SCIENTIFIC ABSTRACT K.L. CHASOVA - G. CHASOVNIKOV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308210005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 1212. EWTM FCC 11W
7
ACC
ACC. i~R,-7,tT5028659' fq~YAGE CODE: UR/2633 Vbbt~/O 120[0123
UTP_
A
AUTPPM Ghasova- K I
F
Far Eastern Scientific He,-si6arcli IZI-EvMet orological Vladivostok
(D;il nevostochnyy nauchno-issledovatrif skiy gidrometeorologicheskiy
il-stl7tiq
.TITLE-.- Test of a short-rangeforacast of AT- n charts by
the,,isallohyps m9thod
ern Sib=era- 4649ar
under.c.onditions-or East ar"
SOURCE.- Vladivostok,: Dal' nevostochnyy nauchno-issledovateliskiy
gidrometeorologichaskiy institute' Trudy, no e 19t 1965. Voprosy
aerologii i
~sindpticheskoy meteorolo
gii (Problems in aerology and synoptic. meteorology).q. 120-123
TOPiC-TAGS:l weather forecastings weather charto diurnal variation
-ek OC
ABSTRACT: The results of a comparison of AT forecasting charts for
the terriroty
300
of Eastern Siberia and the Far-East are discussed. The method
proposed by A. A.
Favlovskaya and AM P. Fogosyan (Motodicheskiye ukazardya TaIP., vyp.
42, 1961) is
,used. The AT5W and AT charts of the Vladivostok Weather Burean
served as the
30D
basic data., and 151 forecasting charts for Januaryj, April., June,
Septemb-r., and
November, 19629 were conposedo From 50 to 60 points uniformly
distributed over the
territory were used to conatruct the. charts of the daily
inallohypoes and of temper-
LCwd' 1/2 UDCI 551.509.5(571.6)

BOYKO, L.S.; SOKOLOVSKIY, M.V.; FEY, V.M.;
YANKOVSKIY, I.Ye.;
GUKR;NYY9 V.N.; KAUROV, V.Y.; PYATNITSKIY,
A.A.;
CHASOVNIKOV. L.D.2 dots.,, retsenzent
-.
[Reducing and variable speed gears; atlas of
designs]
Reduktory i variatory; atlas konstruktsii
Moskva
Mashinostroenie, 1964. 95 p. (;~RA 17-111

UGOROV, K.D., kand.ekon.nauk; - TROSHINA. A.P.; KOVAIRV,
P.P.; NOVIKOVA,
A.A.; LAGUTINA, N.V.; TWINA., N.A.; SMSTAKOVA, R.Y.;
AXIMMONKO O.Ye ; IMMA INS V.S., ak~demik, red.; VMS, V.I.,
red.; iR&;, Al, kand.filosof.nauk, red.; RYBIRSKIT. X.1..
red.: NIZHNUTA, S., red.; VOSMSRNSKAYA, T.,
red:; 0
red ; CHIMMOVA, To,. red*; MITKATA, A.D.. red.; CHEP=VA9
0.,
tekhn.red.
'EVorks of the State Commission for the Blectrification
of Russia;
documnts and materials) Trady'Gosuderetvennoi komisaii po
elektri-
fikataii Rossii GOMM; dokumenty i materinly.
Red.komisaiia:
V.S.Kulebakin and others. KDekva. Izd-vo
sotsiallno-okon.lit-ry,
1960. 306 p. (KIRA 14:2)
1. Russia (1917- R.S.F.G.R.) Gosuderetvanneys komisslya po
alaktrifiketaii Roosil. 2. Chlen...korrespondent AN SM
(for Veyts).
(Blectrification)

Y9GOROVv K9D., kande ekon. nauk; AIEKsANDROVA-ZADRSKiYA, V.V.,
doktor ekon. nauk, prof.; STEPANOV, F.V., doktor geogr.
nauks prof.; KULEBAKIN, V.S., akademik, red.; KRUMIL111,
1CHA=3MOVAo4.v.,_ redo,-
[Materials on the electrification of individual districts]
Materialy po elektrifikatsii otdel'rWkh ralmam; trudy.
VAWma, lzd-vo "Nauka," 1964. 299 p. (MIRA 17:4)
2. Russia (1917- R.S.F.S.R.) Gosudarstvermaya komissiya po
elektrifikatoii Rosaii. 2. Chlen-korrespondent AN SSSR (for
Kruzhilin),,

AGASHKIN., O.V.; LITYMP-100 G.S.; SOKOIDVP
D.V.;_CHUNjYO.VA*_�.S.~
Ster6ochemistry of altrogen beterocyclos. Part ll-.
Inftared
epee,tra. of the family of
2-mthyl-.4-hydroxydecahydroquinolim
ster6oisomerso Zhur. ob. khim. 31 no.)iSQ-870 Mr 161.
(MIRA 14:3)
1. Institut Ithi-41 AN Kazakhokoy SSR.
(Quinoline-15pectra)

rd 2/2,

CHASOV, D.

,
of i
r 00 D. Ponoinariv, dud 11;
AC11
' '
_
t
t

L
h
kdd N
Isrest. ukdd. d*k Xamhh. S;S.R; )to - f23
~
S!er7Kfi7itn- No. 7. idid d.

and neutral pulps after Zii roastinj diffei
hairi ei~ 6ther,
Chemi cal Abst.

significantly, Whough the contefit of
frie HSO - 'Ai&i WE,

48 NO- 9
l
V

6 g./1. Apparently nedttaliiatibn destibyi Wcalcftw~
4 -
~
s
t
f
h
id
h
.
o

ei sk
em o
ys
t
so
L,
thli &6s low ~66~m~ id iii~
'

May 10, 1954

ized system. tm
oj4~ idd 961,i --hports-:
of.Sioi frazzi ' . Su
'

y and "etal109raPlly
Metallur

this Idea. Th~;% :e~16 R'i fi* PT
ibwli6ii;
oten
fgki
- Oressed
filtration rate C!
Wxp 0y

,
is the Vol. of Per ti"'e 1,
area. P Is applied. pressure, n=nd

c6nsts.; n m - 1.37-3.0, w V
thickness of the eake~ and Is lowest

The filtration rate Hses from 25'
too 60',- ut huth fill

temp. bas little Oect. Acid pulp filters less
fliah I

neutral materlia. G. M.

