SCIENTIFIC ABSTRACT ZHUKOVSKIY, V.V. - ZHULAYEV, R.ZH.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065010016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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M246--b7
ACC NR P6630708 U1110368166/005 002 0133/007
A SOURCE CODE
AUTHOR-.' Burakov, V. S. Zhukovskiy. V. Naurnenkov, P~ A.; Yank~o~rskix,
A. A
~,ORGt none
MTLE: Investigation of atomic absorption spectra of an eilectricAischark with
radiative and absorptive layers separate in space
-.SOURCE: Zhurnal prikladnoy spektroskopti, v. 5, no. 1966; 133-137
-T
0 AGS: atomic spectrum, absorption spectrum, pulse discharge, a p~ect~al.
line, oscillation strength
-describedfor obtaining atomic absor
ABSTRACI r:. A simple method Is PtIoA 006tra
wiAtj!ihe`a1d of pdlse dischargip'. Possibilities are analyzed forTractical applica-
ti n& of the results in ovectral analysis and. for determining the .relative oscillator
stTen'g'ths of *znultfplet lines. Orig. art. has 2 figures and 1 table. (Based on
authors" abstract) INTI
SUB CODE: 03/ SUBM DATE: 27Aug65/ ORIG REF: ~0091 OTH REP:; 004
Card 1-A hs UDC: 535.34

L 29679-66.
ACQ NE: Ap6o
12832 SOURCE CODE: U103613166100410041 12
AUT1,10P I MAUVAWL L* P6 D~~Ov ~V, do zhvkevaL~ V, IV 6,) Kopmd)4 Ya X
-K
ORG: none
&3
TITIE: Investigation bf losses in a reson4tor with non-paa-&Ilel bazes
SOURCE: ZhurrAl prikladnoy spektroskopii 4 no. 4 ~i966, kM-3L*-
V
TOPIC TAGS: neodymium glassy solid state laser,, laser c4Y#r., luar opticig., laser
r and dp laser energy,
ABSTRACT: In view of the fact that the radiation-power,losses of a laser 'depend
et
greatly on the adjustment of the resonator'mirrors.. the authors ano.4" d ail
era on
both theoretically and experimentaL y., the dependence of ~~tbe laser pari6k
the angle between the mirrors. The theoretical analysisjszade in the ge~ometric-j
optics approximation and is based on a calculation of laser resonator losses pub-
lished by B; 10 Stepanov and Vo P. Gribovskiy (UFN v. 82p~ 201, ~ 1964). A:
I is derived for the loss coefficient of the mode with the:'Isa-geat number of pu-
sages of the beam.,.and is used to calculate the loss coefficient of a neodymi*a-
glass laser. 7he results if the calculation were cbecked'expaT1Yaemta23,y for three,
samples of neodytium-glassAtith different diameters and different surface:finishesp
Card :42 uDd: 621-375.9

.I All 111 :1 Il 11 IlUi 1 1, 111:1 11 1 111- - , I

L _00224)2
A C C N R ~ AZ23 Uad Cor I U
U
AUTHORI Shumitskay~j L. F.1 Gogelashvilip V. K.; huh!rk!Z V.j,.1 SvidzUok 1A.
ORGs Ordzhonikidze Plant 6f Container Glassware and Mass Xnvu]Ators (Orft6nulow~
Gkiy steklotarno-isolystorrWy savod)
TITIZS Production of glasses stable to the action of alkali martigi vapors
-SOURCES Steklo, i keramikag no. ?y.19661ll-14
TOPIC TAGSI borate glassj, aluminophosphate glasep sodiump,~cesiun
ABSTRAOTS As a result of studienef aluninoborate and aluidn6boiophois ha
678- j
temsp carried out at NIIESq 550-1 klasses stable to.the acEion of casiin vapor W
'to urk vapor were
S50-2 g3Aases stable _15~ ZaMon of sodi da~olcpod. The fouzidinj and
processing technology worked out by NIIES has boon used at ~ the OWshonikifto Plant
since 1963. Phyvicochemical and other:.properties of 350-1 and 350 ,-2 glassesare re- ~i
viewed. The furnaces used for founding the glasses and th ache&a a emplq~od are
do~cribed. The adoption of production of glasses rosifft= to n3lkau metal ~vapers has
permitted the Moscow Electric law Plant (Mookovskiy olektrolsimp, ravod)'t* am-
f abture highly-e-co-n-6 ~c sow um vapor IllurAnation lamps and sodium &M oesium-vapor
spootral lamps Orig. art. has 1 4 figures and 2:tablss.
SUB CODES 11/ SUBM DAT61 none/ ORIG HUI 001
-1 Car~--I/JL~a6_ Ms 666. 117.4

ACC NRs
AR6028132 SOURCE CODE: L;R/oo58/66/0oo/oo5/r)O33/D034
Zhukovskiy, V. V.. NaumenkoV. P. A-*,,YaiAovak1y, A -A.
AUTHOR: Burakov. V.
TITM. Investigation of atomic absorption spectra of an electric, discharge viW
spatially separated emitting and "sorbing layers
SOURCE: Ref. zh. Mika, Abe. 5D235
REF. SOURCE: Tr. !~cmi
sL,~kt~~s~!~p iAll 1~q 11'. v. 2, v" 1, 1961t, 478-483
TbPIC TAGS: abs;)xption spectrum, atomic spectrum, electric.discbarge, gas discharge
spectrosocopy
ABSTRACT: A method is proposed for obtaining,atomic ba rotion _sjiectr4.,._1tased on the
spatial separation of the same electric discharge'into abporbing ~nd emitting layers.
Unlike the existing methods of atomic absorption analysin, the proposed method en-
sures the production of atomic absorption linen vith high ezeitation energy4 A study
is made of tbe influence' of the discharge. parameters and of the mlithod of IntroWing
the substance iv the discharge on the character of the spectrum. 'The possibility in
discussed of usl.ig the obtained discharge to measure the relatiTe'probabilities or the
transitions and solve analytic problems. (Translation of Ab13traCt]
SUB CODE: 20
I Ca.-d I /I net

