SCIENTIFIC ABSTRACT KOBZAREV, I.YU. - KOBZEV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723420010-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ACCESSIOR NRs APS024339
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AUTHOR t Zohor
:TITLEs The Adomollo4stto theorse and supercharged particle#
i
1SOURCEi Yad*rnays fixika,, v. 2, no, 2, I"S,, 261-264
;JOPIC TAGSt particle symmetry, unitary symmetry, strong* particle, strong nuclear
Interactlon
!ABSTRACTt Ademollo and Cottai (M. Ademollo), R. Vatto, Php. Rev. Lett,v 13l 264s
;1964) showed that the vector constants of %trange lepton decays of the baryon octeti
;are not renorsalized in the first approximation 'with respect to the sesistrong In- 1,
~teraction L which destroy* unitary symmetry. The authors show that the Ademollo-,
A(S
iGatto theorem Is not true for the case of nonconvervation of supercharge In the
sesistrong Interaction regardless of whether there Is a curront which modifies the
supercharge, and that ronorealization of vector consta2ts may be +of the same order
pie of K 4 vo 0 0
of magnitude as thl change In masses. An xam + v decay Is
considered whom X belongs to the ordinar; 0 octet. "T'he authors art grateful to!
-L. B. okun' for discussion of the work." OrIg. art. hast 12 farm%aas.
Wd 1/2

KOBZARL7._j,_Ttkt; OMI, L.IL;-TMMTIYW, M.7.
-.1 Note an $-odd xLpole fields# ?is#, v rod, Zhur, Asper. i teoret.
f1s, 2 no# 101466-40 1 065 (mm 19 11)
le botitut teoretichemkoy I, eksperiumUltboy fialkLe. OubRitted
September 28, 1965.

vector coultatf Of ltrMS# VAr"ntS In thf $400A &PWCWtMtl(U"
-with respect to modont*2y strmg interactimse lAd. fis. I n*061
2050-1052 :9 165. (XIPA 28s6)
10 Inatitut tooratiaboakoy i eksperimUllacy fialki OmAarst-
vannolo kwdtota,po ImpollsomMyu atemoy anorgil M.

KOWAREV, I.Yu.; OXLTNI* L.B.
WItiplication of trurmnts by the adaixturs &T 3/2 in
A-by peron-docayo lAdo f1s, 1 no,61ll34-1136 Ja 165.
(WRA MO
I# Irlatitut toorstichookoy i skspor~imontmtlfnoy flzl-ki Gorudaret-
vennogo kwitatApo.i"lexamiyo atomno.7 onargil =R.

UVA
L 13117.W FWT(1)/EVfA(1M)-2 XJP(c). AT
ACC MR i A16001773 MR= CW11 UTV038616510wowl~~10469
AMOR.- Kc yew# No vo
1# YU. t OkM D.;
t~
ORG.0 Tadiwo of D22vdism ang RMI=vw a tut, t*o.e lcheikw 1: -
-Tales (Thsti
eksperinenWInoy Mild)
Tr=i A note on C-odd walt1polso
SOME: Zhurnal ok"wrimnWInoy I teoreticheskay fixlkl. Plolma v rediaktal".0
Prilothinlysp Ys 21 no. lot 196% M&469
TOPTC VASt parity prine-IVU., pbuton scattering, electromagnetic Inters4tlon$
nucleon scatterivgp deuteron seatterIng, correlation atatit;tIcs
ABSTRACT: The authors discuss briefly- the possible presence of C-odd terms In ver-
tax parts vitb I > 1. When I a I (e.g.j deuteron) this terik is ahown to vanish
for real photons. The effect wIU therefor* be m=iml for large-angle scatt!JLM~
of electrons* The coefficients In the term my becom sms.U. The suallneas con-
nee v the non-elamftry nature of the miclaux to manifest in the awdlmsa
of the form factorp which can be naturally assumed to be the same for C-even and
C-odd tems. Thereforep at large momentum transfer# one car expect carr4,atlaa -
ef
-fecto of the order of Mitr b the sodel of J. Dernsteln# 0. Feiubarsp W To 9.

