SCIENTIFIC ABSTRACT ZIMIN, V. A. - ZIMIN, YU. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065210012-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1 F I P- 1 111.
ZIRIN
A-Yw~q Ualav- Ue k mad, inz. jU7111, Sarwil
Samsonovich# inzh.; LEVURIKO, Klavdiya Pavlovna,
inzh.; SERGEYEV, Vikto:r Viktorovich,, at. lnzh.,-
ANTONOVA) N.N., inzh., red.
[Pneumatic-percussive lboring of blast holes in~atone
quarries; experience of the Shartash Granite Qua~ or
the "Uralnerud" Trust] Pnevmoudarnoe burenie vVryNWkb
okvazhin na kamemvkh karterakh; opyt Shartashokago gra-
nitnogo kartera tresta. "Uralnerud.11 Moskva) kS,t.-oiizUtt
1964. 24 P. (MIRA 18: 4)
1.14oscow. Nauchno-issledovatellskiy institut oiganimtsii,
mekbanizatsii i tekhnicheBkoy pomoshchi stroitellatm,
2. Zaveduyushehiy laboratori~ hurovoy tekhniki flauchno.-
issledovateltakogo i proyektno-konatraktorskogo institu-ta
gornogo i obogaViallnogo mashinostroyeniya, g. "merd1wsk
(for Zimin). 3. Nauchno-issledovatel'skiy i prayektna-
konstruktorskiy institut gornogo 1 obogatitellnogo mashAno-
stroyeniya, G. Sverdlovsk (for Levchanko) Sergeyev).

F! I it' l! I i 10I Pi !i'll P I F if! I I Ii P I I A I I 1 11 1 1 t 111 P fill It'll I III If I T1111 9 11 Ill MINU4 I I IlIIIIPI I HIM I I I Ill W 141111 Vil lot); 1191til1rlit-elft F. I
Creative cooperation be-heson the Iieningrad Institute df,R~ilroadi
Transportation IngluserB and the Oktiabrl Railrollid talthelleld 04
railroad operations Truily LIIZHT no-17U19,6-201 :59. !WIRA 13:12)
1. Glavqyy Who Myebriskoy zheloxnoy dorogi.
(Wlroads)

ZIMINp,-'V1adPPJx-1xajLqvicb,- MUM, A.V.., red.; HE.DNIKOVA, A.191s
tekhn. red,
(ReguUtion of the speed of electric motors)RIsgulirovatie sko-
rosti vrasbeheniia elektrodvigatelai, MosWa., Voonizdat, 1962.
82 p. (MICA 15:8)
(El(:otrio motors) q

ZIMIN, V. 1.
Djrnamic calculation of,axisymmetrically loaded shellseof revolution.
Ixv.vys.usheb.zav.; av,tekh. 5 no-3:34-42 160. (1110A 13,10)
1. Tashkentskiy tekstil.Onyy institut. Kafedra soprotIvIeniYa.
materialov.
(Ilastic VIAtes and s6ells)

IIV IPI IRIME If 111,;1"I 3M F al~l 111W19 IIIIHII 111111 111V It M91110 I I IN14 11 M 1111111111 11291PHIM 1 "HIIIIII HIM 111 "211 U1,11A 191 11,11
ZIMIN. V4..,-Yeningrad)
Calculating the effect of the track condition on the opsed of
train movement. Zhel. dop. transp. 40 no.1:46-47 JTa '58.
i.Glavny7 inshener Wyabriskoy dorogis
(Railroads-Track)

-------------------------------------------------------------- -------------------------
84CO
S/147/60/000/ooy6o6/018
9031/E420
45
AUTHOR: Zimin, V.I.
TITLE3 The Dynamical Calj~ulation of Axisymmetr ically Loaded~
,Shells of Rotatio~
PERXODICALi Izvestiya vysshikh uchebnykh zavedeniy, Avlatsionnaya
tekhnika,. 196o.. bro.3, PP-34-42
TEXTt The fundamental problem is to calculate the smallforced
Oscillations of thin-walled ahells of rotation of positive Gaussian
curvature which are loaded axisymmetrically and are subject to
axisymmetric boundary conditions (FiS.1). It i.~Iasstimed that the-
elongation of the meridian of the mean surface of,the:shell is zero
during the oscillations. The equation of motion (Eq '14 (2) ) is
linear partial differential equation of the sixth order with
variable coefficients (A:,---,H3) in the tangential component of tile
displacementu(y,t), where 9 is the angle between t:h,a normal.to.
the shell at any point and the axis of rotation,: t is the time
and P E are the de'nsity, Poisson's ratio and Young's
modulus respectively. All the other unknowns of tho shell can b6
determined from u. The 'homogeneous equation,is solved by
separating the variables, putting u Z(y) sin (wt + e) andvaing
Card 1/3

S/'147/60/000/003ph&"/018
E031/E420
The Dynamical Calculation of !kxisymmetrically Loaded Shells of
Rotation
the asymptotic method of integration of B1yumO11tAlt_S141L*yerMan
(Ref.1.3). The expression for z is quoted (Eq.'(7),) where
9t Cl2-,-,C6 are arbitrary constants, w is angular frequencylof
the free oscillations and I and m are given by Eq.03).and (9)
respectively. The general solution of u((p,t) is sau,ght in the
form of a sum of terms of thet form Zn(04)n(t), ~whe;~e Zn(y): is~
a general integral of the homogeneous equation satisfying the
boundary conditions and din(t,). is unknown (3q.(13)) . BY
substituting Eq.(13) and (14) in Eq.(2) and integ:rating the
resultant Eq.(15), Eq.(17) for On(t) is derivoi I d.4" The particular.'
integral for this equation involves another function (Jn time 'only)
fn(t), which is quoted for the case of periodic loading (Sq.(18) and
(19), where p is the circular frequency of thi., disturbing forco-,:
fu is a constant and jX(4i,) is a function of time_only). .
TRus th e 0omplete solution of the equation of motion can be obtained
(Eq.(23)) . As an example (P-38), the stationary forced,
oscillations of part of a s*
pherical shell fixed to a bracket alid
free along its upper contour are considered. The solution is
Card 2/3

840117
S/147/60/000/003/006/018
E031/E420
The Dynamical Calculation of.1misymmetrically Loaded Shells of
Rotation
quoted and the problem is to determine the stresses due' to periodic
loading. Although the form of the functions fn(t) is known, there
are unknown constants which heive to be evaluated in them (Sq.(24) to
(39)). It is assumed that a horizontal periodic'forc6 varying:
along the meridian acts on the shell (Fig.2). The form of this
force enables the unknown constants to be determined (tq,.(40) to~
(42)) The weakness of the.method lies in the cumber'someness,of
the calculations and in the relatively poor convergence. of series
occurring in it. There is a fair measure of agreement: ifith
moment-free static theory taking Into account end effect,. There
are 7 figures and 4 Soviet references.~
ASSOCIATIONs Tashkentskiy tekstillnyy institut Kaf0dra
soprotivleniya materialov (Tashkent Textile Institute,
Chair for Strength of Materials)
SUBMITTED% April 4, ig6o
Card 3/3

ZDIIN. V. I.
7
1 . .

111141111 Mr-mul. I lip IfIll I P1,111"A tIII] A I V11111911V N1111111111WHI
Pil
MIN V. I., Cand Phys-MAth Sci (di as) "Sm"11 vikIfthions, i
Axially-Symwbrioally Lomiled &tuTtEq&ux" ok Rovolub.-'~bjiln. T~Shkentm,
pubi Home of MAddle Anil= StELto U0, 19,58P a ppo (Mlik~vv'y Of
HiChor Education USSR* ltladln Asian Stmte Univg JiTiltilli V. X -Unin)
150 oopios. (KL, 34-58, 99).

ZIMIN, V.I.; GAITKIN, N.B.
Railwaymen of the October Trunk Line in the effort for
technological progress, ttch. zaps LIIZHT no.3:106.-114
162o (1,111k 17 t
I. Glavnyy inzhener Upravleniya Oktyubrlskoy mholdmoy dorogi
(for Zimin). 2. Nachallwlk takhmicheskogo otdolm 1~pravleiniya
Oktyabrlskoy zheleznoy darogi (for Gank1n).

V WIM: ~t;l 11L. i1BUNIHIIIII I IUI t E III Hill I I 11MI 1111111111111 11114mmal ILU111111mmil I I I ullotaill, I IL"'lim limal ilia Ummaklml alma:
Mix, r. r.
Natural, vibrations of mhel1q.,, of revolution subj(Oated to~tha
Action luf axisymetria 1m4se Izv'* AN IfteSSR, ~4,,r. ukbpW
(Ras-de plates and mhells-,-Vfim~ all
ti
AW- WIMINMEMORRAM I --------- -------- ----------------

I . - ---. -.- .. . ... :, ,,, I III]! It] I fqlrmfm~ I in. I,,,,

ZIMINO V. 1.
I
The winding of electric motors. Izd. 3.0 perer. Leningrad,, Gos. energ.
izd-vo, 1950. 560 p. (51-21802)
TIK2391.Z5 1950 ..

