SCIENTIFIC ABSTRACT AVERKIYEV, M. S. - AVERKOV, S. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102610006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

[mix
A. more accurate-.
33059
S/169/61/000/012/059/089
D228/D305
where n is the nean monthly cloudiness in portions of unity,
k ia tho numerical coefficient expressinf- the part of t1w -UM
mary radiation that does not pass through the continuous cloud
(lover, -,-< is the albedo of the ground surface in the environo
(if a given point, and -C is the portion of radiation refloct. i
from the atmosphere to the ground surface. The verification o"
the formula's accgracy, made from the data of 4 stations sitoa-----C
between 50 and 60 N, gave satisfactory results. 18 refcrenciir,
/-Abstracter4s note,~ Complete translation,
-7
(',aid 212 :.

AVERKIYEVP M.S.
A specific feature of 12e isolation of eastern and western walls of
buildings. Meteorei gidrols no*5s26-27 Yq 161o (MIRA
(Solsx, radiatiobL)

AVERKIYEV, M.S.
Univere&l forrila for calculating total radiation. Meteor.
i gidrol. no.2t27-)O P 162. (MIRA 15:2)
kSo2ar radiation)

AVMIYUp H.S. (Hookva)
---------------
Determining the coefficient of atmospheric transparency# Meteor*
i gidrol. no.11236-39 IR 162. (KERA 15:12)
(Atmospheric transparency)

AVERKrfEV, M.S.; RYAZAIIGVA, L.A. (Biryukova)
Solar radiation of the ideal atmosphere and the turbidity
of the real one. Vast. Ijosk4, uaa Zero 5100099 18 no.52-14-
25 S-O 163. (KIRA 16: 11)
1. Kafedra Iclimatologli Moskovskogo univeraiteta.

AVERKI7EV, H.S., kand. fit.-matem. nauk; RYAZANOVA
L.A., kand.
gdograf. nauk
GOOfficieuts of transparency of an ideal
atmosphere at
different heights and their use for the estimation
of the
turbidity of a real atmosphere. Meteor. i gidrol.
no.3t
24-26 Mr 164. (MIRA .17:3)
1. Moskovskiy goaudarBtvennyy universitet i
TSentrallnaya
aerologicheakaya observatoriya,

AVERKIYEV, M.S., kouid. flz.-matem. nauk
Size of a region whose mena albedo influenoes the total ra-
31ation at a given point. Meteor. i gidrol. nc.800-31 Ag 164,
(MIRA 270)
I
1. Mookovakiy gosudarstrainy.7 universitet.

LVbRKlYFV, M.S.
Influence of the underlyIng surface albedo on diffuse radlatior.
Vest. Mosk. un. Ser. 5t Geog. 20 no.1:37-41 Ja-F 165.
(MIRA 181")
1. Kafedra klimatologil Moskovskogo univeraiteta.

ATIUMM, N.P,; MWIXOV, P.A. I HAMOT, H.A.
[Collective fare !KK Parts"ead"I Kolkhos isani XX partunesda.
Leningrad, Lenisdat, 1959. 125 P. (MIRA 13:12)
(Collective farms)

KASTORINI Alekeandr Aleksandrovichp kandeekonenauk. Prin4mali
uchp--attrel
AVERKMVI-N.n y -dots ent; AUCKSMVp T.D.p doteent. MWW.-'.'Yt
A-#:L*p
red.1 DPANMOVA, M#S&I tekhn.rodo
(Problem of soonmios &W. organintion in the agriculture of the
U,S.S,R* for study in school; maw-al for teachers] Rekotarye
voprotoy skonmiki i organizatsii sallakago, khosiaistya SM "
Isuchanila, v shkols; posotie, dlia uohitelias Moskvay
Gos*uobolmo-
podagog.izd-vo X-va, proov*RSFSRt.1961* 290 p. (KM 1/,10
l* LeniWadskiy s9l'ekokbosyayatvezw47 inatitut (for kworkiyevt
(Agrimature-4conomic aspects)

OEM

=IM-7AR6025360
SOURCE COM UR/0285/66/000/004/0022/0022
AUTHOR ~8.1t. ; Mrofeyev, V. M. Zakh&rov, Yu, A.
ORG: none
TITIX: A brake (6rtesting axial microtubbines
BOUIW.E: Ref. sh. 4urbostroyeniye, Abs. 4.49.137
~REFSOURCE: Tr. X~Ybyshevsk. aviats. In-t, vyp. 22, 1965, 15-31
T,OPIC TAGS: micrott(rbine, axial microturbine, brake,- test brake/UI?AT-11 brake
Aus,rRACT.- A
.1 study has bee al made of the design, characteristics, and operational
fqatures of th*?UIMT--& brake manufactured by the Thermodynamic Laboratory o.f
the Ku b shev Aviation Institute for Research on Microturbines and
t_h_eTFM'1'-;W---
~j y - '21 -
9, tonj [FM]
*t&. (Translat
,.~B CODE: IS/

'ACCESSION XRj AP4043976 S/0121/64/000AKWOM/0031'
'AUTHORS: Averkiyevp S. X-1 Natal6vich, A. S.
iTITLE: Series of axial air adcroturbines
SOURM Stanki i instrument, no. 8, 1964l 29-31
TOPIC TAGS: turbine, axial flow enginel rotor blade, nozzle flow
IABS,TFd.CTs The obaracteriatios of partial axial air
microturbines (about 5-hp out-
Iput) designed and developed at the Kuyby*shevskiy aviatsionny*y
Instituts. (KUYtTsher
I
,Aviat-ion Institute) in colla~boration with the Teentrallnoye
konetruktorskoye- byuro,
1,(Cont-:al Construction Bureau) were investigated. The rotor is
100 mm in dicmeter
1with an angular speed of 20 003 to 100 000 rotations per minute.
The volume I'low
Irate -rariao within 0.07 to 0-37 mm3/min. The critical dimensions
in the nozzlo vary.
~between 1.8 to 8.0 and consequently induce large friction and
turbulenco D)seoe;
as compdrod to standard size tubines. The efficiency determined by
does riot exceed 0.6, Five microturbines were teatodo aul
0 M
S
PO -)
U
vigir effective horsepower outputs If,, were determined. The data
include graphical
turd 1/2

SVI
ACUMI)ION HR i AP4043978
Plato of versus rotation rats, NE versus exit presouret NE versus
U/0 (U -.126an
NE
an,!;uliw speed of rotort C - rotor speed under adiabatic flow
conditions ), anti it
curve indicating the overall econoqr of pneumatic grinding machines
powered I*
these mioroturbinee. The effective horsepower output is neon to
increase in prD-
porticin to the rotor diameter (0.1 for 22.5-mm diameter ti;rbine
anc! 0.5 for a
60,0-sm turbine Orig, art, has' 4 figures, 2 formulas# "an i table.
ASSOCIATIONs none
SMUMTEM 00 ENUM 00,
SMI CCDEt PR -NO REIF BOVt 001 Omal 000
I Card 2 /2

'I i TT-r -T 7 7T-1
MTh(! Results of Selecting Grasses for Utilization on the
'I-J"Iste Sands in the
Arounc the City of D-zerzhinsk.11 Cand Biol Sci, Chair of Plant
Systa,tatics and
Gor'Hy L';tate U, Gor'IcV, 195h. (KLI No 18, Apr 55' )
SO Sum. No . 7011, 2 Nov 55 - Survey of Sciontific and Technical
Dissertations Defended
at USSR Higher Educational Institutions (16).

Some data on growing perennial lupine (Lupinus polyphyllue
Lindl.) on deep sand. Uch.tap.GGPI 20!157-167 158-
(KIRA 13:6)
(Lupine)

Ems
A.~I IY.&V, V.G. ; MASHNEV, H.H., kand.tekhn.nauk
Over-all mechanization and automatization of rolling stock
repair. U'hel.dor.transp. 42 no.5:71-74 Hy 16o. MIA 13:9)
1. Zamestitell nachalinika 0ktyabr'skqy zheleznoy dorogi,
g.- Leningrad.
(Automatic controlY (Railroads--Repair Bhop*)

I~'.V.,;,KIyh,vf V.G. (g.Leningrad); MaWINP I.I. (G.LoiiiiGrad)
Better regulation of wages on the Oktiabr' Railroad. Zbel.dor.
transp. 43 no.4:41-44 Ap 161, OMIRA 14.3)
1. 7~imestitell nachalinika oktyabriskoy dorogi (for Averkiyev),
2. Nachallnik otdola trudap zarplaty i tokbjiiki bezzopasnosti
Oktyabrlskoy dorogi (for ninin).
(Railroado-Salariesppensionstetc*)

MAIM, Da-KIA Anlsv; HY1J1YFv1 1 1, no-ak,
rt~U.auzent, HERG, B,G:,, pr3f: KOROVNIKOVO
BID.p dets. Aa,.-JI. tekhn. na,ik-. LV.MMfL`V, V.I.,
dots. kand. ipKrm. nauk., reAsnien'.. BMIAROVA. Yti.F., red.
[New materials in engAneering] Etov,'7a materialy v tekqn1ke.
Mos~-.a, Vyf-Ab%1q vb.Ma., 196.% NIRA Is, 10~

