SCIENTIFIC ABSTRACT KAYBICHEVA, M.N. - KAYDANOVSKIY, N.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721220008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UXB-IqI--MTAj-&V-; . FADEIFVA# N.I.; TULINq N.A.; SHATALOVP M.I.
Basic refractory wastes are a valuable raw material. Metallurg
6 no. 1:18-20 161. (MIRA 14:1)
1. Vostoehw institut ogneuporov i Chelyabinskiy metallurgichis-
skiy zavod,
(Refractory materials)

KAYBICHEVA., M.N.
Chrome coatIngs on electric furnace linings. Stall 21 no.8:
704-706 Ag 61. (MMA 14:9)
1. Vostocbnyy institut ogneuporov.
(Electric furnaces) (Refractory materials)

Y_IaIw94_J~; PIVNIK, L.Ya.; MARIYEVICH, N.I.; Prinimala uchastlye
FLEROVA, Ye.i.
Service of c.nerete on a bd'se of high-alumina cement in electric
furnace arches. Ogneupory 27 no-4:166-171 162. (MIRA 15:4)
1. Vostochnyy institut ogneuporov.
(Refractory concrete) (Electric furnaces)

5/08 62/000/023/063/120
B180YB144
:AUTHOR: Kaybi cheva, M. N.
TITLE: Eleotric-furnace refractorieu and their durability
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 8, 1962, 487-488,
abstract 23K363 (Tr. Voet. in-ta, ogrieuporov, no. 3,. 1961,
80-93)
.=T: The article gives the coordinated results of tests carried out in
eiectric furnaces on various refractories and of investigations of the
conditions under which the linings mustfunction during the smelting of
different-types of steel*. Figures are given orx the lives of arches composed
of chromemagnesite and Dinas bricks in different plants during the period
1958-1960, aloo data on the use of the following refractories in the arches
of electric furnaces:- andalusite, high-alumina, periclase (USSR), fireclay
and Dinas (Canada and the USA), dolomite (W.Germany) and high-alumina
(China). The maximum efficiencies of the different types of refractory are
indicated, and methods are given for extending the life of arches and walls
by using a periclase-spinel brick of greater density or unfired metal-cased
chromemagnesite bricks. [Abstracter's note; Oomolete translation.]
Card 1/1

BARIN, S.Ya.,- KAYBICHEVA, M.N.
Lining electric steel melting P,-.-iaces with noldable
substances. Opeupory 26 no.1r: 82-486 16L (,'IR:. -;,"" -.~
1. Ural'skiy vagnostroitellnvy z: -'or Boxi-xi). 2. Vostoclnyy
institut ogneuporov (for Kaybicheva; ,
(Metallurgical
(Refractory rntc-1,"als.)

KAYBIGIIEVA,, M.N.; MLRIYEVIGH, N.1,; TULINp N.A.; SMAKOTIN, I.V.,,
IMMK;77.A.;-. TOMINA, P.Ya.
Service of unbW=d magnesite-chromite adapter bricks 4U
electric furnace walls. Metallurg 7 no.8:16-18 Ag 162.
(MIRA 15-9)
1. Vostoohnyy institut ognouporov i Cholyabinokiy
meta2l-argichookiy zavod,
(Electric furnaces) (Refractory materials)

STRELOV, K.K.; MAHMN, P.S.; Prinimali uchastiye: BASIYAS, I.P.;
BICHURRIA, A.A.; BROII~ V.A.; VECHER, N.A.; VOROBIYEVA, K.V.;
D'YACHKOVA, Z.$.; DIYACHKOV, P.N.; DVORKIND, M.M.;
_ AjBjGjZLA,_M.N.; KELAREV, N.V.,-
IGNATOVA, T.S.; K
KOSOLAPCfV,, 79J.; MARIIEVICHt N.I.; MrAMYLOV, Yu.F.;
SEMKINk, N.V.; STARTSEV, D.A.; SMYSIICHIKOV, Yu.Ye.;
TARNOVSKIYI G.I.; FLYAGINI V.G.) FREYDENBERGj A.S.;
JUIOROSHAVIN, L.B.- CHUBUKOV, M.F.; SHVARTSHAN, I.Sh.;
SHCHETNIKOVA, I.I.
Inatitutoo and enterprises. Ognoupory 27 no.11:499-501
62. (MIU 15,11)
1. Vostochnyy institut ogneuporov (for Strelov). 2. Urallskiy
politekhnicheskiy institut im, S.M. Kirova (for Mamykin).
(Refractory materials--Research)