T? 141 !1 p; I; I I ~JNVI "i I I ~1111-. ~4: ;'I I if; !~ 11, It IF I I I I 11111 flH 1 HINHIH I INI III I If fIVII I A 111119 IIIIIIIIIIIEHIN Hill 111111131F111119 Is! IIIIERIEVIEHI I MIA IIINII
zim h ZMAS I Nolsey Yakovlevieb; PALEr A, Arma FArkowla;
RABINOVICq, Isa-y-Satindvicbi FOOROVI, Vasillm Petrovich Ideceased)j.
KUMLENq Petr Andreyevio'hj RIVLINy L.B.9'red.; SOPIPLEUt Ye.Kp
tekhn.red*
[Electric machinery vindings] Obmotki elektrichsAikh issshins
Izd*5.f perero Kb9kvaj,,!;os.energ*izd-vop 1961* 4.75 p
iMRA 14t 6)
(Electric machinery-Windings)

1:111~11!11 I I t III ,fill If 11:11111111 HIM I E IIHIN 11W11 1111111111111101111 IIIIH41111 lip NIII 011110,1111; 111[111111
Z11111N, Vladimir Ivanovich
The windings of electric motors 1zd. 4., perer. Moskva, Gos. energ. izd-voj 1954 575p.,
(55-33021)
TX2474.Z55 1954

... ......... ......
MIN, V. I. et al
Obmotki Elektricheskikh Yashin (Winding of Electrical Motors).. 56D p.) Lenii2j~~;
and Nbscow, 1950.

'fl.". 1J!"! -j jp~
RVFLIB, Low Borlsovich; ZINO,, T.L. redaktor; SAMODA, A&A., takhatcheskly
redaktor*
[Installation of large electric sachines] Kentuh irmparkh elektri-
cheskM wash1n. Rosbr&, 0ov. emerg. lsd-.Yo. 1956. 412 p,(XMA 915)
(111lectric machiner7)
-ImuUmmmilful 1, Bum

Rual imquiliffilb ld IIIRIJI It I I III IHN I I IIIRIIH It IIHII 111111 lint I III IRINVIIIH Hill IMI T111111"Nol"I IIIII 14111911HP111111
ZIMINA, V.I.
Experimental investigatioa of the propagation of electromatnetic~
waves along a cylinder of ionized gas. Radiotekho-I alekti!on. 51
no.6:938-942 Je 160. (MIRA 13:6)
(Alectromagastic waves)
................ .... .....................................................................

........ ...
ASTAXMV, X.T.; VEROMIN. T.B.; H V.I.
"Radioactive indicator techniques." V.I. Spitsyn and oihore.
Reviewed by K.T. Astakhow, T.B. Vereniebin, V.I. 4imin. Zhur.
fis.khtm. 30 no.4:957-958 Apr. 156. I:MUA 9: 9):
(Radioisotopes) (Spitsyn, V.I.)

ZUBIDDV, I.I., kandidat takhaichaskikh sauk.~
Technological process of *per&ting a rail juactivi. Zhal,der"Ptraxaps
37 noo4:55-38 Ap "i6e (KLRA,9:7)
l.GlavVy imhaner'Dktra~r'ske aregi (for' kimix)
(Railroads-Station sarvice)

ASTAKROV, K.V,; VERENIKINt V,&; ZIMINt IVEROKOVActi A.D.!
--study-of. the coupled g, of sq~e rear~eart
SpLictrophotometric n
~4+1% nA+"41ftne%gb+4^ m.4 1 ew C! 0-7

2ININ Vladlair Ivanovich; UPUS, Hoisey Yakovlovich; iA42T, Awta
Uay Tatanovich; MMOROV, VasIlly fttrovich;
XURCEM, Pstr Andreyevich; 91T=. L.t., radaktor; TORONXIMAU,
L.T. takhnichaskly radaktor.
[~iudivgv of electric. machinery) Onotki alektrichailicM mas'hin.
Isd. 4-a, perar. Kbakvs, Gn. suarg. isd-,ro. 1954. 575 p.
(11tictr1c sachinary) (MU 8:1)

Ilia

S/O 10461t86
58/61/)00/007/
A001/A101
AUTHOR: Ziming VA
--------------
TITUt On the problem of mechanism of.feeding the material*of electr
into a condensed spark
PEWODIGAL: Referativnyy zhurnal. Pizika, no 7, 196 1, 173, abstract 70124,
C'6okl. Mezhvuz, nauqhn, konfe'rentaii po spektroskopii I spektr.
,analizu". Tomsk.,Toviskly un-t, 1960, 22 - 241
TM-. The author reports cm the results of investigating~the processpof
formation of flares on the surface! of electrodes of spark discharge and their.re-
lative role in the total dischargebalanae. It is noted 'that flares arise oimul~7.
tanequaly on very small portions of the cathode spot, rather than over its-en-
tire surface, due to which circumstance.the curEent den-sity at the places,of~
flares outlet amounts to the value 3xiOu amp/om . It is conjectured that the
place of flare outlet Is simultaneously the place of-ejeqtion of.electron s~rieam
au
from the cathode Into the disobargit channel. The thor studied the intercorihee-...
tion between the parameters of a d1scharge atrouit and oertainphysical proper-
ties of discharge (intensities of "Unes of atoms, ions, character,of flare form-
~Ltion, etc.).
Abstracter's notet Complete tranelation] M. Britske
bard 1/1
~

zD4INp V.M. . I
I I

3LINO
S/l39/6i,/ooo/(jo6/022/O23
E039/E32O
AUTHM Zimin, V.M.,
TITLE-. On the question of the mechanism of entry of electrode
material in a condenser spark dischargo
PERIODICAL, Izvestiya vysslhikh uchebnykh zavedeniy, Fizika,
no. 6, 1961, 164 - 171
TEM. In a spark discharge there are two main forms: the
channel and the glow. The former has been studied sufficiently
well. In the glow discharge jets of electrode material are .
periodically thrown off in the form of luminous vapour when the
current reaches about 100 A. This appears to be the result of
the simultaneous action of two processesi firstl)r, the
bombardment of the cathode surface with positive ions, accel-
erated by the electric fields, They also have appreciableothermal
velocity as the temperature In the discharge is 40 000 K. The
particles of metal are ejectod with low energy but they,rapidly
gain thermal energy and diffuse into the glow discharge.~
Secondly, there is the emission of electrons fri-m the cathode.
Card

34~~
S/139/61/000/006/0'-32/023
On the question of o.o. 'E039/E320
This emission is noiiuni SormaV when the current denalty at any,
point attains - 3 x .1.0 A/cm the joule beating. is such that :
metal is "blown" into the discharge. The aim of the,present work
was to study the conditions for the formation of-the glow and to
elucidate its role in the discharge. A block diagram of the
apparatus used is shown in ]Pig. 1. It consists of an HT supply
with a variable capacity and inductance in the circuit
(C = 0.0005 to 0.5 Pfarad and L = 3.6 to 29 lihenries). The
external form of the discharge was examined photographically and
it was shown that when the initial current I LM Uokr(.,/L
reached - 90-100 A, the discharge became asymmotrical. Spark,
spectra were observed and it was shown that the spectral lines
of ions became relatively atore intense as the capacity and
hence the,current was incroased. However, when 1 0 reached
,--.90 - 100 A, an anomaly orcurred suggesting a., deCr'ease in the
discharge temperature (see Fig. 5). Oscillograms of the
oscillatory discharge were obtained using a synchroscope,
type 2.5-14 (25-1). Traces were photographed and measured
C ard 20'~-

34VOC"
S/139/61/000/bi)6/022/023
On the question of E039/2320
visually. The dependence of the conductivity I/R of the
0
discharge on various circuit parameters was studied. ~Xt was
shown that the conductivity 1/R varied linearly with the
0
initial current I When I reached values in the region of
0 0
100 A, a discontinuity was observed in this linear relationship
when u6ing Fe, Sn, Cu, Ni and Zn electrodes (Figt, 7) which
corresponded with the changes in the external form of :the
discharge and the anomaly in the intensity of' tho spectral lines..
In the case of tungsten electrodes the discontinuity was smaller
and depended on the circuit inductance (Fig. 8). Calculations
were made on the energy dissipated in forming a Slow discharge.;
In the region of the discontinuity (Fig. 7) two values of R 0
can be obtained - that corresponding to the experimental value
R and that corresponding to a linear relation RW . The
0 0
logarithmic decrements X and X* can be calculated:(-.orres-
ponding to these values and also the normal decrement,
exp X and X.
D exp X If the initial energy 1, fo R 0
Card 3/0~

