SCIENTIFIC ABSTRACT IOSELIANI, G.D. - IOSHPA, B. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000518720008-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

10SELIAN11 G.D.; PAG.A.Vk, G.D.; KHUCHUA, A.V.
Importance of coronary perfusion in exclusion of the heart
from blood circulation; hypothermia and artificial blood
circulation. Trudy Inst. eksp. i klin. khir. I gemat. AN Gruz.
SSR 11:325-330 163. (MIRA 17:8)

IOSELIANI Georgiy Davidovich
(Atrophic cirrhosis of the liver and its surgical treat-
ment] Atroficheskii tsirroz pecheni i ee khirurgicheskoe
lechenie. Tbi2isi,, Izd-vo "Metsniereba," 1964. 108 p.
(In Georgian] (MIRA 17:12)

G.D.; BUDZHIASHVILI, V.K.; XHUCHUA, A.V.
Methods of isolated brain and heart perfusion under conditions of
hypothermia. Soob. AN Gruz. SSR 35 no.2:461-468 Ag 164.
(MIRA 17tl2)
1. Institut eksperimentallnoy i klinicheskoy khirurgii i gematologii
AN Gruzinskoy SSR, Tbilisi. Submitted January 20, 1964,

1O.SE-LIA.NII,,q.P.; MCHUA, A.V.
Coronary perfusion following exclusion of the heart from the
blood circulation un0er moderate hypothermia. Soob. AN Gruz.
SSR 36 no.3:699-70/, D 164. (1,1M 18:3)
1. Institut eksperimentallnoy i klinicheskoy khirurgii i gema-
tologii A1,21 SSSR, Tbilisi. Submitted April 6, 1964.

IOSELIANI, G.D.; BURDZIIANADZE, 0.1.; CHKHARTISHVILI, N.S.
INA of ethyl chloridF- fn,, &rtjffdjaj:,ardiac arrest. Soob. AN Gn z. ,qSR.
37 no.3t725-728. Mr 165... (MIRA lb.-I,
-1!. Institut eksperimentaltnoy i klinicheskoy khirurgil i gematologii
AN GruzSSR. Submitted August 27, 1964.

IOISI~I'LLVI, G.K. Cand Mea Sci -(Dise) "Stu,.~,, of the sens~Lt--,!-t of the
pNiryay of 1--.~;althy ,!hildren and V~oBc %Itil C11'ronic
tonsillUis," F..uyb~.,shev, 1960, 11 pp (KtWbyshev State -edical institute)
(KL, .16-60, 117)

IOSEMANI, G, K,: Meter Med. Sci (diss) -- "A study of the tactile and pain
sensitivity of the muth in healthy dhildren and .those Ill with chronic
tonsillitis". Moscow, 1958. 14 pp (Wn Health RSF'E;R, Mecow Med Stomatological
Inet), 200 copies (KL, No 1, 1959, 123)

L 44568-66 EVff (1)
ACC NRI AP6030912
SM DD/RD
SOURCE CODE:
UR/0209/66/000/009/0068/0070
AUTHOR: 2gg~iani_ _6"Lieutenant colone19 Medical corps); Sm4rnaw-
yu,__(Major, We-dical corps)
ORG: none
TITLE: Overcoming unfavorable emotions [Psychological training or
pilots and cosmonaut#)
SOURCE: Avlatelya I kosmonavt1ka, no. 9. 1966g 68-70
TOPIC TAGS: flight psychology. flight physiology
/
AI~STRACT: Methods of controlling the emotional states of pilots In
f1light are discussed and their Importance is emphasized in view of the
great nervous and emotional strain associated with piloting modern
aircraft and spacecraft. Acquiring the ability to control emotional
lexperiences is an important part of pilot and cosmonaut training.
Psychological preparation must be conducted throughout the training
period, since many of the unfavorable emotions associated with flight
,develop into conditioned reflexes and are hard to eradicate. Several
methods for self-regulation of emotional states in flight conditions
are recommended, including,such elementary devices as listening to
pleasant sounds and encouraging oneself with phrases like "I can."
Card 1L2

---L.44568-66
ACC NRt AP6030912
"I must," etc. Physical exercises, selected for their effect on the
muscle groups most fatigued by prolonged static stress, have proved
very effective. Each group of exercises is practiced before the flight
and repeated every 3-4 hr during flight. Special muscle-relaxing
exercises, consisting of a combination of stretching exercises, turns
of the torso, exercises of various leg joints and breathing exercises,
are used to remove emotional tension on complicated longiflights.
Pilots should be familiar with all varieties of breathing exercises,
and the physiological and psychological effect.of each on the organismi
(for instance, breathing deeply and exhaling slowly has a calming
effect). Pilots should be trained to shift their thoughts at will to
pleasant and successful flying experiences, thus overcoming unfavorable'
emotions arising during flight. [is]
SUB CODE: 05, 06/ SUBM DATEt none/ ATI) PRESSt 5080
Card 2/2,,,~;)Py)

10SELIANI K.M., zaalj%hennyy vallerina-z-W vraih Gruzinskay SSR.;
V.V.,,'naur-hnyy aotrudmik
Manufacture of preparations in an institute. Veterinariia 41
no.UtIOl-103 N t64. (mm 18 3 11)
1. Direktor proizvodetva, khILMIko-tarapev"ticheskikh I
binlogicheskikh preparatov..Givainokogo zooveter-'narnogo
inst-ituta (for loseliani). 2. Gru-,I-nakiy zootokhnichesko-
veterinarnyy uchabno-lasledovatellok."y Inatiltut (for
Dzheyranashvill).

IOSELIANI, M. S.
"Geological Interpretation of the Geophysical Data of the Vnutrennoe4artala
lowland." Cand Geol-Min Sci., Georgian Polytechnic Inst, Tbilisi, 1954-
(RZhGeol, Dee 54)
Survey of Scientific and Technical Dissertations Defended at 'USSR
Higher Educational Institutions (12)
SO: Sum. No. 556 24 Jun 55

10SILIANI, H.S.
ii~isulc aad goologic4a satare of the ceatral part of the WArtllaa
Plain. Soob.AN Grus.SU 16 so.7:525-530 155. (mraA 9t2)
I.Akadealya sauk Gruslaskoy SHR, lastItut goofisiki, Thillmi. Fred-
stayleso chlenow-kerrespowlentow Almdenii IeReUdLaftes
(urtuft-Geoph"ics)

15-57-12-17092
Translation from; Referativnyy zhurnal, Geologiya, 1957, Nr 12,
pp 57-58 (USSR)
AUTHOR: Ioseliani
TITLE: The Geologic Interpretation of Geoph sical Data on
the Vnutrenne-Kartalinskaya Ravnina TPlain) (Geo-
logicheskaya interpretatsiya geofixicheakikh dannykh
po Vnutrenne-Kartakinskoy ravinine-In Georgian)
PERIODICAL- Tr. in-t a geodiziki AN GruzSSR, 1956, Vol 15, Pp 185-
214
ABSTRACT: The author presents an analysis of the results of a
seismic survey on the Vnutrenne-Kartalinskaya ravnina
(Plain), in which he includes data from drill holes,
magnetometer work, as well as seismic exploration '
From the seismic records, three thick formations iave
been distinguished in the razrez (section). The upper
layer consists of Quaternary deposits, is 100 m. to..
Card 1/3

