SCIENTIFIC ABSTRACT YERETSKIY, M. - YERGEBEKOV, M.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962720017-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

yER]rSKn,, m.; VISHMWOLISKIY, A*
Closer to reality and Industry. k7t-tranorp. 38 no-7,45-46
a 160. (HIM 13:7)
1. Noskovskiy elektromekbanicheskiy tekhnikumv
(Koseaw-Automobile enpineering--Study and teaching)

3=TSKIY, M.
-4:~~~~
Technical school helps transportation industry, Avtotramsp
40 no.1208 D 162,, . (MIRA 15:12;
1. Elektromekhanichookiy.tokhnikum Moakovskogo gorodakogo
ispolnitellnogo komiteta Mosgorsoveta deputatov trudyashch M sya.
(Moscow-Technical education)

LISIN, Alekeandr Sorgeyevich; FEYGIN, Loonid Alakeandrovich; KRAKARNNKO. 0.V.,
kand.tekhn.nauk,,retsenzent; NOMMICIERV, N.Y.. inzh., retsenzent;
I SKIY X I -.inzh., red.; ZUIEVA, N.K., tekhn.red.
(Practical laboratory work in automobile maintenance] Laboratornyl
praktikum po tekhdoheekomu obalushivaniiu avtomobilai. Moskva,
Sauohno-tekhnoisd-yo avtotransp;.1it-ry# 1938~ 119 po
(MIRA 12:3)
(Automobiles-gaintenance and repair)

VISHNHPOLISKIY, A.H.;
L.A,;' TAKOYLNV,Tu,H,; kTAP~SKIT H.I
STARKOVSKIT, A.P.0 doteento nauchnyy red.; KROMOSUCH, I.L.,
red.izd-va; RUDAKOTA. 1.-I., teldmoredo
[Using building machinery and equipment) Skopluatataiia
stroitellnykh ma 'shin L oborudoveniia. Hoskva' 6oo.W-vo lit-ry
po stroitalletvu, arkhit. i stroit.wterialam, 1960. 257 P.
(HIRA 14:4)
(Building machinery)

,_YEFMSK3X, Mark-jsqAkcxich,-JWSIN, Vark Leontlyevich; MATVEYEV, Hei.),
retsenzent; AFAIUSIYLIV, L.L., kand. tekhn. nauk, red.; GAIAKTIO-
IJOVA, Ye,N,l teklme redo
[Methodology of degree projects]Motodika diplomnogo proektirovaniia.
Moskvay Fauchno-tekhn. izd-vo M-va avtomobill.nogo transp. i shos-
sairWkh dorog RSFSR, 1961, 206 p (MIRA 14:11)
(Project method in teachingi (Technical education)

YEVDOKD.'OV, B.P.; YERETSKIY M.I.
(Problems on the theory of motor vehicles] Zadschnik po
toorii avtomobilia. Moskvap Vyaahaia shkolap 1965. 120 p.
(MIRA 18:4)
I
i

SERGEYEVy V. L.; TROMOVp V. P.;.IERE~~ H . YASIKO, 0. 1.
__ _~__L _~j
Sow results of studying the operation of an electric are
heater with gas stabilization of the discharge. Insh.-fiz.
I ~ zhur. 6 no.1:14-18 Ja '63. (MIRA 16:1)
I
(Electric aro)

JEREZ, S.L.
Comparative evaluation of the treatment of epidemic meningitis with
panicillin and sulfidine. Sovet.med. No.3:18-20 Par 51.(CL,4L 20:6)
1. Of the Clinic for Infectious Dissaaes (Head-Docent I.R.Drobinakiy)
Stalino Medical Institute*

I.
Ism, S.L., kandidat neditainskikh nauk.
Z61,
Combined syntomycin and sulfanilamide therapy of dysentery.
Sov.med.18 no.3:18-20 Mr 154. (KM 7:2)
1. Iz kliniki infektsionnykh bolezna7 (direktor I.S.Drobinakiy)
Stalinakogo meditainakogo inatituta (direktor A.M.Ganichkin).
(Dysentery) (Sulfonamides) (Antibiotics)

U.-IrCUITFOV I I'll. ~
Thermo-e.m.f. end Hall effect in semiconductors with charged .
impurities. Fiz. tver. tela 6 no.8:2460-2466 Ag 164. (MIRA 17:11)
1. Kiyevskiy gosudarotvennyy universitet Irieni Shevehenko.

al

)N N~ A'-' 44
STIB CODE ss, KK
NR R-EF SOV: 004
OTHER 004

ACCESSION NR: AP4043372 s/ol8lA4/006/008/2460/2466
'AUTHORs Yerezhepov, M.
TITLE: Thermal emf and Hall effect in semiconductors with charged
impurities
SOURCE: Fizika tverdogo tela, v. 6, no. (3, 1964, 2460-2466
70PIC TAGS: semiconductor carrier charge, thermal emf, Hall con-
stant, carrier density, kinetic equation
A13STRACT:
This is a continuation of earlier research by the author
(with S. I. Pekar, FTT, v. 5, 1297, 1963), where the current in a
semiconductor with charged impurities was calculated. In the
present article the author evaluates the effect of the screened
fields of the charge centers on the thermal emf and an the Hall
constant& For concreteness, only the cane of an electronic semi-
conductor is considered. An equation is derived for the average
Card 1/2

ACCESSION UR: AP4043372
macroscopic current density by nolving the kinetic equation and
using the result of K. B. Tolpy*qo (Tr. Inst. flziki, Kiev, v. 3,
52, 1952). The current correction to the carrier density is then
evaluated and the coefficient of thermal eml of the Hall constant
determined. It is shown that- the influence of the charged imr)urity
atoms leads to an increas 'e in the coutfficient of the thermall emf,
while the correction to the Hall conutant is cancelled otit, leaving
the Hall constant the same as in somicondtictors without impurities.
"I am sincerely grateful to Academician G. 1. Pekar for guidance of
the work and-to Professor K. B. Tolpy*go for valuable discussions."
Orig. art. has: 27 formulas.
ASSOCIATION: Kiyevskiy gosudarstvenny*y univeraitet im. T. G.
'Shevcbenko (Kiev State University)
SUBMITTEDt 28jan64 ENCL: 00
SUB CODE: SS 14R REP SOV: 003 OTHER: 002
Card 2/2

