SCIENTIFIC ABSTRACT KOZHEVNIKOV, V. A. - KOZHEVNIKOV, YU. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825810009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOZHEVIIIKOV, V. A., Cand Tech Sci "Problems of~_'ktft electro-
dynamic 4P~ ~tn on locomotives.4vdu&u-by- an-Anternal-
Khar'kov, 1961. (Min of Ili.-r',,er and
rv
Sac Spec Ed UkSSR. 4r'kov Polytech Inst Im V. I. Lenin)
(KL, 8-61, 244)
247 -

KOM -VIIIIKOV, V.A.. inzh.; KOCIUMV, A,V., inzh,
Choice of the characteristics of the air gap of a dx4
machine with given regulatory characteristics. Vest.
elektroprom, 32 no.4:35-40 Ap 161. (MIIU% 15:5)
(Electric railway motors)
(Magnetic circuits)

KOZHEVNIKOV V A
Bitumen and vacuum waterproofing of bridges. Avt.dor. 25 no.8.,22
Ag 162. (MIRA 16s2)
(Bridge construction)
A
I

ALEKSEYEV$ A.Ye.; VASILIYEV, V.A.; DEMBO, A.R..; KOZHEVNIKOV, V.A.; KOMMV, A.V.
Promises and features of the standardization of the tractiox motors of
diesel locomotives and aingle-phasa d.c. locomotives. Sbor.rab.po vop.
elektromakh.no.8.-327-336 163.
(MIRA 16:5)
(Electric locomotives) (Diesel locomotives)

ALEKSEYEV, A.Ye.; KOZHEVNIKOV, V.A., kand.tekhn.nauk
Commutational stability factor of d.c. motors. Vest. elektroprom.
34 no.4144-47 Ap 163. (MMA 16:10)
1. Chlen-korrespondent AN SSSR (for Alekseyev).

DLYIBO, Anna Ruvimovnar kand. tekhn. nawk; KOZHEVNIKOV,. Vladimir
Arsenlyevich, kand. tekhn. nauk; Anatoliy
Uifllyevichp inzh.,- PRUSS-ZHUKOVSKIY, Vladimir
Vladimirovich, inzh.
(parametern of the modern traction ricitorj for alectric
and autonomous locomotives] Pariirwtry sovromeraiykh tia-
ovykh dvigatelei elektrovozov i a~-tonovuVkh lokoinotivov.
Pyl A.R. Dembo i dr. Mosk-va, Naulca, 1961,. 1,/6 1).
~
(VURA 17: 11)
1. Leningrad. Institut, elektromeklianiki.

KOZHFVNIKOV, V.A., inzb.
Full-icnle investigatIons of slabs on the traveled part
of bridges. Transp. stroi. 16 no.1:46-47, 57. Ja 166.
(MIRA 19:1)

DMITRIUV, A.D.,dota.,kand.tekhn.nauk; KOZHMIIKGV, V.A.,Inzh.: UBOLOTNZV#
A.14.,Jnzh.; GLOTOV, B-A-tinzho
Using reinforced concrete bridges for 50 years without water-
proofing. Avt.dor. 22 no.2:18-19 F '59. (MIRA 12:2)
(~ridgea, Concrete) (Waterproofing)

KOZHEVN KOV, V. A., inzh.
Bridge floor slabs without reinforcements* Avt. dor. 25
no.10:22-24 0 162* (MMA 15'.10)
(Bridges, Concrete)

SHTETS) K.Is; KMEMIMV, V.A.
th'i optin'llm loicidinif (T -ills b~,r lu-~o linelar
Pl*ngramm Ing Twthod" IZv.vYS.Uchf,,ba7-a,,.; chorn.irct. 8 no.-9:181-
I,Bc) 165- (MIIIA 18:8)
1. Yharlkowikly Jr-1--l~.,11t.

.ACC NR, AP6032534 SOURCE CODE: UR/0413/66/000/017/0141/0141
INVENTOR: Tselikov, A. I.; Rozanov, D. V.; Nistratov, A. F.; Gol'man, L. D.;
Maksimov, L. Yu.; Pobedin, 1. S.; Fridman, A. Z.; Kitain, R. S.; Kurovich, A. 11.
T_a~tochenko,
A. F.; Kaganovskiy, F. I.; Kozhevnikov, V. F.; Zonenko, V. V.
ORG: none
TITLE: Hydraulic press reinforced with wire wrapping. Class 58, No. 185696
(announced by the All-Union Scientific Research Institute for the Planning and
Dcsign of Metallurgical Machinery (Vaesoyuznyy nauchno-iseledovatel'okiy i proyaktno-
konstruktorskiy institut me tall urgi cheskog o mavhinostroyeniya27
SOURCE: Izubreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 17, 1966, 141
TOPIC TAGS, hydratilic press, reinforced hydraulic press HC11 0q,901je r.Vv)r F
InF7-,9,1- PA~ F,!; M AJT~ I
jo 1)
ABSTRACT: This Author Certificate introduces a hydraulic press reinforced (see
Pig. 1) with wire wrapping. The press includes a cylinder, housing consisting of
upper end lower crosomembera and columns with a concave oval-sh4ped outside surface
which makes it possible to wind a reinforcing band or wire around the housing. To
improve the technical and economic characteristics and the reliability of the press
at the same main parameters, the housing is provided vith stiffenning iribs located
Card 1/2 UDC,.- 621,226----

ACC AP6032534
1IFig. 1. Hydraulic press reinforced with vire
wrapping
- Stiffenning ribs; 2'--wrapi'ping;
.13 - lower crosemember.
between the wrapping, and-the lower crossmember of the press is laminated and.aervis
as a hydraulic cylinder. Orig. art. hast 1 figure.
SUB CODE: SUBH DAM 20Aug64/
Card 2/2

YEGOROV, Nikolay Mikhaylovich, dots., kand. tekhn. nauk; E(~=Wj V$
_ kQ
V*G , retsenzent; BULAKH, G.D., retsenzent; YEFREMOVI'-d-f.-O
~e.; VITASHKIiiA, S.A.9 red. Izd-va; BODROVA, V.A., tekhn.
red.
[Technology of building reimforced concrete ships] Tekhnolo-
gi# postroiki zholazobeto:mykh sudov. Moskva, Izd-vo
"Rechnoi transporttn 1961. 191 P. (MIRA 1~:q)
(Shipbuilding) (Ships, Concrete)

KOZHEVIIIKOV, Viktor Grigo_r1yevich; MILOV., Sergey Grigorlyevich;
SELErSKI79 S,1.2 red.; HIYJIAYLOVA, L.G.) red.izd-Va;
PARAKHIIIA$ N.L., tekhn.red.
[Ifechanization of log loading and sorting in lumber mills]
Ifekhanizatsiia vygruzki i sortirovki breven na losozavodalth.
Mosh-va, Goelesbumizdat, 1961. 161 p.
(Sawmills) (IMA 15:4)

VISO/60/000/02/028/028
2071/1135

Trfr-Itz SC!e NO cam on the Matallu-sir, Ch~=i.try and.
t
1
L
C2R
1lc
N
-a
-.,
3a
F
.
1
I ma-r-g 'I
FMODICALs Izv*3tl7m Akld=ii cauk SSSH; Otd&IAZIYG tokh=1chesklkh
nauk, Metallurg1ra I toplivo, 1960,$r 2,pp 167-168 (USSR)
ABSTRAM The conference took place cc January lt~-20 1960 in I'Loscow
In the Institute of Metallurgy. A~Ad~ of Sciance.,
Sjp. it wis organised by the Comm itt '. ra r Coordlmatlon
of Scientific R*search an Titanium. About 400
reprssertAtl7as of academic and researc!% institutions and
works participated in the conference. The conferen-e
Vag divided Into four sectionst 1) rav materials
smelting of oresi 2) chamical technology a=d
-Ml
method$ of =altlng
tan
th
hl
i
ti
*.
na
me
e
or
o
c
on; 4
-
'
3
C-Ving paPaL
titanium; and 0100trO17313. The fOl.
)
were read3
Metallurgical evaluation of some nev de;~SIZX

