SCIENTIFIC ABSTRACT NAZAROV, M. V. - NAZAROV, N. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136310001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OR E (4011 N

IIAZAROV, - 14, S.
Odontoma. Stomatologiia 42 no.2:104-106 Mr-Ap'63 17:3)
1. Iz kafedry klilmirgichookoy stomatoloiii ( -aveduyuf3hchiy
dotsont 14.14. Sliitskaya) Stavropollskogo meditainskogo invt 'l,ta.

AZ AK'-'Tf
rn tka A. I
or" ~
ivctr
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(55-3953) F 24' t
G 'ovIK -:r;
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UZAROV, H. V.
gTheory of Signal Separation." Cand Tech Scl Faculty of Radio CocL-iual cat long wW
Radio Bro&dcastl, No pow Zlectrical Ugimeerjpg Inst of Commaleations, 1953-
1954. (VS, Jan 5ng5i ?Brief abstract availabljL/
Survey of Scientific and Technical Dissertations Defended at USSR Itigh4r 14mcational
Institutions (12)
SO: MM No. 556, 24 Jun 53

KAZARTAU, Rafael' Avatteovich; EWSHINOV. Boris Ivanovich; IQZAROV.
qwtA!4BHIG. A.I.,rodaktor; DZOIGIT. 175~..reblktor;
W;?-.k.--,Nasktor; SKIRMOV, A
D. radmictor;
KUV 1 0
TARASOT, F.I.,rodaktor; TRAM, B.F.,redsirtor; CHICHIK, P.O.,r"ak%ar;
SHWHUR. V.I..redaktor; KHARKHVICH. A.A.,redalrtor; K&DYNDIV.
L. Ta.. %ekhnichastly redaktor
[Ileabuts of the general theory of communications) Xlementy
obshchei teorti dviazi. Koskva, Goo. snerg. Izd-vo. 1957.
94 p. (Wasovair. radiobibliotaks. no.263) (K[aA 19:4)
(Telecommonication)

PiRoGOV, Andray Andrayevich; NAZAROV M V retseasent; LEV, A.Yu.,
reteenzent; TRISPIU,-L.A., tekhn.
red.
(Synthetic telephony) Sintaticheakaia telefontia. MoskVk,
SviOrtisdat, 1963. 118 P- (MIRA 16:7)
(Telephone) (Speech)

NA7.AROVm,-)f.x-- -
Conditimm of the fornation of conoretloa lossfies in a=@
regions in Usbakistan. Vop. geol. Usb. no.31187-194 '62
(KIRA 16t63
(UsbeklDtAn-Loess)

~~0'946; NNIMMI, I.N.. redaktar; QMVA, V.I., tokhaicheakly ro-
W~r-j -dmktor; IRDOTOTA, A.r., tekhnicheekly radaktor.
Caeodos:ol Goodeslia. 3-o. &op. I porer. Ind. Nookwa, Ges. Isd-vo
aslMws. lit-ry, 1954. 519 P. (MM ?:10)
(geodesy)

'i

~7 7

MAZARDV, N.A.
Increasing profitableness of Industrial h7drolywis. Gidroliz. I lemok
levokhim. prom. 9 no.7,.25-26 '56. (MIRA 12:3)
l.Glavnyy inzhener Bir7uninskago gidroliznogo savoda.
Mvdrolysls)

MAIN I JOA.; RUMTWA, A.I.
ResuIts of the introduction of the flotation method for "pantlag
yeast. ftdrolls. I lesoWm. proa6 11 noo'4#15-1? 158. (NUA lls6)
1, Diryuslaskly g1drolimy7 sawod,
(Yeast) Orioution)

NAZAROV9 N.A.
Lowering the cost of alcohol at the Biriusa Hydrol"is Plant.
Gidroliz. i lesokhim.prom. 14 tio.2-18-19 161. (MM;- 14:3)
1. Biryusinskiy gidroliznyy zavod.
(Noroy;.- ALUcohol)

Wkj~'IV N~ikol&y~Alekaa"ndrov~viicoh*-,GL&DILINA, To.F., prepodavatell,
rets~y
IC
retsonsan ICH, B.G., dots., spats. red.; KAREWO,
Ye.G., red.; SOKOWTA, M.N., takhn. red.
(Surveying) Goodesila. 4. izd. perer. i dop. Kooky%, Sell-
khosladat, 2. 422 p. (MIRA 160)
1. Bresovskii'.9910skokhosyaystvannyy tokhnikm (for Gladilina).
.N (Surveying)

ACCESSION NR: AR4041549 S/0124/64/000/005/VO13/VO13
SOURCE: Ref. zh. Mekhanika, Abs. 5V89
AUTHOR: Nazarov, N. Ae
TITLE: Design of shallow shells reinforced by ribs
CITED SOURCE: Sb. tr. Leningr. inzh. -stroit. in-t, vy*p. 42. 1963, 51-66
TOPIC TAGS: shallow shell, rib reinforcement, rib
TRANSLATION: Considers design of a panel of a shallow shell of rectangular
form In a plan. reinforced by a widely-spaced grid or ribs, using properties of
delta -functions. About the ribs there are made the following assumptions:
action of ribs are concentrated on lines coinciding with coordinate lines of the
middle surface; rigidities of bend in the tangential plane and torsion of ribs will
be disregarded; joining of the shell with ribs Is carried out so that conditions
of compatibility of deformations are satisfied. Differential equations of equilibrit
Card 1/ 2

ACCESSION NR: AR4041549
are derived from variational equation delta V = 0, where V Is a force function,
consisting of the potential energy of the shell and ribs, and also work of ex-
ternal forces. For the case of nontensile ribs there are derived two differential
equations for the function of tension and sag. Here it is assumed that external
load is distributed normally to tne middle surface. Furthcr there are derived
boundary conditions and the obtained differential equations are solved by Bubnovlw
method for panel with hinged mobile edges, with pinched edges with different
quantities of ribEL There are given numerical values of sags in the middle of
the panel and analysis of the influence of ribs on its state of stenin. There is
de&'ermined rational location of ribs for panels with different relsitionship of
sides. Bibliography: 5 references.
SUB CODE: AS ENCL: 00
PLrd 2/2

MAZAROV N A (Nazarov, M. 0. 1 (Ioningnid)
-
Natural vIbratione of a circular c7lindrical shell and of
shallow shells reinforced with a rib net. Prjrkl. mekh. 9
no.3:249-258 163. (KUU 16.' 4)
1. laningradakiy tekhnologicheakiy institut.
(Elastic plates and shell&--Vibration)

en I
W IM-6 0 V_
~~O IV V0,1 2
SOMCY- Ref. zh. Mekhanika, Abe. lV81
Nazara'j' N, A.
a ill:fY_d~
TI TLZ Th tt a t
t
114drica" e
20Z b
in
7
TURX14S f t: entia -equa" F11=f0it---t u
ON A A fe
brium is reducad 10 integro-differettial equation which trji_tsforrws-~ -for a-
rigid shape, into Fredholm'6 integral equation of the first order. It is noted
that the tatter was solved for a shallow s$-,ell with hinge-imparted MobilLt,/.
compresatcl uhi-fortal3t frolk two sidto I Values of critical loada for a plate, a
cylindrical dome and a double curvature shall are given in t"ular iorm. The
method of solving the problem in question is not illustrated. The author also
conoiders the stability of a reatangular, plano, shallow cylindr,ical shell, rain-
L~p,d It 2

PjJ~ :~'A ~. .- V , 1; . A . ( I e T ~ -:1 1 . ~ -1 : ~~i !
Vi bra t 1 onf, ; " -3 , j-i - - - : , : , . . I . . !, .
I , . I ", .
Prl,ki. mokh. i ' - -
1 . Lend nFrad s~ ! y t,(- kt i~ - - - , - . .

NOWHINO M.De; N.D.
Use of radiogoodetic WMs stations in the production of
topographic maps. GeodA kart. noe6s37-46 Je IQ. (KRA 15:8)
(Radar in ww"yIng) (Aerial photogrammetry)

MUROV N,D4 ~
1-==-~
yAthodology of forming radio geodetic note in compiling
topographic maps. Truiy TSfIIIGAIX no.146:65-72 162.
(MIRA 15: 11)
(Radar in surveying)

ABEEVICH# A.A.; ARTEMIYEV, Yu.N.; VLASOV,, A.P.; GAL'PERI"* A.S.; IE;VSIKGV,
A.V.; IVAHGV, G.P.; KOROIZV9 N.A.; WITSM, I.S.; LrVSHnS, L.G.;
W=V 9 M. P UZAR0V N I NOVIKOV, M.P.; POPOV, V-1a.; TZFWV.
A.Ge; ;A=b7m~w retoonsentl SAVELIYEVO Te.la.# red. iid-
va; MOIZL't B.I.# tekbn. red.; ZLIKM, V.D., tekbu, red.
[Technological aspects of the repair of crouler vehicles] Teldmolo.-
giia remonta gusenicbrqkh mashin. Moskva, Goa. naucbm-tdchn. izd-
vo mchinostroit. Lit-rY 1960. 466 p. (14 IRA 14:7)
(Crauler vehicle a-Maintousuce and repair)

