SCIENTIFIC ABSTRACT STRASHKO, P.F. - STRASHUN, S.S.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653430003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 3, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5X4!,if5,JIJ. V.M.. v~~v-nr-h; STRAS-11XV, P.T.. vot-vrit-ch.; Y.L.,
ItOnroint
Zinc plnRphfin -tponlr4- mf animals. V4towinartia 36 ro.6.0
eq-5,; J. 05.9. (HIRA 17:10)
(,:tnc nhoRDhj4o-Toxteolofy)

I
STIUSHKOP P.F. , vo-terinarnyy vmch
Tetracycline In treating swine er-yalpolas. Veterinarlia 40
no.10:50 0163. (YI-FA 17:c,
,, i

1wiovich; ~n;`~ASEKUA, 1".L., ,tv. red.; A:;LEl",lhC)VA,
1) 1 1 1 1 1 "i
tokhn. red.
[CouraCcous ftrateur i.hotorrnl.her' Smelvi fotookliotrdk.
Lnnini,rnd, DetRiz, 106.3. 206 p. (MIRA 16:12)
(fillotorriqlv, biological)

cf li~iF~ witi, q hn;4 ~:Yclr:i.qxfirnno~
5f ."i-f! I!, r)rrpl ax kh1r. nr,. 1C.6-1 ,12
(MIRA 18-ri)

SHAPIRO, N.I.; SMSHNINKO, S.1e; PLOTNIXOTA, Te.D.; BUSLITOV, V.I.
Comparative estimation of the darsginC effect of Ionizing
radiation on heredity In nice and drosophilao. Zhur.ob.blol.
21 no.2tlO4-112 Xr-Ap 160. (KIRA 13W
1. U.S.S.R. Academy of Medical Sciences and Institute of
Biological Physics, U.S.S.R. Academy of Sciences.
(X RATS-PHYSIOLOGICAL W"CT) (MMUITY)

I I
-NIKOVA, Ye.D.j ST 4.1.; SIOLI-KOV, V.I.
siialho, N.I.; Pwi. - W"
jislative genetic radjosenaitiVity In dIfferent mawml S 0108,
Radloblolot;ila I no.1:93-103 161. w r~FA 14t7)
1. Almdomiya mediltsinskikh-nauk SSSR I Institut biologicheakoy fisiki
AN S.;SR, Moskvek. (I RATS- PHIGIOLOGICAl U7ECT)

L26%
S/747/62/000/000/005/025
D20'[J/D307
III I U.(.; Jiia;)JLVO 2-iutni4ava, Ye. D., Straohnenko, S. I,
and J.8iikov, V.
Ar~,,tdio6ensitivity in different upecies
,.,b,~rnik rauot. Otd. bi'ol. nauk
A;0' j6~;R. ;ki; S3SR, 1962, 63-76
.,e of -Induced nz~'tazlon3, with do. I
a t U
of genc-.ic chan,;eu, gonado
Ij t k A' z..Lco -;ere -J.-radiated with x rays at '134,
)~,o, 402 and '70 r, ai -.'-c same dose and b04 r, and
n 6 =.,n t ~D' -1 z,r. vaibits at 150, 300, 4500,600
and 750 r. '.-'he mice Vilc~s j~.bs quently a ed wit e ale
.of *their own a,.,.,e, Afor 3 dayst and the females
j.4.'I~A6~Ltered or, aay of pregnancy. After mating,
-0 femi-ile rabbiti; we.--E: on the Nth day of pregnancy.
:i-, cil. species ti.,,: 3f ye-low bodies, implantation sites
1/2

6/747/62/000/000/005/025
0:.-, 1/, i A-, it IVU (, ILI GO t 'A' . . .1)268/D307
tLe number or embryou killed
u S,:nce t',e cr.-,brYo6 derived
'A V A.
of the malen, the
C"', L".e developed in
of
"s. '~hc data on the ra-c
Of :.n tne spe~-matozo.-Wo of ti-.c z.-,e-
tiV4
.:.eCL be hi,;heat in rab-
-,,!.at in mout Casco t~
ne
b.~ j i,. JL -!Ied cnbryos before im-
t;.. 4L On 0 f L;' I u L in zios t ctL,,e c, in mice and rats
are 4 and 5 tables.
J jC I i i c i u kjiji-i (Academy ol" ~Iedical
b~o-logichejAwy fiziki AA
of B-1.0`06ica, Physics, is

? `5
7 2/000/000/006/U25
I., Plotrilkova, '.;e. D.
in ~;r4~oL. fcc t ol i z_
ti .,n L)a
C d' y n mo u ci t!
~~n c r:, JL k r. , tjt Ot~i. biol.
79-90
'J, )f:-1_. 0' 1-111i~,k i-1 WiiD 14-3C-.; 313 lilk
4
x, at 2bJ, 4J, 4,,Ifl 670
Jq *. i 1 v 1 1 t, t
day
of -Cilov;
-.b ry .~illefl
o r
-.y 'TICU of
c"V 1 U
iL L;j Wlaplro Ct

62,`~JjO/OjO/OJ6/J25
4u,
an
Aft.) r ,J d
Ti-e
C C 1i 1w,-t j
in nice be.-irle,
cl,a r .7
Jkoy
u U"e o 10', A4. Cal lli-,y f;

FLUT711 "OVA P
1~ Yr. Dj .; SHAPIRC, N. 1.
Gan,~tlc rndiosensitIvit7 of guinea pigs. %adiobioloriia 2 no,11
4PI-484 162, (MIRA 15:7)
1. Institut hioloricheskoy fi7iki Art SSM I Almdemlya meditalnsklkh
mvik ="JI(I Yio,-kva.
(RADIAT101"llff SSI OLOGI CAL EFFECT) (GUIETICS)

L 17053-63 EWT(m)/BDS/ES(J) AFFTC/ASD/AFWL S/205/6)/003/002/021/024
Plotnikova, Yeo D,, and Stroahnanko, 8,
AJTHORSt
TITIE: Relative genetic offeotiveness of 500 May pMtons and 180 Kv X-rays
FERIODICALt Radiobiologiya., V. 3., no, 2,, 1963p 286-290 11
TEXTt For quantitative evaluation of the radiation danger in space flights it is
necessary to study the effect of various components of cosmic radiation on different
biological systems. Genetics studies in this plans are extremely important since
the nature of action of ionizing radiation on heredity differs greatly fr= normal
somatic affects. In the case of small does irradiation of the organism as a whole
the restoration vrocess leads rapidly to liquidation of after-effoot-se The genetic
effect., differing fror. somati* affect., has a stable nature an a result of this the
authorn conducted studie3 of relative genetic effectiveness of 500 Rev protons and
180 Kv x-rays. The relative genetic effect of protons and x-rays was determined
from the frequency of occurrence of dominant lethal characteristics in rat sperria-
tiziodso This turns out to be 0.6-0.7.
SUBMITTEDs May 71 1962
Card 1/1

VOLKOV, To. N.: STIPCHKOV. K.A.; STRASMMMr.0, U.S.
Technology of the production 'of soybean-protein reinforcing agent
for food concentratess Ions, I ovs prom. 14 no.9:23-25 8 159.
Oa RA 12.- 12 )
I.TSentrallrqy nauchno-isolodovatel'okly Institut konservnoy
I ovoshcheoushillnoy promrshlennosti.
(Poo4, Concentrated)

I .-'
VOLKOVP YC.:;. P kan-. tuidin. nauk; :; ", F' 'KOV, K.A. ~aw""; 5- "5-.1 , - .;,Li
I . ul~ r . I. ....... ~'. I
Yo.S.; PYATII,'.X,~3.-~AYA, T.I.; Ye.3.; MrUIVILI!, A.-,-..; IrLITjOVA,
A#S,
Production technolog-1, testing anA s'6orn.-*,,,, of hydrolyzates and protein
onrich,-,r.) from :;oya. Trudy ICIIIKOP no.11:66-71, 1621. (MM 17:9)

Y ransi a tion I rom: lie fer at ivnyy zhi a rna I, M eta I I ~Arg,-,IS. Nr p "k i -SSH
AUTHORS: Lugovtsov. Nt. V, , Brlyakova, Ye. P. , Stra%lini~o, I B.
T IT I ~ F: -Rc(Itic ibi lily of Kri%~ov Rog Ore and of Its Sinter -,is a Fw)( t;or f,'l
the Partit Ir Sizi- (Vosslankm iriiost' kr,%or4)zh%koy ri%&,- i
agloy-nerata -6z. neye % iavo4imosti ol %ulichiny kloikc,~)
PERIODICAL: V sb. - Is s led, domt-nnogo prot sess a~ 'Mosc ow. AN SSSH ~ i
pp 33-48
ABSTRACT-, The processem, of heating and rediiction were investigated
different-sized piece--. of Krivoy Rog ore and %inter. It is es!,j3';-
lished that relati-.ely Iirge piecr5 (sip to 71; min in diameter) -irf
completely heated within 30 or -10 minutes, when the surro,ind,ng
Ileducton experimi,ror.
atmosphere is at a temperature of 100",
carried otit at Rradiially increasing temperatures on ball-shaped
specimens, as well as on fine-ground ore (composed of 40 pcrg e! t
CO, 5 percent H 0.5 percent CH and 5, percent N
4
have demonstrated that, tinder conditions of blast fqrnace lmclttr'~z
the following quantities of 0, are retno--eri fron-i Kri-.zj-..- Ruv.
Ca r if I ores by means of indirect ruction:

