"SCIENTIFIC ABSTRACT LYAPUNOV, B.V. - LYAPUNOVA, YE.A."

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031030003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Man Enters the Cosmos
TANZ OF COMEMS:
Into the Cosmos
Kaluga-Moon
Our Sputniks
Our Lunniks
On a Winged Dream
Principal Question
The Cosmos Waits for You, Young People!
Bibliography
AVAILABLE: Library of Congress
Card 2/2
SOV/4880
3
8
16
21
24
30
35
39
AC/dwm/ifh
3[8/61

PHASE I BOOK EXPLOITATION SOV/4095
Lyapunov., Boris Valertyanovich, Engineer
Raketa (Rocket) 2nd ad., rev. Moscov, Voyenizdat, 1960. 233 p. (Series: Nauchno-
populyarnays, bibliateka) No. of copies printed not given.
Ed.: M.I.Kopytov, 7ngineer-Colonel, Candidate of Technical Sciences; Ed. of
Publishing House: Ya. M. Kader; Tech. Ed.: A.M. Krasevina.
PURPOSE:. This book is intended for the general reader.
COVERAGE: The book gives the history of rocket and missile development,
'describes basic principles of rockets and jet engines, and cites scme examples
of contempcrary rocket weapons. One chapter deals with problems of inter-
planetary flight. No personalities are mentioned. There are 48 references,
all Soviet(inclutling 12 translations).
TAkE OF CONTEIM:
Introduction 3
Card 1/2

Rocket SOV/W95
1. Motion Due to Reaction and Reaction Engines
U. Missiles: Control and Guidance
III. From the History of Rockets and Guided Missiles
TV. Contemporary Rockets and Guided Missiles
V. Rockets in the Service of Science
VI. Rockets and the Interplanetary Flight
Conclusion
Bibliography
AMIABLE: U-brary of Congress (TL784.L5 1960)
Card 2/2
1-2
39
75
3.10
146
172
215
226
Ad,/Pir/gmp
8-i-1-6o

Ships of the depths. Hauka i zhyttia no.21:57-59Fi 161.
(KM 14-.12)
(Submarine boats)
(Bathjscaphe)

LYAPUNIOV, Boris
~ -- -11- -- ~---- -- -,- -
Earth as a planet. Nauka j zhizn' 28 no.10:22-28 0
I (Astr3nautics) 1-~:1)

PHASE I BOOK EXPLOITATION SOV/5993
Lyapunov, Boris Valerlyanovich, Engineer
Rakety i mezhplanetnyye polety (Rockets and Interplanetary Flights) Moscow,
Voyen. izd-vo M-va obor. SSSR, 1962. 121 p. (Series: Nauchno-
populyarnaya biblioteka voyennogo izdatellstva) 50, 000 copies printed.
Ed.: Ya. M. Kader; Tech. Ed.: R. I. Chapayeva.
PURPOSE: This popular-science book is intended for the general reader.
COVERAGE: The book reviews modern technical and scientific achievements in
space exploration, and considers its further development. Descriptions are
given of Soviet earth satellites, ship- satellites, the Moon and Venus probes,
and the Gagarin and Titov space flights. No personalities are mentioned.
There are 35 references, all Soviet (4 translations). An unspecified number
of non-Soviet sources i7s also mentioned,
Card 1/3

Rockets and Interplanetary Flights
TABLE OF CONTENTS:
Publisher'!~ Note
Tntroduction
.L
SOV/5993
2
3
1. History of the Development of Interplanetary Travel Concepts 10
2. Modern Rockets and Interplanetary Flights 25
3. Satellites and Space Rockets 41
4. Preparation of a Space Flight 61
5. Space-Travel Technique 103
Conclusion 114
Card 2/3

Rockets and Interplanetary Flights
From the First Sputnik to Manned Space Flight
Bibliography
AVAILABLE: Library of Congress
SUBJECT: Aerospace
SOV/5993
119
121
AD/wrc/mas
7-11-62
Card 3 / 3

PHASE I BOOK EXPLOITATION SOV/6375
Lyapunov, Boris Valerlyanovich, and Nikolay Aleksandrovich Nikolayev
Skvoz' ternii k zvezdam I(Through thorns to the stars) [Moscowl Izd-vo
TSKVLKSM "Molodaya gvardlya)" 1962. 174 p. 65,000 copies printed.
Ed.: V. Fedchenko; Tech. Ed.: I. Yegorova.
PURPOSE: The purpose of this booklet is to familiarize the general
reader,with the present status of space training and flight, and
the space program for the future.
COVERAGE: This booklet describes the training of cosmonauts and the
orbital flight of Vostok spaceships, gives some data on spacesuits,
and discusses possible future space programs.
TABLE OF CCNTENTS:
Space And Man 5
Before the Big Launch 13
Card 1/8

LYAPUNOV, B.
Winged drear~~; Nauka i zhiznl 29 no.2:98-101 F 162.
1 (laRA 15:3)
(Aircraft)

LYAPIJNC)V,, B.V.
Facts and figures that you should Imov. Znan.si..la 37 no.4.,1+6
Ap 162. (JURA 15--4)
(Science fiction)

LYAPUNOV, B.
In the world of phantasy. Nauka i zhiznl 30 no.3:110 Mr 163.
(.M_M 16: 5)
(Bibliography--Science fiction)

LYAPUNOV, Boris Valerianovich; KOBLIKOV, V.,, red.
(On the wings of a dream] Ka krylliakh mechty. Kaluga.,
Kaluzhskoe knizbnoe izd-vo, 1963. 120 p. (MIRA 16.7)
(Interplanetary voyages)

LYAPUNOV, Boris Valerlyanovich
Rockets and interplanetary flights. Prepared by: Translation Division.,
Foreign Technology Division. Wright-Patterson AFB, Ohios 1963.
2,39 p, illus.,, diagre, (FTD-TT-63-210/1 + 2)
Title page alao in Rusaian.
Translated from the original Russian: Rakety i Mezhplanetriyye poletyq Moskva.,
1962.
Bib3iograpby: p. 136-138.
1. Artificial satellites, Russian,

IYAPIRIOV, Boris Valer'Z!novich
Present and future aspects of space travel, by Boris V. Lyapunov and
Nikolay A. Nikolayev Washington,, USJPRS, 1963.
209 p. (JPRS: 20,892: OTS: 63-31666)
"...translation of the Russian-Language book ... Skvoziteniii k zvezdam,
Moscow., 1962., pp 1-176.11
1, Space flight, 1, Title*

LYAPUNOV.-_Boris.V lerlyanovich; IaMINIROVA, Zh.14., red.; RAKITRI,
-~ ~ - ..j. .. -~ ~, -
1- - - ~ 11 . , T. p tekhn, red.
[Achievements of technology] Rekordy tekhniki. Moskvap
Izd-vo "Znanie.," 1964. 39 P. (Novoa v zhizni, nauke,
tekhnike. 114 Scriia: Tekhnikay no.2) (141RA 17:2)

1: 1
LYAPUT~ov,,,ppjzis.-Va.lerianovich., inzh.; Tplj)E,, Ya,V., red.; SRIBNIS,
11U., tekhn. red.
[Space station] Stantsiia vne zemli. Moskva Voenizdat,
1963. 151 P. WRA 17:2)

LYAFOOV, Boris Valerianovich; GALITSKAYA, T,1-1,2 redo;
- POLOZMMTSMA',- 7. So . mlad. red.
[Our planet today and tomorrow; sketches on the way man
conquers the depths of the earths the ocean, the atmos-
phere and space] Planets. segodnia i zavtra; ocharki o
tomp kak chelovek pokoriaet zemnye nedra, okean, atmosferu
i kosmos. Moskva, 1,1yslIp 1964. 142 p. (YIRA 18.3)