116tudy of the Initial iw',ing of Pthminum, Duralul-inm,
Copor, and Brass Cand Tech S(-I, lkscow T-st, of N'on-
l'orrour, Mofils and Oold Noid -I. T.. 'Inlintn, 4inistvy of 11-101or
;education USSR, Moscow) 1954o (Ut '!o 7) Feb 55)
60* Sum. 1-o. 631, 26 Aug 55-Survey of Sci--antific and Technical
Dissertations Dufonded at U5,'R~ Highor -iducational hnstitutions
(14)

"T
A,v,402:L93!?
BOOK EXPLOITATION
S/
Averkiyev, 'Vladimir Pavlovich
Fish locati3n and electronavigation equipment on ships (Sudovy" -ryftopoiskovy"
i elektronavigatsionny" pribory,*),, Leningrad,, Sudpromgiz,, 1963,, 231 p.0
illua,, 'Diblios 9#0D0 copies printed.
TOPIC TAOS: electronavigation equipruent, hydroacoustic navigation equipuint,,
edho
depth findet, gyrocompass,, automatia rudder,, hydrodynamic log
PURPOSE IND COVERAGE: The book is a text for the course "Eloctronavigaticu Equip-
ment" fox, aludents in imarit:L-te float schools of the fish industry and for
courses
on inpro-%dnir the ships and equipment of the fishing fleet. It can be useful for
students in ship building technioumi. The book examines the fundamentals of the
theory. the design, electricil circuits and the use of fish looation and elootro-
navigatim oquipment on ships of tho fishing fleet.
TABLE OF CMn=S [abridged)i
Foreword - -- 3

Ni
A'IFRKIIITP V.P'
Moscow eonforence of specialists from the Council of
Mutual
Economic Asisistarice on problems affecting the use
of ionizing
radiation, Atom, energ. 19 no.3013-314 8 165.
(K'I*.'RA 18:9)

AV Ki AM18398 SOURCE CO]
AVIII011 i_A!U_)gLLG-v. V, Pg.
ORG: norm
T07 ~ C)
i URIM19
TITIRI Moscow conference of CMk speoialists on problems of
ucago_.of ioni.&ing
rkLiwAon
S01MICs AtoLwa energlya, v. 19, no. 3, 1965, 313-314
TOPIC TAGS: ionizing'rwUatianj radiation chemistry, polymer,
scientific comfo:ranco,
po.tye-ftleno plastic, vulcanigation, copolymer. rubber
AWTACT: i Me confertinke of the membern of the Council of
Mutual Assistarco
on uaitge'bf ionizing radiation took place in
fbs~-ow-,217--239-EiY -1965-a-t-W6-'
11nisti-bute of Ph-vaLical CheTrdstry of the, Academy of
Sciences. A total of 301
reports from the various nati olegations were heard: Bulearia,
11unCary,
~Polani, Rumania, Czechoslovakia and the USSR were
represent,ed. The reports
wre Dn many subjects,, incluAng: radiation cross-linking'lof
polyethyleno
.to, ino.rease temperature stability; radiation
vulcanizationlof riibbpr;~~Prc-
'pLknting irradiation of seeds; production of S222!)MEP with
poly-forn-il(letr,-dD
armi styrol) methyl methacrylatej ate.; refining of natu al and
artificinI
mwberials; radielvais of oil-refining vroduced hydrocarbons;
and many others.
'A plan."-a-dev.eloped ,!or cooperative work on the following
problemst the
Card

L 398,53-66
ACC 10i
-J
-rzidisltion chemistry of volymers; radiolysia and radio-chomica:,.
aynthesis of
oargailic compoundal usage of physical chemistry methods of
inwistigation of
radioaherdeal and radio-cataLrtic processes; radiation sterilization of
med'i -
oal Anstrumontg and equipment:,- and the development of intstallations
for.
~VIOI-i-chendc*l processes w*ri isterilization processes, ZJ-PRS7
OEM C ODE 107 .110 13, IS SUBM DATEt none

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fp"410, Traftlistft - It'
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o: i age,
0 a grain teat see
desiffn Of & machine for the
er
4000 Ing of ""sit test pior" in the shape of Wires OV see
000 a trmperature rantre from to UO'C. This
ine th* n1la
M&Ihlnq makes it possible to detorm i.e.. tensile
000 tionship bet- str," and orain. rature and
stApas and tionsetion at Constant tempt
Vmgant tipped of $training- It 15 equ'PW 'or
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for tllu PlottilIL; of Grui~lu;," Z~-v. L,:I,cr.

AVTJ~KIYPI'V, V.__". N. KO[F,7.141KOV, A. 1.
11.110T~TIYFV) nio! M. V.
"Device for Testing of Stress Relaxation. in Tensicu"
_~Lof Heat Resistance of Met 1 Alloys, Mos ow, Izd
JK02_~emr n t~h!LDjeor 2 -v0
AN INSSR, 19513, 1-76 PP. T~7dT-yr-st.,--
> F Fiz. Metal, Ural filial, AN ESSR)
The articles in this book constitute reports c.)n
extensive studies,
gy Urals
conducted between 1949 and 1S154 by the lixt.
Physical Metnllur
Bra:-.ich AS USSR, gLr,,d devoted to the development
cf a general theory Cf
heat resistance.

JLVJLiXIYNV, V.S.; NOLBSNIKOV, G.N.; HoIbNYNV, A.I.;
YAKMOVICH, H.V4
Arrangement for testing stress relaxation during
tension.
Trudy bet.f1s.iset.UJIN SSSR no.lq:~1-94 '58. (MM 12:2)
(Stra-In gauge) (lieformations (Mechanics)--Tebting)

5OV/J 130-5 9- 3-22/413
AUTHOR3:
Averkiyev, V.S., Luzhinskayn, M.G. and

-Ya
--[-Sv-ei-d I ovsk )
TITLEt
Improving the Properties of fligh Coercivity Alloys
by

Thermal-Mechanical Treatment
PERIODICAL.-
Izvestiya Akademii nauk SSSR,
Utdeleniye teklinichenkikil

nauk, Metallurgiya i toplivo, 1959, Nr 3, pl)
125-12-7(USSR)
ABSTRACT:
It is possible to control the magnetic properties (of

alloys to sonic extent by influencing their crystal]Li:ne

structure. Two of the
present authors have previously

described a new method of improving the
properties of

mechanically hard alloys by the api.,J.ication of tennion

during
the process of heat treatment. This method,,

known as thermal-mechanical
treatment, has been applied

to several alloys and the greatest offect was
obta:Llicd

with Vilcaloy consisting of 12% V, 52%, Cc and the

remainder Fe. A
detailed study of' the influence of

heat nnd mechanical treatment showed that
the iticrease

in coercive force that can be achieved by this trentatent

is mainly
ansociated with increasing magnetic anisotropy

of* the alloy whilst the increase
in the remanent
Card 1/3
induction is associated with strengthening of the

sov/18o-59-3-22/4:3
Lmproving the Properties of' High Coercivity Alloys by
Thermal-
I-lechanical Trc-atment
meignetic texture. A study of the influence of the
tensile loading was nade and the results are plottod
in Fig I for vnrious loads applied during tempering c-f
a specimen tit temperatures of 580, 600 and 620aC for
thirty minutes. At each tempering temperature there is
an optimum value of load which gives the greatest
increase in the coercive force and some increase in the
r,epianent induction. Further increase in the load at the
and
given temperature reduces the remanent induction
gives a smaller incroase in the coercive force. The
optimum conditions for Vikaloy are tempering at 600"C,
for thirty ininutes witli the application of the tensi,ke
stress of 31) kg/mm". The best conditions may, howevor.
vary somewhat from one batch to another. The conditlons
of' treatment must be maintained very constant if alloys
of consistent properties are to be produced, tempers,.ure
variations should not exceed -t 2'C. The rate of hea-ting
should be strictly constant and other conditions arc, alsc
mentioned. lyt view of these requirements an installation
Cnr-d 2/3 was constructed for the application of mechanical
and

SOV/180-59- 3-22/'4:S
Improving the Properties of High Coercivity Alloys by Thermal-
Mechanical Treatment
thermal treatmont, it is illustrated diagrammatically
in Fig I and i;s briefly described. The mngnetic
material in thio.- form of wire is maintained under tenision
and an electric furnace is gradually moved along. With
this equipment material can be prepared in the form of
wires in lengths up to three metres with uniform
coercive force and remanent induction to within + 2%,.
It has been found that heat and mechanical treatlient
improves other alloys besides that mentioned/includling
alloys iiith vanadium contents of 8 and 14% and also,
iron-mangatiese alloys containing 15% manganese. It is
to be expected that similar treatment will influence the
magnetic properties of other magnetically hard alloyjj in
a. similar way. There are 2 figures and 2 Soviet
references.
ASSOCIATION: Institut fiz.-Lki metallov Urallskogo filiala
Akademii nauk SSSR (Institute of Metal Physics, Ural
nranch. Academy of Sciences, USSR)
SUBMITTED: April 1, 1959
Card 3/3