1117) EO /112-59 -3-4440
Translation from: Referativnyy zhurnal. Elekt_-!-,:tekbn~ka, 1959, r-r 3, p 22 (USSR)
AUTHOR: Kharitanov, G. V. , Nazarov, M. 1. , Purik_cva, V. P. , a-.)d
Usubakunov, M.
TITLE: Chemical -Engincering Lnvestigatior of Coals of the Tuyuk arW Kargash
Fields, Uzgen Baain (Kll--'rnik,:)-tekhnrl,.)gicheek-~ye issledo-waniye ugley
Tuyukokogo i Kargashinskogo mesto--_)zhderii-~, Uzgen_-~Ogo basseyna)
PERIODICAL: Tr. in-ta khimii AN KirgSSR, 1957, pp 109-127
ABSTRACT: The bvilk of ::,al crnpiats -.1 a typic?_* Ixirr, -.s mate: ial. Yu. M.
Kuzichkin and A. I. Giz.-~burg have isriated -~a:~ etudied the fcllowing petro-
graphic types of theae coals: (1) clarairous homogeneous coal consisting of
vitrinite-group substances (89-95.4%, semi%,itr-;:-.,il.e (0.2-5.6%11, fusinite
(0. 4-11. 8%), cutinite, reeinite; (2) clarainous complex striated coal w4th
stern- clarainous cz durainous iaclusir-no; (3) clazai-n-d,,~rainoug or durainous
complex striated coal with clay ainera a i.-iclueions; (4) clxrai-~-darai.-,ous complex
Card 1/2

11(7) SOV! 112 - 5 ? - 3 -4440
Chemical-Engi-neering Investigat.i.on r_! Coalaj -,' t~,_e a-,,i KargaO, Fields . . . .
striated coa-'; (5) durain:,uav c-)a. AL- far as tlie coal :ank is
concerned, A. T. Gi--,.zburg bellieves tl%at T12, -,k crialls %vit~.J_- Section I of tile
Southern area bellong with C e i-e.-i.rn ric~t 6 rpe. ar-I in Sections 4-6 of the
Northern area, with ga P --type ne 3.- the Ote,3.,rn ` t~./I,e. T qe at --)ve coal
fields ar e disting-a JAI-ted by of tliygr~i. qt- --.pi c rnaist,ir e (0. 94 -2. 4 3%).
of sulfur (0. 29 - 1. 2916 .~f ~b f , c- ~, , -A of a e ~- ee (1. 47 - 12. 0 3%). by a
lower content of vc-latille matter area -_,ver cakiag capacitv aet compared to
Donbass and Kuzbass coals :;f the eayrie r?nlwi. Heat )-,' comb-astior. is 7,868-
8, 413 kIIoc;aI,/kg cJ ma a3. Kirgas~. cca-*, beds are actually
packs cf brKIiant-,-_ster COMPIeX L-Lriated coa'-. TliiA coal, after a concentra-
tion with respect to ash corittat, can be used for a sernicoking ,r coking and
also for carbide pzcd_~ction. TI e T~,/-,.ik coal be evaluated fcr coke-
chemical induqtry pu:-D~jaeA by Ite crA-g nst by 4*9 ability.
A. B. t I.
Card Z/2

ANKOSOV. I.1.; UZARDY, M.I.; KRARITONOV. G.T.; FURIKOVA. V.P.
Chemical composition and propoi-ties of the petrographic micro-
components of coals. TrvAy 101 8:51-65 '59. (MIRA 13il)
- (C"l)

AUTHOR: None Given
TITLE: Questions of Instruction Relating to the Course in "Machine
Parts" (Voprosy rrepodBVAniya kurse "Detali mashin"
PFRIODICAL: Vestnik vysshey shkoly, lq57, Nr5, p 11~-!4 171-:7F,
ABSTRACT: At present the mission of the Higher -,chools consists of rpin-
forcing the basis of general instruction taught At the VtUSes
This wn. stated by 14.1. Nazarov, Head of the Teaching Methods Adidrds-
tration, at a teachers V__,neeiTi_n_W__;~_fthe --'hair of "Vnr!hInP Parts".
convpned in April by tl~i Tbaching Methods Administration of the Ministr7
of Education, and by tne editorial office of trie periodical
"Ventnik Vy9nhey shkoly". Nazarov pointed out that the necessity
had arisen to comploto the course in "Machine Farts" by elements
of-general instruction. This relates n1no to tho progrnm,
lectures, manuals. 4Aqi,7ning instnIlptiong and laborntory work.
The Teaching Methods Administration appreciatesthe concrete proposit-
ions made by the tpac~prs in these subjects. professor N.A,
Spitayn acquainted the pnrticipnnts of the meeting with the
fundamental positions of those who replied to his 4rticle In
4 6, 1956 of the "Ve9tnik Vysshey s-ikoly". qepresentntives of
15 chairs of "Machine Parts" of Moscow, 1,eningrad end other
Card 1/4 vtuzeemade interesting propositions As to a more precise

'questions of Instruction ReIn t Ing to the `.ouroe in "MAChi ntf ', Arts
establishment of the Instruction Program i,t mac~:ine-b,jilling
and polytechnirnl Vll.~eq nn the tas Is )f which every VT'*.1 mAy
elaborate itq own working proprnm. A number of Authors pro-
posed to exQlude surplus mAterinl from the prnprnm or to Aouble
the subjects in contiguous digriplines "T~e 7hpory of Vochaninmn
and Machines", ".'trenpt~. of YAtprinlB", etc. A rreAt den] of
attention was paid to the question of instrurtive literature.
The writing of manuals has to be lone by tear,~Pr and Ruthor
collectives. It is Also neressary to supply a collective
volume of problems, construction MAPS, posters And complexes
of designs, whirh coull serve AS Aide. it was also pointed out
that it is necessary to rRine the juslificAtions of teA,~er8.
For this purpose periodic seminars will be -rganized, As well as
excursions to plants at home an! Abroad. -he study of foreign
litprature will ~,e undprtnken Also, Professor ~,N, qeshetov
Agher Technical School ireni PA-,.i-nnn)' dealt in his report with
tne course in "I'liachine Parts", qtsLinp that the new methodF of
computation are not sufficiently reflected, And that the course
has to be improved. A serious effort has to ~e Tode to orivAnize
Card 214 laboratories for machine pnrts in the V""es. -,otsent :.V.

'k'uestions of Instruction Relating to the -ourse in'Vao7hine carts
Podzolov (Technaloo7ical Institute of Food :ndustry , , A.F .
Tavetkov (Institute of AutomechAniCS", and N.I. Tneytlin
(Institute of VRchine Tools nn,! Instruments expressed their
opinion relating to the connection of the course in "Machine
Parts" with those of contiguous disciplines. 7svetkov con-
siders that lectures on the technology of metals prior to
this course, Ic not lnstr-j~t the students sufficiently in the
application of materials in con!3trljc+ions, ~.P, PodzOlov ~,e-
lieves that lectures on limits and tolerances in machine parts
are imperative. ~-otsent '~-itkov (Institute of 'ion-Ferrous
Metals' explained the lack of n general line in the instruction
of machine parts in V".'.es, by the fFict that there is no q-ien-
tifico-methodic seminar where .he te-~hers on msrhinp parU
coulJ take part. L.. . '~a s o v n I k,) v ( Higher Technical School
imeni Baumann, considers thnt great nttention sto,ill te paid
to instructive litprnture, in pArtl-ul,9r, to the aprlihnre
relating to designing. Professor Ye.M. Gutlyar Institute of
Mechanization and Electrification of Agriculture presumes
that the aim of R manual is n1so to teach the designing of
Card 3/4 complex machines. :otsent V.N. Pelynyev stnted that the

Muestions of Instruction F~elqting to the -o,irse In"Yachlne i,arts
Teachi.ng Methods A dministrat ion is not interested in the efforts -f
the teachers to create new instructional appliances.
The meeting charged Pro'esqor N.A. "pitsyn, ".N. Peshetov And
Ye.M. Gutlyar to prepare An artirle for publ icntl -)n in "Vestnik
vysshey shkoly" iescri~.inp t~e results of the lisc-assi~~n Find
the propositions made.
AVAILAPLF: Library of Congress
Card 4/4

3-6-1/29
Teaching
A, .:'H0k. Nazaro , ~N. Chief / Mlff~ Adminletration, MaLstry of
_'n-gFFe_rEducation, USSR
T1 -LE: Open Wide the Door of the VUZ to Industrial Youths (Shiroko ot-
kryt' dveri vuzov d1ya proizvodetvennikov)'
i~_.MDICAL: Vestnik Vysshey Shkoly, 1957, # 6, p 3-6 (USSR)
;,:'-"RACT. The article deals with the conditions under which industrial
youths are to be admitted to higher educnilonal institutions
this year, The VUZes are to take all required measures to en-
roll 50 % more as freshmen. For this purpose a wide not of pre-
paratory courses for the qualification examinations was organized.
These are attended by about 200,000 workers, Experience has
shown that those graduates who had practical experience and
skill before they entered a VUZ become better specialists. At
the present time the conditions for enrolling such youths are
very favorable. The article points out that the practice of
admitting students on high marks resulted in a considerable num-
ber of industrial yojth failing to pass the competitive exami-
nations. The knowledge of youths coming direct from school
Card 112 was fresher and better. In 1955, this led to the following re-

Open Wiie the Door of the VUZ to Industrial Youths 3-6-1/29
sultes Out of 2,125 students of the first course at the Ural
Polyteohnical Institute (Ural'skiy politekhnicheakiy institut)
only 110 had industrial experience; at the Ural University
(Urallskiy universitet) the number was 21 out of 450; at the
Moscow Agricultural Academy (Moskovskays sellskokhozynystvenneya
akademiya) 97 of 600; the Moscow Institute of Agr,cultural
Mechanization and Electrification (Moskovskiy institut mmkha-
nizatsil i elektrifikataii sellskogo khozyaystva) - 46 of 5001
at the Sverdlovsk Agricultural Institute (Sverdlovskiy 9*11-
skokhozyaystvennyy*inatitut) out of 1800 pe-sons admitted to
the first course, 1045 had neither lived in rural surroundings
nor had any experience in agriculture. Technical progress de-
mands further improvement in training specialists, and the
Ministry of Higher Education has, therefore, changed the re-
gulations governing the admittance of students in 1957. The
article deals further with the prerogetives enjoyed by war ve-
terans, those awarded the silver and gold medals, and students
who have graduated from a technical school with distinction.
The duties of the Admittance and Examination Committees are also
discussed.
AS';OCIATTON: Wthods AbdulstratlLon USSR ft4stry of 31gber FAucatlon
r heakoye upravleniye ihnisterstva vysshego obrazovaniya SSSR)
AVAILAT: Library of Congress
Card 2 2