_2taj~&:qvskiyj~ State and prospects of I=prcvlrg the
Card QjL D, -
-
chnoloky of smelting of 1I,=InIt* concentrates
te
2/3
and

Thermodynamic lzrostigations of titanium compounds
(F.B. Zhallb.v *r-dI.J- Reznlr-h nko) ; An Inve2tiestlon
0
tita-
on
nt
t
d
i
f
Tron-
t= c
ce
r&
es
al too process
uct
cn, o
with carbon 0; Scam hydro-47t.%zle: and
.kinetic feature' of chlorination of
titanium dioxide in lofton chlorides (r1m, Men-rin)_i
Oxidation of tita-1- t4trachlorlde
I;tlo
yo
l -Iahwak.); U.11 a
T.L. A.zb=
-jFJL', 11 A-
r
a Lai 9s, for the producticz of tltanlum
,
dioxide plzment by the sulphurle sold method C,-
jarrd B~ s vich, V.A.. GLr.UQva) ; An
some D_

u 0 2=14 prcpart as of th, sys7t*= =14 - LIC13
.gart A
An In-Yo3tiration of Pho,3*
C,
--2
1 r1. ou, - u.
.,. brim. lqui -rapc%Lr In systems forced W titanium
tetra chloride with chloroanhydrides of =o- and trl-
-taorc4aidle acids (2d, Oerygk,,Y,. 9 A Va~ns, L 5
!j4orjDjjJ DotermimaWn or th.
d -
C
.
&r
2/3 carbon In titanl= tetrachloride (Q~,jt. S*;~yakov, S.A.Vaka,
Palle conditions for Xtan:iArai3ed
re.?^Uts of the Process of production Of titanium by the
magnesium, the-zlts method [3.V. Oh-ur t3cy, V.A. Hezal-
eb*MkOW V 1. USt1r4T V.I. K'--h'" A r ;
Oil the tw.' 3 7,U-F on f
Late aa-cod(or pro -Fr -EY the
sodl= th*rmits method O..rtsov);
V.A.
F.-QdL.t.'.U or . hlL p~:rity t1W.1- (7 -
The influence or the couteal of purity
titanium sponge on the proce*s of 5a*1tInz and on the
qualit7 of the not&-' produced ); The
Production Of titanium and Its a =oys by-rof~,',g cr
black anodes (Acad4,mtcj&n 17,r~.Inj
V.I. Lukashinji On the th . !;r oLng of titaw-,
; Production of titai.., by
;-ka-41YJis Of titsnium dioxide In rluorlde-claoride
welts (I.P. B4rd1n, A.A. Kinayn); HaectrolytIc production
of titanium frea Chloride- fluoride melts
d j Mectrolyt.-c -efl f
zj~;ft~ncv, N A trub-45-va nin; 0
Car -ffrd _R
ac-. Y); and a
3/3 number of other-reports. 6. - -Z
There are no figures, tables or reforencos.

r 40(7'H&V'lTDWVP ve h.,
!11
413. QPEWION 01 ZMA.-I WITH S2A'M BAR ON PuT CN&AL.
1~11- 1. (Z Won. Toplive (Pusl leon.
Pyetyshkin, R. M. and lozhowniko
Sept. 1961, 7-10)9 An-lMs-trated description Is given of a Crate with
a reciprocating acrPper bar, fitted to a loconotive-type boilar giving
600 ke of steam per h. (06

BUNIKO, V.A.,, kand. tekbn. nauk; PODOLISKIY, V.A., kand. tekhn. nauk;
KMHEMKOV V L inzh.
Industrial t-jorting of apparatus for increasing safety in contact
networlts of electric locomotive haulage. Vop. rud. trans
no.5:345-350 161. (MIRA 167
1. Dnepropetrovskiy gornyy institut.
(Nikopoll region(Dnepropetrovsk Province)-
Electric locomotives-Safety measures)

BUNIKO, V.A., kand.tekhn.nauk; PODOLISKIY, V.A., kand.teklin.nauk.;
KOZHEVNIKOV) V,L,, inth.
Electric locomotive trap in the safety network for preventing
electric shock. Vop. rud. transp. ro.6%296-301 '62. (MIRA 15:8)
1. Dnepropetrovskiy gornyy institut.
(Mine railroads-Safety appliances)

KOZRLTIIKOV, VIM,
Development by wheat of additional spikelets in the sqme region of
the axis of the ear. Sbor. trud. asp. i mol. nauch. sotr. VIR
no.5:19-24 164, (NURA 18:3)

3/598/61/000/006/001/034
D245/D30&
AUTHORS: Ogurtso.% S.V.t Reznichenkof V.A., Ustinovp V.K.p
Kozhevnikov, V.Nop and Dedkovq A.I.
TIT LE: .8asic conditions for the magnesiothermal process
of producing titanium
SOURCE: Akademiya nauk SSSR. InBtitut metallurgii. Titan i
yego splavy, no* 6, 19610 Metallotermiya i elektro-
khimiya totanap 3 - 13
TEXT: A series of experiments was carried out in a laboratory rek,
actor to study the distribution of reaction components in the for-
mation and growth of Ti sponge and the factors governing the reac-
tion of TiC14 with Mg. In all experiments, the following were re-
corded: Furnace temperature before insertion of retorts, furnace
heating rate, Ar temperature and pressure in the retort at the lie-
ginning of the proceesp amount of M9012 formed and pressure ov#t
the tanks containing TiC14. The Mg was completely fused prior to,
the process. An exponential relation was found between the feed
Card 1/2

8/59 61/000/006/001/034
Basic conditions for the ... D245YD303
rate of TiC14 and specific pressure. Detailed results are shown in
diagrams. The authors oonclude that automation of the process can
b&t be effected by optimum programming of TiO14 feed. There are 4
f1gures.
Card 2/2

I
-4

ZYRYANOV, Yo.O.,- KOLEVATOV, P.A.1 OSIPOV, Yu.A.j K07HEVNIKOV, V.N.
Industrial testing and introduction of dry PermNIUI-4 dust
collectors at the Lenin Mine of the Kizelugoll Combine.
Natich. trudy PennNIUI no.6s215-223 164.
(MIRA 1W)

POB'-RMTNSKIT, H.N., professor, redaktor; KOZ-WNIKOV, V.P., professor,
radaktor; KISHiM, P.N., prof nsso?:-?MdlMv,- V, A.P.,
redaktor; FIARGUTAS, U.Ta., rmduktor; BELICHIKOVA, Tu.S.,
takhnichaskly redaktor.
Pre of*radloactive phosphorus in the treatment of skin diseases]
Primnnenin radioaktivnogo fosfora dlia lechenia kozhnykh zabo-
invanii. Moskva, GoR.Izd-vo meditsiziskoi lit-ry, 1955. 1711 P.
(.'EjRA 8: 10)
1. Chlen-korrmapandent VIN SSSR (for Kozhevnlkov).
(PHOSPHORUS-THPIRAPEUTIC USE) (SKIN--DISMSICS)

IKOZHEVNIKOV P.. inshener; RAMINOT, B.P., inzhe)ier; MMKIN, S-T-l
.j__V_
- Inign-er-, SIMIRNOV, M.M., lushener; GRITSVI, N.F., inzhenero
Turn-over rollers for continuous billet mills. Stall 15 no.1:54-58
Ja 155. (MLBA 8:5)
1, Magnitogorskiy metallurgicheekly kombinat.
(Rolling-mill machinery)

