SCIENTIFIC ABSTRACT SOLNYSHKOV, A.I. - SOLODENKO, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652210017-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 59241-65
ACCESSION NRs oAT5007937
SUNNITTEM 26ft64 ENCLi 00
No pEr voyl 000 OTHERI 002
M Mai my
cwd, i/3.-,
r

IVANOV) N.F.; SrVKOV, YU.P.; SOLN-fSHKOVp A.I.
Measuring the phase volume of the ion beam from Ithe injector
of a linear accelerator. PrIb. i takh.eksp. 10 no.5130-34
S-0 165. (MIRA 1911)
1. institut claktrofizicheskoy
apparatury Goqudarstvennogo komiteta po ispollzovaniyu stomnoy
energil SS-SH, Leningrad.

L 2651-"6 E@WT(m) IJP(c) GS
.@ACCESSION XR., iT6012260- SOURCE CODE: n/0000/65/000/000/0001/0017
AUTHORS: Sivkov, Yu. P.; BL1@
!@ko@v, A. r.
ORG:
TITLE: Limitations of #acSelerator current, connected with limiting density of the
particles in the phase volume
SOURCE: USSR. GosudarstvenM komitetpo ispolIzovanlyu atomnoy energli. Doklady
1965. Ojii@fc_heniya toka v uskoritele, svyazannyye__s predellnoy -plo-Sno-effryu chastiti
v fazovom ob"yeme,, 1-17
TOPIC TAGS: particle accelerator, focusing accelerator, high energy acceleratorg
phase velocity, fiaL 2-0@
ABSTFACT: The author discusses methods of increasing accelerator current by in-
Icressing the acceptance of the accelerator (the volume in phase space) or by more
'uniformly filling the acceptance$ The general equation of the acceptance surface
!is written out for linearly independent focusing with in the x and y directions and.-
,ifor an elliptical aperture. Conditions under which the beam introduced into the ac'
I card 1/3

L 26513-66
ACCESSION IM: AT601226o
celerator is focused on points inside the acceptance are then derived. In view of
the mathematical difficulties involved in interpreting the four-dimensional resultelL
the authors consider also the simpler problem, wherein injection of the beam into
the accelerator is considered as the transformation of the phase volume of the beam
(emittance) into the acceptance volume with minimum loss. It is concluded that to
determine the maximum oscillation amplitudes in a linearly-focusing accelerator wit
independent focusing with respect to x and y, it is sufficient to measure the pro-
jection of the four-dimensional emittance on a given reference plane. To determine
more complicated characteristics, such as the fraction of the beam which Vill have
an oscillation amplitude below a certain specified value, or to determine the maxi-
mum density in the phase volume, it is necessary to measure the distribution of-the
beam density in four-dimensional phase space. However, if the emittarice Is bounded
by a certain ellipsoidal surface, measurement of the particle density in two-dimen-
sional projection (cross 'section) of the emittance is possible. The theoretical
conclusions are compared with experimental data obtained at NIIEFA on the distribu-
tion of particles in the beam of a dual plasmatron injector, accelerated to approx-
imately 600 keV (Pribory I tekhnika eksperimenta, in press). The variation of the
phase volume of the beam as a function of the discharge current, the magnetic field
in the ion source, the focusing voltage, and.the particle energy were determined.
The focusing voltages has practically no influence on the magnitude of the phase
-Card_ 2/3

;L 26513-66
iACCESSION NR: AT6012260
ivolume for a given current. An increase in the discharge current and the magnetic
Uri
Ifield in the ion source greatly increase the current.' The particle density in fo
J
1dimensional phase volume turns out to be constant, but further research is necess
az4
ito check on this conclusion. With this in mind, estimates are presented for the
maximum number of particles that can be injected some of the accelerators now in o
eration. The estimates show that the limitations connected with the limiting den-
i
laity of the particles in the phase volume are very significant for most modern ac-
Icelerators. Orig. art. has: 22 formulast 3 figures, and 2 tables.
SUB CODE: 20/ SUBM DATE: 00/ ORIG REFs. 002/ OTH REF: 0061 ...1
3/3

L 28040-66 EWT(m) IJP(c)
ACC NRt AP5027003 SOURCE CODE: UR/0120/65/000/005/0030/OOZ4
AUTHOR: Ivanov, N, F.; Sivkov, Yu. P.; SoJbwzJ*py,_A& 1.
ORG: Scientifli Research Institute of El ctrophysics EquiRment of GKAE
Len:Ln r~~d--(-Nauchno-issledovatellskiy institut elektrofizioheskoy
apparatury GKAE)
TITLE: Measurement of phase space of the ion beamLin-the injector of a
linear accelerator
SOURCE: Pribory i tekhnika eksperimenta, no. 5, 1965t 30-34
TOPIC TAGS: linear accelerator, proton beam
ABSTRACT: The phase space was measured for an axisymmetrio proton beam
having an energy of 500 to 600 kev and a current of the order of
hundreds of milliamperes-.' The distribution of the beam density in the
phase space was reproduced on photographic film. Calculations of the
beam parameters in the four-dimensional phase space was made in oylin-
drical coordinates. An equation was derived for the ellipsoidal phase
space. The measurements were conducted by using a dovice similar to
that described by L. E. Collins and P. T. Strout in Nucl. Instum. and
Methodst 1964, 26, 157. However, the device used by the authors was
provided with a photo-recording camera placed at 30 cm from the 0.06 mm
Card 1/2 UDC: 621.384.6.01

L 28040-66
ACC NR1 AP5027003
slits of two diaphraerrB. The device was shown in a photo and its actioz3'.
was explained. A MF-4 microphotometer was used for determining the
density distribution recorded by the film. Then, the experimental data
were analyzed and the results calculated. An example of the beam
density distribution in a transverse phase space was mapped out in a
diagram. The results obtained under different conditions and at the
currents varying from 350 to 480 ma were summarized in a table. The
current characteristics were plotted for four-and two-dimensional phase
spaces and for seven various operating conditions. The analysis of
curves showed that, in accordance with, Liouville Is Theorem, the f ocuss-
ing voltage produced no effect upon the phase space. The dependence Of
the current on the two-dimensional phase space was more expressive. The
highest current density obtained at 400 ma was equal to 120 ma/cmm ad.
The thanks were expressed to 1. M. Kapchinckiy and V, At Batalin for the
discussion of the results obthi-n-e-d-l-h-TRe-experiments. Orig. art. has:
5 figures and 9 formulas.
,SUB CODE:. 18 SUBM DATIC.' llAug64 ORIG REIP: 002 OTH REF: b04
P'/2
Card ell-