'I lan"I ition froin. Referativnyv zh,irnal. Nietallurgiya, 1958, Nr 5, p 34 (USSR)
A UJ HORS Lugovtso~, . &t. V. . Belyakova, Ye. P. , Stra-Ahnikov, 1. B.
HoA- the L,inq)Site Affe(f-t the Detornpo-%ition of Limcoone
under COTOinuous fleating fRizlorhemye izveitnyaka ~. zov,,"i-
mosti ot vrlichinv kwkov pri nepreryvnom nagrevanO
PERIODICAL- V sb, !s.0ed. domenno8o protse-5sa. Moscow, AN SSSR
19571. pp 49-54
A 13S HIACT The pro(ess of decomposition of KarakUbd ItMe-0011,e W-s' In-
%-t,s'igatcd on ipheri, a] spec imeru5 of this materialf 121~. 38, ard
50 1711r, it,, diarrieler) which were gradually heated in a stteam of
air to a temperature of 1200-12500C. 1he sperimen-~ were
placed into a furnace preheated to 3000. the temperature %4as
then inc rea sed at a rate of I 500/hr. Complete det ompo-kit;on of
it 25 mm sphere was already observed at 10500, a temperature
ach-eved within a period of 140 minutes of heating. In the cast
of tite 38-mm and the 50-mm specimens analogous condilions
were reached at 11250 and 12250 070 and ZIO minute-0, respec*,-
ively, At temperatures up to 10000 only 45 1;, of the total CO)
(--.a r d I content escaped from the 50 mm specimens. Thus, Linder condi-

How the Lump Size Affects (cont.
tions of blast furnace operation. the greater portion of COZ cscapes from the
litnc~;tone at temperature-, in excess of 10000. The relationship bettkeen the
,emperature and the linear decomposition rate of' the lime.,itone was mvcsti-
gatcd. Also -studied was the rel,-itionship between the central and peripheral
temperatures ot the spe( imens and the temperature of the working spat C of
of the furna( e in the course of the experiment.
Ye. V.
:%
Ca rd

133-58-5-11/31
AU'LUORS: Strashnlkg~v, B Astakhov, A. G., 'x1"scnd--:7k'
nul ShiL.,,11ov, A.
Fedorovi~kly, A?
TITLE: The Depenlcnce of tfiv~ Coke Rate tu,,d t'iq Output of a Blast
T,1 urnace on th,~ Basicity of Sinter (Zavicimoctl raskjioda
koksa i proizvolitellnosti do-Lt~,nr~oy pechi ot osnovno-Al
a~,lomerata)
PaIODICAL: Stfil, , 10"Y-, M. j,p 398-1102 (USSR)
ABSTRACT: The of Ujuicity of on the coke rate
and out-put of bIrIL1,1. furrvzes in d1rcut3f;cd on thQ bnnis
of data coll;~ct, ,i1 from Period-, of ex,.J~ril;wntal Z~rad noroal
operations of biaot furnaces on tl-.,e Soutl,,.,-,rn Iron and
Steel The depcnde..,ce of the !ccrease in
tho coke ratc 1,)7, tLe 'uinicity of -inter - K6.1; the
dep~--ndenr,+, (,f in awput of iron per unit
of coke on thl-. bajicity Fit3,2; dependence of
t I w, int ow-, i t.-j of co.i,.!~u-,tlon in a 1-1,-~Elt furn;ice on the
ninter bft~;icit~- - F -i-i:.5; 0-- nont4int of 42-5 mia (a) and
0-5 ww ';j) .;r. nfter the P. G. Rubir druLi
tur,ts in of V~-,~riuus b1cicit-4--r! - Fic.4;
Card tho -ontorit ol f (a), +25 W und 0-5 =.(b)
112 in aunpli--, of i ~f bivicities collected from
1,1~1.st - 'I".-i-ndonoo -,,f tlh,~,

-5 - 5 a - 5 _4 /"All
The Dependence uf a r,
Furnace on tho Sinter
i nt i f t~, i c,ln of coke! ir; a 11-1,ist furnacc- or. th~
of of bazicillicz
Fi~-,-. (--, ani Coke r--ito A-.,-, I nve r,, e
Propo."".-ion-11 U'rider opirat
condi Licni'l ".If 'Norko tl.,., .-:iax1mi,--, savir,,,; of
Coke% it-. wf-,ez. limeoo,one i-n completely re-.-.ov(~1 fron
the b r i I f., I I ;A~'w'It 1, Thr- Int-on.-ify of
r)-,- -.A tlic 111-,Lrltuf~ion of
proportion of coarse
-A!!',r- f~;f ,.i blazot Plil,nn-, it.~ determined by
~-,nd 11AX jntonL~i,ly of th!
t.-) th- of
r s, - ILr Mr, a
P; to t"ke
to improve of In i,'-,h basicilky sinters.
14 11 -1 U a' ~2 . ~~ erlterioli of
t t Z ZAS L,
Card --inter coatt~,nt of +25 mra fraction after thc
212 te.-IJ, in t'-!. 1' (r. Ali 1-1-um not th - --ortenl. of 0-5 =1
T-
A.13SOCIATIO11- I- ~, 0 r ~-. 0 - 0 d 0 la A] i 10,A- r . 3.3 1
~,r,d Mil.-Iji, IXtitnte of '.h- Ac.Sc.
Fe rly," *~e t TW T
of' grj,S*R )

15-1957-10-14194
Translation from: Roferativnyy zhurnal, ~.eolog-iya, 1957, Nr 10,
p 1,33 (USSR)
AUTHORS) Cherdyntsev, V. V., Shmonin, L. I.,,3trushnikov, N. S.,
fisanova, 0. L.
TITLE: Investigation of the Actinium-Radium Ratio In Minerals
(Issledovaniye uktinly-radlyevogo otnoshenlyn v mineralakh)
PERIODICAL: Byul. Komis. po, opredeleniyu absolyutn. vozrasta geol.
formatsly. AN SSSR, 1957, Wr 2, pp 41-6b
ABSTRACT: Tests were made on the constancy of the ratio of activ-
ity between the uranium and the actinium series in a
large number of minerals. Data were also obtained on
the ability of some products of the tictinium series to
migrate under natural conditions. In the test for Ac/Ra
in the primary minerals--various oxidesl aluminum sili-
cates, titanates, zirconates, niobate-tantalutes, phos-
phates, tungstates, and asphaltites--it wits shown that
the ratio in these minerals is normul. In secondary
Card 1/3 minerals, Ac/Ra may deviate marked1v from the normal.

3/09 V61/000/019/019/085
B101/B147
AUTHORSs Strashnikoy,,'IIp__�j, haayrova, V. Z#
TITLEs Temperature dependence of emanation of minerals
PERIODICALi Referativnyy zhurnal. Vhimiya, no* 19s 1961p 84, abntract
19G19 (Sb. "Optika. Yadern. proteeBoy". Alma-Atal 1959,
3-13)
TEXTt The authors studied the temperhture dependence of the emanation of
uranium black, uraninite# and zircon for Rnj Tnj An under different con-
ditions of heating (20-1000 0C, 3-60 min), As a rulej K em rises with
rising temperature, but maxima are observed at several intermediate 0
temperatures. For uranium black, the maximum K lies at 200 and 650 C,
Rn
for uraninite, the maximum K An lies at 9000 C1 and for zircon, the maxima
of KAn und K Tn lie at 6000C. After repeated heating, these maxima do no
longer appeart which is due to irreversible changes of the crystal
lattice. Emanation of a preheated mineral at room temperature is onli
Card 112

S/061/61/000/019/019/065
Temperature dependence of ... BIOI/BI47
some tenths of the emanation of nonheated mineral, which is connected with
the elimination of crystal lattice 0defects. For uraninitoo this irre-
versible change takes place at 300 C already. [Abstracterlu natet
Complete translation.]
Card 2/2

ZTRASHNIXOV, S.N.
Reclamation of vampy lands In the bottom lands of the Irpon'
River. Oldr. I mal. 6 no.11:7-11 X 134. (KIAA 7s1l)
(Irpen Valloy-Soll conservation) (Soil conservation--
Irpon Tollwy)

YlAUOVSKAYAO O,T. 0.V.1- STRAS.IMIKOYA. N.J.
r4witititative Analyst# of shnio gasoline of PO frao3l,!on 7 ty Its
infrared absorption epictrA [vith wum-mry In kwliahl. UkT. fit.
omr. 2 no,4056-367 O-D 15% (MIRA 1113)
1. Institilt fisiki AN URSR.
(4~,solino-Sjmctra)

28106
/18 61 3 ag
/C ~, 910 3810 'Of
Bi Ca/-w '18
t:. S. , Vitrikhovskiy, N. 1. , Strashnikova,
A
St.ruc-ture of the spectra of CdSx.clsa and CIS Zns~
Is-Z x
~,Ybr4d cryatalLi at 200x
pERIODICALt Fizika tverdcgo tela, v. 5, no. '), 1~61, 2882-2885
T EXT 3Ye. F. 'irosa and V. V. Sobolev (DAN SSSR, j_U, 56, 1960) have sh-,wr.
*h~tt t~-Ij emi5sion spect.-u= of CdS.CdSe solid solutions at low temperatures
t ~uurzj chfArazter as tLe CdS spectru=. V. V. Yeremenko (FTT, 11,
Itliv lox-terqernture abovrpt4on apectra vf CdS x CdSg i-x
not find any fine structure, ,p~arently because he did
thin. s~eclmens at his dia~osal. In Urder to
prcbIe=, and to obtair, duty, on the charh~,~ter oll the
in pu.-e crystals the authors studied. 10 - 2C~4 thick hezaiscnal
reflectif;n s;ectra were taker
Cdj CIS',' I'A C~15-1-.".S 41V-bridS. e b,.ck-AA
o! a Hi--1,3er-f~ Photcmicrogrzihs Of such spectrz.
C -Ard 14

28106 6/18
Stzu-,ture of the spectra of CdSX ... B108XB138
taker at a tQm;erature of 200K from CdS, CdS 0.95' CdSe 0-05- and CdSO.94"-50.06
a a.-& shown in the Figure (a. b. and c, respectively). it
,hat the absorption spectrum of any CdSe.CdS lybrid has & 11ne
The bunds I and 2 in the figu.re are shifted to the longvave
;j--Je at,~;Ut IjD ='I when the CdSe concentration in CdS rises bi one
by iv-"jght, whereas the band 3 is shifted only bi about 30 C=
T'-~ . #-ecoion in volarizod light Indcates 'hat the absorption of
-C L 4 A A
C iS X. cdt).3.. has a !JA u t inct d.4-hrais=s The IC absorption edge 'As shifted
waves. The CdS CdSeq hybrids exhibit an inversion ;oirt :f
it -x
--,iza-ive -ndex at which the crystal foils are nct birefringen.. 7.~e
and, 1,onsequently, the absorption s;ectra of CdSX.I?nS
are very similar to those of pure CdS, when the ZnS
is low. Wher. the Zr.S con--entration is higher thar. hboit 20~.
-ef I n bands bo-zcze more and more blurred. This ;henozeron is
le z: t A, o.
x I :,,~I he &narferen--e bands arisin.: when the rs~rs are ref 19--tr'.
art,.,t ree, f rom bot h the front the bak surf a~:e of the