I 1 -1 : `1- 0" 1 *1 It I I I1 11 11 1- -, . ~ -1 - I .~ . - , -I
CHUKHNOI A.A.; KOZLOV, G.A.j KASHCHENKO, A.I.; JIGAIIBD~IAN, A.G.; VOLKOVY
Ya.L4,1 IIAGOH?IYY, A.F.; TSMOLCOI N.A.1 KOVALF',VA
M.F.1 PAVLOV, P.M.; ATLAS, M.S.; KATS, A.I.; ?IAR.OVLYANTdIY, 111,G.;
ANCHISHKIN I.A.1 SPIRIDONOVA, N.S.; KRONROD~ Ya.A.; SULIMOV I.Ai;
BREGSLI t E Ya.; ROZENMAN, Te.S.; VARTANYAN, ~.A.;-IIOVIKOV, V.A.;
gATOVSKIY, L.M.
Structure and content of the course on the economics of socialism'
Vop. ekon. no.607-143 Js 162. (mmk 15:6)
1. Klyevskiy gooudarstvennyy universitet (for Chu!4hno). 2.Vy6shaya
partiynaya shkola pri,TSentrallnom komitete Komiiudisticheskoy~;partii
Sovetskogo, Soyuza (for KozIov, Volkov, ZhukovukJ.y).. 3. Yaroslavskiy
goeudarstvennry pedagogicheakiy institut (for Kashchonko, N&rovlyan-
skiy, Sulimov). 4. Institut ekonomiki i organizatsii promyshlennogo
proizvodstva Sibirskago otdeleniya AN SSSR (for Aganbegyan), ,
5. Institut povysheniya kvalifikataii prepodavateley obshchestvennykh
nauk pri Kiyevskom gosudarstvennom universitete (for Nagornyy).
6. Moskovskiy gosudarstvennvy,universitet (for TSagolov, Spirldonova).
7'. Akademiya obshchestvennvkh nauk pri. TSentrallnom, komitete Kauau-
nisticheskoy partii Sovetskogo Soyuza (for,Kovaleva). 8. Leningradskiy,
finansovo-ekonomicheskiy institut (for Favl6v). 9. Ifookovskiy
finansorjy institut (for At1no). 10. Naimbno-issledovatel"r-kiy
institut truda (for Kats). 11, Institut ekonomLki A11 SSSR (for
Anchishkin, Kronrod). 12. Mookovskiy ekonomiko-statisticheakiy
institut (for Bregell). 13. Moskovskiy energetioliesIdy inatitut.
(ConUnui--d on next card)

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ACC Nk, AP601(32T3 DIAAP SOURdE CODE: URM-01/650000/oo-1/004 /6046
AUTHOR: -~~S_ullkin_ -A
31
OM ':.nohe
New y-flaw e
TITL d tiet:
no
SOURCE: Defektoskopi j!
ya
t
..-nondestructive es Lig nondestructive: -.qua ity, i*t-o L j!_ f laii det
0
VOPIC, TAGSi I
gamma-flav detector
-ABSTRACT -The satirftictory--perfot-mancie::ot-'Soviet kets:IJ itibmarimea
types of air'craft, and thousands of kilometers~bf ins' be
gas, ma nai e pass
-for. the most-part-by -extensiveluse-of.iiiondestr~~ti~e testI11gjjo*th61 Amon$ ithie
a ed on, ldh ulorly,
nondestructive-testing methods, those b:s the; se of partlic
significant. The y-flaw detectors arel'imple,:Teliable', mob.5 dad
compact They can- be~:used: under- ,fie5;& ibno_- !60
C alt
-6ndit Pmd- In comOsl;edl Wri-ao. -
cesium-137,~ iridiuili-1�2 thulium-470.; land :sel6nium-75
V1013 i~ e d sourm.
"id I
'Fli
'oil
of Y-radiation. The Council flot 1 Wituml Absist c6''of Soc i a
the general-purpose y-flaw detectors, RID, ntio,three classen;:emch r c Al
range of material thicknesses. E '1148 divided Into txpes w.-covding totthe,
.--size of -the _r&diat1:on--.8oUrce-- (see latile l-) .-:,- The- Aw, ie"m Qni~wn Is a 10adegAn-
-
th aA;
e development aftd.amnufactur of y-flair de t!eetor 6 ii, exist1bg type
-:L79'
-T 620. .159 V,
Cwd 1/3 ~m Md.

