SCIENTIFIC ABSTRACT GALKINA, O.S. - GALKINA, YE.N.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GJ=XA, 0. S., KOTMORSKIY, E. L., and CHERNMVA, L. A. (Moscow)
"The Galvenomagnptic Effects in Bickel and Nickel Alloys at the Low
Temperature (2 t Mu K)," a paper presented at the International Conference on
Physics of Magnetic PhenomemAj, Sverdlovsk, 23-31 May 56.

H7-58-6-13ZZ4
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, r 6. p 293 (USSR)
AUTHOR: Galkina, O.S.
TITLE: Temperature Dependence of Magnetoresistance in Nickel-
copper and Nickel-silicon Alloys (Temperaturnaya zavisimost'
gal'vanomacynitnogo effekta v splavakh nikel'-med' i.-nikel'-
kremniy
PERIODICAL: Vestn. Mosk. un-ta. Ser. matem., mekhan., astron., fiz.,
khimii, 1957, Nr 3, pp 111-116
ABSTRACT: The dependence of magnetoresistance (M) on ter-riperature
was studied on NiCu alloys with 4.6 - 25. IT6 Cu and Ni-Si alloys
with 1.0 - 4.0% Si. After smelting the samples were annealed
at 1 OOOOC, drawn to 0. 1 -mm diameter, and acrain annealed for
1 hr at 9000, with a subsequent cooling at 1000/hr. Measure-
ments were taken on a Wheatstone bridge with a IV 21/4 galva-
nometer as indicator. Samples were heated under 10-2 - 10-3
mm H vacuum. The temperature was kept constant to within
� 10-~ degrees. The field strength attains 3300 oersted. The
temperature varied from 770K to the Curie point. It was estab-
Card 1/2 lished that the value of M at first increases with addition of Cu

137-58-6-13ZZ4
Temperature Dependence of (cont.)
and Si, attains a maximum, and then decreases. In case of magnetic satura-
tion the values for M were noted to be in linear dependence to temperature
within a 1001 range from the Curie point. At constant temperature* in:,this
range, with the exception of weak fields, the value of M is linearly propor-
tional to HZ/3, H being the intensity of the field.
P.S.
1. Copper-nickel alloys--Resistivity 2. Copper-nickel alloys--14agnetic factors
3. Nickel-silicon alloys--Resistivity 4, Nickel-silicon alloys--Magnetic
Pactors 5. Hag-netism--Temperature factors
Card 2/2

AUTHORS: Kondorskiy, Ye. I.t Galkina, 0. S., Chernikova, L. A-48-8-12/25
TITLE. The Electric Resistance and Its Modifications in the
Magnetic Field and in Nickel Alloys at Low Temperatures
(Elektricheskoye soprotivleniye i yego izmeneniye v
magnitnom pole u oplavov nikelya. pri nizkikh temperaturakh)
PERIODICAL: Izvest:ljm Akad. Nauk SSSR, Ser. Fiz., 1957, Vol. 21, Nr 8, pp.
1123-1130 (USSR)
ABSTRACTi The task to be accomplished by this paper was to investigate
the specific electric resistance and its deviations in the
magnetic field in the case of nickel and its alloys with copper,
chromium, and manganese at temperature of 2 to. 4.2'and 14 tD20.4
K. The present work intends to re-examine the theories cu.i-
cerning anomalies of electric conductivity of ferromagnetic
alloys, and the further development of knowledge of this
field. Such scientific papers as deal with this subject are
here described as unsatisfactory. Existing scientific tre-
atises concerning this field by the scientists: Meisnet and
Voygt, Smit, Kondorskiy and Ozhigov, Kazumoto and Shirakava
are mentioned, but it is said in this connection that the
problems raised by the present paper have hitherto not been
Card 1/ dealt with. In the chapter dealing with Measuring Methods it is

The. Electric Resistance and Its Modifications in the Magnetic 48-8-12/25
Field and in Nickel Alloy3 at Low Temperatures.
said that the measurements concerned were here carried out ac-
cording to the potentiometrical method and by means of a poten-
tiometer made by the Krasnodar worksi The samples were annealed
in form of thin wires of o,l-ot2 am 0 at a temperature of.9000
during a time of 1-12 hours in the atmosphere of the neutral gas.
Some samples were hardened at 9ooO in air or water. In the chap-
ter.dealing with the Electric Re 'si'atance of Aic-k-e.1 and its Alloy
with Copper it is said that the corresponding diagrams in the
range of temperature of 2-2o.40K showed step-like curvatures,
which may be explained by the presence of an extremely small com-
ponent of high conductivity. In the course of further research
work them had to be taken into account when dealing with the
range of hydrogen and helium temperatures. The result is here
given in form of the empirical formula q - q + aTn. In the chap-
ter dealing with the Modification of EleltricoConductivit~ 2.f
Nickel and its Alloys with Copper in a �tjcqng_NjgRe~tie_Field
it is said that in nickel and its alloys with copper and a pro-
portion of 5.1o and 25%, resistance is only to very low degree
dependent on temperature at 4.2#2o,40K, but that, in the case of
alloys with 15 and 2o~- copper content and at a temperature of
Card 2/ 3 2#3000 the decrease of the resistance was determined according to

The i,lectric Resistance and tts Modifications in the Magnetic 48-8-12/25
Field arid itt Nickel Xlloya at Low Temperatures.
the increase of temperature. In the chapter dealing with Modi-
fications of the electric resistance in Iii-Un alloys becoming
"ordered"' it is said that the value RT/RT of the doma orien-
tation in the longitudinal magnetic field diminishes in the ca-
se of the aforementioned Ni-Mn alloys. At the temperature of li-
quid helium this value increases to six times the value it has
at a temperature of 2830K in the case of a hardened alloy. In the
case of Ni3Mn samples this value at first rises after cooling of
longer duration with the rising of the field, but it then decre&-
ses again, and in the case of strong magnetic fields and tempera-
tures of between 195 and 2630K it even becomes negative. The co-
efficient characterizing the inclination of the curves of this
value from the field is reduced according to the extent of the de-
crease of the temperature, and therefore this value changes its
sign at low temperatures and particularly strong fields. There
are 11 figures, 1 table, and 11 references, 5 of which are Slavic.
ASSOCIATION: Dept. of Physics. of :Moscow State University imeni M.V.Lomonosov
(Fizicheskiy farulftet Moskovskogo gos-univers:teta imeni M.V.Lo-
AVAILABLE: Library of Congress. monosova)
Card 3/3

GALKINA, O.S., Cand Phys-Math Sci -- (diss) "Studies of electrical
Ct-
resistance and its changes in tbr magnetic field of f erromagnetic
metals and alloys." Mos,1958- 7 pp. (Moe State U im M.V. Loinonosov.)
100 copies.
(KLI 12-581 95)
-4-

AUTHOR: None Given SOV/129-58-9-16/16
TITILE: Dissertations (Dissertatsii)
PERIODICAL: Metallovedeniye i Obrabotka Metallov, 1958, Nr 9,
pp 63-64 (USSR)
ABISTRACT: The following dissertations were presented and approved:
For the degree of Doctor of Physico-Mathematical Sciences:
G. Ye. Zillberman "On the Theory of Oscillation Effects
in Metals in Magnetic Fields" Khar1kov, 1958, Khar'k.
Gos. Un-t im. A. M. Gor'kogo ~Kharkov State University
imeni A. M. Gorlay). V. S. Shpingel' "Investigations in
f~-and y-spectroseopy", Moscow 1958, Mosk. Gos. Un-t im.
M. V. Lomonosova (Moscow State University imeni
M. V. Lomonosov).
For -the degree of Candidate of Physico-Mathematical Science:
.0. S. Galkina "Investigation of the Electrical Resistance
and its Changes inside a Magnetic Field for Ferromagnetic
Metals and Alloys" Moscow, 1958, Mosk. un-t im.
M. V. Lomonosova Noscow University imeni U.V.Lomosov).
Yu. D. Kozmanov "Investigation of the High Temperature
Oxidation of Tungsten, Molybdenwn andcfSomeBinary Alloys
Card 1/11of Iron with Tungsten and Molybdentim", Sverdlovsk, 19158,

Dis.,xr tations
SOV/129-58-9-16/16
Urallskiy gos. un-t im. A. M. Gor'kogo (Ural State
University iAneni A. M.GoAdy, ). N1. K. Savchenko "Influence
of Elastic Stresses on the Structure of Lbe DomA_ns of
Transformer Steel", Krasnoyarsk, 1958, Krasnoyarsk. Eos.
ped.in-t (Krasnoyars.'11-L State Pedagogic Institute).
P. N. Stetsenko "Investigation of the MaGnetic ProperLies
and the Structure Durin6 Phase Transforiuations in
Iron-Vanadium Alloys", Moscow, 1958, 'Osh. 90s. un-t im,
11. V. Loitonosova (Mosco,,,., State University imeni
T.T. V. Lomonosov).
For the degree of Candidate of Chemical Science:
A. Ya. Groskaufmanis "Basic Chlorides of Aluninium and
Their Optical Properties", RiSa, 1958, Latv. gos. un-t im.
P. Stuchki (Latvia State University imeni P. Stuchka).
Yu. N. Kukushkin "Kinetic Investigation of the Substitution
Reactions in Some Compounds of Bivalent Platinum",
Leningrad, 1958, Lenin6r. tekhnol. in-t im. Lensoveta
(Leningrad Technological Institute imeni Lensovet).
N. A. F,,,,rpiyev "X-ray Structural Investigation of Crystals
of Complex Compounds of lbthenium, ContaininG Hydroxonitrozo
Card, 2/11 Groupsi' I Moscowl 1958, Mosk. gos. un-t im.'111.V.Lomonosova