1414-e14
S/ 18 V621004100910101045
Bioe/aW
AUTHORSt Drodin, M. 5.1 and Strashnikova, M. 1.
TITLEt Singularities in the dispersion and shape of the exciton
absorption bands of CdS single cryAtals
FERIODICALi Fizika tverdogo tela .v. 4, not 9. 1962, 2454 - 2460
Tk.XTs A homogeneous layer (0.095 t&) of CdS,wax studied. The absorption
curves were measured at 77, 20, and 40K with a grating spectrograph. The
dispersion curves were determined by a method described earlier (PTLO no# 50
96, 19561 no. 6, 140, 1961). Two principal absorption bands were found
(Fig. 1) with linearly polarized light (E.LC a 'nd E 11 C r C is the hexagonal
crystal axis). Mith LI.C, the band A has a greater dispersion than the
band B although its peak height and integral intensity are nearly the-some
as those of B (Fig. 5). This makes the Kramers-Kronig dispersion relation
no longer applicable in this section of the spectru=. It to concluded that
the exciton whose excitation leads to the band B enters into no strong
interaction with the phonons. There are 4 figures and 2 tables.
ASSOCIATIONs Inatitut fiziki AN USSR, Klyev (Physics Institute AS UkrSSR,
Card Kiyev)

Singularities in the dispersion...
S/18 V621004100910181015
Bjoe/BW
Absorption curves of CdS, 200K, w.(V) . log(loll)
4xd.0.4344
(i) k; IC, (2) k;IICI dashed line Lorentz curve.
Dispervion curves of CdSp 200K.
Legend (1) zi C, (2) LOC.
Table 2. Legendi Vo - dominant frequency, H - half width, w- a - peak
height# 5 area below curves Scale on the &zest z - I ca 2 200 ce
Y - I cm 0-05 units of Vw

S/185/62/007/006/014/014
1-5 0 L407 D301
W", 3 B.-odin, S. and Strashnikova, M. I.
~k .'TL In*,* Abaorptior, and dispersion of light in US single-cry-
Stals at 200K
e I 'Jk-rayin:i1kyy fizychnyy zhurnal, v. 7, no. 6, 1962,
"'-c absorption a-.-; d'apersion curves of t4"n -'d:;
crysta4ls in tht,',gpecial region 20 500 - 21 500 cm- were measured.
"","s -ec,4on contaJns two intensive absorption bands, The present
.nvesti
gaion constitutes a continuation based dn more adequate
'~;-'.tal Of an ua~-.Ller stkdy by 111. S. irodin (Ref. 9.- PTT, 2, 2152,
whICA" i.'ad t"I'le purpose 0.1 verifying the Kramere-Kronig dia-
;~crs4on relations. ','dS single-crystals (0.1,u thick) were fixed on
quark ox
.z plates. The measurements were conducte at 20 in polarized
il ' f, on of 1/= was used. 'The
--it. ~t opoctro6raph with a disperal
. L ,. k.1 4
Jrzens-ty was measured by the method of photographic photo-
me-,e.-Jr.g. The dispersion curves were obtained by the interference
Card 1/3

3/185~62/007/OJ6/014/014
unit disi~e.rsion DA. 0710 01
2i.e of the raxlmur. of one of the bands is noted as
~L ~jvc.;~ lar creature of t.he upectrum. The -.wo intensive bands are
t~y ,, ~i-nui 3. 3y compa.-ing thc, spectra a and b (corres~)ond-
'ffer ~ I I
t twj d.,, -~.-.t anj;les of I ight po'arizat
ion) it wag found
UIT.- n t 1- e c 1-Y a to, al e max-mum of -he band A is' sihifted
t t A.
aal- s the velength side; a similar shift was observed if
;rysLai ratlated about its vertical ax'As. So corresponding shift
b-ind, j .,;as obsurvad~ ."'he shift of the band A cannot be ex-
A fiec-on, neither by crystal inhomoge-'
by variations Jn, re.
s nDr by its rotation. A satIsfactory 'nterpretation of 'he
A,
.'"_rther experimental work. It is noted,
ho--ever, -.hat energy c r.anres of the exciton. transition as a func-
I on ;) f t*.-e of polarization, and of the wave vector were
4-
:j_-E;d 1c; ted 'uj :Froz a-, figure it is ev Ident tha 410 h bar. A
'7 e,- ;u ccmpletely polarized in a direction normal to
2 0
9j0
At i-.-),.as no fine structure. The maximum of
e ba.-. d ~3 2;s shifted as a result of the polarization. The
-ban---is it ana 3 *,.ave Practically Lqual intensity, The dispersion
Card 213

-/18 62/007/006/014/014
-~;-i ion :30c'.r3 I 3"l J407%)301
i~i tilie abGLrptior. curv,~s, were obtained at two differ-
and also fit normal incidence. A maximum of
-12 Ll j) f~ I- U ICUrVC WIS observed i- thc- .-i.-glon o", the first band,
on an
- I by ~.-noralous secti I a si,zirp drop, The authors
--i IL ato oufficie-ly reduce the a.-,:)I-"+u-le o4' the dispersion
-'Cglon o- e band 3 it was po3slbla to const,
jntire dio-ersion curve. The character of the dis., ersion cur-
VC0 for *.:.e ordinary anu extraordinary waves is an indicati on of
.1le co.7 ',-1exity of the double refraction of the crystal in ab-
sor-.-'tion region; the crystal has inversion points of the refrac-
+Vij:i in-ex in the en-..4rc spectral range. On comparing the abso.-p-
ro.1011 Curves, it in noted that although the bands
~'ind i3 are sim'A.Iar in many respects, yet they are related to quitle
diss;Lmilar amplitudes of the dispersion curves. Ther Kramers-Kronig
rela~iions are not completely corroborated by the above experimental
results. There are 3 figures.
j 3 1 A 1" 1 ON !nz-.y%ut fi--yky All; UkrRSR, Kyyiv (Institute of Phy-
:~icu of t.he AS UkriSH, Kiyev)
j"'!' -,ircn 2, 1962
0
4A ~ LLIJ &A.
Cal-d 3/3

t ru n',Ini koya
r, Ilk ey i r i
TITLE: Forsible -n.-, .'est-ation. of ftdiiitional waver, In the reflection of light from
crystals
SCLU,.(;E .Ref. Z-h. ',-'."zikA Abs. 11W,~4
REF ',CWCE: Tr. Konis. M.sE2ktroskopii. AN SSSRp t- 3P VYP- L 1964o 448-453
TOPIC TAGS: light reflection,, exciton absorption, refractive Index, cadmium sulfide
ABSTRACT: It is indicated that usually the manifeaUtIon of additional light waves
in the region of exciton absorption of the crysUl has been considered only in con-
nection with the passage of two waves through a thin plate. At the aLme time, addi-
tional waves can always greatly Influence the reflection, too. EspecisIV character-
Istic is the case when the refractive indices of the two waves satisfy the relation
rj m n2j. > 0. Then the additional wave can greatly Influence the phase of the re-
flected wave. The US crystal is considered as an example. [Translation of abstractl
MM CODE: 20
15

I T
b Pi
G-i
ACCESSION NRI AF5o7lo6T VR/0185' ~~/0410/0k15
AUTHORs Brodin, X. 0.1 Strashigrkova, X. 1. (8trsshnJkoy*
TITLFt BingmlArlties of the refle~:tlon spectrum of US 'crystal In the region of
the exciton 'b&nds
0
GOUPM Ukrayinalkyy fizycht7y rhurml, -Y. 10l no. ht 1965, h10-415
TOPIC TAGSt exciton band, reflection spectrum' reflection coefficient
ABjTPAM The reflection spectra of US were inrtstigated In the region of Its
ejelton bands %t tezperatare 20K. Additional e-itrema, whiab 4o not,cor-rerpond to
the actual form of the absorption band, were observed in the regio-is of the ban4s
A and D, corresponding to the excitation of the initial stetes of the ai.~rDna
r - 1-7 and 117 - r7- The first e7tremum (A-tand) cofteldes with the freq,,i!n(--r of
t2e lomitu1inal exciton and offers evidence that the effects of spatial 01apsi-slont
d-lacunned loy J. J. Ropfield and D. G. 7bomas (Pbys. Rev. v. 132, 563t lx-'~3) become
appreclabla at 201, 7be additional extremm of the reflection of the 13-tand In
located on the lorg-va've skirt of the 'band and In 6beerved only when the 11ght to
polarized (11C)# It is eovelided tb&t traAsitions take place In two different
Card 1/2

1, 51446-65
ACCUSION NRt mollo67
bamia, whose paramters c" differ greatly. If the ndditioml extremm In &ANUme4
to be due to ajmtlal d1spersion, then nrf-,ordlng to t". theoretIcal calmlations of
11opfield Pml Th "zo It mutt be AUC=!d OMt the In thl TUC band, I& mo,,.h,
longer than the 11fatimc In the Lvmd. nMla msm"-!ption Agrrrr, with thn
tjmt the exciton bands to hjgj~r orefr:; of thm A,!rleg tre to
, at EIC than nt Y;'C. flovnv,~,r, tf!L- Virrromct! of !".v additionk], baml 4-m-il tf,-
'bservu
Fdf:O with a quadrupole trailaition, li-3 ClArres of th,~ rrflf-ction
cot"icient were compared with those calculated by ilit Frtrw~i rom,14 usirg, dif",
peraiQn and aboarption data 614alned by the authors previolully (m 'V. ho :~4'54F
1962). The dIfference between the m-mes Iles In the presence of the abvrs wen-
tioned peak on the experixental cxuye, and &Iso in sme differeme In the PaP1.1-
tudea of the curve. It Is deduced that the dispersion of the deep and near-mrfact
layers of the cry3tal is equal* OrIg. &rt. hspi 3 figwes.
AESOCIATIGNt Instytut fityky AN MR., rj7iy (Institwt flzikl AN UkrSSR, Kiel
(Physics Inatitute AN VkrOSR)
uumaTro t Wan6k ZSCLI 00 M Cost opt W
U 1W soy 1 0(* *=a I OW

