SCIENTIFIC ABSTRACT OSTROVSKAYA, B. I. - OSTROVSKAYA, L. K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238510011-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KRASOVITSKATA, B.M.; OSTROVSEAYA,,B.I.; SYSLYAKOVA. V.B.
Effect of space factors on properties of dyes containing a
biphen.vI nucleus. Part A: Bloazedyes from mntFi- and para-arnino-
benzorl dorivatives of benzidine and 2.2 -dimethylbenzidine.
Ukr.khlt3.zhur. 23 no.4:496-500 '57. (MIRA 10:10)
l.KhELrtkovskiy posudarstvenny-y universitet Im. A.M. Gorlkoeo.
(Stereochemistry) (A2o dyes) (Benzidine)

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The bacteriology ol pnum,n,, to children III
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VASILENKO, V.D.; -OSTROI~SMYA,, ~.B.; FOI-ENKO -'. S.
Amporomatric tita-mLion of thorium Lialts with ciipftr-ron. Zhur. an&l.
khi.m. 16 no. 4:433-437 J-L-Ag 161. (MIRA 14:7)
1. Dnepropetrovsk State University.
(Thorium-Analysis) (Cupferron)

MONAKHOV. N.I.. inzh.. 1-Invnyy red.: TMIIANSKIY. N.A., inzh., 2ameatitel,
,,Invno,,o rqd.; OSTIOVSKAYA, E.A., inzh., rod.sbornlka; )MAVIN,
B.N., rnd.izl-vn; SOINTS11VA, L.M., tekhn.rod.
rGolloction no.19 of connolidnted cost indexes of Btmirt,;rns
of wirlous brnnchos of ths rintloruil nconor%v to be iiaed In
revn1unting innitnI qssetq] Sbornik no.19 ukruT)nennykh pokn-
zntelei stc.mostl soonnhenii, lry3inshchikhein vo mnot-ikh
otraslirik~i mi,odn,)ro knozinistwi, dlin poroo~serlki oenr)vnykh
fondov. Moalrvn. Jos.i2d-vo lit-ry T)o 9troit., orkhit. i ntro.t.
-intori4ifirn, 19~9. 46 p. (MIRA 1-3:1)
1. Russia (1923- U.S.S.R.) Gomidnrstvannyy komitat T)o dolam
stroitellstva.
(Trnrisportntion-Buildinge nnd stnictnrea) (Pipolines)

KAGAII, Ya. J . ; CG'l11,,(7;SKAYA , E.L.; YAk , , ~ t " ., ,
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OSTIOV, rL~YA. -.,. Y".
"~;onqoji,jatp~ lta'lroad 7:-angpcrt iD Industri:,I 3enters." Sub 't Al. r , I , )-~o B- c 1.
Order of the IAbor Red B&nnor CGastyictl, n EiWincor1r4, Inst iierii 7. V. Ku~, byst
Dissertationa presenteI4 for sciencf) an4 enirineerin, det-reee ~n Moa~ow lurinp 11-51.
SO: Sum. No. WsO, 9 Fa~,, 55

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Card 2,','A MusD 1., --ood. By ' 1-. i i .- :

7-7,
Spectroscopic Determination of a SMal' S V, /,-
Content in HydroGen
intensification of t h c DI;6 -linr, could bo
For settin,:* ul, the calilhrit~rn curvr the
intensity I I fl!, = Standard) -,ris r,~presentod
D I"
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9 1^1 0 1/8~i?i
AU THORS - Za Yd 91 A.N. and Os t r ovs ka ya V
le
TITLE A Spectroscopic Determination cf the lLoto,--i ositiOYC" -A-, cc
-a~
PERIOM;AL, Optica I spoictroskopiya, 1960, Vol N o . ~P
TEXT i This isotopic CoillpoUition OfL rarbon was determinsil using a spe-tro, oiil
apparatus onployed earlier for the isotopic araalysJ6 of hydrogen (Refc. 3 &n,'
The carbon spectra were excited in an aloctrodoloss high-frequency ~Iicha r!, e
and recorded with a diffraction monochromator and a photcuultiplier T~,e
Isotopic composition was dedured frain the ratio of the Intensities of -,'0
and C120 bands at 4131.8 and 412'1.6 A resre-tJv#1y Tyr.1ral re,or,J1u(,,- tt a
CO bands at C13 concontrations of 58 and are shown In FIFs I a qn,) I
respectively. M &s - 2 and '~ I I lus trate, rorrection6 of the Intenalty
readings . The d *pond an co o f th o I I - intensity ratio on the CaG preicLro
in the dianhargo tube is 6hown in Fig. 4. The band int "ity-i I otopi"
composition calibration graph is Fiven in Fig 5 T~ke r&n~e of CIA
concentrations was varied from I I to 58% At low C11 or# I'
. Por-'artritl
Cam 1/2

5/0~2 /. 60/009 /00, /00 " /On,
9 20 " I F r, C".
A S pectroi -.o-, I - Deterui ratl on o I tha I- Ac r I c -mpos I ti or c f -a -
the scatter of the results corre4ponded te a -ooffl( ieJ cf VFLrl6tl0r, 0 , ft
to 5-7/f.'. At C13 content@ amounting to l) 1~0~. the c@,.'!1, iont ot riiriation
was 2 -3%. On* Isotopic, analyroig required 0 1, 0.," m3 of gag anal it
10- 15 mir &c6mo-mlod&mont is wale to I.J;. 'cr
ouriched with There are tl flFure; I tatle an~ -- refsrsn~&;i . ~c~~et
and 7 English
SUBMITTEDt Norember IF, I
card -'.12

0SrA'.'Sr,AYA , ^,. V. , Cand Phys-l-la tr, Scl -- "Spec! rL;i ar~aiyBle
1
43-
of AW Isotope compoeltlon of hydrogen, carbon, nitroE-,en, and
copper." Z-4/, 1961. (Str~te Order of Len n opt Inst im :3. 1.
Vavilov) (KL, ~-ol, 227)
- 52 -

ZAYDELI, A.N.; WTHOVSKAYA, G.V.; PLTROV, A.A.
Spectroscopic method for determining the isotopic comp:)aition of
nitrogen. Opt.1 spektr. 10 no.5:673-676 :,~y 161. ( ii. : R,
(Spectrum analysis) (Nitrogen-lootopes)

s- 0 0
AUTHORSi Zayde''. A N L a z e v,, S 0 q r
YakimDva, P P
TITLE: Lum*_,,.i?:-e7.-.e ~!' i.), n. i7,
Ak7i~em,:,,~i 7-,u.K
v 2t, r3 .1
TEXTt The luminescen2e sTe-trum of ti- 'e ',15. i a teer. r ,7:
inve,tiFated or. ;!C:,-6~ an! z~n a aq-lle3 ;~7 u t I--)r
2
31 K ,,,~H 5d ~J'c Fi: Sc
I ' 3 2 ' S ~ 4
2 2 2
obtainei from a synchron ) s ~Tark we
high-power 'Ye-"-, iart:! sectro,-!uT~~ al r
temperatureq I rril I " I-, t W; I it t f he I r.~r F::
redu-e~ tt.e ~.n* cr., of -or, f t!~- iC,
tion -0.1-1%; in neitral an! weak:y a-~il so~jl ~ -- r 7.
decreased in a--i J so: i~ t ions Y~ i t,. HCI ex -ess 7?~ e - r e
Card 1/1

