SCIENTIFIC ABSTRACT AVERINA, Y. P. - AVERKIVEV, M. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102610005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AVERINAY YO.P.
Properdin in thO blood senim of tub(-rrul-ovio
natientn dur.'ng
therapy with antibacterial preparations and
tuberculin. Vol).
med. khim. '10 no.l.'46-53 A-F 164.
(HIRA 17. 12)
1. Therapeut3cal Clinic, SLatp Medical School, and
District Ant~tubercxilosls DisienFary, KuybysEev.

AVERINA, Ye.P.; BDRIOIOVETSKAYA, A.A.
Properdin in the blood of patients with tuberculosis
of the
lungs. Lab. delo 1.0 no.5:276-278 164. (MIRA 17:5)
1. Fakulltetakay& terapevticheskaya klinika
(zaveduyushchiy -
prof.N.Ye.Kavetskiy) Kuybyshevskogo meditsinskogo
institute. i
sanatoriy I'Lesnoye" (glavnyy vrach - A.Ye.Pavlotakiy)
Kuyby-
shevskoy oblasti.

yo
u t).: u il ov i. r. 0 fth Q3 Lit If,' f
ecitibinod wl !.h ant.1bacQrjfi L pr9p)rations. Probl. tub.
no.2:5"1-56 164. (MIRA 17.~12)
1 . Fa ku ~ I W t-s kaya tp ra pe v t i. che s PrIya k I i n' M
(zn v. ro f . N. Ye . Kave ts k i y)
Kuyb ;hovskogo irt-ditsinskogo inslAt-ula I K-.tyby.,;!iovFkly
oblastnoy
PTOj,ivot,ubc-rkuleznyy W.smur.

14.J.; NARYSIMINAp T.Isj RASIIGIIUPKINA~ Z.A.; AVEHINAp rflayfis
Catalytic dehydrogonation of metnyleyelopentene. Neftakiiimiia
3 no.6:859-863 N-D 163. (MIRA 170)
1. InstItut organicheskoy khimii AN SSSR im. N.D.Zolinskogo.

L '1550-66 -'WT~d),';_*,4Tkm)/ ,,T~k)/-.WY~z)/_n A ~c A i.j J,
-r~wj, - t ',V),,
ACC NRs A115009782 6
kW UR/0133/65/060/00410375/D37
AUTHOR: Gladshteyn, L. I.; Averinao Z. N.
ORG: EMektstailkonstruktsiya_
TITLE: Hlg4-strength beat-trSated (bolts made of ecinomically
alloyed structural steel
SOURCE: Stall, no. 4, 1965, 1 1
TOPIC TAGS: metal hardening, tensile strength, alloy steel, hIgh
strength steel
structural steel, tempering, metal heat..treatment 41
ABSTRAM-1 The authors studied the effect of heat treatment on the
tensile strength
of-boltsN~ade from nine types of nickel-free structural steel.
These graies of steel!
wez,e=d vided to three classes: 1) he mos economig`sili~~on C
nesell chrome-siliL
e. "t. IV, -
S 25G2S, 30KhG2S'%nd 40Kh; 2) chrome, chrom,~-man-i
con:MAMM and chrome steels 35GV1- --Ttions of carbide-forming comF
ganese and chrome-s anganese steels with add
nents (molybdenum -j'#nd vanadiun) of threi-melts (A, B and V); 3)
carbon atealn 145 and
exp,Eir
80S (for comparlion). -hip"ar-5116% of the specimens and testing
metho s or%.
ed. For most of the steels studied, two maxima were observed in
the strength of
hardened bolts as a function of annealing temperature. In most
cases, bolts whicn
e-!
wez,e quenched without annealing had low strength; the specimens
underwent brittle d
straction without any noticeable development of plastic
deformation, and there was a
1/2 UDC: 621.992 66.046

.L 8_-~,5o_66
ACC NR: AP5009 782
wid.4t scatter in strength values. An increase in annealing
temperature to 400-500'C
increases the ductility of the bolt material, which is ordinarily
accompanied by an
increase in strength and a reduction in scattering of the test
values. Ductility is
still further increased and scatter is reduced to a minimum when
the annealing tem-
perature is increased to 6000C. However, in this case the tensile
strength of the
spe-.imens falls sharply. The tendency to brittle breaking
increases with the dia-
meter of the bolts. Bolts made of steel in the first and third
classes did not give
the required strength properties. Dolt specimens 18 mm in diameter
made of BOS steel!
annealed at 400 and 5000C showed a.tensile strength of 160
kg/nin2. However, bolts I
made from this grade of steel show an extremely low hardenability
so that an increase'
inbolt diameter to 22 mm is accompanied by a noticeable reduction
in strength.
SteRls in the second class gave the best results. Tensile
strengths of 160-200 kg./
MM2 were attained after annealing at 2000C, and also at 4000C for
B and V steels.
All these bolts showed an increase in brittleness and a reduction
in breaking stress
at an annealing temperature of 3000C. Steels A and B were the most
brittle of this
class. The data show that the maximum strength level of hardened
and tempered bolts
made of a given steel is basically determined by three factors:
carbon content, har-~
derkability, and resistance to brittle breakiNAn the hardened
state. Alloying with 1
0.1-0.3% vanadium and molybdenum increaseF-the ductility and
strength of hardened
bol-ts. Orig. art. has: 7 figures, 2 tables.
SUB CODE: MMOAS/ SUBM DATE: 00/ ORIG REr: 003/ OTH REF: 000
jw
2/2

AvElir"a, Z.V.
Exchange of exporiences on methods of conducting lessons on
phanlacognasy
in a phamacy school. Apt. dolo 10 no-5:72-r44 S-0 161. (MIhA
Il,:lP)
1. Ully=ovskoye(:rarmatsevtichoskoye uchilishche.
1,11IMMACOGNOSY-STUDY AND TEACILING)

'IVEFuliA, ;,.v.
Practic-ai worY c- at Ilin jif'ooll of
.T .0-
Apt. delo 13 rio,2-52--,-3 Mr- " * '
(mlm 17:"",

AURINTSSY, Sorgoy Vasillyevich, 1873- professor, saslushemyy dayaldAil
nauki.
(CoLree In zoology; textbook for teachers' lnatitutes.Tol.li
Invertebriltool
Inre zoologil; uohebaik dlia uchiteliskikh institutov. Hookv&, Ova.
vchubno-
pedago izd-vo, 1952. (MMU, 7 16)
finvertabrates)

AWRINTSEV, S. V. (PROF)
State of biology teaching arxI the most immediate tasks. Est. Y
ahkole No. 4,
1952.
SO: MM. November 1952.
d
?,r

A'WINTSXV, Sergey Vaiillyevich, zacluzheinnyy dayatell nauk Urbekskoy SSR:
WHOVA, 11-11., tek-hnicheAly radaktor
(zoology course% manual for pedsq,-oginal and teacher's institutes]
Kure zoologit: uchabnik dlia pedagogichaskikh I uchitallskikh in-
stitutov. Moskva, Goo. uchabno-pedagog. Izd-vo Ministerstva proeve-
shchanila RSFSR. Vol. 2 [Chordatal Khordovaye. 19.55. 456 p.
(Chordata) (HLRA 8-6)

AVICRINTSIVA, V. 1.
(Instruments for testing the quality of bast fiber]
Pribory dlia
opredeloniia kachestva lubianogo syrlia. Moskva.
Gislagprom, 1954.
112 p. (MLRL 7:12D)

SHIRYAYEV, V.L.; AVEMO V.V.; GRIGOR-YEVA, V.M.;
BACHURIVA, V.G.;
SNEZHNOVA~-L-.?1.-; YE,04OLOVA, O.D.; OGLOBLINA,
L.S... red.;
YAKOBSON, L.M., red.
(Antibiotical collection of methodological
instructions of the
supervision and standardization of antibiotic
preparations) Anti-
biotiki; sborn:Ur metodicheakikh ukazanii po
kontroliu. i standarti-
zatsii antibiot:Lcheakikh preparatov. Pod red.
L.S.Ogloblinoi i
L.M.IAkobson. 14oskva,, 1959. 134 p. WIRA 150)
1. Gorudarstvom-qy kontrollyWy institut moditsinskikb
biologi-
cheskikh preparatav.
(ANTIBIOTICS)