ACC ~Zk: AP~C'O'-;W-43
SOLTZ"CE CODE:
ORG: Institute of P*Uics All Ukr-SSHO Kiev (Instit t fJ
.w.1XI Ali Ukr-05,H)
TITI-7n: 0 optical cliaracteristics of hnt,,~e-jq -tal 'CdO deep inf;Ide the Intrinsic
absor,)tiori, y bonds
I and the structure of the energ
SOUECE: Flzika tverdo(,,o tela, v. 8, no. 3, 1966, 684-687
TOPIC ca(hnium sulfide, sinple crystal, exciton energy band structure, con-
duction Irand, lif,10it absorption, light dispersion, light trannmisslon, temperature
de: cvdenrc, light polarization
,A;`.;TRACT: Ilie absorption and dispersion curves of CC., n 1 ngle- crystal thin films
(().I JL), i,,rown by sublimation from the gas phase, were determined In polarized
lij,11it In '..he spectral interval 5,CM-','1ffU 4, corresponding, to excitation of the
'r-,ot,t-m r,,-' the conductIon band. Ilic abrorption curve3 were determined Irl directly
the optical transmission IV 1hotographic and photoelectric methods. 7be
dil f;perslon curver, were obtained by an Interference method using a Jamin interfero-
r%uter. it In concluded from the plotted abcorption and dispersion cuz-ven that at
room temperature and lower the absorption Increases monotonically with decreaaing
CO,d

ACC Ta: A 16 0 0
wavelength. At 2,8CK) Ail a broad absorption peak Is observed, best seen when the
electric field is perpend1cular to the c axtr. This peak was not observed in
earlier investigations. I'he temperature variation of the absorption In most clear-
1,1 pronounced In the region of the exciton bands. At low temperatures the Intensi-
ty of the transitlonn in the exciton bands are higher than the probability of tran-
sitions at the bottom of the conduction band. The polarization properties are ruch
that the intensity of absorption is almst everywhere greater for the electric
field parallel to the c axis than perpendicular to the c axis. 7be dispersion
changes little with wavelength. lbe oscillator strengths of the structural aboorp-
tion In the vacuum ultraviolet and the degree of polarization of this absorption
axe estimated from dispersion curves. It In proposed that the longest-vavelength
bands from the ultraviolet group are connected with excitation of the second con-
duction band. The long-wave peak of the ultraviolet group observed in the absorp-
tion spectrum may be connected with Indirect transitions in the same band. Orig,
art. has: 2 figures#
SUB CODE: 201 suBm DATF.: o7ju.165/ oniG mw: oo3/ On REY: oo6
Co 'a/2
rd

f j e, rk~r' III P--( tT
ACC NR- AP6024494 501ARCE COI)L:
AUTHOR: BrodIn, M. S.; Strashnikova, H. 1.
OR(': Institute of Physics, AIN UkrSSR, Kiev (Ingtitut fiziki AN UkrSSR)
TITLE: The dispersion properties of the CdS _CdSej_x system and their dependence on
the crystal production method
SOURCE: Fizlka tverdogo tela, v. 8, no. 7, 1966, 11231-2233
TOPIC TAGS: crystal growth, cadmium sulfide, crystal imperfection. cadmium selenide.
optic dispersion
ABSTRACT: The auth(jrs prosent the results of direct measurements of the dispersion of
crystals In the CdS,_CdSej_, system. These mea5urements not only convinced the authors
of the coarseness of the extrapoLations used. but also showed a rather substantial
dependence of the dispersion of CdS and C4S-Cd!;e crystals on the method of their pro-
duction. The dispersion measurements were performed at temperatures of 77 and 293K
according to the diffraction method of It. V. Obrelmov (Izd. AN SSSX, 1945). The
authors used crystal leaves on the order of several tens of microns In thickness.
grown by the synthesis method. The results are given in Table 1. It In shown that in
th~ case of CdS as well as CdS-CdSe the indexes of refraction of a single crystal leaf
arp Indeed substantlally higher than solid crystal Indexes. Figure 1 shows dispersion
Card 1/3

L 4281,--,--6,6
ACC NRI AP6024494
M
it
tj
"M ism NOW INV A.A
JOW im
Fig. 1. Dispersion of the crystals CdS, CdS-CdSe at T - 293K (a) and T 77K (b).
f
I- US crystal (thicknenn d-371j. absorption edge at T-77K Xedge"8900
2- CdS0.7j-CdSe().23 crystal (d-41j,Xed8e-5330p)
3- CdSo.47-CdSeo.53 crystal (d-621j,,Xedge-58Wj)
I- polarization of light along the hexagonal axis C
11- polarization of 11.8ht perpendicular to the axis C
Card 2/3
!OMM

L 4 - --. i ~-r ~
ACC NR, Ap(024494
Table 1. In,q-xeLj (it r(,frat:ttvn n for solid and leaf crystals of CdS-CdSe (the data
tot W ar4- Averaged for two polarizers)
1. n solid W leaf
. . . . . . . . . . . . . $774 2.55 -#- 0 U) 2.95 -4-0.11
Cd5&A,-Cd5a,j . . . . . . . . . . 64W 2.440 -.9- 004 2.66 -+.0.12
~CdS&.*Q-CdS~*.,* . . . . . . . . . 6400 2.42 -9-0,0$ -.2.79-t-0.13
curves meastj r ed I, v t lie d I I f r 111i t itin met hcd on th in c ryqtj I r, of the following compost-
tion: CdS, CdSO.77-CdS(',).)3, and CdSO.47-Cd';eO.53. A comparison of tne curves shows
that their form depends es-ientially on the composition. On the basis of the disper-
slon data obtained, the aitthors conclude that crystal imperfections related to the
deviation from mtoichiometty AvIsId lead to a .9u6stantial decrease In the Intensity of
the bonds located In the neat vacuum ultraviolet, since it in this aboorptl,)n that
determineq, to a con.-:1derable dcgrer, the dispersion In thr re,-Inn examined. Orig.
art. has: I table and I figure. (26J
SUB CODF. 70/ SU."N VAIF.: 0974)ec651 ORIG REF: 00f,/ (ITH RFF- u03 I AT, D P RES, F.
Card 3/3

BROWN, M.S.; JITHASHNIKOVA, M.I. 15trashnykova, M.I.)
Characteristics of the reflection spectrum of the CdS crY#tal
In the region of exciton bands. 'Okr. f,lz. z~ur. 10 no-4:410-415
Ap 165. (MIRA 18:5)
1. Institut fiziki AN UkrSSR, Klyev.

MU~SALOA, R- A- , knfld-med.nmilr; STRASHNOV, If. 1. ,
Ilinth session of the Vishnevskii Iratitilte -~f Surga?7, dowvntod to the
4oth winiveranry of the GrmRt Octobor Soe-inlist Rnv(-,Iutinn. Vqst,
khir. So no.5.,jWi-j47 MY 158 (KIM 11:7)
(siniony)

UGLOV, F.G. , prof. (Leningrad. 91rovskiy pr. . d.2. kv. 26); KUMUCHRY, A.M..
kand. nod. nauk; NIKIT113A. ILL. STUSHNOT, V.I.
Chnngen In the venous pressure of -,iatleats with adbeelve pericarditle
In connection with surgery. Vest. khIr. 82 40-5:113-29 Yj 159*
(NIRA 1217)
1. lz rnspitallnoy khtrurgichaskoy kliniki (sav. - prof, ro G, ugiov)
1-0-o Leningraftkogo -Ivditainakogo Instituta Ia. I.P. Pavlova.
(BtOOD-PRWSVql) (P3.11 ICA FIDIUX- -SMINT)

UGWV, prof.; !;-Aj-~ASHNOV, V.I., KIWATKINA, M.K.
Trw~hoioatovj in tho surgicsil clin1c. Vent. Kh1r. 11 no.12t
19 - ~!,? L 16). (MIKA 17%9)
1. 1z gospit-allnoy khirarglcheakoy kllnlkl (zav.- rrof. F.G.
Uglov) 1-go Leninpradskogo awditainakogo inatituta lmenl
flavlova (dir.-- dotsent A.I. Ivanov). Adres avtorovi Leninprad,
P-89, u1. Llva Tolstogo, d.6/8, gospitalInaya khirurgicheakaya
k'i I ni kit.

