SCIENTIFIC ABSTRACT OUTRATA, J. - OVANDER, L. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238610004-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OUTRATA, Jirl
"Technology for fitters" by rDr. ing.1 Sergio Gaggia.
Reviewed by Jiri Oputrats. Stroj vyr 12 no.4:313 Ap'64.
i_.

OLTRATA, J:Lri
OToals and machinoe for metal-cutting" by D.H. Bruins. Vol, 2.
Reviewed by Jiri Outrata. Stroj vyr 1-1 na.6027 Ja 163.

OUTRATA, JIrl
"Mar.t, I r)p '( (- Is ' :- e(~cm,ru ca. : ~l on" ty A. - -,, " . . I
.1(,Vl(!Well tv ilri (lutrata. Itroj vyr 12 n(;. ~: J1 ) It- 't)4.
"'~%cnlne gncp Fin: set,ips" by H.W.F,,rter. 0.11).
:,asooe, 7teviewed by Jlri Outrata. 1 t)1:1. I -- -41,

OUTFATA . Jiri - - -- -
"Tools and machine tools* by H.D. Bruinn. Reviewed by Jiri Outratf-.
Stroj vyr 10 no.12:637 062.

OUTRATA, Ari
"Mchine toola" hy Warner Charchut. Itriviowlid r,;i Arl Oil.r4l.ot.
Stroj vyr 11 n0.1:56 '63.

OUWTAv JIri
Machine tools vith digital control. Stroj 77r 10 ac.4-.212 ~; .62,

OUTRATA., J~, inz.
"D,vnpmic 6nhlysis Of machimes" by J.E.Shigley. Reviewed %01_t,&tE-
StrojirenEtvi 12 r.~-,1.77-78 JF, 1,12.

L 29S51-66
ACC NR,A?6006151 (A) JOURCE CODEt-CZ/0078/65/000/01C/a~.
AUTHOR: Tomanek, Evzen (engineer aguu) ; Ouzry, F. Nvaly)
ORGi None
T:7LLi (A circuit for regulating controlled silicon rectifiers)
CZ Pat. No. PV 1406-65
SOURCEi Vynalazy, no. 10, 1965, 10-11
TOPIC TAGS: silicon diode, semiconductor device, transistor, rectification
ABSTFLACTi A circuit for regulating controlled silicon rectifiers in full-w[Avo
circuits is described which In distinguished by the feature that to the full-wave
secondary coil of the power transformer are connected high voltage rectifier Lubas
which are connected in parallel throuph a charging resistor to a ddschargo diodo
Which in turn is connected to an integrating condenser connected at tho other end
to the Laiddle of the same coil of Lhe power transformer to which in also connected
a sel-f-inductance. The othor and of the self-inductance is connected to the mounting
of both high voltage rectifier tubes and to the middle of the power transformer
mentioned above and through the feedback coil of the blocking transformer iz ccrnected
the base of a transistor which is likewise connected to a series combination
constituted by the source of secondary voltaGe, the source of regulating voltago and
Card 1/2

OUZKYP JomqfP inz.
Opening and exploitation of ore depoolts, Rudy 11 no.1:33-35
Ja 163.

OUZKY, Vaolav
Ton volums of the periodlcal 68delovacl technikaO. Sdel tech
10 no.12:"l D 162.
1. N~stek ainistra vooobeemiho strojirenstvi.

m, 7.
RK . I . A.3 r. - . I
phe W, -C -.*-,t,, t e 1,, ~ -, -- 7 - 4 7il i ~ t r t,"e ',,,w
;D .L ~ ~' , " .' *,'-t-[\IKA . . - %:-.a, _ eC~j ~_, - I .,- _ 4. a, 3, Nol 1, "". .
'), ,, .. vi , . .-
Yonthl-, L~ rt ot' a-t II I ~ . 1. , , , ., !71

OUZKY, Vaclav
40 years of'the Communist Party of Czechoslovakia. Slaboproudy
obsor 22 no.5:257 161. (EFAI 10:7)
1. PredBeda Statniho vyboru pro rosvoj techniky.
(CzechoslovaY'-a-CcmmmIst Party)

- OUZKY, Vaclav
Fifteen years. Slaboproudy obzor 21 no.5:257 Pq 160. (EW 9:8)
1. 14inistr-predseda Statniho vyboru pro rozvoj techniky.
(Czechoslovakia--Economic policy)

--.
-ii~rii.l cance w '.ne criw. of -(-.~nd -v'~ I
i - 49.
'*, rm I iza ce. (~Jrad rc, n, r--j 11, y - - ) 7 rf..! ! , ~17 (,( ! (4-101" -. . % .
~fr-l. 7, no. i., U-*,. 1-959
Monti-ly lic' c,.' '.ar, ;,~- -e-,f I I.F (Fl*;,I: 1c, v . "" ",( . I ? :,!n.
2960
uncl,

OUZKT, Vaclav
,- - *-wieclid4uea in the development of our power engineering.
Energetika Cs U no.3.129-131 W 161.
1. Predseda Statniho vyboru pro rozvoj techniky.

7.
40 years -) * I j,,- i ,L ~ci.,: ce Eric. , .-, -I - ,, .
F . '7 - r . ~ , I - ~ . - " , I I "' k : T.- L~ , -,z ..-:: J~q ~ -,v-t.- i , *1 -. . . - , ! ll~ . . . I \ . .
,~ : );"t ."', lnilpy ': -, , 1. 'cc.. S. , -, T., " I ) " .
.-. -~ I L-1 ; - . . . I

'T. 'IN . I I
I h.-- " ) f'~,.; 'I e a Y I r. t ~ o - "! t,( - , I r,-Iil 1 r I , . - ! r--. . ; . '. . . , I ~, a r , - - , - A . . . . I
: i~ - v~ a
- . , . ., f-I
- . I . '. , ., I I
: ,~, c rith 1. J- i. s t -a! t Ei : r ; t-ar. A,,-ce~, 1 - .. .1. " 9 . C, . , n, . I . - .~'. I

OU&k,Y, V. -
Uuzky P V. I ast res'-] , s ~-.m nu--w v s', s u3: researen and production. p. 1.
Vol. 18, no. 1, Jan. 1957
SLABOPROUDY OBWR
TECHNOLOGY
Czechoslovakia
So. Fast European Accessions, Vol. 6, May 1957
No. ~

OUZKYI Vaclay
...............................
Ton yefirs of ttie Telecominnication Reaearch Institute. S ia bo p r oudy
obtor 24 no.10061-563 0 163.
1. Nwwstek ministra Yse-)beeneho strojironstvi.

