SCIENTIFIC ABSTRACT KOLOS, YA.G. - KOLOSKOV, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000823920015-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOLOS, Ya. G. Cand Tech Sci -- (diss) "Study of the heat charnteristics
of parabolic.cylindrical solar instn1lation-9-WILaFyin mDerntures and
6 te",
water pressures in boilers." Mos, 1957. 14 pp with graphs (Aced Sci USSR.
Power Engineering Inst im G. 11. IL-zhizhnrovskiy), 130 copies (KL, 11-58, 117)
-67-

KOZLOV, B.K.; BOODANOV, F.F.; KOLO?S!~-T& KARKOVI G.I.
Thermotechnigal Investigation of a parabolic solar collector for
producing steam. Ispoll.soln.energ. no.1:110-117 157. (MIRA 10:11)
(Solar enera)

AUTITOR: Kolos, Ya.G. (Engineer)
TITLE: ~~71nvestigation of the thermal characteristics of cylindrical-
parabolic solar installations with various temperatures and
pressures of water in the boiler. (Iselodovaniye teplovykh
kharakteristik parabolotsilindricheskikh solnechuykh ustanovok pri
razlichnykh temperaturakh i davleniyakh vedy v kotle.)
PERIODICAL: Teploenergetika, 1938, No.3. pp. 73-78 (USS11)
ABSTRACT: Sun power installations are of special interest in the central Asian
parts of the USSR. The simplest and most promising solar thermal
devices are cylindrical-parabolic installations. When the
installation is heating up slowly (and in the tests the mean rate of
temperature rise of the heat transfer medium was 300C per hour) it
may be assumed with sufficient accuracy that conditions are stable
over short intervals of time. An expression is then given for the
mean efficieney of the installation in these time intervals. While
the installation is heating up the energy absorbed by the boiler
goes to increase the enthalpy of the heat transfer medium of the
actual equipment and its insulation and to cover thermal losses.
In the steady state energy is not used to increase the enthalpy of
the structure and insulation and the efficiency is, therefore,
higher. An analytical solution of the problem is given with a
Card 1/3 reference to a tube irradiated thro ugh special slots in the thermal

An investigation of the thermal characteristics of cylindrical-parabolic solar
installations with various temperatures and pressures of water in the boiler.
insulation by heat reflected from a cylindrical parabolic mirror
as shown in Fig.l. Expressions are given for the energy and heat
balance equations, and finally, expressions are dz--ived that serve
as the main formulae in the design of cylindrical-parabolic solar
installations. The experimental part of the work is then described.
The experimental installation, illustrated in Fig.l. consists of a
reflector, re.ceiver, and a set of measuring instruments. The
reflector was a cylindrical-parabolic surface of mirror aluminium
with a reflection factor of 0.72. The projected area of the mirror
normal to the sun's rays was 0.83 sq.m. The receiver consisted of
a drum in the form of a steel tube 76/83 mm diameter and 940 mm
long with a total capacity of 4.4 litres. The tests were made with
a mean integral radiation of about 700 kcal/m2hour. Five series of
tests were made, the conditions of which are given in Table.l.
Curves of change of pressure, enthalpy of heat transfer medium,
wind speed, and efficiency as functions of time and of temperature
difference between the heat transfer medium and the ambient for the
first series of experiments are given in Figs.2 & 3. Figs. 4 & 5
give graphs of change of enthalpy and efficiency for the whole
series of experiments. Fig.6. gives a graph of the relationship
Card 2/3 between the final conditions of the heat transfer medium and the

An investigation of the thermal characteristics of cylindrical-parabolic solar
installations with various temperatures and pressures of water in the boiler.
concentration of energy on the beating surface of the receiver. Fig.7.
gives theoretical and experimental graphs of the increase of enthalpy
with time and agreement is satisfactory. The graphs in Fig.4. show
that the relationships of change of enthalpy and efficiency are the
same for all tests and a formula is given for the efficiency. A
number of practioal matters are then considered. It is recommended
to make the installation sloping although this does increase the heat
losses somewhat. It is also recommended not to use a glass front
because although it raises the efficiency somewhat, it would probably
get dirty and broken. The importance of good thermal insulation is
made clear. It is also important that the reflector should be
accurately made. The use of a method based on the study of transient
thermal conditions of the installation made it possible to obtain
quickly a good deal of experimental data. It is concluded that it is
quite practical to achieve a mean co-efficient of energy concentration
Card 01/13' on the heating surface of a cylindrical-parabolic installation of 25-30.
With this concentration the heat transfer medium can be heated to a
temperature of 3800C. There are 7 figures, 5 literature references
(4 Russian, 1 English).
ASSOCIATION: Power Institute of the Acad.Wei. USSIL (Energeticheskiy
AVAnOM: Library of Congress. Institut AN SSSR).

KOIDS, Ya.G.
Data on comparative heat engineering tests of domestic and
other small solar units. Geliotekhnika no.1:57-65 165.
(14IRA 19:5)
1. Uzbekskiy nauchno-issledovatellskiy institut energetiki'i
avtoma+,iki Glavnogo upravleniya po proyektirovaniyu elektro-
stantai7, podstantaiy i setey Ministerstva stroitel'stva elek-
trostantaiy SSSR.