AUTHORi
1 TI, E;
Nazarov,
z
-2/x4
A f
t e rk r. r
r G
t
c i r it r j t
t!. t y z t ry
p I Lin
a t

r~
011
a e rd r I fig x r im r r! n
J T.o r r) v :3 K !Z ~i " - I I I
I ri ti n
r. n c 0 a
i n

AUTiiuh a 'SUZEL4 ci V , N
r .) 3'A
cOVrq.&& and -,V(f r, a
voprosy zao -ra.,
Development -!
razvitiye
i !!,h I QD1 GA L: Vestnik 7,
ABSITACTt Tri e 1, zi M b e r
work, tia c,Lapari.
of law, IW,-4 in
gures c a i i for t t.
of evening Ur'q
purpose a nljm~ui 1
wh I c h -V I i I I ~ t
Ing e t
c, f c or r e s po (i
daytime
eectiuna or f,i
stitutO3
Chrd 1/4 8~' , 1160
u r r e b & I-ejm-x f-
11 a b U b 11 L t' r'j Y V
-1 Y"r a 'Umplex
i r. G F, 19 ri OY e
i ne t 1. t I
I I
t L fl t
tril ,
tiz~-
t r f~ I
I L a t I c 1,
t
r r e !3 j~ ~- n i ~(i L e
n ~' e I r:
f, t

T r, S o lve r-
Evening
rl UIT. L Ij I
t r arii
t
It
ex a m
Card 21 4 a tt t!

T, S01ye More Courageoudly trit. r, ent W; P3; : 1~ne and
Evening 8ducation. 1" 0 r d 1: L, M I I ~! X F r tL o u f : n 8 t r i i o n
At the Automot.; Trbltied, In-
eluding 89 manta! I in,1 I eel gners.
In 1957, t h e r e re a :j r I r itI I J1 t D p f, f.
author then x-ft ? i ,, ~4 (: t I Un ! 1,Y
correspondence ,,; I ii Ij Larried out
by the All -Uni-. ~a r r P.~; nd Pn~ e 'Institute,
but opposed by !,., o! 0. r, 7 j 1t; p o k I ~r I ns t I t u t
(North-West ~oiy-a month -~ds qt' trhining
should be elab,r,-; za t . in of the tech-
nical means !"Initilry of ftgher
i;ducation is al,,~ L x i :, e , ~yeraphic basis
of the hi6ber e; t i c arly that of
the correeponl,-. I r.e se tegan
operatin6 !, . - .,- , , r ~i I r D 1, t e I I nyy
i ris t I t u t A - . : : P..* _r.,ence
InstltuLe A., 1 :- h ,

a. pr, r,,, z,,i
I. I
s
;I t -
vennyy ek.
Gard3/4 tute

T( 8 : -,f% Nor r- 0 aw c ue f-
Evening kducatlun t- r q , t~ rl . :1 :
0 f ~Ommuni ca t J,)
cnanlyu I t4,~~Ovl
'volevision/ wi-l cKir,
gested to use t~,c jaErit I r. t 1.
p'- c t ure aa a meav6 uf t rn ' r,l rig 1,
deals with the iuet3 t i,,r. I p n r
just graduated f r m t3i.- i
without practl~-a~
submit thair gra ; u tir,p~ 1 t.ut-
ticai work as an enorir:,-ei
ve
A VA 1 LA jLZ I brary ~; I , Jfl,~ I e 8 ,
Card 41/4

NAZAROV N. 1.
NAZAROV, N* I.s "The calculation of rectangular Uu-ee-layer sheets with
a light filler for transverse bending, taking into account the effect of
concentrated loads." Tomsk State U imed V. V. Kuybyshev. Tomsk, 1956.
(Dissertation for the degree of Candidate in Sciences).
So: Knizhnaya Letopis',, No 36, 1956, Moscow.

SOV 124 - 58 - Il' 1 3 2 ~4
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr I I, p 19 1 (USSR)
AUTHOR: Nazar( v., N~. f.
TITLE- Calculation of the Temperature Fields and Stresses in Standard
H beam Elements (Raschet temperaturnykh poley i riapryazheniv
v tipovykh dvutavrovykh clementakh)
PERIODICAL: Dok). 7-y Nauchn. konferentsii, posvyashch. 40-letiyu Velikuy
Oktyabr' sk sots. revolytitsii. Nr 2. Tomsk, Tomskiy un-t, 1957.
pp ZB-19
ABSTRACT- An examination of the solution of systems of differential equa
tions which determine the nonstationary temperature field in the
web and flanges of standard H-beam elements resulting from
asymmetric surface heating.
Reviewe r' s name not gi % en
Card I/ I

4 k_d I/
10)) 14(10) MIA 1 8006 CKYWITATICIN SCTIWA
Toprosy raschats slemontov svietsionnykh aonstruktolyj raschot
tmkh* to ykh pameley I obolachok. 3bornik state,,, go, I
(FrOblm:"In Calculating &Imraft StrActural glegs"tal Cal-
oulatIng of Undvich Panels and Shells. Collection of
:rtleles. W 1) Rose" Oboroaglz. 1959. 169 p. arrato
Up inwart.4. 2.6W Ocelot printed.
34.1 &.To. Alokemdrov. Doctor of T**hnl44i Sciences. Frofoo~1
Md. of rublishing vo~~.k T.L. valodlookayal Nth. M1.8
T.F. Roxhin.
MrWgi This collection of articles IS Intended for qnglntore
and set#" tIfI0workers "om~4 with *tree& analrele of
r 0 tu *:a
tire art true ral .1 Onto.
CCM=&Qlt, The artlal*o In thl* collection dlo*uoo problame let
thehBt-t-al analy aIs of sandwich panels with llot come.
cut as problems at the stability Of -.4 panels design
of oars, with conal4orstlon of transversal tension toar-cM
and the rtsul~i of panel-strength toots. In addittm . pro-
ble'as In the ealculation of tors3o" and banding of a
ollindrical Bholl reinforced by bulkheeas art covered g%d
the calculation of unsteady t4"oraturov In an 1-bom
lement to oonsldereC
end 12.
8toAdj Tampers t"rof In an -qcam-j7~wwn% 142
This paper presents two aetho4s Or calculating the
temperature fields In an I.b*IW elesent frepr*ow"tigg,
in into particular *a.*, a typical part of a amlttlowq~mrma
wirld)l 1) the s4thO4 of direct Istogration or tag
eqaatlama. and 2) the method of
olseentary eVaillbrIum. Cases at tyumetrical and
mommosetr1oal asatiod of sugh $168tsts throvo the
outer fleaco e%rfeete a" sonstAterad so well to ttat
esse of different thiskaosese of f)"400. Wossea
of th slow to given %PA#r Uo a4damptloo that
p1aralMraharseterlett4o of tM "tortal wd the
host-trmerer 40offletente do Oak 4 0 1 an t4r*orstuft
Taxlettem.
v 3

I 7r
- ~ /
A 1`i~ P:',; A-' c',.- -q4 And" r - vYa and N;,z r- y, N I . vr, 1 t
C T i. -L, E The Stres-~ez in Glued
11 -It 1 1) 1 "AT F,i
L, zv P, 7, IL iya Aka dem i i nau 3 SSP
r,aux, Ylakhanika- I mash i
,p 1 ~-i-126 (USSR)
q - -) nr, L
.-ILOwn that unif,
14 !,,, irAe with overlap ( Fi,,y C'r 1 t
vory high noa- 'hc
":'ossps in the middlo -)-crt, (.f tllio in,
S ir" (Fig 113)
'A011 (Ref 5) , b;i r t, -,j
I imited. Consideratle
,,itl'i j%lated Joints if tle rjlat4-a,! has a iii,,[
-,tiffnos3 and relativeJy low 0 1 t! la I s
1, - e In the D-rrsent, p-ipolr, )1
-f), working within tale l!"
tt-r,:,jr-.n, are considerrd. Thc I i F c, r
j.i.,ation sbown in F4.;, 2
11,111.zontal displacement,; of ~ho
/I aril by the thickmo~;~; of tho gluu 1~syo-,
displacements dopr~r.(t (.rdy on tl,:j ,L'

and
.1"jtributed rh-,c,j,i
tI'l i
Lr,c- la-it,:' lt~ i.;
CY3
T3, X.
X
dx +
I B2 (X)
X X
art) XYI(-k) (K) X:; UY4 (X') fire t",-E-
yz1
Stioar and normal stre3ses of a SeCtlr.,n Wit,i X
( tlie index i=1 COrrt-S PO I! (11!~ Wth tlie laraina .1=2 wfth
thc platn, anti 1 *-3 with tho gitm, 1,iyrirj'- Hi , Ii,
are the shear modulus, elasl;i(Aty mod-a'-u3 and Pells2onlsv
ratio respe,~tively; 0 1 "x) is th.) Oick-ness of tho
eloment i; Bi(x) a r-, dDi(X) a;-o the Stiffne3ses 1r.
exterision and bending respective.7 un-!t -width,
q is the uniform. load per unit wiith ,f lammina.