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Table 1. Gai=a-f!
aw'deteciors
Thit 'Oss, ~'Jipoa~~:~qn
'Radiation
Designation -Class Type :souice
g4, ql~~ I
Steel!
Li t huoys
RIDe-ll: 1 1-15; ii 5J.4450
~2 i"15, 5~~150
RID-12
c;0 ~400
RM-21 C
-RID-22- 2 Ce: siu~n437' i0- 50j4dd
'86 H
11 60 60-206!
Cbba~
RID-31~ 3
aA46 66' pddj
Cob
RID-32 3 2
LRID-~331 3 60'%
C alt, ~d
3
lete i ad is the 6.ase . th t
I-or th se flaw detectors are eithef,obs.o e ~AUP.Ai
e
Mosr; f
e nc., Wa~d`
Ltectors-supplied by the enigen','Plant
_V*ppbd "t ~!n
tj or , area t ~61. n.
-source -as 'With the GD detecit-ors made .,by-,the':.Vxj)erj
s, Inent
e entlY the,A11 n. n: Riga
es Of E6 itl*e, i, J19 bas d0v
C-lo
-Union h. Insf.4 tut
Only r c eard e
with. directives of the ottlulle, T_r Ad -.j.
1 0 MututC
several flaw detectors in accordance
The first one tole lot -prodUcei~:. ill the RID-219; inte ded
ance of Socialist Countries.
-a -ory to fil Id. 101'a detect
~for use under.wid
ely varying conditions from labol f
used for st and light "r
can be eel -alloy - s e a -'rith re0ect UP'
.60-and 120 mm. ction
-Two other W'dif LCMUOns Of this dt ector ate
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ZHUXOVSXIY To,G,, student 5-go,kurea
Automatic control system for brakes of multiple-unit train sec-~
tions, Trudy XIIT no�M:92-IM 1600 (MIRA 13 - 7
1. Kekhanlcheek4 fakul',Vet.Noskovskago-inii.tAtuta ii%*henerov
shelesnodoroshnogo transportao.
(Railroads-Brakes), (Automatic control).

A-11VIAUV 4 oil [I IC7-1
FAZUKRIN, T413114 Alekoawlrovich; FISM, Aleksaadr Takairlevich.- KRESTOVNIKOV,
A.U., professor, doktor, retsenvent; XZYMSOUO: G.Aj, profeosor,,'doktor,
rat $0n2 ant -,.=OYSXIT, Tools& professor# doMorl rotsonlent; MISHI-
KOT, M.I.,P 6-aUa-f'T-vtSMc9;kikh nauk,, retsanzent; SAXSOXOT,~,~O-Y.$
kandidat tekhnitheskika nauk, rateenzent; MHOCIMMKOV, S.I.P Imudidst
tekhaicheakikh nauk, retsenzent; SAMSCYOV, G.Y,., re4aktor; AMMANMMI-
BliYA, H.S., redaktor lzdatelletva; MLOV, A.P., tuMnichaskir',rodaktor
[Vacuum in metallurgy] Vakuum v metallurgils lloskva~, Goes nauabno-;
tekhn, izd-vo lit-ry po chernoi i tsvetnoi. metallurgii,1956 520
(Vacuum) (Ketallurgy) 9:123

Ililt
ZHUKOVSKIY,, Ye.l,., prof.; MUM, ASLIP, prof.; WORTGOV. S.1., dots.~
Concerning the review of the book by, T.A. Hazel' 'Ailumina production#*'
T*8t. met- 30 no.1102~9 157. Oaak losim)
1. Zaveduvushchly kafedroy "Hetallurglyn legkiWwtailloy" Severo'-
Ka,7kazakogo gorno-motallurgichookogo lust Ltiata ~ (for Zhukovskiy).: 2. Ea-
vedurmhchiy kafedroy "Metallurgtya legkikh metallovl!i Mookovskogo in-
atitnta tevetnykh metalloy i zolota im. M.I., ralinina* (for m3lyayev).
3. Zaveduyushchiy kafedroy "Metallurgiya legkikh mot4llov" Urallskogo
politekhnicheskogo inatituts. Im. SK. Kirova (for Kutneteov).
(Alumina) (Kazel% V.A.)

AUTHOR: Zhukovskiy
-58
, I SOV/149 -4-24/26,
TITLE; Aluminium Works
Years of the Dnepr
(Dvadt8atipyati'..etiye Dneprovskogo alyuminiyelvogo zlaivocta)
PERIODICA.L:,Izvestiya Vyi3shikh Uchebnykh..--Zavedeniy Tsvetnaya
Metallurgi7a, 1958, Nr:4,'..~p~.11#~---180.(Ussk)
ABSTRACT: When, soon after-the enakpf World%,.War I, plans were
made for the establishment'&f. an.aiuminium industry, in
the USSR, the task facing tIIRussian metallurgists, was,
-a difficult one,,Bince the onj.~, bauxite ore deposi ,t,s ]mown
at that time (i.e. the Tildivin deposits discovered'in
1916) were of such low grade that in,!the opinion of
foreign experts they were not worth'Oxploiting. However,
already in 1915 a method of producing~ pure alumina:from
'high silica content ores was patented by the present ,
author who had developed it working in ooop6ration with'
Professor,A. N. Kuznetsov,. (A similar.method, known as
the Pedersen process, was patented abroad at a much later
date and-is still being used in Norway, at the HoyaAger.
plant).' The laboratory trials of the new,,electro-thermic
process were completed in 1928 and gave ao,promising
Card 1/3 results that In the same year a special development plant,