L 1597-66
AM4042763
EW(d)IFSS-21DR(1)IW(m)IFS(v)-31DFe(w)IF&(k)-219ffP(V)IT-21EWP(k)I
BOOK EXPIDITATIM UR/
523.2 L98 ep
1;~-cb (Engineer)
a _Am&1on__(Stantsiya vne Zemli) Moscov.9 Voyenizdat, Ye-va obor, Mo.. 1963-
0151 pp.. biblio- 35,000 copies printed. Naucbno- ulyarnaya biblioteks
'POP
Voyennogo izdatel'stva,
TOPIC TAGS: astronautics, space statign sp
manned ace station, extraterrg~strlal
base, nacecraft desiga, space platfo-rmj',~-,55
tj q a-Ar
PURPOSE PUD COVERAM. The actuality and interest in the building of space
stations constantly increases. The inhabited space stations are designated to
serve as base both for scientific research and other spacecraft. The idea of
space station was suggested forihe' first time by X. E. rDsiolkovski. In this
book,, B. V. Lyspunov describes the space stations of the future, They will serve
as sciences forunners in universe and an intermediary bases for interplanetary
spacecraft, The time has arrived for the realization of the plans consisting in
the construction of apace observatories. The idea believed to be a'fentasy until
;-the accoWl1Abmm.t of -the first historical space flight by Gagerin. In detaili
the book presents the history of space station concept, the p .resent state of the
problem end its relation td the achievements in astronmt-Ics of latest years.
Card 1/2

LYAPM]OV2 Boris ValeErij~a~novic ;,ZENKEVICH, L.A., red.; POZIIIDAYEVA,
El.u., red..; MAKASOVA, L.P... tekhn-. red.
[Ahead of us lies the ocean] Vperedi - olwan! Yoskvaj, Izd-vo
"Sovetskaia, Rossiia," 1,901 177 p. (MIRA 15:3)
1. Predsedatell okeanografiaboskoy komibsii Akademii nauk MR,
chlen-korrespondent Akademii nauk SSSR (for Zenkovich).
(ocean)

-6 EPA(b)/EWP(J)/W.VR(1)/FK'(m)/BDS/FBD/FCO(w)/FS(b)/FS(v)/L?EC-2/
D '3(v
E ~0 F-2 F~SH(V)~/ESI~a)/ZS(b)CES(c)~S(SkYF.Sqo)-2 EXVFT AFMC AnC/A3D/ESD-3/.9SD Pd-h
HA PLO~,
I OK I
I
Pc-4/Fe-h/Pb-Iv Pi-4/Fo 11-7 SOV/6375
pa-4 TT/RK/AT/AR/RD/PT-2
Bo-ib Valor#
Lyapuziov., I !yan ylqh, and Nikoiay Alekaandrovich Nikolayev
Skvoil tornii k zvezdam (Through thorns to the Stars) (Moacowl Izd-vo
TSKVLKSM "Molodaya gvardiya,," 1962. 174 P. 65oOOO copies printed.
Ed.: V. Fedchanko; Tech. Ed.; I. Yegorova,
PURPOSE: -Theipurpose of this booklei-i,,i to familiarize-.the general'
readeriwit.h.the present status of space,training and flight,, and
the space program for the future.
COV&RAGE: This booklet describes.the training of cosmor-aute and the
qrbltal. flight"of Vostolc spaceships, gives some.data onspacesuits,
and discusses possible -.future space,. programs.
TABLE OF CONTENTS:
.Space And Man*
5
Before the Big Launch 13
Card 1/8

N~M oil
14'03199'per aspem SOV16375
On the Way to the Universe 28
Two possible methods of compensating fpr &-forces
are suggested. In 'one case, as.the g-rorces In;-
crease ~the spaceship cabin is automatically filled
with water which negates the Increased weight of
the cosmo~;utls body and still permits him to main-
tain control of the vehicle. As the g-forces.de-
crease, compressed air forces the water from the,
cabin. In the second caoe, the cabin, an anti-
gravity capsule, automatioally rotates so that at
all times the cosmonaut withstands the g-forces
from-cheat to back.
"Terrata
49
1) It may be possible to design,an aleetro-
magnetic cannon.to destroy.mateoro threat-
-ening to damage-the spaceship.
Card 2,A

L.1034o-63
Ad astra e~ aspers. SOV/6375
.~2) Experiments have shown that direct radi
ationhas stunted the growth, malformed,
reduced the produe.tivityo and even changed
the color of deeds.
Several drugs for*the prevention of radi-
3)
ation sickness have been developed and
tested on animals, Antiradiation medicines
were,cari-ied by Cosmonaut-3 and Cosmonaut-44
.4) The Vostok-3 and Vostok-4 had protootive
radiation shielding. In the future it may
be necessary to design a special protected
section where thq, cosmonaut could-take
-cover during solar flares.
5) -In the opinion,of space medicine specialists$
existing shielding is adequate to protect th~
cosmonaut against overheating In case of an
emergency,
Card 3/8

'L 103hO-63 ZVI
Ad,astra'per asp,6ra SOV16NO
00
.6) During their flights, Nikolayev and Popoy1ch
made their own medical observations.. In the,
future, cosmonauts will probably receive medi-
cal treatment automatically,, without commands
from earth. An automatic device will change
the envircinmontal conditions in the cabin as
needed or,. In an 'emergency, will land the space-
ship.
7Y Some of the electronic equipment aboard the
,spaceship is very compact, with.up to 2000
parts in one-cubic, centimeter.- the instru-
ment *Package and power source-for recording
the functiopd of the brain and optic nerves
Is ths size of.a match box.
YOU the.Cosmonaut
Card 4/8

L 103ho-63
Ad astra per aopera ~_SOV16375
Multiday-Group Flight... 103
The assembling of a-station in outer spaAe is
.completely feasible. The future-apage progra
may be scheduled as follows.
1) More flIghts,will be made to investigate
space in the vroxim t of the earth.
2) An orbital flight by a two-man crew will
be made..
Two spaceships will try to rendezvous and
an attempt will be made to assemble an
Interplanetary ship,
4) Three cosmonauts will spend a "ek in space
In a fli ht around tba-mopp,noting possible
landing sites.,
Card 5/8
_2

L IOJhO-63
d astra, per aspera SOV/6375
2) 'The supply of provisions aboard.the Vostoks
.,was sufficient for a flight to the moon and
back. At present, the problem is to provide
cosmonauts with a,.supply:of food and water
sufficient to last months or even yea.".
Presently developed food rat:Lons consist of
-paste in tubes and tablets, both [sic] with
a calorle value of about 600-800 calories.
Three ttibes. or one hundred tablets consti-
tute one ration for a 24-hr period.
3Y Authors describe a spacesuit which weighs
about nine and one-half kilogramW.and con-
sists of several le&ers of nylonVj6in 'ed to-
gether,by. neoprene \91nterlaTers-.-~;Thei helmet
is of special rubber and.screws onto the
suit. Power-source batteries for the spacd-
suit arelocated on the back.. A liquid,,
..which.forms a shield against radiation, enters
an interlayer when thecosmonaut passeb'through
;.q.
Card 7/8
L

61t
'L 'DAO-a ra per aspera SOV/6375
alradiation belt or during solar flares. Cir-
culating liquid oxygen in another Interlayer
protects against oierheatIng and at the same
time absorbs.carbon dioxide. This complicated
spacesuit can be donned without aid in about
five minutes, In an earlier paragraph the
authors refer to a spacesiAt developed by a
rivate foreign (non-Soviet] firmi which cost
nearly halfa million dollars." Thus it is*
clear whether the suit described-above is 'of.
_.',.,Soviet.or non-Soviet design.
_One.Cannot~Live Forever in the Cradle 145
AVATT-ART, Library-of Congress.
ISM3JECT: Aerospace
chall~ AD/dk/jw
Card 8/8 7/31/63

