SCIENTIFIC ABSTRACT TRNOVSKY, J. - TROFIMOVA, I. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203320017-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

048 UNCLASSIPIED PRO CESSING D&TE-020CT70
ACCESSION NO--APOiO7351
ABSTRACT/EXTRACT--(U) GP-0- Ad STRACTI., THE MACROSCOPI: DFSRADATION 3F A
OF RIGID:EPOXY RESINS (1) AND POLYESTERS (1j) (USED AS BI~IDERS FOR
GLASS FIBER REINFORCED PLASTICS) WAS STUDIEb DURI.NG~ELONGATION AT A
CONST. DEFORMATION RATE. THE DEGRADATION Q F I' ANID 11 SA-4PLES DEPF'4DED
ON THE E)EFG,RMATION RATE. THE DATA 09TAINEO CONFIRMED THE EXISTENCE 3F 2
MARKEDLY:DIFFERENT DEGRADATION PATTERNS, THE ELASTICt STRENGTH, AND
SMAIN PROPERTIES OF I AND 11 WERE DETD. THE DEGRADATION CAUSING STRESS
"PPROX. EVALUATED AS A FUNCTION~Of THE DEFORMATION RATE FROM THE
CAN- B E
'GENERALIZEQ MAXWELL~EQUATION-
'UNCLASSIFIED

USSR UDC: 519.2
TRNOVSKY, Juraj
Spectral-Decomposition"
Ekon.-mat.-obz. (Mathematical Economics Review), 1972, 8, No 4,
pp 384-401 (from RZh-Kibernetika, No 5, May 73~ abstracf No
SV396 by the author)
Translation: The purpose of the article is to:.present in com-
pact form the theory of so-called spectral decomposition used
in analyzing the stability of prediction models in order to
develop a procedure for constructing compositeiprediction
models based on particular models.
32

t,,D c621-315.4
USSIR
'SHVARTSBURD, Ye. Ya., TRQZj-LEYZVA~ G. K., POPEIMIKOV, V. A., PISAREV, A. V.
"Enameled Aluminum Wires With Polyimide Insulation"
:Kabelln. tekhnika. Nauchno-tekhn. sb. .(C ble.Technolo a.. Scientific and Technical
~Collection) 61, pp 8-9, Tfrom RZh-Radiotekhnika, No 6,Jun 70, Abstract
) 1970, VYP.
No 6v32b)
~Translation: Polyinide insulation. is of interest,because of its high res-,stance to
heatt. 11he authors point out the technological difficulties which bad to be en-
countered in developing eluminum wires with pol-li-ide insulation (chiefly the poor
adhesion between a polyinide film and aluminum).. 'The charae~.eristics of wires
developed with a double layer of polyesterimidopglyimide.~insi~latioii are given.,
Two tables. N. S.

-E--300CT70
1/2 012 UNCLASSIFIED PROCFSSING DAI
T-ITLE-CHRUMATOGRAPHIC ANALYSIS OF THE RaODUCTS 01: THE CATALYrIC
HYDROGENATION OF ADIPGNITAILE -U-
:AUTsHOR-(03)-TR0FILKINA; V.P.t BOBYLEVA, L*I., SLAVA10VAPIA.S.
.COUNTRY OF INFC--USSR
SOURCE ZH. ANAL. KHIM. 19170, 2512), 386-9.,
.bATE PUBLISHELI--70
--SUBJECT ARE .4 S-CHEIA IST RY
'TOPIC TAGS-CHROMATOGRAPPIC ANALYSIS# CATALYTIC HYfJRl'jCrj,:pTJoj~j ORGANIC
-::,NIT R I LE COMPOUND, SILICONE, HEXAMET HYLENEDI Apt I NEI I 1j) ? HIS,(i SILICW~E 01L
ZCNTXCL MARKING-NO RESTRICTIONS
ZUCUMENT CLASS--UNCLASSIFIED
'PROXY REEL/FRAME--200012175 STEP NO- UR/0015/70?025i002/03~
NO--AP0125755
.'C~PC ACCESSICN
UNCLASSIFIED

UNCLASSI FIED PROCESSING DATE-30OCT70
CIRC ACCESSION NO-AP0125755
~A5STRA.CT/E/v%TJRAGT--(UJ GP-0- ABSTRACT.: THE HYDROGENATION PRO-DiCTS UF
ADIPCNITRILE rCNTG. LARGER TAHN 15 WT.~ PEPCENT H SU82 0 CAN BE RAPID!
ANALYLED WHEN l4CNPDROUS TEFLON AS A SOLID SUPPORTAND SILIcCINE FJIL
PFMS-4 AS A STATIONARY LlQo PHASE ARE,USED. 'A HFLOW -('F 78 ML-MIN ON A
COLUNNV I M LCNG AND 6 MM DIAM.s.AT 1750,EGREES WERE USED.
HEXAMETHYLENIMINEr HEXAMETHYLEtllEDIA141NEl.,f--PSIL014 0111%0,~APRUNITRILE AND
MCETYLPIPERIDINE WERE FOUND. FACILITY: STATE.SCI.-RES. DES.
INST. NITRGGEN [NO. PROD. URG. SYN., MOSCOWs USSR4i

USSR
UDC.- 621-382-3
ALFEROV, Zh. I., A11-10SOV, V. 1. , GAM
UZOV, D. Z., ZHIIYAYEV Yu V.,
kOMTIKOV, S. G. t KOP I YEV, P. S and. TROF114, V. G.
"InvestigatIng the Dependence of the LVmirieacent Characteristics
of n and p Type GaP As I and.AlxGaj_XAs Solid%,Solutions"
x -x
Leningrad, Fizika i tekhnika polupr6yodnikov, No 10, 1972, pp 1879-
1887,
tiele is the latest of a series published
Abstract: The present: aru
by, the 'irst-named authorin collaboxation viith these or other re-
L
searchers regarding the nature of photolu-minescence spectra :~r
and Aly.'Gaj-x-ks.
solid solutions of GaP:, -X In. the present -, ~,qp e r
results are given of eX.perircontal investi;mtjojis' 11to the rol-1-4tion
of the- firin3c- band ir-a7imum rttdiatim and the reD.tivd radiation
intensity in the band as they depond on the comm.*5itioll of 110
t
solid colutions of both n Lind p typoso The expoit-:haental specimens
were, in the forra, of epitaxial layers. obtained by:,,tho liquid and
-gas transport method, thoix. cclixoositions being detcrmim~d by the
Microroeutgen spectral methoc! th D-1-5A analyzer.. The lu-
minezeence was excited by a Dj-?..:,'h,-250 Ilamp,vith a filter sys~.-am re-
movina the yelloit and green mercury linei;, alld thi, radiatiun sDec-
ti-a were recorded by the KDR-2 mono chromat or with,,a grating of
1/2

k:
a
II
r
. I,
.i

Semicond.'~Ctors end Transistors
JBSR
UDC: 621-382.2
N. B. SOMNIUK, B. D.: SHEYNMUT, I.I. I'--. , 21JOTJ~SOV,
I., and.TROFD-1, V. G.
Eicess Noise in Heterogeneous p-Al Ga As--n-!-6,nAs Photodiodos"
x
Leningrad, Fizik'a i tekhrAka-DoluDrovodnikov, Noi 10, 1972, Pp 1851-
1855
Abstract: Stating that researCh on the noise chm,acteristics of
'heterojunctions has been ne&lected, the authors prooent the results
-Hrations, i-rito the low-frcqi~ancy aoise char-c-
of experiz-aental inves.~-U
terist-ics, at 20-2--J0-) Ez, of spac-inen's. The
specim, ens vicre obta.Jmed by the, Grovth o-f ~ solid solull'imri All'is-GvAs
p-type epitaxial layers on n-Galks substxatesi The current noise
spectral density -Irao, measurod in darkiioss with the hetlerojunctions
biased in the forward as well fis inver'so. directiom;~, and With the
haterojunctions illuLinated in the gate mid photod.-Iocle modes. The
measurements were con6ucted at t-onre-ratures of 7f--300'-.Ir and the
-eravelength of the 111,xid-nat-ing light w~ao 0.68 rnicrozl:3. It
found that the current noise was in all, cases rauch: higher than the
-that ill
shot noise level, and umination of the speciniens did not.
vary the current noise spectral density with the spoc=ens biased
1/2.

-17
USSR UDC 621.332.3
Poialloy,
ALFEROV, Z11. O'DREYEV, V. M., GARBUMV, 1). Z.,,,11,01107,0v, YE. 11.
L. MALFILN ~V. 13.
"Current Flm.T M
echanisms in the Presence of Electrolumin~',Scence of p-GaAs-n-
AI Ga As lIcterojunctions"
x 1-x
Leningrad, rizRa I Tekhmika Poluprovot(nik Vol. 6, No 2, 1972, pp 366-375
A
stract: A --tudy vas nade of the e1cctroluminescent iopertics of p-Go-As-n-
b. P
'A Ga As lie teruj unc cions with a dif f Cron t ICVAI of allovi na of the p and n-
x I-x
regions. The clectrolm;in(inc(nice spectra and the dependencles of the r;:dlation
.4ntensity an the voltagc applied to the. h(., teroj unction werv investioated in the
tmiperature range of 77-400" K. In hetcrojunctions with an. acceptor concentra-
-3
tion in the -,)-reziozi of 1019 C*13 and a donor concentration in the ii-re-ion
>3-1017 cm-3, in the tenperature ranre of 77-200' R, the r4idiation in the
gallitin arsenide band is caused -by tunnelin of the electrons in the p-Gaiks
through the barrier in t1he conduction band. The experimental results obtained
are compared uirh the theoretical calculat-11on iiiade witain the frameimuk of the
lodol lisllallv 11rc." wilcil ilive.,;tit"atill"! tonneling In Schotti;v barriers
3 17 3
In iith weakly. alloyed zi-region (NI < 3-10' c1q,
1/2

ziR
ALFEROV, Z11. I., et al., Fizik'a i Teklinika Poluprovodniko Vol 6, No 2, 1972,
pp 366-375
there is two-vray injection of the carriers. The electron and hole current com-
ponents responsiblo for c.-ussion in the gallium arsenide and red bands -of the
electrolumincScent cr ectrunt Irc caused by. thermal ini c. C*tioa ~of the
P carmirs * -3
"'D < 10 8
With an increase in the alloyiii- level of ~ the n-region (3 - j()3_7 2.10t" m the- tzansparency, of the barrier in tile conduction
band is ~-;o great that its prcscnce has no noticeA31e effect on tile dependence
of tile clectron cciz.;poncnt of Gic current on Volta"O. At.lu~,! volta-,es eV <
n
(Gaiks) the 17.,ldfatJon, 1r. Ow:~C, is cmu-cd h,, tuancJ -Junc-
o,' it- JL C~l J.ZCO-11ALCtiOll 111',11d all~j Lit('. 1)
2/2
MENEM P11P , WIF I F111.01 VIT-1-011 TIP -1 A

USSR UDC 532.517.4
ARTYUKH, L. Yu., KRASIVNIKOV, T. K.,
_XtflRffO, A. T.
"Study cf the Microstructure of a Turbulent Stream on a Permeable Surfacell
V sb. Prikl. i teor. fizika Vyp.'3 (Applied and Theor6tical Physics. No. 3
rom M-Mekha
Collection of 'Works), Alma-Ata, 1972, pp 201-206 (f nika, No 3,
Mar 73, Abstract No 3B1057)
Translation: The results of an experimental study of average and pulsation
characteristics of a plane turbulent jet propagating along a permeable surface
thro ugh which there is homogeneous.injection or ejection of a gas of varying
intensity are presented. It is shown that upon injection (or ejection) of the
gas, there occurs a total restructuring of both the average velocity fields and
the pulsation velocity profiles. It was,established on the basis of thermo-
aUP-mometer measurements of the tangential friction stress that the point of
zero friction in a transverse cross section.of.the jet does not coincide with
the point of the maximum of the average v Ielocity. The effect of injection and
ejection on the transition from a laminar,flow regime to a turbulent regime was
shown experimentally. 8 ref. Authors' abstract.
M

USSR UDC 629.-78.015:532.526
ARTYUXII, L. Yu., KRASIL'NIKOVA, T. K. and TROFIMENKO, A. T.
"Study of a Turbulent Jet on a Penetrable Platelf
Minsk, Teplo- i Massoperenos (Ileat and Mass Transfer), Vol 1, 1972, pp 212-
218; (Referativn)-y Zhurnal, Series 41,,No 6%, 1972, Abstract~No 6.41.169)
Ibstract: Transverse input or discharge of matter in a boundary layer is one
of the effective methods of influencing the structure of flav and the condi-
tion of heat exchange in the boundary layer; it may be used to diminish sur-
face friction, prevent breakaway of flow, secure thermal shielding of surface,
etc. The given paper is devoted to an experimental study of the motion of an
isothermal jet along a penatrable plate im the presence.:, of h6mogeneous injec-
tion or suction of air across a plate. Given are-the design of an experi-
mental apparatus and the results of the experiments Biblio. 5, illus. 5.

