SCIENTIFIC ABSTRACT KRIVOSHEYA, I. - KRIVOSHEYEV, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826610008-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KRIVOSHEYA, I.
In close connaction with enterprises. NTO 3 no. 5t49-50 14Y 161.
(MIRA 14:5)
1. Nachallnik otdela tokhnicheskoy informatsii Khersonskogo
proyaktno-konBtruktorokogo tekhnologichegkof'D inatituta.
(Kherson-Tachnical socie,

MU-VOSHZIA,,-j,[KMooheia, I.1p inzh.
Automatic cutting of steel. Xauka i sbyttla 12 no.2:1~
(MIRA 16:4)
(Gan welding and cutting)

K,,IV0SfflEYA$ I'll. .~.
KRI1.103HEYA, M. D. -- "Determination of the Variety of Winter Wheat by
the Method of Laboratory-Variety Control." Min Higher Education
Ukrainian SSH. KharIkov Order of Labor Red Banner Agricultural
Inst imeni V. V. Dokuchayev. Makhochkalap 1955.
(Dissertation for the Degree of Candidate in Agricultural Sciences).
SO: Knizhnaya Letopist, No 9s 1956

PETROV, A.S.; TKACHFNKO, I.A.; KRIVOSHEYA, P.I.; KRAVCHENKO, A.V., inzh.
Advanced section of communist labor. Put' i put. khoz. 9 no.2:19
165. (MIRA 18:7)
1. Nachallnik gvqtovskoy dintantaii Donetskoy dorogi (for Petrov). 2. Sekre-
tar' partiynogo byuro, stantsiya 9vatovo, Donetskoy dorogi (for Tkachenkc).
3. Svatovskaya distantslya Donetskoy dorogi (for Kravchenko).

SHVAY, L.P.; [Kryv-onbeia,, V.0.11 MMYATS.. I.A. (Hesiata..
I.O.-J; ERMIBURG, G.A Erenburg, H.O.]
Some problems of hydrogeological conditions in the Weper-DDnetB
Low3,and in connection vith oil and gas potentials. Geol.whar. 22
no.5s8O-85 162. (KMA 15:22)
1. Glavno geologicheskoye upravleniye UkrSM*
"Odeper-Donets lowland-Petrolem geology)
(Dnieper-Donets Lowland-Gavp Hataral-Geology)

I-- -- --- -- --- --- -- - ---- - -- - - -- --- ---- -
FILIPPOV, D.M.; IIIMYLOV, O.T,;, MUVOSIM, V.G.
Use of aeronautical parachutes in the measurement of deep ocean
currents, Meteor.i gidrol. no.5:42-43 My t6l. (MIRA 14:10
(ocean currents) (Parachutes)

104~3"15P45
AUTHOR: Krivosheya, V.I. and Sarychev, B.M., Engineers.
TITIE: The spacing of supports with pin-type insulators for lines
of 6 - 35 M (Rasstanovka opor so shtyrevymi izolyatoxami
dlya liniy 6 - 35 IM
PERIODICAL: IrBlektricheBkiye StantsiV1 (Power Stations), 1957,
Vol*289 No*3, pp. 51 - 52 (U.S.S.R.)
ABSTRACT: In the design of transmission lines with pin type insul-
ators the spacing of the supports depends on the profile of
the line. It is usually supposed that the difference between
span lengths should not be more than lWo on the assumption
that when atmospheric conditions change the tensions in the
wires in unequal adjacent spans will alter by different amounts
which might weaken the poles or damage the conductors. This
article provides an analysis of this question and shows that
there is no risk in spacing wood or concrete poles with
greater diff9rences of span length such as are permissible when
suspension insulators are used. This is most economical.
Calculations show that the greatest tension occurs at the
minimum air tempeiature when the conductors were elected at a
Card 1/2 higher temperature. The preliminary calculations that are
required in order to.determine the differences of tension are
stated. Particular cases are then considered such as two spans

104-3-15/45
The spacing of su orts with pin-type insulators for lines of
6 - 35 kV. (COM5
between anchor points, one longer than the other, three spans
of gradually increasing length and so on. Diagrams showinZ
the course and results of the calculations are drawn to scale
and it is shown that the greatest difference of tension at the
support is obtained when theie are two spans, one of which is
1.5 to 2 times as :bng as the other and that even then with
conductor TIC-50 and region I climatic conditions the difference
in tension is 6nly 5 kg, which is negligible and which will not
cause damage to the conductors, Joints or supports.
There ale 5 figures.
AVAIIABLE: Library of Congress
eaxd 2/2

KRIVOSIMA, V.M., Inzh.
Now metallurgical equlpmont In*fornIqn c~~untrieq. Aet. i
gornorud. prom. no.2s8l-85 Mr-Ap 62. (MRA 15111)
(Metallurgy-Squipent and 9upplies)

T J, 4i W Z
7N J.;4
r4 -''V'!
6032555 usomic'~: tjii/t)lP,-,-/66/ooo/oog)0054/0056
AUT110R: Krivosheya, V. Ye.; Yudin, V. 1-1.
ORG: Ural Chemical Machine Plant (Uralkhi=ashzavod).
TITLE: New guns for manual argon shielded arc weldi f tit!~n~i articles
Li-n ge
SOURCE: Avtomaticheskaya avarka, no. 9, 1966, 514-56
TOPIC TAGS: titanium,vwlp~ welding technology, welding equipment, welding gun,
51-6 ;t1xide4 arc welding
ABSTRACT: Two guns for manual argon shielded arc welding of titanium have been
developed. The salient feature of both guns is the gas-nozzle diameter (30-50 mm)
which produces a wide laminar low-velocity gas stream extending up to 120 = from
the tip of the nozzle. Welding is performed with the argon flow directed against
the direction of welding. The stream of argon spreads over the welded joint and
adjacent hot zone, protecting them from oxidation. One gun (see Fig. 1) is
equipped with automatic feed of the filler wire. It differs from standard guns in
that the electrode (16) and gas nozzle (15) are separated: with the electrode In
the vertical position, the gas enters the welding zone at an angle of 25-30'.
Filler wire is fed automatically through the nozzle (114). The new welding guns I't
simplify the process of welding titanium alloys and give adequate protection again
Card 1/2 ium 621.791.856-03:669.

