SCIENTIFIC ABSTRACT VOROTNIKOV, M. - VOROTYNTSEV, YU.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001861010020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

STRIGOTSKIT, H.pgvardit major; VOROTNIKOV, Hooolkovaik
Drin-and-taotics exercises with tank units; from experience.
Voen.vest. 38 no.11:38-44 X 158, (MIRA 11:12)
(Tank warfare)

G /60
VOROTNIKOV, M., polkovnik; SHUPLYAKOV, V., podpolkovnik.
Coordinated action of a rifle company vith tanks during a night
offensive. Voen.vest- 37 no-10:36-43 0 157. (MIRA 10:12)
(Night fighting (Military science))
(Tanks (Military science)
(Infantry drill and tactics)

USSR/Ihzw and Animal Physiology4 Nerve and Macle Physiology. T-9
Abs Jour: Ref Zhur-Diol., No 12, 1958, 55952.
Author
Inst Mordovsk Institute of Pediatrics.
Title The Problem of the Effect of Changes in the Inductive
Current Direction Upon the Muscles Contraction during
Direct Irritation.
Orif, Pub: Uch. zap. Mordov3k. ped. in-t., 195,6., vyp- 3, 173-203-
Abstract: The effect of the inductive current's direarion upon
the thresholds of direct irritation of frog muscles
and upon the extent of Liuscular contractions (single
-ones) was studied. A stroncer stimulating effect
was noted upon the Sastrochemius muscle by electric
shocks caused by breaking (D) and closing (C) of
circuits of weak generated currents (GC). When elec-
Card 1/4

USSR111uman and Animal Fhysiology. Nerve and Muscle Physiology. T-9
Abs Jour: Ref 2hur-Diol., No 12, 1958, 55952-
trodes were placed in normal and curarized gastro-
chemius muscles upon the upper, middle) and lower
sections of the muscles, the diversity of stioula-
tions in relation to the Inductive currents of oppo-
site direction renained unchangedp even though it
was expressed more strongly when the electrodes
were situated terninally. When the electrodes were
placed along the ends of the muscle (in contradis-
tinction to observations made when they were placed
at the upper third of the muscle, the sartorius
proved to be stinulated stronger by descending cur-
rent (DC). At curarization, when the electrodes
were placed in the sarie position, the stimulation of
the muscle was.reversed. The cause of greater excit-
Card 2/4
143

USSR/hlu= and Animal Physiology. Nerve and Macle Physiology. T-9
Abs Jour: Ref Zhur-Diol-, No 12, 1958, 55952.
ability of the normal gastrochemius rmscle, as
well as of the sartorius musele by ascending current
may be found, according to Vvedenskiy, in the close
proximity of the stimilating source (cathode) to
the entrance site of the motor nerve and to the
closer placement of the terminal laminae. Tn the
majority of the threshold determinations of the
gastrochemius and sartorius nusale tetanuses
(in the latter when the electrodes were placed at
the upper third of the nuscle), the thresholds of as-
,cending current (AG) are lower than In DC. When the
electrodes were placed along the terminal ends of
the muscles, the thresholds of tetanic contractions
were lower at AC than at DC. In both casos, however,
Card 3/4

VOLXOT# V*V,; VCRMIXOT,,,R.Ta.; KOLTYPINt To.A-,l SIDOROVj N.1.1 YANIXOVg G.B.
Study of the 3)6--D reaction in the 0,20 to 1,75 Hey deuteron ener97
range. Atom snerg, ffwl. no,5r15-25 '57. (MIRA 11j2)
(Nuclear reactions)

L 1122-66 MT(m)/EPA(W)-2/D1A(m)-2 !JP(c)
[_X-CC~EION NR: AP5016376 UR/01 0/65/000100.3/0027/0033
621.-38-4.-65-
AUTHOR: Vorotnikov, P. Y
TITLE: Producing short pulses of ion current In an electroaWfc-acceleritor
SOURCE:. Pribory I tekhnika eksperimenta, no. 3. 1965, ~.7-33
TOPIC TAGS: electrostatic accelerator
ABSTRACT: Connected with R. J. Connorls work (Nucl. Instr'. and Meth., 1961,
11 , 122), a calculation of phase focusing of ions in an electrostatic accelerator is
presented. It is shown that by using conventional low-power ion sources and by
treating the emerging ions with a longitudinal a-c electric field (an additional
bunching electrode in the Ion-optical system), 3z 10-9-acc M* and W~ current
pulses as high as 1. 5 ma can be produced at the accelerator output; energy
inhomogeneity, 0. 0002. The presence of a d-c component in the ion current ic
regarded as a shortcoming of the methodi this component can be 611minated by
Icard 1/2

L 1122-(d)
AGGESSION NRt APSO 16376
it. W. Lewis I et al. method (Rev. Sc. Instr. 19 59 30, 9Z3). A sketch of the
possible phace-focusing pulsed ton nource is shown, Orig. art. has: 6 figures
and 32 formulas.
ASSOCIATION: Inatitut atomnoy onergil GKAE (kqtituto of AtqMI&B
SUBMITTED: 19Mar64
NO REF SOV: 003
rd
W4CL., 00 SUB CODEs NP# EG

s- IIR/0120/66/000/005/0037/0039-
AUTHORt
VSEM1!K1~qXj_k# Y691 Zubov, Yu. Go; Holchanovj Yu, Do; Udod, A. A.;
Nan Ikoys, G~ Bi
~ORG:- Institute of Atomic Energy,GKAE, Moscow (Institut stoanoy energii GKAE)
E A nanosecond-pulse ion source
..,;_.S01MCE.*.. Fribory i tekhnika eksperimenta, no. 3, 1966, 37-39
TOPIC-TAGS: ion sour ce,' particle acceleration, ion accelerator
&_eCr.Co a rA r., cc..u e oe A ro e_
-0$ T RACT. 'Test results of a pulse ion source for an electrostatic accelerator are
-Vresented.-.The testing apparatus was constructed on the basis of P. Yet Vorotnikov
cif iti6na (aea Fig. 1). Using a relatively low-power high-frluency source
0,pa, and applying phase ion focusing, a very economical crurce of ion current
pulses of~spproximately 2 nsec duration, a pulse current of '-1.5 ma, and a repeti-
tion rAte'.of approximately 4 Mc can be obtained. The ion energy spread was found to
constitut6--400 ev, and the ion current utilization factor was a! ut 25%* The authors
thank V ,Go Brovehenkd %ho helped in developing the measuring prc edure. Orig. art.
haste 5 figures and 2 formulas.
Card 1/i UDC: 621o384,62

