SCIENTIFIC ABSTRACT ZHELNIN, V. - ZHELOKHOVTSEVA, N.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064710006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2
I

1 , " , f
W -
1 1 11 ffltz I
11-11111M ~ IF ~ I I I I lift "'Wil ltli~,
i V ~ I ~l .; A:- f W , Hl

I - ---- ~ I---------------------- , --- - -- - --
111
ii.

,f 'I. 1~ ;,
,I
1 4; i ; ; t I i
A

,h f
II! I ~~ I1111-1 '. 5 ~ %s ', All ~i i;iI
I ~ r, -

TV ACC_-NR,-AP"2_8334- ---------.------SOURCE CODEI OW652/'Q'~
_U R/ 0 2 9-3 66 00 4/
AUTHORt Shilov, A, A j Zhelnin.-Yu N
!~~ ~oj
ORG t none
TITLEs ~.MnimLzation of the ultimate deceleration of a vehicl-9 in an
atmosphere
SOURCEs. KosmLcheskLye.issledovanLya, ve.4,, no. 40 1966, 552-537
TOPIC TAGSt atmospheric antry,~ I control, space-
c*~ deceleration
CLZ
AS TRAM The problem of.selecting the,vertLcal component of t1he
aerodynamee ILftin� force which minimizes the allowable deceleration oft
"te space veritcle during atmospheric planetary entry is analyzed, The
equations of-motLon.of the vehicle in the atmosphere are written to
include the condition that the drag coefficient C a const and an
expression is established for the axial deceleration component n. an
a function of the aerodynamic lifting parameter R(X). For gIven flight
parameters at the initial and-.termLnal points, the function K(x)p with
constraLuts of the form,
RmLn~4 K(X) 4 Kmax#
Card 1/2~"' UDCs 62-592t629,13(203)
4

-~ -~Ilffq

11", 1'
: M ~ !I I ; - . , :
11

ACC Ms. AP6013261 SOURCE CODE: UR/0413/66/000/0081050/0050
-INVENTOR: Krikorov, V. Blinov, G. A. Zhelninskiy, V. D. Kokin, V.
Markax~yants, E. A.
ORG: none
TITLE: ~M
e.hod of preparing dielectric films. Class 21, No. 180701
:SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarn.Ve znak%:no. 8, 1966, 50
TOPIC TAGS; dielectric material., silicon dioxide, lanthanum, vaporization
A:PSTRACT: A icate has been issued for a powder spray m
n Author Certiff ethod of
preparing dielectric films on a siliconlioxide base in a vacuum chamber. TodecreagIwe
the temperature of vaporization of silicon dioxide without damaging any properties of
the dielectric film, a mixture of silicon dioxide and lanthanum, -taken in equipolar
quantities, to used. [Translation) [NT)
SUB CODE: 1 ~/J/SUBM DATE: 04May65/
UDC: 621. 319, 4. 002. 2
Card 1/1

ACC-NN - AR6029 300= - ------------SOURCE- CODE:-- --UR/0271166/000/006/BO46/BO46
~AUTHOR: Yesijenko, V. D.; Savis'ko, P. A.; Gul'ko, I.
F.; Zhelnitskiy, A. I.
TITLE: Some results of experiments with electroluminescent data display systems
SOURCE., Ref. zho Avtomatika,-,telemekhanika i VY'chisliteltnaya tekhnika, Abe. 6B348
REF SOURCE: Sb. Fizi-tekhnol. vopnkibernet. Seminar. Vyp. 1. Kiyev, 1965, 55-75
TOPIC TAGS: electric devicet' data readout, real time data display
ABSTRACT: The merits of this type of data display are noted. Parametrons are used in
the control circuit of,the data display unit. On.the basis of the experimental re-
sults obtained the following conclusio'ns.-are made: 1) such a display unit can operate
successfully at an excitation frequency up to 10 kc, 2) an increase in the frequency
mnkes it possible to reduce the electric field strength in order to obtain the same
brigiatness, 3) with an increase.in the frequency the brightness sensitivity to supply
voltage also increases, 4) a sharp decrease in brightness in the initial periods of
operation requires a preliminary conditioning of the display units, and 5) under con-
ditions of constant brightness the operation,of thq display unitu'la considered
opt#um. [Translation of abstract] 10 illustrations and bibliography of 9 titles.
At Fe
r
SUB,CODE: ~09
Card UDC2 661,142.fi23

