SCIENTIFIC ABSTRACT ALADYSHKIN, A.S. - ALADZHALOVA, N.A.

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• Publication Date: December 31, 1967
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ALADYSHKIN A.S KAZARINDVP V.F*,. HIBUTSK
.Third Interdepartmental CoordInation Conference an Gompllimg
Lithopaleogeographic Maps of Siberia. Geol. i geofiz. no.12:118-220
162. (WRA 16t3)
Siberia-l'aleogeography-Maps)

75

A;~DY-$HKIN,-A.S.; VASILIKOVSKIY, N.P.; VINKMAN, M.K.; GINTSINGER, A.B.;
GURARI, F.G.; KARPINSKIY, R.B.; KRASILINIKOV, B.N.; KRASNOV,
V.I.; KRIVENKO, A.P.; LUCHITSKIY, IS.; PAN, F.Ya.; PETROV,
P.A.; POSPELOV, G.L.; SENNIKOV, VA; CHAIRKIN, V.M.;
SHCHEGLOV, A.P.
In memory of Andrei Aleksandrovich Predtechenskii, 1909.
1964. Geol. i geofiz. no.4:197-199 165. (MIRA 18:8)

PUDOVIKS A.N.0- AIADZHEVA,,I M.
polyphosphitea., Fait 2., Reactions of diallql phosphorous chlorides
with aromatic dibx3r compounee, Zhur,ob.khima 32 no.6.-2005-2010
Je 162. (MMA 15-.6)
(Diphosphites) 1,Aromatj'c compounds)

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GORWN, Grigoriy MikhaylOTich; AIADZHAWV,, Ivan AlaksandrOTICh; FZTSAKHOV,
I.L., kandidat V.A.,
isshener- ritseizent; WSKOVSKIT, R.S., inzhener, reteezzent;
KARCHEVSiIYO, V..&., redaktor; ARKRAIGELISKAYA, M.S., redakto.-;
UTIHOVA, A.P., tokhnichaskly radaktor.
(Gas pturification by bag filtors in nonferrous metallurgy] Gaz"ohl-
atka ruk&TVmi fil'trami T tevetaoi metallurgit. Moskva, Gee. sauchao-
takhn.izd-vo lit-ry po cherz*i i tOTOtlOi metallurgii, 1956. 204 p.
(MIRA 9:6)
(Filters and filiaation)(Dast--Removal)(Nonforrous metal industries)

SOV/137-58-8-16716
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8. p 69 (USSR)
AUTHOR: Aladz Ir-I
"TLE: A Gats-cleaning Flow Sheet for Fluidized- solids Roasting
(Skhema pyleulavlivaniya pri obzhige v kipyashchem~gloye)
PERIODICAL: Sb. materialov po pyleulavlivaniyu v tsvetn. metallurgii.
Moscow, Metallurgizdat, 1957, pp 53-57
ABSTRACT: A description is advanced of the basic equipment for cool-
ing and cleaning of fluidized- solids roasting furnaces in ac-
cordance with a flow sheet suggested by Giprotsvetmet (not in-
volving waste-heat boilers): a) Water-jacketed settling coolers;
b) first-stage cyclones; c) second-stage cyclones; d) hot-gas
fans. The cooling and gas-cleaning equipment for each fluid-
ized-solids furnace is arranged in Z parallel chains. Each of
the parallel chains may be switched off for inspection or re-
pair without stopping the furnace.
1. Furnaces-4ooling 2. Furnaces--Cleaning G. G.
Card 1/1

SOV/ 137-58-8-16599
Tianslation from: Ref erativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 5 1 (USSR)
AUTHOR: Aladzhalov, I.A.
TITLE: The New Enlarged URF Bag Filter (Novyy ukrupnennyy rukav-
nyy fil'tr tipa URF)
PERIODICAL. Sb. materialov po pyleulavlivaniyu v tsvetn. metal-',,,jrgii.
Moscow, Metallurgizdat, 1957, pp 240-250
ABSTRACT: A description is presented of the design of the URF filter by
Giprotsvetmet. The filter area of a single compartment of the
URF is 105 m? in the main variant (reinforced concrete) and
90 M2 in a variant employing a steel shell. Filter socks of
seamless fabric, with socks 220 mm in diameter and 3800 mm
long, are used. The minimum number of compartments in the
URF is to be 10, and the maximum 20, with a filtering area of
Z100 m?, (major variant) and 24 with a filtering area of 2160 mZ
(variant with steel shell). The filter fabric in the URF is
cleaned by periodic shaking of the socks, air being blown
through them at the same time, There are pneumatic controls
of the valves and shaking, and electrical controls of the air
Card 1/2 drives. A technical and economic comparison of the URF with