Vhc- SL-rj--zsr-L; in Gluad JrAnt3
Tho shear StT'O-':3 diSt'rl'rf-ItIO,-l iS theli
approximately by Eos (1.1) and (j,"), and t~,r-i
strosso3 by Eq5 (1.4) alld .41 '1
, - , r-., " 0
I, -~ P,- i~ S k, 11 tv th 0 A (I f I ~l
bel-loviour of the 't~cti,-n 3 't FiC 4--v-Dj! j.,,
shoar is described by E(p t L s
total .3hear load ;),--)r tt,.e cf tr.e
T,e,! tangl k, abcd (Flj~ .31)). rlw k1.,,)
'Irld (1~4) arc, bi
,-J tho pl-,to in I,tio 1*(;ri,.i
(I , I I Tf I
afj,i r) ) -
( x arid tj W are
(1.4'a.-A Bq (I.)) lcia,!
I i n
VIK I ~,h i 3 g Iven 'j,, Eq,,, ( 1 13 1 5
extensional 3tifFrf-j:3,-'t,-J :sJr,ng rrie
laml.riae :;re cons.ant, ~.-hat tr.~,
the plato is vory iargp f fiejs
E, I
".1M.'Inae (F;f7
x ro mi t , Bq ri i r :i u

V,
fhq Streqseq in k';I,in~! Jc a ri t:
the st-e~;3 a."- J~q
(1 13 -
Eqs (2.1) ar1rd"
Ju a 13Y, F. I
= 0 '7 2 x !,~j ~m
3 f -m c
B-, IBi 2 lo" '-V-r ,
0 0 CM -',-I I-V e U U 7
a rid ra a7 15 E,11-101 b'~ ',110 L r :1
Resulu of ~alculkatllcnr-. f:.r a glue c..,(J p 1, a t f 7, n 5 ta. 11',
t s:. n s 1 o na.1 i f -w-, J. n F I g fo
C) 0 r (11 K 'x ~c v If!m Y I (I
n ti-, v If j; i ~j t r
t)end' r.,T F L
apply, The of t~,n r 5
J S 1
~cnd4 r.L ri
th ~ c i ones the ii i rici 1 e a r p 1 c 13
t)IC S'~jp-.f Ij
EGG and
English and I ij (~e-rmfjfl.
1,
SUBMITTED: May 22, 19/;

QVIO A.1a. (Novosibirsk): RAZAROV. II.I.010vosibirsk)
Bending of a slant cantilever plate. Inzh. ebor. 25:37-" 159.
(KIU 13c2)
(Elastic plates and shells)

9.3150, 211.2120
ISOV//~~7 -3 C, -
AUTHOILS: Slnellnlkov, K. D., Tol(4,', V. T., I.,
~, I Ya. P.
aticayev, 1. 1., Bondur-ev, V. A., Bujay
TITLE. Inv et~t I gat 1 oris ct 1(.,r,. ~:y,-- I (An- i, ~Ti f I - IT,
a, Derise Plaxr,7i
PERIODICAL: Zhurnal f-Itz1vi, I)GO, Vc,l -~C), Nr -1)
pp 2853-2~-"c (USS10
ABSTRAM Tl,--,#2 'ic-%t1iii- tip of pliz;rwi ,nd-r
iiarict~, where uie
of thf-- electrirl. field, 12 --t pro(!,~;L; -,ne
i-v)p(- utIlIze f'or attu1r,.,ix1
t emr." Theory
r,di -Lt t--ri ' ~~a *, ac pj
ai-,d mor(~, Ile c"o'-Ild
call(~d loi, cy,.,-lotruri wavt!.,3. Th-2
inw-2tigated the ion
Card l/ 11 hydro,,ron phuirrias of' lensity 1(i
impulse i,~Irulrl i devIc(, -Jeti-r-'beci u1-. 11~:.L.

Inven t, I Irtt I or i.,,, c)- fR) r in I "I I 11: 1 '17
1n a De.mf.- Plasma
NOV
-710M C,
T-
~n
1120 yl
ji
L
C,.wd 2111

Inves ~ I gat I c, no ~ V iuri Cy c i (-, t rori Re 3onaric e
Ir. a D~ense Plasma
Caption to Fig. 1. Diagram of the
(1) diocharge tube; (2) triggering
i-hem- 14) detect,~r; generator
1 raph ENO-1.
T-( ~-3 ')
SOV/57-30-3-5/iD
experimental jetup:
device; (3) triggeving
of" 1C m-;
A 3tl-,~IiFht Jlsr,nar,ge representz the 3'" 11iie pla~3rna
tube, 6 cm Ir ilam. The
wa,,~ t~y rrearis (A' ~iOG4se,
I -P)-1 15 e 3Discharge current could g~, u~ t~, ~Gb a
and was regulated 'hy means of ballast reL~Istaft,:~(. R
The Jlol,-harife ~ljbe was along the axis ul' a
5r,p-~old, 20 :im In dia.m. ts magnetic Cle!J
max!Tum value tip to 10 oersted ir 4~-( 1(~ ~;e
Tt.e -:11 was fed by means 011' a battery ~)V
a maxim-im s.(.~red energy of 40,000 Joules at pctent.'als
ap kv The uniformity of the magnetic fleld over
'i lonFth )r 41-, cm was not worse than F,~,ur secti,~ns
C-ar-~, ~,Jj -A three-tijrr) ea,-.h, conriected In antllpha-3~-, servi-d a2

T rL -1
iv e s a r, s 77e-j
-'r. -a D-r-Sl~ ~'Ja~~rna
the ,,',)r- introducing the high-f'requency power
1--. the plas.T%.a. Axial periodicity of' the electr,--
ma-,r.er1c wave was 11 cm. The Indictivity (!pH) --f tne
capacitan--e cDr.stit~jted
wPri -ne C ard C
res,rian-'e -.1rcult with a Q,-Vactor of 27G, and was
Jr,',veri Oy a I kw generator 3upplying a 2,)i,t1nuou3 rarge
,-~C (,-1,2 n,7 ~)sclllatlons. Ion cyclotron resonance was
~:bserveJ through the change In potential across the
~Irculz wk-,.ch was transmitted thrc-Ugh tne
C a ,ermanium detectcr, and ther. ts tne
arnpi.11.1-1er ~,,' ne vprtl2all deflecticris L.' tre
Ell 1 Thp ~ircuill. enabled a bulld,,ip tt,e
d1octiarge ,tt all value3 of' tlie magnetice 1'ield. De n s I t.-f
-f the p1a3ma waz deduced by L. A. DuBhin and V. 1.
Kc)r,e--kr- !'rom the --ondltlon of' trarismIuslon, of" millimeter
Wal/eS . Tes's sh,~wed that the reiati~)r, be-weer. tne
f-eU-,r4n1 P~--aK ar.d r~,e generator f'requer~cy Cr,,',-oW3
iaw W, eH/me f'or plasma den3ltl2s r,
Card

Inveot1trations or iot, cyciot 77d 2
ill a D:nwe Plasma , ., . 7
Fl,-,itres 3 ar,.]
for al.6urptioti of th- hign frcquency pow-r hy ~iie
plasma are det(-,r-riiIn(.,d by the den,31ty of thr, nw~l v:il
alid -11,,'Ll'~red Mr?,wu remert.,3 Of
of the resuriant -t L;how -,t vorl" 11"tf-, aIr," be
tvt(,e ',i ac-e to ratprl lons and nt-,. Iral
30-
10
T
6 8 10 eo 44,
car(I 'Al F i g (caption oi~ C., t r (1 /11

of' loll Cy~.Jotrori 7T-
1? 0 V/f 'Y
Fig 3 R~-L~ narit aboorptlori cX pr~W-I.
hydvo~--(-,r ut coraiuarit : i--i,( :J .
Thc, al,,.3ciosa pressure Ii, fi,r; * :,,.
ord I riate nhowi ampli Lude (Di' resotiant ab-~ rj I
rf,latlve
130
Plir Re!,orifutt al..-,~.)rptlori p,,-.,i,
jb,
Tlif, a1,-,c1,s.,3a
r, amro
Card 6/11

invejtI[,atIoc.s 77
in a De-~Se Plasma
(rezults tc, be IiL AtomlkayL'L
FTI All USSR (PTI AS Uk"SSR) t',;,-,
resonaace ~~ndt- r, (I I t i G "i ~ I
L;oijrct. c)f pia,111a, of a grenf~-vat~,;, C)
few hund-r~dthu o!' a mill1viatt. That work
also that th, Coulomb colll3luw3 haw- littli-
lnflue:ict~ on the con.,iumptton of ei,, rgj by rf,~,onar~',
ions . Th(- authors Invejt1pated al.3,) ~,rte r,lationzt,,tp
betwe,ei. trice power abnorption ar.,I Ci-~qur.,ncy, the
peak infl tmii. Int-ILi1ty
dj,,plw,,e
tit- --lat
of tlif- dllscriar~,(, arid
botween the re.,~or.,Lrt r,-Iwor ar,']
thc, I-Ime after the d,' wa-:~
(see 1)). Siricc vela,--i
density of ~he plasma, th,: ~,rvc-
thel-e e/,113t~3 an optim,v~ di-i-Ity of t,-.-
Card 7/11

III v (I I) f"ti, I(.) I' ov/,
i n a De t i o P lai3 mr,
N 6 10
'D
0 300 leflo
SEC
t ime ,t i, c,i f t In c)f'!* I T'(2 I i
A
lly J P Put ~l R I it, i
or ti,, plaiuna Yi i
that viLl i, tiw L I I " I f I ~j I T71; L I I
Mr A
Card aL;,,f )t* I,il#

