SCIENTIFIC ABSTRACT SHIKLOSH, T. - SHILDINER, L.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549420009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

9HIKLOSH, T.
SHIKLOSH, T. -- "On the Theory of Spontaneous Magnetization of Ferromag-
netic Semiconductors-as a Function of Temperature in the Low-Temperature
Region." Moscow Order of Lenin and Order of Labor Red Banner State U
iment M. V. Lomonosov. Moscow, 1955- (Dissertation for the Degree of
Candidate of-Physicomathematical Sciences.)
SO: Knizhnaya letopis'. No. 4, Moscow, 1956

SUBJECT USSR / PHYSICS CkRD 1 / 2 PA - 1471
AUTHOR KONDORSKIJ,E.I., PACHMOV,A.S., S-IKLO9,T.
TITLE On the Theory of the Spontaneous Magnetization of Ferromagnetic
Semiconductors within the Domain of Low Temperatures.
PERIODICAL Dokl.Akad.Nauk, 109, fasc.5, 931-934 (1956)
Issued: 10 / 1956 reviewed: 11 / 1956
Here the temperature dependence of spontaneous magnetization is computed by the
method of second quantization in the form worked out by N.N.BOGOLJUBOV and
Fi.V.TJABLIKOV. On the occasion of an indirect exchange, as e.g. in ferrites, the
HAMILTONIAN can be represented by the firtroduction of tho so-called integrals of'
indirect exchange in the same manner as in the cuse of direct exchange intor-
action. This HAMILTONIAN is explicitly given- The crystal lattice of the ferrite
examined on this occasion can be represented as the totality of tyro inversely
magnetized not equivalent sub-lattices A and B. For the energy of the ground
Level (the lowest level) an expression is given. The energy spectrum of the
system, which is necessary for the determination of the temperature dependence
of the spontaneous magnetization, is determined in the state near the ground
level E0 of energy, i.e. for weakly excited states. The HAMILTONIAN is transformed
by transition from spin operators to FERMI operators.
The eigenvalues Ek of the H_V;1ILTONIAN are determined from the conditions for the
solution of several equations mentioned here and from normalization conditions.
The solution results in 2 systems of equations for the determination of the
Gceff-icients. The two solution ansatzes for EM and E(2) are written down for
k k

DoK.Akad.Nauk, 109, fasc.5. 931-934 (1956) CARD 2 / 2 PA - 14 71
the here investi-ated case of two nonequivalent sub-lattices. These solutions
lor ferromagnetic lattices differ essentially from the corresponding expressions
for the antiferromagnetic lattice mentioned by 1N.N.BOGOLJ-LTBOV and S.V.TJABLIKOV,
Zurn.eksp.i teor.fis,1_q, 251,256 (1949).
By transition to approximation of the next neighbors the formulae:
,(J)= @ 2 12 (2) = 2 12
Lk / 0+ E1a Ik , Ek Z9a (k are obtained by the development in series
of the coefficients according to low values of the wave number k restricted to
terms of second order (with respect to k). Here a denotes the distance between
'the next neighbors; 9 and 6 are expressed by tile inteErals of the direct
1 2
exchange among the next neighboring ions. Now the effect produced by an exterior
magnetic field on the system of electrons of the ferrite is taken into account,
and, after carrying out the usual statistical thermodynamical computations, the
expression is obtained for the temperature dependence of the spontaneous ZIaEneti-
zation of the ferrite within the range of low temperatures.
In the same manner it is possible to deal .-.,ith ferrite, the crystal lattice of
which consists of a totality of three nonequivalent sublattices.
I1'.,3T1T7j'2!0`: 'Joscow State University "1T.V.LOT,,ONOSOV1'

LOSS
AUTHOR: KONDORSKIY,E.I., PAKHWV,A.S.,_3HIKLO3H,-T-,, PA - 2595
TITLE: Ion of Perrites. (Teoriya
Theory of Spontaneous Magnetizat
spontannoy namagnichennosti ferritov, Russian)
PFMODICAL- Radioteknike i Blektronika, 1957, Vol 2, Nr 3, pp 334-341
(U.S.S.R.)
Received: 5 / 1957 Reviewed: 7 / 1957
A13STRACT: Leoture delivered at the All-Union Conference for Semiconductors in
November 1955 at Leningrad.
Two possible ferrite models axe investigated. The first is the
totality of two inversedly magnetized non-eqmiyalent sublattioes
and the second is a totality of three non-equivalent sublattioes,
one of which has antiparallel mogn tization with respect to the two
others.
It is assumed that in each metal ion there in only one electron
which participates actively in fe=cmagnetism. The HAMILMIAN
for the ferrite lattice is written dovin and the output equations
for further computations an derived from this function. Dependence
of spontaneous magnetization of the ferrite on taVamture Is in-
vestigated for both models. For this purpose the oorresponding
shape of the HkVILTCKIAN is first derived and the lowest energy-
Card 1/2