~---7-777
-WSR UDIC 621.3-035.4
SELIVERSTOVe V. Pat MEL'NIXOV, A. Mal ZROqlqn0p, M. 1. and KUNIHp T. I.,
(DECEASED)
"On the Question of Constructing Chlorous-CtiprJ-Hagnesium Current Sources"
Ivanovo, Xhimiya i KTtimicheskaya Tekhnologlya; Vol 15,~No it, 1972, PP 1755~
M6
known that the use of magnesium current sources with
-Abstracti It is well
cathodes coated with CuCl is limited by their long period of activation and
by not allowing high current denuities. This work attempts to improve the
characteristics of sources by changing their structure. Tha negative electrode
was made of a magnesium alloy.(YIA-8), CuCl,consisted of not less than 95% of
the basic component. In the new current source the perforation of the conductor
was increased for coated electrodes, and the position ofthe electroue in the
model wras reversed. The period of activation is reduced~only:to tht- time
needed for the impregnation ofthe diaphragm..:Cathode potential has a sufficiently
positive value, and the elements are characterized 'by abigh a,nd stable tension/
strain. A/h capacity increases by - 1&-20%, One condition' or the attainment
of these favorable electric characteristics Is the exclus ,ion of conductive
1/2
8 -

Therilpy
UDC 616.981.553-06:616.8-036.17
ANTONOVA, T. It., VORONTSOVA, L. P., KYDRYAV`rSEVA Ye.
~POLOZOV, A. M., andJROFIMEN`KO, N. K. Volgograd Children's Infections Hos-
_T '~ Ift insdtu'
9 __Pe*otc~a
pital No.21, and Vol oTr, te
IrClinical Characteristics and Management. of Patients Suffering From Botulism
With Severe Affections of the Nervous System"
Moscov, Zhurnal Rikrobiologii, Epidemiologii i Immunobiologii, Vol 10, Oct 70,
pp,130-133
Abstract: Twenty botulism patients, including 12 with bulbar Involvement were
studied. Nineteen of the 20 patients recovered. Treatqient with botulin anti-
serum (polyvalent initially, and Monovalent afterldentification of the bac-
terium type) is effective. Hovever, injections of the serum do not suffice
when bulbar disorders develop. In such cases, it is imperative to perform
tracheotomy, drain mucus from the trachea.and the bronthi, and apply an arti-
ficial respiration apparatus. Patients with impaired deglutition and breathing
should be admitted to artificial respiration departments as soon as possible;
tracheotomy should be performed and,other measures such iio injection of the
antiserum, washing of the gastrointestinal tract-, etc., should be taken im-
mediately. Since most botulisin cases are by consumption of improperly
1/2

VSSR IDC 577.150.6
X~ M., TIKHONOVA, N. P., KUBLITSKAYA, M A., and RYABTSENIA, N. A.
TROF11paO,
"Strains of Botrytis cinerea, Pathogens of Gray Mold of Grapes, and Producers
of Enzymes of the Pectinase Complex"
Kishinev, Izvestiva Akademii Nauk Moldavskoy SSR, Seriya Biologicheskikh
i Khimicheskikh Nauk, No 4, 1971, pp 41-44
Abstract: In connection with a study of gray mold (Botrytis rot) of grapes
in the Crimea, five strains of Botrytis cinerea were isolated from infected
grapes. These strains differed in morphological, physiological, and bio-
chemical characteristics. Two of the strains isolated (Nos 20 and 30),
which infected grapes most frequently, had a high pecti-polytic activity.
This activity was preserved during artificial cultivation of the fungus on
a medium based on sugarbeet pulp, After the culture, Iluid dorived frow.
strains Nos 20 -tad 110 had been aeparated by filtratio:i, an enzyme prep~Lra-
tion with ahigh pectinolytic activity tins isolated by precipitation with
alcohol or ammonium sulfate. 'The preparation also had some proteolytic
activity and expedited the hydrolysis of cellulose. Tests in the wine-
making industry indicated that the enzyme preparationY which acted on the
skin of grapes, increased the yield of juice (by 2-4%)_3 of tanning

USSR UDC. 669.918.443539.214
TROF11011KO, V. and KOR14EYEV 11. 1.
"Nature of the Ductility of Various Smelts of ZhSo'.KP. and SP109 Heat-Resisting
Alloys"
Tekhnol. legkikh splavov. Hauchno-telthn. byul. VILSa (Technoloa of Idght
Alloys. Scientific and Technical Bulletin of All-Union Institute of Light
Alloys), 1970, Ito 5, PP 105-1,08.(from No 3, Mar 71j'Abstract
No 31750 by E-Volin)
Translat;ont Ductility diagrams are constructed for1ow-du.ctile smelts at
950-1200 . Brittle,fracture urAer hot,deformation occuiz in metal with
lowered technological ductility characteristics ( ,e I" The
drop in the ductility of individual sr,61-ts of BKOO'lialloy results from their
higher Si oxide content (up to.0.0018-0.0025;) and Mg,contant (up to 0.011%).
Tbe ductility drop In Zh36YP alloy is due to the prezence In the structure
trides# which are sources of
of large aggregations of Ti carbides and;carboni
crack initiation. The content of low-meltinig impurities (Pb, Sn, Bi) in the
alloys is insignificant; their concen+ration in ductile and~brittle smelts
is the same. Five Illustrations. Four tables. Bibliography. with seven titles.
MEMO MW

7, 7
UDC'632.3
USSR-
MOF.D.M.M.'e. N. i3enior Scientific Associates laborat6ry of Potato Virus
Itiseases, -Institut-) of Potato Cultur~al jdalatry of Agriculture, RSFSR and
G
VINMR, N. , Ju~dor Scientific. Associ;ate i Laborator~r of Potato Virus
!Diseases, Institute of Potato Culturei.-MinicAry of Agriculture RSFSR
"The
-Potato and Viruses"
Moscow, Priroda, No 7s 1971t RP 0-55
Abstracts The potato suffers from various virus diseaspes and from degenera-
tion -- the loss of yield by any given strain over a cciu=e~of years. The
characteristics and symptoms, of the variou3 viras. diseases are briefly
discussed and illustrated by photographs,of affected p2a'nts. Rethods of
diagnosist including serological Meth~&.(IntrodUot,on,of test material into
the blood of.experimental aninals, and the obtalningLof'..Jera) axe disewised.
identification of viruses by electron microscopy is covered.
The experience of Soviet wA US plant breeders 'in producing virus-
resistant strains of potato is sum=Ized,Some of the4se strains react to
vin.,ts. infection by forning zones of dead cells around the site of introduction
of the virus. Crossing with itild types to.produce vi-t-as-rusistant, strains
is, made difficult by the distance,betweenithe stilatypes and. the cultivated
1/2

~'EX6~iaogy
USSR
TRDFD40,V ALEMEY
Wall Rdbots Find Life on Mrs?"
~Moscov
Leninakoye Znamya, 32 ~hr 72,;p4
-bout Onoti
The scientific world is now wit on, seriously
roblem of seekinc,
and in a busines--like way, :diecuseing the "0
C~
methods and the necessary instr mentation, and i-mys to process
information and transmit it-to.earth. The next engineering,- prob-
lem is beinG solved. The time is arriving whon automatic bio-
logical stations will land on the Martian surface. The robot
biologists will answer,-the age-Iong.questiorr, is there any
life on Hars?
Tt has been estiblish,.A that many
inhabitants of the
earth's microworld can also live under ~I*artitn conditions.
From tho chomical point of view life on Eam.could develop and
evolve with ease. _Accordinrly, on Vars it would be most log-
ical to search for microorganisms nnd these iihould be very
numerous. Thus, aa a sampIej of. i-.,hat is sought 2ciontiats ai!c
Uninf,- tho world of torrostrial doroorn,4nisms: bj~otoria, ray

NOW
USSR
THWIMOV) ALEMEY, Leninskoye Znamya, 12 Mar 72, p 4;~
f unr i yeasts, and mold fungi. One gram of processed earth
-usually contains two or three billion bacterin (in chernozon,
up to 10 billion). '1he waters of seas, oceans and rivers
swa rm with re-aresentatives:of the raicroworld,,
It can be nostulalued that on i-lars retdref!entatives of
U
the microworld are also nunerous and found ever:n-,,here. Then the
fim-t mis!~ion of the automatic microbiological luborat y
(AMBL) will be to take samples of, the '71nrtian soil and atmo-
A
sphere and convey therl for.analysis to the approbriate instru-
-11 ~e taken frcm
Ments, Naturally) it is desirable~ that the 90
different nlaces end the 11.Tartian~ air mu2t ba lonS, nmmed
through a ~ensse filter.,wthich will retain the;repzlesentatives
of the microworld. 'Then this filter muet be subjected to in-
vestigation.
2/5

TROFINOV, ALEIMEY, Leninskoye Znamya, 12 Mar 72, p
Uow will we know if the -4:.3L has encountered living
matter? There are ti-zo ways. The first is to:demoristrae that
the investigated object is living. and dbveloping~ and tho sec-
ond is to carry out~a chemical analysis:of the matter and de-
terntine that it contain-s molecules characteristic only of liv-
Ing organisms.
Hetabolism in 'lie living ti~ansformation of
U organism,
one kind of energy into another, finally, exchange of a number
of chemical- compounds with the surroundinG mediQm, some of
which aro nocessary to the orl-
pnirim for normal life, Microns
others are its wastes, Such are the characteoistics of vital
functions. The release of host and carbon d1o;~ido are orocesses
which can serve as a basis in creating an autoriatic biolo"-,ist.
Highly complex instrumentation rausl- also be created for
a chamical analysis of living ~.`Iartian matter, According to ter-
restrial conceDts, any living matter con-sistAi of protein
breakcs dowai into anino acidej detectable by chemical analysis.
C]
Pose-ibly such experiments- can be, carrie out ~withj_ -c A,
Specific organic conpoundn-~. alz!o acconpany vital functions:
fats,; lipids, nucleic acids, carbohydrwa:t-es, etc. -Each of theze

USSR
TROPINOV, ALEMEY, Leninskoye ZnaMa,:12 14ar 72, p;4
coinpounds-'6an be identified~by,chemic6l anbly-sis methods. Such
a Complex analysis within.an automatic space apparatus i,- a
difficult but soluble Droble'M,
The macromolecular. structure of nroteins, en---ymes, and
nucleic. acids necessary to the organism as material for the
formation of cells is indicative of life. of livinC
matter are very large. They frequently contain Lenz- and hun-
dreds of thousands of atoms. These make theM very different
frc:-,l the ziolecules of inorGanic: substances In wlaich there. may
be only dozensof atoms. Determination of the:t saize of molecules
and investi.grtion of characteristic fui~ctiollal !Itroups is Bull
.another of the diroctions in o*poration of tho A*-ML.
lie may find that t1lo ohomistry and bioloi-,-y of life on
Marz are completoly different and onlMioem to us
today. Thon.
automatic apparatus designed for seeking life similar to that
on earth will be ineffective. T twill notbb able to "co,,-,.irrehend"
~the specific natfure ofthe othervorld and will not be ablo to
.4/5

~Jns,tr 'ntifton'~nd, Tulodpnt
ume
USSR UDC'621.791.948+62l.375.8.037:
-681.326..t:62-41
TYCHIINISKIY, V. P., Doctor of Technical Sciences, VASILIYEV, K. V., Candidate
of Technical Sciences, TROFIL%1QY,.._A_~_h., BABENKO, 11, P.,~SUKIfININ, G. K.,
YELISEYENIKOV, V. I., Engrtre~;Z' Research Institute, for Gas Welding and
Cutting Machinery
"Program- controlled Machine for Gas -lasser. Cutting of Sheet Materials"
Moscow, Syarochnoye Proizvodstvo, No 4, Apr 72, pp 52-S3.
Abstract: The Institute has d eloped a macMne for cutting of alloy steels,
ev 3.
titanium and, other r-aterials using carbon-dioxide Itisers, allowing any con-
toin- to he cut in the tracking mode. Contour control of-the machine is by
a dialtal programmed device using punch tape. , The machine has been tested
uslltg various materials including 1-10 mm sheets of'jow-carbon and alloy
steels of -various types. Good cutting accuracy hasA)een achieved: parts
have been cut from sheets up.to 3 nun thick, with =61.0th, even edges, and
very small zone of the-nnal effect near the,cut. Cuts amvery thin (a few
tentl-Ls of a m illimeter) .

