SCIENTIFIC ABSTRACT AVERBUKH, Y. A. - AVERIN, G. Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102610002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

inzb.
Analytical method for determining slaotriopover owinumptton
by motor-coaoh trains, Vast. TSNII MPS 111? Li.e. 193no, 7:54-.
57 160. (MIRA 13tll)
1, leningradskiy Gosud.-Arstvisnay proyaktao-isyskatel'skly
institut Mintranestroya.
(Blootric railroads-Current supply)

-. , Yu.A.,, inzh.
Determining operation cost in comparing roftd
varlantse Ayto dore
26 no.5t22-23 My 163o (Kiu 16:7)
(Roads-Daisign)

:-.-i F~-_ A
--JL-
- - - - - - - - - -
!1u .!-v, A"
71-

ROZENTALI, L.V.; AVERSUMP -Z.K.; YJURDYGINA, G.I.;
MOTIDIA, A.?*;
STMIOVA, V.V.'
Blick anti-halation layer for color films., Usp.
nauch. fot. 8
67-71 162. (KRA 17:7)

IMSHENETSKIY, A.A.; KASATKINA I.D.- AVERBUKH Z.K,,,
TUITSYNA, R.S.,
IVANOVA, A.A., SHERSTTUK
FroJuctlon of proteolytIc enzymes t7 Bacillus mesentericus
and
thetr use for regeneratlon of triacetate motion-picture
films.
MOrobiolog.'Ila 33 no.4019-726 Jl-Ag 164. (MIRA 18s))
1. lnstltut mikroblologil AN S5,SR 1 Shostkinskly
khImIcheakly

AVIMIURG A.L., studentka V kursa; KozLovSKAYA, N.'r.,
studentka V kurea.
A-M-Ml .
The formation of undergroUd waters &nd the
:reclamation Of 1MA
in southern Khoress. bbor.utud.r&b. HAGU no.12:26-32
155.
(NLRA 9:5)
(1horess-Ve,ter, Underground)

I AVERBURG, 14, Y:j,
Disintegration of clay and marl rocks under the
influence
of simultaneous application of hyposulfite and hydrogen
peroxide. Vop. mikropaleont. no.6-147-148 162. (MIRA
15:11)
1. TSentrallnaya khimicheskaya laboratorlya Uzbekskogc
gidro ologichookogo tresta.
rZropaleontology) (Dithionites) (Hydrogen peroxide)

A
AVERBtMG. Veniamin Vasil'yovich, prof., seeluzhennyy
daystall nauki;
R.V., tekhn.red.
[Haking of microscopic prel,.arations; a manual for
toaahers of
secondary schools] lzgotoylanis mikrookcipicheskikli
prepare-
tov: posobis dlia uchitelel arednei shkoly. Hoekvu.
Goo.uchabnD-
podagog.izd-vo R-va proov.RSFSR. 1959. Ell P. (KMA 13:5)
(Microscopy--Toohnique)

Lm&.--Q 1-M(ra) RM
AC03311CM NRt Sp . 719
5008
B/0366/65, ~001/003/061 0/06 10
C
AMSORSs Favor!thayaj 1. bur -Konmoya,
ALL A12L__jr
TITLE-. Synthpaia of N- emlnweias
SMCBt Zhurzal organicheskaY kbizliv v- 1v no- 3v 1965, 6io
,TOPIC TAGSt fainoacid, hydrolysis, acetyl-me aminonitrilep ethert
brdroeblorio
aoid, chemical. analysisp infrared spectrum
ABSTRAM were produced by hydrAysis of racetylene
uminonitriles.i The reaction
was mmduated at rom tempe-ratare in an ether solution and in the
presence of
hydro-.bloric noid. 17ho yield of hydroch-loride valts of aninivicidt
was 9(~I.
Aminoacaidz were BeWated from the mineral salin by catTactiwi wlib
petrolewt tw;hwr
vaturated with methanol. The method devised by K. A. Kcnonova and I.
X. FAVD,-AhMMIL
1 1 --A 1 ,A -1
-a xTM FTWWIUFU"
a val Qq".- tAtAtive revultm of tho product arnlyzie fL-v preventta No
the bandn nuted in thp infrared speotra of hayd-rochlo--idt salts art
listed.

Card
Tim"

AVaCH-ENKO, A.A.,felldaher (Novaya lolcha
Gomel'skoy oblasti)
Special che'.0t containing firat aid supplies.
Felld. i akush.
22 no.2:38-39 F 157 (KIRA 10:5)
(FIRST AID IN ILLVASS AND INJURY)
MM~19-N*n 59 , - - - - ~ ;-- 1--------. - -- ~ ,
:,.~ - ~, ~ .
I -~', I ::
t~ . . I

SHLAIN, I.B., kand.tekhn.nauk,- MUDRIKOV, Yu.A., inzh.; AVERCHENKOV AX
inzh.
Improving drilling and blasting operations at qr :ries. Sbor,
trud. NIIZHelezobotona no.7tl7-34 1162, WRA l6tl)
(Quarries and q~,arrying)

AVMCHE24KO B ZPMj',.TIN, M.; NOVIKOVA, L., tel:hn. ;-ed.
[Value the honor of the Soviet toiler]DorozhS.tt chestliu.
sovetskogo truzhenika; obornik statei, Moskm, Izd-vo "Pravda,"
1962. 277 p. I (MIRA 15:12)
(Agricultural workers)

CHEMIKO, M.B.; LUKIN, Tu.B.; GUSKV, K.M.; KUDIUNAI"MI ',
L.A. ; FMAIWK0,
Ya.I.; SATYUKOV, P.A., red.; SIEMOV, V.P., red.; SELYUK,
S.I.,, red.;
SUTOTSKIY, S.B., red.; ABALKIN, N.A.p red.;KOZEV, N.A.,
red.- AM.-
-,,,,red.; SOBOLEV, L.S., red.; SIMONV, K,M., red.,
VOY, B.N., red.; GALIN, B.A., red.
(Heroes of our times] Geroi nashikh duel. ~Ioskva, jzd
gazety
"Pravda," 1961. 619 p. WRA 14 -11)
(Labor and laboring clagoes)

0- ,- ! / /I - '% i -"
r r,
AUTHOR: Averchenko, D. and others. 136-1-15/20
TITIE: Yako~- -Leonovi-c--h Dlurach - Obitual*y
PERIODICAL: TsvetniYelletally, 1958, vo-1, pp. nt8 (USSR).
ABSTRACT: During the major part of his career, Y.L. Dlugech was
engaged in elaborating projects for new non-ferrous metals
L
works in the Giprotsvetmet organ'sation. The projects which lie
dealt with include the Ust'-Kamenogorsk, the Chimkentsk, the
Leninogorsk and the Sikhotealin' Lead Manufacturing Works, the
Balkhash and the Dzhezkazgan Copper LS'melting Works, the
rolling
shop of the Blektrot-iink Works. He also participated in the
elaboration of overa.Ll plans for the development of the Soviet
non-ferrous metals industry.
AVAILABLE: Library of congress
Card 1/1

AV3MCRINXO D,,,a.;, VARTAWAN, A.R.: KOPCHILWO. D.8.
Introdualug aleatrothemio methods at the Ust I-Xwnnogorok load
and Zino Combi,-A. Met. met. 31 no*505-38 My 15B. (MIRA 116)
1. Ustl-Mumnogorskiy xvintsovo-talWwryy koubivAt,
(Uojt I-ramenogorsk-Nonferrous metal @--Meat romt&llurgy)

AMCIZU, 14,, otv. za vyp.; SMEYDER, N., teklin.
red,
[Econam of Tgrnopol Province; colloctc,d
-.,tatiqt.j.cv)Varr-)dno
horq)O(,-.mvstvo rernopillr-Okol oblasti;
ntatyatychnyl %bir Nh.
LIviv, Vnrzhstatvydav, 1962. 2C0 p. (MIRA 15:1 -
1. Ternopol', (Provincc)Statistichookoye
upraylaniye.
(Tomopol Provinco-Statistics)

AUMC11MIKO, )4.P.9 otv. za vypusk; KOVTUN, V., teklin.red.
(Economy of Ternopol Province; statistics] Harodne hospo&-irstvo
Ternopil'alkol oblasti; statystychnyt sbirnyk. Tarnopill,
Oblvydav, 1957. 270 P. (MIRA l2tlD)
1. Ternopol (Province).,Statystychne upravlinnia. 2, Statisti-
chaskoye upravleniya Ternopoltakoy oblasti (for Averchanko).
(Ternopol Province-Statiatice)

Aa?
'C'. -v, hro~P-A A
sk-i;;a bilwarcrij,:3, 115S. 2L 17~, S-M).
j3 )~,Vtn ir, sk timyl& tr7nllg~mrnt %linh
WC-ij,) 1.3 oa Ilirp, f,)rp!, 3 t,,- W11jr.
W)l 1 0 htm,2~lllai moti

AVERCHNNO, P.A.:
Blectronic
156.
BOROTA, F.P.
photocolorimater. Zav. lab. 22 no.12:1506-1507
(kl-Rk 10:12)
(Colortmets)

,~AVERGIMKO, P.A.1 BOMA. Y.P.
-nw,o,~te
biduction high-frequency device for detecting cracks.
Zav.lab.23
no.2;243-246 157* (MM 10:3)
(NetallogrWphy-.4pparatus and supplies)

SOVA 37- 59- 3-7158
Translation from: Referativnyy zhurnal. Metallu.rgiya, 1959,
Nr 3, p 316 'USSR)
AUTHOR: Averchenko, PA.
TITLE: An ~~'paratus for the Control of the Thickness of the
Aluminized Layer
on Stainless Nonmagnetic Alloys (Pribor dlya. kontrolya
velichiny
alitirovanrogo sloya na tie rzhaveytishchikh nernagnitnykh
eplavakh)
PERIODICAL: Teklin-ekon. byul. Sovnarkhoz Zaporozlisk. ekon.
adni. r-na,
1958, Nr 1, p1) 40-42
ABSTRACT- The author offers an induction device for the
control of !he thickness
of the aluminized layer on machine parts of any dimensions.
The
action of the device is based on the utilization of the
higher magnetic
properties of the layer as compared with the nonmagnetic
core. The
apparatus consists of an induction (oil, a step-down
transformer
supplying filament current for the ttibes, an amplifier, a
:magnetizing
(primary) transformer coil and a t,vo-cascade bridge-type an
olifier.
A milliamn-icter, serving as the indicator of the
apparatilgi, is J.,tigged
into the diagonal of the bridge of the second cascade of thc
aniplifier.
The apparatus is tuned up on spec-riens having minimum and
maxi-
Card I A mum thicknesses of the layer. P. N.

T
El
Ile
lit

1401)
SO'1/32-25-1-40/51
AUTHORS:
-Averchenko P. A., Borota, F. P.
TITLE:
Automatic Machine for Controlling the Hardness of Steel Products

(Avtomat
dlya kontrolya tvardosti stallnych izdeliy)
PERIODICAL,
Zavodskaya
Laboratoriya, 1959, Vol 25, Nr 1, pp 112-114 (USSR)
ABSTRACT:
This machine
serves for controlling the hirdness of fastening

pine and similar articles
according to thD coercive force.

L. G. Doropey, D. T. Yushchenko, Ye. I.
Shkolenko and A. S. Ko-

sik took part in-the construction of this machine*
The test pin

is conveyed from a container via a dircributing device into a

vertical pipe (850 mm long). During this i3tage the pin is

completely
magnetized (in a magnet coil), demagnetized (in a

,demagnetizinj: coil) and
induces an electromotive force in thq

form of a single sinusoid in the
measuring ooil. Dependent on

the polarity and the magnitude of the
amp:.itude of the sinusoid

the pin is conveyed into one of the cells (for
hard, soft or

normal articles) by means of a special electron scheme. The

number of controlled pins is recorded by a. counter. This auto-

matic
machine can control 7000 short or 3000 long pins per
Card 1/2
hour.
According to the hardness of the pins the test is carried

cov/32-25-1-40/51
Automatic Machine for Controlling the Hardne8s of Steel Products
out foll~)wing the mothod of the "puro" "coercitimetryll(by
measuring the coercive force) ox-Ilcoercimetrically - remanento-
scopically"(by measuring the coercive force and the remanent
magnetism). A detailed description of the machine and a dia-ram
(Fig 1) an well as its electric scheme (Fig 2) are given.
Wire lin-an PE-0.18mm, PE-0.06 mrr;, a milliamperemeter 1~-24, an
amplifiez 6N9, a thyratron TG-2C50, an electromagnet-,'.. relay
U1719399, F6690031 and a lamp 5Ts4S are mentioned in the de--
scription. There are 2 figures.
Card 2/2
y

