SCIENTIFIC ABSTRACT IOSIFOV, M. - IOSILEVICH, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000518720010-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IOSI~-Ov, 1--!.
"Ceresa bubulaus F. (Hem. Hom. Membracidae); the three hopper,a new eneRw of the
fruit trees indithe luberne in Bulgaria."
P. 569 (Izvestii) Vol. 7. no. 7, 1956. Solla, Bulgaria
SO: Monthly Index of East European Accessions (EW ) LC, Vol. 7, no. 5, May 1958

V IOSIFUV, M.
ItSecond report on the Heidptem in Bulgaria."
P. 577 (Izvestia) Vol. 7, no. 79 1956. Sofia,Bulgaria
SO: Monthly Index of East European Accessions (EM ) LC, V61. 7, no. 5, May 1958

ioslyov, M.
"Forma macroptera of the species Dio2halus hispidulus Reb. (Hem. Het.) in German."
P-581 (Izvestia) Vol. 7., no. 7, 1956. Sofia:i Bulgaria
SO: Monthl~ Index of East %ropean Accessions (FXAI) LC, Vol. 7,, no. 5, hay 1958

- " 11
JnZ;C
BULC
iiba Jjur Zhur BiDl. 6 8 3, "1
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bubalub -..- x~ .-.ow Pcslu- of -','rLiit Trc..~.L3 and
T it I r-,, a
LuCLr1,',,- in
Or i,- 2i~b ~~,-soi. in-t 1057, Xn, 6, 569-575
.1b,.,-'U-r,: ct -_-;L) Zbstr,:ct,
17
BULGARIA General and -Spacial Zoology. Insects.
Systematics and Faunistics.
Abs Tour: Ref Zhur Biol., No 14, 1958, 63876.
Author ;Josifov, LL-
Inst : Zoological Institute of the Bulgarian A9.
Title : Homiptara in Bulgaria. Second Ooamunication.
Orig Pub: Izv. Zool. in-t Bulg. &N, 1957, kn. 6, 577-580.
Abstract: No abstract.
Card 1/1
p

IDSIFOV M.
Species formation and propagation of the insects of the Hatereptera
order in Bulgaria. Izv Zool Inst BAN 9:107-177 160.
(zRkI 10:9)
(Bnlgaria~Ksteroptera)

IOSIFOV, M.
Halobiotic and balopbytic heteropters along the Black Sea littoial.
Isv Zool inst BAN lOs5-37 161. (ERAI 10:9/10)
(Noteroptera)

Y05I.- Y
0
SURNAMEV Given Nam"
Bulgaria
Countrys
Ac&dsmio DegrOW, not t;iven
Unlia"I Junior Scientific Gollaborator at the Zoological Inatituto ar
the Bulgarian Academy of Sciences (zo-o-i-o-gTc--Ec-g;la-l-n-c-t-ft-u-rprj.
Bulgarskata Akademiya na Naukita)
Sofial Prirodag Vol X1, No 4g July/Augitat 2961g,pp 100-102
11 250 Years &in** Atarabam Tremble's Birth.

m. [iosifov., x.]
Eurydema eckerleini N, SP.p nev opecies in the family Penta-
teeddae on the Ioland of Crete (R6mipteral Heteroptera),.
JDokLadY BAN 14 no.42397-400 161.
lo Z00109ischeo Institut an der Bulgarisohen Akademie der
Wiseenschaften.'Iorgelogt von Akademiemiglied I, Buresch
II. Bureshl.

I031FLIVI Mitmil, kand-Idar, na blologichrate na:uki
Biological method Gf figairg Injuvious inj3eats. Frl-roda Bulg
1) noo3j22-25 My-Je 164.

(',)w;.oslt!rn and dt-,4t:1.1yition ur Uifjl~ 3jwJcs ot thq Heteropters
O,Y,de)- In Bul--,rl!l. lyv Yool lj,st, RAN:83-.~O 16 1 S41
rv -

