SCIENTIFIC ABSTRACT TELNOV, N. T. - TEMPER, E. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203310001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


USSR UDG 6'18.06-419.8;6'!7.5217-001,-.14;
631.37:65~6.7
SAKALLY, M. TS., GOLUBEEVA, L. I., BALASHOV, A. YA., P
~LIIT~~,
V. N., T T.
"Utilization of Fiberglass. Plastics for Agricultural Aviation
I
-pparatus"
Moscow, Pla3ticheskiya _Iassy, Vol 2, 1970, DD 58-59
Abstract: Because of the fact that metallic units u5cd in air
spraying or agricultural fortilizors or toxic agonts aro
corrosive, an attempt was mado to A'Ind Tioro rosivrzant rtatorials.
I a VPS "W; F
Tbe authors experLmented with fiborglan. -7, 2.1-H ;-, Ei
32-301)' P11-1 matorials and with low domity polyathylono. As
a result of thoir work, matoriala wore :,nado from fiborglac;3
VPS-7 to assure strength, and plAtod with low density poly-
ethylene films to give the desirod chemical rasiatance. In,
this manner reservoirs for chemical agents and thr. dispor3ing
arms oou~.d bo manufactured.
1/1

1/2 023 IJ14CL ASS IF I ED' PROCESSING DATE--ISSEP70
.-,,.,TITLE--RADIOISOTOPE SCANNING OF THE LIVER IN THE RESTORATIVE PERIOD AFTER
RESUSCITATION OF THE ORGANISM -U-
~-AUTHOR-(04)-RADUSHKEVICH, V.P.t 14IKHAYL0Vw M.M.,
YU,,Ao
,,GOUNTRY OF INFO--USSR
SOURCE--KHIRURG[YAI 1970, NR 4, PP 105-108
------- 70
DATE PUBLISHED
.SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
KO$ONOGOVv L.F.* TELNOV?
TOPIC TAGS--RAL)IOISOTOPE, MEDICAL NUCLEAR APPLICATION1 LIVERr
RESUSCITATION, CLINICAL DEATH, IODINE ISOTOPE, TAGGED ATOM, ROSE BENGAL
CONTROL t4ARKING---NO RESTRICTIONS
-,DOCUMENT CLASS--UNCLASSIFIED
STEP NO--IJR/0531/70/000/004/0105/0109
CIRC ACCESSION NO--AP0054112
UNCLASSIFIED

2/2 GZ3 UNCLASSIFIED PROCESSING DATE--18SEP70
CIRC ACCESSION NO--AP0054112
'ABSTRACT/EXTRACT--(U) GP-0- A3STRACT. TH6 ARTICLG DEPICTS THE EXPERIENCE
IN RADIOISOTOPE SCANNING OF THE LIVER OF THE RESUSCITATED ORGANISM WIT11
A DIFFERENT DURATION OF CLINICAL DEATH. A RA010100INE LA6ELLED SOLUTION
OF BENGAL ROSE 14AS INTRODUCED INTqAVENOUSLY IN A DOSE OF 2 MUG-Kr, OF
BODY WEIGHT. EXPERIMENTAL AND CLINICAL INVESTIGATIONS TESTIFY TO THE
GREAT VALUE OF RADIOACTIVE SCANNING OF THE LIVER IN THE RESUSCITATED
ORGANISM. SCANNING YIELDS ADDITIONAL INFEURMATICti ON THE CLINICO
-BIOCHEMICAL DATA FOR THE EVALUATION OF THE FUNCTIONAL CAPACITY OF THE
LIVER.
UINC L-A S7S4 F I F D -

Television
USSR
uDc 68i.ih.1523.8
BRAUDE, G. V. , E01,'MT-BRUYEVI(,'!f A. M. , GEL I-FATiMiEYN, Ya.. A. , ~GUL*=, J :17
KRIVOSM'EY, I. , 1"IFS-HY, G. Ya. , TISHC-HENKO, I. M. , TEL I NMI, 0. A. ,
IGIPSIN, A. 'Ya.
"A Television Device for Determining tile Coo-rdinates of Point Cbject-s"
Moscow, Otkrytiya, 12obreteniya, Promyshlennyye Obraztsy, Tovarnyye Znaki,
No 26, Sep 71, Author's Certificate No 313210, p 165
Translation: Thir Author's Certificato intrOuces a television d~_,vice for
deterninin(, the coordinates of 'point objects. The device cont,-~,.n-.; a, tele-
vision transmi-tInG tube -writh rriemory, an output scann~n(3 imit, a vidco
sigmal praecssiLg unit, an erusurc unit, a synchroniz.-itir, unit, a cade;ice
pulse gcricrator, an optiecd shuttej , and a data Input vcdule, A-, a (Us-
tinguishing fetlture of the pateut, the mcuracy of coordinate detcrmi-
liatiou iz improted by tying sc-ries-connected hcri,,,.ozit~J and vf~rtdcnl in-
4-!--, cu,!-ut of the- cadenco. pul%:c i-eneratar. Th-_%
terrC',
Counter kil- cunrl;~Cted thmul;h mat-1-1.YIel! for horizcntal
vertical deflc~cdon to the innil~ of' thc O.'Itput "'emminiT, unit. Al th'.."
secon"-i Output ro~' the vc-_'
time, .-Cal iliterrcg;ildon counter I,; colwcct.~-("
.hrou:~h -a dcoc~,,~r tr. th- daa input modu'e.

uDc: 681.327.12
IffSR
KOROVIII, V. G., YDTIKOV, Yu. P., UPIN, V. I., SAIW-,UrC,IT,, V. A.. , sykm,
11. V. , -IT-T '-,IY.U, 0. A.
"A Computer'Tape-Purching Device"
Mmscow, OU37y'14-ya, Izobretuen--iya, ProrTshleimyye Obrazt-sy, Tovariiyye 2'mjui)
No 13, May, 72, Author's Certificate No 335704.. Division G, filed 3 Jul 69,
publiched 11 -L-r p 210
Trp--isl;-,:' tion: 7his Authm-'s Ccrtificatc introduces a device for Dumching
co--puter tapc!. 9-e device contaiT:s a perforating. u.ech,~.nisr, con-nocted to
the dri-ven. shaft. a, a- drive clutch. The cc)Fe elect-cama),-,nets
of the !:,cchanism are electrically connected to thc proglram
head of a module. The device al,~o ijCo-rporp4-C-,- I- *.I C-! -~ajjt-;port
ZL tj
Inechan-i-n. with t,..-j f-,evred drive dxrtum- wid the 1,lheel of a ratcIhet nechc-ni--m
fastcned a ~~h,,--ft. dog of the ratchet rcch~Lriisti j.s conn!2C-.C-a
to tl---
('I C I

V. G et, U
ISSR Author's Certificate No 335704
nd by fauterdn.- the eo-- of +hc- retchet =echarism on the rocker axw. of the
~,hicn is mounted on the corz-on chaft of the tape-

USSR UDC 535-653.3
GERASIMOV, F. SliGEYEV'. V. P., MLITATI'VSKIY. 1-1 and SERGEYEV,
V. V.
'ff
Controlling the IMak*ng of DJ ract-ion
."Optoelectron-ic Servo System for
Gratings!'
Leningrad, Optika i 3pekt.-Oskopiya, Vol 28, INIO 6, Jun 70, pp ligo-1203
Abstract* The article describes an optoelectron'.i4c servo system de-
veloped by the aucaors Cor controlling z;he rulini; ea;ine for rhe mak-
ing of diffraction iTratings. The systeg, permitz.; continuous -nd high-
precision synchronization of the movement of tht~, be-jirig fabri-
cated and the diamond cutter which inscribes the "Lines. The system is
based on tae principle of a selsyn connection b,L~i~ween the ruling car-
riage and the main shaft of the raachine. Tne o-1;oeleezronIc block
-;ng carriage over the interference
measures the movement of the ruI4.
moir6 frInges and acts as a transmitting selsyn. i,11 elements of the
electronic block use semiconductor devices. Ad,,;ustme.-zLs are made by
changing the rotational, speed of the worm of the ru'Lling engine through
1/2

77777-7
USSR UDC 542-65-.946-289
MOROZOV, V. N. and VENE DIKTOV, A. A.
"Kinetics of Crystallization and. Natural Aging in Germanlum Dioxide"
10 3, 5
Minsk, Zhurnal Prikladnoy Spektroskopii, Vol 13, BSeptember 1970, 5 9- 51
Abstract: Since the broad use of Ge02 for manufacturing new -yp-~s
of glass requires a detailed study of the transitions in Gxe0q- 1-or
various modes of thermal processing, the authors have widertuaken
the experiments described in- thi3 paper. Their primary purpose is
to investigate the interactions of Ge02 in vitreous form with the
atmosDhere because that substance is a 1-~ygroscopic mater-ial. T'lere
is liitle available data in the literature on this point The rnle-
thod of infrared spectroscopy was primarillY used in this resc;arch.
Included in the scope of the experiments was the natural aging; of
vitreous Ge02 under the action of the atmosphere. As the revoon
for their interest -"-n this subject, the author's cite the -fact th-at
of all -,he oxides of elements in thei IV column of 'the perindic
table, Ge02 is unique in that it is readily sol,,tble in water. n
-h -In. -
concluding, they e4press theJr eratitude to V. A, Floi. 9kaya,
V. 'Ll'. Polukhin, V. A. Frank-Kamenetakiy, and G. 1. Lisyuk for
thtiir as3is-tance.

USSR UDC 614.73(47-25)"1962-1967"
ZYKOVA, A. S., TELUSRK1 L., RUBLEVSKIY, V. P., UYUMOVA, G. P., and
KUZNETSOVA, G.
"The Content of Artificial Radioactive Isotopes in the Air of Moscow in 1962-1967"
Moscow, Gigiyena i Sanitariya, No 4, 1970, pp 50-53
Abstract: The content of radioactive isotopes in 1962-1967 w.1s highest throughout
1962 and early 1963, i.e., while nuclear weapons were being tested and during the
first few months after the tests were halted. Even at the time of the most intense
fallout, the mean concentratizn in the atmosphere was about 3-10-15 curie/liter,
or below the maximum permissible level established by Soviet health legislation.
The level of radioactivity began to drop in the fall of 1.963, and it continued to
do so in all the years that followed. The mean annual concentration of radio-
active aerosols from 1962-1967 dearnased 40-fold, and that of C6137 and Sr90
aFproximately 10-fold

USSR
UDC. 62.1 - 375 . 0219.6h
TII , Members of the
DAVYDOVA, N. S. , DANYUSHEVSK-Y, Yu. Z. , TELYA i ?-,.T .
Scientific and Technical Society of Radio Engineering, Electronics and Com-
munications ineni A. S. Popov
"Linear Theory of a Distributed Microvave Amplifier an E,. Zener Diode"
Moscow, Radiotekbnika, Vol 27, No 8, Aug 72, pp 77-81
Abstract: The authors corsider the techrical chaxacteristics of a distrib-
uted Zener-diode amplifier in the linear approxinaticn. Relation's are found
for the basic parameters as a function of the input signal frequency ~_nd the
controlling lias current density. The parameters of a strip-line silicon
amplifier with P+-N-N+ structure are calculated. It is found that such an
amplifier can provide a rain of 25-30 d-B/Cm in P. band of the order of 15%.
The-amplifier can act simultarei,,Usly as :a -chase shifter with electronic con-
trol, which makes it attractive 'or use as an active antenna eleinen+. The
I ar ffects
initial results will have to be x.-~fined to decount "or nonline el
which carn have an appreciable influence on the basic -Dar,=eters of the ammli-
fier as the anDlitude of the aroDapated wave increa6es.