V,
.I:f 2L,
jf
7'
Fig. 1. Schematic diagram of the Ilse ion source
1 - High-frequency ion source; 2 - :)cussing system;
3 - bunching electrode; 4 - accelerAting tube can-
sisting of 16 conical electrodes; voltage divider;
6 -.magnetic separator;. 7 ion tol,3ctoro
SUB CODE., 20/ SUBH DATE: 146ct65/ ORIG REP$ 002/ OM REFt )Ol/
Ird 2/2

a~; A

VOROTNIKOVAO V.; DIYACHENK09 V.
Production qualifications of assembly workers In machinery
manufacturing. Sots*' trud 6 no.6150-55 A 161.
(MIRA 16%8)

KOZHEVNIKOV, A.P.; LAZEBNIKOV, Yu.S. . dots.; MIROSOIK., B.Ye.,
dots.; SMDRIN, H.A.p prof.; Prinimali uchautlye:
SUBBOTIN, B.K., st. prepod.; YQROV-IIKOVj'V.I., dots,;
ANPILOGOV, R.G., ratsenzent; ALEKSLYEV, V.B.', retsenzent;
LYUB(X4UDROV, A.P., retsenzent; CHFMIOV, P.N., retigenzent;
PESKOVA, L.N.., red.; BOBROVA, Ye.N., tekhn. red.;
[Economics of railroad engineering] Ekonomika iheleznodorozh-
nogo stroiteltstva. (By] A.N.Kozhevnikov i dr. Moskva,
Transzheldorizdat, 1963. 242 P. NIRA 17:1)

VCROTNIKOV,, Yu. A.: Mster TechSci (diss) -- "A study of the possibility of
using pressed fluid for preparing a concentrate of vitamin B-1211. Kaliningrad,,
1959* 15 PP (Min Higher Edue USM, KalinlipLad Tech Inst of the Fish Industry
and Economy), 150 copies (KL, wo 18, 1959, 124)

YM "AMOV, Yu.A.
,----------------------------I
Using preouwater in the production of vitamin B 12 concentrate,
Izv.vys.ucheb.za7opishch,tekh. no,4.*83-89 '58- (MMA 11: 21)
1. Hookovskiy tokhnicheekly Institut rybnoy promyshlennogti i
khosysystva. imeni A.I. Mikoyana, Kafedra tekhnologii rybnykh
produktov.
Mt8mins-B) (Yishery products) (Frc-~)rioni bacterium)

--7-- .1
VOIIOTIIIXOV X I I
Chamical'coq>ositlon of preon effluent, 1tv, vys. uchab, zavao
plabcb. takh. noo3:73-77 1513. (I'aRA 11195
1. 146skovskly tokhnichaqkly inatitut rybnay prou7shlonnosti i
kboxyayotva imnni A.I. Mikoyana, Kafedra to)-hnologii rybnukh
produktov.
(Fishory prOucts)

VOR0-M1EQ-VA,-&., -1. ,CA140 MED Sol ,"CLINICAL CHARACTERISTICS
OF PNEUMOCONJOSIS IN WORKERS ENGAGED IN THE PRODUCTION OF T,IN."
Moscow, 1961. (INST OF L&S " HYGIENE AND OCCUPATIONAL 01-
$CASES OF ACAD MED SCI USSR). M-1)Vt 11-61t 227).
-243-

VORUMNIKOVA, A. I . A YJIL-EMrlYoTjA,, I:
- . 1.
'I'llygienic sI.7.-,JljO
- ~ -zj,~c,3 f:lf th~- -ctor in f-~e croiucrion of tirlit,
f 't f, I -
report submittod at the 13th All-Unton Ccngress of liYelenists, Epidemiolcjlsts
and Infedtionists, 1959.

VOROTNIKOVAJO A.K.; ABIYEVA, S.A.
Case of multiple intracranial calcifications in a child
after tuberculous.meningitio. Aserb. med. shur, 41 no.91
79-82 S 16,4. (MIRA 18ill)
1. 1z detakoy klinicheako7 bolinitay Imeni Narlmanova (glavn7y
vrach - X.I. Ffendiyeva). Submitted July 2, 1963.

SIRMA, A.D.; VOROMIKOVAp A*M,
Couree of alveolar echinococciaais of the liver. Vrach.delo
no-4tl42-143 Ap'63. (MM 16:7)
' (LIVER-HYDATIDS)

KOCFJMOV. N.I.; XMRLIN, A.Ta.; TOROTNMVA, L.A.
Amlnso with gangliolytic activity. Part 31 Secondsj7
diamines with a braziched chain. Zhur.ob.khim. 30 no.7s
2303-2305 Jl 160. (HM 13:7)
1. Nauchno-iseledovatellskiy institut farmakologii i
khimioterapii Akademii meditsinskikh nauk SSSR.
'(Amines)

TJSSIR/ Ourganic Chemistry Synthetic Orginic-Cherdstry E-2
Abs Jour : Referat Zhur - hliniya, ,o 21 1.957, 4405
Author : Kochetkov, NaKt, .Lorotnikova, L.A.
Title : On Synthesis of F~'thaluzincr. by.Cyclization of Acylhydra-
zones of Aromatic Aldehyacs
Orig Pub : Zh. obshch. Idlimii, 1956, 26, No 4, 1143-il45
Abstract Treatment of acylhydrazones of aromtic aldehydes with
11C1 gas in ir'o.'C5111IC13' (I hour at -- 1000 and I hour
boiling) givez not derivutives of phthula%ine (PA) au
was formerly believed,~A&arwal J. et al., J. Chem. Goc.,
1-929, 2-941; 1930, 235 but the azines (A) of the cor-
re6pording aldLhydes, This is de-.wnstrated in the case
of ac-2tyl.. and benzoyl hydrazones of veratri2 aldehyde
and II) and bejizoyl hydxazone of aniaaldeh~-Ip, 7be
very close me.",ting point vulueG of PA and the corres-
ponding A have contributea to the previous erroneous
conclusions, rorratJon of A and not of PA in the
Card 1/2 - 64