342rio
S/139/6i/ooo/oo6/022/023
On the question of EOWE320~
that corresponding to the second period of oscillation~will be.'
2
E = E D and the dissipation of energy will be
1 0
AE = E (IL -D_2 in the ciase of glow formation we have
AE4r = E0(l - Il&-2 ) . Y4ence,the dissipation of e,nergy In the
formation of a proper glow discharge is.,
1) 2 _D*2
bE AE - AE* - B -
2 02
0
1) D
In all cases, 6E is not greater than 10% of the energy AE
produced in the circuit during one period.
There are 9 figures and 17 references.- 14 Soviet-,bloc; and
3 non-Soviet-bloc. The.two English- language roferencos
mentioned are: Ref* 10: A. Schuster, G. Hemsalech. Phil.
Transo Ref. 17; W.P. Dyke, J.K., Trolan Phys,, Rev.,, 89, 799,
IL953
Card 4/j

s/i5g/Wooo/dWo.22/023
On the question of .... r..039/1,:320
ASSOCIATION: Kazanskiy gosu,niversitbt imeni V.I. Ull
yanova-
Lenina (Kazan' State University imeni
V.I. Ullyanov-Lenin)
SUBMITTED: September 16, 196o
Fig. 1: Block diagram of apparatus for studying discharges:
Card
+
T

ACC NR, AP6030549 -MURa Coiit~--U-R7041-31-66/000/016/0030/0030
INVENTOR: Bliznyuk, N. K.*, KolomLyets, A. F,; Golubeva, R. K.; Varahavokly, S. L.;
.q;adAkq)M,_A,.H_:'Zimin. V. M.
ORG: none
TITLE: Preparation of aryl caters of N-(6-chloroathyL)taurina. Class 120 tro. 184840
(announced by All-Union Scientific, Research Institute of Phytopathology (VaasoYuXftYY
nauchno-isaledovatel'skiy institut fitopatologii)
1 SOURCE; Izobreteniya, promyshltnn~fya obraztey, tovarnyyc xnaki, no. 16, 19,56, 30
TOPIC TAGS: fungicide, =pmey~*4=j hydroxyethyltaurins.
thionyl chloride, phosphorus pentathloride, e3ter, hydroxide, othyune
ABSTRACT: To obtain sryl caters of N-(0-chloroathyl)taurino with fungicidal
properties, eaters of 0--hydrMothyltaurine arc treated,with thiomyl
chloride or phosphorus pentachloride In an orGanic solvent (e.g.,
chloroform) at boiling temperature of the solvent. The excess of
the initial reagents and 11C1 forrAd are removed 'from the reaction
mixture; the residue is disoolvod in an organic solvent, e.g., an
ether, then mixed 'vith alcoholic solution of an scido and evapamted.
SUB CODE: 07/ SUBM DATEs 26Jul(,5/ EWA-50; Can No. 11)
I Card ill jmci 547,4361261122,07

Muno i
Dissertation
Degree t
Defended At
Fublication Date, Place
Source
JPRs/Dq.-332
CSO DC-1913
Z31111ij VO No
.. . .. . ............
Mech-anism of the passage of electrode
substance into the glowing cloud of a
condonsed spark.discharge
Cand Phyc-Math Sci
Min Ifidier Educatiml USSR, Kazan' State
U imimi V. 1. Ullyanov-Lenin
1956.1 Kazan'
Knizhnaya Letopial No 5j 195T

ZININ,
Improvement of public areas in Sokolniki Diatriot, Gor.khoxs
Hook. 34 no.216-9 IF 160. (HU& 13:6)
le Zamestitall predsedAtelya ispolkom 4okolluichaskogo raysoveta,
(Moscow-landecape gardening) (Hoscow-Road construction)

AIIAKI IN, Anatolty Andreyevich;BRIUKH, Mikhail 91khaylovic'h; (IIHMMBROKU,
Viktor Petrovich; FIZIPPOV, A.$., kand.tokhn.nmuk, retsensent;~
HAKURIII, P.I., load. takha.muic, retsenzent-, tash.,
retsenzeat; SARAnnumm, G.A., tekhn.red,
[Cupola furnace operator) Vigranshchik. Moskva, Gosoauchno-tekhn"'
izd-vo mashinostrolt.lit-ry, 1957- 151 P- ll:i)
(Cupola furnaces)

Mechanism of the entry of electrode material into the :glwlng
cloud of a condeiised"qmrk discharp. IFiz.abor. no.4tl6l-164,
WRL 12:5)
1. Kamnskiy goRudaralvemV universitet imenVY.Lullyanova-
Lenins.
Ollectric dischargen) (Blectrodes) (Spectrw analysis)

ANAXIIN, Auatoliy Andreyevich; BRILAKH, Mikhail MikhaylovichI, CEDJIRK-~
BROYKIN, Viktor Petrovich; FILIPPOV, A.S., kand.tel0m.nauki
rateenzent; KAKMIN, P.I., kandtakhn.nauki ratsensent-, LUZIII,,
P,G*, inzh., retsensentl ZIMN, V.t(., insh., retsenzont: DURNA.
14A., tekhn.red.
(Cupola furnace operatorl Vagmishchik. lod.20, d(wp' Hoakv8j:'
Goa. rmuchno-tekhn. lvd-vo wishinostroit.llt-ry, 195q., 1?5 P. -
(KrRA 12:12)
(Oupoln furnnws)

11111 HIM III
IBULML-11111
~H,
USSR/Laboratory Equipment, Instruments, Their Theory,
Construction and Application,
Abs Jour Referat Zhur Maimiya, No 61 1957, 19757'
Author I.S. Fishman, V.M. Zimin, T.G. Kaporskaya.
Inst Kazan University.
Title Experimental Checking of Computation VormLl e of
Method of Standard Graphs,
Orig Pub Uch. zap. Kazanskogo un-ta, 1956, 1.16 No 1, 132-135
Abstract The results of checkiurb the applicability'oL' the forwla
for the computation ot'7the slant of a gaga graph:for spec-
tral analysis are quoted, This fonwala io the fol:;.owing
(in coordinates Ig c and 4 S); tg 04 b . X i. f?,
where is the contrast factor of the photo&-_aphic plate,
k and are factors discounting the influence on the in-
clination of the background in the spectrum and the in-
fluence of the dilution of the base, b is t)~e reabiiorp-
tion factor (R&Kftim, 1956, 36125) - It was. shown vith
Card 1/2 1

it 114 Ell fAlloiiiili;l;l~',~IA)II"~--Ili I U1.1UNEU, X` lil I I lilt IMI It 1111.111! 11 Will il VI 1111111 [it 11IMMI111711 I'd 1911
IJSSR/Laboratory Equipment Instruments, Their Theory, H.
Construction and Application.~
Abs Jour Referat Zhur KhirLiyay No 6p 19571 19757
a great number of experimental data re ferrin g to the
spectral analyses of standards that in case of wor-1, with a
condenser spark gmerator b is practically equal to 1
for analytical linca, the bottom level of which is not
normal. The absolute error of values of b calculated
for solid alloys and solutions introduced with a AtLgura-
tor Is = 0.03 in this case. The differenea in alaat of
graphs plotted by the uaiial method using solid standards
and computed theoretically is explained with the im..Aer-
fection of the standards differing in their physical
chemical properties.
Card 2/2 2

ZDIIN, V. M.: Master Phys-Math Sci (diss) "On the problem of tho mechallim
of the passage of electron subst:ance into a luminous cloud of condensed spark
discharge". Kazan', 1958. 7 pp (Min Higher Educ USSR, I~azanl state U im V. 11.
Ullyanov-Lenin), 150 copies (KL, No 8, 1959, 134)

.'~PSR/Optics Optical Methods of Analysis. Instruments. K-7
Abs Jour Referat Zhur - Fizika, No 3) 1957Y 7943
Author Fishmn, T.S., 7-iini , V*M4, KiLporskaya, T.G.
of the Calculation Formulas
Title Experimental Verific
in the Method of Standard Graphs.
Orig Pub Uch. zap. Kazanskogo un-ta, 1956, 1A, No 1,,132-135
Abstract An experimental verification of the formulastor the.
theoretical calculation of theslope of the Calibration
curves in the specti:~al analysis were carried.out with
VIM standards: dizaluminum, AK-4, "nimaiki", hi&,ly-
alloyed steel, and heat-resistant cast irons. The re-
sults of the theoretical calculations agreed in most
caz-es well with the experimental data. The theoretical
calculation of the slopes of the curves is possible on-
ly in that case, whon the evaporation factor does not
influence its value. The absence of this influence was
checked by comparison of the values of the slopes oV
Card 1/2 - 91

