SCIENTIFIC ABSTRACT BLAZHIN, V. D. - BLINOV, O. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200410012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
BLAWAS, A. S., Piziolo,,icheskiy zhurnal SSSR imeiii I. M. Sechenova; 1~0 10,
Vol 58, 1972, PP 1633-1636
The problem in the present methodological investigation was
comparing the two types of SE: with a small (0.6 mm) interelectrode
distance (electrode 131:14 of the "Diz" firm, Fig. 1 A) and the so-
called "two-trunk" electrode (TE), whose broad stimulating surface3
are set up on both sides of the conducting path. The comparison is
done primarily in physiological experiments inyolving stimulation
of the optic tract (OT) in a cat by recording the responses of neu-
rons in the external geniculate body (EGB).
The 13X14 electrode iias introduced at the -point with the
coordinates x = 4, Y = 13, z = +4, while the TE was oriented such
that its trunks were on either side of the OT and passed throu'--h.
the line y = 13. The accuracy of the stereotaxic contact con-
trolled by electrophyoiological methods. The OT was stimulat(.~d by
electrical pulses 50 jAs in duration,-applied througb an insulating
attachment with an output resistance of 4.3 kohm (voltage stimula-
tion).
3/14

USSR
BLAYVAS, A. S., Fiziologicheskiy zhurnal SSSR ir4ni I. fl. Sechenoval, NO io.)
yol 58, !Sr[2, pp 1633 )-1636
In stimulation of the OT by the 131:14 electrode, the thre-sh-
old of the EP response had an average value of 5.1 volts; with os-
cillations of 3.6 to 0.9 volts, the number of neurons in tile BCD
responding to the current was small (less than the neuron
threshold being very high. In stimulation of the OT by the two-
trunk electrode, on the other hand, the BP threshold in the vi--i.z-
al cortex tux~n~_d out to be lo-,~-er: 1.7 volts, o-scillaLions of
0.6 to 4.8 volts. The number of neurons responding in the E~G_-.-~ jL-,o
current stimulation of the OT increased sl)arply (more than 80;c").
In view of the fact that in modern literatiire devQt,_A to
the physiolo 1cal a2pects and technical realization of electric.,.3_1.
stimulation and others) very little light is ched on
the effect of the spatial rarameters of the 2SE on the condition of
the responoc of the ii)dividual nervous ~;ya-Uem elemento, we con-
aider it imj;ortant enour
~h to be investigated in detlail.
4/14
- 71 -

USSR
BLAYVAS, A. S., Fiziologicheskiy zhurnal SSSR imeni I. M. Sechenova, No 10,
vol 58, 1972, pp 1633-1636
We naturally assume that the stimulation action on the
membranes of the OT fibers is directly proportional to the po-
tential gradient (Vq ) (the intensity of the flipld (E)); i.e.,
it is directly proportional to the specific density of the elec-
tric field lines of force in the conducting medium surrounding the
axon. It is kno-an that in a conducting medium the trajectories of
the charge carriers (the lines of the current) coincide with the
electric field (EF) lines of force. Hence, the distribution of
the current lines (their specific density in space) may be de-
scribed by using the stationary EF as a model.
Let us consider the spatial distribution of the EF lines of
force for = electrode of the 131X14 type. Bearing in mind that the
dimensions of the OT are at least 3-7 times the distance between
the centers of the stimulated surfaces, we can consider the source
of the emf to be a dipole in thic case. As vie know /5/ the in-
tensity of a dipole source varies (falls off with the di-stance
from the dipole) with the Cube of the distance. In the case of
the TB-, however, the intensity distribution bet-wieen the priles is
5/14

USSR
BLAYVAS, A. S.,I Fiziolc6icheskiy zhurnal SSSR irneni I. M. Sechenoval No 10;P
vol 58~ 1972, pp 1633-1636
similar to the distribution between the plates of a plane capaci-
tor and is approximately uniform. I-,'c con'sidex, 'sil'-.11 -I olrl-
lytic I)iC.1,111%, 01, tho B'y to N? 11m)OLL III llot;h I)III, zt~.; '~t
approxi-irvit ion. Tlzu TL~ may oii3y Colloki t;:I. Oil n"Lly bt-'- ("On.-
sidered ~~ dipole, and the same is true oT -Llho replaeoii,.ent Of the
TE by an ideal plane capacitor with infinite PlatCS. The PiCtUre
of the BF is also distorted by dielectric parts (,insulating sur-
faces) and metals ('the body of the electrode) vihich introduce end
effects complicating the analytic computations.
A more accurate distribution of the current lines is pro-
vided by modeling the BF of both electrodes with ele c-15ric ally con-
ducting paper. S-ach a method is widely used in -the solution of
many types of problems in physics and hydrod3l,nt-_wiics /4/ as, i,,ell
as in electrophysiolo,-y 121. lioles were cut from a sheet of the
conducting paper measuring 32X45 cm, with a resis-tivity of 24
ohms-cm at a point sufficiently distant from the ends, and metal-
surface contacts were att&ched for the purpose of creating a more
6/14
- 72 -

USSR
BIAYVAS, A. S., Fiziologicheskiy zhurnal SSSR imeni I. M. Sachenova No 10
vol 58, 1972, PP 1633-1636
exact replica of the SE (on the scale of 40:1) since they would
ap ear to the observer as iT sectioned by the planes shown in Fig.
1 Manes a and b).
A voltage of 5 V is applied to the contacts of the SE from
a source with a low output resistance; the polarity is sho,,.n in the
drawing. The negative electrode is grounded, i.e., it is in common
with the measuring instrument, the VK7-9 voltmeter. The equipoten-
tial lines are drawn in ste-"s of 0.5 V.
I
Pigure 2 A shows the equipatential lines Tor the 131:14 elec-
trode and the lines of force drawn at right angles to them. The
transverse cross section of the OT is shown in the same scale.
It can be seen that the EF of electrode 13-K-14 is radically nonu-ni-
form, with the greatest bunching of the force and equipotential
lines at the contact surfaces and the least bunching at the peri-
phery. The nonuniformity of the field is well illustrated by the
potential gradient curve (Pig. 2 B) plotted alr,.nj-- the, force line