15-57-12-17092
The Geologic Interpretation of Geophysical Data (Cont.)
400 m thick, and has a boundary velocity of 1900 m/sec to 2100 m/sec.
The next lower formation con -sists of Neogene rocks, and is charac-
terized by alternating layers of somewhat different lithologyj each
layer having slightly different elastic properties. The formation
has a number of reflepting horizons, the boundary velocities ranging
from 3000 m/3ec to 3300 m/sec. The lowest of the three formations
is 1900,m to 2200 m thick. The boundary velocity at the top of the
third formation which is composed of Cretaceous limestones. is 4700
M/86c.to 4800 m/sec. The boundary.between the second and 'third
formations is reliably determined by reflected and refracted waves.
The sedimentary rocks are weakly deformed, and the thickness of each
formation decreases to the south. The decrease in depth of the
reflecting horizons attests to a rise of the crystalline basement
to the south. The magnetic field over a great part of the plain is
undisturbed, the vertical component increasing graddally from north
to south from -150 gammas to +200 gammas. This fact also bears
witness to the decrease in depth to the crystalline basement.
Card 2/3

15-57-12-17092
The Geologic Interpretation of Geophysical Data (Cont.)
Variations in the magnetic field on the plain and on the north of
the folded Adzharo-Trialetskaya zona (zofte) indicate sharp differ-
ences in the structure of the deep rocks. Earthquake centers-are
absent on.the plain, but are characteristic of the surrounding
folded systems. This.study leads to the conclusion that the
Vnutranne-Kartalinskaya Plain rests on a stable part of the earth's
crust,
Card 3/3 L. I. Ratnikova

--I
IOSELIANI, X.P.; MMSIMI, G.Ta.
*
Using selmdo wthods of prospecting for the solution of cortrAm
problem of omg1w'*rIvg geology, Trudy Inst. geoftst -AN Gros *
SSR 1&115-120 157. (=A 12 16)
(SOISSIOUStry) Nginearias geolov) (prompeating)

A11
TVALTVADU, G.K.; KOSMINSUYA. I.P.; MURIJSIDZB. G.lh.; HIKHOTA, G.G.-,
IOSILIAII, N.A.; TULINA, Yu.V.
-Wirt's'"or 7etudles of the surface of the crystalline foundation
of the western part of the Gori-Rikhrani depression by seisslo
sethodse ft~ Inst: geofiz, All Grui. SSR 16-135-161 157
(;*;;jj&--G*ojogyj, St r-UctQ) (MIR& WO
(Seismic waves)

8/169/61/000/009/014/056
11228/11304
AUTHORS: 1qBOUPAi, V--S--Pg and Kartsivadze, G. Ye.
TIUZ: The question of the seisso-geologic structure of the
Akhalkalak highlands and some adjacent areas
PERIODICAL: Referativnyy zhurnalo Geofizikaq no. 9. 1961v 199
abstract 9A151 (Geopisikis institutis shromebi.
Sakartyelon SSR Metaniyerebata Akadenia, Tr. In-ta
geofiz. AN GruzSSR, 18, 1959 1960 9 81-89)
TEXT t The general geologic structure of the Akhalkalak region and
adjacent areas is exposedq and seismologiv data are given for this
territory. The epi- and hypocenters of earthquakes are determined from
G. K. Tvaltvadze's hodographs. Comparison of seismologic and geologic
data provides the basis for drawing the conclusion that there is no
seismo-genetic connection between the Akhalkalak highlands and the K&xbek
areao The foci of strong earthquakes are related to the boundaries of
tectonic units (Arty&-SoWEhit blockg Adzharo-Trialet fold-systemp and the
Card 1/2

The question of the*..
S/169J61/000/009/014/056
D228/D304
Georgian block). The seisma-goologic structure of the Akhalkalak high-
lands is related to the seismo-geology of Turtmiya. Their intensive
seismicity in, in the opinion of the authors~ caused by recent volcanic
movements. An is known, the Akhalkalak highlands were a stable part of
the crust throughout the Alpine orogenetic-cyclep whereas intensive tec-
tonic movements took place in their adjacent areas. Towards the end of
the Neogene the picture chauged8 intensive tectonic movements began-
in consequence of which the dismemberment of the crystalline basement
into small blocks took place--and tectonic fractures, to which the eartb.-
quake foci are also confined, were formed. The results obtained by
abyssal seismic sounding and other geophysical methods will have great
significance for the deeper study of the seismo-geologic structure of
the Akhalkalak highlandx~ fAbstracter's note; Complete translation.1
Card 2/2

PAPALASHVIU, V.G.
Seismicity of the territory of the Caspian Sea and adjacent regions.
Trudy Inst. geofiz. AN Gruz. SSR 19:59-69 160. (MIRA 14:9)
(Caspian Sea region--Seismology)

.- ICBELT~~~ ;;.11 PAPALASHVILI, V.G.
Some aspects of the seismic-tectonic conditions in the eastern
part of the Greater Caucasus and adjacent regions. Trudy Inst.
geofiz.AN Gruz.,SSH 22:15-4.1 164. (MIRA 18:12)

-1196MYO "IePs; DZEIMIMs Aele, devstvitel'W chlen.
Toile D'idista of the Upper Cretaceous of western Georgia. Soob,AN Grus.SSR
14 U0.1:17-18 153. Ow" 6:9)
1. AkRdeaVa nimk Ormstuskoy SU (for DshamIldze). 2, AkmAeaVa usuk
(;rnxinskoy 0% Inititut geologii I mineralogli. Thillel"(for 108611ani).
(luorg , 11--Ilibranchiata) (Samllibranchiata-,Georgia)

AGLADZE, R.I.i IOSELIANIp O.S.
Reduction of Chiatura manganese oxide ores and slurries by means
of acid tars. Trudy Inst. prikI. khIm. i elektrokhIm. AN Gruz.
SSR 2t15-29 161. (MIRA 16t8)
(Chiatura) (Manganebe ores)

IMILIANI, To; HATISHVILI, A.S., deyntvitelinyy chlen.
Development cycle of polynuclear mesothelial cells of the pericardium.
,Soob.AN Grux.SSR 13 no.9:555-559 152. (KLRL 6:5)
1.,Tbilisskiy GasudArstvennyy universitst in, Stalins, (for Ioseliani).
2..Akadenlya Nauk Grusinskoy SSR (for Natishvilt). (Cells) (Pericarium)

IOSELIAM, T.K.
Effects of the stirmlation of the substantia galatinose, of the
spinal cord. Soob.AN Gruz.SSR 21 no-5:599-606 N 158.
(MIRA 1215)
1. Alf GruzSSR. Institut fiziologii, Tbilisi. Predstavleno
akademikom I.S.Beritaovili.
kSPINAL CORD)

IOSELMI, T.K., Cand Biol Sci (diss) "Role of the gelatine-L4-
cubutance in the reflox activity of the epinal cord." Tbilisi,
1959. 11 pp (TIbi-lisi 6tate U im Stalin). 150 coPies
(0,09-591 103)

IOSELIANI,
Inhibition of signal reflexes during the stimu2ation of the gray
matter of the spinal cord. Soob. AN Gruz. SSR 22 no.4:455-460 AP
'59. (14;ilk' 12:9)
l.AN GruzSSR, Institut fiziologil, Tbilisi. Predstavleno akadeoikom
I.S. Beritashvili.
(MMUS) (SPINAL CORD)

IOSILIANI, T.K.
Wedensigr Inhibition in a frog nerve-musele preparations 71tiol.
shur. 45 Ao.4:467-"3 AP '59. (MINA 12:6)
1. From the I.S.BerItashvill Institute of Physiology, Georglan
SSR Academy of sciences, Tbilisi.
(MMV1 KUSCLIA PIRIPARATION,
pessixua phenomenon (Run))