'USSR
UDC: 539.4:6,,1,4.o12
DARAGAN, K. A.,, BOZHKO';, V. T.,,TELYAV=OV~_3f 34 BORODIN, V. Ya.
"Experimental investigation of the Supporti ng Capacity of -- Prestressed
Reinforced Concrete Beam"
Sb. tr. Khabarovskiy noliteKin. in-t (Collection of Worlks of the Khabarov
Polytechnical Institute), 1969 1�7--o),: v3T~ ig,. pp 122 RZ v kh
-116 (from h-Me anika,
No 9,.SeP 70, Abstract NTo 9V928)
Translation: Thi. paper presents the results of on e,~_perimental investigation
of a thIn-walled T-beam with prestressed reinforced concrete wall designed for
the span structures in bridges. The. experiment al bewn was a combination
structure made up of a reinforced concrete rib with oL plate concretized to it.
The rib measured. 55 x 4-5 cm -thickened in the lower zone to acco=.odate the
prestressed reinforcment. The rib vas made from grade 500 cement-sand Mortar.
The rib was reinforced by 12 fabric nets No 5 GOST 3826-47 with 0-7 mm
diameter wire, a single welded fra= of. corrugated rQd reinf orcement 12 mm in
diameter of class A-II steel and high-strength prestressed cold-rolled
corrugated wire 5 mm in diameter in a bundle of 3.2. 1he shelf was made from
grade 14300 concrete and had structural: reinforcement. Me goal of the research
was to determine the supporting capacity, rigidity amd crack. resist=ce of the
1/2
50

Q, ~--
USO
SR
DARAGAN, K. A., et al., Sb. tr. Klmbarovskiy politekba. in-t - 1969
Vyp 19, pp 112-11-6
beam when subjected to a uniformly distributed load. 'The beam was loadea-
in stages amounting to 10 percent of the rated breal-zing lond. Deformations-.
and vertical displ-ecer-ents were meastired by electric st-rain- gau.-es and-
deflectometers respeczively. The beam was not loaadecL to fracture. ahe
maximum values of the bending noment ,jnd. the transverse force were 10.2 T=.- ancL
9-5 T respectively. Under miaxJmum loading, equal to 18 T,- the greatest
flexure of the beam was 2.22 =' which.isl/1955 of the s-czm. Cracks
appeared under loading amounting to 65,perceat of the fracture load.
L. Gil'gUr-
2/2

028 UKLASSI F I EO ;)R0CEqSING,DAT_E--040EC70
-.TITLE--SODIUM BOROGLUrONATE -U-
AUTHOR-(03)-TELZHENSKAYA, P.N.,.SVARCS, E., IEVINS, A.
COUNTRY OF INFO--USSR
SOURCE-LATV, PSR ZINAT. AKAO. VESTISIXIM. SER. 1,970t 12)v 239-40
DATE PUBLISHED ------- 70
"'SUBJECT AREAS--CHEMISTRY
--ORGANOSODIUM COMPOUNDt ORGANOBORON COMPOUNDo IR SPECTRUM
,~TOPIC TAGS
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY FICHE NO ---- F070/605013/609 STEP NO--Uq/O(t64/70/()00/002/0239/0240
CIRC ACCESSION N0-00140356

- 0-A
212 028 UINCL ASS I FIED PROCESSING DATE-04DEC70
"CIRC ACCESSION NO--AP0140356
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. SbDIUM "BOl"(31I)CONATIE." NA SUB3 HM
SUB2 C SUB12 H SUB22 0 SUBLS.3H SU52 0 N PRT-ME20 SUBO 1.518, 0 PRIME25
1.631, WAS PREPD. BY NEUTRALIZATION OF A I.-I SOLM. OF BORIC AC1.0 AND NA
A
D GLUCONATE WITH NAfJH UP TO PH EQUALS 8. THE IR;$PECTRA "ND STRUCTURAL
:ACILITY: INSTt NEORG.
...FOR-MULA OFTHE PRODUCT ARE PRESENTED*
KHIM.,.RIGA, USSR.

Ussit UDC 531.1
H YE', Kiev
STOROUENY0, V. A. , TiFA-CH TKQ
"The Application of the Theoiyof'rinite Rotations to the Problem of the Autonomous
Determination of the Coordinates of a Moving Object",
Moscow, Mekhanika tverdogo tela,, No. 3,.May/Jun 71, pp 3-10
Abstract: An inertial navigation 3ystem of the semi-analytical type is discussed in
which a horizontally stabilized:platform.is used. It:is asBuiaed that the point of
suspension of the platform coincides with the geometric center of the object on which
the system is located and that it moves: in an arbitrary manner over the surface o f
the earth. The theory of finite.rota-ions of a.solid is applied to solve the problem
of the autonomous determination of the coordinates of~the position of the moving
object. It is shown that the location of.the object can be determined if a vector
N
of finite rotation 0 is constructed on its.edge by us:E'ng the projections (J),, wy , Wz
of the angular velocity vector of the trihedron =jz (rigidly connected to the stabi-
lized platform, of the inertial navigation .-system) on its own, axes. The analytical
0- sense ofthe Cayley-rlein parametws characterizing a;;finite rotation of a solid is
-d as -applied to the:'06W~-m-'of-I cui,,: detii mination. This: is done by
expla-ine
introducinir a coordinate syntem:which.is~a stere6g-,-aphic reffection of the Cartesian
coordinate system on a sphere. The analogy with the. MOvemenL of a solid around a

USSR UIDC 531.1
STOROMENK0, V. A.$ TF_?4CM4-K0 11. YE.,,Kie
al .-Ing
"Problem of Autonomous Determination of the Locationi of an Object in Polar
Regions
Moscow, Izvestiya Akademii Nauk SSSR, Mekhanika Tverdogo Tela, No 5, 1971, pp
16-22
Abstract: An inertial navigation system in the cartesian coordinate system
stereographically mapped on a,.sphere was.proposed-in:a-previous paper (V. S.
Kam.enskiy, Izv. AN SSSR. Tekhnichest~Lva kibernetika, No 2, 1965]. It was
assumed that the stabilized platform of- the system had to be specially oriented
azimuthally. A structural diagram of the autonomous determination system
designed for navigation in polar.latitudes was constructedlusing a log and a
number of simplifying assumptions. In:the r>resent pa:per, a study is made of
an autonoraous determination system constructed on the.-basis of a horizontal
platform arbitrarily oriented azimuthally. : The.coordinates of the moving ob-
ject are-calculated in the s,va-tem.~usingthe Cayley-Klein parameters and the
cartesian coordinate system steredgraphically mapped 'on a sphere. The given
system.can be used without simplifying;atssum tions bot in middle and high
p h
latitudes. A comparative analysis of therrersion of the inertial navigation
system investigated here and the one designed by Kamdskiy~is performed.

om M
4
JSSR 9.1':539.216,2:538.249
.-M0,66
L.V. MTII'KO~~ VX'~.,~ Institute of Physics,
;-,:Siberian Branch of ~'~he Acade:q of Sciendes,USSR and1trasnoyarsk Pedagogical
Tmstitute
ItUniaxial Magnetic Anisotr 2. -Crystal Fe-C6 Films"
opy in Single.
Sverdlovsk, Fizika 1
Metallov i 14etalloveden,iye, Vol 31, No 2, Feb 71, PP 324-329
Abstract: A study was made to~
explainthe nature of:the uniaxial anisotropy
observed in single-crystal Fe-Co.Films.: The films -vere prepared by vacuum
condensation of Fe-Co vapors on the surfaces of LiF,a.nd ~~gO single crystals
for t(hich a portion was condensed. in, a-magnetic fiel6l of approximately 150
_oersted,using a horseshoe.magne .V._~ Films -~wjing, a b.c.p lattice ana cort-ining
Co were
Up'. to - 70% investigated Ureme "s were mf=.ile of:tlle constaffc. of
Reas nE,
uniaxial anisotropy KU for films'condensed in amagnetic field and idthout it.
The greatest valties of Ku (up to!lo5 erg/cm3) were cbzaerved in film-. with
70%,Fe and 30% Co. Values of Ku were measured after cooling the films 'I'lo the
temperature of liquid nitrogemin~tthe mttgn6tic: fields. The; xesults obtained
testify-to--the fact that tinixi~il a, aotropy of the
ted ordering 6T e a oy .:.The authors,"hank: 11.14. REPY for
direct 11
his.assistance in conducting the experiments 3 tables', 5 bibliographical
references.

Abs~tadtlng~.Ise ice Ref.-Coda
04203:1 CHEMICAL ABST-.-
APO 11A
-PhAn ';r 11 hF,-V-AfnPA'-n o~~ nth.
OP A6679, ,f4 i

UDC, 591-185+591-j82-2:J-43.3
7 USSR
IL !C:,iEV V. D., GURDI, S. S., TEMICHIN, A~. N" and VORONETSKILK, V. S., 30j.1
Biology Faculty, Moscaw State biioems!
_Sy a- 1
"Biolo3ical Signals and Functional Characteristics of tLe igeon oustic ,;t
IMOSCOT'r, Zh'urnal G't)shche,, Biol o-ii,i No i970~ pp 268-275
Abstract: The _1'requancy ranope, spectral and amplitude oharacteris-iics, '-'-uration,
-LimR intervals, arA front of courtship cooing, threat ai-..d fledirlin.:r ssi,rnlals
pigeons were studied. All of these parameters . except- the spectral ones, show
great variability. The relationship between the amplitt.-de o-.F' the cochlear
potonti;;Is, on tic
potentials and evoked modullar, mosencophalic, and hezLiaphore r
one hand, and the parameters of acoustic. siganals, on tho other, wera ali3o stk.Aidied.
A comparison of the above-rientionod parameters of the biological signalo.,,rit'-
conditioned reflexes and other functional: characteristics of, the acoustic system
J_n p.Ls?eons fa.-Iled to disclose any significant correlation. reason for this
may lie in tae natur2 of the coology of the pi&geon, whoije awlsiic orientation
does not requJAIre these systems to. be carei-ullly adjusted;,to each other. For
wwmple, unlike somo othor birda, the pigeon does no-. nqle,~ to perceive arid locate
low-frequency sounds, because its biological.signals are normilly uGod in con-
Junction -.N-ith vision.

yi
e S 0 D C! al i c
el Da,
Dol!~,Lady Vy s s hy3 at, -3 V~o
7C~
OF till~i 1-1
nrucl
Q c
t
t 4
-on
19
Y,
in~ these! cs;iois; n. r.4,
zaz ~am ~2,t c a clc'. ac 0 u S, ticsz rA al. -i sd,:-,Lc ll..ib Ld:.