USSR
BLAYVAS, A. S., FiziOlOL,~-Iicheskily zhurnal SSSR im ni I. Sechenova, No 10,
vol 58) 1972, pp 1633-1636
dra,.,.,n in the sketch as the dashed line with crosses. ~y the po-
tential gradient, in this case, is meant the ratlio PVJ/41~(
rather than the theoretical gradient, where 4U is the voltaSe
drop at the ends of a sufficiently small Segment A! oriented
along the EP lines of force. Here, 43. 1-1; 3 mm. OTitside the area
of the model, bounded by t-he outer da:c:hed line, the potential gra-
dient and conseauentlY the EP (with an accuracy up to our v-n-it, of
measurement) vanish.
Figure 2 B shows the distribution of force and equipotential
lines for the two-trunk electrode. Since the EP Is symmetrical
relative to the equipotential line of 2.5 V, only half the OT is
shown with one side electrode. The curve for the potential gradi-
ent measured along the force line (dashes and crosses) (the second
axis of symmetry of the EF) is shown in Fig. 2 D.
For the characteristic of EF heterogeneity in both cases, it
is convenient to use th-e relat-ionship
8/14
- 73 -

USSR
BLAYVASY A. S., Fiziolooicheskiy zhurnal SSSR imeni 1. 1,11. Sechenova) 140 10,
vol 58, 1972, PP 1633-1636
max
av
0
and Eaax/Emin- The integration and computation. made from the
curves CFig 2 B and D) gave the results:
1) for the TE: D, av ~: 0.026 V/mm; Emax/Lav = 5; EMax/E man
11;
2) f or the SE 131a4: EeLv = 0 - 0113 V/Mm; Bmax /i; av = 20-4.
The value Of Emax/Emin. could not be measured becau2e of the
vanishingly small magnitude of Emin at the end of the interval 1,
(16 cm in the model, corresPonding to 4 mm in the brain).
9/14

USSR
BLAYVAS., A. S., Fiziologicheskdy zhurnal SSSR iiiieni 1. 1-1. Sechenova, No 10,
Vol 58, 1972, PP 1633-1636
To solve the problem of whether the possibility of atir-ulat-
ing structures far from the TE is real, we measured the potential
gradient on the equipotential line for 2.5 V at a sufficient dis-
tance from the central line of force (!6 cm). It turned out to be
less than 0.001 V/rwa. Taking the resistivity of thle v.,hite material
of the brain tissue to be 800 ohm-cm /9/, it is easy to calculate,
from the differential form of ~)hmls Law, that the current Oensit-y
at this oint i,%. 125-10-7 A/Cm f irhieh
p prave-s that at th,-.1t point
flows a current of less than- 1 ,25-10-11 A through an eleEont of
area of 100 square microns, a value comparabie -,,,_Jth them iriput Cur-
rent of a good cathode follower used for recording
,~ the pulse ac-
tivity of neurons. This measurement shows that, at a distraice 1~t
which one might expect arl artifacturA. atimulation of nearby struc-
tures (for example, BGB or the retina) the intensity of the field
is negligibly small.
it should be noCed that -ith such modelinE, only quali-'G',~,tive
results can be obtained. Eence, the anisotropy oil the electrically
10/14
- 74

USSR
BIAMS, A. S., Fiziologicheskiy zhurnal SSSR imeni 1. 11. Sechenova, No 10,
vol 58, 1972, pp 1633-1636
conducting paper, the end effects arising due to the limito of the
area of the paper itself, and other factors leading particul,-Irly
to some deformation of the field in the model of the 13Y,14 elec-
trode, were not taken into account although simple physical con-
siderations dictated that the field should be symmetrical.
A
\Y,
-A\
B
11/14

USSR
BLAWAS., A. S.., Fiziolo61cheskdy zhurnal SSSR imani I. I.I. Sechonova, ;i0 10
vOl 58, 1972, PIP 1633-1636
c
-12/14
D
75

USSR
BLAYVPS, A. S. , Fiziologicheskiy zhurnal SSSR imeni I. M. Sechenova, No 10,
vol 58, 1972, pp 1633-1636
2. Picture of the Force (Dashed -Lines2 and
Eguipotential Lines (Solid I,inejs7 Obtained
bT 1-10deling z1he Electric Field of the
The figures in the breaks In the solid lines
are the potentials of that line in volts; K
are the contact metal surfaces modelin '(, the
edge effects created by the casings and con-
tacts of the electrodes. A calibration of
1 cm sets the scale to be introduced by the
photograph of the model. B and D are c,)rves
of the potential gradient plotted from the
lines of force pictured in A and C by the
dashed and crossed lines. Other explanations
are given in the text.
13/14

USSR
BLAYVA.03, A. S., Fiziologicheskiy zhurnal LIOSR imeni I. M. Seclienava 1-10 10,
vol 58, 1972, PP 1633-1636
Thus, an electrode of the dipole type (13K14) sets up a
radically heterogeneous field, and the intensity arou-nd the elec-
trode is one hundred times the field intensity a distance from it,
but within the limits of the structure to be stimulated, that mn'-._'~t
be excited. Hence, the fibeis far from the SE can be excited only
by a voltaC~e that may prove to be too strong for fibers close to
the SE. Our experizients showed that the greater part of the catt"Is
OT fibers cannot in general be excited by the 13,-,,-'i4 electrode.
The TE sets up a more uniform electric field i-;ith an approximat,,~ly
uniform distribution of the intensity across the stimulated path.
W'ith correct placement of the TE, apparently, practically all thie
OT axons can be excited. The TIE creates no real danger of stirriula-
tion to structures near the OT nor to structures around OT at a
sufficient distance from the TE.
76 -

USSR
=7m~kAjV_NIhIO A. S. (Lebedev Physics institute, USSR Academy
of Sciences. ei3scw)
.9
"Swerconductivity of Seniconductor Crystals Placed in the Bearti of a Laser"
Leningrad, Solid State Physics; November., 1970; pp 3229-33
ABSTRACT: The model of a highly alloyed semiconductor with a com-olex conduction
band is studied theoretically. Electron scattering in the conduction band as
a consequence of Coulomb interaction with elktrons of the valence band, at
the save time tak-4rZ into account the effect of a light beam, is calculated.
It is shmm that under given conditions such scattering can lead to the occur-
rence of superconductivity at temperatures T - 100'K.
135 -