22(l) 30V/3- 59-4-'1'//4"
AUTHORt Lyapunovy Docent
T ITL~I The 13chool is Yllaitln,~- for an All-iticiind
FE'RIODICAL: Vestnik vysshey slikoly, 1959, Nr 4, pp 2 9 - " 1 (` 1
ABSTRACT: 7YIhen reorganizinfr the Soviet secondary school "lie traini.-.,,~
of teachers, who will be engaged in the students' vocational
training, will apparently be carried out by technical and
agricultural vuzes, or eneineerin.- and agricultural-pedago-
gical departments of pedago,-,ical instiiutes. Teacc..ers on
subjects of general education will, as before, be trainel in
universities and pedaL-,-ogical institutes. T!,e principal task
of the latter will be to train teachers for the mass 8-year
school, while the universities will train instructor-; for the
senior classes of the 8-year school an," the 9th to 11-th classes
of secondary schools. A radical improvement in the traininn,-
of teachinr- personnel will be necessary. The author mentiGns
the measures which have been introduced in recent vearo bv 'U'-e
11inistry of Higher Education for improving the peda,,-oi~ical
Card 1/2 training of university students, and points out the -Droblo-.-

SOV/3-59-4-6/42
A.
The School is Waiting for an All-Round Zducatcd Teacher
which still remain to be sclved. They refer to prof~rams,
textbooks and visual aids. He emphasizes the importance of
the students' scientific training in his specialty. The
Chair of Pedagogics of the GorIkiy university has worked out
a long-term plan of its development, providing several meas-
ures for the improvement in the pedagogical training of pro-
spective teachers. Among others, it is intended to est~--.:)Iish
workshops in pedagogy and psychology as well as in methods of:
Rusei= language, literature and history, biology and chemistry, pny-
sics and mathematics. There are 2 Soviet references.
AS30CIATION: Gorlkovskiy gosudarstvennyy universitet imeni N.I. Lobachevs-
kogo (Gortkiy State University imeni N.I. Lobachevskiy)
Card 2/2

YAABXR. Aleksandr Moyseyevich; GAWARL-4, Ye.l., inzhener, retseazent;
_JjAC'DIQj I-&&,Jmndldat tokhnicbesk*ikh nouk, doteent, retsenzoat:
Te. ., kandi4st tokiinichookikh nauk, redaktor;
LAM-Al 7.10, inzhoner, redaktor izdatellotys; RUDZUSZIY. YaJ..
tekhalcheakiy redaktor
[Snginoering precision of gear cutting machines and means of
improving it] Teklinologicheskale tochnost' zuboreznykh stankov
sposoby so povyehenita. Kiev, Goo yw uchno-tektui. ivd-vo mashinostrit.
lit-ry, 1957. 190 P. (IllaL IU:10)
(Gear-cuttive, %achines)

LYAPUNOV, M.A.
Construction ?nd r-r-o,,Ptrv ~)f Ehavors for finishing gear wheels.
Trudy KYPI. Ser.mash~ 19. no-5:133-139 '59. (YMU 14:9)
(,.,t-ar-cuttinf- machines)

L O-G51P-67 E'~',T(d)/Ei',T(m)/F-~-L7,(C.)/.EY,'P-(v)/E';IP(t)/ETI/El,'IP(k)/E7,P(-h)/F-"lp-(I I P-(
;occ ;~YU`019451 Vonograph
0
'Jkhail Alekrard~rovicn (Candidate of Technical Sciences); 7qenta YEv-fen4y
'ch (D3- nt
~Lco In. C: ov=j 731~.Lechnical Scienc
I as 11LIf a ell Favlov. oce
En -01
V
Elec'ric pulse machining of tough metals and alloys (Elektroimpullsnaya obrabotka-k,/
vyso7koprochnykh matallov i splavov) Ki-lev, Izd-vo "Tekhnika", 65. 0149 p. illus~~-
2,500 copies printed.
TOPIC T'%GZS-. metal finishing, metalworkin,-, machinery, electric metal finishing, high
stren'-th metal, high trength alloy, precision finishing
LMI COVERAGE: This book gives the principles of electric pulse working of
parts made from tough metals and alloys. ;-Iso presented is the technology of fin'sh-
*r.- sectional surface, production and reconditioning of rigging cquip~,kent. The,equip-
ment for electric pulse woecin.- (fuel supply, machinery) is described, and recomijn--
dations are made for its use. The boolki~-considered useful to technical engineers
dealing with -oroblems in the technical preparation of the production of machine con-
4-
struction courses in technical instituteso
TABU OF CONMITS (abridged):
Preface-5
Ch. I. Main points and electrotechnical characteristics of electric pulse working-7
Ch. !I. Equipment for electric pulse working-21
Card 1/2 11 -

I ACC NR-. AX-6019451
Ch. T71. -Principles of
the tecu-nology of electric pulse working-46
Q. W. Precision and quality-of the surface of parts finished aby electric pulse
e k, -76
*hods
m
Ch. V. 'E'lectric pulse working of sectional surfaces, production and reconditioning
of technological rigging equipment-86
Bibliography-143 ' refractory metal
SUB CTIjE: OCI SUBM DATE; 290ct65/ ORIG MY: 028

SOSIPATROV. T.M.; LTAPUNOV, M.F.
Obtaining thenardite from the brines of Lake Kuchuk under natural
conditions. Izv. Sib. otd. AN SSSR no.6:59-68 158. (MIRA 11:9)
1.Zapadno-Sibirskiy filial AN SSSR.
(Kuchulk, lake--Thenardite)

I
VISYAGIN, N.I. (deceased); LYAFUNOV,_M F
Isothermal evaporation of brine from lako Bollshoi Anzh-Bulat at
25% Trudy Khim.-met.inst.ZaA-Sib.fil.AN SSSR no.12:47-5/+ 158.
(MM .14:6)
(Bollaboi Anzh-Bulat, Lake-BrIzes)

VISYAGINX N.I. [deceased]; MOLISKAYA, Yu*P.; LUWNOV., M.F.
Methods for the industrial utilization of the salt resources of
lake Bol'ahoi Anzh-Bulat. Trudy Khim.-~et.inst.Zap.-Sib.fil.AN SMR
zw*12:55-64 158* (MIU 14-.4)
- Bollshoi Anzh-Bulat, Lake-Thenardite)
~Bollshoi Anzh-Bulat, Lake-Sodium sulfate)

SOSIPATROV, T.M.; LYAPUNOV, K.F.
Variation in the chemical composition of natural brine from
Solshoi Azhbulat lake according to data from many years. Izv.
Sib. otd. AN SSM no-3:76-82 159. (MIRA 12:8)
1.Xhimiko-metallurgichaskiy institul. Sibirskogo otdeleniya Akademii
nauk.
(33olshoy Azhbulat lake-Water)

LYAMW"X.Y.
Formation of thenardite in Bollshoy Azhbulat Lake. Izv. Sib. otd.
AN SSSR no.6:95-100 159. .(HIRA 12:12)
l.Khimiko-metallurgichaskiy- Institut Sibirskogo otdoleniya
AN SSSR.
(Bollshor Azhbulat, Imake-Thenardits)
~ - ~- -. -_

LYAPUNIOV, M. F., Cand Chem Sci (diss) "Formation of the chemical
composition of brine from B. Azhbulat Lake and its hydroche.,!,ical
conditions." Novocherkassk., 19,60. 22 up with grapns; (T-',in'stry of
.: ion RSFSF N
Higher and Secondary Specialist EducaT; I
of Labor Red Banner Polytechnic Inst im Sergo Ord,-,honikidze); 150
0
copies; price: one ruble; (KL, 22-60, 132)