L 07199-07 EW 'P( 1FMT ( m) IJF(,--) A r
ACC NR: AT6031752
SOURCE CODE: UR/3092/66/000/004/0003/0022
AUTHOR: Ivanov.-H. F.; Sivkov,_ U. P.; Splnyshkov, A. I.
ORG: none
TITLE: Characteristics of the ion beam produced by the injector of a
tor
SOURCE: Moscow. 14auchno-issledovatel'skiy institut elektrofizichesko-
Elektrofizicheskaya apparatura, no. if, 1966-1T-T-F--
TOPIC TAGS: ion beam, linear accelerator, plasmatron, preinjector
ABSTRACT: The structure of a beam ovions with an energy of 500-700 Rev obtained at
the output of the proton-synchrocyclotron preinjector was investigated. The beam is
des Igned for injection into a linear accelerator and for this reason the density dis-
itribution of ions over the phase space is the most important characteristic of the
boam. Essentially, it detemines the value of the current which can be captured by
the linear accelerator. The transverse phase volume and the magnitude of the current
were determined at a distance of approximately 1 meter from the output end of the
focusing arrangement used in -the linear accelerator. A proton source of the duoplaa-
matron type and the injector optics make it possible to obtain the crossover of the
beam at this point when the maximum current is 500 ma, thereby providing for the op-
Card 1/2

SOLNYSHKOV, V.Ap.t_mIaAshiV n&uchnyy sotrudnik
Study of the discharge dapacity of broad-crested weirs, Izv,
VNIIG 65:125-131 160. MRA 14:5)
(Weirs)

SOLNYSHKOV, V.A.p m1adshiy nauchnyy sotrudnik
Utilization of hydroelectric power station turbines as spillways.
Izv. VNIIG 65:233-138 160. (MIRA 14:5)
(Spillways)

-;OljrY"IIKOV) V.A., red.; ARABADUYAN, I.H., rod.; GOLIDIlip A.I,.p
red.; ZHAROV, N.I., red.; 10KIIELISON, A.Ya.; red.;
MICIIEVS(IY, I.Ye.,, red.; SK0140ROVSKII, Ya.G.) red.;
3UDAKOV, V.B., red.;SHEVCIIENKO, A.N.., red.; RZHOIIaIITSKIY,
B.N., red.
(Collection of reports on hydraulic engineering] Sbormik
dokladov po gidrotekhnike. Moskvay Gosenergoizdatp 1963.
262 p. (MIRA 17:9)
1. Nauchno-tekhnich---skaya konferentsiya molodykh nauchnykh
rabotnikov. 5th, Leningrad, 1959.

ARAi3ADZHYAN, I.A., red.; IMAYLOVA, R.A., red.; KRAYEV, G.A.p red.
(deceased]; KRICHEVSKIY, I.Ye., red.; SOKOLOV, 1.3., red.;
SOUTYSHKOT.I.A., red.; STRELITSOVA, T.D., red.; FOMIN,
"red.; MLIMAN, S.G.., red.; ABRMISON, L.S., tekhn.red.
(Collection of papers on bydraulic engineering] Sbornik dok-
ladav po gidrotekhnike. Moskvaj Gosenergoizdat, 1962. 294 P.
(MIRA 17:3)
1. Nauchno-tekhnicheskaya konferentsiya molodykh nauchnykh
rabotnikov. 4th, 1962.

SOU"YSHKOV, Vollfrar. Anatollyevich; RZHOVS1;1TSKIY, B.N., red.
(Study of the suction pipes of hydraulic turbines] Issle-
dovaniia otsas"alushchikh trub gidroturbin. Moskva, Gos-
onergoizdat, 1962. @06 p. (MIRA 17:4)

t4
Madmalarn of the oxidation of mksococconfastims of
nitric 0114141 Ill the Corona (1124:1118r9a. T. V. Zalostiot
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kid 01 still no gkook'siod Oil-
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C
prelintirmily 00misol 0. offers Ito advantage skeet dimt
olmoklimatkon In ils, di@hsirjrr. N. Tbuts

SOLOBAY, M. A., Cand Med Sci -- (diss) "Microbiological charac-
teristics and certain data 6n the epidemiology of dysentery pro-
ducad by Newcastle bacteria in the city of Odessa." Odessa,
1957. 15 PP (Odessa State Mod Inst Im N. I. Pirogov), 200
copies (KL, 2-58, 117)
_78-

KALASHNIKOV, V.I., (at. Chernovtoy); SHAMIS, I.M., glavnyy bukhgalter
(at. Chernovtoy); SOLD- , ekonamist (at. Chernovtoy)
Advanced technology of car repair and improved cost accounting.
Zhal. dor. transp. 38 no.8:54-57 Ag '56. OCLRA 9:10)
1. Zamo3stitall nachallnika Chernovitskogo vagonnogo uchastka
(for Kalashnikov).
(Railroads--Cars--Maintenance and repair)

S/194/62/000/008/032/100
D201/D308
AUTHOR: Solobayev, Sh.A.
TITLE: Scientific and technical conference on telemechaniza-
tion of the national economy o1' the USSR, 1,'oscow,
November 16-21, 1959
PERIODICAL: Referativnyy zhurnal. Avtoma-'U'-ika i radioelektronika,
no. 8, 1962# abstract B-2-1.80 m (Sb. nauchno-tekhn.
inform. po elektrifik. s. kh. Vses. in-t n.-i. elek-
trifik. s. kh., 1961, no. 9. 60 - 61)
TE*7XT: 148 scientific and research institutes, design institutes
and design offices were represented at the-reguiar scientific and
research conference on the problems of*design and production of te-
lenechanic and communication channel instrumentation, held in AMos-
cow. 55 papers on production, design and utilization of tel-emecha-
nic instrumentation were presented. It was pointed out that the
means of. telemechanics find more and more aDDlications in power en-
gineering, petroleum and gas industry,pipeline transport, coal in-
diAst 'ry, agriculture and on railways. The fundamental trends in the
Gard 1/2

S/194/62/000/C,08/032/100
Scientific and technical conference D201/D3U8
development of the Lelemechanic instrumentation are as follows: 1)
Creation of a single set of instruments for concentrated and scatte-.V
red objects; 2) autonation of controlled and control points; 3) use
of o=ac,tless elements. Ifew works on ITI?-channel telemechanic8p sig-
nal distortion in electric circuits and methods of investi ating
the interference in'telemechanic channels were discussed. ?Abstrac-
ter's note: Complete translation.]
Card 2/2

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MSR/ Biology Botany
Card 1A t Pub. 86 - 21/46
Autbc,re : Solobeyp I. V.
Title t Water caltrop in bodies of water of forest areas
Periodical I Priroda, 43/9, 97-99, Sep 1954
Abstract t Description is given of water caltrop found in lakes and back
waters of rivers in Byelorussia. A comparison is made of the
food value of the seeds of this plant with maize corny potatoes
and wheat with figures of the percentages of proteins, fats,
starch and sugar. Some directions are given as to methods of
increasing the growth of water caltrop. Illustrations.
Institution 2
Submitted :

I
SOLOBODYWITK, 111. 1.
Agricultural I'lachinery
Threshing, rubbi-ng, ani extracting vegetable seeds. !1. 1. Sloborlyanik. Sel.1 Lsem. 19,
No. 6, 1952.
Month13 List of Fussian Accessions, Librery of Congress, September 1952. CNCLASSTFIED.