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2 z .
5o1-, tion~~ of normal juines-ence -ire )t h f r-)r.
y d r 3 x i I e a f t e r ar a F prDT r I ate t r e Li * a. 9 n 3S
h
nit poss,," 1 ~_- t. ar: f mectar. i srr; i r. j c- r y i r,~- e
- -;e t ~mc, p r i i i
lumines-en 0 f 3) 1 j I o r, 5 The
ar.41 'C6C f '.,,e ~ai-,: ,r.i r,. E~i, 's are v e r r:-
temp er,-I tu re , arl a re s~ ~ip into -evera. 7
of Siclz'6H 2 0 and 'ii S~ z 8H 2 C - r.v 9 t e X.-, c e a
exhibit a narrow i e 2 2 an '00 ar. ~i feT w-i-~
At-art f r ~rr. the r, n - a r 'I ,- w!. ire T.- re ~rrf-
so:~~t : or's of IFadD. r-
crysta.s. A I t 1-i g~, spe - ra c i Ia
banis, they differ in marv e r.f a f
parts of t ne s~te~- r. A q 5 1 r 7, - J~r 7-1-
of some diff,ise t~rls t, e - i T_ e s mo rp i n - A c'r
Konlrat'yeva ir~l -, S L a 7, e y t? .- Pt 0 t,,
Carl 21 ,

3
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wai
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C-, to lC_4 9c, T~ e 18~eb~ ~-eqs rpmo r.*
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mentioned before e f e ' i mes a rz n
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ar, lo r. r. 3 f- r r r - 7
ect ror tr an s t cr. r. I !.I I r
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p r i r. c , p a I e t r - r I , a. r~!i r, T i.~, T - jkrs,
r~o e
ref e ren - e s i So %, i ~, t FirA j:. '- %, , , . I
am gu awe ~uhlr!~-,lns read s a ~; f w.~ i D~,-Ke
Phys 2. 46~,
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ASSOCIATION F! ! v I r. t t L 7-- j 7- 1
A A F.
A F
A F
"SST?

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s/o5l/63/ol4/001/026/031
E039/E120
AUTkful(Ss -UBtroyahaya, G.V., and Ostrovskiy, Yu.1.
TITI-Ei Determination of the ot3cillator strengths of absorption
hands of gadolinium ions
11.14 10 D I CAI, iOpt I ka i ape ktro is kopiy it , V. 14, no. 1, 1()63, 161- 163
TEXTt oscillator strengths of the Gd*++ ion absorption bands
are determined in an aqueous solution of GdC -13--and in phosphate
glass with Gd203 impurity. The oscillator strbngth is deterinined
from the formula
f kv dl\) (1)
N ru e-
where i N - number of Gd'+* ions in one cm3; kv - coefficient of
absorption; c - velocity of light; m and e - mass and charge of
the electron. A ZtC-8 (DFS-8) spectrograph was used with a
.:4KCL-1-100 (DKSSh-100) 1 light source. The absorption band
In the region 2720 ami asrathe solution has a distinct
- 2760 fo
structure and the bands at 2757 and 2729 X consist of 4 and the
band at 2739 X of 2 componehta with half widths of 2
Card 1/3

S/05l/63/ol4/ooI/o26/o3l
E039/E120
In the glass the bands are significantly broadened and structure is
absent. The halt' width of the above bands in the glass in -10
In order to eliminate scattering effects a monochromator in used
together with a liquid filter. The concentebtion of GdC13 was
0.55 to 0.5 mole/litre with a cell thickness'10 to 72 mm, and the
concentration of Gd*** in the glass was 0.4 t6 1.3 mole/litre with
sample thicknesses of 6 to 68 mm. Strong lines were measured to
an accuracy of -10S and Weaok lines to -20)ie For,the majority of
bands the ratio of the oac,illator strengths f glass/f sol. varies
from 0.64 to 1.8 except for,the 2524, 2459 and 2438 X bands, for
which this ratio in about one order hither. The continuous
absorption in the region 2460 to 3000 is also inves igated and
given oscillator strengths in the solution ~4 x 10-t which is
about two orders higher thian for the sharp bands. The oscillator
strengths of the Gd*** absorption bands in aqueous solution and in
glass are given in *the table.
There are I figure and I table.

1, 20197-66 FB61EWT (1) IMC (10-2/T/EW~(k)/RWA(h) ijp( WG
RC Olt AP6007027 SOURCE CODE: ~~/0051/66/020/002/0374/0375
AVMOR* Malvahav, G. H.; --. T., Y,1.
G. V, . Chelidze
ORG: none
TITLX-. Shadow projections of an air spark generated by focusing, a laser beam
~SOURCEt Optika I spektroskopiya, v. 20, no. 2, 1966, 374-375
JOPIC IAGS: shadowgraph photography, laser photography, laser R and D, spark
,icamera
:'ABSTRACT: The authors use the method of shadow projections for photographing a
z
i spw* produced by focusing a bser bmu in air. The shadow projections were photograph-
;ed in the light emitted by the laser which produced the spark. A delay line was us-
!ed for taking photographs at various time3. A diagram of the experimental setup is
'shown in FIR. 1. A beam of light I from a pulsed ruby laser (energy 0.5 joules,
;duration 50 nsec) was passed through plane-parallel plate 2 and focused by lens 3
Q a 25 m). The part of the beam reflected fr,,-4 the front surface of ,late 2 was
used Jfor producing the shadow photcgraphs. Iris 4 with a dinater of 10 mm was us-
UDC: 621.375.9 : 535.004.14
1.Card 1/3

2019'!-66
ACC MR: AP6007027
ed for blocking out the light from the back surface of the plate. After rvflection
from airrors 5, 6, and 7 the light passed through the spark and exposed photorraphic
plate 8,which was protected from daylight fogging by red filter 9. Time delay of
the light beam was adjusted by moving mirror 6. The photographs show clearly de-
fined bands surrounding the shadow from the spark plasma. Since the laser emission
is nearly totally absorbed by the spark plasma, these bands may be considered a dif-
fraction pattern and the distance between maxima may be used for deter"ining the di-
mensions of the Vasma. Tabulated measurements show that the plasma expands at a
rate of about 10 cm/sec in the first 100 nsec. 'I The authors are sincerely grateful
jnko who helped in setting up the giant pulse
to V._Y._5_mennx_and _TF.,_Yevtq~h
equipment, as well as to ~..,~Za ~d-ll for assistance in the work and discussion of
the results." Orig. art. i~a_;; 2 figures, I table. (141
W -0SUBM DATE: l4jul65/ ORIG REF: OOZ/ 0711 REF: 001/ ATD PUSS:
SUB CODE:/ 7
Card 3/3 Io

L 32635-66 __FPDZ&jj "IlviiG
ACC NR- AP6018740 SOUFICU CME: UR/0057/66/036/006/1115/11 7
j~ 4~'
AUTIIOR: Ycvtushonko, T.P.; Mal M.; Ostrovskaya, G.V.; Semenorv, V.V.
011G: 7aysicotechnical Institute in. A.F.1offe, -AN 3358, lcnlrWrnd (Fiziko-tokhnichesk-
iy institut)
TITLL: Investigation of a spark in air with the aid of two synchronized losers
SGU11_U: Zhurnal tekhnicheskoy fiziki, v. 36, no. Go 1966, 1115-1117
TOPIC TAGS: ruby laser, loser application, spark shock wave, shadowgraph photogrAphy
ABSTRACT: The spark produced in air by focusing the 0.5 j giant pulse from a ruby',
laser was investigated by casting its shadow with the synchronized giant pulse from a
secoM u1milar laser. Synchronization of the giant ptilses fr'M the two losers was
accomplished by employing the same rotating prism to modulate the regenerntioll of
both losers. The two lasers were mounted approximately at right nngles; one Inser
viewed the rotating prism directly nnd the other laser viewed it through n 90o re-
f lecting prism which wni mounted above the axis of the f ir9t lnsor. The de' ny be-
tween the two laser pulses was varied from about 30 tinnosac to 3-4 microsoc by ndjunt-
ing the angle between the axes of the two lasers. The meatter of the doiny tinos was
20 to 100 nnnosec and is ascribed mainly to Instability of t1io 25,000 rpm nnrtilar
velocity of the rotating prism. It is suggested that this technique for synchroniz-
UDC: 537.523.4