L 029,66--tO
ACC NR: AP6032555
Fig. 1. Gun for argon shielded
arc welding of titanium
.1, 2, 3, 4, 16, 17 - Electrode
holder; 11, 12, 15 - gas nozzle;
10, 13, 14 - filler wire feed
mechanism; 5, 6, 7, 8, 9 gun
holder.
devices. Orig. art. has:
5099

STARIGHENKO, Ye.N., inzh.; KPJVOSHEYA, V.ye., inzh.
Practice of mechanized argon-aro welding of KbIBNJOT steel vessels.
Svar.proizv. no.2s9-31 F 164. (MIRA 1811)
1. Urallskiy zavod tyazhelogo khimicheskogo mashinostroyeniya.

r'WrkM1/F,,VkkJ
ACC NRt AP6005343 -41
1T/EwP(V)/E14P(t) JD-AIM/F
SOURCE; CODE: uR/0413/66/000/001/0087/0087
IUMNTOR: KrIvosheyas V, Ye ; Starichenko, Ye, N.
ORO: none 111 1
TITLE: Nickel-base alloy. Class 40, No, 177623 [announced by the
Ural Plant of Chemical Machinery (Urallskiy zavod khimioheskogo
mashinostroyenlya)i
SOURCE: Izobretenlya4 promyshlennyye obraztsyj tovarnyye znakip
no. 1. 1966s 87
TOPIC TAGS: machinery# chemical equipment, nickel base alloy
ABSTRACT: An Author Certificate has been Issued for a nickel-base
d1loy containing titaniumPaluminumPand MW3gjW'"**7 _qjda
for making y
structures and welding wire. To improve its welftbilityI the alloy
composition is listed ac follows (%): titanium, 2.0*-- 3.0; aluminum,
1.1 -- :L.6; manganese, 1.0 -- 1.5; Iron, not over 0'15; copper, not
over 0.1; silicon, not over 0.2; carbon, not over 0:1; Bulfurp not
over 0.03; phosphoruej not over 0.02. (LD)
SUB CODE: 3.1/ SUBM DATE: 12Sep64/
Card-1/1- maj 669.2451711295174

KRIVOSHEYENKO G. kand.tekhn,naukj inzhener-podpolkovnik
Operation of machiner7 under severe climatic conditions. Tyl i
snab.Sov. Voor.Sil 21 no.2:70-74 F 161. (MIRA l4sQ
(Vehicles, Mllitary~--Cold weather operation)

ZAGADSKIY, I-Ilkhall Nonstantinovich, kand. tekhn. nauk, dGta.;
SIRMS, Aleksandr fifaraslyevich, kami. tokhn.nauk, dote.;
CaUGOPYEV, Vlktor Andrayovich, kand. toklin. niuk, dots.;
BIVOIllb"YENNO, Grigoriy Karg~vlch, kand. wkhn. nauk,
[maintenance equipment; construction and operation PaVko-
voe oborudavaniej ustroistvo i ekspluatatuiia. (-trl m.y,
Zagadnkil i dr. Moskva, Vonnizdat, 1.964. 3)1 p.
(I-11RA 17:10)

KPIVOISIXYMIKO, Grigoriy_ Karpovich; LEIEDEV, Vladimir Favlovich;
- ... . 11 --s-TA,mv, O.fj_.-p..- red,.- .
(Automobile and the chemistry of macro-molecules] Avto-
mobil' i khimiia bollshikh molekul. Moskvu, Voenizdat,
1965. 74 p. WIRA 19:1)

KRIVOSM9TIMO . 0, ka.nd.takhn.nauk (Leningrad)
Difficulties In starting diesel engines at low temperatures and
overcoming theme. Stroi. truboprov. 5 no.12:25-28 D 160.
NM 13:12)
(Diesel engines-Cold veather operation)

I i-rNEVA Ut'v. red.
(DuLletln of the Botanical Garden of T,,p Ali-,; -,Y
elitlp~s of Kirghiz S.S.R.; floriculture ahd
I'svetovodstvo i polezrigre rartenlia. Frvt:;,.i~.,
p.
1. Kkadtm~ya nauk Kirgizskoy

KRIVOSHATMO, P. [Kryvasheenka, 11.1
A girl from an electric station. Rab. i sial. 35 no.12:21 D 159
(Vasilevichl-Bleatric power plants)

06453
6(4) SOV/107-59-5-48/51
AUTHOR: Krivosheyenko, V.
TITLE: Radio Building in China
PERIODICAL: Radio, 1959, Nr 5, p 60 (USSR)
ABSTRACT: The author reviews briefly the progress made In the
development of the Chinese electronics and radio
industry. This review is based on information from
the periodical "ft-hsi4ji-tieiw.. Experimental vhf broad-
casts are conducted in Peking, which have a range of
60-70 km. The development of TV is emphasized. Be-
sides J&Peking, TV stations were erected in Shanghai
and in Harbin. In 1958, the Chinese radio industry
started the production of the TV set "Peking" which
resembles the Russian "Rubin" and "Znamyall TV sets.
Mobile TV stations and other TV station equipment
are manufactured in adequate quantity and quality.
Besides the Peking Radio Plant, the Shanghai and
Tientsin ' radio plants began the production of TV
Card 112 sets. The plant "KIIA-P~~

Radio Building in China
01,
SOV107-59-5-48/51
ch'i-talai started the production of over 100
different radio items. More than 70 models were shown
at an exhibition of Chinese radio receivers in November
1958* The author mentions the following receivers:
tiL-tao~ 50611, '%i-to52A-A"j, "Hsij)~-shW-tai 104",
"Miidan' 101". 11563AIII "562AII and others. The number
of Chinese radio amateurs is growing constantly. In
~958, students of the&114-bm- university built a
radiotelescope. Students of all faculties are trained
in 90-hour courses at the Peking Radio Club.
Card 2/2

- - -
'x KRIVOSHMIMD V.
Aquatic sports in China. Voen. %nan. 35 no.8:29 Ag 159.
(WRA 12:12)
(China--Aquatic sports)

(Ohina-Airplanea-Modele)

I
CHZHAN CZHXXI [CharW Chen]; KRIVosjWEjjj:o, V. [translator]
"The fleet" on 11suan VIu Hu. Voon.znan. 36 no-3:36
Mr 16o. (MIRA 1393)
(Nanking-Sbip models)

MIVOMEYENKOI V. -
The FIK Cup is ours, Za rul, 21 no.4s12-13 AP 163. (KM 1615)
(Motorcycle racing)

KRIVOSHETENKOV, OA,, ansistont
---. -- - , I .- .
Certain analogins in problems of rod bonling taking Into
account the time factor. Knucb.dokl.vys.9hkoly; etroi. no.20.
97-103 ' 511- (MIRA 1211)
(Elastic rods and w1ron)

KRIVOSHITMIKOV, O.P., aBpirant
Calculating the creep of a contimous girder. Nauch.dolkl.vys,shicol7-,
strol. no,3;49-57 158. (MIM 12:7)
1. 'Rekomondavana kafedroy stroitellnoy makhaniki Vaesoyuznogo zaoch-
noe,,o lnzhonerno-stroitellno.-o instituta.
(Girders) (Creep of mmtals)

SHTEFAN, I.D., inzh.; KRIVOSREY, LA., inzh.
Sinking inclined shafts in the Krivoy Rog Basin. Shakht. stroi. 7
no.7t23-26 J1 163. (MIRA 16slo)
1. Krivorozhskiy filial Vsesc)yuznogo nauchno-issledovatellskocro
0
instituta organizataii i mekhanizatsil shakhtnogo stroitellstva.

KRIVOSHEYO I.V.
Determination of the p=bor of atersoiaomsro of complex com-
paurAs, Zhiii.struktAhime 4 no.5:757-761 S-0 163. OURA 16:11)
1. Kharikovukiy gosudarstvannyy universitat imeal GorIkogo.