C'
AUTHOR3 OZHEVITIKOV,V.P., UZIYEITKO,A.M., KUSTOBAYEV,G,,G. PA - 2379
VV
TITLEt Ri`s_ei:H-?*f-6-d-u-et-ivity of the No 2 Blooming Mill. (Uveliche-
k
niye proizvoditellnosti bluminge no 2, Russian)-
PERioDrCAL: Stalt, 1957, Vol 179 Nr 1, pp 47 - 52 (U.S.S.R.).
Receivedt 5 / 1957 Revievred: 5 / '44957
ABSTRILCTt A research-party occupied itself with the study of the work of
individual rolling mill train and aggregates, and visualized
various measures in order to increase the productivity of the
blooming mills. Here no 2 blooming mill is concerned. Recon-
struction after 1946 and the therewith connected rise in pro-
duotivity up to 1955 are described. In 1946, before reconstruction
blocks of 6 - 6,6 t on ingots of 210 x 210 and 230 x 230 were
bloomed. 9 groups of regeneration soaking pits existed, there
followed shears for max 650 t and the billet rolling trains
630 and 450, each consisting of 6 roll stands. Investigations
were carried out by the uninterrupted photographing of the
rolling process, registeling of operationaby means of a ohrono-
me~erq and by determination of the productivity of the ag-
gregates. It proved to be necessary to reduce the total rolling
timej to increase the weight of the blocks to be rolleii, to in-
crease the permeability of the soaking pits, and to improve the
quality of heating, to increase the rolling velocity on the
Card 1/2 billet rolling trains 450, and to increase the permeability of

PA - 2379
Rise in Productivity of the No 2 Blooming Mill.
the cooling beds. After having carried out all these measures
the rolling-velocity on the train 450 rises by 28 ~. and billets
97 A 97 mm, were produced which are much more rational. 1955
two roll trains were! put into operation. The one led from the
blooming mill to the billet rolling train 630, and then to 450.
On the second the material moves to 630 by mcans of a tractor,
on the roll tables to the bench sheaLre No 2, without moving the
train 450, where they are out up as-billeto J,'or the sectional
iron trains. The rise in productivity amounted to 86,5 % in 1955
as compared with 1946. (3 tables, 4 illustrations
ASSOCIATIONt Metallurgic Combine of Magnitogorsk.
PRESENTED BY:
SUBMITTEDt
AVAILABLE: Library of Congress.
Card 2/2

19,51w
ATYITOR&~ Kozheimikov, V.P. Shternov, M.M.
TITLE: About Rolling With Over.-Reduction
PERIODICAL-. shall, 1960, No. 9, Pp,, 827-828
S/13-3/60/000/009/008/0j5
A054/AO29
TEXT- In recent years many experiments have been carried out to utilize
the "reserve" frictional forces in the rolling process in order to increase the
rate of reduction. Several suggestions have been made to employ the optimm re-
lation between the forces pushing and pulling the strip afte.-- the bite, for in.-
st-ance, to use sapired strips, special devices for the forced pushing of the
strip, to prs8s the rolls after the strip has been pushed in with a special me-
chanism, etc. According to experience in the Magnitogorskiy metallurgicheskiy
ko-nUnat (Magnitogorsk Metallurgical Combine), these methods have certain draw.-
bao':~:s. In the fir-et place, the increase in redution did not &I-ways increase the
output of the continuous, semi-continuous and cross country mil" ' When rolling
with reductions wh1ch are near the limit of the bite conditions, ce7tain difficul-
ties arise. For instance, the bite becomes unreliable, thus slowing down the pro-
cess speed, slippage also increases the time of the rolling process, breakdowns
of the machine become -..no--e f-p.ii-v.,nt, etc. PvIdently, rolling witil reductions be-
Card 1/3

858,30
3/133/60/000/009/008/0)5
A054/AO29
About Polling With Ove--Rnduction
yond a certain limi't. will even agg-_avatF~ these phenomena. !'be reserve of fric-
tional forces in shaping mills appears to be slightly lower than In theory. Soft
steel strips arp nipped fairly easily at M = 19-220, but soon after the grip
they tug and sk-id Interfering with the rhy-thm of the operation, The Increase in
the rate of redi--ction is suggested mainly for blooming mills by several research
workers. However, for this kind of mills the limits set for the bite do not cor-
resDond to the nor-mal. operation of -the electric motor. The best .4ky of increas-
ing the output of iha.pixig mills,las found in the Magnitogorsk Metallurgical Ccm.-
bine, is the diffe:,entiation of ~%e dimensions of products, by which the reduc-
tions could be .--c_n~~iderably decreased on shaping mills. However, aocording to
the author the outzut of the irills can be raised more effi-~~Ientlv by working wi-!~h
10 or even wit... 12 Ftands operating in the conventional marirt~r t1an by using
stands and apply gz-orvins or other measurez, To inoreasr-. -Ih~,' :.ate -_~f _-_juzti.on. Ln
some cases it is juotified to in',rease redustion, for ln~ilance, C n old-type Shave
mills with three-r-,N'Ller roughing stands. On thec-e mills an lr:,r~tased rate of re-
duction re_--ult~ng In a. number of pa5isss, to sorre extent :IncrpassE~ pro--
di,ictivity, A~3r, on zome typ-3s of oontlnucu~ goed :-an be obtained
Card 2/3

,35";j
S/133/60/000/009/008/015
A054/AO29
About Rolling With Over-Reduction
by a:n increased rate of reduction, because on these maohilnes the forced feed
can increase the degree of reduction without changes in the desJgn of the equip-
ment. The outprut can be increased best by mechanization and automation, by in-
creasing the rolling speed, by adding more stands and lines, by basing a succes-
sive InEtead of a linear arrangement of tkn stands, but In any ca3e, the opera--
tion of the stand must be based on a normal (not forced) angle of bite.
ASSOCIATION- Magnitogorskiy metallurgicheskly kombinat (Magnitogorsk Metallurgl-
cal Combine)
Card 3/3

10 F k C
ACC NRt "6029871 SOURCE 1-3/667666761576622T6622
CODE: UR/04
INVENTOR.: Voronov, F. D.; Filatov, A. D.; Gun, S. B.; Seltvanov, N. M.; Nosoyj
V. D.; Save. Concharov, F. I.; Plotnikov, P. I.; Ro S.A.;
-ru~stobajjy__,_G~_G f Polushkin, V. .,* Arkhipov, V. M ; Uziyenko, A. H ; Kolov, M._I.;
_!jqAhev~j_kqyj_y_~ ... p_.; Shapiro, B. S.; Kalugin, V. F.; G12.devF..I.; Aksenov, B. _N.;
.Khomyachkov, A. P.; Rudakov, Ye. A*; Kuzema, 1. D.; Comzhin, V. V.; Poydyshevp B. N.
-Shternov, M. M.
ORG: none
b
TITLE: Meth d of making high-strengt~ steel plates by pack rolling. Class 7,
No. 184232
SOURCE; Izobret prom obraz tov zn, no. 15, 1966, 22
TOPIC TAGS: high strength steel, high strength steel plate, high strength
steel sheet, steel plate rolling, steel sheet rolling
ABSTRACT: This Author Certificate introd e method of pack rolling high-strength
steel plates and sheets up to 10 mm thic~,:nsd :p to 3500 mm wide In a carbon steel
envelope. The method includes cleaning,14oating, making of the pack, heating, I
rolling,and sub equent beat treatment.' To ensure an accurate thickness of the plate
Card