CZ /38 -6c - 1 - 2124
AUTHOR: Guzk~, VaclhV. Minister, Chal.7man
TITLE: Tasks of Nliclear Energy.
PERIODICAL: Jadernh Energle. 1960, Nc. 1, pp. I - 2
TEXT: This article Is a review of the achievemew~ in the fields --f
nuclear energy In the CSR during the past five years, followed by a p-eview
the most urgent problems to be solved in the future. The author men%!7,ns
construction of a nuclear research center at Re! near Prague, whi,:h will' t-e
completed this year; the :inclusion of plann7ng and preparations f-~r t-h.? :r
struction of the first nuclear power plant; the establishment of a numter if
research centers working on radio-isotopes and nuclear radiation; tne pr-grps~:
in applications of nuclear energy In such fields as mediclne, bloirgy, agr.
Ishment of a faculty for nuclear sclen,7e mini ri scr)c-,
,ure, etc; the establi
nuclear energy; and finally, the creation of the Atomic Ener" Qommis;li~-r-
The author regards as the foremost tasks for the future the c,)mp!et4cn -f
nuclear power plant. Another prominent problem will be practl,7a.
Card 1/2

Tasks of Nuclear Energy.
CZ/38 -60 -1- 2/24
of various radioactive substances, especially in Industry. A new field for he
use of nuclear radiation will be in chemistry The most important projec',,
however, will be the industrial exploitation of experimental findings.
ASSOCIATIONSs Sthtniho 4boru pro rozvoj techniky (Government for the Develop-
ment of Technology); Komise pro atomovou energil (Commission
for Atomic Energy)
k1
Card 2/2

KOROBDV,N.N.; RAYNV.Z,A., SAMOY.I.Y.; (WADIOVICH.I.YA.
Operating procedure of innovator A.M.Prikhodlko in the pneumptic
malting unit. Spirt.prom.21 no.3:43-45 '55. (MMA 8:12)
1. ITIPPO 91yevskiy filial Vessoyuznoge Nnuchno-issledovntell-
skogo instituta spirtavoy promyshlennosti I Klyevskly spirtotrest.
(Halt)

IDRDBDV, N.M.; NALICTOV. I.y.; OVADIOVICH, I.Ta.; STCH, P.I.
-1.-,-, 4-- ~.
Use of a pususatic-tube system at the trilasy Alcohol Plant.
9pirteprosi.22 z991:27-28 'j6. (KU 917)
I.Klyevskly tokhmologichaskly Institut plshch~voy promphles-
nosti Inext Nikeyaw (for lorebov).2.Kiyevekly spirtwyy trest
(for SiLletev. Ovadlevich).3oTrilosekly spirtovyy saved (for
Sych).
(Reematic-tube troamportaties)

R&BIJI(YVICH, B.D.; OVADIOVICH, I.Ta.
Using superheated steam in the continuous cooking of starchy
raw materials. Spirt.prom. 25 no.1:24-25 '59. (MIRA 12:21
(Distilling industries) (Alcohol)

fr '. \ ~, /I I . ,II
KALMV, Live; OVADIOVICH. I.Ya.
W.-.
Simplified trPe of elevator for green malt. Spirt.prom. 21 no.1:41
'55. (Km 8:5)
1. Kiyevskiy spirtovyy treat.
(Distilling industries-lquipment and supplies)

!--
CIIACEMIME.O.Z.,Inshener;OVADOVSKIT.I.M..kandidat tekhnichookM umik.
lVerience in producing prestressed floor slabs with the aid of
a cvnblaod concreting unit. Bet. l.shol.-bet.no.7:233-236 0 155.
(Floor*. Concrete) (KLRA 9:1)

AIHVMMV, I.N.; kand.tokhn.nauk; OVADOVSKIT. I M.. kaud.tekhn,n-Ruk
2xperienve in manufacturing large-diameter high-pressure
reinforced concrete conduits. Strot.prom. 35 no.6:6-9 Je
'57. (MIRA 10:10)
(Pipe. Concrete)

(NADOVSKIY.I.M.. kandidat tekhnichookikh nauk
Some problems in the technoloa of producine prestressed floor
panels with concreting machInery. Stroi.prom.13 no.6:12-15 Je
'55. (KLRA 8:10)
(Floors, Concrete)

........ ~ -,-. - r-
C VA- -,-, ;I, ... . -,.- i 1, - ,~ T.:- . "
M cc tr I c Tn: dale, r~- an-~ '~ 'c -n
Faste7.1r - :,., . -- pcrce'~~-*- '-, I- - * --, -'~ - ' --L - ' ': - - .' . - -- -
s t, r C i . t O"K.: - . I , r, C . I -. p " i.:" , , , .
9. Monthl List of Russian Accessions, Library of Congr-ss, - ..:) ~ ? , *-*,I,-, .
2

AKHVMGV, I.N., Imadidat tokhnicheektich aauk; OV,4DOYSXIY,- I.M., kandidat
takhnichookikh nouk; TUNANISRILI, V.A.. inshoner; FUFUY, A.M..
kandidat tokhnichoskikh nauk, w~uchrqy redaktor; BWUK. B.A..
redaktor izdatelletya; BOROVINV. N.K., tokhnichesirty redairtor
[Prestressed reinforced concrete floor slabs in the building industry;
anufacture and use] Nopriazhenno armirovannys plity-:;astily v
troitelletye; IsgotovIenie i primenenie. Moskva, Goo. izd-wo lit-ry
:
po strolt. i arkhttekturs, 1956. 96 p. (MLRA 9:10)
(Prestressed concrete)
(Concrete slabs)

( \t ,~ -,) !, '' ~ ti ~ I ~
AKHVMOV, I.N,, 'kaudidat tokhnlchosktkh nauk; GCDZIYNV, ?i.5., karAidat
tekhnicheek1kh nark-, OVADOYSIKIYO I.M. kandidat tekhntcheskikh notuki
rAUVW, P.I., Irandidat lernmenNINK nauk. rsdaktor; ROf;'FOVTqVVA.
M.P.. redaktor; PZRSCIR, M.N., takhnichmptkiv redaktoi
(7,1ghtweight concrete] Legkii baton. Moskva. O-os. izd-vo lit-77 po
strottelletyu i arkhttekture, 1955. 99 p. (MMA 916)
(Lightweight concrete)

OVAGIM, E.
They stride forward.
p. 9 (ZA RODINATA) Vil. 7, no. 7, July 1957,
50flia, WIgaria
SO: Monthly Index of East European Accetsions (EKAI) Vt Vol. 7, No. 3,
March 1958

OVAGINOV, 0.; MINCHRY, M.
of mnlignBnt nelanom. Suvrea. med.. Sofia 9 no-3:110-112 i958.
1. Is fakultetakata vutreahm klinika pro VXI--Plovdiv (Zavezhdaohch
katedrate: prof. N. Rasher).
(MBIANOMA, cane reports
face, caused by razor-blade irritation of pigmented nevuo (Bul))
(PACB, neoplasJs.
melanoma, caused by ra2or-blade irritation of pigmented nevus
(BUI))