SOV/137-58-8-16599
The New Enlarged URF Bag Filter
RFG filters shows the former to enjoy distinct advantages- A metals saving
of up to 401o, a reduction in the volume of the building by over 2076, and a,
15-30% reduction in service personnel.
G.G.
1. Particulate filters--Design 2. Particulate filters--l'Ierformance
Card 2/2

SOV/137-58-8-16600
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 51 (USSR)
AUTHOR: Aladzhalov, I.A.
TITLE: Cooling and Preparing Gases for Cleaning 110khlazhdeniye gazov
i podgotovka ikh pered pyleulavlivaniyem)
PERIODICAJ,: Sb. materialov po pyleulavlivaniyu v tsvetn. metallurgii.
Moscow, Metallurgizdat, 1957, pp 260-262
ABSTRACT: An examination is made of methods of cooling gases (without
using the heat) prior to dust separation in bag filters: 1) cool-
ing by mixing hot gases and cold air (suction), 2) cooling in
surface-contact heat exchangers (coolers), and 3) cooling by
evaporating finely-clivided water in the gases. A brief present-
ation of the merits and shortcomings of these methods is made.
When dry electrostatic precipitators are used, the gases are
often first cooled and moistened to increase the conductivity of
the dust, and this is done by delivering finely-divided water. A
more extensive utilization of wet electrostatic precipitators
with pri*or cooling and moistening of the gases to a state of sat-
uration in scrubbers, with delivery of a larger amount of rela-
Card 1/Z tively coarsely divided water or return pulp, is proposed. This

SOV/137-58-8-16600
Cooling and Preparing Gases for Cleaning
type of preparation of the gases is also desirable in cleaning gases in high-
speed dust separators.
G. G.
1. Gases--Cooling 2. Gases--Cleaning 3. Heat exchangers--Performance
4. Electrostatic precipitators--Performance
Card 212

ALADZHAIOV, Yu.A, inzhoner.
Rvaluating the qualitr,.of the geometric construction of
-39 151.
triazigulation note, Sbor*atopo goods no.1:32
(Trienealation) (MIRA 9:7)

ALADZHA.LOIT,, Yu. A*
"Triangulation Observations of I Class by Means of Three Directions".
Sb. statey po geodezii No. S., PP 3-26,, 1954.
~Instead of measuring all combinations of separate angles, measurements
of series from three directions are suggested,, under the assumption that
the observation Of a series consisting of i, k, 1 directions is equivalent
to the observation of separate angles ik, i1, k1. Such a procedure is pos-
sible only if the number of directions from one point is n =3; 7; 9; 13;
15... Comparison of resulta with conventional computations shows a 25%
decrease in work volume. (RZhAstrp No. 4 1956)
SO: Sum No 884., 9 Apr 1956

ALADIRALOr, TueAe
Astermining error's in the junction of ground point of
Resection for' -9
control. G*od.1 kart. a 2.426-30 Ap 156. (mw 9:10)
(TrIauguUtiolk)

MAMEALOV shoner.
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Xos't adwmtageons distribution of weights in observations of base
line note. Sbor.st.po good.no.10:15-22 '55. (Km 10:2)
'*Weight functions)

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A.M. Rodigina).Wvovskogo meditsinskogo instituta,
(EYE-DISRASE~S AND DEFECTS) (CORTIS011M)

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ATA-IIZHLWYA, N.A.
I -I-4
lilectrioal-charsoteristies of the skeletal zusculature under
different functional conditions. Trudy fiziol. inst. 4:221-234
1498 (KUL 9:5)
(MUSGIN) (BLECTROPHYSIOLOGY)

A1AD2H=VA9 N. A.
G2_1
Differences in alteration of the electrical properties of
"nooth muscle in iapid and In tonic contraction. N. A.
'Aladzlialovit and S. 14.1fertsvilovii, Doklady Mail,
'":S.X-04_, 213-16(1054): cf. ibid. 73., 73(!P.-.').-Ai
ascHlographic study of the resistance wid empacit'. ',to of the
Intact and excised Avadonta muscle specimensat 10 kc.
and at 2D0 kc, applied a.c. under the conditions of tonic
contraction under reflex action as well as under the cogdl-
tion of spontaneous contraction, showed that lit tonic con-
traction resistance rises at both low and high frequencics
Ics Fadihi
of applied a.c.; In 3 ontaneoUs contractions, wit
characteristics 011 PR-ase contractior, the resistance drops
at low-frequency a.c. and Is unaltered at high frequency,
Thus the tone of the muscle may be defined as a consequence
of a decrease of the concn. of free ions In the substrate, an
alteration of the colloidal matter leading to bincling of the
lon5. in Me contraction notable shifts take place in the
surfaces 0 the micelle3 with relaxation of the electrostatic
forces connected with th'Ounctionall Protein cOrnPlex Of
actomyosin. The results of resistance detns. are &I%-cti
solapoff