1-6~4 14-67 EWT(0 -13c'(C) WN,
ACC NRs Ar6018543 SaMCE CODE: UP/03BI/66/0o8/006/1807/1811
AUTHOR: 'Yerezh_qovj M.
ORO: ftaicotachnical institute, AN UzSSRI TaahMkent Fiziko-tekhnicheakiy institut
AN UZBBR)--- Z
TITLE: Contribution to the theory of the Hall, effect and-magneto~esistM= in the
case of strong magnetic field, with allowance for the field of charged impurity
centers in semiconductors -V
SOURCE: Mika tyerdogo tela, v. 8j, no. 6.. 1966,~ 1807-1810
TOPIC TAGS* Hall effectj magnetoresistance, Impurity center, semiconductor theory,
Debye length) crystal lattice vibration,,.strong magnetic fields current density
ABSTRACT: This is a continuation of earlier work by the author (m v. 6, 2460 and
31MA !964) on the influence of the field of charged impurity centers on the Hall
).effect and magnetoresistance in isotropic and nondegenerate semiconductors. Die pre-
1sent article deals with the same influence in the cane of strong but non-quantizing
agnetic fields. It is assumed, as before, that the carrier mean free path relative
p
.to the lattice vibrations is much smaller than the Debye screening radius. It In
,shown that the strong magnetic field gives rise to additional correction factorn in
t,he corresponding equations previously derived for the current density., Hall field,
and magnetoresistance in a weak field. The corrections are evaluated and a criterion
for the applienbility of the theory by which the results were obtained is presented.
2

-7-A& NR, AT603J3543 and K. BO Tolpygo for a valuable d'scussion of the
The autlior thaas 5 14 forTaA 6 "
resultse Orig. aA: hl, * 4 ()04/ Omi PEF: 003
oRIG PXF*
DATE, 0911ov651.
BUD CODE-. 20/ , SUBM
2

L U067-63 UT (l)/FdG(k)/BD5/EW (b)-2--AFFTC/ASD /;;3-PzP--ATY1J?(C)
aft M6 1303
AP3000604 SIC 31 1 1
3
AMHOEt: yerezhe v
Ro _, M. Ye Pekar S. I
TIM: Theory'of-electrtcdl-conductlvlty of sodccaductore with due consideration
for the field of charged iqpurity centers
SOUXM: Fizika tverdogo tela, v. 5, no. 5. 1963p 1297-1303
TOPIC TAGS: semiconductors, Impurity centers, free path of electrons
ABSTRACT:- The current in semiconductors is computed by solution of a 3-dimensional
equation of'electrical. conductivity and diffusion, in which the coulomb shielded
fields of Ion Impurities are considered together with the external field. A new
member Is obtained in the.expreselon for current, defined by tke combined effect of
external field and fields of Ion impurities. As a result, the macroelectroconduc-
tivity in an impure seniconductor proves to be less than in pure semiconductors witi.
the sam mobility and concentration of current carriers. This Investigation is
entirely theoretical. It le calculated that the "ndence of mobility (resulting
_f --th6-above considerationi)~on-concentiation-of-impurity-centere-dlminishes.
The authors state that this should not'be confused with the long known effect of
dissemination of charged impurities on mobility. Such dissemination may be
properly-assumed only,when,the electron free path relative to lattice oscillations
Cord 3./2

L U067-63 -
Accmaroa NR: Ap3ooo6o4
is greater than the reciprocal of the shielding coefficient. Tile present stub
investIgates the ceze vhere tha free path is. less than this value. Both are
actually effective, Or1g.- art. has: 39 formdas.
ASSOCTATION: Kiyevskly gosudarstvenny*y univerritet is. T. 0. Sheychanko (4-ev
State University)-
smam; gftbi62 Dm Am: nzun63 - Effm: 00
SbB Cola., P11 NO MF SOV: 00 W2
c N-
Card 2/2

YEMHEPOV, S.Ye. )
&1 ArA anatomical structure of the Dzunprian trio.
Morphologic
Usbobiol.shur. no.4:14-19 '59. (MM 13-1)
1. Kara-Kalpakskiy gospedinstituto
(Uzbekistan-Iris (Plant))

,mum ~WIil~~=~ii?4,;ig?j:-.~.-I'll~WF~INTWiftx~'Ant~~%M"W*Iff-,T.-~.17-~riliT"-r,~,4 -
,*,,Rt_;"7,jjFxM, S. Y(-~., Cand Biol Sci (diss) -- "DzIlugrarskly Iris In Uzbekintan
and its utilization". Tashkent, lr%rO. 17 PP (Acad Sci Uzbek SSR, Inst of
Botany), 2.20 copies (KL, No 111, 1960, 1.30)

D=KTORSUU. Te.A.; IMR=OV, A.P.; KR3111. N.L.
M.ammo-aw"
Comparative petrological characteristics of coal seams In the
Tula and ShchakIno Districts of the Moscow Basin. Izv.AN 3"R.
Ser.geol. 21 no.2:79-85 7 '56. (KLRA, 9:5)
1. Hinisterstvo ugollnoy promyshlennosti, SM, Tullskaya geologi-
cheakays, partiya I Trest *Xosb&e9ug1egeo1ogiya*, g. Tula.
(Moscow Basin--Coal geology)

v I
TRr6BUKIIOVSKly, yu.V.; YERGAKOV, V.A.-, NISTEROV, V-Ye-
glectron multipliers with 44 x 44 mm inlet openings. Prib.
i takh. ekap. no.1:75-77 J1-Ag '56. (MLRA 10:2)
(Blectronic instruments)
(Photoelectric multipliers)

GRIGORYEV, V.K., NjkU'j'jjj, 6.1a., rUojifLli, AU.V.) .... ",
VISMIEVSKIY, M.Ye., YMIRGAKOV,,__VA_ (Acad. Sci. WW)
"Polarization of Electrons in the y -Decay."
paper submitting at the A-V Conf. on Iluclear Reactions in Madium and Low
Energy Physics, Moscow, 19-27 Nvo 57.

TERGAKOV, V. A.j GIRIM11-YEV, V. K., VISIM"ISKIY, 14. E., MIKITIN, S. Y.,
- PUSIUMIJ E. V., and TMM10111ordY, Yu. V. , AS Will,
Moscow
"On the Polarization of Mectrons in P-Dacay," Journal of
Nuclear Physics) Amsterdam, Ito. 4, pp 240-247, 1957.