IOSITPIANIV T*X.
Wfect of the strongQ' fzv*.qwnc7,q'an&,-.*-
0 pedoh of indiT*Oal
stdm," on-the,iWdbitlou 6f spinal ref2iimo. Uob. AN 1:60.
BSA 26 no.4455-459,10 161* 1428)
le~ Institut fisiologil AN Q*vAS8Rj, TUUxi. Pr*htavleno
akadamdkom I.S.',BirittfhTM4
(SPINILL CORD) (IMMM) (INHIBITON)

IOSELTA I$ T.K.
Role of the substantia. gelatinosa in the reflex activit f the a Iml
'oord. FisW. shur. 47 no,lOsl253-1259 0 161. TMIORL isiff
,I& Inatitut fisiologii #N Grusinskoy S.R., Voilisi.
WFINAL CORD),

IOSELIANI, T.K.; ONIMII, T.N.
Mechanism of pessimal inhibition. Nerv. sist. no-4:9-13 163
(MIRA 18:1)
Postacti-ation changes in excitation of the neuromuscular
apparatus, Ibid.tIJ+-17
1. Institut fiziologii 91 Gruzinskoy SSR, Tbilisi.

JOSELIANI. T.K.; COIANI, T.H.
Effect of strychnine poisoning an the reticular inhibition
of spinal reflexess Fiziol. zhe SSSR Sechenov 49 no.6t695-700
163 (MIRA 1721)
1. From the Institute of Physiology, Georgian S.S.R. Academy
of Sciences, Tbilisi*

ONIANI, T.1,11.; IOSELIAIII, T.K
Postactivation changes in the membrane-ikyofibril coupling of
striated muscle fibers. Soob. AN Gruz. SSR 36 no.3:691-697
D 64. (MIRA 18:3)
1. Institut fiziologii AN GruzSSR. Submitted January 4, 1964.

10Sff1-IANI,_T.K..,- NANEYSHVILI, T.L.; CHOKHELI, K.G.
Data on the interactIon of response* from the spinal cord in paired
Almulation of afferent nerves. Fiziol. zhur. 51 no.l-.65-70 ja 16c'.
(IMIRA 180)
1. Institut fiziologii Gruzinskoy MR, Tbilisi.

Inhibition of spinal reflexes at diffarent ataos of Ontogenatic
development in an1mals. Trudy Inst. fiziol. AN Graz. SSR.
143111-137 165. (MIRA 18S10)

DZOTSUIDZE, G.S.; DZH&MID23, A.I.. redaktor; IOSZ1JA I, T.N.
[Pre-Miocene effusive volcantem of Georgia) Domlotmenovyl of-
fuzivnyi vulkaniza Gratit. Tbilisi. lzd-vo Akademit nank Grazinskol
SSR, 1948. 404 P. (Akademita nauk Grazinskoi SSR. Tiflis. Institut
geologli I mineralogii. Monografil, no. 1) (MLHA 9:3)
1. DeystvitelOW chlen AN Grus. WM (for Dthanelidse).
(Georgia--Rocks, Igmeous)

ZUGINIMS, U.N.; IOSSLIANI, T.P.
Studying the poselbility for usIng dump blast furnace sla i
L
looking portland slag camout. Soob. AN Grus. SSR 22 no-317-2n94
Kr '59- (MIRA 12:6)
1.A11 GruzSSR, Institut prikladnoy khibli i alektrokhimii, Thi-..
lisi.'Predstavleno skademikom.R.I. Agladze.

PHASE I BOOK EXPLOITATION SOV/5277
Akademiya nauk Gruzinskoy SSR. Institut prikladnoy IdArnii I elektro-
tekhniki.
Trudy, t. I (Academy of Sciences of the Georgian SSR. Institute of Applied
Chemistry and Electrochemistry. Transactions) v. 1. Tiflis, 1960.
186 p. Errata slip inserted.
Personalities cannot be established In Georgian writing.
PURPOSE. This collection of articles is Intended for mineralogists; metal-
lurgist,s,and mining specialists.
COVERAGE: The collection contains articles concerning recent research on
ethods for treating antimony- and arsenic-bearing ores and carbonate
.
M
,ores of manganese. Research on thd electrochemical properties of certain~
ores and their electrodeposition is also discussed. The collection includes
Card 46~

It
Institute of Applied Chemistry (Cont. SOV/5277
studies on the corrosion and electrical properties of certain alloys,
studies of the properties of certain cements and cement components,
and studies of certain phases of the cement production process. The
following personalities are mentioned: Professor N. A. Figurovskiy and his
scientific assistant T. B. Gavrilova (p. 118, boltom); R. 1. Agladze,
Academician, AN GSSR (AS Georgian SSR) (p. 150); S. D. Dzhaparidze
and N. 1. Lagidze (p. 171). The articles which are written in Georgian
'InRussian. References accompany each
are followed by a resume
article.
TABLE OF CONTENTS:
1. Kakabadze, V. [Printed in Georgian) 3
2. Agladze, R. L, and V. N. Gaprindashvilt. Hydrometallurgical.
Processing. of Antimony Ores From the Zop'4hitskly. Deposit 49'
Card DO-$.

Instituteof Applied Chemistry (Cont.) SOV/5277
14. Zedginidze, Ye. N. , and N. A. Lagidze. Heat-Resistant Con-
cretes Based on Portland-Slag Cements From the Rustavskiy
Cement Factory 161
15. Zedginidz%..,Ye. N. , and T. P. loseliani. Testing Hydraulic
Sla~
Activity of Blast-Furnace g From a TranscEiucian Metal-
lurgieal Factory 171
16. Ioseliant, T. P. Problem of the Grindability of the Compo-
"i;~e_nt_s_-or-P-6r-f1_and- Slag Cement From the Rustavskiy Cement
Factory 177
17. Mchedlov-Petrosyan, O.P., Kh.l. Gogicheva, E.G. Khatiash-
vi-li, and G. K. Norakidze. Laboratory Study of the Effect of
Pressing Under a Vacuum on Certain Properties of Forsterite
Refractories 183
AVAILABLE: Library of Congress JA/rsm/bc
Card 5/5 12/5/61

DEMAT, M.P. L IOSEIDY
3KIL,-LV.j KOPERIN, V.V.; IIIKULISHIN, Yu.D.;
TSUXERWO D.P.; KORELINI D.S,j naucbnyy red.; LYTIW~1~49,
red, Izd-va; MOCHALINA, Z.S., tekbn. red.
[Plarmin the organization and execution of erecting work;
principal designs of the rigging of equipment]Proektirovanie
organizataii i proizvodatva montashrqkh rabot; osnovnye re-
sheniia takelazha oborudovaniia. Moskva, Gosstroiizdat, 1962.
182 P. (MIRA 15:12)
(Machiner7-Ereating work)

VERVEVKINA., A.K., inzb.; KOLCHINSKIY, Yu.L., inzh.; NIKOLAYEVSKIY,
Ye.Ye., inzh.; HODIONOVA, R.G., inzh.; RYAPOLO'V,, A.F.p
inzh.; SOKOL, I.A.p inzh.; SMLIE, S.L., inzh.;
EYDELINANT, L.B.p inzh.; ORLOV, V.R., kand. tekhn. nauk,'
retsenzent; YURGEL1.1 B.I... inzh., retsenzent; FOKIN, V.Ya.,
inzh.y nauchn. red.; VOLNYANSKII, A.K., glav. red.; SUDAKOV,
G.G.~ zamo glav. red.; IOS'EL0VSKIX,,,I.V., red.; VLARKOV, I.I.,
red.; MELINIK, V.I.., red.; ONKIN, A.K., red.; STAROVEROV,.
I.G., red.; TUSR4YAKOV, M.D., red.; CIM40V, A.V., red.
[Engineering pipelines for industrial enterprises] Tekhno-
logicheskie truboprovody promyshlennykh predpriiatii. Mo-
skva, Stroiizdat, 1964. 2 v. (MIlk 17:12)