ALA6DZHALOV A
Blectric constants of the cerebral cortex. DokI.AN SSSR 94
no.6:1053-1056 F 154. (9LRA 7:2)
1. Institut biologicheskoy fiziki Akademii nauk SSSR.
(Cerebral cor4jex) (Blectrophysiology)

wwwoo 4Tj -a:M 44
polomo too -1v7
--mama

J,14L-'XLOVA, N.A.
Lynamics of early ionic shifts in the cGrebral cortex brought about
by local X-ray irradiation of the abdominal region and the head.
Biofizilm I no.1:49-56 '56. (MLRA 9:12)
1. Institut biologichaskoy fizlki Akadi-mii nauk SSSR, Hoskva.
(X IUYS-.PHYSIOLOGIGAL WHOT)
(CMMUL COWAX) . (XIMOTROPHYSIOLOGY)

AT,A
Superelow :1,Vtbmical changes in the electrical potential of the brain.
Biefinika 1 10.2:127-136 '56. (mm 9: 9)
LImstitut biologichoskey fiziki Akademit jkauk BSSR, Hookym.*
(MCTRONNOVULOGRAMY)

USSR / General Biology. Physical and Chemical Biology. P-1
Abs Jour i Rof Zhur - Biol., No 11, 1958, 47472
Author :Aladzhalova, H. A.
Inst :145-t -given
Title :Physioochemical Processes in the Claw Muscle of Crabs
During Slow Contraction and Inhibition.
Orig Pub tBiofizika, 1, No 6, 525-533 (1956)
Abstract :Ionic prooesses reflected in a change in impedance during
the slow contraction and the inhibition of the claw muscle
of crabs are described. A characteristic property of this
muscle is the enervation of the exciting and of the inhibit-
ing nerves and the ability to carry out both rapid con-
traollons, charaoteristio of striated musoles,-and slow
contractions, characteristic of smooth muscles. Slaw con-
tractions of the claw muscle of crabs hre accompanied by an
increase in tho ohrdlo rosistanoe of the muscle of 2-6% and
Card 1/3

USSR General Biology, I~Tsical and Chemical Biology, B-1
Abe Jour .:,Rof Zhur..- Biol,, No 110 1958, No 47472
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SMIRNOV, G.D.; JLIADZHAWVA, N,A,
Ilectrical activity and impedance of the cerebral cortex. Dokl.
AN Saglt 106 no-3:573-576 A 156. ' (YT,,RA 9:6)
Llnstitut morfologii zhivotuykh imeni A.H.SAvertaova i Institut
biolog'-~cheskoy fisiki Akademii nauk SSSR.
(Cerebral cortex)

AIADZHALOVA, N. A.
*Infrco-Slow RbVthmio Osainstionis of the Stea4 Potential of the Cerebral
Cortex.* Nature (London), 179., No*4567, ll may 57.
Inst, of Biopb7sics, AS USM,, Monaca

Country : USSR T
Catcj3orjr~-. 114mr, and AnImal Physiology. Nervous Systvm.
Cerebral Cortux'.
Ab s JT mr. RMBLol., No 19, 1958, 89207
Author Aladthalova, N.L.; Koshtoyants, 0. Mi.
Inst
Title Investi(pation with the Aid of the Microuloctrode
To'chniquo ~ of * the quasi-Constant Flatentic-I and its
tyltroalm Fluctutttions at'Different Levels of the
Cerebral Cortex
OriG Pub: Di6fizilmlp" 1957, 2, No 31 327r335
Abstract: Follovinglinsortion-of a non-polarizin'r 11'Lero-
electrode (8-'-12 rA).into the-cortex of thu henisphem
~of a rabbit ail cgmntation was noted.of the.constant
negative potential (in relation to the surface of the
Card 1/2
T-90