UNCLASSIFIED PROCESSING DATE--23OCT70
1/2 043
TITLE--EFFECT OF HIGH POWER LASER LIGHT ON ELECTRON PHONON AMO ELECTRON
IMPURITY INTERACTIONS IN SEMICONDUCTORS -U-
AUTHOR-(02)-BLAZHIN# V*0.r SELJVANENKO, A.S.
COUNTRY OF INFO--USSR
SOURCE-FIZ. TEKH. POLUPROV. 1970, 4(2), 233-6
DATE PUBLISHED ------- 70
SUBJECT AREAS--PHYSICS
TOPIC TAGS--LASER BEAMP ELECTRON PHONON INTERACTION, SEMICONDUCTOR
IMPURITY, SEMICONDUCTOR CONDUCTIVITY
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIEO
PROXY REEL/FRAME--1987/1987 STEP 'qD--UR/0449/70/004/002/0233/C-236
CIRC ACCESSION NO--AP0105061
UNCLASSIFIED

212 04-3 UNCLASSIFIED PROCESSING DATE--230CT70
CIRC ACCESS ION NO--AP0105061
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE EFFECT OF A STRONG LIGFT F EL
ON THE INTERACTION OF FLECTRONS WITH OPTICAL PHONONS AND WITH IONIIED
IMPURITIES IS CONSIOEReDo EXPRESSIONS ARE OBTAINED FOR THE
PROBABILITIES OF TH2 RESP. PROCESSES, AND THE RESISTANCE OF
SEMICONDUCTORS AS DETO. BY SUCH MECHANISMS IS C4LCQ. ONLY THE
CONDUCTION BANO IS TAKEN INTO ACCOUNT IN THE CALCNS. FACILITY:
FIZ, INST. IM. LEBEDEVA, MOSCOWt USSR.
UNCLASSIFIED

USSR
BIAZHKEVICH, B. I., MIKHAYLOVA, Ye. D., LIvov
"The ISvitanok' Specialized Mathematical Machine"
Kiev, Otbor iFeredacha Informatsii, No 31, 1972, pp 108-115-
Abstract: A description is presented of the Svitanok mathematical machine,
designed to solve systems of linear equations up to tenth order by analyzing
the determinants of the matrix and searching for great trees in the graph,
the values of elements and arcs of which are written in the form of literal
symbols. A block diagram and the method of programming problems to be solved
on the machine are presented. A number of combinatnrial problems which can be
solved on the machine are indicated. Technical data on the machine are pre-
sented. The machine is built on the modular principle. The maximum number of
points on the first graph of a great tree is ten. The speed of the machine
is 10,000 operations per second.
1/1

USSR
UDC 681.325.65
~LAZHKMCH, B. I., VOROBKEVICH, V. Yu., MASLOV, V. S., SOLOMCHAK, V. P.,
and YATSUN,
"An Analog-Digital Measurement Converter"
Novosibirsk, Konf. pc avtomatiz. nauch. issled. na osnova primeneniya EVM,
1972--sbornik (Conference on Automating Computer-Based Scientific Research,
1972--collection of works), 1972, pp 84-90 (from RZh-Avtomatika, Teleme-
khanika i Vychislitel'naya. Tekhnika, No 11, Nov 72, abstract No 11B307)
Translation: The authors consider a servo-type analog-digital converter
designed for remote measurement of a slowly varying component of the output
voltage of a static electric field strength pickup within limits of +640 mkl
with an error no greater than 0.025% for a transmission channel error of
up to 1%. The converter consists of a measurement amplifier, a device for
automatic selection of subranges, a control unit, and a power suppiy. The
given measurement range is broken down into 128 partially overlapping sub-
ranges; selection of subranges is accomplished by automatic comparison of
the Input quantity with a discretely variable voltage formed by a code-analog
converter from a reference voltage source. One illustration, bibliography of
nine titles. L. 1).
1/1
- 47 -

USSR UDC 681.335
BLAZHKEVICH,...B..._I., VOROBKEVICH, V. Yu., MASLOV, V. S., SOLOMCHAK, V. P., and
rAA,T__S_U_-N`-,_, I----A.'
"Analogous-Code Measuring Transformer"
V Sb. "Konf. po Avtomatiz. Nauch. Issled. na Osnove Primeneniya ElFel, 1972"
[In the Collection "Conference on Automation of Scientific Investigations
on the Basis of the Application of Electronic Computers, 1972"], Novosi-
birks, 1972, pp 84-90 (from Referativnyy Zhurnal, No 10, Oct 72. 32.
Metrologiya i lzmeritel'naya Tekhnika. Single Issue. Abstract No 10.32.119)
k
Translation: An analogous-code measuring transformer of tracking action with
an input impedance _:~ 109 ohm is discussed. The transformer is designated for
remote measuring the slowly changing component of the output voltage of the
statical transducer of the electric field intensity in the +640 mv range with
an error not exceeding 0.025%, at an transmission channel error up to 1%.
One illustration, nine bibliographical references.
171.

USSR UDC 621.376.33
BLAZHKEVICH, B. I., KOREPANOV, V. Ye., LIvov
"Frequency Detectors With Monotonic Voltage-Frequency Charac-
teristic"
Kiev, Otbor i PeTedacha InfoTmatsii Resp. Mezhved. Sb.,
No 28, 1971, pp 69-73
Abstract: Two new frequency detector circuits are considert-d
which are fairly simple and have a monotonic transfer charac-
teristic. ExFerimental studies of these circuits show that
the characteristics of the detectors are monotonic over a wide
frequency range. Four illustrations, bibliography of three
titles.

USSR
UDC 51:621.391
BLAWKEVICH, B. I. , VOROBKEVICH, A. Yu. , MIKILAYLOVA, Ye. D.
/"Use of Logical Algebra To-ether with the Method of Directed Graphs for Synthesis
of Tripolay Subcircuitstt
Teor. Elektrotekhnika. Resp. Mezhved. Nauchno-tekhn. Sb. [Theorv of Electronics,
Republic Interdepartmental Scientific and Technical Collection], No 10, 1970,
pp 56-68, (Translated from Referativnyy Zhurnal, Kibernetika, No 6, 1971,
Abstract No 6 V437).
NO ABSTRACT.
I/1, __

Computers: Equipment
USSR UDC 681-32.31
BLAZIIKEV_T.GHv-B-.-I--., MIKIIAYLOVA. Ye.D.
"Device for Finding Elementary Paths in a Directed Groph"
USSR Author's Certificate No. 250547, Filed 12/07/67, Published 4/06/70 (Trans-
lated from Referativnyy Zhurnal Avtomatika, Telemekhanika i Vychislitel'naya
Tekhnika, No. 4, 1971, Abstract No. 4B 599P).
Translation: The device suggested is designed for automatic solution of one of
the primary topological problems -- the search for elementary paths in a directed
graph with fixed beginning and end of paths. A number of practically important
problems in the area of network planning, transport, queueing, etc. can he re-
duced to this topological problem. The problem is encountered in analysis of
linear electric circuits by topological methods as well. A well-known device
which searches for elementary paths in directed graphs contains conunutation
switches; ballast resistors; ANI) and NOT logic circuits; a power supply; a CounL-
ing pulse generator; a ones pulse generator; a stepping svitch; controlled
switches corresponding to arcs of the graphs not ending at the origin and not
starting from, the beginning of the paths, with "on" indicators and flip-flops
1/4