AV-"KYIYr;V, U. A.
11,12tudy of -.ho Shingling nf Hollow Cy-lindrIcal Inpots."
A-',An. HiFrh6r FA-luenticri USSR,
Yo-.now Order of Labor Red Bannnr Eighm, T-ichnical School,
Iment N. :3. Baumnn, Mobcow,
1955-~ k:Dissertation for the Devree of CaMidate of Technical
Sciences)
SO: ~KWL?Jriaya Letogilel . No. ??, 1955. rp 93-103

SOV/124--58-2 -21 SO
Translation from-, Referativnyy zhurnal, Mckhanika, 1958, Nr
2, p 92 (USSR)
I
AUTHOR: Averkiyev, Yu. A.
TITLE: Analysis of the Swaging of Hollow Cylindrical Billets
by a Conical
Die (Analiz obzl.,iinia polykh tsilindricheskikh zagotovok
konicheskoy
matritsey)
PERIODICAL: It sb. : Mashitiy i tekhnologiya obrabotki
metallov davleniyem
Ma!;hgiz, 1955, pp 21-37
ABS'rRACT: Empirical formulas are set tip for the
determination of the maximal
swa8ing force exerted by a conical die upon hollow cylindrical
billets. The formation of transversely directed folds is
examined
Optimal values sire adduced for the taper angles at which the
swalling
for,:e attains a minimum.
Ye. A. Popov
Card 1/1

SOV/124- 57-4 -4.7-19
Translation from: Referativnyy zhurnal. Mekha . (a, 1957, Nr
4, p 126 (USSR)
AUTHOR: Ave rkiyev, Yu. A.
. . ...........
TIT LE: An Analysis of the Process of Swayi ig of Hollow
Cylindrical Billetr,
With the Aid of a Die With a Curve i Generatrix (Analiz
obzhima
polykh tsitindricheskikh zagotovol. matritsey s krivolineynoy
obrazuyushchey)
PERIODICAL: V sb.: Mashiny i tekhnol. obrabotki metallov
davleniyem.
Moscow, Mash8iz, 1955, pp 703-91
ABSTRACT: The author examines the process of the swaging of
hollow, thin-
walled, cylindrical billets which are cold-worked with a die
having
a curved generatrix with a constant radius of curvature. By
intro-
ducing a number of simplifying assumptions the solution is
redaced
to a form which is readily applicable to practical
engineering com-
putations. The experimental data presented are compared with
computational results.
N. F. Lebedev
Carl:', 1/1

A'MHKITNV. Yu,.A., inzhener.
Analysis of conical die @waging of hollow
cylindrical blanks.
[Trudy] MVTU no.42:21-37 '35. (MLRA 9:5)
(Forging) (Strains and stresses)

137-58-6-12219
Yran.-Aation from- Referativnyy zhurnal, Metallurgiya, 1958,
Nr 6, p 149 (USSR)
AU THOR: Averkiyev, Yu.A.
TITLE: A MethocToMATTo%-ving for Work-liardening in the
Analysis of
Form-(hanging Operations in Cold Stampin- jWtodika ucheta
0
u;)rochnen)ya v analize formoiIzmenyavuslichikh operatsiy
kiolodnoy shlarnpovkil
PERIDDICAL: V sb.: Nlashiny i tekhnol. obrabotki rrietallov
davlenivem.
txiwm, 791. ?%Josco~.,.% Mashgiz, 1957. pp 91-98
ABSTRACT: It is observed that work-hardening occurring on
plastic de-
formation iD- of metals under the conditions of cold forming
e:'
fv( ts a significant change in their plastic properties and
mech-
anical chara(teristics: the elastic limit, ~5 s, "-b, and
indentai-
tion hardness. Therefore, in solving problems having to do
with the determination of the force conditions to apply
during
cold-forming operations, a proper allowance for %vork-harden-
ing "ANVI-I'l significantly influences the accuracy of the
results.
Oile of the Shape-changing ope,,ations in the stamping of
sheet.
is used to illustrate a method of ANVH of metals by various
ex.
Card 1/2 tant methods, and an evaluation of the
disagreements between

137-58-6-12219
A Metficid of Allcwing tor Work-hardening in the Analysis
(cont.)
the re-ailts is oflered. A nlethod of AWIJ of metal in
the cold swaging of hol-
low cylindrical Hanks is cited as an example. It is noted
that in solution of
proble-ris of the pressworking of metals, two methods of
AWH are employed
in the -nain I.F'ardening is calculated prior to the
simultancou,3 solution of
the ecItiations of plasticity and of the static
equilibrium. 2. Hardening is cal-
culmed bV the mean (or average) value of resistance to
deformation after
sit-nult3neous so..ution of the static-equilibrium and
plasticity equations, writ-
ten without AWH. In order to evahiate the differences
appearing as the result.
of the abe of the clitf rent methods of AWH, methods of
AWII by means of an
exponential func-tion, a linear function, and the mean
value of deformation re-
sistance in tile process of Dare examined. On the basis
of an analysis of the
var:ious methods of AWH. and also of an examination of
graphs for the rela-
tionship between the stress and the swaging factor, it is
concluded that tile
me(hod of AW11 by the mean resistance to D for
practicable degrees of D
r\)50'7i) assure ac(uracy sufficient for practical
purposes, and that this ac-
curacN increases with diminishing degree of D. Other
methods of AWH in-
volve i otnplicati!d mathematical t rangforniat ions and
restill in complicated
equations whi( h render difficult practical utilization
thereof. AWI-I by expo-
nenha' function is the most accurate in the sense of
agreenlent with experi-
menta' data, bu-- the differential equations resulting
can not always be solved
rigorously. 1. ..-Peformiltlo, Mvhlne
Card -4.12 3. G.F.

IM
137-58-5-9553
T.ran sli. tion froni: Rgferativnyy zhi.11-11BI, Metallurgiya,
1958, Nr 5, p 104 (USSR)
AUTHOR: Averkiyev, Yu.A.
TITLE: An Invest-igation of the Swaging of Hollow Cylindrical
Blanks
(Issledovaniye obzhima polykh tsilindriclieskikii zagoto.vok)
PERIODICAL: V sb. : In, .--nern. metody rascheta tekhnol.
protsessov ol,ra-
botki inetallov davleniyem. Moscow - Leningrad, Mashgiz,
1957, pp 167-190
ABSTRACT: An examination is made of the determination of
stresses, per-
Mi5Sible degrees of deformation, height of the initial blank
(B),
wall thickness, and optimum geometry of the tool used for swag-
ing in a die with curved or linear generatrix. Analytical
formulas
in the form ot exponential and linear functions are derived on
the
basig of equilibrium equations for unit volumes and conditions
of
plasticity in terms of two-dimensional stresses with and without
accounting for the hardening factor (HF). It is shown that the
maximum rneridional compressive stresses along a generatrix of
the B are found by taking HF into account by means of a linear
function. Exper'imental verification of the analytical formulas
Ca rd 1/2 performed in the swaging of tubes of low-carbon
steel, Cu,

137-58-5-9553
An Investigation of the Swaging of Hollow Cylindrical
Blanks
brass, and Duralumin demonstrates a discrepancy of up to
15% between the
experimental and the theoretical data. A design is
proposed of a (lie with a
sliding external lug to prevent buckling and permitting a
201/0 diminution of
the swagin8 factor k~-d/D (d being the diameter of the
swaged B and D the
diameter of the initial B) for B with bottoms and of 60%
for those without.
The use of swaging significantly simplifies the
production process, as is
demonstrated by the example of the manufacture of the
oil-filter housing for
Vie Moskvich car.
M. Ts.
1. Dies--Design 2, Dies--Stresses 3. Cylindrical
shells--Stresses
4. Stress analysis
Ca rd 2/2

Eel&
AVERKITKV, 11, Andotekhn.nnuk.
Taking Into consideration the hardening in analyzing
the process of shaping operations by cold stamping. Trudy
MU n0.79:91-98 157. (KMA 11:1)
(Sheat-metal work)

AW-MIYEV, Yu.A.
Dotex7aining an optimum opening in dies for the odgo
banding
of strips. Izv,. vys. ucheb. zav.; chorn. mot.
no.2:73-77
,6o. WIRA 15: 5)
1. Rostovskiy-:aa.-Donu institut
sollakokhozyaystvennogo
maahinostroyenlya.
(Dies (Yatalworking)) (Sheet-metal work)

IN
A,V.RRXIY-7-V,, Yu.A., kand. teklin. naak; PISANKO, D.S.,
tnzli.
I- -
Punch for banding angular profiles with stretching.
Trnkt. i sellkhomash
no.6t4l-42 Je 165. (MIRA 180)
1. Rostovs1cly inatitut solldkokhozynystvennogo
mashinostroyaniya.