3/356/61/040/001/018/037
B102/B204
AUTHORt
m
TITLEt E'iesioWinto' vacuum of Cherenkov radiation produced on
longitudinal wavesin amedium
PERIODICAL i 'Zhurnal eksperimentalinoy i teoreticheskoy fiziki, v. 40,
no. il i961t 170-1,77
TEXTt~ If fast-charged,partiolea-move in-a medium with spatial dispersion,
longitudinal waves (plismons) are~produced; the discreet particle energy
loss6s,occur in the form of Cherenkov radiation of longitudinal waves. The
emission of,this radiation into a vacuum is of intereatt because it has a
2
very narrow spectrum near the plasma frequency Wl- - One Im (nfelm,
0
densit', d m), and may be u
charge and mass of electrons in the me iu sed both
for,the production of-radio, waves in the plasma and for the production of
infrared and ultraviolet rays in the dielectric* Whereas the Cherenkov
radiation on transverse waves,aotually occurs at relativistic particle
velocitiesp"it occurs in longitudinal waves at much lower velocities (it is
o:nly necessary:that the particle velocity exceed the mean velocity of
Card 1/5

S/056/61/040/001/018/037
Emission into vacuum of,Cherenkov.... B102/B204
~thermal:eleotrons)- The probleia'of-studying this Cherenkov radiation,
which the author hasset~himselfj must take the following peculiarities
-into aooounti 'Pirstj a.transi,tion radiation occurs during passage,through
-the bo.undary--of the medium,'- which cannot:be,distinguished from Cherenkov
radiation:,at larger distanoee,~andj_secondlyj taking account of spatial
necessitated setting up an additional boundary condition because
,of. the,appearanoe,of.a new solution of the.Maxwell equations. As to this
''additional boundary condition,,oertain assumptions must be made in order
.'to.be able to formulate mathematically thexadiation field occurring in
the tiansition,of a medium into the'vacuum. With respect to the transition
radiati 'ong G. U., Oaribyan was able to show that its effect is of importance
only -for ultrarelativistio,velooities.' To set up the boundary conditions,
the following-assumptions muet~be mades the electron moves perpendicular
to y,,it6,energy los (due to radiation pr
wardthe boundar see oduotion) are
negligibly small oompared.to its kinetic energy and t_ke effect of the
spatial dtapersion is'assumed to,,be characterized by (L+90, 6 to +ir,
wh6re.S :C~' thir-parameter characterizing spatial dispersion$ the
Laplace operator., The field of.the moving.eleotjon is considered to be
the sum 0f.:,& longitudinal and a transverse (Z) field, with div 7 0.
Card 2/5

-7-7-
at
-77 ......
j/0-i 6/07
1/640/00- t
0 ore
vao" 4 0292 4
h
0lem: 8,-00,ved';~ n`-the n ioated V. Oifiziburg a d
manner, as-. i d n
T by
k '_aocioiding~-U For t 6 ia ~ component of the'radia-.-1
F
ran i:,, v- Gaiib h rad I
'i' 6~'usie-!m-anne -is th n
4 one-'Atti th r- as
9 oase with.' aribya
00
-1(*) 04,11 do j!_
X1,
ij,
inn
-,p (M) O(OR dx.
sin +iXjcdsO,
61A
+
+ 6Alk
25
cdji4 SX I
ICA X
Odle x
v
v
5
I jul

/056161104010011918103T
Emi a i ion 4nt 9 vacuum B102/,H04
tT
w:
'R is""Ih'e*Aietanoej th #t '.of. eleotr' h a' is'ion' to the point,.
rom q ~-pa 0 m a
-,,o rv he an e'...bo, woen:~R-~-arjd~ theIz-a sides the pole
ati6ni -:9 t gi xis Bi,
6'siu~diid" by. Garibyan the" _F(Y
,function' ),has another o19,
P.
d et.6r miz 2 ~,.j.?/v2y~.- -it dioa"here Th n 'I;
ied -b i*hi 6 h. 16'. u e orma
aAed iri, the.-d
ame iianneri-
For,the.total radiation in
7
Y
CC
ho
,T,
V'n 4 eldu
UO
( SO) xq 1�(,xl - )) . ),0 -
'tin 1~ v14)_ -
MO
P~,
771
J,
The _`:radi`it'i'6iv, hil an
'-fro uenqy.:O;propa9atob :at the gle (~3) -in the'
d. ofthc q
d the
rootio -.,Of -ol0qtrqn,#',For,~,,the angle eln~(~) 0
w /v
absorbihgmedium' _the.-angular dist#,bution of this
?
17