,; ,,,. : . ; . , , .r,,-'i, V. "
a , A & !~ ,
0, " , I ". ( 0
r . Ill,litut, *,. 3,..ri*,' -.a ; r ~ ' .11 ,~ ef ,
" 1 6 , I*, ~~- I ll~, a I .I .
'c~ (,., * ile . (
I
i.i,. *.a-;Io,t '-'Irs#- Medlcal ; , pu r t No . 'A .
"~ UV . tAlky. i)5. (Ic-o"A ~ ,

- I i f q
RALARD111, AA*; SLOVOKHOTOVA. T.
Catalytic decomposition of isomeric Xylenes In the preseves of
water vapor. Yest.Mosk.un. 12 no.1:101-110 '57. (xM 10--8)
1.Hoskovskiy universitet. Xafedra organicheskogo katalisa.
(Xylene) Ontalysts)

b -3268o-66 LWT(m)'/v_'hT( j )/T RM
ACC Nit, AP60.1370 SOURCE CcDk;: lCil6d_63_165761_01C~'
AUTHORS: Strashnova, T, F,: Kikhaylov, N, Vg: Mayboroda.-V. I.
ORG: !E_.Hqon Scientific Research Institute for Unthatic Fibers and lVerimontal
Plant YN IV (Vaosoyuznyy nauchno-lasMovatellskiy institut iskusstvannogo volokna
i ;pytnyy od VNIIV)
TITLEs Preparation of crO33-linkod c ron flbor~
50UHM Voonoyusnoye khimicheskoyo obshchostvo. Zhurn&lp v. 10, no. 6. 1965,p n2-7u
TOPIG TAGS: polyester plastic, synthetic fiber, polymer cross linking
ABSTRACCi Gross-linking in capron fibers introduced by means or reaction with thiony'll
chloriln has boon invostigatodo Tho morphological propertie of the produced ;AWVA
ware studied by means of lICht microscopy according to the 1hodrdoscribed by
W. Bobeth (Toictilo ind.j 62p No. 21t 905# 1960). The effects of the thionyl chloride
concentration in the solution and time wW temperature of the treatment upon the
degree of cross-linking were investigated. Incr0a30 of all of these variables results
In a considerable incrGa3e Of the sulfur content In the fiber WA & decrease Of its
solubility in monohydrate and cre3ol, It also was shown that the cross linkages are
not uniformly d"tributed throughout the fiber but are lo"Used close to the fiber
surface* Orige art* hass 2 figures " 1 table.
SUB CODEs 07/ MM DATEs 27M&r65/ ORIG RU i W2/ OTH RV t W4
Cmd I A A Lj~,- ttnr-t A77-IA/1,0

A 01! Str,,. n-~)v, D. 1. , Delyukhirl a,
Strashn,;va, T. T.
T I I'LE On ti.-3 StO,ctitittion of the 11-tlo~,,Pn in Azo Compourals(O zameahe7henll
v azosoyedineniyakh)II. Tt;e Heaction of 2-Chloro-
Witt, Phol"A.-Ites (11. Vzfti-.1j;3Cyrtviye
bentolazo-21-mftola a f~molyatami)
Ml 1 -~D AL obshchoy khimii, 1950# Vol 2J, N'r 5,
1921 - 192~

3 T 1'.% CT t~.e chlorine aton in t~-,e o-chlora-
In previous (.11of 4)
was- rml~utit tited 1) t.,c alkoxy group. In place
of 1:.~tlor j,,roup tlie authors this tif-~e used the aroxy
The dif f'evi~nco consistz only of tho fact th-A In the
c.roso t-x, %bove-mentioned dye in not ,.uL..jected to the
ietion of nl!~oholate in a prw'--,.ic,,l1y anhydrous m-ediun, but,
tii-it it in :iub,;f,,ctcd to th.,.Nt, of phenolate in aqueous alkali
I iilwr, in which case, accordine to Delfs ( Dellfa)(Hefe 2,3)
t.-.,e ~3ubrtitution of chlDrine by Ux oxy group tnkca place under
t':.e fr)r~-.-.tlon of an unot.---ble copper complex of the dioxyazo
Carl 1/3 !Yo" 4, tlau, ~,,.tent of Delfs benilet the oxy -,roup no further

On t'.e o*' t!,e lfaloi-., In A-,o SOV/79-20-7-43/64
2-C~,,Ioro te-i.-e,,,c-tzo-21-,::i;~hthene With Fhenol;,teu
are mentioned (Ref 4 ). On the heating, of 2-cl.loro-
ti.)nz c!~Ieaz a - 2 1 -napht hone ~,-t t1-c reflux condenser at 100-1100
vi t r4 -.11 an' al'ral I coliat ions of phenol, o-,=-
19~'>15- 'Ind 1,2,4 xylenol, as well ar. '.11so, with
In the xylene
i,,~Ativ)rj att ine,l co-rpoun,1c In h1rh yielln in which
:-;nc -.tom wrt3 vi!)ntituted by the corre,.3 Pond I r.03 aroxy
derivi.tives )f t~;e o-rvainoilphenyl
)f its
0Ar
-C9
Card 2j'3
T-,,! rontrol te:~ts it; U, i0sence of vop~or calt were nei,-ative,
T~,,,Zc t's"o 11WNloelecl I-; rubntituting chlorine by thie
nroxv in -Aove rzentione4 dye in phenyl-,2-methyl-

u:1 t~.e Sul,,.;titution of tl-.e in ;%zo Co:apoiv.-!^,. SOV/79-28-7-43/#J4
11. Vx, Reac~tion of ?henolaten
ralical. ~Ihese dyes have t',,,e v,:inp t:.e
or.e:o carliler. The e are 6 refi~re:;cer;, 4 of are soviet.
ir,:-,tit,~kt i-cnI D.I.
(C'I,.c-iic:,I arl Technical Ir-Altiitc ireni
S U IT 'ED June 26, 1957
I. ThIonaphthenes-Chemical reactions 2. Substitution reactions
Phenolic esters-Chemical reactions 4. Dyes--Chemical analysis
Car", 3/ 3

1747-7--63--
ACCESSION IMI kP3004763 5/010/63/000/004/6040067
AWHO23s Mikhaylovp V. V.1 Strashnoval To Tel 7,1rekboval G. X.
TI-J. ns '.Vethod cf determining phosphorus in poly-mers " their fibers
Xhinichenklye voloknal no. 4, 1963# 66-67
TUIC TAG3: colorimotry, P, polyester, polyent,L), ammonium molybdate, YoP complex,
f0rrOla3 iron, phouphorus
A?37 T)~,e colorimetric method devoloped"'for determining P in poll rs
(.IncludLng F-containire haterochain polymers aspolyeaters and po y des)
can te uoed with 17~ concentrations to low as 10--~ cg./l. vith an accuracy of 0.1%,
P.1-Isr,lute value. ;=moni= molybdate is used to form &r. MOP conlex ich is -
duced w-11th ferrous iron released from VH4 Fe(SO4)2-1 y a pre ence of U23030
Orig. ar~. IiE~s: I figure, 2 formulas.
synthetic fibers).
J%5SCCT-C7'M '7NIV Ull-mion scientific research institute of
EMM 00
SUBMITM% lIDec DAM ACQt 2OAug63
SUB GODEs MA, EL NO RV SM 003 OTMMs 007
Card IA

C 1~7
nk Y r-
In

L 32966-66
ACC NR, AP6017601 __50-URCE CODE: UIR/01631 6 6ou C' Cl
kh
ALITHOR: Strashnovfs, T. T.; 111 4 1- A
I 9y, N. V ; M&Y kgrgdA. . Y
ORG: VNIIV
TITLE: Using sulfur chlorld- solutions for cross-linking capron fibers
SOURCE: Khimicheskiye volokna, no. 1, 1966, 22-26
TOPIC TAGS: sulfur compound, chloride, polymer cruar. linking, synthetic fiber, nylon, i
pyridine, solubility, polyamIde, mechanical beat treatment
ABSTRACT: The authors study the interaction between polyamide fiber and sulfur
cb1oride. The fibers were treated in xylol solutions of sulfur chloride In the
presence of pyridine (for binding the precipitated hydrochloric acid) at a tezi7erature
held constant within 120C. The fibers were treated In the free state and under tension;
to prevent shrinkage, Curves nre given showing the effect of the type of nolvent, te&~
perature, concentration of hydrochloric acid and length of treatment on the wwunt of
bound sulfur in the fiber. It to shown that a chemicnlly twisted fiber may be produced
by treating polvemide fiber In sulfur chloride solutions. Data are tabulated vn the
solubility of the cross-linKed polyamide fiber In Presol and monohydrate riii4 a function
of the amount of bound sulfur fiber. It Is shown that the solubility of tae fiber
decreases in general as the tound sulfur concentration Increases. The experimental
UPC_;_ - 617 - 494-675

L 32966-66
Al~~ - N'-Ro - AP6ol7601-
F
.
.data show tW the bondn nrf, V)rrk,-n it, mill canon vhere capron fiber vith sulfide cross
linking is subjected to neal. ThLre if. aAs,,) a reductiriti In ths~ quw.'.'~ty
bound sulfur In the fiber. A reduction In fiber strength vith increased temperature
and bound sulfur concentrntion is &pp&rently the combined result of destruction or thei
malde bound by the HCl precipitated during the reaction and disorientation processes.
Orig. art. has 1 6 figures, 4 tables.
WS CODE: IV SUPM DATE: lIM&r65/ OPIG W: 005/ ON AM 008
Card 212,', f~! 16,

STPZIIENKO, A.L., insh., red.; BEWLMV, V.V., Insh., red.;
PIZHERIChER, A.M., inzh., red.; V.'.,, red.;
NAINOVA, G.D., tekhn. red.
(Construction norms and regulations] StroitelInye normy i
pravila. Moskva, Gosstrolizdat. Pt.3. Sec.G. ch.l. [Sani-
tary engineering equipment for buildings and installations;
rules governing work and inspection] SacitRrno-tekhnicheakoe
oborudovanie zdanii i sooruzhenii; pravila proizvodstva i
priemki rnbot (SNO 111-6. 1-62). 1963. 35 p.
(MIRA 160)
1. Russia (1923- U.S.S.R.) Goaudarstvennyy komitet po deism
stroitellstva. 2. Gosudarstvannyy komitet po delam Btroltell-
stva Soveta Miniatrov SSSH (for Steshenko). 3. Methduvedom-
stvennaya komissiya po peresmotru Stroitellnykh norm i pravil
(for Belousov). 4. Proyektno-konstruktorskaya kontora Glav-
nogo xipravleniya sonitnrno-tekhnicheskikh i montazhnykh rabot
Vinisterstva stroitelstva HSFSR (for Mizhericher).
(Sanitary engineering-Safety measures)

j Or
t vil
A F
tile of the
.-e c.1 iI
v -1 c
te, 1.
"C V ~l z I I
1;714-h Jif, c a,c,
Af

TTUTTUNNIKOV, A. B.[Tiutiunnykav, A. B.] kand. tekhn. nauk; STRASHOK,
-A. F.; GUBENKO, Tu, M.[Rubenko, IU. M.); PFXP-"KO,
Automatic control of the toohnologically optimum deVve of
carbonization of bicarbonate sumpensions. Khis, PrOSAUkr.
no.106-W Jo-Mr 162. (MIRA 15sjO~
1. flauchno-issledovatel'skiy institut oenovuoy khinii,
(Carbonates) (Carbonization)
(Automatic control)