L 13117-66
ACC.104 AT6W1773
L" (Columbia Ukilve Preprintj X965~.
P +1 .1 .3L
it does not follow tbxt the fare-
golng correlaLluns mat be addition.
ally nall in electron- deuteron seat- 21 +1 1 21
tering. For light mwlelp haw"er# N
these effects are smU WA# further- 21
murep LLey can be eatimted. theore-
tically to a considerable degree. For a particle vith spin I the number of C-odd
"multipoles is equal to integer or half-int*gor. la the general case (tWdne iftt4O
neccrant posoible parity nonconservation)p the mcber of corresponding m1tipoles
Iv given In the table. The nu*or of correqonding multipoles N in the third and
fourth lines pertains to Integer mW half-integer 1p respectively. The results of
tbe table can be easily obtained by deteraining the nvuber of states in the t-
channel# whe" the pwticle and &.41particle with spin I form an *atomi" with total
angular momentum 1. Authors thank 1. TA smd B. M. Pontocorwo for
awnr.
useful discussions. L, 8. mm, f o a. 1!1&-
:-3~por
tereating discussions In Trieste. Orig. art. hast � formlas-and I table.
CP +1 .1 4-1 01

SM 6DE1 20/ SM VAINI ~5/ M RZYj 003
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SIFT (I
A00 MR., 1%96 SOW= CODR: MV)XIB/63/000 383 0002/09)11.
AUTHOR: -L -BPI 7jammor", _Nt'll
OW 1~~itute of M=ratteal am armwiswrtma -mvet's '? thA R+AL+Al tVA-MM4,;l'
MY flxUd Goes k=ltGtA po ispollx9vanip MR)
TMZ: ltamrk twounIM'o-om MQtlpol"
i SOURCS: USIM. Gosud.arstvauw tooftat po ispalsovanilu 4Lt=W enargil. zutitw
toorartichaskay i 4kXpftlMlWAtAl'WWflzlM. DWdady.* no. 385, 196.5. zmwwuoe
a C-nfthotrwm mlltipalrekho 3j--U
2UM TAGSt parity
primipup* Gimm"ry Particle, elfttrm mattadv4s bosoop
farnim, MAG11"r spino qwmstm of
ABSTRACT: Th* autbacra discuss Vw pa"IbIntr of tbo p"geme of C~.OW tamw ~ ft
the Vertices of pLrtial" at angul" mowtum j > 1. sad sbcm %bat $A Ltba a"* of
I particUs with qVin j > 2/2 tbo vioution or ebaip immume In
t elactraftmaus
l4aft to th* "rawas of 0-0m fan faeters., tm at a or sta fan radlan In
equi to i - 72 ft f0miam OJA J fbr Woom. fte Vresame of a C-o6d mA.vwr-
t4Z V&rt& Vit > I a0 SiT* r146 to CWtOln 0Wr*lAtlaW vh1ch adgft became ob.
:c 112
- --- ------

t~t 0101647 MOO
ACC N9, AP6028207 SOURCE CODE- UR10367 /66/003 /006/115411160
AUTHOR: bzargy.-J.-Yu.; Okun', 4 ;3.j Polmer_anct.~uk,_ 1. Y2,
ORO- Institute of Theoretical and Experimental Phy�1qg.
_9f.PjqA"nstitut
Teoretic -~k4~~i I~ksperimental'noy Fiziki GKIAE)
TITLE: The possibility of experimental detection of mirror particles
SOURCE: Yadernaya fizika, v. 3, no. 6, 1966. 1154-1160
TOPIC TACS- mirror particles, particle interaction, electromagnetic interaction,
decay, neutrino, gravitation
A13STRACT: -The possible existence of "mirror" particles (R) in the solar system
in addition to the usual particles (L) to considered in connection with the observed
violation of CP-invarlance In the K.0-2n decay. Their introduction restores the
left-right equivalency. It to shown that imirror particles catulot interact with usual1
par-ticlca strongly, semi--strongly or electromagnetically. Weak interactions
between L and R particles, due to the exchange of neutrinos/lare possible. The L
and R particles must have a common gravitational interaction. The question of the
existence of macroscopical bodies (stars) consisting of R-matter and their possible
vy,
card 1/2

. KOZAM-Fetr Artaslyavlc4j~ OMMIN, K,8., ksnd,tskhn.nm*, red,;
I I , 9 P.T., red*% ZIEWA, I.D., tokbn.red.
EKwaturs tbarmelactric pomr plents] Kintatiurnyo torma-
elektrostantsilo Pod red. K.S.Chwtins. Btalingrad, Inishnas
lsd-,ro. 1958. 34 pa (xiu 13tg)
(Vwrwolootria prArstors)

?.A.* tokbn*
We suaset. 31anks L sbis 27 no.2:78 7 160o
(XCU 1316)
lo Xaktroiardlograflobeekly kablust bollnltsy 10.100
Stalingted.
(IMMOCARD100WIff ) (WIDICAL INSTRUIM23 AND APPARLIM)

XOBZARZV, YU. B.
"The Theory of a Vacuum-Tube Oscillator with Two Degrees of Freedon..* Zhur. TOM.
Fis., 20, No,11, 1950

1. KOBZAMM, Tu. D.
2, USSR (600)
4* Physics wd Mathematics
7. OsaillAtions md Wayeal 0, So Oor;lik. (Masoo Ludngrad. BUt* Tedmiaa
Press, 1950). RevinW by Tu. Do Kobtarev, Sov. Inia, No. 10, 1951.
9* vo Report u-3osi,, 16 jan, ima uncusained.