U05,11 UDC 6221-51
R0FIl,',t3VI A. A.
"Yethods of Investic.-ation of the Nozzle Apparatus ol~ Centripetal Micro-
tur-tincs"
Moucaw,, Pnenratichoskiye Privody i Sintemy Upri~vlenlya --~Sbornik (Pneimintic
Drives and Control Systems -- Collection- of Works), 1971, p-p
vy rnal, Aviataionri~"jv, i Rhketnyy~! ariguteli, lio 11, Eov 'Fl,
(frow R-ferativn, iirl
Abst,,.-laet 11'e-) 11 ~q7
TmuUation: a-1,ticle eleL%ls with th- wor'-UnG of vAcroturlinec; in
camparivon to thall of convueL.J.0au, 'turbines. it, 1.6 i;l-uut in the
0
of ~microturlbines, tllc usa of "-fttitn valm,-tu of whi't,'li
affect tl)Q of conv~"atinpal t,'l0drv-r;k, br.I.L.3a ~ibaut 1;erious a2vars.
L M.Ije(jrC4: P.1 tile ()TIL%ration Of
vicro,turb-ner. are prevented. 4 fiCoures..4 referonces'

USSR UDC 548.0:532.783
KAPUSTIN, A. P., KUVATOV,~Z. Kh., T~0FILMgLV.L A..
_j., Institute of Crystalo
gr4,phy, Academy of Sciences of the USSR, Bashkir State University
"Thermodielectric Effect With.Phase Transition Between a Liquid Crystal and
a.Solid Crystal"
Moscow,.Kristallografiya, Vol 18,,No 315 May/Jun 73, pp 6477-648
Abstract: It has long been known that an electrically charged solid phase
grown in.the case of phase transitions between an isotropic liquid and a
solid dielectric. In this paper the authors describe',an analogous effect
accompanying phase transitions between a-liquid crystal and,a solid crystal.
A small drop of molten azoxyanisole was.crystallized oa a grounded substrate
at a cooling rate of 5 deg/min-.. At the instant of crystallization, charge
induction was observed on a measurement electrode placed close to the speci-
men. It was found that the specific charge of the sol -id specimen depends
on the rate of crystallization. The charge increases with crystallization
rate, approaching some saturation value. ~T~e,charlge gradually decreases
with time, apparently due to the adsorption,of ions from the air.
OWNER

I

2/2 009 UNCLASS I F I E:0~1 I PRO.CESS ING DATE--)ISEP70,
~CIRC ACCESSIOU NIO--AP0106866
ABSTRACT/EXTRACT--(U) GO-0- ABSTRACT ' THE FORMATION nF AN AZEOTROPE IN,
THE.SYSTEM ISOAMYiL FORMATE fll,HCO.SU82 H 4111,11AS REPORTE:9 EAPLIE.R
M.N.T.9 ET AL.9 19681. THE STUDY WAS EXTENDED TO IN'CLUDE BINARY ~LND
TERNARY SYSTEM CONTG,, I AND OTHER LOXW MOL. WT. ORG, r IgS. AS
PREVIOUSLYi THE '4ETHODS USED WERE RE,CTIFICATION,AND.EBULLIOtA-ETRY, AND
THE. COM.PN* OF THE MIXTS. WAS DETD. BY, GASLIQ. CHROMATOG. THE AZEOTROPE
IN THE SYSTFM IiACOH (111) CONTAINED T7 WT. PERCENT.I[I AND ITS B.P. WAS
(AT 760MM). NO AZEOTROPES WERE PAESENT IN THE.SYSTEMS
THE MULTI.COMPON NT MIXTS.
IsETCO SU62 .9 S TV) AND 'I,PRCO SUB2 H. (VI 14 1 .. I.. c- V,
OF-11, T.It, IV, AND V W'ITH-I AIND H SU'82 '0, THERE ARE 10 TERNARY SYS'TEMS
CONTG.J, THESE WERE STUDIED. THE SYSTEM IiIVoV NOMAZE0TROPICt ANID THE
SYSTEM,19119H SU112 0 CONTAINED (AS SHOWN PREVIOUSLY) A.TERN4RY
AZEOTROPE.. THE SYSTEMS IrlI'rTvv 1111"fvv, 1111191,Vp A114D 101119V CO.NSISTED
OF 2 BINARY ALEOTROPES. THE SYSTEMS,Itllllfi SU9:2 Oi~lslV,H SUB2 (It
ltV-fH SU8Z Ov AND lillolll:CONSIS'TED OF 0NE,AZE(YTROPE AND A 3:ZD HIGH
BOILING ZOIMPONENT. PHASE DIAGR'AMS ARE PRESMElY FOR T14F 10 SYSTEMS AND
THE.RECTTFV';ATlGN DATA ARE14SUL&TED.. THE PtESUL"(S ARE o[SCUSSED 19N
TERMS OF THE.THEORY OF ALEOTROPY.',
UNCLASSIFIED

Ylagnetohydrodynamics
USSR UDC: 533-951
YESIPCHUK, Yu. V., MOROZOV, A, I., TILININ, G. N., TROFIYOV, A. V.
"Fundamental Properties of Plasma Oscil:lations in an Accelerator With Closed
Drift and Extended Acceleration,Zone"
Leningrad, Zhurnal Tekhnicheskoy Fiziki, Vol 43, No 7 Jul,73, pp 1466-1473
Abstract: The authors investigate oscillations in an accelerator with
closed drift and extended acceleration zone. It is shown that oscillations
with a fairly high amplitude level are set up in all investi6ated working
modes. The two main types of instabilities. having the highest wiplitudes
are studied. It is shown that, in the case of easily ionized working sub-
stances, modes with one or the other type of instability - ionization or
drift -- can be independently realized.. Previous studies have shown that
conductivity anomalously high compared with Coulomb conduction is observed
across the magnetic field in an accelerator'with closed drift and extended
acceleration zone. Based on available data it may be.stated that this con-
ducitivity is caused b-f buildup of oscillations in the accelerator, the
main contribution apparently coming from transverse. amplitude electric
fiel&d-,. Electron drift in crossed electric and magnetic fields intensifies
1/2

USSR
YESIPCHUK, Yu. V., et al., Zhurnal Tekhnicheskoy Fiziki, Vol 43, No 7. PP
transverse diffusion. in previous work transverse conductivity had been
connecte
d only with an Jonization vave.' It is shown Oat many modes of
operation vil wave, in w
an ionization hich drift oscillations are the
:tundamental waveform, the conductiv.ity across the field is still several
orders of magnitude higher than Coulomb~conduction. It is hypothesized
that the mechanism responsible for both-ionization and drift instability
may be oscillations with a frequency.close to the electron cyclotron
frequency.
212.

USSR UDC 547.261118+546.287
TROFIMOV. B.?. A., GAVRILOVA, G. M., KALABIN, G. A., and VORONKOV, M. G.,
Irkutsk Institute of Organic Chemistry, Siberian Branchiof the Academy of
'Sciences USSR
"Bis(trimethylsilyl)phosphonemethyldioxacyclanes, Cyclic Addition Products of
Bia(trimethylsilyl) Phosphite and Divinyl Ethers of 1,1- and 1,24.1kanediols"
Leningrad, Zhurnal Obshchey Khimii, Vol 43, No 11, Nov 73j pp 2420-2425
Abstract: Homolytic addition of bis(trimethylsilyl) phris-phita to divinyl
ethers of 111-diols led to the formation of,4-iaethyl-5-,/bis(trim~-thylsilyl)
phosphonomethyl/-113-dioxolanes. The reaction proceeded stereaspecifically
with the formation of cis-isomers to the extent of!92%.: The reaction of bis
(trimethylsilyl) phosphite vith the divinyl,ether of ethyleneglyCD1 resulted
in the formation of 2-methyl-3-/bis(trimethylsilyl)phosp~onompthyl/-114-dioxan.

ussi UDC 547..37+547.26'118
A. NIKITIN, V. M., and ATAVIN, A. S., Irkutsk Institute of
rg stry, Siberian Department-ofthe Academy:of Sciences of the
USSR:
I'Vinyl Ethers Containing Trivalent Phosphorus. V. Particulars of Hydrolysis
of,2 (w-Vinylhydroxyalkoxy)"1,3,2-dionaphospholans"
Leningrad, Zhurnal Obshchey Khimii, Vol 42(103), No 2, Feb 72, pp 346-350
Abstract: Thle authors studied the hydrolysis of a new group of five-membered
cyclic triorgano phosphites --.2-(w-,rinylhydrox~alkyl,)-1,3,~-diaxaphospholans
in an attempt to define more precisely the hyclrolyois of,molecules of this
type and to derive additional information on their reactivity as compared with
their acyclic analogs. It is found that,2-(u-vinylhydroxyal.le.Yl)-1,3,2-diox-
aphospholans are hydrolyzed by the stoichiotnetria quantity of water, primarily
with the ring intact, giving the corresponding alkylene phosphites regardless
of the presence or absence of substituents in the phos~holan ring. The rate
of hydrolytic decay of five-meubered cyclic triorganoptiosphites exceeds the
rate for acyclic analogs both on the stage of convers,ion. to alkylene phosphites
and on the stage of conversion from alkylene phosphites to Monoorganophosphilles.
It is proved that the first stage of the hydrolysis is autocatalytic, and
1/2

- -51-- ---

USSR UDC 547.26'118+547.371
TPLI MV B. A., NIKITIN, V. M., ATAVIN, A. S., and KRIL'KO, bf. Ya.
"Vinyl.Esters Containing Trivalent Phosphorus., IV. Hydrolysis of Dialkyl
(w-Vinylhydroxyalky!) Phosphites. Effect of the Vicinal Hydroxyl Group"
Leningrad, Zhurnal Obshchey Khimii, Vol 42(103), No 2, -Feb 72, pp '1142-346
Abstract: It is shown that uncatalized hydrolysis of dialkyl(w-vinylhydrox-
yalkyl) phosphites goes through a stage of formation of~~dialLyl- and alkyl
(w-vinylhydroxyalkyl) phosphites in aratio determined both by the structure
of the initial triorganophospbite~and by the. .conditions~of th'e reaction. It
is,proved that further hydrolysis of alkyl.(B-vinyJhydroxyalkyl) phospbites
is lizaited by the decomposition of the.vinylhydroxy group. It is shovn that
the vicinal hydroxy radical.is a specific accelerator of hydrolysis of alkyl
(6-hydroyyalkyl) phosphites.
50
IMF,

USSR UDC 547.26'118
GAVRILOVA, G. M., and KORA
ATAVIN, A. Si" -TAYEVA, I. M.
Itkutsk Inst e of Organic Chemistry,,Siberian Branch~ Acad. Sc. USSR
VICYClization. Occurring During Homolytic Addition of Dialkyl Phosphites to
Divinyl Ethers of vic-Diols"
Leningrad, Zhurnal Obshchey Khimii, Vol'41 (103), No 4, Apr 71, pp 804-810
Abstract: It has been shown that dikkyl,pbosphites reacted with divinyl
ethers of ethylene glycol, 1,2-propylene glycol, and 2,3-butylene glycol
in,presence of benzvyl or tert-butyl peroxides or azoisobutyronitrile
produce nethyl substituted 2-(dialkylpliosphonemethyi.)-1,4-dioxanes rather
than the expected B-alkoxyethyl phosphates. In addition to these 1:1
cvelic addiLion products, phosphorus- containing ollilomem vere obtained
in--35-100% yiulkl, depending on the ratio of the reag,,ents. In general,
the main course of the addition of dialkyl phosphitas to divinyl ethers
of,-vicinal diols under homblytic conditions is~the,t,61ometization of
ethers.
33

UDC 50 341: 538-27 Y. -
USSR
KIALABIN, G. A., ATAVIN, A. S., GAVRILOVA, G. M.,~.
13jQ
and Corresponding Member of the Academy of Sciences U23R SHOSTAKOV-
~SKIY, M. F., Irkutsk Institute: o:V, Organic Chevaisbry, Irkutak, East
Siberian Affiliate, Siberian Department, Aeademy.*of Sciences USSR
"Structure of the Products Resulting'From the Addition of Diallcyl-
phosphites to Divinyl Ethers,of Gera-diols"
Moscow, Doklady Akadenii Nauk SSSR, Vol 190, No Feb 70, PP 849-852
Abstract: On the basis of PbM data the.authomoonclude that the
addition of dialkylphosphites to 1,1-divin-y1hydrw.-yalkanes occurs
stareosDecifically yielding 1,3-dioyolanes with ais-oriented substi-
A
L-Uents at C1, and Cq- The PT.M s-oectra indicate absence of free rota-
tion arounet-he P-6 and C-C bon7ds in:the (RO)2-?'(.,O)-CH2C- fragment;
thermore, the cycle is not planar. -An assumDtion,is made that
furt,
one , of the'carbon atoms of the cycle:j0 ~ or:1CEJ sticks out oil the
rlane of the ring by an angle of mare'lin 30d.

ul ; , PIRp(;ES5JNG DATE-
G UNCLASSIFIE! -RTIARY AM
INES- 20NOV70
E: 0-F- HyC~OXYETYL TE
pp OP -,!~GYL E, GYLA
-iYDR~ -RGPAA -41 N E S
SYNTHL&IS OF N, 2 1 jX'f ETHYL,,
Z.T. SH0STAK0VSlQY:v'i0i*F. v ATAVIN, A.S. , KASH I K
-TRLFIVCV, U.A.
~&-Wky GF
-'SbURC8-~-LHI. QPG. K I- I i"i .1970 t6 (5 140 2-13
DA ~E. PUHL [ShEC-------7C
~SLBJECT. APEf-S--CHEMISTRY
-fOP I CT.4(;S-- BkOM I NATE 0 CAGANIC COMPGUNDI'~ TERTIARY AmljqE, CHEMICAL
t:s is GRGAN I C AZC C 0P CU N G ET HANOL B ENZENE DERIVATIVE
C's"i T R 0 LIllAkKING-ING RESTRICTICN5
:DOCUMENT --CLISS-UNCLASSI FIED
PROXY REEL/FrZA;4E--3CCb/1333 STEP NC--UR/0366/70,1006/005/0902/1)908
ct Rc Ac:(.L-ssjrj,, NO-AP01135007
UNCLASSIFIED