USSR
UDC 681.32.31
BLAZHKEVICH. B.I.. MIKHAYLOVA. Ye.D., USSR Author's Certificate No. 250547,
Filed 12/07/67, Published 4/06/70.
controlling those switches corresponding
neither the beginning nor the end of a path;
flip-flops corresponding to the lines of
buffer flip-flop corresponding to this same
commutators, the first of which is connected
AND circuit, while the last is connected
the preceding commutator. The device also
to the points of the graphs which are
and buffer flip-flops. The control
the graph entering one point and the
point are connected to circular
to the output of the first logic
to the output of the last flip-flop of
contains a search and flip-flop, the
input of which is connected to the output of the last flip-flop in the last cir-
cular commutator, while the output is connected to an individual input of the first
logic AND circuit; a distributor, consisting of vertical busses corresponding to
the individual points of the graph, with each bus connected through a ballast re-
sistor to the ungrounded terminal of the power supply, and through a commutation
switch with normally open contacts to the grounded terminals of the power supply;
pairs of horizontal busses, the working vertical and horizontal busses correspond-
ing to the same point on the graph being connected together. The device suggested
differs from the known device as follows: It also contains exclusive NOR logic
2/4
- 12

I
JSSR
UDC 681-32.31
BLAUKEVIM B.I... MIYJIAYLOVA. Ye.D., USSR Author's Certificate No. 250547,
Filed 12/07/67, Published 4/06/70.
circuits corresponding to the individual points of the graph, the inputs of which
are connected to the vertical busses of the distributor corresponding to these
sam points, While the outputs are connected to the individual inputs of a second
logic AND circuit, the output of this circuit being connected through a logic NOT
circuit to one input of a third logic AND circuit, the second input of which is
connected to the output of the counting pulse generator, while the output is
connected to a nonmoving contact of tile stepping switch; a second nonmoving con-
tact of this switch is connected to the output of the ones pulse generator,
while moving contact is connected to the second Input of tile first logic AND cir-
cuit. The working vertical bus corresponding to the beginning of the paths and
supplementary vertical bus corresponding to the end of the paths are connected
through the corresponding commutatiOll VWjtCh0fJ WIL11 CIOSCCI C0ntZ4CtG to tile ~MUIIIJIC'I
terminal of the power supply. Tile control switches correspo-ading to the iTidividual
lines of the graph contain two pairs of contacts connecting the pair of vertical
busses corresponding to the point of the graph from which the line begins, with the
3/4

USSR
UDC 681 32.31
BLAZHKEVICH. B.I., MIKHAYLOVA. Ye.D., USSR Author's Certificate No. 250547,
Filed 12/07/67, Published 4/06/70.
pair of horizontal busses corresponding to the point of the graph at which the line
ends; the second pair of horizontal busses of the distributor is connected to the
grounded terminal of the power supply. 9 figs.
4/4
- 13 -

USSR
UDC: 68i.32T
S
RT.A7.WQ J._g. ZASLAITSKIY, R. I., KALAYDA, Ye. I., MAMITS, R. Ya.,
KUKHARCh-UK-, A. G., TTIKITIN, A. I., Institute of Cybernetics of the
Academy of Sciences of the UkrSSR, and Electronic Computer crtr_.d Control
Computer Plant
"A Device for Data Trans-_`ssion From the input Unit to the Memory in
a Digital Computer"
Moscov, Otk--ytiya, izobreteniya, Prorrnyshlennyye Obraztsy, Tovarnyye ZnLki,
No 30, Oct 71, Author's Certificate No 317056, Division G, filed 27 JILT! 69,
published 7 Oct 71, P 172
Translation: This Author's Certificate introduces a device for data
transmission from. the ini)ut unit to the memory ir a digital computer.
Me device contains a data address counter and a symbol register. As
a distinguishing feature of the patent, program processing of words is
simplified by including, a balance circuit, a word symbol counter, a
.~-ktc:r,
pattern address countQr, an initial pattern ad(tro,,;~; rej .
symbol decoder, wand a zero decoder for the word symbol counter. T~ie
first output of the balance circuit is connected to the input of the
data address coimter, the second output is connected to the input of
112

USSR
BLA'171111:,'~O, IS. S. e,-"* al, ot1krvt 1:~obreteni-Ta,
V~
Obraztsy, Tqv-'-:'.rm,--~-c -jo 30, Oct 71
the word symbol counter, and the third output is connected to one innixt,
of the pattern address counter. Connected to the other input of the
pattern address counter is the output of the initial pattern address
register. The first input of the balance circuit is connected to the
output of the space symbol decoder, whose input is connected to the
output of the symbol register. The second input of the balance circuit
is connected to the output of the word symbol counter, and the third
input of the balance circuit is connected to the output of the zero
decoder for the word symbol counter. The zero decoder input is connected
to the outDut of the word symbol counter.
P

USSIR
J-,
USSR Aut, Ir; r' o C.--rt] '-i cat. i.70 "'1" 383 F -1 !~-d 768 Put,] i s';,e
RZh----Pad-.*otekhni.'.a, It'a, 10, Oct 70, Abstract NG 10-13-L"ll ~1,
Tr an s i at i on :'I'he oror-osed ferrite recti'.-'er, based on a nt! a
central conductor in the forn of a. rectangular helix, a ferri-le. ,-,,-.d
system. The working frequency band is extended and the overall d imen's i or's arf~ re-
duced by making the ferrite element in the form of a ring, in which a pe=;I-rien; magnet
is placed. The operating principle of the rectifier is bas-ed = the phenomerzon of
ferromagretic resonance. One illustration.
1/1

LuO-v, A. 1. B. K. Zymov, and V. 1. Volga.
The relation5h p between therIT1,11 and electrical
conductivities of graphite. I-rZh. V. ZZ, nu. 5.
1972, 932. (Annotation).
An attempt to correlate thermal conductivity X with
electric resistivity I of graphite at high temperatures is described.
Many researchers previously noted that the X x 6 product in
constant to a certain degree, but only a. room tutnp~rature.
Experimental \ and A data In the range 80 - 2, 500"K
range are given and the (A x 6) values are calculatrd for artificial
graphl-es with 1. 0 - Z. Z6 g/cm 3 specific weights. At a law tempera-
ture, the (X x 6) of Individual graphites varied significantly, At
room tornparature, (A x 8) was nearly the same for the graphitan
studied. At T > 1, 500oll, (X . S)= 0. 34 - 0. 38 V Z/degree and in
independent of temperature for all graphites, studied with Lila exception
of those with to-c st (1. 0 g/crn3) and highest (Z. 26 g/cm,3op-cific
weights.
V.2~ronln, V. 1. , and A. Ye. I)jazhkov.
Thermal boundary lays r an a nonIso
1he IVUZ Aviatalonnaya
tumiLniiis~
tekhnika, no, 1, 1972. 119-123.
The equation of energy of a compressible laminar
boundAry layer on a lemi-finite plate with different local LiGundary
conditions is analyzed. It is assumed that the 0 < j < I area of the
leading edge. where /I and t is the longitudinal CDOrdinate
IN cooled to a constant temperature Two, and Its equation of anerg'y
is solved by the known Crocco integral. Using this integral and A.
. .........

USSR
BLAZIIKOV, A. Ye.
UDC 629.78.018.1
"Experinental Study of Thermal Protection of a Surface by Sectors with Ifeat
Exchange in Laninar Bowndary Layer"
Stroit. Mekh. , Gazo-aerodinamika i Proiz-vo Letatel In. Apparatov. Vyp. 1
[Structural Ilechanics, Gas-Ae-rodynamics and Production ot' Flight Vehicles,
No I -- Collection of Works], VoTone-zh, 1970, pp 131-1-;4, (Trans-tated from
ReferatiVilyy 7JIUl-11,11, lZaketostroyeniye, No 4, 1972, Abstract No 4.41.163
from the Resume) .
Translation: IZesults are presented from experiments on deterninaLion of the
effectiveness olf thermiLl protection of sectors %,.,ith heat, exchange, on the
surface of which the heat flux is maintained proportional to the t;ingential
friction stress. I Figure; 7 Biblio. Refs.
!A

Acc. Nr! Abstracting Service; Ref. Code:
4#60050457- INTERNAT. AEROSPACE ABST.-1_-Yj Za o-
for
A70-23867 d The question regarding the boundary layer at a
heat-insulated plate (K voprosu o pogranichnorn sloe na teploizoliro-
vannoi plastine). V. 1. Voronin and A. E. Blaz_hhgv (Voronezhskii
Politekhnicheskii Institut. Voronezh. MTRMzhenerno-Fizicheskii
Zhurn3l, vol- 18, Jan.-.1970, p. 39-44. In Russian.
A general solution tc~ energy equations of a compressible
boundary layer on a plate without heat transfer is presented. New
approximate solutions expressed in terms of hypergeometric func-
tions are obtained for energy equations. (Author)
Z"!l
REEL/FRAME 2
1981043G
i

USSR
UDC 621.317.255
BLAZOVESHCHENSKIY,A. S., BORISOVP V. V., Leningrad State University
"Incidence of a Plane Electromagnetic Wave on a Moving Density Jump of an
Ionized Gas"
Gor'kiy, Izvestiya %-Isshikh uchebnykh zavedeniy, Radiofizika, Val XV, No 9,
1972, pp 1314-1319
Abstract: A study was made of problems connected with the movement of an ioni-
zation front - a pulse of ionizing radiation then an absorbing medium --
using simplIffied models leading to the study of electromagnetic oscillations
behind the front of the variation of the parameters of the medium (the density
jump of the charged parcicles), the speed of which v as a function of the con-
ditions of the absorption of the ionizing radiation and braking of the "fast"
electrons formed is greater than the speed of light c. The problems of inci-
dence of a plane electromagnetic vrave on the electron density jump moving with
a velocity v < c and v = c were investigated previously [V. 1. Serenova, 1Zv.
_yyash. uch. zav. Radiofizika, Vol 10, No 8, 1077, 1.967; V. V. Borisov, Izv.
vIssh. tich. zav. 101dio1i7il.-.10 Vol 14$ No 1, 54, 1971).
The "uations representing the problem are reduced to thL Cauchy problem,
The cases are considered where the incident electromak-netic r,~~ave has a tine
function in the form of the inclusion function, thaL is, I(E)u (~, /w ) = i"
1/2 2 0 0

USSR
BLAZOVESIMIENSKIY,A. S., et al., Izvestiya vysshikh uchebnykh zavedeniy, Radio-
fizika, Vol XV, No 9,1972, pp 1314-1319
where the plane wave incident on the moving boundary has the time function
Ey = EOI(E20 cos (W/wO)l ~2 are the cosine oscillations with frequency (o and
phase equal to zero at the front. The results coiacide-with those obtained
previously (V. V. Borisov, Izv. vyssh. uch. zav., Radiofizika, Vol 14, No 1,
540 19711.
2/2

00c) UNCLASSIFIED PROCESSING DATE--13NOV70
"'rrTLE--MECH4NlS.A UNDERLYINC; THE EXTRACTION OF PALLADIUm wim
TRI,N',,-',CTYLjPH!)SPHINE SULPHIOE -U-
AUTH3.--(04)-B.LEDN0 B.P., PAVLENKOI A.F.1 KONOVALOVA, L.A., DUL-Nj:-VA'
VoYE.
COUNTRY OF [NFO--USSR
~~'SGURCE--IZVEST. V.U.Z.t TSVETNAY MET., 1970, (1), 60-64
4~4 E
DATE PUBLISHED ------- 70
SUBJECT AREAS-CHEAfSTRY, MATERIALS
TOPIC TAGS-PALLADIUM, CHLORIDE, EXTPACTIVE 14ErALLU;ZGY
CONTROL MA:~K lNG-NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIE0
PROXY i~ECEL/FkAME--2000/0552
STEP -,NO--UR/0149/70/0')0/001~/00~)0/,JO64
CIRC 4CCESSION ',jJ--AP012lf247