S/056J61/040/001/018/037
Emission into vacuum of Oherenkov,.-.. B102/B204
W
radiation may be determined by the 1a of reflection and the Cherenkov
condition alone. The.main,oontribution to the transition radiation is
made'-by Cherenkov radiation on-longitudinal waves produced in the medium
near.the interface over a distance of the.order of a wavelength. At larger
distances from the interface, this part of the Cherenkov radiation, which
occurs-as a s.pherical wave, remains restricted to a narrow frequency range
tj The author thanks V. L. Pokrovskiy, S. K. Savvinykh, A. R Kazants"
-neaz 09
At'.M. Dykhne and 1. As Gilinakiy for discussions. A. 1. Larkin Is
mentioned. ~There are 8 references, 7 Soviet-bloo and 1 non-Boviet-bloo.
'ASSOCIATION: Institui,radiofiziki.i elektroniki Sibirskogo,otdeleniya
Akademii! nauk SSSR (Institute of Radiophysics and Electronics
of the Siberian Department of the Academy of Sciences USSR)
SUBMITTEDt June 28j. 1960
Card 5/5

.... ... ....

IF llt; ii-T

.V-4 , 5
, ; 1 1 1 ~ , .~ :a
]EIR I F H ii. 111 11,11li 11ifil4lb" :`

WG
-ACC ME- ~-AF6018868 SOURCE
66z: - WOO3616616501001329313295
AUMOH. Zh I
iq~oy) ~B~ L.; Kazantady, A. Ps; Smirnov;- Y, S.
ORG:' Institute of Physics of Semiconductors) Siberian R!p!ftvWnt., Aced of Sciences
SSSR (Institut, fiziki puluprovodnikov flibfiieRB "odelenlys AkeAemli nauk WSH)
TITLE: . Wave interaction in a gas laser
SGMCE: Zh eksper i teor fizj vo 50 no. 5., 1966,# Ml-1295
TOPIC.TAGS::'gas laser, laser beam, laser propagation, traveling,wave interactions
frequency locking
ABSTRACT: The authors considerthe interaction between waves traveling in opposite
directions in a gas laser with a ring resonator, brought about aither by the non-
linearity of the medium or by the coupling between waves as they are reflected from
the mirrors. A phenomenological formula describing the latter coupling is derived
and is introduced into the equations of motion for the wave amplitudes and the phases
in a rotating coordinate system. The solution of these equations is-useA todescribe
frequency locking effects and suppression of one of the traveling waves. It is shown
that under standard gao-laser conditions frequency locking takes place within a band
of!s6Veial-hundte'd-cps if the coupling coefficient between tho reflected waves is of
-bid4ii-of -10j-'3- The degree of suppression of one of the waves, increases mono-
thi
tonically but not uniformly with the relative detuning. The authors thank yu, IVo
Troitskiy for a useful discussion. Orig. aft. had: 2 figures and 24 formus. , (02J
20/ Sum DATE: o4Nov65/ om mw: oo5/ 02H REFS 003/ATD PRESS:
6rd

~'. I
14E.; ~-
~!.
H

L 979G2:M EWA(h)tE-WT(1)
ACC NR, AP6005297 (A] SOURCE CODE: Ukro-4-1'3-7-6VFoUTWoi766!il76o3bI
-_.1:0RGJ
TITIX., A filter for high quency bypass of supply feeders In electric transmissloin,
networks,
Class 21, No. 177466
"SOURCE: Izabretenlya, promyshlennyye obraztsy, tovarnyye xnaki, no. 1, 1966, 37
TOPIC TAGS: electric power transmission, electric filter, filter circuit
ABSTRACT: This Author's Certificate Introduces a filter fca, high-frequency bypass of
supply feeders In electric transmission networks, particularly In the contact Pat-
works of electric transportation systems. The unit contains distributed inductances
for sections of the network and Lumped capacitances tuned to the high-frequency s1g-
nal. In order to reduce the effect of changes in the load on the supply feeder. sup-
press interference and simplify the entire installation, the filter is made in the
form of a four-terminal electric bridge with arms which are sections of the contact
network on both sides of the point where the supply feeder is connected together with
the tuned capacitors. The capacitors are connected between the ends of the network
section with zero potential. A bypass capacitor is connected in coo diagenal of the
bridge between the feeder connection point and the zero potential, and a bypass wire
UDCi 621.31S.052.66
1/2 621.372.543.3