L 44oO5-66
ACC NRs AP6029871
or sheets regardless of their location In the pack, the thIcknean of the envelope
must be at least 0.6 of the total initial thickness of the high-utrength plates
of the'pack. i~NDJ
SU6 CObE: 13/ ISUIM 6TE: 18jun64/ ATD PRESS: SO 70

KOZHEVNIKOV, V.S.
Experiences in the transition to a shortened working day.
Kwho-ObUvmprome no#10;7-8 0 '59, (MIRh 1);2)
1. Nachallnik otdela. truds i zarplaty fabriki "Belka."
(Leather industry--Labor productivity)
(Hours of labor)

KOZHMIIKOV, V. V.
Theor7 of the equilibrium state of the level of bodies of water.
Soob. AN Gruz.SSR 25 no.2:167-170 Ag 160. (MIRA 13*-11)
1. AN GruzSSR, Institut energetiki im.A.I.Didebulidze, Tbilisi.
Predstavleno akademikom R.I.Agladze.
(H7dro) og.
~y)

AUTHCR: Kozhevnikov.V.V. SOV/130-58-11-13/16
TITLE: '-Automatic Dotection of -Strip Breakin6 in an Anodic
Electrolytic Cleaning Line (Avt=aticheskiy liontroll
obryva polosy na linii anodno-eloictroliticheskoy ochistki)
PERIODICAL: Metallurg, 1958, Nr 11, pp 40-41 (USSR)
ABSTRACT: In the tin,)late shop of the Magnitogorskiy motallurg-
iche.ikiy kombinat War.,,niuogorsk !!,.Ctallurgica- combine) ail
anodic cleaning line is installed in which breakage of
the strip is liable to occur. The quicker such breakages
can be detected and the line stopped the less the dis-
ruption of production. The author has developed an
installation in which the distance of the strip from a se",
i;oint is measured indirectly with the aid of induction
transducers (type 1KV-10 made by the "Elektroprivod"
trust): in the event of breakage the distancie increases,
and the resulting change in current from the transducer
Card 1/2

SOV/130-58-11-13/16
Automatic Detection of Strip Breaking in an Anodic Electrolytic
Cleaninu Line
circuit (Fig 1) is electronically am~)lified (Fig 2) and
through electromagnetic relays and contactors stops the
tensioning rollers and the line. The adoption of the
installation has reduced idle time due to stri-,) tearing
to less than half its former value.
There woa 2 figures
ASSOCIATI01-1; havnitogorskiy riietallurgicheski koribinat
01.-~'agniotogorsk metallurgical combined
Card 2/2

3/118/60AKO/009/005/009
A161/A026
AUTHOR: _j~9zhevnj1=y_.,__V.Z__ Engineer
TITLE: Automatic Thickness Control of Strip in Continuous Rolling Kills
PERIODICAL: Mekhanizatsiya i avtomatizatsiya proizvodstva, 1960, No. 9, pp. 18-19
TEXT: According to information by the central laboratory of' Magnitogorskiy
metallurgicheskly kombinat (Magnitogorsk Metallurgical Combine), the thickness
difference between the front and rear end of a strip rolled In a continuous mill
varies between 0.03 and 0.47 mm. The article describes the design faid operation
of an automatic strip thickness regulator developed by Laboratoriya. elektropri-
voda i avtomatiki (Laboratory of Electric Drives and Automation) of NIPIGORMASh
for a five-stand rolling mill of the Magnitogorsk Combine thin sheet shop. The
regulator works on the screwdown drive of the first mill stand. A contact micro-
meter of 9MI( -3M (EMY,-3M) type behind the first stand is used for Indication of
thickness deviations. A block diagram of the regulator is given f%Fig. 1) (where
M - the micrometer; C~YBWUV) - phase -discriminating amplifier-rectifier; Hn (NP)
- nonlinear converter where the controllable insensitivity zone, work zone and
blocking zone is formed (1,2, and 3, respectively, in Fig. 2). The blocking zone
Card 1/3

3/118/60/000/009/005/009
A161/AO26
Automatic Thickness Control of'Strip in Continuous Rolling Mills
is needed to prevent screwdowns displacement when the micrometer rollers are idl-
ing. Transformed voltage is amplified in the power amplIfier YN (UM) (Fig. 1)
and fed to the excitaiion windings of an electromechanical amplifier of quadratic
generator-motor r4l(GD) system that controls the ~~crewdown drive. Stable negative
generator-voltage feedback is fed to the input of the power amplifier. A tacho-
meter generator T (T) matches the regulator with the strip speed. The screwdowns
are returned into start position by the P130 (RVI) relay, switching the thickness
control system from the micrometer over to the selsyn C (S) which is connected
through an electromagnetic clutch 9M (EM) and a kinematic reducer directly to the
screwdown. The system is in use for 8 months and proved reliable. The first step
for elimination of Une-ven strip thickness in the "1,450" mill was.the automatic
system for holding down the rear strip end. Detailed description of its opera-
tion is given. It works in time function only. The additional compression of
the rear strip end for I mm in one stand reduces the thickness unevenness by 0.1
mm. When such additional compression of the rear strip end was used in three
stands, the thickness unevenness was reduced by 0.25 mm. There are 3 figures.
Card 2/3

S/118/6C)/000/009/005/009
A16l/AO26
Automatic Thickness Control of Strip in Continuous Rolling Mills
Figure 1: Figure 2:
Block diagram of automatic regulator Output diagrams of regulator
jrAeMb IV
va
4PY8 /1/7
Nc 1. Cxesta MOMaMeMoro peryuTOP11
TULILHIMI 411ICT2.
Card 3/3
A
Ne. 2. Buxommic X8PnKTCPI(CTIIKH peryigTopi-

3/118/60/000/012/002/009
A161/AO33
AUTHORS: Kozhevnikoy V.V., and Shvartsgorn, M.A., Engineers
TITLE: Automatic Seam Detection in Steel Strip
PERIODICAL: Mekhanizatsiya i avtomatizatsiya proizvodstva, 1960, No. 12,
pp- 7-8
TEXT: Two continuous sheet cold-rolling mills in the rolling shop
No. 3 of the Magnitogorskiy metallurgicheskiy kombinat (Magnitogorsk Metall-
urgical Combine) are rolling sheet from 2.2 mm strip hot-rolled from 3-ton
slabs; 3-ton strips are being joined by butt-welding during pickling (or
cleaning) into 15-ton coils. The mill must be slowed down to pass a seam
for otherwise the strip may get torn apart and the rolls scarred. At present
the mill operators have to watch, and they tend to decelerate too early and
sometimes miss a seam despite this. The Automation Laboratory of the Combi-
ne has designed an instrument with a light source and two photo-heads that
detects the seam at the right moment and decelerates the mill with a time
delay. The seams are marked by paint. The instrument is placed in front
Card 1/6

S/1 ly6o/000/012/002/009
Automatic Seam Detection in Steel Strip A161 A033
of the mill (Fig. 1) and measures light reflected from the strip and from
the paint. The system is illustrated by block diagram (Fig.2). The PEj (RB)
relay is the memory unit for commands from the photorelayCOP (FR), it gives
commands to electronic time relay 3P3 to start counting time. Voltage pro-
portional to rolling speed is supplied from tachometer generator TI- (TG)
that is coupled with the work rolls of the first mill stand; an additional
resistance switches into the excitation winding of the main drive generator,
and the rolls decelerate. The operator has to press the "040 Oil (11offil)
push button when the seam has Passed, to return the system to zero. The
OCK-1 (FSK-1) cells in the comparing and amplifying unit of the photo-relay
are high-sensitive. The comparing unit is a cathode follower with a 6X,4
(6Zh4) tube. Signals from the comparing unit go to the input of the ampli-
fier of the photo-relaycOR'-1-53. The output relay is of the P.9-100 (RE-100)
type. The electronic time relay (Fig.3) has a cathode circuit trigger re-
ceiving voltage from the tachometer generator. The seam passage signal
opens the P6 relay contacts, and the capacitor charges. When the grid volta-
ge exceeds the closing potential$ the trigger jimps over into the new stable
Card 2/6