KRIVOSHEYAO,Y~,P., inzh., red.; PETROVAI V.V.p red.izd-va;
- .11-,"11~1--l' RODIOHOVAI V., tekhn, red.
[Instructions for designing steel elements by using
curved profiles] Ukazaniia po, proektirovaniia stallrqkh
konstruktsii s primenenlem gnutykh profilei (SN 247-63).
Moskva, Goestroiizdat., 1963. 25 p. (MIRA 1712)
1. Russia (1923- U.S,S.R.) GosudarstvemW komitet po
delam stroitel'st-va.

ACcrmiar im: AP4013290 S/0133/64/000/002/0009/0011
AUMM: Stoxichenkoj Yo* No (Engineer); rxivosheya, V. Ye. (Enzineer)
TITIZ,: Experience with the moch~nized voiding of vessels =CAB of
112181-1102 steel
SOURCE: Svarochnoye proizvodstvo., no. 2,, 19640 9-3.1
TOPIC TAGS: voiding, are voiding, arem are welding', mechanized. argoa are welding.,
stool voiding', XUBRIOT steel voiding
ABSTRACT: The articla describes the tccbholo5ical aspects of mechnnizecl aram-ard
volding of vessels manufactured frcm kh1allOT stool, as well = the decicva and
emstruction of special-purpose rips =cd in weldin,- the zootio= and body of tho
pressure ccutainer. The vessel ccnsista of three shells with a vall, thickaoss of
~= and Wo elliptical bottans 5 = thick. Requiremonts, of stability and rcsict-
rnco to intercrystallino, carrouim arc levied ca both the b=e motal, and the weld
metal. Tho work bad prevlouslv been dcno by nnnual ara voiding with typo U1
electrodes. As a reiult ef tosts, the decisica was mcd to switch ',,,o a =thcd of
d-c reverse-polarity mechanized argcn-are voiding with nonewsuc-ibla electrodes.
The equly=t ozd its toohniml characteristics am described. Are current is said
Card 1/2

ACCMICU HR: AP4013290
to lie within 230 to 330 rnperes,, arc, voltage frcm to 15 volts (tvo separato
beadn laid fraa one side in cne method and from two sides in another method), Are
lon,-,th voxies frcm 1 to 3 =,, with a volding rate of 7 to 25 =/hr. Filler trirc
dicmetcr is 1.6-2 =. TAnthanized tungsten (type VL-10) was used as the ncnam-
sumable electrode, and. welding wire Sv-06Kh1%ir2 as the deposit material. Smceial
riL,,.)s are also described vhich were doGir;ned for the welding of the sections and
body of tho vessel to provide butt-weldin.3 of the soam, el=ping against the copper
backinG,, and displac=ent of the welding head alonz the so=* Orige arto'has:
I table and 3 figures.
ASSCCIATICEI: URALMM44LM/,
SIUMNaMIM: 00 WM ACQ: 26reb64 EML: 00
STM CCM: ML NO MW $07: 000 'TFMR: 000
Card 2/2

KRIVOSHEYENKO, G.K. (Laningmd)
Guaranteed efficiency of machinea ln a penufroot region,
Stroi. truboprov. 8 no.9.-27-29 S 163. (MRA 16: 11)

KRPIOS!IFYENKOV, 0. 14. Cand Tech Sci -- (diss) "Certain problms of the S&FA
of rod syBtoma tnking into account thp creepage of tim materinl." Mos, 1959.
10 pp (Mos Order of Lenin Fmd Order of Labor Red Dnnner Inst of Engineers of
Railrond "mrmport im 1. V. Stalino' Chair of Construction 141ftteriAls), 150 copies
(KL, 43-59, 124)

AUTEORS: Krivosheyev, A.A. and Geyko, A.G. 130-58-2-5/21
TITLE: Hermetic Sealind--6f the Scale-car Cabin (Germetizatsiya
kabiny vagon-vesov)
PERIODICAL: Metallurg, 1958, vr 2, pp 7 - 8 (USSR),
ABSTRACT: In -spite of complete mechanisation of ecale-car operation
in the intake and weighinG of charge materials, the adoption
of hot-sinter charging at the imeni Dzerzhinsko~~a (imerii
Dzerzhinskiy) Works made the driver'3 conditions uncomfortable.
The authors describe a sealed and air-conditioned cabin, nine
of which were installed a~ the Works in 1955-57 for operating
with sinter at 400 - 450 C). The cabin is provided with two
windows on each side and the door (facing the bunkers) is also
glazed. All controls are located inside the cabin, the layout
bein
,T shown in Fi$.I. The air entering the cabin is cleaned by
pas ng over a water-sprayed coke filter resting on a steel
gid over a tank (Fig.2) fixed to the main frame of the car.
he tank water is sprayed on the coke with the aid of a type
700-40 pum, and the tank has doors for periodical removal of
the accum2ated dust-sludge and addition of coke to the 0 filter.
A "Sirocco" Nr 4 tan passes the cleaned air at 18 - 20 C into
the cabin and maintains a pressure sufficient to prevent the
ingress of dust. The adoption of thib system is said to have
(;ardl/2 improved blast-furnace operation as well as the scale-car

Hermetic Sealing of the Scale-car Cabin 130-58-2-5/21
drivers' working conditions and rates. There are 2 figures.
ASSOCIATION: Zavod im. Dzerzhinskogo (Imeni Dzerzhinskiy Works)
AVAILABLE: Library of Congress
Card 212
1. Blast furnaces-Wpment 2. Air conditioning-Humn
engineering

,pOWVCHriKO, I.G., kand.tokhn.naukl AFAHASITZ7, Y.N.,
inzh.; _xRiVo�Lfr v,_A.A., Insh.; YAROSHEVSKIY,
kr_
Investigation and control of
Stall 20 ao.9:769-774 S 160*
1. Zavod Im. Dzershinskogo i TSentrallnyy nauc
inutitut charnoy metallureii.
(Blast furnacgo-Haintenance and repnir)
?(Refractory materials)
furnace linings.
(HI11 13:9)

BIVOSHEYEVp A.G., inzh,.
Arrangement for the transfer of excavators from one area
to another. Met. i gormorud. prom. no-5:79 S-0 163.
(MIRA 16:11)
1. Kawyabburunakiy sholesorudnyy kombinat.