Dissertations
'~J-()V/129-58-9-16/16
(Moscow State University imeni M. V. Lomonosov),
I. S. Sazonova "Oxidation of Carbon Monoxide on
Protoxides of Nickel and its Solid Solutions"I Moscow,
19581 AN SSSR,, In-t fizicheskoy Ichinii (Institute of
Physical Chemistry, Ac.Sc. USSR). B~ V. Sobotovich
"Certain Problems of the Geochemistry of Lead IsoLopes",
Leningrad, 1958, Radiyevyy in-t im. V. G. Khlotina
(Radium Institute imeni V. G. Khlotin).
A. N. Goryaga "Magnetization of Ferromagnetics Near the
Curie Point", Moscow, 1958, Mosk. gos. un-t im.
M. V. Lomonosova (Moscow State University imeni
M. V. Lomonosov). R. N. Gurzhi "quantum Theory of
Absorption of Electromagnetic Waves of Metals in the
Infra-red Range of the Spectrum", Khar1kov, 1958,
Khar1k. gos. un-t im. A. Y1. Gor'koE;o (Kharkov State
University imeni A. M. Gor?4y). I. !I. Dmitrenko "Influence
of Pressure from All Sides on -the Magnetic Properties of
Metals at Low Temperatures", Khar1kov, 1958, Khar1k.
gos. un-t im. A. 1,41. Gorlkogo Kharkov State University
imeni A. M. GoAdj. M. Ya. Zakutner "Investigation of the
Card Texture of RolliiiC,- and Recrystallisation in Low Alloy
3/11

Dissertations 3OV129-58-9-16/16
(0.9016' Si) Dynaino Steel", Sverdlovs1c, 1958, Urallskiy
Gos. un-t im. A. !4. Gor1kogo (Ural State University
imeni A. U. Goi~kiy). A. V. Cheremushkina "Investigation
of the Hall Effet.;t in Ferromagiaetics" Moscow, 1958,
Mosk. gos. un-t im. M. V. Lomonosova b,losoow State
University imeni Lt. V. Lomonosova). A. V. Zakrzhevskaya
"Over-voltage of Hydrogen and Oxygen on Fickel in
Solutions of Caustic Soda ContaininE Alkali Earth Metals"
Tashkent, 1958, In-t k-himii AN Uzb.SSR (Institute of
Chemistry, Ac.Sc., Uzbek SSR). N. K. Kozachek "OrSanosols
of Alloys"I , 1iTivP1958, AN Ukr.SSR, In-t obshchey i
neorganicheskoy --~hiinii (Ac. Se., Ukraine SSR, Institute
of General and Inorganic Chemistry). R. Payeda "Investi-
gation of the Methods of Determining Cobalt". Vilno,1958,
Villnyusski.y gos.un-t (Vilno State University).
Yu. D. Tret'yakov "Investigation of the Structural
Transformations of Certain h1a6netic Alloys by the rVIethod
of the Real Heat Capacity" Moscow, 1958, Mosk. gos.
un-t im. DA. V. Lomonosova bAoscow State University imeni
Card 4/11 it. V. Lomonosov).

Dissertations
SGII/ _12S~ - 58- G/ - 1 -6/16
E~ I, Yasinskene "Investigation of the Complex Compounds
of Or (III), Iron (III) and "tipazh" (III) with Urea,
Villnyusll 1958, Villnyusskiy gos, un-t (Vilno State
University).
For the degree of Doctor of Technical Science:
V. N. Sokolov "New Methods of Calculation of the Heating
of Metal in Industrial Furnaces"I Moscow, 19581
TsNIITi%IASh,, 1,, 1. Khoroshev "Theoretical Foundations of
Accelerated Annealing of Malleable Iron", Moscow, 1958,
In-t metallurgii im. A. A. Baykova (Institute of Metallurgy
imeni A. A. Baykov). V. M. Zamoruyev "Tungsten in Steel",
MOSCOW9 19585 All SSSR, In-t metallurgii im. A. A. Baykova
(Ac. Sc. USSR, Institute of Metallurgy imeni A.A.Baykov).
A. M. Korollkov "Dependence of the Properties,As-Cast,of
Non-ferrous Alloys on Their Composition and the Type of
the Diagram of State", Moscow, 1958) AIT SSSR, In-t
metallurgii im. A. A. Baykova (Ac, Sc. USSR, Institute
of Metallurgy imeni.A. A. Baykov). I. N. Fridlyander
"Searchin6 for High Strength Aluminiua Alloys of the
System Aluminium-Zinc-MaSilesium-Copp,,,~r", Moscow, 1958,
Card 5/llMosk.in-t tsvetn.inetallov i zolota im,, M. 1. Kalinina

Dissertations
SOV/129-58-9-16/16
(Moscow Institute of Non-ferrous %lietals a-ad Gold imeni
hi. I. Kalinin).
For -the degree of Candidate of Technical Science:
Yu. M. Buravlev "Investigation of the Influence of the
Stpucture of an Alloy oil the Results of Spectral Analysis
of Complex and Simple Alloyed Steels", Sverdlovsk 7 1958,
AN SSSR, Urallskiy filial (Ural Branch of the Ac.Sc. USSR).
S. D, Vapgeyngeym "X-ray Investigation of the Inter-
Crystallite Internal Adsorption in Silver-base Alloys",
Sverdlovsk, 1958, Uralskiy gos. un-t in. A. M, Gor1kogo
(Ural State University imeni A. M. Gork4).
S, I. German "Investigation of the Thermal Stability of
the Cast Steel 20 KhM-L as a Material for Welded-Cast
Assemblies of Stem- Turbines", Khar1kov, 1958, Khar1kovsk.
politekhn. in-t im. Lenina (Kharkov Polytechnical Institute
imeni Lenin). V. I. Gorbunov "Utilisation of a Betatron
in the Defectoscopy of Steel Components". Tomsk, 1958,
Tomskiy politekhn. in-t im, S~ M. Kirova Tomsk Poly-
technical Institute imeni S. 11. Kirov).
A. A. Kasumov "Determination of the Range of Application
of Work Hardened Steels in Curved Ferroconcrete Structures",
Card 6/11 Baku 1958 Azerbaydzh. polite khn. in-t (Azerbaydzhan
Poly~echnic'al Institute).

Dissertations
;-DOV/129-58-9-16/16
N. S. Kuzlmina "Determination of the Plastic Properties
of the Alloy r4N5 and Establiohment of the Technological
Process of 'Manufacture of Tubes from this Alloy",
Mosk. in-t tsvet. metallov i zolota im..
".10scowl 19585
M. I. Kalinina (Moscow Institute of Non-ferrous Metals
and Gold imeni M. I. Kalinin), I. I. Moroz "Investigation
of -the Influence of Various Factors in Electrolytic
Zinc Coating on the Mechanical Proper-ties of Steel".
Moscolx? 1958, Mosk. khim.-tekhnol. in-t im. D.I.Mendeleyeva
Noscow Chemical-Technological Institute imeni
D. I. Mendeleyev), I. G. Rivkin "Investigation of the
Strength of Cast and Rolled High Speed Steel", Leningrad,
1958, Leningr. politekhn. in-t im. M. I. Kalinina
(Leningrad Polytechnical Institute imeni U.I. Kalinia).
V. P. Rudometkin "Automation of the Inspection of
Hardened Steel Components by the Method of Magnetic
Permeability", Llvov, 1957, Llvovskiy politekhn. in-t
(Llvov Polytechnical Institute). M. A. Studnfts "Investi
gation of the Intergranular Fracture of Cast and Over-
heated'Steel by Means of Radioactive Isotopes", Moscow,
Card ?/111958, TsNIITIMASh.

Dissertations
SOV/129-58-9-16/16
G. A. Tulyakov "Investigation of the Creep of Austenitic
High Temperature Steel Under Conditions OVComplex Stress
State", Moscow, 1958, TsNIITMASh.
I. A. Useynov "Properties and Technique of Utilisation of
Compressed Air in the Heat Treatment of Tube Ends".
Baku, 1958, Gruz. politekhn, in-t im. S. M. Kirova
(Georgia Polytechnical Institute imeni S. 11. Kirov).
V. G. Chernyy "Study of the Processes of Hardening and
Softening of Certain Nickel-base Alloys" 7 Dnepropetrovsk,
1958, Dnepropetrovsk metallurgichesk. in-t im. I. V.Stalina
(Dnepropetrovsk Metallurgical Institute imeni I.V.Stalin),
Chou. -Shih-chlang "Investigation of the Influence of
Certain Transient Elements on the Structure and Properties
of Copper-Beryllium Alloys", Moscow, 1958, hlosk.in-t
tsvet. metallov i zolota im, Kalinina (Moscow Institute
of Non-ferrous metals and Gold imeni Kalinin).
V. V. Averin "Solubility and Activity of Oxygen in Liquid
Iron, Nickel, Cobalt and its Alloys" I Moscow) 1958~
AN SSSR In-t metallurgii im, A~ A. Baykova (Institute of
Card 8/11 Metallurgy imeni A. A, Baykov, Ac. Sc. USSR).