VOLIBERG, N.Ye.; GAYD4:AK, K.N.; D:11LAT, M.P.; KOPERIN, V.V.;
~xOLOKANOV, A.V.; NAUNOV, V.G.; PAILAGIN, A.V.; TIMOLFEYEV,
A.I.; FRANTSUZOV., Ya.L.; V0121YANSKIY, A.K., glav. red.;
SUDAKOV, G.G., zam. glav. red.- 10 LOVSKrY I.V red
ORLOV, V.1-1.,p red.; ONKIN, A.K., rbd-.,
Ye.Ya., red.; KkRKOV, I.I., red.; VIELTIK, V.I., red.;
STAROVEROV, I.G.p red.; TUSWIAKOV, I.I.D., red.; CHERNOV,
A.V., red.; IMLOV, V.A., nauchn. red.
[Assembly of technological equipment of chemical plants]
141ontazh tekhnologicheskogo oborudovaniia khimicheskikh
zavodov. Moskva, Stroiizdat, 1964. 619 p.
(MIRA 17: 11)

OS Fl- )'Son"
USSR/Processes and Equipment for Chemical Industries - Control and Measuring Devices.
Automatic Regulation, K-2
Abet Journali Referat Zhur - Mitmlya, Wo 19, 1956, 6kooo
Author: Kovalevskiy, V. A., Iosellson, G. L., Kandyba.. V. V.
Institution: Kharlkov State Institute of Measures and Measuring Instruments
Title: Objective Spectropyrametric Unit SPK-l
Original
Periodical: Izmerit. tekhnika, 1956, No 2, 16-2o
Abstractt Description of the optical scheme, design and principle of operation
of the objective spectropyrometric unit SPK-l built at the Xharlkov
State Institute of Measures and Measuring Instruments for metrological
work on calibration of standard and sample measures of lumi osity and
coloration temperatures (temperature lamps). The unit operates ac-
cording to the modulation measuring method. The investigations car-
ried out have shown that accuracy of temperature measurement attain-
able by meams of the SPK-1 unit is of 0.030 at the "gold point" which
exceeds by more than 10 times the accuracy of standard optical
Card V2

USSR/Frocesses and Equipment for Chemical Industries - Control and Measuring Devices.
Automatic Regulation, K-2
Abst Journal: Referat Zhur - Ma", No 19, 1956,, 64ooo
Abstract: pyrometers. The unit makes it possible to enhance the accuracy of
such fundamental operations-of optical pyrometry as transmission of
scale of luminosity temperatureox provision of a scale of coloration
temperatures on the basis of the existing scale of luminosity tem-
peratures and the investigations of temperature lamps. It is re-
ported that at the present time a method is being developed.for ac-
curate measurement of the proportion of monochromatic lumi osities by
means of the SPX-l unit, which will permit to effect an extrapolation
of the International Scale of Temperatures with greater precision,
and to evolve as a final result the temperature scale by optical
method not from the solidification point of gold (1,0630) as V88
done hitherto, but from considerably lower temperatures. The solving
of the last mentioned problem would make it possible to determine
more precisely the values of high-te4erature reference points and
thus to approximate the International Scale with the thermodynamic
scale.
Card 2/2

24(0); 5(4); 6(2) PHASE I BWK EXPL40ZTATION SOV/2215
Vaesoyuznyy nauchno-inaledovatellskiy InstItut metrologil inent
U:~
D.X. Mandeleyeva .
Referaty nauchno-inaledovatel 'skIkh rabot; stsorn1k No. 2 (Scientific
Research Abstracts; Collection of Articles, Nr 2) Moscow,
Standart&Lz, 2956. 139 P. 1,000 copies printed.
Additional Sponsoring Agency: USSR. Komitat standartov, nor I
Ixaefttellnykh priborov.
9d.. 3. V. ReshotIna; ?*ch. Zd.t M. A. Toodratlyeva.
PURPWZ: These reports are intended for scientists, researchers,
and engineers engaged In developing standards, measures, and
gages for the various Industries.
COVERAME: The volume contains L28 reports on standards
sent and control. -The reports were prepared by Scientists of
Institutes of the Kcaltat standartov, nor I IzaeritelInyUh
priborov-pri Sovete nnistrov, 333R (Commission an Standards,
Measures, and Measuring Instruments under the USSR Council or
Ministers). The participating Institutes arcs VWIIX -
V8Q5QYuxnyY nauchno-iseledovatellakLy astroloall imeni D.I.
Mandoloyeva (All-Volon Scientlftc~Reaearch institute or Met-
rology Ineni D.Z.-Mandoloyev) in Leningrad; Sverdlovsk branch
Or tbls InxtItut*! VKIIX - Vaesoyuznyy nanchno-Iseledovatellakly
1natLtut K*mIteta standartov, nor I izmor_1taI'nykh priborov
(All-Union Scientific Research Institute of the Commission
an Standards, Measures, and Measuring instruments). created
from MOINIF - Koskovskly goaudarstv*nnyy Institut mar 1
I=erltelfnykh priborov (Moscow State InazItute of Measures
and Measuring Instruments) October Is 1955; VNIIFTRI -
Voesoyurnyy nauchno-loaledovatel-akLy InstItut fitiko-teklini-
4haskikh I rsdIotekhnI4che3k1kh lzmaren!y (All-Union ScIentiflo
Research institute or Pnysicotechnicai and Radlo-ongineering
Measurements) in Moscow; KhOXK1P - Khar-kovskly gosudx"tvenny-j
InstLtut nor I Lzmtritellnykh priborov (XbALr-kov State Institute
of Measures and Measuring Instruments); and NOINIP - Novost-
birsk.1y gosudarstvenyy Institut mar I 1zmerIteI$nykh priborov
(Novosibirsk State Institute or Measures and Measuring Inatru-
No personalities are mentio ad. There are no references.
S=tangard Optical Pyrometers for Measuring Temperatures up to
C 76
(KhOIMIP). Investigation of Radiation Pyro-
aetdiis In Order to Increase the Accuracy of Their Calibration TT
,Jt4nd.YbA-W- V A KovelOvOklY, Xf_A,_LLpAz!ako, 0,A. IS!IlLpgn,

--
-
_-Ubi
~L~DWT
and P
.
ng Objective PhotontlFtry
n
the
r Temperature ScaleS by the Optical Method in the
uc! !%?f
,~
U
_
I
3-3000 C Temperature Range
("'). Dasignsng and Studying Standard Tungsten
' t
-=
.r
Zpa
78
Levine, E.A., A-M-02J2901, and I..;. Designing
(VNIIN).
a Standard Color Pyrometer
79
Gordov. A.N.,
I.I. XLrenkov, and E.A. Lapin& (VNIIII). Devolopli"
O
a Now Method f Checking Optical Pyromaters 79
Card 16/ 27
_dgndyba V T.Te. Finkel-antep

V.A. IWVaIQVSkJ objee
,!,-d
a
(KhOMP). Designing and Studying an
or f,r,the CaLlbration of Tungsten ftvanoter Laos
.. .
..
.
..
.
.
(Xhalffp)~` D"elopinig an;i
d Themonaters
d
ar
hem8stat for Checking Stan
0,1 0 or LAOS
With

