SCIENTIFIC ABSTRACT SERGENEVA, E.V. - SERGEYENKO, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548030002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SERGEUEV-,'~Y E.V.
Calculation of the vertical profile of the turbulence coefficient, in
a boundary )qver by the graphic method. Trudy len.gidromet.ins4. n0.18.-
124-128 163. (MIRA 18: 1)

STOEV, Boian, inzh.; SERGEV, Tsanko
Standardization, normalization, and unification in the Georgi
Dimitrov State Machine-Building Factory, Ruse.
Rataionalizatsiia 14 no.10:34-36 164.

SERGERCV3 Q,31-
Railroad bri.dge maintenan i.a workers anaver with deeds to the
appeal of the
L party. Put' put.khoz. 5 no.11:9 N 161.
(LIMLIV 14:12)
No-challnik Tpullklubij~3.-koy dit3t4iiit3ii YazfI2..hskO,,; dorogi.

Pr

~
I names.
~l

Btdl;:Sd' R':
buinatal 7, 19

.sourcd
Ila I
thwatics- 0.-

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777,

RUSAKOV, Sergay Ivanovich; SXRGXVNIH, Ivan Vasillyevich; EPPEL', Sergey
Sergeyevich; -"IMIPOV,N.M. , inshener,
reteenzent; BLIKINA,Z.M., tekhnichask iy.reclaktor
[Industrial sewing equipment] Gborudovanie shveinykh fabrik. Moskva,
Gos.nauchno-tekhn.izd-vo Ministerstva promyshlennykh tovarov shirokogo
potrebleniia SSSR, 1955. 463 P. (MLRA 9:1)
(Sewing machines)

SMGEVNIN, V. V. -
*z--~-;"~'-,----
Atypical course of &cuts intestinal ob3truction. Xhirargiia,
?4oekva no.1:66-68 Ja 155. (MLRA 8:9)
(INTESTINAL OBSTRUCTION,
atypical case) a

SERGIM-4,~V-y-
Sarcoma in a newborn. Khirurgiia 33 no.4:150-151 Ap 157. (MIRA 10:7)
1. Iz khirurgicheskogo otdeleniya bollnitsy ge7runze.
(SARCONA, in inf. and child
of hip in newborn)
(INFANT, NMORU, dis.
sarcoma of hip)
(HIP. neoplasms
sarcoma in newborn)

SnGBVNIN, V.V.
Surgical treatment of goiter [with summar7 in 3ngliahl'
Xhirurgiia 34 no 1087-5-78 158 (H~;A 11:11)
(GOnW: aurg I
technic ifts))

KRAMER, L.I.; SERGEVNIN, v.11. ; !3UTUISOIT, M.P.; POGREBITYAK, V.S.
Effectiveness of splenoportography in metastasis symptoms of
cancer of theotomach and pancreaR. Vest.khir. no*9:45- 1 161.
*&IRA 15:3)
1. 1z 3-y kafedry khirurgii TSentraltnogo instituta usovershenst-
vovaniya vrachey Nav. -- prof. V.I. Kammskiy) i rentgeno-radio-
logicheskoSo otdeleniya (nach. - dotsent S.A. Sviridov) na lAze
TSentrallhoy klinicheskoy bollnitsy Ministerstva putey soobahcheni-ya.
Adres avtorov: Moskva, Volokolmskoye shosse, d.34, TSentrallnaya
klinicheskaya bollnitsa. Ministerstvo putey soobshcheniya.
(STOMACH-CANCER) (PANCUM-CANCER)
(SPLMT-RADIOGRAPHY) (PORTAL 'VEIN-RADIOGRAPHY)

MAKARENKO, T.P., prof.; SERGEVNIN, V.V.; MALYSHEV, V.D.
Principal problems of anesthesia in patients with functional
disorders of the liver. Xhirurgiia no,Ut2O-28 161.
(MIRA 11+%12)
1. 1z 3-y kafedry khirurgii (zav. - prof. V.I. Kazanskiy)
TSentrallnogo instituta usovershenstvoraniya vrachey na baze
TSentrallnoy klinicheskoy bollnitsy (nach. - zasluzhemvy
vrach RSFSR V.N. Zekharchenko) Ministerstva putey soobshcheni7a.
(AWZTHESIA) (LIVER,-DISEASES)