LYLPUNOV, M.F
Over-all utilization of the water and sat re'aources of the
Kulunda Steppe, Izv, Sib. otd. AN SSSR no, 3:54-60 163-
(MIRA 14:5)
lAximiko-metallurgicheskiy institut Sibirskogo otdaleniya
AN owap Jovosibirsks
v
(Kulunda Steppe-Water moources ae e1 ant)
osi or
(Kulunda Steppe--Salt dep to

LYAP11,111Vt -M.11
Hydroebemical features of the Ob River In the section,near the
Novosibirsk Reservoir. Izv.Sib.otd.AN SSSR no.2970,-785 t6l.
(MMA 14:3)
1. Ehim1k>-metallurgicheskiy institut Sibirskogo otdeleniya AN
SSSRj Novosibirsk.
(OUl River-Water-Ana-lysis)

LYAPUNGV, X.F.
Formation of the chemical composition of brine in Lake Bolshoy
Azhbulat. Izv.,Sib.otd.Aff SM no.8183-92 161. (IMIRA 14z8)
1. Dimiko-metallurgicheakiy institut Sibirskogo otdeleniya
AN SSSR, Novosibirsk.
(Azhbulat., Lake-Brines)

NIKOLISKAYA, Yu.P., kand.khim.naul~t LYAPUNOV, M.F., kand.khim.nauk
Artificial deposits of mineral salts. Fri-roda 51 rio-4:66-70
Ap 162. (KIRA 15. 4)
~. Khimiko-metallurgicheskiy institut Sibirskogo otdeleniya AN SSSR,
g. Novosibirsk.
(Kulunda Steppe--Salt deposits)

LYAPUNOVI M.F.
Problem of thenardite formation in Lake Kuchuk. izv. Sib. otd.
AN SSSR no.2:118-UO 162. (MMA 16:10)
1. Khimiko-metallurgicheskiy institut Sibirskogo otdeleniya
All SSSR, Novosibirsk.

11YAPUNOVI IM.F.
Salt, f iow f n the Bu---'la- rd,r--r and z;rl Lt uc-urnulatic,-. i -, jak-2
Azhbulat. Izv. 3ib. o'd. -N S~,,R no,12.-92-102 I
(M-u, 17- S)
1. Khimikc-metallurgicheskiy in-l~tif.li~ cll(4a'-,,rray:j
IiN S1,1113Rt
- -k.
f Novos2bir_,

Translation from; Referativnyy zhurnal. Khimiya,
AUTHOR: Lyapunov
TITLE: Plastics on the Base of Aniline-Formaldehyde
PERIODICAL: Prom.-ekon. byul. Sovnarkhoz Permsk.
Nr 4, pp 24 - 27
SOV/81-59-7-25424
1959, Nr 7, P 531 (USSR)
Resins W
ekon. adm. r-na, 1958,
ABSTRACT: The manufacture, properties and application of aniline-formal-
dehyde resins ara briefly described, as well as their modifications
by rubber and the production of articles by die casting. It was
noted that the production of plastics on the base of aniline-
formaldehyde resins is very promising in the Permskiy economic
administrative rayon.
A. Vavilova
Card 1/1

TIMOF=IA, Z.N.; LY.A.PUTIOV, M.I., red.
[Utilization of chemical industry by-products] IspolIzovanie
otkhodov khimicheskogo proizvcdstva; sbornik statei. Perm',
Permskoe knizhnoe izd-vo, 1960. 62 p. (MIRA 17:5)

AUTHORS:
TITLE:
PERIODICAL:
23725
S/057/6i/O31/oo6/oo9//o19
111 16/B203
Sedykh, V. M., Zorkin, A. F., Dmitriyev, V. M., Lyapunov,N.V.,
and Yatsuk, L. P.
Parameters of H-shaped wavegriide3 in millimeter and
centimeter wave bands
Zhurnal tekhnicheskoy fiziki, v. 31, no. 6, 1961, 69/0-703
TEXT: The authors divide the papers theoretically determining the
parameters of H-shaped waveguides into two groups: (1) papers by foreign
authors: S. Cohn (Ref. 1: Proc. IRE, 35, 783-788, August, 1947),
K.-Tomiyasu, L. Swern (Ref. 2: Proc. Nat. Electr. Cont., -10, 76-82t 1954),
S. Hopfer (Ref. 3: Trans. IRE, LTT-3, no. 3, 1955), using the method of
equivalent schemes; (2) papers by L. N. Deryugin (Ref. 4: Radiotekhnika,
no. 6, 1948), A. Ya. Yashkin (Ref. 5: Uch. zap. MGPI imeni Lenina, 101,
1957), 11. F. Funtova (Ref. 6: Uch. zap. MG?I imeni V. 1. Lenina, 88, 11054),
using the more accurate electrodynamic method of determining the eigen-
value (critical frequency) of the H-shaped waveguide (working on the basic
wave H10 ). The authors of the _:)resent paper calculated the main parameters
Card 1/5

23725
S/057/61/03i/oo6/oo9/oi9
Parameters of H-shaped waveguides ... 3116/3203
of H-shaped waveguides: the critical frequency, the damping constant,'the
peak power, and the characteristic resistance, from a uniform standpoint,
on the basis of the solution of the field equations. They present the
scheme of calculation, the final formulas for calculating the parameters
of H-shaped waveguides, and numerical data of these parameters for some
H-shaped waveguides developed and tested at the Yharlkovskiy universitet
(Kharikov University). When determining the critical frequency (the
.eigenvalue)'f, they only study the two ranges I and II (Fig. 1), and
CO
tir %a= 1-ctg %b2'5~
obtain P! (6)
for the calculation of intirst a y 2 2 2
pproximation. 9n h' n + Sn;
n 0, 1, 2.,,. In a similar.-jtaY,__they_9btain the formula
ets %a jv etg %b = 2�L2~ Ctsf P'b
(7)
gh "La 22 P.
2 2 2
for an H wave. s ; n 0, 1, 2, ... In the
20 n 17 n; Bri + Pn
practice, the H wave is the wave nearest to the basic wave (and
20
--cardl-2/5 .. .....

Parameters of H-shaped waveguides ...
23725
S/05 6110311,00610091019
B116Y3203
therefore the most dangerous one).for the dimension3 of the cros3 section
of H-shaped waveguides. Thus, the pass-band'of the H-shaped waveGuide is
obtained by d;termining the critical frequencies of the waves H10 and H 20
from (6) and (7). The other parameters of an H-shaped waveguide had been
calculated in a paper by V. M. Sedykh (Ref. 7: Izv. vyssh. uchebr. zaved.
I Further studies, however, showed
LIVO SSSR, Radiotekhnika, no. 3, 1959)-
that more accurate results nearly equal to the test,results were obtained
by using the formula W,.=-1Rej[EH-]d.,.
2 (8)
S
for determining the power transmitted by a waveguide of complicated cross
secti.on. In this case, the damping constant a at frequencies higher than
the critical one can be determined from
R.fjHjj2d1
a. (9)
i[EH-ld.
8
where R. For an H-shaped waveguide,
Card 3/5

W
2372_5
S/057/61/031/006/009/019
Parameters of H-shaped waveguides Bl16/B203
R, [(A)' V, ul
(10)
f)
is written down, where V=9!CO-'-["'n"-t-2(h-i-deoe.b)]-.%.I..2va
h2
sin2xb
b_!Ln~),
27. htsint%b 27.
COO-1a
T== 2401,ff a -i- b -
T -00%6 -2- &
2T
__L f 2
For the peak power of the w veguide, (12)
T 2r,
.3.S obtained, where W is the peak power at an infinitely high
frequency, and In analogy to the rectangular waveguide, the
2
characteristic resistance Z is calculated from Z = veff 711t (13), where
veff the maximum effective voltage between the steps and Wt is the
transmitted power. From (12) and (13), the authors obtain
Card