5W
AUTHORS:
TITLE;
PERIODICAL:
ABSTRACT:
Miller, V. B., Heyman, M. B.9 SOV/76-33-2-35/45
Solobovnikov, S. L._
A Study of the Reaction of Isotopic Exchange Between CH JA
2 2
and J2 by the Intermittent IJIUM4nation Method (Issladovaniye
reaktaii izotopnogo obmena mezhdu CH J it i J metodom
2 2 2
preryvistogo osveshcheniya)
Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 2,
I)P 457 - 462 (USSR)
The method mentioned in the title is based upon an impulse
radiati,@n (Ref 4) with a definite ratio between the illuminated
and dark peri.ods. Thie "pulsating" illumination is usually
accomplished by means of a rotating disk with slits in it,
which interrupts a light, beara or allows it to penetrate the
slits periodically. In the present. work tagged methylene
Card 1,'3 iodide was used which was obtained from CY 2 and NaJ131. The

A Study of the Reaction of Isotopic Exchange Between SOV/76-33-2-35/45
CH i A and J by the Intermittent Illumination 1'4ethod
2 2 2
investigations were carried out usine an apparatus (Fig 3)
the reaction vessel of which was located in an air thermostat,
and the reaction components could be separated after the
experiment by adsorption of the iodin.= on silver. The
irradiation was cdrried out vsing an SVDSh-250-3 Hg lamp and
the light impulses could be va-ise. from 1 to 10-4 seconds by
IL
means of a rotating di-s'f. The exciatiee between CH 2J2 and J 2
was tested in the dark in j.llumi-ationa, under an iodine
pressure of 0.2 mm and a meth.Y-319re-iodide pressure of 1 mm
0
and at 30 C. The exp-@rimertal as-,-,Its obtained (Table) were
represented in form of -jr O/W at v@,, a function of lg-k (WO -
reaction rate (RH) at illur@ination; wst - (@R)
with constant illivaination) (F-Jg 6). The constant of the (RR)
for the reaction C112J*+ J am-:@unted to 3 - 10- 12 cm3/second, and the
value of the average life of the radicals was found to be:
Card 2/3 2-10-2 seconds. According to the mechanism CH J IF + 114
2 2

A @tudy of the Reac.tion of Isotopic Exchange Between SOV/76-33-2-35/45
CH 2J and J2 by thu Intermittent Illumination Method
CH2J* + J* (9) (and other reactions I - VI) the stationary
concentration of the radicals was calculated to be 2.1013 cm-3.
There are 6 figures, I table, and 4 references, I of which is
Soviet.
ASSOCIATION: Akademiya nauk SSSR,Institut khimicheskoy fiziki,,Moskva
(Moscow Institute of Chemical Physics of the Academy of
Sciences, USSR)
SUBMITTED: July 31, 1957
Card 3/3

z/o36/63/020/002/005/007
Z073/Z135
AUTHORs Solochovnik., A.P_
TITLE: Automatic machine for hardening.long cylindrical
components
PERIODICALs Hutnictv@ a stroj:(renstv.-(. P@ehled technickeo a
hospoditi-ski literaturys v.209 no.2, 1963, 93,
abstract HS 63-1134. (Mashinostroyeniye, Kieve
no.4, 1962, 36-37)
TEXT: The article describes an automatic hardening machine
for high-frequency surface hardening of components. A sketch.
showing the,operation of the machine in given, and a diagram of
the last stage circuit breakers. The machine hardens 66 components
per hour.
2 figures.
@Abstracter-s notes Complete translation.]
Card 1/1

BREDIKHIN, B.P. ; qQI&D._ B.A., master: CIUWKOV, I.Te., pomoshchnik
masters.; SHAMANDY, L.G., propododavatell; KVASHIN, V.V.,
prepodavatell.
"Design and repair of diesel locomotives" by A.A.Poldo, I.G.
Kokoshinskli.'Reviewed by:B.F.Bradikbin and othersi, Blek.i
tsPl.tiaga 3 no-9:P.3 of cover 5 159. (MIRA 13:2)
1. Priyeasbcbik Glavnogo upravleniya lokomotivnogo khoz7aystva
Miniaterstva putey soobobcbeiiya (for Brodikhin). 2. Depo
Rtiahchevo II, Privolxbskaya dorogs (for Bredikhin. Solod.
Cbertlcov). 1. Shkola mashinistov, stantBlya Penza. Kuybysbev-
skaya daror (for Shamanov, Kyashin).
United States--Diesel locomotives)
(Poido. A:.A.) (Kokoehinakit, I.G.)

SOLOD, 0. 1.
"An Investigation of Certain Factors in the Longevity of Mine Conveyers (For
&le, of the Reduction Gears of Scraping Bucket Conveyers)." Cand Tech Sci,
Moscow Mining Inst imeni I. V. Stalin, 30 Dec 54. (VM, 22 Dec 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher 7ducational
Institutions (12)
SO: SUM No. 556, 24 jun 55

SOLOD, G.I., kand.takhn.nauk.
Iffect of coal dust on the wear of reduction gear parts on mine
haulage machinery. Nauch.trudy MG1 no-15:53-62 155. (MIRA 10:10)
(Conveying machinery)
(Mine dusts) (Mechanical wear)

SOLOD, G.I., kand.tekhn.nauk
Structural changes in surface layers of steels under the effect
of friction. Hauch.trudy KGI no.17:129-135 156. (KrRA 10:11)
(Coal mining machinery) (Mechnnical wear) (Metallography)

SOLOD, G.I., kand.tekhn.nauk
Increasing the durability and operational dependability of
transmission devices on mine haulage machines. Wauch.trudy HOI
no.17:137-150 156. (MIRA 10:11)
(Conveying machinery--Transmission d6vices)

SOLCD. G.T.
Determining the resistance and Dower of flexible conveyers with
supoorting bed. flatich.trudy MGI no. 20:119-124 158. (HUiA 11:8)
(Conveying machinery)
(Mine haulage)

SHORIN. V.,;.. SOLOD, G.I.
Selecting basic parameters for trains in coal mines, Hauch. trudy
MGI no. 20:216-230 158. (MIRA 11'-19)
(Mine railroads--Cars)

GORBAGHEV, B.G., BANK, A.S.,A(AoOD, G.I.. SHORIN. V.G.
Inertia brakes for mine cars. Nauch. trudy MJI no. 20:248-258 158.
(MI3U 11:8)
(Mine railroads--Cars)
(Railroads--Brakes)

FGLYAKOV. Nikolay Sergeyevich. prof.; SHTOUAN, Illys Grigorlyevich,
prof.: KOKAROVA, TeTgeniya XUzIminichna, dotsent; SPIVAKOVSKIY,
A,O,, prof., reteenzent; ANM=V, A.T., dotsent, retsenzent;
VABIL'YEV, N.V., doteent, retsenzent; UnIEVICH, A.V., doteent,
retmenzent; LOPATIN. S.I.. dotsent, rateenzent; SOIDD, G,I,q
doteent. retsenzent; SHAKMYSM, L.G., dotsen-f-,-i-6tssnzent;
SHORIN, V.G., dotsent, retsenzent; SAMOYLYUK, N.D., inzh.,
retsenze otv,redo; SULYAR, S.Ta., tekhn.red.;
KOHDRAT *kABMTTe'U'r'eW.
I . .9
(Problems and exercises on mine haulage] Sbornik zadach i uprazh-
nerxii po rudnichnomu transportu. lzd.2., dop. i perer, Moskva.
Ugletekhizdat, 1959. 256 p. (MIRA 13:4)
1. Chlen-korrespondent ANVSSR (for PolyakOT). 2. Chlen-korrespon-
dent AN SSSR (for Spivokovskiy). 3. Kafedra rudnichnogo transporta
Koskovskago gornogo inatituta (for Spivskovskiy. Andreyev, Vasillyev,
Tevnevich; Lopntin, Solod, Shakhmayster, Shorin).
(Mine haulage)