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LZ

210) SOV/56-36-4-56/70
AUTHORS: Trobukhovskiy, Yu. V., Vladioirukly, V. V., Grigorlyev, V. K.,
Yerg~~~
TITLE: The e-4-Angular Correlation in the P-Decay of the Free Neutron
(Uglovaya korrelyatsiya e-v pri 0-raspade svobodnogo neytrona)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1959, Vol 36,
Nr 4, Pp 1314-1316 (USSR)
ABSTRACT: In the present "Letter to the Editor" the authors report about a
method of determining the electron-neutrino angular correlation
in the P-decay of the free neutron; this method is carried out
by spectrum analysis of the decay electrons with fixed momentum
of the recoil protons. The experimental arrangement is achemat-
ically represented by figure 1. The collimated neutron beam
(diameter 35 mm) used for this investigation was obtained ftom
the heavy water reactor of the AS USSR. The neutron beam incides
direct on to a lead- and boron-carbide-shielded monitor by which
flux is controlled. The electrons are conveyed via magnetic
lenses to a Geiger-]Kdller counterl and eventually reach a photo-
zultiplier; the recoil protons encounter an electronic multi-
Card 1/3 plier. Work was carried out with double coincidence connection

SOV/56-36-4-56/70
The e-V-Angular Correlation in the P-Decay of the Free Neutron
(for the purpose of eliminating such electrons as had penetrated
both detectors) and with triple coincidence connection (between
the proton- and electron detectors). The former had a time re-
solution of 0.2 PBec and the latter of 0 7 Ooec. During measure-
ments, the results of which are shown by a diagram in figure 2,
the effectivity of the electronic multiplier was checked by
calibration with an a-aource and that of the Geiger-MUller count-
er and the photomultiplier by means of an SOO-eource, Figure 2
chows the calculated curves for 0,values between +i and -!~
The moa9ured values (which are also plotted) have a standard er-
ror. Dealing with the results according to the method of the
smallest squares gave \Y-= -0.06 � 0,13, by which only the eta-
tiatical error is taken into account. The value deviates some-
what from that obtained by Robson (Ref 3) P_- +0,07 0-12).
Proceeding from the assumption that in 0-decay the Wn contri-
bution is made by the axially-vectorial and the vectorial vari-
ant (cf Refs 4-7), it holds, in accordance with theAl-value of
the authors, that R - g2 2 +1-5 The authors finally
1/gV - "3-0-53'
Card 2/3 thank Academician A. 1. Alikhanov for his advice, Ye. K. Tarasov

SOV/56-36-4.-56/70
The e-~_Angular Correlation in the P-Decay of the Free Neutron
for calculationa, and D. P. Zharkov, G. K. Tumanov, and N. I.
Afanaslyev for their help in carrying out the experiments;
they further thank V. Ye. Nesterov for aesisting in construct-
ing the experimental eet-up, and they thank chief engineer of
the heavy-water reactor, S. A. Gavrilov, and his collaborators
for keeping the reactor in permanent operation. There are
2 figures and 8 references, 4 of which are Soviet,
SUBMITTED: December 25, 1958
Card 3/3

VIADU4MSKIY, V.V.; GRIGORIYEV, V.K.1 YERGAKOV, V.A.1 ZHARKOV.. D.P.;
TREBUKHUVSKIY, YU#vv
Slootron-noutrino angular correlation in free neutron decay.
Izv. AN SSM. Ser.-fisq 25 no.931121-M3 161.(14M 144)
Neutrops-Decay)
Neutrivos
~
(Eleotrone

3579U
s/12o/62/ooo/ool/oWo6l
E192/I-;382
6 Vigo
AUTHORS: Yergalcov, V.A.- and Trabulchovskiy, Yu.V.
TITLE: Proton-detector with a film cathode
PERIODICAL: Pribory i tekhnika eksperimenta, no. 1, 1962,
158 - 159 -
TEXT: The authors have designed a method of detecting the
protons having energies of the order of a few hundred eV. The
detector is sho-wn in the figure and consists of: I electron
multiplier no. 1; 2 - electron multiplier no. 2; 3 a film
cathode; 4 - a grounded grid 5 - a magnetic and electrostatic
i33
screen; 6 - an a-source of U ; 7 - tube connecting the
detector to the vacuum system; 8 - flange of the vacuum system;
9 - base for the electron multiplier; 10 - panel with voltage-
divider for the photomuliplier and 11 - magnetic spectrometer.
The protons impinge on the cathode, which is in the form of an
11organic" film, coated with silver on both sides by evaporation
in vacuum. The cathode is at a negative potential with respect
to the ground. The protons are accelerated by the cathode field
Card 113

S/12o/62/000/001/038/061
Proton-detector .... Elgz/r..382
and pass through the film and produce secondary electron on both
sides. The probability of this process for y-quanta is
comparatively low; on the other hand, heavy ions cannot pass
through the film. The secondary electrons emitted by the
cathode are accelerated and detected by the two photomultipliers
connected as a coincidence circuit. The film cathode is made
of polyvinyl-chloride acetate and its diameter is 35 mm, while
2
its thickness is 5 IP9/cM The silver layer on each side of the
2
film has a thickness of 1 2 ILg/cm The film is fixed on a
fine metal ring. The potential difference between the cathode
and the grids of the multipliers is 200 - 600 V. The operation
of the detector is checked by means of the a-source of
U233 and the ion source. The efficiency of the a-particlo
dotoction is 60%' for the given geometry and for the protons and
ions of H+ it is'20 - 301%. As regards the y-radiation
2
Card 2/4

S/12o/62/000/001/038/061
Proton-detector .... E192/E382
having an Intensity of 100 pRn/sec, the detector counts 2 pulses
per second. The authors thank V.V. Vladimirskiy for valuable
advice and V.K. Grigorlyev, D.P. Zharkov (deceased),
G.K. Tumanov and V.A. Korolev for helpin this work.
There is 1 figure.
SUBMITTED: May 17, 1961
Card 3/4