BM I Y EVA S. ( !l,: lk ikeva, S. N [I rin k ov t t
(Stolkov, !nt. I
I'lieriLl-ei I I - in tho trina Lmor t It- tit,
Using acid ellectrophores's. Follri mp,i. hl-vilv)
no . 5: 3C- 3
I . Ins it. '-v Eti: it- Medl cal -c F'..~ftv -l" i- V; v-
I
div, Rilga-le. 'Li,77- dr- Therw le do F: 'fc- av- 1'r.
thf-,riAp I e. ( D! -- ' - ; - ~. fl. I r-uk v)

ATANASOVA, D,; MORDOHAJ, M.j NOTOV, At.; OVAGIMOV, 0,; SHISHKOV, V.;
STMICHN, _v.; CANEV, K.; BDTEVA, Zp- ~.~
Observations on agricultural workers using organic phosphoric
compounds* Folia med. (Plovdiv) 7 no.lt39-43 965
1. Higher Kedical Institute "I.P.Pavlov* in Plovdiv, Bulgaria,
Chair of Faculty Therapy (Chief's prof. B. Jurukor); Health
and Anti-Epidemic Station in Plovdiv (Chief Physician s Hr.
Hristov); and Health Centre, Railway Station, Kricim (Chief
Physicians Z. Boteve),

OVAKIMV, A.G., assistent
Using the method of velocity and acceleration bundles in
determining velocities and acceleration@ of three-dimensional
three-bar linkages having a higher pair (elements of a higher
pair are surface and line). Isv. vys. ucheb. say.; mehinostr.
no.11/12:22-34 158. (MIRA 13:3)
l.Moskovskiy aviatsionnyy inetitut.
(Links and link motion)

25 (1)
AUTHOR- Ovakimov, A-G., Aspiran!
SO V 4 1:~8- 7/ 8 -'/ 24
TTTLE-. ApplIcat:on of the Zh-.ikovskly Lever f-r Fs*:matlon of
Space Mechanism Power
PERTODICAL: Izvestiya vysshikh uchebnykh zaveden-y Mashin3-
stroyerlye, .9c)8, Nr 7-8, pp :--24 (TJSSR,
ABSTRACT: The application of the Zhukovskiy !over fcr estimati-
on of flat mechanism power has been discussed by V A
Uoranskiy In his work entitled "Power Estl.mation of
Flat Mechanisms and Girders". Proceedings of the Se-
minar on the Theory of Mechanisms and Machines, Vo-
lume X11T, Tssue 50, pub:Ished by the AS USSR, 191-11,
Z_-1-7, and by M.~3. Za--essk'y In his canjidate dieser-
tat.on "App:_'.ca1:_-r. of the Lever of Zr-,K-v-.;k'y f3r
Estimation of Reactions in Kinematic PaIrs :~f Flat
Mechanisms", Knar kcv, '954 Z__2
.7. This metnod is very
convenient as it permits determining reacticn forces
in any kinemati-- pair without estimating the power
Card 1/3 of the whole mechanism This artIcle considers the

Sr V 4
Application )"" the L-v-r ir 1, 7otlmat,. r. f Spa- Ye-
chanism Power
ASSOCIATION- Moskovsk,,,, nstit'it ~M s-,--,w Av'.-itl r,
.3t.'t,ite)
SUBMITTED: June 20- -:6
Card 7/3

OVAKIIJOV, A. ',., Cand of -.~cleneoa --- (dlss) "Y'll"ematic
a-id Kinet).q,.atic Clalculat'on of SpaclrAl I,le~~hanlsris. (Some
.hree-immoer and :-ie-rbpr
T
Moscow, 1)59, 13 p~ (~Ilnlnt,-y nt- an~! 3pp
Educat'o:- RSFSR. Moscow ir.:3titlite ~,.f Avlat'3r,
(KL, G-CC, 1,23)

OVAKDIK)V, A.G., kand.takhn.nauk
Analytic determization of the minim= mdiuB of a cam. Izv.vya.
uchebesav.; maohinostr. no.6s28-34 162. (14MA 15:11)
1. Moskovskiy aviatsiougWy institut.
(Camw)

OVAKIMOV, A.G.. aspirant
Uning, the Zhukovsk-il lever in furce analysis of
wtchantems. Ixv.v7s.uchPb.zav.: ma9hinn"tr.
three-dimensional
no.7/8:17-24 '58.
(MIRA 12:8)
1. Moskovokiy aviatelonnyy institnt.
(Mechanical movements)

OVAKIMDV, A.(;.
Inven T-1 Pa* ' ! v I 4e : re-'s ' ' ' - ~ b :_ '~! *, ' - ' r'c & r . "' .7- "_: : :*-,e - '. Fir. '. s n .
I r.- - , _ ~ . 4.
Teor. mash I
( ~~ 1" 1": . .,

OVAKIMOV, A.G., kand. tekhri. nauk
PaE31ve connc~ctl~mn -' a wru,: .f d!''
a plane of s-r--metry. 12 . vvii .. ct.it). !*.-. r_ :'- , , , , .
1"..". 'j2: '

OVAKIKGVP N.A.
Results of the construction of medical and children's institutions
on collective farmB of the R.S.R.S.R. in 1959. Zdrav. Roo. Feder.
4 no.6:45- 6 Je 160. (KMA 13: 9
tHOSPITAM, RURAL) (CHILDREN-INSTITUTIOUL C&M~

(IVA K 114-V , V C. K) I '. '~;J V , 1, . A 'it! "t, it ,If:, i, 1 . ~i N K I N ,Y,,I
I OF' C It; tittr-fir r i g L I(::. f sr,rmi tr(,l lrw
Farm. I tokr . o- I I.' Ja-F
,a bo -a t c, r ~ va e K.,-. I -e me n ta ri fa rma k c, 17 i izav.
. ~a. a r au z u,; de,,~,-ased otdc la fh-makollogi~ 'zav.
r. ip, Y.: m~

OVAMOV, V-G. (Wskvn)
Effect of prolorged InterriLl irradiation with radioactive
zinc on the bioelectrical activity of the rabbit brain. tled.
rad. no.lt45-46163. (MIRA l,')tlO)
(ZIPC IS07'OPES-PHYSIOU)GICAL EFFECT)
(ELECTROEY,CEPRAIDGRAM)

CYVAKIMDV, V..-,.; B:BIK~IN, L.N.; SAY7~210V, A.C.
Chanqei In t~e e-"-*-rof-nr,~ of rabbitq sub,',-,-~. *.~7
chronic a-~%ion of rad:,)m-t've z'nc following intravenous ad-
mlni3tratlon of ;,~renxi-!~n wri! Fmon-ia inhalation. Med. rid. 9 no.9:
55-~I S'63. 17:L)
1. Iz laborat-11 rad' ot,-)kq.K ):Oft L (zav. - prcf. E.B. KurlyandsKaya,'
Institutit gi,,,~ny traifi 1 jjr,-,f(,:isionU'nyk), zabolpvrir.'y '11r. -
cleyrstvit,ellnyy -h1pn P.%, 35S',~ pref. A.A. ',-etavnt~ A!,71 -131N' t Inn#.IIuta
md-'tsir,3koy A'N

... I k I . . ; '. ", ~'
. : . i
I ~: I
. .. ... I I - I ... , . - ,q. !.
. :li . " . . .