3/058/61/000/()07/059/086
2.OZ) A001/A161
AUTHORS: Tyab-likov, S.V., Shiklosh, T.
TITLEi Quantum theonj of monoaxial anisotropic ferromagnetics
PERIODICAL: Referativnyy zhurnal. Fizika, no. 7, 1961, 285, abstract 7E495
-("Acta phys. Acad. scient. hung.", 1960, v. 12, no. 1, 35 46,
Engl-. summary)
TEXT: The dependence of magnetization of aniastropic ferromagnetics on
temperature and magnetic field was.calculated by the method developed earlier
(RZhFiz, 1960, no. 5, 10938) w-'th -,he aid of Green's two-time retarded and -ad-
vanced functions. Aniso-.royfy of magnetic properties is considered as a conFe-
quence of the angular depende-nee Df electrons exchange interaction in incomplete
shells. The results o'citained are valid for -the entire region ofAuemperatures
from absolute zero to 0arle point.
[Abstracter's not-e. Compls---@e @1-ranslati@@nl
Card 1/1

L
S10481621026100810161028
B104/B1O2
AUT'-'-;0HS: Veresh, T., Solov'yev, V. G., and Shiklosh, T.
TITLE: Study of properties of the transuranic elements
PERIODICAL: Akadeniya nauk SSSR. Izvestiya. Seriya tizicheskeya, v. 26,-
no. 8, 1962, 1045 - 1060
TZ"'.T; The properties of nuclei in.the range of 225 100 samples daily. Tables are provided for
mak�ng correctf-cms for cbanges in temperature and atmospheric
Card 1/1 pressure.

SHIKORIAp N.M.; ZOLOTABOVSKIY9 V.S.
..e
Possible causes for reduction of economic efficiency of a
throttled gaSO14 Trudy Lab.dvig. no.5.127-141+ 160.
ine engine,
(MIRA 14:3)
(Gas and oil engines)

--.S.HIKUNIIIA, N.M.; ZOIDTAREVSKIY, V.S., kand.tekhn.nauk; CHJPSUKN B.Ya.
Indreasing the economic efficiency of a carburetor engine operating
on partial loads. Avt.prom. no,12tg-12 D 160. (MM 13,12)
1. Isboratoriya dvigateley AN SSSR.
(Auto mo biles-Shenes

SH I KIJN I NA N. M. GAND TECH SCII Ftft-E-eT- -0-N OF THE
ECONOMY OF A CARBUPETOR ENGINE THROTTLE-GREQ*T-rD AND "**tI,&
ECONOMIC MIXTURE 0-0 MOSCOVI 11 61. (N-IIN OF HIGHER
@. [04
J), .
AND SEC SPEC ED RSFSR. Moscow 444WOZA-L-E HIGHWAY INST).
(KL-DVr 11-61, 223).
-196-

-- SHIUNOV"-., Oinku).
72=;;-
Parts mde of glued shavings. Kx7l. rod. 9 no.2:lnsert:14 F 158.
(Airplaneo-Models) (MIRA

SHIKUNOV, I., inzh.
"Foroizoln for sealing joints in precast howes. Zhil.stroi.
no.8:12-13 Ag 161. (MMA 14:8)
(BUlding materials) (Precast concrete constructiou)

SHIKUNOVY I., inzh.
Seams of large-panel buildings. Zhil. stroi@ no.4-.17-18 162.
(KRA 15:5)
(Architecture-Details)

SHISHKIN, A., doktor tekhn-.nauk; ARIYEVICH, E., kand.tekhn.nauk; TOLSTYKH,
L., kand.tekhn.nauk; SHIKUNOVQ I., ihzh. -
%somm- a &
Extending the life of steel braces in the walls
of large-:panel buildings. Zhil. stroi. no.l-.6-8 162.- (mm l6a)
(gailding-Details) (Corrosion and anticorr;sives)

USHKOV, F., kand.tekhnnauk; SHIKUNOV, I., inzh.
Device for testing air and water tightness of joints in
large-panel buildings. Zhil. stroi. no.9:31 162. (MIRA 16:2)
(Testing machines) (Buildings-Details)

MOROZOV, N.V., kand. teklin. nauk, MKnUMYAN, A.K.9 kand. tekhn.
nauk; ANTIPOV, T.P., aekb,,--KOCHESHKOV, V.G., inzh.;
LISAGOR, I.A., inzh.; TSAPLEV, N.N., inzh.; IVASHKOVA,
V.K., kana.tekhn. nauk; S 19=0_1 ik 1; insh.; FILIN,
Yu.D., inzh.; 1110STAKOV, V.I.; BURLAGOOKO, P.Ye.., kand.
khim. nauk(de 'ceased]; PANKRATOV,.V-F., inzh.; RUBANENKO,
B.R., glav. red.; ROUNOV, N.P., zam. glav. red.;
ONUFRIYEV, I.A., red.; YUDIN, Ye.Ya., red.; NASONOV, V.N.,
red.; ISIDOROV, Vj., red.; 14AKARICHEVp V.V., red.;
POLUBNEVA., V.I., red.
[Ways of improving design details for the seams of
exterior wall slabs] Puti uluchshenlia konstruktivnykh re-
shenii stykov panelei naruzhnykh aten. Moskva, TSentr.
biuro tekhn. informatsii i nauchno-issl. in-ta organizatsii,
mekhanizatsii i tekhn. pomoshchi stroit., 1962. 78 p.
(MIRA 16:8)
1. TSentrallnyy nauchno-issladovateliskiy i proyektno-
eksperimental7nyy institut IndustrialInykh zhilykh i mas-
sovykh kullturno-bytovykh zdaniy (for.TSaplev). 2. Nauchno-
issledovatel'skiy institut betona i zhelezabetona Akademii
stroitel'stva. i arkhitektury SSSR, Fer6vo (for Mostakov).
3. Vseso*znyy nauchno-issledovateliskiy institut novykh
stroitel1hykh materialov Akademii stroitel'stva. i arlchitek-
tury SSSR (for Pankratov).
(WaiiQ