Dissertations
,z(_j-j -58-5--16/16
4 /129
N. P. Barshteyn "Certain Problems of AL-,,,eing of Deformed
Magnesium Alloys" Moscow, 1958, Mosk. in-t tsvetn.
metallov i zolota'(Moscow Institute of Non-ferrous
Metals and Gold). B. D. Vasilenko "Study of the Reactions
of Chlorinating of Zirconium Dioxide and Zirconium
Carbide", Moscow, 1958 Mosk, in-t tsvetri. metallov i
zolota im. M. I. Kalinina (Moscow Institute of Von-ferrous
Metals and Gold imeni M. I. Kalinin).
A. M. Belikov "X-ray Determination of the Constants of the
Quasi-elastic Force of Thermal Oscillations and of the
Coefficients of Thermal Expansion of High Melting Point
Metallic Phases", Moscow, 1958, Mosk. in-t st-ali im.
I. V. Stalina (Moscow Steel Institute imeni I.V.Stalin).
M. S. Vendrikh "Influence of the Scattering of the Heat
Capacity Data on the Equilibrium Constant and Determ-ina-
tion of the Heat Capacity of the Borides of Certain Metals"
Moscow. 19581, Mosk. in-t tsvetn. metallov i zolota im.
M. 1. kalinina (Moscow Institute of Non-ferrous Metals and
Gold imeni M. I. Kalinin). A. M. Volkov "Investigation of
the Application of the Low Alloy Steel EI603 for Cutting
Card 9/llTools", Bloscow, 1957, ?AVTU.

Dissertations
SOV/120~-53-01-16/16
F. Ya. Iok-heles "Investigation of the Type II Stresses
Caused by Structural Transformations and Wear in
Hardened Steels as Applied to Over-Loaded Toothed Gears",
Kiyevt 1950, AN Ukr.SSR, In-t stroit.iiieldianiki (Ac.Sc.
Ukr. SSR, Institute of Engineering Mechanics).
L. I. Kogan "On the Intermediate Transformation of
Austenite", Moscow, 1958, Mosk. in-t stali im. I.V.Stalina
(Moscow Institute of Steel imeni I,V. Stalin"
P. 1. Mellnichuk "Investigation of the Ageing of Alloys
by the Method of Determining the Modulus of Elasticity",
Kiev. 1958, Xiyevak. politekhn. in-t (U~ev Polytechnical
Institute). I. A. Mikhaylov "Investigation of the Plastic
Properties of the High Temperature Alloy EI617 and
Development of a Technological Process of Accurate
Stamping of the Blades of Turbo-jet Engines, Moscow,1958,
Mosk. aviats-tekhnolog. in-t (Moscow Aviation-Technology
Institute). M. A. Tylkin "Influence of the Chemical
Composition and of the Conditions of Heat Treatment of
Steel on the Changes of -the Mechanical Properties and the
Coercive Force During Tempering". Dnepropetrovsk, 1958,
Dnepropetrovsk, metalli)rg. zavod im. Dzerzhinskogo
Card 10/ 11 (Dnepr ope trovk Metallurgical Works imeni Dzerzhinskiy)

.Dissertations SOV/129-53-9-16/16
K. T. Chernousoval'Investigation of the Crack Formation
During Crystallisation of Aluminium Alloys", Moscow,
1958, Mosk. in-t tsvetn. metallov i zolota im.
M. I. Kalinina (Moscow Institute of Non-ferrous Metals
and Gold imeni M. I. Kalinin).
1. Scientific research--USSR
card 11/11

AUTH~-RS: Kondorskiy, Ye. I., lk' SOV/56-34-5-3/6i
Chernikova, L. A. lzll~~
TITLE: The Electric Resistance of Iron, Nickel, and Ifickel-Copper Alloys
at Low Temperatures (Elektricheskoye soprotivleniye zheleza,
nikelya i splavov nikelya s medlyu pri nizkikh temperaturakh)
PERIODICAL: Zhurnal elcsperimentallnoy i teoreticheskoy fiziki, 1956,
Vol- 34, ITr 5, PP~ 1070 - 1076 (USSR)
ABSTRACT: This work investigates the temperature dependence of the electric
resistance of the metals and alloys, in question in t-'Ie temper-
ature interval from 2 to 78u K. The electric resistance was
measured potentiometrically. Wires, 150 to 160 mm long and 0,1 -
0,2 mm in diameter, which were wound upon a copper c---linder
served as s,,tmples. The data concerning the composition of the
samples are given in a table, All samples had' been annealed for
one hour at 9000 in a vacuum. Afterwards they were s1twly cooli~d-
3 other snitipler, which al!7o 1~ad been nnnealed at 4)OOOC were
quenched. In the experiments within the temuerLture intervals
Card 1/3 2 - 4,2; 14 - 20s4 and 63,1 - 77,30 the tezmper~-~tire was iatermined

The Electric ReBiatance of' Iron, Nickel, and Nickel- SOV/56-3;4-5-3/61
Copper Alloys at Low Tem.Peratures
by measuring the pressure, The curves of the temperature depend-
ence of the specific electric resistance 3 of iron, nickel, and
nickel-copper alloys are illustrated in a diagram. So=,e curves
of this kind contain steps in the temperature range from 3 to
100 K.. These steps as a rule are smaller with the annealed samples
than with the quenched ones. The specific resistance 3 was rep-
reaented as a power series- 3 (T)-_Q ....-Two diagrams
.0 +oLT+OT2+
illustrate the functions of (3-0,)/T versus T and of ln(
versus 1n T, For the first function the deviations from the
straight line begin at T,> 300K. In the interval 4 < T < 180K
the temperature dependence of the electric resisltance can be
described by 3 terms of the abo,^~e mentioned power series or by
the formula ) + aTm. For all samples the exponent is close
~ = go
to 3/2. At temperatures above 20 - 300K probably a law of the
T5 type is valid. In the interval 4 < T < 770K the temperature
dependence can be described by the formula 3=30+aT+PT +yr or
9 =3o+aT M+bTn , where t and n are close to 5. Another diagram
Card 2/3 illustrates the dependence of the remanent resistance3, on the

The Electric Resistance of Iron, Ifickel, and Nickel- SOV/506-34-5-3/61
'Copper Alloys at Low Temperatures
copper concentrotion in the nickel-copper alloys for quenched
and annealed samples. Unto 25~ copper this dependence is linear.
There are 7 figures, 1 table, and 14 references, 5 of which are
Soviet.
A5SOCIATIOIT: Moskovskiy gosudarstverinyy universitet (Aloscow State University)
SUBMITTED: November 6, 1957
1.Iron-Resistance 2.Nickel-Resistance 3.Copper-nickel alloys
--Resistance 4.Metals-Temperature factors
Card 3/3

GALKINA, O.S.; CHEMIKOVA, L.A.
Relation between,the temperature dependence of the electric resi3-
tance at low teifto6fatures and the galvanomagnetic effect in strong
magnetic fields. Zhur. eksp. i teor. fiz. 38 no.1:3-6 Jan 160.
(MIRA 14-9)
1. Moskovskiy gosudarstvennyy universitet.
(Electric resistance) (Magnetic fields)

.9
AUTHORSi
TITLE:
PERIODICAL:
82032
S/05 60/038/02/50/061
Boo6y,3014
Kondorskly, Ye. I., Galkina, 0. S~, C
The Maximum of Electrical Resistivity in Ferromagnetic
Materials n the Curie Point at Low Temp raturen,\
Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 38, So. 2, pp. 646-648
TEXTs In a previous paper (Ref. 1 the authors have shown that in the
case of nickel the ratio A~/A I ~N - change in resistivity with a
change of magnetization by 6 1 due to a magnetic field in saturation
range) is approximately equal to the ratio (9T_9,o)/(Io_IT)' 9T and IT
denote resistivity and/or saturation magnetization at T-< 200K, ?o is
the residual resistivity,-and 1 0 denotes saturation magnetization on
extrapolation for the absolute zero. It was further assumed that
9T - 30 - aT3/2 (a - a proportionality factor) held for iron and nickel
Card 1/3

52032
The Maximum of Electrical Resistivity in 51056V6010381021501061
Ferromagnetic Materials in the Curie Point Boo6/ ~,014
at Low Temperatures
at and below the temperature of liquid hydrogen and y,-9 - aT3/2 _ T5
0
above the temperature of liquid hydrogen. The authors concluded that
within the range of the temperatures of liquid hydrogen and helium the
resistivity growth with rising temperature depends essentially on the
resulting increase in non-homogeneity of the magnetic momentE of the
crystal lattice and, above the temperature of liquid hydrogen, on the
amplification of thermal vibrations. Consequently, a maximum of
resistivity may be expected in the range of Curie temperature where
fluctuations of the magnetic order occur, especially if the Curie
temperature is in the temperature range of liquid hydrogen. This pos-
sibility was first pointed out by N. A. Krivogla and S. A. Rybak. The
existence of this maximum was experimentally proved by the writers of the
present "Letter to the Editor". Samples of copper-nickel alloy
(58 and 59.25% Cu) whose Curie points were below 200K, were used for the
purpose. The experimental technique is described in Ref. 1. The
accompanying diagram shows resistivity as a function of temperature. The
sample containing 59.25% of Cu, whose Curie point was near the temperature
Card 2/3