Ur-;GLASSI F.11EVI lWCESSING DAfE--20.N0V70
CIRC N-C-AP0135007
7AbSif-,AC-t/tXli~ACT--(U) G~-G- AbSTKACT T HE REACTf.UN OF KIR PRIML-1 ;NCH SU-02
2
''Ch SUB2 Ll- 19 AND k Pr'l;-.El (AVEN':~ET9 ET; Ch S U 13', :CljCH SUa2.j CH SUB2
-:CH.CH SUZ~2 ; FGCH SU2,2 Ch SU629 HUCH SUL-2.CH-SU62.; CH~SU32:CHCH SUG2, CH
SU62 C-11 SLb2 UN; PH, CH SWU2 CH,SU6210H) 'WITH tiC. Tij"oLE t3lu'No GLH SW32 bR
L
JN. CULD FLH 50U;- GAVE 7',"-9CPEACEf,!T ~N(CH SU62 CH SW32 0H)CH SUB2 C
TIR I P L E b 1; CH (1). NMI S602 Ch SMJ2 it-0 SU63 fAEACTED WITH HC
TRIPLE FCM' Ml SU~2 B.~ TO GIVE IIGCfi SW32 Ch SU6Z. fs' ( CH SU82 C TRIPLE
BOML Cl-0 Sdi32- AT bl'-30Wr-.:;RELS 3ESIDES I CYCLIC 'CUMPUUNDS.. -SUCH AS
'iETIiYLt2.,Vlt!YL,I',3,C-X..IZGLIUlt4E aE, I WERE ALSO. PREPD. BY
RE FORMED- 5 OMIE
6P, I Tf-j'!R' NHCH S-jB2 CH SkJb2 0-i (k EQUALS
'41G FC TRIPLE bCNJ,C';fl SUB
REACT V
5052 CH SUb2 GH# CH. SU32CHOCH' SIJ32 CH SM; OR PliCil SU82).
2
-FAC I L I-TY:: IRKUTSK-. INST. GRG. KHIM. ik~.KursK,*ussR.
-LASSIFIED
N
U

1/3 '011 UNCLASSIFIM kOCESSING DATE--30OCT70
OF It3sDIOXOLANES WITH ACETYLENE U.'iDER 10TSICH REACTION
CohDITICNS -U-
M.F.j ATAVIN# A-S-s.TROfIMQVv B.A.v KORGSTOVAv
YEO S. 9 NEKRASOVAv Lo P*
.~CjCUNTRY~ OF INFO--7USSR
SOURC E- I ZV. AKAD. NAUK SSSRO*' SER... KHIM.i.1970, .13) 668-73
TE.FUBLISHED _-70
_SUBJECT.AREAS-CHEMISTRY
-AL. ETHER, UIOX4NE
"'_,T 0 p I rTAGS-COMPLEX COMPOUNOr ACETYLENE,~ HYDROXYL RAPI C
CYCLIZATION, CYCLOHEXANEv CHEMICAL REACf. ION TE14PEIRATURE
~:.tcmTROL` MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
.~-_-PROXY ~REEL/FRAME-1999/1762 STEP NLI---UR/0062/70/0001003/0668/0'-,73
~.CIRC ACCESSIGN NO-AP0123562
UNC LASS If LED

77777,1,
2.13 011 UNCLASSIFIED PROCESSING DATE-30i]CT70
..CIRC.-ACCESSION NO--AP0123562
.-ABSTRACTIEXTRACT-EU) GP-0- ABSIT.RACT*'
~-i 1.3,DIOXGLANES REACT AT
80-IZODEGREES WITH THE LOTS ICH "COMPLEX OF C SUB~'-H SIJB2 AND GIVE LOti
YIELDS OF PYOROXYETHYL ETHERS OF ACETYLENIC~H,3 COMPOS. FP~OH lf, DATA 1-i
WAS EVIDENT THAT !N A NO. OF CASES CYCLI.ZATION TO 1,fivDIUKANE. DERIVS.
TOOK PLACE. 2,HETHYL,1,3tDIOXQLANE 0- MLY AND R~FACTION PRODUCT OF
-ETj4GBR w4i) C SU32 N SUB2, (,F'ROM 4.8 G~IMGI~ GAVE H c,.y ON A STE,~Am
ZAT H I N ME P li 16. 7 PEIRC ENT 3, ME TH YL , 3, ( 2 2 HY DR 0 X YET H YL)a I j PR 0 P YNIE B S U8 24
6&--71DEGREES; A SIMILAR REACTION IN WHICH THE ORIGINAL COMPLEX WAS
PREPD. AT 37-50DEGREES AND THE. REACT I-QN ~. WAS RUN IN A $TREAM OF C S1,1162 H
SUB2 2 HR AT REFLUX GAVE SEC-SU CLELLOSOLVE, 8 SUB19 60-30EGREES~ WHEN
THE ABOVE REACTION WAS RUN IN THF THERE~WAS FORMED AFTER 3 HR AT
CRUDE HC TRIPLE BOND CCHMEOCH 'SUB2, CH $',IBZ 01-1, B SUB 19
50-62DEGREES. 2#METHYL,,21ETHYL,],#3.PDIUXCLANE IN 4-51M IJLAR' REACTION
SOMPLETED BY HEATING 3 HR AT 120DEGREES GAVE 18.2pERCENT
3*METHYL#3,ETHYLt3t(2vHYDROXYETHYL),Is~~RbPYNE'v El SUB15,82-50EGREESV
'ZONTG. 4MPURITIES, ALONG WITH 8-9PERCENT.~
3r6t-DIMETHYL#3#6,BIS(2*HYDROXYoETHYL)t:4 .jOCTYNE, a U 8 1JL8-20DEGREES.
WHEN THE REACTICN WAS RUNIN A CGNTINUPO' "a-TREAM QF.~C SUBZ H SUBZt
FINALLY AT.80DEGREESP IT GAVE 19PERCENT1
Z* METHYL129 ETHYL, 3 METHYL ENE 9 1 v 4 # 01 OXGLANE MIXED WITH MEET SUB2 COCH
SU82
CH SUB2 OH, 8 SUB3 50-50EGR.EES a WHILE THE REACTIUN:RUN 3 HR AT
0-;-50EGREES, THE 3 HR AT 100DEGREES IN MEPH GAVE MAfNLY THE LAST ETHER
(IMPURE)s
t
UNCLASSIFIED

3/3 UNCLASSIFIED iPROtESSING DATE---30OCT70
.IRCiACCESSIGN NQ--AP0123562
ACT/ EXTR ACT- PASS ING C SU82 H SU82 5HR INTO~ETMGBR IN ET SUB2 0 AND
TREATING THE MIXT. WITH 0.5 MOLE SPIiRO(4.,4)lr4v0 1OXONONANE IN MEPH GAVE
AFTER 3 HR AT 6C-95DEGREES, 18.2PERCENT,'MIXED
IlETHYLilt(2*HYDROXYE-~IHOXY)CYCLOPENTANE ANDA40CH SUB2 C14 SU82 OCETIC
SUB5 H SUBIO-CYCLO) SU62, 8 SUOL 60-30EGREESt AS"WELL, AS SOME
BIS-(I,(2thYDPOXYETHOXY)tl,CYCL*O.PENTYNYL),ACETYLENEr 8 SUB! 140--53DEGREES.
SrMILARLY SPIR014.5)tll4rDlOX.ODECANE:GAVE,~
L,ETHYL,1,121HYDROXY,ETHOXY)CYCLOHEXANF-:C.ONTG.
IVE-iHYNYL,1,12,HYDROXYETHOXY)CY'LOHEXANr- , 8 SU33 89-90DEGREES', REACTION
RUN AT LOWER TEMP. ALSO GAVE THE LATTER4RODUCTS.: FACILITY.,
:LRKU75K. INST. ORG. KHIM., IRKUTSKv U54R
UNCLASSIFIED

~'.,PROCESSING f)ATE--11SF_P70
1/2 010- UNCLASSIFIED,~
TITLE -~-SPLITTING OF AN ETHER BOND DURING DIETHYLENt GLYCOL VINYLATION -U-
AUTHOR--ATAVINt A.S,t AMOSOVAi S,V.v VYLEGZHANtNt 0. N. i 1~ ~.O?_. v * v
TROFIMOVw B.A*
C !NFO--USSR
URCE--TZV. AKAD. NAUK SSSR9 SER* KHIM. 11970-1 '(1)v 149-52
DATE PUBL ISHED ------- 70
"~_._SUBJECT AREAS--CHEMISTRY'
~.~JOPIC.TAGS-ETHYLENE GLYCOL, CHEMICAL BONDINGv ETHERt ETHYLENE
C nNTROL MARKING--NO RESTRICTIONS
-DOCUMENT CLASS--UNCLASSIFIED
.PROXY REEL/FRAME--1987/1055 STEP NO7-UR/0062/70 1000/001/014P/0152
:_~CIRC ACCESSION NO--AP0104453
UNCLASSIFIED

2/2 010 UNCLASSIFIED PROCESSING DATE--IISEP70
CIRAC ACCESSION NO--AP0104453
At3S`tRACT/EXTRACT--LU),GP-0- ABSTRACT. HEATING 04CH SU32 CH SU52 CHI SUB,2
(I.). WITH K13H ANZ)'C SUR2 HSU82 2 HkIAT 160BEGREE-S (17 ATM INITIALLY)
GAVE.53PEqC9_1,.T DIVINYL ETHER 4F THE GLYCOL# B SUo"13 89DEGPEC-St I'11H I C H
WITH I PEPCIENT HCL REGENERATED THE PURE GLYCOL't R StJBZ 900EGREES.
HEATING I WITH KOH AT 165DEGREES. IN~C SU52 HS02 (15 ATm INITIALLY) 3
Nq GAVE, AFTER CHROMATOG. OF THE MIXT. I.SPERCENT (CH SUBZ 0-4) SUS2
IDENTIFIED BY SILYLATTON. THUS,-DIETHYLENE'GLYCOL IS CLEAVED BY ICOH TO
(CH.SUB2 OH) SUB2AND THE PROCESS IS ACCELFRATED~~BY THE PRESEINCE OF C
SUBZ H SUB2* -THE EFFECT- -IS-. POS-SIBLY CAUS~D BY' CLt-4VAGC-`DF- 7HE ETHER',BOND
THROUGH ACTION OF THE ETHEREAL 0 AS A-NUCLEOPHILE IN REACTION WITH r, -
H SUB2 AND FORMING AN.TNTERMEDIAMSUCH AS fHOCH.SU82 CH SUB2) SUB2
0 PRIME POSITIVE-CH'.CH PRIMEaNEGATIVEs
UNCLASS.IFIED

UNCL ASS IF I EC PPOCESS I '~-G U A ri-:-- I 7JW-7C
JITLE-VINYL ETI-ERS OF HALCALLOHOL. I V C.ajqAL ~jf-7r)-ico FCR SYPITHEZIZING
Vxn,NCHALCALKCXYETl-;YLENES -U-
,~OTHOR-ShOSTAKCVSKIY, M.F.p ATAVIN" A.S., TR CF I MQV B. A GUSARCIV, A.V.,
CCUNTRY GF INF1--USSR
.`SCURCE-Zl--. CESHCI-. KHIM. 197C,- 4011), ~70-77
.D4T EPUEL I S.FE 1)------7 0
'~sUBJECT AREAS--Cf-EMISTRY
'. TGP [C T4'GS--HAL(jC-FNATL-G ORGMIC C GY P G U NO ETHYL~ENE, iORGAMIC PHCSPHO;~Us
COPKUND, GLYCCL., HETEROCYCLIC, (i X Y G F NCOPPCIUNDi Ul(E-VICAL SYN'THFSTS,
--:-FLUCPINAT[G CKANIC COVITUNG, OROVINATEC CRCAN IC COMPIUND
C-t-I'MCL M K I G C -E S t -2 1 C T I C N S
PPCILIMENT ell A S SL! N C 1. A S S If F I E C
PROXY PEEL/FRAME--1950/1342 STEP Nl--~UR/0079/701040/DOI/0070/0077
C:IRC ACCESSI(N N(--Avoce,9502
UNCLASSIFIEG

Acc. N Serv'ce: Ref. Code:
11&049 02, Abstracting' 1
CHEMICALABST.,
99938h Vinyl ethers of haloalcohols-~ IV. Generat metzioa
r
(,r synthesi Monolialoalkorrethylenes. afjW;tI-- "o-ii NL
tavin, , iniov
F, A A S. "B ~ A.,
Trof
M.- S~:nroonuitnva- V. 1. IIrkntII--. II)!*,V-=r-V. him..
4r- ju~4), Iti-i ~Muss).
A synthesis of (halooko--ty)ethylenis was dqMoped from the
Arbuzov rew-r-angement' of :v'jnAoYYalkyI gb~col plios~hites-
Heating 100 g (CH,)4k,OH), and 113'g KOH und4 70 mllttrahy-
drofuran in Ln antoclave 4 fir at 120' gavel 54% 14,c-~CHO-
(CH2)sOH, b13 95% dtq 0.8926, n7DO 1-4460. Trehfing 0-928 mole
vinyl glycol ether in~ 0.3, mole. pyridine and- 200 m! Et20 with
0.229 mole phasphoracb1oridite'of i~ glycol at 1 6~-20' ove, after
removal of C311sN.H0, (1) (R., R, and R' jiw'n): (qHI
H,
CHCHORO 0) alpioc"'CH'o
0
:-REEL/FRAME
.19801342
am-z- =-%=I