VU~l
.1111(S botsl
29 Novcniber 1.91-
UDC 533.9.07
AeCrLr;ZATION OF IONS BY A RMATIVUSTIC ELFCTRO,; AFAM
ticli: by A.-�. P!7~stto, G. P. mi-id-le.
Ye. D. j~oxop. B. A-_JjbnAay,o and 1. V A mscow,
OVEX Tl2tXl, RusviZ, Vol. ~43, jqo. 9: 513. .1gi,ed to pro.* W~ Jume
pp, 1627 16311
Abstract.
The effect-lat loo acceleration by a mlativistic electron Dean -as
'7 million electron voLts
Investiriated. Protons were accelerated to: 6
for an enar&v of = electcon baom~of'sppvowtmstely cma ~lllivn t1victrom
volts. The b6mm.coMcnitton and its sim rgr..dist AlAtion were istqaiad.~Xt
van Aow,~ontrotcd t~kat the eni ru P1. protme acteleratma by eltc~roniit risfts
more. roolily th4t.i Iiiiiiarly will, an Increase, in tha, "Cre t:
lerating "I age In
tron valta tango.*
A mLlli= 4341."
The effect of Im ac~slaration In #A Q10ttron beam was observed
4mitLally whets obtaining vionrclativistLe elettron beam Krom a plus- -emitter.
fil... Protons and tons of carbon wititt maximuz,: enorgies of 4 - 5 and 10 - 110
Yov veto rotoHad -in' the following exporteentv.~ for an eve rage of- 200 300
~ev,electran enersy.,12). -A Itn4tir riss in of' ions with aim in-
crease in' the energy of. electrons, vto obsurv4d Ict the,range. of 10 - 200 klls~
wL,t mcomlerating voltojis, under.optimal condttlonm lot ton accelciatIm.
J, This op,mWed up the possibility for cresting an electroo jet Lon acrtLetat4V
at 10 - 100 tia~ using I .- 2 mev:tsitstivistic electron- boam. . Sonia Invemitts-,
,;I Sationat in this direction 'were can*.itted viiiij hI$h current electron ireycn*-
tat sieslarstors.
Ton acteloration by twerim of electrons wait doneby u Ing a va riable
accelarattitit voltAge oscillating with a frequency of 5.3 m8alls and an Initial
1z airiplitude of 0.2 1 =gave Its applied to the accelerating gap. The high
I USSR L)

V.ob. Vopr. fiz. nizkotemDeraturn. PILBSMY (Problems OfAhs Physics Of Low Temper-
ature Plasma--Golleetion Of Works), Minsk,. "Nauk..l tol-hn.,"11970, pp 566-570
(from Kh--Elektronika i yeye 2rimeneniye, No,2, February 1971,Abotract No 2A339)
Translationt The mechanism is coneidered:of the formation ot magneto-oonic waves
in plasma and the coupling of them with oscillations iri the oxterior circuit. The
effect is investigated of oncillationo at.tlxa parametor.s of tho plaBma source. Gir-
cults nra considered which make it, possible to inveatipte the oscillations in the
ragione-adjacent to the elootrodeop,for improvement of;,certsln characteristics of
Ahe_plaematrona 2 ill,
80

v.
UDC: 621
USSR
.372.543
TEMICHEV, A 3.
E n a Receiver Band.
'114'ethod for Reducing Aut matic Tuning errors i
0
Filter"
_;Jeningrad, Izvestiya VUZ Prib6rostroyenile., lio. 7, 1970, pp 45-
49,
Abstract: The autho-r proposes an :extremal optimizer vhich provides
a solution to a particular problem, the search,for and tuninE of a
single band -filter for -the useful. si6-,-nal. Thp tuning criterion is
the aignal energ e dition- th-at the loil-
y maximum.level und r-th~ cInn A
ter frunuency char -act e ri_,tic :remain constant. Tho block dia.C_ram
of -thu optimizer, including -the input baad filter, an amplifier,
a detector, a low-fruquunvy:filter,- a maximwmi inInAt-level memory
circuit, a threshold element* a,control positioning element, is
shown.. The antenna signal is fed!simultaneoUbly to the optImizer
band filter and the inpat.band filier,of~thq r'ocelver. The author
computes the basic parameters of the extremaltisystem for control-
ling the receiver filter to;.dbterm~4 -the- effecti-ve operation of
1/2

Ref, Code
Ace. Nr
APo051937_"
'TRIMARY SOURCE: B ulle-en' Eksp?rimentall'oy Biologii i
y n
Meditsiny, 1970 Vol (69, NrZ JJ2-'/4
PP
AMINO ACID COMPOSITION OF 114YOSIN AND ACTINE IN THE MUSCLES OF'
EXPERIMENTAL ANIMAL& WITH HEREDITARY MYOPATHY
L. 0. Badalvan, Y q'i k 0, 1. Gus LuAganov. G. 0. Revich,
L-. S--Bondan
I ~~ 3!~11"
1P.4444swinj Y& Q.: S are)
N. 1. Pirogov 11 AN10scow Medical-, lnstillu~le
Amino acid compositloil of myosin -and ~actine was tinalyzed in 10 healthy, 12 sick-
and 12 heterozygous mice of the 129/RE line with hereditary myopathy. Increased laicin
with isolelcin, vallne, alanine, and lowered. tyrosine and 'histidine content was found
In the amino acid spectrum ~ of myosin -In sick mice. In heterozygous animals higher-
vallne and lowered tyrosine and histidine levels were recoirded. In the amino acid com-
osition of. actine in the sick and heterozygous.n~ce glycine was up and histidine
REEL/
:19820420

-77-7 am
J::
USSR
TAKIBjtYEVt ZH.. So, BOOS, E. Go SAN I KO, L.A QFzaA~L I YE V, To,
I NOVn, M. Go 0 YER141LOVA D. I. MUKHORDO Co. ~~
XTui t VA, To lot T_
A
SKAYA, A. V., and FEDOSEYE14KO, -1,W V.P Institute.of Nuclear Phys-
ics, Academy of Sciences'Xazakh'SSR.
ItStudy of Dynamics of Resonance' Production in Four--Trac4 Proton-
P-roton Interactions at Momentum of 10 Gev&T1.
Moscow, Yadernaya Fizik -123
a, Vol 139 No 10 1971, pp 113
Abstract; The article gives an analysis of 180.0 f our- track
'proton-proton interactions.reco .rded in an 81-cm,Saclay'hydrogeri
bubble chamber irradiated.with,protons~with a momentum of 10.01:t
O.,Ol- Gev/c on the CERN synchrotron# The X Ollowing reactions are
considered.'
PP PF9 a
PP-7111ppit it, (2y.
PP pna
1/2
69

USSR
TAKIBAYEV, ZHO S., et al. Yaderhaya Fizik a, Vol 13, No 1, 1971P
.~PP 113-123
Nucleon and meson resonance production cross-sections are deter-
mined and the contribution of tWo-particle.reactions studied. It
is shown that pion production in all the channels considered'is
.accompanied in most cases by nucleon resonance production. The
contribution of boson resonancesolwhich is,lgreatest in the chan-
nel with )r0 meson prcductionp~, does not eicee& 10 percent of the
reaction channel cross-sections~ The use of. the maximum momentum
method permits estimates of the oross-aectiDns for different
quasi-two-particle reactions. The cross-se.c1tions of the dynamic
states being observed differ considerably,in channels (2)-and
1.00i
where the number of pions and~nucleons' ncides. This may
be due to changes in the nucleon.charge in inelastic pp interac-
tions.
2
!2

USSR
TAKIBAYEV, Zh. S., BOOS, E. G., WKO, L. A., and.:TEMIRALIYEV, T., Institute
of High Energy Physics, Academy of Sciences USSR
"study of qua6i-Two-Particle Reactions in Proton-Proton Interactions at 10
Gev/&'
Moscow, Pis'vz v Zhurnal Eksperimentallnoy i Teoreticheskoy Fiziki, Vol 13,
No 3, 5 Feb 71, pp 122-12i
Abstract: The properties of quasi-two-particle reactions of the type pp 4 pN*
pp - pA, pp 4N*, and pp -)- AA vere studied. The raactions were identified in
studying four-beam proton-proton interactions in an 81-cm~hydrogan bubble
Chantber.of Saclay irradiated at CERN by.10.01 + 0.1 Gev/c protons. The re-
action cross sections of the four reactions are given in a table. A second
table gives experimental values1or the~:ratio of the:cross sections of dff
ierent isotopic projections of the tworparticle reaction pp - A1236AI950,
They'are compared with calculations made for possible decay schemes of the
isobar A1950 - Nvn. It was assumed that the- isospin of the exchange particle
is equal to unity. The experime-atal data,are in.good,agreement with this
hypothesis. It is also shown that the.6xperiment does not,contradict two
hypotheses concerning the type of decay 4950 (7T'T)Tr.!l. + "*T-1/2 and 619,,
112

USSR UDO 4539-1-03/-074
S" - KO, L. A. TAKITBAYEV, ZH. S. I B0061 E*. dot VOLK(17A I , 0. , 1, MOSM-INKO
As He# ZAYT-S--Vt K. G~v LTYRV and KHOL;r3VKAYA, A. V,
Institute of Nuclear ? S CS1 5 RAcademy of':Sciences, Alma
'Xdent M cation of Secondary Particle8v Prom the Ionization Losses in a
HydrogenBubble Chaaber"
Pribory i Telkh Eksperl No 4, 1971, pp 67-69
Abstract: The authors give the:results of identifying secondarl chars;~~.d
particles forming In the interactions; of ~ protons at..tm empulse of N-,
a cev/sec in an 81-ca hydrogen -bubble chamber. They -ehow that by usi- ni
mthod of average length of discontinuities they cah ~determine the
3Vo of all m-ositiva particles in a certain Graphs are useal
trate the authors' x--sults. Figure 1: showa the relative error in All
a function of track length. Figure 2: shoits the idnizaticin curves CC,:*fjLA
for various types of paeticles.~ Figp 3 sho-ws the.distribution of
-7;
points relative to the ionization curvos!for positivo and iiegative
Analysis of the authors' results shovs tNit t6 method described hc-
allouldentification. of 9Z of all the particles n_e"ured. The art!
contains 3 figures and 4 bibliographIc' entries:.

XIV-16. CNIVril AND ULPLCT STRUMURI. OF IILTEROLPIWIAL CdTu FILKS
jArticle by Yu. G. F. Kurnets". B.1- Zhialln, S.
Institute of Radtoe nitinearInK and LICCLzonics or the USSR Academy of Sciences.
CCU : Nmv tot ibtrek. t1t rrjt!;~~n J~ OIMIRVC~~!-
ka-rilch Iris tz I lov., I. Pleack, Purclan" 12-II..Juna. 11M, .0 Zarlt_
The sublimtIon method In a hydrogen current um uned to obtain CdTe
(time on 0 yn thetic.ftica -- fluorophloAupite. MonocryntaIlLne CdTtj fit" were
rf-,wn with Or. -Jifferni t-n7eraturen of tli~ d~roiitlon t46c. tt~ w demon-
ii iv riL lcig~Firitiiri iii -thatin- b difti _ciiaz _ihere-i-ii _gio;~ifi ewifl g_4rati &)he
an thr*ftln Purfice; The increase In toMPOTAtUrg Of thQ_*UhGtTAt'4j_j0n6 leads
ta'AA increaAs 1~*the linear dimensions of the
prowthconfigurationt and It in
accompenLed by an Increase In the surface relief. Th* defect structure of the
he taracOl ~azlal CdTo - 19 Ise, wes , a tudlad ~ by... tha - ruj Iar& - mathod - wt tilOot sere re-
clan of the film from the substrate. it was discovered that tha 41%6naLoa. and
angles of disoclentation of the subitr &in& depend on the.tamparatuTa of the de-
position 2ons.
4"
213

Single- Costitis
USSR UDC 548.52:539.23
AYTKHOZIIIN, S. A., and TgkaROV, Yu, A :Institute of Radio Engineering
and Electronics, Academy.cf Sciences USSR
"The.Production of CdTe Single-Crystal Films by the Method of Condensation
:From the Vapor Phase in a Hydrogen Flowlt.,
Moscow, Kristallografiya, Vol 15,' No 5, Sep-Oct 70, op 1057-1059
Abstract: The authors used the method of condensation from vapor in a
hydrogen flaw for the production of CdT.e,single-crystal films. The C.dTe
film wera grown by the open-tube method.- Substrates of synthetic mica,
synthetic sapphire, gallium arsenide,,and fluorite were used. The struc-
ture of the resultant films was studied~by the electron diffraction method
(EG-4 and EG-100 electrorz-diffraction'c-ameras),. as:well as microscopically
(MIR-8 microscope). It was found that :'the,grown films represent the cubic
phase of CdTe, The thickness of the Wel-layers varies from a few microns
to.several hundred, depending,on'the pracipitatiou~pFocesa time. It-is
Possible.w -obtain layeiri:ikith-a, thickness of the order of
-1' -The: optimt*V production,; 6 . ide_~scrib led.