23725
S/05 61/031/006/003/019
B1!6Y32O3
Farameters of Y-shaped waveguides ...
7, (14)
1 fc.,
4r2','2
for the H-shaped waveguide, where Z~, is the characteristic
T
resistance of the H-shaped waveguide at an infinitely hi,--h frequency (f=;,-).
From formulas (6), (7), (10), (12), and (14), they compute the parameters
for six H-shaped waveguides, gnd plot the curves a(f). There are 4 figures,
2 tables, and 9 references: 5 Soviet-bloc and 4 non-Soviet-bloc.
ASSOCIATION: Kharlkovskiy gosudarstvennyj universitet im. A..M. Gor,kogo
(Kharlkov State University imdni A. 114. Gorlkiy)
Y
SUB14ITTED: July 11, 196o 2a- A b-i
C
-A4
7`~
Card 5/5

23727
S/057/61/031 /r,,o6/,.,l 1 /01 'o
/300 Bi 16/B203
AUTHORS: Dmitriyev, V. M., Zorkin, A. F., Lyapunov, IT. V., and
Sedykh, V. M.
TITLE: Approximation method for calculating the eigenfrequencies
of irregular limit resonators
PERIODICAL: Zhurnal tekhnicheskoy fiziki, V. 31, no. 6. 1961, 712-716
TEXT: The approximation method described in the present paper is based
on the use of the cross-section method, and yields rather simple and
suffic-.*.ently accurate formulas for determining the resonance wavelengths
of irregular limit resonators. First, the problem is formulated and a
general solution is given. The authors consider a section of a tapered
irregular waveguide (Fig. 1) made of an ideally conducting metal. The
other end of the waveguide is assumed to be closed with a stopper; the
waveguide is excited at that end. At certain frequencies, such a device
will behave like a resonator. The relation between the reconance wave-
lengths of such a resonator and its dimens 'ions is to be determined. The
cross-section method developed by B. Z. Katsenelenbaum (Ref. 3: DAIT SSSR,
Card 116

2J727
S/057J61/031/006/01I/O
Approximation method for calculating Bl16/B203
102, no. 4, 1955) is used for the calculation. The authors study an
element lying between the planes S 1 and S2 and the lateral resonator
surface, assuming that the lateral surface only slightly differs from a
cylindrical one. Then, dz/dt vP~h (z) (1) -holds with sufficient
-- - fXO-1---1 2
accuracy, where v v A (z),1 is the phase velocity of
Ph(z) 0 c
the wave in the cylindrical waveguide; I (z) is the critical wavelebgth
of the cylindrical waveguide; and Ao is the wavelength in the free space.
After separating the variable.s, (1) is transformed:
P P12
dt j dz. (2)
f -VI
I
0
where ~d is the wavelength in an irregular limit waveguide, T is the
oscillation period, p . 1, 2, 3, ... It is assumed that the critical
cross section totally reflects the electromagnetic waves like a metal wall.
Card 2/6

23727
s/o57J61/031/006/01 1/019
Approximation method for calculating ... B116/-';;207J
In this case, the resonance.condition reads: ?'0 (Z) J-P 1.. (3),
AP is the resonance wavelength of an irregular limit resonator., If
AC (z) is known, the resonance wavelengths can be determined from (2) and
W- 'A c(z) must be determined separately for every resonator shape. Now,
the authors study a conical limit resonator of any cross-section shape.
With the use of the similarity of the resonator cross sections, they_--,-,
0)
obtain the formula p AC(O) arctan a (6), where a
2d
/'o
If P, AC(0), and d are known, it is possible to determine a, and, there-
fore, also the resonance wavelength, because %P = X0 = X, (0) (7),
V T-T 72
where /A. (Oj is the cri'Dical wavelength of the cylindrical waveguide of
the cross-section S; d is the cone height. 'With the use of (6) and (7),
it is possible to determine the resonance wavelengths of conical resonators
of any cross-section shape (H,il , and others) for which the critical
Card 3/6

2 ~'-A 727
S/057/0/031/006/011/019
APproximation method for calculating ... B116/B203
wave length is known. Conical resonators of rectangular and round cross
section are studied as examplea. For the former catie,
abp a arctan a (8) and
1(mb)2 + (na)2
d %
,2ab
A r .. .... (9) are written down instead of (6)
1/(mb)2 + (na)2 -1"i 2
Ttp tan G
and (7). For the latter case, u a arctan a (10) and
2na w.ittimn
umn 1/1 + J- (11) are en down for B waves, and
p 7E tan 0 arctan a (12) and 2.na (13) foi H waves,
Um'n r U 'I', /I + a2
mn
where u are the roots of the Bessel function and ut are the roots of
mn . mn
the derivative of the Bessel function. To check the formulas obtained,
the authors determined the resonance wavelengths of rectangular, irregular
Card 4/6

J i
3/057/61/03i/t,o6/o,:i/oi9
rqethoi~ f 1)v 15116/332 0
limit .esonators 'oy eyp:~ri::,ent'. They examined two resonators with
a = 20 mm, a 1 = 16.6 mm, d~ I= 280 inim, a = 23 mm, a1 = 17 mm, and d
= 120 mm,, resDectively, t*he nazrow cross section was unchanaed over
the length and equal to b = 10 mm. The resonators were excited by the
H 10 wave. Since /`0 does nct" de-pend on b in this case, forrrulas (a) and
(9) could be checked resonators. LleasureTents were made by
the "suc?ing-off" ~lethod in t-he '~ hre e -cent imet er band. The experimental
Uest showed that- t'-e lo_-mulas obtained are usable for the practical
calculation of conical resonators. There are 4 figures, 3 tables,
and 5 Soviet-bloc
.IISSOCT;'ITION: '~qo~udarstvennyy universitet im. A.?,,!. GorIkogo
Khar ~ koV U
Ii 4- e niversity imeni A. 11. GorIkiy)
SU3;',f!TTED: July 27, 1':~60
j/
Card 5/6

-) ~- -, I
. -, f ~
n
Appro;-r -im a tion met.. oc. c a lcul at in, . . .
S/057/61/031/006/011//oig
B116/32013
- 26, d
- --. oz
-:E=- -
F,~J
Card 6/1

'~.ACCESSION M: AR4023752' 8/0274A4/000/001/AO56/AO57
."SOURM M. Aadiotakbnika i elaktronvynol, Abe. IA359
AVTHORZ ShUbarine Yu. V.1 Dmitriyev, V. M.; Lyapunovt No V.
':.TITLE: Radiation from the open end of a waveguide of complicated
shape
CITED SOURCE: Uch. zap. Hhar1kovsk. un-t, 132, 1962, Tr. radio-
fiz. fak., v. 7,, 33-41
TOPIC TAGS: antenna, waveguide open end antenna, h shaped wave-
guide, cruciform waveguide, directivity pattern, matching with free
space, Kircbhoff,integral
TRANSLATION: Expressions are obtained for the directivity pattern*
of the open ends of an U-shaped or cruciform waveguide in the E and
,H planes. Unlike the known mirror-antenna radiators, made in the
ard
L
F

i"ACCESSION NR: AR4023752
form of Ia rectangular or round waveguide, the H-shaped and cruciforml
;?, radiators ensure better matching with the free space and extend the
possibility of obtaining a directivity pattern of desired shape.
4
Abe Kirchhoff integral is used to calculate the field. The fomu-
,.Ias obtained are used to calculate the directivity pattern. An
Experimental investigation has shown that the measured diagrams aJe
20--40% narrower than the theoretical ones for all,the radiators
~;_The best matching-with free space is afforded.itwy the cruciform ra-
diator. Bibliography, 3 titlesi ff. B4;'
DATE ACQ: :03Mar64 SUB CODEt GE#*_-~S
ENCL: 00
C,,,d 2/2