27714
S/120/61/006/003/027/041
'2 2073/9535
AUTHORSt Yergakov, V.A., Levin, G. S., Melamid, A.Ye.,
Tre)u ovskiy, Yu.V. and Xhlobnikov, N.5
TITLE: Electron multiplier with an axially symmetrical Mlet
window of 24 cmia area
PERIODICALt Pribory i tekhnika eksperimenta, 1961, NO-3,PP-157-158
TEM For recording wide beams of recoil nuclei, electron
multipliers are required with an an large an possible area of the
cathode from which the recorded particles eject electrons. Fig.1
shown a sketch of the electron multiplier. In this paper an
electron multiplier is described, the cathode of which is in the
shape of a hemisphere of 60 mm diameter with a central opening of
10 mm diameter. Along the axis a short 6 mm diameter cylinder is
placed which is electrically connected with the first dynode.
In the gap between the cylinder and the edges of the cathode
opening, a r.ing,with welded on 0.15 mm diameter tungsten wires
which are located along the generating lines of the 8 mm diameter
cylindrical surface inside the cathode cavity, is fixed onto glass
insulators. A potential slightly higher than the cathode
Card 1/5

2?724
Electron multiplier with an axially ... s/lzo/61/000/003/027/041
Z073/Z535
potential is fed to the wire "cylinder" and this produces an
additional field that accelerates the electrons which are released
from the cathode surface by the primary particles so that the
collection of electrons from the peripheral regions of the cathode
into the dynode system is considerably improved. To eliminate
field distortions in the cathode cavity, the inlet window is
covered by a grid to which an independent potential can be red.
Electrons from the cathode, which come into the near-axial region
of the cathode with only low energies (due to the accelerating
field produced by the wire cylinder), are under the effect of a
strong focusing field of the cylinder of the first dynode which
collects them onto the active part of its surface. Then follows
the ordinary process of multiplication in the dynode system, which
has 17 dynodes instead of the usual 11 in the type IC (18)
multipliers. The cathode and the dynodes a re made of an Al-Mg
alloy with an addition of silicon with thicknesses of 0.2 mm and
0.1 to 0.12 mm, respectively. Activation in by alternating
heating in vacuum and in an 02 atmosphere at, t -%- 4500C until the
required quantity of oxygen 0 to 5 ILg1cm ) in absorbed. An
Card 2/5

27724
Electron multiplier with an axially *.. 3/120/61/000/003/027/041
Z073/Z535
important advantage of this alloy against other alloys (Ag-Mg,
Cu-Mg, Cu-Al-Mg, Cu-Bs) is its reactivation aft*r standing in air
(heating in vacuo at 340*C for 3o-6o =in). The operation of an
electron multiplier is as followas onto each section of the
cathode a narrow, 8 mm wide, beam of a-particles is directed and
the number of pulses at the output is recorded. Fis.3 shows the
focusing curves (N - pulses/soc) taken on displacing the source
along the cathode diameter. The half-width of the curve equals
55 mm (which coincides with the diameter of the inlet window) but
does not change on changing the efficiency of the recording of the
a-particles (curves 1, 2 and 3 were recorded for a-particle
recording efficiencies of 100, 45 and 19%, respectively). The
beat amplitude distribution of the pulses (Fig.4) was obtained
for the following operating conditionst
Number of Electrodes Potential difference,
Grid-cathode 27 ty
Cathode-wire cylinder 46 20
Wire cylinder - lot dynode 380 T100
let dynode 2nd dynode 210
,Card 3/5 17th dynode collector 210

27714
Electron multiplier with an axially ... 5/12o/61/000/003/027/041
9073/Z535
The authors also investigated the integral amplitude distribution
of the pulses at the output end of the multiplier. Fig.4 shown the
integral amplitude distribution of the pulses of the multiplier for
a and P particleal the bias on the discriminator (V) is recorded
on the abscissa whilst on the ordinate the number of pulses per
second N are recorded, the amplitude of 2which is larger than the
bias voltage (98P curve - a-particles Po 16, bottom curve -
y-particles cc ). The plateau of the counting in the range of
small discriminations is characterized by 100% efficiency of
recording the a-particles. The background of the electron multi-
plier for the 70% range of a-particle recording in 2 pulses/sec
and in the range of 50% it does not exceed 1,5 pulses/sec.
Ye. P. Yurlova and V. F. Ivanov partici ated in the design and
building of the multiplier. There are t figures.
(Abstractor's Notet Complete translation.]
SUBMITTEDt June 6, 1960
Card 4/5

YERGAKOV, V.S. and BESPAIDV, V.I.
"Impedance Characteristics of a Flat Magnetron" Uch...Zap.
Gorkovsk Un-ta, 27, 1954., io6.,125
The design of a magnetron circuit is carried out for magnetic fields
below and exceeding the criticaL In the first case-the current is represented
as stm of the constant component anf of integer harmonics of the basic ,
frequency. In the second case the cathode field consists of the sum of the
constant component and of one frequency harzonic. Graphs of active and re-
active conductance are plotted depending on the frequency of the equivalent
magnetron circuit. At low frequency the reactive component is associated to a
capacity effectj at high frequency to an inductance effect.(RZhFiz, No U., 1955)

Q, R (,I -cl ~~G j )

21177
s/14i/6O/OO3/uo6/Oi6/o25
E192/E382
AUTHORS: Yerg!!,k4~vj_y.;s~t and Shaposhnikov, A.A.
TITLE: Klystron with an Electron Beam Controlled by a
Transverse Electric Field
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiofizika, 196o, Vol, 3, No, 6, pp. 1045-1053
TEXT., This paper was read at the Third All-Union Conference
on Electronics of the Ministry of Higher Education, Kiyev,
1959.
Recent years have witnessed some successful attempts at
devising methods of ampli cation, giving a low level of noise.
?Rler
However, analysis of any possible low-noise amplifiers is
still of considerable interest. In the following a klystron
with a transverse field is considered. In this, the control
of the electron beam is effected by a high-frequency electric
field which is perpendicular to the static trajectories of
the electrons. The operation of a klystron with a transverse
electric field can be explained on a simple model illustrated
in Fig. 1. A resonator with an electric field concentrated in
Card 1/8

23277
s/141/6o/oO3/Ou6/oi6/o25
Klystron with .... E192/E382
a narrow gap and directed perpendicularly to the plane of
symmetry of the system (along the axis x ) is used as the
input device which velocity-modulates the electrons. Such a
resonator can be in the form of a cylindrical cavity with
two plates forming a capacitive gap. The output device is in
the form of a toroidal resonator with ait electric field parallel
to the axis. An electron beam in the form of a ribbon enters
the first resonator and interacts with the electric field of
the input signal. The electrons thus receive a transverse
velocity component and move along rectilinear trajectories
in the drift space. After the drift space, the electron beam,
whose position in the plane z = const. is a function of time,
enters into the output device and excites it if the intensity of
the longitudinal electric field varies in the direction of the
beam deflection (along x ). First, it is assumed that in
theklystron of Fig. 1. the average plane of the electron beam
coincides with the central plane of the input resonator gap and
that the width of the beam 2h and its deflection in the gap
are so small in comparison with the distance dl that the
Card 2/8