j
AUTHOR ALADZHALOVA N.A. and MABLOVN.11. 20-2-58/62
TITLE The Regl~~ malous dielectric Losses for Skeletal. and
Smooth Muscles.
(Oblast' anomalinykh dielektricheskikh potert sk6letnoy i
gladk;,:7 myshts.- Russian)
PERIODICAL Doklauj, Akademii nauk 1957, Vol 115, Nr 21 PP 407-410
(VSSR)
ABSTRACT The, Debye theory explains some characteristics of polar mole-
oules by means of the study of' the dependence of the dielec-
tric losses of the solution on the frequency of the exterior
electric field within the disperion range of the dielectrio
constant, Although this theory explains only qualitatively
the processes of structure formation in highly pollmeric
systems, the authors are of the opinion that the use of this
method will make it possible to explain some characteristics
of the structure of musoular tissue in vivo. The smooth and
the skeletal muscles differ from each other with respect to
their functional "activity, their histological structure,
their biochemical indices, and their physical properties.
The characteristics of the formation of molecular com-
plexes in both types of mscles have boen investigated only
insuffiaiently. Apparently in a highly polymeric system like
CARD 1/ 3 that of the muscle several spheres of abnormal dielectric

20-2-o58/62--
The Region of Anomalous die-lectric Losses for Skeletal and
Smooth Muscles.
losses have to be expected. Such a loss ras found by the
authors in the low frequenny diaspason (fi:equencics
1.102-5,lo4 hz). This is a maximu-m. Its development is con-
neoted with the fact that a certair. dipole--system has such a
high degree of free rotation.that this system Is in a posi-
tion to orientate itself according to the change of
direction of the outer field. This degree of free motion not
only depends on the magnitude and aharge of the polar
members and their connections with the polymeric chain but,
to a gxeat extentv also in the interaction of the polym9ric
unit with the low-molecular oomponents surrounding it; ~
the frequency which has the optimum of losses is-inversely
proportional -to the relazation period. The energy losses of
the outer field for this --rotation'form a certain part of
these total lossen and are determined as tangent of the angle
of losses (tg 6). This value completes the phase shift bet-
ween the voltage and the current in the condenser up to 900.
For its-measurement a frog muscle was placed between elec-
trode plates in a plexiglas ouvette with Ringer's solution.
The angle of losses was calculated by means of tl.e formula
tg6 = 1 , where f is the frequency of the exterior
2 % fRC
field. The analysis of the frequency dependence of the tg6
CARD 2/3, cf the muscle offers reason for the assumption that-the

The Rer-zion of Anomalous dielectric Losses for 20-~_58/62
Skeletal and Smooth Muscles.
maximum of the lVases in the case of lower frequencies re-
fleotsq. first of'~11, the magnitude and the character of the
intermolecular compounds of non-chemical origin. Apparently
the experiments point in the direction of a more compact
packing,.of the highly polymeric complexes in a skelet'al
muscle compared with that of a smooth muscle. Earlier it
was proved that in the former a much higher ion concentration
develops at the phase boundaries between the macro-moleoular
complexes and the medium than is the case with smooth muscles.
This is probably connected with a higher electric charge of
the colloidal salts of skeletal muscles. an this depends also
the presence of "rigid" connections between the maoro-mole-
cules of a skeletal muscle.
4 Illustrations and 5 Slavic References)
ASSOCIATION: Institute of Biophy s i cs of the USSR Acadeqr of
Sciences. (InsL.L~u. ijiviodicheskoy fiziki Akaderaii nauk
SSSR - Russian)
FUSENTED 'BY: Engel I garft V.A., member of the Academy, April 16., 1957
SUMMED: 5-4-57
AVAILLBLE: Library of Congress.
CARD 3/3

AIADZHALOVA,
-
Effect of pharmacological agents on ultraslow oscillation of cortical
potentials in comparison vith electrocorticagraphic datFt;
Yiziol;zhurs 44 no,*9t793-800 S 158 (MIRA lltl2)
I*" Institut biologicheakoy fiziki AN SSSR. Moskva;
(CMMRAL CORTEX, eff. of drugs on,
eff. of various agents on ultra~-slow osaillation
of' cortical potentials (Rus))

ZWER"A MVICA sea Z Vol W? ftsialogy July
3033. INFRASLOW RHYTHMIC OSCILLATION OF THE POTENTIAL IN NUCLEI
OF THE HYPOTHALAMUS AND THALAMUS (Russian text) - A-) a cVz h a I -
ova N. A. and Kolteova A. V. Inst. of Biol. Phys', USSR AcaF oT
Me 9. oscow - BYULL.FKSPER.13lOLj MED. 1958, 46/10 (3-8) Graphs 3
Wraslow oscillations (8 cycles per min.. 0.5-1 mv.) formerly revealed in the rab-
bit's cerebral !-,)rtex were also registered in the prt.-mammillary hypothalamus.
This infr*slow rhythm was absent in the thalamic nuclei of intact animals. but
could be revealed after acting upon the brain me' W),?lism by strychnine or atropine.
Electric stimulation of hypoth0amic dorsal-medial and ventral-medial nuelp.1 in-
creases the amplitude and the regularity of the infraslow rhythm in the sensomotor
cerebral cortex and the hypothalamus proper. After strychnine Injectionthe intensi-
fication of the infraslow fluctuations appears in the hypothalamus 10-30 min. earlier
than in the cerebral cortex. Prolonged stimulation of hypothalamus may cause
brain.
generalizird infraslow oscillations, synchronic in different parts of the
Creating *.definite gradient of electric fleld"in the cerebral cortex. the infraslow
potential affects the excitability of neurons, reflecting the association between the
neuroendocrine function and the electrical activity of the brain. Infraslow oscilla-
tions are one of the links in integrative brain activity. (11. 3 *4