BOYAR IY, L,A,; GOOGY, A,N,;Q I -A - - KANDYBA, V.V.; KIRMOT,
I.I.;. PTAIVSKIT, T.A... 99WONWIA, G.A.; LAPIXIL.,J.JL;.
TARAYAM, KA.
Using the photoelectric method for'precise work in the field of
optical pyromtry. Trudy THIN no-36:23-32 158. (min 11:11)
(pyromtry)

S/115/62/000/005/002/006
E140/E435
AUTHORS: Iosellson Dzyuba, A.S.
TITLE: -Thermistor temperature control
PERIODICAL: Izmeritellnaya teRbnika, no-5, 1962, 23-24
TEXT: The authors describe a conventional temperature control
using a thermistor bridSe and double-triode vacuum-tube amplifier,
in which the temperature is maintained to within + 0.010C. The
Soviet thermi-stor type MT-4 is used. Reproducil~ility of
temperature is!0.02*C. There is 1 figure.
Card 1/1

ACCESSION NR: AP4017723 S/0294/63/001/003/0437/0442
HOR: Iosellson, G.- L.
AUT
ffi-
TITLE: Methods of automatic compensation of the radiation coe
cients in measurement of plasma temperature by its thermal radio
emission
SOURCE: Teplofizika vy*sokikh temperatur, v. Lmo. 3, -1963, 437-
442
TOPIC TAGS: plasma, plasma temperiture, plasma temperature measure .
ment, plasma radio emission, plasma thermal radio emission, radia-
tion coefficient, radiation coefficient compensation, black body
radiation, blackness coefficient
ABSTRACT: Two methods are described, developed at the Kharlkovskiy
gosudarstvenny*y institut-mer i izmeritellny*kh priborov (Khar'kov
S
tate Institute of Measures and Measuring Instruments) for thermal
Card 1/3

ACCESSION NR: AP4017723
radio-,emission'measurements.of plasma temperature. Unlike existinci
methods, these methods iatisfy the condition that the comparison
with the power of a standard black body used to eliminate the errors:
connected with the bandwidth uncertainty be made with the same ac-
curacy as the measurement of the power itself. The reflection co-
efficient is measured at exactly the same instant when the tempera-
ture is measured, from the same point of space, with the same an-
tenna, and with the same parameters as used for the measurement of
the radiation intensity. The measurements are furthermore made in
the same frequancy band. The first method consists of equalizing
the received power from the standard radiator under additional il-
lumination of the object '(G. L. losel'son, Author's Certificate No.
149914, 1961)o so as to eliminate the influence of the "blackness"
or radiation coefficient. This method'can be-used to measure tem-
peratures only to half the temperature of the standard radiator, and
is therefore limited. In the second method the temperature is de-
termined from the,ratio of the received power to tbe.power radiated
Card 2/3

ACCESSION XR: AP4017723
by the standard radiator operating in the pulsed mode. In this
method signal splitting devices (hybrid rings or twin-T bridges) are
used to ensure measurement of the reflection coefficient at the time.,
of the temperature measurement. it can be used at temperatures
above the standard source, but the complete elimination of the
blackness coefficient occurs only when the distance between the
object and the antenna is small. For a flat surface with blackness
coefficient 0.7 located up to 250 mra from the antenna the error does.-
not exceed 2%. Orig. art. has: 4 figures and 29 Aformulas.
ASSOCIATION: ICiarlkovskiy gos 'udarstvenny,*y institut mer iizmeri-
tel'ny*kh priborov (Xharlkov State Institute of Measures and Mea-
suring Instruments)
SUBMITTEDs' 26Ju163- DATE ACQ: 23Mar64 ENCL-.~ 00
SUB CODE:.:.- PH, AS -NO REP SOV: 005 OTHER: '001..
Cz d

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NM asumors"

BOOK ~=WITATIOM
k4c
,

Physiological-, principles:: in increasiII& human endurance to intense, heat: expo
-::,
(Firiologicbesidye- oar~ovy povysh4aya F-vywalivosti lyudey k Intensivnys epw-

m vozde$atviy Leningradt 4z, 1963,
p. biblio. 2,5W copi4is` hted
VY pr ,'~~'r:
-co di~w~
TOPIC TAGS: heat- biologio a faot*~.human physiology, respirator, working: n
tion, aning'*nginsering
PUPOSE AND COVMUE.. The: book deals,with'prdblema concerning man's endurance-0
intense he&'46. exposure, -in th* industrial eirvironment. The main occupations,
groups which confront ~prqbleis :treated in_this book are mine rescue workers,
gas rescue workers in metalluigical, chemical, and coal-tar chemical enter-

prices, workers concerned with hot patching of owlting and heating furnaces : ~ ,
and other Mating earegatea in different branches of industry, and fir~-.msn.
The author Vesents dat
a about.the orpnisn's physiological mechanism of
adaptibilit ,
y to high tiqpqrstures and humidity; this In the first attempt,td
discuss beat exposure lis these tem. The book Is intend9d for doctors -indu
Crd J/P_

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BMVMaY. I.Ye.; IOSILIZON. S.D.
---------
Afflotent methods In the manufacture of high alumina products.
Ognei4pory 18 no.9,.387-396 '53. (MIRA 11:10)
1#,Zhsrlkovskly Institut ogneuporov.
.(Refractory wterials)

Z..

IOSHIMOV, D.
TECHNOLOa
PERIODICAL: GOSPODAW WODNA. Vol. 18, no. 9, Sept. 1958
10SHIMOV, D. Distribution of investments and annual expeditures in multipurpose
hydraulic structures Tr. from the Bulgarian, P. 387.
Monthly List of East European Accessions (EEAI) LC Vol. 89 not 4.
April 1959, Unclas3

TEMMOLOGY
Periodicals TEMKA Vol. 7, no. 10, 1958
IOSHINOVp D. Determining the economic effect of irrigation. p. 10
Monthly List of East Buropean Accessions (EW) LC.q Vol. 8, No* 5p
May 1959, UnclAss.

IOSHINOV, Dako., inzho
Prime cost of production in a complex exploitation of construction
sites. Mddrotekh i melior 7 no-4:103-106 162.

I o -s 1A ov v - S .
25949
Dolg ebyeati kathpogo myeditoinakogo rabotnika (Myetodika organioatell mm. Prcm-
vyechyenlya v S.S.S.R.) Pyelldshyer i akusbyerka, 1949, No. 7v a. 38-43.
SO: Lotopial lio. 34