A.;
At tho March u.%lilbitionij .n& fairs. Vmmh. torg. 41 no.
):24-26
161. 14:2)
(Loil)zig--Gor;.laiiy--'Q'xliibitions)
(Utroclit, llethorlanda--~~'xhibltionu)
(Cairo--,kgriculturo--"-':~hibitions)

81780
.24f 2ZOO S/181 60/002/02/25/033
7 7 64 () I! B006YB067
AUTHORS: Averkin, A. A., Sergeyeva, V. M.L.L.Shelykh. A. I.
A
TITLEt Influence of Uniform Pressuretion the Electrical Conduotivj.ty~
and Thermoelectromotive Forcexof In.Te,
PERIODICAL: Fizika tverdogo tel4, 1960, Vol. 2, No. 2, pp. 347-349
TEXT- Among the sphalerite-like crystallizing semiconducting compoundel
there are some of the composition A III BVI which have defects at the
2 3
sites of the metal atoms. In 2TeY which has been Investigated by the
authors, also belongs to them. The investigations of the authors yielded
the surprising result that in the isoelectronic series of semiconductors
which crystallize sphalerite-like and have almost equal lattice parameters,
the properties of In 2Te3 deviate essentially from those of the right and
left neighbors, and that they are governed by completely different rules.
Hence, e.g., the carrier mobility in In 2Te 3 is anomalously small
Card 1/3 L~K

81760
Influence of Uniform Pressure on the Electrical
S/181/60/002/02/25/033
Conductivity and Thermoelectromotive Force of B006/BO67
In2Tax
(10-45 cm 2/v.sec for electrons) as well as the thermal
conductivity of
the lattice. According to Ye. D. Devyatkova and I. A. Smirnov,
it amounts
to 0.002 cal/cm.seo.deg at 200C. The authors investigated the
influence
exercised by the strong defectiveness of the lattice on the
change of tho
electrical properties with uniform pressure (7000 kg/cm 2) in
the tempera-
ture range 20-600C. The In2To3 samples had a size of 7 * 3 - 2
mm3, the
electric contacts were made of pure tin. The temperature in the
pressure
chamber was kept constan-1. by means of an ultrathermostat
(accuracy:
0.20C). Paraffin was ohoiien as pressure transmitting medium. As
may b*
seen from Fig. 1, the eloctrical conductivity of an intrinsic In
2To3
sample decreases with Inoreasing pressure, passes through a
minimum
Pdmin' and increases again with further increasing pressure.
Pdmin sottc-
what differs in the various samples, and with increasing
temperature jLt
is shifted toward higher pressures. The d(P) curve shows a
hysteresis
which is particularly marked in samples with impurity
conductivity
Card 2/3

S/120/61/000/006/038/041
E034/E485
AUTHORS: Averkin, A.A., Bogomolov, V.N.,
TITLE; ~Urw-chamber
PERIODICAL: Pribory i tekhnika eksperimenta, no.6, 1961, 147-148
TEXT: A chamber is described suitable for measurements of
electrical properties of' materials under pressure, with a volumo
of several ml in which a pressure of 30 atm, Ceti, be developed
with a 15 ton press. The piston which applies the pressure
moves in a cylinder which is fully immersed in the pressure
transmitting fluid. As the piston travels downwards an
increasing pressure is applied to the outside walls of the
cylinder. A sketch of the apparatus is given. The cylinder 2
is screwod into the body of the chamber 10 bedding on sealing
rings 3. Pressure is applied to the outside of the cylinder 11).
fluid which leaks into the thread clearances. The cylinder and
piston sealing parts are finished to an accuracy of 0.05 mm and
the diameter of the piston plunger is 0.2 mm less than that of
th*
cylinder, The bottom of the vessel is sealed by a conical
stopper with sealing ring. Lead-in wires are sealed into a
gr-Dove in the stopper with spoxide resin. A cone of 10 mm
Card 1/&*

A high-pressure chamber
s/i2o/61/000/006/038/041
E034/E485
diameter, can accommodate, up to 12 electrodes. With teflon
glands the friction loss; is about 10%. The tube has been used
in studies of the Hall offect and of the conductivity of
germanium under preasuretO Acknowledgments are expressed to
V.K,Verzilov for assistance. There are 2 figures and
3 Soviet-bloc referencesi.
ASSOCIATION: Institut poluprovodnikov AN SSSR
(Institute of Semiconductors AS USSR)
SUBMITTEDi April 28, 1961
Card 2/,f

220 14 5
S/181/61/003/002/04-3/050
B)02/13201
AUTHORS: Averkin, A. A. and Bogotiol-lv, V.. IT.
TITM Device for tho study of galvanomagnetio effects under all
round compression
PERIODICAM Fizika tve-.rdogo tela, v. 3, no. 2, 1961, 627-629
TEXTs When somiconducto:ra or other materials ni-! exaulned for the in.
fluence exerted by all round pressure upon offectu requiring the use oX a
magnetic field, the fact that the pressure vessel A--; placed inside tho
magnetic field represento a majcr difficulty confrunting the experiment.
The vessel must be made of a nonnjagnpti~ materi4l. and therefore will dio-
play a lesser solidity, whereby an upper limit i9 set. to the pressure
applied. With a view to bypassing these diff.iculties. the authors worked
out a special. device, described here, to serve for the shidy of magneti,^.
effects in all round pressure. The design is presen~.-,~d in Fig. 2 and
offers the advantage of the magnetic field beina produced'itiside the
pressure vessel which can be made of magnetlc Llateriqi. The field itse"',
is produced between the two coil cores 4ni 6 by coils 2 which are lik
Card 1/4
--7777 7.

S/ I E31./6'/003/002/043/050
Device for the study of ... BlOc"/B201
wise nlaced within thi vessol wall It tho upecir-,ion is placed in the wiridow
of ring 4 which is made of nonmagnetAc mnteriti4e Elve'rodej are pourad
in with 3A-6 (ED-6) epoxy resin which is a good and very stable insul.&-.or
after polymerization. From 8 to 12 elei~trodes can be applied to the c*re
which is of the ordor of 10 mm in diameter and has the shape of a cone.
It Is properly insulated fr3m the vessel and may serve aa an additional
electrode. The inhomogeneitly of the magnetic field can t,e reduced by a
corresponding form of the alit but still -equ-Lres that the specimen be
fixed within the slit. This is, however, not i.riportant when measuring
relative quantities. BoC!1 Liethod and devicA were cnez~~,?d by exam;.ning
the pressura dependence of the Hall effect an-J magn,~Iir resistance on n-
type Ge (resistivity 40 ohm.cm) at presgures up to 15,000 kg/cm2. The
specimen dimensions were 6 X 5 X I .5 mm3. A previous' investigation had
shown that at 350C the material passed over into the region of intrinsio
conductivity. The device described here (5 mm gap width, 2000 oersteds)
was introduced into the chamber (12 Y 40 mm)-. jlres3ur~- was transmitted
hydraulically. Measurement results are pTesentel in Fig. 3. It is co:m-
cluded from t em that the width of the forbidien oand inc~reases linearl.-F
up to 5.2-10 ev/kg*cm-2, a value that excelient-ly fits those found by
Card 2/4

201h5
S/181/61/003/002/043/'050
Device for the study of B102/B201
other authors. A.'R. Regell is thanked for advice and interest displayod.
There are 3 figures and 7 referencest 5 Soviet-bloo-and 2 non-Soviot-bloo.
V
ASSOCIATIONt Inatitut Poluprovodnikov AN SSSR Leningrad (Institute o:!
Semiconductors of the AS IJSSR, Leningrad)
SUBMITTEDs July 1960
5
Card 3/4
Fig. 2

Device for the study of
410
S/181/61/003/002/0-43/050
B102/B201
Card 4/4
,f:lo 10.10.1 IS-10j
A j 0%,
ID-
Fig. 3

3/18i/61/003/Oo6,'026/03-1
t) B102/B214
AUTHORSt Averkin, A. A,.# Moyzh'eo# B. Ya., and Smirnov, 1. A.
TITLEt Change of electrical properties of PbSe under pressure
RERIODILALs Fizik~lt,,verdogo tolat v- 3# no.060 1961, 1859 1e62
TEXTs The authors investigated the effect of all-aided pressures of
lip
t6 9000 lcg/cm2 on thermo-emf c,,and electric conductivity cf of p-
and n-
type PbSo samples at room temperature. Oil was used for tran5mitting
the pressure, which was measured by a magnetic manometer. Temperatura
was measured by copper-oo~nstantan thermoolements. 'The temperature
differ-
ence between the two ends of the aampleg was ,IOOC. The mean
temperature
deviation in the whole.r&nge of pressures was not more than 0.20C.
Aia
a,* o4 probe was used to measure ,. The degeneracy was taken into
account
i;a calculating -Nq w, the carrier concentration n, the effective
mass in"t
and the oarrier mobility it under the assumption that the mean free
path I
does not depend on the carrier conoentration. The values obtained are
collected in the table. ra~ was calculated from the change of
thermo-amfq
i. e. by using the formulas
Card 1/5

S/181/61/003/006/026/o3-1
Change of electrical B102/B214
d3 k [r 2 d djA*
r -4- 2 Fttj
J a r -4-
4r. (2m*k7*) dInrn' IF (R*) d
n A3 Fill OL -3 (2)
when I ditpends on the energy in the form Here Pr are the Peirmi
integre,lo and )L* the level of the ohemioal potential in kT units.
11; 1148
,assumed 'that r w 0. To obtain separately ohange in mobility
oonneotod
with a ohange in p, 01 the equivalent change in mobility for a
nondeberisi-ate
SkInple was calculated from
1A, d In to
R#s
a= nqu... dInt dp d F di (3)
_dF =
r 4- 41,., V I * s) W
The following oonolusions were drawn from the results of
measuremenfe
1) From -the fact that -the p- and n-type samples showed very
similar
changes of the effective masses (1,64 and 1,,06 ~ per ton) it
can'be els..
11'amed that the bottom of the oohduotion band and the upper edge
of tite
valenoe 'tand are situated. at one point of k-apaco, and the
oomponente of
C&rd 2/5

C ha rig o - f -- I e c i r i,,, u 1 24929 B
the efficlive mass tensor aru- mairily de*,,rm.,D~J by
'!-.- matrix elemEnt!l
of wmenl.~ilt; ,n
1".4
uubs:~ript..z -~, and b c--~ ti., w-,ve f,tn'-t 1 7 1 1-
;Voly, to ~Iocl,rcrl
and hole, F is th(, forbidd-n 1) F- r, J 1. w. I n
9
? ) The mRg ri, t of *, ne re 1. a t a 7hr, ng c of ;-,,r
masu on r!ompres-
81011 ~Ompared t,~ tho c-hanFv of th- mc~m)~-
VIh th,,-helr ~f !h,,F; -ictnt% s(iwir, - T)1-, c, I'MS.,
...07- 10-(' -m' At 1000 1~ - 0, CJ7 jfo
wh-.1e th~, 1.: 71 -z k, f'--:r, Tho
the:Iry of pct"n'-1) t-huriw,-5 On io-
i'o r m a * ic-n it wri:i.ttli, r-x!ont
t r. ti t I a 1- T It ia -w a u (, c, n f i rm. - d h Iq',
ot it,. FTT,
IT 1992, 19(10). 4) It -xttcj fourld In RI-T 11vi'
r,?l,-,,TO*4,, 11 i-3 n-,,w
t,,, fini uut whloh pai't of th- ~-Irjug- mll' iz-;
Jii-v,~tly i-:,~vrmir.,d
by 'he U.,ol-r-FAI ay;d v.-h'ch tN tho %,ibr~it.-.~nu. 1 t
-s
f o ti rid that Foi bk:',fj those ef I (-L;~a tog-til-l-
"'0, per ton, AfIllf.
Card

Chang-~ of - ~ 1 trica I,
here H*/m 9- 1.8 Pei' ton Thi~l tvoar:~ twit about 00 of thp
ha n~,o o f !A i,,i 51 - I I * n j#
call bo Fi-, '.c, ti-wr;PA', -xp7m~l, T r U,
tt~ fa Ut :1 t it U Z' U 1", U.i 1 11
i2, a
r v F, s o s q i p, i i ill I I k. y 1) , !) " K VA
G. YI., p'.ku.", a;,J A. P R o8 t; 1 1- '), 1 1) 1 iu b q, fo r
prepari rig, ' hc- s i r.,ql -, c- rya 7 a ' .11 Tv ro T-, a b I t - R 7 r r -
r- n~ -.9 ! 5 Sov ~- ', - I' I -o- ~i !1 1 c' rr t, - 6 : ., t I:
ASSOC IATIONj lno~ 1 tu* pol . -r, v., -,;.k 1; S S;i n t u t o ) f
S 6- m o I i, iii c I ,) rt,~ ,AS U56h , i ve
snm,rml) t
ja I I~,.t r,; I Q V
Card 41",

24929 3/1131/61/003/006/026/031
Change of electrical... B102/B214
LeGend to the Table: 1) Number o~ the sample, 2) type of
conductivity,
3) carrier concentration, 4) mean value for n-type samples, 5) mean
iolue
for p-type samples; u iieft , mobility in non..:degenerate sample.
d In u 1wi.
a d 1n m* M ad. Pagan
P4 use 'Mott
but Tam (Oyu *As&, Plo .1
Rpm )Max
D
1112 3:7: 1011 a335 202 572 955 -1 1.94 -11% -
265 nn 67 1011 OM2 158 1100 -1070 -1: ZI.79 -:1.01
CPOAMMO snanemmx AAx oapasuoz 11-Tiens.
23 p 8.9:1011 0.346 334 115 815 0.67 6.0 :--1.78 -440
a 0.344 -1.1 4.6 68 -M
7D 62.10 166 ?w 820 :1.
909 115 1750 -
-1.13 US 1.46 -:1.80
1.36 10 1 1 1
CPOAHMS mrie4emmm AA* o6pasuon jm-~mna L641 L0.4
Ca.-d 5/5

AMIKIN', A.A., DOGOMOMV, VJJ.
High-pressure chamber. Prib. I tokh.okap. 6
no.6.-147-1.48 N-D
161. O-Ilm Il+:n)
L institut poluprovodnikov AN SSSR,
(Higb pressure reosarch-Equipment and supplies)
. I. i -. 4 - ::
9,

..AVERKIN, A.A., KASIMOVO S.; HENSURG, Ye.D.
Change in the electrio properties of PbTe and PW under
pressure. Fiz.tvar.tela 4 no.12s3667-3669 D 162. (MMA 1502)
1. Inetitut poluprovodnikoV AN SSSR, Leningrad.
(lAiad tellurid s-Zleo trio properties)
(Load sulfid"lectric pioperties)
(High-pressure remeamb)

6 VE 8 IA~ / IV
c, Z*-.j system of solid solutio. s ?bTe-PoS.
Ye. D. Devyatkova, V. It. N. A. Srairnov.
Change of the electrical properties of PbSe, PbTc, and PbS
under
close pressure. A. '' A. A. Andreyev, 1. G. Dw..~)rovskaya,
3. Ya. Ploynes, E. 0. Hensberg.
Report presented at the 3rd National Conference on
Semiconductor Corpour~js,
Ki.-shinavp 16-21 Sept 1963