A05
AMHOR-t': Zimin, V. M.
MIME% Investigation of the possibilitiss of. a mat-had of opt1cal: 80=14
with the aid of a rotal;ing mirrar
PMODICAL- Refevativn". zhurnal Pizika, no.: 8, '11961, D-55, abstrilot 8089
("Dokl. Mezhvuz. nauclui. kcnf~ervntsii po spektroskopli ispektr.
anallzu. Tomsk, Tomaktir ua-t' 1950, 24-26)
7,nt &uthor evaluated the sall.7 vVcttinablot rssolution of optical,;
scantir 1 of the Image of a oondens oil spirk d.".,, ~A-,4rg* with tht . bid *I*, rotating
and showed thit t1he rsliab.1a resolutlow of
mirrors made of different materieds w
time intervals has - an upper and lowar lim. It of 1 .5 iie. o &nd 20"
respeatively. Further inoreass of rssolution le I'SmV;;nd by i1nfoTM'W;'Lo-z. o f th I t
mirrer-under the- action of, rtm~sthnae.
14. BrItski
(Abstraot-er's notlej Complete translation]
Card 1/1

....... t 1~ fir,
USPR/Optics Optical Methods of kialysis. Instruments. K-7
Abs Jour Referat Zt1ur Fiziki, No 3, 1957) 7943
the calibration curves for solid standards and for,
solutions. The resiAts were in agreement within the
experimental accuracy. For the beginning of this
work by the author, isee Referat Zhur Fizika, 1956,
35879.
Card 2/2 92

maw "I.Idwift. v ;f~
sit. 'A."
tjjjnLd with t1w
vmwta for ikvtt4 is Twoto ulp tq"tcql. fit IN NA
hriaed. Tho f4ectmfiffla..
4h Ilowtv
aw rillow litul "Imik*1 llgvlq~j
I" "Iklik, m dlAlilputWW() . !
but IN* tho diM40mialm mmlspifq it ownlihist loci al
the *K*C ROWARM im tkv RINA phasc
too It. Ol
tbes amiluxto It mcminverAlaL! too!
Boo
00
00
400
oil
k kliJ k4k# 7
DWb u ts it so
IT lilt
I * * * :1i i i , " _i ir

BARENBOYM, A.M.,, kand. tekhn. nauk,* GALIYEVA, T.M.., inzh.;
GINZBURG,, D.B.p prof.; GRISSIX,, A.M... inzh.-
dote.; KUSYAK, V.A.j kand. tekhn. nauk RUOMUN, E.M.0
inzh.; KHODOROV, Ye.I.v kand. teklm. nauk; CHIWISKIY,
A.F... kand. tekhn. nauk
(Heat calculations for furnaces and dryers of tha silicates
industry) Teplovye raschety pechei i --ushilok silikatnol.
promyshlennosti. Izd.2., perer. i dop. Moskva, Stroiin-
dat, 1964. 495 P. WU 17:12)

..---.u Bill 11if &311 N111111
1 3"

ATITHORS: zimin, V. 111., 1", A
TITLE Efficiency of SriiE~Iting Ferrosilicon in Blast;
and Elect.ric Fuenacest
PERIODICALi
U SR,
1~*tal'" J~960, S

ABSTRACT: T'nere are two metnods r) C zii-iej.ting lov,-g-ade f errosil icon-
(1) :irl b"ItlSit 17L11_1t1-.H,1(-;; i,*_~~ I n el oc il, ric Turnq'C(!S~.
lcer* aA-' f ign and'
Tn- v; o i e Inst _,1_L -*or the D~~o
Pll-nnl'nE~ of Steel Induat-cy (Giprostal S. A. L iv s h i t..
7 -)ved that at: Metallurgi-
A. ffidehenk.),
a rid
cal Plant (ChMZ') the smeltitng of fevrosilicon is carried
o ut more economically in Ey. blast ft~irnade. 'Joviever, the
calculations o-f State lnztitute for the Des ign and Pi,,:,Lnn^_'1~,ng
of Metallurgical Plants ~GJpvcmez) show, that in the
eastern, and especially in the ivestern,~part, of the USSRy
it" iz more economi-cal tc) produce 'Low gr. de i'er1rosilib9n
T1 e au',hors stud*ied "he argLM ilt
in ele.,.~tric furnacci3. le S;
;3resented and arrived at t'1_,e following con(Ausions:
Card 1/2 (1) In vievi ol' transportation iAnd opera'tion~:,.l Costs, them

.. ..... .......
EfN't,ie'ricy of smelting 78193
Ferrosilicon in Blast- at-.,d Elec"ric Fu~~-r%acels.: s0v/i~-~1~3: 6c --:3 -18/2*
producl"-I~on of hot-ma, f,errosilico~n would be
,t3 product-ion by blast furnaceis, In the
cheaper uhan i
eastern USSR. (2' Althe-1,u,~
-,h the tnititlL t~Ijplt.11:1 j.1,1-
,
e I e c i to I -it ~li ia I ,-.i ro c e -
ttment -in 014~ "s, J-1 c
L
L'O 11' t he k~ U ~3 rn a r i~, ca 'I ha n Ln the blas r, Vurnmi!c procO'S,
the in-,..-estm~nu is a~-iarltized after Of
i o ri . '11-he fut,ure, the net. cost the: elcotrcther-:
mal pvocp-3s may be i,,=d'1,,ced by the follo :1
ion in
red u t
for small cok-1; (b)
pr.,ce of electric enproy; (c) utilizatiol~ of ti 25%

f enro
ferrosilic,.,)n as a mducing agent; td) sm-tin~
cr 1,
rL 4.) i i i i c pa c 11-, 11, e 1 ec t r ic urna c it Fo
the 3outLerr-, T
jSSR, th-e economy is ever. g!*ealler 'than
for t1he eastern area. jubli-sher's ncte: The; ELuthors do
not take into account t'he vapid wear and:increasing
maintenance costs.of biast furnaces. vihich are one move

e,
argmient in favor of' electrothermal proc~4ss. There ar
2 tab I e s a n1d If S,,1v J e t, rt-.~ f ereric es
ASSOCIATION: Gi p rovv~ez-
card 2./2

ZIMIN, T.N,; SHURSKIT, TA.
Afficiency of producIN; lw-grade ferroallicon iu blast ancl eleatilo
furnAces. Stall 20 rio,3:269-273 Mr 160. (MM 1j:6)
1. Gipromes.
(7erroallicion) (Smiolting-Oosts)

=3
MEN
V-11 /V
9 .5
alt- A
Ig.
0 a
R.8 613'a '1;
11.4 0* QJj
0 0 0 - H jU
1 0
Cho
-4
I*Jqx'J0
0 iR4
a Oiq
cl
. 0
Whol M-
h
;OR 0
N
jj flun
a
All NIMI
All !U111,111P1111 fli
'40

1 t
12
" 'I -S .: Ulu
35.

& K
0
go

F PIMA P

TRUPAKp Nikolay Grigorlyevich, prof.., doktor tekbb. nau)t; BORDIIIN,
gorrqy inzh.p retsenzent; ZJI-Mi V 11 gorrqy litzbej irctsenzentj
SANOVICH$ P.O.. gorr". in-zE.., red.; MRAKOVA, U.P. red, izd-*i
SHMAR tekhn,,~red,
[Ways of controlling water during shaft sinking in po~aah and
salt mines] Sposoby borlby s vodoi na ka3:LbVkli i soliaby~ rud-'
n:lkakh pri prokhodke stvolov. Moskva., Gos.nauchno-tekbn.izd-vo
lit-ry po Corno= delup 1961. 319 p.
($VA 1511)
(Salt mines and mining) (Mine water)