AKCHURIN, R.Kh.; APARISI I R.R.; KOLOS, Ya.G.; TEPLYAKOV, D.I.;
SHATOV, N.I.; SHCHEGOLET.-n. f' -rdiGi~sed]
Two-mirror solar stand of the Power Engineering Institute
Geliotakhnika no-5:5-10 165. (MIRA i9a)
1. Gosudarstvennyy. nauchno-issledovateliskiy energeticheskiy
institut imeni G.M. Krzhizhanovskogo. Submitted December 1,
1965.

APARISIv R.R.j MLOS, Ya.G.; TEPLYAKOV, D.I.
Calorimetric studiao of high-temperature solar engineeringunits.
Geliotekhnika no.6-.25-31 165. (KIRA 19:1)
1. Gosudarstvennyy nauchno-is a Isdo vats It skiy energeticheskiy
institut imeni Krzhizhanovokogo.

T. w79-66 sw(l)
ACU NRI ApED20630 SOURCE CODE: UR,
AUTHOR: Akchurin, R. !91!; Aparisi, R. Kolos. -Ga~&W
R -Ta
bhatov
ORG: State Scie.
(Gosudarstvennyy
skiy energeticheskiy institut
~3 0
Dt I.
TITLE: "No-mirror solar stand of the ENIN
SOURCE: Geliotekhnika, no. 5, 1965,' 5-10
TOPIC TAGS: photoelectrid detection equipments actinomstry
ABSTRACT: A combined two-mirror heliostat-containing solar stand was constructed in
1961-1962 at the testing area of the ENIN. The paper gives a detailed engineering
description of the stand as a whole and of Its various components (the mirrors,
heliostat, reducing gears',, photoelectric tracking sensors, vacuum system, and
actinometric mechanism). The stand is presently in satisfactory operation. (The
specific.uses and results are.*not'given.] Orig._art. has: 7 figures, [JPRS
SUB CODE-- 03, 09 SUEM DATE:, 13Jan65 ORIG W: 003
6rd 1/1
L
SOURCE CODE.,
'AUTHOR: Aparisi, P. A.; Kolos, Ya. G.; TqUalw, D. 1.
ORG: State Scientific Research Pbwe~r ~Eine~crjng Institute imo G* M. NMt-14Ah4q0T-8-kAX
(Gosud~st-ve~nm~i-n.-i-.--~~ii4iige-ticheakly instlt-UfT-
TITLE: Calorimetric Investigation of high temperature solar installations
SOURCE: Geliatekhnikap no. 6,,1965s 25-31.
TOPIC TWS : solar furnacep ca'jorimetry', solar power plant
I ABSTRACT: The authors point out first that calorimetry under natural conditions is
one of the best methods of experimentally investigating the radiant heat exchange in
solar-power installations with mirror concentrators. The advantages of this method
over others are outlined. This is followed by description of several types of calori-
meters developed and used at-EYM with emphasis on a water calorimeter designed for
calorimetry of the focal image of 'a mirror with direct tracking Of the sm (Fig. 1)
Various modifications of these calorimeters and the differences in their efficiency
and productivity are briefly discussed. The effect of the calorimeter diaPbXNP
diameter on the measured radiant flux is estimated. Orig. art. has; 5 figures and
l formula.
i
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A ~0-205 12
9 ?,a yu.
.1091ya promyrhlermoatt
no, 17-
'T8-ial plarpose
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KOLOSM&Qut.J,
&4date the "beaconu." Sov-shakht- 10 n0-9:32-12 S 161-
(MIRA 34:8)
1. Predeedatellobakhtkoma ghakhtouprav3.eniya No.26-44 tresta
Boko,vantratsit.
(Socialist competition)
(Coal mines and mining)

_~d6
A
CC NR, 0 SOURCE COD99 UR/0413/66/04)0/020/0124/0124
;INVENTOR. Badayevat A. A.; Pervayal A. S.; Tutov, 1. Ye.; Katonel'son, V. Yu.;
Kuzmintsov; V. N.; Xoloskov, M. M.; Kullnich, V. P.
~PRG: none
,TITLE: High speed steel. Class 40, No. 187314 janbounced by the Central
!Sciontific Research Institute of Technology and Machine Building (Taiintral'nyy
~nauchnu-ioalcdovatel'skiy institut takhnologii i mushinostroyaniya);
All-Uaion Scientific Research Tool Institute (Vaesoyuznyy nauchno-isiledovatel'skiy
linstumental'nyy inititut)]
SOURCE: lzobrateniya, promyshlonnyye obraztey, tovarnyya znaki, no. 20, 1966, 124
1
777-71
XOP IC TAGS: high speed steel. chromium tungsten molybdenum eteel, vanadium containing
~steel, titanium containing steel, 1D0C'rje_/r,/ 7-.au6,qrj6S,5
'ABSTRACT: This Author Certificate introduces a high-speed steel containing silicon,
6anganese, chromium. tungsten. molybdenuml vanacium and titanium. To improve the
'strength, ductility, notch toughnessi and oxidation and heat resistance and to
'reduce carbide heterogeneity, the steel composition is set as follows: 0.75-0.85%
carbon, 0,17-0,35Z silicon, 0*20-0*40% manganese, 3.5--4.5% chromium, 2.5-3.0Z
tungsten, 2.5-3.0% molybdenum, 1.9-2.2Z vanadium, 0.03-0.08% titanium.
IV SUBM DAM O5Jun65/

USSR/Pbysics of the Earth - Seismaloa., 0-3
Abst Journals Referst, Zhur - Fizika., So 12; 1956, 36362
Author: Kolosenko, M. N.
Xustitution~t None
Title: Deteraination of the Azimuth of the Epicenter of a Remote Earth-
quake Using the Bstants at which the Seismic Waves Arfiv~ at
Two Stations
Qriginal
Periodicals Tr. Geofiz. in-ta AN SSSR, 1955, No 30, 89-103
Abstract: An ana3,ysis of a method for detemining the azimuth of the epi-
center of a remotb:eOrthquake using the difference Jz the instants
at which identical phases arrive at a pair of stations. The pr*b-
.lAm is solved for place and spherical surfaces of the:.-Aartbo The
error In detersoining the AWmuth is estimated and the conditions
under wbich an accuracy of t1% is assured are given,, Equations are
recarmiabded and a nomogram given for calculating the azimuth.
The method is advantageous*'used when th* stations are all on the
Card 1/1 same side relative to the epicenter.