212 ri 0 9 UNCL A S S I F I ED PROKESSIN', 0AfE--13,\l0VT0
CIRC ACCESSION IND-AP0124247
ABSTRACT/EXTRACT--(U) CP-0- ABSTRACT. THE EXTRACTitj,,q OF PD CHLOP.PiE
SOLUTIONS BY MEANS OF *fRI,N,0CTYL PHOSPHINE SULPHUDE, (C S066 H SUB17)
SUB3 OS, WAS STUOIED, USING A Gi-lAPHICAL METHOD. THE SOLVATION COEFF,
THUS DETERMINED EQUALLED UNITY. WITH INCREASING CONCENTRATION OF CL
PRIME NEGATIVE IONS IN THE ORIGINAL A-:~UEQUS SOLUTION THE EXTRACTIUN OF
P0 BY THE REAGENT DIMINISHED. ANALYSIS OF THESE RESULTS SUGGEsrEO THAT
THE EXTRACTION OF PD BY TRI,N,OCTYL PHOSPHIINE SULPHIDE TOOK PLACE BY WAY
OF AN INTERNAL SUBSTITUTION MECHANISM WITH THE FOR-MATION OF THE
MONLISULVATE 'N THE OkGANIC PHASE.
u C L A 5 S.IFIED----

Mechanical Properties
USSR
UDC: 621.771.0
ZAYWV, M. A., and BLEDNOVA
Krasnodar Polytechnical Institute
"Coefficient of Lateral Strain in Elastic-Plastic Forming"
Moscow, Izvestiya Vysshikh Uchebnykh Zavedeniyj Chernaya Metallurgiya, No 1,
1971, pp 75-79
Abstract: Most practical problems in the theory of plasticity are solved
under the assumption of the incompressibility of the material, basically
due to the lack of knowledge of the nature of changes in the lateral
deformation factor in the elastic-plastic region as a function of strain
and stress. This study describes an attempt to determine the lateral
deformation factor in the elastic-plastic region for a group of carbon steels
and Ml copper as a function of lateral deformation and the dimensionless
parameter a/aa (apparent stress to shear strength) in cases of ordinary
1/2

USSR
ZAYKOV, M. A., and BLEDNOV& M., Izvestiya Vysshikh Uchebnykh Zavedeniy,
Chernaya Metallurgi-y~-,-d~'71',' 19' ":-pp 75-79
stretching tests. Use was made of a TsDM mu3ti-purpose tensile testing
machine and resistance sensors. The experimental data derived in terms of
a suggested equatioa show a slight discrepancy. A significant change in the
lateral deformation factor was found to occur in deformations to stresses
a W2.
7
2/2
- 14 -

1/2 00c) UNCLASSIFIED PRCCESS.rriG OATE--13P)OV70
T I TL E--S E L EC T I V CE ':. S OUC T 10N U":'- ORG ANOL li L -jk 0 S I L AN E SU -
AUTHOR"-(06) -ANT I P IN, L M. t BLEKHr L-1-1. i M IRONGV, V F-
COUNTRY 9F INFO--USSk
SOURCE--ZP. ,jBSHCii. i(,70, 401(40 812-14
OATE ?WL"lliED ------- 7-",
SU3JECT AR_-A5--r_H'-_-MfSiRY
TOPIC TA,,-jS--,*)'i~G5~41-ISIL[k',,~~-'fq "__'~J""-lPljUNDf WK-SAN11C SILA,'-.jE, CHLI~"R.Ii4ATED J.RG;'J4fC
COMPOUNIO, CHE.?-l"ILCJlL i;.j_:L)JCTIJN
CU4TROL !JAiKlNG--M'0 RESTPICTIONS
00CU,'4ENT CLASS--UNCLASSIFIED
.PROXY RE-EL/FRAMF--3002/lL0l STEP !4U--UR/0079/7(~'/040/004/0812/0-314
CIRC ACCESSIGN Wj--AP01235,_)'8
.; 1~_: 'I' ~ , -j
.1 - ~' "; t.- ft~_ * __ __

2/2 009 UNCLASSI F LED PROCESSING DATE-L3NOVY0
CIRC A-CCESSIAN NO-A1101235213
ABSTRACT/ciXTRACT-M) GP-0- ABSTRACT. THROUGHGUT REACTIGNS WERE RUN IN
DRY Al,'-GJN ATM. ;4IX[l'-iG 0.2-7 MOLE ET SU112 SICL SUB2 li-VITH 0.068 *Iif)LE ALCL
SUB3 A4'iO 0.075 MIOLE NAH Gki!DUALLY AT R-EFLUX GAVE 69.3PERCEiNT ET SUB2
SIHCL; WITH 0.067, 0.067 AND 0.085 MULE OF REACTA.'-.'TS, ric- YIELD ',,,AS
32.3PERCEW. SIMILARLY WE,~E PREPD. 31.9PEkCENf JEPRSIHCL, I1-17P;_:kCEtlT
ME SUB2 Sf!HCL, AND 1.5PERCENT ETSIHCL SUB2. SINCE THE REACTION IS
VIGOROUS, IT klUST BE: CUNrl_%*f3LLED BY USING EXCESS 1%'EAG-rj*4f SILANE OR A
DILUENT SUCH AS VASELINE OIL. NO 1~ SU62 SIH SU62 riEt,E FOUNO. MEeHSICL
SUB2 liNi THIS REACTION UNDE-k-41ENT RAPID DISPRUPORT[~.:,.%ATION AND GAVE IME
SU32 SICL SU321 AND PH SU-U-2 SICL SU;.12, WHICH THE,'~4 UNUER'IE-W PARTIAL REDN.
-IF Nl~'H IS NEPLACE-0 BY NACL THE 0 ISr,[--K r"URTI GNAT ION IS i-'l"HIBITEo* BUT
EVEf'l THI S CASE PIASICL SUB3 GAVE 4-7PERCENT PH SU82 SICL SUB2 AND
O.SPERCENT PH SU83 SICL. ATTEMPTED REDN. OF P SU63 SICL GAVE R SU62 SIH
SJ52, K SU32 SIliCLy k SU~33 SIH, AND " SU83 SICL kESIDUE.