82032
The Maximum of Electrical Resistivity in S/056/60/038/02/150/061
Ferromagnetic Materials in the Curie Point B006/ 1.014
at Low Temperatures
of liquid helium, had the most distinctly marked maximum, In the ca3e
of this alloy, the maximum of 9 - go amounted to 0.7 per cent of go.
These maxima are flattened when a magnetic field is applied. Thus, the
assumptions made in the preceding paper were confirmed. There are
I figure and 2 Soviet references.
ASSOCIATION: Moskovskiy gosudarstvennyy universitat (Moscow State
University)
SUBMITTED: October 27, 1959
Card 3/3

GALKINA, O.S.; GIOUTIKOVA, L.A.; KNTO", S.S.
Magnetic anisotropy of ferroricklel sirgle crlr3tils at tom-
po~atuvos of 4-20~ 780,, mid 2930K. Vest.. lliosl,.. un. Ser. 31
Fiz., aetror., 1.6 no.5:4E-51 S-0 161. OJIM 14:10)
3. 'Nafedra magnetima Mo-l-ovskogo gosudzu.-j-tvO~-mngo univeroiteta.
Mm-niokel, alUye--ftgnetic Propertlem)
A

2~~J~o
AUTHORS:
TITLE:
PERIODICAL:
It
3177P
21/05 61/041/006/013/054
B1 1 3~al 04
Galkina, 0. S., Chernikova, L. A., Chang Klai-ta Kondorskiy.
Ye._f_.___
Electric Oroperties of th,in nickel films at low temperatures
Zhurnal eksperimentallpoy i teoreticheekoy fiziki, v- 41)
no. 6(12), 1961, 3763-1766
TKXT: The authors studied the el ctric nd galvanomagnetic properties of
highly pure nick'al 'filis of at Mat 30 1 thickness, and compared them with
the corresponding properties of bulk specimens. The films were obtained
by evaporation in vacuum (1o-7 ma Hg) inside a balloon immersed in liquid
helium. The-temperature dep ndence of the electric resistivity was
studied.on films of 1300.. 30 1 thickness at temperatures f 2 -3000K. it
was shown that the resistivity Q of films of 50 and 135 1 thickness was
near the resistivity of bulk nickel. Q sharply increases as the vacuum
deteriorates. Q of thick films grors to the 1,,5-2 fold, that of thin
films by about one order of magnitude. The temperature dependence of BT/Rr
of annealed films of different thicknesses indicates the relative change
Card 1/2

31772
S/056/61/041/006/013/054
Electric properties of thin B113/ 1, 104
with a temperature increase: it in almost linear, and the fasterv the
thicker the film is. RT is the resistivity at the temperatureq Tj R T the
resistivity at helium tomperatu;e. Further atudies owed that Q did not
depend on the thickness in films of 1300 to 300-400 1hthickIngsa, and
increased slightly with decreasing thickness as from 300-30 1 thickness.
When studying the Hall effect it was found that the Hall field
corresponded to the bulk specimen or films of 1300-835 2 thickness at
room temperature. In films of 50 1 thickness, the Hall field increased due
to the increase in resistivity. A. I. Shallnikov is thamked for advice and
assistance, and Yu. Durasova for determining the thickness of films.
There are 5 figures and3references; 1 Soviet and 2 non-Soviet,, The
reference to the English-language publication reads as follows: C, A.
Neugebauer, Structure and Properties of Thin Films, by C., A. Nougebauer.,
T. B. Newkirk, B. A. Vermilyea, N. Y., 19594 P,~ 358-
ASSOCIATION: Moskovskiy gosudaretvennyy universitet (Moscow State
University)
SUBMITTED: July 1. 196,1
Card 2/2

ACCESSION NR: AP4033639 0/0186/64/000/002/0082/0064
A~MMOR: TaIalayeva, Ye. V.; CbernikoM L. A.; GaDdna, 0. S.
=LE: Electrical resistance of gublinism films and massive specimens in the tampon-
tur4 range 2-290K
SOURCE: Moscow. Universitst. Vestnik. Seriya M. Flalka, astronomiya, no. 2. IMP
82-84
TOPIC TAGS: magnetic phase transition, Curie point, molecular physics, gadolinium,
gadolinium electrical resistance, rare earth
ABSTRACT: The rare earth metals of the yttrium mdgmup have two characteristic
temperatures, 01 mid 02, corresponding to two magnetic -phase transitions. Be
low a,
the temperatures these metals are in a ferromagnetic state, and above (to 02) -- in an
antiferromagnetic state with a hellooid or similar structure. The temperature 02 in the
Curie point. Until recently, however, It had not been established whether gadolinium (a
member of the yttrium subgroup) has a 0 transition. In this paper, the authors lavesti-
gate the temperature dependence of the 2=1 resistance of massive godolinium and its
films for the purpose of determining tho Influence of the OIL transition an tbass curm.
;card

ACCESSION NR: AP4033639
Electrical resistance was measiured by the ordinary potentiametric methad. Between 2
and 25K temperature was measured with a gas thermometer and above 26K with a copper-
i constantan thermocouple. The mazIgive specimen of Gd (purity 99. 8%) was 16. 7 mm long,
and had a cross section of 0. 47 mm6. Figure I of the Enclosure shows the dependence
RT/Rg2 of the massive specimen of Gd on temperature (where RT is resistance at a
particular temperature, is resistance at the Curie temperature). At a temperature!
1 01 = 210K there is a small lames, with another near the Curie point of 290.5K. Figure 2
of the Enclosare shows the temperature dependence of the electrical resistance of three
i fine films (thicknesses of 70, 100 and 180 A) during the heating of newly condensed films'
from 4.2 to 280K (curves 1. 2, 3) and during cooling to the initial temperature of 4.2K
after being held at a temperature of 300K for 40 hours. Figure 3 of the Enclosure shows
curves similar to those in Figure 2 for two thick films (380 and 500 A). "In conclusion
the authors deeply Uuu* Professor A. 1. 8hallnikuy for valuable advice and assistance in
the work and Professors K. P. Delov and Ye. 1. Kondorskly for discussion of the results".
Orig. art. has: 3 figures.
ASsOCIA71ON: K&fWm moldm4esvAy fladd. Moskowddy universitet (Department of
Molecular Physics. Moscow University)
cam
t:

GAIK.-UJA, P.
Galkina, P. - "On the seasion of the Scientific Research Institute of Regional
Studies and ?hweum work," (Moscow, November 1948), Sov. stnografiya. 1949, No.
29 P. 179-63
SO: U-5240, 17, Dec. 53, (Ietopis 'Zhurnal !nykh Statey, No. 25, 1949).

GALKINA, P.M.
Prospects for Sverdlovsk Province public health development in the
period 1959-1965- Zdray.Roe Jedr. 3 no.1:11-14 A 159. (MIRA 12:2)
1. Iz Sverdlovskogo oblastnogo otdola zdravookhraneniya.
(SVIRDIOVSK PROVINCE--PUBLIC HEALTH)

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of Pools, comiamom 0 " wo- -00
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"MVP &0N OW mommodior ftmosmiL MW dW MWd
ft-unpsaltvalwotdo, -'-qp Lq.WAjjmftA"c
lbr -mblAW4 o*mdft*&m. I ow. ad
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(I*-,= md am) go vobw P"k
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Oft 4! dolMse AW4006 0 A W cow ~im"
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HIM 1_~AQIHJ 11MIR
UM J!j3jjpjU
Gilul-EIKA-0- T. -A-#- .7
WO/vascellaneous - Technology
Card:1/1 i Pub. 12 8/12
AnthOrs, I Karasovjl N. A., and Galkina, T. A.
TMe I Increase in strength of auto said-axles by stamping, and shot-hardierning
Per1*11cal Avt.~trakt. prom. 4, insert, .,Apr+ 1954
Abstr!Lct Data and illustrations$ showing that stampir&,and shot-hardening in-
crease the fatigue resistance of auto semi-axles pi-oduced of low-
a-Unyed steel) are presented.
Institution The Stalin Auto Plant,, Moscow
'Submitted

gwi '111n .&0 nucle. -
C S-141 4f atflficiituy induced i4d-
oflwh eskhla_&&~. 0: Yi%. R-OiWtamdr.O. Galkligi;
ants
,
4fikrebior 'AkU':N4ak Mr.
ARtissiao-'sumni*i W-3)(1954Y,~E. 64,163 and
;
matzella Perlan 353 w~r~ u-wd. The'nuclee acids at. both
~origipal,61-tures were detd, E. Mi variants were obtained
by gmwitg tile original 163 ~traln in A mIture,mWiam Mtgl.
S. ke'rkil 41utolyzata (rf. Vhir' el al., IW,- IS; 110. land 4
'

Xarlants 126, 126M (obWqed.
(190)),
M
'

'g, ri~-'
tbi-
o6gh 3 i46use)_3S.-. 103~ and 66 w
:'
iAg,:q#d~patbogeaic properties..-
J
'
''Wereiva5liedand to
tal N and nuckie
dU& vim.#W~4
me 0d
th al Schtnitit,and; Thaualuiukr.~(C.A -to I "WO)
t~
of Mme C
-no :14
r'
riboliucleic (JI) ackl ~P
~JJZ"
Mt
l
g
;
t
L
oxy
per m
er
and S. brestau aiac6ntiiiried abdi
coli 10-3. it vl~
of I btst-11 was higher in:3. bresidu. -,,V, tib~W sind IDO:
coiitii!ned less of Tud more of U than elthee a. C-of 1134 Ors."
brejf4a Content:-,of I and n In ra I Oti; 195 M and 131)
rja
waa about Sarne its ift B, rali 163. , Tile conEent of ;11~k VI_
addsin variant 38:was not conqt., but diefinit. of Hapit?+

v 10
m
S. Levitt.