Will alin ]111111111111111 it] . . . . . . . ............
25 Years of the Dnepr Altninium, Works 8OV/149-58-4-24/26
was constructed at the Tsaritsin Works . here: standard
quality alumina was produced in 1929. IAW
At the same timell'i
a part of another (Yxasnyy,Vyborzhets), works was
converted to serve as a development unit in1which the
first batch of metallic aluminium. was produced in 1929.
Following the satisfactory completion of the exploratory
work a decision to build the Daepr and Volkhov
aluminium, combines was made in 'August $ ;19299 To solve
a nulbdr of large scale production problems, a large-
development plant was.first built in Leningrad in 1929.
The construction work on the Dadpr plant was started
in 1930 and the first batch of metallid aluftinium. was
produced in January, 1933. During the first years of
operation the equipment and the production techniques
were continuously improved. The electrolytic cells
were enlarged from 25 000 to 35 000 amp capacity and
continuous anodes, later adopted in all other aluminium
plants, were introduced. The 'Ddepr works was
completely destroyed during World War II. In rebuilding
it, use was made of all the latest developments in the .
Card 2/3 aluminium. production techniques. Later, the manufacturing

r 111
25 Years of the Dnieper Aluminium Wor~s SOV/149-58-4-24/26
process was improved still further by introduction of
continuous decomposition of,the aluminate solutions in
air agitated CIb6MpCsiti&/qx�S a result of 'which it was
possible to make nne process completely.~automatic,
Development of a new composition electr.Iolyte made it
possible to obtain higher yield per power unit, to'
increase the current density and yet t6.minimise the
power losses by reducing the number of undesirable anode
effects.
Card 3/3

ii i Fir w,i i-i p; viv
ZHUKOVSKIY, Yevgeniy Favlovich; BADMI, red.; OROLTIOVA.,
------- ti.l . ~j_ ere~ d .
(produce Jmexpensive.pork] Proizvodit' deahevuiu vvininu.
Moskva, Selikhozizdat,, 1963. 86 p. (14IRA ila)

j, 1 11 H,
---- ------
ZRIKOV31"rl", Lion d thc 4~-,Utrltl= V,11,u(, of, l"L,,it:Iom amd 'ALt, Con-
A
sumptior of 1,11tritJon Latori,11r, In tho lnb-irz,-Ivc 'i* al-Lard iloedirij, of *(Dl:m0ra-
'Ellons for -,Ie~,-rces 4n Sclonce and ~afemlcd --it U.5,11 Ughat. ilducati-irial
Y S-3
Imsti-tutions) I..osmi Ve~--r-Inar, Acad of tlie l."lul of li; Iu m t -b:m 1,,D
SO - l,,njzjir--~La Le&Qol,.s I117-a 25, 1'u Jun 5")
For Degree of Candidate in Agriculturil Sciences

1" 11111"If 1: lz: I.- li i

1 r1 I ji I I - I I I I I I
SWIRO, Ye.A. XUBTAINORKOVA, A.A.; UrMYLOY, V.D.;
KCBIIYAHBKIY, A.L.; XOUONMIN, A.G.; BPSHTATM, RA.; KARPIMMY,~
Y.F.; DAVYDOVA, R.T ; T]~OITSKIY, V.I., redol G0111:0VA, A.A.,
vedushchiy red,; iiMTOYA1 I,G,g tekhnorado~
[Establishing standards for material oonsumption and atockB:in the
Normirovanie rankhoda i
petroleum industr7l pr4)i7svod9tvennykh
sapaoov osnovnykh materialov v neftianoi promyshlonaosti. Haskya,
Goe.nauchno-tekhnoisd-vo neft. i gorno-toplivnoi lit-r7o 1959.
252 P. (Mnu 1~:12)
(Petroleum industry--.-Standarde)

BERZON, O.F. inzh.; BUKSHTEYN D.L., inzh.;, KUPEIUWI,,Ya.14.
kand. ekon. nauk; RUDVER I.B.,~kand. tekhn.navk-
GORBUSHINp F.B.9 red.;-ZHUKOVSKIY, Ye*S.,, nsuchn. red
F S.L., red
GIROVSM , V.
GOLIBERG, T.M., tekhn.red.
(Handbook on material and machinery supply fot construction
units] Spravochnoe posobia po, materiallno-tekhniche'skolnu
snabzheniiu stroitel'iWkh organizateii. Pod obahchei red.,
P.B.Gorbushina i D.I.Bukshteina. Maskvap Gdastroiiidat,
1963. 607 P. V. IRA 17: 1)
1.,Moscow. Mauchno-issledovatellskiy institutiekono.mAi
stroitellstva. 2. Direktor Nauchno-issledovatellskogo insti-
tuta ekonomiki stroitelletva i,chlon-korrenl)oiiii()iit,hkademii
stroitelletya i arkhitektury (for Gorbughin). 3. Rulkovoditelf.
otdela normirovaniya materialliVkh resursov i tsen:na stroi-
tellrqe konstruktaii nauchno-issledovatelssk6go JmAituta
ekonomiki stroitellstva,(for Bukaht Yza
(Construction industry--Manager~ent)

V,
AUTHORS Vargin, V.V. 3ft&arov, A.V., ZhukovskiY, relIV., 72-2-14/20
Nyohkej A.A.,
TITLE.- The "Blektroverel in Switzerland (Zavod "Blektroverr" v
Shvey-tearii)
FMODMALt Steklo i Keramika, 1958, Nr 2. pp! 33-36 (USSR)
ABSTR&OT: The electric continuous glass melting furnace. is iooatea.on the
second floor of the building and in used for the.produotion:of
plate glass by the Purkeau method. Dimensions iuid.shape are sho,=
in fig. 1. At each side oK the furnace theta are 6 eleotrodos.,With
a melting skirface of 26 =~ the glass produation.output amounts to
1.2 t per. M4 daily. The composition of the glass Im that usual for
the Furkeau process (14,8% sodium oxide). The layer consists of
70% raw material and 30~ sorap glass, andis conveyed mechanics, 'lly
to the furnace without interruption. The temperature regime inthe
smelting department of the furnace is controlled by mean of a
thermocouple (fig- 3). The temperature in this zone amounts to
14100. Fig. ~2 shows the burning of CO in C02 ahove the eleatrodes
along the entire width of the furnace. In the case of normal
Card 1/2 operation the temperature in- the machine chaitber amounts to