AUTHORS: Kochetkov, N. K., Vorotnikovaj L. A. SOV/79-29-2-38/71
TITLE: Some Derivatives of 19293-Triaminepropane (Nekotoryye prolz-,od-
nyye 1,20-triaminopropana)
PERIODICAL: Zhurnal ob3hchey khimii, 1959P Vol 299 Nr 2, PP 532-535 (USSR)
ABSTRACT: From among aliphatic-aromatic amines many are known which de-,
velop a strcng and versatile physiological activity~ e.g. the
derivatives of N-substituted ethylene diamine of type (1). it
was of some interest for the authors to synthesize the 1,2,3-
triaminopropane derivatives of type (II), which so far have been
unknown; and to investigate their physiological effect. Recently
Morren, H. and Denayer, R. (Ref i) reported on the high spas.-
molytic activity of some derivati-fea of this type.
R1\ / R3 RRNCH 2- CH-CH2 NRR
N-CH -CH _N I
R / 2 2 \ R NRIR2 (II)
2 M 4
in (I) R1 and R 2 are aromatic and aliphatic-aromatic radical-71
R 3and R4 " CH 39 C2H5 ate' in (II) R 1 w Ar, R2 - ArCH2' According
Card 1/3 to the scheme mentioned, the authors synthesized compounds of

Some Derivatives of 1,20-Triaminopropane
SOV/79-29--2-38/71
the 1,2,3-triaminopropane series which have aryl and aralkyl.
radicals at the centra]. nitrogen atcm. The a-f-dichlorohydrine
of glyeezin (III) was condensed with the secondary amine (d*
methyl &mine, diethyl amine, piperidine, morpholine and hexa-
methylene imine). After treatment with thionyl chloride the
amino alcohols (IV) obtained passed into the amino chloride3 (V).
The last stage of reaction comprised the condensation of M
with secondary amines of the type benzyl aniline in to ,I'Uene and
the addition of sodium amide on heating. The separation of (II)
was oomplicated (by-processes). Through distillation of the
reaction products in vaa-inm it was possible to obtain compoland
(II) in pure state (yield 25%). Due to their hygroscopic nature;
the chlorine hydrat~a (II) could not be obtained in arystaliine
state (whi,%h holds also for sulfates and oxalatea for 'he same
reason). For ths purpose of characterizing the product; (II)
obtained the authors synthesized their iodine m3thylates; in
this prooess only monoiodine mothylates in pure state reBultel
in all cases. All preparations produced exhibit a very weak
spasmolytic activity. There are 3 tables and 1 reference,
Card 2/3

SOV/79-29-2-38/71
Some Derivatives of 1,2,3-Triaminopropane
ASSOCIATION: Institut farmakologii i khimioterapii Akademii meditsinskik'n
nauk SSSR (Institute of Pharmacology and Chemotherapy of the
Academy of Medical Sciences, USSR)
SUBMITTED: December 17, 1957
Card 3/3

KHORLINs, AiY&oj VOROTNIKOVA, L*A,; KOCHETKOV., NoKo
Amines with gangliolytic activity. Part A+x Tertiary aliphatic
amines with a 'branched chain. Zhw.ob.khim. 31 no.6:1827-IM
je 161. (MIU 14 s 6)
Is Institut farmako2ogii i khImloterapii Akademii meditainskikh
nauk SSSR.'
(Amines)

1201TOYEV. A.H.; VMOTYIXOVA L.M.
Determination of the age of the IM-talled suslik (Oltellul
nudnlatus Pall)..Icy.Iric.goo.nauoh.-inal.protirochum.inst.
16t60-68 $57. (KnU 13:7)
(SUSLIKS)

VOROTNIKOVA, M.I.; SOLUKIIIN, R.I.
Calculating the pulsations of gas bubbles in an incompressible
liquid under periodically varying preasure. Ak-ast. zhur. 10
no.104-39 164. (MIRA 17:5)
1. Institut gidrodinamiki Siblrskogo otdoleniya AN STIR2
Novosibirsk.

3/207/62/000/002/011/015
D237/D302
~AUTHOR: Vorotnikova, D1. I. (Novosibirsk)
~TITLB: Influence of the rate of thermal e~isuion during elec-
trical underwater discharge, on its energy distri-
bution
PERIODICAL: Zhurnal prikladnoy mekhaniki i tekhnicheskoy fiziki,
no. 2, 1962, 110-112
TEXT: Durin,,,, the electrical discharge under water, it can be as-
sumed that the-energy distribution is divided basically into the
energy cafried away with the shock wave and the energy of the ra-
dial motion of the layers of the medium, adijacent to the 6as bubble.
In the present work, the energy distribution in an electrical un-
derwater discharge between the two modes of motion shown above, was
investigated in relation to the initial velocity of energy emission.
The apparatus is described. Time and current-voltage relationship
across the spark gap were recorded on an OK-2Y(OK-25) oucillo-
Card 112

S/207/62/000/002/011/1015
Ineluence of the rate D237/D302
graph; presaure wave fr on. the spark was recorded on the Docillo-
0
.-raph 30-5,`j ('-"0-58M); first oscillation of the gaseous -bubble %.,,as
photographed by synchro-flash. The data obtained are interpreted
and illustrated gralphically. It wao found that the enerj~.y o.'L*
radial motion represented about 22~ of the energy initially stored
in the condensers and did not depend on the initial velocity of
energy emission. The author thanks R. I. 3oloukhin for the inter-
est shown. There are 7 figures and 4 references: 3 Soviet-bloc and
1 non-Soviet-bloc.
SUBMITTED: August 25, 1961
Card 2/2

VORUENIFOVAP 14.1. (Novosibirsk); JCEEDRIWSKIY, V.K. (Novosibirsk); SOLOUKHIN,
, % -R-.-I. - (Novosfbirsk)
Shock tube for studying one-dimeneional.waves in fluids.
fhtuch,te~di. probl. gor. i vzry-va no.1t.41-14 165.
(MIRA 18:9)

FULIVER, Yevgeniy Aleksandrovichi VOROTNIKO~V~AHOVOP red.
(Get acquaintei with Voronezh; a reference guidebook]
ZnakomltaB' s Voronozhems- putevoditell-spravochnik. Vo-
ronezhp TSentrallno-Chernozemoe knizhnoe izd-vo, 1965.
269 P. (MIRA 16ill)

BELYAK, Konstantin Nikitovich; VOROTNIKOVAI, p red.
(central chernozem Economic Region]Tsentralino-
ChernozonMi skonomichegkil. Voronezh, TSentrallno-
Chernozemnae knizhnoe izd-vop 1965. 149 p.
(141RA 18%11)
1. Predsedatell sovnarkhoza TSontrallno-Chernozenmogo
ekotomicheskogo rayona (for Belyak).

TRUBILIN, Ivan Afanaslyevich; VOROINIKOVA, R.V., red.
(Shift plan for Increasing labor productivity]
Smennyi plan povysheniia proizvoditellnosti truda.
Voronezh, TSentrallno-chernozemnoe knizhnoe izd-vo,
1964. 23 P. (MIRA 18:1) ,
1. Master smeny ko=mnisticheokogo truda imeni XXII
s"yezda KommunisticLeskoy partii Sovetskogo Soyuza
zavoda "Voronezhsollmashl- (for,Trubilin).