USSR
UDC: 621-316-13
B. and TET-.Ia~.INA 5
Wev Param, eter of '-~-gnetically Soft Fe-rites Designed
for Tuning
Circuits and esonators
in o-b. 3! i t,t
T.,
Ljm7inee-in,!,;, lcienti.;.,ic "Piuci'micak 2echnioues)
t--i o 3, r:!h 71
1�!Ci,-- 1 i a -4:(26).,: 845 ~:43-5Z ,.a
-2Abstract, No 3B17
the
Translation: A ncw !.,arameter is pr6pbsed mhich characteriznis U
delay in reversing- the mne-netic, pe mbility'lo" ferrites with a
rapid chang-z~ in the ma_-netizinR,-.':fieId. Requ?:ie
37

LWR ~::Vwg '375.121(
~621. 08M)
A. S.
IOND011, S. Ye., RAMIAIT, V. ~G., T
.:"A High-Frequency Ampli fier",
USSR Author's Certificate No 26958,filed 24 jun 68, published 7 Jul 70
(froln P.Zh-;.Radiotekh-?iika, No 1P Jan 1-p; Abstract No~ iD45 P)
'Translation: This Author's Certificate introduces an am-olifier based on
-two identical active elements (tubes or transistors)': IIELVi;ag a COMMOn
Input, signal source and a commn load. To extend the passband, identical
reactive six-Dole Dhase-difference netvorks of constpzt iiiroedance are con-
nected at the input and output of theamplifier. Connected between the
active elements and the output sixpole', p4ase-difference network is an LC
filter made in the form of two longitudintLi circuits~vhich are symmetric
relative to the common bus, and.i4hich. are formed by' 'equal inductances and
capacitances connected in series wi-th th8m. Me en&s, of the primary winding
of a symmetric transformer are-connected to one of the capacitors, Vhile
-the: opposing ends of the secondary are: connected to the other camacitor.
The inputs and outputs of the longitudinql:circuits are connected respec-
tivelyby inductances to each having equal values
otter,,and by capacitors
by. -pai
rs, to the-common bush

U85R
ADO, YU. M. ZHUIUNLIEV, A .A. I )QGU NOV, A. A'. MYAI~ L, A. NAMMOV,
A., PISAREVI'Miy V. YL., ROGOZINSKIY, V. G.,'TU "'2 ~!~HVILI, K.
3HUKzYL0, I. A., BOYKOP S. NO, KUMAH, YL. G., 2ULYSAEV, I. F.,
V, IM, WSZON, N. MUZALLV-A-14 1. A., ~ SPUAKOVA, F. M.,
STO,LOV, A. M., TITOV, V- A-, VODC)PIYRNOVI F. it-, U/61MINO A- A., KUZT,-
Y11jN,, , V. F.,, MINTS A, L-, RUBGRINSKITYj UVAH.Qv, V. GUTNER,
-.B. M., ZAIIIANZONt V. B., PROKOPIMI A... I-:)- and TMIKIN, . A 5.
"Some Results of the Overall Adjustment and Start-up of the 70-Gav
?roton Synchrotron of the Institute of.:High-energy,~Physicsll
Mos cow, Atomnaya Energiya, Vol 28, No'2, Feb 70, PP 132-138
Abstract: The physical part of the plan for the 70-Gev proton syn-
chrotron was executed by the Institute.of Theoretical and Experimental
~Physics. The electromagnet with reed isystem, ;the vacuum chamber,and
the injection devices were developed at. the Scientific Research insti-
tixte,of Blectrophysical Apparatus.imeni D. V.Jefrelmov. The radio-
electronic systems for acceleration process control, and. generatioa of

USSR
'ADO$ YU. M., et al., Atomnaya,Energiyap Vol 28, No 2, Feb 70, pp 132-
138
the accelerating field, as well a3 the radiotechnical measurement; and
beam observation systemswere developed by the Radiorechnical InsLi-
tute of the Academy of Sciences USSR.. 11Tyazhprome1ektroproyckt11
CState ?lanning Institute for the Planning of Electrical -Equipment
for Heavy industry3 designed the general-purpose electrotechnical de-
vices and cable connections. The plan.for Lheconstruction complex
of.the accelerator was developed by the State All-Union -Ilanning In-
U
stitute. The construction of the accelerator~wa-s nder the general
supervision of the State Committ'.ee for the Use of Atomic Energy USSR.
The adjustment of individual systems and the overall adjustment and
start-up of the accelerator were carried out by the Institute of
High-energy Physics and the developers~of the accelerator systems.
The basic.beam work was done.by,the Institute of High-eaergy Physics
with the participation ofthe Radiotechnical Inst 'ltute.! The con-
structior, of the accelerator was.begunin,1960, ano all the basic
construction and assembly work wao-completed at the beginning of
2/4

7_;i
USSR
AD% YU M. et al., Atomnaya Energiya, Vol :28, No~2, Feb 70, PP 132-
138
1967. At the initial stage or Construction, before the formation of
t he institute of High-energy Physics in 1963, the vi ork was coordinated
by the- Institute of Theoretical and Lxperimental ?hysics. The linear
accelerator injector was started on 28 July 1967, the operation of the
-1967,:and the physical
individual systems was adjusted by.September
start-up of the accelerator was accomplished on 14: October.
A description is given of workdone to adjusz, the annular
electromagnet (including the electrorwa&iet. cooling and feed systerris),
the injection system (consisting,of matching channel and injection de-
-vice), the vacuum system, the_radioelectronic~syst *em (including the
accelerating field generation system,: the acceleration process control
-system and the rad*otechnical measurement system),,and the beam 0b-
4.
servation system (which provides for beam observation in the first,
revolution and~during acceleration).,.In the physical starr'-up of the
accelerator the m&in efforts were directed towards~obtaining accelex-
ated protons of the planned energy, and the pxvblent of obtaining high
3/4-

USSR.
-ADO, YU. M., et al., Atomnaya Energiya, Vol 28, No 2, Feb 70, PP 132-
138
intensity of the accelerated proton was not raisedd
The article gives a listing of the principal parameters of
the proton synchrotron, as well as a schedule.of the individual
stages of the stRrt-up of the accelerator. Photographs include a
miew of the part of the ring hall in the.'beam injection area and a
general view of the hall of ignitron rectifiers,
-4/4

WSR
Ta, 41, D. YE. (Central Scientific Research Institute of Ferrous Metallurgy)
"Imi, urity Trapping by an Isolated Fracture during Crystal GrcrAh"
Mosca,;, Kristallograflya; YlaIY-June., 1972; PP 461-5
ABSTLRACT: Talding into account diffusion in the initiall 'phase, the author
tal r_ ' by lu
studies immur:3--by trapOing during ci-js Towth cautv,.d- -ho mova-lent o2 a
fracture b_v sta.-e3. in the case of small 'c oncentratimis or it- eo an
inn ir L
viate vx~.)ression is f oumi for tho cavrLuro coefTicienh di-termined to be
approm .9
-b0 -Lll(_
the r;auio of the concentration in the growiAg cryst-al U , Colleonu-r-tion. in
the irZLtial phase far 11rarL the fracture as aell as an eypressior, for the
rate of movpmen~ of the -Eracture, A crualitative discunsion Of the Character-
istics of the nonstationary period d crysli~l ~rorAh 63
urin& 'ma to the movem tit
v
of the discontinuity for a certain stage density on it and fractia-es by stagc.-~
:is presen
ThAe article includes 13 equations., There are six bibliographic references.
Af-

USSR
DAVIDOVICH, Ya. G., CLUSKIN, A.- Ya., :JENTIV, I. V., AVROROVA, G. V.,
PETRO~YAIN, L. S., KOZHEVNIKOV
lq*thod of Manufacture of Metal-Graphitel.Brushes"
USSR Author's Certificate Number 353303, Filed 13/10/70, Published 24/10/72
.(Translated from Referativhyy2hurnal Meta.1lurgiya, No 8, 1973, AbstractNo
SG434P),.
Translation: A method is suggested for the manufacture of metal-graphite
brushes, for example copper-graphite brushes, by mixing of graphite and pitch
in the solid state with the addition of Cu powder and subsequent pressing of
the mixture. In order to improvethe characteristics of the brushes, the Cu
powder is mixed.with the.prepared mixturc.of graphite and pitch.

USSR UDC 541.183
THE"
"Description of the Effects of Mutual Influence of Chemosorbed ?articles Based
on a Surfaw Electron Gas Model".
1-y Soy.-Yapon. seminar po katalizu. Novosibirsk, Iyul's 1971. fteprint .15
(First Soviet-Japanese Somina on:Catalysis. Novosibirsk, July 1971. Preprint
15)$-N.p.n.d., 8pp (fr,)m lGh-Mbimiyap No I(I)i Jan 74 IB1277 X)
Translations It is shown that in selecting the effective maGs of electrons
collectivized In the near-surface layer equal to its vcaue In a massive metal,
and in the xational aelection, of:tho effective charge,:a two-dimon3ional Model
of a free electron gas in the region of average coatir-C.;a leeAs to a logarithmic
isotherm whose slope is close.to.tbat'given.by experiment (atomic chemosorption
of:'hydrogen or, platinum and dissocia:tive~:chexosorption,of oxygen on silyer
are exwained). V. K. Fedyanin~

Um 5 1. 5
KDi?.L'Fl,;L'D,, Yp-. im., SmiRl"Ov.,k: Y-11. M. PD, IRSHIMOVA, N. 1.1, YATMA, 0. L., TE%, IN,
0. It. anrl-F-LID, R. M. InstitUte of. SpeatroSCOPY, Academy bf. Science!~
'E9cT M>sco-w_1n-_titute of Finz Chendcal Tccbnology imeni M, V. Lomonosov, 1~'oscow
nVibrational S-.-)ect--a and the St-nip-ture of Phosphine and ~-bosphite Complexes of
Palladi= Cblor-ide and Bromi ae"
Moscow; Zhurn-al StruRt-urnoy Mlimii, Vol 13, J"o 4, Tul-liu,~ 72, 622-625
Abstract: On the basis of data obtained by IR and P-JIrIall Speet~_OC
_Copy Of tj~e
phoop.-hine co-mplexe- 11d(FPh')2"- (Y' = C', Br) a"d t1le phossp~dte~ complexes IMP?
I t
ablished t ta the phos~phinei- r.Tlexes liqvc a
(OPh (X = C1, Br), it was asta CO!
t stracture nnd the phosphite cm-nplexes ~_IL'CiS_St_
xans~ -,e difference In
ucture. In
structure explainu w1hy the p1mm)"nite icomple'xes are effective cc,,ta1y-_t:; in t1,.e
synthesic of aci7lic acid estQrs from ancitylen-a at atmospheric j.,ressure accord-
im, -to C + CO + ROH -4- ci~~-M-COORJ ~ whil-c' th(;,, phosphinc:~comple4es nre in-active
211,
in. catalyzIne thin reaction. Me authors thank G. h. Zhi2l;him N. 1. Afanas-
J,
yeva,-anii A. V. D,31irova. for u.,;sistance in d6ter.Anirg the~apu,ctra of the com-
plexes,

2/2 -_013 UNtLAS S I F I ED :'PROCESSING DATE--30OCT70
C IRC ACCESSION NO-APO 124555
ABSTRACir/EXTRACT-(U) GP-0- ABSTRACT. THE KINETICS OF HYOROCHLORINATION
AND'HYDRATION OF C SUB2 H SUBZ.WEREIMEASUREO INCUCLNH SU34 CLwHCL,H
SUB2 O.SOLN.S. AT SODEGREES IN A FLOWING.GRADIENT FREE REACTOR* THE
RATE OF HYDRUCHLORINATION W PRIMEX~EQUALS 0.573 TIMES 10 PRIME NEGATIVE6
.A SUBCUPOSITIVE PRIME1.48 A SUSCLNEG~ATIVE PkIMEZ.7P SUBC2H2H SUBO A
SUBH20 AND THE RATE OF HYDRATION W PRIMEA EQUALS 3.9 3.19 TIMES 10 PRIME
NEGATIVE6 A SUBCLNEGATLVE PRIMEL..44-P:SU8C2H2 H SUBO A SUBH2(l)-(l PLUS
2.6 H SU80 A SUBHZO). TKE FRA,CT ZONAL :VALUES, OP THE: EXPONENTS AND AN
BANAL. OF, THE. PROPOSED REACT ION INDICATE! THE PRATICIPATION OF
CUCL PRIME2 NEGAT IVEt CUCL SUB3 -PRIM,E2NEGATI,VEv; AND CU SU82 CL: SUB3
PRIME NEGATIVE. FACILITY.* XOSK-&~: I NST. TONK01 KHIM* TEKHNCIL. IM.
_~LOMUNOS0VAw:,M05COWv USSR.
UNCLASSIFIED

015 L.%,rL ASS I F I ED.
PROCESSING DATE-20NOV70

PROCESSING DATE--20NOV7C
.2/2 015 UNCLASSIFIED
CIRC -ACCESSIGN NO-APOIZ5650
ABSTRACT/EXTRACT-M GP-0- ABSTRACT.' THE MECHANISM OF THE ELECTROCHEM.
.STAGE OF THE ADON. OF VARIOUSAMGLS.~TO OLEFINS IN AN -ELECTROCHEIM. SYSTEM
IN THE PRESENCE OF 4G SALTS WAS..STUDTEO~ N
C SUC-14, li WU PLUS HX YIELDS
SUdN H SUP-2NPOSITIVEI X, WHER~ X EOUALS OH, ORI. KJOH], NHR. THE
INTERMECIATE SIGMA ORGAlliCMETALLIC CCtAPDS. Ak,E FORMED ~FRMM OLEFINS AND HG
SALTS IN f-,X S"
N01 ~l ti
OLNS. AT THE EL:E(;TRCjf.Y$IS Of IMERCURIOETHA, - SALTS c A C
AMALG4M CATHODE fi)ti izt, 0.01 A-C-1 PIRIMEZI THE. P.RlpfESS: OCCURRED IN STEPS.
THE MIECHANISM OF THE FORMATION OF- ALC.- AND C, SU(:12 HSM34 AT 1.7-L.9 V
H) SUB2 PLUS E PRIME 411,1EGATIVE YIELDS H
15 AS FOLLQi.'S*. HIGIC. SUBZ H SU34 G
SU62~ 0 ~hGC SUb2 H SU64 OH PLUS ETOH; HG~'C SUR2 H ~SUBt~ OH PLUS E PRIME
R I ME
NEGATIVE YIELDS tFAST) iHGC.SUB2 H SU84 GH) Pr NEGATIVE YIELDS (SLOW)
:HG PLUS C, SL62 H SUB4 PLUS CH.PRIjME NEGATIVE. THE SY111. PRODUCT
D'E4HANGLMERCUkY 6AS OaTAINED,BY ELEURCLYSIS OF A-M AEKLUMOETHANOL
IN 01A
-CHLORICE- SOLN. ALK- ME AT:.,O..8 -5At.lLITY: MOSK. [NST.
ON KC 1- -KH I M..
-T TEKHNGL. IM. LCIMONOSOVA, POSCOWP U S SX.
UNCLASSIFIED
ifts-mm I -.00MMI!

ERE
212 028 UNCLASSI F:I'IED PPOCESSING DArE--04DEC70
.::CIRC ACCESSION NO--AP0140284
ABSTRACTIEXTRACT--(U) GP-0- ABSTRACT.' THE EXTREKE DEPENDENCE OF RATE OF
C ~-SU52- HSUB2 DIME'IIZATION~ONJ-EAP., WAS. STUDIED#'; IN ~5D_95DEGREES
REGION, ALL PAPAMETERS OF KINET.IC EQUATION OF C SIJ82 11-i SUB2 DIFIER~ZATION
CHANGE IN DIFFERENT It-JAYS AND THE EFFECTIVE RATE CONST. (K SUBEFF) AND
ELEMENTARY STAGE EQUIL. CONST. (K SUBA) CHANGE WITH TEMP. ACCUP'DING To
THE EQUATIONS: K SUBEFF EQUALS 8.92JIMIFS 10 PRfME3 ~EXP(30,500-Rl) MOLE
L. PRIME NEGATIVEL HR PRIME EGATIVE2 AND K SUBA
NEGATIVEI ATM PRIME
EQUALS~6.3-TIMES 10 PRIME NEGATIVEL.1!~EXP(I6*800-P%Tl AT14 PRIME NEGATIVEI.
THE NEG. VALUE OF ENERGIES OF ACTIV4TION IN THE$E EQUATIONS 1$
~DISCUSSED AND AN ANALOYG,151
GIVEN~ TO.'HYDROCYANATION AJN 0
'E OF: CU( I I.
HYDROCHLORINArim OF IC SU13Z HSUB2 INJHE PRESENG
FACILITY: MOSK.~INST. TONKOi Oim.,~TEKHNOL.~, IM& !LOMONOSOVAt MOSCOW!
-USSR..,
UNCLASSIFIED:!
NMI on=

j
l./3 015 UN CL ASS IFIE0 P!ROCESSING DATE-'-18S~P70
ISM OF THE ACTION OF, MULTIC014PONENT METAL COMPLEX CATALYSTS
:IN SOLUTIONS~.~-U-
,~_,'_AU`THOR-(:04)_ TEMKIN, O.N., KALIYA, ~O,.L.,~ SHESTAKOV, G,* K FLIOP R.M.
-'~ir~'nUNTRY OF- INFO--USSR
~SDURCE-DOKLo AKAO. NAUK SSSR 1970, .190(2),' 398-40t
-DATE PUBL I SHED ------- 70
-'s u C T
RiE AREAS--CHEMISTRY
0 P I CTAGS--CHEMICAL REACTION MECHANISMV~ CATALYST. ACTIVITY1 ALKENE,
T
ACETYLENE,' METAL WALYST, ORGANWAERCURY ._COi'-lPOUN0v. EXCHANGE
;REACTION? PALLADIUM COMPOUNDi ORGANOCOPPER COMPOUND, ACETIC ACID,
CHLORINATION,: COPPER CHLORIDEt:, CHLORINATED. ORGANIC CO.MPOUND
'.'CONTROL .4ARKING--NO RESTRICTIONS
CLASS--UNCLASSIFIED
REEL/FRAME--004/1537
STFP No__U8/oo2o/vo/lqo/oop_/o. 1/0101
CIRC ACCESSION NO--AT0100162

2/3 -015 UNCLASSI,FI:E0 PIROCESSING DATE--18SEP70
CA Q C. ACCESSION NO--AT0100162
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT.~ LITERATURE,DATE-WePC CRIT.
:,PREVIEWED CONCERNING THE ACTION MECHANLSMS OF MULTrCOMPONENT METAL
COMPLEXCATALYSTS IN REACTION INVOLVfUG OLEF.INSt AROMATIC COMPOS., AND
ACETYLENE. THE ADDITIVE, THE suBsTRATE ACTIVATION, AND THE STEP BY STEP
MECHANISM WERE DISCUSSED, TOGETHER WITH THE MEC14ANTS14 IN WHICH ONLY
CONCN. AND ACTIVITY OF THE METAL CATALYST COMPLEX ARE AFFECTED BY ONE OF
THE.CATALYTICISYSTEM COMPONENTS. MOREOVER, EXPTL. STUDIES SHOWED THAT
PHOAC WAS OBf-AINED WITH 78-84PERCENT YIELD WITHIN 6 HR BY THE CONVERSION
-PHHGOAC-(NA 0' AC) YIELDS PHOAC. PLUS HG: IN B-OILING ACOH. THE FOLLowING
RESULTS WERE ESTABLISHED FOR THE.EXCH.ANGE REACTIONS OF PHHGOAC WITH PDCL
SUB21 PD(OAC)~rSUB2v AND CU(OAC) SUBZ IN GLACIAL ACOH:: (1) REACTIONS OF
ELECTROPHILIC..~SU13S.TITUTIGN,-WEREo MARKE.DL.YtFASTER THAN ME OXIDN. REON.
HETEROLYSIS.-.OF PO AND CU ORGANOMETALLlC- .COMPDS.;12)
BIPHENYL WAS FORMED
-FAST AND QUAN.,T. AT LOW TEMPS. IN THE PRESENCE OF PDCL,SUB2; (3) IN THE
PO (OAC) . SU82-NAOAC SYSTEM, PHOAC; AND, SIPHENYL WE:RE FORMED WITH ABOUT
25PERCENT YIELD; (4) THE EXCHANGE OF PHHGOAC WITH! CV(OAC) SUB2 OCCURRED
-AT-60-80DEGRE.ESt BUT PHE-NYLCUPRIO.ACE,TATE DEGRADAT.ION'OCCURqED AFTER
,.-.-LONG HEATING IN BOILING ACETIC ACID,.A,ND':TliE'iPH(IAC SOIFORMEO WAS RAPIDLY
.~MERCURATED AND SEPD. AS PHENGLMSRCURIDl.ACETATE CHLORIDE. EXPTS. SHOWED
-THAT~EITHER.TRANSCHLOROWETA CHLOROVlt4YL)MERCURY OR BETA
CHLOkO-VINYLCO.PPER WERE FORMED IN130TH. HYDkZ)CHLORI 'NATION AND
OXYCHLOqINAT'ION OF ACETYLENE AS INTERMEDIATE~COMPOS.j ACCORDING TO
WHETHER HGC4 SUBZ-IICL OR CUCL Hu soLNs. WERE USED FOR THE REACTION.