KOLESMKOV, Ivan Steranovich; FUTOV, Nikolay Vasil3yevich;.~jkp~~V,
Se,rgey Nikolayevich
[conservative resections of the lungs in tuberculosis] Eko-
norm7e rezektsii legkikh pri tuberkuleze. Leningrad_, MG-
ditsina, 1965. 239 p. (1,-.IRA 18:4)

SOV/129-58-12-6/12
AUTHORS: Blanter, AI.Ye., Doctor of Technical Sciences, Professor,
Kulakov, N.A., S&rgaj_g~ Mikhin, T.A. and
Faynbron, S.D., Engineers
TITLE: Hardening in Water-air Mixtures (Zakalka v vodo-
vozdushnykh smesyakh)
PERIODICAL: Metallovedeniye _J Obrabotka Metallov, 1958, Nr 12,
pp 29 - 34 (USSR)
ABSTRACT: The authors investigated systematically the influence of
the main factors on the cooling capacity of water-air
mixtures for hardening for the purpose of obtaining
quantitative characteristics which can be used as a basis
for a controlled technological process. Use of water-air
mixtures of various compositions pErmits obtaining a wide
range of cooling regimes, from cooling in a jet of pure
air up to quenching in a water jet. For obtaining the
water-air mixtures, a nozzle with a special end piece was
used, the purpose of which was to widen the atomising angle.
The air pressure was maintained by means of a direct-
action pressure regulator. The water-flow rate between
18 and 116 litres/hour was measured with an RS-5 rota-meter
and the flow rate of 185 to 1 030 litres/hour was measured
Cardl/5 by means of a rotameter RS-7 with an accuracy of 1.5-2.5%.

da.'.~*ae__iE Ln Water-air Mixtures SOV/129-58-12-6/12
Special filters were fitted to prevent clogging-up of
the water-supply system. Cooling curves were recorded
by means of a potentiometer with visual control of the
operation of the thermocouples. At first, the problem
of the optimum distance of the nozzle from the
surface of the plate to be hardened was investigated and
the obtained relations are graphed in Figure 3. Owing to
great practical difficulties involved in systematic
investigation of ' massive steel bodies, the authors
used a method of thermal modelling, as proposed by
A.L. Nemehinskiy (Ref 2), which is based on the principle
that in the case of cooling of bodies of sufficient
length, the cooling takes place as a result of heat tran
f er f rom the longtubnal q7T!ffi whilst the heat tran fer between
adjacent volumes of appvoximately equal temperature is
negligible. The heat-exchange conditions were simulated
by means. of an analogue'. a sketch of which is shown in
Figure 4. The coolin6 curves obtained under conditions
of thermal modelling of water are graphed in Figure 5.
in view of the fact that the objective index of the cooling
capability is the magnitude of the cooling speed, the
Card2/5 obtained cooling curves were differentiated graphically

Hardening in Water-air Mixtures SOV/129-58-12-6/12
by the method of plotting normals, described in an earlier
paper of one of the authors (Ref 4). The influence of
the degree of humidification of the air on the cooling
speed is graphed in Figure 6; it can be seen that the
cooling speed will be highest at 800 OC except for the
water-flow rate of 200 litres/hour, in which case the
maximurn cooling speed is at 700 uC. With increasing
humidification. the rate of cooling increases, as can be
seen from Figure -7. The influence of the air pressure on
the cooling speed is graphed in Figure 8. The influence
of the thickness of the cooled steel body on the cooling
speed is graphed in Figure 9. The influence of the degree
of humidification on the depths of the hardened layer is
graphed in Figure 10. It was established in the experi-
ments that the cooling power of the investigated mixtures
varies within a wide range and cooling in oil is equivalent
to cooling in slightly-humid-if-Jed air with a water-flow
rate of about 20 litres/hour under the same conditions.
It was experimentally established that the optimum
distance from the spraying nozzle to the surface to be
Card3/5 cooled equals 500 mm, while the optimum air pressure

Hardening in Water-air Mtxtures SOV/129-58-12-6/12
equals 3 atm. For the particular case of hardening of
massive bodies with sharp cross-section changes, the
maximum permissible water-flow rate for the steel 5KhNV
equals 100 litres/hour and the active cooling surface
equals 0-05 - 0.20 m2 per each atomiser nozzle- of the
applied design. It is shown that investigation of the
pertaining relations can be extended to bodies of 400 -
.700 mm thick. Thus, use of special metering apparatus
permits working out of a correctiy~controlled method of
hardening by mean of water-air mixtures, ensuring
standard heat-treatment results whereby control of the
process can be made fully automatic. Due to the great
simplicity of the equipment, the method can be recommended
as a completely satisfactory and economic substitute
for hardening in oils and other special media.
Card 4/5

