SCIENTIFIC ABSTRACT ZEMLYANNIKOVA, D.D. - ZEMLYANOY, M.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001964420006-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


--7M4LTANOTM1Y, Dmitriy-):onatamLtinazich;-YMOY, S.N., retsenzent;
retsenzent; ZIMAREY, Te.T., red.; MAKRUMINA,
A,Y., red.Jzd-va; BOBROTA, T.A., tekhn.red.
[General navigation manual for inland waterways] Obshchaia
16taiia vnutrennikh vodnykh putei. Moskva, Izd-vo "Rechnoi
tranBport,4 1959. 226 p. (KIRA 132-3)
(Inland navigation)

72Fm4119A1A11kOv V,V.
USSR/.vnarmcoloc,,y and Toxicology - Analgesics. v-4
AbsJour :
Autbor : 'icraymmikov, V.ve
Inst 1st Moscow Medical Inatitutle.
Title Ilia Uso of a Hibernation itizturc (Ascodolaminazin) :~Ocr
Dasal I'masthesia.
Orig Pub : Tr. 1-go Mosk. ried. in-ta, 1957, 3, 136-142.
Abstract : 23sca~tol (1) contains 1 v-1. (0-5 mg) of scopolanina, 10 YaS
of Pro-medol and 30 mG of apliaLlrinc. A combination -if (I)
with Ardnazin (II) W1,15 vs&. -:',Nr basal anesthesia hi c,):---
jumetion with local ancothcsia in 455 Patients, ar-;:! LU cori-
bination with general arcuthesia in 10 patients. Una
liuur prior to oporatiou, 1 ul of (I) was administcrud. c;ub-
cutaneously and, at tho- saim tine; 1 mdkg (in 1~ soltv'Clion)
of (II) injected intramuicularly. In adfttionj 0.5 ml of
Card 1/2

USSR/Phamacolo,,y and ToYJCOlOgy - AMl:;u-sics-
Abs Jour Ref 211aur - Biol., iia 14, 1953, 66270
V-4
(1) mas injected 30 riki. bef3rc surgery, T(,,i to 20 rii,"
_,-~tor the adninistratiou of (I) aad (II)) the pwU(xi"U13
:Xaft-ally quieted domi and 2ell asleep; tendon rcflc;,Qs
and Yrascle tonus becaric sharply dininished. Arterial
(bload) pressure fell i*,-~si~~U-ficantly (15-20 m Of I[G)-
The paticlits displayed no reaction during surGery tuider
local anesthesia, Thirty -yationts rIcVt evenly and quiot-
ly tlLroue-iout the operation, In analgesia achieved by a
Combined use of (I) and (11) in conjunction vith o.:y[;cn-
ather a-l-lesthesia, therc was a copplete absence of thc c.,:-
citation stage and the cur,-ical phase of aresthasia was
reacIacd rapidly (5-7 Min.). Less narcotic was uGed
tais nothod than usually.
Card 2/2
13

ZOMYAROV, A. G.
Appendicitis and Meckel's diverticulum. Khlrurgiia 35 no.12.-
64-66 D 159.
(MIRA 13:6)
1. Iz gospitalluoy khirurglehoskoy kliniki (zab. - chlou-korres-
pondent AN Te.4xhikskoy SSR Zasluzhenun dayatoll nauki. prof.
N.F. BerezkIll [deceased] Xalininskogo meditsiuskogo instituta.
(DIVERTICULITIS diagnosis)-
(APPINDICITIS)