HOR.,: Dm
cai
bMi
taperl,
of th6
t AUtationzodcurs thmugh the- Iris at the wide end
giadiii1l,
a orm emL
reonator -bleavis-ijolved without Wking,iatd acc-3unt attenuation in
pro
thin intwa InfItte 0. of various typla of'oscillationg.
mom

ACCESSION NR: AR4023757 S/02*74/64/000/001/AO60/AO60
SOURCE: RZh. Radiotekbni--.a i elektrosvyazt, Abs. 1A384
AUTHORS: Dmitriyev, V. M.1 Lyapunov, N. V.; Tereshchenko, A. I.;
Chaban','A. Ya.
TITLE: Experimental investigation of electronic tuning of an ir-
regular cutoff resonator
CTT D SOURCE:. Uch. zap. Eharlkovsk. un-t, v. 132, 1962, Tr. Radio-
fiz.-fak., v. 7, 75-77
TOPIC TAGS: cutoff resonator, cutoff cavity, irregular cutoff reso-
inator, resonator tuning range, electronic tuning
TRANSLATION: The dependence of the tuning of a rectangular cutoff
resonator on the electron beam. current passing through the critical
section of the resonator was investigated experimentally. The reso-
Card--- 1/2-

ACCESSION NR: AR4023757
inator dimensions were: a 26 mm, a, 12 rmn, d 86 mm, b 10 mm,
where a and a lengths of the resonator broad wall, b -- length of
the narrow wall, and d -- length of the resonator. The resonant
wavelength for the H mode was 35.5 mm. A thin tungsten cathode
101
0.45 mm in diameter was placed in the critical section of the resona-,
tor, and the anode was-the resonator itself, excited through a dia.-
phragm. The emission current was varied by varying the filament cur-,
rent and the potential difference between the cathode and the resona-'
tor over a range at Which there was no space charge. Experiments
showed a linear connection between the relative tuning AXA and the
I beam current I; the tuning range was 2%. An irregular cutoff reso-
nator by an electron beam has a tuning range several times that 0t
an ordinary resonator. Bibliography, 3 titles. 0. N.
DATE ACQ.-* 03Mar64 SUB CODE: GE, SD ENCL: 00
c,rd 2/

,jACCESSION NR: AP40425~9 S/0109/64/009/007/1313/1318
~,AUTHOR: L apunov, N. V.; Borodavko, Yu., M.; Zaytsev, A. Ye.
y
TITLE: Inductive diaphragms in ridge waveguides C Report at the 19th All-Union
Conference of the Scientific and Technical Society of Radio Engineering and
Electrocommunication, May, 19631
SOURCE: Radlotekhnik.a i elektronika, v. 9, no. 1, 1964, 1313-1318
.1 TOPIC TAGS: waveguide, ridge waveguide, single ridge waveguide, double ridge
waveguide
i~ABSTRACT: The. results of a theoretical and experimental study of inductive
1 diaphragms in single- and double-ridge waveguides are reported.. A formula for,
calculating the susceptance of an inductive diaphragm in an arbitrarily
proportioned ridge waveguide is developed. The formula was experimentally
verified with inductive. diaphragms mounted in a single-ridge waveguide;
ICard-J/2

A CCESSIOM NR: AP4042529
0. 5 1; voltage standing-wave ratio, 1. 05. A discrepancy of about 20% is.''
!explained by the approximate 'nature of the calculations and by the inadequate
diaphragms and flanges. Orig. art. has: 4 f igurea * 24 formulas, and 2 tables$
;ASSOCIATION: MarIkovoldy universitet (Kharlkov University)
SUBMTTE:D: 12.Tul62 ENCL: 00
SUB CODE: EC NO RE]? SOV., 005 OTHER: 002
~Card
777, 77

LYAPUNOV, N.V.; SHEIN, A.G.; TERESHCHENKO, A.I.
Calculation of nonuniformities in waveguides using the Lorentz
lemma. Izv. vys. ucheb. zav.; radiotekh. 8 no.1:11-17 Ja-F 165.
(WRA 18:5)

LYAPUI40V jj.,,-_jX1ITR1Y9V, V.M.; SEDY]KH, V.M.
Calculation of cutoff frequencies of H and TJ waveguides. Radio-
tekh. i elektron, 11 no. 2045-346 F 166 (MIRA 190)
1. Submitted June 2, 1965-

LYAPUNOV. V.
News report from outer space in the twonty-first centurye Nauka i
zhiznl 27 no.11:4-8,16 N 160. 1 (KIRA 13:12)
(Interplanstra7 voyages)

BABKINJ, N.N.; GREBENSHCHlKOV, L.S.; ZHALIN, N.I.; PROKHOROVAq T.I.;
LYAPUNOV Yu.A.; LOBAWV, P.A.
&.rerall dust removal from the atmosphere of the Berezovskiy
Mine. Gor. zhur. no.5a6l-63 My t'64. (MIRA 17-.6)
1. Vsesoyuznyy nauchno-'soledovatellskiy gornometallurgicheskiy
I
institut tsvetnykh metallov (for Babkin, Grebenshchikov, Zhalin,
Prokhorova). 2. Berezovskly rudnik, KazSSR (for Lyapunov,
Lobazov).

Lyapunov, Y-u-iy Ignat"Yevich I ", 9 P " I- ( - T-- ~,
L- UiK"'i A[-Z, -Z',
-,193404
Sportivnyye sooruzheniya Moskvy
L'77uildings used for sport activities in
Mosccti7 Moskcva, III-loskovskiy Ral,ochiyll
1957.
103 P. illus.

GRISHCHENKO, A.Z.; FEDOTOVA, L.M.; LYAPUNGVA, A.I.
Automatic control of the heat conditions in the mass --ercerization
of cellulose in a continuous action apparatus. Kriim. volok. no.1;
12-15 162. (WRA 18W
1. Kiyevskiy institut avtomatiki Gosplana UkrSSR.

TARASENKO, A.V.; RMCIEVSKIY, I.N.; LYAPUNOVA, AJ.
I Device for determining the completion of the reacIlion of sulfitization.
I Khim. volok. no.ltl8-20 162. (MIRA 18:4)
1. Kiyevskiy institut avtomatiki Gosplana UkrSSR.

SOLOMATINA9 0,G,,,, dotgent; LYAPUNOVAI A,P.j, LEVINA, S.I.; KOGAN, N.M.
Differential approach to the diagnosis of mitral stenosis in
children. Sov.med. 26 no.ls85-90 Ja 163. (MIRA 16:4)
1. Iz revimatologicheskoy kliniki (rukovoditell - prof. R.L.
Gam~prg) kafedry pediatrii (zav.,.- deystvitellnyy chlen
AMN WISR prof. G.N.Speranakiy) 1$entrall-nogo Inatituta:
uaovarebenstvovaniya vrachey na bame detskoy k1fnicheskoy
bollnitsy No. 9 (glavnyy vrach A.N.Kudryashova).
(CHILDREN-DISEASES) (MITRAL VALVE-DISEASFZ)

LYAPIRTOVA~ G. M.~ CHEUPLAK., B. I., 1-'H;Ka1/-1113YAYA, N. S., and KNW.-INICHVI, !!. T.
kUSSR) -
"The Change in the Properties of Starch under the Influence of
Humidity and Temperature."
Report presented at the 5th International Biochemistry Congress,
Moscow, 10-16 AuF 1961

-WAFIUNGV,~iy G-. s.
3. 7 1 "
341-87. 1~rafjumva, G. 1,17-1'otera-iya legochnw-r- tuberkoulo-za u .rZ:,czz . I .
1- .1 0
dispansernykh usloviyaUi. Byidilet--a' Ln--ta tuberkuleza Akad. Y-ed. nailc
194.9, ilo. 2 , s.26-31-
SO: Knizhnaya Letopis' I-To. 6, 1955