Ij
Li
curd

D(i n:3 e

Investigations of Ion Cyclotron Resonance 77839
in a Dense Plasma SOV/57-30-3-5/1'.-11
ASSCCIATION-
SUBMITTED:
Proc. Phys. SOC., 70, 446 B, 212, 1957; T. N. Stix,
R. W. Palladino, Proc of 1958 Gen. Conf. A (15,
P 360); T. N. Stlx, Proc. of 1958 Gen. Conf. A
(15, P 361).
Physico-Technicai InstituteAS UkrSSR, Khar kov
(Fiziko-tekhnicheskiy Institut AN USSR, Khar'kc),j)
Ocf-~ber 22, iqDq
Card I!/"I

25375
8/089/61/011/001/004/010
44 3 3102/B214
'14 IHI 0 ~RS i Khizhnyak, N. A., Tolok, V. T., Chechkin, V. V., Nazarov, N.I.
TITLEi The possibility of acceleration of large pulsed currents in
electron linear-accelerators
PERIODICALs Atomnaya ensrgiya, v. 1 1 , no. I , 1961, 34 - 40
TEXTs This paper presents an evaluation of the suitability of different
electron linear accelerators for accelerating intensive pulsed currents
since their region of application is only incompletely known as yet. The
theoretical studies published here are based essentially on the work
carried out over many years at the Fiziko-tokhnicheakiy institut AN USSR
(Institute of Physics and Technology AS UkrSSR), Kharkov. First, the
acceleration of pulsed currents in electron traveling-wave linesx-accelera-
tors is discussed. The effect of the pulsed beam on a traveling - wave
accelerator (Ir/2 wave, ?,= 10 am) and a wbLveguid* type accelerator is studied
The most important effects are threet 1) A change of electrodynamic
acceleration conditions. For v = a the electron beam affects the electro-
dynamic properties very little, 0for v 0< c much more. With a load of a
Card 1/4

25375
S/089/61/011/001/004/010
The possibility of ... B102/B214
current of -1a the amount of change in the phase velocity of the wave is
Aft. 2.6%- (A -0-5). 1.3% (~ -0-7), ~125% ( ~- 0-9); (A a v/c). 2) Effect
of the energy ratios in the accelerating system. There is a displacement
of the synchronous phase toward the wave peak, i.e. toward the limit of the
region of phase stability. It is possible to improve the energy ratios by
increasing the injection energy of the electrons of enlarging the section
with an alternating phase velocity of the wave. In sections with constant
phase velocity (-c)othe loading of the accelerator by the electron beam
leads to a decrease of the electron energy at the output of the accelerator.
For example, 12 Mw are required to obtain a pulsed current with la and
5 Mev having a width of the energy spectrum of 1* 3) Effect of the
dynamic conditions in traveling - wave accelerators. There is an upper
limit of the currenti for example, at an accelerating field of
Ez= 100 kv/cm this limit lies at 10 a. In the following the acceleration
of pulsed currents in linear accelerators with standing waves is discussed
in an analogous manner. An acceleration system is considered which con-
siets of one or more connected endovibrators in standing - wave operation
( Tr wave a, h t-- 2m) .In the decelerating phase, the beam is screened off from
Card 2/4

2~375
The possibility of
3 /089 i 6 1 / 000 1, 004 013
B1021B214
the field by drift tubes For the acceleration of higher currents, this
system has a number of advantages over the traveling-wave ~tystem, as there
are: 1) Change of the electrodynamic conditions. When the condition
14.4-10- 6()L/ R)4j ~1/qo + JN1"j0D0 is satisfied, the change of the electro-
dynamic properties causel by the electron beam does not limit the accelera-
ted current. No is the quality factor -)f the unloaded resonator, JIM the
h. f. power loss to the acceleration of the current of J ampereB, D 0 the
h.f. power losses to the walls of the system, ani R the radius of the
endovibrator.) 2) Change of the electrical conditions of acceleration.
There is a lowering of the pulse duration, and there is an optimal energy
given by 'N opt . 1.44-10 -5q0D, The maximum charge that can be accelprated
to Wopt is it- 2'10- 4)E/E cuu-umb. This type of accelerator can accelerate
much higher currents than the one mentioned before. Finally, the problem
of particle dy-namics in a standing wave accelerator is discussed. The
longitudinal (phase) and transverse (radial) motions are separately dis-
cussed. The authors thank K D Sinel'nikov, and Ya B Faynberg for
Card 3/4

V/v Paso
o,,6t lot Cjnr t (jad,,l Iwafis
- saaaTj Z aiv
8.Z814'L pauoijuam ajTj AouvATIaS d -N puv jazeXiqxy -1 -y -auoToenzaTp
VLZVZO~q ... jo 91TITqTesod eqj
OLo/VO0/LGC/iLo/tq/690/S
5L~52

S/089ffl~* 1/001/005/010
04yja B102/B214
AUTHOR3j Tolok, V. T. , Dolotin, L. 1. , Chechkin, V. V. , Nazarov, N. 1. ,
Khizhn,yak, N. A.
TITLEs A high-ourrent electron accelerator
PERIODICALi Atomnaya energiya, v. 'I, no 1, 1961, 41 - 45
TEXTs This pcper presents a deacription of the 5-Mev electron linear-
accelerator dppianad , built, and studied in 1955 at the Piz iko- tekhnichesk~y
instutd AN USSR (Institute of Physics and Technology AS UkrSSR). The
acceleration system consists of two coupled eadovibratore excited to
standingir waves with f - 137.4-10-6 cps, The accelerator is fed by 12
autogeneratore each of which delivers to the endovibrators up to 100 kw
with a pulse duration of 400 "ec. Each resonator is a 16-faced prism,
1100 mm long, the diameter of the inscribed circle of the prisms being
1500 mm. The prisms are made of 1 mm thick copper strips secured to a
solid body. The drift tubes (100 mm diameter) form accelerating gaps, iach
600 mm long. The h.f. generators work in two cycles with self excitation.
The 12 modulators deliver at the anodes of the generator-tubes voltage
Card 1/4

A high-current electron
25376
3/089J61/011/001/005/01,Gj,
B102/B214
pulses of up to 25 kv, The resonators are kept in a vacuum chamber
maintained at a pressure of 11-2).4.0 -6 mm Hg by two diffusion pumps. The
electron gun (with tungsten cathode in the form of a flat spiral) is
placed inside the drift tube. A special modulator supplies the gun_ athode
with negative voltage pulses of up to 70 kv and durations of 0.2-10 9 and
2-10-6 sec. In normal operation the iniection current is 6 al on pulsed
U
over-heating of the spiral it amounts to 40 a. The construction of the
injector provides for the possibility of using an L - cathode. The phase
difference of the I vibrations in the resonators is chocked by an electron-
beam phase meter, and the pulse height by a two-beam oscilloscope. The
radial focusing of the beam at the output of the injector is accomplished
'by the radial component of the h.f, field. The elctron velocity at the
output of the first acceleration gap is almost equal to the velocity of
light and is not further affected by the radial component of the field. In
the first gap there appears also a bunching effect which narrows the phase
width of the beam from 2.2 to 1.6 radians, which value remains practica"Lly
constant in the following gaps. At the exit of the accelerator the beam
cross section is -10 mm with an aureole of about 60 mm. It is focused on
Card 2/4

25376
3/00 61/011/001/005/010
A high-current electron ... B1 02Y3214
the target by means of two magnetic lensesi its diameter then becomes 3 mm.
To study the possibility of obtaining the maximum current, the particle
energy spectra were recorded at the output of the a~celerntor for different
currents. The follo-,,,ine results were obtainedi A current of 6.5 a with
a pulse duration of C,.2 usec is obtained for An electron enetgy of 4.5 Mev.
A current of 15 a with a pulse duration of C.2 ~tae- and an elec7tron energy
of 3-8 Mev is yielded from the maximumof t~e charge thtit can be accelerated
6
(3-10- coulomb). At this pulse duration a current of up to 25 a may be
obtained, but the maximum electron energy ia only 3 Mev and the energy
spectrum is broader. To reduce this fall of energy and the consequent
braxlening of the spectrum it is necessary to increase theenergy fed to the
resonators. A furth9r decrease of the electron energy for obtaining in-
creased current is not convenient because for radial Tocusing the electron
must have relativistic velocity in the first gap. The value of the time
average of "he current for this accelerator is up to 50 Ats, for 15 Pulses/sec,
which must be increased to "10-150 Pul!~es/sec for increasing the average
current. The authors thank K. D. Sinellnikov, P. M. Zeydlits, and Ya. B.
Fa,ynberS -for discussions. V. 1. Veksler end V. V. Vladimirskiy are mentioned.
Card 3/4

A high-current electroh
25376
S10891611011100110051010
B102tB214
There are 5 figures and 4 references, 3 Soviet-bloc and 1 non-Soviet-bloc.
The reference to the English-language publication reads as followas M.
Kell1her, J. Nugard, A. Gale. IRE Trans. Nucl. Sci., %I
"o. 3, 1 (1956).
SU314ITTED: July 26, 1960
Legend to Fig.1: 1) generator, 2) resonator,
electron gun, 4) connecting opening. rig nff riff
Card 4/4
4