S/ 1 18/60/'0'CC;/- I 2'!CK, 2/009
U
",utomatic Sc=,, Detection in Steel S"Urip Al 6 1/A033
state. The capacitor-cliargin- time determines 'the relay operation time, and
the-charging time depends on the tachometer generator voltaGe that is pro-
portional to the work rolls velocity. The,"& contact closes after 'the Dass-
in- of a seam, and negative voltage goes to the tube grid, and the trigger
returns into stable state. There are 3 figures.
Card 3/6

Auto.m.atic Scam Detection in Steel Strip
1 - uncoiler;, 2 - mill stand;
3 - strip; 4 - paint mark;
5 - light source; 6 - photo-heads;
7 - comparison unit;
8 - amplifier photo-relay;
9 - electronic time relay.
A161/AO33
Card 4/6

"...'Itom"I.tic Devect-ion in Steel StIrip
,~'i2
1 Comparison unit;
2 -amplifier photo-relay;
3 electronic zime relay;
4 photo-heads.
A1,61/AO33
Card 5/6

Automatic Seam Detection in Steel Strip
Fij. 3 : Electronic time relay circuit.
Card 6/6
S/118/60/000/012/002/009
A161/.4,033

5/1)3/62/000/008/003/003
A054/A127
AUTHIORS: Mhusid, S.Ye.; Kozhevnikov, V.V.
TITTR: The application of computers at the Magnitogorskiy me-tallurgicheskiy
i=binat (Magnitogorsk Metallurgical Combine)
r.
PERIODICAL: Stal', no. 3, i962, 76o - 763
TE-XT: The computers used at this combine operate either on non-heating
transistor units or on electron tubes. Some of the computers operate continuously
and are used to obtain information and to control the characteristics of a pro-
duction process, ahile ot:-nrs operate discretely under current or voltage impulses.
T~i,2 compu-.ers ana c o~.',pu-:.ar- systems have been designed by the'TsentralInyy nauchno-
-iss1edo%--L-.el'zkiy institut kompleksnoy avtomatizatsii (TsNIIKA) (Central Scienti-
fic :iesea-ch Institute of Overall Automation), Nauchno-issledovat?fskiy institut
uprav lye,, -i;.3hchikh vychislitei'n3i~h mashin (,NIIIJWI), (Scientific Research Institute
of Contro- Co,,,,puters), I.,--ningradskiy institut inzhenerov zheleznodorozhnogo
transports, (LIIZhT,',, (Laningrad Institute of Railway Engineers), Leningradskiy
gornyy inz;itut (Leningrad Mining Institute), Thilisskiy nauchno-issledovatel'skiy
institut sredstv avtomatiLatsii (Tbilisi Scientific Research Institute of Means
Card 1/~-

The tion of .....
S/133/62/000/008/003/003
A054/A127
of Institut avtomatiki I telem.-khaniki (IAT), (Institute of Automa-
tion and Telemechanics), TsNKICIM, etc. Computers were first applied by the com-
,0 i r. "~"o- controlling I'lying shears which cut strips up to 10 mm thick on the
2,503 mmn stand into sheets up to 2,350 mm wide and 2.5 - 12 m long. The schematic
operation diagram of the shears which is given in a figure is based on the follow-
ing algorithm: A - A n - 0, (A = represents the given sheet length with
0
correction, n = the number of impulses obtained from the path transmitter). In
cutting the first sample sheet the fpllowing algorithm is used:
C
A + B V n = 0 (B constant coefficient, C = A + B).
0
Controlling thIs ope. ration by computer saved million rubles a year, main~7 by
cutting the deviation In sheet length from 300 to 30 rmn. The instrument costs
'0" --ablos. The CTalb-1
I ~10 . (StaT-1) type computer controls the cutting out of
.-3neets without losses by means of planetary shears on the 450 stand. The com--
pu te r, which is mounted between the 630 stand and the shears controls with a
Card 2/5

S/I 33/62/000/008/()03/003
Tine application of ..... A054/A127
photorelay the length of sheets to be cut and registers on a punched card the
theoretical weight ot sh,3ets turned out by the 0630 and 450 stands, the number of
slabs rolled, the number of sheets passing the shears, the number of heats, etc.
The data are recorded by the standard 11A -45-2 (PD-45-2) type punching machine.
T~, e apparatus consists of ferrite-diode cells, which Are divided into measuring,
cuttin.--ou-~ and weighing units. The Stal-I computer increased the annual output of
YBY IUVU) computer
,.-e stand by 22,000 tons and saved about 40o,000 rubles. The %
is used in combination with a photoelectric flaw detector, radioactive thickness
gauge, electro-magnetic switch-over devices and photorelays for the continuous
elimination of defective sheets, 0.2 - 0.6 mm thick, which move at a 5 m/sec rate
and are cut in sizes 6f 512 - 1500 mm. Sheets not coming ue to the siandard thick
nezs or having holes are removed from the flow line and directed into the rejects
receiver. The computer operates on the principle of the shift register and the
foilo,...ring mathei-.latical function: x = A - 2n_L~_,Ll [where x = the coordinate of
the position of defective sheet in relation to the flaw detector axis; A = meas-
uring pitch of this coordinate which equals one sheet length; n number of the
cut sheetp after the defect has been detected, (n = 0,1,2-, ..); !n~ correction for
thc! ratio of sheets, necessary because the distance between the flaw detector and
swi tch -over Is not the integral multiple of the number of sheets; Al - correction
ior the transit of the strip into the sheet]. The block diagram of UVU, which
Card 3/5

T~,e application of ....
S11331621000100810031003'
A054/A127
savez 40,~,000 rubles a year, is given in a figure. Computers are used in ore
.1 n4 ng ,lo supply the dressing pldnts with ores of the prescribed composition.
T:,e -algorithm governing this control process consists of two parts, one relating
to the changes in the quality and quantity of the ore t*or every kind of ore
min,3d, bas-:~d an information obtained from the mining machines, regarding the
actual conditions of ores. In the computer information Is fed also on stocks in
hand, the amounts required by the dressing plant, etc. Based on the information
,~-btn-lned the computer informs on the ainount of ore dispitched, the iron content
o~:' the ore, the dev~at'ons from the standard composition. It makes any necessar~-
corroctions, det,~rmlnes the numbers of RR cars required for the dressing plant nnd
~-:here thr- cars are needed, moreover the place of discharge of the ores. The car
trains are controll.ed by the transport algorithm, based on the distances of block
~--2ctions, functions, number of stations to be passed, etc. The collected data are
Lfansmitted to the central dispatcher board; the data on the required changes in
processes are produced in print. in 1961, a computer center was established
-ne Mngn-itogorskiy metallurgicheskiy kombinat (Magnitogorsk Metallurgical
based on the YPAJI-1 (URAL-1)'type computer, with a capacity of 100 ir-
nzructlons per sec., consisting of 800 electron tubes and 3000 crystal diode-rec-
tifiars; the computer covers an area of approximately 40 m2. Information is fed
.1
.-n by mneans of punched films passing through a photoelectric instrument, the
Card 4/3