GINZBURG. David Borisovich,,doktor takhnicheskikh nauk; DUMISEUN, Sarger,
Nikolayevich, kandidat takhnichaskikh nauk; 11mDrIlY4 Yeia~aly
loalfovtohe kandUtst tokkalahookikh mukg CHUMNI-Ti-Anatoily
7edotovich, kandidat teUalcheakikh nauk; AILUL, dp',tasnji
retsenzeat; JWZYAk, V.A.., dotsent, riteenvent. Yftmg X*A4%
kandidat takhniobaskikh us,*, retaenzent; MiOV. k4g., ato' teent
retsonzant (deceased]; WD:91KOV. P.P.. redaktor.- M11KM. issyeat
kandidat takhaichaskikh nw*. nauchM redaktor-, GOLI USHWO. L.Q..
Inzhaner. nauchrO7 radaktor; GIAMOTA, I.L., redakhor; GUJ)=H, M,
tekhnicheak-ty radaktor
Elfrumose and driers In tho silicate industry] Pachi: I sushila
silikatnoi promyshlennosti., Izd. 2-os. pereir. Pod r~d. P;oP.badnikova.
Nookwa, Goa. izd-vo lit-ry po atrolt.:naterlalam, 1936. 455~p.
(MLRA 10-.3)
le Daystvitelln" chlen Aks,damii nauk US= (lor Badnikov)
(Kilns) (Clay Industries)
(Drying apparatus)

sov/1281-59- 5-32/35 ~j-
AUTHOR: Bobrov, A,V. and 'Zimin, v9p,
TITLE: Letter to the Editor
PERIODICAL: Liteynoye Proizvodstvot 1959, Nr 9 pp~l 45-46 (USSR)';
ABSTRACT: The authors reply to a letter* of : M. 1. Rotenber
V.I. Soldatenko (see this periodioal Nr 7/1958t '
The
authors state that the criticism.of Rotenberg anA-S'01-
datenko of the article "Yedium, and Large' Size Piece6
of Casting of High Quality Steel~7 (MSSILgiZ 1953 Y01:3-
kva) is with out any foundation since they only, !cit'e
some sections and thus mutilate the contents o~;thel
article. Efforts are made to prove that some of ~the~
dates and results had been knoym by the authors' at
an earlier time. According to the opinlo,n.to the. au-
thors) the letter of Rotenberg and,Sodatenko r;e"pre-
sents misinfo.".rmation about technical science.
Card 1/1

SO V/137- 59:.3-5871
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Ni~ 3, p 133
AUTHORS- Zandbe rg, S - A ., Zimin, V - P
TITLE: Automatic Welding of Reactor Tubing in a COZAIedfum (Avtot-nati-*
cheskaya svarka reaktornykh trubok v atmosfere ugle-kis.logo ga~za)
PERIODICAL: Stalingr. prom-st' (Sovnarkhoz Stalingr. ekon. adrn. r - na), .1958,
Nr 5, pp 11-13
ABSTRACT: The operation of welding of ribs to reactor tubes (60x4.5 mm and
7500 rnm long), originally performed at the irii 'I Pet'rov.plant with
the aid of TsM-7 electrodes, is now performed auto Itriaticalty ~~th
SvIOGS welding wire 1.5-2 mm in diameter in~a medium of C0,
The apparatus is equipped with a traveling mechanism of the tape
TS 17 M, a duplicating head, and a shortened shiel4d hose from a
semiautomatic unit R;h-54. Welding is performed under the foilo*_
ing conditions- Current intensity 490-500 a,- a:rc po.tential Z,I-'26 v;~,
speed of welding 126 m/hr; rate of feed of he:weldin. wire 1107 M,
hr; consumption of gas- 40 liters/hr. The apparatus is powered by
a PS-500 generator with smooth "surge- and- dip" characteristics. ~
Card 1/2 The food-industry CO,7. employed is dried by silica ge'l. The C,Q2 is,

SOV/137-59-3-5871
Automatic Welding of Reactor Tubing in a COZ Medium
contained in two cylinders from wl-dch it is supplied to them pressure. regulator
through an electrically- powered heating unit. The C02 may, be Withdrawn until
the pressure in the cylinders attains a value of 4 at. Welding in a C02 medium,
-'fillde:it possible to improve the quality of the, welds (elimination of burns, reduced
amounts of distortion and welding defecte), increase the productivity by 3-5 times,
and simplify welding operations (pipes need not be cooled,, nor isit necessary to,
employ a coating for purposes of protection against spattering, etc.
N# T.'
Card 2/Z

AYANIIN. AnatolLy Andrs.*evioh; XUZNET$07, Stepan Petrovich; GEMURBROWIN.
Vlktor Petrovich; ZIXIF, T.P.. lush., reteenzant;4ILIPM70 A*Sop,
kandetakhasu~~,~~riid-*I-~~N,UBHaNKOV, I.A.# tekhn.rede
[Procressive asthods of Dpe.r0ing oupola furnace'@), PeVi'q4o*yO not Aoir
obalushivantia vagranok., Mogikva# Gosenauchno-tekhnoix&-Vo mashiw..~
stroit.lit-ry, 1960 go p. (MIRA 13:6)
ZOUPOIA furnaces)

..........
8(0) PRA113E I BOOK EXPLOITATION SCIV/2347
Tolokonnikov, Leonid Stepanovich, Mikhail Mikbaylolvich Sokolov,~ Lbram Solomonovich 'I
Sandler, Vladimir Ivanovich Klyuchev, Yevgeniye Petrovich Ivanov, and tevgeniY
Nikolayevich Zimin
A~laa elektromekhanicheskikh proinyshlennykh ustanovok, eh. 1. Eqlektropri-rod i
peredatochnyye mekhanizmy (Atlas of Electromechanical Industrial Installations,
Pt. 1. Electric Drive and Transmission Mechanisms) Moscow, I Gosenergoiadat,
1958. 140 p. 6,500 copies. printed.
Chief Ed.; M.G. Chilikin; Eds. (Title page): A.T. Golovan and Leonid St6panovich
Tolokonnikov; Ed. (Inside book).- A.L. Saparava; Tech'. Ed..* N.I. Borimov..
PURPOSE: The atlas is intended as a manual for students vorki4g on machin6:paite
projects and on term and diploma projects related to electrimil equipme6t for
drives.
COVERAGE: The atlas presents electromechanical installations tqr drivin ','hoisting,
I . i g ! a
and transporting mechanisms (cranes) excavators,$ hoists, cow~eyers), rolling
mills (continuous rolling mills), metal forming equipient, mertal-cutting machine
tools and automatic transfer lines. Drawings of goner 'al views of mechanismb and
drives with the distribution of electrical equipment,: elementary circiilit6 and
Card 1/4

11914VIIIIINIMI RRM lorwil 411iff Fill I Iligill-IlEpiIIIIII III liijull jiIIIIIIIII Ildil Ilii 111m I
Atlas of Electromeebanical Industrial Installations (Contl) SOV/2347
wiring diagrams with the ncescary explanations are presented, The mechanical'
and electrical parts of every mechanism or device are closely -zelated In', the'~
manual.,to enable joint treatmc,,,nt of the sugject and to improve, the level,: of
preparation for design. In compiling the atlas most recent deaign naterial
of the following institutions was used: scientific r6searchlinstitutes,
VN1:IPTMASh; TsKB "Elektroprivoll," TsNIITMASh, NIILProdma.sh, PKO "Soyuzproin-
melchanizatsiya," GPI, Tyazhprcmelektroproyekt, Institutes MEI and MISI;, and
Plants "Dinenoll and "Pod"Yemni,k." No personalities are mentioned. There we,
28 feferences, all 5oviet,
TA13LE OF CONT-PTS
PART I. HOISTING AND TRANSPORTING MECHANISMS
Foreword
cranes
7
,,...Bridge cranes Sheeta 1-10
:n 14
Pdrtat;16 jib crane eets -
Sh
10-ton floating crane Sheeiz'25-17
Card 2/4
............. ... ....... .......

Atlas of Electromechanical Induatrial. Installations (Cont.) SOV/2347
Sheete~ 18-26
Diagrams of control systems I*or crane olootrio-drivep
Shasta 27-29
Electric hoists
Sheets 30-34
Excavators
Shd eta
Conveying nechanisms 35-38
PART 11. METAUURGICAL M PRM nROING ZQQIPMT
Forevord
Auxiliary Mechanism for Continuous (Blanking) Rolling Hill 850/700/500
Roller tables and conveyors Sheets 39-49
Edging machines Shoets 50~54
Roll changing mechanisms Shest4 55"57
Roll mounting mechanisms Shoots 58-65
Main drives for continuous (blanking) rolling mill
870/700/500 Sheets 66;,.79
Press Forging Wpment
63-ton double-aotiort double-orm enclosed press Sb"t 10 8043
1000-ton coining press Sheiti 84-41
Card 3/4

mint =101111D INSH01311M
Atlas of Electromechanical Industrial Installations (Cont,) SOY/234?i
PART 111, M&TAIrCUTTING MACHINE TOOLS
Foreword 107;
Model 1340 turret lath$- Shdflts~ 92-96
model 1620 universal screw cutting lathe Shs4,its! 97403
Model 1660 screw cutting lathe SheetOok-109
Model 255 radial drill Sheats:110-111
model 265 universal horizontal borring machine SheetsillZ.711S
Model 724 planar Sheats1204-M
Subassemblies of unit-head machine tools and transfer machines SheetaJ23_125
Elactroduplicating semiautomatic j:dlling machine of the type
6441-A Sheets;; 126-428
Electric equipment for machine tools She:W,129-137
Accessories for mounting electrical equipment in machine tools She ti'138-140.
AVAILABLEs Library of Congress (T.J 240. A8)
0/afm
10-20-59,
Card 4/4