M~
Me, b, 96.5-, d- 1.1000, WW 1.4615; (CH2)2,~ H, Me, b, 8&-7%
1-0730.1.45M;,(CHs)4, H, Nf e, b--.s 105", 1 .00% 1.45,93, (CH2)j,
AP004950-1 H, Me, N 135a Low. 1.4605;~ (Clif)3, ]VIc,'We, b~ 870, 1.0500,
1-4512; (CI4..)4, Ife, Me, ~bj I 0430'i 1 45916- (CH2)r
CHMe, H Me,, 6i 90-5 ':1.0511'. 11~iiB; ~ ~C'H.W(CHO' H,
Me, bi 14 50, L1106, 1 ..4646; (CHOZ' tf, ~-Rt~ b6 0$
1.4710; H-b: 65*, These'Wllth 5'm.'i'~'-'alkyl
halide heated in a scaled tube at 9()-156* seven,.*.l hr gmve '-V-857,
Hsc:CHORX (R and X sho'wn):. (CH21-,: F, ~b. 7.90,:1 0.9745,
1.3860; (CHOt, Q, b. 10c~' I .0470j:l.~~75i (Cl-lj)i, Br, bst
500, 1.4051, IA710; CHsCI4.4 1, b~j 71"1 t.TS8$, 1.5263. (CH2):,
F, b. 1.4003'; W142)i' C1, bm 52--3. 1.0273,
I-.4375; (C110jo Br,~bi'550,~ 1.3494, 1.4 iO5; ~CH2)3. 1, 54-50,
1-6368, 1.&193; (CH04i Cli'bi? 01-5*, 0.0965, 1:445~,%; (CHI),,
13r, bu 72--W' LAW, 1.4710; (CH:)c,~ I.- b'~70-1 50, 1.5471,
1.5158; (CHj)d,:' C11 b12: 544?1 0.97f8j A.4478:; (Clit)j,
Br, bt 54-5*, 1.2049P 1.4708; (CH I.. bt 84-5,0, 1.39,i7,1.5015;
(CH,WHIfe, Br. bo' It 6-8*,* 1.2671, LAW, 1, 13,
62-4', 1.50,%.'1.5080; (CIj,)tOiCHz).,' Cl, b 69-70, 1.1040,
98C1343

1.4535- (CH.240(CH-ah, Br"b. 73-54, 1:3564' 1,4750; (CH,)10-

AP0049502 1, b, 58-9';, 1,16893, 1.5139. -~ Ex chauge of the iodo

members with KFgave the fltioro
analogs: tCI-Ij),, F, described
abovc; (CH02, F, 'describid-'above; b.A15-2900,
I ( R~ RI RI
0.9272, 1.4.045. Reurrangement*cr~
I
openizIig~only'arjd gave
14 j with Ii:C. Cli CHtBr resWted; m ring
HtC:CHCH P(O)('OCB CIi-,!3i)O(C H2)jOCH.CH.- (1R);
(PrO).,IIOCB CH20CH CH2 ~ ~d.E
~2 ~a il Shniladyi kave 7,only the
I
open-chain I-ljC-CHO(CIj2)~OP(O)(Et)QPr,~ bj,~
,97-9*! 1.0476,
,
1.4417. 111, b, 144-Z-, 1.3630, 1.4890,~was obtained above in
671:- vield. Reaction of 2 moles chlorohydriti '%-.-ith:2 motes
AcH and dry kICI at --5-0*~-gave the requisite chlor~ ethers,
which with 2.2 mole Et-N at' this imp., then:5 hr at. 80-90*,
'
'
s H2C-.CHQRX (I~i and X
shown):
gave the (haloalkoxy)etw;Iene
(CHI),, Cl; (Cf1t)x, Cl and (CHt)3, Br and (Cffjlj,~ Cl, 4ekribed
above. Triethylene glycol and Br with r~d V ja,~e (B~C%Cliz-
b,., IW~V, 1.6638, 1.5010,'which Nvith~pj)wd. KOH in a
Cu vessel at in partial vacuo kave 18.15% Ht(~,.040-
(CHAMCHOIBr, dekri4cd abovot, G. 14. Kosolapaff..g
19801344
1! 861111, ~-M

Ai~

fv
Ace,- NL Abstractldg-s
-ice:: Ref Code;
AP
005 345C cHEMICAL ABS
T~
mw* 110704b Vinyl ethers. of hRIo alcohols.' V. Synthesis Of
now funWonal-Alkoxyp'thyltus by nud W116 subtfltution of
*

the halogen, A G A. Ir.; :!Tj-o m* v'
. firn B.
USAro V
:
Shamarina, N.. V (Irk M Lns
utgk. t. iOrr. Khim..
7
Zh- Oig. Khii - - = _-32___(Ru_ss
::The reaction of
HIC, CHO(CH2)ix 11) (X is "Cl 6i Br)~ with, KSCN!kfLve 47-
65%o HiC: CHO(CHt).SCN is 2, 3', or Sirifilarly, I
reacted with ~ A:cMMM to $ive 32-56"d 49.0% A -CHO-
tc.
(CH0.CRAcCOiEt (ti b, 2 or 4). Tile reaction of I
with EUNC(S)SK *ive thd.*evsousl~. unkn~mm HWC:CHO-
(CH2).'SC(S)NE*2(xi92or4). -NaCNwithl' veft'C~CHO-
ga I
(CHt)
CH .CN (n is 3 or and'Na-.S: with I gave [HIC:CHO-
S
)
,
( I
II.

REEL/FWIL.
19630479

U, ";' in m M-

.Acc. Nr AbstractingService:
P00418453 CHEMTCAL ABSt.
89688n Reatrl' Oment: in thp, thiblysis of 2-='60
dr thyl~_ 1,3-dlolaiie. "TotAn"i" .-4h~ tilvil
Inst. '0 Kh' IL
mtsk~ -C.SSY, Zh Org'44ii,
T
14 4NM lie re tioll of 2-rfiethyl-~~-(
methyl)-l -3-dioxalane. with RSH ~,(R Pr 0 0-11u,
r is
R~f. Code
APP ~3 e 9

USSR UDC 547.728.1'756:542.944.1
TROFI
~NQV TSYSRKOVA, N. G., and GRINEV, A. N Scientific Research
Institute of Medicinal Radiology, Acad.: Sc. USSR, All Union Scientific
Chemical Pharmaceutical Research Institute Imeni S.' Ordzhonikidze, Moscow
112-Bromomethyl Derivatives of Benzofuran and Indole'and Their Reactions
With Some Nucleophilic Reagents"
Riga, Khimiya Geterotsiklichesk ikh Soyedinenii, No 3, Mar~73, pp 308-311
Abstract: Bromination of 2-me thy 1- 3- carb e thoxy-5--me thoxyb enz of uran with
N-abramosuccinimide, in presence of-benzoyl peroxide alad light yielded 2-
bromometliyl-3-carbethoxy-5-tnetho-zybenz,o.fu-ran, m.p. 80-81'. Under analogous
conditions, 1,2-dimethyl-3-carbethoxy"5,-methoxyindalp- yielded only 1,2-
dime thyl-3-c arb e thoxy-5 -me th oxy -6 -b romioind ole, m.p. 164-1.65', which upon
further reaction with N-bromosuccinimide gave 1-methyl-2-bromomethyl-3-
carbethoxy-5-metlioxy-6-bronioindole, m.p. 141-142. The bromomethylated
products react easily with mercaptans,' thiophen Iols ail.d secondary amin "-
yielding 2-alkyl(aryl)thiomethyl and 2-diaVkylaminomqthy1 derivatives of
-benzofuran and indole.
1/1

777777777
-....2/2 032 UNCLASSIFIED PROCESSING DATE--16OCT70
CIRC ACCESSION NO-AP0120839
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. AFTER SIMGLC GASTRIC DOSeS OF
DIMECARBINE PRIME14 C IN RABBITS AND RATS RADIOACTIVITY IN ORGANS WAS
HIGHER FOR ANIMALS IRRADIATEDJ600~Rl 24 HR BEFORE OGSAGE THAN IN
CONTROLS. BLOOD CONTAINED.DETECTABLE PRIME14t 45-60 MIN' AFTER DOSAGE
IN BOTH HEALTHY AND IRRADIATED ANImALS. DIMECA,RBINE PRIVE-14 C WAS
ELIMINATED MOSTLY IN URINE9 UNCHANGED OR AS Z METASOLITESt ONE GIVING A
NEG. TEST FOR THE INDOLE RING.~ -AFTER 5-I)OSES':tHE ORGANS SHOWED MORE
RADIOACTIVITY THAN AFTER I DOSE; AFTER 10 [)DSES:.A DECREASE SET IN.
FACILITY: OTD. RADIATS. FARMAKOL't INST. MED.~
RADICL-p OBNINSKP USSR.
UNCLASSIFIED
golo m, G., wl"

BEGIN=
Nec' an ca roperties
UDC 621.7.011
USSR.
TRET~YAKOV, A. V., TROFIMOV, G. K., and GUR'YMTOVA,, Id. K.
M6khanicheskiye Svoystva Staley i Splavov pri Plasti6heskom Deformirovanii.
Soravochnik (Mechanical Properties-of Steels and Alloys at Plastic Deforma-
tionz. Handbook), Moscw, Mashinostroyeniye," 19713ifi3 pp.
Abstract; Data are presented on the variation of mechanical properties of
steels and alloys in the presence of plastic deformation. Empirical formujas
are~given for.determining nominal yield~point, temporary strength, relative
eldngation,-and hardness as a~ftmction of-the degree,of deformation for any
ki-ad,of steel and alloy at room temperature.
ECapirical formulas for deformation conditions at high temperatures, as well
asAables of real strength variation withtemperature~ and rate and degree of
deformation are presented.
Tife-handbook is intended for designers and industrial engineers at machine
building and metallurgica! plants. 1t;may also be uso-ful for scientific
nd students of related- -pectalties. 36 tables,
personnel,~graduate students, a
10..figures, and 18 references.

USSR'
TREVYAKOV, A. V., et al., "Mashinostroyeniye," 1971, 63 pp
TABLE OF'CONTENTS*
Fdreword 3
Symbols 5
6
.1--. General Data
Metal Deformation at Room Temperature 6
Metal Deformation at.Righ.Tem 8
perature
IT... Mechanical Properties of-Metals and- Alloys Without Cold
11ardenin 11
Determinable Itechanical Charnct!eri8tics
Basic Mechanical Characteris ties of Metals and Alloys
Without. Cold Hardening 12
Mechanical Properties of Information of Steels: and Alloys
at Room Temperature 15
Specific Elongation 6 (in 2) arid,the Numberof Bends n
as a Function of the Degree of Deformation 15
Empirical Formulas for Determining Mechanical. Properties
of Steels and Alloys as a Fu6ction of the DOgree of
Deformation 18
214.

USSR'
TRET'YAKOV, A. V., et al., "Mashinostroyeniye," 1971i 63 pp
The Values of Coefficients Contained in the Empirical
Formulas
18
Coefficients for Determining
66'Nominal~Yield Point by
.
~a Grouped Formul t + A,~nl
a '70 2 ~~'c'O2
-
"
2.2
Coefficients for.D.tei~fig T
orary Stren'th by a
emp
Grouped Formula as =.C$ nit + _BEP~l 22
Coefficients for Determining the Brinell Hardness Number
by 4 Grouped Formula HB - HB ' + Cn2
7
init
24
~
Relationships Between Temporary.�trength, Nominal Yield
Strength, and BrinellNardness';", 24
Empirical Formulas for -mining the 114achanical Properties
Deter

of Metals After Dressing
-as Functions of th6:Degree of
Deformation
25
IV.. Mechanical Properties of Steels andAlloys at High Teneratures 26
Variation of the Real Deformztion~Strength au(k g/mm
With
,
-Temperature and Rate and:Degree of:.De_foTmati6h 26
Empirical Formulas for Ntemining'the Real Deforniation
Strength in kg/mm2
29
3/4

USSR
TRET'YAKOV, A. V., et al., "Mashinostroveniye," 1971, 63 p-p
Temporary Strength and the.Specific.Elongation vs. Temper-
ature
V.'. -Indicators of Plasticity and'Deformability
General Data
Characteristic of Basic Indicators of Plasticity and
Deformability
APPENDICES
Values of the en Multiplier
Comparison of Different Hardness Scales
Comparison of Specific Elongations.kin-%) of Samples With
Different Design Length to Diameter Ratio
Characteristics of Itechanical.Froperties; Variation of Metals
Chemical.Composition (in %).of the Most Common Stpels and
n Deformation
~Alloys, in the Prese ce of Plastic
REFERENCES
4/4
33
29
35
35
36
40
40
42
43
44
48
60

Acc. Nr: Ref.~ CodO:
rou
PRIMARY SOVRCE: Byulleten Ekqjerimen*tal'n,oy Biologii i
Meditsiny, 19.701, Vol Nrl. ~pp
ORGANOSPECIFIC ANTIGENS IN THE HUMAN LUNG
V. A. Semenov
Kazakh Scientific Research Institute
The antigenic pattern of the normal human lung was investigated. 14lethods of
precipitation and immunoelectroph 'presis made.it possible, to demonstrate 4 organospecific
antigens. It is shown that the lung, spleen, liver, and kidney 6)ntain non-specific antigens
common to each of them.
REEL/FRME,
19820418