At

USSR/Geophysicsi-Earth
quakes:~

ard
A F~u
luthors I
Kdlosenko,:.-Ho -Its,
Title
hquake on.the Ionian Islands
The eart
periodical I -Priroda 44/1,,page 128, Jan 1955
AbAraOt t An account is: given of the e~xthquake which occurvd, on the Ionian-
Islands in August.of,1953. The figuares for the dtxaticn,and~other
akes, in general
characteristics are statcd.and the nature of cartl,qL
is%explained. The conclusibn is also drawn that there are no, noticeable
meteorological alterations.
Institution . ..... Sf
Submitted-

49-1-12/16
AUTHOR: Kolosenko, U.N.
TITLE: Taking into Consideration the Ellipticity of the Earth in
Determining Epicentral Distances (Uchet elliptichnosti
zemli pri opredelenii epitsentrallnykh rasstoyaniy)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Geofizicheskaya,
1958, Nr 11 pp.116-120-(USSR)
ABSTRACT: The author investigates the errors involved by using the
seismological tables of Jeffreys and Bullen (Ref.1) without
taking into.consideration'the ellipticity of the Earth. In
Tablel, pp.117-118, the values are given of t.12e geocentric
latitudes and geocentric directional cosines for the seismic
stations of the Soviet Union, calculated for the coordinates
of the respective stations, using the parameters of the
Yxasg3rokiy elli s -id;.the parameters of the KrasovSkly
ellipsoid (1940 are compared with those of Hayford (1909)
in Table 2. In some regions the deviation of the time,of
passage of the waves from the.standard average hodograph.
is of a magnitude exceeding the correction for ellipticity
and presents a source of information on the local structure
of the Earth's crust. For st-adying thbse observations,-.
natural earthquakes-as well as of artificial explosions are
used. It is concluded that in the case of seismological
Card 1/2

---I
LOL05ffiei, 1. L.
Sugar Industry - by-Products
Effect of defecation re3idue on the yield of farm crops, Trudly UMIDII]OZ 6, 1951.
m
9. Monthl List of Russian Accessions, Library of Congress, I-Say -1953, Uncl.

-Y,01~q ~,j kand,sel'skokhoz.nauk; PiTEDKOp I,G*[P,re&at I.H,]#
";L
a y nauchnyy sotrudnJk
Effectiveness of band application of mineral fertilizers and sugar
mill a-lime to buckwheat in Chernozem regions. Nauch. trudy UASHN
9:86-92 15010 (BucWheat-Fertilizers and manures) OURA 14:3)

40LOSHA, I.L., kand.sellskokhozyaystvennykh nauk, dotsent,- PREDKO, !.G.,
nauchnyy sotrudnik
Effect of cultivation practices on the yield and quality of angar beets.
"Ranch. trudy UASHN 10:63m-70 160. (KIRA W3)
(Sugar beets)

aKOLM~ kand, sellskokhoz. nauk; KUKSA, M.A., nauchnyy sotrudnik;
GRIGCROVICH M.O. [Hryhorovych,, M,0j, nauchnyy sotrudnik
Effect or mineral fertilizer&pd ooll liming on the yi*IA'of
corn in dark-grey forest soils, Nauk, pratsi UASHN 17 no,12:
34-39 1600 (MIU 16%7)
(Corn and mai=es)
(Lining of soils)

YOLOSIIA, 0. 1.
YOLOSHA, 0'. 1.: nThe effect of fertilizers and lime ofi the yield and
quality of corn on sod-podzolic soils." Ukrainian Order of Icbor
Red Banner Agricultural Acaderq. Kiev, 1956
(Dissertation for the Degree of Condidate in Agricultural Sciences)
SO: Knizhnava Letwis
No 17, 1956

USSR/Cultivated Plants. Cereals. M
Abo-Jour: Ref Zhur-Diol-., No 171 1958, 77622.
Author Kolosha 0. 1
Inst
Title Cultivation of Corn on Turf-Podzolic Soils.
OriG Pub: Vesth. -s.-kh., nauki, 1957,.No 1, 21-2B.
Abstract. At the experizental department of the Kiev Agri-
cultural Institute and at.the experimental base
.of the Ukrainian Scientific-Research Tnstitute
of Agriculture; the influence of different ferti-
lizers on the content of.raw protein (W, fat, of
mineral elements in the grain and of carotene,
ascorb .ic acid, raw protein,and minerals in the
leaves .1bf clorn',~wds'detcrmined on turf-podzol:Lc
soil. The introduction into the soil of PK
Card 1/3
33