S/14i/60/003/0i/oo6/020
E192/E482
AUTHORS: Mogilevskiyo E. .9 Gits, I.D. and loshpa, B.A.
\Ilk
TITLE: Electronic Circuitry of the Volar ~Iagnetographs of
IZMIRAN (Institute of Earth M"alt"t am and Radio Wave
Propagation of the Academy of Sciences)
FERIODICALs Izvestiya vyashikh uchebnykh zavedeniy, Radiofizika,
1960, Vol 31 Nr 1, pp 67-71 (USSR)
ABSTRACTs The method of measurement of the magnetic fields of the
sun spots is based on the following principle. The
Zeeman components which are elliptically polarized in
various directions for different intensities in that
portion of the Fraunhoffer line which is selected by
means of a slit. By directing such a component onto a
photo-cathode by means of a light analyser, a modulated
light beam is obtained. From the depth of the
modulation it is possible to determine the magnitude of
the magnetic field. The situation is illustrated in
Card-1/5 Fig 1. The intensity of the magnetic field is

s/141/60/003/01/oo6/020
E192/E482
Electronic Circuitry of the Solar Magnetographs of IZMIRAN
(Institute of Earth Magnetism and Radio Wave Propagation of the
Academy of Sciences)
defined by
Hz XF(,Siyi)dJ/dK xF[,6iyi)d;5-,/d%
Card 2/5
where f is the difference between the light beams of
two components at a given point of the contour, k is
a parameter describing the magnitude of the Zeeman
effect for a given line, J is the intensity at a
given point of the contour, F is a function describing
the polarization of the experimental equipment,
4~= is the average radiationo M is the depth of the
modulation and X is the wavelength. It is seen therefore
that the measurement of Hz amounts to a simultaneous
measurement of ~.' and dJ/dk, This principle.of
measurement was first realized in IZMIRAN in 1953 (Ref 1).
The electronic c1rcultry of the measuring instrument
(magnetograph) should be designed in such a way that a

s/i4i/60/003/01/006/020
E192/E482
Electronic Circuitry of the Solar Magnetographs of IZMIRAN
(Institute of Earth Magnetism and Radio Wave Propagation of the
Academy of Sciences)
stable and reliable gain for the signal ~_ is obtained;
secondlyg the Doppler shift should be elim1nated, as well
as the asymmetry of the contour and its changes at
various spots of the sun. The first magnetograph of the
IZMIRAN was furnished with a mechanical light modulator
(see Fig 2). However, later investigations showed that
the modulation frequency had to be increased to above
200 c/s. For this purpose the mechanical modulator
was replaced by an electro-optical modulator (Ref,7)-
A Kerr cell was employed as the modulator and this
operated at the frequency of 225 c/s (see Fig 3).
Further development of the instrument aimed at the
increase of the'signal-noise ratio. It was found that
this could be achieved by employing a balanced method
of signal reception. In this case, the amplifier was in
the form of a photo-multiplier and a narrow-band
Card 3/5 amplifier. The signal applied to the measuring device

s/141/60/003/ol/oo6/020
E192/E482
Electronic Circuitry of the Solar Magnetographs of IZMIRAN
(Institute of Earth Magnetism and Radio Wave Propagation of the
Academy of Sciences)
was compensated so as to obtain a zero resultant
voltage. The block schematic of the resulting
magnetograph is shown in Fig 4. The device consists
of: (1) Kerr tell, (2) d *c. voltage source,
(3) amplifier, (4) a photo-multiplier, (5) a supply
source for the photo-multiplier, (6) a recording
device, (7) an audio generator, (8) an amplifier
(operating 225 c/s and having a band-width of 5 c/s),
(9) a phase detectors (10) feed-back loop,
(11) recorder of the signal V., and T7 a polaroid.
In order to determine the true value of the measured
field it is necessary to ensure that the position of
the output slit on the contour of the line is rigidly
fixed during the measurement. In practice, this
condition is very difficult to meet. Consequently a
system in which the contour wobbles along the slit was
Card 4/5 introduced. In this the slit always passes through

s/141/6o/oo3/ol/006/020
E192/082
Electronic Circuitry of the Solar Magnetographs of 1ZHIRAN
(Institute of Earth Magnetism and Radio Wave Propagation of the
Academy of Sciences)
that point of the contour which has a maximum value of
dJ/dh. When the contour is displaced, the signal is
modulated at the wobbling frequency. The depth of this
modulation gives the magnitude of the displacement.
Subsequently, the resulting signal is applied to a
feedback circuit which returns the contour line into
the position such that the slit "cuts" a linear portion
of the contour. A device operating on this principle is
illustrated in Fig 5. There are 5 figures and
8 references, 6 of which are Soviet, 1 German and
I English.
ASSOCIATION:Instltut zemnogo magnetizma i rasprostraneniya
radiovoln AN SSSR (Institute of Earth Magnetism and
Rnd!Q-Vay& Propagation of AS USSR)
SUBMITTED: March 18, 1959
Card 5/5

3/203/62/002/001/018/019
102:5/1223
AUTHOR: Ioshpa,B.A.
TITLE: Measurement of magnetic fields in solar prominences
PERIODICAL: Geomagnetim i Aeronomiya, v.20 noel, 1962, 172-176
TEXP: The longitudinal component of the magnetic field in*active
prominences was measured. A block-diagram' and description of the
solar inngnetograph are given. Two plans plates, a crystal light
modulator (ammonium phosphate) and a polaroid are placed before
the exit alit of the spectrograph (focal length 10m). one of the
plane plates is oscillated With a frequency of 15 cpao The
aniplitude of the oscillations and the thickness of the plate are
choseh so that on17 one wing of the observod line falls on the -
exit slit. The measuromento of the magnetic field in prominences
,was made on the line Ed 'In the second order of the diffraction grid
of the spectrograph (r'03olving power - 180000, dispersion
0.9h/mm)e The calibration was made on the absorption line H in a
Card V2

S/203/62/002/001/018/019
1023/1223
Measurement of magnetic fields.*.
non-disturbed region of the solar disk. Results of measurements
of four prominences recorded during July - August 1961 are given@
The magnetic field in active prominences is of the order of 100-
200 gausse There are 7 figures.
ASSOCIATION: Institut zemnogo*magnetizma, lonosfery i
rasprostraneniya radiovolu Akademii nauk SSSR
(Institute of Terrestrial Magnetism,' Ionosphere
and Radiowave Propagation, Academy of Sciences
IJSSR)
L.)UB14ITTED: December 5, 1961
Card 2/2

43165
6/203/62/002/003/017./OPI,
1023/1250
AUTTIOR loshpn, B.A. and Obridko,, V.k.
TIT LE The mean"rement of the total magnetic field vector on
the Sun by. a photoelectric magnstograph
PEVIODICAL., Geomgpe lxm I Aeronomlyn, Y.2,, no.3, 1062, 541,0544 1
TEXT: The Aethod is based on solution of-the equations of radiation,
transfer In a magnatic field In the presence of true absorption only,
'for Stokos' parameters. The radiation is Incident on a crystal,
optical modulator and then analyzed by a pplaroid the axis of which
forms an nngle of 450 with the axon of the oryntale- The Intensity
of radiation la than
X, qPin 2 Tooxi~ + V Sir*
where I,, V - Stokes' parameters, angle batwe the direction!
of the magnetic field and the axis of the orvstal, phase d if-
ference introduced by the crystals -It is shown how to calculate the'.
Stokes parameters from the expertmental date* There are 2 tables#
Card 1/2

S/203J62/002/003/017/021
1023/1250
.The measurement of the total...
2 references* Most Important reference; T1, Unnoe Puble Astrone Soce
Japan., 1956,, 108.
AS'S OC IAT I ON iInatitut zemnogo mg-nottzma, iono3fer7 i rReprostra-
neniva radlovoln Akademil nauk SBSR (Institute for
Terrestriel Vzenetizm, Ionosphere and Radlowave
Propagationp Academy of Sciences TISSR)
SUMITTED: January 30,1 1962
q:
Card. 2/27,

ZHULINJ, I.A.; IOSHU, B.A.; MOGILMKIY, E.I.
Hwatic fields on the sun, C*omg. i aer. 2 no,058346-41-4 'dL
(Hapetic fiolds (Coamd� physics)) (sun)

IOSHPAt B.A.; MOGILEVSKIY; E, Lp OBRIDKOI V.K*
Observations of the.-free of force magnetic field on the Sun and the
questions of generation of-corpusoular geoeffeotive streams. (USSR)
Report submitted for the 4th International Space Symposium (COSPAR)
14a~sawf 2-12 June 63