Arl
JPRS $6018
17 May 1972

UDC 55O.B37 (269)
SOW RESULTS OF MAGNETMI%MRIC PROFILM IN THE ARCTIC OCEAN
A
b
l
rtir
e
y 1. L. Trofimov Amd G. A. ronarev, noscow, ;Izves tlvs~Akndemil
[
N--k SSSR. AT MrIPATrMas ion, No 2. 97-1, submitted 3 October 1970,
VP 81-
A distinguishing characteristic of a marine geological
cross section is the presence or a layer or sediments in its
Upper part f1_7,. In contact on the, one aid4i direct17 with
'
Voter arid 6n the other aide with highi-Impadance rcc)cn
of the
ary0tall1no basement. The raslativilty of marine: sedimonts-is
greater then the raoiativit7 of ets water; but the order or
'
megnitude in the saws /
;L7. The first marine magnototalluric
*
11 oundings
(MTS), made from th 11 drifting tee In the Arctic
Ocoon# revealed that the total longitudinal conductIvity,3 ob-
tained in an interpretation or the %scondingbranch of the im-
podanc6 curves Is greater then the total longitudinal conduo-
tivity of tha sea water layer '1 /3,47. This, to. attributable
to-the presence of a w^11-tonductina a6diments
total longitudimali
a he dIfforanco,
_
-Z2 -l*__Stu
';ky of the S~ dittriGa-tion can be called mar-
4no mah-11oLotelluric prcrM4
We hava date on =61:netotallurle obsorvatione from
the drifting ioo in moveral rarionv of the Arctic Ocean.
During 1962-1953 at;ch observationc were made on the
"Savorny7 Polyus" drif't*.ng station In the region at the Lomon-
osov Ridge and during 1967-1968 In the region of the Cbukot-
:jkly arch and the abys2al Amundsen Basin. We constructed a
map of the total longitudinal conductivity of tha-asdimentary
layer 3;? ror the contnal part or the Lomonosov Ridge, Kap com-
pilation wee based on an Intorp"tation or the ascending
branch of about 80 HTS curves constructed for two mutually
perpendicular directions. For most of the curves the Lmpadanoe
values Papp in both diroations coincidop evidence of the geo-
1 DL - USSR - E)

USSR ~UDC 536.24:628.165
DIOV 0
TROF L. I., and ZAOSTR VSKIY, F. P., Sverdlovsk Scientific Research
Institute of Chemical Machinery
"Heat Transfer During Vapor Condensation of Paraffin. Streams in Contact
Condensers of the Desalination Apparatus"
Moscow, Vodosnabzheniye i Sanitarnaya Tekhnika, No 1973, pp 23-26
Abstract: On the basis of experiments carried out, equations have been
obtained for the calculation of.heat transfer processes during the con-
densation of vapor on liquid paraffin streams of the-contact condensers
of thermodistillation dest-lination apparatus based on hydrophobic heat
carriers.

USSR UDC 666-76;621-792
VF.'R.ENKOVR, E. It., T OF FROLOV, A. S.~, and DIKAYA,
1. 1.., All-Unio WO&M 1c es -1
n Scienti ic es arch Institute of Aircraft Mate-
~rials
"Properties of Ceramic Coatings.From Phosphate Ceramics"
Moscow, Ogneupory, No 1, Jan 71, pp 41-45
Abstract: 'viorking on the assumption that the introduction of
phosphate compounds into the composition of.,'refractory oxides
permits an increase in the adhesion.strength of,ceramic coatings
their thermal stability., the authors st.udied A120 and Zr02
3
powder compositions with additions.bf aluminum phosphate bin-der
with the following composition: 10-11 percent H ?04, 15-16 per-
3
-c,ent ',Al(H2PO4)3, 23-24 pei~cent A12(~HFO/03,~ .50-51 percent H20.
Density of binder 1.55-1.64 gAm3* Weisht ratio A1203:P205 in
the binder was 1;3s8## The coatinp were ap'lied by rod gas-flame
1/2
JIMIUM-F N

USSR
VERENKOVA, E. IM., et a1-1, Ogneupork, No 1,, Jan 71, pp 41-45
spraying. The resultant phosphate ceramic boatings possess good
adhesion to metals and alloyst thermal stability,and impact
strength- These properties are-1-5-3 times grea,rer than those
of existing aluminum oxide and zirdonium dioxide.coatings with
or without additions of sodium silicate* On the',basis of their
low thermal conductivity and high adhesion strength and therrial
stabilityt the coatings are recommended fo~-:the protection of
-temperature~gas
metals and alloys agaihst the effects of high
:flows.
2/2

. .. ... ... ... . . . . . .. ...
0000 --77. -v
Z/Z 01:3 UNCLAS S I F I ED PROCESSING DATE--090CT70
CIRC ACCESSION NO-AP0112569
Ai5STRACT/EXTi-%A:l.-.T--(U) GP-0- ABSTRACT. THE REACTIO-N OF RGO-CH SUB2 CHR
PRIMEI OH IWTH COGL SU32 'GAVE R00CH SUB2 CHR PRINEI 0 SUa2 CCL (1).
REACTING I WITH NA SU62 0 -SUc3Z GAVE MUCH SUB2 CHR PRIME1 0 SU82 C)
:SU32 0 SUB2 IR ANO R PRIMEJ GIVEN); JERT-BUt H;:TERT~-KU, ME; PHCME
SUB42t H. THE REACTION OF I (R FQUALS TERT-BU) WITH 03Z00) SUB2 BA GAVE
TERT-BU00CH -SU82 CH SUB2 0 SU62 CO-OBZ., TkE THERMAL OtCOMPN. OF
(TF-RT-6EOOCH SU8Z CH, SU82 0SUSZ.C) StJ8Z 0 SUB2 (11) IN BENZENE GAVE CO
SUB2, TERT-BUDOCH SU82 CH SUBZ-OH (III)* TER1-BUO-OCH SUB2 CHO, AND
HCHO. IN C-UMENE AT 60,DEGREESI 14 DECOMPD. TO CO"~SUB2-, 111, AND
-UNCLASSILF.IED

USSR UDC 51. 621 391
:WINOVICH, V. M.2
"Certain Estimates of the Entropy of Discrete Random Quantities"
Veroyatnostn. Metody v Izmerenii iKontrole. Vyp. 2. (Probability Methods in
Measurement and Testing, No. 2 -- Collection of Works], Novosibirsk, Nauka Press,
1970, pp 63-68 (Translated From Referativnyy Z-hurnal Yib.eTnetika, No. 4, April,
1971, Abstract No. 4 V497 by V. Kolehin).
Wanslation: It is proven that if for random:,quant.ity E:1
-n. +
P n;, P1:- 1,
PJ>tPi+l where i>O, pi
11/2 and pi=p-i for all i:,~ then
Inn
4 M,
~2 Inn
H > 6141 n+p
where Hffl is the entropy of a=Mj~j, b=K.

USSR
li~ll Oa
"The Fif th Ocean"
MGSCOWI I'lloskovskaya Pravda, 11 Nov 70, p 3
Abstract: Many foreign scientist5 believe that the cleanest air in the
world is that of Moscow. Contributing to the sanitation o117' the atmosphere,
the "fifth ocean," axe hundreds of scientists, sanitary inspectors, hy-
construction workers, and engineers who are.'fig ting air pollu-
Sienists, Oh
tion. The Institute of the General Planning of Moscowl' the city Sanitary
Epidemiological Station, the Institute:of General and:1-funicipal Hygiene
imeni Sysin, and the Research Institute of Sanitation and KySiene imeni
Frisman have inspected about 500 factories and plants in the capital and
have established a plan for sanitizing the air in Moscow. Factories have
installed pollution-control devices or are changing, their terJinology. The
use of electros-melting, gasifica tion of boiler roomsi and application of
-decreased pollution of the air. All of
electrical filters have remarkably
these control measures are dixected by~laboratories-..:: some 27,000 analyses
of air quality are made by 25 stations:in the d ty eirary year. More than
1/2

XEF-9

USSR Circuit 7heory UDC 621.372.859
BOCDANOV, G. B., KOZILMN., 1. D., MEL"NIK, 0. F., TPOFIMOV, V. A.
"ExTerimental Cha):acteris tics of Certain Types. of Hulfopea Iffulticircuit Ferrite
Microwave Filters"
Moscow, Radiatekhnika i Elektronika, Vol. 17, Uo 10,1972, pp 2043-2046
Abstract: The electromagne tic characteristics of nulticircuit halfopen filters
and the temperature functions of thesefilters -- di'rect I.o;3-acs , reionance
curves, decouplin-, ouppregsioll c-)f a1wrious reaonauce_; anti thermal stability
characteris tics were obtained expe~illleatally in order w check the- known
theoretical principles and determine the posnibilitili.:In of practical application
of such filters. Ilie ferrite resonators were installed in the round holes of
metal diaphragrz, and a constant magnetic field was applied. The diaphragms
were arranged at a variable distance from eac.1 other and the input and output
ferrite resonators were located so that an~intermediate ferrite resonator
could be inserted as a third circuit. Investi.-ations * in the 3 centimeter band
denonstrated that wIth an increase in the diameter of the ferrite resonators
the minimum loss region corresponding to the criticil couplings is shifted
towards large distances between the filterf;,,, and it less expressed as
a result of relatively redistribution -of the mutual Ijsses and the los"es to
radiation. For the ferrite filter withon an interindiaw rosonator tile

U$SR
BOGDANOV, G. B., et al., Radiotekhnika I Elektronika, Vol:17, No 10, 1972, pp
~2043-2046
decoupling varies within the limits of 50-52.decibels, and for a ferrite filter
with an-intermediate resonator, within the limits of.62-63 decibels in a broad
frequency range. With orientation of the ferrite filters on the (1101 adds,
the thermal variations of. the losses are noticeable ~ especially in the positive
temperature range. The thermal effect bn-the parameters and characteristics of
sem-iopen filters can be reduced-significantly if! the ferrite resonators of
the filters are oriented independently:.(in the sense.of coupling) along the
isotropic axis. The frequency drift~ob6ined for twP coupled ferrite resonators
(67 kilohertz/degroe) indicateis.'Iiig~:th;~: I.~stAilliq': of,'the investigated
rma
halfoven filters.
2/2
6

LumineddMico-
USSR. I= 661-. 14
L. A.) V. D,. rad -in
LO L
~,Q - 'g. IQ, -n~ iigx 'Tee'
Institute i=ni L--nsovet
rocess of Fo-~ tion of znS(CU)-
Physico-Chierl-ical Investioation. of ttl i e
Phosphors; Report 1: Activitio-.1 of Zinc:Sulfide "j y 141P:-tallic Copper"
Moscow, Zhurnal Fizicheskoy Khirdi, Vol Wo 1, Jau 1910, pp 122-126
Translation: It was established that Zr,9(Cu)-phospho:vs with blue and s,reen
lumimescence can be dbtaincd by calcination of d,,--Qxidi.,ed Zinc sulfide with
inciUL114-c 'M the vOrngerne oxylgell, Sodium other subotances
WAch Contribute to th-:.- -apr),mmuce of, lumiw~fxeace Tlic- ir-'~-emsity of
-oradu~,cd by t1lc of deoxidizc-d
zivic slO-fidc vit?i couv-lr, is t~) tht~ Of
phors pr,.Y~I=ea ~n mirc-2--inc, fnr cxvunple, of
duction of lirce zinc iriLo a ch.L,-rge, ch cantaimr, -,im mAftdc-
and mta-l~lc " ' - Iscion of green an rvell
eac~s TO vjp-,-~e as of blus, lurd-nes-
cence., and widitions o--:' salf wr to the appearazice of the centerc of
red hea-'%-..