SANDUR, Abram Solomonovich: CHILIKIN, R.O.. prof., rod,;' ZUSM.N. IV.O,,
kand.takhn.nauk, dotsent, rotoonzont; KARNMI1111, I.Y. 0. Irand.
tokhn.nauk. datsent, retsenzent; UNI&_1eg., ~and.tekhji.nauk,
red.; BORUNOV. N.I., tek'hn.red.
[Electrical equipment for industrial machinery; electrical
equipment for motal-cutting machines) llektroobo~udovalni,~
proizvodotvennykh makhanLzmov; elektroo'borudovanie metallo-
reshusbcbikh stankov. Pad obahchei red. m.G. chiiikina. Maekwa
Goe.energ. W-vo 19,58. 238 P. (k-W, IM)"
'(1lectric apparatus and
(Vachine tools)

8 (5)
AUTHORt Zimin, Yevgenly ITIkolayeviah.
$07/161 i-56-4-1608
~~ ~~an d ~~at e ~~oo cal Sciences, Assistant
TITLEs On Calculatin th T a Unple Gon6i-atoili
em 70, o ransition Processes In I
Motor Syst raschete perekhodnykh protsesso-r v prost.6y
sisteme G-D)
PERIODICAM Nauchnyye doklady vysshey shkoly. Elaktrdtdakhfinika i
avtomatika, 1958F Nr 4, pp 138-149 (US310'
ABSTRACT: It is shown here that it is possible to:U'se a~A-tandard method
for 6alculating the transition processes,in a simple
generator motor system (without exciter control). it considers
the non-linearity of the magnetizing curve of:the generator I
and can be used in practice for all possible aircuits of'the-
exciter-circuit of the generator, and for all;types of drive,.
The method is based on the ascumption thmt tha ?ntire
transition proces!3 can be considered to co,M310t,Of Singular
sections. In thesa sections, the system is considered to be
linear, and the transition processes in each of.thesp
sections are exprt)ssed by linear differential equations *ith,
constant coefficii?nts at initial conditions that do not equal
Card 1/3 zero. The equivaloint circuit is shown in figure 1. With l.tv:'

On Calculating the Transition Processes in a Simple SOV/161-58-4,1-18/~s
Generator Motor System
a whatever complicated generator-exciter-oircuil, can be
generally expressed. In the.computatidn I the mag%etizing:
curve is not used here, but the idling characteristic, that
is the dependenob of the enerator-electramotive* force on the
exciter-current, e - f(i .-This can be-plotted by way of
experiment or it can be constructed with the help of the.
magnetizing curve, according to equation (8). The equation
(13) for the time-dependent change of the generator- .
electromotive force, and the equation (4for the time-i
dependent change of the.exciter-ourrent i~ of the generatlor,
are shown. The two equations are generally vs.116 and allo4
the calculation of the curves i = f(t) and eG q(t) of 'the
E
transition processes for various working inothods, and
whatever circuit of the generator-exaiter windinga. e im the
G
generator-electroutotive force. The method of oalculating 'the
transition processes in accordance with the equations (6),
and (13) is demonstrated by means of the example,of the
Card 2/3 circuits shown in figure 3, in the case of a reverse rotary

On Calculating the Transition Processes in a Simple SOV/'161-58-4-18/28
Generator Motor System
direction of the motor. The analytical':represontation~in
accordance with equation (13) also allows to obtain the
rotary speed and the armature current of the notor. The
equations (23) tu2d (26) are obtained for them., They are
valid for any sector of the transition procetio. The
computing of these values is also demonstrat,ed for the,
same case with the help of'the diagram In figure 3, There
are 7figures.
ASSOCIATION: Kafedra elektrooborudovaniya prompredpriyatiy Moskovskogo
energeticheskogo instituta (Chair for Electrical Equipm Ient,
for Industrial Fnterprises at the Mosoow. Institute of
Power Engineering)
SUBMITTED: September 18, 1958
Card 3/3

I I T,, 11pIf I IIIjIF 1 l1 11
ZIKIN.
Transient processes In drives with diso-type magnetic clutches,%twh,
dokl.vys.shkol3r; elelctromekh. I avtom. no.l,#203-215 '59. (MMA 12:11)
1. Rokomandoyana kafedroy alektrooborudovaniya proqprodpriyati.V.Koqk6V-
elcogo energeticbeskogo instituta.
(Blootric driving)

sov/144_59~-9-12/15
AUTHOR;, Zimin Ye N Cand.Tech.Sci. Assistant
TITLE: Method of Calculating the Static Speed Characteristics,
and Choosing the Feedback Parameters in Autopatic
Speed-stabilizing Systems for d.c. Motor$
PERIODICAL: Izvestiya vysshM uchobnykh zavedonlyt
Elektromekhanika., 1959, Nr 91 pp 86-9Z(USSR)
ABSTRACT: Fig 1 shows a general block diagram of the arrangement
commonly used for regulating the speed of a d.c. moto
Here tr is an a.c.-d.c. converter, 11 is;the:motor and:
OC is the set of feedback networks. The block V Maly
contain rotating or magnetic amplified or grid-controlled,
rectifiers. The general torm of the transfer charaotat- -
istic of TT is given in Fig.2. The variation of transfer,
coefficient with input is markedly non-linear but.,the:
relation between output voltage and input lends itself to
linear approximation. The equation for motor speed
versus supply voltage at constant field:is Hq (1), or in
terms of the input to the block IT $ Eq (2). ~ Separate
Card feedbacks are taken proportional to speed voltage and
1/3 current and combined linearly as in Eq Me ~Tho
substitution of (~) in (2) gives the geheral speed Eq

SOV/144-59-9-12/15
Method of Calculating the Static Speed Characteristics.*and Choosing
the Feedback Parameters in-Automatic Speed-stabili.zing.Skstems for
d.c. Motors
This expression is difficult to use because it aontains
the non-Alinear transfer coefficient. Using ~he linear:
approximation in Fig 2 and eliminating the speed, n
from Eq (10 the motor current I, is found, as a,function
of the feedback parameters~ in Eq (7).:, Then for I .
successive values of the sum-inDUt to the block It I Xy)
values of En can be foundi Then from Hqs (7) and,
(2)7 1, n coordinates may be calculated gi4ing the
required static characteristic. In motor drives having
a very wide range of speod controlp the lower speed
values are often achieved by varying thia feedback
parameters. Eq (6) enables the correct valuis to be
chosen. Assuming the linear approximation in.Fig 2 an
expression for spead-error is Eq (10). 1 Besides
variations in load, fluctuations in supply voltage can
also influence the motor by altering the effective
transfer in block IT . Fig 3a shows extreme cases of
Card 2/3 En/XY curves and the influence on the static characteris.-
ties in Figs 36 and 36. Fig 1+ shows a particular method

sov/144-59-!-9-12/15
Method pf GaIculating the Static Speed Characteristics :band Ghoo~lng
The Feedback Parameters in Automatic Speod-stabilizing,isystems f6r
d.c. Motors
of applying the three separate feedbaak signals in
controllable amounts to a common control winding. The
relevant equation system is Eq (22) while Eq'(25) gives
the feedback coefficients either as an M.M.f. or a
control voltage.
There are 4 figures and 1 Soviet reference.
ASSOCIATION: Kafedra elektrooborudovaniya promyshlennylgh
redpriyatiy, Moskovskiy energetichaskiyinstitut
Card 3/3 Mair of Electrical Equipment for, Indiketriali
EnterpilieW. Moscow Power Institute),
SUBMITTED: June 17, 1959

8 (3)
AUTHORs Zimin, Ye. IT., Candidate of Technical SOV/105,59-12 9b

TITLE: On the Calculation of the Static Rate Characieristics in a
Controlled Mercury Ri)ctifior motor System
PERIODICAL: 'N'10ktrichostvo, 19591 "r 12, PP 39-46 (USSH):
ABSTRACT: The article illustrates and describeet a non-roversible
electrical drive with regulated mercury TeAifier (Fig 1). Z
~
~a of'a:closed
be able to calcZato the rate characteristid
system of automatic control the charaoteristics of the lattice-
control must be knovM. The lattice control aeveldpad by theta
TsKB "Elektroprivod" (Ref 2) *is the one mosi generally uzeAO~
The wiring of*such a lattice control is illustrated and
described in a simplified version in figure, 1b. The author,
investigated the peculiarities in thecalculation of the rate
characteristics of different varsions of feedback c'onnecti
ons
'
and the control of motor rate by variation,of the rectified!
voltage at (baotor = constant. The described methoa.of
calculation makes possible to select the feedback coefficient
Card 1/2 and to build up thi? static motor rate characteristics for the