BOYKO,.Ya.; PALIOKHA, I., kand.sol'nkokhotya7stventWkh nauk; KOIOSHkg 00
kand.sallskokhotyaystvannykh nauk
Large-scale experiments on collective farms. Nauka i pored op
v sellkhos. 8 no,9:48-49 8 158. (MIRA 110;
1. Mosovskoye, otdaleniTs, opytnago kbosyaystva Chernigovskay
gosudarstvannoy seltakokhosynystvannoy stantsit. 2. Zavedurushchiy
.otdelom polevodetva Chernigovskoy goeudaretvannoy aellskokhozyayatven-
noy stantaii (for Boyko).
(Agrlculture--Expertmentation)

VLASYUK, P.A.; FROTSFMO, D.F.1 RDIWHA, 0.1.
Physiological principles of harvesting grain in separate stages,
Bot. zhur. 46 no,]-I-.163,8-1649 N 16L (MIRA 15:2)
.1. Ukraniskiy nauchno-issledovatellskiy institut fiziologii
rasteniy, Kiyev. (Grain-Harvesting)

KoLamp OSIO
Zffect of calcium carbonate on the grovth of corn and the
activity of its enzymes. Dokl. AN SSSR 11+7 no.1:237-239
162. (MIRA 15:11),
1. Ukrainakaya akadoodya"sellokokhozyaystvamykb nauk
Ministerstva nellskogo khosraptva UkrSSR. Predstavleno,
akademik~m A.7j. Kursanov7z.
(Corn Naize))
(TJ-4n of soi3A) (Catalase)

KOLOSHA, 0.1.
Characteristics of carbohydrate and nitrogen metabolism in .
frost-resistant vati6ties of wheat and rye. Fiziol.rast. 12
no.6:1064-1068 N-D 165. (MIRA 18:12)
1. Institut fiziologii rasteniy AN UkrSSR, Kiyev. Submitted
September 21# 1964.

I
.KOLOSHA, V.G.,-inah..
The D-490 scraper canal cleaner. Stroi. i dor mash. 7 no.6:
17-19 Jo 162. (KRA 15:7)
(Drainage)

KOWSHENKOI VIO letchik-ispytatell
The Mi-4 at 8pOOO meters. Grazhd. av. 22 no.1:2kS Ja 165.
(MIRA 18311)

Z' D .5 A(/
RUMM/Organic Chemistry - Synthetic Organic Chemistry.
Abs Jour Ref zhur - xhimiya, no 16 1958, 53947
Author Almashi., Sherban., Koloshi, Ilienh
Inst Academy RIM
Title Elemento-Orf -
4anic Compounds. I., o,o-diethy~L Esters of
Ary1sulfamidothiophosphoric Acids.
Orig Pub : Studii si cercetari chim. Acad. HER Fil. aIUJ- 1957,
8, No 1-20 159-168.
Abstract : The reaction of (S) P(OC05)2C' w'th p-RC6H4SO2~0NA in
polar solvents (pyridine, acetone, dioxane) yielded
(S)P(0C2~5)2MS02C0j,R (1); (given: R, m. p. in OC.)
Cls 95; f, 72; Br, 112; 1) 135; CN, 117; 3, 56; OC"3j?
113; CH3) 84.
Card 1/2
01

1 . KOLOSHINA, L. 14.
2. USSR (6oo)
7. "Peronosporic Fun~7i Uhich Parasitize the Vogetation of Turkmenistan". Izvestiva
Turkmn. Filialp. A~md. Nauk SSSR ("*Tews of the Turkmen Affiliate, Acad Sci USSR),
140 1. 1951, pp 39-44.
9. Mikrobiologiya, Vol XXI, Issue 1, Moscow, Jfm-Feb 195-4, pp 121-132. Unclassified.

KOLOSHINA. L.K.
Weeds as sources of infection of cultivated plants with root rot
caused by the fungus Rhisoctonia AAerholdii (Auni) toKoloschina.
Ye~.zapAish.uA0 13:2i9-220 . 154. (MLRA 921b)
(Moldavia-Ve4ds) (ftot irot) (Twkmanis tan-We4is)

r r r
C - tjlAl
KAUYAV. I.A.; KOIMHM, L.K.
Rhizoctonia solani Kuhn as a stimulator of the growth of Anglish ook
.seedlings and the development of mycorrhyza on their roots.
Mikrobiologila 24 no.6:7004o4 N-11 055 (KIRA 9:4)
1. Kishinevskiy gosudarstvannyy universitet.
(OAK) (RHIZOSPHM HICROBIOIMY)

USSR/Plant Diseases. Diseases of Cultivated Plants. N
Abs Jour t Ref Zhur Biologiya.. No 16p 25 Aug 57j 69548
Author i,Koloshina, L.M., Nemching F.I. -
Title : The Effect of Agrotechnical Measures and Methods of Storage
on the Development of Potato Rhizoetoniosis in Moldavia.
Orig Pub % Uch. zap. Kishinevsk. un-ta, 1956t 23, 123-132.
Abstract : The study was conducted in Kishinev University on the ef-
fect of dates (lst and 12th of April) of planting potatoes,
the d epth of tuber plai tings (12, 10", 20 and 24 eta) , verna-
lization and combinations with bacterial fertilizers as to
the development of rhi2octoniosis. The experiments were
conductAd with Oct-yabrenok, Yubel and Courier varieties.
In addition a study was made on the influence of irriga-
t1on on destrue-bion of 16 potato varieties. During the pe-
riod of winter storage in a storeroom and in trenches for
formation of scleroses Rhizoctonia solani Kubn was observed
Card 1/2
USSR/Plant Diseases. Diseases of Cultivated Plants. N
Abs Jour Ref 2hur Biologiya, No 16., 25 Aug 57., 69548
Abstract on potato bulbs of the Courier variety. The investigation
proved that the disease in developed in spring sowings of po-
tatoes independently of agrotechnical conditions. The in-
teraction of the mold with the host plant had a specific cha-
racter. The mold would settle on the underground part Of
the stalk and on the roots; however, the plants developed
normally and the crop of tubers was not diminished. The pre-
valence of sceleroses in the tubers was higher when potatoes
were stored in trenches*with a covering or soil, than by pla-
cing them in storerocms.
Card 2/2
vjg_-z:.
At/ C,