~--ACC NRI. AP7005.465 --------'SOURer,,-CODE,~.--M/0050/66/000/006/0031:/0035
AUTHOR,. Aniskina, N. A. (Candidate of geographical sciences); Lyapunova, 1. B.
ORC. State Hydrological Institute (Gosudarstvennyy gidrologicheskiy institut)
TITIZ: Experience in formulating a 8ynoptic-statistical method for forecasting
seasonal precipitation anomalies
SOURCE: Meteorologiya i gidrologiya, no. 6, 1966, 31-35
TOPIC TAGS: hydroelectric power plant, long range weather forecasting, atmospheric
precipitation / Lake Lagoda
ABS11RACT: This article gives in great detail a possible approach to the
solution of the problem of long-range forecasting of precipitation for'
the warm season of the year, using a3 an oxamplo the basin of tho resor-
voir of the Vol~khovskad-a Hydroelectric Station. The studywas facili-
tated by availability of data for the years 1887-1963. Niuch of the
approach involves use of the W,C,E forms of atmospheric circulation do-
fined by Vangengoym! Much of the paper is devoted to analysis of the
i correlation between these forms of circulation and the quantity of pro-.
cipittation. The sama circulation forms cause precipitation anomalies
in adjacent regions as well. Me same resultant precipitation is ob-
served in the Lake ladogr- area, Xb-r example. The correlations derived
Card 1/2

ACC NR: AP7005465
in this paper also are applicable to precipitation forecasts for that
area. Zhe importance of the paper is not the local application of the
described correlation (circulation-p.-ecipitekion) method, 'out the fact
the. it can be used for other regions and for othor meteorological ele-
=ents, especially mean monthly and mean seasonal air temperatures and
certain hydrological characteristics, such as annual and semiannual
I-Tunoff, dates of freezing and breaking up of rivers and lakes,
Orig. art. has: 3 figures. 1JPRS: 38,6771
SUB CODE: 04, 10 / SUBM DATE; 28May65 ORIG REF: 0.06
Ic
; ard 2/2

S/601/62/000/014/010/012
1003/1203
AUTHORS: Krulikovskaya, M. P., Lysak, L. I., Lyapunova, K. A and Rakhman, P. B.
TITLE: Variation in the crystalline structure and in the properties of EI-69 steel upon heat-
treatment
SOURCE: Akademiya nauk Ukrayins'koyi RSR. lnstytut metalofyzyky. Sbornik nauchnykh rabot.
no. 14. Kiev, 1962. Voprosy fiziki metallov i metallovedeniya, 111-115
TEXT: Data published in recent years on the changes taking place in the crystalline structure of . steels
and non-ferrous metals during phase transformations do not sufficiently clarify the nature of these changes
and the role played by them in the process of the strengthening of metals. Therefore further investigation of
this subject is ofigreat importance. The mechanical properties of the above austenitic steel (0.45 % C, 14.0 % Ni,
14.0 % Cr, 2.70 % W, 0.60 % Si, 0.70 % Mn and 0.40 % Mo) after quenching from 11 80-1200'C are rather
poor, however, after tempering at 600-750'C the hardness, yield strength and ultimate strength increase, while
the plasticity and toughness decrease. This investigation shows that this is due to an increase in the amount
of imperfections in the crystall.'-ne lattices and to a breaking up of the mosaic structure of the y-pbase. The
softening of this steel as a result of tempering at temperatvr~.-s higher than 750*C is accompanied by a decrease
in the amount of imperfections in the crystalline lattice of the matrix, and a coarsening of the blocks of the
mosaic structure of the y-phase. There are 2 figures.
Card 1/1

3(8)
SOV,'9-59-2-15/16
AUTHORS: Alekseyev, P., Kupalov-Yaropolk, I., and LyapLA,0Va_,__N.
TITLE: A Formal Approach to Problemo on the Efficiency of Geophy-
sical Prospecti- for Oil t~.nd Gas (Formaltnyy podkhod k
voprosam effektivnostj ~,~iofizichealcikh rabot na neft' i gaz)
PERIODICAM Geologiya nefti 1 195',', Ur 2, pp 68-71 (USSR)
ABSTRACT: This i*a a critical revic%,i of a book by P.T. Kozlov named
T
"The Development of Geophyaical Prospecting J'..ethods in USSR
Oil Industry", published by the GOSIHTI Publishing House
in 1957-
Card 1/1

L o9152-67 JD ..........
ACC NR: AP7002757 SOURCE CODE: UR/0364/66/002/008/0906/0913
BELAS111CMIKO D K., MAGIDSON I A . BSILASHMMKO G. I., And LYAKNOVA
=1--n! 2 1- -- -
M"cow Ins -a St. (M 3talrt 016,10'Vi
tituto ol and Alloys os;,ovGkiy inztitut
"Kigration Phenomena in Semiconducting Molts of Thallium Sulfides and Solonidos
Moscow, Elaktrokhimiya, Vo 2, No 8, 1966, pp 906-913
,ABSTRACT: In an oxporimantal coll of the liquid aemiconauctor-noutral no-;
itallic electrode type, concentration and temporature dopendonco of the m-oan.
coefficient of diffusion of the solution and apparent offective charges of
components in melts of the TI-S and TI-Se systems exhibiting semiconductor
,propGrties wore investigated. A discussion of the results wAs based on the
:thoox-y of polygonic solutions, the components of which can be in different
!states of aggregation. The contribution of the ionic and oloctron-vacancy
~components to total blectroconductivity of th *o molts investigated was*ovaluatod....
'It was found to depend an molt temporaturo and composition. A conclusion was
drawn as to the features of the reaction in the molts of those compounds charac
terizod by rolAtivoly high oloctro conduct ivity of an electronic. -nature and bv
a predominantly ionic bonding between solution molecules.
Orig. art. has: 6 &'igures,:_
14 formulas and 6 tablea. &NIS: 38,1391
TOPIC TAGS: semiconducting material, semiconductor conductivity
SUB CODE: 20 / SVBM DATE: l2juI65 / ORZG REF: 010 OTH REF: 003

GETSOVA, A.B.; LYAPUNOVA, N.A.; POLIKARPOV, G.G.; TIMDFEYEVA-RESOVSKAYA, Ye.A.
AccumulatLon of chemical elements from water solutions in fresh-
water organisms: Report NO.4z Accumulation of radioisotopes of
eight different elements in mussel tissues. Nauch. dokl. vys.
shko"M biol. nauki no.4t82-88 164. (MIRA 17t12)
1. Rokomendavana Institutom biologi-I Urallskogo filiala AN SSSR.
1,

RTAMOM"Irm, 4- ---
Lilac collection at the Botanical Garden of the Academy of
Sciences of the Ukrainian S.S.Re Biul.Glav.bot,eada no-35:
27-30 '59- (MIRA 13:2)
1. Botanichaskiy sad AN USSR.
(Kiev--klacs--Varieties)

LYAPMOVI . N.A.
Genus Forsythia in the Central Botanical Garden of the Academy of
Sciences of the Ukrainian S.S.R. Biul. Glav. bot. sada no./+~:17-22
,62., (MIRA 1(r.2),
1. TSentralinyy respublikanskiy botanicheskiy sad AN
Ukrainskoy SSR, Kiyev.
(Kie-v-Forsythia)

LYAPUROVA9 BORISYUK, Yu.G. [Borysiukl *4H.]
Phy-tochemical investigation of Vinca minor L. growing in the Ukraine.
Report No. 2z Investigation of the alkaloid compsoition of Vines,
minor. Farmatsev. zhur. 16 no. 2:42-47 1161. (KIRA 14:4)
1. Kafedrs, farmakognozii Kharkivolkogo f T*mtsevtichnogo institutu.
(UKRAINF,-VINCA) (ALKALOJO)

LYAPUITOM, P.M.; BORISYUK, Yu.G. (Borysiuks IU.H.)
Phytochemical analysis of Vinca minor growing in the Ukraine. R~Port
Roov'Analysis of the alkaloid content of Vinca.minor. Paimatsev.
zhur. 16 no.3:48-51 161. (NDIA 14:6)
1. Wedvp: fa-mg Mlogii Kharlkovskogo farmatsevticheskogo instituta.
(UKRAINE--VINCA)

LUd-UMA. R. G.
IfMorskoy zveroboynyy prom-ysel a-'eutov v XVIII-XDr 'ri. (orudi~ja 4: cre'--tva
okhoty). Po materialam k-ollektsi.y Muzeya antropologii i etnogra-- AN
SSSR."
& Ethnological
report submitted for 7th Intl Cong, Anthropological/Sciences, Moscow,
3-10 Aug 64.