MSE I BOOK EXPIDITATION SOV/5431
Spivt_&Nskiy,, Alekaandr Onisimnich, Nikolay Deomidovich Samoylyukp as_ @Aqlo@j
and Lev G*igorlyerich Shakh yster
Pod.zemnyye konveyyernyye ustanovki (underground Conveyer Installations) Moscow..
Gosgortekhizdat,, 1960. 478 p. Errata slip inserted. 5,000 copies printed.
Resp. Ed.: A.0. Spivakovskiy; Ed. of Publishing House: A.D. Kolomeytsev;
Tech. Eds.: V.L. Prozorovskays. and Z.A. Boldyreva.
PUMSE: This book is intended for engineering and technical personnel of the
mining industry engaged in designing and operating underground conveyers;
it may also be aseful to students of mining institutes and mining tekhnikums.
COVERAGE: The book describes underground conveyers used in the mining industry
'.. the USSR and abroad and the construction of their most important indiviftal
,r,ibassemblies and elements; the fundamentals of theory and calculations of
underground scraper conveyers.. belt conveyers., slat conveyers, and combined
conveyers (new chain-belt and rope-belt conveyers) are discussed and basic
reference material regarding USSR underground conveyers is presented.
Card 1/8

.,,x, @,@id Conveyer Installations SOV/5431
The first part of the book was written by N.D. Ssm)L1yUk,, Candidate of Technical
Sciences; the second part by L. G. Shakhmeysters Candidate of Technical Sciences;
the third by G. I, Solod, Docent, Candidate of Technical Sciences; and the fourth
by A.0. Spivakavskiy, Professor, Section 4 of Ch. VII (Part II) was written by
O.G. Karbasoviy.. Aspirant. There are 72 references: 53 Soviet, 10 English..
8 German, and 1 French.
TABU OF CONTEWTS:
Prtface
PART I. SCRAM CONVEYERS
3
Ch. 1. General Concepts, Basic Types 5
1. General concepts 5
2. Single-chain conveyers with console scrapers and two branches
in one horizontal plane
3. Single-chain conveyers with the working branch located above
the idle one 27
4. Double-chain dismountable portable conveyers 37
5. Double-chain mobile flexible conveyers 46
Card 2/ 8

SPIVAKOVSKIY, A. 0.; SOLOD, G. I. (docent)
"Model test of non-stationary processes on large band conveyor equipment."
report submitted for Intl Conf on Conveyor Engineering & Construction Machinery,
Magdeburg, E. Germany, 7-12 Sep 64.

y e e
i i,,,-t yr- z nC, I I y i i e k i. ri n e sk y c n , 'e n

G.I., kand.te@J,n.rauk; H,KHOV, Yu.S., goraTy inzh.
Experimental study rf a t,@st model of the n.K-.l belt cable conveyer.
fugoll 39 no.11:34-38 N 164. (MIRA 1812)
1. 1 Zk_-V.3k4y institut radioelektronikJ I gornoy elektromekhariki.
.40

pp: '-p'lI.1. '; @ , 1 4
p:cf,; lG'Rl'j0R"fiV, VAL, d7,-@sz!nt. YEI,@NEV!Cii, A@"..
1_ lotr-,@-itj SPIVAKOVSKTY, A Cl., prolt.; SdAKH."FY,71"FIR,
t 5,3 rl
Wn-@ trannport-ation,a book editedl by Ugoll
40 no.1!82 Ja 165. (MIRA 18:4)
1. Xnfedra transportnykn mashin i kompleksov Moskovsko4o instituta
[e-mail]--ktronikl i gornoy elektromekhrinik-1.

j, %I-,, .I-
I - : .. -
31;`57C. VC)T"),',y !eZar--',a Stec@lev Rgstpniy ?-Tozhom (Klinom). --- Vcjyl: Solon to.
I I .
(! ) F. lzv-@stiya Sruz. !!--iuz. Uauch. -Issled. In-ta Ijidrotpkhniki i l,'f--Iioratsii,
t. 1, 1949, s. In7-26. -- R-nyuome r1a Gruz. Yaz. -- Bi_rliogr: 10 IN a zb.
SC: Lntoriil Zhm-nalInykh Statey, Vol 44, @,!o.,;Ikva, 11)49

SOLU), V. 2.
"Certain riueqtlons of the Eff@,@tiveness of the Breakdloim of Coal by
the 'IIorking Parts of Machines 7.4hich '@ork on the Coarse-Grind Principle."
Cand Tech Sci, Moscow Mining Inst imeni I. V. Stalin, 30 Dee 54. (JX, 22 Dec 54)
Survey of Scientific and Technical Dissertations Defended at TJ33-R
Algher alucational Institutions (12)
C
IJO: Sum. No. 556, 24 Jun 55

SOLO.D, V.I., kand.tokhn.nauk.
------------ 1.
Forces no'eded for pressing rods into coal bodies. Nauch.trudy
KGI no.15:95-98 155. (KIRA 10:10)
(Coal mining mchinery--Testing)
(Dy-nazics)

SOLOD, V.I., kand.tekhn.nauk
Correlntion between forces Acting on a coal mining machine
cutter and the Darametere of coal being detached from the block.
Nauch.trudy MGI no-17-75-83 156. (MIRA 10:11)
(Coal mining MAchinery)

GETOPANOV, V.N., inzh.; KAZAK, Tu.N., inzh.; SOUM, V.I., kand.telkhn.nauk
Mechanism of rock crushing by mining mpchine cutters. Neuch.
trudy MGI no.17:85-92 156. (MIRA 10:11)
(Coal mining machinery)

SOIDD, V. I.
@
Investigating the process of anthracite breaking by mining
machine cutters. Nauch. trudy RGI no.21:41-76 157. (MIRA 11:9)
(Coal mining machinery)

SOLOD.- V.I.J. dotsent, kand. tekhn. nauk
Principles of calculating the pull of a ring-type chain working
part. Nauch. trudy Mosk. inst. radioelek. i gor. elektromekh.
no.41:27-32 162. (MIRA 16:10)

,@OLOD, V.I., kand.tekhn.nauk; KARTAM, NI.G., kand.tekhn..nauk
Preliminary results of introducing USB-2 coal plG7ws in Doxwts
Basin mines. Ugol' 38 no-3:40-44 Mr 163. (MIRA 18:3)