t-- C-
V
USSR Cultivated Plants. Experimental Methods. M-2
Abs Jour.: Ref Zhur-Biol., 1958, No 16, 72862.
Author : Kalashnikov, 1. G.; Koloshrilkov G. V.; Mitrofanov,
F. I.
Inst :Not given.
Title :On the Economical Effectiveness of Fertilizers in
Experiments and in Production.
Orig Pub: Byul geogr. seti opytov a udobreniyami, 1957, No
1, 67-72.
Abstract: No abstract.
Card 1/1
9
KOWSHNIKOV, Grigoriy Vasillyevich; MITRDFANDY, Filipp Ivanovich;
X.M., tekhn.red.
[Uperiance In Introducing crop roXation on collactive farms]
Opyt vvedenita. sevooborotoy v kolkhozakh. Moskva Gon..isd-vo
sellkhoz. lit-ry. 1958. 149 p. tHM 11:12)
(Rotation of crops)

S/0057/6 034/00W
ACCESSXOX NR: AP4009918 4/034/001/0
AUTHOR: Koloj2hnikov, V.G.
TITLE; spectroscopic measure-ment of ion temperatures in the "rokamak" macLno
SOURCE: Zhurnal tokhnichoskoy fixiki, v.34, no.1, 1964, 34-39
TOPIC TAGS: plasma, plasma temperature, ion temperature, ion temperature measure=4
interferometer, Fabry-Perot intergerometer, line width measurement, Tokamak, Toka-
mak device, fusion apparatus
ABSTRACT: A Fabry-Perot interferometer is described with which the widths of faint
spectral lines were measured in times of the order of 30 to 50 microseconds. The
moving interforometer mirror was carried by a barium titanate cylinder on which sil-I
ver electrodes had been deposited. A potential of three or four Idiovolts.on.these
electrodes would move the mirror by two or three microns. Difficulty was experienc-
cd in-keoping the mirrors parallel during the motion, and a number of piezoelectric
cylinders were tested before a satisfactory one was found. It was also necessary to
mount a glass collar between the mirror and the cylinder to prevent distortion of
the mirror when the,field was applied. The necessary.rough manochromatization.fol-
Card 1/2

ACC. NR: AP4009918
lowing the interferometer was performed either by a modified prism spectrometer or
by an interference light filter. The light that passed through the interferometer
and monochromator fell on a photomultiplier tube, the output of which was recorded
on an oscillograph. Widths of the deuterium I line, the C III line at 4647 "Q, and
the He II line at 4686 R in the spectrum of the ~Tokamak" machine were measured with,
the interferometer. The "Tokamak".was operated at a deuterium pressure of 10-3 mm
Hg and a discharge current of 15 M. Helium and carbon were present in small quanti-
ties as impurities. The apparatus width was determined by measuring the 5461 R line.:
in a mercury lamp spectrum. The measured line widths were ascribed to Doppler
broadening and ion temperatures,were calculated from them. During the first halt of
the five'millisecond discharge, the lie II and C III temperatures both increased at
the same constant rate of about 8 electron volts per millisecond. "The author is
grateful to S.L.Mandellshtam for formulating the problem and discussing the results.,
to N.A.Yavlinskiy (deceased) for continued interest in the work, and to O.O.Dolgov-
Savellyev for assistance in the work. Orig.art.has: 4 formulas and 5 figures.
ASSOCIATION: none
SUELUITTED: 24Apr63 DATE ACQ: 1OFeb64 'ENM: 00
SUB CODE: PH NR'MW SOV:. 006 Orim .003
Cord 2/2

AUTHDRS:. Vaynshteyn, L. A02 Koloshn~l SOV/48-2-2-6t.20/28
Ruing, X. A. i xanARVWG" S a 'top
Sobellman, I. I.
TITLEs On the Broadening and Displacement of Spectral Lines in a Highly
Ionized Plasma (Ob ushirenii i advige spektrallnvkh liniy v
vysokoicnizovannoy plaPme)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya fizicheakayal 1958o Vol. 22,
Nr 6, PP. 718-719 (USSR)
ABSTPIACTs The investigation of the breadth and shape of spectral lines does
not characterize the excitation of atoms mith sufficient aomaraoyt
and therefore an investigation of the breadth and the displacement
of the lines is more advantageous for determining the causeis of
these phenomena. The principal cause of the broadening and dis-
placement of spectral lines in a highly ionized plasma is its in-
teraction with charged particles. For lines with quadratic Stark
effect the impact theory of broadening results in the follvming
expressions for the brea4th o; lines and their displacement:
2 ,
Card 113 where Ir j 1 4C4'/ 3 v 1/ 3 9 , 8C4.,/ 3 vi
C4 denotes the constant of the quadratic Stark effect,