UNC.LASS11F.I%E.0 ~~,:.PROCESSING DATE-30OCT70
1/2 027 1-r -SPI -U
-,.TITLE-PHYSICAL CHEMICAL STUDY OF THE FORNATION.OF ZNS(AS) PHG 4OR'S
'~::~AUTHGR-(03)-GRCMOVp L.A.# LUKONENXG, V.0.91 TRO'F.IH:0Vv V~.A.
,----,CDUNTftY OF INFO-USSR
SOURCE ZH. FIZ. KHIMI. 1970, 44(33t 621-16
DATE PUBL ISHEl)---70
-PHYSICS
SUBJECT AREAS
TOPIC'TAGS-CRYSTIAL PHOSPHORP CHEMICAL REACTIONr ZINC SULFIDE, ARSENIDE,
ARSENIC SULFIDE* THERMOLUMINESCENCEr RADIATION !..NTENSITYr LUMINESCENCE
QUENCHING
CC14TROL MARK I NG-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
REEL/FRAME-2000/1.137 STEP NO--UR1007b/70/04it/003/0621/0626
C IRC ACCESSION NO-AP012479.2
UNCLASSIFIED

.212 027 UNCLASS I ~=!El) PROCESSING OATE--30OCT70
CIRC ACCESSICN t4C-AP0124792
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE CHANGE IN THE OPT ICAL
P"OUPERTIES OF ZNS(AS) PHOSPHORS IN THE REACTION ZNS ~PLUS ZN SUa3
-NEGATIVE AS SU62 YIELDS 6ZN PLUS AS~SUB2 S~SUB:3.UNDER VARIOUS CaNDITIoNS
WAS STUDIED. MIXTS. OF ZNS-AND:ZN SUB3 AS SU82'WERE HEATED I HR AT
.1100DEGREES IN AN EVACUATED QUARTX APIPUL. THE. (;fJNCN. OF ZN1 SU2.3 AS SU82
VARIED FROM 5 TIMES 10 PRIME NEGATIVE5 TO 3 TIMES 101 PRIME NEGATIVE3 G-G,
ZNSr AND THE VOL. OF THE AMPUL, VARIED FROM 3.5:T0 50 MLa THE INTENSITY
OF THE ORANGE LUAINEsc-.NcE~ FIRST INCREASED*' THEN DECREASED WITH
4"
INCREASING CONCN. OF Zill SUB3 AS SUBZ :IN THE REA'!TION M I XT. THE CONCN.
OF ZN SU83 AS SUB2 FOR OPTIMUM INTENSITY DEPENDED ON.THE VOL. OF THE
'AMPUL AND INCREASED WITH AMPUL VOL. WHEN THE CONCN4 OF ZN SUB3 AS SU82
'WAS CONST., THE INTENSITY OF THE ORANGE LUMINESCENCE DECREASEO WITH
INCREASING AMPUL VOL. THE AMT. OF FREE LN INCREASED WITH INCREASED
AMPUL VOL. ADON. OF ZN TO THE REACTION MIXY. LED TO INCREASED INTENSITY
OF THE ORANGE LUMINESCENCE. THEM INTENSITY 'WAS DECREASED 13Y AQDN. OF AS
_SU8Z S SU63. THIS WAS EXPLAINED BY REACTION OF AS SU82 S SUB3 WITH ZN
SUB3 AS SUB2 TO GIVE ZNS ANDFREE AS. -THE INTEN$:ITYIWAS ALSO DEPRESSED
BY THE ADDN. OF S. FAULITY:. LEN INGRAD.~!. TEKHNOL. INST. IM.
LENSOVETA, LENINGRAD, USSR*.
VING LAS S I F I E 0 -

USSR UDC: 1;35-37
GROMOV, L.A., LUKOMIKO, V.D., TFIQX]310V,_ V Te&nalogical Institute
,A., Leningrad
imeni. Tensovet, Leningrad, Ministry of Higher an.d Secondary Specialized Education
RSPSR
"Physicochemical Investigation of the Formation Process of ZnS(As)-Phosphors"
Moscow, Zhurnal Fizicheskoy Khimii, vol 44, No 3, Mar 70, -pp 621-626
Abstract: Research indicates that the centers of orange lumineocence in Zns(An)-
phosphcrs are formed during physicochemical~canyersion ofthe ZnS_An As2 system,
the chief stages being chemical interaction of the components and di fusion of
arsenic (in the form of negative ions) into.the zinc.sulfide lattlee. The validity
of this interpretation can bc checked- by studying the t7ay in which optical proper-
ties of ZnS(As)-pbosphors are affected by factors which determine the state-of
redox equilibrium of the reaction
3ZnS(solid) 4 Zn3 As2(601id or gas) 6zn(solid) As2S,(gas) (1'
The authors studied the optical properties of ZnS(As)-phosPhors:and the stAe of
equilibrium of reaction (1) as functions of the concentration of .,inc arsenide
in the charge, the vo_1=1-_ of the quartz ampules, and.theAntroduction of free zinc,
sulfur, and arsenic sulfide into the charge. The state of. equilibrium of reaction
(1) was determined from data on the determination of free zinc. In addition,
chemical interaction vmn studied in mixtures of zinc arsenide with, arsenic zulfide
and with sulfur. It is shown that the intensity of the orange bond in ZnS(Az)- phos.
horn depends on the state of the ZnS-U~AGMOtc'm. The aulihora axy-, sincerely grate-
P
~.V. ~MOSKVI~34 for, Interest in the uork.and cow9t*nia1,,tve VIrkticism offered

USSR UW 621.~71--32.4'
JY, S.A., 21pmovE": I y 1'.P. L-)!Z'OFPJYFMv'O, YE. 1.
_a'icma- Of The Effective Width Of The, Surface Back
Scattrarir- -Pa'~evn!: And The Diatribution Of RaA -oted Signals In The Mater ind
Docizator
1zv.VUZ: V-dioflzika, Vol YV, No 2, Feb 1972, pp 200~~:210
lbstruct: An acoo.an', ic givcn o,. it rxth6d of dolornining back acattering
U
pettcrno th,-- aid ci, tho. Doppler TL-3 special features of tile
equip~:--2-1', for the cire rhown, values of the
Offect 4 Qbb~incrf et w-E 2 m, 66 cm 34 cm, and 11.3
old, nli~i " 0- :~!:w-
U
p1mfid i~.~c'lfllnj L;nrjw,--so1.o.1chnk terrain
with ~samd duncio, rpar UO 41 orreat tc-.Irmcr)). The flijhtB
A
vere :i~, from 500-2000 M and at ap;i~-dn Prom 200-1,K,10 h~c~lhr.
Tho n0tt,A).' ai' Ooil 5-lito tll~ angla of vlopu are clooo to data ob-
taim-li IY -.-~-Lhod. Tha obt Jnod dits ion cona d
turibU .- Pirm
_U ~trintiira uni mide it pof,'sible
0 p of t~]," rj~!ei-fsi icn-
r
i"j
I' b in

USSR UDC 621.371.332.4
ALEKSEYEV, G. V. VOLFOVSKIY, S. A. , ZHUYIO%ISKIY, A. P., 0!Z0PR1Y-,-7,T-z,-0, E. I.
-10V. V A, _.1;-ALj
TROFI? D., -osco.,, Aviation, Institut'e.
"Experimental Studies of Ow Effective Back.-catrering Nam
i Width of Surfaces
and the Distribution of 1,,vflecte~ Sip
nals, in~ tbe 1~e ter 4ind Ducil-neter '.1ave Ranges"
Cor.lkiy, uchebr-vkh zavedeniy, Radlof ivika,- Vol XV, No 2
19,72, pp 200-210
Abstract: A study ums l--mde of a procedure for determinin.- the backscatter
pattern of a surfaca -using the doppJcr effect. "Results are presented from,
experipienta), stadies ir the waveran-a from 11 cm to 2 metc-rs above different
typer, of surfacev, (L"m Sea, forest ar'd Sa"'d duavs). ),esults are
presented also irml rmasurim., the ravios of thv Icvels o';-: clip re-f1ected and
-scaLterned CC)-'p-j-'len'Ls' of tll(-' echo Oil the basis Of the distribution obtaired.
Thp posribility of rcm-ote determination of, the statistical. characLeYiStICS Of
the surface is ii-flicatect.
In prart.-fce, determinatiorn-of the effective width of the
back-scatter pattern on ibasis of the doppler. effect cv,nsidarinq possible
modulation of 1,11-2 soundii-q-
signal are possible. E~.perim-ntal values of
0 [the effective width of the backsmitter pattern) are presented in
backscatter
1/2

jR
jR
M-'%Sl-:YEV$ G. V., et al. jzwstiya vysshikh uchelmvkh zavedeniv, Radiofizika,
Vol XV, No 2, 1972, pp 300-210
a broad wave range and for the various mentioned surf aces. The results of
recalculating 0 in the mean square value of the angle of inclination
backsc-~ttcr
$mean square are close to the data obtiined. by the optical method. The demon-
strated characteristic ransta-Lionarity of the. ec'no has it significant: effect on
the shape of Lhe exrer-ir,:cit:al distributions. The method of synchronous proces-
-mits consid~2ratiozt of the titentioned characteristic. . The exoerir-,~ntallv
si-ng pai
deterrained di-strilbuLions confirmed the theoretical. principles of signal struc-
ture and thay perai ttcd deterninatioa of the level: of th-- ref lected comi:;o-nent
as a function thc ral6iiLi.on frecluuncy and type of reflectib?. 5urface..
212

USSR
GOLOVACH, A. V., YERINA, A. M. andTROFIMOV. V. P
"Criteria of Mathematical Statistics.in Economic Studiqs"
Kriterii Matematicheskoy Statistiki,v Ekonomicheskikh Issledovaniyakh
[English version above), Moscow, Statistika Press, 1973, 136 pp (TTans-
lated from Referativnyy Zhurnal Kibernetika, No.9,~ 1973, Abstract No
9V325K)
Translation; This book studies tbe~general statements of the theory
of testing of hypotheses, presents the characteristics of the basic
statistical criteria and indicates the peculiarit.i6s of their applica-
tiOn to social-economic sttidies. The~classifications of criteria were
based not on their mathematical properties..but rather on the following
problems, solved using the criteria: testing of hypotheses concerning
the basic parameters of a set, testing of hypotheses concerning distri-
butions and testing of the existence,of a relationship between charac-
teristics. The appendices present tables of distri,bution -functions and
quantiles, as well as graphs of the power of criteria. The book is de-
signed for economists, statisticians,~taachers and~.students in economic
schools and departments, Annotation

UDG 662.21.5.1
USSR
J_
TROFIMOVA, G. P. DREMIN A N., Moscow
TROFIYOV, V. S.
p
"Shocked Air Electrical Conductivity as a Function of the Piston Material"
Novosibirsk, Fizika goreniya i vzryva,, Vol 8, No 4, 1.972, pp 490-501
Abstract: When using a streak camnera. to observe tha 'exit of a shock wave from
plexiglass into air the followin Ig phenomenon was dete~cted: if a strip of black
paper or copper foil was applied to the surface of the plexiglass, the correspond-
ing section of the shock front glowed in the-air appreciably more brightly than
the adjacent sections. If the frodtexits into rarefied air (initial pressure
= 10-2 mm Hg), the glow is not observed. The glow over.the copper foil is
P
0
much less than the glow over the black~paper, but a detailed study was made of
copper to demonstrate that the observed.phenomenon.was caused by the penetra-
tion into the air of foreign particles which shoot aiiead in the microcumulation
process (collapse of microscopic depressions on the foil surface) and are heated
up during the process of heat exchange,with the:environment. This would lead
to the ex-pectation that the appearanceiof the metal vapors must increase the
electrical conductivity of the shocked airi and,a reduction in temperature must
decrease it. It was found that the lifetime of the-riroposed copper particles
must be much less than the transit time of the shock front. to the electrodes.
Thus, the reduction in conductivity of the air cannot, be euplained by cooling

USSR
TROFIMOV, V. S., et al., Fizika gorenlya i vzryva, Vol 8, No 4, 1972, pp 490-501
of the air by the microcumulative jets. An effort was made to relate the ob-
served phenomenon to hydrodynamic effects which can',occur on dynamic interaction
of the foil with the plexiglass. The,results of optical and electrical experi-
ments with the hydrodynamic analysis lea*&to thecoh: .clusibn-of penetration of the
copper into the shocked air layer on-the one hand, and microcumulation is capable
of carrying the copper only insignificant distances,~on the other. Diffusion
of copper into the shocked air layer, 'which decreases its,conductivity (for
example, by chemical bonding of the o ~en), was cons'idered. It is probable
XY9
that the cumulative jets exist only oVir the foiland only then can the intense
formation of the copper vapors requiredfor diffusion take place. With an in-
crease. in thickness of the coil the amount of evaporated copper increases.
In rarefied air the copper particles cannot be heated: sharply and did not evap-
orate. This would nean no effect of *the copper on the conductivity of the air.
This explanation is complicated by the negligible distance of diffusion of the
copper in the time of the experiment. Thus, itis found chat under the effect
of a pressure gradient in the shock wave barod-iffusion takes place [Ya. B. Zel
dovich, et al., Fizika udarnylh voln i vysAotemperaturnykh gidrodinamichcaskikh
yavleniy, Moscow, Nauka, 1966], that is, the shock front carries heavier copper
Atoms than the air molecules. In the presence of barodiffusion the shock front
2/3
69-

7-554.11.0;,P-4~(053.
USSR U DO 621. 2
A.KH., OSKMOV, 1.1N. ,SAZH1111, L.I., TROIFIMOV, V-V-, MOYSAITY, B.Z.
[Vase. n-i. 1-inofolvoin-t-All-Union re Inntitutej
uDevice For Ignition Of Xenon Lamp,511
-i- '114'0, filed.l~ Kpr 70, published 6 Oct 71 (f rom
USSR-Authorls Cert -Picate No
RZh:Ele1,trotc1--hni1.-a i ene~getLhu, No 5~ Maly 1972, Abstract' No r-,jlq0P)
TranBlation: A device is proposed for~.igqitionof xenon 1=ps, which contains
a recti* C
fier mde with a ~hyriator, with a.control circuit consiqtinr, of a F
network (tsopoohka) with a switching, diode.1 The,'rectifior is svpplied from a
nupplementary- -windinp of the power tran.oformer ol" tlhelrect!Vlor. In oTd,---r to
nceomplieh control o~ thr,~ procees of ignition of the lamnn,- an inoreare of Choir
lifttim--, and a decroase o-', the overall~,aize of the davice, the roctifiler !a
connected in acriev with a eupplementury winding of the tranuforaler in the
Ignition circuit [ttiapl 1 0, the x4non lamp. For oupply of' t-he control circuit
an auxiliary rectif'i.-.,r ia used, connected to the power*,trans:~ormer, Bt the out-
put. of which the ?"' netwoek- is connected. 11.1ill, Ye. I.~ Af ar."o&.Y eva.