S/141/60/003/ou6/olb/025
Klystron with .... E192/9382
effect of the longitudinal componbnts of the boundary fields
of the gap can be neglected. It is shown that in this case
the power --.,mpl if icat ion factors can be ex&essed by:
N 2h (2 )2
are sin
2 r2G,i M~- M) a (8)
(aL >.2h);
X2
N (aL < 2h) (9) (9)
Whore x is expressed by:
U, U,
2G.'
(7)
1, L V2-4
sin (Ot/2)
2ht,,d, JIU,
Card 3/8

21177
s/i4l/60/003/oo6/ol6/025
Klystron with E192/E382
the following notation is adopted in the above equations;
10 in the boam current;
G is the normalised equivalent conductance bf tho second
2
resonator with its load;
is the normalised conductance of the first resonator without/
lK
load;
(,~-)l is the transit angle in the gap, and
U0 is the accelerating voltage of the system.
If the distribution oflthg current.can be approximated by the
function y(x = 1 - x-h-""' , the gain can be represented by:
0

21177
Klystron with .... E192/E382
2/1 +
IV arc stn lu
00,01, 2h'-) 1-3 OT ,L
(10)
+ -7
3 aL 6 aL
or
[)pit 60JIMOM 13XOAIIOM CIMMAe (aL > 2h) it pantibim
2%2 '. (!IL 2 L 7
-2C,,Gl
2h 3 4 2h
The noise in the klystron is mainly due to the shot effect and
thermal fluctuations. It is shown that the noise spectral
density in the vi 'cinity of the resonance frequency for the
first-resonator.can be expressed by:
~Card, 5/8

'gal,
RWU~-. M
M77
5/141/6o/003/00, 6/016/02.5
E192/082
Klystron with
81.-rjkT sin'(01/2 (19)
g I
dYWI all
1 0
ture and
where T is the cathode tempera
k is the Boltzmann constant.
the other hand, the spe ctral density of the voltage second
fluctuation due to the induced electron current in the
resonator of the Itlystron is given by:
-2 Sin(02/2)]' (20)
2eltC -
0,12
convection current flolfing through
where is the average
input signal. On the basis
the resonator in the absence of an ise figure
of EqS. (19) and (20) it is easily found that the no
Card. 6/8

21177
s/lhl/6o/oo3/oo6/ol6/o25
Kly,:tron with .... E192/E382
of the Itlystron is expressed by:
F. I + 210717', stn"(8,/2) e1, r sin (%/2) (21)
tolo d', 0, T+ ikT(72N[
Oj/2
where' T is thb'a~mbient temperatur.a. By.analysing the above
equations it is found that the above klystron can give tlie sawe
gain as a normal two-resonator klystron but its noise figures
is much lower. Such a low noise level in a klystron with a
triAnsverse.magnetic field is due to the fact that the voltage
induced by the electron beam in the input circuit is primarily
caused by the thermal electron velocities (unlike in tne normal
hlystron, where this voltage is produced by the motion of the
electrons having high velocities). There are Ji figures and
2 references: 1 Soviet and 1 non-Soviet.
Card 7/8

21177
S/141/60/003/006/016/025
Klystron with .... 9192/E382
.ASSOCIATIONi Nauchno-issladovatellskiy radiofizicheskiy
institut. pri Gortkovskom universitete
(Scientific Research Radiophy!!ics Institute
of Gorlkiy University)
S"UBMITTED: July 12, 1960
Fig. 1: P,
d x
h.
0-A
Ca,rd PKC- 1. CXCMA KA11CTPOH3 c nonepmimm nwex.

YERGAKOV, V.S SHAPOSfINIKGV2 A.A9
Klystron with an electron beam controlled by a tran6verse electric
field. Izv. vys. ucheb. zav.; radiofiz. 3 no.6:1045-1053 160,
(MIPA 14:4)
1. Ilauchno-issledavatellskiy radiofiziches~iy institut pri,
GorIkovakom universitete,
(Klyl3trons)

YERGAKOVAp Z.F.-
Possibility of chromatographic Dractionation of' a liquid extract of
ergot. Apt. delo 10 no. 2:30-31__;4r-Ap 161. (MIRA 14:4)
1. Kafedra tekhnologii lekarstv i galenovych preparatov (zav. -
dotsent A.S. Prozorovskiy) 1hrmatseyticheakogo fakullteta Moskovskogo
ordena Lenina meditsinakogo'instituia imeni I.M. Sechenova.
(ERGOT) (CHROMTOGRAPHIC ANALYSIS)

"I , -i!,i i.;- ll'~, L -11 - ~ltll I- :- 1-1 -~- _
'i- ,
MWAGUROV. G,S.; YERGAMYEV, A.Ye.;BAWBOLKV, A.U.; SHESTAKOV. V.A.
Rod-boring In hard rock. Trudy Alt.GKKII All Uxakh.13-25-46 154.
(XLRA 10:1)
(Boring)

___ww/_C,eoloMr Minipgr
cam 1/1 j Pub. 123 .12/17
.-.Authors Ergaliev, A. U.
'Title I Regarding some -problems in connection with choosing a method for pro-
ceasing ore deposits
Periodical I Vast. AN Kaz. SSR 11/3 (108)s 76-82, Mar 1954
Abstract Various methods of excavating ores are described. Physico-mectianical
properties of ore deposits are considered the most important factors.in
the selection of an ore excavating method. The possibility of using any
method is discussed. Nineteen references (1926-1950). Tables.
Institution
Submitted

KHETAGIMOV, G.D.; DCBROSIRWY, Ye.l.; Y22QA Ua"k.; VOLKOV,
7.1.
Practice of applying high productive systems of mining in
certain sines. Vest. AN Kazakh. UR 11 no.9:80-91 S 154.
(Mining enginoortug) (HLRA 8:2)

ZikAVNTr,A.Y&.; YERGALrM,'A.Ye.
Natural raw mnterial base for Lentnogorek's lead plant. Yest.0
lazakh.SSR 11 no-9:33-41 S 155. (KLRA 9:1)
(Leninogorsk-Lead industry)

