solutions p, should have the l'ollowing property: for any
xEfx 2 x1_79 p (x) sbould be negative for xC~f_Xoj X_72 if Pi(X) is
negative for any i 'm 1,*.., no If the sys,tem is linear in yi, then
Y\rM 09 mid the above condition is also sufficient. In particular,
for a
single n--order equation$ it is necessary ilic&-L the solution of
Lh(~ conju-
ated equation with zero initial conditions ahould not cliange sig
,,n on
?X'O _7. In case o:r a linear n-order equation,
12 for any X(-ZZ-X., X,
this is also the sufficient condition. Further, an extension of
Chaply-
gin's theorem is considered. The above method permits ascertaining
the
dependence of the limits (interval) of applyiing Chaplygin's
theo:rem on
the variables ylt ... p y n of the problem. There are 7 Soviet-bloc
re-
ferences.
SUM TTED: April 119 1061
Card 6/6

AUTHOR:
TITLE:
S/103/62/023/004/006/011
D299/D301
Averbukh, A.I. (Tvloscow)
On the choice of actual -parameter-values in analysis
of systems with random paxameters
PERIODICAL: Avtomatika i telemekhanikaj v. 23, no. 4p 1962t 497-
502
TExT: A refinement is proposed to B.C.14 Dostupov's method (Ref.
1)
of determining the mean and dispersion of the solutiozia of a
system
of differential equations with random parameters; (Ref. 1:
Avtoma-
tika i telemekhanikat v. 18, no. 119 1,957)o The systema of equa-
tions
x i. = fi(t; x1f ... t Xn; Vjjj ... p v.) (i=l,...,n) (1)
is conaideredp where vl,, e.., v m are :random parameters; it is
assu
med that these parameters are uncorrelated, with zero mean and
dis
2 2.
persion d k MVk The method, proposed in Re'L. 1 (Op.cit.)
involves
Card r1

S/103/62/023/004/006/011
un the choice of actual parameter- D299/D301 I
N integrations of system (1); (for the s-th integration, the random
parameters are chosen as equal to 9si'; thereupon the nean and dis-
persion of the solutions x,(t) are determined by formulas:
N (3)
Afxj (t) a.xii (t), 111:4 (1) a,42i W (i n).j
The numbers a and are arbitrary for any system (1), except for
the conditions:
a,Lj fit)
71 a, = 1,2
(4)
'IV
t=cri
N does not depend on m. The actual values of N, as and ~Sij Pro-
posed in Refs 1 (Op.cit.), have the disadvantage of irwolving very
high values of g is In the present ax-ticle# values of N, a3 and ~si
Card 2/4

S/103Z62/023/004/006/011
On the choice of actual parameter- D299/D301
are obtained, which satisfy (4) with comparatively small values of
Firstt conditions (4) are transformed by means of
Vas V a u (5)
s Eli 81*
The minimum condition
N
2 min (9)
B = ~ " ) , %i
leads to
1 :Z~,< max 1%kI (12)
S#k
Fuxther, the case of m = 41 - 1, is considered. Therbby Hadamard's
(H-) matrices are used. H-matrices of(m+l)-order are written down
for m =: 1 and m = 4k - 1 = 3; 7; 11. Then the mean and dispersion
of xi (t) can be calculated by formula. (3), in which N := m + 1p a
S
= 1/(m + 1), and ~ sk dk (the sign depending on the (k + 1)-st
Card 3/4

3/103/'62/023/004/006/011
On the choice of actual parameter- D299/D301
columnp s-row element of the H-matrix)o If M / 4X -- 1, but
some of
the parameters vm are normally distri"),uted, then the above
results
can be ox"'ended to the general case. This, hoveverl,
involves a cer-
tain ambiguity, due to the fact that the proposed
interpolation for-
mulas are valid only in the quadratic approximation (for the
mean).
As an examplep the velocity stabilization system of an
aircraft is
considered. There are 4 Soviet-bloo references.
SUBMITTEM: November 18, 1961
Card 4/4