.S/133/62/000/008/003/003
U-~e application of.... A054/A127
... emory device consists of a ferro-lacquer-coated rotating drum, the external
~-;torage elemont is a magnetic tape. The URAL-1 is applied, inter alia, for de-
zermining the pattern of rolled products, the natural gas consumption in open-
-aarth furnaces, the weight of finished products, the output of the blooming and
-U..e slabbing mills, the load of the principal engines'as to root mean square
current, the parameters of blast furnace operation. Computer systems with light
signals for the operator have been designed for the stripping shops and soaking
pits. Apparatus controlling the transport systems operate on mnemoni 'c schemes.
For centralised control of blooming mills algorithms have been developed to de-,
termine heat conditions (teimperature of soaking pits, fuel consumption, etc ,); I/
-,~ie coordination of blooming and soaking pits and the transport, ~If them are
deviations from the schedules given for these units, the algorithm give's in-
strUctions for appropriate changes in the algarithms of heat.-conditiong !ind trans-
port. This unit of the computer system issues printed information on the time
discrepancies between various shops involved, on the condition of soaking pits
covering about 500 parareters. The transport algorithm commands the dispatching
of slabs onto the blooming mill train and the setting of slabs into the soaking
its with*a minimum of heat loss. There am 2 figures.
i _U
p
ASSOCIATION: Magnitogorskiy metallurgicheskiy kombinat (Magnitogorsk Metallurgical
Card 5/5 Combine)

KOZHEVNIKOV, V.V., inzh.
Automatic control of ingots for rolling mills. Mekh.i avtom.-
proizv. 16 no.8:22 Ag 162. (MIRA 15:9)
(Rolling (Metalwork)
(Photoelectric measurements)

KHUSID, S.Ye.; KOZHEVNIKOV, V.V.
Use of computer techniques at the Magnitogorsk Metallurgical
Combine. Stall 22 no.S.*760-763 Ag 162. (MIRA 15:7)
1. Magnitogorskiy metallurgicheskiy kombinat.
(Magnitogorsk-Iron and steel plants)
(Automation)

PHASE I BOOK EXrII,OI'.T,A.TION 3 G-1/4 8 5 7
.Kozhevnikov, Vasiliy Yakovlevich, Ivan Gavrilovich Ksenzhuk, and
Ivan Ivano`v_ich7KR`ud-yak-ov
Gorizontallno-kovochnyye mashiny; ustroystvo, elementy rascheta I
obsluzhivaniye (Horizontal Forging Machines; Arrangement, Funda-
mentals of Designing, and Servicing) Mos--ow, Mashgiz, 1960.
236 p. 6,000 copies printed,
Reviewerz I. I. Girsh, Candidate of Technical Scii~nces; Eds.g
A. V. Sivay, Docent and D B. Rikberg; Chief Ed. (Southern
Department, Mashgizj: V. i. Serdyuk, Engineer.
PURPOSE: This book Is Intended for technical r,,~-rsonriel in fa,-to-
I ries, design bureaus, and scientific researoh organizations.
COVERAGE: The book contains det'alled de-3.3rir,tion-9 of Soviet-made
horizontal forging machines (upsetters). The design calculations
of these machines are also given, Basic operational problems
(setting-up, control., servicing) are examined ., and brief com-
parative data on non-Soviet upsetters are presented, New
Capd=~~

Horizontal Forging Machines (Cont.) SOV/41857
constructional solutionB of the subassemblies of ma,~hineBY
based on experience gained during their design, manufacture,
operation and repair are given sDecial attention, 'he up-
setters built by the Novo-Kramatorokly maoll.1nastroltelInyy
mavod (New Kramatorak Mac-hIne-Building Plant) have been used
to illustrate design calculations, and machtne operation and
servicing. Chs. II, III, V, IX, and Seca. 1 and 3 of Ch. I
were written by V. Ya. Kozhevnikov; Chs. IV, VI, VII, VIII,
X, XI, XII, and See. 2 of Ch. XIII were w---Itten by
I. G. Ksenzhuk; 1. 1. Khudyakov wrote ChB. XIV,, and XV, Se--.
2 of Ch. I, and See. 1 of Ch. XIII. The theoretical material
of Chs. II, III, IV and V pertalning to the constru:2tlon of
kinematic diagrams of the --Iamp-".ng mechan1sm, the construction
of the cycle diagram and the determination of the angles of
action of cams were taken primarily from works published during
1946-1956 by I. I. Gir-sh,Candidate of Technical Sciences,
(TsNIITMASh). The authors thank Engineers B. S. Karasev,
Yu. N. Lyubimov, and A. I. Shilo for their help. There are
21 references, all Soviet.
Cart-16/-q- -

KOZHEVNIKOV, V.Ya.
Introduced and projected forging and pressing equipment.
Innovations in the design of NID43 forging machines. Sbor.
Novo-Kram.mashinostroi. zav. no.3%3-12 159. (MIRA 17:1)
. . -

I .I I ., I
SOVINA, T.V.; KOZHEVNIKOV, Ye.,A.
-- - " ~ ---
Construction of mechanical models. Fiz. v shkole 16 no.6:
66-69 N-D 156. (M6RA 9212)
1. 121-ya i 108-ya sredniye shkoly, g. GorIkiy.
(Mechanical models)

KOZHEVNIKOV, Ye. F.
Raising industrialization standards and lowering costis of
construction for the transportation industry; report by X.F.
Kozhevnikov, Minister of Construction for'tbe Transportation
Indr,str.v at the session of the section of construction for the
transportation industry of the All-Union Conference on Building.
Tranap. strot. 8 no- 5:1-8 Ry 158. (MIRA 11:7)
1, Hinistr transportno o stroltal'stva.
Nailroad engineorikg)
(Transportation)

KOZHEVNIKOV, Ye.F,,,~~atr transportnogo stroitellstva
Famous des" of young transportation construction workers. Transpo
stroi. 1-1 no.4z4-6 Ap 161. OURA 14- : 5 )
(Coqotruction industry) (Transportation)

in .3
r:Ln o c-r -
firLh yl~,x

KOZHEEVNIKOV, Ye.F.
To new labor successes In 1966. TranEp. strol. 16 no.1:
1-4 Ja 166. (mmk 1911)
1. Kinistr transportnogo stroitel'stva SSSR.

KOZHEVIIIKOV, Ye.l,,, inzhener-kapitamr-layteaant
Training of students in training squadrons and schools. ~br.
sbor. 47 no.11:55-61 N 163, (MRA 16:11)

Ty'
TIT-
vu tc, r
r-, no t

KOZHE'_MXKOV Ye.M.,, veterinarnyy vrach po boleznyam ptits; GOLYST91N, I.M.,
veterinarnyy vrach po boleznyam ptits; DMITRIYEVA, P*mq#
veterinarnvy vrach po boleznyam ptits; BABKINA, A.A., veterinarnyy
vrach po boleznyamptits; TAITLER, U.N. I veterinamyy vrach;
TACHANOV, A.T., veterinarnyy felldsher
Eliminating pasteurellosis in poultry. Veterinariia 42
no.8:8-10 Ag 165. (MI4 1s-11)
I
1. Voronezhakaya oblastnaya veterinarnaya laboratoriya (for
Khozhevnikov,, Golyshkin, Dmitriyeva, Babkina). 2. Sovkhoz
"Buda-Koshelevskiy" Gomel'skoy oblasti (for Taytler, Tachanov).

CF " P '
'T 0~71CI. ' A
2 iFRATIV , A.I., kand. elconcm. nauk; KAZAF(VTSEV, N.M.; SID . -11 ~ . .1 nzh.;
KOZ.HWITIKOV, Ye.N.Y inzh.; RAZUVA7,V, A.S., inzh.
Improvement of the economic work in sWions. Zhel. dor. transp.
47 no.3:69-72 Mr 165. (MIRA 18:5)
1. Nachallnik proizvodstvenno-tekhnicheskogo otlela stantsii
Novos-ibirsk-G.lnvnyy (for Kazakov-tsev).

