SCIENTIFIC ABSTRACT ELSZTEIN, P. - ELTERMAN, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412030005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ELSZTEIN, P.
"How about trying bamboo?"
p. 14 (Slrzudlata Polska) Vol. 14, no. 1, Jan. 1958
Warsaw, Poland
SO- Monthly Index of East European Accessions (EFAI) LC. Vol. 7, no. 4,
April 1958

PRUE I BOOK EaWITATION POL/4818
Elsztein, Pavel
Przeg3Ad samoloto"W bombowych (Survey of Bomber Aircraft)
Warsaw, Wyd-va Komunikacyjne, 1959. 187 Y- (Series: Biblioteczka
skrzydlatej Polski) 5)160 copies printed. Ermt= sUp inserted following
p. 182.
Book Ed.: Hichar Goszczyfiski; Tech. Ed.: Leokadia Zwolakovska.
PURPOSE: This book is intended for the general reader. It may also be used in
aircraft recognition courses sponsored by TOPL (Territorial Air Definse).
COVEMGE: The book reviews bombardment aviation and describes its development
up to the present time. All well known bombers of World War I and II as vel.1
as some modern aircraft are listed. Photos and main characteristics of each
are given. No personalities are mentioned. There are 20 references: 9 Soviet,
6 English, 3 Polisb, I Geman, and 1 Czech.
CM4-1/4---

ACCESSIM NR: AI*034789 P/0007/64/000/016/0004/0005
j AUMCA: Blaztein.. Pawal
TITIZ: How I piloted the SM ground effect mwbine
SOURCE: Skrzydlata Polskap no* 16, 1964, 4-5
I TOPIC TAGS: MM,, ground effect machine,, BHT ground effect machine
ABSTMCT*6 The author describes his impressions on piloting the SMT ground effect
machine designed by engineer Andrzej Moldenhawer, The machine was constructed bSr
members of the BMT - StaoJa Modyth Technikow (Young Engineers Station) in Warsaw.
It is 3 m long, 1.5 m vide,, and weighs about 120 kg; it is steered aerodynamically
by two rudders located in the air stream flowing frcm the nozzle ca Ithe vertical
rotor. Flying this machine requires keeping on couxse and regulating the speed of
the two motors. The machine glides on an air cushion of about 2 ea above ground
at the rate ofebout 5 to 10 ImAs After starting the engine (the ta%zoff run is
effected by means of a rope vound around a flr&eel as in ships), the pilot regu-
lates the turns of the lever located at the right side of the seat* and the machine
takes off at fall engine power* If the '!&irectica~ motor is too fast,it am be
throttled by the twin lever* Tba machine vill undergo after-many testso
art* bass 12 figures o
C 1011

AccEssiou rm: Ap4o34789
ASSOCIATIONt none
SUBKr=: 00 DAM ACQj 2MAeA
SUB CCDH: AO NO MW 80vt 000
EWL: 00
000

SHMFCHIWKO, F.I.,prof.j AKHTAMOV, M.A.,- ISHCH1210, G.11.1 KAZAKOTA, A.N.;
ELITEKOA. N.1,
.
Som5 reaulta of oL study of Eacherichia colt in connection with
the etiology of diarrhea in small children. Pediatria 38. no-4:
17-2~ Apr'60. (MIRA 16:7)
1. Iz kafedry mikrobiologii (zar*,-prof. F.I.Sheychenko) Samar-
kandskogo maditainokogo inatitutalmeni akademika Favlova.
(ESCIIEUCHIA COIJ) (DIARIUIEA)

ILITZKOV, V.A.
Effect of the Paull principle and of the short-range order of
nuclear forces on the absorption of photons by nuclai in an
oscillator model. Zhur.okup.1 teor.fiz- 37 no.4:1166-1168
0 '59. (MM 13:5)
1. Institut yadernoy fixiVd Hoskovskogo gosudaratvennogo
universiteta.
(Photons) Okc1ei, Atomic)