SHIKUNOVA. L.G.; GURVICH. A.M.
Conference devoted to the problem of pathophysiology and therapy of
terminal states in the clinic and in emergencies. Vest.AW SM no.4:
53-55 '53. (MLBA 7:1)
1. Iz laboratorii eksperimentallnoy fiziologii po ozhivleniya organizma
(zave&iyushchty - professor V.A.Negovskiy) Akadenii meditsinskikh nauk
SSSR.
(Death (]Biolog7))

SHIKUNOVA. L.G.; NEGOVSKIY. V.A.. professor, zaveduyushchiy
New data on the treatment of Datients in terminal states; from data present-
ed at a conference on the problem of pathophysiology and therapy of terminal
states in the clinic and in the administration of first aid. Sov.med. 17
no.6:23-26 Je 153. (MLHA 6:6)
1. Laboratoriya eksperimentallnoy fiziologii po ozhivIeniyu organizmov Aka-
demii meditainskikh nauk SSSR.
(Death, Apparent) (First aid in illness and injury)
(Medicine--kractice)

BAKULEV, A.N., redaktor; GAYEVSKAYA, M.S., radaktor; GORIZONTOV, P.D.,
redaktor; GULYAYEV, A.V., rodaktor,-DOBRODMV, A.V., redaktor;
MILICHnKO, I.T., redaktor; NEWVSKIY, V.A., redaktor; NTROTA, P.F.,
'Lak
ec -tor; PZTROV, 33.A., redzuktor; SA ISOV, S.A., redaktor; SWEM.
r
S.Ye., redaktor; gHIKU&NOVA, L.Gr., redaktor; NEYMAN, I.M., redaktor;
BOBROVA, Ye.N., t aktor
[Transactions of the conference dedicated to problems of pathological
pl-qsiology ancl therapy of the terminal states in the clinic and in
first aid practice; December 10-12, 19521 Trudy Konferentaii posvia-
shchennoi problems patofiziologii i terapii terminalinykh sostoianii
v klinike i praktike neotlozhnoi pomoshchi, 10-12 Dekabria 1952 9.
Moskva. Gos. izd-vo meditsinskoi lit-ry. 1954. 329 p. (MLRA 8:3)
1. Konferentsiya poavyashchemw7a
terminalInykh soatoyanii v klinike
Moscow, 1952.
(Physiology, Pathological)
probleme patofiziologii i terapii
i praktike neotlozhnoi pomoshchi.
(Death, Apparent)

SHI K-I-JHOVA, -- L e G-.
Ways for stndving the problem of resuscitation. Veat.AI411 SSSR
11 no-5:80-82 '56. (MIRA 12:10)
(RESUSCITATION)

SHIKUNOVA, L.G.
Use of oxygenated blood in the restoration of the vital functions
of the body under experimental conditions [with sirnmary in English].
Biul.ekap.biol. i med. 44 no.9:31-35 S 157. (MIRA 10:12)
1. Iz laboratorli eksperimentallnoy fiziologil po ozhivleniyu
organizma (zav. - prof. V-A-Negovskiy) AMN SSSR, Moskva. Predstavle-
na doystvitellnym chlenom AMN SSSR S.Ye.Severinym.
(RESUSGITATION, experimental,
with oxygenated blood (Rus))
(BLOOD,
oxygenated in exper. resuscitation (Rus))

Med Bel -- (diss) "Effect of Iffie intra-
SHIM
.1
on the process of restor&-
arterial pressure of oxygenerated bloodi".
tion of vital faxzttcwxxxX functions of the organism." mos, 1958,
18 pp. (Acad 1.1ed Bel U55SR),200 copies. (KL, 9-r--18, 124)
- 151 -

SHIMUMA, L.G.
Comparative effectiveness of the action of arterial Pnd venous
blood in intra-arterial transfusion [with summary in English 1,*
Eksper.khir.' 3 no-5:47-51 S-0 '58 (MMA 11:11)
l.' Iz laboratorii eksperimentallnoy fiziologii 7oo ozhivleniyu
rganimna (mv' - prof.
0 * V.A. Negovskiy) AMU SSSR*
(RW@D TRANSFUSION, exper
intra-arterial, com-pIrptive effectiveness of arterial
& venous blood in dogs (Rua))

SHIKUHUVA, L.G.,
Use of oxyge"ted blood for forced intra-arterial injection in treatment
-of terminal states [with summary in English]*" Vest.I=L- 81 no,8
24-30 Ag 158 11:9)
1. Iz gospitallnoy khirurgicheskoy kliniki (zav. prof*' A..V. Gulyayev)
pediatricheakago fAkuliteta 2-go Moskovskogo meditainsl-ogo institnta
khirurgichaskogo otdeleniya (zave' - prof. A.S. Rovnov) 6-y gorodskoy
klinicheskoy bollnitsy i laborntorii eksperimentallnoy fiziologii
po ozhivleniya orgsnizma (zav; - prof. V.A.''Nevgovskiy) AMU SSSR.
Adravavtora: Moskva, ul' 25 Oktyabry-a d; 9, Laboratoriya eksperiventall
noy fiziologii po ozhivlenlyu orgnizma AW SSSR&_
(BLOOD TRANSFUSION,
oxygIenated, intra-arterinl focp!d admin. of oxygenated
blood in agonal states (Rus))
(RESUSCUNATION,
same (Rus))