USSR UDC 576-895-421576-852-2.1
BLAGODARN-YY, YA. A., Professor, ITAKAREVICH, N. M., Candidate of Eledical
Sciences$ and BLEMUN - 14., Kazakh Scientific Research Institute of
Tuberculosis,"M 4-Ankr+Institute of Tuberculosis, 14inistry of Health USSR
"Isolation of Atypical Mycobacteria From Spontaneously Infected Argas persicus
Mites"
Hoscow, Problemy Tuberkuleza, No 6, 1971, PP 74-75
Abstracti Twenty-four Mqcobacterium strains were isolated from argasid mit-es
taken from chickens on Southern Kazakhstan poultry farms infected with tuber-
culosis. Sixteen of the strains wero identified as typical Mycobacterium
wvium, while the other eight were regarded as atypical. The morphology
of the cultures was variable, the microorganisms ranged from short acid-
resistant coccoid forms to granular mycobacteria. All the cultures were
resistant to streptomycin, isoniazid, and tibon. Only one of the atypical
strains was pathogenic for guinea pigs. None of the eight strains produced
any s)mptoms of the disease in rabbits or mice. Intratesticular inoculation
of guinea pigs previously sensitized with horse serum resulted in infection.
55

Wood ChCmistry
USSR
UDC 547.548.81+66.00/3.8
ITC "-jy - -S - V. $Vj~~TOGiL4DOV, V. P., Institute of Inorganic
and physical Chemlstry, Academy of Sciences of the Kirgiz SSR
"SuDerheated TJ ter as an Active T~Ydrolyzing Agent"
a U
Frunze, IA'.'--.- Kircrizzs_!~oy SSi, 11o 3, May/Jun 71, pp 47-51
Abstract: The authors e.-mmined the action of suDerheated i-.,ater
Un -cellu-iose, a comnonent of the tissues of plants, Deat, and
pertly converted coal deuositus which are extensively processed
to obtain orrranic rraterials and to extract-, valuable inorrzanie
com-jonents (rare elements). it is shovro. that thermal destruction
in t-he -presence of -,,atu-er may lead to intensive hydrolysis of
cellulose to r--luco3e. It is calculated that the process of con-
version of cellulose to ~zlucose anhydride is accormanied by
absor-tion of' 5670 calories per mole of levoplucos-an formed. It
is found that 'the m_-::imum yield of allucose and formation of
levop-lucosan take Diace at the crit- ical temerature of water
(3740C). -This indicates t1nat- the Procezs of high-temnerati:ire
acid-free hydrolysis of cellulose goes through a stage of radical
112

USSR
BLESHENSKI-Y., S. V., et al, IAN Kirp,,izsl,.o7 SSR, 110 3, May/Jun 71,
pp 47--51
formation. Recombination of radicals in a liouid solution ;s
limited by the diffusion -orocess. Three Dossible mechanisms
of radical recombination are considered: interaction of free
radicals, rea'I%ranaenent of hydrogen atoms, and recombination
of two biradicals.
CSO: 1841-W END -
2/2
85-

VIlt-12. INTIAM'.LATION RETWUN 'nil: CP.OWTII MNNTIONS, ',IIE MORM1,11AIVY A.N'l
CERTAIN , .11-faly CRYSTALS
FI-F:rTR0NIYStC.AT. PROPFATIES OF Hit I
(Article 1,,y 1. A._CryMllkh'~ I.. F...&Q:intt9, Vtt%KMO-l; ?(0-
11 -tltA Fvitirrv-~ntkn~llh
aibirmk. P. ,. P. Prot- 91 1 5inter,t 7
KristnlloN- k 111trick, Ituanian, 12-1) Julle 147Z, r 1141
Single Ulf cryntAlm were obtntred fr~- the Sit Shane sinzier various
temperature coodillong', tk-ptoding on the ca-zfacturtnE con,jitittwj. differ-
vit cue In th~lt ~rphology and alectrophyntcal ptoportt- are cleoriv Obser-d
in the Investigated cryetaln.
A itudv was also mide of the affect of various lopuritles (111, 1, 7r)
on tile Sr~th conditions of tile CrYPEA1. aft'i -- Of Orl.r virctroOllvolcal
parameter".
The morphology of the crystals was inl,eatlS&tad %itiog r~.tallogr,lphjc
and electron microscope%. A~,njg tile electrephysical prOperttrft of Bil 3
crystals studied were tile conductivitlo the themally stimulated canductivitv,
photo conductivity and phatolurdnacence.
A dati v core latlio~yws talothed between th:cgrowth conditions of
the real atrunt4ura TO. c a t:,:ond a ale of their *1 trophys Ical. properties
which offers the ponalbiLlity, of Sewing crystal& with propectt*s given in ad-
vines.
V.

111-6. rVOWTH OF DISWCATIONLISS SINGLE CRYSTALS OF SILICON
tArrielf by tf, 1. Alat.~&o~ L. Yr. ?~Aroxanko, Yu. V. Ddnkovoktv. Zaporosh'ye;
"ostbtrok. III 51!mpottimm pa Pratsa*s4v Rpvto I ~~Ititi
11,-, n
Tho conditions of obtaining 41.lotatiottleas mingle crystals ottituttd in
the JIL11, J1101. [10111, 11121 and 11231 dtr.~tt.no And crystato of (..r-
eactor structure arm c1ts~-,qserf. Tt,& m4?,t%ttud* of the groloth *"I* and the
dravinst, rate of otnglq crystals wLth~jt dlolocxtlnnn are found,,d ~reriment.tlly.
The description of the forms of the crystaLlization front &ad the, extortL41
*ttritiuten of the dLaIncatloolts. mingle crystals in proeented. It to darson-
str4ted that the 41810cationlelf mingle crystala alwey. grow with satit of the
WO faes to tit* interfeCo. This I"d. to t1,& coapl.x forts of interface.
Tit* growth conditions of dialocationlean single crystals at UlKh rates
isouTInsl dispersion of On op*cific resistance with rompect to the volume, of
the bar 1*44 than 1 10 percent are 416CUSSed. The wfffrt of the %%it of the
(M) face an the scattering of thim specific resistance with respect to the
tratteverse cross section aut with campoct to the volume of the bar to dantonstrated.
A study to "do of the conditions insurtriR pr~vntlon of the dislocation-
less olnltl* cryetal from dmoo4a by dislocation slip Itrise, an moparsticto of it
from the welt And also loadtog to the foriestion of tascropileuve of the dialo-
cottons on transition frvo the d1flaeationlead section to the section with
dislocations.
Date Are presented on the effect Of the orientation of the 8inolo crystal
me the capture of oxygoo fromi, the &41t and the magnitude of the litativa, of
""arity charge call togs.
N;k 29