.26, ?J B 1 24Y3202
AUTHORS: Nazarov, N. I., Yermakov, A. I., Tolok, V. T., and
S i ne 1 ' n i k-o-v _,-K-.-V -
TITLE: Propagation of ion cyclotron waves in a plasma
PERIODICAL: Zhurnal tekhnicheskoy fiziki, v. 31, no. 2, 1961, 254-255
TEXTs The experiments were made by means of a device similar to that des-
cribed in Ref. 1. Gas discharge took place in a 1.6 m long glass tube with
a diameter of 60 mm, in an axially magnetic field with a field intensity
of up to 15 kilooersteds. The magnetic field attained its maximum value
within 10-2 sec, it dropped by 2.7 times within 8-10-2 sec. Hydrogen in
the pressure range from 10-4 to '10- 2 mm Hg served as working gas. The
high-frequency energy was fed into the plasma by means of an induction
coil usually used in cyclotron heating. It consisted of six parts
connected in phase opposition. The axial periodicity of the h.f. magnetic
field in the coil was 16 cm. The load current circuit consisting of this
coil and vacuum condensers had the quality factor 310. The current circuit
Card 1,/
S/05 61/031/002/014/015

89168
S/057 61/031/002/014/015
Propagation of ion cyclotron ... B124 B202
was fed by an h.f. generator with quartz stabilization and a power of 50 kw.
The duration of pulses varied between 1o-5 and 10-2 sec, the working
frequency of the generator varied from 3 to 1/0 Mcps. The absorption of the
h.f. power by the plasma in the region of ion-cyclotron resonance was
determined by measuring the voltage in the cu.-rent circuit as well as from
the change of the electron density during discharge, and from the intensity
of the hydrogen spectral line Hp. With given parameters of the h.f.
current circuit about 5 kw were introduced into the plasma in the region
of ion-cyclotron resonance. Owing to the resulting high degree of ioniza-
tion of the gas no plasma formation by direct electrode discharge was
necessary. In this case, experiments could be made also at low hydrogen
pressures (up to 2.10-4 mm Hg). The upper curve in Fig. 1 shows the
change of load of the h.f. current circuit in the region of ion-cyclotron
resonance, the lower curve shows the intensity of the H line. The dura-
tion of pulses of the h.f. generator is about 3 msec. after :.~ msec
hydrogen is intensively ionized. The upper curve of Fl,~. 2 shows a curve
analogous to that in Table 1, the 1)wer one shows the curve of ,he
ampli.tude change of the h.f. (wave) signal at the electrode. The aignal
occurred only wher, the K.f. current circuit was loaded in the region of
Card 2/4

77
5/057J61/031/002/014/015
Propsiiitio-,
t
a 0 on-.oyoa rone 9 B1 24/B202
io4;;byoldtron W,avei o-:4-7A16Wth-f$gures~ shod "Ahat-the amplitude of the wave
it degree of plasma ionization. The
resultsobtain6d provi.'.1he p'engtraitionof.h.fo energy into the plasma in the;
form of ion-cyolotron`wavesi,','The mentioned data also prove the resulto of I
the'experimenta bf T 'Stika oi &I in the atellarators 3-65 (V-65) and
3-66-(V-66)~(Refs. 2, 3)-~ Besides, also waves shorter-than the cyclotron
waves were- obseried in the magnstliu fields. The working pressure in thib
case was 1o-3 ms Hg` of the authors
Under the experimental conditions
such waves were observed only at pressures exceeding 8.10-3 mm Hg- Their
occurrence has hitherto not been explained. There are 2 figures and
Soviet-bloc references.
ASSOCIATIONt Fizik9-t9khniohsskiy inatitut AN USSR, Khar'kov (Institute
.-.of.Phyaies. and Technology of the AS UkrSSR, Khar"kov)
SUBMITTED September.,10', 1960

9/791/62/000/000/001/036
AUTHOR: SinelInIkov, K. D., Tolok, Ve T., Nazarov, N. LL, Bandarev, V. A.o
_tBukayev, 1.
Hugay, Yu. P., Loginov, A. S., nonenko, V. L
I~Yes#gftqon of too cyclatroti resonance (d a dense plasma
PERIODr,,AL: FUM.-plazmy i problemy upravIyay4mogo termoyadernogo stnteza; doklady L
konferentell pa fizlke plazmy I probleme upravlyayemykh termoyadernykh
idaktaly. FIz.-tekh. inst. AN Ukr. MR. Kiev, lzd-vo AN Ukr. SSR, 1962, 3-8
TEXT.- Ion cyclotron resonance heating of plasma,,whereby fl~ld energy Is transferred to
the fous directly, is it promising method of rapidly attaining high [on temperatures. The
article describes Investigations of [on cyclotron. resonance In a plasma produced by direct
discharge in, a. glass tube 60 em long and 6 cm, in diameter, The discharge was produced by
&'rectangular voltage pulse of duration up to 800 microseconds and current up, tot 500 amp.
The discharge tube was placed In a magnetic field produced by a solenoid fed from a capaci-
tor bank with maximum stored energy 40,000 J, charged to 5 M The time required for the
Card 1/2

9/791/62/000/000/001/036
Investfgation of ton cyclotron resoranc4i In . . .
-re x
magnetla.fteld. to. mah maximum wait 4.7 10-3 sea.
The experiments have shown that there exist optimum values of hydrogen pressure and
discharge current for the absorption of high frequency power by the plasma. Tha half-width
of the resonant curves increases monotonically with Increasing gas pressure, Indicating that
the accelerating Lon. Int eracto strongly with the netktral atoms.. An increase in the discharge
current and consequently In the ton density in the discharge. also shifts the resonant peak
toward magnetic field values below the resonant field. Density measurements in the hydrogen
d
plasma have shown that at 309 amp a plasma of G x 1012cm --nsity has a lifetime of 150
microseconds after the termination of the discharge. ft to also noted that the resonant peak
becomes asymmetrical with increasing plasma density, this being possibly due to the diver-
slon of par(of the high frequency power to the generation of Ion cyclotron waves. It is also
likely. that at densities above optimal the screening of the plasma against the high frequency
field comes into play.
Thare are eight figures and five references. The English language references are: K. S. W.
Champion, Proa. Phyff. Boa. 70, 446, B, 212 (195T), and translated articles by T. K. Stix and
R. W.'Madiw.

1,-7
AUTHORS:
TITLE:
PERIODICAL:
3 "~~ 56)
S/05 62/37.2/OC5/cr,3/022
B102Y3104
~Iazarov, IN.-" Yermakov, A. I., Lobko, A. S., Bondarev,
V. A., Tolok, V. T., and Sinel'nikov, K. D.
Examination of ionic cyclotron waves
Zhurnal tekhnicheBkoy fiziki, v. 32, no. 1, 1962,
TEM; The authors continued previous experiments (Zh-,--, ')1, "54' 1961)
on the excitation and propagation of ionic cyclotron waves. :.I an
apparatus schematically shown in Fig. 1, a powerful h-f discharEe in
hydroGen and deuterium was studied in a range near ionic cyclotron
resonance, and the conditions of forced resonance excitation of 4oric
cyclotron waves and of their propagation along the magnetic field were
determined. Polarization and attenuation of these waves was also
measured. The dischar e took place in a tube of molyldenum glass
(2 m long, 60 mm thickI arranged in a solenoid which created a quasi-
constant magnetic field. The arrangement was such that two field
regions were presents one for resonance excitation and another fur the
damping of the ionic cyclotron waves. The overall length of the co"I was
Card 1/*
3

S/~57/62/01Q/305/'~_-,z/322
Examination of Ionic cyclotron waven piv-2/31c,/
1.5 m. The field was created by diacharging a capac i to r bank iii tt, L *.o ta
capacity of 2.25-10- 2 f, which could be cnarged up to 5 kv. Tf.e field
reaQhod 20-25 kilogauso within 5 maec. The exciting electromat~,retic
field had a wavelength of 16 cm. The resonance circuit And it quality
factor of 400 with an 80-kw eenorator (3-30 Nlc/soc , isrid the maxlmum
voltage in the circuit was 30 kv. Hydrogen of 10-~_10-4 mm Bg was blown
through the evacuated (1.10- 6 mm Hg) discharge tube, ana after a !Gng-
time aging of the system with h-f discharges, voltage and prote-signit!
oscillograms were recorded. At the moment of resonance load, thc-
generated wave starts traveling along the constant magnetic field. -,,s
magnetic-field distribution and phase variation along tne field xere
measured (Figs. 5, 6). The wave was found to be circularly polariz-7,J;
*the polarization vector rotated In the same sense as ~id the free ion in
the magnetic field. The damping process was studied wite waves
in a region of magnetic fields equal to that oL the cyclotron -~Livr_8.
Damping was found to set in only at a certain disttince with various field
geometrieu, which cannot be attributed to oollisiun damping only. At
H= Hcyclotron' cyclotron damping becomes more effective. There are
Card 2/5

S/057/62/C "2/Orr,/'C)C, 31:;22
Examination of ionic cyclotron w1ves B102/B164
6 fiplires.
AS 3,00 IAT I ON: Fiziko-tekhnic~.eqkiy instit,.it AN USSR (Pnysicotecnnlca~'
Institute AS UkrSSR) Khar1kov
SUPYITTED: June 3, 1961
Card 3/5

ACCESSION NR* *AT4036054 8/2781/63/000/003/0164/0168
AUTHORSs Nazarov, N. 1.1 Yermakov, A. 1.1 Tolok, V. T.; Sinellnikov,
K. D.
TITL~s Investigation of instability in the cyclotron method of
plasma heating
SOURCE3 Konferentsiya po fizike plasmy* i problemam upravlyayemogo
temoyadernogo sinteza. 3d, Kharkov, 1962. Fizika plazmy* i prob-
lemy* upravlyaye"o termoyadernogo sinteza (Plasma physics and
problems of controlled thermonuclear synthesis); doklady* konferen-
t9ii, no. 3, Kieve ]Ezd-vo AN UkrSSR, 1963, 164-168
TOPIC TAGSs cyclotron resonance phenomena, plasma instability,
plasma heating, plasma ion oscillation, plasma decay, microwave
plasma, gyromagnetic resonance
ABSTRACTs To clarify the question of the effectiveness of plasma
heating by ion cyclotron waves and to study the influence of the
1/5