1W

,~") A , ,
f :,.,.
- ~ I . . i &-., -

HA AID P - 3421
Subject USSR/Chemistry
Card 1/1 Pub. 152 - 6/18
Authors Vozdvizhenskiy, G. S., V. A. Dmitriyev, A. G.
Mozhanova, Ye. V. Rzhevskaya, and D. Ye. Chasov
Title Preparation of good-quality electrolytic coatings
on articles from zinc alloys
Periodical : Zhur. prikl. khim., 2-8, 5, 484-489, 1955
Abstract : Various compositions and reaction conditions are
described. Best results were obtained by using an
electrolyte containing 20-25 g./L copper, 8-12 g./l.
free cyanide, 15-30 g./L sodium cabonate; current
density, 1 amp./sq.dm.; temp., 50-550C; PH-0 11-12;
reaction time, 10 min. Three tables, 3 photos,
6 ref., 4 Russian (1943-1951).
Institution : None
Submitted : S 25, 1953

CHASOV, L.I.; rLISKIN, B.N.
Introducing multipurpose attachments vith
interchangeable parts.
Biul.tekh.-ekon.inform. no.6:74--76 16o. (MIRA 13:1)
(Machine tools-Attachment)

CRLSOV, V.A.,-
I
----Nwwmw"mf
Methods of studying =4Watibuity. uchosapfizenevao
zoaman-m
133. (mental suggestlon, (KZRA 9:7)

YAKOVLOVA, Ye.l.; ZACHIMSKIY. R.A.;. CHASOV. V.A.
Group psychotherapy for neurotic patients. Zhur.nerv.1
Palkh. 59
no.10:1201-2207 139. (MA 13:3)
1.11talka newronow I pWautchenykh mostoyanly
ftuchno-Issledavatell-
skago palkhonevrologlaheebmCo Instituta. imeni'V.M.
Bekhtereva,(direk-
tor - prof, Vol* lWasishchev), Leningrad.
(PSTOWIPERAN GWUP)

YACHEPITSUT, R.A.; YAKOVLEVA, Ye.K.;_,CHASOV~ V-A-
Group pachotherapy in plooho3im. Sbor. trud. Len. nanAn.
ob-va
navr. i paikh. no.6s3.1-19 159. (MPA 3,3t22)
1, Is V14nj" nev"Zov J pograachn7kh notgoyanly Instituta
imni
V.M. Bekhtereva (mwhtWy r~*ov4ditell otdoloniya i
direktor Inatituta -
chlon-korrespondent Akadwdi pedagogioeskilch nauk pvf.
V.N.
myasishchave (AMOMLLSM) (GROUP PSYCHOTMAPT)

1. CHASOVEMAYA, A. '1.
2. USSR (600)
- 4. Soil Microorganisms
7. Interrelation Of Diants during the first stages of growth. Uch.
zaD. Len. un.
No. 143, 1951.
9. Monthly List of Russian Accessions. Library of Congress, May
1953. Unclassified.

A.
2. US3R (600)
4. Roots (Botany)
7. Method of studying root systems of herbaceous plwits,'Uch. zap.
Len. un. No. 143,
1951.
9. Monthly List of Russian Accessions. Library of Congress, May
.1953. Unclassified.

1. CHASOVENINTAYA, A. A.
20 USSR (600)
Afforestation
7. Effectiveness of using spot seeding in planting, Vest. Len. un.,
7,
No. 10 1952.
9.
Monthly
List 2f Russian Accessions, Library of Congress,
February
1953.
Unclassified.

CHASOVIBILYA.. A.A. assistent, imndidat
biologichemkikh nauk.
1 -1-1:1 - -
.Iffoot of the space arrampmat of winter rye on the
tillerlng
rate, number of inrusle In the ear, and branching
rate. Reach.
blul. lenoune no.31:36-.40 053e . (KM 10:p)
1*11afedre, pebotaniki.
(Plants# SWO 4XTWPWZt Of) (Rye)

CHASOYMAYA, A.A.
Effect of volatile organic secretions of plants on seed
germination.
growth, and development of certain species of harbacesus
plants.
Yest.Lon.un. 9 no.1:21-35 Ja 154. (an 9: 7)
(Botaiw-Pbratology)

CHASOVINNAYA,A.A.
~~ -
U=sually early blossoulng
no.4:4546 Ap 154,
of a larch sapling. Test. Ion. un. 9
(NLRA 8:6)
(Iaroh)

CHASOVICIMYA, A.A.
research sethodB on ecology arA phytocenosis. Bot-zhur-
LaboratorT reset
40 no.2:227-232 Mar-Apr 155. (MIaA 8:7)
1. Leningradekly Gosudaretvemwy universitat imeni A.A.
Zbdanova.
(Botamical research)

CHkWVEMYA A.L... .. -
--- "I ..... ... 11- --
Iffect of the spacing of oat@ and barley In the
field on the
structure of their vegetative organs. Vest.
Len.un.11 no.3:
29-4o]P,56. (KM 937)
(Oats) (Barley) (Plants, Space arrangement of)

- CRAWTENNATA. A.A.; PRADVA, G.Y.
Boll reaction In the rhisompbers of herbaceous plants,
Vast. Lon. nn. 11 no.15--18-27 156. Wu 9120)
(Soil chemistry) (Hydrogen-ion concentration)

CHASOVINWA- *.A.-
I . & V~
- 'I', 1~ ~
. 'i .x - -1
-
Problem of pbW&cides. Vest. Len. un. 11 no.21:146-149
156. OUAA 10:2)
(Phytoncides)

CHAS )VEMW4 "
Interaction of plants through organic substances accumulating in
their rbizo8pheres. Vest.LGU 44 'no*15:5-18 :59. (MMA 3,4-.4)
(Allelopathy)
I ~:~ M

CHASOVENNAYA, L.A.
Third conference an the pbytmicido probles. Nauch.dda.vys.shkoly:
biol.nauki no.4s231-232 160. (min i3:n)
(PHTTIMCM=)

~-CHASOTAMATA, A.A.
TUrd conferenes an phytonaides. Teet.ZW 15 no.9:147-149 060.
(KMA 13:4)
(PEMMIMS-CONGERSSIS)

CHASCILITVAYA, A.fi.
~Mcclja~nism o~fhemic-l in-! Ox., o", "'L L"' 16-
no. 3:54-66 161.

CW OVZMYA,, A. A.
Interaction of plant commmitles by way of organic
excretjone.
Froble bot, 6.-133-147 162, (MM 105)
- _(Anolopathy)

. CHASOVENNAYA, A.A.
- Z.-
Experimental study of the causes of spr'l-,y groviLh
--f !~!Jwver
(Trifolium pratense L.) In the fields. Bot. zhur. 50
no.1-4103-
109 Ja 165. (MIRA 18:3)
1. lAningradskiy gosudarstvennyy universitet.

` ---CHkSOVJKM,~_T*
Preserving c-ontlnulty In service In cans, of discharge
from enter-
prises and organizations and In case of discontinuance
of work
In producers cooperative societies, Prom.koop. 14
no-2:39
F 16o. (MIRA 13:5)
1. Turiskonsul't Rompronsoveta.
(labor laws and loxislation)
(Imploye", Dismissal of)

GMSOTIKOV, A.S., studently kurna
.1. - . .- -~ z ~. ~.' , .Iuvestigation of time
paramters of ST-35 electramignatic re-
c*IvIng apparatus. Sbor.stud.much.rab.IMIS no.l.-65-70
'59. (MIRA 13:4)
1. lmalr4VmAskly elaktratekbutcheakty Inotitut ovyast
luent prof.
MoA.Donch-Druyevicha.
(Blectric rebWs) (Blectric wasurementb)

SHUWOV. L.G.. Insh.; OHLSOTITIN, G.,;., Sugh-
MRking feri~quwWune in urip b last furmc~ss- stal' 20
no.2ani-,107 7 160. (XIFA 13:3)

GIMMIJARB, A.I., inzb.:-CH(LSDTITIN. G.I.,
Insh.
Preparing pig Iron in roiary farmces and Its
use in
the blast-furnace process. Stall 20 zoeM691-694
AC 160. (MU 13:7)
1. Orsko4lbalilavskly "tallurgicheskiy
kombinate
(Blast AWnsces-Squipment and owplies)
(Ore dress$ng-Ikulpiment and vWplies)
'k

GLOVATSUI, A.B.; CHASOVIM _Gt_;*__
Jbnviacom imterIALl- belame for n4,-Irel in the bLwt
furmace ~lt-
ins of. 0-hremillsk-mickal cast ira-.. qeromto., oboge
i opeupo noolOAP-19 161. (ML 14:6)
(Nickel-cbroidus-iron alloys--)btmUurgy) (Fly uh)

S/133/61/000/003/001/014
A054/AO33
AUTHORS: Glovatskiy, A. B., Engineer; Chasovitin, G. I., Enginee~r
TITLEt Utilization of nickel when melting pig iron from natural alloy
ores
FERIODICALt Stall-, no. 3, 1961, 207 - 209
TEXT: An analysis of the meltings of'the Orsko-Khalilovsk Combine
OIUK (OKhMK) using iron ores with the following composition; iron
content
38 - 41 %, 'alumina - 7 - 12 %, silicori dioxide and fines 25 - 35
%, hygro-
ScoPic - 15 - 20 % and hydrate 10 - 15 %, humidity, shows that a
consider-
able amount of nickel is lost during melting. The cause of this lose
is
that, when the ore contains a high percentage of finesi which is
easily
crus-hed, while its humidity evaporates under the effect of the heat
of top
gases, the flue dust carries along 4 - 12 % nickel. This may amount
to
200 - 350 kg/t of iron. Moreover, metal is 91so entrained by the
slag.
These two. aspects of nickel losses depend on two different factors.
Nickel
loss in slag depends on the dust seperated in the wet duct of the
gas-puri-
Card 1/4

S/133/61/000/0031/001/014
Utilization of nickel when ..... A054/AO33
fier, while nickel loss in the form of flue dust depends on the
conditions
of the formation of nickel carbonyl in tht blast furnace.
According to
N. N. Belozerskiy (Ref. 6t Retal darbonyls, Metallurgizdat, 1958)
the forma-
tion of nickel carbonyi takes place in the following way. During
the con-
tact of metallic nickel and carbon monoxide is adsorbed by the
surface of
solid: particles Elqij + 4 (C0)4-- [Nil - (CO) 4(ads) (7)
resulting in the following chemical teaction:
[Nij + 400)-.-O[N~e (CO)
4(ads) (CO)4(ads) (8)
[Abstracter's Notet subscript ads (adsorption) is the translation
of the
original aAc (adsorptsiya)]. While the nickel carbonyl molecules
are main-
tained in.the adsorption layer by the Van der Waal-forces the
rising temper-
ature acdelerates the movement of molecules and with the
increasing pressure
the partial pressure of thsini'ickel carbonyl in the gas phase
also increasee.
Simultaneously with the transfer of nickel carbonyl from the
adsorption
layer into the gas phase the active metal surface is liberated
whichin
Card 2/4

Sl~; 7,7/6-1
, /C, C~ I/'J , .1
-C,t4';ization of nickel when .... A054/JL033
"urn, comes into contact with carbon monoxide. The'formation of
nickel
carbonyl is affected slightly by small amounts of sulfur (acting as
a cata-
lyst), zinc, lead, tin, bizmuth, moreover, to a greater extent by
oxygen.
4-
The nickel losses can be reduced by increasing the carbonic acid
conuent of
L, L. a V
top - ses. By raising the temperature in the furnace top, the
thermal do-
co:i1position of carbonyl is promoted and consequently les:3 nickel
is carried
away in the, form of nickel carbonyl by top gases. There are 1
table, 3
figures and 10.references: 8 Soviet, 2 non-Soviet.
ASSOCIATION: Khimi-l-o-metalurgicheskiy institut AkadGmii Nauk
Kazakh SSR
(Chemical Metallurgical Institute of the Academy of Sciences
of the Kazakh*SSR) and Orsko-Yhalilovskiy metallurgicheskiy
kombinat (The Orsko-Khalilovsk Metallurgical Combine)
Card 3/4

S1133161100010.0310011014
Utilization of nickel when .... A054/A033
d to
14
P4
CD
to
0 CO
4-5 0
0 0
Ei
N
F2.
0
4-~
4~1
4-1
A.-
6 r-2 W
0
NED
CS. Indeterminable nickel losses,-'
a
_4 to
Nickel loss with dust, % Fi gure 2: Dependence of indetermin-
Figure 1: DeDendence of nickel loss able nickle Iosses on the
C02 con-
tent in the top gases.
with flue dust on the ariount of sepa-
rated dust (~a of chargo veight).
Card 4/4

GHASOVITIN~ M.D.
1:1, -,-1--.---- --
. ,Recent data on the intr4ontinental, Quaternary volcanoes
of north-
eastern Asia. Dokl. AN SSSR 152 no.3a703-705 S i63.
(MIRA 16:12)
1. Predstavleno akademikom D.V.Nalivkinym.
" .

CHASOVITINP M.D.; POZDNYAK, V.0.
- No
Zoning of the Vodorazdollnoye ore field in the Chukchi
Peninsula.
Dokl. AN SSSR 157 no.6:1385-1387 Ag 164.
U,aRA 17:9)
1. Predstavleno akademikom V.I. Smirnovyin.

G I 1 0 VI 11, i NT-!
J ~-=ixi but i on ~i I-h, roz,~ tm,,7mq t! ~- inl~ne vu I,
za nn c~f 1-ne, ?.vrk a ney
n .:,e nor on Kr,.;ymx V-i.! Toll- AM SSSR
n 3 -- ~-! i~.- (,.,, "ct-'- . I
" - C s f * , ( RA 17. 10
k I y f I k I i i,, ----f k, -, y if t ~s t a v r - a ~ r,
c J f -. ma 1e, r m V.
S In 1-1; c, v -7.1

anv
Li -a par'
a -na-a -.ortheaste
of 4.-He 'K,)Iyma Z no 35--
--upravlarllye, Magadan.

CHASOVI,TIN P.A.; CHXRXkM. I.Ye.. laureat Stalinskoy promit.
inshener.
The first seetion of the Leningrod subway. Transp.stroi. 6
ROA:
8-13 ja 156. (KUA 9-3)
1. Glavoyy lashenor Gla;vtonsellimetrostroya.

CH&SOVITIN, P.A.
For furtherprogress in the techniques of building
subways. Transp.
strol. 6 no.9:.1-5 6 156. (Km 9:11)
1. Gl&mvy Insbomer GlavtonnolImtrostrCya.
(Submwo)

CHASOVITIN,. - - .
*mks wider use of precast concrete In tunnel
constructione Transp,
strol..7,no.3:6-8 Nr 157. (KERA 10W
---
1. Glavw Inshener Glavnionnellsistrostroya.
(vunnell"g) (Precast concrete)

CHASOVITIN, P.A.; ANTONOV, P.I.
Development of tunnel construction In the U.S.S.R.
Tranap.stroi.
no.10:20-26 0 157. (MIRA 10:12)
1. Glavnyy inshener Glavtonnellsetrostroya (for
ChasovItin),
2. Gl&vW inzhener Metrogiprotranse (for Antonov).
(Twmeling--History)

1.412) PHASE I BOOK E(PIDITATION SOV/2700
Knmev, Nikolay Fedorovich, V.d. Ketayuk, V.I. Razeerov,
P. A. Chasoyltin, and N.Ye. Cherkasow~-
~'~h `- -.1 1~41f,-44tl 144.1.
Novaj* tekhnika v stroUgNtye'ltAG~de*~. metropolitenov SM
(New Techniques
In1 Subway Tunnel. Construction In the USSR): Moscow,
Tranefteldorizdat, 1959.
139 p- 52000 covUs PrIaWd.
General Id.:-F.A. Ch~woyliin, Candidate or fechnical
Sciences; Ed.:
Ye.k. Velichkin, Itginber; Tich. Ed: P.A. Xhitroy.
PURPOSE: The book is intended for subway construction
workers.
CMERAGE,-, The authors discuss earth-moving
iquipmentmechanized twml shields,
and ic6ding and hwaing equipment for tunnel constructions.
Also discussed
are tunnel constructions and methods of producing and
assembling segments of
tinmel,lining made from reinforced-concrete blocks or
tubing. 'Modern methods
of constructing dufts, escalatorz,, throu& and station
tunnels, and means of
nechinizing individftl construction operations are presente&
Card 1/3

New' TechApes In Subway Tunnel (Cont..) SOV/2700
The authors thank Acadmician A.I. Baryshnikor ror suggestions.
There are
25 rererences, all Soviet.
TABIR OF CONTEWS:
From the Authors 3
Ch. 1. Brief Review or the Develo2ment or Subway Tunnel Construction
in the USSR i 4
Ch. H. Surface Equipment and Operations In Subvey Tunnel Con-
struction ll
Ch. III. Mechanized Tunneling Shields
21
Ch. IV. Loading and Underground Transport of Rock 59
Ch. V. Precast Reinforced Concrete In Tunnel Construction 72
Card 2/3

Nev Techniques-in Subwiy Tunnel (Conte) SOV/2TOO
Ch. VI. MethodLe of Constructing Sharts and Tunnels 96
Cfi. VII. Mechanization or Individual Construction
Operations 123
Bibliography Cited 139
AVAIIMIZ: Library of Congress (TF84T-R9C45)
GO/M
Card 3/3 12-9-59

CHASOVITIN, P.A., kandetekhn.nauk; CHWKASOV. N.Ye.,
kand.tekhn.nauk
Mechanized rock exemation in tunnel construction.
Trausp.stroi.
10 no.6:15-19 Js 160. (MIU 13:7)
(Tvinneling)

SMIRNOV9 Met inzho; CHMOVITINv F&Aor
kLtnd*tekhn.nauk; CHERKASOVt N.ye.g
Icand,teklmonauk-
Operational tests of a powered tumel shielde
Transpostroi, .11
no.3s47-49 Mr 16le (MMA 24:3)
(Tunneling-Equipment and supplies)

CgASOViTIK,.P.A.
8.1n.cimtrfaction of subwayo *M t=wls.
Trl=p. sionn, no.8:3r,5 Ag..161. (WA 34: 9)
1. MavW.,.J=A.GlavwV-upravl*nLya po stroitalletvu tc=oley
i mtropoUtenov.
(Werground construction.-Tachnological imnovatiam)

GRASOVITIN P, A.
lategrated organisation and mchanisation of tunnel
construc-
tion operations, Transp. stroi. 13 no.'W347 Mr 163
. '- (KMA 16t45
1. 02aviVy Inshemer Glavaogo uprawlen4a po Stroltelletvu
tonnelay I mistropolitenor Ministerstva transportuago
stroltelletva SM,
(Tunneling)

,CHASOVITIN, P.A,
They know no obstacle. Transp. stroi. 14 no.1:22-23
Ja 164,
(MIIIA 17 9 8)
1. Glavnyy inzh. Glavnogo upravloniya po
stroitellstvu tonneley
i metropolitenov.

CHASOVITIN., P.A.
Achievements of the builders of subways and
tunnels during
the last 10 years. Traisp.stroi. 14 no.12:3-5 D
164.
(MIRA 19:1)
1. Glavnyy inzh, Glavnogo upravleniya po
stroitel'stvu
tonneley i metropolitenov.

82h48
s/14i/60/OO3/O3/Oo3/oi4
vj?J49342
AUTHORS: Svechnikov, K.M., Chaso u.K. and Kochenova, N.A.
TITLE: Some Results of the Measurements of Radio-wave If
Absorption in the Ionosphere
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
1 1960, Vol. 3, No. 3, pp 375 - 383
TEXT: The results reported were obtained at Rostov-on-Don during
June 1958 - June 1959. The geo raphical position of Rostov is
47013' Northern Latitude and 396411 East,rn Longitude. The measure-
ments formed a part of the prgramnie of the Third International
Geophysical Year. The measurements were carried out by the
reflected-
pulse method. The frequency employed was 2.2 Mc/s and 3.0 Mc/s.
The equipment consisted of a pulse transmitters a receiver and a
photo-recording unit. The transmitter producedpulses of 200 jis
duration, having a repetition rate of 50 P.P.S., the pulse power
being up to 5 kW. The receiver was of the usual superheterodyne
type and had a bandwidth of 9 kc/s. The sensitivity of the receiver
could be varied in steps, Tli-e receiver had a linear amplitude
characteristic over a wide range of input signals. The output
signals
Cardl/4

82hh8
S/i4i/60/003/03/003/014
�122111382Abs
Some Results of the Measurements of Ra I -wave orption in the
Ionosphere
of the receiver were applied directly to the plates of an
oscillograph. The receiver and the transmitter were
situated at a distance of 5 km from each other so that
the operation of the transmitter could easily be controlled
by measuring the amplitude of the direct signal. The
photo-recording equipment consisted of a narrow-film cine
camera and an automatic control system. By means of this
equipment it was possible to photograph the pulses
reflected during equal time intervals. An example of the
recording is shown in Fig. 1, where the highest pulse
on the lefthand side represents the direct signal. The
absorption coefficient for the waves propagating through
the ionosphere could be determined from the amplitude of
the first reflected pulse and from the time constant of
the equipment. The average values of the absorption
coefficient L for various months of the year are illu-
strated in Fig. 2; the figure also shows the critical
Card 2/4

82hh8
s/14i/60/003/03/003/014
819U11J82
Some Results of the Measurements of Radio- v absorption in the
Ionosphere
frequency of the E-layer and the minimum frequency for
each month. Further experimental results are shown in
Figs. 3, 4, 5 and 6 and in Table 1. From these results
it is found that the dependence of the absorption
coefficient L on frequency cannot be described by
2
L = (w + wL)- ,where X I = WH Cos a WH Is the
gyro frequ ency and a is the angle between the magnetic
field and the normal to the wave. However, during the
winter months the absorption coefficient as a function
1
of frequency can be a4proximated as L = (w + wL)-
while during the summer months the frequency dependence
of L is even less pronounced. The daily variation of
the absorption can approximately be described by
Card 3/4 L = (COs X )n , where n is an index depending on the

82hh8
S/141/60/003/03/003/014
filg2/9~82
Some Results of the Measurements of a I - ave Absorption in the
Ionosphere
month of the year, usually having a value ranging from 0.55 too.8o,
while X is the zenith angle of the sun. The author expressea
his appreciation to S.S. Chavdarov for supervising this woe- and for
valuable remarks. There are 6 figures, I table and 11 references:
7 English and 4 Soviet.
ASSOCIATION: Rostovskiy-na-Donu gosudarstvennyy university PK
(Rostov-on-Don State University)
SUBMITTED: November 169 1959
Card 4/4

CIIAVDAROVt S.S.t otva red.; SVECHNIKOVI A.M., red.;
OVITIN, Yu.K.9
red.; SHKORINOV,V.P.,red.; PAVLICMKO, M.I., tekhn. re-cT,'
(Reports of the Scientific Symposium on the Ionosphere]
DoU84;
V madel programny MGG (ionoafera). Rostov-na-Donu, Izd-vo
Rostovskogo
univ., 1961.-149 pe (MIRA 14:12)
1. Nauchmyy simpozium po io.noafere, Rostov-on4on.. 1960.
. (Ionosphere-Congresses)

7,9//o
33218
s/l41/6l/oo4/oo6/oo4/ol7
E032/E.114
AUTHORSs Chavdarov, S.S., and Chasovitin, Yu.K.
TITLE: An estimate of the stability of radio-wave reflection
from the sporadic E-layer
PERIODICAL: Izvestiya'vynshikh uchebnykh zavedeniy,
Radiofizika, v.4, no.6, 1961, 1020-1024
TEXT; The authors report an analysis of the results obtained
in vertical sounding of the ionosphere in 1958 at the
following
stations: Rostov on Don (April-December), Moscow
(Mirch-December),
Murmansk (June -September), Jiil:i'usruh'/RVgen (East
Germany, January-
August) and Wakkanai (Japan, January-December). In accordance
with the IGY classification, the sporadic E-layer was
divided into
nine types depending on the form of the corresponding
ionograms.
The most frequently occurring types for the above stations
are
f,f , c, h, r. The distribution'of the relative number of
continuous reflections with the-length of these reflections
was
evaluated for the latter five types. Detailed analysis of the
distributions enabled the authors to establish the character
of
Card Ilf

33W
An estimate of the stability of S/141/61/004/006/oo4/ol7
E032/E114
the seasonal variation in the duration I of continuous
reflections. It was found that for the middle-latitude
stations
(Rostov, Moscow, R'U'gen and Wakkanai), the more stable
continuous
reflections during the surumer months are those due to
sporadic
layers of types f and c. In the winter, the duration of
the
continuous reflections is roughly the same for all five
types.
It is noted that the duration of the reflections at
Murmansk is
smaller, and this is associated with the specific
properties of
the ionosphere at high latitudes. The authors introduce
the
concept of probability of appearance of the E layer
spor
pT>TO (Es N:L -ri/T, where N I is the number of continuous
reflections with duration Ti > To and T is the total time
of
the observations. Plots of this quantity are shown in
Fig.2.
Acknowledgments are expressed to G.A. Vakulenko for
assistance
in the analysis of the observations.-
There are 2 figures and 4 referencest 3 Soviet-bloc and I
non-
Soviet-bloc. The English language reference reads as
follows;
Card 2/F -~3

332A
An estimate of the stability of S/141/61/oo4/006/004/017
E032/ElA
Ref.23 J.A. Thomas, E.K. Smith.
J..Atm. Terr. Phys~, v-139 295 (1959).
ASSOCIATION: Rostovskiy-na-Donu gosudarstvennyy universitet
(Rostov on Don State University)
SUBMITTED: March 8, ig6l
Card 3/f

42129
SM3/621002/'00210041017
1046/1246
AUTHORS: Chavdarov, S. S. and Chasovitin, Yu. K.
TITLE: Stability characteris radiowave reflection from the
sporadic E layer according to
observations in Rostov-on-the-Don
PERIODICAL: Geomagnetizm i acronomiya, v. 2, no. 2,1%2, 249-256
TEXT: The materials of the Rostov ionospheric station for
1958-1959 are used to determine the proba-
bility (pE~)~ of formation of an E, layer of a given type with
a given life-time -r, and the probability (pE.)
of formation of an E, layer of a given life-time at a given
time of the day. In summertime. E, layers f and
types have the highest life-time, and thus ensure stable
reflection of radiowaves; in winter, as a rule, T is about
the same for all layer types, its values being rather low.The
probability (pQ., I attains its annual maximum
in May-August, and its minimum in January. In summer, the
probability incfei~es daily at 5-7 hours, and in _0
winter at 9-10 hours; this phenomenon points to a certain link
between the formation of E, layers and the
sunrise. There are 5 figures and I table.
ASSOCIATION: Rostovskii-na-Donu gosudarstvennyy univcrsitet
(The Rostov-on-the-Don State Uni-
vcrsity)
SUBMITTED: January 2,1961
Card I /I

CHASOVITIN. Yu.K.; S,OLCHATUVA, L.Ya.
.--- .--. .- 7- w~ - - .-
Dopendence of %-layer characteristics on the
susceptibility of
the recelvlng apparatus*-Geomag., i aer, 3
no,5.,9,"47, 3-0 16.3o
(MMA 16:21)
1, Rostovskiy-na-Donu gosudarstvennyy universitet.