SHIKUNOVAY L.U.; KISELEVA, K.S.
Characteristics in the development of the terminal state arising
following exclusion of respiration with diplacin and methods of
its treatment. Eksper.khir.i anest. 6 no.4:24gO 161. (MIRA 14:10)
(DIPT&CIN) (APNOEA) (DEATH) (RESUSCITATION)

SHIKUNOVA, L.G., kand.med.nauk (Moskva)
I
Basic conclusions and problems in organizing control of terminal
states. Sov. zdrav. 21 no.5:62-66 162. (MIRA 15:5)
1. Iz laboratorii eksperimentalinoy fiziologii po ozhivleniyu
organizma (zav. - prof. V,A.Negovskiy) AM11 SSSR.
(DEATH, APPARENT) I (RESUSCITATION)

SHIKUNOVA.L.G., [e-mail]
Second All-Union Conferences on the Pathology and Treatment of
Terminal States. Sov.med. 26 no-10:150-152 0 62. (MM 15:12)
(DEATH, APPARENT-CONGRESSES)

SHIKUNOVA) L.G.; FAINERUN, O.D.; GURVICH, A.el. (Moskva)
Effect of prolonged cardiac massage on the process of restora-
tion of vital body functions. Pat. fiziol. eksp. ter. 7 no.5:
16-21 S-0163 (MDU 17 -2)
1. Iz Iaboratorii eksperimeiitallnoy fiziologii po ozhivleniyu
organima ( zave - prof. V.A. Negovski:-) AM SSSR.

SH-1011M, L.G., kand. a:ed, nau'!C-, TtIBI@K, V@Ya.
First aid management of terminal conJitions. Sov. med, 2?
no.8@9?-100 Ag 164. (MIRA 1-50)
1. Laborafori.ya eksperlmentallnoy fiziologli po 0zhivlerdy-u
organizma (zav, Prof*, V.A. Ilegovskiy) AMN SSSR i Stantlsiya
31coroy meditsinskoy pomoBhchl (nachallnik L.B. Shapiro) Moskv-y.

SIUKUNOVA , L.G.
Substitution of the blood in the resforatIve period followlng
prolonged fibrillation and conse--utive heart massage, Pat.
fiziol. I eksD. terap. 8 no.403-37 .11-Ag 164. (MURA 1832)
1. Laboratoriya eksperimentallnoy ftziologil no ozhivlaniyu organizma
(zav.- prof, V.A. Negovskiy) AMN SSSR, Moskva.

"
-i LOVA, iL.
6H YE. A. 3
nor-:s fcr -om-li--rinq harriless the refuse under
conditions of o" Tj bekis@.an.ll
.e
:-epcrt surrItted at V.,.e 17th All-Union Congress of li@fienists, Epidemiologists
t
' 'n'ect-on 4StS,
1-@59.
and I - -I .

M.G., kand. sellkhoz. nauk; UKHANOVA y
FLIUTSKOVA, 1 0.1.; SAKHAROVA L.I.;
BOLSUNOVSKAYA, O.V.; IVANOVA, N.Ye.; LOVCHIKOV, I.S.; ZALKIND,
G.N.; ILIIN, MI.I.; KOZIMINA, K.A.; SHI@@',,, V.A.; FETROVA,
Z.V.; GEUERALOV, G.F.; BUDYUK, V.P.; GOP.ENYUK, L.I., red.
[New highly productive varieties of grain crops] Novye vysoko-
produktivrVe sorta zernovykh kulltur. Moskva, Kolos, 1965.
319 P. (MIRA 18:8)

S,:
itUEO c,,"
A. --nd . i*,.
--rror la 115t.,,utor:
for tij p. 21,-28
ro:: -3 rlr,.
V*-.-,i n G, v a - -?@ .,. nyr@h 5tn-tcy 3, 1?49)
U- (Lotoldn

SHILII V.
Diss@xtation: "The Imuortance of the Paising Capacity of Yeasts of the Fung-us
1,.Ycotoril for the Ixallity of Yeast Used in Breiid and Food." Cand Tech Sci, Yoscow
Inst of I.-ational Eccnomiy, lfoscow, 1953. (Referati@myy Zhurnal-Ilixiya, No 5, Kar 54)
6SC: 243, 19 Oct 10,51,

4, .) S. S.
SIT M 2V. -T.. VES-LOV, I. Y., POIT,()VS'L',:AYA, it. V., @@:-,d --Y=T
flCertair. doll",a concerning the physioloa, of yeast in fermentation of
ionL - pes 4,
mall must," a paper stibmitted at Internet- A Conference on, RadJoisoto. -n
i""Oscarch, Paris, 0-20 SeP 57.