On the Calculation of the Static Rate Characteristics 30/10-59-12-9/2,~
in a Controlled Mercury Rectifier Motor Systom
controlled mercury.-rectifier7Mptor 9yetom. Ilis in based dn'~ the
required accuracy -.which ic nebdoct f or koepinL~ th6 riotor rate,t,
The exDlanationa w,-e illuotratod on cx;miploo. There are
6 fiaures and 2 Soviet refercneec.
ASSOCIATION: Moskovskiy energeticheakiy institnt (1;',oaomv Institute of
Power Engineering)
SUBMITTED: June 5, 1959
Card 2/2

ZIMIN. Ye.N,, kand. tekhn. nauk; ILBUSUZOVA., R,B.
Pulse apeed control of asynchronous electric motoro, Vest. AN Kaakh.
SSR 20 no.2:85-90 F 064. (MIRA INI)

till
LSVIN
Gavriil KIkheqIoVichj GOLIDENTALIP) Molsery Enuanullovichl,
Z314INp Ye.Nmp redo
(Reversing electrie drive with meratiry-arc rectifiers] Re-
versivrqi ionrqi elektropriyod. Moskva# Ener i1a,, 1964, 90 PO
(Biblioteka po avtomat.1119j, no,318) f,141A ISO)

SOKOLOV, Nikolay Georgiyevich; saucmv, m.,, kand. tekhn. natO:,
retsenzent; KAPUNTSOV, fu.D.,, insh. retsenzent
I
Ye N kand. tekhn. naukt redw
(Design of electric drives for industrial i~eohanims]:Kon-
stiLdrovanie elaktro'pri.vodov proizvodstvennykh mekhanizzwv;
posobie dlia studentov spetsiallnosti (Blektrifikatalia pro-
myshlennykh predpriiat.1i i ustanovok," Red.E.N.Zimin,, Mo-
skva, Mosk, energ.in-t, 1961. 222 p. (MIRA 16:6)
(Electric driving)

Zjjxjjj Ye N dote*; K"AYLVAj kand. tekhn. nau~i dots Ip
It1fiers]
ated mercury-arc rec ,
(Electric drive with "69'L1 vypriami.teliamio
Elelctroprivod s uprav:'AaOr-ViTd rtutywmi 220 P.
-t. Ft.l. 1.964.
moskvay Mosk. energ. in (mim 18:6)

evicb, kard. teklin. nauk,, dotsent, T.13 Y B Ut .10Oleg
zimillp Yeyr,2pjz. pjkola
A regulated'a.oq. microw,toro Izve VVil, ucheb, 2avi.; elektromekb.~
6 no.9slO93-1097 163. (MIRA 16:12)
1. Kafedra elektroprivoda i avtomatizatsii provqshlennyth
ustmiovok Moskovskogo onargeticlieskogo instittitai (for Zimin),
2. Laboratoriya avtomtAi Gosudarstvennogo nauchno-isid'edovatell-
skogo proyektriogo instil~uta redkometaUlcheskoy promyslilentiosti,
Moskva (for TSybyllko).

...... ........
ZIMIN Yev eniy NikolMovich; ROSMAN, L.V.j, red.; SHIROKOVA, M.14.,
tekhn. red,
[Protection of asynchr-onous,electric motors with voltage
ratings up to 500 vo2.tsl Zashchita asinkhronnykh el(jk-bro-
dvigatelei napriazher.iom do 500.v. Moskva, Gosener~otz-
dat, 1962. 55 P. (B.44blioteka elektromonters., no.79)
(MIR& 16:6)~
(Electric motors, Inductia6)
(Electric protection)

iACC Nk AP6032530 SOURCE CODE: UR/04l3/601O0WO.1T/(ff3i[dl31
INVENTOR: Gusev, L. S.; Zim Nistratov, A. F.; PoWin, I. S.;
Popov, A. K.; Rozanov, Be V*; TokarskLy, A. P,; Kholin, Yu. T.; Tulyankin, F. VP;
Shcheglov, V. F.; Yanovskiy, V. A.
ORG: none
TITLE: Drive of a high-speed c ounterblow hammer. Class 49, No. 185669 [announced
by the All-Union Scientific Research Institute for the Planning and Design of
Metallurgical Machinery (Vaesoyuznyy itiauchno-issledovatellakiv i provektno-
konstruktovskiy institut metallurgLchaakogo. mashinostroyoniy&):
SOURCE: Izobreteniya, promyshlehnyya obraztey, tbvarnyye znaki, no. 17, 1966, 131
.TOPIC TAGS: metal forming machine tool, forging machinery, motal pwess
ABSTRACT: This Author Certificate introduces a drive of a high-speed counterb low
hammer, which includes a high-pressure cylinder and a piston with a sliding sealing
bushing. To improve the operational characteristics and efficiency~of the hammer,
the bushing, placed in a lower. part of the cylinder, has a circular groove inside,
into which oil is pumped under pressure equal to that of the gas in the cylinder,
thus forming a Is er which serves the.dual purpose of sealin and lubrication. Orig.
9
art. has: 1 figure.
SUB CODE:' 11, 131 SUBM DATE: 22M&y54/
UDC: 621.974,4-82
Card W

GUBILB, Ye.,Ly dok',,~r trad. naxd-~; ZlRlNA, I.P.
Sm.ornal respiration in bm-A dissase. Soy, mol, 27 no,12.-
~-8 0 164.. (III-RA 18, 11
1. Khirurglcheskwya 'dinlka (nachallnik - prat. T.Ya. Arlyev,j
Voyanno-meditainskoy ordena 'Lan 4na alademil Imani Kirova,
T
L-mingrad,

7A24INp Ye. P., POPOV, Va As,
I'Datermination of Mcan Cross -sitetion of Electrl)n-neutr~~: Atod Collisions .in
a Two-component Weakly Ionized Gaseous Axture
report presented at the 6th Intl. Conf. on Ionization Pb,enomenix in Gasesi
Paris, France, 8-13 Jul 63

3/123,/59/000/010/Olk/069
Aoo4/Aooi
Translation from: Referativnyy zhurnal, mashinostroyeniye, Na, 10, p.~
80, # 37801
AUTHORS.-* Zlmin, Yu.P~~, Stroyevi,,L,
'f;lng Tools. Made of High-Speed Steel. Chips~:
TITLES The Properties of Cut
ok
PERIODICAL: Byul. tekhn. ekon. inform, Sovnarkhoz Rostovsko ekon. adm. i --na
1958, No. 4, PD. 37-38
TEM. The authars describe investigations to detVmine tho propeoles! of
briquetted chips of the high- soedd steel grades P 9 (~Vand P 18 (a18).!Q
chemical analysis it was found that, if the forgings are made of ohips, the C-'
W-, V- and Cr contents remain withftn the limits of r0GT (606T) 5952-51. The
degree of carbide heterogeneity of the chip steel grades R9,:and R.28 is rated,at
2 points while in the rolled bar it is 4 points. The hardn~eas of tools made:~of
chip steel is approximately 62.5 R. after heat treatment. As a result of dura-
bility teuts to which the tools were subjected on the 1A62 machine tool dur~rig
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8/123/59/000/010/oi4/068
A004/AO01
The Properties of Cutting Toole Made of High-Speed Steel Chips
the turning of steel, it was found that the cutting propertieo.of high-speed
steel made of briquetted chips are identical with those of farged high-speed
steel. There In one table.
B.L.D,
Translatot's note: This is the full translation of the original RUssian ab--
stract.
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PHL13E I BOOK EXPLOITATION SOV/4221.
Novocharkassk. Politekhnicheakiy inatitut
Raboty mekhanicheskogo fakullteta (Works of the "Division of Moobanics)
[Novocherkassk] 1958. 203 p. (Series: Itst Trudy, tom 90) Errata slip
inserted. 2,000 copies printod.
Editorial Board: V.P. Mikhaylov (Rasp. Ed.), Candidate of Techi*al Sciericesp
Docent; A.A. Pyatnitskly, Professor; P.M. Vlasov, Candidate of Technical:
Sciencesp Docent; I.N. Goncharov, Candidate of Technical Sciancesq Docent;
P.P Klochkop Candidate of Tachnical Sciences,, Docent; N.M. Savin, Candidate
of iechnical Sciences, Docent; and A.A. Kutukov (Resp.~Secrstary)., Candidate
of Technical Sciences, Docent; Tech. Ed.: P.S. Baymatov.
PURPOSE: This book is intended for technical personnel in mechanical engineering.
COVERAGE: This collection of works deals with investigations of internal ~oombus-
tion enginesp metal cutting$ gears, resistance-type strain ZaZes, and upar
of machine parts. No personalities are mentioned. References accompany
several of the articles.
Card 1/7