AIILRKIYF.V. Yu.A., kand. tekhn. nauk
Practices in stamping the frame of an oil filter without
interoperational annealing. Trakt. i aeltkhozmash. 33
no.4t
44-45 Ap 163. (MRA 16tlO)
1. Rostovskiy institut sellskokhozvaystvannogo
masbinostroyeniYU.
(Trantors-Engines-Oil filters)

Effect-tv imi,uri ties on the I'lec tric
--rampar - nit 0, (A." C.1-
L jya
/Vol 28,
e i i t r.--, t 1 c I r-, v e s i i t a i i i forma t o o n t~yi
fr-.3 ron' :3 Jn
Nh,~;ch a number of elements of the cqJUi-.y I VI int-vu-
klu,-~Od into a) Compom"(1, Of tho type A", IB -in to ml.
JiAo I~A]Aux, ur,-,,aide. %w1-- -. -itudy i-.:,y bc to Yicid
o0runerita ull vi;riour
Qviderce beal*jrig wi ',Iic ; effect -t: o~ A
upon The C'It:Ctr-,,IC of %.%q. r'),11 11poll thc
t,-ffootive donor und Licceptor sv~a."'lul
!;t?ro sp.voduoed by an dvamodi~ito Joint j;i-!Itim- o.' tllio
corii,orelits
sol.~ered (Im-irtz, Tho oville),co
obtA,in~~d letids to Uie follovtin,~~, statemimts: 1)
o I' t 1, e Irl a-2umn, Zn ar,3 Cd act in CaAs ns accepturs, thow.-
o C 1. 1) kl V1,,ioluumv SO ATI ;e a:' donorr ,,wit I.,.- 14~o in
1, 4! r r.V -umnuunlj. 2) (.1oppoi, ir till itc-ouptor, tM..,,
re~lult
compl.,.in,~'. tiiat found I)-;- (.;mirov.,
e m v n t s o I.' the !II,- V.colvvm, Tr,, I;,, n,

iro!'ertcr, of ',-I I irr, rson -j, -
Effe ct
b do not ci.!.ntern ir, 0-,,
nd. of, :tol---~, Ll 011I.: li.iAle
an,l unon t!-..-- -v!lcen-,:rti(,:l 0' th,-
-on thie
1
4
I a 2 0 c L,
trea,;-,th of thf? o~xcev-,, --h! n''
A t - o:l !~%hi ed 7t rk. 1, v-,
of
V.11o1c. ~jocoty-lv; o~ m*c2-c)vtr(--),,L(,th v.,luer.,
wiiich
fiol ~nich o. Vie -.301i,1 G-.-n 0 1 u t --' C) n o
X- 1-x-
!i:(nto of "-)e -j:. colurin, 7.ilic n i,-rticult'r, :-re
e olil,,-dt.: -!11 ".allium than V.- el-mell%,-~ o~,
C .!-*,NII. I"jj!lc ',~-Ovcd to b~: tilc most effectivo
-Ioror iv1l%:,..:tua,(?.
-nd selenilur.: as th-2 -~,,O~lt ~.-f'ectivc
c.---1..---;tn1s 3:,orricd br sn- and ~;c
L,~ (AirIL'IlGicill) as those vAt'iout -,d::A%tureo,. *:hen
C~IeLlVl-,tO C41 and CA "'t-re ill!. ;,lto ot it-t~
t on -,t,-,
i :,,, u t i i a I c o,,: l - t--!J
f3Ll2--,-.!. "Ll1in occ---rred mo-e frewwntly

Effect
ed I.C.11 !,2-.,:J :v, 01- 10,:or nnl acr,(- t rjl-
!,1 "12-
t t i I t
I, "Oo I c i itz-ti JI -x~ korlev o~% I~d
or nr c, 0v nt n 6 o 1, 1
i tho ::I: ~`OV I - V:: t V
'PreMrStiOn 0 thk! J-'A_',)I~_~,7_' L'.;c -rc?vr;,,Lion
wil '-~t
study.'... Q~, the -.~03ighud f3ection!'. Thor.: 're I
':,blc nlk
1 of 1-111~~-h in
i n ~"rn u k f Z i:-" o k __ .. - - .1
-nstituit
:1..1.3 'Ptclinic"l inst-Itutt')

S/137/61/000/t1O/D2D/D56
AOO(r/A 10 1
AMORSt Goryunova, N.A., Av!E~ Java, _&L&, Snaravakiy, FS., Tovpentsev,
Yu. K.
TI-113t Investigation of quaternary alloys based on indium antimonide and
oadmium telluride
FERIODICALI Referativnyy zhurnal. Metallurgiya, no. 10, 1961, 44, abstraot
ioo344 (V ab. "Fizlka I khimlya!', Leningrad, 1961, P2 - 25)
1EXT: The authors present brief infemation on investigating a pseudo-o
bint.ry sootion CdT*.InSb of the quaternary 01-Te-ln-Sb system. The alloys in-
vestigated war* prepared by direot fusion of the initial materials In evaouatect
quartz ampoules and were subjeotod to metallographloal analysis. Simultaneous..
ly Pdorohardness was determined, It was satto' ..I ehat 'that in the range of 9!5
-
1"! InSb oonoontration there Is a homogeneo-;a area with ZnS struoturt. In thin
c,,*'-htfr points of the system two phases were revealed whose miorohardness
exosoda
t.h&4; of the initial oomponents - CdTe and in3b.
(ftitraoter's notat Complete translation] A. Nashel'skiy
"a
.
'

NORM
S/07o/62/007/006/004/020
F-073/035
Mr,V11URS: Uzolin'sh, G.V. Averl4yp:,~~i~tj_ G.K. Iyevin'sh, A.V.
Ond Gorpmova, N.-A-.-
TITLE: X-ray diffraction invest igat ions of' some A 3B3- tylle
compound.,; with compositions deviating
., from the
Stoichiometric
PGRIODICAL: Kristallograftya, v. 7, no. 6, 1962, %'-.;50 -, 653
TEXT: The (xim of' tho investigations was to determine the
width of the concentrntion range in which indimn and gallium
arsenide, viade froci 99.96% purity materials. remaiuLml homogencouu.
The specimens ware synthasised in evacunted quartz ai;ipules with the
follOW1*11,L7, SCV,11ence of' oporations: slow lveating to 650 (>c ror 5 h.;
holding at thi--; temper&ture for 2 houis; slow licating to 100 bc
al:ov- the N.-3ion toi:ipprattura of the compound and holdin"; for
3C- min; cooling together with the furnace for 12 - III hour.,;.
sj~,,Ocinlolls of Stoiciliocictric and non-stoichiometric conmosition
wore synthosised. The substnnee was broken-up into pov-der prior
to tnlzing the X-ray diffraction pictures and annealed in evaculitcd
quartz ampules for 5 hours at 550 OC. Results: within tile evrovs,
card 1/2

I S/07o/6.2/007/006/004/020
X-ray diffraction
of deteri-,tination 'A.) the lattice spacinS-,-; (lid not depend
oil the -excest of One 01, tlii other couipound with respect to
--toi-
chiometry. Without corj,(%,ctin,(; for refraction,the following
valu(:-a
were obtaiijod for +~,19 OC.
InAs: a 6.05838 + 0.00005 A
GaAs: a 5-65515 T 0.00010
There are 2 tables.
ASSOCIATION: Institut k1iiiiii AN LatvSSR (Institute of Chemistry
of the AS Lntvian SSR)
Fiziko-tehliniclic-s-kiy institut AN 6S.511 (Physico-
technical Institute of the AS USSR)
SUB'MITT ED: Deccz,iber 6, 1961
Card 2/2

6
of Ga?. G. V.
'Aallyuz."naya, A.
Mirnova,
F,;atu.-es of the grawth o-. crystals of sil lcon carblicia
of the cub!c
r. o d iCz t ~ r,:,. f - G.-.. t.1 a szi L e. " s P n a 5 a
.A. A. Pletyus."kin, S. N. Gorin,
L. P. lvanovQ (10 minutas).
investigzzion of the physical properties of semiconducting
compounds
%-.-:;h tne latticc: 'Z.-.S and NaCl in the mal ting region
and I .'quic
stzta. V. M. Glazov, S; N. Chiz.-.cvskaya, N. .14. alaGo;ew.
'13
Pj~port presented at t~a 3rd National Confem.,11ce on
Semicond-Lictor Cor,',)ounds,
Xis~Lnellr, 16-21 Sept 1963

S/07o/63/oo8/oO2/011/017
E073/8335
AUTHORS: Ozolin'Gh, -C%.'V*, AverkiyevIft . G.K. Goryunova, N.A.
and Iyevin'sh, A.'F-.
TITLE,, X-ray investigation of gallium and indium antimonid))s
PERIODICAL: Kristallografiya, v. 8, no. 2, 1963, 272.
i? m.:r: III ~o elucidate the width of the range of homogeneity
in type A B compounds the exact lattice constants of indium
and ghllium antimonides were determined b~ the asynwietric, method,
us-Lng the techniLque described in an earliei~ published palser of
the a-jLthor. Tho preparations ifere synthesized both in the
i5toicq1ometric composition as well as with deviations by 50
molLe.1ilo'
'to both sides oj,.' the sto-ichiometric composition. The! latter
priipa rations showed a socond phase which could be detected on
polishod sections and on X-ray.ClIffraction patterns. Tho micro-
'hawdness of the basic phame (A' B ) :Cor those preparations
,co:rresponded to the microllardness of the compounds. The Salliiam
nn-Cimonide was photographod usinZ chromium and copper radiat3.01tl.
Indium antimonide was photographed using cobalt and rLickD1
radiation and 23 eXposu3,-ejj were made. The following lat,,;ico
Card 1/3