L L,
el 7.y
7e,:
C 1:,)
L IG.Y
AD -
2,6

TESELOV, I.Ya.; SHILI, V.N.
Propagation of yeasts sown in a minute ariount, and their fer-
menting power in a long series of transplants with deaersAtion
of the wort sattirated with carbonic acid. Trudy VITIIPP
no.7:82-89 '59. (14ULk 13:5)
(Yeast)

,-- SHILAGYI, Janos, dr.; MES7-AROS, Lajos, dr.
I
Experience with simultaneous antimicrobial and histamine therapy
of tuberculosis. Tuberkulozis 13 no.10:297-300 0 l6o.
1. A Debreceni Orvostudomanyi Egyetem The Klinikajanak (mb.igazgato:
Pongor Ferenc dr.) kozlemenye.
(HISTAMINE pharmacol)
. (ANTITUBERCUILAR AGENTS -Dharmacol)

SHILAGYI, Jenone
. - @ - - T--. I- ---- - -1111, -. -
Child care problems on the eve of the si-mer. Munlka 13
no.6:26-27 Je 163.
1. Danuvia Mavelodesi Haz icrazgatoja.
0

KUFLA, O.K.; GITMAN, Ye.B.; SHILAK, N.S.
---W-@-I-VVW
Relation between current density, time, and concentration in electro-
precipitation of lead. Ukrain. Khim. Zhur. 16, No.5, 477-83 150.(MLRA 6:4)
(CA 47 no.22:12054 153)
1. Inst. Gen. Inorg. Chem.. Aced. Sci. Ukr. S.S.R., Kiev.

KUDRA, O.K.; GITMAN, Ye.B; SHILAK, H.S.
Relation between concentration, current density, and time in electroprecipi-
tation of cobalt. Ukrain. KhIm. Zhur. 16, NO-5, 484-91 '50o (xT.RA 6:4)
(CA 47 no.22:12053 '53)
1. Inst. Gen. Inorg. Ghem., Acad. Sci. Ukr. S.S.R., Kiev.

SHILAK, V., traktorist
More attention to the trade-union organizations in the country.
Sov.profsoiuzY 7 no.4:35 Mr '59- (MIRA,12:4)
1. Profgruporg kolkhoza im. Lenina Zaslavskogo rayona, Minskoy
oblasti.
(Farm mechanization) (Trade unions)

S/181/62/004/006/033/051
'7 B108/B138
AUTHORS: Pozhela, Yu. K., and Shilallnikas, V. I.
TITLE: Emission of hot electrons from germanium
PERIODICAL: Fizika tverdogo telay V. 4y no. 6p 1962, 16ol-1603
TEXT: Experimental evidence has been found that in a strong electric@'
field the carriers in valency semiconductors attain high temperatures.
The thermo-emf may then cause emission of hot carriers from the surface of
p-type semiconductors. Experiments with germanium, however, failed
unless the specimens were treated in cesium vapor to reduce the work
function. There is I figure.
ASSOCIATION: Institut fiziki i matematiki AN Lit. SSR, Villnyu.8
(Institute of Physics and Mathematics AS LithSSR, Villnyus).
SUBMITTED: February 12, 1962
Card 1/1

BANIS, T.Ya.; VEBRA, k.I.i POZHEILA, Yu.K.; REPSHAS, K.K. [Repsas, K.];
SH T",ITkft-,-,aj;__[SilalniYas, V.]
Heating of the current carriers in semiconductors in strong
electric fields. Radiotekh. i elektron. 7 no.9:1519-1522 S 162.
(MIRA 15:9)
1. Institut fiziki i mbtematiki AN Litovskoy SSR.
(Electric fields) (Semiconductors)

L ;0080-65 Z-,%'-T,'m.),,,'EWP,'t)/EWP"b) IJP(C) jD
ACCESSION NR: AT5002022 S/2910/64/004/003/0399/0403
ALrrHOR: Shilal'nikas, V. 1. (Silalnikas, V.); Pozhela, Yu. K. (Pozela, j.)
TITLE: Hot electron emission from siiicon
,SOURCE: AN LitSSR. Litovskiy fizicheskiy sbornik,.v. 4, no. 3, 1964, 399-403
TOPIC TAGS: silicon, hot electron emission, semiconductor, microwave field, elec-
tron temperature
ABSTRACT: The theory of hot electron emission predicts that an emission current
from silicon must be observed in electric fields on the order of a few kv/cm under
the condition that Wi -;;p -)(-I(W is the energy which to necessary for impact
ionization; )L is the electron aflinity). Assuming that
a (E) To 2 A
770-5 e
where @L(E) and g(o) are the mobilities of the current carriers in the electric
field 9 and in the absence of the field, respectively, one may predict the emd-asion
current of hot electrons from silicon by determining the electron temperature, us-
Card 1/3
'Z7::
pin

TE
2
L3ooft_65
ACCESSION NR: AT5002022
ing the experimental dependence of their mobility on the electric fie4d intensity.
This estimate gives 104 ma/cm2 when the field intensity to 3 kw/cm. In Chia work,
the emission of hot electrons from a homogeneous a-type sklicon speclmen was ob-
served. The surface oil the crystal was treated wtth cesium to reduce the surface
barrier. The hot electron emission current was 0.6 A/cm2. Similar emission was
observed in silicon crystals not treated with cesiuma-lhe dependence of the hot
electron emission current on the electric field intenafty is shown in Fig. I of
the Enclosure.- Orig. art. has: 4 figures and I formula.
ASSOCIATION: Institut fiziki i matemattki Akademii nauk Litovskoy S:;R (Physics
and mathematics institute, Academy of sciences, Lithuanian SSR)
SUBMITTED: 30Dec63 ENCL: 01 on CO )E: SS, SC
No REF SOV: 003 OTHER: 002
Card
2/3