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13
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-111, it

i al,
ru 1'4 i W;,!, i nr I r i s, rn
e, I V M" L! 1,; 6i
it' 1"";l ',I
T"o F,; it
r- 7 1. 1 tin
c~, 1;.
c e N, c
lLr e. "In L3 1. r f U,
f., s, :i It a-c r - I
Ca r d

ACC NRt Ailuolbo,'O
he-11 2 mixture wri:~ maor iLi, i witi. Ut,(- timt- re-ioiiit 1,)i, ( f vlLri,,~,,
the spark development were (If th e If lin-- 1116 f'W ~ Jth o:1 'e
distance from the spark fLXiS Was ShOWD. Tabu lated data indica'.e the effect :,f
pressure and the cnrresp,~n,ling elect.ron concentrat ion,,, on linewidth t)r,ader. iLr,F
Tab le I) The relative of' t.abultited latti w(L--i 20-20%. '11le 1'relimilifty-', romi.t,,
Table. I. Linowidtlis in a In-,,cr ,,.;,zirk spectrum In pure tuiri
hydrc-gcn-d ope,1 i,-Iiur. iLt a prescure of atm
inol- Lille
14 1 667F "S 0
lie 1 5,976 10 fit H 46M, A)
lie 1 5016 9 11, 10
lie 1 4713 S 05

that the spark plasm4i goes through two stager. 1'lurinj~ tne first st~~i;f,
(~100 nanosec) , the plasma has a high electron temperature slid density ('10'',
during which an intensive continuous spectrLan is ermitted and a considertible :inc
broadening of the neutral and ionized atom occurs. The second stage, which 1rLqts ten,
of 1~sec, corresponds to a gradual cooling of the plasma, durinF, which only the reutrl,~,
ato= radiate. The electron concentration in the initial developwrit stage of FA
spark in He was found to be similar to t1irit, obtai tied for air brfakdcyin elp"where
Card

L
ACC NR, C~j L~,
~ 3 ., . (, r-, t t 2
till 14 -, ."Alzu"Ic s ku~ . r. , ~y c ; ,
S L; kh'-) a re v re a tze i ~ t c, f ti cr eF, o r.wr e, .i
e t ~r L; 1. r t i yrt;. i, ~o ILII ki t fit I e G
SUB CODE: 20/ SUBIM, DA--r F: _fTh 1-u-F: OOJ/ JJD

t 't
C, -
C
0 C E 1 i ma v r
1'r I, '~G y t' :1c,
IA3S: 1,0 "Lcl-~ ra'~" -:L r Q r t r c r e 1 e c', e
A B-- --%A C nvef;ll --,at c pr~~)c-',c ed
by rac"atior, a ZI !ng 'n the Fiant puise muLie
I ~ iLyj lase,,' i)I)el, I I
-c' icn~ fuel- cl," wore ob,,airied t)y 1,1)e U."ab-
sirl"e-I -'Lrt of, """e lascr c'cQ.7' pr('~"ucu(l t"'.0 fZTWIT-l', and
il~' C4. "'L
(;.fferent the T-rc),-en-',
7ence' 'I. `m"Li;cz -4cre
LE :'O(-t~ e'!"Ilva'er"' up*-icul
Ll'k
j,,avc f,,r :,c a x '-c of
bci,,~ in w.li, previously rietem. ~nc(l electron
Cord .112

L 145P21-il,
ACC NR, A!,
Fig. 1. Schc--,,e for obtainlr~-, h6lc-
Erap~,.`c Sci~-!.:ercn :, -
laser, LI., 1,2 - -~eiesco.-.jic syztc--~ to
'Urc)""C'n
I IZL:W uf
ocal c ~;tancc A ccrec"',
P phctoZ rapr, 4. ci Isn.
J-
~Ir
0 C e r ......
.'~)r vai--able
vice and a adsci;ssion of -c resul-~, zi;.G Yu. Chelicdze for ~artic~j-gitinj I~r, tte
cxTer;--ents. Oiig. art. !-,as: "t"Ic, 2 formulas.
Su-b CODE: a, SUB:.: DA-IL:
~iEF: 062/ OTH kEF: ou
Co,d L12

ACC NRi AP7001321 --------SOURCI-'. -CODE: -- UR/0057/66/036/C)12/2208/~'210---'
A'L71 1i OR: Zavdcl ' , A. t;. ; O~,,rovsl,-iya, G. V. , Ostrovfikiy, Yu. 1. ; Chelldze, 7. Ya .
ORC,: Physicotechnical Institute im. A. F. loffe, AN SSSR, Leningrad (Fiziko-
te*.6inicheskiy institut &N SSrR)
TITLE: Holography of a laser spark with a tvinpor~il re!;oiution
SOURCE: Zhurnal tekhnicheskoy I iziki , v. io, iio. 12, 1960, 2208-122iO
IOPIC 7AGS: holography, laser photography, photography, Schlieren J1h0L00,j1hY
,UST RACT: Shadowgraphs of IaRcr-indkiced air breakdown wvre taken bv Im all-q of ti,e
3-beam setup shown In Fig. 1, using a mct:iod ol spilLial-temporal st-parat ion of light
pul5es employing a system of somitransparefit trit-rors patented bv one of tile auttiors
in 1963. Shadowgraphs can he madt, of vaiiou!; s(oj,,e-i ill tile dev('101,111vilt of i single
discharge. Tile shadowgraplin can bo considered Gabor hologram!; of a laser spark.
Image reconstruction was carried oia by means of Lhf, system shown in FiV. 2. To i s
sys tem I s ac tua 11 y a S ch I ieren set tip i it wh i ch the i inage is f o rmed by rays d ef 1 ec t ed
by tile phase inhomogenciticq of t he o1i I vc t . The v I ect ron concent. rat ion N, i n a p 1 asma
was determined experimentally for different stages in tile development of a piasma
during two dischar � ea. The average Ne for Lhe first 120 nanoGec (accuracy 30- 50%)
was 2.4 x 1019 cm- , which agrees favorably with results obtained from 1) displacement
of che interference banda (A. Alcock , E. Panarel la , 5 . llanwden , 7 th Intern. Con f .
Card 1/3 UDC: 533.9.0

ACC NRi AP7001321
Fig. i . Setup for obtaining shadow~;raphs
Rolat in~,, prism O-switch; 2 rxjt,y
6 - p nm; I - m i r r or ( 99Z r e f I ec t i ve a L
6943 A); 8 - mirror (50% reflective);
9. 10 optical glass wedges; 11 - film;
12, 13 diaphragms.
Card 2/3

ACC NR. AP7001321
L
Fig. 2. Scher4itic for hoiogr,im reCOMILroction
R - ltologram~ LI'l., - diverging lenses; L - He-Ne
lar,cr (6328 A)','[ - image (real); L3 - converging lens;
P - film.
On Phenomena in Ionized Cases, 1965j and 2) a scattered laser beam (S. Ramaden,
W. Davies, Phya. Rev. Letts., 13, 227, 1964~. Orig. art. has: 2 formulas and
4 figures. kYKj
SUB CODE. 201 SUBM DATE: 181-Liy66/ ORIC REF: 003/ OT11 REF: 006/ ATD PRESS: 5,Llrj
Card-3/3

ACCESSION MRs AT4023290 8/0000/63/000/000/0031/0035
AZMHORS: Zaydel', A. N., Maly*shev. G. M.; Oetrovskaya, G. V.
TITLE: Use of laser for quantum diagnootice
SOURCE: Diagnostika plazmy* (Plasma diagnostics); 9b. statey.
Moscow, Gosatomizdat, 1963, 31-35
TOPIC TAGS: plasma, plasma diagnostics, plasma diagnostics with
laser, laser, plasma electron density, plasma electron velocity
distribution, plasma noise, ruby laser, light energy threshold,
plasma free electron scattering
ABSTRACT: The range of electron densities and temperatures in which
the scattering of light from a ruby laser by the plasma electrons
can be used to determine the electron density and the electron ve-
locity distribution function is evaluated. The expressions obtained
under some simplifying assumptions are
Card I/;