X-ray investigation
constants were obtained A
Stoichiometric compoBition
E)',Cess 50',"1 Sb
E)ccesz Ga or In
S/M/63/008/002/011/017
P,073/r,335
GaSb
InSb
6.o9614
6.47965
6.00,613
6.47961
6.09609
6.47962.
Tho divergence between the lattice constants of the
preparation~c;
%;il:h the stoichiometric composition and those which
deviated froin
tho stoichiomotric was inoignificant and fully within the
limiti;
of error of the method (;t 0.0001 X). In the samz way as
in the
catie of indium and galliurn antimonidon, the results of
wilich iiare
published earlier by the authors, the here obtained
rosults lead
to the conclusfty Pat thib lattice constants of
t~fjinvea~igatecl
cor3pcurd type A B do noi. depend on the excess A or 13
durilLE
thoir synthesis. The obtained results permit assuming.for
the
cotipcundB investigatedjths~ following most likely me
plitudes of t~,,e
lattice constantal for,,Ga!Sb a v 6.og612 + o.oooog X; for
InSb
a~lz f-47962 + 0.00012 A al, +25 oC vrithout-correction for
reTrcction. The here giviRn errors are maximal and
ciAlculated
Card 2/3 . . I

S/070/63/008/002/011/017
X-ray 1-nvestization' E073/2335
as throic times ttic mean square error*
ASSD'~IJXIONS: Institut Ifbimii AN LatvSSR
(Instittft of Chemistry of the AS Latvian SSR)
Fizilko-te'LLhnicheakiy institut AN SSSH
(Physicotoohnical Institute of the A;;; USSR)
SUBMITTED: October, 15, 1962
Carel 3/3
NOR =MM

1, 1:l;65'-76` RM' m) ANP'b) (,1)-5/ZSD(t) J Dy R UVM L.-
4CUE& ooo./noo/owl
SION NR: AT4044562 S i CAI
it"If(Mi A ,!k ~o\.i Vitvp,ylin A l, Y r- v, i no% aNf. A
ti 14 It
ind sioNli P-o!i!o4-.u)s oaii-xi -n the m MkT
gg
N
4~1
7,7-7)777
~ih
'MIT 74W W
7-Mf al 1

1. 12553-65
!XCESSUIN Nil ~T4A-14562
r
IT
"U4 1JGLVLI I MALUAle.LIkI-I 9LIN A%IUA
IAnZfLILAIL~J 931 1" IVNIUB U110

. L-,-- -
=
Ififfl- -AT404-almu ENCIIADSCIHE! ()71

Cl
ATAfi,44S4*
02-
weiLir. rdlecact.
No rellectlom
a of Cu., 03
4/-A flDY-SE 04 LhO T*)vtlraf"-k c

T I--- j,
I "T 17 11 .1i Tr t1- -T -1 11 -1. j- KU'Wi fj -147. i 111
zc'n7'
sounE com
A. A.
i Aunin: Goryunova, _L1. A. ; Ave:rkiyeva, G. K. ; Vaypolin
TITLE: Possibility of obtainJUng single crystals of multicomponent
alloys
SOURCE: Rcf. Z11. Mika, Abs. 12 E362 (b I
REF SOURCE: Sb- Fizika. Dokl. k )MI1 Wauchn. konferentaii Leningr.
inzh.-stroD;.___
in-ta. L., 1965, 52-53
3M
TOPIC 7AGS: single crystal growth, cryatai'lattice strucutrep alloy
system, annealing,
zone melting
AB37RACT: 7he tb investigated the possibilitW/pf ipbtaining
homogeneous quintuple
alloys based on%_ nd theternary compound Cu2ileSe,,11 In the
synthesis of the
sampleE-L, starting only with the composition 6o% (3GiAs) - 4o%
Cu2GeSe3, the Debyegrams
show orie system of lines) corresponding to the ZnS structure. The
lattice perialls of
the alloys approximately obey Vegard's law. However, no complete
homogeneity of the
samplei,- could be attained: the x ray patterns showed lines of the
second phaile., By
zone! melting there was attained an ingot in which a considerable
section had it single-
phaf;e structure. Single crystals with composition 80% (yaAs) - 20%
Cu2GeSe3j, 11.1th
sizo 3 x 2 x 2 mm" were obtained by the transport- reaction method
(using 12 ail the
transporter). A. Rabin'kin. [Translation of abstract]
SUB CODE: 20
1

410"'1-E6 EWT k ~/-r /E-ti i J 1- 61~71
ACC NRt kR601073 SOUXE CUDES UR/0137/65/000/011/Cu~).419i(1)035"I
AUTIVRis Goryunoval Ne A.; Avarkiyeval, 0, K*j VanwUnp A. A*
TIMEt On the possibility oZ obtaining sing" crystals r6 PoIrzomponent alloys
SDUACEs Rae sh. Metalluroya, Abs. 110275
0
REF SOURCEs Sbe Fizika* Dokl. k MMI Manchno konf arentaii Len~~e inzh#-!s
in-ta. L.9 19650 52-53
1011
TOPIC TAGSt allium, po arp el ni arsenic,, gervan containing compounds
L2 __pL
gallitz araeS6!:,,-i11OY MtOL~I-Am~;%l
%NIW% -%n
ABZ.TPJ.GTt Ths possibility of obtaining homogeneo 9 81=16 cryst of the
(jv1n1;x4?1*
syttot formed on the basis of Ga arsenide and the ternary compound C Gese vas
8 Z 3
im,estigatod. For synthesis Of Gp6QiMSn3 starting with 60% (30" ) Cu2C1*ZW)3#
the x,-ray powder pictures show only one system of lines correapondinit to the
Zrg;
struc4oure. The a1lojr lattice periods follow approximately the law ol Wegardt,
licov
evqw~, a corpleto homogeneity of specimens was not achievedl the x-ray pictullell
shimel lines of a second phase. Annealing did not removi these lines. Zone nol%ing
yi,941ad an Lnptg a 10-m length of which had a one-phase strucUree By the mAwthod,
of transport reactions using iodine " the transporting agents single erystals of
tho
00000sit on wxo obtaineds poJ8.0 a)-20% Qv20*U3j of also 3 x 2 x
baU'AGnA
OnSlAtiOn W
rMRM

Reflning of tungsten hexachloride and ...
S/I 119/62/000/00 1/0011009
A006/A1011.
lished. The "'C16 Or t1oCl sublimate obtained by refining,
contained less th,-11
O'C()51'~ Fe"03 and 0.;03% 2203per WO 3 or 1'1003 weight. There are
6 figures and 20
references, 18 Soviet-bloc and 2 non-Soviet-bloc.
r___ Itz'
ASSOCI MON: Moskovskly institut. tonkoy khimicheskoy
tekhnologii (Moscow Institute of Fine
Chemical Technology) Kafedra tekhnologii
redki'-h i rasseyannykh elementov (Depart- ned
ment of the Technology of Rare and Dispers
Elements)
SUMIT'r M-: February 11, 1961
Fig. 6: A column for refining tungsten and molybdenum
chloriies
:1,egend: I - evaporator; 2salt colurn; 3 - electric
funiace; 4 - condenser; 5 for neutralization;
6 - dry chlorine.
CaM 2/2

KORSHUNOV, B.G., GOLIDIN, V.I.;_AVERKIYEVA, L.A.
Purification of tungsten hexachloride and molybdenum pentachlorbic
from admixtures of iron and aluminum chlorides. Iav.vysbucheb.
save; tavetomet, 5 no.1:101-106 162. (MIRA 1542)
1, Moskovskiy institut tonkoy khimicheskoy tekbnologii, kafedra,
tokhnologil redkLkh i rasseyannykh elementov.
(Tungsten-Metallurgy) (Pblybdemm-Metallurgy)
(Chiorides)

LTUBARSKIY, L., doktor seVakokhox.nauk; HUSAKOVA, N., kand.tekhn.nauk;
AVERKIYEVA, N.,, inth.
Methods for deterikining the technologioal properties of strong
wheat. Mak.-elev,, prom. 28 no.12:5-6 D 162. (MIRA 161l)
1. Voesoyusnvy nauchno-iseledovatel'skiy institut sernai
produktov yego pererabotki Nheat) (Flour)

KRAVTSOVA, B.Ye., kand.biolog.nauk; AVEHKIYEVA, N.N., nauch"y
sotrudn:Lk
Reproduction of the actual quality of wheat in average daily
samples. Soob. i ref. VNIIZ no-024-26 161. (MIRA 161!,)
(Wheat-Anal,yais and chemistry)

Ito ~hlny u, Jn(leytoev Sevenloy "Vreriki."
lootnosheni.,ye rolovoy I ~,o5cdskoy obshc
rcport subinitted for 7t), Intl Cong, Anthropological
F4 Uhnological 6clences,
Mcscow, 3-10 Aug '014.