SOV/124-57-4-4406
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 4, p 78 (USSR)
AUTHOR: Ios if ov, M.N.
TITLE: The Aerodynamics of the Flow Past the Heating Surface of Fire-tube
Boilers (Aerodinamika protsessov obduvki poverkhnosti nagreva
ognetrubnykh parovykh kotlov)
PERIODICAL: Tr. Leningr. in-ta inzh. vod. transp., 1955, Nr 22, pp 144-151
ABSTRACT: The problem of the rriechanism of'the flow past a surface is discussed.
The author is of the opinion that the magnitude of'the friction stress
acting tangeintia.lly to the"wall js a decisive, factor. " It is established
tY. -that the conditions of blowiti' must be such as to ensure a sufficiently
9
small thickness,of. the-lamittak subla, er (the thickness of which must
'Y
not exceed the height 61 theliTTegularities on the wall surface). On the
basis of this require.ment a di~,sign technique is developed which
reduces to the determination of a minimal (11critical'.9 velocity of
blowing required. The effectiveness of blowing is charatterized by
the ratio'between the actual and the "critical" velocity. Means of
increasing the effectiveness of the blowing process are examined.
Card 1/1 A..A:. Gukhman

SOV/124-57-4-4400
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 4, p 78 (USSR)
AUTHOR: Iosifov, M. N.
TITLE: Analysis of Various Methods of Directing the Flow Onto the Heating
Surfaces of Marine Steam Boilers (Analiz sposobov obduvki poverkh-
nostey nagreva sudovykh parovykh kotlov)
PERIODICAL: Tr. Leningr. in-ta inzh. vod. cransp., 1956, Nr 23, pp 154-164
ABSTRACT: Bibliographic entry.
Card 1/1

ARNOL ID Leonid Vladimirovich; IOSI:FCV, Mikhail Nikanorovich; AKINOV,
'P*P.p prof., retoonze-a-j-IFIRROV, S.A.
tek" red.
[Thermodynamice,,beat transfer,, and power equipment of hoist-
ing &W conveying mschinerY]Termodinami a,9 teploperedacha i
teplosilovoe oborudovanie podwe=o-transportnykh mashin. Pod
redo L.V.Arnolldas' Leningrads Izd-vo "Rechnoi transport
1962* W pe (MIRA 15:311
(Gas and oil engines) (Hoisting machinery)
. (Tbarmodynamics)

cc sslo
E
-,A: 7

_~IFOVp M.N., kand. teklin. nauk, dotoent
Some results of aerodynamic: tests of turbulizers with opposing
flow twist. Izv. vys. ucheb. zav.; energ. 7 no.9:54-60 S 164.
(MIRA 17;11)
1. Leningradakiy institut 11odnogn transporta. Predstavlena kafed-
roy termodinamiki i obshchey teplotekhniki.

MAINKHARD, Teodor.? inzh.; IOSIFOV, Nikolai, inzh., asistent; GEORGIEV,
Veselin, inzh.
Semiautomated production of crates for grapes. Durvomebel
prom 6 no. 2:27-32 Mr-Ap 163.
1. Durzhavno industrailno predpriiatie "Furnir-Parket"
(for Mainkhard),
2. Vissh lesotekhnicheski institut (for Iosifov).

IOSIFOV. P.-A.9 CHUGUNOV; I. N.
Lumbering
For advanced methods of work in lumbering. Les.prom. 12 No. 2, 1952.
Monthl List of Russian Accessions, Library of Congress, July -195A, Uncl.
2

USIcilo, N.A.; IOSIFOV, P.A., Inshaner.
What prevents the over-all mechanization of lumbering. Makh.trud.
rab. 11 no.1:22-25 J& 1.57. (KLRA 10:5)
l.Machallnik kombinsta Kirles (for Usenko).
(Lumberinc-Machinery)

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the app. ad. Xe
060 a smol.-tomm. Oak Ed dw sm. Is illus.
00j, trated. U.- Ibid. 106. No. 6, W70.--Cumstructions 890
for the prepo. of pkeb frams wW dWv. with mW with- L46 0
out tbe rmovery ed Ow scid, we illustrated. Many ad-
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ve 1frAting. Hot rtsidual oil is mixed with acid sludge and

00 j the milt. (150*) is Passed into settling vevseli kept at
this temp. The top layer is fuel-oil (it may bc u%cd in
00c) Pon as the stock- for prepg. the mixt.). Theintcrmediate
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ICSIFCV, S. 5.
Feb 51:
33jec ii1city Noteri 1nduration,
StArting
el-.Cage Induction Motor With Inserted Start-
ing Bare," S. S. Iosifov, Cand Tech Sci, "Azneftew-
Proyekt" Trust
"Elektrichestvo" No 2, pp 71-76
Descriptiqn, theory, and operating data on subject
zotors,'built.by "Kaganovichneftl" TTuat. More
than'100,giuch motors vith combined power total-
ing better than 15,000 kv all remade froq wound-
rotor motars, are in operation at various oil
enterprisets and -plants. Submitted 9 Jun 50-
178T116'

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103 mvl S. S.
Electric insulators and insulation
Inspecting electric aerial transinission lines for breaks of hook. insulators and s,,ringirw,,
suspended insulator strings, Elek. sta. 24, 11o. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, 1-~--Y .1953. Unclassified.

Now principle of switching and protection in network of 3-6-10 kv
in oil fields and refineries; discussion. Xnerg.blul no.1 Ja '057,
(MLIA 10:1)
(Ilectric switchgear) (Petroleum industry--Zlectrie equipment)

ILIMEMp T.N.; 49~~~
Influence of graving conditions on the alkaloid content of the
opium poppy* Trudy VILAR no. 31:237-246 159. (MIR& .14:2)
(POPPY) (CROPS AIND CLIMATI)

DIKITROV, V.; IOSIFOVA, R.
Oh novocaine therapy of tbyrotoxicoais (preliminary coamunication).
Suvrem med.p Sofia no.3:119-121 161.
1. Vutreabno otdolen.is pri Ciradekata obedinena bolnitea, Dimitrovo.
(Glaven lekar B. Ivanov.)
(HrFEWROIDISH ther) (PROCAINF. ther)

Ye. V.
IOSI-V'uIVt., Ye. U: "Freely-released and dissolve(; grases from
Ratsct;ta Novochcrktssk, l""'. Acad Sci HyOro-
che,mical lnst. (Dissertations for the Ii-egree of Candidatc; of
Chemical Sciences)
SO: Knizhnaya letopisl, No. 52, 24 Dccer..bcr 1955. lioscow.

I09IFOVA, Te.Y.
Metbods of collecting, separating, and analyzing gases con-
tained in u1neral waters. Gldrokhim.mat. 29:195-204 159-
(KM& 13:5)
1. Institut revmtism Iment I.T.StalinaFiziko-khimichaskaya i
gazovaya Ifibnratorlya, Sochi.
(Mineral watere) (Gases-4nalysis)

IOSIFGVA# Y-e.V,
Method of preparing oulfide.baths by diluting hydrogen sulfide
water with..fresh. Vop.kur.i fizioter.i lech.fiz.kult. 27
no.3:260-262 YT-Je 062. (MIRA 15:9)
1. Iz fiziko-khimichaskoy laboratorii (zav. kand.khimicheskikb
nauk Ye.V.Iosifova) Sochinskogo instituta, revmatizma.
(MINERAL WATERS, SULFUROUS)

IOSIFOVA, Ye. V., kand.med. nauk
~~chemic~l characterist ics of the *blue* (nitrogen-
methane) Hatoesta, Baths. Vop.kur., firdoter. i lech. fix.
kullt. 27 no.4050-352 Jl-Ag'62 (14M 16111)
1. Iz fiziko-khimiazeakoy laboratorii (zav.-kand.khimenauk
Ye.V.Iosifova) Sochlnskogo institata, revmatizma (direktor
Prof. M.M.Shikhov).

IOSIFOVA, Ye.V.
Penetration of methane into the human W.n in btdneologlcal
procedurev. Vop. kur. fizioter. I lech. fiz. kullt. 28 no-3-
259-263 ',Iy;-.Je 163. (MIRA 17:5)
1. Iz Sochinskoco ins tituta-revma tiz.-na (dir. Prof. M.M. Shikhov).

KASHTPIIOV) I.N.., glav. red.; BEREZIN, V.P., red.;
POTEMKIN) S.V., red.; SHILO, N.A., doktor
geol.-miner. nauk, prof., red.; FROLOVA, M.F.p red.
[10 years of Magadrn Province] 10 let Magadanskoi oblasti.
-Magadan, MagadansIcoe knizhnoe izd-vo, 1963. 210 p.
(MIRA 17:8)
1. Direktor kompleksnogo nauchno-issledovatellskogo insti-
tuta Sibirskogo otdeleniya AN SSSR (for Shilo). 2. Direktor
naucbno-issledovatellskogo institute zolota i redkikh me-
tallov (for Potemkin). 3. Sekretart oblastnoe.~) komiteta
KPSS (for Kashtanov).