TOFGHIYEV, A.V,; SOLOD, V.I.; GETOFAMV, VAN,; KOVAL', P.V,
[Calculating the efficiency of mining cutter-loaders;
methods of calculation] Raschet proizvoditellnosti gor-
nykh kombairov; metodi-ka rascheta. Moskva, Nedra, 1965.
66 p. (Ij-11RA 18: 5)

:*r)1,oD",N,PJK, i. Kiyovi; FULAWN, A. (KIYOv)
,-y3teM fir3t Of all. Voen. znan. 41 no.7216-1.8 11 165. (MIRA 1817)

05486
sov/14l-2-2-11/22
AUTHORS: Gvozdover, S.D. and Solodar', G.G.
TITLE: Characteristic Equation of the Trav;-I-ling-wave Tubes for
Medium Currents
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizilia,
1959, Vol 2, Nr 2, pp 229 - 243 (USSR)
ABSTRACT: A problem similar to that presented in this article has
been dealt with earlier by S. Olving (Ref 2). A more
general approach to the problem is attempted here, it being
assumed that the geometrical parameters of the tubes are
arbitrary. The notation adopted is similar to that of
earlier work (Ref 1). Alzo, a new function, defined by
Eq (1), is introduced; this Is plotted in Figure 1. The
basic linearlsed equations of the system, derived under
the assumption that the alternating components are
appreciably smaller than the direct ones, are similar to
those of Ref 1:
M(hT, a'r) w N(&-r, WO (2)
Cardl/4 where 1-1, N and T are defined by Eqs (3), (4) and (5).

0506
SOV/141-.2-2-11/22
Characteristic Equation of the Travell�ng-wave Tubes for Hedium
Currents
The right-hand side term of Eq (2) can be represented
in the form of Eqs (11). TIOsecan be expanded into the
Taylor series so that N can be approximately represented
by Eq (15). M of Eq (2) can be represented by Eqs (17).
This can also be expanded into the Taylor series as is
shown in Eq (19). The final expression for M is given
by Eq (24). By substituting Eqs (15) and (24) into
Eq (2), an approximate algebraic equation, with X as
the unknown, is obtained. The resulting expression is
in the fortr of Eq (24) or, finally:
2
X(l + QBX)(X + L) = - (1 _ QX)2 (26a)
where B is defined by Eq (26B). If the tube is such
that it fulfils the conditions defined by Eqs (28), the
characteristic equation is simplified and can be written
as Eq (29a). The function M can also be expanded by
means of the asymptotic formulae provided the conditions
CardZ/4 of Eq (30) are fulfilled; in this case, the characteristic

0506
SoV/141.-2-2-11/22
Characteristic Equation of the Travelling-wave Tubes for Medium
Currents
equation is given by Eq (29e) which coincides with Eq (29a).
Similarly, it is possible to expand the function N by
jaean of the asymptotic formulae and the characteristic
equation is then in the form of Eq (30B). First, Eq (29a)
is investigated for L = 0 , which represents the condition
of complete synchronism. The equation is now written as
Eq (36a), which is a standard cubic equation; the complex
roots of the equation are plotted in Figure 2 (solid curves).
In the case of narrow beams, the conditions of Eq (28a)
are not fulfilled and it is necessary to solve the complete
fourth-degree characteristic equation (see Eq 26a). The
equation was solved for L r---O for various values of B
Graphs illustrating the dependence of the roots of Eq (26a)
on Q for B = 0.25 and B = - 0.0635 are shown in Figure 7.
It is seen that the equation always has a pair of complex
conju,ga-ce roots having a positive real component. At small
Q a'nd B> 0 , the equation has a pair of negative real
roots which, for Q coincide and become a pair of
Card3/4

051186
SOV/141-2-2-11/22
Characteristic Equation of the Travelling-wave Tubes for Modium
Currents
complex conjugate roots. The paper contains an appendix
which gives expressions for the roots of Eq (36a) (see
Eqs 1-6A) and an asymptotic expression for the gain factor
of the tube (see the Eq 6"A). From' the analysis, it is
concluded that the complete fourth-degree equation has
complex roots (in the region which is of most practical
interest) which do not differ appreciably from thoseof
Eq (29a). The coefficient of depression derived on the
basis of Eq (26a) is twice lower than that of the "small-
current theory".
There are 7 figures and 7 references, of which 6 are
Soviet and 1 English.
ASSOCIATION: Moskovskly gosudarstvennyy un:Lveraltet (Moscow State
University)
SUBMIITED.- juiy 18, 1958
Card 4/4

I -ACC NR,AP7007721 SOURCECODE:_ - UR/0188/61/00/001
ALMIOR: Plamedlip R. M.; Solodarl 0. G.; Yatsenko,, L. A.
ORO: none
TITLE: Experimental study of a frequency m@ltipller based on a two-
stage traveling-wave tube
3OURCE: Moscow. Untversitet. Vestnik. Seriya III. Fisika, antronomiya,
io. 1, 1967t 43-48
POPIC TAGS: traveling wave-tube., frequency multiplication
WSTRACT:Results of an experimental study of a traveling-wave tube frequency multi-
plier vith input and output frequencies between 3000 and 9000 Mz are giveno'
The multiplier (see Fig. 1) consists of an electron gun, two helical-type
delay structures separated by a drift spacep and-a collector. Both helixes
are Impedance-matchod to the inputs and the outputs wi5h waveguldes such
Card 1 /2 UDC: 621-374-4