AVMMO. Ye.M.: LONSKIT, A.V.; FILIPPOV, K.F.
Beismoocope with increased senaitivitY and time
recording
accuracy and undistorted. form of the seismogram.
Vop.din.
teoremepToselemovoln. no-2:308-311 '59- (MIRA 13:3)
(Saismometors)

9 (6) S 07/5 4 - 5 3 - 3 -2
AJTHORs AverVo, Ye. M.
T::TLEs Ten-channel SeioLaoscope
PI.RIODICALs Vestnik Leningradskogo universiteta. Seriya fiziki i khIlaii,
1951.1, Nr 3, pp 13,1 - 140 (USSR)
ADSTIMT j The circuit diagram of a seismoscope is described which his
the same advantages as the device shown in a previous pap?r
(Ref 2) (low energy consumption from the mains), and whic'n
permits, with the help of its ton channels, a simultaneoua
observation of lo points of the medium under investigation.
Figure 1 shows the block diagram, figare 2 the voltage diagram
and figure 3 the principal circuit diagram of the seismost.,ope.
The mode of operation in the block diagram and tho indinidual
blocks is described. The pulse goi.crator has two outputs a-1pply-
0
in& pulses with a phase shift of 180 . Thus, a normal effi~ct
will be-secured beiween the multiway and the rest of tho oir-
cuit. This means that at the moment when the voltage waire
coming from the emission crystal reaches the receiver cryotal
the transients in the amplif.-Lir are already over and tho Latter
Card 112 is prepared to receive these oscillations. Experimental sols-

T ~n-chanrel Svismoscope SOV/54-59-3-2)~21
mo,;rams were recorded and the foll(.win6 constants of tho
apparatas were foun : amplification coefficient of the reoeiver
amplifier k. 1.5-1Q9 band width of the recciver amplificr
&f -(52.10 _ 1.10b cycles. The pulse exciting the crysta:.
emitter has rectangular shape, !hie pulse amplitude of vol!;a6e
is equal to U. 290,105 v tak-liLe, into account the bypas.,iiii~ cif
the crystal emitter. Pulse width i.,ay be changed within tho li-
mits of 1.0-20) ec; the scanning time of the pri:aary tahe
T.,x '3000,~tsec tnd Tmin 2010ec and the reci)rocal scanning
velocity 120 and 0.6 sec. The second tube has the same pura-
meters; it v Ae to vary the pulse frequency within the
limits of 5 and 50 cycles; the time marks are spike pulsus; with
a division into 5 or 10 sec. Every tenth pulse was amplifLed.
Fi.-ure 4 shows the scistogram of a metallic plate. The Ee:.amo-
ucu:~e described may be used for far larger bases of the modiam
tO be inVCSti,~3tLd than has hitherto been possilile by
devices available oviing to the high amplification coeffioients
of' t"ic rcccivcr ai%Plifier and to the increased indices of -.he
pulsc3 dclivLred. There are 4 figures and 4 Soviet referez,ies.
S,'3:.: ITT z L .170Vt, ;;Ijcr 1, 1958
CErd 2/2

i vElaw. yo.i4.
Ton-channol onlamoscopo. Vast,LW
(Seismometers)
Ili nn.16SI3"140 059.
(14IRt, 12:10)
9

AVERKO, Ye.M.
Graphic analysis and synthesis of seismic oscillations. Geol.i
geofiz, no.1:88-99 162. OURA 151.0
1. Institut geologii i geofiziki Sibirskogo, otdeleniya AN SSSR9
Novosibirsk.
(Seismology--Graphic methods)

jiVERKO.4 YGOHO
&perimental determination of a vm front* Freq y analyzer.
Geol. i geofiz. no*3:102-108 162. W RA 1!;: r,')
1. Inatitut geologii i geofiziki Sibirakogo otdeleniya Al SS314
Novosibirok.
(Oacil.lator, Electrcn tube) (Seismic wavis)

.am
AVERKO, Yo. M.
Method of noneteady calibration of piezoelectric converters for
purposes of seismic modeling. Geole i geofiz. no.8:86-95 162.
(MIRA 15'.19)
1. Institut geologii i geofiziki Sibirskogo otdeleniya AN SSSR,
(Seinmology-Electric equipment)

5/169/63/000/002/050/127
D263/D307
AUTH011%: Avarko, Ye. 1,1.
Experimental- daterimination of wave front,, llri~qacricy
analyzer
PERHODICAL.- Roferativnyy Gcofizika, no. 2, 3,963., 7, ab-
.Y
stract 2G33 (GooloGiya i geofizika, 1962, no,,
102-108)
TEXT: An expe:~-inental stui~y was carried out on the front and
fD.Tl;l
of waver, excitod in a liquid medium by a piezoelectric emitter.
An ~'dtra-scnic ociu-moscope was u.3ed, whose circuit was modified
Do
that,.-ilu could alo-) be used as a frequency analyzer of the
eiggen-
f,inction of tho vibrations in the syutem
loi:iittor-illediLIM-i-ec,2ivLnl';
c.~,m-..ncL of the oeiamoscopel. RectangulL-ir jmliws modulated
with a
4) are pas-sed thrOLIt,'h the em4ttini, crystal, %vhich excitoii
I-L~: ti~ v~.bratlunu in the iy,odlum. Thu sigi',~tls m,c. ;)icked
ul) oy
p'Le;7oracc-iverfi, ar-aplified by the receiving channel of the
s(,o;;e, and are then fed to vertical C.R.T. plates with a driver,
Card

S11, 69/63/000/002/050/127
Experiuental de-termination. of ... )-?63/D307
sweep. Length of -the input, impulse, is selected to Give a
%...orkRr,r re,j;imc , Amplitude ol' Qw vibrat;ions i~3
mel-laurei oil the
flat. portion of the envelope of the pulse received in -the
se.101m)-
scoj,a, and corresponds to !he riodUlLIS Of the rO(JU'Lred
for Troquenoy (.). A "OmW iu us,~d to determine dhas,,18
0
t I ~.L! ",,)( etrul"I. ~~,Illc I-,"odulated aigntil wh~ ch
passes through th MC-d ._MLLE
is foh On to'vertical plaieoF and thelvoltli-10 Of
fr0t'U(?,",Cy 071
to horizontal platcs. Using the interferonce fi I I
I gures method ~t 13
poool.ble uc deturmine phase, *hift as a function of the
modulating
freq,..er.cy. The error in the determination of -the phase
spec-trum is
5 10'' and that. for the ariplitude GPC'Ctri'm ic 5'. A
ourfr--ice of
L, q ua ;~~iase - -.he isochrone - has been taken, in thu
preacnt work,
as tl,C Ilave front. A3 an eMAIIIA0,
the author determiniad thc- i3o-
all)-orle Ln water for an emittcr (1:1ain frcq~tericy '70 kc/s)
generally
emp.Lo-,;ed in seismic nodeling. The receiver was accurite and
nondL-
rectiDn,Ll. The. reoults indicate that the icoclirones ar(~ not
Gphe-
C a I a: i d T ),,,,i+ the t;tr!i-* ght .,.nes com~nC, from the
cento- of the
ow-mot. be regarded as rays. The true direction of tile
rays may be determined by ta'Xing into account theil,
perpelldIcUla-,
Cara 1, .

3/16 63/000/002/050/127
.1;,x,),:tri mental determination of D263YD307
rJ ',i la (11
V. to the wave front (isochrone). N(-,,,,,Icct of this factor ;, y 1d
t,; an error of up -to 10 puee in the dotermirmtion of the time of
propagation in wnater, %.,,her, using a unit of the giwon al-ze,
Study D.'L' the frequency -spectra shows a fundamental depcoidence of
t:,.e form of the impulse on the my con8idered. No evidence was found
for aqy change in impulse form at various dittances along the vq.
note: Complete t rans la t i on. -7
LM -77 L

IWmm~ Eo-,-jm%m
AVERKOO Ye.M.; TELEZUENKOp V.P.
Slailtitude theory of elastic wave phenomena. Geol. I, geafiw. no,11i
124-125 162, (KIRA 16 0)
1. Institut geologii i geofiziki, Sibirskogo otdeleniya AN SSSRO
Novosibirsk.
(Elastic wavoa)

T
ACC NRt T6 _6~6~ 42V Y UR/0000/65/000/06 162ig,709 1
A 00 SOURCE CODEs
AU7H03t Averko, Ye. M,
Vlk~ 1 -I
ORO: none rlr~ '7
T17LEt Methods and some results of seismic modeling V//
B011RC'C: AN QSSR, 'Bibirskoye otdeleniye. Ins
titut_._9!k9:kQgAA,_1_jL
k.1. M*todi7k_____ i_q_d_kF_(M__'e_'t_h'ods of' seismic
prospecting).
fixi a Boysmoras
Moscovq Izd-vo N&uk&,_3:_0 -6 51 -_ 228-241
TOPIC TAM seismic modeling. seismic prospecting, neismoscopol,
inignal
phase distortion, piezoelectric converter / ENO-1 oncillograph
ABSTRACT: The frequency theory of continuous groups is used in
eiiti-
matin; the phase distortions of signals which occur during
selexiiii
modeling and are associated with the distribution of the
pienoeleatric
conve:?ters used. The models were either a cube of Rochelle salt
(450
section) or a three dimensional model employing a piezoelectric
receiver in the form of a two-dimensional plate, with the working
surfatie coinciding with tho edge of the plate. Styeral
conditiono are
presented and analyzed in which the error in measuring the visible
periods any amount to several ten@ of a percent. Methods of
recoil-Lion
are proposed which will make it possible to eliminate phase
distortions
L.S-a-rd 1,12

L 114395-66
iCC NP, A7T606~067
A check is made of the reasonableness of the phase correlation
principle, primarily for a wave reflected beyond the critical anglo
anti whose form varies with the angle of incidence. The results ob-
tained by the author generally agreed with calculations derived
thcoretically indicating that in seismic prospecting the error Which
would occur in measuring the time of arrival of a wave reflected fron
a steep interface would not exceed 1/10 of the visible period (ILbout
2 u.sec at 50 cps). A seismoscope is des(ribed which can be quickly
assembled in most Soviet laboratories. The instrument can be uned in
seismic modeling experiments in which it is not necessary that i,,h,s
kinematic and dynamic parameters of the waves be measured with hi,1h
precision. The basic element of this oeismoseope is the ENO-1
on-Cillo-
graph. The author not 'so that the error in measuring the kinemati-:
chura,:teristics of waves with this instrument is somewhat higher than
with larger and more sophisticated instruments. Orig. 4rt, bass 13
figurist, 15 formulas, and 2 tables* [SRI
SUB CODIN 08 SUBM DATEs 30Sep65/ ORIG REFt 010
c:

0
0

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A

I. VA I t AA 60 W It ss a

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so

0*8

a 0

14111MCOOD between t4flum Sullatv and calcium

000,

Chlondss at bigh temperature I. N, Atrik-
('"
s
1v%A
r lo
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K

0

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.
,
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s
i
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1...

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0
1
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4 h, is llw Iloilo %0. M A., k4 ", k wl..1, a,,

I-of

00 d

M t401% list CA16A, Via- U-1 IlAt 1, 104t -111,11(lit

_00
*a

**.Ised sma thr wasilmis luaid ws- esilt 1-1 "Alit
A it int" r&ssrl urut,ol watts sit smwis;

141141

0

.00
st
0

A. A. Pssl.~-Anv

nods

200
0:

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go

a
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400
400
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ego*
bee,
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) AA a 4 a #W a I a its 11 A$
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as to ad 040
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0 0 0 0 0 a 0 0 Oio 0 a 0 a a

1943. it 161 -270) - p and 'I
10. M% W 1 Alkii, III etr xt%rn. at
valutAtft udult-to timlainit 61 16a Anil a% tit'. M 5% A (V
tlxi"4 trivill. (1) graildoo. Imus to... omoliklo,
the ornetamabloo jolum hyd. (111 wlmratrot~ it I.nm- I'VIA1.1ilat
virytiliels conati6ting of Ale, aggIrtg4tes, in whi4h the tq%tallit"
Wo
%IK*t 1wisorns with high it . allcivag Iloutile trfroeviii,ii. &nil
%tia ighl
eatiskoction. LOV00,11.0 III) sepatralors ff%wn almnoot Militated
IM1111
tions afteer ot"ding. in long thin orhor"loi,sital t4ates ha%ing
s4truilaor
put-4 Sir,ifoertkis to il); at 110'. 111) Nme, 11 0 ohiost m Itin
, daqw, 1-11woll,t) 41111. -AX itti'latA tr,,m the tivotAle
W
lilt tqI4 at --b0, from a It, almin sAlurkled It tmml A n ,
(Ii rifivrins shmt tit Itat Twismsuith -,Ptk4kllw,,Fwn its .11miat to
IT,
"trite In its lilt) tol ttlatallisatiom at 60 is' &nil 1"" All It Otat
110'~ Thi% t,*rlvati,,n pomni,im mime e%I.Ienit that. ut-All he
rutrit tic loovint ill 4 tryslailloort &&Jul)

AVEMN-ANTONOVITCH, I. No
"Solubility of Lithium Bromte and of Its Hydrates. Part II.,,
Averko-A.-Itonovitch, 1. N.
(p. 2711)
SOt Jovxml of General Chemistg (Zhurnal Obshchoi Khimii) 1943, Volume 13, na. 4-5.

00 V
o04,
40
(;m am. S. R,j IS. 272 8
UM"' , In
IWWAIWY
:,(mImmw w tbs IMP. mp 401 -450 to 1430. At
Amm imp. the all VvAmmns as Incec"te wlkkk
ma own op #A 0& two. the aysta. of
"It 40clorm The ft~r. fm
:M kg~ at w ib:=I;
Thaeuttv
Ik pow W As mwv~ at 44.6%
am now.
Ir"'O.M.K.
1-(A
wim tv" AV" s4beei, .4" Vol egg N
I a Iw v I w it I a I;
I u 9 A, 10 a
woo
we*

Oxidation of iron in open air and in a closed vessel. Xhim. V
Ahkole no.
3:59-60 My-Je 153. 0MU 6:7)
(Oxidation) (Iron)

t

.24(7)
A"J'THORSt
Borg, L. G., Averko-Antonovich, I. N..
SOV/20-126-T-21/62
T--TLEt
On the Nature of Lvninescence of
Marble

(0 prirode ovetimosti mramora)
PERIDDICALt
Doklady
Akademil. nauk SSSR, -1959, Vol 126, Nr 1, pp 81-82

(USSR)
133,31TRACTs
Technical publications have long contained
descriptions (Ref 1)

on the luminescence of some substances
(diamondtmarblet

phosphorite, fluorite) at low heating. This
phenomenon wait

termed "therinoluminescence". According to
modern opinions,

thermoluminoooence can be explained as
follows: In the

absorption of sufficiently short-wavod light
in non-conducting

substances, eloatrens ara torn off from
atoms (ionization).

The torn-ofi' ions can then aoc=ulate
near any defects :~n the

crystal lattice, the energy state of
these electrons rental-aing

higher than normal. For the
liberation of electrons from these

spots, a certain onargy is
required which can bu derived from

the heat enertry of the
body at an increase in temperature. Tho

authors observed a
rather bright luminescence when natural
Card 1/4
marble was
heated to 160 - 2000C
also investigated
and the

y
,

.On the Nature of Luminescence of Marble SOV/20-126-1-11/62
some properties of the marble samples before and after
luminescen^.o. The results found can hardly be agreed with the
above-mentioned explanation of luminescence. Subsequently, the
authors pu-t forward the results of some properties of
ina-rble
before and after luminescence, and they also give a neir
explanation for the causes of thin luminescence. The
investiE*a-
tions were carried out on variovis namples of coarsely
crystalline to nearly microcrystallinc marble of Soviet and
foreign oriCin (e.G. Carrara, Italy). All samples wore
oapabl-~
of lunineBoine, but with different intensities. Even some
kinds
of dense limestone are luminescent, but much more weakly.
Also other :~orma of natural calcium carbonate were
investigated
for a possible capability of luminescing, namely aragonAto and
calcite stalactites. No lur*acsoence was observed on thom.
Most lumineE~cent are samples of coarsely crystalline marbliD.
The duration of luninoccoiwo dopendo on the size of the
pitice,
and lasts, at 160 - 2000, half an hour or long-er. A figure
adjoinine shows a luminescent marble sample. Thermoarams and
roontgenogran3 of marble were also recorded. The authors also
investigated the changes in volune occurring during
lumineEcence,
Curd 2/4 and also the nechanicall breaking strength boforo
and after

On the Nature of Luminescence of Marble SOV/20-126-1-2-1/62
luminescenc~3. Vo thermal effect was obsorved during
luninesconc-9. The lines on the roontCenoGrams of the maible
samples slit,-htly differ beforo ane. after luminescence.
Eefore
luminescenoo they are blurred, afterwarde they are more
distinctly outlinod. Thc volume of the marble namples
increased by 0-%o after liuiinecconce. The strenz;th of tbc.
samples doc:rcased very much after luninencence. The results
of
the investij;ations discuesed cannot be oxplained by thernio-
lumineacenDeo The authors consider other causes possible:
marble - being a metamorl)hic rock - is formed under the
influence o:~ strong prossurep and perhaps of an increased.
temporatura, which must necessarily influence the crystal
structure of the o-alcium carbonate, namely by deformatior.,
and perhaP3 even by a reduction in volume. In heatinS,
Ca=d 3/4

On the Nature of Lwainescence of Marble SOV/20-126-1-21/62
the calcite might return to its normal crystal structure.
Extinguisbed marble samples can no longer be made shining by
the influence of rays. There are I figure and 3 rofarencee,
2 of which are Soviet.
ASSOCIATION: Xazanckiy goeudarstvennyy univeraitot im. V. I. Ullylnova-
Lenin& (Kazan$ State Univeroity imoni V. Is Ullyanav-benin)
PRESENTEW November 19, 1958, by A. Ye. Arbuzov, Academician
SUBMITTED: Novemter 12, 1950
Card 4/4

BERG, L.G.; GROMAKOV, ;-..D.; ZOROATSKAYA, I.V.; AVFMO-mMTONOVICH,
I.N.
[Methods for stlecting coel"ficients in chemical equations) SPOSOLY
podbora koeffi-tsiontov v kbi-Acheakikh uravneniiakh. Kazan', Inl-
vo Kazanskogo mniv.p 1959. 147 p. (MMA 14:10)
(Chemical equations)

AVERKO-ANTONOVICH, I.N.; SUKHAREVA, V.I.
Solubility of L12CO3 in solutions of UC1 at 0 - 1009C. Zhur,,-
neorg.khim. 7 no.6tl478-1479 Je 162. (MIRA '15:6)
1. Kazanakiy gosudarstvennyy universitet, kafedra neorganicheakaj
khimii.
(Lithium compounds) (Solubility)
777,~

j
SOURCE' ~OD-,.: Uil/0081/66/000/002/SOi33,/'SO81~
AV-.*HO`~ Avorko-Antonovich Y11 0. Kirpichpikov, P. A.
............
9~Eothana plastoirern vulcsnized with sulfx.,r
S 0, 11 C E': Rof zb. khim, Part II, Abs. 2S639
R
- ~ OURCE: Tr. Kazansk. khIm.-tolchnol. In-tap VYP- 33, 1964,
249-2!)S
~TO-!'!C TAGS: polyurothano, vulcanization, gylcol, sulfur,
mechanical
;-,roparty
1ABSTRACT., SKU olastoners which can be vulcanized with sulfur were
prepa:7od using I-alloxypropanediol-2,3 (1) and 1-butenadiol-3,4 M)
as un:iatu ated ".1cols these were introducod Into the initial diol
~r,ixtu,.to in amounts of 45 nol in the synthesis of linear mixed
!poiyethers. SKU elastomors wore obtoinod by heating polyetbor and
00
2,4--toltiylono diisocyanato (III) mixtures for 0.75-3-5 hours at
12
!with Lp to 10-25% excess III. Milled nixtures were vulcanized in
a. press!
'for 6C minutes at 1340 and 150-180 kelenc- pressure. RoducIng the
amolint,
;of :: to 4 mol % in the diol mixture does not impair
physical-nachDnic.;)lT
proportios of the vulcanizates; the aimount of III may be raduced
to 1.0
imol %. In using 11, 4 mol % is sufficiont for effective sii1fur
L~.,d __I /2

OMO-ANTONOVICH, L.A.; KIRPICIINIKOV, P.A.; ZARETSKIY,
U.S.; FRIDLAIID, V.M.;
PROKIIOROV, V.S.; RASPOPOVA, L.V.; Prinizala uc~Astiye:
ZIJU01TA, T.P.,
Production of colored thiokol sealing materials. Kauch. i
rez. Z~
no*9:20-23 165- (MIRA 18:10)
1. Katanskiy khimiko-tekhnologicheskiy Institut imeni
S.M.KirOVIL.

11812-.66 wr(M)/EWW/T__WL_. WW&Qft
ACC NRi M001092 SOURCE CODE: UR/0138/65/000/0121i))IO/OD12--- 7
?I q2
AUMOR: Ay&Xk1_-Ajjt novich.ld-0,; Kjrpichnikov.4~A.
ORI'V: Kazan Chemical Enginecring Inst tute im* So Ms KD/ov
(F.Azanskiy khimUtD.
telthn,~Iogicheskiy Institut)- J
TI!ME: Urethane rubbers basied on cross-linked polyesters and
vulcanizablib 1Y,y sulfur
SOURCE: Kauchuk i razina, no. 12, 1965, 10-12
TOPIC TAGS: Mubber, vulcanization, organic isocyanate compound,
N\
ABSTRACT., Vrethane rubbers vulcanizable by sulfJwere obtained in
two wa-mis. 0)
by usin$ polyesters (linear or partiall- ced by glycerin) of
adiplo acid,
dicthylene glycol, and 1-butene-3,4-dionet and (2) by joint
curing of a m.L:K1:'jr0 of
saturated linear or cross -linked polyester and 1-butene-3,4-diol
by 2,4-toluylene
ditsocynnate. As the degree of cross-linking of the polyester
increases, the amount
of diisocyanate necessary for obtaining rubbers with high
physicouechanicjil .-.harac-
teristics decreases. The best properties are displayed by sulfur
vulcaniitaf:,~a
prtipared from polyesters containing 1.0 mole % glycerin.
Although an incirease In
crossalinktdg (up to 1.5 mole % glycerin) permits an improvewnt
of the piroparties
in some cases, the rubbers obtained are not sufficiently plastic.
Orig. arft. hfist
1 1 igura and 4 tables.
SM WD1;:--4'4 13 SUBM DATE: none / ORIG W: 005 / OrH REF: 008
1mr! Ajfi7A-n&j_,'I
fi7R_fifi4jM6j347_Q7tfi,78.Q2

UM/Meters, 16ma
Radio MITI)e - OF
Feb 1947
"Certain Instrimente for Wasurements in the Range
of Centimeter Waves,- M. T. Grekhova, S. 1. Averkoy,,
D. I. GrIgorash, V. 1. Anikin, 12 pp
"Izv Ak Nauk: Piz" Vol XI, No 2
Description of a reoeiver-vevenster with auto-
modulation, a waymeter with an electron-ray Inft-
cator, an instrument for meamn-Ing voltage, and an
instrument for, measuring field Intensity, all
suitable for vork in the range of centimeter waves.

USSR R%diophysics. R&di a tion 0:~ Radio Yjavea. Transmis sion
17:
Lines and Antennas.
A a J,) u r i Ref Zhur - Fizika, No 5, 1957, No 12475
Author t Averkov, S.I., I~radoir, V.Ya.
Inst t Not gi von
I-t
Title t Props.gation of e, Modulated Wave in a Modium with a
Strongly
Pronounced Dispersion,
Orig Pub t Radiotakhn. i elektranike., 1956. 1, 6, 739-742
Ab stract i In the propagation oj.' a tri-harmonic wave in a
medium
with dispersion, there takes place a periodic alterna-
tion of amplitude anti frequency modulation (Refermt Zhur.-
nal - Fitika, 1956, No 8345), The results of an experi-
mental investiration of this phenomena are illustrated
Card 1/2
TJSSI" / RadOPhYnics, Radiation and Radio W4'706, Transmission
1-4
Lines and kntennIs.
Abs Jour t Rof Zhur - Fizilal., -.jo 5, 1957, No 12475
Author I AvOrkOvs S.I., Itradov, V.ya.
Abs t-.ao-b i by means of on e3mml,le of an electromagnetic
waves propage,-
ting in a Wa"gulde (,\o = 4.6 om). The experiment oonsis-
tod of a measurement of the spatial period of transformation
starting with ths. fact that, at a given waveguide length,
by changing the modul-atiwl frequency it is Possible, in prin-
GiPle, to transform the frequency modulation entirely into
amplitude modulation, The satisfactory agreement bettragn
the theory and the measurement results is noted,
Card a/2
I-

A'A7.9wov 3 1 'VIDMI, V. 1. p BRAVO-ZHIVOMSHY, D. M., GAPONOV, A.
V., GREMOVA, M. T.,
Y1, MU LOP)MV, V. A., MILLER, M. A., und FLYAZI11, V. A.
"A Diode Noice Geamtor in the Three-Centimeter Range,' by
S. 1. Averkov, V. 'I. Anikin, D. M. Bravo -Zhivotove kiy), A. V.
Gaponov, M. T. Grelthcva, V. S. Yergakovp V. A. Lopyrev, M. A.
Miller, and V. A. Flyazinp Radiotekhnika i ElektrLniha, No 6,
Jun 56, pp 758-771
The operation of a test noise generator of the 3-centimeter rarge
vhich utilizes the shot effect of a concentric diode as a noise
source
is described.
Increased effectiveness in the generator diodes was obtained by
switching it to the high-resistance slot line containing one of the
almut
of the wave-guide slot T-Joint.
Matching in the direction of the generator was accomplished by 14VO
different methods: the absorber was introduced into the wave-guide
aim
which is opposite the output, and the absorber was replaced by a
short-
aircuited loop.

It vas observed that matching took place only by the
absorption ot
energy in the generator proper. In both cases, the zone of
matching anit
emission were evaluated In the article as well as the value
of the spoc.-
tral noise power. The spectral noise power was linearly
regulated by
varying the plate current.
While operating froti 450 --600 kT the current attained a
value
-Df 15 Ms. '~00 de es X a~g Boltzmann's constamt.)
(To equals
6-9

USSR/Radiophysice Superhigh Frequencies, I-11
Abst Journals Referat Zhur - Fizika, No 12, 1956.. 354o6
A-aVWi Averkov, S. L, Uramina, 1. N.
-----------
Institution: None
Titles On the Accuracy of Bolametric Measurements of the Power of an
Absorbing Film in a Waveguide
CTUInal
Periodicalt Uch. zap. Gorlkovs.k. un-ta., 1956, 30., 76-82
Abstracts A solution of the thermal problem for the case of an absorbing
homogeneous semicoiAucting film, located across a rectangular intvo-
guide. The film in placed at such a distance from the short-
circuited end of the vaveguide., at which all the Incident power is
absorbed by the film. It is assumed that the resistance of the
film bas a linear dependence on the temperaturep that the thidateest
of the filn is small compared with other linear dimeasionst and Oat
the heat is liberated only on the wide sides of the film. The sclu-
tion of the Poisson equation under these assumptions and for the.
Card 1/2

ATEMY10--~61,; 06'PROVSKIT, L.A.
PropagiLtion of oscillations in systems having
time-depending
parameters. Izr.vyG.ucheb.zav.; radiofiz. 1
no.4.-46-51 138.
(MIRA 12:5)
1. Iseledovatel'skiyviadtofisicheekiy institut pri
Gorlkovokon
universitete..
(Radio waves)