BARIN,, S.I.; IKAIBICEVAp M.N. (Kaybichavas, M.N.]
Lining of electric steel melting furnaces with plastic
materials. Analele wtalurgie 16 no*39193-198 J'l-S 162.
Q

MAMINP F. 8,; KAYB~C~HEVA ~t
Sintering additives fordaub on a basis of metallurgical
.,..a powders. Trudy Vest. inet. 3peu no.2:132-142
lwesit6
0 &MA 16si)
(Refractory zaterials)

f Tk
ACCESSION' IMs AR4027924 S/0137/64/000/002/BOOG/BO06
SOURCE: RZh. Metallurgiya, Abs. 2B38
AUTHOR: Kaybicheva, M., N.; Tarnovskiy, G. A.
TITLE: Refractories used for making crucibles for high-frequenoy vacuum induction
furnaces and causes of their %ear
CITED SOURCE: Tre Vosto in-ta ognouporov, vy*po 4f 1963, 106-126
j
TOPIC TAGSs refractory, crucible, magnesite, synthetic corundum
T.WSIATION; Results are given for -an investigatimi or"tho causes of intenaive
%,.-ear of refractories under vaouum-meltitg conditions in high-frequenoy induotion
furnaces 6900 mm high and 2900 mm in diameter with a vacuum down to 10-7 mm H9. The
crucibles werarammod out of 70-75% fused magnesite and, 30-25% synthetic corundum
No 100 containing 1-29 CaF2 and 3%* moisture. The rammii;g was in layers (20 to.
55 =). The thickness of the crucible walls was 60-65 z4m at the top, and 75-80
at the bottom. The crucibles were studied during the period of development and
oDeration. The~tdaperaturo of the Atal was 1500-17000, and the latter remained in~
crucibles for 2 to 5 hro The life of the oruoibles amounted to 19 meltingse
-C 't r
t E, 2

~,ACGSSSION NR: j&R~OZ7924
:The chief cause oi wear were trar0e~se cracks. whi
C~ are attributed to the in
oraase
C*
in the size of prijoibles during t)w first wash haatipgs:~xd to the healing Of the
cracks* It Is re%c=ended that oqr~ndmm be added in,amounts not exceeding 16X
i - " that
ra=ing In layersland repressing ~n forsaken In makipg t that the
)U orualbles,
addition of CAPI be arcluded fr* thp char that the *Isture of the mass be'
195- and,that tht-oruoibles be drIe4.vi+A,air heated to 110-120. to
,3 to &S hr,- th)b Vrtical tempsr~tw' of the oruoibl*s 4hadd be constant, * &nd:qao
~abrupt cooling 1hould be allmAq 2~io '.will make ~141"possible to oxtend.the lifle to.
,17-meltins, Na, Voichanov
DATE AGQt ION064d OUB 00IMS HL. ZVOLS 0011
C',
5M
w.,
PM
V ft N~M~Y,-
t

WBICHEVAy M.N.; PIVNIK, L.Ta.
Ow"M - I racter ofthe dieinte&ation and methods of increaaing the
durability of electric furnace lininges. Ogneupory 28 no.6:
259-269 163. (MIRA 16:6)
1. Vostoehnyy institut, ogneuporov. -
(Electric furnaces)
(Refractory materiale)

P.Ya.
stability of linings in steel-smelting are furnaces.
(WRA 16.
Ogneupory 28 no.109456-460 163. .11)
1. Vostochrqy institut ogneuporov,

KAYBI M.N.
Character of chrome spinel grain failurs..iii.-tha--alag-.belt-of
alectric-nrt,-furnaaas...-Ogneupory 2&po.12:565-569 163.
(MIRA 16t12)
1. Vostochnyy institut ogneuporove

KAYBICHEVA, M.N.; TARNOVSKIYp G.A.; GILEV, Yuo'P.; BORNOVALOV, M.A.;
6~~V, M.I.; LANDE, P.A. [deceased]; SYEWIN, N.I.;
BEKISHEV) YU.A.
Temperature conditions for the resistance of the lining of
large capacity electric furnaces at the Chelyabinsk Metallur-
gical Plant. Stall 23 [i.e. 241 no.4:324-328 Ap 164o
(MIRA 17:8)
1. Vostochnyy institut ogneuporov i Chelyabinskiy metallurgi-
cheskiy zavod.