--5
P~-51
-L--:-2--1-'7'3'0'-6 1, 'T (d)/PW,4/EW (1)/-PM (k) -2 EWri
(V)ftcc/7,Fc-j4/EEC (t) (h
5
/ppj -4/p ac-44/i~ae-2/Peb S31)(c) 1-mOs
pg-lA7p--TZ7pl-4/-.-n-4/Po-4t .4/pc~
Arrrr.-RTOM WR! AP40 43719 S/0106/64/000/008/0077/0078

SOURCE: Ad SSSR, Hezhduvedbmstvennyy geofizicheskiy komitet. V
razdel progranmy IMM: Ionos fera. Sbornik statey, no. 13, 1964,
24-28
TOPIC TAGS: radio W Sporadic- layer, reflection stability, ap-
.1 -In V_e_j
y, exponential function
pearance probabilit,
BSTRACT: The cont'inuouv: rif-l i 1.of~radin waves from the sporadic
A ec ion
Es -layer is determined by a parameter i which expresses the stability
of reflection. Analysis of-data obtained during 1958 and 1959 made
it possible to characterize-:the duration of the reflection but did
not f ix the time of , day -when.. the-, ref lection o tarts and when
i t ends
-_-,.,!~-Aprobabillty wity~ It - 'T o-LA6.-b -represents the general
probability of,
appearance-of, at~,-a fixed hour of the day with a
-layer
the
the*
s
longer continuous reflection -of, waves.,w- Tf means a time duration
of
Card 1/2

3932z.~63

~~'!_.ACCESSTON Ott M0014:3-.

continuous ref lection
staz;ting~fxidm x --'Analysis
of the dependence

D f- (PE-b'>'. upon Tar- various~- times of the day and
0
,
0

the months and a
-
- ,
comparison w:1th experimental data made it possible
to express the
probability (pE&)t-.;,-,.r as an exponential function. Th
is function
was
computed for varioun To values and then compared w
ith experimental
data. The difference between the two did not exce
ed 6%. Long-last-
-layer
ing reflections of radio waves from the Es
are stable, while
brief
reflections are unstable. Orig. art. has:
3 figures and 1
formula.

(EGI
ASSOCIATION: none

SUBMITTED: -,00 ENCLO, :00
SUB CODE: e5 ac;"
NO:
REF SOV; 004 :OTHER: 000
ATD PRESS'
3226

L 2o461-fl
EWI(1)/FCC/EWA(h) N
-;---UR/O~03/66/006/001/0049/0055-11
!ACc nA;' A1~6066657 SOURCE COD9.
IAUTHOR: Chasovitin, Yu.IX. (Member of physics faculty)
i-ORG: Rostov-on-the-Don State Unjy!~~_Department of Physics
(Rostovskiy-na-Donui
gosudarst,vennyy universitelt, Fizicheskiy fakulltet)
ITITLE: On~the dependence of the sporadic.-I-layer characteristics on
-the
leng-ineering parameters of the ionospheric stations
ISOURCE: Geomagnetizm i aeronomiyal v- 6, no. 11~19661'49-55
TOPICTAGS, ionosphere, ionospheric propagation, radio.transmission, E
layer
ABSTRACT: The experimental data obtained by varying the sensitivity of
the radios
receiver and the capacity of-the transmitter over a wide band were
analyzed and
compared with the models of the sporadic E layer. This was done to
detex e the
effect of the ionosphere station parameters on the E-layer
characteristics. The
frequency range used was 0-5--20 Moycles at 100 1A see duration
intervals and a A
20-kor power level. In each test measurements were made of.the
departure of the
ordinary wave (f E and extraordinary wave, (f E ) cutoff frequencies
from their
0 a X a
maximum sensitivity or strength. The data were divided into-two
groups. The first!
UDC, 550. 388.21F
LCOrd_

.CHASOVITIN, TU.S.
Manufacture of protectors for drill pipes. Razved. i
okh. nedr.
28 no.12;48~49 D 162. (MM 3-6:5)
1. Darasunskays, geologorazvedochnaya partiya.
(Boring machinery-Squipment and supplies)
I

CHASOVITINAP G.M.
N~ I
Sod- grass in central Kazakhstan. Zemledelie 23 no.6:69-70 Je
161.
(MIRA 14:6)
1. Kazakhokiy nauchno-insledovate2lakiy institut kormov i
pastbishch.
(Kazakhstan-Sudan grass)

BULGARIA/pharmacology Toxicology - Tranquilizers. V
Abs Jour : Ref Zhur Biol., No 4, 1.959, 18546
Author : chasovaitarov.,
Inst :-.~;
Title : Rare Complication in Treatwint vith Largactyl
Orig Pub Sovrem. meditsina, 1958, 9, No 2, 96-97
Abstract In a 35-year-old patient w:th schizophrenia, on
the 3rd
day of tra4tment with largdctyl in a dose of 100 mg, a
daily syndrome of torsion dystonia, developed, vhich
disappeared on the 9th day after termination of treat-
ment.
Card 1/1
- 1T -

CHASOTNUOT, A.A., polkoynik seditsinakoy slushby,
dotsent.
Role of the water factor in the epidemiology of
bacillary dysentery.
Toone-im"s shurs no*3:46-53 Ur 156. (HutA 9:9)
(WATRI-BACIMMOGY) (DYSUMT)

CHASOVNIMOV, A.A.
Some theoretical problemo in epidemiology.
Zhur.mikrobiol... epid.i
immun. 33 no.8:141-144 Ag 62. (?URA 15:101
~EPIDEMILOGY)
J.