Hardening in Water-air Mixtures SOV/129-58-12-6/12
There are 10 figures and 5 references, 4 of which
are Soviet and 1 German.
Card 5/5

PHASE I BOOK EXPLOITATION Sov/5091
Sergeychey, Ivan Mikhaylovich, and Aleksey Mikhaylovich Pechkovskiy
Termicheskaya obrabotka rezhushchego i izmeritellnogo instrument& (Heat Treatment
of Cut-ting and Measuring Tools) Moscow, Mashgiz, 1960. 305 p. Errata slip
inserted. 61000 copies printed.
Reviewer: D.M. Kostenko; Ed.: N.R. Izakov. Candidate of Technical Sciences; Ed. of
Publishing House: V.V. Rzhavinskiy, Engineer; Tech. Ed.: V.D. El'kind; Managing
Ed. for Literature on Metalworking and Machine-Tool Makingj V.I. Mitin, Engineer.
PURPOSE: This book is intended for technical personnel concerned-with the heat
treatment of tools.
COVERAGE: The authors summarize results of experience gained over a number of years
by numerous modern machine-building plants in the heat treatment of tools. The
following ere discussed: the classification of heat-treatment processes applied
to cutting and measuring tools, scientific developments related to the proper
selection of heat-treatment processes ahd modern heating equipment, recoamen-
dations regarding the utilization of standard tools by heat-treatment operators,
Q%rd----x/4-

BLAJITER.. M. E.; KULAKOV, N. A.; SERGHELICLV, I. M.(Sergeychev,, I. M.)
Hardening of steel massive items Im the moxtures of air and water.
Analele matalugie 16 no.lsl7O-k82 Ja-JIr 162

PHASE I BOOK F-XPL01T,',':..' SOV/5511
Naue~x--Lk"n!c~icrkoyL obsiich~!s.vo 'noy PrCz.~10,1vnno;~tl
Yly,vsk,~ye oLlantnoye pravl(,-n--yo.
Metallovedenlyc I torTdche3kayn obrabotka al,,j Heat
Treatment of Metals) Moncod, Mashglz, lqui. ~s-iu P. zrraLa
Inserted. 5,000 copies printed.
Sponsorlnc: Agency: aobudarnL%,cruiz,7 nAuc!v1c-t01.1inIahevkiy k-*-,r.1tot
ScvutaL MJnts*rcv U%r.931(. obsh.:~hc3tvo
ma2hlnostroitellnoy Klyov3koye oblautnoy,!
pravlenlytt.
Editorial Nard: M. P. Dvaun, Doctor of Technical Sclencc3, 1. Ya.
Del,lityar, Doctor of Technical Sciences, D. A. rrayror, Doctor of
Tenlinie.nl' Sclenrcs, 1. S. KamenicNiyye, Enrincer, Ye. A. Markov-
nkly, CandldLte of Technical Sciences, V. 0. Penyakov, Dictor
of Technical Sciences, and A. V. Chernovul, Cand~d3tu of Tech-
nical Sciences; Fd.: M. S. Soroka; Tech. Ed.: M. S.
GDinicsLaypollskaya; Cnier Ed., Kauh.Flz (5outhorn Dept.): V. K.
Serdyuk, LNieIncer.
Card 1,A0
PURPOSE: Thin collection of ur~lclcp Is intended for scientific
workera and technical per8oxiel of research in.9titutcu, plextu,
and ac,:orla of highor technical education.
CUVERACE: Tha collection contaIns papers procented at a convention
held In Flyev on problems of physical metallurcy and methods of
the h6at treatment of metals applied In the machine industry.
Phas* transformations In metals and alloys are diucusted, and
results or Inventleationr. conducted to ascertain the effect of
heat treatmen' on the quality of metal are analyzed. The pos-
81billty or obtalnlng metale with Given mcch:Lnical properties
Is discussed, as are problems or steel brIttlencao. The col-
lect3on Inludes papers dealing with kinetics of tranffonnatlon,
heat; treatment, and properties of catt Iron. No personalities
are mertienod. Articles are accompanied by roferancen, mostly
Soviet.
TAELE OF CC!;-,F24TS:
Stregulin, A, I., EnGincer, and L. A. Mel-n-1kov (Sverdlov.9l).
Transformation of AuatenIte Into Martensito Under High
Pressure 12
Bruallovskly, B. A., Engineer, and F. 1. Ivanov (11rar-atorik).
X-Ray InvouLleation of the Decomposition Kinetics of Kartennite
In Temper1no at 1,ow Temperature 19
Kocharzh1np1;jy, Yu. A., Candidate or TochnIcal Sciences
(KIYOV). Conditions of Formation of Metastable AuaLenitu
in Iron-Curbon Alloys 22
Mirovskly, E. I., Engineer (Kiyev). The Natura of th C
Phase Trannforination or Carbon Steele 34
Card 3/10