IGSIFOVIGI, V.., ing-.; POFOVIGIyV., ing.
Determining the-molecular weight and polymerization degree
of cel3nlose by the viscosimetric method,, using the Stau-
dinger apparatus. Cel hirtie 10 no-W28-133 Apt6l

"The general theory of the amplidyne", by Doctor of Technical Sciences
A. G. Iosif'-vpn, at the Power Ingr. Inst. im KRZIiIZHANOVSKIY of the Acad.
Sce. USSR.
SO: Blektrichestvo. No 5, Moscow. May 1947 (U-5533)
~-P~ ia

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and of rotation with a tranamitter and rocolver of differing parm"ers,
JO G wA Kwnp So No V**U. Rektroprom., 20 (No. 4)
in A treatment of the 3-ph. case of
Selgi transidesion, lhe spohrmlsing torques are ealculated on
appromimto forleal" And
jill dftW do AN I
a 11. IL
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Petrov* A. It. i&rioww, A. 0. lositsymao X*16 Bolows V, A. Oovodotskly4
491ektrichost"'I go IL2* p N
Webakin to very well knwa In the fulds of oleo mommo$. sum 0q"ixwntt Owksmue
control. and 1119101natiog enginswing and has KwoUllsed for aww yearis In- OVISUM
else oqgpwnt,. A major gonovikI in Use awlattem *ngMmrivg servicel, be vas am of the
favads" of tbo.All,-Unloa Ilea Ing last sM the Inst of AutowLtIcs an& Talsoodiso, and has
be"" -chat" at Me Monow Powev log less twoul Rolotar wd the Air Force Ing AcM
zhatmemy,
201T87

IAATPIYAN) A. - G.
Voprosy-elektropakhoty ffroblems of electric plowin&7. Erevan, Izd-vo AN Armianskoi SSR,
1952s 66 p.
90-. ~(6ith& List of Russian Accessiomp Vol 6 No 6 September 1953

ALMXYXVIKff, T.Y., kandidat tokhnicheakikh nauk; 'LOf-I7LUNjA.G..
otyetetyennyy redaktor; ZXRM, N.M., otvatstvonayy redaktor;
ARXJKAKW, G.A., redaktor; SAWYAK, P.A.. tekhnicheekly redaktor.
[Use of blimetals in the construction of electric apparatuses]
Prijonanie bimetallov v slektroapparatostroeall. Irevan, Isd-vo
Akademli nouk Armlauskol UR. 1953-.25I.P. (KLVA 8:2)
(Itectric apparatus and appliances)

IOSIFIYAN, Andronik Gevondovich-, KAUN, Boris Holseyevich; YARIYAKOV-
I.K., tekhnicheskiy redaktor.
[Principles of servomechanin=1 Oenovy alediashchego privods. Moskva,
Goo. on-erg. isd-vo, 1954. 596 p. (KM 7:12)
(Servomeahaniess) (Automatic control)

Ios 17 1 TAN A G
....... - dq~W:~,:w
Scientific problem Is the Basslan ~JqctpIc machinery inamgtry.
Blektrichoetvo no-7:4?-54 J1'54. (NLRA 8:10)
1. Deyetwitilluyy chlen Akadouli asuk Aroranskoy SU
(31*ctric machinery) (IRectile engineering)

j- 0.5
AID P 3023
Subject USSR/Electricity
Card .1/2 Pub. .27 10/33
Author 1081flyan, Member of the Academy of Sciences,
Scienti ktc"p bl' of the domeetic:electric Imachine-.
,r0 one
i
buiiding'An
dustry,
Periodical Elektrichestvo, 7, 47-54, JI 1955
.Abstract The rapid;development of automation in the Soviet-Union
presents several problems to the domestic electric
machine-building Industry. Some of these problems are:
Investigation of transient non-linear phenomena in
electrical machinery and auxiliary apparatus; regulation
of electrical machinery according to demands of auto-
mation of various technological processes; a further
Investigation of the Internal aerodynamics of electrical
machinery: its cooling processes, problems of air-
tightness, vibrations and noises; and others. The

JERUK, I.S., RATYUKHIN, X-Ta., inrh.; BILYNSKIY, V.V., inzh.;
,,AA.,, akademik; KAGAN, B.M., kand.takhn.nauk;
IOSIFIZLI
V.K., insh.; IDPATO, G.P., inzh.
X-3 small-sized universal electronic digital computer,
Alektrichestro no.1:49-54 J& 158. (MIRA 11:2)
(Blectronic calculating machines)