A

lit g
V
lit
It A
2'3
3

ALADZHALOVA, N. A., Doc Biol Sci -- (diss) "Slow electrical processes
in the brain." Moscow, 1960. 29 pp; (Academy of Medical Sciences USSR);
250 Copies; price not given; list of author's works on pp 27-29 (23
entries); (KL, 19-60, 131)

lab
-k v I
.9 Ig
jai

S/075/60/015/02/04/004
B005/BO06
A'UTHORS: Trusov, G.-N., Aladzhalova, N. A.
. .... 4-K-
TITLE: On the Determination of Tritium~l-
PERIODICAL: Zhurnal analitioheskoy khimii~. 1960, Vol. 159 No,, 29
pp. 238-239
TEXT: The authors of the present paper designed a unit for determining
tritium in the form of water vapor. A scheme of the unit is given in a
figure and described. Metallic ooanters vith internal filling of type
CBM-7 (SBM-7)4were appliedo Isopentane under a pre.9sure of 16-18 mm
torr was used as filling agento Since isopentane dissolves vacuum grease,
a special cook (depicted in a figure) was designed for introducing,the
isopentane. A butyl phthalate manometer, which is also shown graphically,
was used for measuring low water vapor pressures, Since part of the water
vapor condenses on the walls of the counter, tho number of counts changes
noticeably iL the course of time (Fig- 5)- Since the degree of
condensation is strongly dependent on the temperature, tho counter must
Card 1/2

On the Determination of Tritium /075160/015/02/04/004
B005~B006
be kept at constant temperatures to enable eondensati.on to be taken into
account. In the unit designed by the authors, the counter was heated to
300C by applying a current with an amperage of 30 a~ The temperature was
easily kept constant by means of a AATP(LATE). For measuremento first
the sample and then the isopentane were introduced into the counter. The
activity of the isopentane-vater-vapor mixture was measured after 25 min.
After standardizing all operations involved in the tritium determination,
the relative measuring accuraoy was 7~6,. The characteristic of the
counter is considerably impatred 1W-Y the presence of small quantities of
air. After discharge, the characteristic of the counter can be re-
established by heating to 250 - 3000C under continUDUS evacuation. There
are 5 figures and 2 non-Soviet referenoes,.
SUBMITTED:. June 30, 1958
card 2/2

TRUSOVt G.N.j* 4LAMHALOVA, N.A.
palladium cathode. Separation amd exchange of hydrogen isotopes
Zinw. fiz. khim. 34 no. 3-1:2521-2529 N 160. (MM 14: 1)
1. Fiziko-khimichookiy institut Im. L.Ya. Karpova.
(Elootrodesp palladium) (Hydrogen-Isotopeo)
I (Isotope separation)

AL&DZRALOVA, W.A,; KOSHTOTANTS, O.Kh.
Ultraslov rhy-thmic oscillations of potential in Isolated cerebral
'L
cortex strips, Yisiol,sbw, 46 no,1:1-8 A 160. (MIRA 11:5)
1. From the U.S.S*R. Academy of Sciences Inatitue of Biological
Physicst Moscow.
(MUMAL CORM physiol. )

,5-. Q 6 00 67 .2 Q 00 r1-1)
+~44 - 30T/20-1 30-2- 36169
AUTHORSt Trusovp G. Aladzhalova, N. A.
'
TITLE: Exchange of Hydrogen Isotopes
%n Palladium
PERIODICALt Doklady Akademii nauk S3SR, 1960, Vol 150, Rr 2,
PP 370 - 373 (USSR)
ABSTRACTz The investigation was carried out by the authors with a
view of obtaining experimental data permitting a comparison
between the true rate of the hydrogen exchange on palladium
with such exchange rtk-~es as have been calculated by ex-
trapolation of the overvoltage and ionization curve on to
the overvoltage correaponding -0 equilibrium~ The experi-
mental apparatus shown in figure 1 is describeds An electro-
lytic polyethylene cell consisting of three parts with two
clamped-in palladium membranes. One of the palladium cathodes
was constantljv saturated with hydrogen by cathodic polariza-
tion of its -.tear side. The following reactions were inves-
tigated: 1)Pd(H)n+Dj0 ---~ rd(H),_,'D-+HDO,, In this case, So-
lutions of KOD and D 2s04 were used, and the separated hydro-
Card 1/3