vnL&IIvrE;y (Cont..) sov/'.;~l I
g., VocLfr or Tvvt---,,!rhl SaIv:xt-v, rroVc.,icr,
~- .. 1~111 IQV
N, 1- Eulakrv, Yngliwer And 1. F
'ar ater-Air
vv C W,
Queneh-Hai r. of Va~u
Mixtures 167
r3raun, M. P., and 13. R. VInokur (Kiycv) C~mavactezl of'
Rupture of Steel
Ascoriov, A. D., Candidate. of Tochnicul Scionct~n (1-*,Qsco,.;).
Effect or III F.-)i -TLPp OratUIT HOatior. 011 thC EtrnL;th PrOPPr-
tIC5 of Stcc:l 189
Kondrashav A. 2., Rneincor, X. F. Gur;:)0ycwr, and N. M.
Yolebnlk (PramAomk). Accealerated Hcat...t~; a:-.d Coolinr
ReFimeo In the Heat TI-oatment rf LLrj:c Forelng:I 196
Kontyrko, 0. S., Engineer, Ye. P. Dobryunokaya
and m. P. Braurt. of a Natlonal
Heat -Treu tn.un t; RoCirlo ror LarZ~ ?crC1nZ;j 205
Physioal. Ilotallur'~Y.(Cont.) SOV/5511
VInokur, 13, 11. (Kiyev). Heat Rebletance of VII'lous Alloyed
Steels 215
Vanin, V. S.p Eneineer, and V. K. Titov (211kolayev).
CemelktUtion Of Steel In Liquid Orj:anIo gedia 225
Buninj Ir.. P., Correopondint: Xember or tho Academy of'
Sciences, MraInIan SSR (I~uepropetrov6k), and A. V.
Chernovol, Candidate of Technicpl Scienceu (KIYav).
On the Craphl-to Growth in Cast Iron 229
Zubarev, V. F_ Doctor nf T-1jrlCal Sciences, Proresoor,
and F. K. Tllcachunko, Enginrev (Zlidanov). On t1te Mechanion
Or the Silicon Influence on aravhltlzlnF 234
Popova, N. W., f4ialnec-r (Khar-kov). Invastlention of the
Growth of Gray,Caot Iron 242
Yatnenko) A. I., Fi1rineer (Dnepropetrovnk), Structural
Changes in ItuntenitizInr Ferritic Mavicnitun Iron 2119
Phyaionl 1!5talluMy (Cont.) SOV/5511
Zubarav, V. F., Doctor or Technical Sciences, Profe3nor,
Teachanko, and L. N. Kudr7avt 1, ev (?jjd,,Ijjnv) . For-
f I 'a UOu Contera and Special Fcaturea of
ltlL
rmtlon 0 o
a
r
p)
Their Distribution In the Annealing or Queuchod V111te
Cant Iron 258
TItovj V, K., Lhclrmer, and V. S. VaIlIn (Nikolayev).
The QuenchIng of IVIIII.a Cant Iron and ILB Erfact On tho
Graphitization of, SeLrpi:ated cejrvn.Ito 266
Oubrov, V. V., Enrineer (Kiyov). investigating the
100"c"Ale VOCIOMP011tiOn or Cementite In Mwieancsc Cast
Iran 270

~
y
l
Dobro n. Candidbte of Tcch;ilc~al Scienveo, Docent
l
v
(KhAr
k
o
~. PI-rect of Certain t-ic
or Manetmooo Cant Irene 2B1
Xvnifivitna, Ye. I., fnr.FInour (Moscow). optimum ifeuti,jr,
and Coollng Fat~j, In A:jnc~.)tTjg or
Oraphltm Iron Centil)gs
'19z
Card 9A0
Pilynical X01,allurey. (cont.) SOV/5511
Konoviova, T, A., Fngln.er (Moncow). InveatIgntIne the
Properties or Qtienchad Manganese Cant Iron 3011?
IjykhovpkJy, A. 2. Engineor (Eiyev). Effect or licat
TL~Atmenf. on the irminronnatlon of Mlito Tin Into Gray