'J"

ff
WAR

t I

TI :

it

I IrR!A!T'- I I I iM rfjf! Fla --"!If 4, 1 W-1: Tj
G tj Cq
Medittalm Of dealauntIm of otelit. Vm ;The eff"i
of Ions of salts on the denatna an of iltabul-ar. t ins
A, S. Tslpcro~lcli and T 0. Gawal St. I
T
ro n.
Acad. &-L Ukr S S.R. 114~sw M. im. Z
28 '12-1 9XIONfl: 'a. eY~ $0, 42Wc.-~Jlk Allay rats InWIM,
of the Xt of NaCl. XCI, NakO,. Afi;Or. CX4 BaClj,'.
KCNS, and of a mixt; 6 ad NQ31119i on U.-I
anin-urta.
denaturation of proteins d egg albij
iendered
Obscmflons, were proteit
Insel., change in the no.-of free SH
in optiml rotation. By the addal. of the salts itislpomibla
teLoj tft_
either to enhance or to reducc.the ra priatein 44.
naturation. Results indicated. that, depeadhigitrPon tile
the salts can bc~grou'pdd: its followil
(a salts w6ch activate thq denaturation proctst:by redtiv"
ing the stability of the protelrA; (b) Mali which epress tile
process of. deruLtUratiOll, by incteasing the sub ity of tile
proteins; and (c) salts which excrt-a doublej inglymn-
tradictory, influtuce tipon the, process of prote" ii Idemttur~-
flon by tirm in low ;nal medialln mons, sill! I palts
hance the degre of the 1notein denaturation,. a I i. wd,
conem. they inhibit it, The tatechauism of amil n4 of salli
on the progress of protein denatumflon by LU-ca U ossualed
to be as lollowt-: acti~mtibm is the result of "Mova ex forml
tion between the salt ions and tile protein xnals.;: b1zibiticii
of denaturatio(i or stabilization of the protein dobulca is
the result 61 an effect alcin to -'uilting out, but it conelli.
just high enough to keep tile globules in suspwas -o. without
their failing out of soln. This assumption! %Ou exped-
mentally vaikil. Changes in the allpl. taiciilre of the
proteins subjected to urea denaturation Ore. 09 411 intti-
mittcat mature, With ihe'Wra. of sidtft the miij~mlaudo 0
the prcalemmumlon c&O and tile icvti or io-,~ tienatuZ,
tion Yeaction equil. can be

RASHBA, Ye.Ya.; --GAUUNA, T.A.; ZAKHAROVAq I.Ya.; JULGANSKAYAq M.B.
Biochemical changes observed in certain coli bacteria during
variability. Trudy Inst. mikrobiol. no. 6:102-109 159.
(MIRA 13:10)
1. Institut mikrobiologii AN USSR.
(SAJMONELLA TYPHRIMURIUM) (ESCHERICHIA COLI)

GALKINA, T.A. DUdkin-a, T.0.1
Nuclease activity in B. Breslau and in secondary cultures regenerated
from its filtrates. Mikrobiol. zhur. 22 no. 1:29-32 160.
(MIRA 13:10)
1. Iz Instituta Tni obiologii AN USSR.
(IALMOW,LU) (NUCLEASES)

GALKINA, T.A. (Halkina, T.0.1
Crystalline proteins in certain bacteria of the erlteric group.
Mikrobiol.zhur. 23 no-1:35-38 161. (MIRA 14:5)
1. Institut, mikrobiologii AN USSR.
(PROTEINS) (INTESTINES-BACTERIOLOGY)

GALKINA, T.A.
Electrophoretio study of protein fractions in Bacterium Breeltu
and Escherichia coli and in variants of Escherichia coli obtained
by the assimilation of products of Bacterium Breslau. Biokhimiia
26 no. ltl55-159 Ja-F 161, (MIRA 14:2)
1, Institute of Microbiologyp Academy of Sciences of the
Ukrainian S S.R.g Kiyev.
iESCHERICHIA GOLI) (SALMONELLA) (PROTEINS)

GALKn'A, T.A. [Halkina, T.O.1; YEISH121A, M.A. (Mehina, M.O.J.
Electrophoretic characteristics of proteins of the paretyphoid
A baallus and yellow cultures isolatod together with It. Mik-
robiol. zhur. 24. no.40-12 162. 04IRA 160)
1. Institut mikrobiologii AV 7JkrSSR.
(PROTEINS) (SALMONELLA VARATYPHI)
(PAPER UMTROPHOMSSIS)

GALFdNA T.A. [Halkina, T.O.]
.1 - I
Amount of nucleic acids in Bacterium Breslau and its subcultures
regenerated from its filtrates. Kikrobiol. shur- 0'0- n,-4:c~-12'58.
C
(MLU 16:8)
1. Insti-tut id-kxobielogii AN UkrSSR.
(NUCLUC ACIDS) (SAU101ELU)

GAUDIA, T.-I. '11.0.3; ISISHDITA, M.A.
;hennic.pl nomapa,55.11-ion of the pai-at.~Th~ fd As ard
yellev cultures 1-sed-lated togol',-.-)-
25 nc.6., 3-16 "63 Oupi
1. Instit-at ml~rc;biologil' AN M.7SSR i
dovateltskiy institlixt

ariaLysto of' prc)L&`n of' ohromogenic
~Yelluw) ulf!tprla isolatild frall r.lic i,~I-i~,~-.,d of jfirrtt~,,,f,flc-Jcl
pat-lent"o. MUIC-oblol. .-111111.. 26 1F.-8)
Lnstitiit eplcic-miologii
ero~,;a 7vl.ii i Intitut

YEISHINAY M.A. [IElshyna, M.O.];--GALK T.A. [Halkina, T.O.]
.. _ J~Aj'-- -
Study of the antigenic composition of protoin fractions in
Salrwnella paratyphi A. Mikrobiol. zhur. 26 no.ls20-25 164.
(MIRA 18:11)
1. Kiyevskiy nauchno-inaledovateliskiy Institut apidemiologii
i mikrobiologii i Institut mikrobiologii AN UkrSSR.

AYZENMAIJ, 13.Ye. [Aizenman B.ju.]; SIMMER, N.C..; vViND'i'lK, T.P.;
BRE,DIKHII,IA A.N. (Bredikhina A.M.]; OIRISHGHUK, L.F. [G-,.7shciv.--?,
KOLESOVA, E.A. [Kolesova O.A.); MISHENKOVA, Ye.L. [Rishenkova,
GALMINA, T.A. [11alkina, T.O.); ZAKHAROVA, I.Ya.; RASIIBA, Ye.Ya.
[kasihb~, O.IA.]; LAUSHNIK, G.M. [Laushnyk, II.M.);
FRE,CBRAZHENSKAYA, N.Ye. (Preobrazhens'ka, N.11J.]
Effect of substances of bacterial origin on Ehrlich's carcinoma.
Rik-robiol. zhur. 27 no.6:61-67 165. (MIRA 19:1)
1. Institut mikrobiologii i virusologii AN UkrSSR.

mmmm
ACdESSION NR-- AT4037732 S/2865/64/003/000/0428/0431
AUTHOR: Galkina, T. B.
TITLE: The repeated use of nutrient media for cultivation of.Chlorella
pyrenoidosa
SOURCE: AN SSSR. Otdeleniye biologicheskikh nauk. Froblemy* kosmicheakoy
biologii, V. 3, 1964, 428-431
TOPIC TAGS: air regeneration, closed ecological system, manned *pact fligbt.
algae, Chlorella, Tamiya medium, plant growth
ABSTRACT: Experiments were performed with Chlorella pyrenoidosa to determine the
effect of the re-use of nutrient media on the growth dynamics of continuous
Chlorella cultures. Chlorella was cultured in Tamiya's medium. After the first
run, the suspension was centrifuged and the clear part was re-used for successive
experiments after salts and pH were adjusted so that they were very close to
normal Tamiya medium. Media prepared on former culture liquid exerted both a
stimulating and a depressing effect on the growth of algas, depending an the ab-
solute increase in the -,,-b*r of colle per unit of medi= during prelininary
d~,d 1/2

ACCESSION NR: AT4037712
culturing. In cases where the final density of cells in the preliminary culture
was less than 500 million per cc, the effect of re-use of that medium was a stimu-
lating one. If the final concentration of the preliminary culture was greater than
700-million per cc, the effect on successive cultivations was an inhibiting one.
If the culture liquid from the previous experiment was diluted, the effect of
or inhibition was less pronounced. In a number of cases dilution of
.the culture liquid of the preliminary culture resulted in a change frc;m Inhibition
to stimulation during re-use.
-ASSOCIATION: none
WMITTED: - 00 ENCL: 00 SUB CODE: PH, LS
10 REF SOV: 000 arm: 005.
Card Z/2

GALKINA, T.I.
Use of the photogalvanowgnetic effect in manuring the rate
of surface recombination. Yiz. tver. tela 1 no.2:216-217 F '59.
(MIRA 12:5)
leFizichankly institut In, r~N, lebedeva, Moskva.
tSomiconductors)