W- ~-#--Yu- B.; BASURMVS A.Te.
Iffootlymess of "arch a2gorithum bas*d on a astbod of ta4t
stol* with controlW dwatim.- RAdiotekh. L *Uktrca.
noM1411-2419 8 161* (MIRA WO
(zlootroula control)

11 Yiltl
4-11NVt

_F,'WT(M)/T/2WP('t)/tW(b A(-! I TJP(c) __JD
ACCESSION M AM196" UP/0181/65/ODT/008/2450/2458
AUTHORt Diatler, Go Is; Kobs $.,A.
%= tj*_
TITLEt-- Direct _observaiio_n*f-a*tIve, centers of semiconductor -cr7stal. mmfoess-
SOURCE: Fizika tverdogo tela, v. Ty no.,8, 1965, 2450-2458
TOPIC TAGS: -electron microscopyp seinicondurtor crystal# crystal surface, surfAce
act ive agent, silicon, rrwle crystal 6
ABSTRACT: The authori describe anev elect,-on-m1croscopic decoration methodp de-
veloped at the Inatitut kristallografli. AM 10SH (InGtItute of Cr by AN
and based on selective crystallizati(m of the'__de_c'orn"tin'g matter on-tiose
s~u_~face centers which are most active for tl,,,c given crystallization chemical re-
action. '11ils tacthod was-uned experimenrtall~~ to investleate the surface of sir%;1e-
crystal P-type silicon (resistivity -7 ohmp-cta), grown from the melt by, the Czoah-
ralski method. The surface of the cryst~&I. -.as grown and poliahedp and then treated
with solutions of lead aaetata_(4t~),, thiouxea (2%), arA caustle potash (2.8%)
taken in a ratio 11313. Tae reaction tempe-rature was 3C. Corbin replicas of 'the
surface were examined in a 111tachi-11 electron microscope. 7b* decoration patterns
abowed the presence of distinct strips,, alternately filled witb discrete lead sul-
fide crystallites and without awh Mst&Wt*#. A distinction Is mde between
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"A �aUNT4 "V-,WM WIMMU
6325-66
ACCESSION NR t AP%19M
and
Several typical decoration patterns and the histogram of the lead sulfide Matals
grown on the different active centers are Iresent. It Is claimed in the conclusion
th,at these experiments represent the first successful observation of the,impirity
structure of silicon surfaces with high resolution unattainable by arW other method
except electron microscopy, The method develoW makes It possible to establish on
the surface of the crystals the presence azd the wwber of active centers, the geo-
metry of their arr"ementp and also the Idnetics of their -variation resultlr4 from
various surface processes* Orig. art. basi 6 figures and 1 formAU.
ASSOCIATIONt Institut kri4tallografil All E88R,, Moscov (Institut* of Cry"U.6.
graphy, AN SWR)
SUBMTnm: 36maz,65 XXCW 00 M COM91 88
NR Ur SOVI M OTMI OQS1 A
nw
Card 2/2

XDBZDEJ,.W2&dymlav (Strzagam)
Stanislav Ykjorski Is aba" I-m the ovolution of Folish
hnoometria nape a 08450P POigraf .34 S10,31241449 163.

D.!-'zT!.YRP G.I.; KORZAEL-VA, D.A*
Wrect ob"rvatlon of active venterv of semlcondwtor crystal
I
surfaces. F1%. tver, tole 7 to,&21.50~44158 Ag 165.
(MIRA l8t9)
Is lnntJtut krIstallograM At! SMRp Moskvne
t

r

SVIMIWY# TeNal IMNM# Gjej IMMSIX511T, Tu*A.
la"ettgating tr dlffsmtlal Moral analysis transformstlons In
chromium during beating and quw3chlage Isslo po sharopr* splave
6s238-239 160, (MM 13:9)
(Chroslus-Reat trastment) (Thermal anabvis)
Y~w