KLIMOVP N.M.; BUTRIMENKO, V.P.; VSYAKIKH, A.S., prof.; LITOVCGHENKO,
G.R.; KOLOBOV, G.M.,,*_AQZIZYHIKQY4-Y-e.Vj_ALIKAYEV, V.A.;
KRASNOV., V.S.;-MAKAHUVj A.P.; GRIGORIYEV, Ye.P., red.;
ROZIN, M.A., red.;GUREVICH, M.M., tekhn. red.
(Animal husbandry] Zhivotnovodstvo. Moskva, Sellkhozgiz,
1959. 477 p. (MIRA 16:3)
(Stock and 4tockbreeding)

Name: KCZHEVNIKOV, Yu. A.
Dissertation: Epidermomembrane method in experimental work with fleas
Degree: Cand Biol Sci
Affiliation: Molotov State Med Inst
Defense Date, Place: 1956, Molotov
Source: Knizhnaya Letopial, No 1, 1957

USSR / Zooperaoitology - lutea and Inse-,ts as Disease Vectors. G-3
Abu Joux : Ref Zhur - Biol., No 18, 1958, No- 81778
Author : Kozbeynikov,,Yu. A.
Inst I~i~tov Med. Inst.
Title Epidermomembrano Method in Mcperiments with Fleas
Orig Pub Ir. Molotovsk, mod. in-ta~ 1957, No 26, 211-216
Abstract So as not to have to pick each flea by pincers when they
are removed from insectaria., an ordinary glass funnol was
used which was submerged to the edge of the ineectarium
substrate; the fleas JmTing along the insectarium fall
down into the funnel and accumulate in its tube, which
had been previously ccrked at the end. With the same
purpose in view a sieve in tubular form was used for
removing fleas from test tubes with sand, the tubc toing
fastened down with a fine motnllio net. In examining
live fleas microscopically, the author i~sed a homemade
Card 1/3
20

USSR / Zooparasitology Mites and Insects as Disease Vectors. G-3
Abs Jour Ref Zhur Biel., No 18.1.1958,, No- 81778
chamber consisting of a piece of glass tube pasted onLo a
glass plate; fleas within this chamber wore fixed by a
cellophane membrane& Attachments are sugEpstod in the form
of rubber rings for fastening a glass tube, needed for
feeding the fleas, to the Pahoniohnov apparatus or to
the animal (in the latter case the fleas were fed by a
melnichny (7) gas), The skins of mice used as epider-
momembranes ahould be sterilized by ohlmAoform vapors
for 1-2 days* Through opidermomombranee Xenopsylla
choopis were successfully infected by a rickettsia of
spotted and rat typhuB, By this method It was established
that the infective dose bas an offect- on the duration of
the incubational process in fleas, biztu does not ref lo~;t
on the intensity and accumilation of rickettsia in their
bodies. The great effect of temlioraturo at which the
insects were kept wafj noted: at 31-320 rickettsia in fleas
cara 2/3

UC-,')'R / Zooparasitology Idtoo arA Insects as Disoarie 'foctoors. G-3
Abe Jour Rof Zhur Biol., No 18, 1956) No, 81778
were found more frequently and in larger mimbers than at
room to Tporaturo, while the incubational period is
cut to -;~ to ~. At room temporaturo riokuttsia are pro-
served in X.-choopis for epidemic spotto(I typhus up to
102 days, and for ondemic - up to 111 days. -- N. F.
Darskaya
Card 3/3
21

CHFMOGOROVp I.A.; KOZHEVNIKOV, Yu.A.
Treatment of angina pectoris with mothylthiouracil. Terap. arch.
32 no. 7:17-21 JI 160, (MIRA 14:1)
(ANGINA PECTORIS) (URACIL)

GHERNOGOROV) I.A., prof.; KOZWVSKAYA, I.Ap kand.med.nauk;
KOMMMOV, Yu.A. -
Pffeot or reserpine on hypdrtension of the pilmonary arter7a
Terap.arkb. 32 no.9315-19 160,, (KIRA 14:1)
la Iz kafedry vnutre=ikh'~bclezney (zav. - prof. I.A. Chernogo-
rov~ Mookovskogo moditainskogo stomatologichei3kogo imstituta.
MMMMWE) (PUIMONARY ARTMM-DISMES) (HYITMWSION)

CHEIUIOGOROVJI I. A., prof; KOZHEVNIKOV. Yu. A.
PathogeneBis of arrhythmias in myocardial lesions. Tera 34
no.1:13-18 162. OURA 15:75,
1. Iz Instituta terapii (dir. - deystvitel'nyy chlen AMI SSSR
prof. A. L. Myasnikav) AMN SSSR.
(ARMTINIA)

KOZHEVNIKOV, !,,.A.
Pathogenesis of arrhythmia. Pat. fiziol. i eksp. terap. 8
no.4.-60-61 Jl-Ag '64. (M'-.-IA 18,-2)
1. Kardiologicheekoye otdolenlye (zav.- prof. I.A. Chernogoro7)
InstItuta tera ii (dir deystvitollnyy chlen OT SSSR prot.
A.L. Myasnikov~ * -9
AMN SSSR Moskva.

'r
I ~]Y.T'-. ~~' !... GA.~ KOZID.-WITKOV, Yu.A.
9
- u
-rinic Computing device for measuring the quantity of
P,eLhare obtained from a mine during Nauch.
trii-Ay K.%'fUl no.15006-311 '64. (MIFA

KOZHEVNIKOV, Yu.N.
"-- -
With metallurgists of Sweeden. Metallurg no-11:37-39 N 156.
(HLRA 10:1)
(Swedse--MOtallurgy)

KOZHEVNIKOV, Tu.N.
- - I_., Z. I .
With the metallurgists of Sweden. Metallurg no.12:38-40 D 156.
(MLRA 10:1)
(Sweden--Metallurgy)

KOZHL'VNIKOV, yu.m.
On a visit to metallurgists of Sweden. Metallurg. 2 no.4:
0-43 AP '57. (MIM 10'5)
(Sweden--Metallurg7)

AUTHOR: KOZHEVNIKOV,YU.N. PA - 2775
TITLE: At the Sweal-s"etallurgiBta. (U metallurgov ShvetsiJ., Russian)
PERIODIG.L: Retallurg, 1957, Vol 25, Nr 4, PP 42-44 (U.S.S.R.)
Receiveds 5 / 1957 Reviewed; 7 / 1957
ABSTRACT: Steel Productiong The Siemens Martin steel production of Sweden re-
mained on the same level as in pm-rious years owing to the shortage
of own fuel; the output of electro- and con-verter steel was, however,
raised considerably. In 1955 26% more bazio and 11% more aoidous
Martin steel in relation to the total production wera melted.
Alloyed and not alloyed steels of different brands are produce3 in the
aoidous Itax-tin furnaces, among them also steel for ballbeax-Ings. The
opinion prevails that for the latter the best qua2ity has to be taken
from the aoidous furnace. In some woerr-s aoidous steel is blown tiLrough
with oxygen. B&ll-bearing steel is produced by a reduced silicon
method and ii finally n6utral:lzed with &1-=inum. This promotes plaati-
city. In one plant half thi nitrogen quantity obtained in the c,"3 of
B-i-issamer steel is produccei by blowing horizontally 'through the con-
verter during half of the time.
The produotion of steel in electric arc furnaces aru.1 ind-action
electric furnaces 13 widaly~ in use. The bottom of the furnace consists
of non-magnetizable steel for -the purpose of a later use of the
electromagnetic mixing device. In Sweden the aenvery of con7irter
Card 1/3 metal for crude sheet iron and rails is forbidden although a