L 30o8o-65
ACCESSION NR: AT5002022
ENCLOSURE, 01
Figure Hot electron emission current from n-sill icon as 4' idn'ct ion of the field
fntenatty.
I-Cord 3/3 - - -----

S/18,1/63/005/003/005/046
B102/B180
AUTHORS: Pozhela, Yu. K., and Shil
TITLE: The problem of hot electron emission from germanium
PERIODICAL: Fizika tverdogo tela, v- 5, no. 3, 1963, 730-733
TEXT: New experiments were made in order to investigate the recently dis-
covered phenomenon of an emission of hot electrons from Si or SiC p-n
junctions and from germanium surfaces after treatment in cesium vapors
(FTT, 4, 1601, 1962). A sample of n-type germanium was placed in a
vacuum waveguide and exposed to intense h-f pulse@ (60 kw, pulse duration
0.5 Asec, repetition frequency 10-50 cps, carrier frequency
10 10 cps, field in the sample 3.5 kv/cm) and, from resistance measurements
with and without field, the characteristicsof I the emission current were
obtained. As a function of the field amplitude I shows a similar course
as for Si, Ge, or SiC D-n junctions; it tends to, but does not reach
satui@ation. As a function of the anode voltage I does reach saturation;
B = R(E)/R(O) as a function of E increases linearly and
Card 1/2

s/181/63/005/003/005/046
The problem of hot electron emission ... B102/B180
I/B = f(1/B 2) shows an exponential decrease.' The results agree with the
relation I = b @@ exp(-c/E 2) (FTT, 4, 2015, 1962), which, since B -E and-
Te = aB2 can be modified: I = A 'jf@ e exp(- "j,,/k1"e). @ is the electron work
function. On the assumption that p2 ev, a (4 -' 9)T01 where T 0 is
1 1/2
the latt-ice temperature; A = 1.6*10';' a/deg There are 6 figures.
ASSOCIATION: Institut fiziki i matematiki AN Lit.SSR, Villnyus
(Institut.e of Physics and Mathematics AS LitSSR, Villnyus)
SUBMITTED: September 18, 1962
Card 2/2

27917
s/oq6/61/ooo/ol1/oo2/oo6
//109/0 E194/E155
AUTHORS, Ivanov,, K.I..) Doctor of Chemical Sciences,
Vilyanskaya, Ye.D., Candidate of Chemical Sc�ence3l
Kazanskiy, K.M., Engineer, 5hilankovq B.-F.) Engineer,
and Fedorova, I.V,, Engineer
TITLE2 Service test results with fire resistant turbine oil
'.'Ivvioll lAll
PERIODICAL, Teploenergetikao no. 1.1, 1961, 27-29
TEXT, Work on fire-resistant hydraulic fluids and lubricants
for turbines is proceeding in several countries. For example,
Pydraul F-9 is suitable as a hydraulic fluid but not as a bearing
lubricant. In 1958-59 the Laboratoriya nefti (Petroleum
Laboratory) of VT1 developed a fire-resistant substitute for
turbine oil, grade I-vvioll lA,, intended for usle both ea hydraulic
fluid and lubricant. Laboratory te 'at results were published by
two of the present authors (Ref.33 K.I. Iyanov, Ye.D. Vilyanskaya,
Teploenergetika no.9, 1959) and then an experimental batch of the
material was made for field tests@ The viscosity of the material
was 20 centistokes at 50 OC9 the flash point was 21.8 0C9 open cum
Card .1/,3 Wt

-1917
Service test results with fire ... S/096/61/000/011/002/006
E194/E155
and the fire point in air 740 OC. The specific gravity at 20 OC
is 1.17@ The material meets the requirements of the conventional
turbine oil specification in respect of stability and neutrality@
Before the charge was put in the turbine certain changes were
maide,@ the tylindrisal filters in the oil tank were revlal@ed by,
gauze streens which could be cleaned during operation of the
turbineq, the design of one of the main Slandz was improved.
In the early period of operation with lvvi.oll IA, foaming was
observed buT. wa-a @CUred by the addition of a sillconL-_ anti-foam
agent to the amount of 0.1% by weight. After tw-c or three months'
servite the brass gauze screens in the -oil tank were attacked by -
the fluid. During the entire seTvi,ce period the make-up of fire-
res-�Btant fluid waa 200 kg,, whereas the amount of oil thal had
bean required in a cvrr@esponding period was 8oO kg. The
differen.,te- is Presumably due to the lower volatility of the Cir-e-
-esistant material. After a pe-xiod of service the viscosity and
neutralit- of the fluid were unchangEd and all parts of the
turbine, whish, were tarefully examined, we.re in good rendition.
The fluid was on test for 5400 hours, duTing which the turbine ran
vithout stopping ffor 1-20 dayaq at 18 hours a day fvir 110 days,
Card 2/3 !/1%