L 27985-66
ACC NRj AP6005297
~j
40 :Ubatation
0
I and 2--oonnecting filters; 3 and 4-
tuning capacitors; 5--feeder cable; 6--
power wire of the feeder cable; 7--zero
potential point; 8--by-pass capacitor;
9--contact wire; 10--bypass wire.
twice as lo,ig as the sections of the network In one of the arms of the bridge Is con-
nected in the other diagonal.
SUB CODE., 09/
SUBM DATE: 29Dec64
Card 2/2

"i
.!il

ljs~R/ v I
A. L Pub.
Auth=a t 231el=v, OQMAF cn Lon rk r
7-7
Submitted

S/10 60/000/05/018/047
Y
13oo6
D04T
Zhelnov,.77. tUPS) (P6 a):
TITLE.... An SSB Phase Exciter for Operation on 14 and 21 Me
:-PERIODIOALt, Radiot 1960~t Nr 54: n 17 21 (USSR)
ABSTRACTs The exciter Is designed for operation on one side band
. with a suppresse(I.6arrier on 14 and 21 Moo The single-
bandbeignalis formed according to the phasie-compens-
ation method described in an article by A. Somenov and
. ..V. Verzunov in Radio",, 1958f nr 6. rig. I in a block,
diagram of the devioe.~ The 1-f amplifier comprises a
6N2P double triode, the quartz generator - a 6Zh3P tubep
the-balance.,modulators - 6NlP.tubes, the third balance
modulator,- 6A2P tubes', the terminating stage - a G-807
tube# the master oscillator .- a 6Zh1P tubeg the buffer
.stage - a 6Zh5P tube*' BLP resistors and KSOG capacitors
'-Card 1/2

j. are.also.use.d. RK-50 coaxial cable connects the exciter
-z:-
71 1

-: -,J)EGTYAR]Wf- Jqip.

06188
9. (2) SOV/115-159-11-16/36
.-AUTHOR:
Zhelnov,- VOG.
TITLE: Checking Capacitance Measures by:Means of an Electro-
nic Digital Irstrument
PERIODICAL-. Izmer -43
itelnaya tekhnika, 1959, Nr Ili Pp 40
ABSTRACT: Frequently alpercentage sorting of a large-number of
capacitors 'of'different.ratings is required with a
high degree of a6curacy - 0.27o and higher, The exi-
sting industrial capacitance measuring instrumentat
either do not provide such an accuracy, or they requi-
re a considerableamount of time for performing the
is contradictory to the require-
me-nts,of.mass checking. The author describes a device'
for percentage sorting.of 0.013, 0.05, 0.11 0.2 and
0.4 microfarad capacitors. If necessary, these values
can be easily replaced by other ones. The sorting
accurac y is,;. Obl%. The device works according to the
beat me thod, which is widely used for measuring non-
--Card 1/15 electric,al values in circuits with capacitance trans-
x1ji"111". fill! 0

06188
SOV/115-59-11-16/36
Checking Capacitance Measures by Means of an.Electronic Digital
Instrument
duoers and In some capacitance measuring Instruments#
for example, In the IIYeV-1. Two generators are used 'in
the device described by the author. The frequency.fo, of'
one of them remains unchanged. The frequency of the o-
ther generator may:deviate from f0 by some value 6f
which ia determined by -the deviation of the capacitance.
to be measured Cx from its rating C3- Since the maximum
value of the-frequency.to.be measured is large (0.4 mi-
fr64uency to was selected to be low
-:2 kc.~ Generators with a Wien bridge were used. The vol-~-
tage.from the generators is fed to a mixer, at.whose
r
output a beat with the frequency A f is obta ned. With.
a constant carrier frequency fol'tlie value Al will de-
termine simultaneously,the value rfC. Since.at small
-,.d.C9.a~.beat frequency of a fraction of a cycle is ob
tained, needle frequency,meters may not be used. There-
fore A f.is determined in the author's device by coun-
Card 2/5 ting the pulses within a fixed time interval Tl. An e-