ACCESSION NR: AT4025290
130 we AV
n. -2-4",22 Id
and no -lot/ ___7 *;W- IAV exp
kg 2-1-K.
'for the minimum and maximum measurable electron density, respective-
ly. It is assumed that the threshold of measured light energy is
determined by the fluctuations in the number of photoelectrons pro-
duced upon qcattering, and that the main sources of noise are the
plasma intrins'ic radiation and the light scattered by the various
parts of the apparatus. While the latter cannot be evaluated in
general form, an estimate made for a specially constructed small dis-
charge tube shows that the proposed method can yield 'new data even
with currently available equipment. Orig. art. has: 1 figure and
8 formulas.
ASSOCIATION: None
SUBMITTED% 190ct63 DATE ACOt 16Apr64 ENCL: 01
SUB CODE: PH NO REF SOVt 002 OTHERi 004
Card 2/3

OSTROVS)MA, G.Ya.
Ma-Ring Class with % lowered bor4c acid Content. . i
kor. 18 no.7:4-1 J1 161. 1:1:i". 1":"
(Boric acid) (Glaa.,; manufacture)

A 7 2 3
v 3 K a~' a Tu
T TLE C.6 I tz a .9 S W t r k? L' C' 7-.e
PER 10D I CAL: Ste,Ilo i e, e I am i ,. a,
TEX! t The prcb:em cf rcl~c;rsz '.ass wl ow turcr. C~_ntent ;s dealt^ wi*t,
here, boric acid beir~fz exiensive and in shurt supp y of the ty t. e
3" - 5 K -~' ZS - 5,K, c ons I s t s c f 1 6 3 1 1~ j 3 - 4 ~A A l.- 0 1 L 8 B
2 2
3.7-4 1~o N'a 01 and 6,/0' K W~, t h t ". I ti M~ Cl 13 1t I C rL t has t". f o w ~~fz
phy 6 1 c C'_-~ em i C r C e r i.? i I A I Ur k~ XjUl- S T, k
Fera.ture rav,~7,e rl-,:;, e,_ t 4",
C , t ra, a, t at t t
-Z~ ne t ea.: er LI V 1 7
az' t 8 t 7 K - A
VOjatj--at,(?. I I a I. A It . K ~l . 1 FA f' u r ~z C'
C 8, r d ' / 5

Melting of glass with B105/B206
glass. Even with considerable increase in the amount of boric acd ill
charge (by 20-30%). its content in the mclten glass never exceeds
Experiments under working conditions showed that as much alkali and borate
remain in the glass as can be chemically bound during melting The rest
volatkl~zes, irrespective of the amount introduced in the charge Charjin6
of the furnace at a temperature exceeding 1450 * IOOC and strong draft is
inadmissible. Considering all factors, a special glass meeting all
requirements was molten, the charge of which contained per 1-0 kg sand
only 53.9 kg boric acid inoteud of 65 2 ke; Due to the use ol charges wi'r.
reduced ccntent of boric acid for melting p,.Iaou cif the typo, '.L3 '~K, the
volatilizEition of the borates was reduced,', whic irproved the quality of
the glass and increaL;ej the service life of the checkers ?he
ing cost of products from thio g'a'98 wa.9 also reduced Tniq glass
tainedi 68.72% SiO ; 3.u9,A 41 0 1 1,1 21,1. B 0 87/, Nu C; Z.7,. r~
2 2
and had the fol.owing :hysiccci-.emica.'I prpertiesj cl- = 4b, f- 1 t e P, 1, 01;
temperature 5b~OC, therma. stai)ilitj aj)ec~,fic gravity
TK-10~1 at 2950C
Card 215

IA
Oid
oslAk 4. m
10 No,
M,
ences.

USSR/('oamor Ivor; I 1 1. r'/ fly(i flor." i ti t. ry
AbSt Journal: f(efe rat. Zh,-- KIllm I Va , N(,
Au', tic r r civ, i K-1 .1 A.
mmmmftwl
( L;- " USSR
IDO', I* Lit 101 A r a(i 0-!-r, ~~'
Tttle. :,-.vest, e ra , Fcm,,a,,.,, or.
A t mr ano rf- W n r 'Jal;cr and 1~~drc+,,en
0 r I g I r) a 'I
Per! od-ra! : T :-i a r i Irne!j to r oz rv!
AN -',3SR Vn,
pe', rot- rmne ra
Abstract: Nor,
Card 1/1

1,4eltrnalltiOd of AlInhatic altblials tolortmetritAlly In tbi~
ultraywet range me rum. 1
d and I. A. trch-.kava Zhilynng
d ar 0S
9, 354-KI054);
#
tl
fl-Tht method u0nes ultraviolet ab.-
f
h. mch.
Sorm 8'r-re, tx V ac-
floo rJ JINO, on it)", urcmilng to; 10TJ + IINDI
_
RNC~ + RIO. n-c untute of R hu an 4aiigulficiint effect
ott the nbwn)6)n, Alkyl nittlies have ~ wkle fthiru-ption
banil in lite vinge,100-3M mo with 3 pcaft at A). 355, anti.
3-15mp, Tlicilutii-iir,trrk-ilotitwittt%l';Itcrwlik-liscrcuts
out Viv 2 end ricaki trau.4initting mily i4ithe range ar;)und
360 thp. For the nnAVAn t4kc 20 mi'l of UrSOrwashttl
pctf. cthLi (33-1(Xl* fraction). 20 ml. i~tf tht antri. to he
analyrLA, and I mi. 5N MI in a sclxtri6ry funad. To it
add 2 mi. of 25~70 aq. NaNOand shake 6c milt. for 5 Min.
Transfer the Ix-tr. ether Nycr to anotbai w1mratory lunntl
cQnLC. 20 mi. of 10% NallCos or 0. 1 NWnOll. Shake the
mht. to mnove N oxhles, tmn-.fLr the pott. ether layer to a
cylit:drical Wl with quartz windows, and minparc with it
he
ult
h
R
d
c-r.
s
ea
rM
t
similar cell filled with pure petr. et
on a callbrationcurve. Individuul aim. cun be drtd. with a
"Oq!,, the stun of alci. c,.vj bc detc). -svith a
relaUveetrar of 1-2 c,
"114ration curve prt-ijd. M ith UU011. with a relative CrTcr Of

MIMI

_!!LLD Isjolorimetzivill; 14 The
ultgaviolet gKnge of INF-fFERIM-51. S. A. -qi0m"cv
-Z m
I A Ostrovsk
og iou)-sm C ,4
V.

ARKHANGELISKIY, Boris Aleksandrovich, zooluzhennyy dayatel' nnuki;
SPZTWiSK1T. 40orely Heaterovich. zaeluzhennyy deyatell nDuki;
GILUAT, H.Te., red.; OS"TROVSK-ATA, I.M.. red.; ZTrf3VA, H.K.,
tekhn.red.
[Mother and child; achool for the young mother] Mat' I ditia;
shkoln molodoi witeri. Moskva. doa.izd-vo mad.lit-ry, 1959.
155 P. (MInA 12:12)
1. Doyetvitellnyy chlen Akademil moditsinskikh nauk SSSR (for
Arkhandel'slciy, Speranskly).
(PH,WbLINCY) (INFANTS-CARN AND ifTGIKI[E)

GAL I T-E~,T , Mu a rd I zr a i evi cK ; f:SI'n '~ ~'~KA', A, I rin& Mi rjnoVnf- ;
1 1 A.A., reT.
I ~.un*.r a.*, -jx~ir.' r.6, ' -.,, ~'r, -,f tre trh~:',
Kontra., triop 4 ~; 1 ed ov an
- ia v zholet.rVkh i-utei.
~'oskv,-., Med4t::ina, ~( 3 k . (,XIHA 17:121

GALIFIER111, Eduard 1-.--rallovich; OSTI(CVSKAYA, Irum Vdr0nuVna;
FISA,i--VSKP.', A.A., red.
(Contrast exarznetion in FurgerT -)n ti-ie oi'iai-i tract,
Kontrastnoe i3.31edovanie v khirurgli zhelc~~kh Futel' Mo-
skva, Meditsina, 163 1. (PIMA 1-7:1.)