RZHANOV, A.V.; BOVOTOTSKIY-VLASOV, Yu.F.; NEIZVESTIIYY, I.G.; POKROVSKAYA, S.V.j
GALKINA. T.I.
Nature of surface recombination cOnters In germanium. Fiz. tvar. tela
1
3 no. 3:822-831 Mr 161. (MMA 14:5)
1. Fizichoskiy institut imeni. P.N. Lebedeva AN SSSR, Moskva,,
(Crystal lattices) (Germanium)

r~!~ L 06432-67 UIT(ni) /LNP(~~)/ETI LJ P(c) JD
SO-URCE-CODE -- UR 01 1 0-08
ACC -/,-,8 /66/008/ /24?3124~5
AUTHORs Galkina, T. I.; Kornilova, N. B.; Penin, N. A.
institu~m
OR& Physical Institute im. P. N. Lebedo-vt AN SSSR,, 1110scow (Fizicheskiy
SSSR
ITITIBI Structure of the recombination emission spectrum of IndiiLm arsenida diffused I
Idiodes
SOIRICES Fizika tverdogo tela, v. 8, no. US, IQ'66, 24-r3-2475
TOPIC TAGS: emission spectrum, indium compoundt arsenide, 6omiconductor diode
ABSTRACTt The spontaneous recombination emission of Indium arsenido upon Injection
of charge carriors through a p-n junGtion was studied at -t8 % and below, The diodes
wo:rs prepared by diffusing cadmliun into n-type material wltb a donor concentration of
3-8 x 1017 cm-3. Tho emission spectrum of a diode iimmsorsed In liquid nitrogen (780K)
with a current passing through the diode (2 A and above) was found to change con3idor-
ably with changing injection currentl as the lattor increases, thr) intensity of the
main peak increases linearly and -Inifts toward higher energies, whereas the intensity
of well-resolved secondary peaks (0.39 and 0.360 eV) on the long-urave side of the
main peak tends toward saturation* and the position of these peaks is independent of
the current. As the temperature is lowered to 240K, the resolution of the secondary
structure does not improve. The main peak (0.330 eV) is attributed -to radiative tran-
1/2

ACC NR: j.w6ok~tO~
sitions from the conduction band to the acceptor levol of cadmium. 'the secondary
peaks are thought to be formed in the forbidden band of InAs an a result of defects
arising upon diffusion of Cd into InAs under conditions where there is a high excess
prossure of arsenic (above 0.3 atm), which is usuaUy placed in the ampoule during
diffusion. Authors thank V. A. Rassushin for discussing the work. Orig. art. has;
2 figures.
SUB CODEt 20/ SUM, DATES 03Feb66/ OUIG FX-F: 001/ OTH MFI 001
Carcl

L )64 7 M- vT (m) W/ETI 1JP( D
/KW?
A Rs 6026716 SOURCE CODE I uR,, o'l- /008/21,M/2490
R 66 oo8
AUTHOR: Galkina, T. I.; Penin, 11. A.; Rassusbin, V, A,
s institut AN
ORGS Phy ics Institute im. P. N. Lebedev, AN SSSR# Moscow (Fizicheskiy
SSSR)
'
TITIZ: Determination of the energetic position of the acceptor lovol of cadmium In
lindium arsenide
I
I _1V1
ISOURCEi Fizika tverdogo tela, v. 8y no. 89 1966,, 2488-249o
TOPIC TAGS: arsenide,, indium compound, cadmitua, ionization
ABSTRACT: The ionization energy of cadmium atoms in InAs was determined frorm -the spec-,'
tral position of the recombination radiation line of indium arsenide diffusion diodoB.~
The observations were made by transilltriination,ghrouffi the n-region of the material,
which had an'electron concentration no = 2 x 10 cm-.5. It is postulated that tho
radiation of the diodes arises in the p-region due to radiativo capture of an oloctron
from tho conduction zone by a neutral cadmium atom. In this case, the spectral char-
acteristic of radiation for direct transitions between the conduction bald and the ac-1
ceptor level is expressed by the formula
1/20Y
+ Eq- G(Y) = Y_
where y and tico Is the enorgy of a radiation quantum. It follows tha
the maximum of kwe radiation intensity lies at y = 1/?., 1. 0., at Acumax = Cd - C
Card 112

L 06439-67
AP OZ6-i
ACC 6
+ kT/2. It was found graphically that Cd !a 0.195 eV. The forbiddon g2p width
InAs, necessary for the calculation of the ionization energy of cadmiun (do was ob-
tained from the photolminescence L;poctra of Ws at 730K. At thin teitroorature, the
forbidden gap width of indium, arsenide C,I- 0.405 oV, and the ionization energy of
cadmium ca - 0.010 eV. Authors thank N. M. Ponomarey and D. A. Vlasov, on the staff
of GIREMOr, for providing InAs samples of the highest degree of purity ~Orig art.
has-s-271gures.
SUB CODEt 20/ SUBM DATEs 14Fob66/ ORIG REF9 001/ OTH REF: 006
C.,d 2/2

S/712/62/028/000/002/020
E032/E114
AUTHORS: Galkina, T.S., and Kopylov. I.M.
TITLE: Quantitative analysis of the atmospheres of hot
supergiants. III. A2-F2 supergiants
S.FRCE: Akademiya nauk SSSR. Krymskaya astrofizicheskaya
observatoriya. Izvestiya. v.28. 1962. 35-93
TEXT: 35 spectr6grams of the following stars were analyzed:
a Cyg (HD 197 345), -) Cep (HD, 207 260, 9i Per (HD 14 489),
6 Gas A (HD 223 385). (p Can (HD 7 927), e Aur (HD 31 964),
89 Her (HD 163 506). -Z~Her (HD 164 136). They were obtained in
1958-1959 with a si:ngle-pria'm spectrograph (dispersion 23.4-A/mm,
at H Y ) 'and the 122 cm reflector of the Krimskaya Observatoriy4~
(Crimean Observatory). The equivalent widths were found for
a large number of lines in the range XX 3750 - 5020 X. The
Doppler velocities were dote rmined from the curves of growth and
were assumed to be equal to the velocities of turbulent motion
since thermal velocities in the atmospheres of these stars are
small (I - 2 km/sec). The turbulent velocities were then
investigated an functions of the excitation potential and it was
Card l/ 5

S/712/62/028/oOO/002/020
Quantitative analysis of the ... E032/E114
found that vt decrease; with increasing E.P. Moreover, it was
found to increase with height in the atmospheres. This increase
is more clearly defined in the more extended atmospheres of FO-F2
stars than in the atmospheres of A2-A3 stars. The dependence of
vt on height for atoms and ions was found to be different. Next,
the excitation temperature was determined as a function of E.P.
The variation was found to be more rapid for FO-F2 stars than for
A2-A3 stars. The values of the electron density Pe and the
quantity GI = 5040/Ti for metal lines, where Ti is the
ionization temperature, were found to be as shown in Table 10.
The values of 109-Pe for metal lines were found to be larger by
an order of magnitude as compared with log Pe (hydvogen). These
values were then used to eitimate the chemical composition of the
stars. Fig.14 shows the relative chemical composition of A2-A3
and FO-F2 stars (upper and lower curves, respectively). Further
s t u d --; e swr -- q u --i rt--- -4 - t Ih h6- In r d IS 3-6 %-J a-&
.
There are 14 figures and 12 tables.
December, 1961
Card 2/5

Quantitative'analysim of the ... S/712/62/020/000/002./020
9032/gli4
TA bI e 1.0
g e

OL CYS 0. 3k) 0. 72
cop 0.52 0.73
91 Per 0.411 0.72
6 Cos A 0-54 0.74
(p Cos 0 70
0.73
F Awr o:66 0.74
86) lier 6.76 0.76
-14l) fie 0.711 0.81

Card 3/5

5/712/62/028/000/002/020
(juantitative,antilysis of th e ...
M032/1-MIA
Fig. 14 Relative chemical composition of %2'-jk3 stare
149 AL Sj Cm Sc TIV Cr Mn Fe mil Sr" Y' Zr*
Card 4/5

lu
(~Vl,ln titnti ve anillysis of tile S/712/62/o28/000/002/020
Fig.ll.. Rel.ative cheinical coitmosi tion of FQ~-V2 stars

KOPYLOV, I.M.; VITRIGHENKO, E.A.; GALKINA, T.S.; GOLLANDSKIY, O.P.
Quantitative analysis of atmospheres of hot supergiants.
Part 4: Physical conditions in O-F supergiant atmospheres.
Izv. Krym. astrofiz. obser. 30;42-68 163. (MIRA 17:1)

GELLER, Yu.A.; GALKINA, V.A.
Effect of temperingeovditions on the quality of cutting tools
Smie of higb-speett-steel. Stan.i instr. 33 no.12:31-33 D
"62. (KIRA 16:1)
(Metal-cutting tools--Testing)

GUTNIK1 M.A.; BORISOV, L.F.; NOVIKOV, I.K.; SPASSKIY, N.N.; OVCHINNIKOV,
A.N.; STOLYAROV, A.B.; KLAVIR, A.V.; GALKINA, V.I.; SHALFEEYEV,
V.I.
Overall mechanization of decorative grincling and polishing oper-
ations. Prom. energ. 17 no.9:6-8 S '62. (MIRA 15:8)
(Grinding machines)