Are. Ur hP0047040 Ref. Code: U 81
USSR UDC 6`715:621.357.8:620.178.162 A
2ARETSK-IY E. M., Candidate of.Tachnical Sciiences, KESTN,&t,
-E;,. Candidate of Technical, Sciences, KONDRASHINA, M. V. Encptieer
And.,ZDMINA_~ ~Ii::,,;E~ineer
"Wear. Resistance of Hard~Anodiq Filmalon Aluminum Alloys!'
Moscow, Vestnik Mashinostroyeniya, No'l, 1970,~pp 58-59
Abstract. The results am Ore anted of a series of investiga-
tion's of anodizing conditicrits, u-.der which an anodic film wath
increased antifriction properties~is obtained on AK4-1 and D16T
alloys.. ,The antifrictionproper Ities-of har4 anodic films obtained
in-.the-,sulfuric acid electrolyte, and also i. na ~ mixture of sul-
furic and oxalic acids under varioaa anodizing conditions, were
obtAiRed.on samples madib:-~of AK417L and DL,6T 41loys.
'90478:1

AP0047040,
D16T samples, anodized in the electeolyte, cooled by dry
lee, were tested'on a MI-I test'stand in i:he presence of eliding
friction in- a MG-20 oil and AMG-10 hydrolysis at 50 kg/cm pres-
sure, and 0.4 m/sec sliding veldcity agai6st steel. The AK4-1
samples-were tested under.condition of.dry.friction at 25 kg/cm2
pressure, during 30. ~,oura:i '' The tesu, ts; are presented in graphs
I
in the-:f orm of the dependence of.,. friction poef f icient on time
for AK4-1- samples Lathe MG-20 oil i~ and for, D16T semples, anodized
under various conditions. ..These conditions,are given in a table.
The results show, that-hard anodizing in the electrolyte con-
taining sulfuric and wcalic aoids,.malces it,!possible to obtain
on the AK4-1 alloy, an anodic film of increased wear resistance
with low friction coeffici *ent wheti operating in.a fluid medium.
Under condition of dry. friction a coating of VAP"2 substantially
improves the sliding. original article has'2 figures and I
table.
.13790479

USSR
UDC 537.533.2+537.534
PETROV, N. N., TEMKINA, Na S,
"The Effect of an Electric Field at the Surface of.an Emitter on Knocking out
~Electrons With Atomic Par-licles!'.--
Tr. Leningr. politekhn. in-ta (Works ofteningrad Poiytechnica' Institute, 1970,
No 311, pp 94-99 (from RM-Fizika, No-12(I), Dec 70, Abstract No l2Zh652)
Translation: A technique is described: for measur-ing electron emission under the
action of fast atomic particles bombarding a thin filament in tho presence of
strong electric fields at the surface of the filamen:
t. The measurements were
conducted by bombarding a tungstem'filament4ith.atoms and mole-
cules of hydrogen obtained-in the:overcharging of:accelerated
ions of this gas* it was shownwthat produCing a field of
strength up to 1.40105,; v/cw,at the. virface cif them emitter.leade
to a certain increase in.the,iEmiseLon-amsoci~atediwith the increase
~in the probability of excited*electron yield (an,analog to the
Schottky effect for thermoelectron.ecQisajojj). 11; references.
Authors abotract.
63

USSR UDC 532.516
TE'kKINA,. V. S., SHCHERBINA, G. V.,
.11taminar riow of a Viscous Incompressible.Liquid in a Porous Pipe With Uniform
Pumping
Tr. Fiz.-tekhn. iii-t nizk. temperatur AN USSR (Works of the Physicotechnical
Institute of Low Temperatures ofithe Academy of Sciences UkrSSR), 1970, 11c. 1,
pp 127-138 (from RZh-Mekhanika, No 121'Dec~71, Abstract No 12B1046)
Translation: The equation of flow of a viscous incompressible liquid in a
porous pipe with uniform pumping-is,discussed. The equation was obtained by
Berman and was investigated by various authors. It is shown that at small
pumping velocities A there exists a.positive solution -0(r, X) which gives a
branch of solutions bounded for k- 0. The problem'is then investigated
unique
numerically and it is shown that.the positive solution is unique only for X < X03
in the interval (~k,, Y there are.no positive solutions, and for X > Al this
solution is nonunique. In addition, for X --)- 0 there exists one more branch of
solutions (with reverse flow), but then.the value of the velocity for A 0
r1ses.wit-hout limit. Authors' abstract.
38

USSR UDC 332.529.5/.6
KOPACHUMUY, N, D., TEMM, L.. A., Tammi. V-. S.-
"Os-cMat-iOns of a Drop oE Li#uld- on- a, Plane Xnder Conditions of Weight--~-
lessuess",
Sb. nauchn- tr- Piz..-tekhn. in-t: inzk. teameratur AN ~USSP (Collection-
of ScLentific Ulorlks. Phys ical-Technical.. Lbv-Tempera Lure Institute of
6e, Ukrainian SSR Academy of Seiences)j,1969,~.-vvp. 1, pp 37-48 (from
RM-Hekhanika., No 10,0= 70, Abstrnct-Ao. 10, B
7rawlatiour This- article conuins, a stuiy-of~the classical problem of
deter=ining tha frequencies and- shares.-..of. srAll- oscillations of a drop
of ~= ideal liquid on. a plane umler. conditions of cc-mplete: weight lessee
uess. . The linear- proble= of eigenvalues-i-for: the caset of an arbitrary
ccatact angle. is reduced to a- system. of:, onerdimension ~al integral equa- -
tions wh�ch: then is sGIved- numerIcal-1:v- or.r the, !1-20 computer. The case
of a. smal I can=cr_ angle an& aLqa.the case- whe re, them c on tac t angle is-
equal to a straight line are investigated-separately. The bibliography
has,B entties.

~:.777777
2/2 610 UUNN LAISSIF~IIED PROCESSING DATE--16OCT70
~.CIRC ACCESSION NO--AM0110363
I'T--(U) GP-0- ABSTRACT., TABLE OF CONTENTS: PREFACE 5.
7111-ABSTRACT/E.XTRA-
INTPODUCTION 17. PART 1. FUNDAMENTAL RULES AND INVESTIGATION METHODS
OF THE COMPLEXING PROCESS ll.. CHAPTER I FACTORS EFFECTING THE
COMPLEXING PROCESS 11. 2 BASIC PHYSICO CHEMICAL HETHODS FOR
INVESTIGATION OF CGIMPLEXONES AND~THEIR CGMPLEXES~ 37.: PART 11. THE
EFFECT OF-STRUCTURE OF COMPLEXONES ON :THEIR COMPLEXING ABIL!TY 60.
CHAPTER I THE EFFECT OF BASICITY OFTHE NITROGEN ATOM OF THE
IMINODIACETATE GROUP ON THE STRENGTH OF FORMEO COMPLEXES 81. 2
AIMINES 84. 3 COMPLEXONE.S %CONTAINING HETEROATOMS31
OXYGEt"N, NITROGENi SULFUR IN THE HYDROCARBON CHAINAF ALIPHATIC OR CYCL--.
RADICALS 127. 4 COMPLEXONES CONTAINING VARIOUS FUNCTI.ONAL 3ROUPS
CAPABLEOF COMPLEX FORMATION 137a 5 COMPLEXONES CONTAINING HiGHL'
"--'CONJUGATE SYSTEMS OF DOUBLE BONDS 192. -6 ;PC)LY-OMPLEXONES 238.
RODUCTION OF COPIPLE10NES AND THEIR COMPLEXES WITH METALS
PART 11-1, P
CHAPTER .1 FUNDAMENTAL. PKINC.lPLE,S: IN PRODUCTION OF COMPLEXONES
259, METHODS FOR PRODUCTI N'OF SdLID" CHEI-ATES 277. PART IV. USE
COMPLEXONES AND THEIR COMPLEXES 2q2lo CHAPTER I
CHEMICAL ANALYSIS
-29 3.- ~ 2 SEPARATION OF RARE EARTH ELEMENTS 335. 3 THERMAL POWER
ENGINE ER ING 349. 4 AGRICULTURE 360~. APPENDIX 369. SUBJECT
~3NDEX 4,12. THE MONOGRAPH DEALS-WITWTHE THEORY OF ACTION OF
COMPLEXONES, THEIR SYNTHESIS AND APPLICAT40N. TH5 BOOK WAS W-RITTE14 FOR
EMPLOYEES OF SCIENTIFIC RESEARCH ENTERPRISES1 COLLkYE PROPESSORS AND
STUOENTS SPECIALIZING IN THE FFELD-,"OF ANALYTICAL AND PHYSICAL CHEMISTRY,
UNCLASSIFIED

uDo 621. -674.Z. 001.5; 157,~. 0. 082
USSR
BROD-SKIY, V.B., TE221,1NA, Y Ell. M.
"Radiation Of Dipoles Through A Matelved Layer Of MqFlnetize(i Plo-SM011
Radiotelchniha i elektronill~a-., Vol )MIJ, 'No ~7, Jul,'), 1972, 11,27-143`2
Abstract. App~i=jr-ue nnalytical ar(-' 'PriZ!Serted for the
of rad:Lation of di,~)Oles throu
a unifoi-n
_Ccur
regnetIc field parmundicular to the layur Ifne
the e7terior spa(,c.
GraPhs axe shmm, of' a nwmb,~r of n1diat-1-0--a P~- terns. 10
fir- 3 ref- Received by editorsJ 16 1
u,"0 197! -
Vi
5

TISSR UDC 53.07/,0&F53.001.5
GORBUNOV, V. I., POKROVSKIY, A. V. O.T=41K, A.~K.
"Several Ways of Raising the.Sensitiv~ of the Scintillation Method of Betatron
ty
Def e ctds copy"
izv. Tomsk. politekhn. in-ta (News of tomA Polytechnical Institute), 1970,
Vol. 1849 pp 136-139 (from RZh-Pizika, No 1, Jan 71, Abstriict No lA430)
Translation: Fluctuation phenomena in;the,electric circuits in the detection-
-cope are analyzed on the b
recording.section of a betatron defectos asis of pro-
that ~ the most promising
bability theory and mathematica1stat"tics. It is ~sh
way of raising the. signal-to~-n6iaa:.j~a~ipl in, betatron 4lefectoneopy with-scintila-
tion counters is the applicationvf- comb-shaped 1 i1fews in 'the recording circults.
K. B.
7 7:
MR, I MIN I I M1.1 I z I MR I I M ~ i PT -1 P r 2 11 P~ i"i IMMU" 1M

~6k 66 9.7l.A42.6 2
USSR
Nj
BALAMONTSEV, G. A., ANDREYEY,Y. F. PEVYATKITN, A. B., TM KOV, A, V.,
SHADRIN, G. G.
je e
113 lection of H ight of the Direct Cooling of an Ingot With Water During
ngf?
Continuous Casting With Blowi
Tekhnol. Legkikh Splavov. Nauchno-tekhn. Byul. VILSa [The Technology of Light
Alloys, Scientific and Technical Bulletin of the All-Union Institute of Light
Alloys), 1970, No. 5, pp 9-12. (Trans lated ,from, Referativnyy Zhurnal Metallur-
giyi, No. 5, 1971, Abstract No. S G135 by S. krivonosoyt).
Translation:
In order to determine the optimal height~of the cooling band,
electric modeling of the temperature fields in an ingot 720 mm in diameter was
performed with a casting rate of 20 mm/ 'min,. using type-016 alloy. Modeling
was performed using aquasil-apalog method, allowing botk conductive heat trans-
fer and- heat transfer due to movemert of -the-body (conv(tction) to be considered.
The optimal water blowing height wash. found, to be 160�16imm. flowever, the de-
sired parameter is rigidly related to theAuantitic-s wh-iclh determine it. For
example, a change in blowing height bv 2'0-Mm~changes the. surface temperature
from 50 to 150'. Therefore,when,a;new techno:16gy1is being int-roduced, prelim-
0
inary investigation of the process.-with the electric model is required. 4
'figs.