-ACC -NRt AM6036lig Monograph UR/
Bkvortsov, Mark vanovich; YUkhov, Ivan Vasillyevich; ,ZeaL1yqpqy, B ch;
.Abchuk,VladiJr Avramovich; Mrvkhin,, Oktyabr' Aleksandrovich
Principles of sb*l maneuvering (Oanovy manevrirovaniya korabley) Moscow,
Voyenizdat M-Va obor. ww, 19660 269 p.' illus.,' biblio., 1 fold chart. Errata
slip insertedl Number of copies printed not givqn.
TOPIC TAGS: nav4 operation, marine engineering, ship navigattion, naval tactic
PYRPOSE AND COVEI*GE: This:book is intended for naval. officers afid students of
naval schools;'it can be also used by the *scientific and engineering staffs of
research institutes dnd the marine industry. Problems of ship navigation,
handling, and maneuvering at sea are discussed vith particulari application to
military purposes, such as approach to target or changing position of the ship
in relation tolsome specific object. Theories of probability,, detection, and
errors are use8L extensively in the text, particularly for the theoretical and
practical ana*9is of prob-lems of maneuverability. There are 3.6 references,, all
Soviet.
TABIZ OF-COMMM;[abridged]-.
Introduction 31.
Card 1/2 UW: 359:656.61.052

-
--
*-
-
-
--
-
'-
-
ACC NR
s,A
0
M
6
6
1
1
3
q
l
Ch. 'l. Principles of the general theory of ship maneuverability 9.'
Ch., 2. Sea search ifor enemy -- 38
Ch. 3. Determining elements of target motion -- 91
Ch. 4. Changing qstance afid-position in relation to an object 133
Ch. 5. Special cases of maneuvering by a single ship -- 170
Ch. 6. Principles1for,the evaluation of maneuvering accuracy 196-
Ch. 7. Joint maneiver of ships
-- 209.
Ch. .
8. Solving ma4euvering problems with electronic computers 234
Appendix. Maneuve#ing tables (19 tables) 252
Bibliography 26~
SUB CODE 15..17/ SUBK DATE: 03May66/ ORIG REF: 02T/ OM HU: 001/

2/2
CmM

ZEMLYANOT 0. Ye.j BERGMMp A4G.
Melting diagram of mqnoothanolenine with organic compounds.
Zhur.,bb. khlm. 34 no.UM~~3540 N t64 (MIRA 1881)
1. Rostovskiy-na-Donu inititut seltskokhozyaystvennogo ma-
shinostroyaniya.

ZEMLYANOVt M,.G.; KAGAN, 0, M.-, CHM'OPLfXOVp N. A.; CHETSERINv A. G.
"The study of the phonon specteu and disperion curves In vanadium"
Paper to be presented at the International Atomic Energy Vency
UAEA) - Symposium on Inelastic Scattering of Neutrons in St,3-ids
and Liquids Chalk Rilrer,, Canadap 10-14 Sept. 1962

ZEMYANOV M G CHERNOF1MOVj N. A.
"The study of inslastio acatterIng of cold neutrons
In some hydrogen contaJaing substances"
Paper to be presented at the Internatimal Atomio Energy Agency
(IAU) - Symposium on Inelastic Scatterimg of Neutrons in Solids
and liquids ChalkRiver., Canadat 10-14 Sept. 1962

CEMINOPLEMVP N. A.; ZEMLTANOVj M. G.; CHMERIN, A. G.
"The study of inelastic scattering of neutrons In the TI.-Zr alloy"
Paper-to be premented at the Intern ational, Atomic Energy Agency
(IAFA) - Symposlim on-Inelastic Se'attering of'Noutrofis in Solids
and Liquida Cbalk River., Canada, 10-3.4 Sept. 1962

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Apparatus for investigating ... E039/E420
screen. One filling (4 litres) of liquid nitrogen lasts for
8 hours. After the neutron beam has passed through these fil-ters
the flux of cold neutrons is 6 x 1o6 neutrons/cm2 sec and the
cadmium ratio is 7 x 10. The neutron spectrum determined by time
of flight in the energy range of 10-1 to 10-3 eV shows that the
~average wavelength of the neutrons is 4.8 Details of the
-5 scattering chamber which contains the,sample, and also the
mechanical neutron chopper are given. The angular divergence of
the incident beam is 4'. Neutrons scattered at an angle of 900
~pass through a window in the scattering chamber wall, through the
chopper and on to the detector at a distance of 495.2-cm from the
c0 chopper. The detector consists of 20 proportional counters filled
with BF3 (850% BIO) at a pressure of 700 mm. Each counter is
3.5 cm in diameter and 100 cm long and has a counting efficiency
of 407"1 for thermal neutrorfs. Details of.the associated
electronics are given and the results are analysed on a
128 channel time analyser. The neutron spectrum for cold
neutrons scattered elastically by vanadium is measured. This
~required 10 hours with the chopper working at 2600 rpm and using
Card 2/3