6 1,
/6
06
Olzbeel
rj. IISO re 13 s"Ir e
0*4 13
DOIUbr
ir bSn
b0aen .
n%he for no. A I V. a " I. cops -je
e i a th e - P-t ithe
b an .1. 51
0tela I 'S an d on oy, .
verdogo . 1n4\10 %j'11t I%I& v and 420 *B13
ajo cc mdo~ res31are r4b
'alect'r 15 000 beoleen % e ,6 Re
I C' NJ,'. the to I r an 6e nt 01A at C.
~n re \1? ,,,%ure devende
The Gj%jILI)C'o . . ec i0kens
Vr in 3 tem'P jd %h S 6 of te the la% 'or'
re
omnila r Y S t al 9 ba n6 k J.'je
'b jdaen.centra%ions e %be e"ecl
"ingle or Coll C al OU
PbE-e go in the cal.riel. _5 Y, i a # ar e
GbIn The ABOM 2 2 Of
ctlc\l Oted.- AO Al and 'jIQ 2 itv~ lb I %b e cono en
....een -, 5 P,bere no a
,~ V A 0, 17. 11 /1%01
A
'In
0and electrons and
holes
Of
C'ard
Th
the
fOrbi dden
Carriers an, n
dE 6 A p -(7-5to 31"111631005loo
E -5).10-6 0 that of the Mtn '1021b186 110151064
a - ()-?6 - 0.29 ell/kg.cm-2
has 00 was Obtai Orlty carrier.
;p" -fitP
by Bri P-etely djonppea r"Bure or ned. 4t room
ell :III (43,o)0 3 a , t 11perattire,
0" i 'h t ('M k,, Th is Prea~ure 1 1000 kglcm2
'P?rat,r,: ~L fol the
a ority dE 9/d 11, " tile Pb,,e 0 close to that I'Orbldclen bapd
fria J or j t +6-10-4 ev/d .3 phase transition. 010 Cul
reinti X 01rr. Carriers incr. e - atf)d
g. The rel
jer mobilit aaes 9 rease,,
on" bet y at Y 1; inc
the atithDrz Pa.,,,, heel, eff room with ative MobilitY u
ASSOCIAT., MOd ea !Ctivetemp el'a t Ure. Pres sure; j/u 10
'rjrrier The
r1ler (pTL Ma r 10 tile
'0 Instit"t Tj,3,6$ as and eaults Conr
OrIld rm t h
On d u CPO 1 upro vodn 1859#1961) Therden band i e
8 AS USSI? All SSSU, e are 5 dth
J"Y 2() t or ikov Lenin, wh ich
P Lon 'r,14 6'ures.
CZ1 rd f 1962 1 'n6rad) (institute 0 f

AVERKIL-A.A.; AYRAFETYANTS, A.V.; ILISAVSKIY, Yu.V.;
LUTSENKO, E.L.;
SEREBRYANIKOV, V.S.
Effect of tensile stress and hydrostatic-type pressure
on the
electroconductivity of thermally treated
polyacrylonitrile.
Dokl. AN SSSR 152 no.5:11.40-1142 0 163. (KRA 1.6s:L2)
1. Institut poluprovodnikov AN SSSR i Institut
roftekhimicheskcgo
sinteza AN SSSR. Predstavleno akademikom V.A.Karginym.

A))I,CVA, M.3.; AVERKIN, A.A.
Attachm,ont to a PMT-3 device for the automation of
measurements.
Zav. labe 31 no.8:1015-1017 '65. (mlltA 18:9)
1. Imititut poluprovodnikov, All SSSR.

L --,,13761-M E61TWAWP(t) IJP(c) JD
ACC! NR: AP6003768 SOURCE CODE: UR/0181/66/008/001/0103/oio6
AMHORS: Averkin, A. A.; Dermenzhi P. 0.
~(IRG: Inotitute of Semiconductors AN SSSR.Loningra (Institut
ir,olaprovodnikov AN SSSR)
UITLEs Change in the electric properties of kbTe nder pressure
7
~SDUHCE: Fizika tverdogo tela, v. 8, no. 1, :L966, 103-lo6
~ 74)PIC TAGS: lead compound, telluride, single crystal preaskirc,
leffect, semiconductor carrier, energy Nmid strticturv) forolddell
oand,
,e:IectrIc condiietIvity, thormoelectric powor, Hall cont3tarit,
elootron
mbility, hole mobility
AESTRACT: This is a continuation of' earlier wurk (FTT v. 4, 3667,
~1962) on the behavior of the carriers and on the band struettire of
:PbTe. The purpose ol' the present investigation was to determine
tht?
i presaure dependence of the electric properties of PbTe, so, as to
a.-ertain whether the effective mass changes with change of the
width
:of the forbidden band. To this end, the authors determined the
COM 1/3

L 18761-66
ACC NR: AP6003768
Tchange of the electric conductivity, the thermoelectric power,
and
A
ithe Hall constant of single-crystal n-type and p-type PbTe under
1 2.
!hydrostatic pressure up to 15,000 kg/cm The apparatus was
similar
~t:) that developed by one of the authors earlier (FTT V. 3, 627
and
131359, 1961). The rate of change of the thermoelectric power,
the
.conductivity., the effective nia,93, and the carrier mobilities
were
calculated from the data, uoing a procedure described earlier by
one
;o:r the authors (Averkin, FTT v. r~j, 06, 1963). It is
concluded t tit
'the effective mass of the electrons and of tne lJght holes
chanj~es
~In approximately the same mariner (-1.9 per cent per ton of
presauve),
Ahus confirming the assumption that the effective masses are
deter-
minel by the interaction between the main valence band ard- the
oon-
ductLon band. The ratios of the concentrations and mobilities of
;the Light and heavy holes are 25 and 20 per cPnt respectively,
the
percontage change In the conductivity with pressure ranges from
3.6
,to 4,9 per cent, the relative change In the mobility with
pressure
~is In the range 4.05 -- 5.1 per cent per ton, and' the absolut6
value
.of tl* forbidden band is 0.29 ev at 300K (this agrees with the
re(itlts'!
I t.he
iof optical measurements", and the logarithmic rateof change of
7

L 18761-66
ACC NA: AP6003768
effective mass. The authors thank A. R. Reg 11 for a discussion
of
;the results. Orig. art. has: 3 figures, 3 r6ir-mulas, and I
table.
,,,SUB CODE; 20/ SUBM DATE! 30Jun65/ ORIG REF: 005/ OTH REP: 003
card 3 /3

AVEIRKIN, A.L., inzh.; ALEKSEYEV, G.A.
Nov method of manufacturing case gas regulation units.
Stroi.
truboprov. 8 no.503 Vq 163* (MIRA 160)
1. SU-7 tresta Rostovatroy, Rosto*-na-Donu.
(Gas distribution) (Pressure regulators)

.2.2
20713
S/12o/61/000/OUI/055/062
E032/E314
AUTHORs Abov, Yu.G. and Averkint-B.A.P
TITLEo A Demountable End--window 1'ropurtional Notitron
Counter
41
PERIODICAL: Pribury i tokhnika eksperimanta, 11961, No. 1,
pp. 181 - 182 A
TEXTt In neutron-diffraction work, use is frequently made
of cylindrical end-ifindow neutron counters filled with boron
trifluoride. The anode is normally in the form of a tungsten
or molybdenum wireq placed along the axis of the counter,
the axis being or i e n t ed in the direction of the neutron
beeim.
The anode is commonly attached to the entrance window by
mearis
of a glass inaulator, 7-10 mm long. As a result, a dead space
is introduced and thin reduces the efficiency of the counter.
The counter describod in the present paper is free of this
disadvantage. The counter is shown schematically in Fig. 1.
It consist8 of a set of vertital small counters contained in
a conunon envelope, The dimensions of the rectangular entrance
window are chosen, depending on the cross-section of the
Card 1/5

20713
S/12o/61/000/001/055/o,62
A Damounteiblo ....
neutron beam. The anode is in the form of 15 tungsten wires
connected in series (diameter 0,,05 mm), Metal grids are
placed between the wires and are attached to the earthed braa,s
body. Since the neutron beam (entering from the left in
Fig. 1) is perpendicular to the anodes, the dead space
mentioned above is excluded. The absorption of neutrons in
the window itself (copper foil 0.2 mm thick) is negligible.
The grids and the wires are attached to brass electrodes
through glass insulat 16 all The counter is ful.1y demountable
and is filled with B -enriched boron trifluoride at a
pressure of 400 mm 11g. The working length of the counter is
300 mm. There are 3 figures.
SUBMITTED: January 16, 1960
Card 2/5

A Demountable ....
20713
s/lzu/6.1/uuo/ooi/o53/u62:
I " 0 3 "-/ E, 3 14
bactional drawing of the counter: I - insulator*,
2 - tube; 3 insulator; 4 - insulator; 5 - pumping line;
6 - lid; 7 bolt; 8 - supporting rib; 9 Packing;
10 - grid Trame (cathode); 11 - lead; 121 counter body;
13 - wire (anode); 14 - guard ring.
I;EI
Card 3/5