'r
, t .F.
!TRI.;HOK. 1. F. -- "Henitogenetic Oxteorom-litis in ChIldren.0 Kharlkrm
Medical Inst. KharIkov, 1955- (DiviqrtAtion for thos Degree of Candittite
of Medical Sciences)
SO: KQjzhqUj jetwIll, No. 4, Moscow, 1956

STRA3110K,
Mozl)h,)Io,-,Ical blood pi-:t!trq In sclitm he-mto.-Onwis osteomyelitil
follo,fing, panicillin thararq in childron. Antiblottki. 4 no.!:
103-105 ltr-Js 159. (MINA 12-0)
1. Kafedra detakoy WhInLrett (xar. - prof.A.Y.Ubay) Mmrl-
kovskogro maditeinakogo instituta.
(BLoaD CILLS,
count In ostanWalitis In child, off. of
penicillin ther. (Hue))
(U3T3MffXLI'AIS, In inf. & child.
penicillin thar., off. on blood pictirs (,Rus))
(MICILLIN. ther. use,
osteorVolitis In child, eff. on blood picture
Oll$))

PHAS& I BOOK C"LOITATION SOVIS510
rromlevskly. P. P.. CarI4A4Atq of To4thaical Sciences, ad.
Toploonargaticheaklym I peibry I roculyot"',
anstruments and RegulAiers in H*&t-P"#r wid "tMical Vaglnatrusd~
Mose", Ma0gla. 1961. 207 p. Krrats, slip inoart*4. $.We copi to
printed.
at Publishing Haute, G. A. Dud"ova. Teen. Z4. L. V. 3h~,natiaLfta,
Men" Fd. for Literature on ine, Design 4M CVervion of Macbixeo.
Leningrad Dpartment. MashSta: 11. L reusov, Lactoove.
PURPOSEf This book to intended for votonsers anA to~fteucL&" wf%4 conscruct,
design. &W oprate kr.I.wrtal instruments and ro&Ators.
COVZRACX~ The book 4*&It " a" Ln vA- ft.W of &.tcmnatic
chwc" and r*gW44ton of hoat-gaver and cA*a"W trluatrt" pe-tas4s.
Th# (011"t" probloms are ku""4041 Upprovemmont of two-p"Att~
iimtrol operation-. W"W-tl -a azass, Action and d&wptpC an proporti-641
Control; now prvparuorAl Plus IntograL &Ad programoung electronic
vystwvas~ gonga*ts awtomotwo, of Qp-ft-nQ4r%h fur*"**;
a"Domattoo a! b"tors witA Variable Lonj capnctry~ mossurtMong oe
Pulsating flow; 10"oureca"t 0: &40 no.. wltr&44"Ac am M&44,nouc-
ladhects" flowzmaws; pn*vm&ut ftanotno.
term., f1we"ors. A" knetmoug and opttChl-ago".
UCM gas aaalygero; ca"Gor"attom, vvatqre~ WA cKlartme, 404 t044'anot
r*g%latora. Tko book to Uto I%ftb in a series coatsmung report* on the
la"oUg"Loas corned out by the 34Kuaa an Meet -X^Va#ort.4j Comrst
lastrumom*Uoa and Auwsmauos of The Lonowadshay* W*1oajy*
Q"bck*stva pr~.venjaga"ji
Moralftrad Breach at tko SclosUfle &Ad Tothautol Society of tao, I&*%r%-
spost-DwIlding tobhotr7.) AU t" srUcloo pw****104 in this bwA atto
discuss" 4411hor as 6,41,04441's of &be abov# 0*0144 of &I Q* cowepo"o M
sets fit saaCAW4,C&I "amosso called by 'As 6octio". we
(vooseysla" institut ft-trolotu 4%.
Uewkj*j,"a -- AU-t?n"m 3cloatlfto R"~cb k&IlIvA* at
Weirolev Laou M L "amolor"), 664 Via Leftimytt"okly t1am
wAovkykm ims. A. 34. Gav%sdo (L*atv4r*4 Rome ftr Scientists Lm*qd
A. K. Garlittyl. No pwoomoUtios, are mmowtios*4. Titers are 45 rat.
61"Cos: 41 Sw#tet. 20 amdualt, God 4 Careens. 114tereacoo, &CCOMpsay
manse ghwvro~
'TAJLZ Or CONTICINTS:
3
PAAT L AVTCOAATW CONMOL
01F DCOUSTRL&L PftOCZj"A
C%L L Kamaps-Naftow. A.A. Tne-fteArtem, Avlowe*Ue Camtvwt a"
of larr"t"d ho Proper"*0
17 of imp .. W4 .1 t.-Post"an .12howe
aboogtog 00 block[ d1womm, at Ifto "*m
3. C"em"Aft"pad rao-pa"U00 Central,
3. gittradoetteft at 644lUar-al P-1000 to the tul* of f-&&Itfk#
6144,101" to the let a" 24 d4ft-ativwe 10
4. 6wroosid Ohm number of Ubnowo seat"
owarw 13
AppIle"Imm, of topomeovial (*Wbacka 11-4-p"Ittaft o4stle WA
""-passuem, prepar"O"a " tooftrat eameet) 14
Cit. IL Rats. A. W . ww It. F. Goisoji. Im,"mil"tion of Propw
uow CowspeL Tables boo Aqg*.At %be me," so we soltat-
Uve at - meet Damptad 46 the "*a vaits 13
L a4amud" tar a *sweet system With vairt"te "004 of wo
oer"gwwr a" Uwe" of IbAr oe%"UVO *10080 30

11"trUmento and Regulators (Cant.)
50VISS14
L Limit Of System stability
3. Farmatloa of transients
4. Equtiona for a cont.-ol system ith puro time daIxy
Ch- 111- W"hur. A, 4. Automatic ReCulators
L
I. RV441 and Rt:4-08 rwCalatora
L RL'4-15 regulator
4~ =14-16A regulator
S. IWS-01 and K$-02 programming devices
Ch. IV. DeMboy kjj__Y, V. . and S. V. Y,,,,.* sid . Complex
Automation of
L Pr9ra-ming elements of the circuit
2. Automatic _orrwctt*Aoftt%*prorr,d,mi, otthethcrMAL
egoorat" con,31114as,
1, Automatic regulation of razat L"ta
4, Regulation of f"1 aLl conaum;,tion
S. C*"OcUoe of tu*1 oU consumption by the treilsency of
VareqLad ever the valves
Ch6V. S%Lfv-IA M3h Dull" Up Central Ctrcmta for
k4=;i t~;Ier systems
L RoCalsitas, at butler -ak*r-supply system
2. Regulation of tombusums process in the bailers
2, Regslatims at "r &&d steam, prossuro
PART [L IMAYW RATE Mr~LSVILZMEt(T
CU. WL Yr*uawvxMyy. P. P. Criterion at Paluattag-nou,
0-PLAC
Cx M SaWL_~6. AoPlication at NarrowLag D*vtcos tar
IGZ.'t. Dust rjoe, In a Pneumatic Tr&Mc: System
Cu. M KkLas~aqe~ Uttraeamic Irlowwwwre
L nsrwi-iha~
& lawse-usse ssethol
CO. DL Z&&.d&t*Iwv 3 M V.A. RuM&.txo . wW K. A. Savet, -
1. Z"gre in comp"anting differ"tILL
2. Means for Lwr*a*ip4 operatt" rouabsuty at membrane
diff-roatial MR&MOmwora
3. PIMP**" wanom*Wre wM pneumatic pauvr cvwspeasa-
a"
Ch- X Kktqm-.V-L . L ww V. r- RuLawt-alkova. PJ-
Irii;;; liductlant
T"homtric Vane,-Type rt"Mators
far 2*4haric Acid
L 00448mrtaw 4~64. el"a
2. 244"OrtAt hisk flous
1. 0400sax1aw low 06.6
Cb, ZZL !~~aw P,. M**~,Lrtt4 the Flow of Aftreewtvv
_ALLL
L4RG1 a
bdortt"InOw" 14-r far f*64trstiss Of 4I%d*k-9huM4ILR9
'Wad ft"O
L 76thawwwta v%aw-type, liquid newsattors
L Weaswenewd, at eittretu*ly low ftoe,*
PAnT m ma^PjRzuzwr or Twx cowzwmATw" or
01MMUAL CCUP4091ZNTS Ut GANZ$ AND LXW=
36
33
36
42
43
44
46
31
54
as
so
61
43
.1 1
66
73
is
90
lot
lot
U0
124
Uo
134
141
143
148
ISO
Ist
I&I
IS4
ISO

DOGUNOV, Vasilly Dmitriyevich; STRASHUN. B.A., red.; BRLTATZV,, U.A..
tokhn.red.
(Prosent, control of the Danube by international low] govromenayi
nnzhdunarodno-proyovoi rethim Duw is. Moskva, Izd-vo IMO, 1958.
150 P- (MIRA 1115)
(Danube itiver-lbvigation-laws and regulations)

AID P - 2166
Subject USSR/Medicine
Card 1/1 Pub. 37 - 8/22
Author Strashun, 1. D., Prof., Memb., Acad. of Med. Scl., USSR
WPWW--**MW*-
Title The 75th anniversary of the first sanitary Inspection of
factories and plants In Moscow Province
Periodical Gig. I san., 4, 31-36, Ap 1955
Abstract Describes the sanitary inspection of Moscow Province
factories and plants conducted by F. F. ErIsman with
Dr. A. V. Pogozhev from 1879 to 1885. The results of
their 6-year inspection were published in 17 volumes
and present a clear picture of the working conditions
of that time. This historical sketch is based on that
work and on other materials. References in footnotes.
Institution : None
Submitted : Ag 28, 1954