T Mai - -
1 'or-.d"ulf'4 me6an - --ot-Adt OG- AM--content. o.
m6U_'iI6-W an IN um~ _2%'idnutis aftez~j
Im-reaches a ptn"ritoneal Injiction,
kid; b~04Jtw,'- crs6ae- About 28 minutes later.,-:
gmduany ~Ccfiosntrates in the

T"Chb ~8-.-Vjd 133O.-minutes. -aftim injection. -When _.dosee, of. AET known to be,
the compound"li~-t-be b~n vhem the, 'an
0- a
lidd mi fourth ihit vhin ioleirmble dcaes 4id.
a one-01 alf t Consi~quently,
dmT,role'. a me an of 4cute to city of.AET.
:~ibtr4k: act On P A sepon inAh xi
lay
Ahat.-the'"akeped, protootbi. effi~t..: iith: fractional ir-,
rh6.'!'W~ihdr6 -~Oonolu
th
kdlitf&~ iiith~-si tabsous . dscvaas~ - in- aridiint "of 06~~ ~rqte6tiva. Ag4nt 'or, radia,
Uou U 4d -to any change in the distribution of AET in4he,ortanism.
M4~:66njeoture__- thail b~~retardinj the,compound, imadiation helps to. iiitensify.:Its
-tables.
t baas:~. -7
g
nstitut I
68SMAft --ti, qt'SijI:yQny-tru4aJ,profzaboX issi~: 90scow U e
of i iftatit ~aid-.O*gtI2AtigRAl- DJIeALqj~-_M SSSR) INbak.ovskiy.goiiidar~si.-m..-'i.-.
.7
-iFniii-rditat im#.A*- -V.:-, Lomonosova. (Moscow StAta tJO4xArAq;tyI
QYY:
EkL i Ov HS COM: .
W
V, it~
2

L'27!529-"
ACC-W SWROB CODE: uR/o2o5/65/005/006/0899/0906,,
AP6012247
AUTHORU Ynammy2nnim, So P.; fteklmov, V. 2 Oltabovskeyso-Oo Pea
Lavrenobiks Ye.-Is
-,ORGt Institute of Sanitary W a 0041 SSSRO.
N
Moscow Ti-stitut eleffeny truds I profzabolevenly AN SSSR)'
~TITLZt Zffect' of antiradletion a entAnder frootioned Irradiation
'Conditions* 2e SotoctIve frec w different dosages and time
Intervals between Irradiations
SOURCZ: Redlobiologlya, ve 5. no* 69 1965,, 899-9o6
TOPIC TAGS: bses marrow,, radiation biologic affectp radiation sickness#
antiradlation'dMI, 10"S
ABSTRACT: This study wee conducted to provide now date necessary for
the action of protectors In fractioned Irradiation. The
..effects of intraperitoneal Injections of AET (aminbothylisothiuronium
dibydrobromidepq oystaphos (sodium bete-aminootbylthlopboophate)p and
W (5 1..
N metboxytryptamine hydrochloride) on the number of karyocytess
'!ood'lsukoc*t*s and spleen weight were noted* In nice Injected with
~AZTq three days after single total Irradiation or fractioned Irradiation
Itb dosage .a InAbe 270-700 r range, the number of bone narrow Celle was
Elk
CWd 112 DCk 1626

77-i

!~zff "all

V. s;

t 27 LZ ~Y

OVAKDff AN, A., inzr,.
Probiew of lj,.~-term Javelopment of the wine-aaking
induatry Ln Ameila. From. Arm. 6 no.11:7-11 N It3.
(MI RA I": L)
i.

OVAKIWAN, A.
Expand and regulate interbranch cooperative deliverien. Prom.Arm.
6 no.2tlO-12 F 163. (MIRA 16:5)
1. Zwwatitel' nachallnika Tokhnichaskogo upravleniya Soveta.
narodnogo khozyaystva Armyanskoy SSR.
(Armenia-Industrial management)

ova, i, .-rar
zi~ 3, Le oi
So:

AIVANAS 97EV, I.B.; OVPKIHM 'MINA, T.N.; VORONINA, I.B.;
, G.B.; YERL
SHMIS, L.K.; BEIM, AJ-.
4yrrthesis of diamJjaes, dicarboxylic acids, and
chloro-substuted monocarboxylic acids based on tolomers of
chlorobromomethane witl, ethylene. Khim.prom. no.10:709-712
0 162. (MIRA 15:12)
(Amines)
(Acids, Organic)
(Polymers)

r

OVA KIM YNI,6- V
The Reaction of Telowerlastion Between Etbylene and Carbon
Tetrachloride," by G. V. Orvakimyan, M. A. Besprizvannyy, and
A. A. Beyer, Candidate of ChendcL1 Scienocn, KhirrLicheskaya
NaW".a i Promychlennost', Vol 2, No 1, Jan/Folu 5-1, PP 13-19
The telomerization reaction
ini f i -t-or
nCH2 : CH2 4 Ccl C1(C;12( ".1-I)n CCII
is described on the basis of data Given 'uy ii. Joyce, W. Hanford, and J.
Harmon (Journal of the American Chemical Society, Vol 70, 19,443, p 2528;
US Patent No 2'140800, 1948; Chemical Abstracts, Vol 42, 191Z, p ~,37)),
j
who d-iscovered this reaction. Results obtained by Joyce ai-1, others and
other American investigators are compared with those obtained in re-
search done in the USSR at the Institute of Organoelemental Corcpound~-,
Academy of Sciences USSR, and the State Institute of the Nitro,,en In-
du try. The initiation of the telomerization process by radiation from
cog; is discursed by the authors on the basis of results obtained in
'their own experimental work. (U)
3 -1/

RA BAY AN, A.T.; 1NDZIAKYAN, M.G.; GRIGORYAH, A.A.; MINASYAN, H . H. ;
OV A K I KYANJ M. Zh.
Asines and ax onium compounds.
of 1,4-dianwnium salts with a
and side radicals of the allyl
nauki IF no.2tl66-174 '65.
Part 26: Alkaline dea(mrorlt'or-
butyn-2-ylene centrai rad''70111
type. Tzv. AN Arm. 3,SF. Kl!m.
(M'.'~-A 1P.-I:
1. lnqtiLut arganichegkoy khimll AN ArmOSR. Submlt!,ed k~rll
24, 1964.