On the Broadening and Displacement of Spectral sov/48-22-6-20/28
Lines in a Highly Ionized PI ma
v - velocity, dr- the density of the excited particles. Herefrom
it follows that the ratio between the breadth and the displacement
of , v andris independent and eTial to: jr/4 = i i6. in the
04
case of interaction of a different kind, as e.g. according to the
equation by Van der Vaal r/6 = 293. The task to be carrie-1
out by the present paper was to find a correct explanation of the
interaction between radiating atoma and charged particles, i. e.
the appliodbilit by of the aforem-intioned jr- formula w-.-u-h respect
to the lines with quadratio S-tarlk effect. As object.3 the lines
Ar II, which are excited in the channel of the apark discharger
were selected. MeaAurement3 of breadths and displacements of lines
were carried out photographically. Results art given by a table.
By cheaking these. results it- was found that those obtained by ex.-
periment contradicted theoretical results comple-14ely. This is ex-
plained by the fact that the initial cxpre.3iion for the displace-
ment of the frequency of the atom oscillator 6 0) = CI/R4, where
R denotes +the distance to the exciting electron, is not applicable
Card 213 in this case because the electrons playing ths principal par. in

On the Broadening and Displarement of Spectral SOV/48-22-6-20/28
Lines in a Highly Ionized Plasma
the broadening of the lines form a Weisskopf radius that is too
mail. The field fonwd by the electrons turns out to be so
strong on this occasion that the Stark effect ceases to be
quadratic and goes over to linearity. There is no reason to be-
lieve that the field changes slowly and is quasistatic as is
alleged by a well-known theory. The problem in still being, dis-
ouseed. There are I table and 3 referenoess 2 of which are Soviet.
ASSOCIATION: Fizichaskiy institut im. P. N. Lebedeva Akademii nauk SSSR
(Pbvsio3 Institute imeni P. K. Lebedev,'AS USSR)

21(g),24(0) PHASE I BOOK MMOITATIO!
7
LkLd4MLTA nauk SSSR. FlZichookly '_-~3tltut
rn
Issledovantya pa ek3parioental-noy I tooretIchookoy flziko; (abo 1k]
(Studies on Experimental and nAcratical rnyzics; Collection Of
Articles) P606cowr ZZd-Vo All 33SX, 1959. 304 P. Errata slip c'
inserted. 2,300 copies Printed. 611
Ed. s 1. L. Fabelinskly, Doctor of Physical and Xathematlcal Sci-
ences; Cdo. or Publishing H.uzo. A. L. Cbernyak and V. 0. Borkgauti 7-,
Tech. Rd. a TU. V. R71ina; Commalssion for Publishing the Collection
In Xanor7 or art&orl7a SamuilovLzb Landsborg: 1. Ye. Tam
(Chairsan). Academician; K. A. Leantovicho Academician;
P. A. Bazhulln, Doctor or Physics' and Mathematical Sciences;
S. L. Randel'shtam, Doctor of ft"Icr-I and RathematIcal Scilonces.
1. L. Tabollnukly, Doctor or Physical and Mathematical Sciences; -17
/
V. 3. L^ndsberX-3&ryshansksy&, Candidate of Physical and Math- I
*matics'l Sciences; am 0. P. xamulevLch (Secretary). Candidate of t--
Physical and Rathe"zical Scienrom.
-ell
PMtP=t This book to Lntendo4 for physicistr and rene&-chers
on&2gqd in the study or slectrouLaistic radiations and Moir role
in structure aad..'gopposttion of materials.
'
'
'
_
_
6ntaLns
36
t
COVZRAag: The collection
investigations In spectroscopy, *anlam, molecular aptles, semi-
conductor physics, nuclear physics, and other branches or
Physics. The Introductory ermVzor gives a blosraphl-cal profile
0. S. Landaborg, Professor and Bead Of the Department of
O
ptlas or the Division of Physics! Technology at Mosaaw Uni;
'
varsity, and revis" n1s work In Rayleigh, scattering. comb&
smass. spectral analysis or metals,. ate. No porsanAaMom are
mentioned. neforences accompany each articlo.
aazhulin, P. A- ah n Id The

6 -a r' trosa:PY17
molecular Spat
Work or o. s.
or -ranj_~-'
ramac
---ro-ru ICKS =oaz;t_~ an Aatlvszad Discharge Corwrator Opera-
ting Under Conditions or Low Arc Currents 27

IlYe
n. 1. R. KU
~L --nat-
ksa
n .1 Kh- T rJAP, S
A2*
-
and 1, 11n
and 0. A
k
- a lop
j,~ ki fie
-4P
1k
l
D!
l
iit
4
5
p
~
-
.isamor
e
A
S 1
ts
.r".
fA
y
to b no 00 onri'u
cyclobaza the Basis or 4 Coablzed Scattering Spectrum 43
Androysv,_S__N StIndIn Sound Wavws or Large Amplitude 53
Bazitulin P A. and A- I- Sokoj"AXAZp. InTlat1gati a or the
fielztio~nor t~ Width Of Combined ZcattorLng Line: to Two-
persture 56
V_A_fth-LkAAt. A Madl. With Negative
..rPt, rrIclont 62
XUAlaircktZ V Nuclear Transittans In NomphorIcal Nuclei 71
V. I.
Optical Proper-_:Ljs7'jjf Substances to the
recus state so
Vul. A-Jq., V. S. Tavilov and A. P. Sho . The Q~wgtlaa of
-tov
_
TR
Psat
Vulwfb
New Methods Of Increasing the 9frectivemss
--ooplon 100
Olnzburg. V. L.,and AL__P__kYAnYuk- Scattering of Light Near
Tarots--or-Phims, Transition or the Z*e^nd Type and the
critical curie Point 104
kavlat.
X. A. xrrad'atIon or an z:&a%jc wall Vibrating
Lza
_
t
;
adirr fW OT'On Of St&tistlc&IIY DIAtrIbutod Forces 117
Lavin, L. M. The Dboalng Of Light %7 a Cloud L21
L-B--l!AIltAIh sAe V- G. KoloonnLkow. The
tFroadening &M-9Farting or the SpmejjtT-a3rj-M-rtn
Discharge in pleamn 128
P142700V V I and V. 3 jqyalp. Uvestlastion Of the ajdro.
g. Substii0a;; lines* M
lA
1
t
C
i
d
l
09u
s
on
a
n Tito Hy
rox7
2
oroups 134