Works of the Division of Mechanics
SOV/4221
TABLE OF CONTENTS:
Lyshevskiy., A.S. (Candidate of Tochnical Sciences# Docent, Departui.ent of Interna^1
Combustion Engines]. Disintegratien of a Nonviscous-Fluld Jet auirging Fro;rl a' -1
Split Jet Nozzle 3
By means of theoretical analyvis the author establishes conditions of
instability of the motion of a plane jet of nonviscous fluid with symmetrical
and unsymmetrical disturbances and determines the length of the unbroken,;
portion of the jet.
Lyshevskiy, A.S. Effect of the Surrounding Medium on the Stabillty and
Disintegration of a Hollow Jet of Viscous Fluid 19
A theoretical investigation is made of the development of disturbances on
the surface of a hollow jet of v~Bcous fluid and the effect of air flow
around the jet. A differential equatior. and its solution for the wave
vibration of the fluid jet surface is presented.
Lyshevskiy, A.S. Regularities in the Change of Certain Parameters of the
Indicated Process of High-Speed Diesel Engines 47
On the basis of two characteristic parameters of a combination process
indicated efficiency and ignition lag.. the author presents a generalization
of experimental data obtained in testing high-speed diesel engines with
open-type combustion chambers.
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Works of the ' Division*, of Mechanics
Lyshevskly, A.S. On the Determination of the Amount of Fuel Leakage in In-:
jection Pumps and Nozzles 65
The author presents a more accurate method of determining the .rate of fuel
leakage in the operation of a fuel injection pump and nozzle.
Lysbevskiy, A.S. On the Determiration of Fiuld-Friotion Force Between a Cam
Follower and a Guide ?I
Using a cylindrical coordinate system and assuming that the follower is
subjected only to linear-reciprocating and rotary motion aad teat the
oil-film pressure is constant,p the author derives an expression for oal-
culating fluid-friction force between cam follower and guide..
Belitskiyp H.S. (Candidate of Technical Sciences, Docent~ Department of the
Operation of Automobile Transport]. Life of Valv"ear Elements of an Auto'-
mobile Engine in the Process of Operation 77
The author investigates the wear of camshaft pins, cams, and stems of
followers and valves.
Belitskiy, M.S. On the Problem nf Limiting Allowable Clearance Between ths
Piston Skirt and the Cylinder L.Iner in an Automobile Engine 87
By means of hydrodynamic analysis of the oil film between two parallel
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Works of the Division, of Mechanics SOV/4221
planes the author derives an expression for calculating the max1mum allow-
able clearance between a cylinder liner and a piston skirt. With the
formula derived, he makes calculations for a number of.8oviet types of
engines and concludes that presently used standard clearances are too
small and may be increased to their maximum values as determined by
calculation. The increase in clearance will result in the reduAion of
wear and repair costs.
Zimin. Yu.P.- [Candidate of Technical Sciences Docent, Department of Ma-
a~hine-Building Technology], and K.M. Stroyeva tCandidate of Techtdcal
Sciences, Docent, Department of Ketal Technology]. Investigation of the
Properties of High-Speed Steel Made From Chips 93
Chemical, macro-9 and microstructural analysis., hardnes'a testa,, and de-
termination of density and cutting properties were made,for original
and heat-treated specimens made of chips produced by milling of types
P9 and P18 high-speed steels. Comparative tests were also madt of cutting
tools manufactured from the standard steels mentioned above and from
their chips. The results show that the properties of outting tools re-
main nearly the same in all cases.
Card 4/ 7

Works of the Division of Mechanics
SOY/4221'
Antonyuk.. V.1. [Candidate of Tecl:mical Sciences,, Docentlp and N.S. Kolev
[Candidate of Technical Sciencesy Department of Machine-BuiWng:Technologyl.
Drilling Dynamometer With Wire-type Resistance Strain Gages .103
A dynamometer designed by the authors for measuring feed forces and
torques in drilling., reaming, and threading is described. The dynamo-
motor is of a simple construction and may be used not only in laboratories
but also under production conditions. Its operation is found to be stable
in the drilling of holes from 5 to 25 um in diameter.
Kolev, N.S. Friction in the Mattil-Cutting Process ~107
The author briefly reviews some of the data available on this subject and
presents the results of an investigation of the effect,of cutting depth and
speed, feeds, and tool angles on the cutting process. He concludes that in
metal cutting the molecular interaction between cuttinip-tool'and work
surfaces has a great effect on the consumption of energy and tool wear.
Devin L P. [Docent, Department of the Theory of Machaniams d Machine
PartsJ. load-Carrying Capacity of Toothed Gears Made of DSP-Gs'n"Dravplastik"
[Masonite-Type Material] and Working in Pairs With Steel Gears 117
The author presents a summaryof results of a set of experimental investi-
gations conducted on a specially built test installation in order to do-
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Works of the Division of Mechanies SOV/4221
termine the effect of number of teeths velocity ratio, and circumferential
velocity on the performance of a pair of gears with one gear made of steel
and the other of DSP-G "drevplastik." The maximum circumferential unit
pressure (g,/cm. of the tooth width) under which no appreciable 'wear or
failure occurred was used as a airterion in determining gear load-carrying
capacity.
Chudutov. V.A. [Assistant Profesmor, Department of the Theory of Mechanisms.
and Machine Parts]. Performance of the Wire Grid of a Resistance-Type Strain
Gage in a Zone of High Temperaturos
Effect of temperature on the rasistance of a strain-gage vire.is investi-
gated. Results show that the rate of change In the resistance is a fum-
tion of time and heating temperature. It decreases with time and becom*a
stable when held for 8 hours at 1500C.
Chudutov, V.A. Effect of the Shape of the Wire Grid of a Resistance-Type
Strain Gage on the Gage Factor
Effects of gage bases nomparallelism of grid wireaq Oformation of wires
and part being tested, and the number of grid loops on the gage factor a-ke
investigated. Results show that for the gage bases frm 2 to 5 am long
the change in the number of loops between the limits of 6 and 18 has very
little effect on the gage factor.
Card 6/7

Works of the Division of Mechanics SOV/4221
Savins M.M. Esenior Instructors Department of the Theory of Mechanisms and
Machine Partsj. Ways of Improving Wear Resistance of Screw Mechanisms 159
The wear of screw mechanisms made of bronze$ cast irons and textolite with
square and trapezoidal screw threads is investigated. Results show that
the use of a modified *caat'ir(,,jn bearingin place of bronze and the replace-
ment of square threads by tral.,,ezoidal will increase tbe~wear resistance.~
Burak, A.K. [Assistant Professors Department of Metal Technology and the Science
Of Metals]. A Method of Designing Hypoid Gears With Circular Tooth Form . 1 1171
The method described reduces design calculations atA may be used in the de-
sign of hypoid gears with a spiral angle equal to zero,~
Mamadshanov, I.G. [Assistant Frofessorj, Department of the Theory of Mechanistas
and Machine Parts]. On the Problem of Stability in the Tfghtening of Bolted
Joints Under Variable-Load Conditions 191
The author presents the results of a theoretical investigation of the pro-
cess of loosening of bolted ,!,oints subjected to v!,brat6ry loads.
AVAILABLEt Library of Congress
Card 7/7 Wpw/afm
9/29/60

WIT
ZININ, Tu.P.# d9teent, kaMidat takhnichookm nauk.
Comparison of cutting P.-Cceasem used In turning amd milling
operations. Namch. trWiy IPI, 30 (44): "1-136 155. (MU 9: U
(Ketal cutting)

V137/60/000/0 10/d,3,2/0 40
A0o6/A0Oi:
Translation from-. ReferativnTj zh-tArnal, Metallurgiya, 1960, No.: 10, pp. 262~_26~~)
24552
AUTHORS. Zimin. Vu P Stroyeva, K.M.,
TITLE, Investigations of the Propertles of High-Speed Steal Manufac,tured'
From Chips
PERIODICAL: Tr. Novocherk. pol.).tekhn. in-,ta, 1959, 110. 90, PP, 3 102
TEXT: The authors studiej.1 the possib,ility of uain6 high_;speed steel,' chips
for the manufacture of cutters and Invcz-itigued forgings rnade of~ ()q (_Rq) anit P1,18
(R18) steel chips, by swaging the chlpzi heated to 1,150C'C. : The chemical composi-
tion, macro and microstructure, conpactness, hardness and the cwtting properties
of the cutters were investigated. It was established that, high-speed chip:steel
had the same chemical composition, the same hardness after anneal-Ing and heart
treatment, and the same cutting properties as standard high-spead steel of equal
grades. Carbide het-;rogeneity of the chip high-speed steel is le:is than that of
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