.STRASHUN, I.D., prof.. rod.; WcJWPAN, G.N., red.; GbR'YjihOV, V.P., tekhri.
(Index of articles ard separate works, Puhlished by the Moscow
Society of Naturalists) Uknzatell statei i otdollnykh isdanit,
napechatanrqkh Kookovskim n~ishchestvom ispytotelat Drirody. Pod
red, Z.D.Strashuns. [Hotkvn1 I%d-Yo Hook.unly. Pt.4. (1940-1954).
1957. 192 P. (MIRA Il.-S)
1. Moskovskoe obeheheatva topytataley -)rirody. Bibliotaks. 2.
Direktor bibliotoki Honkovskoro obahe-testva Ispytatoley prirody
(for Strashun)
(Bibliograohy-Riolo~7) (Biblioeraphy-Geology)

STRASHUN, I.D., professor
A.U.Sysin as social worker. Oig. I #an* 22 no,6.,52-55 Je 157
(MIRA 10:10)
1. Dejrntvite1'rqy chlen ANN SSSR.
(STSIN. ALIESSI NINOIANVICH, 1879- )

STRiSHON' I.D. (Hoskys)
The 35th anniversary of t~s decree *On sanitary agencies of the
republic" Gig.1 san. 22 no.IO:B4-~S 0 157. (MIRA 10:12)
(FUBLIC MALTH, hist.
mod. & sanitary serv. in Russia)

GAKALZTA, Nikolay Fedorovich: WHOV, A.Te., red,; KRUTKOV, T.O., red#;
STRASM, I.D., prof..red.- HILINUSHKIN, Yu.I., red.; RCKANOVA,
(Collected works) Sobranie sochInenli. Red. A.11.Alymov,
Y,G,Krotkov# I#D.Strashan. Moskva. Gos.tzd-vo mdlit-rr.
Vol.3. 1958. 343 7). (KIJU 120)
1. Daystvitellnyy chlen Akademit rieditsinskikh unuk 8681 (for
Strashun).
(BACMIMM, KIDICAL)

HSCHNIKOT, Illy& Illich (deceased]; KROTKOT, Y.G., glavvyy red.; BZLKIN.
R.I.. red.toss; STRASHUN, I.D.. red.tous; ANICEMOT, N.I., red,;
BXUJMISHZV, V.N.. red.: YTGCDCHIZOT. a.V.. red., ZKDANOT. T.M..
red,; ZILIBIR, L.A., red.; JOUTITS11T. N.A., red:; PATUDMIT,
U.N., red.; TINAKOV, T.D., rod.: SXVCHILO. K.K., takhaored,
(Academy edition of I.I.Machnikov's collected works] AkedezIchaskoo
sobrasis sochimeall. Rod,kollegils: Y.O.Irotkov I dr. XoskTs, "a.
lid-vo med.lit-ry. Vol.14. Red.R.I.Balkin I I.D.Stroshun. 1959.
V91,14. Red.R.I.Balkin I J.D.Strashux. 1959, 426 p.
(BIOLOOT) (MIRA 13:6)

SMSMM. I.D., prof.
Outstanding Russian hygienist; OU thS 90th birthday of Z.G. ?rgnkel.
Test. ARN SSSR 14 no.M64-71 159. (KIRA 1]t4)
1. Deystvitellayy eblen AMR SSSR.
(BIOGRAPHIIIS)

STRASKUH. I.D.
Charles Derwin and the Moscow Naturalists' Society. Biul.
14DIP.Otd.blo2. 64 no,4:53-60 JI-Ag 159. (MIRA 1):4)
(Darwin. Charles Robert, 1809-1882)
(Moscow--Natural history societies)

-. p~ -r -;, 1 -,;
is t .
;,-- -,~ p an -~ 14-n t 5 ~u rce f o f i C lre ( iry-, la I -ri Era t ) - Iz ,
i tpk~ . j 'I --int . no. 1, 337-34~ '~C- (mlilA " 4: p,)
(MI~-Dj-,r,%?F, Jjp:DUl) (VF';jl^.I!lF, ErAqTIAN)

5TRA5HU I LD
N _ , A. prof. (W)skva)
"Materials on the history of hygiene and sanitary affairs in the
Ukrainian S.S.R." by P.D.Lashchonko, D.M.Kaliushnogo, A.A.Grando.
Reviewed by I.D.5trashun. Vrach.delo no.10:138-140 0 160.
(KIRA 13ill)
1. Deystvitellnyy chlen AMN SSSR.
(UKRAINE--PUBLIC HEALTH)

STRASHUN, I.D., prof. (Moskva)
Z.G. Frenkell; on his 90th birthday. Sov.sdrav. 19 to.lt?8-82 160.
(KPA 13:4)
1. Daystvitelln" chlen ANN SSSR.
P 1, ZAXHARII 0210MINTICH, 1869-)

STRASHUN, I.D. prolW;aor (Mcf3kvu)
First ij teps of Ru3jian woman nis phy3iclans. Jov. zdray. ]q no.7t73-
78 160, (MIPA 13:8)
Is Deyfitvitelln~7 ZhIen AMN SSSR.
(~MN AS PHYSICIANS)

STRASNUU, I.D., prof.
Russis and Russians at the Dresden FxMbi'4,icn in 1911. Soy.
zdrav. ~!O no.12:84-Z7 161. OMRA 15:6)
1. Deystvitellnyy chlen Akedemii moditainskikh nauk SWR.
(DRESDEN-PUMC HFALTH-UPIBITICNS)

STRASIM, 1. D. , prof. (Yoskva)
In memory of Grigorii Abramovich Batkis, Gig. i san. 26 no.6:58-61
Ja 161. (MEH-A 15: 5)
1. Doyntvitel Inyy chlen AMI $SR.
(aATKIS, GRIGORII ABRAMVICH, 1.1960)

STRASHUNI I.D., prof. (Moskva)
ilreparation of collsotions of papers for the 50th annlversar7 of
Soviet medicine, Sov.zdrov. 22 no.W-12 163. (KMA l6a)
4W.DICIME)

.., I.,. IF t
..v v ~ A J *:i'34W-j 3f Z&Gli--irA II,
, V~w o ~* t i-) -- ~)" flLrtll~;,as ", A
,,hg llkralrw. b-A ,-c-l -~)ij !w'14 o.0 the weotem I.-rov,Lnca at the
ukruiaia:i lriuis~arlaUaa arAl Wkovina.l
I . (Mm~. 16-.9)

SiRASHIRi, !Ilya 1juvydovicli, j,rof.; Z",-.-L*F,, A.F., red.
(hussian social mt~diclne In the period between the two
revolutions, 1907--1917] huskaI& ooshchestvennala me-
ditsina v lieriod maztdu dvurla revollut-11nmI, IW7-
1917. Moskva, Yeditsina, 1964. 204 p. (PURA 17:12)
1. DepAvitel lrrjy rhl#-n A."N SSSh (for S"trashun).

OVIKUL, Ts.Tes, Inshener-, STRASHU101.Z., inshener: RCKANOTSIIT, V.P.,
kandIdat takhatenexalan usual QUIP111410t; SHIL4r, V.S., lushefter,
retseasont; VAYWRAUP, D.A., Inshener, rodaktor
(Stamping non-metallic materials) Shtampovks neutallicheskikh
matertalov., Pod obshchst red. V.P.Romenovskogoo Moskval #Ioo* nauehno-
tekhao Isd-vo sashinostrott. It%-ry, 1955. 56 p. (Sibliotachka
shtempovshchiko, no.8) (MIRA 9sl2)
Ohest-ustal work)

VIP. Oils 111kolayev, 24.1). (ia--. Aneer)
4_~,4noqr) and Strushun, 4.4. 1r,
'i-111foIC-ed -
T i T Li-, Now Plastic Moulding Materials for/~`arts with 'Inserts
~1(),,jyy!.: pressmaterialy dlys armirovannykh detaley).
P~,RIODICAL: Vestnik idoktropromyshlennoatl, Nr.11, 190b,
(U331()
AbSTIRACT: The most widely-used moulding materials are based on
pht.,nolformaldehyde resins with organic and mineral fillers,
and include materials types K-18-2,
K-211-3. Tneso materlals are brittle and differ In
coefficient of expansion from metals, anu may accordingly
crack near tile Inserts. In orAer to find materials
vilthout these defects and w1lth Improved resistance to
molsture and temperature.. extensive- investigations were
mfide on materials 21.46-9 and OFil-6. These materials
are both based on phenol oxazoilde rosins with mineral
and wood fillers. The arLicle dt-scriue3 the results of
a study of the properties o1 Weze materials. The
Investl6atlons were made on standara specimens, uisc3 and
Card 1/3 rods, ana the results obtained w9re compared with tabulatea

eInforced :j UV/ I lU 450 - 11 - 141/
New Plastic Moulaint; Materials for/Parts with ln3ert3.
data far the usual phenol formaldehyde materials.
Standard test methods were used where available. The
physical and mechanical properties of' materials 296-M
and OFF-6 and the usual grades K-lb-2, K-21-2-J,
K-211-2 and K-211-3 are presented In Table 1. it
will be seen that the now materials are better than
the old in respect of impact stren6th, shrinkage and
moulaing properties. The moulded component illustrated
In Fig.l. shows what can be done with the new materials.
The electrical properties of the new and old materials
are recorded in Table 2, fron. which it will be seen that
maturials 29,541 and OleP-6 are better than X-lb-2
and are as good as K-211-2 and K-211-3.
The now materials also have 6ood resistance to molat
atmo3phuros- The results of heatln6 testa are given In
Tables 3 and 4, Which 3.1"10W that the tests improve the
electrical properties ol- the new materials. Ide!;hani:~aA;
tests were made on the new materials at temperaturbs of
80 - 1200G, to determine their sj.1tabIiity for operativn
Card 2/3 at such temperatures. LItt-le chanwe was founa In the

btiv/ I 10-5o-11-14/,~o
1,i,_-~w Plastic Moulding Materials forl?arts with Inserts.
mechanical properties up to these temperatures. The
materials could be machined in the usual way. The
mouldings illustrated In Fig.2 were made up and subjected
to tests, The now materials were of better mechanical
strungth during heat resistance tests then the old. It
Is concluded that the new materials are better than the
old In a number of respects and that they are especially
suitable for the manufacture of parts with Inserts where
good electrical and mechanical properties must be main-
tained undur conditions of higli humidity and temperature,
There are 2 figures and 4 tables.
S'ibh11T'1r.D., February 24, 1958.
1 - M013 trig r~~ttuv 1 e r for -z_ri- c
MAI]rig
Card 3/3