S/12o/62/000/005/007/036
Apparatus for investigating ... E039/C420
.a parabolic slit of M mni width and with the time,analyster
channel width at 64~Lsec. A spectrum of non-elastic scattering
Pf cold neutrons.by vanadium requiring.100 hours is also obtained$
Data on non-elastic,scattering is to be published later.
'--There are 11 figures.
ASSOCIATION: Inst'itut atomnoy:energii AN SSSR
(Institute of Atomic'Energy AS USSR)
SUBMITTED: December'16 1961,'~
Card 3/3

41437
S/12o/62/000/003/011/036
E192/E382
AUTHORS: Golovin, A.Ye., Zemlyanov utG._., Tsitovich, A.Ps
and Chernoplekov, N.'A.
-TITLE: A system of time delays based on magnetostrictive lines
for transit-time neutron spectroscopy
PERIODICAL: Pribory i tekhnilca eksperimenta, no- 5, 1962,
77 - 79,
TEXT: In comparison with univibrators for phantastrons,
magnetastrictive lines have the advantage that delays produced
by them can be accurately varied over a wido range. The system
of delays for the transit-time neutron spectroscope is based on
such lines. Thesa are in the form of nickel wire passing through
the axon of two toila. One of the colls receives a curren-% pulse
when a neutron is recorded by-a group of counters associat4d with
the line, the second coil then produces a delayed signal--The
dolay tima isi varied by shifting one coil relatively to the
other.. The whole delay system is based on 'four magnetostrictive
lines and its block diagram is shown in Fig. I. The signal from
each group of counters is amplified, pa33ed through the
6ard lV7.

S/120/62/000/005/011/036
..A system Of time delays .... E192/E382
discriminator, then suitAbly shaped and applied to the delay
line (see Fig* 1). The signal has a rise time of 0.5 ~is at the
output of the line and this is applied to the shaping circuit of
the next groups of counters and so on. As a result of this
operation, the signals at the output of the s)~~_tem appear with
various delays 4Z, 3-t, 2-t and Pt, where 'C, is the delay of one
line. The lines are in the form-of four parallel strings and all
the four coils can be shifted simultaneously. The diameter of
the nickel string is 0-5 mm and its operating length 13 30 cm, so
that its maximum delay is 60 lis. The transmitting coil has 300
turns and the receiving coil.500 turns. Both coils are screened
magnetically. The resolution of the noutron spectrometer with a
mechanical switch can be increased by about 2-5 times by using this
delay system. There are 3 figures.
ASSOCIATIM, Institut atomnoy energii AN SSSR (Institute of
Atomic Energy of the AS USSR)
SUBMITTED4 December 16, 1961
Card 214

S,/181/63/005/001/018/064.
B102/B186
Q
AUTHORS: 'Chernoplekov, N. A.t ~,emln
b~. G. ,Brovman; Ye. G.1
and Chicherin, A. G.
TITLE: Investigatioix of inelastic scatter'ing of neutrons from aTi-Zr
alloy
P
ERIODICAL: Fizika tyerdogo tela, v - 5, rro. 1 ,1963t 112-117
TEXT: The mechanism of.inelastic scattering of.oold neutrons from a
disordered Ti-Zr alloy (62% Ti, 38% Zr).was-,investigated by-.the time-of-
flight method. A general theory is given which interrelates the single-
phonon incoherent scattering cross section with the frequency spectrum of
of any crystal. The ratio of the components was so chosen according,t6
theoretical considerations as to make the mean amplitude of coherent
scattering equal to zero: