SCIENTIFIC ABSTRACT FR:MALNICHUK, V.M. TO:MALMEYSTER, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031900042-6
• Release Decision: RIF
• Original Classification: U
• Document Creation Date: November 2, 2016
• Sequence Number: 42
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTR

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~~~CC NR~ ~_-AP'jQA3220

large interaction energy proportional to rW3j between mt~lecules of different e1.ec-
tronic states, and a coxresponding deviation of the gas Pram ideal hehavic~r aL rela-
tive~jr small concentrat,iona. The possibilit~r of an excited gas breakSng up Seto twa
phases with differerr~ relative contents of excited molecules is demonstrated. Gnc
of these phases can beeoaae condensed, thus resulting in nonradiative de-excitation
of the system, fo].3.owed 'by e- change in the equation of si~ate of these pY>.ases and re-
peated evaporation. Such a process pr~rridea a unique me~,hanism of transforming the
electron-excitation anergy of the gas ~,r~o heat, and can pLs~r an ~nportant role in
gas 1~a,sers. Orig. art. has: 3 figurers and 28 farm~.las.
SUB CODE: 20~ SUBM PATE: 24May66~ OAIa REF: ~ 008,/ (Y.~ REF': W3
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~; ~~CC NR: Ap-j003220 SOURCE CODE: vRJ0056 66 t,s 006 18 1820 ;.
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AUTiiOR: Mal'nev, V. N.; Pekar, S. T.
ORG: Kiev State. C)niversity {Kiyevakiy gosudarstvennpry uraivereitetj
TITLE: Intermolecular interaction and the equation bf at,ate of a hiE;hly excited gas
SOURCE: Zh eksper i teor fiz, v. 51, no. 6, 19b6, 18].1-1820
'~ TOPIC TAGS: molecula~� interaction, exc~.ted state, equation of state, dipole irYter-
action, Van der Waals force, ideal gas, laser r and ~ j
ABSTRACT: The author: consider a gas with sufficiently high molecule concentration
(such as at atmospheric pressure}, when the average distance between molecules is
much shorter than the wavelength of the light absorbed bar these molecules. Unlike in
earlier investigations, the case is considered when a large pereenta~~e of the mole- i
j cules is excited to the same electron energy levels. It is shrnan that the dipole-
I dipale interaction of two identical molecules situated ai; different energy levels is
inversely proportional to the cube of t;he distance and dues not vanish upon averaging'.,
~ over all possible orientations of the molecular dipoles. This interaction mal~.es an
appreciable contribution to thermodynamic functions and i;he equation of state of the
excited gas and can exceed the ordinary Van der Waals fo;^ce and lead to deviation of
the gas from ideal behavior at pressures that are not ve7ry large, and to its conden-
sation. Calculations are made for the case of monotonic molecules and it is shown
that such a highly excited gas has sevE:ral anomalous features, namely an anomalously
~~ard ~2
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g ~, - - -
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~: AUTEtOtt: Ira ~gki; L.
` p,. S.; ~~eenkor V. 8.; ~i'~nev, A. F.; RoyCsina, O. ~. `S'
.,. ~~..r.,..,.,..,,_
~~----; _
~~ORGt noire
TITLE; ~ ltupirov~aa~~t of spectral. char~icteristics of hii~hwresistanca rherntal radiatian
SOIntC$:.' Ehurna~ `px`#~kladnoy spektroekopii, v. 4, no. 4, 1966, 298-301
Tt3PlC TAC~s r~~ zadat~ton det~;otor, tR rad~,at~.ot~, IR sensor, IR detection
~~ ..
t
`, .ABSTRACT: An iiro~ted method is proposed for the construction o;E high resistance
~ezmal-radiation d~etect,~ors_ which use gold-black as the infrared absorber. Because
of i'ts poor adhesive properties ~-ld-black cannot b,
: g ~ deposited directly on the
sensitive mate~#.a~t,.but must be deposited an an inte~;leafing layler, which causes
'' hi h heat losses.
'G 8 Calculations arE presented to demcrostrate that these losses can
be reduced to an :Lnsignificant amount if tt;e interle~tfing layer :ts made of dielec~ s
trice .such as beryllium- or aluminuun-oxides, which axe good heat conductors, and if
the. taper's thicknes8 is much less than the length o#` the incide~~t heat wave.
Experi~ental ds~tu ere in good agreement with the the:or3r, Orig. art. has: 4 forma-
'[ las, 2 table, anti ~. figure. [ZL] ~
SUB CODE: 20/ SiJBM DATE: 02Apr65/ ORIG REF: 001/ 0TH REF; 004/ ATA PRESS:
..,r. _______I~ ; 621_ . t 2.74
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ACC NRs e~i'70QI9S~ -~-~---------~_~..__
The zonal sensitivity of detectors made of Ba'!"i03 single c,rye-
tals and ceramics and triglycinsulfate crystals wer~� investigated,
Sensitive areas of the samples ranged in size from t30 to 100 mrr~2 .
Sensitivity distribution over these areas was measured by a li~:tat
probe 0. 15-1 z~,m in diameter. When measured with a 0. 15-nzm
probe, sensitivity varied from its maximum value by up to 25% 1Por
ceramics attd up to 75% for single crystals at isvl,at,c~d points.
These studiE~s also showed that large detectors made of IlaTi03
ceramics exhibitgd the most uniform sensitivity (threshold sensitivity,
5 x 10"9 w/rps ~/2~. Thermoelectric d~tcctorB made crf tri 1 Ginsulfat
single crystals had a greater, although leas uniform,, se eitivity e
(~ x 10"9 w/cpa~~z ~.
It is noted that these thermal radiation detectors have significant
advantagep aver other types when large-area sensitive elements are
required. Arig. art. bast 3 figuraa. k~ I3s v. 3p no.
5UH C4AEt ZO / SUBM 011Tk;t 24Nov6S / ORIG REF'a OGG / OTki RgFt ~~ 003
. Cord 3/3 _ __. _...____.~__._._-~- - ---._.__.y._..._.
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thercaoelectric currant generat~~r;
C crystal capacitance; 4 - e~~aiv�
alent lose re,~istencel in the c;~qa..
tal; Rg r load resigt:anca; Cin -
~nput capacitan~ca of the tr~ba~
c~ Ci.rc~ait diagra~, o~ the detsc:toti^~

independent over a wide range, and the S/N ratio of f,he detectors
therefoi,e remains practically constant at f ~ s'~ and constant radia-
tion flux.
Sensitive elements of the detectors are made of crystais in the
form of flat capacitors. De sited la ers
po Y ( 1000 A) of silver serve
as the electrodes. To obtain a relatively uniform ep;actral character-
istic of. a detector in the near and central infrared re,gione of the
spectrum, the electrodes are coated with black.gold. The thickness
of the crystals (10~ � j is uniform within +3%,
,.. .,.
Card ' a/3

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ACC NR: AP7001458 SOURCE COU~s UR/0120/b~6/000/OOb/4169/0171
AUTi IoR: K
remenchugskiy, 1.. S.;.Malonev~ A. ~'.; 5umoylov, V. U,
0~: InstituCe of rihysics, AN Ukr55R (Institut fizikt AN UkrSSR)
TI2"Lc.: ~'ar~�'a~a PYrdelectrie radiation detector
SUURCij: Pribory i takhnik� eksparim+~nta~ no. b, 146bu 1b4.1,71
TOPIC TAGSS thermal radiation deCectar~ thex~to�lectric phenomenc,in
1iBSTRACTs
Ni,~h� speed, large thermal, radiation detectors writh a high t~hresh-
oId sensitivity, a smiall Mme constant, and a reliatively uniform zonal
sensitivity are decor;bed,
An equivalent circuit and a cutm~~vay view of such a�detector ,are
sltotivn in Fig. 1. Thermoelectric current I is determined by the
speed with which polarization of the crystal is changed under the
effect of irradiatx~n. Time constant Y of the detectors dose not ex-
ceed 50 u sec. The mean-square vglue of the noise current is fre uenc
~ ~
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Card 1 / 3 ~
Plg� i� i,arge ther>sell detector
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a) Structure of the detectors
1 .. Protective ~ackeC; 2 -body;
~ -vacuum i�lati ~ output tetr~
mingle; S - KBr window; 6 - saat~i~-
a . � : tics slsmsnt i ~' ~ support t ~ ~ l,id.
_..... .._____ ._. ._ __.___ UDCa b21.384.32b.22s53b_.

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ticulnr pa~,nc to ~t~edluce the noise level act trequenaiei~ above l0U cps. The temperatu~.`e
dependence o~ the dy'naaeia pgroeleat:rio cson~taut was di~textnined by the method o~ A.G.
Chiaoaeth (d. Apply. Phya., 27, No.~, 78, (1886)). An wing effect was observed when
cpcs~ing the det~a#ox~s between raam ~Cemper$#ure and 7C~C; the agltt~ aa$ oanple#ed
within s iea cyoies~ hoaever~ and thereafter the tem~arature dependence of the ppra-
eieatria ~netant was reproducible within 5~. The p;~rroelectria cor~atant reached a
ma~cimum at about HOC ~ of fra~e 2.5 to 3 times its z~oan tewperature value. Since the
dfe~ectria aanptar~ ciao #acreaasa with tenpexRature, lhorrever, the deteotara sere oni~
siightiy amore aene~ltive at 9f1o ta'han at roam te~np~ratu~re, /1 preii,einary investigation
of tl~e ~rtabil.ity o~ the detectors s~hrxred no signiiiaa~nt ohangee over a period of six
months. The sensitivity threshold of the,, ~dete~tors s~~aa between i? x 10 `~ and
5 x. 1t~'~~ W/cps., the time conststnt~ w'e,a 1e~ than 'S0 u~iele'~ ~d the� ~fan~s'~'i~"re .Of
~ter~.t M~ y~;g~, greater~�thnn FO:~~,, ' Oz+i~ frt. �has: 3 fi~,ures. [151
�3~ CODE. ab~ GUBM DATE: Wane/ ORIG REF:
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APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

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>)9 24 ~7) s~ �- SOV~48-23-"i0-2$/3~
At~i'HORS : ~: ~.,,~;,~ ~~;,~v,~C s e Z ~ ~~?3 g :., . P . ,
Kremenchugskiy, L3 S.
TI'T'LE: 1'i Measuring Device i'or t~'iC; Infrared Spectrometer
Y~itIODIC,l~L: I:zvsstiya. 1~kaderuii natzk USSR. Seriya fizicheskaya, ~ 959 9
Vol 23, c~1r 10~ pp ~ ~46..12~7 (USSR)
ABS'T'RACT: Infrared spectrometers are being used to an increasing extent
in chemistry, petroleum refineries (automatic control of the
technological cycle) and for xesearch vrork in zaorks laboratories.
In the present paper a measuring system for such a device is
briefly described. `T'he device con.s~.ats essentially of a
bolometer bridge, a pxe-amplifier, the main amplifier vrith
synchronous detector, a modulator-gEanerator Frith phase
invert�r and a reeding block. ltad.iatian is first interrupted
lay a modulator (constructed tagethex with S. 7. Sh~>1~ga)
(20 cyeles), after which it nassas through a rnonochromator and
xeacheg the recE~ive�r.. ThE3 lattex ~.s a nickel bolameter
developod at thE9 Institut fi~raki A1d SSSR (Tnatitute of Physics
of the A5 USSR) . '.Che next stage ~,e the prearaplif'ier, from whic}~
the pulses reach the main ~un~alif~.er b~.ock the elements of
Card. 1 ~2 which are briefly dis~^ussed. ~ The emerging signals may be
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APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

M1t \~/ 1! `~! \ 1 / t r ~ ~r3~V/4U~2~'~1V"21/~7
A~THORSt t.Tallnev' A~ F~v Puchrovsl.a,jaa G, ~'~~
TITLE: A Vacuum Infrared Spectxorneter for '~iorks Ccntrol and for the
betermination of ail in Patrolewn Products According to the
Abeoxption Spectra
PERIODICAL: Izvestiya..~lc~xde~lii nook SSSp.o Sexayn fiziGhaskaya, 1959v
Vol 23, Pdr 10 v PP 12441245 (USS}?~)
ADSTRt`~CT: The present paper briefly describes the infrared spectrometer
of the type VIKS-4o t1 photograph of the device is shown, anc?
f~,rtire 1 slurs ~� optica7.systemo No data are given tivith respect
to the spherical optice~. The monochromator is in a metal
cylinder, which. has a wall. thickness of 1 U mmo A nickel
bolometer serves as a radiation receivero A method vras vrorked
out, ~vhich permits determination of oil in petroleum
products, It is~ based upon iueasuring the relative light
absorption in the substance in the range 7a3�? and wakes it
possible to reduce the time for analysis considerablyo The
band at 703 ,u corresponds to the symm�tric deformation vibrations
of the CH3 gro~.po The oil content in pe~centa ie determined
Card 1~2 according to a calibration curve, ~~bsorption in the investigated
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Investigation of the Composition of the High Molecular SOV~48-2;-10-a~39
Hydrocarbon practions or Petrolc;uras of the Bitkovs~oye Deposit b;; ?=~euns of
Infrared Absorption Spectra
nAZh). The fraction PP1Zh vras further treated ~vith carbamide and
thiocarb~~mide and four components ti~rcre obtained, 'i'he spectre.
woro recux~dad in the rc,ngo 2-15 b~mco.no of the vr~Gtium a rfr~.r~r:~?.
spectrameter of tha type VTKSN~(sample thl.ckn~~ss ~�- >5~~) �
In the follo~ving, a number of details concerning the spectra of
the investigated fractions are given.. The KT-spectra shaT-red
intense bands at 3.4 - 3.5, 6.829 13.72 and 13.89~,t,(correspondin~;
to the oscillations of the CH2-groups) and weak bands (C~IJ) wt
6.92 and 7.25 The n-paraffins wox~c characterized by the intr:r~.. e
band at 13.8 the NKT-fraction by the 7.25-band ra,s ;roll as
that with 13,88J~`~. The aromatic frcctions had the fo11o1~ring
bands� 111Zh: 6.-2, 122,13.4, 13.8 and 14, 3~t. (intF nse) ana
~,d9 11.4 and 12.8(weak). 2AZh: 6.2, 11.49 12.2 and 13.x.
as well zs 12.8 9 13.8 and 14.3~t,(wealc~, nAZh: 6.2, 11.4 and 1 . ~'~
as well as g.69 11.4 and 13.4~u. , The inveUtigation results
showed that the petroleums obtained f xom the vs.rious boreholes
differ from one another, Thus9 the `I'-fraction from the bore~~ole 350
Card 2~3
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11 (~t),7(3),24(7) sov/:~a_23-10-a/39
,h.LrTiiO~S: iris ~ f nev A. I', .Skl~�ar V. `i. 1~::.khlina Z. ~. Puchl~cvs_.a~-r~ G, ~.
uhti7.yak, L. I., Shevchenko, Ye. ~.
`1.'TTLs Snvesti~;ation of the Composition of the High Molecular
Hydrocarbon ?'ractions of Petroleums of the Bitkovskoye UepoUit
by Moans of Ini'rared Absorption Spectra
PEP~IQJICAL: IUve:~tiya Akademii nauk aSSR. Seriya fizicheskaya, 199, Vol 23,
Nr 10, pp 1192-1193 (USSR)
AB."":TRACT: ThEI present investigation ~�ras carried out in collaboration ~�ith
the laboratoriya geokhimii nefti Ukr, NIGRI (Laboratory for
Petroleum Chemistry of the Ukr. NIGItI). Investigations ti~rere
carried out of petroleums obtained .from the boreholes 3OO, 310
and 350 of the Bitkovskoye deposit in the Trrestern Ukraine, First,
the solid .fraction T was sepaxat�d at 0 and -1Q�, and later the
aromatic fr~tiction AT was aeparatad ~accoxding to the method of
ChE,rnozhultov a.nd Kazakova (Itof 1 ~ . The remainder of thr {solid
fraction QT 3=rae separated by ca2ibam9.do complex formation
(complex-forminb part KT, -non-complex-forming part N:;T). The
rezaaining liquid fraction was ehrom:~tographically separated into
a paraffin naphthene fraction PNZh and a mano.~, bi-, and poly-
Card 1~3 cyclic aron:c,tic hydrocarbon-cantain~.ng fraction (1AZh, 2AZh ,cnd
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

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APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

T�e Triain p,,; .. r
t.~`.~..;,'~f..~:3 ~t Z~~:C:.%~.~~_J..~! ~i.. i..~~)~.J...t.:`.:~ J.J.;,.~r~�.. �Tr '.`i-. -...
~.l
p~~.otomet~~rU (1~, ~Revicti~~) .~ - - .. -a--._ , ,.. .. _. .
((R,~z/~e1j~~~) lll~l4 1,~0)~e-. 1:~ yi1.s t;cn~.r:~.l-I;r t~c~lx~vr:,1 ~'~.:~~ i~~?:. �.~,~ �c
Jh.Ott)~~:; 1r~7':i 1.4N~_?l~l~ ~lrl~~.l,' ~~~'i.lt~..~. t~ ~',, ~~~ ~ 1 -';. _ - G:.
~: =:~e ~~~,c~d a~ ., tYie ;?ion c relia~~1,~ ,.
t1
~Fli~; .,)rc~E~l, ~ l~~.z~~t ~,~i,.��c, ~.~~ ~l T~~a ticc;a1c~1e Gon
mnci~.~LYl:i.c:�1 ?>;~r't~. in %'~.tE' ;'?1~;~.~Ur.i_,~.~~ Dart of %11~ ,3~~'~C:1~:1~'Q!7~`I_~7t0-
~ ' ~ ~
racter 1,;r trig I~c~uijr '.1E~.r~-r c.l;pct . :L circu i ,- -
-~ic~z its r~o~~~cvr. ~'~i:
~roul~ is riot verJr nu?r?ez~ou.s ~, Jot (Refs.77, ~~, i`7 and ~~~))
Trerc~ are 1rj fi~~;lz7' ,, no ~~ables a~zd l~~ rci~~rcnccti, au ~t o~
~'TriiCi:l ui'G V"les'~err
ASSOCIATIOiV: Ir~.st-.~1,~~-t; fi~i.i~:~ ~~~~ USSR (Inr,titute of P.1~.,~s;_c ~ of i;iZC;
Acadel~~J of Sr~ie:nces li~~R)
su~r,~I~r~r~~ : ~,~.i4~J ~~, 3 z :, 1'r a
1. In.f'rared apectrophc~tometers---Development 2. Infrared spectrcphctc!,~
eters~~~pplieation.; ~~ Infrared spectrophotometers�--Deri'orma.nce
~. Infrared spectraphotomPtE;rs--Egiii~ament
Card ~./1~
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

Gov-1~0-5~,-~-1/u~3
Tr~e Irlain .Princi;~l.es of Recordin; ,of :~:ectra, Jsir~, Infra-=fed -- crro-
photometer.~ (A Rcvie~:7) L;
are ~th~n recorded ti;i~ther by a ;~ei~ recorder oz~ o.n ity al
the radiation e.,~itted by ~i,he source, tl.~e en si. %ivi ~; ;~~r ~~-~`.
zyecf~ fiver and the rleasuri.nr� a~pa.ca-l;us In t;~o -~~ ,.,~-
the main znethoc~ s of recorda_n;J of spec tra usi n~.~ :;L,c;ct:r~o~l~oi;o--
raeters are described and are cla:~sified as .~olloti~,s ;
(1) ']?he cora~~ensation ~aethotl or "null ~ncthad", ~.s u;cd bf
Hardy (Ref,37), White and piston Refs,S-11 r~�
(Ref ~; , 20, 21, 27 and 55), Terenin et al (Re f ~ 55) `and o ~ ~.,~r s
~~) ~'he "tiro beaia.t' rac thod ' ~ 9
~~ as used by Daniel a.nd ~3rac_;ett
(Ref .72 ), Savits~y and Halford (Rc~f .65) and o th~rs
(3) The phaso~ne t;ric me-ti~od su~gest~ed bye Biarzov-Klyulsov (.RV ~'
99-1G3), and :~,lcso b;~ GUlay (:ftef,:l.C>4),
(4) The method usinm a rr1.eL~or,y-d.ev:i.ce, as usod by Avg=:r;y (r~.~
106}9 Danner (Rc:f,10~))~ Tv~~:~I.orlev E~; al (Ref,1Q'l), e_r~d c~t~a�;~~a;~") is ~asser~. t~.rougll a
coml;arisan vessel contain~.n; a su1~,~,ta.nce ~~hose snectr�uLi it
is desired to exr,luci.e xral~ th.e apectruzn of the s~~oci~ene The
ratio of th.e intertsl.tic~~ of ~n~, t~~r~~ b~,a~ns or ~~hcir ~_o~ar:ic~~in..
Card 2/4 }
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

~OV-12~)-5F-1-1/1~~ j
~.UTHORS:Iv7a.l'nev, 9., F, , ~'esel'son, ~,1. I', ~ Igre~ojnchu~~-sE:i ] ~ ,
~F?''�#ra~: rr,;"t -sc~:n.,.e 3.J..t;r~... ~..r / tJ ~J ~ . `~ e
TITLE: The I~~ain~ Principles of ~ecordin*; of apectra, Usi11~ Ir~fra-
Red Spectro-Phatoraeters (A Reviecr) (Osnovnyye printsin=,~
~~
re~,istratsi~. spe~~trov v a,n:~:r. ~:~~~.r, Z:~~t~r'~t~ ,~,~c~~~t.r_ ofo~,or~lc~ l:c~ra;:li -~
Obzor)
~'1~KIODIC.~L: Pribory ~_ Tel~hnil,a .~lcspe:rii;iexzt~:~, 1955, ~~r 1, pp >-.?
(USSR)
ABSTk~ACT; In .r. ocerl~t years a.nfrawred spcctrosco~~y h~a.s bocor;~, a.rl~or-~
tan~t in connect~_on with the ~;olut:i.on of indu;%rial ~.nd ~z:~laly--
tical problems. The possibility of applica~Gi on of :infra-~:~ecl
spectroscopy to analytical ~;~roblems ~~~as f~.rst cs~abl:ishc:d it;
13�31, v~lin.n Fabncy and Fcsl;~_n~:; diacove.red l;hai< all th~~ lrlrcirv-
carbons absorb radiation of wavelength �~.~~.4 ~, Dlasiz~ tpc~
years 1905 to 190u investigati~~ns of hydrocarbons have lecl
to the discovery of other bands characteristic of the fund--
a oval groups (c-.~I, OH etc) o ~Io~rc,ver, exporirnental d~i ffic~zl-
ta.e:~ prevented furtl~.cr dcvelo~7;ne;nt of the methoc~:~ of ir~z'r.~a--
red a.~.alysis, The pro~;otype of contclnp~or~~ry :infra-red s~~ectro-
meEers and sj~ertrophoto~eters is the "ultra-red spectrograph'`
const:ruc ted by P, T~, Lebedev (Refs , l-3) , Because of their
sensitivity, speed and accl~racy, the rricthods of infra-red
Card 1/~~ analy'~is Mere applied. fro.r~l fhe very outset to the solution
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

~'
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a#(7) i 3 PNAS1i I MOOR' BXPI,LITTATIPN
G'yay� I/ttlanr�yteC SitVjlti~
Matcrialy Y rzeeu es-'soZotaavenhchnniya po ap�~ktroskopll. t. It
M:olokul a . J pakt:tinl�~p1Ya (Paparo of the IOth All-ilnion
(Lnvov)nlzd~yaS~evovskogo ~y�te is Mo2nnular SpectroacoPy)
Drintod. (Serloat ISas piz,c ' 1957. #99 D. # 000 oopiea
J WiYy zblrnyk, vyp. ~~5~)
Add.tional 9ponooring AR~+twJs Akudomiyu nauk ag,",ti. Y,omlau3 a po
apoktrookopll, ~. i slazor, S,L, i 'Pooh.
F:c1lt~rial ripatYl~ i.a;ldnkor it II P,cl�i Jas'q yy
tiajmiYmb 11, y, d, ,, Aaadoss;totan (he~tk, T,V,-
Paballnakl ~ ~ Ito�tor of rhynl~al and t.;nth,,n;jytlas1~3o1aoo~s,tnaaedl.
YaLt~ksx3 Y, I�~� lloator of PhYoioal and ~.lthor,,atleal Soioncee,
KornlY,nk ~ V.A'' >5oator of PhYsioal and 14~the,~,ttioal Snlannoa,
~, V�Q�, cM~.tidate of Tnos.^sinal Saianeea H
Candidate of Ptwnioai ant NakhnugGinnl Suleuoaa
Casldldata or r1 a. , aynkly, S.M.,
Candidate of F~eiu~ ar,~_1 J'LRtY.am,~tia&1 Saionoee' Rlimovakly, L,g,~
A. Ye. ~ a.: a.~d Matheteatlcal Snlanoae~ and p auberman~g~'
, Candidate of Pityaioal and Matheyatloal ~olanoee.
CarA 1/30
Dianov-]Klokov, V. I., and A.D. 3takhovekly. ~Sietarin~
Devioe for Infrarod Speotroa~tere
garkov, N.N. T'ha Spaotral Banaltivit
Low-inertia Aolo~
y of a C
t #O1
ao
er
oated
;,`N+~l~nev, A.P. - Niokal Doloa~otere #O3
>Qinnnko, P.L., and O.V. M4lkovekgya.
Radiation Polarizere ~'+-red #Oy
P~~te~, z�A� Analyzer Based on the gp-q A
Deotr #07
o-
Nlkitin, V.N., g�Z, Volohek
ai ,
~ Ltt'rarod lola
~ ~ N'Y' Voltkeneht
i
'~49
r
eyn.
tod
the drientation of Polysoer~tt 1n Deter~~
Pola~oraka,Ya~ xe� Y� Variatlona in the Infr
of Ci`jatalline Polymers Duri
arsd $peotra #11
ng Neltlt~
^�aM aS ~ #16
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6
APPROVED FOR RELEASE: 06/23/11: CIA-RCP86-005138001031900042-6

APPROVED FOR RELEASE: 06/23/'1'1: CIA-RDP86-005'13800'103'1900042-6
111~~.~ ~E,pl~.ca.t:i~~ti--rrt.tde rubber ^ .~ ~ `c
syntl~et ~c . lli.~l:;a~,i.ze, ul Ih�� phut!, -��
11 � >f ~ rutr4nt 1?'ink in thr tnilar+Yt Mlle at Arai to all+ tltr v,tm i
�� + ~ Kur kn~th a, that .,t th.' Inirts~ltt� naae ut th1 hAIt1 i_��
rtur It i, lhttc p+tvghlr Rnnl Ihr 1,M�atl.,,+ .~! 111. +ns~ ~ ft� �
i~� f r b Y;1 ncn+tlisrita o1 ths� phutiRCll tn,t,~t ihr solar ni
Ihx 11'irn dieplurs�nu~t+t lase un!I inml thl, tlu trutl+. ~ ~ - � A
n( is htht atntt't� '' , �
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t''; ~9 I , t ~ 1 t f~ ~ V-'T- M 1 i M t1i D N M t rt M 7 !i A J 4 I'14
� nu ct�� "~ j''sr rr n r ~~ ~ u tta ~ :~~'~t.~~"~~ox:�������� ��O�������
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

HAIINAGY, Csaba; OnAL, Ferene; DOCZY, Pal; SZABO~ I:stvan; MALZ~AST, Geza
Lffect of substances influencing India ink: stor$ge of the
reticuloend.othelial system on antibody formation. Kiserletes
orvostud. ~ no.4~:345~350 July 56.
1. Marosvasarhelyi Yertarolo es Yeratomlesxto Kozpant es a
Marosvr~sarhelyi Orvostud.omar~yi es Gyogyrszereszetf b'eleooktatasi
Intezet Elettani Laboratoriuma.
(13ETICUTAENDOTHELIAL SYSTEM, physi ol.
colloidopexy, eff. of various substances influencing
colloidopexy on antibody form. in exper. animals (Hun))
(ANTIGENS AND ANTIBODIES
antibody form., eff. of various substances influencing
colloidopexy in reticuloendoth elial system (Hun))
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APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

~~~ sJ ~~7 ~ ~~~~ a ,. ,.
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~ rind _ T , l~ ~{ !!~F y~ +~I t~iN :.:~fi; yu~ �
1 f ~,M ~ ~ Y k ~.. i/~:. ~1'~�+R{~~~~~~7~i [Hk~. ~iti~+' ~>CA
~ ~~~ ~;'~ j'k ~~ Alin
~. r~ ~lY ., ~ _ ~, 4~ ~~:~ lattt~ t+~tii�-w� ~ ~ 9,~ ln~, ~ 8td~; Iht~ rd#~ct; ter sand 1~ h>~s,; +
~~t~~ ~ tti:~ ~n~'c:N~dBt~n ~Id; Zvi Rt~l. a l a Vin: F~ ~'~eety~tthlvpf~~nc ata~ ;14:8 ~ } ~:;
m~~a l~xa~,~ p ~ Mote ~.a ~o ~~ia J~CC114�,~ (~ Is ~~ tT� (~ h afbQ
~~,~~, - - mt.:$t ect dropwtst: dueing,8 rpin; ict t;tand 2" a .
~ r D ~ ~0~ ~ ~t}~ ~+~ 1.Olt liit ~ttd tva~ the =`~Ca 8~tt fittereii oft an+~ trtttuated with ice and 010
~nlr 'kite mlxi: w~ I~~1 nrtlt~ ~FRaf ,glact8t aeol~ ~tVS.fo!lrsrfng ~:~ Yu OS1~ti ~' ~ b
�',
- 't~., kepk 4 4 gj ~is~atlt ~ ~ ~e d
cdWU _ ~) of ~, rtl. E~t~) {iroitt TStGti}' tfre filtrate
~~ `: '~4i~rntig~t, easptk ~ i,;t: ~(~ '~'^t~R}~r. ~i , "s,; t i , `e,~ :. e t '~ ' ~ ~~p 't -~ 4,r, ,r�,
AF6vz~"S3 `~' s~u~~c;~~ conk: URId~~~i'~~J~c~~a~~~~
1~UTHQRs rt~ltr ~ .�~Malme~.st$ '~
;, ~~~Y~.~~..~_ ..._..~,...~....~_ ms`s,. ~~ ~R1ga} ~ ,
`~ ORC: none ,
.,~~~},
TITLEs iltnda~nantals of th� th�ory a:~ the local, character of de.~orm~~3.ons (Rav:~a~a ~.~
SOJRCk~: Mekh~an3.~Ca poli.merav~ na. ~, ~.9G5, ~-~7 ~ .~._~~
TOPIC TAGS s p].astioity i mater~.al da;Eormat~.an, shell g~txuGture ~ shQ~.~. struc�E~~r�
.~, staba.la.ty
ABSTk~ACT:, On the ti~as~.s of a survay +;~f ~8 l~.terature r~pfcrencac~, a study is
tnada of the interro~.at~,onsh~.pa c~~ thr~ stress tens�r, d,afox~~~at~.on tertsar,
- t~n~,crature, time and material propfl;ct~.es for i;he most general Gale appli-- -`
oabZe to caraplex loading, such as oc+.~urs under actual ~:ondit~.ons of brca~tp
'dozes or ~.oss of stability t,rl~erein th~~ components of thy: stress tensor dc~
,, not change in proportion to any one ~~arameter� The sane gituata.on a.s enw
countered in tni.croW~aanifestat~,ons of material broakda~,m when the znternal
strasses and stra~.ns are redis�tr3,butx:d iri a camp~,ex m~ar-ner before tha yz.eld
'point as reached. 'The phenomenalog~.c;al fundamentals a~' the theory of loGaJ,
~~. 'character of deF~ornt~~tions aro di,scus~,od hero in rs~ferc~ricn ~ta sevaral praGtiw
`' : 'cal problems such ~a~ the ~.oss of sta4b:i13,~y of thinw~rralled rods anti shells.
;The theory of loaaa, d~~oz~uati.an x~ considered a variant of the theory of 1, t:
~�_:,.__ i'~y�_ ~ Ori . !12`~;. ,YDS. r ,,~-,
astiC g ~ ~ figures, ~7 formulas, and 1 amble. ~pR~
SUH CODE: 13, ~, ~~ SUHM DATE: 02Apr6~ f ORZ4 RED': 02$
~;~.~.
v,,~--
UDC, s .678: 539.
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031900042-6

,; ,
~ ..
~ _..
~cFSSxoN Nx: ~1~0357~.
working conditions so as to provid� tlae theorotician,s with nest dmta. It wi11, be
also 3.mportant to study the corre~,,~tion botween etrQ~
rosolvin~ bot~i the stross and the ;rasultin~ deformat ~i.on$in o aanumberiofseom ono
The rflinforcing o:~ p~,astic nateriaLs should be ~.ven much attention because ~harata
exist vast possib;i],i,ti,es in tl~i.s f~Leld for utili~in or
materials with prc~partias cLi..�ferent from those of f k-az~glass_reinforced p].ast s e~
Marty difficulties wi.11. be �ncountex~ed in solving somc- problems of solid stmte +
mechanics, HoWevE~r, the workers off' the Institut met:~;~n~ci paldmerov, A.N I,atvi sko
SSR (Institute of Po~,ymer Mechanics, Latv3.an ~-cadac~ of Saience$ r y Y
simplified approach to these problero$..�the so-cabled ~r+stat3etical tl~eoosed the
local character off' dafox~mtion'~~ which e-atab~,i.ahes a eorr~.ation betwe~ load
transra~,gsion patt~7rn arLd the progxess of deformation.
A~55oCIATIONs none
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DATA A~Q t Q~,Jun6~l~
Id4 RAF SOV= AQO
Et~L: Ot}
OTH~t 000
Cord ~~2

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AvTHORi Malme~rster~ A. (Acodomia~.r~n)
TITLES Development of the theory of deforma~;ion in. poly~nera (Contributicn to the
Annul Meeting of the ~aademy of ~Sciencos, Latvian SSIt, 21~ Febz~u,az~r 1961~y
SOUSE t AN LatS~SR. x~veeti~ra, na. !t, ~,96l1 j 2~-2~
TOPIC T1~GS: polymr~r materia7~, polymer dvformt~tian, polymer deformation theory
ABSTRACT: In December 1.963, the ;Plenary session of the Central Comr-~attec~ of the
Soviet Una.on~s !Cam~nunist Party set 1970 proc~ZCtfon i~oale far s thotic fib�rs at
1.35 million tons, and for p~,.astic corr~aounds tinclu+~ing rubber}~and syntl~otic
r�sa.ns at 3.;-?~.o mi]lion tors. Th� importance of ~3evalopic~ new prop�rt~ivs in ncr~
synthetic materials was stressed. Thg �fi'orts of s~ciance and industryr up to nc,~r
were centered on synthesis and production of polymers, Studios of breakup r~rid
fail.uras of these materials under working aondition;~ wexo ne~.cretod. The currently
available mathematical found,atiozx~ for solid at~-t� machani.cs are inadequate to cope
Frith the problems ar~.sirag in praci~i.ae, and it W9.11 lbe neaassary to aGOUmulate a
large amount of i.nfarmation an the performance of t~~e polymer material wader
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Fundarnentals of the theory ...

5~197~61~OOO~OOO~OO1~OO1
B117~B11O
T ~ T*t ~ T,~ COS ('Gr+ S~e~i
n
applies and. the :previous history of ttie load is taken into consideration.
The theory of local deformations renders it possible to study the details
of the consolidation process Ref. 10;
deformatsii neuprochnennogo i(uprochnenno�oKkvl~ZLrneyater. Plastichsskiye
(Plastic deformations of non-consolidatedgand con;~olidaped~quasi~isotro~i
bodies . Sb. "Issledovaniya po betonu i zhelezobl~tonu", vyl,. 6-y, 1961E c
There are 10 references: 9 Soviet-bloc and 1 non-Soviet-bloc.
reference to the English-lan ua e The
S. $. Batdorf and Bernard Budianskpublication reads as follows: Ref. 4;
based on the concept of sli y A mathernatic,al tYieary of plasticity
aeronautics. Technical note ~Z+YrNs1 got all advisory committee for
7 , ~~~�
ASSOCIATIOP~; J;natitut stroitel~stva i. arkhttektur~ ,
(institute of Construction and Archx.terturetofytheyASS~?
Card 5~6 Latviyakaya SSR)

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Furrdan:entals of the theory .. �
/ ~r ~...
J
Y311 '~ i311 U
sposobnoy dvcynikovat ~ syt~ (1Jef.arrnation of a c~alE~scE3b?.t n;~dium) . ab.
"Voprosy dinamiki i dinamicheskoy prochnasti", t. 3, Riga, 1;'S5~
Ref. 3: Uprugost' i neupru~ast~ betona (~:lasticity and inelasticity of
concr.ete). Rigo., 1957) and the madificatian of the latter theory by
G. V� Ukttr;v (It~:'C. '~: Vr~z'i:zrtt tr,r)'r'fj {Ilrjr~tic;hnoriti l,vjrIiz~;i,ro{;r~~.;~;o tela
(p vrzrie~nt of th.c; th~~c;r~y of. {;1~.ti;stica.ty c,~.C c{t~t.~:+J--i::~~tt~~~f~.c Lr;rlf:~:~). Y;.
obetonu" , vyI}� ~~'~' , Rita, 1959) � `i'hc~
"Iasledovaniya po betonu i zhele~~
theory of gliding was substantially impraved by the sug~,~estion by T. Lin
(Ref. 5: 0 svyazi rnezhdu napryazheniyami i defo_~matsiyarni v teorii
skol~zY~E..iya (The relation betvreen the stresses and the deformations in
the theory of gliding) Sb� perevodov "ldekhanika", 1960, Id�- 4), to regard
the three possible glide directions in one plane. The further development
of this idea by the assumption of infinitely many possible glide directions
leads over to the theory of plasticity of r~uaei-isotropic bodies. Tire
theory of local. deformations permits an expan9ian of the concept of the
theory of plasticity. FIere the basic idea of the stress surface and its ~_
changes under load takes the place of the load path. Instead of the
classical concept of the flow surface, the more general concept of the
function of local deformations is used. Questions coneernin~;~ cornplex load
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x/197 6' /OOG/G~~/CG . /GO'
undamen`.a._~ ~,f +,he �h~^r , , ~"" i~11O
F Y
S~atla�~:9 1~='�'~~ ~-~l'F'lied., i` S ~~:r.}Qd C~,7~ +}'ia,� f; }1� �XiiC'eSS1.Or ~~, '-3
t:selesa for. a l.~Y~?ar .f:~n.c`.iar.; '~f local deformat~cra., anal be~~mes ex�^emniy
1.1'vC ~"ed 1n �}l? C',t3,:7~' of t~ 7' ~C' . , Y,c:a, C~:C' (~.1;3'-OY, t,2'.iU'JU6 f'.).TICt: "~I" . ~''�~
f~.'.'11.1. ;%~.1~ .;a1 r1; 1,`i.t: ^n5 .~.'.rt.a.zCl a~)})C'Q1:i^l s3 .7 :S (1'%l~ ~'~r: :n�:'~.,dt.i':f:d ~ s.
secondary f.a~T,or,s are n?~;'.,.~'~.}9d~ Ti11S 1S dOr.v .ir; :'NC 'Na;Js ~ ~'.'. }hf': ~';~
lc^k:;n~ fo.r ,rte ~e~a~{cr, ~�;+~eer,. the ptaYe ;~'f stress and thy, l:, :a~
dsformati^n .;n v~=c�orial. i~r:r, ~~ n -- f(oy; tiz1 ('Oj (v~herp ez ar,.d TZ ,,-.,
~ -
t,}1a ~r3~;Or3 Of ~h~ 1"~:`.:'Ii!3,1. ar',i i$li~tan+,:~,,. :~T,..='Su '`r t.1.: S'aC'I~.S~ ^, C,
C'X~i;~_�1 `j G~tY .... f'~~z 'C~{. i ~~' \ s 1 S .~~ylr ;~:~ t'y `7K c1.Cl:i T~J 1='' 'r'~ '_
,~ ~ :. ~; .
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tYl�Ot-~ O; Zr^a, i. ~~?f~OrTI13�'._~'~Y?5 vd:~,h 1:;~`r~~r; ;-~a.5 ~;1~!'~? :~,;1OT'.S ~.Y!. x';}115 f.e;:l
;.- + a ~ ~ ~ i^ =. e t ~ `.hey or.?. ,y represen~ s~�:ial.
l:.s e~. .~,.. ah f l~oN.tng', ~ " .~ :d r_t har
.,asps o.f *h.~ `;~'jo:r;~ of ~:~^l.~~I~f~v. ;}t~t~'~, iJt,1.l'i~E.i},1',}It+,~Y-t.,~.4
tear'i, a ~s`aloa~n.-,y pry-',hn~:,;~i me ,x,11 ~~~ ~S~~a' is ~ ai ~h~~ r ~f h [-~J ).
sr,rer..o~h of m,g"ale; ?hTF~ "94~. ,~0 ")~ the 4hE.c~ry ~f oi.d:nt; de~~elop~:d
by ~a.Tdorf an.~. R_)d iarAsky {R:, f ~ ,~~a ~.~1 r,~'J) +1,~;, ~,~;~~- r~ t~f ~] ~ ~: �, - ;.~ f
q'.~aa.. .. s.. ~-r-'pi . b~^dl ~s d~�~ ~? ^ped `~,T~ ~h~ t~.~~ `n} ~ (~F~f '~ . D~f~; rm:~~,s' ;~a s r~-:~L~,

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