Lft jLP r TT -P._LCA_ jD
029056 SOOCE CODE: U.R/01413/6(pj'000/014/0082/0062
INVENTOR: Averchenko,..11., A. Alekseyenko, M. F. , ~abajS,2y, A. A. ;
Babitska A. N.
_ya,
Batrakov, VmVr","Bondarenko, L.; Gab!~M , G. Kh. ; LelIsov S.,- Kulygin
G. v
Lola IYINO-V. V.-T.-,
Orekhov. G. N.; Pridantsev, M. V,; SjjyaMt~~P, Ij 5=0
Shamil Yu.
Soroko, L. N.; Solovlyev, L. L., Frantsov V. P. Moshkevich, Ye._I
Natanov, B. S.
ORG: none
TITLE: Stainless steel. Clatis 40, No. 1.839147.
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 82
TOPIC TAGS: stainless steel, chromium titanium steel, molybden-am
containing ateel,
nitrogen containing steel, titanium containing steel
ABSTRACT: This Author Certilf.1cate introduces a stainless steel
containing
chromium, molybdenum, and nitrogen. In orde-
to--1`mpr0-v-e-w-e1a-abi1ity, the stee3 has
the following composition: 0.08% C, up to 0.8% Mx, up to 0.8% Si,
15-18% Cr,
0.2-0.6% Mo, 0.04-0.3.5 N, 0.4-1.2% T1, up to 0.035 S, and up to 0.030
P. [WW]
SUB CODE: ll/ SUBM DATE: 30Jan65/o9rA
7777777=

AV:IICHENKO, V.P., Inzh.; KIRPATOVSKIY, G.V., linh.;
FOXII, I.Ye., inzh.
Electric power supply of the construction site of the
Krasnoyarsk
Hydroelectric Power Station. Energ. stroi. no.41145-54 164.
MRA 17:11)

AVEICHFM~qy irsh - V-G-p inzh,,; WZDRIKoV, Yu.A,, inzh.
---- - ir 0 )
Improving borine: and blasting at quam1es. Strol. mat. 9
no.2t?.-lD
F 16.3. (MIRA 16:2)
(Boring) (Blasting) (Qwxrries and quari7itig)

bUYANOV, Yuriy Dmitrly-evich, kand. tokhri. nuuk; AVERCHOUV,
yy1qyich) gornyy lnzh. j BESSITTRTINY ' lonstantin
Anatpliyj j
196F6~'6416h, gornyy irtzh.; AKSEI;GV, V,P., kand. tekhn.
nauk, retserizont; BEIZAKOV# Yu.l.# 4pd. tekhn. nauk,
retsenzent; GEYMAN, L.M., red.izd-val LAVRENTOYEVA, L.G.,
tekhn. red.
(Sand, graval; crushed stone and clay quarries] Peschano-
graviin7a, ahchebenochr*re i gliniarWe karlory. Moskva.. It*-
vo *N*4rap" 1964. 358 p. (MIRA 170)

AVERCIMIKOV A F.- ljLfYk%OV, Yu.D-; GlIEUCII, G.1',;
IWDRI, li.A~;
0
~,9161ill, I.B.
(Quarrying and processing crushed stone) Dobyeha I pare-
rabotka karmia na shcheben'. (By] A.P.Averchenkov i ch-.
F,oskva, Stroilidat,, 1964. 219 p. (MIRA M12)
I!--
.. . '. ; , 1. ", . - . . I I I ~~ w

SOV/136-58-5-6/22
AUTHORS; Averchenkov, D.O., Vartanyan, A.M., Xopchcnko, D.S.
TITIE: Introduction of Blectrothermy at the ust1-KamcnoCp,.-J( lead-
zinc Combine (Vnedreniye elektrotermii na Ust1-Kareao1_;or-,-,kom
svintsovo-tE.inkovom kombinate)
PERIODICAL: Tsvetnyj-e Metally, 1958, Nr 5, PP 35 - 38 (USSR)
ABSTRACT: The authors discuss a recent article by V.N. Kostin in
Tsvetnyye Metally, 1958, Nr 1, in which the greater appli-
cation of electrothermic methods in lead and zinc prodii-,tion
is mentioned. They list some disadvantages of Gjj.af4~_
furnace smelting and state the importance of develc,:?in,.-
new methods for Soviet lead-smelting works, a favourable
factor beinE; the increasing availability of cheap h.ydrc!--
electric power. Electric heating of settlers %vas s-absx,4_~
tuted for oJ.1 heating at the Ust'-KamenoCorsk Lcad-rinc
Combine in 1.953 without altering dimensions (lenUth, -v.-a,(._,th
and depth - ? 100 2 960 and 660 mm, respectively), bu t.
experience E.nd joint work by works and VNI!tsvetmot
personnel led to reconstruction with the volume red,iced
-rom 13 to 6 3. - -, f
f M After listing conditions for stivc~., o1
operation of' such stationary settlers, the autLors
Uard 1/3

SOV/13C--5,?,- ~-6/22
Introduction of Elec trothermy at the Uc t ~ -.1remen-o'-
c--k L(-,ad-:, i nc
Combine
the smelting of silver- containinC. dross in an electric
furnace under an artificial slag layer (30/~ Na 0, CaO.
40ri,o' SiO2): tabulated compositions shov., that tRis
;aethod
gives a hie;her recovery of noble mctals into the silver-,
lead than m-ith retort distillation. Thi.,--- work was also
carried out, by the same organisations, and the collabcrator
is continuing to improve the method and -to convert the
150-ton refining kettles to electric. heatinL- The authors
outline the present electric kettle-heating method with
nichrome strip resistance heaters and urge the developitent
of induction heatine, for 1A.Lher efficiency, They agree
with Kostin on the need for special design staffs in
existing institutes with proper equipment for the ra-pid
development of electrothermic methods- They do noi; agree
with his suggested scheme for converting the Ust'-
Kamenogorsk Lead Viorks to electric sneltinr., as data are
la-.king; 'they would prefer the Giprotsvetmet to dqsign
a new, separate works. They urge the rapid conple-tion
Card 2/3

SOV/136-58- 5 -6/22
Introducticn of Elez,trothermy at the Usti -Kamenog(rt3k Lead..zinc
Combine
of full.-scale trials at the Leninogorsk Lead Works of
electrothermic processes,.
There are I table and 1 Soviet reference
ASSOCIATION; UKSTeK (Ust'-Kamenoga,14t Lead-zin~~Cvrb ',..I e
J. V%, 0-fs--
Card 3/3

SOV/136-59-1-9/24
AUTHORS: Ayerchenkov D 0 Kopchenko D.S., Pron'kin V.F.,
Sidorov_sH~_ ~.
T, Kershanskiy I.I. and Ovcharenko V.P.
TITLE: Introduction of an Electrothermic Method of
Distilling
Zinc from Silver Crust at the Ust'-Kamenogorskiy Lead
Works (Vneidreniya elektrotermicheskogo sposoba distill-
Yatsii tsinka iz sereb,,~�stoy peny na Usti-Kamenogorskom
sVintsovom zavod,0
PERIODICAL: Tsvetny3re Meta:Lly2 1959, Nr lv PP 33-40 (USSR)
ABSTRACTs The authors point out that as continuous
desilvering of
lead is not used In the USSR methods of crust enrichment
are boing sought. A system lRef 7) in which fusion under
carnalite is followed by'*vacuum distillation has proved
unsatisfactory while that successfully used in Bulgaria
(Ref 8) 1:3 not applioable to Soviet crusts. Based on
enlarged laborator plant work at the
VNIIT.,;vetnet in lq~6a-n1qd.?,,il(0R!f ) an experimental
production unit based on electrothermic zinc-distillation
was built at the Ust'-Kamenogorskiy lead works and has
Card 1/1+ opera,ted from November IQV to the present. The
authors
give -the results obtained and describe the plant.