P700 51 14 SOURCE CODI 016
AUTHOR: Gillman, 0. le;'Zhukovakiy, Yee Ye.; Chugunolro, K.
ORG. none
TITLE: System for setting limit values for parameters of the IV-500
data processing computer
SOURCE: Mekhanizatsiya i avtomatizatsiya upravlenlya, ~no 1) 1966.9
15-16
TOPIC TAGS: reoeRt re- core memory, magnetic core storage computer
memory.; 0 , n P
ABSTRACT: A non-destructive-read-random-access world'-oi!iZanize( core;
U scribed.
memory designed for the IV-500,data processing coniolter,is de
The memory uses magnetic cores separated 4 mm from each other and rod-
like permanent magnets in the plane of the cores which.store "01". These.,~
magnets link the flux from the input winding and,output winding sep-
and thus break the coupling from input t6 output of the;core.
~whlch stores a logical zero. The information is r *ead by full (400 to
ratio.
i5OO mamp) current increasing the output signal to-300 ftv,'at a 6/W
of 15. The memory has 12 matrix plates with.miniatur,e;connectors to
VDC -.'i4?
A81 .652.2
Card

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ACC NR% Ap-(00,40t)l
.facilitate easy interchange in case of,malfunctions. There are twos
decoders; one for selecting.the required matrix and one for selecting.
the needed word on this matrix. Each 80 x 410-mm matrik board con-:
,tains forty 75-bit words. The maximum memory cycling frequency is
175 kc. Orig. art. has-: 2 figures*, EWA-811
CBDJ
SUB CODEt 09/ SUBM DATE::_ hone/. OHIO REP s OTH REF:: 001
Card .2/2

: I -- 'I Al I I I 1 11 11 Im ~. - 1', 1! 1- V, - - , - ~ -

ZHUKOVSKI7 Yu.G.
Photometric determination ofarsenic, germalnie, a;jjj ailir4e
acids in aqueois solutions by means of molybdate'and dimethyl-
diamide of pyrazoline-3,4-dicarboxylic acid# 7hur. anal. khIm.
19 no.11:1361-1365 164. (14IRkj8:2)
1. Leningradskiy sanitarno-giglyonichoskiy meditsinskiy institut.

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OPARIN I A.I.) akade7mik; STUDITSKIYj A.1-1,, prof.; NAUMOV,
prof.; KOVALISKIY, V.V#; YUROVA, I.L., dotn.;FTXTO1[OV.,G.V.,
prof.;KAGAPOV, V.M.j-, M1MAN) A.Ye.j dots.; MEDIIEDEV,
N.V., prof.; YAKWOV,.V.P., kand. biol. nauk;~,
ZHUKOV-VEftEZj=Q
j,-U.N..,;..BONDARENKO, P.P., prof.;
T
MAMTY7I.N., prof.; TRIBUIEVi:G.P., dots.-
TSAREGORODTSEV, G.I., dots.; DOBROKHVALOV, ViP41 kahda
biol. nauk; YAZDOVSKIY, V.I.., prof.; VIRTOROVA, V,,.:red.,-
CRERIZINUH., I.., mlad. red.; ULANOU, L., tekhn.red,
(Studies on the dialectic of living naturel'Odherk dia-
lektiki zhivoi prirody. ..Moskva, Sotsekgiz., 1063. 527 p.
(MIRA , 16: 1,!)
1. Chlen-korrenpond6nt Vsesoyuznoy akademii sellskokho-
zyay--tvenrqkh nauk imeni V.I.Lenina (for Kovallsk1y).
2. Deystviteltnyy chlen A1411 SSM (for Zhukov-Verezhnikov).

1. Institut eksperiment.allnoy biologii A14N SSSR, Moijkva.

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03777_4~7 FSS-2/ENT(IWEEC~0-2,1
ACC NRs AP6028343 SOURCE CODE: UWJ29~166/D04/004/0634/0640
AUTHOR: Zhukov-Verezhnikov N.M.- Mayskiy, I. N.: Delone. N. L.: Rybakov. N. I.0
Koz1ov, V.7k.; Davydov, B. I.; An ipov.-V. V.; gak;onov, P. P.;:Rybakova, K. Dz*
Tribulev, G. P.
ORG: none
TITLE: Biologi I investigations n the Voskhod-l and.Vookhod-2 spaceshi a
p
SOURCE: Kosmiches e ss e a ya, V. 4i no. 4, 1966 634-640
9s' a
e I'
'L
L~e
J!L~V~s~p =c e f I, z hfilt.
TOPIC TAGS: biolo id spacefl g t _*ia., bacteria,
'he at 'seed/
**we d spaceflight M664r~ pdc~~, V
Vosk0o~'V,4;Mod 2 4 &L
d 2
ABSTRACT., Experiments were performed on the Voskhod-1 atd Vookbod-2 spaceships to
test the effects of spaceflight on lysogenic cultures of E. co~IPK-12 (1). The
cultures were carried in 1.5-m1 ampules an board spaceships ana:1n-Leonov's spacesuit
packet during his EVA. Some of the ampules contained the radipprotectiveArug,0-
me reap topropylamine. Controls were kept at the cosmodrome and at the home laboratory.
Results showed that on the basis of viability there was no difference between samples
carried on Voskhod-1 and the controls. Experiments on V66khod-2 resulted in a
slightly high9r viability on the part of experimental cultu,es as compared to con-
trolse Pha production of experimental cultures carried on the tvo flights
9 also did
Card 1/2 UDC; 6Z9.l96*,621,.57&.A