VASILITIV, K.N. [deceased]; MASMIEDT, A.A.; VOLKOVA. Ye.A.
W
Investigating the applicability of thermoelectric anemometers with
ordinar7 galvanometers to the study of air-flow vibrations.
Trudy VNIIN no-1:32-45 148. (KrRA 11 - JA
(Anemometer) (Air flow-Vibration)

Calibration of ]PItot-statle tubess Trudy MD(
no.1:46:61 948.
(MMA 3-1:11)
(Fluld dMemIcs)

ZHUXOT, V.I.; SUPANOT, L.P.;
.499AW ~:.- .
Automatic wamwing task designed by the All-Unlon
Scientific
Research Institute of Yatrology, 2=4
TNID(no.19:76-83 152,
(Flowmeters) (mm lzt6)

S11 23/16 1/000/022/017/0 24
Aoo4/Alol
AUTHORSI Dmitriyev, A.S., Chasovnikoy A A
TITIE: The -type MHII_l (MNP-l) master micro-pressure gage
with measuring
ranges of 400 - 4,000 kgf/M2
FERIWICAL: Referativnyy zhurnal. 14ashinostroyeniye, no. 22,
1961, 7, abstract
22E54 ("Tr. In-tov Kom-ta standartov, mer i izmerit. priborov
pri
sov. min. ss W , 1961, no. 50, [110], 103 - 107)
TEXT: The authors describe the type NNP-1 loat-piston master
micro-pres-
sure gage with measuring ranges of 400 - 4,000 kgf/m ,
developed by 2the VNIIM
im.,Mendeleyev. The rated cross-section area of the piston is
5 cm . The piston
displacement is observed in the MHP_l (MIR-1) microscope
according to a gradua-
tion marked on the piston rod. The piston is rotated with a
speed of 30 rpm by
a synchronous motor. The clearance between the piston and
cylinder is filled
with kerosene injected under a pressure which somewhat exceeds
the pressure be-
ing measured. The piston stroke is 15 mm. The-device is fitted
with seven?
weights. The sensitivity threshold determined by a 5-mg weight
amounts to 0,01
kgf/m2. At a pressure of 4,000 kgf/m2 the piston lowering
speed does not ex---eed
Cardl/2

S/12_3/61/000/022/017/024
The type MHII_j (MNP-,J) ... A004/A101
0.5 mm/min. The effective piston area is determined by way of
comparing the
device with the VNIIM load piston pressure calibration
instrument. The error
limit of the device is 0.02% which makes it possible to use it as
a master de-
vice of the first order. There are 3 figures.
S. Kivilis
[Abstracter's note: Complete translation]
Card 2/2.

L 20713-o'
A=WION '-MR: AT5002059 8/2589/62/OW/066/0090/0100
AUMOR: Chasoynikov, -A.. A.
ter
TITLE.. AnQ~rsie of calibration MM-3 type micromanow
SOURM. USSR. Komitet standartov, mer,, I I=eritel ny*kh priboroy.'
Trmdy*,,Insti-:_-
Kant (126), 9.. _-'Miiiid6i~ V Zme
iya - oblasti- i reniy "vleniya,
i, *skuwsa, 90-100
TOKC TAGS::-, calibration type~jmlcromsnowtero
ABSTRACT:~ 7he )EX-Alcropressure. gagetas develcped at V31314 on the
basis ef an
oPerating Prototype rrm UM aer-olyiff=etric laboratory of VNIM. The
NM-3 is the
third model of the instrument. The instrunent vas to serve as a
cailibrator for
checking of inicrorpressure gages of typei~ Ip!~%ALD;pPrandtI4 9LL~-l
etc. Ydcro-
pressure gage MM-1 vaa on display at theAndustrial exhibition.in
Moscow. Measure-
ment limits of pressure differences by the instrument are from 10 to
4.00 kg/M
(um of vater). All institutes of the system of committee of standards
and many
state controlled laboratorles are e(Ddppedwith these instruments.
They are basic
standard instruments in diapazone, having been measured by
differences of pressure
from 10 to 400 kg/sq. m. A theoretical study of the micropressure gap
was con-
ductea by L. P. Stepanov (VNIIN). Orig. art. has: 5 figures, tables,
and 5
/,q.7-,, C, V tY Al)

AIEKSANYAN, A.B., prof.; BEZD04EZHNYKH I.S., doktor
med. nauk;
BELYAKOVI V.D., doktor med. nauk; BES.%%7wJVYY,
B.S., dokt.
med. nauk; VASHKOV, V.I.# prof.; GRCMASHEVSKIY,
L.V._
prof.; YELKIN, I.I., prof.; ZHDALIOV, V.M., prof.,-
ZHMAYEVA '* Z.M., kand. biol. nauk; KOVARSKIY,
M.S., kand.
med. nauk; NABOKOV, V.A., prof.; ROVOGORODSKAYA,
E.M.,
prof.; PAVLOVSKIY, Ye.N., akademik; PETRISHCHEVA,
P.A.,
prof.; PERVOMAYSKIY, G.S.0 prof.; POGODINA, L.N.;
ROGOZIN,
1.1.2 prof.; SUKHOVA, M.N., doktor biol. nauk;
QUSOVNIKOV,
A,.A., kand. mod. nauk; SHATROV, I.I., prof.;
SWRA-lif
B.L.y prof.; YASHKULI, V.K.p kand. med. nauk;
ZHUKOV-VEREZHNIKOV, N.N., prof., otv. red.;
BOLDYREV, T.I.,
prof., red.; ZASUKBIN, D.N., doktor biol. nauk,
red.;
KALINA, G.P., red.
[Multivolume manual on the microbiology, clinical
aspects
and epidemiology of communicable diseases]
Mnogotomnoe ru-
kovodstvo po mikrabiologii, -Uinike i epidemiologii
infek-
tsionnykh boleznei. Moskva., Meditsina. Vol.5. 1965.
548 P. (MIRA 18:3)
1. Deys+.viteltnyy chlen AMN SSSR (for Aleksaryan,
Gromashevskiy, Zhdanov, Zhukov-Verezhnikov). 2.
',hlep-
korrespondent P1,1N SS!R (for Rogosiin, Boldyrev).

CHABOYNIKOV, A.S.
Magnesium torpedo for hydochloric acid treatmnt of oil
Valle. Patent
U.S.S.R. 78,381. Dec.31, 1949,
(CA 47 no.19:10213 153)

15-57-1-860
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 1.
p 135 (USSR)
AUTHOR: Chasovnikov, A. S.
TITLE: Experiments on the Hydrofract Process in the Wells
Exploited by Kuybneftt (The Association on the Kuybyshev-
raeftl Petroleum Industry) (Opytnyye raboty po gidrav-
licheskomu razryvu plasta na mestorozhdeniyakh
obtlyedineniya.Kuybyshevneft')
PERIODICAL: V sb: Metody uvelicheniya nefteotdachl plastov.
Moscow, Gostoptekhizdat, 1955, pp 60-73.
ABSTRACT: In a number of fields of the Kuybyahevneft' the
pr6ductive
formations have a high oil saturation but a low 'yield,
in very dense and slightly permeable rocks (the Vereya,
15ankov-Lebedyan' , and -Tournasian horizons of the
Zoll.nyy formation B in the Yablonevyy Canyon field,
the Vereya horizon in the Byzran' area, and numerous
deposits in the Permian system). Hydrofract work in
Card 1/2 the Yablonevyy region is described in detail. In this