112 017 UNCLASSIFIED PROCESSING DATE--30OCT70
TITLE--CHEMISTRY OF ENYNE ETHERS. 11- SYNTHESIS OF PYRAZOLES -U-
AUTHOR-(03)-LISITSYN, YE.A.,
COUNTRY OF INFO--USSR
SOURCE-ZH. ORG. KHIM. 1970t
DATE PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRY
~~Y tEVA, A.N., MALEYEVAI A.K,
6(3), 439-42
TOPIC TAGS--CHEMICAL SYNTHESIS, CHEMICAL REACTION MECHANISM, SULFONATE,
AMINE DERIVATIVE, ACETYLENE, PYRAZOLE
CONTROL t4ARKING--NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROXY REEL/FRAME--1992/1683 STEP NO--UR/0366/7oiOO6/003/0439/0442
CIRC ACCESSIeN NO--AP0112677
UNCL ASS IF,l ED

212 017 UNCLASSIFIED PROCESSING DATE--30OCT70
CIRC ACC'ESSION NO--AP0112677
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE REACTION OF ROCH:CHC TRIPLE
BOND CH (R EQUALS ME OR ET) WITH MENHNH SUB2 H SUB2 SO SUB4 GAVE A
2.5:2 MIXT. OF l13tDIMETHYL PYRAZOLE WITH 1,5tDIMETHYLPYRAZOLE OR A 2:3
MIXT. OF THE CORRESPONDING DIETHYLPYRAZOLES, THE MECHANISM OF THIS
REACTION IS DISCUSSED* FACILITY: LENINGRAD* TEKHNOL. INST. IM.
LENSOVETA, LENINGRAD, USSR.
t IN c I A 5 1~ I p 11 [L I I

1/2 015 UNICLASSI FIED PROCPSSI:I:G GA11-13'.40V70
TITLC--C,-kYSTAALL 'GRAPHIC PJAKAMEHERS JF~
AUTHLq_R-(02)-iLE DELIS, J., KEMME2 A.
JL~ DEL IS,. J
GOUNT3Y OF llN;FG--USSR
SOURCE-KH[I'li. GETEROTSIKL. SOEOlt-4. 19701 (31r 332-4
DATE FUBLISHEO ------- 70
SU8JECT Ar~EAS_-CHEMISTRY
TOPIC TAGS--X PAY DIFFRACFIGN STUDY, PARAMETER, CRYSTAL, aR(;AiV;-7c_RMAtljIUM
COMPOUND
CONTROL MARK RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REc_L/PRA!A:_:--2030/1681 STEP
CIRC A(_'CESST0% .'llC--AP0I25302

212 015 UNCLPISS IF I ED I-" k 10, C. E S F) I Ni'y D A FL 3NOV7 0
CIRC ACCESSIOIN' -NO-AP0125302
ABSTRACT/:-::XTRACT--(U) GP-0- ABSTRACT. I N'IrH R EQUALS ME, ET, PH, Alit)
ALPHA-C SUB10 H SUB7 AKE C~,YSTALLUGJRAPHICALLY DESCRIBEO 'w[TH THE Alo OF
X PAY DIFFRACTION. THE ;-l-[JJN-)CL I i'll C ANGLE IS BETA EQUALS 122DErIkLES FOR I
IR EQUALS NE); DTHER I ARE ORTHORHOMBIC. OTHER CHARACTERISTIC
PARAMETERS ARE ALSO GIVEN. FACILITY: INST. CIRG. SIN., RIGA,
USSR.
L 11 L I- I li

USSR
BLEYKHER, V. M.
Eksperimental'no-Psikhologicheskoye Issledovaniye Psikhicheski Bol'nykh
(Experimental Psychological Research on the Psychologically Ill), Tashkent,
'~Meditsina," 1971, 176 pp
Translation: Annotation: This book presents the basic principles of experi-
mental psychological investigation of the psychologically ill, describes the
experimental psychological methods movt frequently used for this purpose, and
generalizes information on the special features discovered in investigating
persons ill with schizophrenia, oligophrenia, epilepsy, cerebral arterios-
clerosis, and senile psychoses. The significance of research results for
solving questions of differential diagnosis and in psychiatric consultation
is pointed out. Models of the tables and blanks needed for the investigation
are given in the appendix.
The book is intended for practicing psychiatrists, neuropathologists, neuro-
surgeons, psychologists working in pathological psychology laboratories at
psychiatric hospitals, and may also serve as a study aid for sLudents
studying psychiatry and medical psychology.
1/4

USSR
BLEYKWR, V. M., Eksperimental'no-Psikhologicheskoye Issledovaniye Psikh4-
cheski Bol'nvkh, Tashkent, "Meditsina," 1971, 176 pp
Table of Contents: Page
Introduction 3
Chapter 1. Methods of Experimental Psychological Investigation 16
Correction Test 16
Krepelin Counting 17
Counting Backwards 17
Searching Out Numbers on Shul'te Tables 18
Tests for Switching 19
Tests for Memorization 22
Putting Pictures Together from Segments 25
Letter Experiments 25
Understanding Stories 26
Understanding Topical Pictures 27
Establishing the Order of Events 28
Classification 30
Exception
~ifnglfng Otir Mindamental Traftn 33

- 87 -

USSR
BLEYKHER, V. If., Eksperimental'no-Psikhologicheskoye Issledovaniye ~sikhi-
cheski Bol'nykh, Tashkent, "Meditsina, " 1971, 176 pp
Page
Forming Analogies 34
Isolating Rules 36
Defining and Comparing Concepts 37
Forming Artificial Concepts 39
Understanding the Figurative Meaning of Sayings and Metaphors 41
Naming 50 Words 43
Pictograms 44
Word Experiments 45
Selecting Word Antonyms 47
Investigating the Level of Pretensions 48
Investigating Speech 50
Investigating Optical Recognition 56
Investigating Practice 57
Chapter 2. Experimental Psychological Research With Certain
Psychic Illnesses 59
Schizophrenia 59
Oligophrenia 71
3114

t;NCL ASS I F I ED PROCESSING DATF--02rCT70
TITLE-Cu",14PLEXING IN it TITANIU"I (IV) 92 t4v0lHYDR0XYi3ENZHIf- ACID SYSTEM -[J-
ALT--;-'--(04)-ASTAKH3Vj A.I..v Kt%YAZEVA,
'CC!:',T,'y (IF INFO-USSR
SC'J'-~-E-ZH. G3SHCH. KPI.I. 1970, 40(2),
YE.N., SLEYKHER, Y4.1., S-i~AYDEVAA',;,
zil
347-52
04TE PUFLlSPE0------70
SU~:'-JECT AREt~S--CHEMISTRY
T03PIC TAGS--SPECTROPHOTOMETRIC ANALYSIS, HYDROXIDFl BENZENE DE~