-K'O=NMOVO V.G.- Ov
MiLZW.. M.A.; MANP41SHTAM, S.L.,- MWAN , Yu.P.
Using a Fabry and Perot etalou for the otudy of line widths
in pulse.disebarge spectra. Optei spektr., 11 noe4:556-558 0
161. (Electric dimI3hargeis) (Scintillation a.pectrometry) (MM 14:101)

-i667k,__-_kf_f6( 2~~~-(41-9)---i-o-lli~-6i-C-O-DE:-U-R/o-413/-66/0-0-0-/-O--23/0059/00591
INVENTOR: Ragimov, F.Ya.; Lapshin, V*I*; Koloshnikov, V.G.
ORG: none
TITLE: Instrument for measuring plasma density. Class 210 No.
189100 [announced by Physics Institute im P.N. Lebedev (Fizicheskiy
institut)]
SOURCE: Izobreteniya, promyshlennyye obrattay, tov&rnyye znaki, no.
23, 1966, 59
TOPIC TAGS: plasma density, plasma measurement, lirht interferometer
'An Author Certificate has been issued*for ah instrwaent for measuring
ABSTRACT 3
iplasma density. The proposed instrument contains a monochromatic light
.source, a-Fabry Eknd Perot interferometer with one-of -its mirrors fixed,
,and a device for recovding the light passing through the interfarometer.
'To
'increase accuracy ar?d to extend the range of the device, theplasma
container overlaps half of the light flux of the interferomdter, and the
light-recording device has two photodetectors connected in a differentiating7
.circuit for measuring the light flux which passes through the plasma, as
well as the one unperturbed by the plasma. [JPI
SUB CODE: 20o 14/ Mim-D,ATE: 18Aug65/,-ATD~ PRESS: 5114
;ard UDC; 533,9.082-,5

-IDDLOSHVARI, G.; ABRIMSOV, G.G.
lind of a representative of the class ramptotoa in the fresh water*
of Bingaria, Zoola shur- 39 no.11%1735-1737 H 160, (HIRA 14:1)
1, pystematia-Zoological Institute of Szeged University (People's
Republic of Rmgary) and the Department of Invertebrate Zoolog7
Moscow State University,
(Tissa River-Polyzoa)

KOLOSKINA M Ya aspirant
Cultivation of lupine in Mordovia; preliminary report.
Uch, zape Mord. goo* un. no.13:225-232 160. (KM 15:11)
1. Kafedra agronomii i pochvovedeniyo, Mordovskogo
,Josudaretvennogo-universiteta.
(Mordovia-L-apine)

K(USKOV G.S.
Sbarpener for (qnvaloplng ha,~Ics. rjidr,)11,/.. i lesokhtm. prom.
17 no.422, t64 (14TRA r, :7)
1. Palotskoye lesokbim!ahenkoya khopyay-1tv.3.

KOLMO, S.I., inzhoner.
fterience In tapping sparse pine and individaal tress. Der. I
leadchim.prom. 3 u6.10:22-23 0 154. (MLRA 7:11)
1. Treat Bellookhtsprom*'
(Pine) (Tree tapping)

KOWPI-S-1. inshener.
Cup raising and gathering oleoresin according to schedule. Gidrolls.
I lemokhtm. prom. 9 no.3:21-22 156. (NM 9:8)
1. Treat BolleekhImprout.
(Olsorselue) (Tree tapping)

,RDYSHEV. IJ.; CHERCHNS, Kh.A.; KAMTSHNIT, A.A.; KOLOSKO, S.I.;
VOLKOVA, N.Te.
Commercial production of colophony from spruoo oleoresin.
Gidrolix. i lesokhtme prom. 11 nool:22-23 158. (MIRA 11:2)
1.Inetitut khimii AN 33SSR (for BardyeheT, Cherches) 2.BoriBOTakiy
lesokhimicheakiy savod (for Kam3rohnyy) 3.Upravleniye leenoy
promyshlennosti Velorusskogo erovnarkhoza (for Kolosko) 4.Dobrushska^
bumastmya fabrika (for Volkova). . ..
(Gum and resins)
. (spruce)

KOLOSKO,At;,,,__.
&perience in the use of streak marking and outlining. Gidroliz.
i lesokhim.prom. 15 no.2:24-25 162. (MIRA 18:3)
1. Beloruaskiy sovet narodnogo khozyaystva.