Y.N.
Analyzing housing projects to be built vith the aid of workerv
and employees. Trudy BPI 102:53-61 159. (MIRA 13:7)
(Apartment houses) (Construction iudustry-Costs)

SHMMOV, L.A., otv.red.; MKSTOY, A.K., red.; GERIGM, V.I., dotsent,
red.; ZAKHAHOV, V.A., red.;JM19~1~ dotsent, red,;
NAVIDROY, A.T.. red.; RAZUKOVSKIY, Y.N., doteent, red.; NIKO-
LAYBVA, T.A., red.10-ra; NAZAROVA, A.B., tekhn.red.
(Planning, building, and Improving cities) Planirovka, sontroika
i blagoustroistvo gorodov. Kookya, Izd-vo H-va kommun.khosoRSM,
1960. 179 p. WU U:6)
1. Akademlya stroitelletva I arkhitektury SWR. 2. Predsedatall
pravlaniya Rostovskogo otdoloniya Soyuza arkhitektorov SSSR (for
Grigor). 3. Nachallnik otdola po delam stroitelletys I arkhitak-
tury Rostovskogo obliapolkoma (for Zakh roy). 4. Zovedulushchly
kafedroy arWtektury Novocharkasokogo Ordena Trudovogo Kresnogo
Znameni politakhnicheekogo instituts. iment S.OrdzhonWdxe (for
Krivosheyev). 5. Kafedra arkhItaktury Rostovskogo Inzhanerno-
stroitellnogo institute (for Razumovskiy).
(City planning) (Apartment houses)

KRlVOSKxYj6V, A.K.V,dotsent
Scientific methods of standard planning. Trudy 9131 no.14z
?40-?4? '59. (MIRA 1311)
1. Novocharkneekly politakhaicheskly institut.
(Architecture--Designs and plane)

X.RD~W,Alekz_avdr Koalmich, dote.j ZHITKOV, V.Ya., starshiy
'~f_
prop., otv. re ; P~WRA V, V.D.,, dote., red.; ZARIFIYAN,
A.Z., dots., red.; NAUMOVA, Yu.A.,, tekhn. red.
[Types of apartments planned for the third climate region
of t he U. S. S. R. I Perspektivnye tipy kvartir dlia, trot I ago
klimatichaskogo raiona SSSR. Novocherkaosk, RedpLktsionno-
izdatellskii otdel NPI, 1962. 74 p. (MIRA 16:4)
1. Novocherkasek. Politekhnichaskiy institut. Kafadm arkhi-
tektury.
(Apartment houses--Design and construction)

r,RiV(j3HEYEV A.S., mauter
-------- L-:Z.L: - -
Defects of Interphase insulatior. Energetik 1'. rc. 12--(', 11 163.
(MMA 17:5)

MIVCM=, A. V.
"Vacuum diffusion bonding."
Report presented at the 3rd Baltic Conference on Welding, convened by the S--Tvnarkhozes
of the Lithuanian SSR, Latvian SSR, and Estonian SSR, 8-9 April 1c.64, Vilny-us.
[Avtomaticheskaya SVAREA, No. 7, 1964 P. 951

W Sit
"
t Mr

.
gL L
06
r ,9..A,A
Lill
t
,
1~11 awl Za4: ~:-.x and 230. los
jrj
Ismol
N

a .
;
Z
. limt, - and
ivirl Vjm a toll T.A ; I 'A I - I

'1 Mi. 1141, Awl '"N
lbrum IIAI- IS low
do,4.4 M
A
7
yak" -
A jj&
_j3 ill mm
..set Fe which callaril fly the virmll-11Y SWw I-
i%
Th" ""
f P
36
No- 9- At, 0,0 - i"
of
'
ooll"
SO t
i
V .
Ut The uldds and by Ill, high oxitent o
I%- I- ""llrnt at 1. 11,12% Owl I'%
-
I
i
p
- -
vat
r
all 2
ooll nalls,
6`1
t clit"ll
1* iretwilini fly
t, at k
411MCIAUT '4 low ii,lin UWt
l
w
.1
"'40.4 it" -3 (K 41
Sit'
d 11" ",
go "
IF ic
l
ItUf JjW ve'l 1'r with Ni. %:I
"" ", 41.116 "Ith .5 high C "i'l
,1 _OO
.11 an
m
1:04, Ill. r'
i? ,
will, low row Ill ttw truip. At,
,A
-00
"
1
"
~'.' "Ill
oo
" V
Strut
L., St# hatibles, tak" ItAistv
le
a .
So
to 14.
~I
1--
4,l
00 l
ct
-any alulp
'sp"
I-'%T 41S'
t
'p.
ILI14 It *4
an,% forating the mll* to a
aml V dir
an in,"mir 14 1, mrAl an inct
to
00 .
I-V ....-1411;1 loutramir
the hardem,&I,
Sol
00 rm-
I 1hrUhlrew-A
lit"'W"Slosul
0
0 ,the
p imirs brittir It Wiltroic.
cull"llat"'S" "I

.3
: IIW Mull show an im
or thr vlr,~ "'t I'd th" "A"' "i"'
list
,
estil
k

f , P
er"
which wea
I".." .1911-110ilm
1"C"Sontl UUI t- I.Mift, a
o
l1
. vt
I'llic main Arlit I% if fu
in the main nirtal nls-. -00
SO atom its hm.'t 11hild. ... all milkillow", himr,hw-l
,jft-,r4w 11,61-1
I hU
l
500
y
p
nagot .fis And an f"Ov"b"A
Will al"i the full,
1
l
0
1
l: 1
tor" Wilb tirvi
e nallit-vant-11
ritimd hir, (W 61) Ulm. th")
l
-
14mv f,wm ow
t
4A ,b, limper Jay"ll; an Uti-Ati-fair
-Tramns the drtmb
ku 00

-

-So1t
I Hvi~.Avv W In
d," fly" too '(W 1*1 it'll
b .1
00
u
vd floor
The ma-, The filling stott W the -nmtt%llt
"n
i US 0
mm
,
ve to The Triocity q cooling thy t
of the cast j
ung the c-liltelot of Mal. we 0
ac
hot coatrut of C and by W. R. 0

to SOL
0 0 0
it of a t

So of 0 0
o 11
S Oro 00 00 So* 00 00 6 0
to
U IN if 10 It 00
0 0 0 0 0 0
0
0
: 1 da, 0
.
.

'41 w 0 4p 0 a 0 a 0 0 9--WIVIF-W-w - w -
too 000 Mo
1
T
T
1
0
1 a I I
1
1 0 0 X
at ?~ v it I- a it ip to im c
L J it aj '4 or
-
004 - J- m Q W IX A I A 4 A G A
00

0
? -00

o0 jj *0
;-OG
00
001 Ims ftA"d p4 irso
Ab$MW $&Idw* IN tsk ..06
00
-a-~
=
t

0 of the vwn-
a ar".
-T
11-43am"I-1-
&.4fi. (
V
f
I
1y JI
AI%
praffite in Itw to", Is C-Ilig-d
cubioks c4 eutectic origin am a itra f4te 44
RIO

00.1 . The um of The rsistics tyw of L-ke Ve Pro-
tl
l
i
elgal
fl
t
mm, 4jm(wnW o4ruclutes than &- r
A,Mu. of Mo. NI JIM CF 49MA%" 'hr dePow
The shrowmAty of the Itnoc utc kniers sh--
00 R. Wan
sives"Ilemn.