06188
-59-11-16/3
SOV/115 6
Checking Capacitance M6asures by Means, of an Electronic Digital
Instrument
lectric PV'52 seconds:counter is uspd as a pulse coun
--ter, having a capacity of 103 pulses. This counter is
connected, by a time relay to the :frequency difference.
amplifier for~the time Tl. Since. its mechanism works
twice during each beat cycle, it will record during
each time:interval Tj n 2T1 Af pulsest or
-n Tf dr 00
1 0
The time,Tl was:.taken to.be 5,eeconds, therefore n-
5*2000 S.C=10000 C=100 80%. Consequently, when ~do is
-1% the device will-record 100 pulses, at
equal to
C=0.1% 'accordingly 10 pulses, etc. The needle of
accuratd~reading of the PV-52 will complete in the
first case a full rotation, ie. it will show 100 gra-
duation marks,,in-the second case 10 graduation marks,
etc.-The PV-52 is very convenient and no changes of:
its dial are required.,The author presents a simplified,..."
Card 3/5 ~block;diagram-of the device. The generator circuits

- ----------
06188
BOV/115-59-11-16/36
Ch6dking Ca acitance Measures by Means of an Electronic Digital
p
nstrument
are identical and are-composed of 6N2P tubes, which
form,two-stage'ampli:eiers with feedback thru cathode
followers (tubes, 015P), matching the high~-obm ampli-
fier.outputs with the low-ohm positive and negative
feedback circuits. The use of cathode followers is im-
Ortant'for increasing the frequency stability of the:
'generators and an amplification factor 5000 may be ob-
:tained for the.amplifier. The generator anode circuits
are fed from an electronic voltage stabilizer. A barr-
-eteris used in the,filam6nt circuit. After a.one-hour
warm-up the frequency of the generators will fluctua-
~~.t -onl; jaignitionntly by n fraotion of a oyole per
I or atabilitipig the gofterator amplitaideal* Th/2
thermistors ar,~ used.The balanced modulator ia com-
posed of 6A2P tubes. The~beat voltage passes.from the
modulator output thru an RC-filter to the input of
symmetrical amplifier with a 6112P tube. The next Bta-
Card 4/5 'ge is a class.C power amplifier with 6P14P tubes.

f
MIN
BOV/115-59-11-16/36
Checking Capacitance Measures by Means of an Electronic Digital
Instrument
There.are two time- relays with identical circuits com-
posed of tubes 6fflP and 02P. The tubes work in so
called ~118chmidt'trigger.cirauitsl'. The author analysis
41fferent.error sources in the device. The error analy
sis and a careful experimental study show 'that the de-
vice may be.used for sorting.capacitore according to
a:given ratingi provided highly stable capacitors are
used in the comparison arm of the Wien bridge. The in-
'Stability,of other elements-of the.Wien bridge does
not~play an essential role.,The working Accuracy of
the device is-:t 0 1%. Engineer Yu.L. Sokolov partici-
pated in the expe~,imental investigation of the device
and in its construction and tuning. There is 1 block
diagram.
Card 5/5'

Illf,
1.1 4 .

j vi-.
i I ; I
; 9. 1 ;~ I
. .1 E, !~-

, 1 ~i
11''
i I : . ~i , , W..; ~
;~ 1: It ; : , - ~ w
'1 11 - 4 1

------------
Zhelnova, G. d~7 ltltdi~hol6kidal -changes -in- th-ca rgentbjphilic- b asic- mat te_r-in_lapros7-~,-~_
Vopropy dermato-venerologii, Vol. IV, 1948, P. 332-35.