A . A
ZhV. Cf, l,", -1
-11141 prof.
Od (I co
S'r, o
o :.11 u 7.
M. T,,

CSTKVSKAIA, Ida Markovna, kFind. med.nauk; FRIDI~!AN, R.A . T-ed ;
BE:.' C-11110VA, Yu. S. , tekh:~. red
(Anatomicophysiological cr cKilt.,ren, orpniza-
tion of the care and nutrition of children) Anntomo-'izin,o-
Ficheskle osobennogti detsk,,go vozrasta. :rRA111zfltsi1" ukhodn
za detlml I 1kh 11twMa 1zd 4 , iipr I oop Mpqkvft, 11nd-
pi z ,~ 96 1 ~231 P. ~MIKA Ih: ~'
( r1i 1-bREN-- CARE AND HYGIENE)

OSTROVSXAYA, I.M.,kandidat ceditainakik-h nauk.
Cod liver oil. Zdorovle 1 no.10:29 0 ",5 (XLRA 14:5)
(COD.IJVXR OIL)

FETRDV, P.N., kand.med.nauk; OSTROVSKAU, I.M.
Subtotal resection of the stomach in cancer wlt~ subetlttp~n of
segment of jejurrum. Xhirurgiia 36 no.8i54-56 Ag 160. (MA 13:11)
1e Iz Moskovskogo gorodskogo nauchno-iseledovateltskogo instituta
Okoroy pomoshchi imeni V.V* Sklifosovskogo (dir. - masluzhennyy
Vrach USSR M.M. Tarasov, glavnyy kYirurg - prof. B*A& Fetrov),
(STCMACE-CAICER) (JERWUK--SURGERY)

HDIM09 1. 1.; OSTROVSKAYA, I. M. (Moskva)
Emergency x-ray diagnosis of Intracranial hematomas In closed
cerebrocranial injuries. Klin. mad. no.1):14-37 '61.
(MIRA V,-6)
1. Iz III khirurgicheskoy kliniki (zav. - ch-len-ko-respandent
AMN SSSR zasluzhennyy dayatel' nauki prof. D. A. Arapov) Moskovskogo
nauabno-iseledovatellskogo instituta skoroy pomoshAi ireni N. V.
Sklifosovskogo (dir. - zasluzhennyy vrach UkrSSR M. M. Tarasov,
glavW khirurg - zasluzhennrl deyntel' nauki prof. B. A. N trov)
(HERATUMA) (BRAI?J-RADIOGRAPW)
(BRAIN-WOUNIIS AND INJURIES)

OSITtOVSKAYA, I.M.
Fmorgency carotid anglogrup~;y In ~Jpcn(j cranicr-erribral
Trudy Inst. 4m. N.V. Sk:lf. 8:11(~.-112 163.
llp:6
1. lnstitLt skoroy pomr,-ihn:i i,,-ent sk-ifrDovokoro,

ATAMMU. T.T.; KRTUGHKOVA. A.P., CZTROVSUTA. I.M.
Characteristics of conditioned reflex &ctivity in conjoined tv W
Zhur.vys.nery.deiat. 6 no.1:113-120 Jo-71 56. (MLQA 9:7)
1. Institut normal'noy I patologicheskoy fisiologil i Institut
pedlatril AM SM.
(TWINS,
comjoined~ conditioned reflex action in (ftmm))
(MUL. CONDITIONID,
in conjoined twine (Bus))

OBTROVUAYA, I.M..kandidat maditainakikh nauk.
The child's nutrition. Zdorov'e I no.7:9-11 JI IS5 (MIRA ):)
(CHILMEN--IMTRITICII)

OSI~.-VSKAYA. 1. ~..
CP n", . P.P n i (' - I ~~ i .
Mb r . , D a -~ 'L f :1 1 -~,. t~ 1, . D -_ , : :. - -, .I il, .! ~ , , , 1'. --l') ')-.
"Cv. re n, Li D' p t ~ r -.- i - - , ' 3 tr '~ - I' F ' ' - - . ! I'. c ti S - %. . *..o,i . , . .-, I ~-, .
"0,,l t )I - 111,7 1- p ii- )! 7"' 1 - 1 - -I' I - ' ~ I CFkr- -)'- ; ';PNV'Or'~ , " '- - 1, ' . I - r ' A ---, : - ~ . , ' 7 .
51 191~9-

OSTROVSKAYA. I.M.. kandidat moditsinskikh nauk.
[Anatomic and physiological pecularities of childhood; child citre and
nutrition] Anatomo-fisiologicheskie osobennosti detskogo vozriasta.
Izd.2., ispr.i dap. Moskva, Medgiz, 1953. 235 P. (KUiA 6:11)
(Children--Care and hygiene) (Pedlatrice)

VAYUCHKOVA. A.P.; OSTROVSKAYA. I.N.
Age dependent and individual rhBrocteristics of the higher 3ervous
activity in children during their first year of life (with aummary
In Sru,,Itahl. Zhur.vys nary de tot - 7 no.1:63-74 Je-F '57.
(MIRA 19:11)
1. Woratoriya ontageneza nervnoy sistemy Institute normal'noy
patologicheakoy fiziologit I Klinika datey rannego vorrasta Insti-
tute pediatrit ANN SSSR.
(REFLAX, CONDITIONSI),
age factor & individual variations in Inf. duriur
determ. of higher nervous activity (Rus))

o56T- 2 '10A
WXPTMI PT.-loyl. JO G-4--,,ejWqv
A3qrUOLu pur AWPI
IlNi iinru ao tp" #uom xjaA lulpwj Mm . Pow
jnju 0, sma
2"Z~ ol &-mapum I s1 amp -aL "*I imp wopq p;QU='
- Iddns a Suqm
BUT . j jl W aPuOLu j a Aqvq aqs awjaq
.Paoj lvpgruv =S 01 PWU OU st asap xxul 15VUR
q2nouz sv4 impow ap j! IT43 smlns'joqinv ap uotsW
-uO3 ul c!uoujnmd tuoij f4!1=ow ul vseamn . 20
-puodniaw ic ql!m &paj-)sgaA 2sO41 U! sv*Alpnzgwv p9i
2MS OMAX UPJPlnp Ul VIUO&Urt2W JO Auxw se 33!ms
aam aj2u -PLUJOU a"a nvaow aim an womp imag
MY mil Suunp w!LKKunaud PuL. i*RP ilupsmul-oilas
JO axwpt3u! atl -sa&q i9ql j0 WWA Pnso PuV'PU03M
241 Suunp umo qt
.q pau!vuaj uaqn!tp pajfqp=m
jr&m jo
dnoiS mtR U!
4!p!qjow 24, pug -soAll jwtp j0 qlumu lug
Uil M 2J2m 064A% U3JPPIP %q P"124RO
an'Bugnp Altn3W
SVA% (IIPRJOLU Ism#" au *SPWJ Pn*qwT Jo pox!us
WAIS OjQM OqA% aSNI Ujqj SlivInSw ajotu Itistam piuwa
UaUPI!IP PaJ-)S=q 1943 Pawid Alm!ugW sr_,&
*sJ2J El '0S61 "qg~j-uwf 'SZ-LI
'I (qMiqpadj jsmd.LvmtmU -VAVX&UY&LSo -W -1
(timmesmundrms -womv Adi mdu tmdommdu =Xodo 0)
-Z Im"i wime amfoommomirs jol
V>
0

OSTROVSKAYA, I.M.-
Roentgenological aspect# of advantages of reEectior of the
itamaeb vith its replacement by an intestinal trensplant under
radiological illumination. Khirurgiia no.10:84-87 161..
(MIRA 14:10)
1. 1z Hoskavskogo gorodskogo nauchno-isaledovatellakor,:) iristit-ata
skoroy pmoshchi Ineni N.V. Sklifocovskogo (dir. - zasluzhennyy
vrach USSR M.M. Tarasov, zam. dir. po naiiahnoy chasti - chlen-
korres dent AM': SSSR zaaluzhemyy deyatell nauki prcf. B.A.
Petravre
(STMACII-SURGERY) (II;TESTI?IES--TRMZSPLAVI ATION)

OSTRDVSY,AYA,. Ie"a
Teclmique of exa.-Aidne patiente vIth irtracranial hEnarrhages
by angiography. Eksper. khir. i anest. no.ltl9-21163.
(M.IRA lt.-IO)
1. 1z Maskovsk-ogo gorodakogo nauchno-issledovatellskoeo in-
stituta skoroy poinoshchi imeni ll.V.Sklifosovskogo (dir. M.M.
Tarasov, nauclinyy rukovoditell - chlen-korrespondent l1q,
SSSR prof. D.A.Arapov).
(BnArN-HWMMLAGF.) (AI~GIOGRAPHY)
(MM-TUMORS)

10M, Tu.S.; OSTROVSKAYA, I.M.
Diagn stle significance of carebroil, anglography in the clinical
aspec-a of emergency surgery, Khirurgiia 40 no.11:103-10'7 R 165.
(WRA 181-I~
1. Mayrokhirurgicheskoye otdelt-nlyp (zav. - kand, uted. naiL: V,V.
Leb~Aev) I Travmatologichenkey kliniki (zav. - prof. I.I.Sakolov)
i rentgenologicheskoye otdelentye (zav. - prof. nalik M.K.Shchnrbatpnkc~
Nnunhno-isqledovatmll,qkogo Inatituta skoroy ponoshchl ineni Sklifosovsk-go
(Plavnyy khirilrg - prof. B.A,Pe~.rov), MoskvR.

US--)R Human and Animal Physiology. The Nervous System. T
Abs Jour: Ref Zhur-Biol., No 9P 1958, 41730.
Author T Kryuchkove, A. P.; Ostrovskaye, 1. M.
Inst ! Not Given.
Title : On the Individual and Age Particularities of the
Nervous Activity in Children During the First Year
of Life.
Orig Pubt Zh, vy39h, nervn. deyat-sti,, 1957, 7,, No 1, 63-74.
Abstract: The blinking and motor-alimentary conditioned
reflexes upon sound stimuli were elaborated with
difficulty and locked 3tability during the first
3-4 months of life, Weakness of the processes of
excitation and Inhibition was noted, During the
second half year, the reflexes were formed more
rapidly and were of greater stability. The Inten-
51ty of nervous processes Increased,, individual
Card 1/2
126
Card 2/2

OSTHDIISKA*, I. M.
Anatomic and pkWsirlogical pec,illarities of childhool; ChJli car-~ "nd nutriti -,r
lzd. 2., ispr. I Jar, Rekoriprdovanc dlin ehkol mol. Pester det34'k~, uchrp7h!,?r"A.
Mo.gkva, MerigJz, 1953. 235 p. (5)j-3S36,a)
RJ125.08 19~3

.).-'T - - I v\,
CIS -o~ ,k,jytj I -A-
-93LP~ A ~1. ~
Priummde kefirs, rzl emshmm i iskumstyarmw "kwmdlLvwmli
det*1 ranop vouzatt- 'Use of keM in acubirAd and arti-
fleW feeftug of infents, ftlldsher & skush. ND. 10 Dr;t 50
P. 49-52.
1. w

M,,)n t h 1 List -.-s F

0
~ -
i
An- ~ , * ~' ~- . .1 - - - - I ; I I
') - '.',Ontfi,v L!:-,+ f F;I-qsj,tr~. rl!~.
, , ., . r1,-- , 4. . - I" :.

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.. I . - .. . , .
it n, L, t,~, . : (: " I. . . .
-i ~,- --, I- r, ~ . , 1 ~ , 1 ` i
~j. Month, List -,f ;,~ -si3l -i!, . ll~; , ' ' !, - - * ~', ~ , -

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lut 0 c 0 at 6 a 1 0 ft a i
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4
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et.
00
F, *Ago JaRID qjs~m M
pow*
V4 zoom mamme IR'14 p
.Ver"M p aftOB306 4ML "I O"S Coo"
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paxaRs -no -W w4twom 6 Igm" ell uQ,RdrA-'& -
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0 4 & i i 4 i & 14 6
0 0 0 * 0 W 0 0 a of oqjj 4 0 **go *see a o
m --mm -Z
-A&LU L

OSTROVSKAYA, 1.M.; 3111,MANKC, 1.1.
Cerobral &njtography in fr,?s:. closed cerr-4)rocninial trair-P.
Khirurglia 30 no.6:80-'~4 Jf, '(-k. (!~-`A -.3:1-2
(BIAIN-WOUNDS AND 114,T'j.%Y)

FISKUNOVA, V.G., imud.mod.nauk; OSTROVSUTA. I.S., kand.wed.nauk
(Khartkov)
Case of ber7llium pneumoselerosim. Vracb.delo no.'7:97-99 Tl 160.
(MIRA '13*7)
1. Ukraluskiy nauchno-looledavatel'skl7 Institut glgtyen7 truda
i professionallnykh zabolevanty.
(LUNGS-DUST DISFASES) (BERTLLM--TOXIGOLOGT)

OSTROVSKAYA, __ I.S. (Yharlkov)
Fibrinogenous effect of mixod d4q~5. Gig. truda i ;7-ro'. zab.
4 no.1:19~'l Ja 16C. (MI.-*, i5:-;,
1. Ukrainoldy nauclmo-isslodovatol'okiy institut gigiyeny
truda i professionallnykh zabolevaniy.
(LUNGS--DUST 1)ISEA,--S)

Atbom W aluminum dust a& Ithimall Mlissiam %I t.
I S OtruvSky. oqsrsa . %aft'I 1950
- Iff CIT49 wftb rz'h and r"W.. i-A.ma
,,char in hautbou of Al dust. its Intro,lurtRm int- lr~ he,e
kn phyw4.-adA. fauspenmons or intraymmi injecimpi tW
ucb suqwusicas. it was ckarly shown thAt an -Alurnino.
Nn" results; tbb In a (am of respiratory diwase. involving
trialinrmaiianj in ibe respiratory organs olitch fwogr"%
'~ after teminstion of administratimi of %he alust
Pattwl rhw4es in the kWtwys and omasionAlly &n ottwr
-96.t4w~mabofvund The J-.,
hcl~l'qv hishiv Q~WGIWAI&hl' C. NI K~4AIMA
41,1

G.L.. kandidat meditsinebrikh nauk: KUTMV. VA., kandidat
meditsinskikh nau -, JNI7HM , L.N.. kandidat meditsinskikh
nauk; 06THMILU, I.S., kandidat meditainsirikh mail
-------0
Improving Industrial sanUation and hygiene conditions at the
ZWeb-Burum mines. Gor.thur.no.10:57-58 0 156. (MLIA 9:12)
1. Ukrainskly institut gigiyeny truda I profsabolovanly.
(Kerch Peninsula--Nine sanitation)

