SCIENTIFIC ABSTRACT LUTAY, N. - LUTIKOVA, O.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030920016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LUTAT I I.
At the head of technological development. NTO 2 no.8:39-40 Ag 160.
(MIRA 13:10)
1. Predeedatell soveta nauchno-tekhnicheakogo obahchestya pervich-
noy organizataii Tagaurogskogo kombaynovogo zavcda imeni. Stalina.
(Taganrog--Combines (Agricultural machinery))

LUTAY, W.
Let us be prepared for the 22nd Party Congress. NTO 3 no.3:1-2 Mr 161.
(MIU 14:3)
1. Glav"y inzh. Taganrogskogo kombaynoyp savo'da imeni Stalina$
predsedatell soveta perviahnoy organizataii nauchno-tekbnicheskikh
obshchestv. t- -Ii
%'Taganrog-Combines(Agricult-ural machinery)

VYRYPAYEV, Aleksey Mikhaylovich, zhur.- LUTAY2 flikolay Vladimi-rovich;
POPOV, A.S., red.; ZAYTSEVAj L.
(Primary organization of a scientific and technical society]
Pervichnaia organizatsiia nauchno-tekhnichoskogo obshchestva.
Izd-vo Profizdat, 1962. 62 p. (Bibliotechka profsoiuzn o
aktivista,, no.20(41+)) (KMA 15:1
1. Predsedatell orgenizatsii Wauchno-tekhnicheskop obshche-
stva Tagenrogskogo kombaynovogo zavoda (for Lutay).
(Efficiency, Indpstrial)

LUTAYENKO, V. [:Lutaienko, V.1
Electrom:; isolder metals. Hauka i zhyttia
(Electric welding)
t I-j 7-
11 no.2:27 F 162.
O[IRA 15:3)

AUTHORs Lutchenko,A.I., Candidate of Historical Sciences 3-7-8/29
TITLE& The Higher Schools in USSR During the First Five-Year Plan
(Vyashaya shkola v SSSR v gody peirvoy pyatiletki)
PERIODICAL: Vestnik Vysshey Shkoly, 1957, # 7, PP 33-43 (USSR)
ABSTRACTs The article describes the development of a new engineering
and technical intelligentsia during the First Five-Year Plan.
He also describes the organization of various institutions
during this period. In this connection the following figures
are mentioned: The Moscow Industrial Academyt the first of
its kind, was founded in 1927. In 1931 the number of industri-
al academles was increased to six, and in 1933 to eleven. In
1929, there were only 579000 specialists in the national-econo-
mic field with a higher education, and 55,000 with a secondary
education. These figures increased in 1932 to 216,000 and
288,000 respectively. Consequently tens of thousands of
engineers and specialists have been added to the working cadres.
At the beginning of 1933 there were 358 industrial, agricul-
tural and economic vuzes with a student body of 469,000 against
an expected number of but 269,000 students.
Card 1/2 The author concludes that no other countxy was able to

The Higher Schools in USSR During the First Five-Year Plan 3-7-8/29
produce such an acceleration in the development of higher
school education.
There are 30 Russian references.
AVAILABLEs Library of Congress
Card 2/2

_L 2309-66 MM11 WR
ACC NRt AT6002848 SOURCE CODE: URIZ754/65/0007004/0166/0181
AUTHOR: Lutchenko, L. N.; Kraaillnikov, V. N.
~2 7
ORG: none
TITLE: Transient processes in a thin circular loop
SOURCE: Leningrad. Universitet. Problemy difraktaii i rasprostraneniya'voln,
no. 4, 1965. Difraktsiya i inlucheniye voln (Wave diffraction and radiation), no. 4.
166-181
TOPIC TAGS: loop antenna, antenna theory
ABSTRACT,: Eighteen modern articles on dipole and loop-antenna theory written by
Western and Soviet specialists are briefly reviewed. The present article studies
transient phenomena in a thin perfect -conduction loop antenna with arbitrarily
distributed emf and (in the general case) with several connected loads whose
geometrical size to small enough to.permit describing their inside processes in a
quasistationary approyAmation. The problem is formulated in terms of the electric
scalar potential 4t and the A a component of the magnetic vector potential. A
Card 1/2

L 23089a-66_
ACC NR: AT60OZ848
differential eIquation for the tangential component of the electric field strength is set
up, and the conditions of Its vanishing on the antenna surface are explored.
Equations describing the transient process in an antenna are developed for (a) the
general case, (b) transmitting loaded antenna, and (c) transmitting antenn 'with an
allowance for radiation. Orig. art. has: 4figures and 53 formulas.
SUB CODE.- 09. SUBM DATE-.-. none ORIG REF: 0 14 OTH REF: 004

-66 Pf
4
R~,
'a 849 SOURCE COEE: UR/2754/65/000/004/0182/0191
AUTHORS: InIkov, V. N.
Lutchanko, L. N.; Krazi2
3
ORG: none
TITLEt Tr4wientik.in wire antennas
'SOURCE: -Loninp-rad, Univergitet. Problemy.difraktaii i rasproatranoniya voln, no*
voln (Wave diffraction a no, 4.
4v 1965. Difraktsiya i izluche nd radiation
182-191
TOPIC TAGS: loop antenna, electronic transient radiationt distributiont electric
:potentialp electric current, time constant
ABSTRACT: A method of studying transients in thin closed (single-turn) and open
antennas is proposedq taking into account processes in the transmission lines. The
problem is formulated in terms of an electric scaler potential YV and the component
As of a magnetic vector potential. It is assumed that the distribution functions
of the current and potential on the surface are not functions of the coordinates:
-FE-A d1l
W7
jj cozz (V - V1
A2(s,Q=T. d
C
113 J
ard

L ?-1847,66
ACC: NR' AT6002849
C
The current distribution in the first approximation is determined from
Art d2j, I tL"A_2 J
gr~- - -
ZA
ds 7 ds F- t) a (S Sj
C2 -X - -X d#
L
de
VEI TS
X
0 tog (V - V')
X dis
From considerations similar to ones made earlier by L. N. Lutchenko and V*- N.
Krasillnikov (NestatsionarrWye protsessyvtonkoy Imugloy ramko. Problemy-
difraktsii irasprostraneniya voln, no. 4, 1965)j a solution can be constructed for
arv time interval, and the transient period can be evaluated
~.t