Exchange of Hydrogen Isotopea on Palladium
Card 2/3
SOV120-130-2-36169
gen was analyzed by means of a mass apectrometer. 2)
Pd(H) n-1 T*+H20 -4 Pd(H)n+T*HO. Here the hydrogen adsorbed
on Pd was marked. by means of potash lye enriched in tritium
(0.2 Curie/cm3) and the activity of the solutions into
which T eoen over, was measured by means of Geiger-M-Uller
counters. The experimental results obtained are ohQwn Ip
tables I and 2 as well as in figure 2. On all electrodes in-
vestigated the rate of isotope exchange was two to three
times higher than the rate extrapolated from the overvoltage
enrve. The following explanatioa of tnese results is
auggestedt The water molecule (or the hydroxonium ion) is
adsorbea on the hydrogen-Balurated palladium in such a manner
that a H-atom is located immediately on the metal aurface.
This R-atom is separated and replaced by a H-atom of the
adsorption layer. A chemical exchange reaction thus occurs,
which is independent of the potential jump between metal
and solution. The exchange rate depends on the capability
of the eurfaga Qf adooz-bing water molecules. The. authors,
then mention an oral interpretation of their experimental
results given by A. N. Frumkin by means of electrochemical

F
94 CIO
,/60/133/03/10/013
S/020
B004/BO56 82275
AUTHORS: Lazorenko-Manevioh, R. M., Aladzhalovaj N. A.,
Teselovskiy, V. 1.
TITLEs Electrochemical and Photoelectrochomical Processes on p-
and n-Type Germanium in the Region of Cath%.dic Polarization
nauk aaVA, 10cl 79:~- 1331 No- 37
pp. 620 - 623
TEXT: The authors investigated the action,of" illuminal.ion on the
separation of hydrogen on aermani;i6The exporiments were carried out
with samples of p-type Ge kresistivitys 0.5 -- 21.0 ohm.cm) and n-type Ce
(1.1 and 22.9 ohm'.om) in IN KOH and IN H 2 so 4" The electrode surf&ce was
etched rtithCP-4 (SR-4) or a mixture of HNO 3 + RF. All experiments were
Garxled QuV In a hy4rqgen aVmQuphvr9- was v%rrlqd out bV
means r-l' a 300 w lamp through a 10 cm thick uater layer. The light
1 2
intensity on the electrode surface was about 10- cal/cm .see. Fig. 1
Card 1/3,

Electrochemical and Photoe2ectrochemical Processes S/020/60/133/03/10/013
on p- and n-Type Germanium in the Region of B004/BO56 82275
QdVhQ'dIC FoldrIzatIgn
shovi the typical steady curves (1 - 4) after 10 - 15 h of cathodic
polarization and durve 5 for not previously polarized p-type germanium.
The inflection of the polarization curves of p-type germani-m at high
amperages is explained by the inhibition of ilectron diffusion, which
r-ces not occur with n-type Ge, because the latter has a high electron con-
centration in the conduction band. Fig. 2 a shows the change with time in
2
the overvoltage-I aftfir switthing on 10 ma/cM . The occurring maximum of
vZ depazzda vzz *he ot the electx-ade. Zn 6e~manlum coatea with
a thick oxide layer (1000 - 2000 A), no maximum of'j occurs. The drop of
the'l-curve after the maximum is explained by an increase in the rate of
the generation of electrons on the germanium surface, which is caused by
the absorption of hydrogen. During illumination of p-type Ge a rapid
drop ofiZ occurs due to a photoeffect. Besides, it was observed that in
the presence of hydrogen this drop occurred already in the region of
diffusion inhibition, which is explained by photodesorption of H. Fig. 3
shows the potential course in gormanium,?(t), without an external current
source during illumination and in the darks in the Qaav vr F-Vypv q- the
Card 2/3 PIr