L 037717-67
ACC NR. AP6028343
not exceed phage production of controls. Thus, it was not possible to demonstrate
the protective properties of 0-mercaptopropylamine. An attempt wa Ia made,to determine
whether spaceflight sensitized lysogenic cultures of E. coli X-12 (k) to consequent
exposure to small doses of x-rays. Results showed that phage production in space-
flown samples was almost identical to that of the controls. In addition, air-dried
seeds of pine and winter wheat (PPG-186) were carried on VoskhoO-2 and in Leonov's
pocket during his EVA for the purpose of determining 04 genetic effects of s-pace-
flight factors. Results did not reveal any substantial differences between the two
spaceflight-exposed groups of weds and the controls. ItIa assumed that-the:absence,
of the effects of spaceflight factors on lysogenic bacteria &td seeds of higher
~plants in these two flights is due to the particular conditions under which these
flights took place.~ Orig. art. has: 5 tables., [BM]
SUB CODE: 06/ SUBM DATE: 2lApr66/ ORIG REV: 013/ OTH REFi 002/1 ATD PRESS:~
Card 2/2

ACC NR& AT6036563 'SOMCE CODE: tM/0OOO/66)/0D0/000/O172/0173
AUTHOR: Z r k9y Tribulev, G. P.; Rybakov,'No I.;
V qzhni
-._U. N.; Mayskiy, 1. N
Y.-#-Antipov, V. V.;
Podoplelov, I.; Dolir--ovp -W. Kozlov, V..A.; Saksonov, P. P.e~
Parfenov,. G. P.; Sharyy,, N. Is
ORG: none
TITLE. Some results and study of the-biologiaal offect of cosindo
trends in the
radiation and dynamic flight factors:using midrotiological and cyt~ological mic~dels'
[Paper presented at the.Conference on Problems of Space Medicine held in Moscov from
24 to 27 May 1966)
SCURCE: Konferentsiya po problemam kosmicheskoy meditsiny,~i966.* Problew
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentaliP
Moscow, 1966, 172-173
TOPIC TAGS: manned space flighto space biologic experiment' tissue cultured- lys6genic
bacteria, cosmic radiation biologic effect, combined stress/Voskhod-I
ABSTRACT: Systems of lysogenic bacteria and single layer cultures of normal.and:
cancir cells of man have been used on all spaceflights since the second orbit al
spaceship. This report presents the results of investigations performed on
'h' 's',6f the-Vostok and'Voskhod types. Biological experiments
spaces 1P
.carried out on Vostok-3, -4, -5, and -6 indicate that phage production
of lysogenic culuire of B.. coli X-12 inqreases with the duration of 1he
.flight. However, a direct linear relationship between tie biological
Cnrd i

:ACC NR: AT6036563
;e,ffect and the time of exposure in space was'*not established. Tite.results
obtained make it 'possible to assume that the biological effect in the above
:experiments depends on the combined effect of spaceflight factors, and
!Specifically vibration, weightlessness, and radiation.
Ground experiments have indicated that the sensitivity of a lysogenic
increases i el
bacteria scystem to gamma irradiation f the bact -ia were
(C09
1previously exposed to vibration. These results not only confirm this
supposition but make a more differentiated approach to evaluation of
various spaceflight factors possible. However, in order to obtain a
'more complete picture of the genetic and radiation hazard of such
flights, it is necessary to consider 'data obtained With more highly
;organized biological objects. Consequently, the results of,s.paceflight
experiments performed with single-layer culi4res of somatic litiman
cells are of definite interest. In the series of experiments carr,ied out
on Vostok-1, -2, and -4,it was found that viability, and such indices as
the coefficient of proliferation, the percentaie of dead cells, -md the
morphological, antigenic, and cultural properties of the tissuest did
not differ substantially from controls which were kept at the co.sinodrom:
or the laboratory.
[-Card 2/3

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17

PHASE I BOOK EXPLOITATION SOV/5628
F
Akademiya nauk SSSR. Inatitut biologicheakoy fiziki,'!

Roll perekisey I, kisloroda v nachallnykh atadiyakh radiobi6.lo-

;o effekta (?02
gicheskog o of Peroxides and Oxygen!During Pi~
lary
Stages of Radiobiological Effects) Aascow,
1960. 157 P. 4,500
,
copies printed.
Responsible Ed.': A. M. Kazin, Professor; Ed. of FubiishIng1joua0i
K. S. Trincher; Tech. Ed.t F. S. Kashina.
PURPOSE : This collection'of articles Is intended for scientists
in radlobiology and biophysics.
COVERAM Reports In the.collection deal with the role of per-
oxides and oxygen in the primary stages of a radiobiologleal
effect. They were presented and discussed at a * apouim hold
Y!
December 25-30, 1958, organized by the Institut biotiziki

AN SSSR, (Institute of BiophysiosAS USSR). Twenty-elgh
t Koscow
scientists, radiobiologists, radioohemist.s, physicists, and
Card,-1/5-

1' .......
-7- y 7
H:1[~ I A F
MINH WRIMIMM.A."Ifl.
H.
1.i. I

Il

l 1

1

EMU
11 1

11~

fl;!- 1:

Role of Peroxides and Or4gen (Cont.
physical chemists took an active part In tho symp6aiwn.: Between
the,time of its conclusion and tho publication of'the p~emvnt
book come of the materinia were expanded, Xn addItion to the
authors the following scientists participated In the diisouvnions
L. A. Tummerman, V, 5, Tongur)-Cls,,M. Frank Yu, Aoi Krit6ri 9, Ya.
Grayovakiy, N. N. Demin, B. N. Tarunov, and 1. V.~Veruzhchanskly.
References follow individual articles.
TABLE OF CONTENTS:
'
~
:Ltalte of
Ins
Kuzin, A. M. (Indtitut biologicheokoy fiziki AN SSSR
AS USSR]. Role of Formation of Peroxides Durilig the
4Biophysios,
.
Action of Radiation on BiologIbal Specimens 3:
Bakh, N. A. (Institut elektrokhimli AN SSSR Institute ofiElectro-
chemistry, AS USSR). Formation of organic Peroxides Undeethe
Action of Radiation'
Dolini P. 1. [Institute of Bleotrochemistr7, AS UStIll. Mfetline of
Intermediate States Arising During the Action of Radiation: on
Solutions 20~

Role of Peroxides and,Oxygen (Cont.),
Kolomiytoeva, I. K., and A. M. KazinjInstitute of Biophysics
AS USSR]. Lipid Peroxides in a Normal and in an Irradiated
Animal Organism 26
Kazin, A. Ft., L. 14 BronaXaya N. M. Berizina, and V,.A
Yazykova C Insti~a hj~fcs~ AS USSR). Formati6n ;C
Peroxides In Gamma-Irradlated Plant Soods q
33
Zhulanova, Z. 1.0 1. A. Kbrovina, and Yo. P. Romantsov. Form-
1r=n-df-Of9Mio Peroxides in an Organism During Irradiati
on an
an X-Ray Apparatus With a Does Rate of 130 r/aso 43
Zhuraviev, A, 1. Role of Antioxidants!in Primary Radl'obiological
ed) rnatitut blokhimii im. A.~ X. Ucha
Mikhlin, D, M. (Dooeaa
AN SSSR - Institute of Biochemistry Imeni A. N. Bakh,~AS USSR).
Effect of Ionizing Radiation of OxIdation-Reduation'Houtione
In a Cell
67
Card 3/5

vy
--EEC (k-)i~2/EvVP(k-)/~c-A(T(-l-)/ERr(m)/FW/T' W -1 _(c) WNAG
L-29565;;;66 (e) JP
ACC NR, - AP6018895 SOURCE CODE: -UR/0237/66/000/006/004610046
AUTHOR: Vanyukovj, M. P.; Venchikov, V. A.; Zh a V. Ya.; Isayenko, V. 1.~;.
Lyubimovj V. V.
ORG: none
.TITLE: Two-channel single-pulse r w
lase - ith:an energy of 180 joules
SOURCE: Optiko mekhanicheakaya promyshlennost', no. 6. 1966, 46
TOPIC TAGS: solid state laser, laser emission, neodymium glass
'ABSTRACT: An investigation was made of a laser in whiih'high emission energy',of khe
light pulse was obtained by the use of neod~mlum glassxrods.;' Cylindrical specimens
-of glass (45 mm in diameter and 250 mm long) activated with neodymium were connected
in series-parallel. Each specimen was optically pumped by six direct pulse lamps
placed in a multielliptical illuminator. The laser consisted of two identical
channels, each containing three rods assembled on one axisi Q-nodulation was.don.e
by two prisms fixed on a common shaft rotating at 18,DOO rpm. The light diameter,
of the prism (30 mm) was coordinated with the.light diameter of the operating rod by
means of a.Galileian tube. The experiments showe4 that for effective pumping of an
0 should not exceed 4%. In this
operating body 45 imn in diameterthe content of Nd2 3
way it is possible.to obtain an amplification coefficient of one rod equal to 3 and
provide a yield energy of 25-30 joules from one specimen. Connecting the rods
Card 1/2 UDC: 621.378.3241621.376

ACC NR, _ AP6018895
~0
in series reduces the amplification of optical pumping, owing to the appearance of
free generation of the whole channel. This difficulty can be eliminated by ifitroduc-
ing, between the rods, optical decoupling filters made of uranylglass. The filters,
together with the operating rods, are placed in the laser illuminators and are
pumped simultaneously with the rod. The optical density of the filter is selected in
such a way that at maximum pumping no free generation appeaid in the laser channel;
when the filters are illuminated at the moment,when maximum Q for the resonator is~
reached, one light pulse is generated. By introducing optical decouplin6i emissioa
with an energy of 90 joules at 10-7 see duration was obtained f rom one channel of the
laser. The angular distribution of generated radiation improves as~the optical
pumping increases. Synchronous inclusion of two laserchannals was obtained by
appropriate adjustment of the laser elements. The time spread of,the pulses emitted
by both channels did not exceedlO-8 see. With the simultaneous inclusion of two . .
channels, a light pulse with an energy of 180 joules (corres pondlnig to an emiselon
intensity of L5,to 2 hw) was generated.
(JAI
SUB CODE: 20/ SUBM DATE: 07Apr66/' ORIG REF: 001/ 'ATD PRESS:
b.
Card 212