-11T11F 190 111

15-67-3-3384.
..Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
P 134 (USSR)
-AUTHORS: Zhelnovaj L. N..,,,Rybalko, V., G.
TITLE: The Advantages of aRapid Method for Determining
Porosity of Ceramic Ware (Preimushchestva uskorennogo
metoda opredeleniya poristosti keramiche3kikh izdeliy)
PERIODICAL: Sb. stud. nauch. rabot. Mosk. in-t nar. kh-vap.Moscow,
'Gostorgizdatt 1956, pp 71-75

ABSTRACT: L
A rapid method of determining the porosity of ceramic
:ware is.proposed. After preliminary drying out the
samples are heated for 30 minutes in a muffle furnace
at 2500, and then plunged into cold distilled water and
left for one hour to be impregnated with water. After
the samples are saturated they are removed from the
waters dried, and weighed. The precision of the pro-
posed method,.approaches that for the standard
met hods
-
but the rapid method takes only 1.5 hours, whereas the
Card 1/1 standard method, takes 28 hours. 3, P, Sh,

11 11- - . - I . -

, _~ i r r z 1 v t w% -
111 1

Will

I ,
I ~j .
i i: ~; .
. F.

16(1)
AUTHOR: ZhelobenIko, D.P. SOV/20-126-5-5/69
..TITLEv Linear Representations of -the Lorentz Group
PERIODICALs Akademii nauk SSSR91959,vol 126,1fr 5,PP,935-938 (USSR)
ABSTRACT: The author describes all (up to equivalence) representations
of the Lorentz group with finite rank (i.e. continuous,re-
presentations-in Banach spaces with finitely many irreducible
components). He investigates separately the algebraic
structure of.the representations in the neighborhood of the
singular point. The paper is based on investigations of Kay-
mark. Two~theorems are given#
There are 4 Soviet references.
ASSOCIATIONt-Mookovskiy.goeudaretvennyy univeraitet Imeni M.V.Lomonosova,
(Mosoow State'univer'sity imeni X.7. Lomonosov)
PRESENTEDt ~Januarj 30,1959t by N.H. Bogolyubov, Loaaemician
SUBMITTED: January 281 1959
'Card 1/1

I
I;,
j ;
I Az I ,

16(1)
AUTHORt Zhelobenko,D.Pi
TITLEi The Structure.of. the Group Ring of Lorenz's Group
PERIODICALs Doklely Akademii nauk SSSR,1959,1rc! -120,;,Nr "tPp 482-485 (Von)
ABSTRAM In a somewhat changed foTm (without use of infinite matr-j,4eq)
the author given the same reailt (an analagie to the theorem 0.1,
Paley-Wiener) which he has air-iady published L-Ref 2 . Bobides
''the theorem isr4roved with other methods due to I.M.Gellfand
Z_Ref 52. The.authbr mantion3 N.Ya.Vilenkin.
There are.5 Soviet referenoes.
ASSOCIATIONIYoskovskiy gosudarstvannyy universitat Imeni 11,V.Lozinoaa-t&,
(Mosdow state. Utiversity imoni 11.V.LC'1monosovY
PRESENTED: January 30t 1959f by&H.Bogolyubovt Academipian.
SUBMITTED: January 28, 1959
Card 1/1

AUTHORt Zhelobenkov D.P. SOV/20-121-4-4/54
TITLEs' The Descrip a Class of Representations of the Lorenz
Group (Opinaniye nekotorogo klasea predstavleniy gruppy
lorentsa)
PERIODICALs Doklady Akademii nauk SSSR09589vol 121,Nr.4tPP 586-589 (USSR)
ABSTRACTt Since the Lorenz group is not compact and possesses represent-
ations'which cannot he decomposed into irreducible ones# the
ueotion for the description of all linear reproeentations

UP to equivalence) of this group arisess In the present
Z
paper the author gives a partial solution of this problem and
describes a rather extensive class of representations. The
main result consists in the statement that each representation
of this class is.decomposed into a discreet direct sum of re-
presentationst each of which in equivalent to one of.the re-
presentations of a.certain canonical model. The paper was
written under.the guidance of Naymark and uses the notations
of Naymark without explanations# a fact which complicates the
reading.
Therware 2 Soviet references.
ASSOCIATIONs .lookovskiy gosuda,rstvennyy universitst imeni M.V.Lomonosova
CarId1/2 (Nosoow state.,University imeni M.V. Lomonaeov)