ACCESSION NRs AT4036054
level of the high-frequency power on the plasma heating in the ion
gyroresonance region, an experiment was performed with a setup de-
scribed in detail elsewhere (ZhTF v. 32, No. 5, 1962). The results
of the tests indicate that there exist two distinctly different
modes of plasma behavior, one in which the plasma exists for a rela-
tively long time, and one in which the plasma begins to decay even
before the termination of the high-frequency power pulse. A radical
decrease in the lifetime of the plasma occurs at a definite critical
power level supplied to the plasma, and the smaller the pressure the
smaller the critical power. The critical power depends on the
cleanliness of the system and increases for a poorly preconditioned
system. This dependence on the pressure and on the purity of the
system suggests that the observed instability in due to the appear-
ance of ion currents with large directional velocities* At the
present time the nature of the observed instabLlity cannot be recon-
ciled with the existinj theory. 02n conclusion the authors thank
Ya. B. Faynberg and V. 1. Murilko for interest in the work and for a
card 2/5

ACCESSION MRs AT4036054
discussion of the results, and also A. L. Lobko, V. A. Bondarev,
and Ye. S. Khokhlov for help with thd experi~nts Orig. art. hast
5 figures.
ASSOCIATrONs None
SUBMTTEDs 00
SUB CODES mg
Cer4 3/S
DATE ACW 21Xay64 ENCLs 02
MR REP GOVe 003 OTHERs 002

A=MIQM ft i AT4q36o54
is
Powe r, kW
01
Dependence or the 11fetim T of a plasma with n 1.2 x 1012 am-.3
after termination of the high-frequenoy pulee, on the power, for
two prOssurest o O.gff &nd A - 0-589 n/uM
A:FFfl
4-
C&rd 4/5
Now W -

I I
S
A=ZSSION Kai AT4036054 0 Sma 102
.0
Duration of hf pulse, 1knec
Dependence of v an the duration-of the high-frequency pulse
CAC4 5/5

DOLGOPOLOV, V.V.; YEWWOV, A.I.; ILAZARUV, IJ.I.; STEPAMOV, K.N.; TOLOKI
V.T,
1!~cperimental observation of Landau dumping in a plasma. Zhur.
eksp. i teor. fiz. 45 nu.4:1260-1261, 0 '63. OMIIA 16:11)
1. Fiziko-tekludcheskiy irlititut AN UkrSSII..

-2/E5( )-2 AF -T-TC/ASD/ESD -3/'OWL/
EWTM/EWG(k)ADS/EEC(b
SSD FP-4/FqnV~074/_F~-4 AT/rip(c)
1C==Qf M AP300396T
8/60"/63/615/601/0005/0006
AMORU
hkwera -It Eat talessMZj, Tu. 6,,t !4jtM, jrw X,.t rgr-daeldr, A. x0t,
t1frAt Ion 4416trowt mams"* in, a Nowily P
r
15, It-. 1965, ~_6
ITOPTO TAGSs Lou eyalatron resonsnoot morwing. VIA 0.PLAcht PlasmIftwitre'Dopp-
iler, effect
AMRLCEt: U., the heating of a stationary plasm by neanx of an ton cyclotron.
'resonances thj# tiow required, for & considerable acceleration of plasm Lane Is not
onom than 10-2 nee : Therefore for the pinchea moving with a velocity of 16T on/teat!
;the leveh of the ;eatinc section Is not unreasonable (about lmie),* ra, the, present
ark, -che generation an& absorption of ion cyclotron womea in a soving plant pinch i
thas been observed* The absorption of high frequency, enerar occure& at tvo fre-
Auenciet shifted to both'sidee, frOIL a Certain &Yera& trequencyr because of Dappler
Met. RKipetic; shor*O'aro important for the* damping of. ion cyclotron waves.
By measar4mg the Dappler effect FA the risonance, ft4qU4noi*wt1 the axe y
2761 It
of the pinch vas fowA (6oT X 1V on/goo) r and th* plasm density (T X 10

L 29 M1
490-6-6 EPF60
A= NFJ AP6013113 SOURCS COM UR/0057/66/036/004/0612/0619
U~mmkov,A&1,; Tololl. VA,
oaas now
Tl=t -High Ex"non6y: heating of a high density plasm
T:
SOWNS Zhurmal toMmicheakoy flaikit v, 36 0 no, 40 19660 612-619
TOPIC TAGSt plasma heating, hydrogen plasma, Ion temperature, electron temperature#
plasma magnetic fieldo plasma oecIllatione plasm resonance# cyclotron resonance,
acoustic resonancee
ABSIMAM The authors have Investigated beating of hydrogen plasmas at pressures
between 0#001 and 0.004 ma Mg by Ionic cyclotron and fast magnetic sound waves. The
plasmas were -produced In the fideg machine$ which has been described elsewhere by
the authors and collaborators (ZbTlr, 32, No*5, 536, 1962). Heating was accomplished
by up to 100 W pulses of rf power at 10 MHz; resonance with the ionic cyclotron or
feet wagnetic sound1wayes was achieved by adjusting the strength of the external
(pulsed) magnetic flolde Doubl* pulses of rf power wero employed; thq first pulse of
a ;,:tlr served to produce the plasm* and the second$ to beat It, The longitudinal
..onergive of the plasma particles were determined with a nultlgrid probe and with the
electrostatic analyzer described by A.A.Kolsykov and collaborator* (FM, S. 142,1963).
Ion *mesa@ wore determined by measuring flight time* In a 38 cot long drift tube. The
Card 1/2 VWs 633o9

L
ACC NRs AP6013115
ts~61que employed by W,9offooke, UA,Rothman, and J, Adam (Bull* Phys,Soos,ser 2,
8, 174, 1963) was used to determine the transverse energies of the plasm particles
f rem measuremornts of the diamagnetic properties of the plasma. 'Electron temperatures
were also.measured spectroscopically. Plasma densities were measured with a microwave
Interfere"ter operating at wavelengths of 8,2 and 4 am, Mean longitudinal Ion
energies up.to 2000 9Y were observed In plasmas heated at the ionic cyclotron reson-
once. The transverse Ion energies wore slightly lower; this difference Is ascribed to
systematic error In the measurement of the transverse energies. The mean Ion energy
w8: proportional to the square of the rf potential applied to the exciting coil. R+;
V2 V &nd.113+ tons were present; these ions all had the some energy. The Dean Ion
energy r3mained constant throughout practically the full 300 psoc duration of the
heatingi,pulse, indicating that the losses were high. The electron temperatures In
these*plasmas was only 20-30 eV. The ions cooled very rapidly after cessation of the
pulse, with a time constant of some 10 jAsec.- This rapid cooling Is ascribed to charge
exchange collIsIons with the cool neutral gas surrounding the hot plasma column. In
the plasmas heated at the fast Ionic sound resonance, the ion and eloctron tomperaturel
were approximately th fisam% and equal to about 150 eV. Thot densities of the placmas
were not less-tb&n 10 - - to In both cases. The authors thank A,AsKalsykov for
lending.tbe electrostatic-onslyzero-,and Academician K SIUe11B=kgv for his support
and Interostlin the works.. Orig, irt'.hasf :2 formulas and 16 :!Sure*,
221*
IM OW91t 20, OW DATZ: P MS.- ORIO. RRIPI 004 01H REP: 001'
,71
v. IN'
2

1: 62
AUrHOR: Nazarov, N. I. ; Yermakov, A.
ORG: none
SOURCE CODE: LIR/0000/65/000/00WO010/00144
Tolok, V. T.
TITLE: Measurement of the perpendicular component of energy anc, the tinie of plasma
breakVp in high frequency heating
SOURCE: AN tkrWlt. Vysokocha3totnyye evoystva pla=y (High frequency properties of
plamr*). JUmv, Naukovo dumka, 1965, 10-14
TOPIC TAGGs plAsmi 4scay, plasma heating, diamagnetism, plasma magnetic field, extemL
al magnetio field, electron density, plasma charged particle, pulsed magnetic field
tl- V
ABSTRACT: The 'heating by high frequency generators and tho breakup of pl~asma is stud-
ied by making use of i7he dependence of the plasma di ignetism an the perpendicular
component of particle energy. The method of measuring the diamagnetism consists of de-
termining the magnetic field in the plasma and comparing it with the external field.
The measurements were made on an experimental apparatus which used eit'her a strr'ng ion
cyclotron wave or fast nignetosonic wave for plasma heating. -,h(! re,_al-s srowir.9
ion temperature as a function of a ratio of the external magnetic ficid to t--e pl-S--d
field (at which the gyrofrequency is 1.0 :-'Hz) indicate the maxinui terpuralur-2 Of ~3
kev during the resonant excitation o' the io~. cyclot-or, wave. The density wa-_ 'LG13
Card 1/2

ACC NR, AT6020562
electrons/cm3 . 7he expected couling tire of the -ors was observ(." ~C, Le -e-,,ced `7 a
factor of ten down to 10 usec owing to energy traT,srer to colder a-ectrons a.-.c to
charge-transfer collisions in the region of the cold plasma bouncary found near the
plasma vessel walls. It is suggested that removal of the walls would pernit consider-
ably higher heating of the plasma. Orig. art. has: 5 figures.
SUB CODE; 20/ SUBM DATE: l9Nov65/ ORIG REr: 003/ OTH REF: 001

L 46296-66 EWr (1) AT/GD
ACC NRI AT6020561 (N) SOURCE CODE: UR/0000/65/000/000/0005/0009
AL17HOR: Nazarov, N. I.; Yerinakov, A. I.; Tolok, V. T.
ORG: none
TITLE: Investigation of the energy of charged particles leaving magnetic traps after
high frequency heating
SOURCE: AN UkrSSR. Vysokochastotnyye svoyrtva plazmy (High frequency properties of
plasma). Kiev, Naukovo dumka, 1965, 5-9
TOPIC TAGS: plasma eating, iir plasma magnetic field, plasma tempera-
ture
ABSTRACT: This work describes the results of measurements of the enuu-Lof ions and
electronrwhich are moving along the trkignetic field. The heating 6eic ~an s~msds_e~in
the experiments were collective excitation5 by ion cyclotron and fast Mignetosonic
waves. The characteristic waves in the plasma were !xcited by the. spatially periooic,
electromagnetic fields with 10 Miz freq;.i-~,ncy. 7he generator -)nw(,r used was, at tho
300 'Kw level. -he particle energy and composition wag measured by the electrostatic
analyzer and mu~tigrid probes. The pl;i.,;~-.l temperature was deterrined by spectrocropic
methods. Plasma density was determined by a microwave Interforometer. It was found
that tharee types of ions flowed out, nameiy, H1 , H3, all of which had the same
Card _ 11?