L P3582-66 EnWIEWDIT Rm
ACC NR. U660-5-263- SOURCE CODE: UR7o-41-37Q/000/1)01766~2-57(562~
(A)
ITNWOR: Khayloy,, V. S.; Artentyev, A, Ao; 0yakloyanp Go D.; PmzUkov V. A."
Nosovo a.-P.
am: none
TIM: Method of preparingt-ceprolactJ ClaGe 12, YcL. 1M21
SOURCE: Izo'bretenlya,, prompblenDyye obrazt9y,, toyarnyy znakl, no. 1, 1966, 2,,,r,
TOPIC TAGS: caprolactem nitration
ABSTRACT: An Author Certificate has been issued describing a method for preparing.
Frcaprolactam for cyclohexaDe by liquid-phese nitration with nitric acid and hydn-
gen reduction of the nitrocyclohexane on metallic copper In a medium of cyclohexane
and liquid asmonia. To reduce processing time, the tubular reactor to pressure4ed
cyclobexane (50-450 atm) plus 25 -- 45% nitric acid in a 1.4 -- 0.5 molar ratio. At
the reactor outlet,, the reLation mixture to rapidly cooled to 25 -- 30C irithout
1werIng the pressrue the n1trocyclobexan-) is then separated from the mixture by con-
ventional methods and reduced, within 40 45 ic4n at 180 -- 200 eta and a temr.-ra-
tare which to gradually Increased from 80 85C to 115 -- 1=p , to cyclobexanonoxime
which In subseTiently con"rted to 9-ceprolacten by conventional methods. To ensure
a constant temperature of 200 -- 250C, the reactor vans at the Inlet are washed,
cmd

WAUHU11, A.H.. mladshiy nalichnyy aotrudnik
Unconditioned and conditioned vasciapr refleTes in t-ilp
-veniap,itle In children. Probl.tub. )7 no.5:7?-8) '5, -
(MIRA 12:1(")
1. 1z eksperimentallnogo sektora (zav. - deystvitel'ayy ~hlen
A" S3:3H -arof.11-A-Hozhanakiy [deceaaedJ) Rog t ovskogo- na-Donn
muchno-iseledovatel'skogo instituta akmaherstva I pediatrii
(dir. - )umd.mad.nauk F.S.Buranovskuya. zam.direktora po
nimchnoy ckmkott - prof. I.Yu.Sorobriyakiy) .
(VASaima SYSTEM - physiology)
(TUBERCUL0616, M311111GX&L - in infancy & childhood)
(R&?ua. cuui-~Ioiam)

OTAKDMNO R.R.
Unconditioned and conditioned vascular reflexes In healthy
children. hdiatriia 37 to.12:57 D *59. (KrRA 13:5)
(RIFLMS)

OVAKIMYAN , R. It.
Features of vascular conditioned reflexes in puppies. Zhur.vys.
nerv.delat. 11 no.3:500-503 MY-Je 161. (KIWA 14:7)
1. Institute of Obstetrics and Pediatry, Rostov-on-Don.
(CONDITIONED RESPONSE) (BLOOD MSSELS)

OVAKM AN, R-n.
Interrelationship of various vascular reflemes in purmies.
": r;
Fiziol.zhur. 47 no.2005-209 F 161. t AU PA
1. From the &.,perimental Divisions of the Rdsearch Institute of
Pediatry and Cbstetrics, Rostov on Don.
. (CONDITIONED RESPONSE) (GARDIOVASGUIAR SYSTEM)

SOV 124 LH 4 4477
Trans)dt.on frorr.7 Referat.%r.,,, zhurndi. Mekhanika 19 ~ 8 N, S 5 F.
AUTHOR- 0,- dk t m ya n, S. G.
TITLE- Bend,ng of a Thm Re( langular Plate Climped A't Tip !I s En, rv
Periphcr~ Ozgih toriko~ prvimougol no, p. zi e m I v,.,i
po -, -,, e m u ~ on t 14 r u)
PERIODICAL: Sh. nauchn. tr. Yere\.,insk. politekhn ir, 1 1057 Nr 14
pp I I -,
ABSTRACT- B~ tppl~ing the method of torfort-ndl represertal 'he
author examines the ilexure of a thin re(langular p",,'(- k~dnip---d
along its v, tire periphery. The problem is sW%cd it r ,-ko
types of luid, one uniformly distr!buted o\,er the v- v -Urla-e
of the plate. the other dist,ributed o%er the surtice ut , ( r, IC
with radius R the center of which coincides \A.-,ih the cr,tcr ( i
the plate. At the limit the latter presents the (ase of ~j Lo-ccn
trated torce applied to the center. Values of the delle( liur, al
the center of the plaLe are obtained for karious b,;a ratio, C,1 Ihe
sides of the rectangle. In the case of a square plate and r, ?)-c-
case of b 'a 0. 5, under a continuous uniform load he.,,e a'ue-,
are compared to the results obtained by other authors ci!
Ca rd I /I ferent methods of solution. V D PeOitnialdzi-o
i. Metal piates-Deflection 2. Mathematl--,s

OVAIINTAN. L.O.
Device for automatic measurement of diameters of parts subjected
to turning. Naixch.dokl.vys.shkoly; mash. I prib. no.1:227-235
159. (HIBA 12:8)
1. Statlya prodstavlona kafedroy "Teoriya makhantsmov I mashin"
Vaesoyuznogo zaochnogo mashinoatrott lono inBtituta.
(Measuring inatri;eeenter

OVAKIYYAN. L.G., ~mnd. tekhn. nauk
Determining the main moment of inertia forces of a techanisib.
Irv. v7s. ucheb. zav.; washinostr. no.9:115-121 '58.
(KIRA 12:10)
1.Moskovsk17 aviatsionnyy institut.
(Moments of inertla)

OTAKINTAN, L.G., kandidat tokhRichookikh sauk.
Zhukovskii'm link used In three-dimensional mechanisms. ?rudy PAI as.72:
73-99 1 P.., (Links &&d lisk-motion) (MIRA 10: -,)

OVAKINTAN, P.K.
%_
Veterinary service for animal Wisbandry in Shannyana DistrIct.
Yeterinartia, 33 ne.8:22-24 Ag 156. (KLRA 9:9)
l.Starshty voterinarnyy vrach Shmmyanskey mash ino- traktornoy
stantatt, Shatinyanskage rnyona, Armyanskey SSR.
(Shannyans, District--Veterinary medicine)

OTAIIKYAN. R.R. (Roistov-na-Donu)
.li -
fing"r plethysmogr,-Dh. Vrach.delo no.1:2139 Kr'59
(XIILA 11: 5)
1. Nauchno-iseledovntellskiy institut akusheretva i Dediritrii
Mininteratva ndravookhrAnenlys RSIFSR.
(puraysmoGRAFE)

OVAKIMYAll. R.R.
Specific features of vascul&r reactions in puppies. Fiziol.
shur. 45 no.8:969-975 Ag '59. (MIRA 12:11)
1. From the Xxperimental Division, Research Institute of
Obstetrics and PaMl&trice, Rostov on the Don.
(BLOCI) VISSM. physioloi,7)

OVANDER, L.N.
Flementary theory of the generation of raciation al. ~-Arjan frequenci-:i.
Fiz. tver. tela 6 Je -64. ~111-1 A "7:-,