1An1Cm4--m-N.; PDRYAVTSEVA, T.N.1 PETRIKEVICH, S.N.; ENTTtj, V.j3.
Testing of magnesite-chromite firebricks in the lining of a cyclone
reactor for the preparation of activated carbon. Ogneupory 29
no*7001-307 164. (MIRA 18-~I)
1. Vostochnyy institut ogneuporov (for Kaybicheva, Kudryavll-seva),
2. Omskly institut, abinnoy promyshlennosti (for Petrikevicht Entin).

1-1g 4,11a J_j 4,3,
i-f fu~.Nile ard wapi. of tab 1,
ViLT-Lgicti 3 InAngs for the ire;i1ne, of re,- Ined
J-
()PTIC-',PcrY 30 11--j-11-03-38 165- (MMA 18-11),
-s' celhnmr C.jm.;Up-r,r,),j

KAYBIYAYNEN L.K.,-,inzh.; SOBOIEV, Yu.N., inzh.
Relationship between the appearance and internal structure of
solid electrolytic iron deposits and plating conditions. Izv.
vyeo ucheb, zav.j mashinostr. no.4:136-144 165. (14IRA 18:5)
11
1-

F=
L 38174-66 Ewr(m)/T/wP(t)/ETi IJP(c) DJ/011~/JO
ACC NR, AP6021080 SOURCE CODE: UR/0365/66/002/002/0221/0226
YA
AUTHOR: Virolaynen, E. I.;
K -
ORG.- Petrozavodsk State University im. 0. V. Kuusinen (Petrozavodskiy gosudarstvennyy~
universitet)
TITLE: he effect of ultrasonic field) on the structure of electrolytic chrome de-
22sit
SOURCE: Zashchita metallov, v. 2, no. 2, 1966, 221-226
TOPIC TAGS: electroplating, chrome, ultrasonic field, x ray diffraction study, metal-
lographic examination, microhardness, temperature dependence ) r"E-r19L
c-Lr-C7-i?v4Y-r1C- DaPo-sirloeu -) 4)L-IrRA-36AAC. CjCC0 V1
ABSTRACT: An x-ray-analysis of the structure of electrolytic Cr deposits (80 V thick)
proauced under the influence of ultrasonic fields was made. Electrodeposition took
place in a solution containing 225-300 g/1 of Cr03, 20 g/1 of K2SiF6 and 6 g/l of
SrS04 at current densities ranging from 30 to 150 a/dm2 and temperatures from 25 to
800C. A Mo tube (zirconium filter) was used to produce x-ray data. Micrographs
(x170) showed that ultrasound increased the surface lustre and homogeneity of the coat
ing. By chrome plating at lower temperatures (below 350C) in an ultrasonic field
having a strength of ul watts/cm2 and a frequency of 20 kilocycles/sec, the microbard-
ness of the deposits increased 35% as a result of an increase in the amount of Cr with
UDC: 621.357.7:543.8
1/2

L 381714-66
ACC NRi AP6021000
a hexagonal structure. The hexagonally modified Cr caused microdistortion in the de-
posit. Its thermal stability was extremely low: annealing at 1500C for 2 hm caus-
ed complete transition of the hexagonal structure into the more stable body-centered
cubic phase. Electrodeposition in an ultrasonic field at high temperatures (above
350C) resulted in an insignificant increase in coating hardness, caused by the increa
ed dispersity of the coatings since the amount of microdistortion remained constant.
The low thermal stability precluded any potential application in which the hard coat-
ings could be utilized to supply wear resistance.~\. It is concluded that ultrasonic
chrome plating is unfeasible for lio-st 'In-d-u-sIr-laY applications. Orig. art. has 1. 4
figures.
SUB CODE: 11,14/ SUBM DATE: O8Jul65/ ORIG REF: 005/ OTH REr: oos
2/2