Olt UNCLASSIFIEO Pik()CE~SING DATE-20NOV70
2/
C I PC ACCESSICIN NCr--APk1125525
STRACI EXTRACT- ( U) GP-0- ASS SrCHEME OF TEMPERATURE
TRACT. FIG. 1.
FrIELD-L-AL6ULATICNI OF PLhNE ANNULAR MOVABLE HEAT SOURCE. F I G. 2. GRAPH
FOR OF FUNCTION F.SUBI, (A) (I 1)[AMETER.61: SOLJRCE~25 MN
I cf,
21 20; 3, 17, 4s 12) A .41D F S'J32 (DELT1:1 I S , MM-SLIC V SUij I P.R I. E2
TEIVES SEC REESC-CAL; ALPHA, CAL-CK PRIME2 YIME15 SEC DEGR"ESC F SUB21
- -1 M-S SEC. G-EiGREESC-CAL. 171G. 3. SCKME OF FEMPERATURE
CA PRIRL2 T 1ME u L
CALCULATJI~:ii AT EINIG FACE OF JHIN COOLIND HIJI). Fl,r,. 4. SCHENE OF GLASS
R DIAMiOND LAYER; 3,
ILLING &Y UIAMCNO: 17 BODY OFOLIA110140.01RILL.
D
GL45S; M SUBCr 14LARKING FACE OF ORE Lt.. SUil-IMARY. IN TH~ PAPER
TESTEG
THE PROBLEM ON
!D OF HEAT SCURCES IS.APPLIED TO SOLUTIOVOF
THE METHE
NG 1N A SOLID;,MASSIF WITH AN ANNULAR HE T SOURCE
TEMPERATURE APPEARli A
AO V IN G 1 N - I T F, E SCLUTION R.ESULTS ARE :SUED:FUR TEMPERATURE CALCULATION
~_IN- GLASS BGRING BY A 01AMCIND ANNULAR, ORI'LL. -:CALCOLATION SCHEMES ARE
SHOWU. AN F1GS: 1i 3t AND 4.'--
E L P s S I F f E

USSR um 621-3.6hq '73
KUVYRKOV, P. P. , TFT9IKOV, F. Ye.. ,~bs collr "Order of Lenin" Power Engineering
Institute
A Circuit Board"
Moscow, Otkrytiya, izoloreteniya, pronyshlennyye obraztsy, tovarnyye zna-ki,
No.10, Apr 71, Author's Certificate Ho 298o8.8,.Division if, filed 24 Feb 69,
published 11 Mar 71, p 197
Translation: This Author's Certificate introduces a circuit board which
contains a network of current-conducting:moimting wires arranged on both
sides of the board, and holes for acca dating and soldering hanging cor,-
ponents. As a distinguishing feature of:theipatent, the process of instal-
-lation and construction of functional electroniL subassemblies is simplified
by using V-shaped wires with one.branch 6n. one side of' the board and the
other branch on the opposite sid--.. Each;of:the branches on one side of the
board intersects with all the other.branches,6n the other side.

Uz~4CLASSI FIED. PkIlCESSING. DATE--- 2Cji,-JJr)V70
T I T L E E- A C T f N 5 OF ALPHA ;IAILG. KEM%ES~. XXI 11 C
'RRELAUUN OFTWUN
U
C 'A
lRE"CTIVITY A~ L; S E,','S I T I V[TY 1 ~4 THE SJLY.OLYSIS OF TLXTEARY J~LPHA um f)
T
H- V S. TP-fr.'FEYEVA`: CoA. EMN
IOR-1 C 7~~ 4K AV AN
~.c T RY LF I iN U S S
CU
-st;IjAc E-Z F C-AG K b IM 1970 95 84*6 1
4 TE, PUE-L I SHE; -----70
'S L
-,:3J E C T, AR :AS-LHE,4i S TOY
N T C L L%,, G L A I F 1 E D
Coe
~PRCXY E E L ~-,k -30i, 3 L 5 STEP NO
UR 03 70 0 C6 /,0 C 5 0 95 8 0 9 6 1
I C L F S I NL_ - -A P C 13 4 d 9
I- CU

7W7
C LO U,kj(. L AS S I F I E D 11 lkqC E :'A S I P, 6D AT E- - 2 f,,k-,UV 7 0
C I -R, C A C C C 51 J. P 5 L 3 E4 6 ~i
0 L. V
A C I T- U ) Gt-13- AO SYR A CT THE JL.Ys~s F E
STULIF.;-' AT 25DEGREES [-*,1 1010, zjl~q 95, Oil 90PURCEINIT E14011 OF- PH SUB2 (,BRCGC.
5066 f, S4L;-~4, X , PI 411,-'~ SU36 H SULA41 PHCbrRbZ I I (X IS ONE, ME,
p, R'- t-,L T I I Ir I E &- (jr-
H, Dr-. U). I AND I I OB EY 11-IF nINSTELA k2UATION
L
(E. GR-W*N';,AU~, Er AL., IV48) MERE IS A -N t~ L I ,.E E NI H E
LAjWEA.R RELATIG
T,~ CC,';,-T. A-%L) Tr;E PAkAMETER M, FHE, INCREASE IN REAUIVITY
0 VLYSE- f~A t ,3
Tf L~`i!Sl LS ASSGCO. 14 1: fill0CR E A 5 i: I NJ HE i~ E AC T I V I I Y
M C j L A SQ" L V E
-GCS. UN I V UNINi~RADr USSR.
FACILITY. LEN:INGkAD
U N tL z-% Er

Abstracting Service,.~ Ref. Code:
AM53438 MDUAL ABST. 0
7

Ref Code
Acc Nr Abstracting'!S,erv c a
AT041538 CREMCAL:ABST.
r 89970y Cbemical transform ~o S
n of a-Wdlret es. Rene-
tion of ring-substituted phenacyl biomides with sodWin rnethyl-
T_ 6i A S', -1 . Btill-
ate. Temnikova I.; Dneprovskii, -shkin. V.
P-; bzelV4-,-T.-r-77 ngrad. Uos, Unj inirrad
Te
r=
a, "
~n R).
Zh. Urg. KFIrl. ukl)'
The re;jction ot
XC4HtCOMBr (1) _.%vittv MeO.N~i Afi. ~Sofh,. at r_oo
gave
Utan
I-one (11) and p-neRACOW,ok. C71, or Br).
The formation'of Il pro&.eidithro,4gb. al inteihaedidt~,.carbafiion
-
g* C
tvinW p-X jH4-
!oss l~of a-Br-
COCHBrC(O-)(ClljB0C,H,X-p
from IV gives 11. :'The. farmatioh~6f IU starts iviih:;the addn.
of 'IMco- to I ~ givin,g P-XCsH4C(O-;)~C)4,Br)M%Ee! ivhich is
:c
hydrolyzed to pXCJIX(ONU~I~kjOll .(VI Uild ~'IAIVC
rted
to 111. The ketal N The feaction of
I (X - Br) with MeONa iW HCONNlej~~ave VICO-.CH2COC4H4-
Bi-P, which was hydrolyzed- asily't' Ill (X Br). CPjR
0
p4d
REELIFRAME
15751406

USSR UDC 8.74
"Utilization of a Defin",.ng Machine to Describe the Semantics of the INF Pro-
gramming -Language"
V eb. Teoriya yazykov i metody postroyeniya sistem Erogrnmiiro (Language Theory
and.Methods of~Constructing Programming Systems-collection of works), Kiev-
Alushta, 1972, pp 190-196 (from M-Mernetika 1~o 12, Dec 72, Abstract No
12V440)
Translation: A study was made of the possibility of utllizing a defined ma-
chine for the description of the semantics of the INYprogramm-ing language.
The.INF object is the irode-1 of-the mathematical object, which is independent of
the machine representation. The WS, langua$e has the Kollotaag typeoof data-
numbers, boolean files, complex files, and Multidiaensioral files of these ele-
ments, rows, files of names (the elements of which are the namer, of the deri-
yative objects), tags, cycle variables,~ Orocedures anti functions, 1n _~dditicin,
the programmer can describe nev types of:ob ects, composing them from the nu.-
J
merical, row and reference ch4racteristics~(the value:q of the latter are tne
names); objects of new typev can be combined Into multidimensional files. The
MY operatiens(there are about 100 of them)fare.dividod into the following

Measurement, of Lcy.-%nerpy Electrons
(Abstract. ",Measurement of Low-Energy Electrons." by iu...J.~allpzirin.
W. V. Dzhordzhio, L. D. Ivano%:1. P, LaMisjqjkjy, E. L. LeIn, T.
YuRarchik, B. V. Polerov, emllyy. A. I; Fedorova, 11. 1. Khazanov,
Moscow, Kosmichaski a s5jedova-.4iya,
J[--~frin. and F. K. Shuyskaya;
Y
Vol VIII, No 10 low-'Pp
[Notej This is part of a tacti6nalized articla"Study of,GeOacz'-Ve Cor-
puscle~r and Phoroelectrols on the Satellite '-Kowos-261' Kosmiche*kiye
197o, pp ~1644361
Issledovaniya, Vol VIII, 110 1-
A spectrometer for low-enorgy alectronsp, operatIng iA the energy
range 30 eV-15 keV, is described. Electrons undergo enar4y Selec"ton In
a cylindrical capccitor and then are accelerated to 17 ke's'and are reni*-
7 tered by a scintillation counter with t,..o photonulftplier5 operating in
a coincidence circuit. The instruzent field of view is~circular, the
aperture angle is +3.5% the.geometr/, factor:is 2-10-1 cm2-sternd and tiie
energy resolution Is,6 E/K - 0 19. In the first range (30-150 hV) energy
scanning is done smoothly by a;plying al'sawtooch voltage, in the second
anal sis it is done smoothly at three fixed energies -- 1.. 4.5 and 15 kev.
The Instru-ment can be switched from one =glme to another -3y =--viand iroz.
Real/Frame

"0042568
the earth. The paper gives the first results of measuramenti; on the "Kos-
ttos-26V satellite. The instruments. measured the equilibrxiumi, energy spec-
trum7of fresh photoelectrons at,different latitudes for different pitch
angles. Soft auroral electrons with energieg' fro'm 30 eV to' approximately
1 keV were registered both in the,lisecond" zone of auroras and in tht main
zone of auroras in which electronsvith energies 4.5 and 15~keV ware also
very intensive even during magnetically quiet, times. On -nany revolutions
of the satellite about the earth, passing,approximately a16~ag the-auroral
ovali with transition from the midnight to the:ziorning the're is a
arruccoreleas "baekcround!' of electrons with'an almost constant iritanaicy
ani slowly changing angular energy flux.'of these elec-
trons is approximately 1 Qrg/=2-vic.*.He~r-the midnieht~sector and with
transition from the midnigInt to evcningtec.or the flvxea;~f aurotal clea-
trons are far more irregular, with:atrong pe&k*, particul4w.ly at:~abouc 4.5
keV. No measureable electron Intensities were discovered,*,'In the: middle
and law latitudes in the kaV range. -The'upper !Imit of the enersy flux
In the quiet atmosphere is approxiviately: erg/=~-sac. An ex-
ceptlon Is the equatorlal. reglon-of.the ionospheric anoma;y, where a&
y ,;oft
earlier (on the 1I.Kosmoe-Y' satellite) there was sporadic ~,rt:-'str
electrons.
197G0548