Y]MALITRY, Abdesh Yorgaliyevich; SHNSTAKOV, Viktor Alekoandrovich;
BAI=oOLKIN, A.N.; AIRKS19YBV. O.J., spats, redaktor; ILITASHENKO, L.T.,
radaktor; CHEZHIK, F., takhnichaskiy redaktor
(Work practice of leading mines In Radnyy, Altai) Opyt raboty persdo-
vykh gorniakov radnogo Altaia. Alma-Ata. Irazakhakoe goo, izd-vo,
1956. 96 p. (KLRA 9:12)
(Altai Territory-Mining engineering)

YERGALIYEV, Me.
*ftOWM.14U'~
Classification of ores and rock# by resistance to boring
an practiced in the Sokol and Takeli mines. Trudy Alt.
GWI AN Kazakh. SSR no.3s102-109 156. ()GRA 10:2)
Mazakhatan-Ore deposits)
(Borir,g)

I
MDALITEV, A.Ye., kRndidat tokhnicheakikh nauk; ZAPLAWY, A-ya-, imndidat
RMMMeskikh nau .
Some results and prospects for the study and" utilization of the
natural resources of the RudnY7 Altai- Tsst-AN Xazakh.SSR 12 no.3:
3-10 Mr 156. (MW 9:7)
I.Predstavlona de7stvitallorm chlem AN XazSSR V.I.Smirnovym.
(Altai XOUrAtRinB--Hin08 and mineral resources)

AhA&nh BALOBOLKIN, Anatoliy Nikolayevich;
SUSTAKOV, Viktor Aleksandrovich; ZHAROTTSET, N.I., redaktor;
PARTSEVSKIY, V.N., redaktor izdatelletva; IMSON. I.M..
tekhnichooki.v redaktor
[New technique and progressive work practice of the mines in the
Zyryanovsk Combine] I.vaia tekhnologiia i persidovoi opyt raboty
na rudnikakh Zyrianovskogo kombinata. Moskva, Oos. nauchno-tekhn.
12d-vo lit-ry po chernoi i tovetnoi metallurgii, 1957 72 P.
NLRA 10:6)
(Zyryanavok-Minirig Engineering]

I A.Ye'- LOSITSKIY, T.V.
401 pm"
~.,
Mining lode deposits In the Altai. Trudy Alt. OWN AN lazakh. SSR
no.5t34-" '57. (KIBA 11:4)
(Altai Mountains-Xining engineering)

i-r
YOGALIYEV. A,,Ye.; YZMOLAYRY, K.F.; VABIL'YEVA, A.V.
Pneumatic sampler. Test. AN Xazakh. SSR 13 n0-1005-97 0 157.
(Oren--Sampling and estimation) (MIRA lOtl2)
(Pneumatic tools)

4
5-6 R7,q 2j L/ / 't 127-58-4-5/31
AUTHORSs Volkov, K.D., Chief Engineer, Candidate of
Technical Sciences, Yurkov, V.N. and Osipo-i, A.V., Mining
Engineers j
TITLEs Experience of Exploitation of Block Nr 34 in the Belousovo
Mine (Opyt,otrabotki bloka Nr 34 na Belouso,;skom Tudnike)
PERIODICAL% Gornyy Zhurnal, 1958, Nr 4, pp 19-21 (USSR)
ABSTRACT% The authors describe how well the mining work of the block
Nr. 34 of the Balousovo Mine was organized. The work was exe-
cuted by a party of 12 men. This party executed all the mining
work, the boring of blast holes and the maintenance of all
mechanical appliances. There are 2 figures and 3 tables.
ASSOCIATION:Belousovskoye rudoupravleniye (Belousovo Mining Administration)
Card 1/1 1. Nines - Operation

YXRGILLIYBV, A.Te.; WSITSXIY, V.V.
Open-cut mining of rare metal deposits in the Altai Mountains.
Trudy Alt.QWI AN lazakh.= 6:86-105 '58. (XDA 12.-l)
(Altai Kountains-Ketals. Rare and minor) (Strip mining)

Y]IRGALIY.gV, A.Ye.: ZAPLAVNYY, A.Ya.
-
Expansion of the productive capacities of eastern Kazakhstan
during the last 40 years. Trudy Alt. GHRII AN Kazakh. SSR no.7:
4-14 '5 8. (KIRA 12: 7)
(Kazakhstan-Industries)

YERGALIYEV, A.Ye.; SHISTAKOV, Y.A.
Valuation of deposits and selection
with consideration of the time
BSR no-7:66-81 '58.
(Mine valuation)
of certain mining parameters
factor. Trudy Alt. GHNII AN Kazakh.
(MIRA 12:7)
(Mining engineering) -

YERGALITEV, A.Ye.- YURKOV, V.N.; OSIPOV, A.V.
Boring and blasting operations in drift mining. Trudy Alt. GHNII
AN Xazakh. SSR no.7:102rll3 158. (KIRA 12:7)
..(Boring) (Blasting)

YROALIYV, 4._U.-;,YURKOV, V.N.; OSIPOV, A.V.
Istablishing vork norms and vagev In lode mining. Trudy Alt,
GMR11 AN Uzakh. SSR no-7:224-119 '58. WRA 12.-7)
(Mining engineering) .(Vages) (Work measurement)

,TZRGALITEV, A.Ye.; YERMOLAYICV, K.T.; VASILOY11VA, A.V.
---
. Pneumatic percussion drill in prospecting. Vast. Ali Xazakh.
SSR 14 no.2:46-51 Y 158. (MIRA 46.2)
(Boring) (Prospecting) (Pneumatic tools)

MQW,Mffq Abdesh Torgallyevich; BRICHKIN, A.T.. prof,, doktor takh:,.
nauk, b~tv.red.; MAMNA, D.M., red.; PRMOROT, Y.P., tekhn.red.
[Development of vein typs deposits] Rasrabotka meatoroxhdonii
shillnogo tipe. Alme-Ata, Is4-yo AkRd.nauk Kazaichakoi SO, 1960.
305 P. (MIRA 13:5)
1. Chlon-korrespandOnt AN Kaz= (for Brichkin).
(Mining angin"ring)

YERGALIYFV,_A. "e.- KUZNETSOV, I.Ye.; YURKOVt V.N.; POPENKO, H.Kh.;
-----o-S-1pov, AN.
Development of systems of mining at the Belousovka Mine. Trudy
Alt. 014NII All Kazakh. SSR 10:3-11 161. (MIRA 14:9)
1 (Altai Mountains-Mining engineering)