AUTHORs
TITLE:
Ovander
01-6-14/26
Boat
Bar
PC
PERIODICAL: C
D
ons far from the Absorption
astvorakh vdali ot polosy
Vol.II, Nr.6,
ABSTRACT: A r develops a theory
of uses a solution model
(Refs. 1, ition that optical
electrons of the -%lute (these
molecules are called Imp. 08) move much
more slowly than elootroi-i qnt molecules.
On this model the systsm can t id as consisting
of only the optical electrons f _mpurity molecules
and of the nuclei of the solvent molacules. In this
way the absorption spectrum of the Impurity molecules
falls in the region of transparency of the solvent. It
is assumed that the solution Is weak, i.e. that the
solute concentration Is small and that interaction
Card 1/2 between the impurity molecules can be excluded. Unly

AUTHOR: Ovander, L.N.
TITLE: Haunan Scattering of Light by :.,0!Ut10nE ill tne A,15-rpt-
~f~omDinatsionnoyo ransoyaniye aveta rabtworFLii E t i
pogloshcheniya)
PgRIODICAL: Optlim I SpaictrosgLoplya, 1958, vol IV, Nr 5, pj
LWTRACT: The presant paper is an atttsupt to finLi thoorAi :all., r.'a
properties of Raman a ce. ti ering f or the 2as e when trie I: - I
light frequency is in the ab5orption-Land regl~n- aut,.,):
uses a solution model described IL Refs. 2 4. 'hd ,~)s
of this model is not. given In the present p?ipar
the results of calculations In Kof - 2 . Ke 6-rw~
intensity is proportional to a c-irtain part -:' t, d t~~
aDectrum. The red satellite has its own "part" p.rt A
absorption spectrum. shown 6cheinatically in FiE I ~ r"'.
violet satellite has its own "part" also kpart 1 r, ~'i t,
Fig. 3a shows the incirient-light spectrxr, Fi~ t A
of the absorotion spectrxn and Fig W shovm ti-,q re-
The Rayleigh emponent of tne violet S-ital'ite 1~. ct
Vard 1, 2 Fig. 3. The Raman spectrum structure and Its

141L~
Au"IIIDR: M.
T I T11 )f
ba 1) t y I it r Lm,t I i S,: t 17,? r~
serl,~-, by the puaers -f thc- i L i~Ll, -y quant um. number A' t h-: :-
the f-cri-i-a f.)r intensity tako5 the furn -~r a :;um uC two torm~, If-p-n
coefflc!,F~nt cf t.1-its expansinn an,~ on thf,
tars . rThe rise or drop of inters lty w! t,-. temperature i n-revse ~ S dof --m I- i
the relationship between the signs of these two terms. :t-. le;~cnl.--
C a "d I / 2

The V..
bo- ~,~s :,,e --:i n onerf-,y iopp-i.ls thp dist'll"cp
T*,,,(- ' er- pf,- ,u 7-f, di ~.t (- r~s I ty I10 orm I no i t y '-lie 7, gr.f
r~na:-.Fe .incler t.,,p e' -o t r
terr.-e-Aurr- If freq~il--,cy ~ec )mps and vice- vors-i.
bstracter's noto: Co;,-.pl(,t~ trans"it""n,
Ca--~ 212

3/185/60/90-/~?-,-~ ~c
A151/AO29
AMUOR: Ovander, L.M.
TITLE- The Temperature Dependence of the Intensity of the Combination
Scattering Lines in Gases, I.
PERIODICAL., Ukrayinslkyy FIzychnyy Zhurnal, 1960, Vol. 5, No 1, pp 26 - 33
TEXT: The paper investigates various cases at which the temperature de-
pendence of the combination scattering lines deviates from the formula given Dy
Vollkenshteyn (Ref. 1): 1 where I is the Intensity of the combina-
e 14
tion scattering lines, w is the frequency of the corresponding vibration The
formula (1) can be obtained when the intensity of the combination scattering
lines, which Is responsible for the transition n -n t 1, will be proportional
to n # 1, that is Wn,n # I - Q (n + 1), where Wn,n + I is the probability of dis-
persion in the case of the transition from n - fluctuations to the n t Ist fluc-
tuation; Q is the value independent of n. The dependence (2) can be derived in
cases when the polarizability theory is correct and when the mechanical and ele-
tric nonharmonism is absent When considering the above-menticned effects or tlo-
deviation from Lhe polarizability theory, a deviation from the formula (1) -a-~ ze
Card 1/3

S/ 185/60/005 Dr
A151/AO29
The Temperature Dependence of the Lntensity of the Combination Scattering LlneF
In Gases, I
expected A deviation from the temperature dependence can appear a* the exp-:~r~-
of the n degrees in formula (2). Actually, Wn,n f I as a function of n can b~-
panded In a row acoording to the n degrees: Wn,n + I = Q0 (n t 1) 1. Ql n2 f
Knowing the value ~kj and Its symbol, the temperature dependence flow can be de---
mined when the tbnperature is increasing. This flow Is more or less Intense t.
that shown by forrvulo (1). The temperature Increase will be weaker when ~41 '-
negative and stronk,,er- when Q, Is positive. The value of the effect Is depender,
on the value Ci con,.-)&red with Qo- In the next two Paragraphs, the author Inve!:*
gaten the dispiacement of the location of balance, the approach of the frequpn,v
of the Incidence of a ray of light to the absorption band, the effect of tne -x,r-
harmonism of fluctuations and the changes In frequency. It has been ascertalno(;
that when raising the temperature, the increase In Intensity slackens proportian&-
ly with the approach of the incident light frequency to the absorptl~n band
the entrance of the frequency into the absorption band, deviations In both direc-
tions can occur. Figure 2 shows the zones, in which more or less stronj, Jnrrease
in the intensity with temperature will take place. In conclusion, ti,e autIlOr
states that deviations from the temperature dependance can occur wheT~ makins, a. -
Card 2/3

3,1
Al t)l /A029
Tl-.e Temperature Derendence of the Tntens.1ty of the Combination Scatif,ritLF Lll-i-s
in Gases. 1.
.owance for the presence of the nonharmonism of fluctuations, the approa,:, of *-ne
frequency of the Incident ray of light toward the absorption band and the changes
Ir. the fluctuation trequency during passing to the excited electron state The
effect proves to be greatest, when the frequency of the Incident light enters the
absorption band, as well as during the change of the frequency of fluctuations
It Is pointed out that the results of this research work should not be compared
with data given by Ya.S. Bobovych and L.M. Fyshkova (Refs. 2 and 3). since tne
lattei were obtained by experiments conducted In liquids, and the theory In U.18
work is developed for gases. The results of tMs work can be compared witi,
those obtained by V-M. Pyvovarov, and Ya.S. Bobovych (Ref 4) There are fik,-
ures and 4 Soviet references
ASSOCIATION Kyylvs'kyy derzhavnyy universytet Im. T.G, Shevchenka (Kiyev 3tate
University Imcni T.0 Shevchenko).
SUBMITTED: June 23, 1959
Card 3/3