L loW2-67 L
I- ACCWG -ATMO-33036 Sam coms uR/25&/66/o32/Doo/c
o60/00
AUTHOM Vekslor, Vo L; Gekker, L R.; Goll.t oncy, B, r -I
a. So YA. I Pn ak V40ikov- 1
S.; Fabinovich, M. S,; Sarksygn. 14_-Aj sSon Ychey, L-Ye I AlUu*-Y w s' Z1029-
IORG: nono
1TITLE: Radiation.acceleration of a plasma
ISOURCE: AN SSSR. Fizicheskiy institut. Trudyp To 32, lWo "FiZitCA P3A=Y (Plasma
physics), 6o-79
TOPIC TAGS: plasma acceleration, HF oscillator
ABSTRACT; The article:is of the review type (41 literature references) and sur;reys...
work done in the field'in the Soviet Union, Japan, the United States and France. Aftes
a general mathematical introduction to the subject, the authors describe the first
experiments on the radiation acceleration of plasmas using superhigh frequency
generators. Detailed diagrams are given of two such systems. Detailed consideration
is given to the investigation of the special characteristics of the interaction of
superhigh frequency'oscillations'in a'plasma, including the effect of plasma resonance,
and the acceleration of a plasma by the action of the gradient of a superh4h *,equenG3
field. The two final sections deal respectively vith the acceleration of a plasua in

L io4O2-67

Agri
4,94

7- --7;
L 23 68-65 EWT(I)/EWG(k)/P-.Pk(gp)-2/EpA(li)-2/EEC(t)/T/EEC(b)-2/E'WA(m)-2
Pz-6/Po-4/Pab-lo/Pi-4 IJP(C) '11~/AT
ACCESSION NRt AP5003998 S/0089/65/018/001/0014/0018
AUTHOR: V0k919X,-YA-1.J 1. 11 Golits. E. of Delano G. A.;( o0nov B 14
Kudrovatova, 0. e 0.1
_Y.; Luk' nch r4inz r
__Xt A ax -A.; Teopp- L.-Z'
TITLEt Interaction of plasma bunch" with an electromagnetic wave
P
SOURCE: Atomnaya energiya, v, 18, no. 1, 1965. P1-19
TOPIC TAGS3 plasma Clot* plasma clot acceleration, plasma clot
radiative acceleration, H sub 01 wave, H sub 11 wave
ADSTRACTs Preliminary experimental results are givenof an LavestL-
gation of the radiative acceleration of ptasma in circular vaveguides.
The investigation was conducted in a 10-cm range with 1101 and H11
waves.. Different plasma injectors were used. Plasma bunches with an
initial particle concentration of 1012 cm-3 and higher werG injected
with a 5 x 106 cm/sec velocity from a spark source or were generated
directly on the axis of the woveguide by means of a plasma source at
a pressure drop of 10-7-10-6 mm Hg of the operating vacuum in an
accelerator. Electric detectors, a%iperhigh-frequency methods, and an
electrostatic analyzer of particle energy were used for the investiSa-
Card 1 / 2

L 23868-65
ACCESSION NRi APS003998
tion. External magnetic fields with various configurations were used
to confine the plasma. Accelerated ions with energies exceeding
10 kev were obtained regardless of the type of wave in the waveguide
or the kind of plasma injector. The energy of the accelerated ions
increased as the superhigh-frequency power increa aed. The total num-
ber of accelerated particles was of the order of 1012. Maximum energy
was 50 kev. The application of nonhomogeneous fields for the stabLlL-
zation of the transverse dimensions of plasma bunches van shown to be
feasible. There were.practically no plasma losses on the waveguide
walls when quadrupole or sextupols magnetic fields were used. Orig.
art. has: 7 figures. (JAI
ASSOCIATIONs none
SUBMITTED% .,22Apr6h ENCLs 00 SUB CODEs M15)
NO REF SOV: 008 OTHERt 001 ATD PRESS' 31T8
Card 1/2