2?917
Ser-fice test results with fire s/o96/61/000/011/002/Oo6
E194/E155
and at 12 hours per day for 45 days. The water sontent of the
fluid ranged from 0.02 to 0.2%. Water is easily removed from the
fire-resistant fluid be-cause it a,-.cumulates on the surfa@te of the
oil tank from which it readily evaporates, The results -indicate
that the oxidation stability of the synthetic fluid is better than
that of the usual mineral oil. The fire-resistant fluid darkened
in colour because it attacked the protective paint used--in the
system, Ivviol' IA is toxic if ingested, but if noKmal hygienic
precautions, typical of those used with similar fluids elsewhere,
are observed there is no risk on this account, The difficulties
with foaming and corrosion of brass can easily be overcome and it
is considered that Ivvioll 1A can replace mineral oil in turbine
lubricating and hydraulic systems of the type considered.
There are I figure, 2 tables and 3 referencas.g 2 Soviet-bloc and
I English,, The English language referense reads as follows.
Ref.ls Harris Product Engineering, vol. XX, 1954@
ASSOCIATIONg V5esoyuzny,y teplotekhnichaskiy institut - Mosenergo
(All-Union Heat Engineering Institute and Mosenergo)
Card 3/3

IVANOV, K.I., doktor khim.naukj VILYANSKAYA, Ye.D., kand.khfm-Aa@k;
KAZANSKIY, K.M., inzh6,- SHILANKOV, B.F. inzh.; FEDOROVA, I.V.., inzh.
Results of the operational tests of "Iv7ioll IAII.nonfl&mmable
turbine oil. Teploenergetika 8 no.11:27-29 N @61. (MIRA 14:10)
Vsesoyuznyy teplotekhnicheskiy institut i Mookovakoye rayonnoye
upravleniye energetiches.kogo khozyay.4tva.
(Steam turbines-Lubrication)
(Lubrication and lubricanta-Testing)

dr.; SHIIAS,, E-lemerne; SZIJJARTO, Gyula
TELEGDY-KOVATS, lasZ10j,
Storage tests performed with packed foods. Elelm ipar 13
no.8:251-256 Ag 159.
1. Budapesti Muszaki Egyeteui Elelmiszerkemiai Tanszek.

IVANOV, K., inzhener; PARAMDNOV, V.-, inzhener; SHILI , I I., inzhener.
.@,
-4*P,w:7k--
Metal props for thin seams. Mast-ugl- 5 no-7:23-24 Jl '56.
(Mine timbering) (KIRA 9:9)

1.4000
AUTHORS% Kolotov, O.S., Lobanov,
TITLE: Generator of nanosecond
regulation of the pulse
PERIODICAL: Pribory i tekhnika eksperimenta,
277o4
S/12o/61/000/003/015/o4i
E073/E535
Yu.N. and Shillberskiy, Z.
pulses wit]@-@continuous
duration
1960, No-3, pp.87-89
TEXT: The authors utilise the well known method of
generation of pulses of microsecond du ration with two thyratrons,
the instants of triggering of which can be @ontrolled for
generating square topped voltage pulses with a maximum amplitude
of 1.2 kV. Two thyratrons (Fig.1) feed a common load, the
resistance in the cathode of one of the thyratrons A 4 (L 4).
If this thyratron is fired, a positive pulse of considerable
duration with an amplitude of up to 500 V and a front of 5 nanosec
will be generated, depending on the capacitance of the condenser
in the anode circuit of this thyratron. After the second
thyratron J1 (L ) is fired a very similar pulse of negative
polarity wi?l flow through that resistance. A resultant voltage
pulse will appear only if there is a time shift of the instants
of ignition of the thyratrons. Pre-amplifying istages are
Card 1/4

27704
Generator of nanosecond pulses ... S/120/61/000/003/015/041
E073/E535
provided for improving the shape of the pulse and increasing the
amplitude of the triggering pulse. The stages wIth the tubes
A 2 (L2) and J13 (L3) have the additional function of reducing
the mutual influence of the grid circuits of the thyratrons.
The surge taken from the cathode load of the thyratrons will have
a front with a rise time of 5 to 6 nanoseconds. To improve
further the steepness of the front, the formed pulse is fed to the
input of a limiter A 6 (L6) in which pulses with front rise times.
below 3 nanoseconds and an amplitude of 400 V can be generated
using a relatively low anode load (50 Ohm cable). The amplitude
of this pulse can be increased to 1200 V by using one amplifier
stage, the load of which is a cable having a wave resistance of
75 Ohm. Since the tubes operate under surge conditions, only a
negative polarity pulse can be generated in the anode circuits
of the tubes under cut-off conditions. For triggering the tubes
of the output stage, the negative pulse from the previous stage
has to be inverted. This is done by means of a section of coaxial
cable which is wound onto a ferrite-core. The oscillator is
triggered with pulses of 0.5 jisec and longer and with fronts of
Card 2/4

27704
Generator of nanosecond pulses S/12o/61/000/003/015/o4-i,
E073/E535
0.25 jLsec of a minimum amplitude of about 40 V. The pulse
generator is stable in operation for pulse repetitions with
frequencies up to 3 kc/s. The pulse duration can be controlled
within the limits of 3 to 300 nanoseconds. Acknowledgments are
expressed to A. A. Sanin for advice and comments. There are
3 figures and 2 references: 1 Soviet and 1 English which'reads
as follows: R. W. Rochelle. Rev. Scient. Instrum. 1952, 23, 298.
ASSOCIATION: Nauchno-issledovatellslciy institut yadernoy fiziki
MGU (Scientific Research Institute for Nuclear
Physics, Moscow State University)
SUBMITTED: july A, 196o
Card 3/4