OVANDIR, L.S. [Ordnder. L.M.]
Temperature dependence of the intensity of Raasn dispersion
lines in gases. Part 2. UK r. f i z . zhur -5no.3:363-367 Ply-Je
160. (MIRA 13:10
1. Kiyevekly gosudaretventWy universitet in.T.G.Shavchanko.
(Raman effect) (&xsee-Spectra)

OVAIMIM. L.N. -
C& the form of the combination ecattering tensor. Opt. I spektr.
9 no.5:571-575 5 160. NM 13:11)
(lawn of feat) (Orystals--Spectra)

OVAMERP L.N.
Relation between an absorption spectrum and the depenaence of T.4.t:
Raman spectrum on the incident light frequency. Opt.i spektr. ----
no.3:420-42l Mr 161. (KOU 14:8)
(Raman effect) (Absorption spectra)

OVANDER,--Il.2.
Tamperature deperi,if-nee of infr&red ab.,,orption llnee , opt. i
spektr. 11 nc,.J 12~4 i-il 7, G. ( ."Q-, -A ~ , : . .
-t um . rJ'ra-rc a )
('pe -r

GRECHKO, L.G.; OVANDER, L.N.
Some characteristics of the Raman effect In piezoelectric
crystals. Fiz. tvor. tola 4 no.1:157-162 Ja 162. (14;RA 15:"~
1. Kiyevskiy gosudarstvennyy universitet imeni T.G.
Sheyciienko.
(Piezoelectric substances)
(Raman effect)

CYVANDER, L.N.
Absorption rpectrum in a crystal caused by polaron decay.
Fiz. tyer. tela 4 no.1:294-295 Ja 162. (MIRA 15:2)
1. Kiyevskiy gosudarstvannyy universitet imeni T.G.
Shevchenko.
(Crystals-Spectra)
(Raman effect)
lo I o",
5NO&
c fl
e 9
9(02 e
A~ CT v e eeD
a,, re '66 '05.4e
f,%%.o je&
.4. 0r0' -,e OT Ik
00e~,rl 0 ate 3-~M ,%e %e
'ner AO Dp,,r . e .. ,Oe'c 2
%0 , ove & I . & 0?
~,OD O.Coe tz
t f~l%(N &0 O'Da"ll 0 e 00 Ot ce S&O CT 0
Lr IN E, ,(-1 00' of,&
,ne
%e 0
&e~ P- Ok ~-fe 00 I'D -4
OT, C J,"e -I%e &
Ole N,3~.O%N t,~,D6 to
"r e
e N
e
eT q-j'66
T teroa
..qec to t;,OT%S 00",
%S.
Ot e,& 90T
IPA~.O %e O%S %eD
-'r ~ N. rl ,- Vyte -

AUTHORs
TITLFs
PERIOACALs
8/161/62/004/006/013/051
B125/B104
Ovander, L. N-.
Raman resonance scattering in crystals
Fizika tverdogo tela, v. 4, no. 6, 1962, 1471 - 1473
T-r,XTt In continuation of a paper by L. N. Ovander (FTT, 3. 2394, 1961)9
the intensity of Raman scattering has been examined as a function of the
frequency of incident light. The present study is restricted to vibrations
without dipole moment, and only one exoitel electron state with the
frequencyci 0 is assumed to exist. The frequency of incident light is
assumed to be within the range of absorption, and that of scattered light
within the range of crystal transparency. The intensity of scattered light
then readst 1 1 $
I =0 coast TTPI
(1). tj is the ftequeney
of incident light, v(w) the group velocity of the polariton packs t'
h i
I0 W RIO the intensity of polariton flux in the crystalt 11, t 0 nt,
0
Card 1/F ----?
kKIYeV State University imeni T. G. Shevchenko)
Mb"ITThDs January 10, 1962
Card 21S

zi/c ~ I/ ~'j -/G I -/Oou/U(j'j/C)-,U
EO-, Z/ E7, I
i;if'rarpd ab~.,)r .1 1,,;. 1
V.
71 1
t
CL: t.I(I of f oc o f I ow- 'r-
nn ansocitot" %.iL.i
e an:i,in-.ionic ap
c i~,! re,' );i L*i(-. 1(,iabatic a,). I-o;.I,...It I Cm
0. it C - A. I.i L C .1:~()VC it i. 'ViS 111.1 (-,1 tt
r C is t:IC lliLl I-
",;IL! 15 L Io frequency of ..iolocular
V !. I- L ,i!L, o )eA-,,tnr doscribiii,,, L;ie inLoractijn ()A
Cl.~Li LZil :it -~ ra(~.L at i oii 1 s (ieri vou and 11, its od t o
I r, f-)ri.iul ~i -or t.ie 1.it e&ral int ens 1 ty o" i tit rar, LA'
;.J1" 11.11C:, - uUC tO iiitramol ocular vibrations. it I

EC - z/ z-:-; i
j C t . I (' -I S o r
.0. ~ lo w
r ful, C t i u t ra t U, ever, 1(' si-Ii of t.le
t er i. iiito t,iis relatioii licks n0t been deton.)inu(i-

5/051/62/012/006/005/020
E039/E420
AMHOR: Ovander, L.N.
_V__
TITLE: Combination scattering in piezoelectric crystals
')~Jlc% I,: Optlha i spektroskopiya, v.12, no.6, 1962, 718-722
T investigation f
,CXT: This paper describes a theoretical
combination scattering in piezoelectric crystals. It is applied
to crystals of cubic -, ' but the method can also be used for
crystals of other symmetry. The properties of the tensor
defining the intensity of combination scattering are examined by
applying a perturbation to the system. It is shown that the
tensor is insensitive to small perturbations and an a result an
wave function approximation can be used neglecting the
non-adiabatic operator. The calculations show that two
frequencies will be observed: a large longitudinal oscillation
and two smaller degenerate transverse oscillations. Equations
are derived for the scattered intensity in the longitudinal and
transverse oscillations. These equations show that the
longitudinal component has a large backwards scatter and the
transverse forward. In the case when the longitudinal and
Card 1/2

S/051/62/oi2/006/005/02D
Combination acattering ... E039/E420
transverse components cannot be separated spectroscoPicallY, they)
more backward scattering is observed an the Intensity of tile i
longitudinal oscillation is greater than the transverse.
Equations for the degree of polarization are also derived.
There are 2 figures.
SUBMITTED: Apr' 11, 1961
Card 2/2