At the Swedish Metallurgists.
PA - 2775
high-quality steel with a low content of nitrogen can '~-, produc,3d in
Thomas converters. The con-;Iotion, however, preavail-a that corz:verter
steel blown through with oxygen is by no means inferior to Martin
steel, but the necessary tsstB have not yet been carri-ad out. In some
plants speoial pressed thermit packets arw3 pushed Into the block
moulds in order to heat the upper part of the blocks. They form a
sort of a feed head and inomase the output.
Electromagae-tio Trough StirrinW. According to its principle the
eleotxomagnatia mixer is Valogous to a nonsynchronio motor. An aro
stator is installed under the furnace and fixed to the bottom Part of
the shell to mix the trough which acts as a rotor. The winding of the
mixer acts in a manner similar to that of the stator. The magnetic
field produced during passage of the current through -this part of
the furnace causes currents by induction in the trough which mo,;,e the
metal In rising and falling flows. Low fmquency currents am used
in order to avoid greater losses by vortex flows. Control of -the
plant is easily arranged by mtana of press buttonz.
Plant for Continuous Steel Casting: ' A p2ant that produces rolled
sheet iron and tubes of stainless steel is arranged according to the
American Rossii-Junghans type. Square smifinished steel is cast of
Card 213 stain.- and carbon-less steel, rouni bar steel of 180 mm for pressed

At the Swedish Metallurgists. PA - 2775
ASSOCIATION:
PRESENTED BY:
SUMMED:
AVAILABLE;
tubes and sheet bars of 3.30 x 55 mm for sheet iron and cold rolling
bands. The surface quality of the billets and sheet bars of the
carbon steel were satisfactorj, that of the stainless steel a little
inferior, so that the semifinished steel for tubes had to be ground.
StAioture waz mostly good. The plant which is of light construction,
is built against the front wall of the steel smelting plant, partly
above and partly below the ground level. Casting in carried out from a
platform 18 m above the ground, were the casting vessel, which is of the
tea-pot type, is mounted without a stopper rod. An intemediat5 device
is used for casting which direots the metal into a fully cast copper
cx7stallizer. It is cooled with water through an inner cavity and it is
covered by a copper plate (20-25 m thickness). The lubricant enters
by means of a grove that is placea in between. The second cooling of the
semifinished steel is carried out by means of sprayed water. The
out-off casts fall into a basketo are turned on edge on a roller
conveyor, and lifted on to the level of the working-floor level by
means of a hoisting apparatus.
Not given
Library of Congress
Card 3/3

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KOUNTNIKOV, Yu.N.
Visiting the metallurgists of Sweden. Matallurg 2 no.5:44-48 Yq 157.
(Sweden--Metallurgy) (MIRA 10:6)

KOZHEVNIKOV, YU.N., inzh.; SUROVOV, I.I., inzh.
Main directions in the redesign of pipe miUs. S~,all 23 no.10:
925-927 0 t63. (MIRA 16:11)

ORLOV, A.S., inzh.; LUKIYANOV, K.I., inzh.; ~~MVKKGV,-I"M., insh.
Organization of preparatory work in the assembly of the
elements of a blast furnace at the Western Siberian
Metallurgical Plant. Prom. stroi. 41 no.2:1.3-17 F 163.
(MIRA 16:3)
(Blast furnaces)

XOZHEVNIKOV, Ye.m., Yeterinarnyy vrach; BOBRGV, A.A., veterinarnyy vrach
Influenza in ducklings. Veterinariia 38 no.IW4840 0 161.
(MM 16s2)
1. Voronezhakaya oblastnaya veterinarno-bakteriologicheakaya
laboratoriya.
(Voronezh Province-Ducks-Diseases and pasta)
(Influenba)
T-

ACCSSSION NRs AP40365ti 39/64/000/002/0173/017
AUTHOR: KozhevnAcryp Yu. P.
.1-TITLEi Solution of 4-contact method for measuring electrical resistivity of thin
semiconducting film
ISOURCEs IVUZ. Fizikat no, 2p 1964t 173-175
TOPIC TAGS: electric conduotiyity, semiconductor film# substrate# current strength
:bipolar coordinate
,,:ABSTRACTi An expression has been Aerived for the electric cVduotivity 6 of thin
!semiconductor films on nonconducting substrateep relating the conductiyity to the
:1potential V between contact points, current strength I, and film thicknede t. The'
problem is treated &a two-dimensional and-Ohm's4aw is used to determine in bipolar
1 2~
ivoordinates# pr. r- lip Y11 1(24 - lip + Y11
4 xt11 (it + A) (11 + A)
where
A + a -r -1+-d"l
+
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21

;,ACCESSION NRs AP4036578
~where a p a2 j a r r and y y are geometrio parameters given in Fig. I an th's
'i'Enolos;le* orl~. 9t.2L7a' 7 "hone and i figure-
SOGIATIONs Sibirokiy fiziko-tekhnicheakiy institut p*ri Tomskom goguniv4rsitete
IAS
imeni V, Ve KuTby*ahova (Siberian HWelootechnical Inatitatep Tomak State University
SUBMITTEDs 27Deo62 DA-TRAMs O5Jun64 ENCLe 01
SUB COIDEs XE
40 MW SOITi 001 so 002
2/3

PITYUNIN, P.A.; KOZEMVIfIKOV. Tu.v.
Reactions of magnesylamines. Part 7: S)rnthesis and
properties of aryl (al4l) amides of anthranilic acid. Zhur.
ob.khim. 30 no.6:2028-2030 Je '6o. (KIRA 13:6)
1. Permekiy farmatsevticheskiy institut.
(Antbranilic acid)

PETTUNIN, P.A.; KOZMffNIKOV, Tu.V.
Chemistry of heterocyclic compounds. Part 33: Synthesis of
quinazolone compounds based on aryl amidee of anthranilic
acid. Zhur.ob.khim. -30 no.7:2352-2357 J1 160.
(MIRA 13:7)
1. Permskiy farmateevticheakiy institut.
Nainazolinone) (Anthranilic acid)

YLTYWIN, P.A.; KDZHEUTIKOV, Yu.V. . .
Reactions of magnesyl amines. Part 8: S7nthesis and properties of
aryl amides of N-aryl (Alkyl)- and 11-acyl-substituted anthranilic
acids. Zhur.ob.khim. 30 no.8:2453-2457 Ag ,6o. (MIRA 13:8)
1. Permakiy farmatsevticheskiy institut.
(Anthranilic acid)

KOMINNIKOV, YU. V.
Cand Pharm Sci - (diss) "~':'Mbsl'ituted ariddes of anthranilic acid
and their transforintitions into quinazoline compounds." 110oscow,
lq6l. 11 pp; (Ministry of Public Heal.th First Moscow
Order of Lenin Med Inst imeni I. M. Sec~enov); 21.50 copies; price
riot given; (KL, 7-61 sup, 263)

PETYUNDI, P.A.; K~~UYMjjvVj_-_TETYUYLTAf L.A.
Reaction of magnesyl amines. Part 16: Magnetsyl amine method
of preparation of amino acid arylides. Zhur.ob.khim. 33 no. :
1261,-1263 Ap 163. (MIRA 16:51
1. Permakiy farmatsevtichoskiy institut.
(Magnesium orgenic comjou~ds) (Amino acids)

PETYUNIN, P.A.;,.,KO7,HEVNIKOV, Yu.V.
Heterocycles. Part 35: Use of polyphosphoric acid for the
synthesis of quinazolone compounds. Zhur. ob. khim. 34
no. 3:854-856 Mr 164. (MIRA 17:6)
1. Permskiy farratsevticheskiy institut i lOiarlkovskiy farmatsevti-
cheskiy institut.

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KODIMMIKOV, YU.V.
Theory of" optimal on-the-aw.-rage controlled stochastic systems.
Izv. vys. ucheb. zav.;av. tek~. e no. 4.'7-1':7 165
(mip-k 19:1)