1 1 ; 1 1 7. 111 1 . I .. . . . ,

, 1. , .. ... . - lownw-ummum

IgAilffa.L.U.. kand.tokhn.nauk. otv.red.; VXLLWDV, M.A., red*;
DIRETTYWo M~Av j, prof o . doktor tekbn.nauk,. red.; WHI2RASEMD,
N.Y., doktor geografonauki red&-, KAMMIT, S.P., kand.geogrif.
nmukb red,-, XOGHERGA, F.K.0 kand.sellskokhoi.nankp red*; WaIN,
Sh.Ch., akademiks red.,,, OUDCHIY, F.Th., red.; HORqKINA.
takhn.red.
EXaterials of the Fourth All-Union Conference on Torrential4loodal
Hateriall IV Vessoiuxuoi konforontell po solovym Votokam. Alm-Ata.
1959. 2)l po (MIRA 12:10)
I..Akademiya nauk Xazathekoy SO, Alma-Ata. Institut enargetik,if
2 Akademiya nauk Xazakhokoy.SSR (for2bulayiav. Chokin). 3.']Clhlen-
i0orrespondent AN SSSR (for Velikanov).14. Vzesoluanyy nauchnoI
issledovaiellskiy inatitut gidrotekhniki (for D3montlyev). 4. Sredne-
aziatskiy nauchno-isoledovatelinkiy institut leisnogo khozyaystva
(for Kocherga).
(Floods--Congre sees)

F I - ,
FIT ffIr-RlF!IEU--Rw

(HY04ulic engineering)
lHimmimumpauquIMME uma I 1w ITE -,LT
, , It ~!
V, , . , !11
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SOO 12,1-58-879010:
Translation from: Referativnyyzhurnal, Mekhanika, 1958, Nr 8,13 100(USS.R)
AUTHOR: Q"-"\ Zhulaye
_~h v, R. Zh.
..................
TITLE: Calculating the Quantity of Alluvium.Entra ped by a Slit-'t
p ~ ype
Sand-and-gravel Trap (Raschet zakhvata nanosov v shchelevuyu
pesko-graviyelovku)
PERIODICAL: Izv. AN KazSSR. Ser. energ., .1956, Nr 11, pp 18-33
T
ABSTRACT: Designs are examined of atmospheric galleries wherein the'
water and alluvium flow in freely through a slit in the bottom of
the flow channel. The slit spans the width of the main channel,
being normal to the main direction of flow : Similarity criteria
are selected; differential equations of motioll are set up, -'and
results are given of some experiments. The author adduces in
a general form a formula for calculating,the quantity of sus-
pended alluvium that is entrapped by the slit. Several conclu-~
sions are drawn and proposals made, amongst: which: 1) The.
use of pressure in the gallery is considered undesirable; Z).-,
mention is made of the Importance of certain nondimensionA
similarity parameters in determining the motion both of the
Card 1/2 alluvium suspended in the water and of that which drifts along

i 1 11 11 1 -ili,.i 17 Ill.,! IPi . i
SOV/ 124-58-8-9010
Calculatipg the Quantity of Alluvium Entrapped (cont.)
the bottom; 3) it is asserted that increasing the width of the slit Note: as
opposed to a reference width] increases the quantity of alluvium that: the
slit entraps and increases also, of course, the amount of alluvium -bearing
water that it diverts from the main flow. The author remarks that the4aste-
fulness of such a procedure (particularly where ther& is little or no water to
spare for diverting the alluvium and then flushing it away) necessitates an
improvement in the design of the slit, and especially in that of the "supple-
mentary chamber" (which separates the alluvium from the water) and 'of the
"bottom guide baffles" which concentrate the zone of active entrainment of
the alluvium and thereby reduce the amount of water needed to flush the
alluvium away. The paper includes an account of methods.for approaching
the problem of estimating the quantity of alluvium that may be expected to
be entrapped by a slit of given design. The insufficient num ber of numerical
values given in the paper for various of the coefficients involved makes it
difficuit to attempt any specific calculation of a slit-type sand-and-gravel
trap.
M.S~ VyZgo
Card Z/Z

8(6), 14(6) SOV/1 1?-59.2-2689
Translation. from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr Z,, p 59 (USSR)
AUTHOR: Arykova,,A. I., Zhulayev, R, Zh.- , and Sugurov,- Sh. E.
TITLE: Major Shortcomings in the Operation of Small Mountain Hydroelectric
Generating Stations of Kazakhstan and Measures for ElimWating Them
(Oanovnyye nedo statki raboty malykh gornykh GES - Kazakhotana i puti ikh
ustraneniya)
PERIODICAL: Izv. AN Kazakhakaya SSR. Ser. energ., 1951, Nr 1 (12), pp 17-26,
(summary in Kazakh)
ABSTRACT:.'A survey of oveIr 40 hyr..roelectric generating stations in southern
districts can substantiate the following general characterization of.thdir,*
operating conditions: (1) most stations have no engine erin g-type water intakes;
(2) there is almost no silt control; (3) nearly all station.s experience gr,eat
difficulties during the winter period; (4) most stations bave construction and
layout of hydraulic structures which do not meet requirements of mountain
Card 112

SOV/112-59-2-2689
Major Shortcomings in the Operation of Small Mountain Hydroelectric~.' . . .
streams. Major design shortcomings are: (1) unlucky selection of site of
many hydroelectric generating stations; (2) inadequate'allowance for long-
range development of the district; (3). imperfect construction and layout of
water intakes, settlers, spillway structures, and head"Ater reservoirs;
(4) assigned low stream speeds in channels Insufficient for frazil-ice removal.
Major causes of inadequate operation of the stations are: (1) relatively low
engineering qualifications of the service personnel (Z) absence of proper
supervision and technical guidance; (3) absence of operating instructions, etc.
Ways of eliminating the above shortcomings are suggested.
Yu. U.S..
Card 2.12