I SOV/136-59-1-9/24
Introduction of an Rectrothermic Method of Distilling Zinc
from
Silver Crust at the Ust'-Kamenogorskiy Lead Works
I.P. Volkov, N.V. Kungurov, K.B. Boztayev, D.R. Demurin
and others from thb works and V.P. Kuur, F.A. Mardamshin,
Yu.K. Hedelltso72 A.I. Tkachenko and V.P. Shchurch1mv of
VNIITsvetmet, partieipated. The electro-Lhormic installa-
tion (Fig 1) consisting of an electric furnace, oxidation
chamber and dust catchsrs~ was designed by the design
department of the ULSTsK under the direction of
A.V. Bratchik. The works and VNIITsvetmet laboratories
Performed necessary chemical analyses, The 3-phase
300-kVA furnace has a hearth bottom area of 2 m2 and an
effective height of 1.8 m. Fig 2 shows a vertical section
through the furnace. The normal tapping hole is situated
140 mm above the bottom. The furnace is charged with an
Irtysh.,;kiy medeplaviltnyy zavod (Irtysh copper-smelting
works) typis feeder (Fig 3). Power is supplied by two
type FJIOM-;250/6 transformers with a total rating of
500 kVA. The electrodes are graphitized and 200 mm in
Card 2/4 diametor. Distillations of zinc were effected at
1150-
13000C,, giving lead bullion (sent for cupellation), dust
(dischitrged periodioally and sent to the zinc works) and

SOV/136-59-1-9/21+
Introduction of an Ellectrothermic Method of Distilling Zinc from
Silver Crust at the Ustl-lamenogorskiy Lead Works
gases. All materials were weighed, gas flows were measu-
red and during runs for establishing materials balanc031
gas anaiyses were periodically carried out. In such
runs a crust containing 61+.35% lead, 25.8% zinc, 0.55%
copper and 88407 9/ton, ctilver of somewhat variable size-
radiAg (Table 1 shows4this for two samples) was used.
I
he results (Table 2) of a 16-day run in 1957 show that
95% of the lead in the crust wait transferred into the
bullion which, the authors recommendq should be refined
electrolytically. The products were almost exclusively
lead bullion (which contains the major part of the noble
metals) and distillate (71.3 and. 35,2% respectively of
the weight of crust taken), Losseslof lead, zinc and
silver, were insignificant. The adoption of the electro-
thermic. method at the works (Fig 1+ shows the flowsheet)
has led. to a doubling of labour productivity and a
Card 3/4 1+.1+9% Improvement in raw-materials utilization as well

SOV/136-59-1-9/21+
Introduction of s.n Blectrothermic Method of Distilling Zinc from
Silver Crust at the t[st'-Kamenogorskiy Lead Works
as to Improvod working conditions in the cupellation
department and great economies.
There are 4. figures, 2 tables and 9 references, 8 of
which are S-o%riet and 1 English.
ASSOCIATIONSt Ust'-Kamonogorekiy svintsovo.-tsinkovyy kombinat
(Ust'-Kamenogorsk Lead-zine combine) and VNIITallretmet.
Card 4/4

NOVOSELOV, S.S.; IfARTAIIYAN# A.M.; KISHKAREV, V.A.';
IAVERCF9:NKOV, D.O.;
SIDOROVSKI:Yp V.A. -
Pilot pl-wt teiting methods of removing copper
frcu*mk-'lead
with tranafer of the &s"r into matte. TSvet. met. -35
no.51
25-31 Mq 062. (MDU 16: 5)
(I*,ead-Metallurgy) (Copper-Metallurgy)
~ i t

;;OV-120-58-3-10133
A. I. and_AVCj~ejjo~,,,IC.3~r, V. Ya.
Tl-'TLI:;- A 20-Clhaanel Tir.a Analyser for the bloc
of Neutronz by
the Time of PliCht Method (_2O-kaiial'rij,.y vrcmonnoy
analizzator
dlya selektsii lystrykh no~,Lronov po %rrc!-~ioni proleta)
F._I,i~'-,CIDICAI: Puibory i Tekluiika Eksperi~-onta, Nr 3,
pp 48-53
(IJSSR)
AB,;`,MACT: The multi:~hRnnel time an-Ayi~~,n~ n!.,v;
available may be
divided into two groL ~
ips. In the first croup are the so-
called "chronotrons" (Refs.1-6). The analys-rs in-this
have a pra-.tical resolving time of 10-� see and they
,.-;i1. ia-_asure tim) intervals with an aecaracy of 0.25 x
10-~ see. The s.)--ond group of analysprs in-iolves circuits
-:,"11c11 transform -Ane intervals into pal~.~e a,:iplitudes
(Refs.
7-12). Tl-io second group has the advafttaL;es ~:iat (1) the
circuits are rolatively siriple, (2) a iarce nu:-.iber of
n1l'annels is poss-.ble, (3) it is possible ta si;udy in
detail
-u,tc V .1 U
of the neutron spoetrum by o-perati, with the am-litude
_i,-.1yoor only and witholit clazincillE the Charactoristic;
U
of Vio !_-,(:hemc. A. 20-chauriel tirc is doocribod in

A 20-Cluimc-el T.L-,e An:Aly,,;(,,r for thc Sul,,~ction of
Neutr.~),I'- by 'VI-le
of Plic-lib Met;hod
the present paper which is based on tho basic circuit -,ivon
U
by Neilson afid James (Rof.10). The, arialysor cis described
by Neilson aRd James Ims the disadvai,..ta(-e of beinv- "two-
Sided"I i.e. it works indepondently c,f the scquence of the
input pulses. This disadvantaCe is now romovod by the intro-
duction of addlitional -~:ircuit olo,,.ients. The coi,,ipletc
circu.-.t
of the analy:3cr including the vLlue,,, of the. coi:iponents
C.1-
ployed is shown ill Fi6-3. Thg practical re.,.,.olvin,~ time of
WI-0 analYscr is (1-5-3) x ~0-9 see and the stability of
channel edge:; is 0.5 x 10-') sec. The calibration curve of
the analyser is shom in Fig.4. The curve is a plot of the
aia-ilitude vs delay betwrceil 1)UlsCs,-9TIie calibration curve
is linear in the range (2-30) x. 1 . ks an example, the
tijae distribution obtained with neutrons of a Pj-Be source
is shown, in Pie;.6. Yu. S. Zamyatnin. and Yu. I. Il'in are
thmiked for c.dvioe wid assistance rcsi-,)ectively. S. G.
BaSistov and N. jr. Cherepnin suppli,--d spocimons o fL new
Card 2/3

A 20-Chaancl Ti.-ic Anal;fsor for the Selection of llo,itron2 bj
tjio
Time of Plifht MotLod
Valves? L. G. D)ytoyzzen, A. G. Bor'wvskiy aud N. S. KlilebiAlzov
sup,)licd speci,-,wns of ne,,: jliotoinil'u-i'plier3 and L. 11.
Belyajov
and G. :,-. Dobrzhanskiy sup~dieCi specimons of larj;o cryotuals.
Thero, -,tro 6 fi-nircs and 14 ruferc~iico;-,? of which 2 are
Soviet,
1 Itallan arid the rest Enslish.
SUBMITTED: Au~3ust S), 1957.
1. Tirae-interval counters--Design 2. Time-interval
counters--Applicatlons 3. Timing eIrcid.ts--Applications
4. Neutron spectra--AnaJ~ysls
Card 3/3

3/069/60/008/04/06/009
B113/BO17
AUTHORSt V*retennikor, A. I., Averohankov, Y, Ya., Sayin,
M. VL.L__
Spekhov, Yu. A.
TITM Gamma Radiation Occurring in-V 238 Under the Action of
N2utroDL Of the Energy 14 Mov
PERIODICALt Atomnaya enorgiya, 1960, Vol. 8, No. 4, pp.
361-363
TEXTs In the neutron interaction with U238 the spectrum of
gamma radia-
tion was measured in the range of from 0-4 to 2.8 Mev and
the gamma
quantum yield per intoraotion event in three samples. The
measuring
apparatus (Fig. 1) and the measurement process are
desetibed. The mean
gamma radiation energy im 0.98 M6v. The energy resolution
in measuring
the gamma-spectrum was cw 30% with Er- 662 kev and L' 1%!;
with Sr- 2.62 Yev.
The mean number of gamma quanta per interaction event i
for d a 2.85 barnR
is 6 + 1.2. The authors thank Yu. S. Zamyatnin
for,discusoion and
V. G. Kokoulin for the preparation of the stilbens
crystal. There are
3 figures and 4 referenossi 3 3oviet and 1 English. /B
Card 1/2

Gamma Radiation Occurring in U 238 Under the
Action of Neutrons of tht Energy 14 Mov
SUBMITTEDs October 12, 1959
5/089/60/008/04/06/009
B113/BO17
IAB
Card 2/2

329')2
8/641/61/000/000/019/033
B108/BI02
AUTHORSs Averchenkov, V. Ya., Veretennikov, A. 1.
TITLEt Integral cross sections of U 235 and Th 232
iriteraction with
neutrons huving energies of 2 - 8 Mev
SOURCE: Krupchitskiy, P. A., ed. VeytronnAya fizika; sbornik
state..,.,
Moscow, 190, 258 - 262
TEXTs The neutron cross sections of U 235 and Th232 specimens
were deter-
mined by measuring the time passing until the neutrons reach
the detector.
The latter was connected to a 50-channel time ai.alyzer with
the new
6W22-ff (6Zh22P) thermioni.,, tubes. A steady-flow neutron
source of Po-Be
was used. Measurements were made with and without specimen
between souren.
and detector. Moreo-ver~ the random coincidences were
measured with an
additional delay of '15 m*..llimicroseconds in the detector
channel. The
integral neutron crotis sections were calculated with the
Cormula
a - -L ln[(N - N Y(N., - N )] where n denoten the number of
nuclei per
t nx a bo bx
CM3 of the specimen, x - thickness of specimen (cm), N 01
Nbo' Nx, Nbx
Card 11t *.21

3299 2
S/641/61/000/000/019/033
Integral cross sectionit of... B108/B102
counting rates of neutronE- and coincidence background with
and without
specimen. The results for Th 232 and U235 are :Ahown in Fig.
2. Correc-
tions for elastic ocatiering have been introduced. Yu. S.
Zamyatnin is
thanked for discussions, There are 2 figures and 6
referencess I Soviet
and 5 non-Soviet, The four most recent references to En li
h-Din uage
A. t3 g
publications read a,s follows: Bloom 8 , D,. Phya . Rev ~?8,
233 (19,)5'~;
Progress in Nuclear Energy, eer. 1, v. Is London, Pergauon
Press, 19~;bi
O'Neill G. K. Phys. Rev,. AU (1954), Rev. Sci. Instr., 26,
285 (195~~-);
Ref. 6t Hughes D., Schwartz. Neutron Cross Seotions, BiF, N,
Y.,
Card 24 -,

lIZ315
S/1.2o/61/4)00/002/005/042
EOTJ-2/Ell4
AUTHORSi Veretonnikov, A.I., Avtrch*zdcov, V,.Ya., Savin,
M.V.,
and Spekhov, Yu.A.
TITLEt Gamina-spectrometer using an organic. scintillator
and
tim-a selection of ga%=4 rays
PERIODICALo Pribory i tekhnika *ksperimenta, 11161, No.2,
pp. 42-46
TEXT: A doiscription is given of a gamma-sipectrometor
which
can be used to iselect gamma-rays with a time r4tsolution
of about
I nanosec. The spectrometer incor orates a plaistic
scintillator,
and the energy resolution for CsJL3? gamma rays is about
25%.
With a sodium iodide crystal the time resolution is abou
4 neinosec and the, coincidence counting efficiency for Vo
gamma
rays is 90%. Ithe use of ordinary scintillation gamma-ray
spectrometers in the study of gamma-rays produced under
the action
of faist neutrons is complicated by interf*renco from the
primary
and secondary ncutrons. However, if the primary neutronc
are
&ccompanied by, say, alpha or Samoa rays, the gamma
radiation
under investigation can be separated from the interfering
radiation by th4i tiint-of-flight method. Suppc.a* that the
Card 1/ 6

qVPS
S/120/61/000/002/003/042
E032/E1.14k
Gamma.-spectrometer using an organic scintillator and time
election of gamma rays
:ecording
apparatus and the specimen under investigation are
located relative to the neutron source, as shown in Fig.l.
In
this figure, C, in the detector which records the
accompanying
alpha, gamma etc. emission and C2 is the detector designed
for
measuring the gamma-rays from the specimen. The
distribution of
time intervals between pulses from Cl and C2 reaching the
time
analyaor is shown In Fig.2. Fig.2a shows the time
distribution
0f primary neutrons and gamma rays arriving at the specimen,
Fig.26 shows the primary neutrons and gamma-ro,ys from the
specimen
nd Fig.20 shows the secondary neutrons and ga,mma-rays from
the
:
pecimen. An Dan be seen from Fig.2, even with a continuous
primary neutron enerry spectrum, it in possible to
sepetrate out
the gamma-rays produc:d In the spec imen by tho primary
neutrons
by a suitable cPioice f I and t2- In the present paper this
type of gamma-r.pectrom*ter is discussed in terms of an
example in
which the gamma-rays produced in various specimens by 3.4
Hev
neutrons are investigated. A block diagram of the
spectrometer is
Card 2/ 6

21395
S/12o/61/000/002/005/042
E032/EI14
Gamma-spectrom*tor using an organic scintillator and tint
election of gamma rays
:
hown in Fig.3. The neutrons wore obtained fr-DM the d(T, n)He4
reaction. The instant at which the neutrons leave the target is
recorded by counting alpha particles with a plastic scintillator,
an described by the present authors (Ref.21 At-omnaya onergiya,
ig6o, NO-4, 361).. The gamma-rays are detected by a stilbons
crystal mounted on a ~DY -33 (FEU-33) photomultiplier. Pulses from
the 12th dynode of this photomultiplier are amplified by the
amplifier Y6- With the key 62 in the closed position, these
pulses reach the 50-chann*l kicksorter through the linear gate
&'! 2. With the key t11 in position 2, the ga-t* Gn2 is
Controlled by pulses arriving from the output of the time analyzer.
By introducing a delay tj into the gamma c~iannol, the working
conditions of the time-amplitude converter can be chosen so that
pulses due to ganima-irays and neutrons from the specimen are
delayed relative to ulses due to the alpha particles. An a
jP
result., the alpha-gaimna coincidences at the output of the time
analyzer have a greater amplitude than the alpha-n coincidences.
Card 3/6

12395
S/12o/61/000/002/005/042
E032/EI14
Gamma-spectromoter using an organic scintillator and time
aelection of gamma rays
The integral amplitude discriminator A5 transmits only the
alpha-gamma coincidence pulses to the gate 6112 and this ensures
the separation of effects due to neutrons from those due to gamma-
rays. The time distribution of the coincidence is recorded by
the same amplitude analyzer with the key III in position 1.
The time analyzer ha:s been described in detail by the present
authors (Ref.3: PTE, 1958, No-3, 48). The remaining designations
in Fig.3 are said to be "self-evident". The gamma-spectrometer
can be used to measu:re gamma-spactra appearing in a given time
interval, e.g. in th4 study of time correlated processes such an
the emission of gamm.&-rays in fast-neutron induced reactions.
There are 6 figures and 7 referencest 4 Soviet and 3 non-Soviet.
SUBMITTEDi May 6 1960
Card 4/6

s/12o/61/ooo/oo.,,/oo5/O42
Gnmwn-spectromotor using an ..... E032/EI14
06paim
F i
y
Fig.2
t
Card 5/6

1395
S/1?0/61/000/002/005/042
Gamma-spactrometer using an ....... E032/EI14
r I------------- '. "k t"ll-
4! Xjmepum
Y, ciropoemu , i~H
Yj
C,r.
0,
.p
po
yz j
Fig-3
Cnrd 6/6

H408
S/120/61/000/002/019/042
q 790 E192/9382
AUTHORS: Veretennikov, A.I., Averchenko V.Ya.,
DVI_.-.
Yegorov, A.G. and Sp-e0h-ov,--Yu-.A.
TITLE: Amplifying Units for the Oscillographic Display
of Short Pulses
PERIODICAL: Pribory i tekhnika eksperimenta, ig6l, Noo 2,
pp. 104 - log
TEXT: Two single-tube amplifiers suitable for high-speed
pulse oscillographs are described. The firs:t amplifier is
based on a tube mith a cathode grid (sometimes referred
to as
a 11space-charge tubell or a "tube with a virtual
cathode")
which is capable of producing high anode currents when its
auxiliary (cathod.e) grid is pulsed with a comparatively
high
voltage amplitudti (up to 100 V). The circuit diagram of
the
amplifier (with somo auxiliary circuits) is given in Pigs
I*
Tile spaco-charge, tube is 6*(-10ncj (6Zh2oP2) (thin is an
experimental tube). The amplifier is designed for the
pulse
repetition rate not exceeding 10 p.p.s. The operation is
as
follows. When the amplitude of the input pulse is about 1
V,
Card 1/6

i2hM
TI-2o/61/000/002/019/042
Amplifying Units E192/E382
the thyratron (shaded tube) is ignited and a pulse is
applied
to the cathode grid of the space-charge tube (the
righthand-
side tube in the circuit). This pulse has am amplitude
of
about 150 V and its flat top has a duration of about
0.5 ~,s.
The investigated pulse is applied to, the control grid
of t''he
tulle 50 nanosecs after the appearance of thc voltage
at the
cathode grid. The voltage appearing across the anode
load
of the space-charge tube is takeil by zeans of a cable
(type PK-50 (PJI-5())) having a length of 1 m and is
applied
to the deflection plates of the cathole-ray tube. The
anode.-
grid charact(fristic of the space-charge tuba is linear
over
a compratively larga range of currents so that at the
supp,Ly
voltage of about 800 V a current in excess of I A can be
obtained ovez, the linear region; the slope is about
33 mA/V. Tho gain of the amplifier is 10 and its
bandwidth is
90 Mc/s, which corresponds to the rise time of about
11.3 naziosecs. A high-speed amplifier can aLso be
based on
a isecondary omission tube. A circuit of this type is
shown
in Fig* 5* The secondary emission tube J'j (= L) in the
Card 2/6

IAN
S/12o/61/(100/002/019/042
Amplifying Units .... E192/19382
figure is norrially cut off by a negative-grid voltage of
about
10 - 20 V since its anode dissipation is only 2 We The
reflection plates of the cathode-ray tube are cennected to
the
anode and the dynodo of the tube by coaxial lines (type
rjY,-j
(PK-3)), which also act as the delay lii,es J.or the
signal.
The difl~erenc,p in the electric lengths of these lines
corresponds to the transit time of an electron from the
dynode
to the anode; in practice, this amounts to about 10 cm
(thia
is chosen expopr-iment ally). The triggering circuit of the
oscillograph :LS usually connected to the input to one of
these
lines through a resistance. The secondary emission tube can
give a pulso current of UP to 7 A with a slopeof 100 mA/V
at'the anodo uupply voltage of 1 000 V and dynode voltage
of
3 00 V. The deflecting voltages of about 700 V can be
obtrined
from this amplifier. The bandwidth of the amplifier is
about
200 Mc/s, which corresponds to the rise time of 2 nanosecso
The gain of the system is 12 - 16, depending on the anode
voltage. The cir,cuit of Fig-5 is designed Tor the
oscillographic
display of the p-alses derived from scintillation
transducers
Card 3/6

2UM
S/12o/61/OOCI/002/019/042
Amplifying Uni*..s E192/E382
(counters). In this the pedestal of the pul.se is
applied
to the lefthand-sidei portion of the circuit, which is
in the
form of a two-stage amplifier. This provid(is the
necessary
lengthening and thert limiting of the output voltage.
Th e
pedestal is formed from the Pulses dorived from one of
tho
dynodes of the plio-tcomultipliert The ainplitiade of
the pedestal
applied to the control grid is about 3 V. The line
havIng a
delay of about 60 -- 70 nanoseconds is inclueled in the
investigated signa:L circuit which delays the signal
for the
duration of tho pedestal-forming. The authors make
acknowledgment to 13I.G. Basistov and G.V. Lukoshkova
for
supplying the samphes of new tubes.
Thero are 8 figuren.
SUBIU:TTEDs May 2,1, 196o
Card 4/6

S/120/131/000/002/oig/C142
kipli f yin- Uyii*..!,' . . . 9 E I ~)2/12:582
pi:~. 1:
tV0,f ~-, "
Card 5/6

L%ililifyinz~ Units ....
44
PON
N
Jfo
120/61/000/002/019/04 2
')2/2362
P6 r
1~4
J,_ V"
Card 6/6

B1 02/B201
AUTRORSi V tZ Riko 9 A. I,, Averohenkov, V. Ya., Sevin, M. V.
TITLE; M:xa'1emsnt'Vof the time distribution of gamma radiation
in
wood by the method of delayed coincidences
PERIODICALt Atomnayn snorgiya, v. 11, no. 21 1961, 177-180
TEXT: This paper presonts results of measurements of the time
distribution
and the energy spectrum of gamma quanta, from a point source,
which wera
scattered in wood. Little has been published on thit subject so
far. Th,~
time distributlon was dete:,*zined at distances of 200 om from
the point
source. A CoDO source (0.12 go) emitting pairs of 1~amma quanta
was
fastened to woo&; the scintillation detector 1 which recorded
the instantil
of emission -4f quanta was :placed close to the source, and its
pulses Were
fed to a time analyzer. TA9 second scintillation detector 2 was
200 am awayj
from the sourael and likeigise transmitted its pulses to the
time analyzer. -.-
The distribution of time Mitervals between the two pv1ses was
recorded. The
solving time of the time maalyzer wan 2-r - 2.3 ligaeo, and the
mean quantum
energy was about 1-25 Mov. The time distribution of gamma
radiation in wood
8108!V6110111002100TIO15
Card 1/6

Measurement o2 the time diotribution ...
She 61/011/002/007/015
B102YB201
is a function of the crosai sections of Compton scattering, of
the photo-
electric effect, and of pal.r production. The time distributions
in Waterials
with similar atomic numbern may be assumed to differ only by a
scale factorl
thia fact makos it pnesiblo to estimate the distribution in
similar light
materials from that in wood. The geometrical experimental setup
is shown in
Fig. 11 it wam so chosen bi)oause it imitated an infirtite medium
best.
Scintillation plastics and photomultipliers of the type 43Y-33
(FEU-33)
were used for gamma recording. The block diagram of the measuring
arrangement was as follows;
detector I
time
analyzer
pulse Scri-
height minj%tor
ransmis-
Card 2/6
dote-3tor 2
Fig. 2. shows the time distribution

of gamma
radilLtiOn, as recorded by

~
detector 2 (Curve 1); curve 3 showu

2
the background of random coincidence&

lin-e
T-ineir
r
The zero poin'; of the analyzer time
a

mplifier
a 2

cale was detormined according to the

mid-Ile of curve 2 of y-y
ooinoidvnces

without wood hut under otherwise

equal conditions. As
may be seen,

the time distribution of gamma

SY'089/61/011/002/007/015
..Mqaauremont of the time distribution ... B102/B201
radiationlin wood coveria period of 20 ILgeoc at adiIPtance of
200'om from
the point source. The maximum is shifted by about 1.6 pgoeo toward
the
zero point, rhioh co'rrespoftdi to a prolongation of the quantum
path by
about 1.5 mean free paths. Tho mean time of delay of.quanta is about
6 ggseo, and the half-width of the distribution peak is about 7
pgsec.
Curve 4 (Fig. 3) was obtained on the ascumption that the mean iamma
energy is
e--1100 kov in case of great delays, and 0.8 Nov in case of the
moot pr able
delay time. '~he trio time distribution is likely to be found
betweeni
curves 1 and 4- Fig- 4 shows the energy speotrum of gamma radiation
at a
distanoe of 200 cm fron the source. Ya. B. Z011dovich, Yu. S.
Zamyatnin,
and V. G. Morozov are thanked for discussions' There are 4 figures
and'
12 references: 6 Soviot-bloo and.6 non-Soviei-bloo. The two most
important
references to English-lang-aage publications read as followst -L.
Spenser,
U. Fano. J. Res. Nat. Bur. Standards, A-6, 446 (1951)1 G. Whyte.
Canad. J.
Phys. U, 96 0 9.55) - -
SUBMITTED: December 29, 11i60
Card 3/6

AVERCHUKP 81, i~itte-admiral
Intrap&rty doweraoy is the basic feature of party
vork. Ko=.
Vooruzh,Sll 2 W,16:40-45 S 162. (MIRA 15:8)
(Coi-mist Party of the Soviet Unlon)

AVERGHUK, S', vitse-aftiral
Collectivity of 19adeirahip, an indispenuit-Is condition of
the normal
activity of party organizations. Ka=s Vooruzh, S11 5
no,23zlB..25 D 164.
(MIFIA 18il)