IVAIJOVA, If-G., k-umi.med.naiik; OSTRUVSKAYA, I.S., kunLj.tj,,,j.rvjjLk
Jtlidy of the r1levelopment of orpRrimpntal nilirwiia
chanj~nd renotivity of the body. Bor'ba a ail. 4: 10 1- 11)8
15(). (M IRA 1": 11 "
1. Ukradnnkiy ramchno-ieslodowitol'okiy iw3titiit 1-igiyony trildf,
t prof za-bolevuniy.
DILiFi%S-S) (HERMIS SYSTEM)

114t
I kF"Otho"boMbOlOV 01 r9on'Al with arune
t'v .,,I .... .. I, I

TAKHONTOVA, L.K.; OSTROVSK&YA, I.V.; BUKIKA. A.N.
Solubility of emIt1te in vulfmric ncid. Trudy Win. mt. no.8:122-
127 157. (KIRA 11:3
09MI It Ito, )

t ~, I , ~, . :, . ;, ". '-f,,~ , " :, * . * . , ; " ~ IT: 'N A, :. b.
1, ,
:. Irv. rn . " , , I ' . ." 'n . . r . ri, I r~ . ct-V 94 n , . ' I I , - 1 ~
'; ew - a r 8 .1
I., - ~,,A 1 , : 1, ,
I.. lnr _: ~U' -.- 3,: -. i:i*-*,orc,zndenly, petrogrFif"' . ,
: ': -,I.- -Fl 1 Of- ~. . ~. , k! ., A" . S- R, Mos ~ va .

MINIOVICH. P.A.; OSTqOVSKAYA, K.A.
Proserine t' ','9rF-,p7 of orga:iic d1seasea of t~ie nervous s7sten. Elln.
med..Moskva 'g no.4:6-,-69 Apr 1951. (CU-IL 2 0: 1))
1. Of the Clinic "-)r Nervous Diafjasea, Stalino Yedical Institute,
Stalino.

)MSECHMSXATA, K.A.; BORODINA, G.P.; KOROLICVA, N.P.. LITVAK, F.I.;
OSTROVSXATA. L.A..
Iffect of (.~-sltosterol on tho course of experimentally induced
atherosclerosis in rate and rabbits. IP'arm.i toks. 22 no.5:434-
440 S-0 15Q. (MI." 13!3)
1. Kafgdra farmakologli. blokhimll, patam- tomil I fakulltF4tskoy torapli
BW,oveahchonskopo meditsinskogo Instituta.
(STMLS pharmacol.)
(ARTRRIOSCLEROSTS erper. )

12918546-
g,*Z J% - AP601884S 190LECE c4ss UR7=07
AMHMi Snamol W, H, Corresponcling member AN SSSR,j #&-:140 Sawport.
Is At; Krug3yakp so At; Dronova, Le He .p2jro P
ORGs Institute of Cbenical El~recsi AN SM (Inatitut wildcheskDY Mild M
TIM: Aftitanor Mport*1032of ponrM o1wideal autagens (nftrcsoi=9z derivatives)
SOURCE: AN SSSR. DoklAdy, V-'163, no. 2, 1965. 483-W5
TOPIC TAGSs nowe. twoor, chemotherapy, aromatic Wrocarbon
ABSMCTS 1he authors studied the effect of methyl- I' ethyl-o and propyl-
nitrosoureas (MU# ClUt and INN respectively) on ascitic strains of mouse
tumors (Eirlich's carcinomar sarcoma 37j and sarcoma 160) in leukemic mice
!(C37BL strain) and on solid rat tumors (sarcoma 45, Walker09 carcinosarcomat
.and sarcoma SSH)o Two criteria were used to evaluate the compoundsi (1)
coefficient of Inhibition ks Ailch shows how much wwre slowly the tumor
'process developa in experimental animals as compared with the control; (2)
,parcentago of Inhibition of tumor growth& 1he results of the experiments
.showed that up to 100% Inhibition was achieved.by. all three compoundso but
;the k Valuea differed. ~breoverv, MU and EMU increased the survival Ume of
kthe animals by 4 days; PNU,, by 9 days, Like the polycyclic hydrocarbones
~the nitrosoures derivates tested aTe hohly carcinqjjenic as wall as carcino-
~static,. Orige &A& hass ~ figures* I.JPR�j
SUB CODEs 06, 07 / SUM DATEt O2Mar63 / ORIG IREFo 003 / OTH HEFs 014
Card 8L(i

S -NC. Tu. To.; PYSiOr~,
Use of ben,.eme haxachlorlde la extreminating blacir volf spiders
(Introdectus trod ecimgutts tus Rossi). Hed.paraz.i parax.bol. 2?
no.1:105-106 J&-V 158. (MIR-t 11:4)
1. 1z saniterno-opide-,liolotirhookny stantsill Ocipaskoy zheleznoy
d orog I .
(SHIMS) (BRIMIS 11MACHLORIDE)

pt-7/peb/Pi-4 M)"!) 9 3/~,313
-URI ---ATA011632--
UR/oooo/64/000/00010590/0603
4MRSION ------ -
a. Yo. No; LM M-
AUMR; ko, D.; Ostrovskays'-k. I.; Run
atiolls in second order circuits incorporating
TME: Parametric Oscill
elements. Theory of a parametron op rating in the third subharmonic
SOURM. Vaes znoye soveshchaniyp_po wagnitnYm elementam
6 0 U-
0 1962. Magnitnyye e~cmency
Zmer hisiliil no t T-vnv~l
I v
ic
avtomattki, telemekhaniki, izmeritel noy i vychiBlitel'noy tekhniki (MA net -1
n
ments of automatic controls remote control, measurement and computer engi eerlng)4,
trudy soveshcbaniya. Kiev, Naukova dumka, 1964, 390-603
ITOPIC TAGS: parametric regeneration, subbarmonic oscillation,third subharmonic
omagnetic element
parametron, second order circuit, parametric oscillation, ferr
ABSTMM After discussing the n
eces"ry condition of paramagnetic regeneration i,
of th
AS a function of the number 9 subbarmonic (the elementary theory of the
feasibility of paromtric regeneration), the authors derive the basic equation
for subbarmonic eacIllations of second ordtr farrowgnetic-containing circuits,
apply the Bogolyubov-Mitropollskiy uet&A. to the resonant cAse of the equations of.
Card' 1/2

~-ACCESSION NRI AT5011632
type
94 lox (X"k.*.V. V4
develpp-tho third subbarmonic parametron theory, and present a brief summary *f
the procedure to be followed during the use of the developed theory for design
purposes. The results show that the third subharmonii
c parazetrou oscillations
are the most convenient from the energy point of view;-that a parametron operating
on.its third subbarmoaic exhibits stable 3eneration properties with three possible
oscillation phases (30, 150, and 270*) depending on the phase of the triggering
signal; and that the third subharmonic parametron permits the simplest design of
logical elements and of computers using a teTnary system of computat."on, which
to Avii-thw-Wimm- app oach rn uhe sense of requ the st number
of elements for the processing of information (B. V. Gnedenkot Ve S. Korolyuk,
Ye. L. Yushchenko, Elesenty pr6grammitovaniyu, Pizmatgit, H., 1961). Grig. art,
has: 85 formulas and 4 figures*
ASSOCUTIOW None
SUMffMDI '29$ep64 INCM 00 SUB COM DP
NO RRF-SoVi.- 003 OTHER: 001.
2 ------ --------
I-CcWd