)1110
3/206/61/001/006/008/013
0 B 11 21D 138
AUT'10HS El'tekov, V. A., Terentlyev, B. M., Golenko, D. 1. (moscow)
TITLE Monte-Carlo calculations of the gamma-ray energy absorption
in a reactor system
PERIODICAL Zhurnal vychislitellnoy matematiki i matematicheskoy fiziki,
v, 1, no, 6, 1961, 1089-1096
TEXT~ The authors calculate the trajectories of pamma-quanta in a reactor
(cf Fig. 1). The trajectory of a single quantum is represented by a
broken line. W W , and W are the Drobabilities of the trajectory
enaing, of a ne; se9tion beLnning, and of two new sections beginning,
respectively (WI+W 2+W 3V 1). For the length 1 of a section, the equation
g(r+ nl~O,a)dp ln(1
J
0
~.s valid, where is a value within it homogeneous distribution of random
quantities in the interval [0,11, and where the function p indicates the
Card 1 '/'01
q

31210
S/2o6/61/ool/006/008/013
Monte-Carlo calculations of the ... B112/B138
character of the medium Figure 2 shows the programming scheme for the
calculation of a trajectory. The results of several numerical computations
are givvii. A Kh Dreger, Yu. S. Hyabukhin, and A. F. Akkerman are
thanked for assistance. There are 5 figures and 6 references: 3 Soviet
and 3 non-Soviet. The three references to Engl ish- language publications
read as follows: M.. J. Berger. An application of the Monte-Carlo method
to a problem in gamma-ray diffusion, Sympos. Monte-Carlo Methods. H. Y.,
John Wiley and Sons, Inc., 1956, 89-102; T. Hodberg. Monte-Carlo
calculations of neutron thermalization in a heterogeneous system.
Aktiesolaret atomenergi, Stokholm, 1959; J. von Neumann, Various techniques
used in connection with random digits. NBS Appl, Math., Ser,, 1951, 12,
36-38.
SUBMITTED. June 9, 1961
Card 246;~

3/089/62/013/003/003/007
11 Poo - B102/B104
AVrHORS: Eiltekov Ryabukhing Yu. S.
TITLE: sorption of neutrons from a'fast-neutron source by
cadmium and indium plates in water
PERIODICAL: Ato naya energiyaq v. 13, no- 3, 1962, 266-269
11 TEXT: More precise calculations are given in two-group approximation,
related to earlier estimates of the activation of the indium-gallium radia-
tion loo`p in the O'PT(IRT) reactor, (Ref. 1: A. Kh. Breger et al,
International Conference on Powerful Ra&iation Sources., Warsawj 1959;
Paper no. 80). The model considered is much simplified. Assume an
infinitely large plane isotropic fast-neutron source of uniform density
situated at x. a 0 in an infinite uniform homogeneous medium. Parallel to
0 aT
thi at ~a 4is~tance f assume a plate which is penetrable to 'fast neutrons
c' um p T
t~j I~Ince al.113 e 4 cta'ewnlc" 3.s
to w eut
but bla k to low neutrons. The probability Q of a neutron being absorbed
10 n ona 0 The probabi'ity
a
in the tlate te calculated. The formula obtained for Q was verified by
out t t
13
carryin# t'easurements in a trough containing an aqu4ous solution of
ou m
12 MnBO1 I using Ra-a-Be or Po-a-Be in a steel cylinder filled with
Card 1/2 14

S/089/62/013/003/003/007
Absorption of neutronafrom B102/B104
paraffin as a neutron source and with absorbing plates made from 1 mm Cd.
sheets,eitherlalone or plus 0.1r- mm In foil. q was calculated from the
sai~uration activity induced in the Mn as measured*with and without the
absorbing plates. The OP lines plotted experimentally were compared with
those calculated. In bot cases,these:lines slope gradually downward;
the theoretical lines rather less steeply than the experimental so that
they intersect at 7