I
KAYBI-YAYNEII, L.K.2 inzh.; RYIUSYNA, L.A., inzh.; TERMIN-ASOV, YU-S-,
- --- -tiz.-mat. nauk, Prof.
doktor
Effect of an ultrasonic field on the struoture of solid electrolytic
iron deposits. Izv. vys. ucheb. zav.; mashinostr. no.6:178-
183 165. (MIRA 18.8)
1. Petrozavodskiy gosudarstvemnyy universitet.

KAYBYSHIKVA, L.
Running start. IUn, nat. no.121l-2 D 162. (NIRA 16:1)
1. Koumunarskaya n-letnyaya shkola, Ultyanovskiy rayon,
Moskovskaya oblast', -
(Pioneers (Communist youth))
(Children in agriculture)

ALIPEROVICH, Yu.I.; GUTCHIN, I.B.; AYX=VAp L,S.; TEPLOVO L.P.;
BOGANOV, G.G.; DROHYSHEV, 'Yu.G..,- %MiOVy G.V.;
TRETIYAKOVI V.S.; BREYDOI M.I.; YEI'VSEYEVj L.A.; STRBAKOVI
S.A.; FEDCHENKOI V., red.
(The ABCIs of automation; collected articles] Azbuka avto-
matiki; abornik. Moskva, Molodaia gvardiia, 1964. 349 P.
(MIRA 17;7)

VINOMUWV, vjtaljy Andreyevich; KAYGREV, Vaevolod Ivanovich;
T-WRIZOV, V,q red.; 4~OVA, ~Yi.. ~tekhn~.red. ~
[)Iachine parts made of plastics] DOtOll mshin Is P186tMassys
Penza, Penzenskoe knisbnoe izd-vo, 1960o 55 P. (MM 14:2)
(Plastics)

1 og137-67 EWTW
FACC NRs A-P 6 6 ~ _iiE
0)
SOURCE CODE: UR/0229/66/ooo/oo8/oo63/oo63
AMOR: Bpgnenko~ F. M.; Kayda, Yu. A.; Frokhorov, U. P.;' Dudko, T. V.
ORG: None
I
Production of fiberglass-reinforced plastip products
Sudostroveniye, no. 8, 1966, 63
TOPIC.TAGS., fiberglass. reinforced plastic, plastic fabricating machinery
ABSTRACT: The authors describe the devel-
opment of a unit'for combination forming of pressure vacuum
press e
cabin doors and heat control panels. The
unit was produced at the Kherson Shipbuild-~
ing Plant and is composed of a pressing
ch ~ber band vacuum chamber (see figure).
The pressing chamber is a welded dome-
shaped cover equipped with an insulated
jacket. The vacuum chamber has doors which
are air-tight. A diaphragm is placed.be-
tween the pressing and the vacuum chambers.
This diaphragm does the Actual pressing .
The unit is heated by tubular electric
2
uDc: 6T8-O29.h6:666a89.2u