20713
s/i2o/61/ooo/oo1/055/o62
A Demountable E032/E314
Fig. 2: lulsew-height distribution. Curve 1 was obtained with
+1730 V aiid Curve 2 with +184o V. The body is earthed. A
collimated neutron bearn from a radium-beryllivin source,
surrounded by parari'in, was directed at the end window of the
counter. The counter was covered by a paraffin-boron screen.
Amplifier >'Lj-t~j (IlSh-10) - length ~11s, rise time 0-13 )is,
amplificntion 5000, channel width 2 V.
Cnrd 4/5
rl
~P
AC uxqjWu
-4

_77-377777'77~_'-- ;7171

I
20713
s/12o/6 i/ooo/oo'/05 3/06
A Demountable .... E032/0 14
Fix. 3: Counting c~aractcristic.- Conditions as under
Fig. 2; counts per inin. along vertical axis, voltage along
horizontal axis. Discrimination level of Icicksorter 5 V.
Cnrd

VISMVSKIT, V.K., kand.istor.nauk; GATDASHM(KO, K.p.,;
DUDOROV, V.K.;
METKAH, T.Te.*, KMJSWOV, A.L. kand.istor.nank;
VCHIRTAVINKO,
Y.T.; LIVITSKITp V.L.; OKSMITAN, D.Y.; POLTAKOV, V.V.;
SAKOMALOV, V.A.; STINOIN, V.V.; STIPANOVA, L.P.;
SUMKOV, B.A.;
FIMM, Ye.Lo; BXLM, D.P,, otv.red.; AVAMIN, B.Z., red.;
mism I TO.I., rod.; KAYOROV. V.K.j rod.-, KIRMTEVA,
T.R.,
vedushchiy red.; BMOVA, L.A., takhn.red.
Vladivostoks.1860-1960. Vladivostok, Primorskoe
knizhnoe
izd-vo, 1960. 271 p. (KIRA 13:11)
(Vladivostok)

CIIUPRIKOV, I., elektrik; AYERKIN.-G., starshiy atalevar; KAREV,
Ye., kuznets;
rVANOV, I. , master; SYSHINZOV, A.
New norms but old usages. Okhr. ti-ada i sots. strakh. 4 no.
5:42--i44
MY 161. (MM 14:5)
l.Spetsiallnyy korrespondent zhurnala "Okhrana truda i sotsiallnoye
strukhovaniye" (for -%ishinov).
(Work clothes)

El--- =
-,",
-'t~ " - - -.-" ~ -
:- ~, t
-!~: -
ME
- , , L~~
-!-. -" ~ ~

6m . .
1.- - .
AVFRKIN L.Gt-'
Slid!ng caliper with spotial JFwq. Stan. I Instr. 36 no.6s
42 Je 165. (KrRA 18A),

&VIRIIII, V., shlifovshchik
Guaranty of success is harmonious work. Soy. profsoin" 16 no-.21',It
" D 160, (KIM 14-S 1)
1. Predsefttell kaminaii obahchostyennogo kontrolya m mbotq,
Stalinskogo p1shchstorga g.Moskvy.
OW,cov-0roctery trade-4uditing and inspection)

AVIWZ,-A~A_~, lnzb., red..; SOKOUNA, T.F., tekhn. red.
[Electrolytic deposition of alloyal Elektroliticheskoe osazMenie
splavov. Moskvap Gos, nauchno-tekhne izd-vo mashinostroit. lit-I
1961. 214 p. (MIRA 34:i~
1. Moskovskiy don, nauchno-tekhnichoskoy propagandy im. F.E.Dzerzhixt.-
skogo, (Al-loys-Electrometallurgy) (Electrofoming)

MASVOYARSKIY., Vladimir Vaoillyevich; AVEMIN,
V.A., Inzh., red.;
TIKWOVv AeTitep takhne red.-----
LElectrochemical method of protecting metals
against cor-
rosion; theox-.r and parameters of the designing
of a protec-
tion system) Elektrokhimicheskii. metod zashobity
metallov ol.
korrozii; teoriia i paramtry proektirovaniia
ustanovok za-
shchity. Moskvnj Mashgizv 1961, 82 p. (MUIA 15-.2)
(Cathodic protection)

BUYALOV, Ifl, I.; AVMKIN, V.A.
EffJr;iency of prc:3pc----ttiig for oll un(I Vult-faz. iyeol. I
goofiz. no.100-6 261, (MOU 18il)
1. I'sesoyuznyy nEiuclizic.-I,-;oledovatelltik--ly ge o1 c- gorat %redo t~ Z!n7y
nof 1, %.
.,,=vy in.-Altul, Mosk-ra.

KALININP V.I.; AVERKINI, V.D.; KLUBOV, V.A.;
USANOV, N.A.
Trends in proo;ecting for gas- and oil-bearing
structures in
the Buzuluk trcragh and adjacent regions. Geol.
nefti i gaza 7
no.llt6-13 WA63- (MIRA 17:8)
1. Kuybyshevnef'tegazrazvedkap Vsesoyuzriyy
nauchno-issledovatell-
skiy geologorazvedochnyy neftyanoy institut i
Orenburgnefteraz.-
vodka.

KOTOSONOV., N.V.; AVERKIN, Yu.A.; FOGE'LIS011, R.L.
Hall puckup an EL super-high frequency indicator.
Im.takh. no.'7:
37-38 J1 162. (MIRA 15:6)
(Frequency measurements)

"! , . , , ~ - 1. '. - . . . 1. -
! .( . '. . "t I , " .* " I 1~ '. r ... . I
, . ? .- :X ,
~ .; I : .
( ~, : T I
, , . ~!. - ~~ .: - . -i . . I
, , k i ! i -; . . . i

ACCESSION N11:. 'AP4005827 S/0129/63/000/012/0021/0026
AUTHOR: Yelagin, V. L.; Averkina, N. N
TITLE: ProIduction of aluminiirn alloy sheets with 'a nonrecry~talli7ed
structure
SOURCE: Metalloved. 1. termich. obrab. metallov, 'no. 12, 1n,63, 21-26
TOPIC 7AGS: aluminum alloy sheet, q9ld -rolled sheet, - sheet structure
V95 nlur~inum alloy, b16 aluminum alloy, V92 aluminum alloy, Xrsivi
alum Inuin - alloy, alloy composition, sheet annealing, mechanical. property,
aluminum alloy, recrystrallization, alloy sheet, nonrecrysta'lliz6d. alloy,
~ecrystc.llization temperature
ABSTRACT: Standard V95 and D16 alloys and experimental V92'ptnd ATsM
alloys we're used to sWdy the mechanical properties cold rolled alu''minum alloy
sheet..q wl~th an uncrystallized. structure after hardening. ,E.Lcdtric rcsistance
furnaces were used in the preparation o-f alloys, with the resulting alloys casted
Card 1

ACCES-SION NR:, AP4005827
and rolloo to! thickness of 6 mm. at 400 to 440C. After annealed at
400C,
the hot rdllcd metal is cold rolled to 3, 2, and 1mm. thickness. The
recrystali-ization temperature of these sheets which.was determined
by X-ray
analysis ~decreased with increasing deformation. It was found that
the
recrystallizationitemperatures of cold worked sheets from D16, V95
'and V92
alloys were much lower than their prehardening tempqratures.
Extending
the k!covery period of these cold worked alloys did notjlter their
recrystaL'i-
zatiort temperatures. The re crystallization temperatures, howe~rer,
were
increased for D16 and V92 alloys when additives Cr, Ti and Zr were
added
(up to 0. 27o) with Zr. having the most e'ffective additive,,'Ibut
the tcm'perature
at the erd of the recrystallization still fell far short of tPe
hardening tempera:-
ture. TU-niid Zr-additives to the V95 also lowered the
r2crystallization
-e so' e%~hat. Orig. art. has: 3 figures and 2 tables
tempe,r.a,.Ui m
ASSOCL.,VrION: None
SM.CODE: ML, MA
Cor ygirrED: 00
sy,p
DATE ACQ:, 09JhnG4
NO REF SOV_ 004
ENCL: 03
`6THER: 001

ACCESSION NR: AT4012720 S/2981/63/000/002/0105/0110
A U.'TH OR: Kishnev, P. V. ; Perevyazkin, L. S.; Petrova, A. A.; Averkina, N.
N.
TITLE: Mechanical properties and structure of forged blanks made of SAP
SOURCE: Alyuminlyovy*yo splavy*. Sbornik atatey, no. 2. Spechenny*ye oplavy*.
MascCW'
1163, 105-110
TOPIC TAGS: powder metallurgy, alu;ninum powder, sintered powder, sintered
alumintim.
powder , forging, aluminum forging, SAP
ABSTRACT: due to the Increasing requirements for pressed and forged parts
made of SAP
the necessity arises of Investigating the best forging methods. The present
study was carried
out on ~radc APS-1 aluminum powder containing 7. 1% A1203. Square (36 x 3G
MM) and rowid
(dtame'.cr 110 inm) rods were used for forging. The investigation allowed
that it is possible
to use existing equipment for forging parts from sintered aluminum powder.
The beat com--
bination of strength and rolativo elongation was obtained at an initial
forging temporature of
650("' wid a final temperature of 3GOC. The method of forming brickets from
the alurminwn
powder did not influence the mechanical properties of the pressed rods and
forged plates.
11G. M. Bagnenko and V. 1. Svorlov also took part In the work. 11 Orig. arL
has: 5 BEun)s
I and 4 Utbles.