KOLOTOV, O.S.; SANIN, A.A.; SHILIBERSKIYY Z.
Device for the adjustment of a pulse equipment in the
millimicrosecond range. Frib.i tekh.eksp. 6 no-5:82-86 S-0 161.
(MMA 14:10)
1. Nauchno-issledovatellskiy institut yadernoy fiziki Moskovskogo
gosudar.9tvennogo universiteta.
(Fase techniques (Electronics))

SHILIDINE-a, L. -.;'.
L, Z I,, "
"An X:rf)or-b.lcn Lai. 'Jltll,-'y 0@' the Dcma---netizin7. Actu-.17:n cif Ama'ure Reacti--m,', '-'le`ri(,-hestvo,
lJo. 6, lr-)49. ;and @ech L;ci.

f,. t:.
f,
"Electrificati-on of -a-i !road '1'_-ans,)ort on 50 cycle Sin-f-7le Pha-se -AirMnt," 11o. C., I'5'r9f
,and of fech Sci Zak-h-r:h@-nIko, D. D. En,-
,r. -cl9,P,-.

7
L I D7',T7@,"i I L. .,.
- -Pra q "-I n R c
"An Anallytical ::et!@cd of -7-tudyinIc- the Dem-afmetizirr- Act-ion of --- e A- __'uure ea uion
' H
-!,, 7@70. 10, 170@0 fe of Teclmilcall Scif2mes '*'oscarT.
at @ ea-iry Ove-rloads.," -, , 3andi@--tu

USSR/Electricity DC Machines May
Inductance
"The Effect of Mutual Inductance in DC-Machine
Circuits and Determination of the Mutual Induc-
tance of the Circuits5" L. M. Shilldiner, Cand
Tech Sci, Moscov
"F
'lektrichestvo" No 5, pp 48-51
Suggests 2 methods -- one exptl, the other analy-
tical -- for detg the mutual inductance of elec
circuits of dc machines, and-supplies exptl data.
Submitted 1-9 Aug 50,
189T25

SHILIDINNR, L.H., kandidat tekhnicheakikh nauk (Moskva); STASTUK, Y-N-,
inzhoner.
Problems related to the electrification of railroads. Jlektrichestvo
no.10:77-80 0 '57. (NnA 10:9)
1. Tyazhpromelektroproyekt (for Stasyulk).
(Railroads--Electrification)

110-12-12/19-
AUTHOR: Shil'diner, L.M., Candidate of Technical Sciences.
TITLE: Compensation of the Transformer e.m.f. of a 50 cls Single-
phase Commutator Motor (Kompensatsiya transformatornoy
E.D.S. odnofaznogo kollektornogo elektrodvigatelya 50 gts)
FERIODICAL: Vestnik Elekill--ropromyshlennosti, 1957, Vol.28 ]No.12,
pp. 41 - 43 @USSR .
ABSTRACT: The amount of copper required in 50 c/s comm@tator trac-
tion motors is much greater than in motors for 16 /3 c/s.
Moreover, the currents are higher in the 50 cls motor so that
cables and associated equipment require more copper. This is
one of the main rea6ons why 50 cls commutator motors are not
widely used for main line electrification. French and other
European firms are trying to improve their 50 c/s motors but
the fundamental disadvantages remain. The author considers a
new means of considerably increasing the transformer e.m.f.,
so improving the 50 cls commutator motor. He has developed
this new circuit into a number of variants, one of which is
illutrated in rig.l. The advantages of a 50 c/s commutator
traction-type motor using the new circuit as compared with
ordinary motors, and 2with the commutating conditions allowed
for in the latest 16 /3 cls motors on German locomotives are
uardl/3as follows: the flux and the transformer e.m.f. are increased

110-12-12/19
Compensation of the Transformer e.m.f. of a 50 c/s Single-phase
Commutator Motor.
by a factor of 2.3 - 2.5 and the current and number of brushes
are reduced by the sarae factors: the control apparatus is
lighter and cheaper; the amount of copper required for the loco-
motive is reduced by at least a third; the range of sparkless
commutation is extended by a factor of 1.5 despite the great
increase in the transformer e.m.f., and the locomotive is more
reliable; and the efficiency is somewhat higher because of
reduced losses in the commutator and interpoles.
Fig.2 shows graphs of the remanent transformer e.m.f. of a
normal 50 C/S commutator traction motor from the "Dynamo" Works
with a transformer e.m.f. of 3 V (Curve 1), and the corresponding
value for the new motor (Curve 2). The increase in the zone of
sparkless commutation is clearly seen.
The effectiveness of the proposed circuit was confirmed by tests
made on a 400 kW motor in 1954. Even though the motor was an
old one and not specially adapted to the requirements of the
new circuit,, the results were very satisfactory.
It is concluded that the improved 50 c/s commutator traction
motor could be used in the develoDment of a very satisfactory
locomotive. There are 2 figures.
card2/3