Z102016111411GO310161021
B103/3110
AUTHORSs Brumbore, Yo. 11. , 1oycol' , 11. N. , Ccrroapondit~; 11onbor AS
USSR, Barskiy, 1. Ya. , Zolonin, A. V-. , and Lyapuno-ia, Ye. A.
TITLEs Ultraviolet lunino3conco of colls in mitotic divi3ion
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 141, no. 3, 19619
723 - 725
TEXTi Colls and tissues Cro-;.-a out3ido the or,-anicm woi-o Btudiodi (a)
hument an inoculated &.tozit of amnion collal (b) cultures of embryonic
apitholiumi (a) of fibroblaata; (d) ani=als primary culturao of 'he
kidneys of guinea -piG3 and mor eya. Sinalc tiscue culturoz wore gro-mu
on quartz glass and examined by ultraviolot-luminoucance microccopy
either living (in phyaioloGical call. solution) or afto:- fizint; by
methanol. The methods had been doncribod provioucly (To. U. Brumbora at
al., Biofizika, No. 1, 114 (1961)1 Yo. 7J. Brunbarg al. al. Taitolo-
elval Z, 509 (1960,1 Ya. 11. Brumborej Zhurn. ob3hob. biol. ?7, No. 6.
Card I A

3/020J61/141/003/016/021
Ultrarlolot lumiroaconco of calla in... BIOW-71110
401 (1956)). Microphoto,~rapho cho--od that th') cello undorc;airg mitozio
diffored from cello nt~rent in the foilr-:iln~~ fnatas The calla at root
roakly fluoroscal fluorcocanco incraa=; alroady durin:; the early
prophaoo and rcaohoo maninun int=nity in thi) mi(:d1c of the rnotmphaaa.
Thon, it clowly doorcaocal hrx~;over, tzntil ceii-pletc saparation of tLa
daughter cello, it exceado the fluorocconec of the calls at root under-
going intorkinaois. The call nuciou-i, uiili',,o tho total oyto-olasm, does
not fluorocco. Dark, not fluor~;;cinz: chromoao;-oo can be coon on the
background of the cytoplaam. Tho abro~ption of chortra-vo ultraviolet
rays (250-270 r3p) by the cello incrcacon with =i_-ing inton3ity Of
fluoroaconoo. Absorption and fluorxo_-~~onco pattorna intorrolatod like a
negativa and a positive; in both ima.~3,;, howovor, the chromooo=3 remain
dark. The fluora3cenco of collu at root ic not so constant a3 that of
dividirg calls. There arc alvays individual jroup3 of bri&tly fluorco-
aing calla at root. In Most Ca300 those aro doC:onoratinG, poriahing calla
vtnooo increasing fluorosocnce is not accom ~ani d b increased ultravi-
0 7
olet aboor tion. Chromoscopic examination Yo. L. Brumborg. DIU, 25,
473 (19 39)3 showed dogenorating calla at -root and dividing calls aro
Card 2/4

B/020/61/141/003/016/021
Ultraviolet luminescence of calls in ... B103/Bllo
differently colored. Selective oxtraotion of nuclootidos, nucloic acids,
and lipoida with porchloric acid in the cold ane, at 900C, and vith
ribonuolomoo showed that the ultraviolet fluorescence of dividinf, calls
is not duo to the action of those extracted nubatzncoaq excapt the bone
marrow, the fluorescence of which rapidly decroasou after extraction
of nuclootides. The ohr-,ractor of fluoroscenco cara-tot be chancod by
strone oxidizers and roducin.- agcnta (roni-alita, pota,;3iuu perzangcnate).
2/o of urea someahat ircraaoas the fluorov~fjnca of calla at roGt. It in
concluded that the inton3ity of fluorescence of calls undergoinC mitosis
is increased by hirh-molocular oubstancea (most probably proteins car.-
taining cyclic amino acide) which are difficult to extract froza the call.
This 'Increase in possibly related to a ravereible denaturation of
protein in various physiological procoacca (muscular 77ork). Thin MiCht
not be an absolutely for-mal analo6j, since the occurrence of contractile
proteins in the call during mitosis had previously boon proved. Thew)
proteins effect the mechanical work of chromosome separation and call
division. The muscles differ from other ti3aues in their particularly
strong ultraviolet fluorescence. It in less probable that call fluolos-
canon during division should be increased by low-moleoular substances
Card 3/4

5/02 61/141/003/016/021
Ultraviolet luminescence of cells in ... B103YBIIO
which are produced in metabolic shifts or accumulatod. This means that
these shifts occur only in certain a~.Sas of nitocis (Refa. 8 and 9, see
below), whereas an increase of fiuorescenze could be observed during;
all stacou of division. Z~:porimcnt3 uill he continued. Ye. S. Zal=nnzon
is thanked for supplying 'he tiusue cultures. There are 11 roferancent
7 Soviet and 4 non-Soviat. The three moat r(Irent reforonoes to EnGlioh-
lanCuage publications road an folloviat Ref. 8~ H. A. 7lent, Ann. 11.Y.
load. Soi., 90, Art. 2, 422 (IQ60); Hof. 9: D. Mazia, Sulfur in Proteins,
R. Bensch ot al. odit.p IT.Y., 1959; Raf. 10z J. Brachot, The Blochemi&-
try of Development, London, 1960.
ASSOCIATIONs InGtitut radiat3ionnoy i fiziko-khimicheakoy biologii
Akadomii nauk SSSR ( inatituto of Radiation and Physico-
chemical Biolory of the Actadomy of Sciences USSR)
Inatitut toitologii. Akademii nauk SSSR (Institute of Cytolo,-y
of the Academy of Soioncon USSR)
SUBUITTEDI August 28, 1961
Card 4/4

ZELENIN, A.V.; LYAFUNOVA, Ye.A.
Fluorescence microscopy of dividing cells. Dokl. All SSSR 141
no.,4:963-965 D t61. (MIRA 14:11)
1. Institut radiatsionnoy i fiziko-khimicheskoy biologii AN
SSSR. Predstavleno akademikom V.A. Engelfgardtom.
(Karyd'Ainesis)
(Fluorescence microscopy)

VOROTNITSKAYA., N.Ye.; ZELFNIN, A.V.;-LYAPUNOVA, Ye.A.; MEYSELI, M.N.
Luminescent microscopic study of normal and tumoral cells
fluorochromated with acridine orange at different pH values.
Dokl. AN SSSR 152 no.3:724-726 S 163. (MIRA 16:12)
1, Institut radiatsionnoy i fiziko-khimicheskoy biologii AN SSSIR.
2. Chlen-korrespondent AN SSSR (for Msysel').
x

ZELEIRI, A.V.; LYAIUTOVA, Ye.A.
.1 r
Effect of acridine orange on the Innorl4ra-ion of !:",_j
ziethicnire
in the cells of tissue cultures. Dn?!. JUI SSSR 158 ro.1:221-224
S-0 1,64 (I-GRA 17:8)
1. Institut radiatsionnoy i fizikQ-4,himicheskoy biolagii AN SSSR.
Predstavleno ukadamikom V.A. &gellgardtom.