SKOPIV, Ivan Dmitriyevich; VOROTNIKOVAj H.V.9 red.
[Always searching) Vsegda v Folske. Voronezh, Voronezh-
skoo knizhnoo izd-vo, 1963, 43 p. (VIRA 28:1)

SILICHENKO, Sorafim Somonovich; VOROTNIKOVA, H.V.p red.
[flow best to save metal] Kak luchBhe e onomit' metall.
Voronezhy Voronezhskoe knizhnoe izd-vo, 1963. 42 p.
(MIRA 18:1)

STEPANOV, Gcorf!ly Fedoravicb; VOROTNIMNA, E.V., red.
D z ter" -1
[For business exc-autive or., t'r- P7-inZ'
.ir2#-
, _ C.f ~a -, a-
incentivesl aoziaistvernA-kiA co rintoipe imtertralnot
zainteresovannosti. Vorc,n , toronezh-.koe knl-,h.-oe
izd-vo, 1963. 40 p. (11,111A 1611)

FUSTOVALOV, Vasiliy Georglyovich; A.V., red.
[Technology of i~a cG-..prc~3jcn of woori; mi Ita appllcat!om;
frora the work practices oi Kalinin Vororiazh Plan~] Tekh-
nologiia pressovaniia dre-vasiny i ea primenenie; iz opyta
raboty Voronezhskogo zavodra _=. Kaiiidna. Voronezh, Voro-
nezliskoe knizhnoa izd-vo, 1961. 54 p. (1.111A 17:10)

BENZ, Nikolay Sidorovich; PERFILIYEV, Andrey Illich; CIIERNYSHOVA,
Yelena Vladimirovna [deceased]; CHISTOKLETOV, Grigoriy
Fodorovich; VOROTHIKOVA,.R.V red.
=L
[Geography of Voronezh Province; textbook for grade 8]
Geografiia Voronezhskoi oblasti; uchebnoe posobie dila
8-kh klassov. lzd.2., iopr. i dop. Voronozh, TSentrallno-
chernozemnoe knizhnoe lzd-vo, 1965. 81 P. (141RA 19tl)

VOROTNIKO A,,,_Y..j-,.jHAROV, P.
'-, --__ W
Photography of the workday of auxiliary workers using the method of
intermittent observations. Biul.nauch. inform.: trud i zar. plata
3 no.1:22-25 162. (HIRA 15-.2)
(Lugansk Province--Time study)

VOROTNIKOVA, V.; ZHAROV, P.
What do the results of the study show. Sots. trud 7 no.9:
117-122 S 162. (MIRA 15;9)
1. Nauchno-issledovatellskiy institut truda.
(Warehouses)

C--VOROTNIKOVA. V.: DIUCHEM. V.
Problems of labor organization In assembly processes of machiner7
manufacturing. Sots~ trud 5 no.6:3844 Je 16o. (MIRA 13: 11)
(machinery industry) (Aasembly-line methods)

KOVALISKIYO V.V.1 VOROTNITSKAYA. T.Yo.
: . Biogenic migration of uraniuvi in Issyk-Kult. Goolchimiia no.6024-
732 Je 165. , (MIRA 18:7)
1. Vernadnky '.,nstituteor Geochemiitry and Analytical Chemistry,
Academy of Sciences, U.S.S.R., Mo-qcow.

NEMODRUK, A.A.; YMTMS_K_A_Y_A.. _I.Ye.
Extraction-luminescence method for the determination of uranium
in soils, silt, plants, and Animal tissues. Zhur,anal.khim.
17 no.41481-495 Jl 162. (MIRA l5t8)
1. V.I.Vernadsky Institute of Geochemistry and Analytical
Chemistry, U.S.S.R., Acadewl of Sciences, Moscow.
(Uranium-Analysis) (Luminescence)

KOVA'f.'SKTY, V.V., Trcr.; %TROTNITSKAYA, I.Ye.
-1-- --- ~'- ----- .......
Urnplum ir thr., si-'t of inke, Issykh'11. Prirrd'i 54
Ar, t65. (,11IRA. R : F)
C,
1. Institut geokhir-iii I analitichaskoy khimil im. V.1. Ver-nad-
skogo -All SSS-R, &1,',oqkva.

SXHISHIN, V.I.; AERAMV, I.I.; VOROTNITSKAYA, L.T.
Investigating the solubility of magnesium sulfits, IzV.v7B*
ucheboxave; khim.i khim.takh. 2 no.6:834-839 '59. (MIRA 13:4)
1. Hookovskiy inatitut khimichookogo mashinostroveniya.
Xafedra obehohey i organichookoy khimile
(Magnesium sulfite)

MONITSny, 9., x ,...
Maebinery for mining and loading salt .14oakya, Pishchepromizdat., 1945. 195 p. (49-
30451)
TK900.V67

SEMiSH114f V.I.9- VOROTNITSKMA, L*T.
Peroxide com-pourds of copper. Izv. vys. ucheb. zav.; f
tek,h. 7 no.4:551-554 164. (11
NIRA 17: 112 )
1. FAfedra obahchey i organicheakoy khInli Moskovskogo instituta
k,himicheskogo mashinostroyeniya.

VOROTNITSKAYA, N.Ye.; POLYANOVSKIY, O.L.
Properties of a spar tic-glutami a tranacuminase from t-he st-emal =sole
of a pigeon. DokI. All SSSR 163 no.ls246-249 JI f65. (MIRA 18:7)
1. Institut radiatsionnoy i fiziko-khimichnskoy biologii AN SSSR.
Sutmitted September 22, 1964.

WRMT- i
ZELENIN, A.V.; BIRYUZOVA, V.I.; VT LYAPUNOVA, Ye.A.
Separation of a sub-cellular fraction enriched with, acrilin-e cz-a:,ge
cy-toplasmic granules. Dokl. All SSSR 162 no.4025-927 Je 165.
(MIRA 18:5)
1. Institut radiatsionnoy i fiziko-khimichaskoy biologii All
SSSR. Submitted July 25, 1964.
. :0

VOROTNITSKAYA. N.Ye.; HOKHOVA, U.N.
-
Study of the cytochrome syetem In Torula utills band ~n
the distributlon, of reduct-4on degree of chain links In --
.st-eady state. Mikrobiolcgiia .24 no.32418-423 IV-Je, 165,
(Ml M 18, 11)
2. Institut radiatsicnricy i fiziko-khImichaskoy biclcg!i
AN Sq."R,

VOROTNITSKAg&,N..Ye,j; 2ELENIN, A.V.; LYAPIJNOVA, Ye.A.; MEYSELI, M.N.
Luminescent microscopic study of normal and tumoral cells
fluorochromated with acridine orange at different pH values.
Dokl. AN SSSR 152 no.3:724-726 S 163. (MIRA 16t12)
1. Institut radiatsionnoy i fiziko-khimicheskoy biologii AN SSSR.
2. Chlen-korrespondent AN SSSR (for Mmysell).

F(Yt YAN-TISF I Y, f%.7 T) R () I I I I TIS KA Y A , N . Y
r jIffprC-r~
comparatl Ve fit-.1-3y 0.1 t--,) a spar La'. 9 ea 0 . , 4.
origin by the mxithod of peptirlo maps. R"okhimlls 3C, no. 3:
&19-627 165 (MDA 19:1)
o :~ k vii

VOROTNOY, N F~.brigadir; ZOWTPMV, A.I., slesarl
-.-- .__IF
Autbmatic device for forcing-out the air from mechanical
feed-water filtero. Energetik 8 no.9:li s 16o. (MMA 14-9)
(Feed water purification)

UDOVICIIENRO, Anatoliy Matveyevich; V_O3NZIAYA,-Z-A, otv. red.;
SrERDWVA, I.S,, red.; I.IARr.OVH, K.G., tekhm. red.
[Principles of radio communication and wire broadcasting
tachniques]Osnovy tekhniki provodnoi i radiosviazi. Moskva,
Sviazlizdat, 1962. 366 p. (MIRA 16:2)
(Wire broadcasting) (Radio)

KAZUSHCHIK, V.A.; VOROTYNSKIY, V.V.
Construction of cycles in a "Minsk-P electronic computer. VestBi
All BSSR. Ser. fiz.-tekh. nav. no.2:20-25 164.
OERA 18:1)

YOROTYMZV, A.
I
# -,,.
Problim'Of postoperative foreign bodies In the abdominal cavity.
Akush. gin. n0-5:8546 SePt-Oot 1933- (CLM1 25:4)
1. Of the Department of Yoreneic Medicine (Read -- Prof. A. V. Rusakov),
'Mosoov Medical Institute of the Ministry of Public Health RSYSR.

BARTWIKOV, K.I.; BRISKIN, A.I.;. VOROTYIUTSEV,~,A.P..; GONCHAROV, P.I.;
DMJGOV, Tu.T.; LIMITS, L.A.: MOKIM, H.I.; NAZIROV, A.V.;
PETROV, L.P.; SMYUK, D.S.; SKMhTIN, K.P.; CHRUTAVSKIT, A.A.;
ARTZM"M, S.G., redj; ZAKHAROV , A.I., tekhn.red.
(sanitary and chemical protection; pathology, clinical aspects,
and treatment of poisoning. Manual for students and physicians)
Saaitarno-kbLimicheakaia zashchita; patologiia, klinika i terapiia
porazhenii otravliaiushchimi vashchestvami. Itakovodstvo dlia stu-
dentov I vrachei. Moskva. Goo.izd-vo med,lit-ry, 1959. 434 p.
(MIRA 13t6)
(CHEMICAL WARFARE-SAYETT MEASURES)

VDWTMSKT, B. I.
Essential operating characteristics of separate invertors.
Izv. AN Uz. SSR. Ser. takh. nauk no.5:17-29 158.
(KM 11:12)
(Electric currant converters)

SOURCE CODE!
SOURCE:' Ref. zh. - Elektroatka' i y6ye primeneniye, Abs. OV204
AUTHOR: Vorotyntsev, B.. No
TITLE: Calculation of an h4e_~;-R'ernt inverter with switching capacitors operating
on fundamental and higher barmonics
CITLD SOURCE: Sb. dokl. Tashkentak. politekhn. In-t, No. 6. 1964, 196-222
TOPIC TAGS: inverter, dc a~ inverter, rotary inverter
citors
TRANSLATION: A 6-phase independent inverter having switchitfg capa
m0
operating from the fundamental and 3rd har nice to analyzed. The 3rd harmonic
operation is achieved by coimecting the capacitor to the open-delta inverter-
transformer tertiary winding or by connecting the capacitor to the secondary winding
of an equalizing transformer. The inverter output voltages are assumed to be
sinuso'idal. This permits uising the method of fundamental harmonic. The close-
regulation external characteristics and possible wo~kfng frequency band are analyzed
by means of formulas derived in the articlell also. the adjustment of operating
conditions by varying (a) the capacitance of the switching capacitors, (b) the
inverter-transformer ratio, or (c) the load parameters is considered. Bib 4.
SUB CODE; 09
C,~
r
621..

VOROTYRTSEV, B. 1.
... . .. -.- ,
Independent converter witb a tbree-frequency capacitor. lzv.AN
Us.SSR.Sar.tekh.nauk no.1:23-37 159. OGRA 12:5)
1. Institut energettki i avtomatiki AN UzSSR.
(Phase converters)

8(5) SOV/112-59-5-9014
Translation from: Ref erativnyy zhurnal. Elektrotekhnika, 1959, Nr 5, p 84 (USSR)
AUTHOR: Vorotyntsev, B.-.K,_,
TIT.LE: Independent Inverter With Series Capacitors
PERIODICAL: Izv- AN Uz SSR. Ser. tekhn. n. , 1958, Nr 1, pp 5-22
(Summary in Uzbek)
ABSTRACT: Autonomous inverters were developed for controlling the speed of an
induction motor by means of adjustable frequency; they have a rectifier-
inverter-motor scheme with parallel capacitors connected to the transformer
primary or secondary; they have a drooping external characteristic and
insufficient commutation stability at light loads. The commutation stability
can be considerably improved by connecting commutating and compensating
capacitors In series with the load. Results of an investigation of such an
inverter operating in a 6-phase zero scherne are presented. External
characteristics of an inverter supplying a 12-kw, 380-Y, 930-rpm squirrel-
Card 1/2
;FY _'tm 9-
c f '40
i A 9
mom

SOV/1 12-59 -5-9014
. I Independent Inverter With Series Capacitors
cage motor at various capacitor sizes (50, 70, 90, 120, and 150 M are
presented. Current and voltage oscillograms corresponding to one set of
operating conditions of an inverter with series and series-parallel capacitors
are presented.
G. S. P.
Card 2/2

VOROTYNTSET, B.Ne
Self-contained inverters vith series capacitances. Izv. AN Uz. SSR#
Ser.t6kh.nauk no.1:5-22 158. (MIRA 11:6)
1,Inatitut energetiki i avtomatiki AN UZSSR.
(Electric current converters)

MICLCDIM. L.S.; Z02EYNTSEV. B.N.
Natural characteristics of an inverter with external switching
of e.m.f. Trudy Inst.energ.AN Uz.SSR no.10:55-65 '57. (MIRA 10:11)
(Blectric current converters)

KUODIYEY,L.S.; TCROTYHTSEV. B.U.
Datermining operating conditions of autonomous inverters. Izv. AN
Uz. SSR. Gar. takh. nauk no. 2:21-33 157. (HIRA 11:7)
(Blactric current cozivertars)

I
9(4)
SOV/112-58-3-4753
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1958, Nr 3, p 198 (USSR)
AUTHOR: Melodiyev, L. S., and_y2jot
ynt s
TITLE: Natural Characteristics of an Inverter With External Controlling ENIFs
(Yestestvennyye kharakteristiki invertora s vneshnimi kommutiruyushchimi
e.. d. 9.
PERIODICAL: Tr. In-ta energ. AN Uzbekskaya SSR, 1957, Nr 10, pp 55-65
ABSTRACT: One of the principal requirements of a motor -supply -type inverter is
that its output-vo!tage waveshape be as close as possible to the sine wave; this
also determines the sine waveshape of the voltage across the firing-point
controlling capacitors. This can simplify calculations of electromagnetic
phenomena, because the control capacitors can be replaced by external Ehws
obeying the sine law. Thus, the design of such a scheme would be similar to
a design of an inverter supplying a counter-EMF load. Functioning of a
parallel -inverter circuit with external controlling EMFs applied in parallel
Card 1/2

9(4) SOV/112-58-3-4753
Nattiral Characteristics of an Inverter With External Controlling EMFB
with the primary windings of the inverter transformer is analyzed. One and
two valves conduct in sequence. In this scheme, it to assumed that the inverter
supplies a complex load and has a sufficient inductance in the cathode circuit.
Relationships are developed which tie the inverter operating paramet.ers with
its load. On the basis of the data obtained, characteristics arc constructed
that express mutual relations among the following: firing-point angle, constant
EMF, B-factor that characterizes the inverter load, and D-factor that
characterizes the phase-control reactive power or the required capacitance of
the phase-control capacitors. External characteristics of the inverter are also
supplied. A conclusion is offered that the above relations represent the actual
processes in an inverter scheme with sufficient accuracy and that they can be
used for engineering designs of inverter operation.
L L. R.
Card 2/2

VOROMITSEV, D., polkovnik,- 11ABhDI, G., podIpolkovnIk
Specialists of the rear cormpleto. Tyl i anab. 'Oov. Voor. Sil
21 no.10:43-46 0 161. (MIRA 15:1)
(Runia-Army-Supplies and stores)

SHAPOVAL, N.A., Inzh.; VOROTYNTSEV. I.D., Inah.
Roof control by complete caving on ROKUO posts in machine-worked
longwalls in steep soams. Ugoll Ukr. 7 no.1li44 N 163.
(HIRA 17:4)

BERG,, P.P.;, VOROTYNTSEV. M.F.; GLNKIN, N.M.; PAVLOV, Yu.N.; PRIPOROVA, G.P.
I
I . i I - .- ''. ~
Increasing the war resistance of heavy duty dies. Lit. pToizv.
no.1:39-40 Ja 165. (MIRA 18:3)

VOROTYNTSIVO F.T., prof.
Taska of the lrlllro~d mWemni In acceleratirg the circulation
of cars. Sbor. trnd, Akad. zbel. transp. no.1:122-134 '52.
(MIRA 110)
1, Zavedyashchly kfLfodroy "Zhelaznyys dorogi I lkh takhaichaskoye
oenashchenlyel Aked vdi zheleznodorozhnogo traReporta Hinisterstva,
putay soobahchatlys.
(Railroads-Ranagement)

KAZARNOVSKIY, Ye.M., k&nd. tekhn. naukj VOROTYNTSE
P.P., lnzh.
Improvement of the coal grinding operation of a redesigned
high-speed hammer mill with air flow separators.
Ene.-gomashinostroenie 9 no.3:30-33 Mr'63. (MIRA 170)
P

KAZARNOVSKIY, Ye.M., kan(J. tokhn. nauk; FURGVITS, G.A., inzh.; DIAVCV, I.M.,
in -h. ; VORUMITSEY
Reaulto of the study of tho perfomance of harmer mJ21n with air
blast separatorn In coal cruahing operation, Rner omaphinontroanAe
10 no.2109-43 V 164 W111RA 18:2)

VOROTYNTSV, V.T.; ROZHDZ!ITMSKIY, 7-V- , otvatetvanW red.; SLAVOROSOV,
~ - ".1 ---"A=;;-'red, Izd-va; XOROVIMOTA, Z.A,, tekhn. red.
Drilling In*unste;blG' coal seamel-Aw6nie slaboustoichivykh ugoll-
ny'kh plastov. Mosima, Ugletekhizdat, 1958, 68 p, (MIRA Iltq)
(Boring) (Coal geology)

VORo-FYNT-sLvj V"-F
KAKSIMOV, Vaaifiy Mikhaylovich. dotsent, kand.gaologo-miner.n,suk; ASATUR,
K.G.,~dotaent kand.takhn.nauk; DAVIDOVICH, V.I., dotsent, kand.
tekhn.nauk; 2BUL, S.P., kand.goologo-miner.nauk; PAUM. M.G.,
inzh.-gidrogeolog; OSTROUMOV, B.P., gidrotakhnik; ZAYTSZV, I.K..
doktor goologo-miner.nauk; TOLSTIXHIN. N.I., prof.-, doktor geologo-
mineral.nauk; RZZNIKOV, A.A.., kand.khim.nauk. starchiy nauchnyy
sotrudnik; MFMHAWV, A.F., assistent; VOROTYNT3XV,j..;,
dotnent,
kond.tekhu.nauk; KARKOV, I.A., dot sentlo,-k~n~d."g"e,o"l,,ogo,~:-,,-m'i'ner.tauk;
XMIS, Ye.Te., dotsent, kand.geologo-miner.nauk; KRITROV. I.N.,
inzh.-geolog; BOR07ITSKIY, V.P., kand.goologo-miner.nauk; RAVDCKIKAS.
0.V., kand.geologo-miner.nauk: ONIN, N.M., kand.geologo-miner.nauk;
BASKOV, Te.A., inzh.-,-idrogeolog; NOVOZHILOV, V.N., doteent, kand.
geologo-miner.nauk; YMMINTY, I.S., lnzh.-gidrogeolog; NUMISHTM,
Yu.G., inzh.-gidrogeolog: BOSKIS, S.G., lnsh.-gidrotakhnik: NIKIFOROV,
Ye.M., inzh.-gldroggeolog; GATALISKIY, M.A., prof., doktor geologo-
itiner.nauk,,nsuchnyy red.; DOLMATOV, P.S., veduehchiy red.; GEN---
WAD1Y3VA, I.M., taklm.red.
[4drologist's handbook] Spravochnoe rukovodstvo gidrogeologa.
Leningrad, Goe.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ry.
Leningr.otd-nia, 1959. 836 p. (MIRA 12:4)
1. Vaesoyuznyy geologlohockly nauchno-inaledovatal'skiy Institut
(for Raznikov).
(Hydrology)

VOROTTNTSEV, V.T.
~,
Machine for mWdug steel abot in the field.' Razved.1 okh.
nedr .21 no.1:60 Ja-F 155o (XIJU 9:12)
(Prospecting)

VOMMTM, V., T,:
Drilling;* knowlidge - gainad from tjx. work.of advanced. drillers in the,Ural. Yoakva, Vgle-
tokbizdat,,1952. 70 t- tibl'Actechk3, shakhtera,novatora (53-21S76)
i9874*V59

VOROTTNTSEVI,,V.,..*
Double column pipes with a third pipe for coring. Sbor.nauch.
trud.KazGKI no*14:93-99 156. 1 (MIRA 10:10)
(Boring machinery).

V, Yuj., inzh.
Evaluation of the intensity of blooming mill operation and
utilizati,on of driving motor capacity, Trudy UkrNTOChM 1:130-140
156. 11 (HM 10:12)
1. Institut chernoy metallurgil AN USSR.
(Holling. Mille)

VOROTYIIM,`V . Ytk.Y.. ; IYUNIN, A. E.
Method of study4ng the Gf' hicoming mill
Inot.chern,met. AN MISR il:143-151 15'?.
(RoRiv (Yothiwork)) (Time atudy)
operators. Trao
(MIRA 1a:9)

(10fiC)TY k)T,' C-U
CHMMARV, A.P.; KLIXENXO, V.H.; H=-SHY(j, V.I.. CHEMRAHUY, V.D.-,
VOROTYN"SLT. Yu.V.; SHAM111. 1.K.
Investigation of a 1150 mii. blooiaing mill. Trudy Inxt.,3hern-zet-
AN LUSU 11: 152-174 157. (xuu 10:9)
(Rolling mills)

j -NI lq'T S 4 V -- V'~,
KLIKUKO, VJI.; V.I.: Clq~;LiiHAWV, V.D.; PAVLOV, Y.L.;
VOROUNTSMV, Yu.v.: SOAZUOV. la.M.; NAZARENKO. Kh.N..- SHAYRAL, I.K.
Increasing the outrmt of tivo-ing mills. Trudy Inst.cherm.met.
AN URSH 11:175-131 '57. (MLRA iO;q)
(Holiling,mills)

, ~ V 137-58-2-2823
V /Y-r 5 /~7- 1, /
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 89 (USSR)
AUTHORS: Vorotyntsev, Yu. V., Ivonin, A. I.
TITLE: A Means of Studying the Performance of Blooming-mill Opera-
tors (Metod issladoveniya raboty operatorov blyumingov)
PERIODICAL: Tr. In-ta chernoy metallurgii AN UkrSSR, 1957, Vol 11
pp 143- 151
ABSTRACT: Results are given of a time study of the operations that occur
during blooming-mill rolling. Used in the study was a specially
designed timing device which recorded simultaneously on moving
tape the operating time of all 7 of the blooming mill' s electric
motors and recorded also the time of operation in either direc-
tion. A description is given of the timing device and of a supple-
mentary design for it Which would make it possible to record on
the same tape the time; elapsing from the moment the metal is
engaged by the rolls --mtil the moment it emerges from the rolls.
Use of the timing device afforded the possibility of comparing
the performance of blooming-mill operators, of developing the
best methods for doing the work, and of enabling the operators
Card I /Z to study, learn, and adopt such methods. A similar oscillo-

137-58-2-2823
A Means of S6*-udying the Performanc.e of (cont.)
graphic method was found helpful in determining the actual work load on
the motor, the sequence and duration of the engagement of the various
mechanisms, and the manner in which the various operations are applied
I --- all of which is necessary if the latent potential of blooming mills is to
be exploited.
V.D.
1. Rolling mills-Operation
Card 2/2

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'VOROTTITTSF,V, Tu,V.,kand.tekhn.nauk
Taking into consideration minimum overexpenditure in establishing
tbe grading of profiles for rolled steel standards. Standakizateiia.
P2 no.56.25-99 8.0 158. (MIRX litil)
1. Institut chernoy metallurgit AN USSR.
(Steel, Structural-Standards)

Vox e, TY 1v 7' ~ 4- vi Y' It - V- 13 7- 19 58- 2- 2774
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 81 (USSR)
AUTHORS: Chekmarev,A.P., Klimenko,V.M., Meleahko,V-1.,
Chekhranov,V.D., Vorotyntsev,Yu.V., Shafran.I.K.
TITLE: A Study of an 1150-millimeter Blooming Mill (issledovaniye
blyuminga 1150 mm.1
PERIODICAL: Tr. In-ta chernoy metallurgii lq57, Vol 11,
pp 152-174
ABSTRACT: A comprehensive investigation of the performance of an 1150-
millimeter blooming mill showed that the actual amount of widening
that occurs in the rolling of blooms and slabs is significantly
greater than the customary calculations would indicate. This error
in computation of the widening led to a faulty distribution of the
reduction during each of the rolling passes. Measuring the pressure
of the metal on the rolls and the current in the armature of the
motor revealed the availability of reserve power, which could be
used to increase the reduction in a given pass in the blooming mill.
The greatest specific pressure in the rolling of mild and medium-
carbon steel.,; exhibited by killed steel MZ subjected to cold
Card 112 upsetting. Curves of specific power consumption for the rolling

137-1958-2-2774
A Study of an 1150-millimeter Blooming Mill
operation included here, should be useful in the planning and
control of power use in a blooming mill. Time-and-motion studies
showed the extent of and reasons for differences in the duration of
passes and of the intervening pauses among various operators and
made possible recommendations for cutting down production time and
down time in blooming-mill operation.
V.D.
1. Rolling mills-Operation
Card 2/2

' ! SOV28-58-5-6/37
AUTHOR: Vorotyntsevt Yu.V., Candidate of Technical Sciereas
TITLE: Plotting Section Iron Gradations on the Principle of the
Minimum Overexpenditure of Material in Rolled Steel Stand-
ards (Postroyeniye gradatsiy profiley po usloviyu mini-
mallnogo pereraskhoda v standartakh na prokatnuyu stall)
PERIODICALs Standartizatsiya, 1958, Hr 5, pp 25 - 29 (USSR)
ABSTRACT: The author describes a method for calculating the grada-
tions in section iron in rolled steel standards, proceed-
ing from the principle of economizing on material instead
of the normal pr"edure of calculating the gradations on
the preferential numbers system. He also attempts to de-
fine the conditions which will lead to a minimum overex-
"
tions derived from the preferential
penditure with grada
numbers system and further gives conditions where the law
Card 1/2 of the change of gradations has no noticeable effect on

SOY/28-58-5-6/37
Plotting Section Iron Gradations on the Principle of the Minimum Over-
expenditure of Material in Rolled Steel Standards
the extent of overexpenditure. The results show that the
less the number of sections in the atandard (by the pre-
ferential numbers oystem), the greater will be the relation
of overexpenditure up to a certain limit. The more sections
there are in the standard, the less will be the effect o:f
the law of gradation changes on the extent of overexpend-
iture. There arp 2 .3ets of graphs.
ASSOCIATION: Institut ch'e'rnoy motallurgii AN USSR (Institute of Ferr-
ous Metallurgy, AS 11krSSR)
1. Stee.1--Standards 2. Steel--Classification
3. Standardization--Economic aspects
Card 2/2

13 7- 1958-2- 2 790
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 84 (USSR)
AUTHORS: Klimenko,V.M., Meleshko,V.1., Chekhranov,V.D., Pavlov,V.L.,
.Yorotyntsev,-Yu.V., Borunov,Ye.M., Nazarenko,Kh.N.,
thafr'4n'-"
TITLE: Increasing Blooming-mill Productivity (Uvelicheniye proizvodi-
tell nosti blyuminga)
PERIODICAL: Tr.In-ta chernoy metallurgii AN UkrSSR. 1957, Vol 11, pp 175-181
ABSTRACT: A comprehensive investigation of the performance of an 1150 mm
blooming mill at the Dzerzhinskiy plant revealed ways in which
blooming-mill output capacity could be increased. These required
the adoption of certain technical and procedural measures, namely,
improving the performance of the clamping gear and of the main
power unit, better regulation of the heating of the metal, etc. Once
this had been done and the new high-reduction runs had been inaugu-
rated, the rolling operation could be shortened by 4-8 passes and
1-3 turnings, with a simultaneous 150 percent increase of the re-
duction per smooth roll and 200 percent increase of the reduction
per grooved section roll. The quality of the rolling was not impaired,
industrial tests showing that the incidence of rejects had declined
Card 1 /1 from I percent to 0.6 percent. V. D.
1. Rolling mill&_-Production

VULTYNTSEV, YU. V.
VORUTYNTSEV, YIJ. V.; "Theoretical and experimental investigation of the
laws determining the basic perameters an-I productivity of a reversing
roll stand." Acad Sci Ukrainian SSR. Inst of Ferrous Yetallur&y.
Dnepropetrovsk, 1956- (Dls-~urtation for the Degree of Candidate
in Tecbnical Sciences). -
Source: Knizbnaya letopis, No. 2& 1956 Moscow

137-1957-1Z-23634
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 12, p 112 (USSR)
AUTHOR: Vorotvn
TITLE: Evaluation of the Intensity of the Operation of a Blooming Mill
and the Utilization of the Capacity of the Motor (Otsenka
intensivnosti raboty blyuminga i ispol'zovaniye moshchnosti
dvigatelya)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii. Ukr. resp.
pravI., 1956, Vol 1, pp 130-140
ABSTRACT: The intensification of the rolling process (R) is an important
means of increasing the productivity of the rolling mills. The
index of intensity (II) may be represented by the expression
10 G-Ig /.LE/T, where G is the weight of the deformed metal;
~LE_ is the total amount of drawing; T is the time required for
/
the rolling of the ingot. As for its physical significance, the Il
is a value which is proportional to the rate of the volumetric
displacement. The magnitude of the 11 was assumed in order to
evaluate the intensity of operation of five blooming-mills (BM)
driven by a 7000-hp powerplant and rolling steel 3 (BM Nr 2 and
Card 1/3 3 of the MMK, BM 1100 of the KMK, BM of the "Krasnyy Oktyabrl"

137-1957-12-Z3634
Evaluatiori df.,~thez1ntei%~'iiy',z,fAh! r tio, ~of a 9160m. Mill. (cont.
g.'Ope -a n
plant, and the BM 1150 of the Dzerzhinsky plant). In order to
time the work of the operators exactly, a chronograph constructed
by the rolling shop of the IChM (Institute of Ferrous Metallurgy)
of the USSR Academy of Sciences was employed. A reduction in
the number of passes leads to increased intensity and re3ults in a
higher 11. Since it is convenient for the operators to eject the
rolled material onto the conveyor rollers which are rotating
toward the mill (this produces a better rhythm of operations),
the ejection must occur at definite rpm, so that the piece ejected
from the roller returns to them at the exact instant when their
adjustment has been accomplished. The ejection at high rpm
results in an increased length of the intervals. Decreased rpm
-,at the time of the ejection results in slower passes with a corres-
pon4ing loss of time, which can be eliminated only by returning
to high rolling velocities, provided the coefficient of friction of
the metal against the conveypr rollers is greatly increased (by
roughing up the surface). In this instance, the total rolling time
of an ingot will be reduced; -.his will lead to a greater loading of
the motor and a better utiliza.tion of the power drive in sections
where the available loading margin is not sufficient to permit a
Card 2/3 reduction in the number of passes. When the motor is loaded to

137-1957-12-23634
Eva lua tiad'ofith.e t Intens-i t~~,of -~hv Ope f atioi,:a a W6b6Jg-.Wll, (cont.
its limit, all other conditiona being equal, the revolutions at the
time of ejection and the average rolling velocities may not be
increased since this would result in overloading. In the event
of slight overloading of the motor the best solution is to decrease
the rpm during the ejection.
B. Ye.
1. Blooming miUS-Operation 2. Motors-Capacity operation-
Application5
Card 3/3

CHXKKAM, A.P.; VQROT22.9jLhOXUj,~,,-,
Some resulta of timing by chronograph the work of blooming mill
operatore. Trudy Inst.chern.set.Al URSR no-10:138-152 156.
(HLU 9:11)
(Chronograph) (Rolling (Netalwork))