16(o); 9(3) PHASE I BOOK EXPLOITATION SOV/3507
Iosiflyan, Andranik Gevondovich
Woprosy yedinoy teoril elekt pltnogo I gravitatelonvo-inertstallnogo poley
(Problems of the Unified Theory of Electromagnetic and Gravitation-Inertial
Fields) Yerevan, Izd-vo AN Armyanskoy SSR, 1959. 28 p. 2,500 copies printed.
Sponsoring Agency: Akademiya nauk Armyanskoy SSR.
Reap. 3d.: V. V. Alekseyevskly; Ed. of Publishing House: R. A. Shtib4n; Tech. Ed.:
L. A. Azlzbekyan.
FVRPOSC: This book is intended for applied mathematicians and physicists.
COVERAGE: The,, book discusses several important problems of the unified theory
of electromagnetic awid grevitational-Inertial fields. This book is based on
a series or reports by Academician A. G. Iosiflyau, AS ArmSSR, which were
included in the,"Doklady" of the AS ArmSSR of April 30., 1958. No personalities
are mentioned. References are in f9otnotes throughout the book.
Card 113

Problems of the Unified Theory of Electromagnetic (Cont.) SOV/3507
1. Principles of Action (Actlo) In Classical Mechanics and Blectro-
dynamics. Fundamentals of the Method 5
2. Criteria (Parameters) of an Action :7unction 12
3. Velocity of the Change of Mass and Charge 14
4. Principle of the Conservation of Gravitational-Inertial Flux
Linkage 16
5. Principle of the Conservation of Magnetic Flux Linkage 18
6. Criteria of State and Their Dimensions 19
7. Overall Principle of Action 21
8. On the Differential Equations of an Itlectromagnetic and Gravi-
tational-Inertial Field in the Form of Hawdell Equations 23
Card 2/3

Problems of the Unified Theor7 of Electromagnetic (Cont.) SOV/3507
4 9. Irreversible Fladiation of an Electromagnetic Field and
Elementary Particles 2T
Appendix: Table of Fundamental Values Characterizing a Cosmic
Field and Their Interrelationship in the KKS-M System 29
AC/fal
Card 3/3 5-3-60

88090
6. A00 S/110/60/000/007/003/005
A1160 (~~Id 9073/9535
AUTHORS: Issiglan.-A.A., Academician of the AS ArmSSR.
F:L&]Lkov,--A.5.'candidate of Technical Sciences,
Davidovich, Ya.G., Engineer, Kuchinskaya, O.P.,Zngineer
and Petronyan, L.S., Engineer
TITPE: Field Investigations of Solar Batteries
PERIODICAL: Vestnik elektropromyshlennosti, 1960, No-7, PP-38-43
TEXT: The results are described of field investigations on
photoelectric transducers which were carried out between August 21
and September 21, 1959 in the region of Byurakan (Armenia) at an
altitude of 1800 m above sea level. The electron-pole transitions
in the photo-elements were produced by thermal diffusion, ace
panted by the formation of a naturally transparent film an th::-
surfa,ce of the photo-eloments (S.G. Zaychikov and T.V.Lysenko ar-
tic ipated in developing this method). The investigations were
carried out on a battery consisting of 28 series-connected sections,
each of which contained parallel-connected elements glued onto an
insulated base. The sections were on a frame mounted on equipment
which was orientated 'automatically to face the Sun. The working
Card 1/6

88090
s/110/60/000/007/003/005
9073/9535
Field investigations of Solar Batteries
surface could be protected by a removeable glass. Soldered leads
were available for measuring the characteristics of the individual
sections. The electric parameters were measured by class 0.5
instruments; the temperature of the ambient air (in the shade) and
of the objects of investigation were recorded by an automatic
instrument. To clarify the influence of temperature on the
characteristics of the individual photo-elements, a set-up was used
for cooling the photo-olemonts down to +10*C and heating to +1600C,
whilst maintaining unchanged the natural illumination of the Sun.
The changes in the characteristics of the battery and of its
individual sections as a function of the intensity of the incident
radiation during the day were recorded continuously, using a
thermoelectric actinometer with a galvanometer and an albedometer.
Experiments were also made to assess the possibility of concentrat-
ing the light flux onto the surface of ph6toelectric transducers by
means of mirrors, using for this purpose a battery on an insulated
panel provided with hinged flat mirrors. The influence of meteoro-
logical effects over long periods on the operation of photo-elements
Card 2/6