L I.6n-6-66
ACC NR, AT6020561
energy even though the resonant acceleration condition is satisfied for H+only. The
ion temperature of 2 kev was reached, while the electron energy was only 30 ev. This
also indicates the presence of three types of Ions. In magnetosonic wave heating,
both ions and electrons were found to reach a temperature of 150 ev. The various mea-
suring methods gave consistent results. Orig. art. has: 5 figures.
SUB CODE. 20/ SUBM DATE: 19Nov65/ ORIG REF: 004
C.,d 2/2 afs

BM
AUTHOR; Nazarov 1
TITLE: The Gpera~ion of'
Sinusoidal V~,.Ltage
PERIODICAL: Izvestiya vysshikh uc~,.ebnykn zavt!Jei,,iy:
-
1960
Nr I, pp
,
ABSTRACT: The article, s e i u -, u f 1.
operation of oil-,aper , mo i i I a t i o n I nii , fr
-with non-s~nusoida' %,~ 1,fqPe :md .,iillhout ~~,;rlstarlt
com;)onent. A rel%tive- spectral ~oef: icien~ is n-
troduced and a rneth6d of determning e !v f~, r, ae
value of' t~,.t- non-!;Anusoidal f-inction for
period is ,,,.ven TIf.- p,,ir,'imeters of an e:1,-i;va.er-,,~
sinusoid are determined and the lnfli;ence of tne
relutions`ii;, cf aper thickneLz t,~~ tn.at of tne
1, -y f;ic,-r Dr
foil and ~n-? comres.~,i`-;I-t ope-, f~c
losses in the cfj,,,,ict,-,r ire ta-~er. ;~ntc a cun
A m e t i; o d o f ,j!~ y i nc, V A. F,,) k %
Card 1/4 '1 -1
* s t,!
r ted radia
~ c
vol t aCe of he ~: t b reri
~ t i
vo
~
,,
~
.
,
,

The Operation of oil-paper Ca; acitors w' th lion-Snasollo 7 11 t~lFe
is found. If the capacitor voltage is given in
the form of a certain function u~t) t b
expressed as an series:
U~'t) = UMi sin.,wt+?,) + U 1.12 sine 20t 12)
+ U sin"p(P)t+(V )+.
M p 1 2
where U LIP is the amplit de of the narmonic T e,
:;,L;t f-,)rinul~i -eves ',h.-- vr_.LaCe 2"
-,,itn 6 non-oinu_;oi-d -C v-.t'ip-e ,I(,
fiF,ure is exLre~;sed throueh the effect:ve v:.,.ue
Card 214 of the e,4uivaier~.t sinusc-d

The Operation of 0ii-Paper 7 :'1
a,,m.,, c GsT
2ml
Upr '~CIG coscel 21-1'1 C 0 5
V-fE -- -0 - - 7-(t
f 0 t C6,c . C'k S
where Upr i %he breakthro,gh voltaCe, jvA- C '011-
ficient of li~!at conductivity of the d~eectr,.c.
cal/sec ci,-, deg; f - frecitiency, C; E-CI tg4'O -
dielectric penetrance and tangent Pf the anCle of
losses before the application of voltage;of- amounr
characterizing t~ie rate o.' increase -r, losse5
Card 3/4 during temperature rise;(ZP c) - non-dimensional

0,011 C_ i
T. 3 Operation of 011-Paper Criacators w-ith 'I0__ta!Fe
function, characterizing neat take-off from the
dielectric through the electrodes into the s-.irround-
ing medium. There are 6 references, of -.,ihich
are Soviet and 1 American.
ASSOCIATION: Zavod "Kondensator" ""K-)ndensator" i~Iant.'
SUBMITTED: AuCust 51, l-)1-9, by the Ka.'edra elektroizolyatsi-Dn-
noy i kabellnoy tekiin-ki ~Cha~.r of Elec*rica.' In-
sulation and C!jbie Technr-,"o~:y)
Card 4/4

NAZAROV, N.I., inzh.; PFUSELENTSEV, I.F., inzh.
Effect of pressing on the electric ctaracteristics of a paper and
oil capacitor . Vest.elektroprom. 31 no.6:55-60 Je 160.
(MIRA 1317)
(Electric capacitors)

UZAROV, N.I., innh.
ThermMa conductivity factors cf a section of oil-saturated
paper o4pacitor. Izv. vys. ucheb. zav.; energ. 5 n0-10:46-51
0 162. (MIRA 15:11)
1. Voesoyuznyy zaochnyy energeticheakly InstitLt.
Prodatavlena kafedroy elek*-oizolyatsionnoy I kabel'noy
tekhniki.
(Condensers (Electricity))

KAUROVP N.I.1 inzh.
Compression factor mid the reduction of losses in oil filled
paper capacitors. Vest.elektroprom. 33 no.1:14-16 Ja 162.
1 (MIRA 14:1.2)
(Electric capacitors)

GULEVICII, Anton Ivanovich; KIITYEV, Aleksey Petrovich; NAURU,
11-I., nauchn. red.; SY"All-OVA, Ye.)A-, red.
[Manufacture of power condenaers) Proizvodstvu nilovykh
kondensatorov. Moskva, Vyashaia shkoia, 1965. 355 p.
(1,11RA !81l0)

s I, : !-Y".*, V .! . ; F. : . , , , '. .". ; NA
,-- 1, f; , ,
nc,.~ :1~4- I ? , . .
. I :,I, t , : JI: .,"I I

Kv I' Ylif,.,~'I , V. !.I.; P 1;,Ji~ K( VA , M. "I'.; ~ V , !,. H.
, h r, , :- .-. E! 1, . r % *I
F,f ri r: t (i r j I j!i t and oyygi- ri on ~.n,i i,b,, tr,.g -, '-': -"I v
aquat I , p ants . F I z I ci 11 . i - F-L 3 t .- I ra, . 6: W, ', !i- 11 i..
. , j J~A I P : , ,
I . Ve rnadsky I no t i ti. te of' ,eacI& in 1 .1 try arid Ana ! :7' 1 r-a ! ,.emi s 1, ry ,
Moscow.

ACCESSION M AP4042026 9/0020/64/157/001/0223/0226
AUTHOR: Kutyurin, V. M.: ULubakova, H. V.; Mazarov, N. M.
TITLE: Influence of oxygen concentration on the rate of photo-
synthesis and respir4tion.of. algae
SOURCE: AN SSSR. Boklady*, v. 157, no. 1, 1964. 223-226
TnpIC TAGSt photosypthests, lite support. oxygon concentrWtion,
respiration. plant physiology. light intensity, Chlorella.
Scenedesmus, Elodea, algae
ABSTRACT: The authors previously established (DAN. 154, no. 3. 1964) that the rate
of photosynthesis in Scenedesmus obliquus decreases as oxygen con-
centration increases. The present Investigation was desiRned t6 uh,ow
what influence oxygen had upon algal photosynthesis and whether the
photosynthetic rate was dependent upon the physiological state of
algae and the intensity of light. Experiments were conducted on
Scenedesmus obliquus at 22C, on Chlorel a pyrenoidosa at 39C, and
.on Elodea canadensis at 22C. All algae ware cultivated in phosphate
Cacd 2

LCESSION NR: AP4042026
11~buffer solutions (pit 5.6). Kinetic determination of the isolatton
band
absorption of oxygen was Accomplished amperometrically. The
results of the tests indicated that the influence of oxygen on the
observed rate of photosynthesis depends upon the nhysiologicAl qtAtc
of the plant and the intensity of light. Algal respiration does not
intensify as a result of preliminary Ll Umination, The respiration
,of Algae in darknean is directly proportional to oxy.gen concentrntlon
;and differs from respiration in liRlit. It is doubtful whet;,cr the
~"true" rate of algal photosyntl)csis can be determined by nddltlon of
;the observed rates of photasynthestri And respiration in darVneas.
The authors express thanks to 1,. S. Snektrov for contributing the
Chlorella pyrenoidood culture. Orig. art. hast 2 figures and I
t a b I e .
ASSOCIATION: Institut Rookhimii I analiticheakoy khimii im, V. 1.
Vernadakogo Akadamii nauk SSSR (Inaticute of Geochemietry And
Analytical Chamintry. Academy of "ciencea SSSR)
SUBMITTEI)i 15Aug63 ATD PRESSt 3059 ENCL. iDO
SUR cones LS N r, HE F " 0 V t005 OT 11 FP 10
2/2

"'NT
KUTY*j:. l.',* V. :-AZA ff,'
by plaw-3. IC! 15V
n a. -y i,.:.
A.; SL;S...