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Im-lobwmv
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point of Am of kirmllm and mcchanism; 131) liferature
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1.
1,0t, it,, 1-- .1 1,. Ili. - -millob. om-1 the Ac.lorii he
amt-ii AtIv. Indicate flust chlogtandholiamwo
,ol At-MINI ti- till 10 70', fAllitiff UJI(XI subseilurnt its.
,to Aw .4 I"Pil- I.- kAl'. Ifirinsigh the into-retmirersions sittled
A-Vt , "till I'll NolICU'lit live fild.-S-1pas ummusiq at lkj%
G4111941111, .1 llftilt@ 1 111411 lliVVIsAry MWOUNIS PVMKI 10%Vfl
11147 Tidd toll WSI Ik'I tC&Wlll$AlIY 1111VAlly) Alid thl' 411011 1*
titt,t,t prusitmintv,I At higher truslic, i.e. with imrcAsed
4:txjvtf lisimi to Wi(All. Analysis of the reaction mints.
WA4 dmr fly f.v,,mjm. with wir. filtratitin a( the P-vA3.Cl '
its hysirt-Irst,. oml dclis. lot itmic C1. while the miginal fit-
Irlitr is hydi--lyird with but SAM and The sulfamilic
Avid it-itillinic is tiliAlcil with NANth. The diAmirstkli-
lifirnyl till,nic 41% fit Is Ilium hir evapti. td the neutrall
litim Ito 111VOIC's, cittil. witb Slesco, Uddil. Use till. fici '
411tict Ili IltrAtMi With *%AN(h. U. Moeb&AWM
lissill U( ACS11VIO &Z
III IlliMICINlit .0 ONO', 711% and I*)* fly ONO pft-
VI'luttly dirst-tiford 1,0111littlo. ill. loolft 1). lirmmil lit 3
,toisirli: she ..Atfi/ loas I III thr prowess. durius whk-k a rapid
IIW id Joiliflitilo' ACJ414 Alld 5111fixtyl Chkoriallea tak"Choct
up 10 15 Inill'., Is fiviluitird by a perW during Whic the
VWId 44 RSA NCI -imilurs to rise but thst yield of R.W1
IIMIIIIC4, IIIJIVAIIIIII -olivrts"t al kSLhI1 intij RSO#Cl.
The last -Iorr "tilt I. choracteriard by leirriling
on f-IIIIII.m.
. ( Ic,4 ccl v,k, pla,, -,Ih
the 1".. "..4 J.. 1. 1. -
.4 list
It to' lit, r-1014. wrootor-1
'sk III I
Pat III., till 4 it. I., I'.
RS4 3,101 fit, Ill, still IA, 11'.1. 4-1 AIt 1 .4 lite OtAlti-Ill
ISIMmil .1111 ILTNI'll %Ilh all'.111.1 411.4 .4
V10.1111st St" .,.1 110. lit, JIL'i 11,11411-
pl.,Vt. IIIA1 tit.. I-NISIMI'll, 4 thl.,W, Illoo.11.,te is Cot, lud"j.
rw-kt$.Il,V IJIIAIII Altit, .4 IIICI Asr rit.,liord Ill the 1.1
. 'Ifir IrAjjjIjIjjA(jjml lit stit(t 1 1, An IFICVC111111147
I'VAC -1
the Acyl grix1p uri the N; Ihw. hr-Allhir P in-
S(),cl Witt, 11.4). Avid ci.*).Il little$ a p"Welholve
.-Frust, With limr A,,,I t"Ill, .4 at thr ritives-
list' VIVId -4 lKillAtislic ACIA tlimill
.4 -AiCi .1em.. while
quell,.111111, live Ijil%j. allh itt-ovAtio listi, sissitUrly. trv@
Craft).. h-cr tjv,,r the pirriwfirAll-ils ul R-MACI Oil
'I liv reattititio, cittd lbove are sbdwll till
%isch jkcid,,IVr4.
A ihm G, S11.

USSR/Cheodstry - ChlorosulfMatlan Aug 49
Aullides
"The Mechnnism. of the Chlorasulfonating of Acylsal-
lides," L. S. Solodar, Z. N. Shevchenko, Cen Lab,
"Algrikkin" Plant 8 pp
P
"Zhur Prik Khim" Vol XXII, No 8
Studied the three-stage dynamics of chlorowilfonatU49
of acetanalide and phenylurethjrlan at 50s 60) 70)
and 900 C: the .formation of the acylanilide su.1fo -
acid, its subsequent conversion into acylanilide
milfo chloride, and the acidolysis of the acyla;slno
groups. Lowered temperatures decreased the * '
_M I 67/49T64
USSR/Chemistry Chlorosulfonation Aug 49
(Contd)
acidolysis of the acylamino groups, resulting In
greater yields of sulfo chloride. Submitted
15 Mar 49.
4W

j - - I- - - @ - - .--
KUMAYLOVA, L.A.; 69!QARI, L,L.; OYCHINNIKOVA, Te.A.; KOZYRSVA, G.V.;
SAMMOVA, S. L-, rznmuvA, L.N.
Reduction of n-nitrosalicylic acid In n-aminosalicylic acid.
Zhur.prikl.khim. 30 no.4:623-629 Ap '57. (KIRA 10:7)
1. Institut khIxIchemkM reaktivoy Akadmil nauk SSSR.
(Salicylic acid)

SOIDMRI, L.S.; GMICH, Ya.A.
Scientific research work at Dorogbmilovskii Chemical Plant. Zav.
lab. 26 no.12:1430-1432 160. (MIU 13:12)
1. Nachallnik TSentralinoy laboratorii Dorogomilovelmigo khimicheskogo
zavoda (for Solodarl). 2. Nachallnik fizicheskoy laborat6rii
Dorogomilovskogo khimicheskogo zavoda (for Gurvich).
(Ohemical laboratories)

j 1
@7c L- , , t@ , IN\ , IN'.
SOLODAR, M.B., inzh.
vwv4v-
,-----":1nforc1ng steel structures in min departments of open-hearth
plants. Stroi. prom. 36 no.1:10-14 J& 058. (KnA 11:1)
(Open-hearth furnace*)
(Precast concrete construction)

SOWDA A.I.
- - -- ----- R --
Possibilities for lowering construction costs of marine signal
4.owerso Mat.po stall.konstr. no.5t157-164 159. (MIRA 1388)
(3eacons)

SOLWARI. K.B., inzh.
Improve designs of bunkers. Prox6 strol. 38 no.11t30-35 060.
(NIU 13: 10)
1. Leningradskoye otdelenlye Gosudarstvennogo proyektonogo instits-
ta Proyektatallkonstruktaiya.
(Ore dressing-Equipment and supplies)
r

KOROBOV, V.A.$ inzh.; SOLODARI, M.B., inzh.
More about calculating the three-dimensional work of the steel
frnr,e of a one-story industrial building. Prom. stroi. 40
[i.e. 411 no.4:59-61 Ap 163. (MIRA 16:3)
(Industrial buildings)

SOLODARIP M.B., inzh.
Some problems of
steel elements.
163.
1. Leningradskoye
proyektirovaniyu,
i mostov.
design specialization and of the reliability of
Prom. stroi. 40 (i.e. 411, no.512&32 My
(MIRA 16:5)
otdeleniye Gosudarstvennogo instituta po
issledovaniy-u i ispytaniyu stalInykh konstruktsiy
(Steel, Structural)

SOLODARI, M.B... inzh.; BRYANCHANINOVA, O.A., Inzh.
i.-
Efficient desigrm of joints of composite elements. Mont. i
spots. rab. v stroi. 25 no.1:8-11 A 163. (MIM 16:6)
1. Loningradokoye otdeleniye Gosudarstvennogo proyaktnogo
institute, po proyektirovaniyu, issledovaniyu i ispytaniyu
stalInykh konstruktsiy i mostov.
(Building-Details)

SOLODARIP M.B.p inzh.; PLISHKIN, Yu.S.) Inzh.
Defects in the design of steel elementz for conveyor trestles.
Prom. stroi. 41 no.7:33-36 J1 164. (MIRA 17:8)
1. Leningradskoye otdoleniye Gosudarstvennogo instituta po
proyaktirovaniyu.. issledovaniyu i ispytaniyu stalInykh kon-
straktsiy- I mostov.