A R Ovan i er
T'71-7; Ra
y I e igh scitterinp in -rystals
S/181/63/005/001/003/0~4
13102/BI86
z i k.;i t v,~ r i o r o t e 1 a , v . 5 , n o . I , I ) 6
thp f;,,7t th;,, eloctromaFnet ic save propagation ir, rl
-in b-, tru--itei quite Fenpra'ly like the mo4ion of quasipartirlev ',t;
iippliel to Raman s,~fitterinr from phorions, i.e. Rayleigh scatter"n,:-
T~is proces.- is lo~'Ked ipon as the transmutation of one exciton into
anotrier ~'rf. vanJer, The fine structure of tt~e
Rayleiel, !-.ne consi,,ts ~if a %eak unshifted line, disregarded in this
case, an,J )f tho sext-t f the !'andel'shtam-Brillouin components. '_' n o
of tne sextet I ines , t1-t nas a longer %avelength than the unsh i f t-I
i a r a 1 rj I a t f, j n e r e .ir-elin47 fr-)m the energy operator
H.P H... -#- ": E VIJ B_04tR
Iiw ,B.,B.., " sit,
of the molecular crystal observed , the third order component result ini:,
Car~i 1,1~

Ji'lj1eiph .4,7;Atteri!~ ir. --r, sl;,: B 102, R 186
ri-n!.- t~-ip 7 t r n -A r i a t i ) n i s c a I c j I a t e
f ;I,- t tr. I !I t t e r , ng The result realm;
3)
B' (k) B,(k,) W (k, - k). (6)
n e re
-4-2i
N) W"'...
ORO'., yk-1kIpU
~IK the ~:--; 1 ton) :- -,' ;- , ist ic -!~c i I lat 'on, s t`,-~ n -ber
I
C t~,e ni:..b#?r Lhe frop-milec.itir atate, E r ttiv ntO.e
V ii; L~,e m.itr.t P'e.,ront jf &~.u molecule interaction
JO
and B an J F re --lose -jpe,-itor~i Ies-ribin~, the behavior of thp
fl, f 13 f

S/ 18 1/ 6: /00 5"',
Ri~ -it t;, n nio? P I A
.y s c. r
c i I e Ir 'Ir. r I ire L~~e i)',-.(:)non product ion anI ann it. I i ~it
C);) i. r'i t i i the -N vo vector , r the ',ranch number, find
B.1 = N 1 u (k) e'k"B. (k), (4)
Pk
i st!,p vr- r he z,-)ne number, r13 -r 81, F,
seer from t') a t 3 :6 ~:V:V, %here E in the electron uty~'-
excitation energy an! V the enerCy of inte-molecular interactinn.
S, > 52 3 t5,,, Fir- neglected. The resulting expression for the t~-i,l-
order con:,onent of tr,p oppri,to. of interaction with radiation I.,;
-a r, 1 5 / f

Ray I e i t t (, r,. r. i, B 1.-0
. I . 1
R, a (q) B, (k) D,4 (k -4- q)
L
(q)B*(k)D,*(q-k)-*-
-4- R a+ (q) B~ (k) 1): (k q) R,
qIph-,q*Lr j Jpbh
-4 R ~q) B* (k) D,* q - k)
p (qlql) aj,(q,) a,.(ql) D' (q, -4 %) 2P,,J,( qlqj
4c ~ glq2
X a,,(q,)a-* (q,)D,* (q, -q,) , Pj,,,~ -q, - q,)a*(q,)a,,(q.) X
X D: q, (10)
Where ttle tt,v jirection of poliirl7nt'
+
-1-i-t: n and anni~-.i',,tiori r,- r,
Rqjpim-+L, IIII-2r4 Uf,(k)(k-4-ql y,,
pme 91-4-9j,

f, it r, I m r 4i:. r7 :i !is lit? r of r-lec,jlev it, tI.e
c e r,j )o it r zatior. vec t )r of
t e r i t J T. matrix el emer t of
r e,, v ric y f
momer. t.i;; )I e t or n tens ',tj of inciJent light, a k) nrrit-
terin,: intpnsitj. F t: t tt.0 componento o 0 P
W 17 T E
Card 6/ 1 h

I 1 1) /u, I ~ ~, - - A,
AID lir. 957-1 15
THEORY OF NONLINEAR OPTICAL EFFECTS (USSR)
Ovander, L. N. Fizika tverdogo tela, v. 5, no. 3, Mar 19G3, 872-873.
S/181/63/005/003/025/046
A theoreti formula is obtained which relates the intensity (1) of emission of
the firb: hz~.--.nonic (2w) produced in crystals under conditions of high-density
I . emission such as occurs in lasers to the intensity (10) of emission of
tr,, i,_-.damental optical frequency w. The formation of the first harmonic is
treated as a conversion of two excitons with frequency W into one exciton with
frequency 2w,. The formula obtained is
2 2 3
V- 2WV n,n 2 12 2
it 2P C3 A ab)
Card 1/~

AID Dir. 967-1 15 May
THEORY OF NONL32MkR (Cont'd) S/18.1/63/005/0G3/G25/,)46
where 11 is the intensity of exciton current with frequency 2W, V is the volume
of the crystal, nj is the refractive index for w,.n2 is the refractive index for
2w, c is the speed of light in vacuum, 1b is the intensity of exciton current with
frequency u), and HI is the molecular interaction operator which under con-
A
dition of the molecule possessing one optical electron equals
'2es 2 n h 0
H;~ = - - 7- ~. N, N 10fleff Iflo X
In f,
x + 1 +
Ef)(nw - EfV (hW + Ef)(2?lu + Ef ~Ef. tw
where e is electron charge, rn is electron mass, N is the number of molecules in
the crystal, Ef is energy of the excited state, 1 and I are the matrix elements
Of jfl
of the momentum operator of the molecule. It is note that direct verification of
the formula requires correlation of 110 and I. in vacuujm, which must be done
geparately for each particular case. (BE
C&r,. 12

WANDER, L.N.
-- --
Costributtan to the theory of the frequency doubling effect
is ferriUs. Izv. vya. ucheb. sav.; radlofix. 6 no.2:267-274
163. (MIRA 16:6)
1. Kiyevokly gosudaretvennyy univeraitet.
(Ferrates) (Electromagnetic vayea)

AYPIVASD/M
ZOTUMM .4o Aw,
ACCESSION NRi AP3005655 1 8/0031/63/913/002/0282/Oft-82
4
11-1, Fmaw
W.
'slow a.
4, A.6:
.VIOL
IA--4b
mo~.
ight, 0. 6, MY, dir"tiew ex"j4 ~thmt
ant, light wave vector
rd ej. 'to "a x6attarmsAs incoherent, tj
Bq J1, of the 4cattered- amplit'Wem nust~ b*JsUVAWd'~ OV*i MDI*C%d*a Of the sy"tf
34%iat1o)=-:for,:.thq "Wave 4*tMotlaw, im'V

OVANDER, L.N.
Form of' thr Qnmnn oi-ntt- r1ag in cry a ta I m. F1 z. tver. t.fi In i, n(,.
2-361-36'7 F ',,4 . (MIRA Pt,~)
1. Kiyevmkly gos,jdarqtvennrjr universi Let Imeni T.G.Shovchenko.