SOV/81-59-5-17542
Translation from, Referativnyy zhurnal, Kh1miya, 1959, Nr 5, PP 532 - 55133
(USSR)
AUTHORS: Shchegol', Sh.S., Galkina, V.K.
TITLE: Pol"etacryt, (Polimetakrit) a Material for Construction
Purposes
PRRIODICAL! Za. tekhn. progress (Sovnar-khoz Gor'kovsk. ekon, adm. r-na),
1958, Nr 5, pp 8
ABSTRACT; Polymetacryt (PM) was obtained by impregnating electrographite
(EG) with methyl ether of methacrylic acid and 0-.5r-berAzoyl
peroxide and subsequent stepwise heating, havirZ a compression
resistance twice as high and tensile strength and bending
resistance three times as high as EG; the heat- and electric
conductivity of both materials are the same. Depolymeric ether
obtained from the waste products of organic glass can be used
as material. The consumption of methylmethacrylate to 1 ton
of impregnated EG is o- 90 - 100 kg, FM is suitable for the
Card 112 production of chemical. heat-ex,.hange apparatus, as well as

SOV/81-59-5-175112
Polymetacr7t'(Polimetakrit) - a Material for Construction Purposes
electrodes (e.g., for chloride baths). The
20 - 25% less than those made of graphite,
the consumption of electric power per 1 ton
The test results and the physico-mechanical
PM are given.
wear of the FM anodes Is by LI/p,
and their application decreases
of caustic soda by "1 100 kw hrs.
properties of the initial EG and
A. Vavilova
Card 2/2

GORODINSKIY, G.M., kand. tekhn. nauk; GALKINA, V.N., inzh.
", ~ - I
Photoelectric setup for the control of the degree of surface
finish of plane polished glass. Stek. i ker. 20 no.7:17-19
J1 163. (MIRA 17:2)
1. Leningradskiy institut tochnoy mekhaniki i optiki.

-M
_A V
20-4-5-1/51
AUTHORSt Korzhuyev, P. A. , and Galkina, V. P.
TITLE: The Amount of Blood and Hemoglobin in the Organiii-m of Birds During
the Period of Incubation (Kolichestvo krovi i gemoglobina v organiz-
me ptits v period inkubatsii)
PERIODICAL: Doklady AN SSSR, 1957, Vol. 116, Nr 4, PP. 710 - 712 (USSR)
ABSTRACT: One of the most important functions of the blood is its breathing
function. Comparing-physiological knowledge concerning the blood
of vertebrates says that the amount of blood and the supply of the
organism with hemoglobin increases with the activity and movability
of the animal. However, in this connection differ not only the
great animal groups, but there are differences among some groups
of the same species in various stages of ontogenesis. In the embryo
of the sheep "Sovetakiy merinos" the amount of blood increases ra-
pidly with the third month of embryonic life and reaches its ma-
ximum with the birth. This applies also for the human embryo . The
blood of the newborn child contains more red blood corpusclas and
hemoglobin than its mother's blood. This is according to the one
standpoint the consequence of a chance partial transition of blood
Card 1/3 from the placenta to the vascular system of the embryo; the placen-

20-4- 5V51
The Amount of Blood and Hemoglobin in the Organism of Birds During the Period of
Incubation
ta is here considered to be an "extraembryonic tissue". The other
standpoint considers the rich supply of blood and hemoglobin as a
A peculiar adaptation form to the specific development conditions of
the intrauterine life to be in the first place an oxygen supply of
the embryo. In this connection it is assumed that the blood forming
organs of the embryo of the vertebrates, above all the bone mar-
row, are to have a maximum development. It can be expected that
the development of these organs, e.g. of the bones containing the
marrow of the mammalia and of the birds the fetal development of
which takes place outside the mother organism must show striking
differences. Table I gives the blood- ind hemo,-,lobin content of
chickens, ducks, turkeys, and pigeons of different races at the
moment of slipping out of the egg. It is obvious that the amount
of blood in the latest stages of incubation does scarcely deviate
from that of adult birds. In the case of pigeons it was even lower.
Table 2 shows the relative weight of the skeleton of the heart and
blood with the hemoglobin content in %/'- of the body weight of new-
born and adult horses, pigs, sheeps, guinea-pigs, as well as of
chickens and pigeons. Themamnalia have an obviously higher degree
of supply of the organism with blood and hemoglobin, a considerab-
ly greater relative weight of the skeleton (the double or triple
Card 2/3 amount of that of the mother) and a heart index double as great as

20-4-51/51
The Amount of Blood and Hemoglobin in the Organism of Birds During the Period of
Incubation
that of the mother. These differences cannot be found in the case
of birds. However, the organs not connected with oxygen transport
of bitds and mammalia show scarcely any differences what regards
their weight. The authors thihk it most expedient to explain these
peculiarities of the organs of birds and mammalia by the dependence
of the specific weight of these organs on the level of supply with
oxygen of the organism. There are 2 tables, and 13 references, 6
of which are Slavic.
ASSOCIATION: Institute for Animal Morphology imeni A. N. Severtsov AN USSR
(Institut morfologii zhivotnykh im. A. N. Severtsova Akademii nauk-..
SSSR)
PRESENTED: December 24, 1956, by I. I. Shmallgauzen, Academician
SUBMITTEDt December 24, 1956
AVAILABLE: Library of Congress
Card 3/3

GALKINA. V.S.
Scientific Session in Tula. Stomatologiia no.5:63 '53. WaA 7:1)
(Tula--I)entistry) (Dentistry--Tula)
(Tula--Stomatology) (Stomatology--Tula)

GALKIN41-Vt~-41
Immunology
Dissertation: "Barrier-Fixing Function of tne Lymphatic Glands and Their Importance
in Deteraining tne Immunogenicity of Some Intestional Microbes." Cand -ed ici,
Tashkent Aedical Inst, 14 Apr 54. (Pravada Vostolca, Tashkent, 27 liar 54):
SO: SUM 213, 20 Sep 54

F-1
Ab~j jour Pc-j' Shur Biol.; Wo 5, iqJ3, 19'71)43
Author S.I., Kalininc, E.F., Gaill:Jna, V.5.
Tit.Le PrDo-1 oJ.' the Assimilation by one Dacteri.al Srcci.co, of
Dccommosi(.-~on Products of Anothor Specles, Unin_-
LabcleOl (P32)
Orig Palo VoT)r. !:,,:-,cvoy pato-L. AN UzSSR, 1956, iio 3, 66-75
Abstract Culu'ures -..hich served for preparing the extracts libeled
~ 1~1
- . ; th Na2;_iP32
,rith P were develODed on a medimi u 04' The
ex-t.ract of washed cello was prepared by treating it vith
'WIL.Cri-e and shaltiprs-, and also by alternately freening and
-chalvia- and suboequent filtration a Zeiss filter.
The cxcrac~ was spread either en the sm-face of a deficient
) a,,,a--.- or --zed as a liquid nutriert medi.ui.i. It was esta-
C~
blished -,hat Pacterimi coli, sLrain 1',()g, ausinilates decom-
po,-tiLion of extracteti, ceils of Salmonella
Card 1/2

NALINUNA, Yo.i.; GALKIND1,X.S.; ABIDOV, A.Z.; M-~ZHEIAl-'OVA, S.I.
Effect of C060 amrja irradiation on tha vaccLala Virus and accompanying
u
microflora. I-led. zhur. Uzb. no.2-45-46 F 162. (MLiA
1. Iz TP.3hkontskogo naucimo-.i:-,;31odovate'Ll:jkogo instituta valftsir, i
s~vorotok (direktor - A.B.Inogamov).
(VACCINIA) (COBALT--ISOTOPES)

BUZOV, B.A., kand. tekhn. nauk, dotsent; GALYJTA, V.V., inzh.
Porosity of cold weathar clothing. Nauch. truly MTILP no.24.'
' 2-8-13~ 16:~. (VaRA 16:7)
1. Wedra tekhnologii shveynogo proizvodstva Moskovskogo
tekhnologicheskogo instituta legkoy promyshlennosti.
(Glothing,, Gold weather)
(Textile fabcri cs-To sting)

USSR / Human and Animal Morphology - Digestive Tract. S
Abs Jour :Ref, Zhur. - Blol., No. 22, 1958, No, 101418
Author :Talyshinskiy, G., _Galkina, Ye-
Inst :-
Title :The Relations of the Cystic, Hepatic, and
Common Bile Ducts and the Connections of the
Latter With the Pancreatic Duct.
Orig Pub :Azerb. t1bb. ah., 1957, No. 6, 23-29.
Abstract ;In 50 cadavers of patients aged 20-70 years not
suffering with diseases of the bile ducts, methods
of perfusion of the ducts and of the splanchnic
artery revealed that the common bile duct and
the pancreatic duct enter the descending portion
of the duodenum both conjointly and separately
through a series of orifices. In the hepato-
duodenal ligament the hepatic artery (Hk) forms
Card 1/2

USSR / Human and Animal Morphology - Digestive Tract. S
r Abs Jour : Ref~ Zhuri - tiol., NO. 22, 1958, No. 101418
an angle of 45 to 60 degrees with the bile duct.
With high fusion of the hepatic duct with the
cystic duct, the right HA passes under the com-
mon bile duct, while with low fusion, the right
HA passes under the hepatic duct. The HA only
rarely comes off the superior mesenteric artery.
Card 2/2

GALKIM, E. A.
"Bogs of the Tunguda Region of the Karelian A.S.S.R." (Tipy Bolot Tungudskogo
Halona Avtonoonol Karelskol SSR)
Proceedings of the Botanical Institute of the Academy of Sciences of the USSR,
Ser. III. FASC. 3, 1936, pp. 307 through 338 (Full translation available).
LVII-2