,@oi "") @, III ,tl . B. f, 1, . ; ' [,I!@EKLNP yllo@.f iftzh.
-it7 cf crane elementso
@ rg the operati, nial rellabil
Frcblem!; of i
'Prom.stroi. 42 no.1-1:9-13 H 164.
(MIRA 18:8)

AMINSMY, L.; LIKHAREV. B.; SOLODARI, TS.; XAZANTSHY, I., red.;
2EIDANOTA, G., tekhn.-red.-
(Altai reporting; %iteraturnaia gazeta" In the virgin land,
August-September, 19591 Altaiskii reportazh; %iteraturnais
gazetal na taeline, avgust-sentlebrl 1959 g. Barnsul,
Altaiskoe knizhnoe Isd-vo, 1960. 197 P. ()CLRA 14:4)
(Altai Territory--Description and travel)

SOLODARI, Ye.N., inzh.
"Reduced cloth weave" for knitted lasting. Leg. prom. 18 no.8:33-34
Ag 158. (MM 11:9)
(Knit goods)

SOLODARI.Ye.N..inzh.
New book on knitting (uDouble rib and reverse knitting machines
in the technology of knitted clothes* by v.1r.Esipenko, D.M.
Potemkin. Reviewed by 19-N-Solodarl). !2ekot.prom. 19 no.1:87
ja 159. (NIBA 12:1)
(Knitting machines) (Beipenko, V.N.) (Potemkin, D.M.)

1717_66 EWT(l) JJP (c GO/AT
-@ACC
NRI AIP601.1552 SOURCE CODE: 'U]R/005-1/66/020/003/0399/OkOT
AUTHOA: jvanovao A. V. 891od6hq#o-@a, S. A.
ORO: none
TITLE: Quantum mechanical calculation of the coefficients of continuous absorption
for certain components of strongly heated air
SOURCE: Optika i spektroskopiyap v. 2o., no. 3, 1WP 399-40T
TOPIC TAGS: airp quantum theory,, absorption coefficient.. photoelectric effectp wave,
functionp photoionizationp free path
ABSTRACT: The authors have carried a 'a imechiii&al calculation f the co-
efficients of continuous absorption fone @the ibnla and 0 , which have considerable
concentrations in air heated to several hundred thousand degrees.--,The calculations
are based on the method of self-consistent field with allowance for exchange. The
temperatures 1500000-8001-OOOK., densities 0.01-10., and spectral region O.T-50 W
were covered. Only the photoelectric absorption was taken into account in the cal-
culatione,, since at the temperatures in question the bremostrahlung absorption is
negligible. The phatoionization cross sections used in the calculations were cal-
culated with the aid of Hartree-Fock wave functions previous3y calculated by one of
the authors (Ivanovap Opt. i spektr. v. 16p 925P 1964). For some temperatures and
for normal densityp the "lues of the mean free path were also calculated. It is
concluded from the results that-.j (a) Up to 300,OOOK the principal role in the ab-
sorption of air at normal density is played by the ground and first-excited states
Card 1/2 UDC: 535-341-001-1

L 27717-66
ACC NRt AP6011552
V1, W
of J&4 and es. Starting with Y)O,OOOK., intense phatoionization sets in from the
U r11
excil-ed levels of these ions,, end at 500,000-800.,OOOK the contribution due to the
excited levels becomes predominants (b) The excited levels cause the absorption max-
imum to shift with increasing temperature towards the longer wavelen0ho. (c) The
;E4
absorption of the ions N+4 and lies in the region close to the 'Planck -radiation:
curve, which occurs for the temperatures 150..000., 34 .7) 5-5)
_@00, and 5OOxOOOK at -2
and 9 Ryp respectively. The corresponding mean free paths obtained at 150,,000.,
300,,000, and 500..OOOK do not. aeee with the values obtained on the basis of the
bydrogen-like approximation, The reasons for the discrepancy are briefly discussed
It is concluded that, to reconcile the data it is necessary to make allowance in the
quant-um-mechanical calculations for other ions present in strongly heated air. The,
authors thank At S# K2Rane et and N, L *znetome for useful discussiorAs Orig.
art. has: 5 figures., 6 formulas., and 5 tables, 1021'
SUB CODE; X/, sum DATE: 14Deca/ OIRIG REF: 005/:' OTH RW.. OW ATD PRESS.,
6'60(
_@ @ard 2/2

SUVOROII) S., kand.sellskokhoz.nauk; SOLODENIKOV, L... inzh.
Study and calibration of the DKV-3 grain temperature regulating
systen. Muk.--lev. prom. 27 no.9:21,-27 S 161. (NIM 15:2)
1. Vsosoyuznyy nauchno-issledovatellskiy inntitut zerna i
produktov y9go perarabotki.
(Granaries--Heating and ventilation)

SOLOIENIKOV, V.N.
Selection of efficient parameters for a cable drum for mobile,
electrically driven agricultural machines. Sallkhosmashina
no.12:16-18 D 13). (xLRA 6a2)
1. Aspirant VINSIh. (Agricultural machinory)

r
n

KUIjBAKim, V.S., akadqmik@ redaktor; BUDZKO. I.A.. doktor takhnichesk1kh nauk,
redaktor; GA04111. A.M., kandidat tokhbicheskikh nauk, radaktor;
GIABOVICH, A.A., kandidat tekhaichaskikh nauk, redaktor; DRIVS. G.V.,
kandidat tekhnicheskikh nauk, redaktor; LIBENSOU, D.Ya.. kandidat
tekhaicheskikh aauk, redaktor; SIAVIN, P.M., kandidat tekhnicbeskikh
aauk. redaktor; SOLMIXOT. Y.N.. kandidat tekhnicheakikh nauk,
redaktor; SHUMIWVSKIY, N.H.-gd7ok6or tekhnicheskikh nauk. redaktor,-
KMYUKOV, K.P.9 kandidat tekhnicheHkikh nauk, redaktor; KLIMOV, V.A.,
redaktor izdatelletva; MOSKVICHIVA, N.I., tekhnicheskiy redaktor
[Automatizatioa of work in agriculture; papers delivered at the
conference November 25 @ Decembor 2. 1954) Avtomatizatelia porois-
vodstvannykh protsessov v sel'skom khoziaistve; materialy soveshcha-
niia, 25 noiabria - 2 dekabria. Moskva, Izd-vo Akademii nauk SSSR,
1956. 452 P. (MIRA 9:12)
1. soveshchanlyepo avtomatizatsii proizvodetvennykh protsessov v
sel'skom khazyaystva, 1954. 2. Institut avtomatiki i telemekhanik-i
AN SSSR (for Kulebakin). 3- Teesoyuzayy nauchno-isoledovatellskiy
institut alektrifiketaii sel'skogo khozyaystva (for Glebovich,
Solodenikov)
(Automatic control) (Agriculture)

SDWIZNIWV, Y.N., kandidat takhnichookikh nauk.
.......a WOOMBIAMV-- ..
Gatiess of slackening in cable tension and methods for controlling
It. Ayt. I. trakt. prom. no-1:31-34 J& 156. (K= 9:6)
l.Teenoyuzayy lastitut slektrifikateft sel'skogo khozyaystva.
(Cables)