USSR/General Biology - Individual Dcvclol=c!nt. B-4
Abs Jour : Ref Zhur - Diol.) No 6, 1958, 33379
Author : Konyukhov, B.V verki a R,F*
Inst : - ----
Title : A Stxxly of Morphological anti Antigenic
Properties of
Animal Ortpns and Tissues in Ontogenesia.
(Izuchenie wrfoloLddloskildi i antigennykh svoyatv or.,
gmnov i tkaney zhivotnyidi v onto(jeneze).
Oria Pub : V sb.: Probl. sovrems wbriologii. L., Un-t,
1956,
317-321
Abstract t Using an anaphylactic reaction with
desensitization on
Lpinm piGs it was shown that at all staGes of develop-
ment the crystalline lens tissue of the Pekin(; ftuck
posses
usea an antirenic species specificity, which is
most imrked at earlier stagco of develoInent. OrLAnos-
pocific antigens (A) of a aefinitive crystalline lens
are found in the crystalline vesicles of embryos 90
Card 1/2

AVERKINA, R.F.
Comparative study of antigenic properties of tissues of
animals
of different species during different stagon of their
developwint.
Report no.l: Comparative study of antigenic. properties of
musole
tissue Ln the frog ridibunda and the Salamander Triturus
Cristatus.
Biul. ekep. biol. I nod. 41 no.2:70-73 Y 11;6. (KLRA 9:6)
1. Is laboratorli traunologii embriogenesa (zav.-kandidat
neditsinakikh nauk O.Ye. Vyazov) Ingtituta
skeperimentallnoy
biologil (dir.-prof. I.N. ftyakiy) Predstavlena
dayntvitallurm
oblanow AM SSSR U.B.Zhukovym-Vareshnikovym.
(SAIAMMMS,
Triturus cristatue, antigenic properties of muse. of
Tritwmis & Rana ridibunda in various stages of
davelop.(Aus))
(FROGS AND TOADS,
Ran& r1dibunda, antigenic properties of muse. of Rana
Tritwrus cristatus in various stages of develop. (Rua))
(MUSOISS, physiology,
antigonic properties of muse. of Rans ridibunda &
Triturus, cristatue In various stages of develop. (Rue))
(ANTIGUS AND ANTIBODDW,
same)

USSR/General Problems of Pathology - Cytotoxins U-1
Aba Jour t Pef Zhur - Biol., No. 18., 19.58 841*66
p
Abstract t the snake and of the frog. With growth of the
embryo, there is an increase in the amount of anti-
gens in common with the heart tissues of the hon.
- S. G. RadzivilovaPpya
Card 2/2

AVEWINAP R. F., Cand of Med Sai -- (diss) "Compamtive Study of the
Antigen PMperties
of Animal and Human Tissue#" Moscovo 1959p 16 pp (Acaderq of Medical
Sciencesp USSR)
(n., 7-6o,, lio)

AVIRKINA, R.P.
Compnrative stu-Ilen on the nntigenio properties of
titsues In waimals
of vnrious species and at various otal,es of development.
Report 110,30
Comparative studies on antigenic properties of heart
tissues frOM Rana
te=orarla and Triturus tneniatus. Biul. ekep. biol. 1.
mod. 47 no-3:
97-10.3 Mr 159. (NIFA 12:7)
1. lz Inboratorii imminologil. embriogeneza (zav. - kand.
mad. nault.
0. Tynzov) Instituta eksperimentallnoy biologii (dlr. -
Rrof. 1.N.
Kn7skiy) ANN SSSR, Moskva. Predstnvlena deyetvitellnyui
chlenom Me' SSSR
N.N. Zhukovym-Verezhnikovym).
(MYOGAFLEUM,
antigenic properties of tissues from Rana, Temporaria &
Triturus tneniatus (Ras))
(ANT IGM I
antigenic properties of DWocardial tissues from San&
tempor-
aria & Triturus toonlatue (RUB))

AVERKDL4, R.F.
Comparative study of antigenio properties of cardiac tiuoues in
different skni-als and man. Zhur. obo biol. 2f no#312*.212 My-.7Je
160* (Kim V t 7)
1,; Laboratory of Imunolog7 of Embryogeneals, Institute of Experi-
mentil Biologyp U.S.S.R. Aeadftq of Medieal Sciences.
(mum) (ANTIGENS AND ANTIBODIES)
(TISSUi EXTRACTS)

I=mologlya i pekotoryye voprosy cvolyl-iAt,Dl'.,*."
report subanitted for 7th Int'. Cong, Anthrol,ologica.1 Scienc~s,
%ocow, 3-.LU Aug 64.

V Y vn, ylyilcllr "'.It
Ust., of irmunoloFical inethola for stulylnt- .he prob-ems of tissile
evolutton. Izv. AN SSSII Ser. blol. 30 ziu.*l:I08-".-13 Ja-F '65.
(M]FA 1.8;2',
1. Irstitute of Experinentall Iliolorly, Aradcmy of' Medleal. Sclem-en
of tho U.S.S.R. , Moscow.

-AVEJW NA, ~.
Studles On the efflict of tissue fluids of th6 nudibro -chlan
mollusk Aelidla papillosa on the course of its indlddum~
dovelopment,, Blul.oksp.biol.i med. 58 no.7:94-98 Jl- 164.
(MIRA 18Q)
1. Iaboratoriya I=unologll embriogene7,a (zav. - prof. O.Ye.
Vyn-.ov) Instituta uks~vrlmontajlnoy biologil (dlr. prof, .'.N.
Mayski,y) AMN SSSR, Moskva. SubmUtod Jime 17, 1963.

FnFm
A*lERKIHA,,R.F.;.ANDRUF,lrA. N.G.; KARTASBEV, N.R.
Imnunologleal aharacteristloB of some aukj3 and their taxonomia
significance. ZC01.zhur. 44 no,31:1690-1700 165-
(MIRA 16o2-2)
1. Kafedra zoologii pozvonoohnykh biologo-poohvennogo
fakullteta Moskovsk-ogo gosudarstvennogo universiteta i
laboratorija imunalogii embriogeneza Instituta eksrerimentall-
noy biologii AMN SSSR, Moskva.