GEKKER, I.R.,- WKIIANGkIKOV, G.S.; SERGEYCHEV, K.F.
Matched slot exciter of Hol-and E waves in a round waveguide.
Radiotekh. i elektron. 10 no.6.1111-1139 Je 165.
(KM 28;6)

V'l-d- vnerg y-d"i r-lbut-
oled- eleftuad; 6f plassit. by 0
lr~v -1 -
Ite, isid'
ciao a o

L h241-66 DIT(:L)/L'rC/EPF(n)-2/KiG(m)/LTA(w)-2 IJP(c) OB/AT
I
!ACCESSION fiRt AT5007972 VeOO/64/00oloao/1017/1022
cl-
!AUTHOR: 1'34", IY 4.
Veksler V. I ; Gekker, 1. R., a Delone 9. A.;
---;LZ-" Kudrevatova. 0. V. ; Lyj'y-.-n-.Tfk-ov;_ Rabipovich::i~whenk
~arksyan, K A.; Sergeychev, K. V.; Silin, V. A.; Tsopp_, LL_E. Leyin. M. L.
- ---- .;;-- - J 2,
-ratov 'o- cy-
TITIXt Radiational acceleration of plasma
!SOURCE: International Conference on High Ene_ y na*
rg _.Aqq4!leratqrs Oub 1 1963.
L
Trudy.
TOPIC TAGS: high energy accelerator, plasma acceleration, plasma wayeguide
1ABSTRACT: The practical realization of the radiational method of plasma accelera-
tion (Veksler, V. 1. CERN Symposium, 1956; Atomnaya energiya 2, 427, 1957) is can-
nected with the utilization of a different kind of waveguide structure, within
!
!which a plasma bunch moves under acceleration by an electromagnetic field. Two
isuch waveguide structures, differing in type of accelerating wave and In Method of t
plasma injection, were produced recently In the Physics Institute, AN SSSR
Initial experiments showed that radiational acceleration of plasma was achieved in
lboth of the structur4s. At the same time the R&diortechnical Institute, AN GSSR,
Card 1/2

L h2hl-66
ACCESSION NR: AT5007972
I od
carried out a theoretical study of the possibilities of the radiational meth
j r
,The present report contains a brief exposition of all these investigations, unde
the two headings of: experimental-resultg and theory of radiational accelera
Both waveguide structures employed one and the same super high-frequency osc
tor of 10 cm range which operated in the single- stage pulse regime of 8 micro-
Iseconds duration-, the average density of power flux through tube cross-sectiln did
not exceed 9.103 watts/cm2, and the KSVN of the entire waveguide system (without
plasma) was not worse than 1.3. The accelerating waveguides were tubes of circulai;
cross-section with wells of noncorroding qteel 1 mm thick; the vacuum In the tubei
was of the order of 10-7 t) 10-6 mm of mercury. The forces of the radiational/
i
pressure which act upon the plasma bunch are found by proceeding from the conser-
ivation laws. In the plane electromagnetic wave propagated in free space the den-
sity of pulse flux equals the average energy density. Orig. art. has: 7 figuress
j26 formulas.
YV
iASSOCIATION: Fizicheskiy institut Imeni P. H. Lebedeva AN SSSR (Physic's.
~AN ~~R - Radlotekhnichookiy instLtut AN SSSR (Radio Engineerb4 Institute, AN
fSSSR) qq, .ic
!SUBMITTED: 26May&4 ENCL: 00 SUB CODEC MP~'
NO.REF SOVI 008 OTHER: 003,
Card 2/2!

r: 7,- :13 -7-1.
~-,-,YCH--V, 7. F.
11 Vast*
. "olten M tal to Bind Together dividual 3em,.Is Ob-ained by Castinc?,
"Usi-mf L - u Lrl -
Mashinostroy. , 'I'lo. 8, ]:-,-48, &ir,--r.