Electrochemical and Photoelectrochemical Proceines S/020/60/133 03/10/013
on p- and n-Type Germaniun in the Region of B004/BO56 V-2,275
Cathodic Polarization
photoeffoot. vanishes after a short tathadio polarization, and in n-type
Go it is intensified. Short anodic polarization no lon6,~lr reduces the
potential to the initial value. The authors draw the conclusion that the
adsorption of hydrogen on the germanium surface increases its negative
charge due to the formation of acceptor levels in the forbidden band.
Molecular hydrogen does not produce this effect. The illumination of
polarized p-type Ge influences the rate of gas separation in an alkaline
solution (Fig. 4). Photodesorption occurst Under the action of light the
adsorbed hydrogon diasol-rop In *he eleo*.vv2,Tt-~ Tnvre Qre thereforety.o
steadq states& a dark state and a light state, where the latter differs
from the former by the lower probability of gas-bubble formation and the
higher content of dissolved hydrogen in the electrolyte'. There are
4 figures and 11 references: 4 Soviet, 5 American, 1 British, and
1 German.
ASSOCIATIONt Fiziko-khimichook:by institut im. L. Ya. Karpova (Physico-
chemical Institute im L. Ya. Karpov)
.PRESENTED3 March 10, 1960, by A. N. Frumkin, Academician
5'7VjfZT=P1
Card 3/3

0
THUSOV, G.N.; ALU'.Z~HHAAIWDVVA. N.A.; VESELOVSKIYO V.I.
Separation of by6rogen isotopes on a palladium cathode, Dok2JX
SSSR 138 no4:3.385-1388 Jo '619 (KMA U-4; 6)
1. Fiz1ko--khixioh9ski3 institut ine L.YaKarpova* Predstavleno
akademikon A.N.nvnkiuym.
(Marogen-1,10-VOPOO)

ALADZHAL40VA Niva Alskmandrom; LATASH) L.P., red.izd-va.-. MJUAGONOU$ I
ii--K~-"Aekhno rc;d-,,
[Slow electric processes in the brain Modlonrqo elektricheskie
pvotoeotW -v elovnom mozge. voak-va# lzd-v-o Akad. nazak D-qsnl l?L2-
239 P. (MIRA 1515)
(ELECTROPHYSIOLOZ) (BRAIN)

Aw. "MAI.J 0. 4
Report suWttodp bL-lt not preocated &t the 22nd International
com4ves& 'Of 54ffuqvar,
Leiden# the Natherlends 10-~17 Sop 1962

AIADZRALOVA, N.A.; KOLITSOVA, A.V.
Hourly fluctuations of the electric activity in brain structures.
Dok2. AN SSSR 142 no-12241-2JJ, Ja t62- ()-LIRA 141-19)
1. Inst.1tut biofiziki AN SSSA. Predstavleno akademikom
V.N. Chernigovskim.
(BRA.TN),-
(ELEMOP~YSIPWGI)

.42706
5/020/62/147/902/021/021
B144/B101
AUTHORS: Aladzhalo-ea, N. A., Koshtoyants, 0. Kh.
TITLEt Electric.mctivity of an isolated layer of apical dendrites of
the braiD.cortex
PERIODICAL: Akademiya nauk SSSR. 'Doklady, v. 147, no. 2, 1962,-505 - 508
TEXTt A strip of dendrites 4-6 mm in area and 150-2001.tthick was isolated
fx-ow tho -=*11 boav larer of the cevebzraLl coz-tex 9C r-A'Obltz ?avalyzV1 w4i4
diplacin, the blood circulation through the pia mater being preserve'l.
Its electric actLvity on stimulation with acute-angled pulses of 2 meec,
3 - 25 cps, and 20 v, was analyzed by applying'spring-loaded point
electrodes. Mhen the axo-dendrite strip is at rest, it does not exhibit
any spontaneous electric activity, since no stimuli arrive. The response
to individual stimuli is recorded in the form of an initial peak lasting
0-3 - 0.8 maec which reflects the axon salvo, a sharp second negative
'peak of 0.5 - 0-8 maeo indienting tha mambrame potential of the de=a_-!tej
and of a slow 4egatlve wa~,e of 5 - 10 meec representing the postaynaptic
polential. This as well as the membrane potential decreases when the
Card 1/3