L i3io6-6,3 F. . . .... ...
47i ACCESSION NR.
AP3003420,,-:
-6d to-.find-.the Stokes, P-ai_~'Lmw
-'and --The re4u
0.
isite
equations are d
The'
i riv6d.:: proposed phot6616 tric'i4ethod:ls.superior to 'W. Budd , o
that~proposed by
~Appl. O'ptics i - 1, 201., 1962) it 'allbi ot'deterninin g,all,four St6kes.-para-
me
ters instoad;.of.only.-three.' An instrument based on the
described-principle has,
been constructed an& is -~,b6i~j Aiied.-to'measure the spatial orientation and magnitu(b::
I- of themagneiic vectors on the the-Stokes parameters of 'the e1-_
A liptically polarized radiation. In, i o_lAr absorption lines.
- The accuracy,,may, attain-,

6
-1 part in 10 or-10 depending on t e-sensitiVity'df th photomultiplier
Or g
art. has: d
32 formulas an 2 gures.
ATI riohe
ASSOCI ON

2.
:3OJul63
SUBMITTED: 99ov6
ENCL
60:~:~~

-

i SUB CODE.
SD
PH
005'~
-
A

2/2:
cc
rd

IOSHPA.
Magnetic fields in solar prominences. Geomag. i aer. 3 no.6:1125-
1126 N-D 163a (MIRA 16s12)
1. Institut zeanogo magnetizma, ionosfery *~!vasprostraneniya
radlovoln AN SSSR.

ACCESSION NRI API.013134, S/0203/64/004/001/0017/0025
AUTHORSs loohpa, B. A.; Obridko, V. N.
TITLEs- Measurement of the total magnetic field vector on the sun
UOURCEs Goomagnoti= i aerenomiya, v. 4o no. 1,1964, 17-25
TOPIC TAGS: solar magnetic field, magnetic field measurement, Stokes parameter,
ab4prption line, sunspot-
ABSTRACT; A method for measuring the magnitude and direction of the magnetic
field on the sun has been developed.- and the Stokes parameters, which completely
describe the polarization of radiation, can be measured simultaneously. The
Stokes parameters are given by the relations
U 2~1 tj cos (a,
V 2t, tj shi (a,
where S and f2 are the amplitudes of tho electric vector along two mutually
perpendicular axes (and perpendicular to the line of sight) of an arbitrary coor-
dinate system,, and E - 6 is their phase difference. A variable voltago is
Card 113 11 2

ACCESSION NR: AP4013134
applied to an electrooptical crystal of ammonium phosphate ouch that the phase
difference varies as JTisin wt. A quarter-wave plato is placed in front* of the
crystal with the angle between the ordinary axis of the plate and the crystal axis
set at 30 0. Three measuring devices are situated behind the crystal: one at the
fundamental modulation frequency adds the signals from both wings of the absorption
line, the other two, at twice the fundamental frequency, respectively add and
subtract the signals from the line winfro. lt- is shown that the measured intonsi-
tigs are then given by 1.+'= 0,55 Q-ain"2(D,-
1,+'.= 0,23sin 60"' 0 COS 2(D,'*
.19,i- - 0, 23 cos 60s" V
whore 6 is the angle between the ordinary axis of Vic plate and the projection
of the magnetic field vector in a plane perpendicular to the line of sight. The
component of constant intensity is .. : . I .. . -.. .". . 1.
1. 0,5J 0,24Q coo 20 sin 60".
r it 0.5 J. The magnetic field intensity H and the antile 140 betwoon -the field vector
and the line of sight can then be found from the expressions
V kJ1 (M cos i0,
Card 2/3

ACCESSION NRs AP4013134
'2 k/3 (H). A n'
where the coefficient k is found by calibration of tho"signks. The fivi-tAo'l.-
f
l(H) and f201) are shown on a graph. As an eiamplo It, I, and H 1, are p.
the region of a sun spot group observed June 14, 1963. The lower limits of dotect-
ability are 150 oersteds for H.Land 7 oersteds for H,I. The authors exprois thanks
to E. I Mogilevskiy for formulation of the problem and helpful discussiono, to
.0. 1. Vasillyova for help in computations, to A. N. Savranskaya and Z. D.
Aleksashina for preparation of Lhematerial and adjustment of apparatus. Orig.
art. has: 17 equations and 6 graphs.
'ASSOCIATION: Institut zemnogo magnotizma, ionosfery*i rasprostranoniya radlovoln
AN SSSR (Institute of Terrestrial Magnetism, Ionosphere, and Radio Wave Propaga-
tion AN SSSR)
SUBMITTIEDs l9Dec62 DATE ACQ: O2Mar64 ENCL.- 00
SUB COW: AA NO W SOV, 004 OTHER: 003
Card-,

IOSHPA B,A OBRIDKO, V*N.
Measurements of the magnitude and direction of the magnetic field
in the region of sunspots. Astrorizbur. 40 no.6:1013-1015 N-D
163. (MM 160A)
1. Institut zemnogo magnetizma. AN MR,

Aili,03-111395 SOURCE CODE:
T HO -i%":_ loshp i, -ilevskiy, E. !.
__P~ Moo
TIT LJ~: IZMI-RA.N m,a t aph for determination of longitudinal component of
gnp ogr.
111,1,,zictic fields of active areas
SOURCE: Ref. zh. Astronomiya, Abs. 8. 51. 417
RTEF SOURCE: Sb. Solncchn. aktivnost'. No. 21. M. Nauka, 1965, 11103-130
W
TOPIC TAGS: solar magnetic field, spectral line, pliotomLiltiplier/IZIlIrA.LN'
magnetograph
It ABSTRACT: A dettrdler! description is given of the IZMIRA.\' magne'LograDh deter-
mining the longi'i1,,,,-:- .,'- component of a field. The magnetograph is built according
to an original design, which unlike the generally accepted Babcock design, uses
only one photomultiplier to make measurements of the magnotic field along both
F-
wings of the spectral line. A block diagram and electron diagrams of the maaneto-
(Traph, as well as formulas for calculation of the working parameters of the diagrams
and the calibration of the instrument are presented. (See also RZhAstr, 1963,
1. 51. 383). Bibliography hasIG references. (Translation of abstract]
C,,-d 1/1 SUB CODE: 08, 09, 20/./..f UDC,.;.522. 417,

T.
ACC "" AR6033094
GW
SOURCE CoDrs: UR/0269/66/000/00710054/0054
AUTHOR: Ios~PA' Aj, Q~ridko,_V. N.
TITLE. Full vector photoelectric magnetograph
SOURCE: Ref. zh. Astronomiya, Abs. 7. 51. 381
REF SOURCE: Sb. Solnechn. aktivnost', No. 2, M., Nauka, 1965, 131-148
TOPIC TAGS: magnetie field, solar magnetic field, magnetograph, solar
magnetograph, photoelectric mbgnetograph, magnetic vector. magnetic field
measurement
ABSTRACT: A description is given'of the solar magnetogr.~p4j?j~gR'AN.
qualitative description is presented of thg ~i ii!~~iatneous re'gistration of,
all the components of the magnetic vector. Procedures for checking the operation
of the circuit are described and evaluations are made of possible errors (several
A presentation is made of the theory and methods used in calibrating observa-
tions, and formulas are cited which relate measured Stokes parameters to the
magnetic field parameters (accuracy 10-20%). Recording accuracy at a voltage
potential of 6. 2 kv on the AD.P is go, gas
Card 1/2 UDC: 522.56.