In= - -------- -- M I WSMW
AVERKIM, A.G., starsMy nwictinyy Rotrivinik, ktovj. toklits. nalik-
New method for hydraulic inventigations by means of models. Izv.
VNIIG 47:3-19 152. (MIRA 12:6)
(Hydrau.11c models)

A. G.
Th,r Coxmittve an Stalin Prize* (of tb* Council of k1n1&t*r* 1113R) In the
fieldt. cif
vcleni:& md inv*ntions announces that the folloving tzientific vorks,
lKypular oil-Jon-
ti tic tw.~)ka, ani taxthooke hava been subsItted ftr canpetition for
Staliu Pritta for
thm- yvoarb 1952 wY3 1953. (bovetej~o Kultura Moscow, 14o. 22-40, 20 Fab -
3 Apr 1,954)
Wane
Averl"Y" A 0
Tr-avRsol
Voynovich, P. A.
Lapshin., Go No
Tilas of Work
"A N~iw Method of iVdraulic
Study by Memis of Models
Under Air Pressure"
vominaj!s-~Y
Ministry of Electric Fower
Stations and Electrical
Industry
SO: W-3D604, 7 July 1954

- .I.I . . .. . . , z . ~ . i
-- -
AVMMITBV, A.G., kandidat tekhnicheskikh nauk.
ft
Air models. Nau~x t shisn' 20 no.11:33-34 N 153. (ULL 6:11)
(Hydraulic 11*11116)

SOV/1 24-57 - 4-4280
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 4. p 60 (USSR)
A UT FIOR: Averkiyev, A. G.
-r rr '- E -Oil the Length of a Whirlpool Associated With a Unilateral Plaw iew
Spreading of a Jet in a Confined Space (0 dline vodo%-orota pr i
odnostoronnern planovorn rasshireni; strui v ogranichennom
prostranstve)
FEPIODICAL- lz%,-. Vses. n.-i. in-ta gidroteklin., 1955. Vol 54: pp 27- 37
ABSTRACT: The paper analyzes the case of the unilateral spread of a flow in a
prismatic rectangular channel. The cross section of tile stri!ail is
14,. B, in the entrance region and H2, 13) in the exit region Y-m
spreading is accomplished in a single stage.. normal to the embark
ment. The ratio BZ/Bl lies within the limits of 1- 4.5. The fl:)w rate
of the eddy area (whirlpool) is roughly approxiniated in two wa% s. The
length L of tile eddy area is found from these delerunination5-. Tile
expression for L is used for the interpretation of tile experinic-Ital
%-allies obtained by Soviet atithors (I ~ points). According to tile. expcr i -
Cari 1/1 n1 e n t s L/( B ZB 1) 3. 76. 6. A. S. Ofitserov

-EM
. -1- . .1 - . 1~-
&VMIYY,V, A.G., starshir nauchuyy sotrudnik, kana.tekhn.nau)-.
Hydraulic lossos due to friction in pipes made from modeling clay.
I%v-VNIIG 59'200-205 158- (MMA 1,):"?)
(pipe) (Avdraulic models)

it 7 1..' 1 6~1 Y'1-'v A'U.j, 1uuid.te)J1n.n:iW,;
Ud'3111N, k,,xnd.tekhn.jD1uk,t
V.I., kand.takhn.nauk
Coord3nating conferenco on the problems of studying,
designirep
and cperating water intake structures. Gidr. stroi. 32
no.8:57-60
Ag 162 * (MIRA 1~:q)
(Intakes (Hydraulic engineering)--Congresses)

JiVERMEV, A.S., red.; AGEYEV, Ya.F., dots., otv. -red.;
AREFIYEV, V.A.p
ekon. nauk, red.; DWIDOV, S.F,, akadomik, red.;
NARSHIN, V.Ye., dots., red.; KOGAN, A.Ya., starshiy
prepodav,p
red.; MAKHMV, V.I., starshiy prepod6vatells red.;
PITAYEVSKIY,
P,I., prof6, red,; SLOBODIN, V.M., prof., red.;
SHOLOMOV, Ye.I.,
red.
(Problems in the now system of agricultural
planning]Voprosy no-
vogo porindka planirovaniia sel'skogo khoziaistva;
trudy. Kyi -
shev, Kuibyshevskii, planovoi in-t, 1961. 419 p. (MIR-4
15:12~
1. Mozhvusovskaya nauchnaya konferentsiya, Kuibyshev,
1960.
2. Zamestitell predsedatelya Kuybyshevakoy oblastnoy
komissii
(for Averkiyev). 3. Kuybyshevskiy planovyy institut
(for Ageyev,
Vakhalov, Karshin). 4. Deystvitellnyy chlen Vi3esoyu=oy
akademiJ,
sel'skokhozyaystvannykh nauk imeni V.I.Iwdna i
MoskovBkaya or-
dens, Lenim sellskokhozynystvennaya akederdya imeni
K.Mimiryasiev
(for Deuddov). 5. Urallskiy filial Akademii nauk SSSR
(for
Slobodin). 6. Zamestitell nachallnika otdola sel'skogo
khozyaystva
i zagotovok Gosudarstvermogo planovogo komiteta Soveta
Ministrov
RSFSR (for Sholokhov).
(Agricultural policy)

1 0 0 * 0 4
!40 0 00 & 0 0 0 0 9 Of 0 0 9 :4
4 0 0 0 0 0 0 0 a 0 0 0
0"q is )I unit sups 0410 41 411-4 4 Cm AT mInv
0 TO, P. 06 is L0. 4 PQ 4 LN 14 A a- IL
copies seevot
go
3014TIRIl IT349" .1 ITIN VIS-111Vt
J-6
at go
04P
n00
go
ow
eam 00
00
Go.
00
Ar
04r
g 00
&*
W.V.:v ~",H 00
040,
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01404 4-1 Ulf 11
0 d'nMr-W1"F11 Tali 9 7
1-t It 44AW,4w UP1,11 till i
Al
0 0 40 0 00 0 Olt'
t xmm-wmikmm-wu~

"Pit- ,Axppe Olvmmt iti the `]or 'A, Crrlkiv
or the cf th,- *,, o f. t-he ,,teppov of' the Lovier i.111ol.",
Cor k c ui~,- ta,
.t~- V,l 19L9, 1). 113-26,
-V-31, .16 .epti 53, (LetolIv "I'lliurt,al No. 211, 119V).

Fisherien Black Sea
Improve -~he organization of fishing brigades in the Azov-Black Sea
area. Ryb. k1102- 28
no. 8,, 1952.
9. MonthlY List 2f Russian Accessions. Library of Congress, November
195k
Unclassified.

kwido o"v..,-rjd.j V-&IcNr.()o
YeeMs, red,
[Gollection of LifinnLion an fishinc equi mt of
the liov SAa b-..q'!n =d areas of U7.-i hnrl-k
Sealr- Sbot-
rilk cralll~-Ah Azovikoga
basscJ.-ia i pi'leahashnhikh -uk-h~~stk:,!r Ch
rnn.,-
5 ~o M,-,.- !A, Moskva,
19614. 71 n!-i-,ichio-I.,i3-,.edovfitall'okii
Anstitul. rvtjn(-ic) ~hmskiotvr,. Trudyp noa'l)e
~PIRA 1797)

AY DI N' h , I Y r V ,F ~ V
Comlyi.-hLive evnluati~m of c,.(,:;t cf young sturgeons
using
various ceirmorcial rearl.nt, Trudy AzN!IRFII no.6g2-11-
251 163. (Mrl
,Lk 17. 8)

AVE'RKIYFV, I.S.
Basic problems and tasks of the microbiological
control of I-lay
beetles. I-11krobiologila 34 no.2:370-373 Mr-Ap 165.
(MIRA 18:6)

AlrEPJCIYF.Vl 1. S.
Deri,rinr a new variety of tus,sah silkworm (Antheraea
pernyi) by changing feeding
conditions. Dolk.Ak.aellkhoz. 17 no. 8, 1952.
SO; MLRA. November 1952.

AVNRXITIV, I.U.
Lengthening of the hibernation _trtlod of cocoons of the tussah
moth (Author&@& pernyl Guer.) and its significance to northern
eariculture. Zool.shur. 33 no-3:644-647 My-Je 054. OCLU 7:7)
1. Povolshekiy losotakhmicheekly institut in. M.Gorlkogo.
(Sericulture) (Tussah moth)

AV_`,RT2Y7f,!.'S., Doo Bio Sci--(di.
_-'-~rllyl (~ Ic J(I j.":- t
As"31!1.11 li'v, 21f) "" (Ao:"! L;ci Dio

VERKHOPYATNITSHY, Pavel Dmitriyevich; SAVCHLNKO, L.T., inzh.,
retsenzent; TURKIN, V.I., kand. tekhn. nauk, retsenzent;
AVERKIYEV, L.S., nauchn. red.; NIKITINA, M.I., red.;
KOROMKO, Tu.N., takhn. red.
(Electrical elements of automatic-control systems) Elek-
tricheakie elementy avtomatiki. Leningrad, Sudpromgiz,
1963. 534 P. (MIRA 16:11)
(Automntic control) (Electricity on ships)
(Electric apparatus and appliances)

3.1. prof.,
Fla-vi, l,ek-hn. nnuk~ wud,.r,. rod.
[Oxie lejoired n9twork jvchloma in nutorintic control; a
collecti,)n of exerci.;es jar,l Problems in read`xe, check-
lrlg~ ana tho r.1,taorka of uutorraled (,,uvlce:5 mvi
"Y' " d "to rl:lemjvkli zndach po avt(;,.tLtixo; six)iTilk up..
razlwer.-H i ,adticli yo cl,tonlh, provorke i suotavleni-lu
vkheia avtomatizirovannykh il-,tanovok I uqtroi.L;tv. Lenin-
grad, z)'udoStL-OE!niO, 1961.. 151 1). (MIll" 17:11)

nl-InJ6 -l-VFTY A h E I T 1 1. 11
UWa,
"'.:(-Aeo rolof-.ica I I.I. Gayvoronrld,", I.I.S. Avorkiyov. ileviewed
by V.S., ElmmoylenkO-
..et. i f,,idrol., No. py,().
Monthly List of "hissian Accessi:)ns, Library of Conrress, October,
1952, IUNCLAssrFIED.