00
00

v 00
00
;goo
1400
.00
z;00
!
Oo
;
flow 11 IAVO 'felt
Sol,]- .4t 0-1 cog
..(O0
111110 10it its 111111 it a a 19 It 10 a a 0 1 w aw I os I I
w It 4
I
00006060006000086090 40066600*6000000000
106 04000100000*000000ofn ::914000000006040060906

KRIVOMUFM, A. Ye.
"Rolls with High Endurance." Stall, No.6, pp. 200-202, 1946
Evaluation B-60896

KP.IVOj'ITYFV, A. YE.; GUDYNOV'SP, V. S.
Engr., Dnepropetrovsk Metal Inst., -cl948-.
"Ingot mold casting of steel charglng boxes for Martin furnaces,"
Stall, No. 8, 1948

KRIVOSWIYEVP A* Yeo
Krivosbayev, A, Ye, - "An instrument for top ventilation of locomotive boilers*,,
(With editorial comment), Tekhnika zhel, dorog, 1948,, No. 12,, P. 25.
Sot U-30429 11 March 53, (Letopis 'Zhurnal 'wjkh Statey, No, 7j, 1949)o

~,2311 K)-" v.
~te -1:1 ir vanlyu
(Unc,,ropetr. reLalluri., in-L ir. ~Aall,,a, 1"", i9l,-F:,
SO: Zlhurnallii,~'Jh ~AaLey) Vol. 1.7, Y4J .

r".,Tc, re IN neab'! n , n-~ ",r,.
rr,,. In-t ~fi. ni'
zw-ds t-:0. 194', p. 3-3n.
Ll-3^'r,, 16 Ti,nr 53, (TA3t pin 'Zllurn!Ll Iny!-',l

O-nf, A. Ye, ,iivl Runi til' i:-, L. I. - ",^n c-
flane nidy (Dnep, rTo 1 r.R, T:,, lue -fl,
otr.
Lltnyn-y~~ T-ro-*.-.-.,c.(Irtv "et-Iloverlenlye, 1,141, P. 31-1!,.
'!-Y~5`, V, Jima 53, (LICtOT4S 'Zhurh:Ll lnyl~', 7.,-,tcy r I -N n)

Namut IMIVOSn"Ml Androy Yovdokimvich
Dissertations Cast Cylinders (Theoretic and technological basos
of production)
Degreet Doe Tech Sci
Affiliationj Dnepropetrovsk Metallurgical Inst
Defense Date, Placee 8 Dec 55, Council of the lbscow Order of Labor
Red Banner Inst of Steel imeni Stalin
Certification Datei 12 MaY 56
Souroei BMV0 4/57

~7-~ .
I-!- tL
I
,~- I

- ... _ - -,-. --- -- -.1e,! -yr- ,j,
.- 1. . ~ i ".:

I , 137-58-2-2840
b, 4, A. Y
Translation from; Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 91 (USSR)
AUTHOR: Krivosheyev, A. Ye.
TITLE: Increasing the Durability of Cast Rolls (Povysheniye stoy-
kosti litykh prokatnykh valkov)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1956, Vol
10, pp 218-233
ABSTRACT: A qualitative study was made of steel and cast-iron rolls,
The best operational properties were exhibited by rolls of
hypereutectoid steel, because these wear lesi and with great-
er evenness. As a result of the "viscous" we.ir of hypoeutec-
toid and eutectoid steels the effective surface of the rolls
quickly lost its smoothness and became covered with tiny pro-
tuberances, which only increased the wear. Hypereutectoid
steel and cast iron exhibited a "brittle" wear. The smoothness
of these rolls was restored. thereby holding the wear to a min-
imum. Greater use should be made of rolls made from alloyed
and unalloyed steel with a 1.4-2. 0 percent C content. Technical
specifications must be worked out for them and the heat treat-
Card 1/2 ment improved, sand casting to be replaced by the exclusive

1371-58-2-28,10
r(-asing the Durability of Cast Rolls
use of metal molds or extremely thick cooling boxes (150-300mm). The
choice of cast-iron rolls, which must be carefully made, should be guided
by the specific conditions in which they are to be used. A classification
of operating conditions is 8iven for plate rolls and section rolls. Attention
is given to the wear-resistant qualities of the chilled layer as these relate
to various factors. Included are a performance curve for the rolls. recom-
mendations concerning the chemical compositon of the cast iron to be used,
etc.
D.M.
1. RoUs-Zumbility 2. RoUing miLls-4pplications
Card 2 /2

KRIVOSHIM, A.Te., Imndidat takhnichookikh nauk, doteent.
The quality of cast-iron rolls for sbape rollIng. Stall 16
no.7t649-650 JI 156. (RUA 9 t 9)
1. Dnepropetrovskiy metallurgichookly Institut.
(Rolls (Iron mills)--Quality control)

. KRIVOSURYXV, Andrey Ye h, professor. doktor tekhaicheskikh nauk;
- - wxwwwwe~ UAAMW.N*C
redaktor; SIDOROV, V.N., Inzhener, radaktor
Izdatel'stys; MIXHAYLOTA, V.V., tekhnichaskLy radaktor
[Cast rolls; theoretical and technological principles of production]
Litya volki-. teoratichaskis i takhnologinhaskie oanovy proizvodstva.
Koskvs, Goo.nauchno-takhn,izd-vo lit-ry po chernoi i tevetnoi metal-
lurgii, 1957. 360 p. (KIRA 10:8)
(Rolls (Iron mills))

YC
133-7-25/28
AUTHOR: Krivosh A.Ye., Doctor of Technical Sciences, Professor
and %zerskiy, B. ., Engineer.
ITITLE: The Production of Rolls with Cast Roll Passes (Proizvodst-To
valkov a litymi kalibrami)
PERIODICAL: Stal', 1957, no.?, pp. 663 - 665 (USSR).
ABSTRACT: The production of cast iron rolls with roll passes is
stated to be an established practice in the USSR. Superiority
of cast roll passes and the method of casting such rolls into
chill moulds as well as the method of casting chill moulds is
outlined and illustrated in Figs. 2 and 3. low alloy and not
alloyed cast iron is used (chemical composition is given).
There are 3 figures and 3 Skvic, references.
ASSOCIATIO.m: Dnepropetrovsk Metallurgical Institute and
Dnepropetrovsk' Cast Iron Rolls Manufacturing Works
(Daepropetrovskiy Metallurgicheskiy Institut i
Dnepropetrovskiy Chugunovalltsedelatellnyy Zavod)
AVAILABIE: Library of Congress.
Card 1/1

Tj 1 1-1 -8
I

, Irv "X
f4
V
Aw
AUTHOR: None Given 117-55-5-23/24
TITLEt All-Union Conference of Foundry Workers (Vsesoyuznoye sovesh-
chaniye liteyshchikov)
PERIODICALs Mashinostroltelft 1958, Br 5, P 48 (USSR)
ABSTRICTs At the end of 1957 an All-Union conference took place in
y
Moscow on scienti
c research in casting. After the plenary,
session the meeting broke up into the following 5 secticns:
iron castingo steel casting, technology of the casting form,
non-ferrous casting, and equipment. A total of 45 reports were
given. Representatives of the satellites also participated.
V.9. Shestopa.1, Candidate of Technical Sciences (Giprostanok)
reported on "The Latest in Projects of Foundry Shops and
Plants". I.P. Yegorenkov, Candidate of Technical Sciences
reported on "The Latest in Projects of Casting Machines".
N.G. Girshovichi Professor and Doctor of Technical Sciences
(LPI imeni Kalinin) reported on the important research work
being accooplished in deternining the continuity of solidi-
ficatibn of caatingB. A.F. Landap Professor, Yu.A. Litvintsev,
Engineer and Florin of the Moskovskly inotitut khimicheskogo
Card 1/3 mashinoatroyeniye (Iloscow Institut of Chemical Machine Build-