15-57-1-860
Experiments on the Hydrofract Process in the Wells (Cont.)
district the oil occurs in two dolomite beds in the Kungura
series.
The effective thicknesses of these beds range from foar to
nine
meters, and they lie at depths ranging from 560 m to 580 m.
Hydrochloric acid or mixture of ac
' 'id and sulfite-alcohol residuum
were us d to produce the fracturing. The L)rocess required
15 m3
to 20 ~$ hydrofract fluid and 5 m3 to 20 mO oil. The liquid
vas
pumped into the beds at the highest possible rate (20 to 40
minutes)..
Forty to sixty minutes were spent in pumping the fluid.
Twenty-
five hydrofract operations in all were conducted in the
fields of
the Kinellneft' (Trust of the Kinell Petroleum Industry).
Of these,
nine gave good results, seven average, and four poor. As a
result,
the yield in the series of wells increased from a range of
0.8 to
8 tons per day to a range of 18 to 30 tons per day in the
period
immediately after treatment. The best results were obtained
in
wells where high-formational pressure and high oil
saturation were
preserved. In such wellss hydrochloric acid was used for
the hydro-
fract fluid. All these treatments in the wells produced an
additional 25 000 tons of oil.
Card 2/2 V. B. 0.

CNABOYNINOT. O.T.. lasheser,
WM---NM -MMRNM~
Automatic control of the dissagicas of p"&Ictg
dmrigg the as-
chiming process on grladlvg machines. [IsQ UNITOUS
24:
63-72 151. (KIM 8:2)
(Automatic coatrol)(Orladliag and polishing)

1. CHASOVNIIKOV, G. V., ]hg.
2. USSR (6oo)
4. Metal-Working Machinery
7. Measuring instrument for internal grinding and groove-cutting
machines. Podshi-IDnik
No 12 1952.
9. Monthl List of Russian Accessions, Library of Congress, ADril
-1953, Uncl.

CHASOVNI-KOV, G.V.,inzhener.,
'"Activell control units used In wamfacturing
antifriction
beariqp. Manhinostrol tell no.4:22-16 Ap '57. (tff2A
10:5)
(Bearing Industry) (Automatic control)

BRUSILOVSKIY~ D.A.; BULGAKOV, L.N.; GENIS, S.M.; RVARTIN,
L.M.;
lLqAS0VSKIY,, Ye.S.; 14IKHZLOV,, D.I.; NATOCHANNYY, A.S.;
NIKOLISKIly
V.N.; POPOV) M.P.; SIGODZINSKrY, A.A.; SKOMIOROSHM , A.F.;
Cl"ONIMOY-1-ml; DERBISHER, A.V., kand. ekon. nauk, red.;
DULKIN, N.A., spets. red.; BONDAROVSKAYA, G.V... red.;
TCRSHINA,
Ye.Ae. tekhne red.
[Over*all automation and modernization of e ulpment and
production
processes at the Fir"ot State Bearing Plantl Nompleksnaia
avtoma-
t12atsiin I =dernizatsiia oborudovaniia, i- protsessov
proi-.vodstva
na, Pervom gosudarstve=om podshipnikovo*"Izavode. Iloskva,
TSentr.
biuro tekbn. informatsil 1959. 84 P. (MIRA 15:1)
1. -Russia.(1917- R.S.F.S.R.) Moskov-ski7 gorodskoy
ekonomicheskiy
administrativivy rayon. Sovet narodnogo khozayastva.
(Moscow-Bearing industry) (Automation)

CHASOVNINOV. G.
From an autoaatic production line to an automatic plant.
NTO
no.1:41-42 Ja 159- (KIRA 12:2)
1. Zamestitel, Predsedatelya soveta, perwichnoy
organizatsit
nauchno-tekhnleheslwgo obahchestva washinoatroitallnoy
promysh-
lmmosti 1-go Gosudarst"nnogo poaahipnikovogo zavocla.
(Automation)

25(3) SOV/117-59-3-34/37
AUTHOR:
Chasovnikov, G.V., Engineer
TITLE:
For Technical Progress
(Za tekhnicheskiy progress)
PERIODICAL:
Mashinostroitell, 1959, Nr
3, pp 44 - 45 (USSR)
ABSTRACT:
The article contains information on
the activities

of the 700-member plant "NTO"
(Scientific-Technical

Society) of the 1 Gosudarstvennyy
odshipnikovyy

zavod (The 1st State Bearing Plan . The activi-
t5

ties are the following: 1) the organization of

"public reviews"
and competitions, in the course

of which 1781 practical
suggestions were received

in 1958; 2) cooperation with the
planti's Bureau of

Technical Information ("BTI'l) in publishing
bulletins

and leaflets and in the special "technical pages"

in the
plant's newspaper; 3) organizing professi-

onal conferences of
best workers, demonstrations of

ways to do jobs, excursions,
demonstrations of tech-

nical movies, public reports after visits
to plants
Card 1/3
in the USSR and abroad; 4) special
skill-arising

For Technical Progress
SOV/117-59-3-34/3'('
courses for designers, technologists, mechanics and
power engineers; 5) lectures ("seminars")on Drecision
of the technological processes, given by Prof-ssor,
Doctor of Technical Sciences A.N. Borodachev,.Institut
mashinovedeniya AN SSSR (Mechanical Engineering
Institut of AS USSR) and by the plant's Chief En-
gineer A.V. Derbisher 6) readers' conferences at
the plant's technical library; 7) annual technical
conferences; 8) contacts with 16 differnet scienti-
fic institutes in the country; 9) organization of
experimental work at the plant. The plant 'INTO" has
7 sections: stamping and forging, automation and
mechanization, repair and modernization, cutting
and cutting tools, grinding and abrasives, power,
organization of work and pay. Two ideas of a mem-
ber, I.N. Kozlov, are mentioned: 1) stamping car-
dan-bearing rings from spherical blanks (which
doubled the metal utilization factor), and 2) making
Card 2/3 ring blanks from pipes.by means of screwline cutting.

For Technical Progress
SOV/117-59-]~--34/37
It is mentioned that the plant introduced the 7-hour
vrork day in 1958. During the first 8 months of 1958,
9? machine tools were modernized and automated,
56 new equipment units were made, 44 machine tools
were Drovided with electromechanical tracing feed
systems. According to the plan, the production of
large-batch and mass-produced bearings will have to
be fully automated by 1965. Two automatic shops
will be built,, one of which (cardan shaft bearitngs
shop) must be operating by 1960.
Card 3/3

GH&SOVNIKOV, G. (14oakva)
On the front line of technical development. IITO 2
no.12
16-19 A '60. (MIU 130)
1. Zamestitel, predesdatelys soveta pervichnoy
organizatsil
Naucbno-tekhnichookago obahchostva I-go
Gosudarstvonnago
podshipnikovago savoda.
(Moscow-Bearing induatry--Tecbnological innovations)
I