091Y
W&C NRt
AP6031282
7
heate;s. The working temperatures are from 20 to 1800C and are automatically con- 1~_
trolled. The following compoqente are us~A for the products:l!(PN-31VTU33122-60LSNKh)
_yr(6)C2rand KhTK-11alass fillers and PKhV-Irfoam planticlMller.
polyethylene resin,
The filled dies are placed inside the chamber which is preheated to and her-
metically sealed. The vacuum initially is set at 600-650 mm 119 and four atmospheres
are allowed to pass through the pressure feed after 5 to 6 minutes. The vacuum becomes
weaker over a peri3)d of 10 to 15 minutes. The entire process takes 30 to 40 minutes.
After the moldingllbperation is finished, the pressure in the upper chamber is reduced
and the die casting mold is removed through the door. The shell is removed from the
mold and filled with PKhV-1 filler after which the cover is glued on. The unit is
then placed in a hydraulic press and held for 24 hours. Such doors are 2-5 times
lighter than wooden doors and their production'saves 12,350 rubles a year. Orig. art.
has: 3 figures.
SUB CODE: 13/ SUBM DATE: None
AUTHORS:
TITLE.
PERIODICAL:
ABSTRACT:
Card 1/2
Gusov, A.V. a d K d a kk, , A * ~JML p r SOV/136-58-12-19/22
Ro~aN n ob obzhige v kipyashchem
0
Boiling-layer osu
sloye)
Tsvetnyye Metally, 1958, Nr 12, pp 83 - 84 (USSR)
The authors of this letter to the editor seveidy criticise
the article by G.M. Gusev and Ya.N. Shvartsme-n publ. 'ished
in nTavetnyye Metally", 1958, Nr 4. They consider that
those authors were incorrect in deducing that particle
diBtribution occurs by laws other than those which hold for
highly turbulent liquids. The widely-held view that such
laws apply has been confirmed by special expEriments, on
article motion in a boil-Lig-layer. - G.M. Shteyngart
ef 2) has shown that de-sulphurisation occurs throughout
N
the whole volume of the fluidised bed and Gusev and
Shvartsman have misinterpreted the gas-sampling investi-
gation carried out at the "Blektrotsink" Works and used
defective equipment for their own tests. Although the
authors of the criticised article were present at the
works during trials of a method of charging the concentrate
deep into the bed and know of its defeCtB, they continue
to recommend it; their advocaW of charging by injection

Boiling-layer Roasting SOV/136-58-12-19/22
over the layer contradicts their own views. The authors
maintain that Gusev and Sh4vartsman gave a confusing
answer to a question of Burov on temperature distribution
and cite experimental evidence to show that a deeper bed
is advantageous. Among other points criticised are the
following: recommendation of a complicated discharge
system when the available simple one is satisfactory; the
statement that 80 concentrations in gas k0M fluidised bedi
of over 7-8.5% co3ld not be attained and that processes
occurring above the bed were ignored at the "Blektrotsink"
Works. There are 2 Soviet references.
ASSOCIATION: Zavod "Blektroteink" ("Blektrotsink" Works)
Card 2/2

ALEKSETEV, B.D.; ALAYDRDOV, A.I.; BABIN, I.D.; BIDNEV, A.I.; BUROVOT, I.A.;
GUSOT. A.V.; IYANOV, V.I.4_KAjPAX,-&.A.4-IMIMVICH, G.Ta.; BMW.
Y.K.; SNMRYA1111INOT, R.Ta.; SHTETHOARDT. GA
Roasting zinc concentrate in a gas fired boiling fuml bad. Prom.
snarg. 13 no-8:19-20 Ag 158. (KRA 11:10)
(Zinc-Matalluromr)

KA3MALIM I A.V.
Hydrochemioal oonditions of the Obf River in the region of
Novosibirsk Reservoir. Trudy Biol. inst. Sib. otd. AV SSSR
no,7:119-1.33 161 ' (MIRA 15-3)
jOB I RM-VAMI.-CMWITION)

L 397-66 EV71 (,-n)/T
ACC NR: Ap6ologgo SOURCE CODE: UR/0056/66/050/003/0'91/0693/
.AUTEORS: Kaydalov,-A B.; ~arnakov. B. M.
ORG: Institute of Theoretical and Experimental Pbv jes I r.K-
(Institut teoreticheskoy I eksperimentallnoy fiziki G ; rioscow
Engintqring-Physics Institute (Moskovskiy inzhenerno-fizicheskly
f n-s-E I t ut-
TITLE: Spin effect in.high-energy nucleon-nucleon sc-l-tel!inap
SOURCE: Murnal eksperimentallnoy i'teoreticheskoy fiziki, v. 50.
no. 3, 1966, 691-69~
-TOPIC TAGS: small angle scattering, scattering amplitude, quantum
Pumber, parity principle
,ABSTRACT; The authors consider spin effects In NN scattering under
:the assumption that the leading singularity (or sequence of singular-
ities) in the complex j plane determining the high-energy behavior of
the scattering amplitude has definite fixed quantum numbers (Isospin
To G parity, signature P,J, and parity P). It.is shown thht the spin
Card