All-Union Conference of Foundry Workers 117-58-5-23/24
ing) reported on increased corrosion resistance and heat
resistance of high-test iron with ball-shaped graphite.
A:_~ ~ , Professor of the Dnepropetrovski7 metallur-
gicheskiy institut (Dnepropetrovsk Metallurgical Tnetitute)
reported on "The Crystallization of Chilled Iron". BA, Mill
man, Candidate of Technical Sciences (TSNIITMASH) reported on
"The Formation of Ball-Shaped Graphite and Prospects for
Receiving High Test Iron". N.D. Tit-6v, Candidate of Technical
Sciences (Automobile Plant imeni Likhachev) reported on
"Conveyor Mass Production at ZIL11. G.I. Kletskin, Candidate
of Technical Sciences (Stankolit) spoke on "Improvements of
the Process of Melting Iron in Cupola Furnaces". N.V, Gel perin
Candidate of Technical Sciences (NII TSKhY,) reported on
"Producti,gla of Crank Shafts for Tractor and Harvester Enginea".
I.N. Frolov, Engineer of the Barnaullskiy kotellnyy zavod
(Barnaul Boiler Plant) reported on the cent-rifugal casting of
important Iron and steel parts. Ye.M. Ba~urin, Engin er,
reported on "Risers in Exothermic Heat Treatment". N.Ya.
Kogan, Engineerp (VPTI, GLAVNIIP at COSPLAN USSR) reported on
Card 213 "A New Technology of Producing Large Castings in 1.echanized

,kll-Union Conference of Foundry Workers
AVAILABLM
117-50-5-23/24
Caissons". N.N. Belousov, Candidate of Technical Sciences
and A.A# Dodonbv, Engineer, X.G. Kbvvi and Z.67. Ilednikov
talked about casting undar pressure by using a vacuum.
G.3. Taburinskiyj Engineer (NIILITMASH) reported on automatic
machines for ahell moulds and cores. The work of the confer-
ence will be published in 1958-
Library of Congreas
Card 3/3 1. Foundr7 workers-Conferance-USSR

106 ( /I ) -r,V/12~-5q-7-2'7/'. 5
AUTHOR: Krivoshevev Doctor of mechnical 'ciencest
4
1
Rudaitakiy, L -,j ., Candidate of TecinicQl Iciences an~
Pelay, kraeop Pngineer
T I T LE: TTP-to-Date "ethods in Troducing, "tAr,,nePi_,,.m -rm~ter-
Allo.-O
PERI"'DICAL: Llteynoye Proizvod~.tvo, 1(150, tTr 7, pp tTT7,71)
ABSTRACT: The preparRt4on of inClustrial cr!s*in[,s from magnesium
cast iron with r3pheroirl.c.1 ;-,r,-),pHte formi!ition (spheroi-
dal cast iron) requests r~n improvement of the c-..rt
J-ron processing method. qo fRr the ~!g-Alloy is produc-
ed by the consumer and Rccordinr to different meth0s
of production. It is urCently necessary to accomplish
an immediate central production of !fg-alloys. Out of
~.he many domestic and foreign patents in this field
the silicon-!"g --nd the nickel-116, all.3ys have found tlr~e
widest propagation. The various me-lCho(Is descri'~ed in

Card 1/2 the literature are uneconomic. Nring 11)51;//r,6 t1lie

'
l
yebad e1,,,
~ornted n.
?.Ietrllurgical Plant in 7aporozh

COV/128-59-7-23/25
Up-to-Date Methods in Producing Vagnesium !~Iaster-;.Alloys
method for the central production of alloys (Titeynoye
Proizvodstvo, 1956, T-Tr 7~). ILhiS Dlant has produced
20 tons of Si-~Ig alloy with a contents of 6 to 141~
of ragnesium. The "new" method sugf-ested bL- the author A 76,
!'ikl-.xkhin and RelcusovL.At,iteynoye TIroizvodstvo, 1958
Nr 5) is incorrect, too expensive, and, follo,.-iing
this suggestion, it is not possible to produce alloys
of equal value. I'he authors of this article sug-est
an improvedmethod and do not agree with the quoted
authors fighting a central production of alloys. The
authors of this article request from rV)QT the elabo-
ration of uniformly binding work specifications, but
not based on the method suggested by Ilikhljkhin and
Pelonsov. There are 2 diagrams and 9 7oviet references
Card 212

5/137/611/000/007/034/072
A060/AlOl
AUTHOR.9- KrIvosheyev, A. Ye., Rudnitskly, L. S.
TITLE- Perspectives for increasing the durability of working and Idling
rolls of oontinu,-ja "hin-sheet mills
PERIODTCAL: Referativnyy zhurnal, Metallurglya, no. 7, 1960, 16, abstraot '1D124
("Tr. Konferents1i; Tekhn. progress v tekhnol. prokatn. proiz-va".
Sverdlovsk, Metallurgizdat, 1960, 418-434)
TEXT: On "he basis of observations cdrried out upon thi- operation of thin
sheet hot-rolling mills 1680 and 1450 It was established that In the stands 5-8
it Is expedient to uae two-layer workIng rolls made of medium alloy iron (2.6-3.2
pc N4 and 0.5-0.8 pe ^.r) with working layer hardness 66-72 Hs , in the stands
9-10 - higher alloy Iron (3.8-4.5 pc NI and 0.8-i.0 pc .-r) ~9 working layer
hardneas 78 - 83 H.h. For the stands 5-8 the rolls should be tempered at 180
0,
2500," and for stands 9 - 10 at 100 - 150
(Abstracter's note: Complete translation]
A. Bulanov
Card 1/1

KRIVWHEYEV,,. Ajo.4-FiTISOV, N.M.
Foundry properties of graphitic steel. Lit.proizv. no.11:30-31
N 161. (MIRA 14:10)
(Steel-Thernal proportion)
(Foundries-Equiyment and supplies)
I
t

-KRLUgrru,- A-F. fKrivonheyev, A.Ye.1
Crystallization of chilled iron. Analole metalurvie 16 no.1'.189-200
Jft-mr , G k ,

Inoculation of
no.11:28-29 N
(Steel-4*tallurgy)
KFLTVIOS yet;
Lit.proixw,,
(KIRA 15t12)

KRIVOSHURVY A. Ye.; TARAN, Yu. N.
Characteristics of the structure Of hiRh-strength tvo.-Uyer
rons of chromium-niokel cast irons Izvo vya* uchabe zave;
chern. met. 5 no.12tl3l-137 162. (MIRA 16:1)
1. Dnepropetrovekly metallurgiohaskiy, institut.
Rolls(Iron mine)
ron-nickel-cbromium allova--Metallograpby)
R