YERGAL,ITEZ,-A,Y -.BABINOVICTI, V.L.; OSIPOV, A.V.; YUUOV, V.N.;
s,
KRDYAKOV, M.T.
System of mining the Berezovskly Mine. Trudy Alt. GMIII AN Kazakh.
SSH 10:12-34 161. (YaRA 14:9)
(Altai Mountains--Mining engineering)

I-- - --YERGALIYEV.- jl-*Ye-o-;--YU-RKOV,-V.11-.;---OSIPOV, AN. --
Mining flat pitching vein deposits. Trudy Alt. GPOZ AN Kazakh.
SSR 10:35-63 '61. (MIRA 14:9)
(Mining engineering)
.11

YERGALIYEV, A.Ye.; YURKOV, V.N.
---4 --------
Relationship between the rate of boring and the diameter of the
i borehole in rocks having different hardnesses. Trudy Alt. GJQJII
AN Kazakh. SSR 10:81-88 161. (MIRA 14:9)
(boring)

YEROALIYEV# A.Ye.; KARGAZHAIIOV, Z.
Determining the minimum industrial metal content of ore from the
economic point of view. Trudy Alt. GMNII AN Kazakh. SSR 10:
146-168 !61. (MIRA 14:9)
(Orej6-Sampling and estimation)

MGALIYEV, Aodqqh YVrLqlAyevichj YURKGVp Viktor Nazarovich; OSIrOV9
Jffe-koandr Vasil-7-evTc-F; ZWINOV, Tiz0fey Favlovich; KUZMSOV,
Yu,H.p red._* HORONZAt Z.P,g tekhn, red,
[Systems of working ore deposits of minor and average thickness]
Sistemy razrabotki rudnykh mestorozbdenii maloi i arednei moshobno-
sti. Alma-,Ataq lzd-vo Akad. nauk Kazakhokoi SSR9 1961. 205 P.
(FIRA 14:7)
(Mining engineering)

YERGALIYEV, A.Ye.; KARGAZHANOV, Z.K.
Existing methods of determining the minimum commercial metal content
of ores. Trudy Alt. GHNII AN Kazakh, SSR 1304-70 162. (MIRA 160)
(OreB--Sampling and estimation)

YLlt',LlYT-,V, A.le., kand. teklin. nmik; 'i -1 r -.- -1
L"--% .,." ~;. ., 1-1--
ruat romirAtIoll cort-al bo--tha
L, o 1. 1 . 6 s 9, *#1 - I C) It~ / ( '~'l I RA IA 8 -. ' )
- 1+
I., Altvy~ikfy
Ilia ti tut.

L 15250-66
Kcu IM: AY6001184 SOURCE CODEs UR/0031/65/00()/009/0042/0045
AUTRORt Yergaliyev, A, Ye. (Candidate of technical sciences)
ORGs none.
TITLEi The effect of collision of a moving mass
:SOURCEt AN KazSSR. Vestnik, no. 9, 1965Y 42-45
TOPIC TAGS: mining engineering,-material crushingt collisiony kinetic energyt
ipotential energy
ABSTRACT. This paper deals with problems involved in the use of the kinetic energy
tof a moving rook mass for additional crushing* Two phases of collision are
distinguishedt in the firstp the deformation of two colliding masses increases and
reaches a maximum by the end of the phase;' in the second4 the rate of motion of the
'Dieces decreases to zero& The kinetic energr of a moving piece with velocity v in
.;/Deo is d termined by
Ekm
where m is the mass of the moving piece; and v the averege velocity of the piece.
Card

-L- 1525046------:
Me basic formula for the critical velocity of pieced of ore (see Fig.-I)
*0 a L", ore
V
or
collision of pieces
Ot
)~N
V
cr
V~r
Fig. 1. Diagram of Sinot
collision of pieces of
ore. Collision at angle
ving at an angle oc is t
m0
21:TK
Sir
T'
;A n=erical calculation is made for specific values. It is found that an exploded
mass undergoes comparatively strong additional crushing due to collision. Orig.
!ax~t. hast 2 diagrams and 9 formlae.
!!,,,SUB CODE, 13/ SUBM DATE, none/ ORIG REFs 002
Card 2/?,A

YZ-RGALIY.,-Vj,'IA.Yc.; YURKOV, MI.; ABEDDIOV, A.Zh.; ZAVARZ11i, V.G.; VEPSHINITIA,
V.V.
Study of the electrochemical method of fastening loams ani clays.
Trudy Alt. GMINII All Kazakh. SSR 15:48-52 163. OMIHA 17:3)

YERGALIYEV, A.Ye.0 kand.tekhn.nauk
Analytical calculation of the effective coefficient of .the
reduction of distances between boreholes. Vest, All Kazakh,SSR
20 no.1106-41 N 164. (MIRA 18:2)

YERGALIYLT, I.Ye.; GHOYrIM, B.M.
Conveying machine for copper pouring. 25vet. met. 33 noolO:79-80
o l6o. (MIRA 13:10)
1. Irtyshakiy polimetallicheekly kombinat.
(Copper-Metallu,rgy) (Conveying machinery)

AIWAMONOV, K.I.; LEB,-'Dr-,Vj N.I.; UiLALIYEV, Me.; U-'j~XIEW, tr,.K.;
YAKUSHINP M.V.; KAZAKOV9 V.11.; BRMr,.ffM10Vv-j1.G.; NIKITIII'A, L.I.;
KlfVFSYUKp F.I.; Prinimali uchastlye, A.T.; KOTILE7,
ROMA110Vp V.S.; HARCIMIXOp B.P.; ZUDWA, T*I,; 0,11UNVp 14,11.;
PECHFITKIN, S.N.; LJJKIlly Ye.G; KHLUDKOV, V.I.
Shaft-furnace copperamelting with an oxygen--enriched blow.
TSvet. mot. 34 no.3:32-39 Mr 161. (i~-[IRA 14:3)
L Irtyshokiy polimatallichoskiy kombiwit (for Artamonovy Lebcdovp
Yerga.liyev, Lesechkol, Matveyevy Kovalevo liomanov, Murchenkop Zudovap
0marov), 2, Vsesoyuznyy nauchnoisaledovatellakiy institut tsvetnykh
metal-lov (for Yakushing Kazakovp Dryukhanovy Ilikitinal Khvoayuk,
Fechenkin, Lukin, KUudkov).
(Copper-Metallurgy) (Oxygen-Industrial applications)