I 11-, 111 i I", I ib, 1,

'I ! t , I
"t ,e i t p
J.:I
, i~ I1~ j; I
i 7i f -

's:

i I 1z
I I

--87663
4 0 8/137/60/000/01o/b34/104o
A006/AOOI
Translation from: Referativnyy zhurnal, Metallurgiya, 1960, No. 10, pp. 27P -271
#,24624
AUTHOR:, Zhelo ov I.So
~1.obov
TITUt mechanical Properties: of AK-6 (Ak-6) Grade Duraluminum Alloy
~.Specimens Upset Under a Pneumatic Hammer and a Friction Press
PERIODICAL-. Tr. Gor'kovsk. poli'tekhn. in-ta,.1959,- Vol.. 15, No.. 2, pp. 39-47
TEXT: The effect of the method of upsetting Ak-6 specimvr.B, on the mechan-
ical properties of.the alloy was studied. _Cylindrical specimens of 25 mm In-dia-
meter.and'4o mm height were upset under a pneumatic hammer and under,a friction
press to.an equal degree of,deformationl~p to 12.5 height). Prior to upsetting
the.,Bpeoimens were heated to 4750C.:'Upsetting was made by one pass of the press
and 2 hammer blows.. Measurement of Rb.of the upset specimens showed that for the
hammer deformed specimens the mean Rb was by 7 - 8 units higher than that of press-
deformed pieces. The factor, causing this difference in hardness, appears to be
the deformation rate, In the initial state the material had a homogeneous struo-
Card Ip

I , ji . ~,.
F -
'1~
i I
Allif",
A i. &~ I , I ~,, qIV.111 ~%:

I
u

Card 1/1 17, 9/19
Author Krol N. Gi and Zhelob,6va, Z. A.

Title Physiological symptoms of the functional condition of the motor
apparatus,in hyperkinesis. Part 2: Muscle tone in athetosis
'Periodical l3yul. eksp.,biol. i Med, 61 36-39,, June 1955
Abstract, During lengthy.,myotonometric investigations of the rigidity of
muscles of patients with signs of athetosis, authors observed con-
siderable~variations. ln.studying~antagoaist muscleL, of the upper
and lower'extremities they found that the muscle tone was within
normal limits in.29% of the cases during maximal prostration, in 18%
it was below normal and in 53% above normal. Sharp variations in
muscle tone during athetosis are characteristic. Authors' investiga-
tions led them to conclude that in patients of.athetosis in maximal.
veakened conditions of the muscles there is a disturbance of the re-
lationship between the indices of tone of the muscle-antagonists as
well as of the muscles of,distal and proximal groups. No references;
graphs,table.
Institution Laboratory of Clinical Physiology~ Sverdlovnk Scientific Researgh In-
tit
t
ti
di
f R
t
t
l
d O
th
Di
s
u
es
r
e o
ora
r:
ve Surgeryo Trauma
o
ope
csp (
ogy, an
Corresponding Member Academy Medical Sciences USSR Prof. F. R.,Bogdanov)
Submitted 10 June 1954

-Car
Author Kroll., N. G. and Zhelobova, Z. A.
Tit.Le' Physiological,indicatord of the functional condition of the motor
apparatus during hyperkineses. (Characteristics of subordinate
motor chronaxy.inathetosis.)

Periodical Byul. Eksp. biol.j med.'71 24-27, Jul 1955
Abstract: Authors believe that-cbAnges in the regulating activity of the
central nervoUSLsystem undoubtedly affect irritation and lability
of the neuro-muscular system and consequently chanee its chronaxy
(called.subordination).. They compiled tables from chronaximetric
dataLfrom. patients with athetoses of arm and leg muscles and of L
the coordination between chronaxy of distal and proximal muscles
of.the extremitieS'Land muscle-antagonista. They conclude that in
athetosis the regulating role of the cortical zone of the motor
analysor is interrupted, that the complex picture is pubject to a
mechanism,which Is not simple to explain; that it is affected by
functional changes in the cortical zone of the motor analyzor as
well as by:the LLaCtiVity of the subcortical region- 5 references,
5 USSR, 5 since 1940, tables
Institution Laboratory of,Clinical Physiology, Sverdlovsk Scientific-Research
"raumatology, and Orthopedics.
Institute of Restorative Surgery, T
(Dir: Corresponding Member Academy of Medical Sciences USSR,
Prof F. R. Bogdanov)
Submitted 10 June 1954.