AVMKAVP M. S'
J\
HStODrology. A textbood for goolgraphy departments of univeraltion and pedagogiail
institutes Moskva, lxd-vo Nookorrakogo universiteta, 1951 384 P. 52-25104
Q086LAS

AI&RKIYBV. K.S. tauthorh ULANOV. Kh.K. Creviewerl;
SaOYLM4KOV, I.S. Cradaictorl.
"Meteorology.' M.S.Avarklev. Reviewed by Mi.K.Ulunov.
Vest,Mosk.un. 8
no.5:139-14O MY '53. 012A. 6:8)
1. Rishakaya Geofisiolieskaya, observatoriya (for Ulanov).
(14steorolotw) (Averklev, H.C. -

ArMUTNT, X.S.
Possibility of determining the conversion factor of the
act~nexstcr
without co"arlson with a calibrating devioet
Teste)(ookeuno 10 no,.10!1
171-175 0 '55- (KM 9A)
1.9afedra. klinatologlie
(Aotimonster)

~ lwwmmmga~ Mm
,,, ,, L~,~; til L" ".
A

AV9RKIYXV, H.S.
Possible monthly tind yearly amounts of direct solar radiation
received on a horizontal surface under conditions of different
atmospheric transparency for the latitudes 4oO - 700. Veet.Kosk.un.
Ser.biol..poehv.,8:eo1-,9*o9- 11 no.2-175-184 156. (mrRA io:lo)
1. Kafedra klimatologil.
(Solar rmillation)

U Q
A simple method[ of calculating approximately the daily amount*
of insolation of a horizontal'surface in the case of a cloudletis
sky. Meteor. i gidrol. no.9:25-27 S 157. (nn 101:9)
(Solar radiation)

REM NZIN
AVICIUMV, M.S-
Calculation of the possible amount of direct solar radiation
allowing for changes in the transparency of the atmosphere.
Izv. AN SSSR. Ser. geog. no.1:98-101 Ja-F '58. (XI'Rk 11:2)
(Solar radiation) (Atmospheric transparency)

Total radiation iwd Its components with a cloudless sky in
relation to the transparency of the atmosphere for the region
from 400 to 700 latMideo 'testaHookoun*Har.biol.,pochyt,gool.,
geog. 1:1 no.4::L85-19P- 158. (MML 12:4)
1. Nafedra metewrologil I klinatolool Hoskovskogo itniversitetao
(Solar radiation)

IV,
Averkiyi~t%% M111-:1)a4 I St:lrg~_-Yc
Metenrologlya 1 2: Svett)vyye yavlmnlya
v a~.Mon ~'ere. Vol. Llgllt. 'n(! Ele'~trlc
Plienrmv~n-t In ~.he Aty,,io:-'Pll~~re) [mc':-""'w"
lzd-'."'~) mo~4:Qwlcoj~o
univ, !960. 165 P. E.-~,rata sI'Lp A.nt3arted. No. of
copll~s
pritr:t~;l roll
Ed..
PURTIOUE. 71,11*. bi-,wic ~-i for iu:,,~- ~ji a In
un!.-
raphy by ~3p z-
Vor.,_K.ty
Ing -'_n- m-tf?or,.)ic)&yr and
C OVER A 1) Iv, zT)vl. bock, thol of a tym."I.volum.?
work on rief-,eo-
I.C'.'
.L Q t I, v v Id prl t~r '.0 1 v E t"u'! -I', r.)II
'CA I t.pf"Anc!.pal 11C.Ilt
and. phomovl(~oa in t-h-k- at..mo,,~phere. The author
Aj, vle~tiko c:f the Depart.,
-unk~4 S. P. YJi:,cvmr)v ard V. S. Swrv)
ment ,-)f and C.Ilimatologv c)!' ~kh~- J).ILVJ~qjojj Of
'reeg"aphy of for 9,elr valuatille
Card l/-_4 kiy, who wl~,i ~t.(z-d in th~'

preparat-ion o' I.ho paragraph:l with Ionization
of Wit, ijuper ol' 'VY-wre are '110
_- .-,- t j': I-- t.A 6 , Ilt-ma-.
re I'e S ov! e t - 3 r)4
TABIJE OP
From tho Author
Pj'LTjM 7
,,I M-11 !"111-n-WOM-ENA EN T, - AMOEP
Ch. .1. "botometrio Cfmcept.~i umi 11'alue5
Radiation f1ux and bmlnous ilux
S~in~!.t-.Ivl.t-y of tye
-2.
Igh, emlq~%Ion from a ;,oInt
4. jA. gh "', emi,,~tziori from a surface element.. Br.1g),Ltness
1). :111wri-InatIon of a surface,
6. R-Ix.-.1onshIp betweer, eurfa,,~t, b-_,ightnes,; and
.11at"OTI 011, thp eye
upil A .1 %
10
'A. 1.
1
C ar~i. ~'- P/

3/050/60/000/05/07/020
B007/BO17
AUTFOR3 Averkiyev, V. S.
TITLEt Graphical Representation of the Covering of the
Horizon
TIERIODICALs \
OMeteorologiya I gidrologiya, 1960, No. 5, pp. 32-34
TEM The "covering of the horizon" is understood to be the
degree of
#:overing of a certain point of the celestial vault by
ground objects.
The two diagrams for the representation of the covering of
the horizon,
which ara usually given in instructions for actinometric
measurements,
arv shown. It is also demonstrated that both types of
graphical reprfteen-
tal;ion are not sufficiently illustrative. Besides, these
diagrams mutit
me-)t the following demands They must reproduce the
reduction of diffuso
raliation due to partial covering of the horizon. A
diagram (Pig. 2)
meeting these demands is given and explained. To construct
such a dii%gram
only the s1n2h values must be plotted on the ordinate,
where h denotes
the height above the horizon. The construction of
analogous diagrams in
t1.e form of a circle of the radius r f a scale of radii
which corre-
spond to circles of the same height h~ois more
complicated. Formula
Card 1/2

I.TT V, -
Graphical Representation of the Covering of the S/050/60/000/05/07/020
Horizon B007/BO17
it given for the scale of the radius in diagrams which express the
coveting of the entire celestial vault by parts of the entire diagram.
Form,ila (6) is written down for the scale of the radius in diagrams which
expr,sss the loss of diffusto radiation due to the covering of the
horizon. There are 2 figures and I table.
100 00e,
Card 2/2

Alr=YZV, H.S.
Annual rate of heat exchange in the aoil under conditionB of the HDscov
region. Ve8t. Mook. un. Ser-5: Geog. 15 no.2:15-27 Mr-Ap 160.
(MIZI 13:9)
1. Kafedra meteorologli I klimatologii Moskovskogo universitsta.
(Moscow Provinoe--larth temperature)

33059
3/169/61/000/012/059/0~9
J, SYro D228/D305
AUT:1011:
TITLE: A more accurate method of calculating summary
radiation
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 1", 19(11,
24, abstract 12B158 (Vestn. Moak. un-ta. Geo-
grafiya, 1961, no. 1, 40-47)
TEXV: A formula (RZhGeofiz, 19bO, no. 2, 1664) was proposed.
by the author to calculate summary radiation under different
clolid conditions. In the present work,this formula is given ir.
the expanded form:
Q = 0.96Q (1 - k * -n
0,P L L
Card 1/2