TSYGODAJ, I.M.; KAZAKOV, V.N.; KOLEPNINOV, N.A.; BRYUYHANOY, N.G.; BURBA,,A.A.;
SADYKOT; V.I.; PIGAREV, A.D.; Prinimali uchastiye: FECHENKIN, S.N.;
GLAZACHEV G.M ; KHVESYUK;.F.I.; KODINTSEV, A.V.;_ZRG
YERMAKOVA, Z.S:,- NOVAK, I.V.; UILIKO,'I.Ye.; LYASHEVSKIY, R.A.; PROKHO-
ROVp A.I.; CHERTOVA, N.G.; URUBK0p,V,N.; XUGUCHEVO M.
Industrial testing of a flow sheet for the processing of Altai complex
metal ores along the lines of the flow sheet used at the Mednegorskii
Combihe. TSvet. met. 36 no.121l2-15 D 163. (11IRA 17;2)
1. Vsesoyuznyy nauchno-issledovatel'Bkiy gprno-metallurgichaskiy institut
tavetnykh metallov (for Pechankin, Glazach6v, Khvesyuk, Kodintsev). 2.
Irtyshskiy polimetallichaskiy kombinat (for Yergaliyev, Yermakova). 3.
Mednogorskiy madno-earnr/ kombinat (for Novak, Khillko, Lyashevskiy,
Prokhorov, Chertova, Urubko, Kuguchev).

APOLIDNOV, M.K.; YERGALIYEV, G. Xh.
Stratigraphy of the Erkebidaik series in the eastern Kokchetav
trough.. Izv. All Kazakh. SSR. Ser. geol. no.2:18-25 161.
(MIRA 34:7)
(Kokchetav region-Geology, Stratigraphic)

YERGALIYEV
First find of Upper Cambrian trilobites in the Greater Xara,.Tau.
Izv.AN Kazakh.SSR. Ser.geol. no*5:79-82 162, (MIRA 15:12)
(Kara-tau-Trilobites)

YEFGALM-V-, G. Kh.
. Stratigrapby of the Tendia~ and Cambrlan in the Baykcnur-
Karatau-Dihebaglinak zone. Izv. AN Kazakh. SSR Ser. geol. 22
no. 6r12-25 14~-D 165 (MMA 19rl)
1. Inatitut geol6gicheskikh nauk imeni K.T. Satpayeva AN
KazSSR9 Alma-Ata.

---j:ERGKN9I,-Ai-A.
Fuel Abstraets
May 1954 4~uiakovich, L.S. -IJZEV~A
3336. smi Egnza oF s- A -'
Natural. Solid Mol (coal), ficy. 1953, 40-42). Corpressionxesrs on rest cuois and
Fuel.9: Winning a~.odelS vere made to discover the p=IbIlIty ot using coarse pcrous concrete
made rmn crdl=7 and/cr local cement as stosage in F=tass 2irm. M.

AKSENTOV, Yu.V.; GOLIDIIII A.A.; DZHAKON1YAj V.Ye.; DUSPnNIGH, N.I.;
YERGANZHIYEV, N,A.; YEFINKIN, V.I.; LIPAY, I.N.; MIIIENKO,, Yu.G.;
ODNOLIKOY V.V.; PEREVEMITSEV, L.T.; TARANETS, D.A.; S.W.AKOV,
P.V., prof.; KUKOLEVA, T.V., red.; DELYAYEVA, V.V., tekhn. red.
(Theory and practice of color tolovision]Teorlia i prektika
tsvetnogo tolevideniia. Moskva, Sovetskoe radio, 1962. 661 p.
(MIRA 16:1)
(Color television)

XERGANZH.IYEV, N.A - KOPYLOV, F.M.j MCIROZOV, V.A.
Lj_
Control of the level of the video signal in color television
stations. Elektrosviaz' 16 no.9:70-72 S 162. (MIRA 15:9)
(Color television)

MA, V&Aop )cand. vet.nauk; SIDOROT, T.I.e vetvrach; YXRGAYBY, x,p,
vetvrach. -0-
Compound treatment of paratyphold fever in only"g. Taterinarlia 35
nn.1:64-65 A '58. (MIRA 1112)
11 Nnuohno-proizvodetvannaya laboratorlya po borlbe a bolesnyami
molodnynka (for Kovylina). 2. Kuybyabovskaya mozhoovkl.loznaya Tot_
baklaboratoriya (for Sidorov, Targayev).
(Paratyphold favor) (Calven-Diseases and posts)
4

YERGAZinoi.1, L.G.
interrelst'.onghips bPfwf,-en ?,"fferen, corn varieties in mixed
planting. Izv. AN Kaznkh. SSR. Ser. biol. nauk 2 no.6:24-
29 N-D 164. (MIRA 1813)

!Y:-

mw_-0

I.A r-I ,, ~

L ~.:S467-65 EPF(c) /EWT,(j ),/E7AjT(,-a)/T /pr
RM
ACC&'-S ION NR U-5003829 s /o,L goA 5 /orr /ooi /oo6 s /boo
mv r,
Card 1/3

soluhla trith WrA than Irm P, '111A ofraetff nr Pr

1 ~s ---,%Crjr ~,rq- -~r PAP .~JA
PAP OcId, 14.51 P in R~O; 2 same in 0.15 n KC-Fil

W-ANT'Its IQ Lq SlArltztKIllrailk-11-kogg-,VNAA~-g~~m Ar wiln,
SOURCE- AN SSSR. lzv"ttya. -~erlva KhirrlcneLqKava.. no.
Tf IP,f' T N,,q
Ln UPRO-II&F-CL Z5LlUWU-ll UX-,YtUJ UUAmm CLL aoxrv-~,~ ~1-

1. 4 1,1 T T '7- 1 1 1 of. -A

--- -~- - TrELnBIOI"mttona in polymerr,,-

HODE) V.V..; RAFIKOV, S.R.; YERGEBEKOV, M.Ye.; VASKEYMI, D.N.; KONOVALOV,
P.G.; DI*I.ACHKUV, G.A. '
Thermal degradation of 1-1olyalkylonaphonphinic anidis (trid thoir
salts, Vyuokom. oood. 7 tio.84.1,452-11~55 Ag 165. (MIRA 18:9)
.1 1. Institut elementoorganicheski.kh soyedinenly AN SSSR.