112-57 -7-14610
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1957, Nr 7, p 123 (USSR)
AUTHOR: Solodenikov, V. N.
TITLE: Investigating the System of a Cable Take-up Device With a Cable-Reel
Drive (Issledovaniye systemy kabelepriyemnogo ustroystva s privodom
kabel'nogo barabana)
PERIODICAL; Nauch. tr. Vses. n. -i. in-ta elektrifik. s. -kh. (Scientific Works of
the All-Union Scientific -Research Institute for Electrification of Agriculture),
19alf-, Nr-2, pp 95-122
P.1j6TRACT: A theoretical investigation is presented of the static and dynamic
characteristics of a system comprising a cable take-up device and a cable-reel
drive; the system is a part of electric tractors ET-5, ETU-13, and KhTZ-15.
An equation of constant cable tension is deduced, and the principal methods of
tension regulation are set forth. Static characteristics of the cable take-up de-
vice and reel parameters during cable winding and unwinding are presented.
Dynamic characteristics of the cable take-up system with non-regulated drive
are analyzed, and a differential equation of the system is given. The following
Card I /Z

112-57-7-14610
investigating the System of a Cable Take-up Device With a Cable-Reel Drive
conclusions are offered: (1) the system comprising the reel (with cable) and
the elastic dragging section of the cable is an oscillatory system; (2) natural
oscillations of the cable span can be assumed to be continuous; (3) fluctuations
in cable tension caused by the natural oscillations of the system are qualitatively
influenced by the elastic characteristic of the cable; (4) conditions of cable
work on the machine can be considerably improved by using joints with appro-
priate mechanical characteristics and, by means of a compensator, selecting a
suitable elastic cable characteristic in the cable-duct; (5) calculation and analy-
sis of the system with a non-regulating drive (within one cable layer on the reel)
can be made with sufficient accuracy by using a linearized system equation.
Card 2/21

so J,@@., kand. tekhn. nauk
-
Installations for oroducing humus and gas from manure. Trakt. i
allkhozmeah no. 7-31-35 Jl 158. (91RA 11:7)
:
. Gosudaretvennays nauchno-taktinicheakays konisetya(GUTIC) SSSR.
(Farm manure)
(Form equipment)

ANTTSI[XV, F.I.; VASILIYNV, Y.M.; ZURKOY, T.F.; LOZOVOT, V.I.; POPOV, @
X.I.; PUZANOV, V.S.; PUZRTAKOV, V.A.; SKIRMOV, N.I.; SOLOIXNIKOV,
V.U.; TURIYEV, G.I.; KRTMOV, V.L., red.; PZVZMM, red.
(Agricultural machinery in the seven-year plan] Seltakokhoziaistven-
naia takhniko v semiletka. Koskva, Goo.izd-vo sallkhoz.lit-ry, 1939.
94 p. (MIRA 13:10)
(Agricultural mo.qhinery)

KOLOMIYTS.&V, Petr Arkadlyevich; SOLODENIKOV, Vladimir Hikolayevich;
YEVISHARLOVA, O.M., vedushchiy red.; PaLOSINA, A.S., takhn.red.
[Complete utilization of organic wastes for the preparation
of high-quality fertilizers and of fuel gas (mathane)]
Komplakenoo ispolizovenle orgenicheakikh otk:hodov dlia polu-
cheniia vysokokachaotvennykh udobrenii i goriuchogo gaza
(mtona). Moakvs, Goa.nauchno-tekhn.izd-vo neft. i gorno-
toplivnoi lit-ry, 1959. 95 P. (MIRA 13:2)
(Fertilizers and manures) (Methane) (Animal waste)

SOLODETIKOV, V., kand.tekhn.nauk
Biopower factories. Haulm i*zhizn' 27 no.5:77 MY 160.
(MDU 13:6)
(Fertilizer industry)

SOIA)DINIKOV, V.N., kand.tekhn.nauk; FORICHEV, M.N., inzh.
Yarm electrification and tasks of the agricultural machinery industry.
Trakt. i selikhozmah. 30 no.6:19-21 Ja 160. (MIRA 13:11)
(ILectricity in agriculture)
(Agricultural machinery)

301101DEITINM, A.
2. u3sii (6oo)
4- Telephone Stations
7- Servicino 20-number automatic relay telephone stations of the Intra-
district comimication system, 3ov. sviaz., 3, 110- 5, 1955-
April, _ 1953, Uncl.
9. Monthl List of Russian Accessions, Library of Congress,

SOIOD-u'!P-c'A--"@"-_.'
Give high priority to the orders of tho Office for Promotion of
Industrial Efficiency and Inventions, Itobroi rate* w.7127
Jl '59. (MIRA 12,11)
1. GlavWy Inzhener %4vnda "Ro steel I mugh". g.Routov-au-donu,
(Rostov-on-Don-4fficiency, Indutstrial)

SOLODUTO) G.
More new equipment for collective and state farms. NTO 3 no. 5:3-5
MY 161. (141M 1-4: 5)
1. Glavnyy inzhener zavoda "Rostsellmashl" predsedatell zavodskogo
soveta Nauchno-tekhfticheskogo obshchestva.
(Rostov-on-Doin-Agricultural machinery industry)

PW= I BOOK EXPLOITATION SOV/4552
Ivanov, V. A., G. P. Solodenko, I. N. Gissin, and N. N. Ignatenko
Kompleksnaya mekhanizatsiya i avtomatizatsiya a& zavode Hostsellmash (pun
Mechanization and Automation at the Hostsellmsh (Rostov-na-Donu Agricultural
Machinery] Plant). (Rostov-na-DDnu] Hostovskoye knizhnoye izd-vo, 1959- 185 P.
Errata slip inserted. 2.,000 copies printAid.
13d.: 1. V. Zherebkov; Tech. Zd.: K. V. WrInyuk.
mjMSE: This book is intended for technical personnel in plants and design
institutes, innovators in production and students of engineering schools of
higher education.
-IOVERACM: The authors present the results of experienee gained from the mechaniz-
at,!on and automation of the Rostsellmash Plant. Problems of line production
ft@rv discussed and vays for solving these problems are considered. The authors
describe lines and installations adopted in assembly and press-forging shops.
Spe@.,te.l attention is paid to the mechanization of organic-coating. The final
r,ec,.t@tcn of the book deals with the full mechanization of foundry processes and
CS-rd V2

SOLODMIKOI G,.P., inzh.; SAPOV, P.M., inzh.; ZHAVORONM, P.I., iuzh.;
- KOCHKA,-V.T., inzh.
Mechanization of assembly and velding operations at the Rostov-on-
Don Agricultural Machinery Plant. Svar.proizv. no.6:22-24 Je
16o. (KLU 13:7)
(Rostov-on-Don--Agriculutral machinery industry)
(Agricultural machinery--Welding)

SOLODENKO, P.I.
Prevention of malaria in Regar District. Zdrav.Tadzh. 9 no.3:7-8
'62. (MIRA 15:8)
(REGAR DISTRICT-MALARIA-PREVENTION)

SOLODENQt V.
. - -, - - I. ....I.............,
Long-range televiaion reception in Sakhalin. Radio nool2i4l-42
D 160; (KM 1481)
(Sakhalin-Telovision--Receivers and reception)

SOLODEVN.M51.1, %. 1. Cand. Chem. @ci.
Dissertation: "Investigation of Alloys of the Copper-manganese-Chromium
System." Moscow Order of Lenin zotate U imeni bi. V. Lomonosov, 18 Jun 47.
SO: Vechernyaya Moskva, Jun, 1947 (Project #17836)