S/276/63/000/003/005/006
A004/A127
AUTHORS: Krivosheyev, A. Ye*t Pogrobnoy, Et N., Petisov, N. U.
TITLEt The effect of modification on the atructure and mechanical
properties of cast atuel being graphitized
PERIODICAL3 Referativnyy zhurnal, Tekhnologiya mashinostroyaniya, no. 3,
1963, 6, abstract 3GV (113b. nauchn. tr. Driepropetr. imetal-
lurg. in-t", 1962, no. 49, 165 - 174)
TEXT-. Modifying additions effectively affect tho structure of cast
and annealed graphitized ateel. In the complex modification of steel by
aluminum + calcium silicon + boron) the boron additiona tIlLtt are added for
increasing the hardenability should not exceed 0.011,v. Boron additions of
more than 0.01~ can only be rocommended for castings whose ductility may
be reduced at higli demands made on their hardonability and wear resistance
during operation.
(Abstracter's notet Complete tranalation
Card 1/1

MU-MMMT., A.Ye.; FETISOV, B.M.
Effect of the thermal resistance of fo=dry molds on the formation
of shrinkaje cavities in steel castings-* IzvvyB.ucheb.zav.; chern,
met. 6 no.lvI60-166 163. (MIRA 1612)
1. Shepropetrovskiy metallurgicheakiy institut.
(Steel castings-Defeate)
(Youndries-Equipment and supplies)

KR1VOS1Mr9V,_A.Ts.j RUDNITSKIY, L.S.1 BELAY, G.Ye.; NIKOLkYEVp N.A.; ,'
Prinimalfuchastiyes PARSHIN,.%A.I.1 KNYAZHANSKIYO M.U.1 BELTY9 W.1.1
CHERKUNj N.A,; NECHAIEVAl Z.A.; LEVO I.Ye.; BUNINA, Yu.K. .-'
Iron aill,rolls of cerium cast iron. Stall 23 no.3t278-282 Hr
163. (MIRA 160)
1. Dnepropetrovskiy metallurgicheskiy inatitut (for Krivosheyevp
Rudhitskiy, Belay, Nikolayev, Lev, Bunina). 2. Dnepropetrovskiy
ohugunorvalltWelatelloyy avod (for Pars4n, Knyazhanakiv, Bel",
Cherkun, NetWeva). (Rolls (Iron mill4))

KRIVOSHFIEV, A.Ye.; LEV, 1.1%.; RUDNIISKIY, L.S.; WAY, G.Ye.
Cerium distribution among phasen in white cast iron. Fis. mat.
i metalloved. 16 no.2013-316 Ag 163. (KM 16:8)
1. Dnepropetrovskiy metallurgicheaki institut.
(Cast iron---Metallography~
(Cerium-Metallography)

KRIVOSHErEV, A.Ye.; TARAII, 1U.N.
Characteriatics of the microstructure of rolls made of nickel-
manganese cast iron. Izv. vys. ucheb. zav.; chorn. met. 7
n0.2:147-152 164. (MIRA 17:3)
1. Dnepropetrovskiy metallurgichookly institut.

KRIVOSHEYEV, A.Ya., doPtor tekhn.nauk; RUDNITSKIY, L.S., Inzh.; BELAYp G.
Y~., inzh,; NIKOLAYEV, N.A., inzh.
Rolls made of low-phosphorun cast iron with apheroi4al graphite.
Hashinostroanie no.4:"-47 Jl-Ag 163. (MIRA 17:2)
1. Dnepropetrovskiy metallur,!ichaskiy institut.

Distribution of
no.7s23-24 Jl
iron. Lit.proizv.
(MIRA 1814)

I . ; ~ L~ 1, - , - 1-:11 r~ -~ : II . 1 .1-. - b I - ; - I..I., , ,-. n
"RTIJOSHEYEV i - Ye.- LIN. 1. Ye.; HULCIVSF~IY, L.S., (~. Y-.
Distribution of cerium among phases in gray rast 1ron and ;ti
effect. on the stru,~ture. Tzv. v-y--. ucheb. zav.; ch,43-n. m*.t. 8
no.l.-130-135 165 OURA 18:1)
1, Dnepropetrotakly metal lurgi che skI y instlt-..t.

TAR'N, Y'l-
Effoot of anomajoui atrixture on the prOFOrUOD (;f chilled magnesiam
ca3t iron. Izv. iys. uchob. zav.; chorn. met. 8 no."s161-171. 16 5 .
(MIRA 180)
1. Dnaprovskiy t-rtdllirglchoskiy institu-,

SHILOVY P.M.P doktor tekhn.nauk; KRIVOSHETEV, A.Ye., doktor tekhn.nauk;
DEWDOVICH, N.S.P kand.tekhn,na~k;_'9UDXjT8KjY, L.S., kand.takhn.nauk;
FLOROV, K.V., kand.tekhn.nauki BRAPOVAL, 1,M.,, kand.tekhn.nauk;
OLEYNICHENKO, V.G., insh.; ZAIKIN# N.A., inzh.1 TITOV, A.I., inzh,
Replacing alloyed steals by high-strength cast iron in manufacturing
machine parts. Maahinostroenie no-4259-61 JI-Ag 165. (KIRA 18:8)

tr-ki,.n. nau';
nvou tli-v ting, tha i-,otlx:-!-al 1 ON of I to irl
cant !rnn. Ll.(&* Jl 1 5.

KRIV.CGHF,YEV, A.Ye.p doktor tekhn. nauk; ADMCV, I.V., inzh.
............ -
Formation of hot cracks in cast-iron chill rolls. Lit. proizv.
no.12:21-23 D 165, (MIRA 18:12)

Z r
f
In
nle J. a IY- I Y h

GOBZA, H.H., red.; GELIN, M.M., red.; J%JYpSiEYB'V,,B.S., red.;
SORINt Yeje., red.; ValIXEYMCH, L.A., red.;
AVERIYA110VA, L.B., red.
(Adjusting and planning systems of Industrial ventilation
and air conditioning) Valadka I prooktirovanie sistem pro-
Mahlennol vontillataii I konditnionirovanlia vozdukhaj
tematicheskii sbornik. Moskva, TSentr. biuro takhn. infor-
matsii, 1964. 157 p. (KIRA 17:12)
1. Moscow. ProyektMy Institut "Proyektpromventilyatsiya."

1. KRIVOSHE-f EV, I.
2. USSR (600)
4. Rural Electrification
7. Construction work in the establishment of an electric system. Sellatroi. 2
no. 7, 1947
9. Monthly-List of Russian Accessions, Library of Congress, karch,1953.Unclassified.

KRIVOSHEYEV, I.T.
Conducting excursions for the study of physics. Fiz. v shkole
23 no.4:88-90 Jl-Ag 163. (MIRA 17il)
1. 326-ya voolmiletnyaya shkola imeni A.S. Makarenko, 9t.
Dzhambul Kazakhakoy SSR.