KOLOSKO, S.I.
Kffeet of the frequenoy of collection in the turpentining of
pine on the yield and quality of oleoresins. Gidroliz. i
lesokhime prom. 16 no.1+&23-24 (MIRA 16.-7)
1, Belm-uqWdy sovet narcdwgo khozyaystva.
(Turpentining)

;1;
C>
t-4
CA
Cf),
pl;
C>
4

00 0 0 0 0 0, 0 0 0 0 0 0, 0 9 0 0 0
A 1 -0 u I u IS v V 0 ~110
t...
of
60
a6z
0
OOU
Dt,
00
JLfL
000 4 of 6600 off
1) 11 It Is N v It p a 41 u 41 a *.'C
I- rp
------ -- --- 00
1.00
.00
.00
-00
.00
and A -
A =00
coustruc
31. 1938
coo
0 0
00
ties
use
Zt A S -_jL A L L L LITEIVATIONE CLASIOKATICIll
mim).41ft Gmv Off 0
1
AT 0 1 it Ow 0 0 0 1 v of 9 IF
I lot No too It * 4 4, a It a K a a It IN
:10 * Is 0 0 Is 0 0 0 0 0 a * 0 0 6 a 0 0 0 0 0 40 a 0 0 0
ST-1,44 Is 6*0 ***@a* o*e::: :::1000*400000 **$(Doe a::

still
.dg

~k-o L 05 k0 v
,~ 4, P,
KOLOSKOV, A.P. (Zeraynk)
. Fifteen years later. Morayle 4 no.1:12 Ja 158. (MIRA 11:2)
(cBm-y"Im Bowrbs)

FLEROV, G.B.; KOLOSKOV, A.V.
Potassium metasomatites in the ultrabaSic rocks of the central
range of Kamchatkas Izv. AN SSSR. Ser.Goolo 30 no.4:35-41 Ap
165- IMIM 1814)
1. Institut vulkanologii Sibirskogo otdeleniya AN SSSR, Petro-
pavlovsk-Kamchatakiy.

VOLYNETS, 0,11,; KOLOSKOVp A.V.; FixRov, G.B.; FRIKII-MAR, D.I.; SHILIN, N.L.
Formational delineation of Tertiary plutonic and volcanic-plutonic
formations in central Kamchatka, Dokl, UI SSSR 165 no,lsl53-155
N 165- (MMA 18:10)
1. Institut vullmnologii Sibirskogo otdeleniya All SSSR. Submitted
March 10, 1965.

IKOLCBKCVI G.I., insho-Impitan 3-go ranga,
From "Polaris" to OPoseidon." Mor. abor- 48 no.lOi83-83 0 f65,
(MMA 1819)

~ - -1-1--
KOLCSKOVY I., kand. istoricheakikh nnuk -
The militant vanmiard of the wo.-kers of France. Kmm. Ifooruzh. Sil 5
no.21v68-72 N 164. (MIRA 17t.12) 1

APA
20 11:

Kot-o5KOV, 1,Al-
nPLW-, A.A., Inzhener; KOKWKOT, I.I., inzhener; pARINI, YO.P.~ inshener.
Zlannir,g the establishment of State standards for copper'and alu-
minum terminals of cables and wires. Ilsk.sta. 25 no.8:46-47 Ag 154.
(a" 7:9)
(Alectric Cables-Standards) (Ilectrio wire--Standards)

AID P - 1534
Subject USSR/Electricity
Card 1/1 Pub. 216% - 30/36
Author : Kaganovich, M, Ya., Eng.
e, . - ~
:
Comments about the article of A. A. Kaplan,
,--I. N. Koloskov, and Ye. P. Parini "On the tentative
if~f6-'-&t6fi-d9rd`- for copper and aluminum terminals",
and about the review of this article by
Eng. A. L. Fayerman (Elek. sta., 1954, No.8)
Periodical Elek. sta., 3. 59, Mr 1955
Abstract The author comments in particular about the terminals
of the TM-and IA types. The authors of the article
and its reviewer bypassed the question of the
existence of departamental standards for copper
terminals, which standards often differ among themselves.
The author points to the necessity of a uniform
standardization.
Institution: None
Submitted No date
AID P 2978
Subject i' USSR/Electricity
Card 1/1 Pub. 29 28/135
Author : Koloskov, I. N., Eng.
Title : dt~~ndinng of9t a aluminum shielding of tubular TPRF
type conductors
Periodical : Energetik,3 5, 33-35,1 MY 1955
Abstract : The author describes and Illustrates the method of
ground.ing such conductors. Two drawings.
Institution' : None
Submitted : No date

KOLOSKOV. M.A.
Conference on the preparation of sulfur dioxide from pyrite and
sulfur. Khia.nauka I pros. I no.2:239-240 156. (MLIA 9:9)
(Sulfur dioxide)

KOIOSMT. kande takhn. nauk
Conditions for charging electric locomotive batteries. Izv. vp.
ucheb. sar.; gor. shur. no,8:103-113 '58. (KIRA 12:5)
1.Donetakly industrial's". 0
InStitUtL
(Electric locomotive~-Batteries)

1010SKOV, P.
-:~111-.-Z-
HIgb.-quality sunflower needs for the oil industrya Muko alovs, Prom*
24 no.11:8-9 N 158. (MIRA 11: 12)
1,Rostovskeys oblastnore upravlealre khleboproduktov*
(Sunflower seed oil)

I i u is 14 if 1. if -11 it A, If 4 n 14 r. 14 Ft 14 A
A a - L -A it I t- u It