88090
5/110/60/000/007/003/005
9073/9535
Field Investigations of Solar Batteries
was studied on a soparat* met of two batteries, whose surfaces
remained unprotected for the entire period of the investigations.
The electric characteristics of some separate elements and of an
hermetically-&*&led battery submerged in water were also investi-
gated. For all the investigated batteries and their elements a
general technique was applied for determining the basic character-
istics which are necessary for evaluating their effectiveness.
The graph, Fig.2, shows the operating part of the volt-ampere
characteri :1 ic of one element under an illumination intensity of
0.0925 W/c '. The useful area of the element equalled 3.64 cm2;
the measurements war* carried out at 350C. Under optimum
loading the element supplies & maximum power of 316 mV and its
efficiency was 9.36%. In almost all elements the optimum load
corresponds approximately to two-thirds of the no-load voltage. For
determining the effectiveness of the element it in sufficient to
find throe characteristic points on the load curve, namvly, the
no-load voltage, UXX, .the short-circuit current, 1. , and the
current and voltage for the optimum load, IH and ~ H' A
Card 3/6

88090
S/110/60/000/007/003/005
X073/Z535
Field Investigations of Solar Batteries
convenient parameter for evaluating the quality of a photoelectric
element in the coefficient of filling of the load curve, k.,
representing the ratio of the maximum power in the case of optimal
loading to the product of the no-load voltage and the short circuit
current:
k TJH. 1H
XOX
At the optimum voltage, the maximum value of kH is 0.7. Ouring
the experiments the temperature of the ambient air fluctuated
between 15 and 450C; the temperature of the battery was always
higher, and fluctuated between 20 and 600C. In most cases a lower
temperature corresponded to a lower intensity of solar radiation.
The short-circuit current increased with increasing temperature up
to 100*C and then decreased sharply k ecreased insignificantly
k. H
up to 1006C and then decreased shar;ly; th: efficiency at 1000C was
about 50% lower than at 560C and at 16oOc it dropped to almost zero.
With increasing intensity of the solar kadiation k H decreased.
Card 4/6

88090
S/110/60/000/007/003/005
9073/Z535
Field Investigations of Solar Batteries
Differences in values obtained for the same temperature range
during certain days ore attributed to increasing losses due to
resistance in the battery with increasing intensity. Comparison of
data obtained in various temperature ranges for an eqqal zenith
distance indicates that k decreamed sharply. The change In the
spectral composition had Attlo effect on k whichAs attributed
solely to an increase in the temperature. iffe efficien*cy at an
operating temperature of 45 to 50*C in about 8% lower than in the
temperature range 35 to 40"C. By-using mirrors with an area about
1.5 times larger than that'of the solar battery, a twofold increase
of the output was achieved. Protective glass reduces the conditions
of heat transfer from the surface and raises the operating tempera-
ture by 20 to 300C. Furthermore, the losses due to absorption of
the glass are about 10%. A naturally transparent film permits of
an efficiency about 25% higher than can be obtained if perspex in
used. `.Submersion in water to a depth of 5 to 40 cm brourht about a
considerable drop in the short-circuit current, to about one-sixth
at a depth of 40 cm. The no-load voltage remained unchanged up to
a depth of 40 cm. The characteristics were fully maintained if the
Card 5/6

88090
s/iLio/60/000/007/003/005
9073/Z535
Field Investigations of Solar Batteries
elements wero~submerged to a depth not exceeding 0.5 cm. Zxposure
to weather did not result,in any appreciable deterioration during
the entire duration of the tests. The obtained temperature-dependam
of the e.m.f. confirmed the known dependence according to which the
e.m.f. drops with increasing temperature at a rate of 0.00288 V/*C.
Cooling in particularly important when there in concentrated illum-
ination over long periods. In-the canj of low-intensity radiation
during the morning (10-0 to 15-0 Week ), a power can be obtained
which is equal to that obtained during higher radiation intensities.
The results confirm that photoelectric transducers can operate
effectively even on relatively cloudy days, and the use of radiation
concentrators during such periods will ensure a power output
comparable to that obtained during cloudless days. There are
8 figures and 7 referencest 5 Soviet and 2 non-Soviet.
SUBMITTED: February 27, 1960
Card 6/6