GUBMV, G.; KIIIVOSHEYEV, K.; YFYREMOVA, 11.,normirovshchik
Shortened workday And the productivity of labor. Uots,trud. no.4:117-122
AT) 159. (MIRA 11:4)
1. Nachallnik otdela trudA, zarAbotnoy Dlnty i rabochikh kndrov
Roatovskogo sovnArkhoza (for Gubnrev). 2. Nnchallnik otdola trudn i
zarnbotnoy platy savoda (%Avtopribor."
(Hours of labor) (Labor productivity)

KRIVOSUM, , K.
Reconstruction of ths VWIwIr factory "Avtopribor' and labor
productivity. Sots.trud 4 no.11:123-127 H '59. (mIRA 13:4)
1. Nachal'nik otdola truda I zarabotnoy plat7 vladimirskogo zavods
"Avtopribor."
Madimir-Tractors-Ilquipment and ouppliee)
(Labor productivity)

Whnt in achieved by workers' Initiative. Sov. profsoiuzr 7 no-12:
34-35 Js '59. (MRA 12ig)
(Dneprodzershinak--Transportation, Automotive)

I - - - E - - --- -- --- - - -- -- - -- - --
K '(!'10 T, -v V , L. 3- r'hi ~rlll-r. 1 '~4 -?,I )
- . . :I- I Y -
-N?81 -X7

GREBSTINIK, Boris losifovich; ARIVQ41D~TZVO,Leonid Stepanovich;
MATTS, T.I.,, red. izd-va; IVANOVA, A.G., iAhh.-red.
(Measures for dust control in underground mining and prospect-
ing]Mery bor'by a rudnoi i porodnoi pylliu pri prokbodke pod-
zemnykh geologorazvedochnykh vyrabotok. Izd.2. Moskva, Gos-
geoltekhizdat, 1962. 109 p. (MIRA 16:2)
(Mine dusts)

T
tw/faectronics - Television
Card 1/1
Autbors Krivoshaev, M. Lt Eng.
Title Development of television in the USSR
Vast* 3vyazj 5o 6 - So May 1954
The author states that during the last five-year plan, television
became more popular and was improved in the USSR. A new# large
television center In Kiev has been put into operation. Televialon
centers are under construction in the following citiest Minskg
-Rigip-S"rdlov-ski-Baki.ii-Tashkent-i----Construction of- television
centers in planned at the following cities and townst Talin (Revel)v
Gorkiy, Kuibyshey, and a few others.
Institution s
Submitted t

KRIV OSMiM I Inzhener
Measuring distortion of a television screen. Yest-sviazi 15 no.9:
5-8 S'55- (KIRA 8:12)
(Television)

,--H i ;iv~, , - I - , II II =~-- '. - nTICL--Vj-TF-2TJ~-.i; LX-Tv-r V~ !-, 7
11 1
"Radio broadcasting'$ a chapter in the book Radio and Electronics and Their
Technicol-Applicotions) by A. I.. Berg, et J-.W-scow fg-5-6:
Summery of chapter 1071291

!XggWj MNSXff,, A.K.,otyetstvannyy redaktor;
al A, A - 1. reds nUSM3VICH, V.L.tekhnicheskiy redaktor
[Measurements used. In television) Ismereniis v televisionnom,
ob~ruAqvanti. Moskva, Goo. Isd-TO lit-ry po voprosan evissl I
radial 1956. 66 p. (MM 10:4)
(Television) (11actronto measurements)

T
t y
AID P - 4347
Subject USSR/Radio
Card 1/1 Pub. 89 - 7/15
Authors Krivoshh~oe M. I., Chief, Television Department, Main
m v~",
_~~_~lool m n sm;rat"ion, Ministry of Communications, USSR
Radi
and V. N. Viftgradov, Senior Eng., Television Department.
Title Developing the television network of the USSR
Periodical : Radio, 2s 32-33j F 1956
Abstract : The article reviews the first 5 years of television in
the USSR and enumerates networks already in operation.
The majority of these stations are equipped with stand-
ardized equipment and transmit pictures at a 5 kw and
sound at a 2.5 kw capacity, although stations operating
at a 15 kw and 7.5 kw capacity have already been established
Data on equipment,particularly tubes, are given. A good
explanation of the networks' operations is presented.
Institution : None
Submitted : No date

Ai? I ro 107-5-34/54
AUTHOR: Roginskiy, V.
4 TITIZ: A Conference on Television (Konferentsiya pa tolevideniyu)
PERIODICAL: Radio, 1956, Nr5,pp. 42-43 (USSR)
ABSTRACT: The second scientific and engineering Conference on television took place
in Leningrad recently. Over 350 people took part In the Conference, among
them "scientists and specialists* from Moscow, Leningrad, KiyeT, Gorlkly,
Khar*kov, Odessa, Riga, Tallin, L'Tov, Omsk and other cities. Exchange of
experience in operation of tv br)adcaat stations was the main topic.
Reports on the prospe It 8 of tv broadcasts, the quality of reproduction, the
transmitting tv tubes .,Operating experience of tv stations, the exchange of
tv programs and long-distance tv, andAappli cations of tv in national economy
were delivered. the
In the engineer M.I. Krivosheyev",& report "The Prospects of TV Broadcasting
in the USSR" thei-ErectITOS of the 20th Party Congress were cited. In the
6th Five-Year Plan the number of ty broadcast stations Is to be brought to
75 as compared to the existing 12. The tr stations are being built in
Stalino, Vi3!nus, Tbilisi, Yerevan, Stalinabad and other cities. Particularly
1 large tv centers are planned for Moscow and Leningrad with 80/40 kw in antenna,
Card /4 the tower height up to 300 m,and the number of studios 11.

A Conference on Television
107-5-34/54
Engineer Ya. 1. Efrussi delivered a report on "The Ways to Improve the
quality of Black-and-White Television". He noted the distortions inserted
by the vestigial aideband system of tv transmission; also by various
defects in the scanning sygrtems. 15 to 20% of nonlinearity in scanning
is usually tolerated; but this is inadmissible from the standpoint of
quality of the picture. Decisions taken on this report call for working
out of standards on,linear and nonlinear tv distortions from various causes.
Engine'er A.I. Shchipkov delivered the report "Brilliance Fidelity in the
Black-and-White Television". He noted that In case of artistic tv broadcasts
a correct relation between the brilliances of the spot-light objects and
the background must be preserved rather than absolute values of the brillian-
ces.For a correct reproduction of brilliance contrasts all nonlinearities, of
the individual elements of a tv system should be adequately compensated.
Engineers A.B.Alekseyeva andYe.M. Ponomareva delivered reports on tv trans-
mission tubes 4M-7 and A14-17 giving their basic data, operative peculiari-
ties and methods of improvements. These types are mostly used in Soviet tv
transmitting equipment. Their service life characteristics are too diversi-
fied, they often have black Spots on the screen and other defects. The
conference decided to ask MftPr to develop better tubes operating at 300-lux
Card 2/4 illumination.