Peb GS.
ACCESSM A5011633 UR/0000/64/000/000/0604/0615
~MUOR: Lyasko,'A. Ba.; 9strovskaya, L. 1,; Hatafonorva, E. P.
-j arametric a fects-in first-order,circults, with concantrated parameters
SOURCE:- Veasoyuznoye soveshchaniye p 8nitnym elementam avtomattki, teletmekhani-*
ki. itmeritilluoy I Mfiislitel'noy tekhniti. Lvov, 962.
Magnitnyye elementy
;4vtomatira, teLemekhaniki, izmeritel'noy i vychislitel'-tioy tekhniki (Magnetic -_-le-
iments of automatic control, remote control, measur--ment and computer engineering);
trudy soveshchaniya. Kiev, Naukova dumka, 1964, 604-615
!TOPIC TAGS: parametric effect, first 'ord.i.ar.circuit, concentrated parameter circuit
1parametric detector, parametric freguency multiplier
Several papers have recently iwnstigated, inconsiderable detail, para_~
imetric frequency Multiplication and detection in the UHF range in ferrite-contain-
ling circuits with distributed parameters. The present paper analyzes the same
ieffects in circuits with concentration parameters as shown in Fig. I of the Enclo-
sure. The-results of theoretical and ex erimental investigations show that 1) the
P
parametric detector (PD), and the parametric frequency doubler (PFD) of AM 11F-cir.
Card 1/4

L 45721-6.5
A
JACCESSION NR: AT50116333
cuit_~_Dsci I lotions a-specia-l-case -of- -synchronous -det act ore-(frequancy. multiplie")
-in which it is the inductance which changes parametrically and not the.active-re-
sistance (the control parameter is the detecting (multiplication frequency) signal
instead of the special signal from the local heterodyne); 2) the PD (PFD) is a
quadratic detector (multiplier) since the transfer current coefficient of the PD
and PFD depends on the amplitude of the transferred current (this means that one
can attain'significant magnitudes of the respective coefficients); 3) in contra-
distinction to the quadratic detection in devices with nonlinear voltmampere
characteristics, quadratic parametric detection occurs at higher levels of the
input signal, and the nonlinear distortion coefficient can be reduced to zero; 4)
the PFD frequency characteristics are similar to the characteristics of a low fre-,
quency filter; 5) during the parametric doubling of the AM frequency of RP current',
oscillations the circuit acts as a paramatric amplifier of the modulation depth;
1-6) thie-M may be used in practice as.a selector of current harmonica; 7) the FD
way be used in remote control systems for detection at high levels of power and for
A the absolute power measurements of BF current oscillation sources; and 8) the
basic calzulational equations obtained by means of the "small Poincare parameter"
Card 2/4-

. ?... " .; , r! 'I , ~ . . ~ . , I, - . .": , ~ ~ . . " -" .
G.",T (f V ',`A: A, 1 - Y' -
, . - . .7, ; - .
~ . -, - " . ... -.,I - , .-, .
1 ~- * , - , - , ". .. - - - ". . ,- . . .
,I n, .," 4 ~ I ~.

Thit peroisdam reactim in kok-*-qbyl L. K. Ostrow-
kar's, (Ultrainism Acad. Sm). 14pikow(V4
IWA)) -11W juming p""Xidame reaction in b"k-Onshyp
:
is "Ahroe4 in the presence of Ne%*Ow, villarr"s o0wr
plants (stigar beet. tol"icco, hvu radiAlt) show in m
crrasrd effect. The enhanced pelogslase rractkio in all
the plant- extvpt kok-OShys is wmibed to th, dve,x
a, tion 4 \a NO, on vda". and not t. the ul,lwrtpxm
of cavalaw by Nx.~.V TIW 1W1`011111,110 frACI.-I *I-b
$~IrW ke -O&W"4 to The prb%-"g -0 P" h-l-
A ITwallay

:Ij 11!11
Osidative reductive pr of boa-ambys tiativirs
11-4
-4 P1
-th..I. 1-tailrals,"t ith tith" Pi
I, .. 1-, .1" taill, !,'", F.SA%.1 A,,
F&S,kily .11hin
inin i.thmlw poLimAi"m Ji-pjwom. .1..Iy in
71N) MAS& tif Otto t)IA"I foof Nanyubt.-t-twarms dandr-
'MI sho . ..Witt-n-roducimm lw.Mlws ainalogms to hok-
-Shys T1w li-iiing imential of litili-tabys r--I mass, is
lisgit in early stage, (4 dr," in th, w ... met. iml
YvA.bw* a min it, August. which nic,roponds It, ibe nias
i. to C-i'llitna -.w"S Inge"
it', tint o-Ut.."
It, -1 it" 'AT"tis to
A It,, ..,I
JO

1*9*6tift of $"M bm Isaw" dwiq SMOSS "a
&UMON" Daum" A S Manenko w0 L. K Oxtrowskaya
(11"t'Susar Insu. Kiev) awk4falys
The ft4w beet to one of the plants wMw development p-o.
credit more Itt"'I'MUbell nourished by nitrate N t6a by
S. The ves of suSar beets cultivated on am-
nxmi& N require more 0 for req*stioss. in the absence of
pbottoyathesis, and consume nwme oular than The Iftwes
of twets raised on nitrate NIn the absence of nitrate*. IN
oxWAtim process" procred In a roundtitsout manner, where-
by t,otr of the eubetrate iq consumed - If Prwctky

Oj 1,
t h 1 L i -q-- Ar

1% 1 Wwrai. A
zsi
stmi.A
nl~
At
k;
MIL "Dwa woft on effesu d CU
Tirld ol rubber Utts
-,soy
sMed Ca wu hijbtr than thit of tbcyt i. v
cm tes4cisIthto be Im W Ow ubwnet of
;= , c im PlAnts
N ar
W
wit"t C13 supply. N fenilLtation ha3 imi a q"ull effeci on
tht vkM 91 rubber frorn k6k-sAeip in vpmt vils. Soils
wilb but a Ala ptat 13yer rt%Pund weakly to othied Cu
in"ar us Irowth and iJvvrIcpmmt al kuk-alltys cullwm
ewreraW. 0. M. Kooolalwa

01tratta cud wmmodi fertitliters -61a- b16 -------
ch#mW proom" of kok-sAgkys ancl of sugar beets.
-Ai 13. 0kaAtkad And L. X. Oslrov*sp. 41~vprojj~ BiokAim.
Asa 4 AGaraf, PilansY3 A.M.107. is . SOUA Mr. '.S.R.
IWO tocu (1) are cWt%ctct1ztd bicp-
cjsc~ljy by a higb oxi&UM-reduction activity, Actlyt
J, 71MUlyumt and %ct 1vt peroxitles, and by a hith mspiratory, ratt,
fretem their hllh~mjmclty for mu
Wag damvw. Tissues of sur4r-bcet roots (U) lam
tb*ir ieductin 4mpatily at W3 time is tatasured by thrir
ofty to t1tdtTA Perbutrinnate and to merse tht charge on
cI0"vA*&--7U rubber conant of I Lacrewka wrazw1int
dxIPS st=o. R nirments for N frallizer difftr aic.
carding totbeap oll"t plant, In the ewly &tales of vcgt-
Istive gwwtb vay amil smts. at tertillicr are ncedtxl In
'Voad malls, " that cmn ~Pe Sivez tither in the fom of
uttrites or of Mls-. Later stag" of xmvith r4mqirt h(Shcr
smts.oM -nerubbetomtentollircrt*ttrwhcti.N*11,ls
used thaxt viben Vitzatts we Ized. VIC &*- 11CM contmt
o( xtpr-beet kavcs (W) was almays higher Giap that of t1m
ka;Vhys Imves (W), rvC;udksi cl the ftWilmr itied,
Um" m much orit. "M I's 1, w 5-9 tilne!3 as
much as 11, Thma vulue-s werv ceh-4. " (try ift, At-
Motto the orgi " corttrat viulecl, I here wat no itgnificant
Wmmm between I and 11. DctailiJ npis. were made ia Val