8/601/60/000/011/003/014
D207/D304
AUTHORS: Svechnikov, V. lit Aft~~ ~~*$ and
Kochershinskiy, u. A.
TITLE: On the problem ol polymorphism of chromium
SOURCE: Akademiya nauk'Vkrayinalkoyl RBR. Inetytut
mel;alofysyky. Sbornik nauchnykh rabot. no. 11.
1960. Yoprosy fiziki metallov i-astallovedeniya,
28-29
TEXT: The authors report observations on phase transforma-
tions in electrolytic chromiumt roduced In hn drogen and subjeoted
to zone refining in the Otdel taklumologii GPTaVoV Inatituts. me-
tallofiziki AN USSR (Division of Alloy Technology, Institute of
Metal Physical AS U`krSSR) by V.;G. lopifanov. Differential ther-
mal analysis wan carried out usir4g a method described by 0. P.
Kobsenko and Yu. A. Xochershinskiy (Ref. 2; Ops citet ppe 160-
163). The results obtained are shown in a figure an heating
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3/601/60/000/011/003/014.
On the problem of... ~WOVD304
curves obtained directly (I) and urferentially (II), Curve I
has a horizontal plateau representing melting. Curve I should be
regarded as approximate because the aggratue was calibrated us-
ing the melting point of plat4num (17 3 0) as the upper tempera-
turei the calibration graph had to be extrapolated begond this
point. Curve II shows no special features up to 1750 0, At this
temperature, the curve begins to rise due to vaporization of
chromium (the experiments were carried out in argon at a pressure
close to atmospheric). At higher temperatures, curve 11ahows
superposition of vaporization and melting. Neither curve I nor
curve II has any features which might indicate allotropic trans-
formations. This contradicts the results reported by D, S.
Bloom et al. There are 1 figure and 2 references: 1 Soviet-bloc
and I non-Soviet-bloo. The reference to the English-language
publication reads as follows: D. S. Bloom, J. W, Putnam$ No Ps
Grant, J. of Metals, 4, no. 6 626 1952. Z-Abstracter's note:
Essentially complete tranelation..~+
'JUBMITTED: September 15t 1959
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3/601/60/000/01-1/014/014
1)207/D304
AUTHORS: to and Kocherzhinskiy, Yu. A.
TITLE*. Differential themal analysis of refractory
alloys
SOURCEs Akademiya nauk Utrayinalkoyi R9R. Instytut
metalofisykye Sbornik nauchnykh rabot. no.
11. 19 0. Voprosy fialkizetallov i metallo-
Yedeniya# 160-163
TEXT: The authors describe an apparatus for differential
thereal analysis of metals and alloys at -temperatures up to
2000 C. The apparatus was develojed at the Otdel metallovedsniya
Instituta metallofisiki AN USSR (Yetallography Division, Insti-
tuteof Metal Physicat AS UkrBBR),. The main novel features of
the apparatus are Ito thermoelectric detector and its thermostat.
A cylindrical sample (10 in Fig. 1) Is placed in a refractory
crucible 7 with a ceramic cover 9. The crucible stands freely
Card 1//#-/9

Differential thermal...
8/601,/60/000/011/014/014
D207/D304
at a-thermocouple 6. Another therinocouple 4 is separated
from 6 by a ceramic plate 5 and, Ilse on a plate 39 The
couple 4 serves as the stan4ardl it records the conditions
within a molybdenum or.tungeten th4rmostat. The thermostat con-
sists of a casing 13 -and a cover 121 it to insulated from the
sampl* and the couples by &'ceramic cylinder 11 with a cover
8. and it is fixed to a cerazi c tule 14. Leads 1 of the ther-
mocouples are protected by a ceramic tube 2. The detector ther-
mocouple is shown in greater detail in a second figure. The
thermostat is placed in a furnace vith a tungsten heater and
water-cooled copper leads. Thermal. insulation of the furnace in
provided by ceramic and metal shields aa well as an outer water-
cooled metal jackets The heater Is supplied by two 1.2 kW trans-
formers. The working space is evacuated to 10'3 mm Hg or filled
with argono For this purpose. pumps 48JI-100 (TaVL-100) and
BH-441 (VN-461) are used, Vacuum measurements -are carried out
with gauges jrr-~- (LT-2) and B77-1 (VT-2). The apparatus is
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7

35'179
3/601161/000/013/011/017
D207/D302
"'.UVIORS: Svochnikov, V. 11. and 4obselao 0. F
TITLE': An investigation of the ternary syntem chromium-niobium-
molybdenum
SQUAWI'A: ikkudemiya nauk Ukrayinslkoyi RSR. Inetytut metalofyzyky.
Sbornik nauchnykh rabot, no. 13, 1961. Yopropy fisiki
Metallov i metallovedeniya, 115-117
T-EXIL: The authors report some results on the composition and hard-
ness of Cr-Nb-No alloys prepared by melting in an argon-filled are
furnace. After annealing at 155000 for 32 hours and uenching, two
homoaeneous phaaeoic