, ,1.
~ - : z ~,.
t::L, - .-)6
21497 C-IL"Ki."7' , 1e. A.
;, ~ -" c
PriincrAnlye aeros"yemki pri izuchenii volotnkli ma3nivov.
Trudy Vtorogo Vsesoyuz. geogr. sllyezda. T. P.M., 1948, s. 443 - 49.
SO; Letopis' Zhurnalinykh Statey, No. 29, %i'oskva, 1949

t
ANDRJCYNV, Y.H.: GALKINA, Teo.: IGOSHINA. K.H.: IAVRJUIKO. Ye.M.; RODIN, L.Te.,
SAKHO14:0r.s.; S&KINOVA-TYAN-SHARSKAYA. A.M.; SOCHAVA, VJ.; SHIY-
FXRS, Ye.T.; PZVZNPbR, R.S., tekknichookly redaktor
[Vegetation mp of luropean U.S.S.R. on a scale of 1:2.500.000;
explanatory text] Xarta rantitellnosti Byropelskoi chastl SSSR.
n. 1:2.500,000. Poisenitellayl takst. Soot. T-M-Andreev i c1r.
Pod recl. X.M.Iavrenko I T.B.Sochavy. Kookwa. 1950. 288 p.
(KIRA 10:7)
1. Akedemlya nauk SSSR. Botanicheakiy institut.
(Pbytogeograpbr)

G-,LUINA, Ye..A.
Ways of utilizing air photography in the study of sh lands.
'L
Bot.zhtir. 38 no.6.-893-901 N-D '53. (KLRA 7:1)
f
1. Karelo4innskiy;illal Akademii nauk SSSR, Petrozavodsk.
(Swamps) (Photography, Aerial)

'4 GALKINA,Ye.A.
1,
Swamp landscapes in forest zones. Geog.sbor. n0-7:75-84 '55.
(Swamps) (Photography, Aerial) (N1RA 9:1)

GALKIn, Ye.A.
-
Aerial photograssistry In compiling interdepartmental goo-
botanical landscape maps of swamps, Trudy Tab.aerortet. 7:
284-292 059. (MIX 131l)
1. Botanicheekly tantItut Im. T.L.Komarova AN SSSR.
(Aerial photogrammetry) (Swamps-Haps)

GALKINk, Ye.A.
Bog lands of Karelia and principles underlying their classification.
Trudy Xar. fil. AN SSSR no.150-48 '59. (KMA 12t10)
(Karelia-Peat begs)

GALKINA. Ye.A.
Effect of natural characteristics of extensive awamp7 areas on the
construction and use of logging roads. TrudT Inst. Isea 49:39-44
'59. (MIRA 13:2)
l.Botanicheskiy institut in. V.L. Kowrova AN SSSR.
(Forest roads)
~~i,

GALKINA, Yb.A.
Mathods of uaing-aerial pbot-ographo in mapping and establishing the
types of bogs. Uch. zap. Pstrosm g6s. us. 12 m2t75-24 164 jWRA 180)

1~1 N~, li:iff4PWI~~-;111t1l Ili-! *~4 I I[, I ; 11-1 bill , 1~-!l 1!
GALKINA., Yar.A.
1. . I - ~ -
Geostorphological clarsolftvattoir of bogs. Udb. sap. Potroxav. goo.
un. 12- nawbI06-1-13- -064. ~ (KM let 7)

;* I ;' !'I !!A -X.- !! ~ 11, -1:, .! : , L", ': , ~ .. I :. 1 1! -~II ,I I,i: ~, , ,
SARCYLOVICH, G.G., prof.; BELYAYEV, N.I., inzh.), KUDRIT'S'KIY, D.M.,
dots.; GLAGOLEV, A.V., inzh.; IIEFEDOV, P.M., inzh.;
.9A~~f,.Asj st. nauchn. sotr.; PLINK, L.I., inzh.;
DQIIMUYI I.P., prof., retsenzent; SAVELIYEV, V.V., kand.
tekhri. nauk, dots., retsenzent- ALYSHEV, I.F:I, kand. tekhn.
nauk, dots., retsenzent; LOBOV, A.N., prof , doktor tekhn.
nauk, retsenzeni; DOROKHOV, B.A., inzh., red.
[Use of aerial photographic surveying in forest engineeringj
Primenenie aerofotos"emki v lesoinzhenernom dole. Moskva,
Lesnaia,~promyshlennostl, 1965. 354 P. (MMI 18: 10)
1. Kafedra sukhoputnogo transporta lesa Lesotekhnicheskoy
akademiilm.S.M.Kirova (for Alyshov). 2. Zamestitell glavnogo
inzhenera riosudarstvemogo instituta po proyek-tirovaniyu les-
nogo transporta (for Dorokhovl/.

GALKIVA, Ye.l.; ZAVGORCRITY, S.F.
Use of sodiur. tripolyphosphate for determining the calcium and
magnesium content in river and mineral waters. Lab.delo 7
no.3206-38 W 161. (MIRA 14--10)
1. Kafedra neorganicheskoy i analiticheskoy khimii Rostovslcogo-
na-Donu meditsinskogo instituta.
(SODIUM TRIPHWPRATES) (WATER-AVALYSIS)

: -1 : ~ t ~lpi,~T ;,, I jj~'! '! 1 c1,.- , ., . .. .. -.1 !-ij ,
1 .1 .1 .1
GALKINAS Ye.l.; ~'-13COR17)PNIY, S.F,
Determination of calclum and In the b1c,,.(! !erun
using sodium tripolyplicsnhate. V,,,1... nied. khiri. 9 r4o.1-:207-209
Mr-Ap 163. (MIRA 17.08)
1. Kafedra noorganichesk,.).y 1 anal Pic-biskrT khlmii Restovske-C,
na-Donu meditsinskcgo inst1tvita.

I,OGVINq Grigoriy Nikonovich;,GA~ZINA, Ye,19.9 red.;SIDDROVA, A~A,3, tekhn.red.
Kiev. Mosk7a,, Gos.i2d-vo mIskusat7ot" 1960, 277 p,
(NMA WO
Kiev-Description)

PAVLIW, A.V.; KAVKAZOV, Yu.L.j GALKINA, U.N.
System for evaluating shortconings in standards for leather
footwear. Standartizatsiia 29 no. 11258-59 N 165 (MIRN 19-.1)
1 -1!,"-'-- HT :;4~ HIII t." t
.. . ., I I :p1q1pq
;i

GALKINA, Z.
I...
Analysis of ente-rprise operations in our branch. Don. i
ka-ed. 21 no.12:53-56 D 163. (MIRA 17:1)
1. UpravIyayushchiy Novcmoskovskim otdoloniyam Tulskoy
oblastnoy kontory Gosbanka.

ILIIITA, V.N.; POLSTAYEV, A.S.; TraHkKOV, G.K.; KHOKHIOV, L.K.; GALKINA, ZL:
SAMAYEV. V.N.; STOLYARCHUX, A.A.
Clinical aspects and psychopathology of q fever. Zhur. nevr. i psikh
59 no-3:Z95-30 '59. (MIRA 12:4)
1. Kafedr~'Psikhiatrii (sav. - dots. G.K. Ushakov). infektsion'nykh
bolezney (zav. - prof. A.I. Resaikov), farmakologil (ispoliWayushchiy
obyazannostl zaveftwhahego - kands mod. nauk V,I. Balyayev) Throslav-
skogo meditsinskogo institute i Gorodskaya klimicheskaya inf6ktsionnaya
bollnitsa (glavrqy vrach A.S. Poletayev).
N FBVIR, compl.
ment.-disord. (Has
WML DISORWE. etiol. & pathogen.
Q fever'(Rus))

GALKINA, Z.I.
Organization of the reference machinerr for a reference
and information collection. NTI no.2:24-18 163.
(MIRA 16:11)

GALKINA, Z.P.; SBI,.VCIIIK, V.N., rabochly
Letters to the editor. Zashch. rast. ot vred. i bol. 8 no.6:12
Je 163. (MIRk 16:8)
I.iNachall'nik VolRogradskoy karantinnoy inspekt9ii (for Galkina).
2. Uchabnoye khozrys~vo Loealwradakogo Bellskokho-,,yayetvennogo
instituta. obshchestvennyy inspektor Veerosolyskogo obehestva
okhrany pr1rody (Pushkin, Leningradskoy oblasti) (for Shevshik.
(Plant Protection of

YERMILOV, P.I.; GALKINA, Z.V.; KISELEVAv T.A.; INDEYKIN, Ye.A.
Physiocochemical basis for the intensification of iron oxide
dispersion in ball mills. Lakokras. mat. i ikh prim. no.5;
57-62 163. (MIRA 16:11)

Ye lb-~Olld-,:q
0 4
SMEMNITYY RUSSKIY YAZYK; ILKSIKOLCGIYA, FO,!~,ETRA, ,'O,-,F0LOGIYA (MOD&RN
RUSSIAN BY) YS. M. GALKINA-FEDORM, K. V. (10161liKOV.1 I N. SHAI-,Z3KIY.
MOSKV.,,k, TJCHP--;DGIZ, IP57. 407 p. TABLZS. BJBI,10(;.~?APFY*. p. 400-401.

h'IN, Mikhail Andreyevich,-_~~~~-, red.; SIDOROVA, A.A.,
takhn. red.
(Moscow] Moskva. Mosk-m, Izd-vo "Iskusstvo,* 1963. 513 p.
(MIRA 1615)
(Moscow-4uidebooks)