5ERGEYCHEV, N. F.
SERGEICHEV, N'. F. -- '~SJHRIUKAGE POROSITY iti ALUMIrwti ALLOY CASTINGS '~JHEN CASr IN M~TAL MOLDS.`
SuL, 31 MAR 52, i40fCOW OPOE-11 OF LAFOP HED BANNER FIGHEa TEcHmcAL ~CHOCL
(DISSERTATION FOR THc DE:o;?cE OF CAUDIDATf In TccH.4tCAL SCIENCES)
Sri: VCCHERNAYA -,~D-SKVA, JANUARY-0ECEMBEr 1952

SERGEYMN, A4..,Aota., kand.tekhn.nalik
Placing cores in nolds and setttng tolerances for pattern.
I%v.vyB.itchob.zav.; mashinostr. no.7/8:174-179 138.
011IM, 12:8)
1. Altayskly institut sellkhozmaahinontroyeniye.
(Holding (Founding))

SEI?GEYCHEV, IT.F.
Factors determining the amount of.molding incline for patterns.
Lit. proizv. no.1:8 Ja '59i 04IRA 12:1)
(Founding)

R, AT6033 59 aouRcE coDz: uR/oooo/66/o00/000/0407/o4i8--
Tt
AINHOR: Yasnopol'skiy, N. L.; Sergeycheva, L. N.; Indrishenok, V. I.
ORG: none
TITLE: Study of currents in thi film dielectrics by an electron contact method
SOURCE: Voprosy plenochnoy elektroniki (Problems in t~.in film electronics); sbornik
statey. Moscow, Izd-vo Sovetskoye radio, 1966, 407-4i8
TOPIC TAGS: microelectronic thin film, dielectric layer
ABSTRACT: The conductivity characteristics of a thin-film a~-A1203 dielectric
were recorded. The film was vacuum-deposited on a tantalum substrate -to a depth
of 0.8 V and was probed wiih 1-kev electron beam varying between 10-8 and 10-3 amp/ca~
in intensity. Volt-ampere characteristics were obtained for both polarities of d-c
voltage applied across the sample. A marked unidirectional conductivity was noted;
it was determined that the injected carriers were electrons. Orig. art. has:
6 figures.
SUB CODE: .10/ SUBM DATE: 2'TJun66/ ORIG REF: oo6
ard 1/1 UDC;~ 1216.2:537.52~.92

Srmz..YCH.IK, V.A.
Geography evening in the school. Geog. v shkole no.4:68-71 JI-Ag 153.
(9LBA 6:6)
(Geography - Stixdy and teaching)

SERGRYCHIk, V.A.
Excursions as part of the elementary course in Dhysical geography.
Geog.v shkole 20 no.4:45-48 Jl-Ag '57. (MLRA 10:7)
(Physical geography--Study and teaching) (School excursions)

SERGLYCHIK, V.A. (g. Stalinsk, Kewerovskoy oblasti)
Geographical journals. Geo--. v shkole 23 no.5:60-61 S - 0
16o. (MIRA 13:9)
(Stalinsk (Kemerovo Province) - College and sebool periodicals)
(Geography-Study, and teaching)

SLIL W'"f CHUK A.G., Inzh.; OKL-~ANICE, I.F., Inzh.
-
effect in blasting high benches. delo no.4W14:
222 ~:'- 2 2 F. 165. (MI-RA 18s11)
.L. Nauchno-issledovatellskiy gorno--udny-y institut (for Sergeychuk).
2. Yu-.,Iinyy gornoobogatitelInyy kombinut (for Oksanich).

SERGEYCHUK, I.
Modern radio engineering. Radio no.4:5-7 AP '55
(MLBA 8:6)
1. Zamestitell ministra svyazi SSSR.
(Radio) (Television)

SRGEYCPK,4 x-&daktor; BMV, N.A., redaktor; NAUMDT, P.A., redaktor;
AMOV, B.S., redaktor; VEYRTRAUB, L.B., tekhnicheskiy redaktor.
[Engineers' and mechanics3 manual of electric communications]
Inzhenerno-tekhnicheakii spravochnik po elektrosviazi. Moskva,
Goa. izd-vo lit-rypo voprosam eviazi i radio. Vol-5 [Telegraphrl
Telegrafiia. 1946. 251 p. (MLRA 9:6)
1. Russia (1923- U.S.S.IQ Ministerstvo SVY&21.
(Telegraph)

SERGE7 01 TY , X . , FA .
K nov-.I-r. drstizIenii-n-- scvez-skoi rad-iotekhniki. fTowards nw-,; cf
(f
Sov4et radio eh ineer-n~- - (Vestnik sviazei. Eletrosviaz, 194-7, no. f:, -,. 1-2'
DL-: TK4 1145
SO: Soviet Transportation and Communication, Bibliography, Library- of Congress
, - Reference Depa-rtment., Washington, 1952, Unclassified.