AT' Strannun, K. scvif321-25 - 2-5 16
The Automntization of the lnspecticn c~` on
Enameled Wiran (Avtomatizatsiya t-.)-.-t-,echnykh
j;ovrozhdPniy emali provoloki)
P I 119 1 ('A 1, ;',avu6:*aya lAboratorlyn, 1,~59, Val 2'
Nr 2, 1) 2AII SR
A i J A, The invanurement of the number of spot defocts on enameled wjr~~s.
%hich is carried out under GOST regulations, was a-itomatized.
aithin the unit, the current is conducted in three rircu j 4 .1
(Fig): to they sample under investigation, to the ani t-;
the devicen automatically stopping the urilif. The first r.r-u,*
[lasses throuL?h a transformer, a selenium rectifier, at.1 thc;
defect. counter, and on to the zample ani to a mer,ury talh. 7).Ir-
circuit to which the motor is connected Lontaini a CIT-';--4-
breaker, a relay, and two contacts. The third - into..nc.
a relayt two contacts and a revolution counter. Zho w-.rk.~re of
the setup in explained by means of tile -h
i riventirat ions are carried out according to tje uc-,vi, =-!hoi
,'he use of this device in the plants made roosible a
qualitative improvement of the output and a d(--reazc in ra5te.
Al-re is
Card 1/1 s I fijure.

5/110/61/00(1/001/001/0-"';
E073/F455
AUTHoRS: Nikolayev, M.P., Ynginser and Strashisn.
TITLE: Experience In 1191ng Foam Plastics In Instrument
Con4truction
Pr It 1 (1111 CA L: Vetttnlk elektropromyshlonnosti, 11.161, No.l. pr.7-
TFXI'- Foam plastics ave used as dielectrics, particularly irt
high-frequency work. Ther#~ are also applications where
th-r-mal and sotind-insiolation propertier are advantageou-. .11 111$-
pavd-j- -sinme data Are %timmarized on exiierience SaJned in ivkii,jr Co,M
plastics an a structural material for Light-weight, meclinnivallk
.-Orovi.st components and an a "potting" niaterial to Innuinte
components from thoir murroundingm. In systems where weillit
lltmo-~qt importance, tho componentm are enclosed in linu-sinv.-4 fb;v'
cnnAJ%t nf a thin inner and outer "kin, the cavltv betwoo-ii tbo
lif-ing filled with roar- l0n-ttic. 1110 foam pla"ti C is I lif-fr(J., I Ia 1~
grade #K-2() (Ph-20), a copolymer-phennl form^ I drhvde re-tiot an-f
t-kabber, with the Vollowfiig spocifird propertirlq*
den #4t t y - 0. 1 to 0. 2/cm i;
compro-.A.nion -~trenqth 10 kl/cm2..
water ah-vortirtoti - 0 .'i kw/m per 24 h;
Card 1/1

S/ 110/61 Ivooloo 1 /on 7t /o 2 1
P073/P455
t*,xprrjt,nrv itt Using Foam Plastic-% in instritment Construction
oileristior temperature - 120'C;
linear -hrtivkage - 1% per 24 h;
h.OC.
he-3t rf",11lictivity - 0.028 kcnl/m2
In actilill experiments, a denivity of (1.18 g/cm_). C11111111-CM- 1 (1-1
01' liver 1*,! ky. 'cm2, specific impact streoxth or t It i%w rvr/c-m2
'111-1ill-,ve Ili" C.1.109 with it hent resiotnticet of t,ver 1741 C wer.-
41111 it i Tied. 'fite booid remistance to viteel is mucti liorliev, it, oil,
-d Qtale flinn it is for tiiinetf riirrilices. 111P 1,41.1VIIIII.,
orvivirattoo, remii1fivix itt gas preqmirem (m tit- 1-1 1 41j
IIW order lit' 2 to 4 kX,,M2. Hieret'nre , the mkin-4 bove I
i,t(#1vrtt,,1 ve-tint this can rnxi ly lit- nc!! o,%~ o
i 11 " 1 1, - 1 4-1i-11 it t i)re nm dor j og t It r ur, ~- - ~ - (I r f
t i "1" 1 1 "'WO IMA AbOwn thAt the ftiam 111,1 - I tr f %- 20 .4
t al- 1 1, r-tr -r-i-tisiv ing mechanical 1y s I reing foism- roi- coorr, i .-n I r -1
i It .4 f r I I III I I! I , .f'or Jnrge components, thermnpla.-ttic mairt 1.-11-4
Iv 11414.41 .to pni-tictilar. f'or radio componentm a j1o1vo%t%rvnv
l'on"t phs-41 ic 11C -1 111--1 1 or 11C-4 (P.S-4) im recommenar(j. The
ntitlvor.q IlArd the plin-tite Vv-1, the properties of' which Weve I 'N
Cal-d -1,11

S/110/61/000/001/003/021
E073/9455
follows:
density - 0.1 to 0.2 S/cm3..
compression strenKth - 8 to 30 kX/cm2;
shrinkage at 24 h at 60*C - 0.4%;
water absorption - 0.3 kX/M2 per 24 h;
dielectric constant at I Mc/a - 1.1 to 1.28;
tS delta = 1.2 x 10-3 to 2.4 x 10-3.,
coefficient of heiit conductivity - 0.03 to 0,04.
Foam polystyrene to marked in the Soviet Union in the form of
sheets, 600 x 600 mm, with #t maximum thickness of 55 mm. 1hey ar
.already foamed, and fabrication is restricted to changing the
ishape, machining etc. For "pottIng", the foam polvurethaiie
*KT -1 (ZhKT-1) In of interest, Its di-naity is only 0.()% p/,mli.
It has a low losm-angle and good sloctric-insulation oroperti-s
which do not vary greatly in the tempornture range _6o to -8ooc.
Embedding of radio equipment in foam pJnmttcs given n r#,Iiahle
light-weight, ruggrd structure with a very low degree of Phritnkaxe~
There aro 2 figure- and I table.

UM/ Misc-llr,neolis - Gljs-- fabric
Card l/ 11 1 Pub. 77 - 21/21
Autbars i Otrat3hun, N,
Title I Glass textolite
POrlodical III.Luka I zhI,.-,n' 2119, 48, Sep 1954
Astmat IAdescription is given of the rnA!nZ of glass textolitep which is
ba i1cally glass fabric pressed together with an adhesive material at
a tf-mj,cr,,Airo3 of 2000.
Institution . .....
Submitted

I ~'T

:':rat &7udvlGovlc~; 1-C-10.-IVA, Nina Lomidoma; MZ-XV, An- t,;,Al~v
Yak--vievich.; , i" p
Z.
ICF -ZUGM;CVA, I.S.-. -Aekhn.red.
r 0 a ; 1V M, A.G.j red.izd-va; -'
(Use of 11-6F, rAsin in the mr-nufacture of rq,.Iio nppantualcr"t
prinonenlia o-,..oly r-U, v i-zA~c1linkli raillotc1l:.-Icheakol
tux-..-. Lcnirf;rad, 1~62. 10 p. (bn-',nFradlvkii r--fx. raucY..r.-
tic',,pokic materialy, no.5) OG.-,~A 15:12)
(.-aid %nd zuppli-n-)
C-T-r"ric I-vinyz)

STRASH", S. S.
Jkw fish locAtimt- trawlars. Elul. tekb.-ekou. Inform. no.1t63-0
157. (NIRA 11W
(flehing boats)

STL~;HIE:, ..1zhanol.
r--~~(Iln=arovvlo Af 4 --I,ictr ' % r- ' , - , r,,i-Wnre. . ttr .,n'Ao !~!,
r,,. 7:62-61 ' ), . (L!724 1-:-'l
f ~~:' f - ' o 7~ .! -: ,'-I~-otrial)
I
4

GTRASHUN, "J., Inih.
At the *Leninskaia Kusnitsh" plant. Sudostroent" 23 no.9:66 5 '57.
(MIRA 10:12)
(Shipbuildin,g)

STRASMIN, S.S.; VOLIFSON. YA.I.
Tank barges used on Siberian rivors. Biul. t0ii.-Okon. Infom
no.W77-78 158. WRA litO
(Sibarla-Thak vessels)

STRAjl,-17i,
Multibucket bnrr,~-type nonselfnronelline, dredge. Sudostruenie
21, no.4:72 An '5q. (MIRA 11:4)
(Dredcing machinery)

STRASTM, S.S,,
Shipbuilding workers In other branches of the natioral eoonofWo
S,1106troenig 24 r.*,11:79 H 15P. (MIRA 1211)
(Dridging xvichinery)

VUL'.',O~jOll , Ya. I . ; SMASHUN, IS * S. 4~
Ynrr7bOlLt for conveying alitomobiles a.-A motortriicks. 31tils
tekh.-nkon.taform. no.5:7.3-74 '59. (MIRA 12:8)
Orarries)

SKACHKO, L.S.: STITUSHUX, S.S.
Small-ailed vertical marine #team engine. Blul. tokh. okon. Infors.
no.9:72-74 159. 011RA 13:3)
(Marine engines)

MA.S*.P.17i. S.S., inzh.
Motor ships for the tem River. Rach.tratsp. 18 no.7128 JI 159,
(MIRA 12:11)
1. Zaved *Laninelraya lru2nlts&.*
(Lom Rlver-Xotor ships)

VOLITSON. Ta.l., inih.: S7RASIP'll. S.S.. Inth.
.; 0. 78
Motorship "Xrofel XMbarov.' Sudestroonle 25 no.'
Mr 159. (MIRA 12:5)
(Mortorships)

VOLITSON, Ta.l., inzh.; STRASIMI, S.S., lnzh.
Universal barges for use on Siberian rivers. Sudostroanie 25
no.4.-10-11 Ap '59. (MIRA 12:6)
(Barges) (Siberia--Inlan4 navigation)