S/020/62/iOA02/02i/02i
Electric activity of ... B140101
i
stimulus intensifies. With a certain stimulus intensity the slow wave
becomez. positive. Spontaneous activity of varying low frequencies (2 -
14 cps) can be induced by stimulatior with 15 cps current for 5 - 10 sec,
but appears only 40 - 120 see after c-assation of the stimuli. A similar.
effect of longer duration including also discharges of 30 - 40 cps was
obtained in the isolated cortex. The hyperalow potential oscillaticrq
(1-5 - 6 per mini 0.5 - 2 mv) observed in the axo-dendrite strip were in-
hibited by electric stimulation. Hence, the layer of apical dendriteii
has an autonomous activity, and the absence of high-frequency oscilla*Lions
in this layer supports the hypothesis of E. D. Adrian (J. Ph~siol., 68,
127 (1936)) that the high-frequency components of the EEG reflect the
activity of cell.s. The nature of the latent period must still be cleared
XnCVeaae
upi it zaa;f be due *Q ZLn. in VCMa1t17V�t.T O'WiMG tQ al;Llffht 4dep0j~aZ-73L-
zation, which supports the circulation of subliminal stimuli and resulto
finally in the manifestation of the activity. There are 3 fitures.,
ASSOCIATIONs Institut biologicheskoy fiziki Akademii nauk SSSR
(Institute of Biological Physics of the Academy of Sciences
USSR)
Card 2/3

8/020/62/147/002/Oil/021
Electric activity of ... B140101
PRESENTEDs May 7, 1962, by V. N. Chernigovskiy, Academician
SUBIAITTEDi April 29, 1962
f "
t
Card 3/3

ALADZHATAIVA, N.A.; KOLITSOVA, A.V.
Hourly flunctuations in the electric activity of brain
structures in connection with the coagulation of hypothalamus
amd hypophysial bond-s- THul- eksp. bjo3- i mad- 55 no.2:7-12
F'63- (MIRA 16-.6)
1. Predstavleva a3cademikon V.-Nathernigovdkim.
(ELE'01TROM;CEPHALOGRAPHY) (HYPOTIMA-1US)
(PITUITARY BODY) (PERIODICITY)

A~~MIW~VA) N. ~A.
"Studies on electroencephalography.",
report.presprLted at the 3rd Intl Cong on Cybernetic Medicine) Naples, 21-24 Mar 64.

TIL
CVSSION NR AT-,~)14725 Inn- !r z !n,~p /r. I '?') /n
AUrHOR: Aindzitalova N A.
j1TLE: Some cerebr,-al mechanisins parta0pating in
TLUIVU011. SULjr-Utrjjj-"Unjj-,3 MUNIvi-Y, lujigWil" law Jt1vjF4%J1y7 MUM
Ot 6~."
-1 t =,S. L I fA- r, T. ~. -IM tlli-Tad, baiged,
Hs rigid1v coanected- by nerve c the way out. Theyare
betwetm nerve cl, unductoze. ar.) on
;xl% ini'VaLnip, 6onnecti-on between Ole-ments, i. e- 'Opem-
-,frIg r6pln-cfeid by lc -f-Oride
cw(3 1/2

7

-(~Uctu~6
for, gas sion e ectrot es. e-1
ZMMM
%e w
-a--s- f6i I ion za i on
fvr a Elyen matpr~al NRVinm Tri ho limi-rad hu tin i,mt., It
mom
T-ne
rently causai by the accumulati
on of hydroizan i~eroxide in th,-. reaction znne-

UM
ACCESSION NR, A?5004362
am~.c vi u Jiu:5j.on of U2 mole-.
cules through the electrolyte film, The Q'q .
A"-~~ ' -AT ON h i rj Cho
skiy i_ s
Phvsica-l ci~ev
~'T 7-1 E D 4Fe,1,64 rr,

AlAP7,HAWVP-, N.A.; KOLITSOVA, A.V,
buzartan 4,-P potom+lals In llra~- Stv.11-Itures-
Fi2lal, 2hur. 50 no,8:9B-7-989' Ag '64,
(HIRA 18:12)
1. Institut biofiz:Ud AN SSSR, Moskva-.

ALADZHALOVA, ~- I,-,'
-- - - ------- --.. , - -
Premises for studying slcw control pyBtem of the brain.
Biofizika 10 no.6tlO76-1082 165. (MIRA lgtl)
1. Institut biologicheskoy fisiki kv SSSI,, Moskve.. Submitted
October 22, 1964.

ALADZHALOVA N A.-,-.
-11 .....
Concept of the role of dendrites in the mechanism of.signal
discrimination. Zhur. vys. nerv. deiat. 15 no.6-1088-1097
N-D 165. (MIRA 19:1)
1. Institut biologicheskoy fiziki AN SSSR. Submitted April 20,
1965.

MAZITOV, N.A.; FEWTOV, V.Ao;_j1ADZHALOVAp NeR.
Ionization of oxygen on a "three-phase boundary* in alkaline solu-
tions. Part 2s Zhur. fiz. khim. 39 no. It218-222 Ja 165
(MIRN 19.-1)
1. Fiziko-khimicheskiy institut imeni L. Ta. Karpova) Moskva.
Submitted February 24, 1964.