Acc. Nr.* Irl Ref. Code.-
Study_2f Geoactiw CorZijsc1t-,s and Photoelectronz
(Abstract. "Study of Geoactive Corpuscles and PhotoelectronS on th~
'Kosmos-261' Satellite," by_L._P,
_19~IyRqova, M.-L'. Bragi.n, Ytl_.
___perin, V. A. G:LjdX_r:nev. iq~r44hio, _g _N
--'uly~reaLk, Ponomarev, V. V. T6
R. A. T. 11
Fedorova Yu. P. Shilyayev, F. K. Shuyskaya and-A. V.'.Shu-1en#1a; Moscow,
Roo miche~kly -el~i-sl-ed6v' aniya,--V0-1-,VI 11,~ ko: 1, 1970, pp 104-136
The'artificial earth satellite "Kosmos-261" w" used . ln a study of
low-energy goonctive corpuscles and fresh photoclectrons-and their inter-
action with the earth's upper atmosphere. ~ The satellite was laiinched on
.10,December 1968, Orbital Inclination to tho cquator vas 71', so that for
a relatively long time it noved almost along a tangent alone the -&urornj
zoae over,the Soviet Far North, making it possible to Incrontse the v.~,.me
of vinultaneoua mearuremetris from the sacellite andJrom S~Gund observa-
tories. The stora&e regi-cw-~ made it:possLbl:e t a extend con;i-nuous~ neasure-
VIOnts for periods of, sevaral revolutions,:. #icluding :pass",. over the. auroral
zones in the Arctic and Antarctic a~d over.tho polar caps an far as in-
variant geomagnetic latitudea 82-85*1. Durin; the initial-~eriod the
satellite apogee was at 670 km and Peripee win at 217 km,ibut It finally

AP00425M
der
burnt up upon entering into the -se. layers ~bf the atmosphar,e on 12 Feb
ruary 1969 after m3king 657 revolutions of.thh earth. ~ The a% eriment
lasted 53 days. The orbit was such.that.in the northern hcmf~sphero middle
and high latitudes the satellite moved -below or close to the!maximum 0.4
the roregioa so that ionospheric. electron density along its trajectory
2 and ics variations could be determined in a. number of ;regions on tha basis
of measurements by ground ionospheric statiia4s.: The period of the experi-
ment included both quiet periods. and those with strong disturbahces. The.
experiment was conducted under the "Program-of Cooperation Ujona Socialist
Countries in the Field of Space Research and'Peaceful Use Of Spacp-
Ground measurements were made in Bulgarliai:Hungiry, East Gegany, Poland,
Rumania, USSR and Czechoslovakia. Observaidries and speciai expeditionary
licipated: in Yakutia, the Far Nor~%,, Siberia,and
stations in the USSR par,
middle latitudes. The article cited belov'is divided into four parcs: 1)
Description of Experiment; 2) 'Measurement of, Low-Energy E-teccrons; 3) Men-
surement.of Low -Energy lons;.4-) Measurements ofCharged Particles with
Intermediate and High Energies. -parts 2)-4) are essentia4~ Independent
articles and are abstracted separately.

J
J-Irwi- vv
Ace, Nr.;-
Ref. Code: UROZ9~3
Measu ent6 0 Intermediate- and lligh-FnerLZ Particles
(Abstract: "Measurenents of Charged Partic ,les of Internediaca and High
Energias,'~ by A-__A-__.Polyunova, Lk i
Gorn, L. S. Zhurina, 1. 0. Ivanov, R. N. I Karpinskiv, it. A.
_2Kpyra-zhkin, V. V. Temn y, _B._J,~ P"z nov, A. V. Shifrin and ~F. K. 'Sh."
Moscow, Kosmicheskiye lssledovaniyaj Vol VIII, No 1, .1970, p;, 126-135)
(Note: This is part of a sectlon,~,Iized article "Study of G~oactive Cor-
puscles and Phoroelectrons on Oze satellite `Kosmos-261'," rosmicheskiye
Issledovaniya, Vol VIII, No 1,1970j-pp 104~4361
This article describea-the RIE-205 scintillation sPectrometer for
electrons~oi intermediate energies, the RIF-902,scintillation spectrometer
for protonSLand the RIG-111 lead-shielded Geiger counter. Tlie RIF-205
instrument measured electrons in tits ranges 10-45, 45-65t 85-120 and 120-
f'Lelectron "W1
.150 keV and the tot--! intensity o 21 a, 't'h*an energy greater thaa
150 keV (geometry factor 2-10-3cm -stcrad),. The RIP $02 Initrunent measured
protons in the ranges 0 30-0.45 1, 0.45-0.70# .0.7.0-0.95 and M5-9 McV with
a geometry factor of I.;,10-2.stcrad, Th'a RIC-111 instrument measured
Reel/Frilm.e

ArOG475&7-.
protons with E ;;-50 MeV 'and hard electroA, In the radiation belts and
auroral zones the instruments measured the'fluxes and energy spectra of
electrons and protons, their distribution by pi.tch angles nod spatial-
temporal characteristics. It was possible to dezernine the latitude varia-
tion of the intensity of injectedelectronsi the pitch distributidn of
intensity for auroral zone electrons and the differential electror, spectra.
For example, the electron fluxes measured w1th the REE-205 spectro-meter can
be.asaigned to tho following groups: a). trapped electrons the, inner
zone (L 4 Z. 5) were regiatered for. the moit part in the region near the
Brazilian anomaly. their flux for ark aaergy E > 150 kQV attalnud 108 parti-
cles/CM2.sec, and was highly dependent on pitch. an.,;Ie, a pronounced naximlim
was'obsorved for pitch angles 90% b).trapped-elecrronn injhe outar zone
2.5 < L < 7. also with a maximum intensity for pitch angl4!r, of ~00; ir.
many cases quasitrapped particles were registered in the rogion of in-
variant coordinates hrlin 4 100 km with intensities up to 2.106 particlen/
CaLsec-sterad; c).sporadic hard electrons injected into the attaosphere in.
the middle latitudes; in there cases the taean eaergy was ulsvally ^/100 keV
and the particle flux attaineId 105,partic'les/cmLsec; d) electrons of in-
termediate and high energies injected into the atmosphereiin rha:high
latitudes; they are frequently observed nea.r the auroral zone..
-0546
97*0
1

Ace. AbstrActing: Service:,:' Ref. Code:
'USOZ2 913
00483G8- INTERNAT. AEROSPACE ABST

A70-24316 study of tJ6 otoactive particles Ind photo-
electrons by rneans of Fatellite 'Kasmor,26V IV-Stutly:cf charw:!
porticles with.a middle andhig energy iltsledovania at.wIttivny"
kerpuskul I fotoelektronov no sputnike 'Kosrnox-2GI.' IV-
lzmeraniia rarlazhenrob ~Wstiti srednikh I vysokikh cnergii).

Ga Wrn L.�i Zhurina,.
BaliunW, A . Vere~kin, lu. 1. 11perin t. Sg
&P

0, V. V
_D. i_v...,, R:N._G_evaT. PKwpi skif. R. A. KqC0?tk1:
mo -A
Terriny., 13,~~IzLrjt*. A__~ and F. K~ Shulskaia.
TOWIMMkia.-Wedovianda, 8, Jan,Feb. 1970, 0. 126-135; 7
refs. In Russian.
Oescriplions of the scintihaVon spectrometers for measuring the
electrons with energy ranging from 'W to ISO k W and more. protons

with energr ranging 0.30: to V. A lead-scr4med Gel; r
6 Me
counter for mewring the protons with energV above 60 MeV and
rigid electrons Is sluo,describctll,~Th.e fatitud~dependqnj imAnti-
distribution Of th(I Intrusiv4! clectr6ns's datirmined tolibillar with the
itch distribution of the electro I: , silly In the aw&41 ione, alid
n nten
p
2M.
differrntial electron spectra.

~REEL/FkAbIE
Az
19800976

E`19_171:. 721. 75
USSR UDG,,'-
K11MWGIS, K. TEMPIEL'KHOFF K. an& USMOVA, C. A.
"Interaction of Ultracold Neutrons With Matter"
Ob'yedin. in-t yadern. issled. Labor..: enytron. fiz., No. 14-51:89 (Joint
Institute of Nuclear Pzsearch. Laboratory:of Neutron Physics, No 14-5189),
Preprint, Dubna, 1970, 22 pp, _Uli (fr_pm_:RZh-Fizika,L No 4i Apr- 71, Abstract
No:05W
Transla:ion: Various interaction processes of ultracold neutrons with matter
are.dia,.-ussed. The use of ultraccild,neutrons to study effects associated with
the variation of nuclear forces with spin-is especia"y important for possible
studirx in the field of solid state physics. Abstract.
6-1-

USSR
TEMPEL'ILAX, A. A.
"Ergodicity of Gaussian Homogeneous Random.Fields in Homogeneous Spaces"
Teoriya Veroyatnostey i Eye Primeneniya [Theory of Probabilities and its
Applications], 1973, Vol 18, No 1, pp 177-180 (Translated from Referativily),
Zhurnal Kibernetika, No 6, 1973, Abstract No 6V73, by the author).
Translation: This article finds a class of homogeneous spaces, in which all
Gaussian homogeneous random fields containing no constant random "baclground"
are ergodic. The general theorem indicates ergodici-Ity of all relativistically
homogeneous Gaussian fields without "backgfound" and Gaussian homogeneous
random,fields in the Lobacbevskiy spate.

I 114ral fR 1% alINSMINIP
USSR UDC 519,21
TF&IPEL'YX,, A. A.
"Criteria of Metric Transitivity of Gaussian Homogeneous Random Functions"
Lit. mat. sb. (Lithuanian Mathematical Collection): VolAO, 1970, No 4,
W_ 815-034 (from - Referativnyy~. ZhurnaL~._~ -Patematika;. No 8, Aug 71, Abstract
No 8V152 by G. Molchan)7
Translationt The Grenander-kfaruyama res result of metric transitivity of a
Guassian steady random process is generali7ed for the case of Gaussian functions
(k), k K, that are uniform relative to an 4rbitrary group of auto-
morphisms of K space, Criteris of the metric tranbitivity of Gaussian
homogeneous fields for locally bicomp~.ct~groups are derived as corollaries,

Z-
USSR UDC: 621-315.592
KOVAL', Yu. F., 14ORDKOVICH,,V. X., TEMPER E. 1-1. and !aLkRCHEITKO,
V. A.
"Optical Characteristics of-Silicon Irradiated With Neutrons"
Leningrad, Fizika i tPkhnika,Do1u-arovodnjAo A
v To 7, 1972, pp
1317-1322
Abstract: This paper considers infrared absorption.by silicon ir-
radiation and consequent isochronal annealing. The silicon was n-
type, wit a resistivity of ohm-cm and an:oxygen concentration
of 3-4-.jvb/cc. Part of the crystals were bombarded with neutrons
without special cooling, with a temperatuxe of.2500 C, the.other
part being bombarded while in water. The. anna'aling was done in a
range of 100-8000 C, in steps of 500, for 30 minutes at each step.
For the specimens irradiated in watert at a temperature of less
than 600 C,very strong absorption of infrared,rays of 2-4 tA wave-
length was observed. High absorption of 17-25,~A wavelengths was
also seen in these specimens. The silicon crirstals irradiated at
2500 C, on the other hand, were tran.sparent to the 2-4 a- as well
As the 17-25 )1 wavelengths. Curves are plotted f6r the absorption
0 the crystals aa functions of the wavelength and:the annealing