USSR
POPOV) B. G., TROF IMOV,V V.
"Stability of Rings and Cylindrical Reinforced Shells Under Local Loadincs"
4-ya Vses. Konf. po Probl. Ustoychivosti v Stroyit.~Mekh. Tezisy Dokl.
[Pourth All-Union Conference on Problems of Stability in Structural Me-
chanics, Theses of Reports -- Collection of. Wo-rksj , Moscow, 1972, pp 100-
101, (Translated from Referativnyy Zhurnal, Niekhanika, No 10, 1972,
Abstract No 10 V314).
Translation: The problem of stability 'of rings and cylinarical reinforced
shells is solved in its linear statement considering.heterogencity of the
initial stress-strain state. Loading with concentrated radial forces is
studied. An energetic method is used for, the solutio.n. The bifurcationaj
bend functions are fixed as trigonometric series. T)ie nor~mal displacements
of the second order of magnitude are determined in general form, allowing
the operation of a fixed system of external forces to' be calculated. The
problem is solved of the stability of a ring loaded.ittith four "dead" forces,
acting along mutually perpendicular diameters, with 6pposite forces equal
and mutually per-pendicular forces interrelated by a proportionality factor.
The problem, of the stabiljt~y of a reinfo-rced cylindrical shell is solved
using a semi-momentless theory. A fredly supported s1ii-,11 is loaded through
1/2

-O'S'SR
POPMF, 9. G. TlIOF 1,111011, V. V., 4-ya Vsas. Konf. po Prabl. Ustoychivosti v
StToyit. Mekh. Tezisy DokI., Moscow, 19.72, pp 100-10L.
a rib with concentrated radial forces. A solution for a smooth shell is
produced as a particular case. The influence of relative rigidity of a
rib on the critical force and form change upon loss of stability is esti-
mated. Results are p-resented from an ex
perimental study of the stability
of rings and shells; the experimental results we're close to the calculated
results.
2 A

USSR UDC: 6211'. 3.96. 6.621. ~I 5. 6l:2
KOFTEL-EV, V. T. , FAMR, S. 1. 2 TROF DIOV, Ye. A. , SHISHKIIIA, I. P.
Molylbde'num!'
"Emissivity of Cermets Based on Aluminum Oxide: id
Elektron. tekhnika..I,TeLtichno-tekhn. sb.;' Materialy (Electronic Technology.
Scientific end Techn- I Collect- 1070, Vy
I c eJ lon. Materials), - p. 3, pp 128-3,19
i N
(from RM-Radlotekhnika, 1,16 1-2, ID _- c 70, Abstract No IV446)
Translation: An investigation was made-into the emii;slvity of pressed and
sintered ceramals with composition (16-!8)t vol.3' ~io 45, BeO+A1203- A check
on various _m2tlhodo oi' measuramert showed that the rir),,,,.t relial)le- is the
r--thod of the vaaishing reference point: a Ilight bedm Is directed at the
surface of t,,e speciren and the reference Omgo) ; t2he,lillumina-rice or ten-
pe-rature of the speciv,,I~!n, vhich Is heated by'the dirilct pai3sal-e- of current,
is selected in such a way that the briotness of the.isr;ecimen and reference
is equal in monochromatic lieit. The resultant value's of the coefficient
of 0.81 (�5,4) are conziderabl hig~ier than the coef fl:clent.
y s of emission of
the components of the ceramal. N. S.
VI

AbBtract2 The process of sinterLig thin nichrome flims (80Ni-2OCr) Of
various thickness (iuuu, _i4, cuta zo A) is corwidexed by atudying the variation
.of their electrical resistance during beat treatment. The processes of
zonal isolation are supposed to have a decisive effact on -the electrical
resistance variation dui-ing heat treatment. Optimal~conditionG are suggested
for vaporized coating and heat tredtment of thin n1trtomeIllms (300 Ohm/cr,?-
wirface resistivity with devi-ations not exceeding 0,k'OZS dw-ing heat resistance
tests, and not more than 0.1% for.cold resistance and thermal shock tests).
IA

USSR UDC 665.637.6.:621.892.096/.097
BLAGOVIDOV, 1. F., SHOR, G. I., -T.ROFIMOVA, 9-.-Ll and LAPIN, V. P.
"Some Aspects of the Development of Contemporary Motor Oils"
Moscow, Neftepererabotka i Nef1tekhimiyaV No 10, 1973), pp 29-32
Abstract: Compatibility of alkyl salicylate, sulfonate, succinimide, and
dithiophosphate additives Was investigated as well as,their pickup by oils
of various chemical compositions4 On the bas-A*.s of experimental results
effuctive motor oils have been developed.for the current high performance
engines,.containing a selection of,contemporary additives with consideration
of ma.-Amum utilization of'their functiona1propertiest'

USSR UDC 615.472:616.12-008.1-'18
BELILOVSKIY, M. A. , BERGER, I. I., FROLKIN, 0. A., ST~,TSIN, A.,,A.., TROFDfOVA '
and GUSMUL-1, V. Ye. -All Union Scientific Re~ear,ch- Ins titule 7*o"r4teMa1JMc*aT-
Instrumentation, Moscow
"The Biopulse-2, an Apparatus for Auxiliary Blood Cirtulation"
Moscow,. lefeditsinskaya Tekhnika, No 4, 19712 pp 14-19
Abstract: The Biopulse-2 is anelectromagnetic pump with bioelectric. control
designed to. Drovid different kinds of cardiac
e auxil4ary blood circulation in
insufficiency in order to relieve the heart and increase the venous blood flo-.,I.
The apparatus consists of a cardiac bia-potential amplifier, control unit,
power amplifier, rotor -with a Dump., and power supply. ~~The biopotential ampli-
fier collects and processes biological informatima. The control unit regulates
the pulsating current. The potier amplifier boosts th e~pulsating current of
low-Dower electrical energy while the electromagnetic motor With a diaphragm
pump head trazisforms the electrical' energy into mechanical energy to move the
blood.
*1/1
55

USSR UDC 662.215.1
TROMOV, V. S., TROFIMOVA, G. F., DREMN, A. N., Moscow
"Shocked Air Electrical Conductivity as a Function of the Piston Material
Novosibirsk, Fizika goreniya i vzryva,, Vol 8, No 4, 1972, pp 490-501
Abstract: 11han using a streak camera to observe the exit of a shock wave from
plexiglass into air the following phenomenon was det6eted; if a strip of black
paper or copper foil was applied to the surface of the plexiglass, the correspond-
ing section of the shock front glow-d , in.thIe air appreciably more brightly than
the adjacent. sections. If the rontexits -into rareii6'd air (initial pressure
P6 1= 10-2. mm lfg), the glow is not-observed. The glqw~over the copper foil is
much less than the glow over the black paper, but a detailed study was -made of
copper to demonstrate that the observed phenomenon was caused by the penetra-
tion into the air of fore-Ign particles which shoot ahead in. the microcumulation
process (collapse of inicroscopic depressions on the foil surface) and are heated
up during the process of heat exchange with the envirohnenti This would lead
to the expectation that the appearance of the metal vapors must increase the
electrical conductivity of the shocked air, and a reduction in temperature must
decrease it. It was found that the lifetime of the pr6posed copper particles
must be much less than the transit time of the shock front to the electrodes.
Thus, the reduction in conductivity of the air cannot b,e explained by cooling
1/3

USSR
TROFINOIT, V. S., et al., Fizika goreniya i vzryva, Vol 8, No 4, 1972, pp 490-501
of the air by the microcumulative jets. An effort,wa,s made to relate the ob-
served phenomenon to hydrodynamic effects which can:occur on dynamic interaction
of the foil with the plexiglass. The results of optical and electrical experi-
ments with the hydrodynamic analysis lead to the conclusion of penetration of the
copper into the shocked air layer on the one hand, and microcumulation is capable
of carrying the copper only insignificant distances,*~on the other. Diffusion
of copper into the shocked air layer, which decreases its:conductivity (for
example, by chemical bonding of the oxygen), was conrividered, It is probable
that the cumulative jets exist only over the foil and only then can the intense
formation of the copper vapors require~lor.diffusion. take place. With an in-
crease in thickness of the coil the amount of evaporited copper increases.
In rarefied air the copper particles cin'not b a heate-&sharply and did not evap-
orate. This would mean no effect of the copper on the conductivity of the air.
This explanation is complicated by the negligible distance of diffusion of the
copper in the time of the experiment. Thus, it is found that under the effect
of a pressure gradient in the shock.wave,barodiffusion takes place [Ya. B. Zel'-
dovich, at al., Fizika udarnykh voln i vysol, eraturr.Xhh
oteg h -idrodinamiclieskikh
yavleniy, Moscow, Nauka, 19661, that is the shock front carries heavier copper
atoms tbaa the air molecules. in the presence of barodiffusion the shock front
2/3
'e

1/2 019 UNCLASSIC.IED. ~.PROCESSING DATE--230CTIO
:.TITL.E--NEW REACTION FOR TliE PREVAKATIOW OF. PERQXr6,ES or-
POLYNITROCARBOXYLIC ACIDS U
-AUT)i0R-(03Y-EREMENKOv LeTet NATSIBULLIN# F-YA-9 TROFIMOVAt G.P.,
OF INFO--USSR
SOURCE-IZV. AKAD. NAUK SSSRv SER. KH I M 1970t 3 63073
,DATE PUBLISHED ------- 70
.-.-.SUBjECT AREAS--CHEMISTRY
-.TOPIC TAGS--ORGANIC PEROXIDE, ORGANIC NITRO COMPOUND, CARSOXYLIC ACID#
FLUORINATED ORGANIC COMPOUNDt DRUMINATED ORGANIC COMPOUNI)t CHEMICAL
SYNTHESIS
T
.~~CON ROL MARKING--NO RESTRICTIONS
_'.0OCUMENT CLASS-UNCLASSIFIED
:~:PROXY REELIFRAME--2000/0735 STEP NO--UR/0062/70/000/003/0630/0633
I R CACCESSION NO--AP0124405
UNCLASSIFIED

FV
~-2/2 019 UNCLASSIFIED PROCESSING DATE--230CT70
C.IRC ACCESSION NO--AP0124405
ABSTRACT/EXTRACT--(U) GP-0---~ ABSTRACT*, TO 0.1 MOLE POLYNITROCARBOXYLIC
,...ACID I-N H SUB2 0 WAS ADDED AT 18-20DEGREES 0.055 MOLE 10PERCENT K SUB2
CO SUB3 OR, KOH-AND AFTER 30 MIN THEz.HOMOGENEOUS~~SOLR. OF THE K SALT WAS
DILD. AND TREATED AT 1-30EGREES WITH-F OILD.* WITH N IN 1:30 RATIO. THE
DECOLORIZED SOLN., DEPOSITED 69-80PERCENT THE FOLLOWING (RCH SU82 CH SUB2
CO SU82.1 SU82 (R SHOWN): MEC(No SU82) SUB21 Mi,88.5DEGREES, (0 SU82 N)
SU83 C, M, 114DEGREES; CF(NO SU02) SUB2.) M. 89*5DEGREES; CCL(NO SU32)
SUB2t M. 94DEGREES; AND CBR(NO.,SU8Z)'.~,SUB2t 14. 69DEGREES, RCO SU62 F WAS
THE MKELY INTERMEDIATE IN THE R.EAC.fI ON., FACILITY: INST. KHIM.
FIZ.-r MOSCOWT USSR.
UNCLASSI:

UNCL AS St F'l ti) ".;:OR06E~SSI%G DATE- 020CT70
TITLE--i:-":VICE FOR MEASU,~I%G THE CONTACT.-PRESSURE OF A V,BELT ON A PULLEY
A.F.-* TROFIMUVA~ I. N
C OUX T R YU F INFO-USSR
.:-SOURCE--KAUCH. REZINA 19709 29(2), 49-350
:..DAT,E ISHED - ----- 70
CT AfJEAS-MECH.s IND.t CIVIL A MARINE ENGR
'-~.JGPIC: TAGS-MECHANICAL POWER TRANSMISSION DEVICE, MECHANICAL ENGINEERING
--~CUNTFOL MAPKING-NO RESTRICTIONS
D V C V P. E N;T -CLASS-UNCLASSIFFED
~~-P-kUM 0iLL/FRAME-1990/1302 STEP NO--UR/0'138/70/;)291002/0049/0050
pin ACCESSION NO--AP0109386
UNCLASSIFIED

212 008 UINICL 'ASS IF I ED PROCESSING DATE--020CT70
-Clqt ACCESSION NU--4POI09386
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE PRESSURE (P) EXE~TED BY A
TRAN-St-'ISSIC-N BELT OF TRAPEZOID, CROSS SECTION ONITIlE INNER SURFAcEs OF 4
SHEAV~ CHANGES WITH THE TENSION OF*THE,5ELT. THE TENSION C~IANGES THE
SHAPE OF THE CROSS SECTION AND, CONSEQUENTLYl tHE DI'STRIBUTIO~l OF P. AN
APP. IS DESCRIBED FOR DETG. P AT VARIOUS LOCATIONS OF THE INNER SHEAVE
SURFACE. IT CONSISTS DF A BELT TENSIONING SYSTEM, AND A SHEAVE THE 2
SIDES tJF WHICH CAN MOVE IN PARALLEL TO THE AXIS.. ONE OF TIE INNER SIDES
kiAS.SMALL PERFORATIONS SERVING FOR THJE~HYDRAULIC~P DETN. THE APP. IS
USED IN THE DESIGN OF SHEAVE GROOVES FOR THE V AND TRAPEZLID CROSS
o
SECTICN BE
~LTING. FACILlITY: NAUCH-ISSLED.~,JNST. REZINt PROM.,
LENINGRAD9 USSR.
UNCLASSIFtED