Y Y
SERGEYCHUK, K. tA.
Razvitie sredstv sviazi v novoi stalinskoi piatiletke. CT~h(! development of
communication facilities in the new Stalin five-year P12~iT (Vestnik sviazi.
Pochta. 1946, no. 4, p- 1-3). DuT HE7.v44
Sviaz' strany sotsializma. Ccommunications of the sociAlitit country-7.
(Vestnik sviazi. Blektrosviazt, 1947, no* 1l, pe 1-3)e DLCt TK4.V45
SOVIET TRANSPORTATION AND COMMUNICATIONS, A BIBLIOCRLPHY, Library of Congress
Rererence Department, Washington,-1952,'Ur--M-a-s =ie -

7,1137 L .
f 11-ILTK f
P;, 1`14
I
USSR/Radio may 1947
Comrminications - Personnel
"On the New Achievements of Soviet Radio-technologyn
K Ya Sergeychuk, 2 pp
I'Vestrdk Svyazill Vol 7, No 86
Very general discussion contains references to
personnel and institutions.
M4

'Telephonea
Radio. Stations
,!!TazkP,.'for, Soviet Communicators for the Decisive.
Year of the Postwar Five-Year ?Ian's K. Ya. Sergey-
chuk, Minister of Communications, USSR, 3 pp
Weat Sv~azi, Elektro-Svyazl" No 1 (94)
~'Reeapitulates work accomplished in the Soviet Uni
M,
in the field of communications, during the first
~~y,ear of the postwar Five-Year Plan. Mentions sever-
&I decrees affecting development of. various branches
Q-- 47, -atrrmnlitan tole-ohone 878-,
th'= flc1a.
tems; overhauled, of which 33 changed to autbmati6-
%W
41T13
USM/Ccmmnicat ions (Contd) jan 1948..1,
,,tplephone networks. Overhauled and established
725 radio centers and installed some 700,000 new
:;I:*d,;Lo points. Of this number 150,000 radio points'
,~vere set up in.agricultural communities. Most of
.the production figures are given in percentages.
Lists various cities and towns benefiting most from.
-:the advances in communications.
IC 41T13

.-UZOEYCHUK.. and IIYUMMOV, K. A. and UKSTIN, E. F.
"On the Problem of Using New Types of Intercity Co=unications Cables,"
Vest. Svyazi, No.7,, pp 3-5, 1953
Cand. Tech. Sci.
Translation No-543, 27 Apr 56

SERGBYCHUK laustantin Yakovlevich, kandidat tekhnicheskikh
ris aktor; ISLANKINA, T.T., rodaktor;
DMITRITEVA, R.V., tal-chnichaskiy redaktor.
[Development of telecommnnication tachnolegy .n the U.S.S.R.]
Razvitia tekhniki aviazi v SSSR. ~oskva, Izd-ro "Znanie," 1955.
(Vsesoiuznoe obahchestvo po maproatraneniiu i3olitichaskikh
i nauchnykh znanii. Ser.4, no.26) (MLRA 8:9)
(Tmlecommunication)

I
Subject
Card 1/2
Author
Title
Periodical
Abstract
USSR/Electronics
AID P - 4934
Pub. 89 - 1/18
Sergeychuk, K,, Kand. Tech.Scl.
We must liquidate the lag in broadcasting and television
engineering.
Radio, 8. 1-3j Ag 1956
The author claims that despite the acception of a large-
scale program of development in the field of radio and
television en-ineering for the ')'Ixth Five Year Plan,
insufficient efforts in many branches of that industry to
fulfill this program are visibl-!, The win causes of that
lag can be traced to the lack oL' sufficient research and
design in vacuum tubes, semiconJuctor devices, new
magnetic materials and small-size components.' The problem
of creating UHF communication and broadcasting was raised
already at the XIX congress of the Communist Party. How-
ever, the new ultrashort wave radio station developed by

SKRGRYCM, K.Ta.
Comminications In the land of socialiom. Vast. sciazi 7 n0-11:
1-3 N '55. (MLRA 9:1)
l.Ministr i3vyazi SSSR.
(Telecommunication)
I
I

GRODNEV, I.I., doktor tekhaichaskikh nauk; SERGEYCIRJK K.Ya., 1tandidat
takh.nichookikh nauk. - ==L-==,
Electric losses in the screens of cemmuxi;:atie:z cables. Blek-tresvias,
10 ao.2:41-49 Y 156. (MLRA 9:6)
(Telephone cables)

S E.R&lf ~C Hu