:~ !,! 7~ ~ - -I- -.- ,
~ - ~, ~- 4.1~f-.Il 4~~jk: - ~ 1,
IOSIFIIAN, A.G.) delegat M~l allyezda Kommmisticheakoy partii Sovetakogo
~Soyuza - - -

IF
10SIF.11YAN,. 'A...-.,
*wIstar'Aw1ho devolopofti-ol -electrical engimorii&
z1o)rtrotsihnika 34 no.10d-S 6.063. 16 -.11)

IOSIFIYAN, A.G., akademik; STRIYUKOVICH, K.P.; SOKOLIK, G.A.
-.- -
Abaly3ia of quasi-Maxwellian equations describing compensation
fields. Dokl. 91 SSSR 159 no.6-.1261-1263 D 164 (MIRA 18:1)
1. ArmSSR (for losiflyan).

i, 2lo86-65 MiV (1) -A3D(p)-3/N5D(t)/lJP(c)
ACCESSION
AP5001983'~ 8/0020/64/159/006/1261A263
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;104

USSR
Ic-saro'na. V. T
;;:M. 1"m Y 01=4ge brooldo
eAliga.
tIss Vitamin.
Abe dcgrt.~-- a purity. --y%t. thl~rviin~ br-miclL d,~c, mat
tain mort tLiu 0.2% a2h ~--d r-u iin m the liti k
for 6 rv-uth3 at 4 -2-e' ai;d .17 - ll;~u~,-'.-,
in !wo
Irl. 4 'TO-k" mg '=I! it L
Svaliu~', LA high'T C-anc-rm- is out r~,,mim,n ~,fl.
metho6 of stcnlizatioz do not _.i,, t r , k
in the dark is rewztmeided. B, 3 I.,tyja5;--

:
s
U
:
'
warg a
awl V., A.
it.

3 A (:,m tw oiu-m-twd in rAw V"uc
t$ of high
*1itq a s
ualit
The evex
xi(hia) is w4ded
abilittr (I
t
.
r
q
y
l
-pumfiai~ & tie vitambi is essential. The U
on.
1 WOO Lu. tit vitmin D ptr kg. of the finigied product as',
the legal mnn.
War-

m

IOSIKOVA V.H.1 WVCHML, L.N.1 ZVORYKINk, V.V.
Study of the stability of vitamins In the -polyvitaminic dragee.
Trudy am 6a3l-l36 .159. (NERA 13:7)
1. Teesoynsiwy nauchno-Issledavatel'skly vitamlnnyy Institut.
]Dalmiko-amlitich*oUmya-Ubaraterlya.
(VMAXM)

FYNjE. LFeng. IC.jt IIPBILHVIGHo A. LtranslatorJ.
Daring plans and persistent work, Boy,profsoiusy 6 no. 11;73-73
6 158. (KIRA 11:10)
(China--Dye plants)
%~ t
I

IOSILXVICH, A@!., kand, khim. nauk
Cyclone lint in a valuable rav material for the production of
cotton pulpo Tekste prom. 18 no.11:7-9 N 158. (KM 11: 12)
Mot collectors) (Cotton wnufacture-N-products)

IOSILEVICIIJ A. I.
Iosilevich, A. I. -- "Simultaneous Electroprecipitation of Cobalt and
Nickel from Electrolytes Containing Various Anions.ff Published by the
Acad Sci Uzbek SSR. Acad Sci Uzbek SSR. Inst of Chemistry. Tashkent, 1956.
(Disseration For the Degree of Candidate in Chemical Sciences.)
So: Knizhna.,,ra Letopis', No. 11, 1956, pp 103-114

sm fWX I BOOK EXPLOITATION SCV/2216

Stsveshchanlys, po elaktrakhlail, 4th. Moscow. 1956. '1Z
Trudy...-; laborn1k] (Transactlons or the Fourth conference an zl*tt-
rochemistry; collection or Articles) Moscow, Izd-vo AX
1959. 868 p. Errata slip Inserted. 2.500 copies printed.
ponsoring Agencyt Akademlya nauk SSSR. Otdaleftys idalmlcheskf~
nauk.
Editorial Boards A.M. Frumkln (leap. Ed.) Academician, O.A. U*24.
. Secretary), B.N. Sabanov, Pro-
Froressor-Y.I. Zhdanoy (Ren
fassor, S. - Zhdanov (Reap. ocretary)s B.X. Kabanov, Professcz%
g
Ta. M. Kolotyricin. Doctor or Chemical 3clenceal V,V. Loosev. F..Z.
lAikovtsev. Professors Z.A. 3olov-yeval V.V. Stend*r, Proresso-Z.
and G.M. FloriamovIch; Ed. of Publishing Houses X.G. YQ9OrQ'w'.
Tech. Zd.z ?.A. Prusakova.