AVE'i"C I WK , S . , vi Lae-adin I rfi I; 'I E~i~
VKC)V , IN . , kapitai, I -v*o I un, ~,,
.1
Let's tfilk about thc style (,.f thtf political
work. Korrai. V:)oriizh. SJI 46 no.4:"'4-32 F 165.
18 5)

AW-,RCI-'.UKP S., vitu~a-acbiiral; 1*~DVEDI'V, P.,
kapitan )-Co ranga
To guide moanB to improve organizational work.
Kom, Vooruzh.
Sil 46 no..Z:24-30 Ja 166. (MRA 19:1)

AVFRCRIK, S.I., vitae-adipiral
Single emnand, the most im-port&nt principip of
the building
of the Soviot Armed Forces. Mor. abor. 49 no.
12:8-14 D 1 65
(MIRA 19i1)

A& W, MS9615346 _S_0URCL__C0D1;':' LIP,/0375/6~/000/012/OL'08/00111
AUTHOR: Averchuk, S. I. ,'Rear admiral) q
1 13
ORG: none
TIT1X: Single command-7he most important principle in the
organization of the Soviet
Armed Forces
SOURCE: Morskoy sbornik, no. 12, 1965, 8-14
TOPIC TAGS: military policy, political personnel, political thought
WRACT: The author describes the single command principle as
follows: the single
c"nd principle is based on the independent and personal
rtsponoibility of the of-
ficer to the State for the activity with which he is entrusted. It
provides for great-1
er initiative and independent action in decision-making under- any
circumstances. It
and
improves the combat readiness of the forces, strengthens military
discipline,
gains respect for individual officers. The responsibility of- each
officer, fron low
est to highest rank, is to maintain the political indoctrination
and interpretation of; -iI
the party line to subordinates, relying on help from political and
party organizationsf-
The purpose in introducing the single comand principle was to
increase the control of
the party in the trmed Forces by direct control through the
Central Cornmittee.
SUB CODE: 15,05/ SUBM DATM none/ ORIG Run ooe
I

I.
Additional use of machinery. Prom.koop. no.8:11 Ag
'57.
(MIRA 10:9)
1. Stqr!)hiy mekhnnik 'nrmAo1khozx iment Stalinp,
ko%lvA.
(Moscow-Ciothing industry)

-AVf;UCIiEV, Yovf.,oniy Petrovich; AIKSINKVICH, Viadimir lod.-fovich'.
RASKIN, Mikhail Nikolayevich; KU71JETSOVA, L.G., red.
[Reconditioninp plunpr pidrn; piart1co of tb-) Zaraysk
Machinery Plant] VostAanovIenie plunzhernykh par; iz
opyta raboty Z&ralskogo mekhani c lie skogo zavod,%. Ecskva,
Biuro teklin. irkfonnat.sli,. 19t~~4. 31 1). 18:5)

:t~;JRUTSM, Ieonl(3 j-!aj-kojrjcjj; AVF.RlCfTV, Yu.P., rea.)
L*
A, B. I -,"d.
(Tel.imical mechamical a textbook] Tokhnicheskai% mkhani
ka; uchobnoe povotdo. MoBkva,, Proaveshchenis, 1965. 266 T).
(MIIU 18%5)

22(l)
SOV/47-59-3-20/53

AUTHORS:
lAverichev.YusPet Bondarev D.D., Griaberg
Yu,L.,
,

shalayev
F.K.

TITLE:
Relating Courses in Physics to I:ndustrial Practice

PERIODICAL:
Fizika v shkole, 1959, Nr 31 pp 27-31 (USSR)

ABSTRACT:
This is a survey of
practical training in physics

received by pupils of school 144 in Moscow*
P'rac-

tical training begins in the 6th class. The
plapils

visit the plant,
where later on (9th class) t
hey will

do practical work,*and the teachers
illue-'rate the

subject of the lessons with exajaplas taken from plant

Iractice, The work to be performed at the pla:2t in

the 9th class extends
over approximately 200 h5urs.

In the course of a trairing yea::,, the
participants

work at the plant once a week for 4 hours and after

the
termination of the school yt)ar there 1011offe a

continuous practice of
12 days, During his training,

Oard 1/3
oach participant works at two
places, where he is

SCIV/117-59-3-10/53
RelatinG Cour;ies in Physics to Industrial Practice
(physics, chemistry, etc) in production; enlarge,
deepen and consolidate this knowledE,,n; 4", get the
trainee acquainted with the different kinds of
Jabor and help him in the selection of a profession;
5) favor the development of a Communist attitude tow--
ard work. The authors give a survey of the training
"It the plant and at the school and list some tasks
-iven to the pupils.
ASSOCIATION: 144-ya shkola, Moskva (School Nr 144, City of Moscow)
Card 171/3

.4',IRNOV, Vyacheslav 11)ergeyevich;
AVERIGHEV,_Tx~.P.,p red.; TA'LIJRA, G.L.,
tekhn. red.
[Prom fir tree to newapaper]Ot elki do gazety.
Mosk.Tap Uchped-
gi2, 1962. 57 p. OCRA 16-. 1)
(Newsprint)

DURASEVICH, Turiy yevgenlyrvich; IVANOVICH, K.A., red.; AITERICHEV,
Yu P ,. red. ; KREYS p 1. G. j tekhn., red.
(Trainize: of rural ele6triciana]Podgotovka w5llskogo slektro-
montera; is opyta shkoly pamiati V.I.Leniza -r GorIc&kh Lenin-
skikh. Pad red. K.A.Innovicha. Moskva, Uc#ped is, 1962.
135,p. IMIFU 16:4)
1. Dayetvitelinyy chlen Akademii pedagogioheskikh nauk RSFSR
(for Innovich).
(Elactriciana--Education and training)
(Rural electrification-Ha3adbooks, manuals, ate.)

BESIIENICOV, A.K.; ~AVO RIGREV, YII.P.-, red.; KUVALENXO, V.L.,
tekhn.
red.
[Manual training in school workshops) Trudoyos obuchanie Y
shkollnykh inasterskikh; is opyta raboty v V-VII klasmakh.
Moskva, Ucbpedgiz, 1963. 185 P. (MIRA lOt7)
(14&nu&l training--Methods and mnuals)

SOV ~7 '~S 1 .'1981
T,,t,,,sl o ion from- Referativnyy zhurnal. Metallui-gi\,a. 1(158 Nr I A j) .1 1
(UISSR"
AUTHORS; S-vintsev, P. A.,, Avericheva, V. Ye
'11-c Contact, Fusion of Crystals (0 kon--a~,rcm p-t- lenii 1,Y ilal!c
PER'OD!CAL: Doki. 7--y Nauchn. konferentsii, 4C icliNu
0kfv.tbr's1