V, V.A.; DOROMOVA, H.I.; SHOLINA, H.Te.j.12HMKHOYT5XTA, A.M.:
SROLINg
TIKHOHOVA, O.Ta.; SKOIDINOV. A.P.: AROMIX, A.P.;
D~Ds;
GOLOVNINAo T.V.: SLONOVA, L.A.
Styrene as an initial product for oynthomyeatin and levouqcatin
production. Part 2: Synthesis of p-nitroacatophenone and
p-nitro-X-bromacetaphenone. Antiblotiki 4 no.4:21-24 JI-Ag
'59.
VoeeoVuzW nauchno-Issledovatel'skiy khimiko-famtsevticheikly
Institut Imeni S-Ordshonikidze (for Mikhalev Dorokhova, SmolinA,
Shelokhovtoeva, Tikhonova). 2. Institut ;;;;akologii i khImIo-

G. -112MILO)MAM, VANOVI
A.I.; AlWWARUX, A*P.; GAICH=t X Ov. T D#D*
Otyrone as rnw matarial for the production of synthomyoin and levocw-
cetin, Part 1: Synthesis of p-nitro-i~~aylaminoacetophanotes. Anti-
biotiki, 4 no,2:21-24 mr-Ap 159. (MIA 12 37)
1*.' voesoyUsmy nauchno-Issl4dovatellskV khimiko-farmetsevtichookly
institut imeni 6, Ordshonikidxa (for Hikhalev, Dorokhova, Smolina,
Zhelokhovtseva). 2. Institut farmakologii i khimioterapii AXH SSSR
(for Skoldinov, Ivanov, Arendaruk. Galchenko, Skorodumov, Smolin).
(CHIMAMPMMICOL. prep. of.
synthesis from styrene thrmigh p-nitro-ot-naylamino-
(VI acatophenones (PUB))
HYL COMMURM
styrene, use in chlorewhenicol synthesis Ahrough p-nitro-
A~acylaminoacetophenones (RUB))
(KETOIM
p-nitro-4(-hoylaminoacetophanones, intermediate in chlor-
amphenicol synthesis from styrene (Ibin))

c1 , c ~ t
'In !!,
ii, ~ 11,111 f lillf I p,
: 1 1 4 E lf:t 1;..
~J;
. %, .. ,;.IL. ..-

----7 UVT n

-A"
1110 Win

SMIRNOTA, L.G.; CHULKOVA, Z.S.; GUMINA. 1.I.; ZHELOXHOYTSSVA, I.M-
The anino,acid level in urine furing normal pregnancy and,in.
late toxicosed. [with summary in Xnglieh) Vop.:mA.-khIm.
3 Jh-Y 157 10:4)
1. Uuchno-Issledovatel,'skiy institut akusherstva i Sinskologii

Aj-~Q,V- -oL-;=MWFIP -- j~jp=~~
vj~jm __NM~

41
- 04 $04 set goes
m-m--it 111-if 10-8 it -a- a -jo- A-16 0 W~-J' 4 11 17 v H a1. 0 is it ir 4t Q It 0 a CO
' I -
A 111- _1 AA 0 ig 119 VA iA-
A.- A
4 KIM Y-Te
KUWOO 0 ad-WW of bigh-mofe"Ist .be,..,
0 from solutiom by IN-rout
P*Wd*M 0, V~ WIN AND N,; X , .
Vill 41(11132). the Linvik., of Wn .1 Me viiikt Ingn sq 111. 111
0 lilt &"if RON% cj)neo~. " P.'d. M.
Imm'stj wasIrf IWAI 1 0 it
its biwiling water for 2 hn. and kit litandins with the wdler for 22-4 weeks adumbed mar'r
%1r ""ell when the 50111- of the latter WeS inlrIXftKVd into its suspension, than w1 the
Iffy P*w&r -641 intnducvd into the sofn. in the foeno,14 j f_j. wl"'"
,and .4 an the WIWNWM of %It Violet and thr man attiluelt,thelneanval( left"Is 0
r%wl%t.,w We QOISK OAW anti 0. 144 for ,wo, 1, 1. ti,lij tal it It#: "p W4 of fW
in Iffy lk)Wdtq
91194*041n. and (11-012. a(ml WW 10.11111 f'.r '-'"%~D. Aod OW
0_0 a .01
in wetp9miwder adutirption.
so '00
it N go a I :Is
0 U: It As MJ liw 70 IV 1, is ja K a Is W It rl 0 0 0 0 0 6 0 0
0 0 0
0 0 0
0. 0 4 0 0 006 '0 0 0 0 0
0 0 0
0 0 0 0 00 01

(DIAPHRAW-ZURGFM)