"
book to Intended for chemical and electrical *ngl-
~
:tclats. metallurgists and researchers Interested to
'
~
Ast-eta Of electrochemistry.
Ovxakazt The book contains 127 of the 138 reports presented st:
FOdrth Conference on RI
Ctr0ch~nI2tr7 sponsored by the rogmrt-
:
Mont of CbeaLcal Science, nd th Institute of physical Chemastry
Aeadeny of 3clenceg. USSR. The collection pertains to dirr
branches Or OleCtrOchemical kinetics, double layer theories xW
galvanic processea In metal glectrodepositan and
Industrial
rOlysIs. Abridged discussions are given at the a
ne or a&&.
910n. The majority or reports not
Included here have been
Published In periodical literature.
No Personalities art accclAned
.
ROf'Org-So Art given at tht end of most of the articles.

01
and A.1 loalevic
O
' 1
~
tit
%&nsZZT,ur, Lail AX UzSSR_JnZtijUje Of
Wm ~O
M
-my
.
Card 21/34
Of Sciences, UzSSR). S*P'Lr&tlon Coefficient During Sin-
ultanocus Slectrodeposition of Metals of the Iran Group

nq_X,_X1L._XeZh&y1X&, Cathodic Cases@
Zcsimorjjh~
j
,t
117ur
a t so
-tion of Zinc and Hydrogen at Kl*ctroden
t,Lr
2
tg.~ w
g
or
Shlugez:_X.A. Role Of a Side Anlon In the Process of Chromium
liectrodeposition
"_v V A (Lesot ekhnl Chen k ly Inatitut Arkhangel-sk-
U
..zTrLt. for Forest Technology, Arkhangellsk). Neutra-
~J
l1ratloss of MotallIc Ions at Kaerodlotancea From the
Cathode 15-3Q i
I
Influence of Boric
Cht2hmqy~ D~X.. and L
"
on tne Cathodic Polarization or Nickel In Sulfuric
It rd
1
Aeld Solutions 0

Card 22/34

IOSIIXVICH.-- rSYGANOV, G.A.
Separation coefficient -during the electrodepoaition of cobalt
and nickel from electrolytes with different anions. Uzb.khix,
sbur. no.1:43-49 1-59. (MIRA 12:6)
1. Inatitut kbinit AN UsSSR.
(Cobalt) (lick-el) (Electroplating)

IOSILEVICH. A.L&-=GAHOV. G.A.
Mechanism of the influence of anions on the valuo of the dis-
tributlon coefficient In the simultaneous electrodeposition
of cobalt and nickel. Uxb.khIm.shur. n0-5:45-49 159.
(MIRk 13:2)
1. In~tItut kbinit AM USSSIL
(Cobalt) (Nickel plating)

IOSIIMCH A.T
-.t-TS-YGANOV G.A.
Effect of the conditions of electrolysis on the distribution
coefficient during the simultaneous electrodeposition of
cobalt and nickel. Uzb. khim. zhur. no.l,.38-44 160MMA 14:4
1. Institut khimii AN UzSSR.
(Cobalt) (Rickel-plating)

nAVAMMV, A.B.; LATHER, Y.N.; IOSILEVICH, A.I.
New methods of sorption and demorption of silver by ionites in an
electric field. Isv, vyse ucheb. sav.; tevet. met- 3 no.4:81-88
16o. (MrA 13:9)
1. Moskovskiy khimiko-tekhuologicheskiy institut. Xafefra tethnologii
plastmass.
(Silver) (Ion exchange) Mectric fields)

S/081/61/000/024/017/086
B 138)B102
AUTHORS: Usmanov, Kh. U., Iosilevich, A. I., Ioanidis, 0., Chamayev, V.
TITLE: Effect of electric current on the exchange capacity of ion
exchangers
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 24, 1961, 100, abstract
24B731 (Uzb. khim. zh., no. 2, 1961, 13 - 17)
TEXT: The effect of direct electric current on total exchange capacity
was studied in the cationites, VY-1 (KU-1), KY-2 (KU-2), 1