~3 2-67
NRt AR60330'94

e-75/Pcj-4 fi
L 348W-65 EWT t'1)/EWG(V)/EEQ-'-~-Uq(t)P G
5/0286/65/000/00h/0070/0070
7to C L'SION Rt AP5()07h46
Ioshpa, B. A.; Zhulin, I. A.
AUTHORS: MogilevskiYp B- I J
fields in the solar at
TITT-.'P.-. Device for MgMalngjLeak local magnetic
16847-
Class 42, tio.
SOUF,r1-T.- Byulleten' izobreteniy i. tovarnykh znakov, no. 4, 1965, 70
V/
V
TOPIC TAGS3 -Z2 a" magnatic,fieldi solar atmosphere
ABSTRACT: This Author Certificate presents a device for wasuring weak- local
magnetic fields in the solar atmosphere, containing a tower telescope,, spemtro-
graph, and magnstograph. To investigate simultaneously the magnatic fields at
two levels of the solar atmospherej to measure the variable component of the
modulated light., and to increase the accuracy of determining the positis)-i of the
investigated region on the sun, a double-channel coupled magnatograph is
Each channel contains one photomultiplier and an additional modulation ciilfuit
with optical-electromechanical feeo back. Additional rairrors arn used in the
spectrographe To utilize the light reflectied frora ths polished Jaws of blis anpul
alit of the spectrooraphj, a monochromatic guide is used.
Ccrd l/?

7,
L ~1;000-_~'5 ENT(l) HG(v)/EEC~4 G1
2,-
ir"'T -N P: AP5
62075
TJF./oo33//5/o42/00410754/0756
523-752
AUTHOR'. Ioshpa, B. A. .10
71TLE: On the problem of the heating of prominences
iSOURCE: Astr,onomi6heskiy:-zhurn~l,-V-,-440:, no. 4,1965, 754-756
TOPIC TAGS,: Dro;~dnence"_,s.olar coroda, nonlinear differential equation, heat con-
Iductivity, plasmat6 Wir~ture's magnetic field
ABSTRACT: The problem of the heating of prominences in the solar coruna is dis-
cussed. The nonlinear equation of heat conductivity in plassma does not have an
,exact solution. Solutions are obtained by using approximations. The author dis-
cusses the problem of temporary changes of temperature in prominences and solves
the problem, taking into consideration the nonlinear dependence of the coefficient
of ~hermai ccriductivity upon the plasma temperature. The thermal conductivity
equation is taken from Landau and Lifshits' te);tbook Mekhanika sploshnykh Bred
N,-?,-Lanics of Solid Media) and transformed front a partial differential equation to
an ,-rJlns~ry differential equation. This equation is solved with the aid of several
arbitrarV assumptions and the introduction of a function of a dimensionless param-
Sard__l 2

I 63ooo-65.
kCCESSION NR: AP5020675
i
leter. This :-~.inction is expanded into series and represented graphically. It rep-
.reserts the propagation of the thermal wave into the prominence. The time required'
rr-r '-,- -t!-in~, i~ prominence consisting of filaments vtiries fr-,-Tr, --~ t,-.) 2500 sec, de-
pendj.ng upon the size of the prominence. Prominences of long duration can exist if
they have a magnetic field which impedes heating. Orig. art. has; I figure and
.10 formulas.
ASSOCIATION: Institut zemogo magnetic= ionosfery, i rasprostraneniya radiovolh
Akademii nauk SSSR (Institute of Terrestrial Matmetism, Ionosphere. and Propagation
Waves, Academy 6-f Sciences SSSR)
!SMfl*TTED: 16Nov64 ENCL: 00 SUB CODE: AA-
NO PJIF SOV: 005 oo4
2/2

i ACC NRi AR6028758 SOURCE CODEt UR/0269/66/000/006/0055/0055
AUTHOR: Mogilevskiy,,E. I.; Zhulin, 1. A.; Ioshpa, B. A.
TITLE: The IZMIRAN solar tower installation
SOURCE: Ref. zh. Astronomiya, Abs. 6.51.434
,REF SOURCE: Sb. Solnechn. aktivnost'. No. 2. M., Nauka, 1965, 108-117
!TOPIC TAGS: solar telescope, solar spectrum, spectrographic' analysis
:TRANSLATION: The ATB-3 IZMIRAN solar tower is described.. The mirrors of the coelostal
group (D = 440 mm) are mounted on the upper end of a special tube which houses the en-
,tire optical assembly. The clock mechanism is controlled by a 3G-11 sound generator
'ithrough a power amplifier. The main mirror of the telescope has the following para-
-nieters: D = 375 mm , F = 17 m; the.Cassegrainian reflection is F= 27 m. The tele-
I
.scop-~ is equipped with a complex horizontal spectral assembly which operates as a spec-
Itrograph, a spectrometer, a spectioheliograph, and a spectrohelioscope. The spectro-
graph uses mirrors with F =10 m; the GOI diffraction grating his 600 lines/mm. The
th
lhalfwidth of the instrumental profile in the IV -order is 0.026 A (this is larger that
I
1the theoretical value by a factor of 1*4). The installation is equipped with a mono-'
1chromatic guide. ror visual and photographic observations in the Ho line (an IPF by
UDC: 522.56
I Card 1/2

L 08926-67 EWT (I
ACC NRt AR6025347
GW
SOURCB'CODB: UlVO269/6
AUTHOR:. Xoshpa, B.A.; Obridko, V. N.
TITLE: On the mea~urement-of ray velocities on a full Vector magnetograph
SOURM. Ref. zh. Astronomiya, Ab-s. 4.51.456
REP SOURCE; Solncchnyye dannyye,.no. 5, 1965, 62-65
TOPIC TAGS: Sun, -n=Amagnetic field, 8=t= magnetometer,
ABSTRACT: Errors in the determination of ray velocities on a magnetograph measuring
the full magnetic vector of-the magnetic field of the SunVare discussed. Magnetic fie-,
Id measurement with the magnetograph is usually made on two wings of the. riiGneto-ac-
tive line. The-compensator works so as to equalize intensities at the portions of oth
wings of the line on vihich'measurements are made. Usually, this corresponds to
a sym-
metrical location of the line relative to the input slits of the magnetograph. During
measurement of the full vector, an ancillary plate is placed in front of the analyzer
di
of the circularly polarized light; the plate contributes approximately a_1,',/2 phase
fference between the,ordinary and the extraordinary ray. Thus the"circularly pol;irize4
a,- comp
ohent radiation is transformed by the plate into a linearly polarized one,
with the direction of polarization of one component in the polaroid plane, and that d
the other - perpendicular to it. Therefore,in the presence of 'the longitudinal-field
component the radiation intensity reaching the ~hotomultiplier cathode fran sYMI-metri-
1/2
UDC 52Z056-523.76_

L 08926-67
ACC NR- AR6025347
'VT cally.located (with respect to the center of the line) portions, w 11 be different,
i
with the maximum difference occuring with the plate located coaxially with the ADP
crystal. 71iis leads to a shift of the line with respect to the symmetric locatioA,..
to a false signal on the ray velocity recorder(which is a maximum in the absence
',the AD? crystal).If the crystal is present, and is thus bringing phase shifts c-~An-
-ging from 4fV2 to -,T/2, the time average of the intensity differences which are sym-
metrical relative to the center of the line of portions' - decreases; however, the cr-:
ror may still be large. An increase of the crystal voltage decreases the error, which
b,
can be reduced to zero because the difference of intensities at has a sign
opposite to that at 6