L 22 A %97- 66
ACC NR: Ap6ologgo
structure is-determined solely by these quantum numbers. Expressions
~for the amplitude In the c.m.s. of the s-channel are written In terms
of the two-component spinors for the following three groups of states
~Df the NN system (t-channel of the reaction):
+1' (-1)'PjG +J; I
PPj +
b) PPj ~A, (-l)TPjG -1;
0 PP) 1, 1) Tpjq + -
irl"be polarization of the scattered nucleons is then analyzed for the
,:case when one of the initial nucleons is polarized. By analyzing the':
,results for the three enumerated cases, it is shown that if one of
ithe initial nucleons is polarized, the measurement of the polariza
tion of the scattered nucleons allows one to test the hypothesis that,
the leading--singularities in the complex--j plane are singularities
definite quantum numbers. The,-authbr thanks I
'who called their attention 111,o this problem, for useful remarks.
.Orig. art. has: formulas.
CODE: 20/- SUBM DATE: 29Aug65/ ORIG REF: 002/ OrH REF: 001
Card-, 2
/?

upW GG
ACC MR, AM5261 SOURCE CODE: Uipjo~%86/65/002/004/0192/0196
11141 5' ;,^- 4 4 t 5"~-
AUTHOR: Z_a_kh_ar.M V dalov, A. B6
5'(4
ORG: Department of Nuclear ftsics, Acadenr of Sciences SSSR (Otclelonlye yadernoyl"6
. ........
TITLE: Relativistic generalization of sU(6) wjmetry and production ofyar on res-
onances
SOURCE:~ Zhurnal eksperimentallnoy I teoreticheskW fiziki. PIs1ma.v redaktsiyu
(Prilozhen1ye), v. 2. no. 41 1965, 192-196
it., 5,31- - 2) q
TOPIC TAGS: groap"Wory., relativistic ard,~~ mech6ics) baryonp meson,, isobar, pion
au-
ABSTRACT: The authors consider the production of the Isobar belonging to the decuplet
on the basis of V(12) sy=etry of strong Interactions. They show that in the reaction
K+ + p - N*4+ + KO the predicted angular distribution coincides with that obtained by
L. Stodolsky and J. J. Sakurai (Pbys. Rev. Lett. v. 11, 90, 1963). In the reaction
x + P + 7r0 the angular correlations have the same form, provided the principal
role ia played in the t-channel by exchange of states with T - 1 and not 2. These
deductions are not connected with assumption regarding the peripberal character of
the irr-~.eraction. The relativistic generalization of SU(6) symetry, t,.onsidered by M.
A. Beg and A. Pais (Fhys. Rev. v. 137B., 1514, 1965; Pbys. Rev. Lett. v. 14,, 267, 5T7-
1965), leads to the same results. Relations are derived for the reaction applitudes
and their relative contributions. It is also shown that the fact that a 1 + 3 cos2e
Card

L -66
ACC Mitt AP5~025261
distribution is observ'ed 16 -the reaction ir+ + pN**+ +-n0 for incident meson momenta
0.9 and 1.14 Bev/a., and does not agree with the experimental data in this reaction at
1.2 Bvr/c is a confirmation of the tf(12) sy=etry. The predictions of tf(12) with
respect to the spin structure of the amplitudes of isobar production reactions in
meson-nucleon collisions agree with experiment. At the sne timep the polarization
of the -2- byperon produced in the reaction IC + p + K is equal to zero in the
IU(12)-j:7,metr7 approxImation., thus contradicting the experimental data. Two explana-
tiona of this fact are proposed within the framework of the relativistic generaliza-
tions of su(6). Authors are grateful to 1. Yu. Kobzarev and I. Ya. Pomeranchuk for
discusaions.' Orig. art. has: 10 f 0 rMu 1 r8 _- 7_975 .5 ~ _- q 77,T-5
SUB ME: rZ SUBM DAM 25jur,65/ om mw: oDo/, - - oTH mws o2o
N

L22623-66 &T(m)/T
ACC NR: AP6004947 SOURCE CODE. UR100561661050100.11028310,.65
7r--- 7-
TITLE:- Poasib.Le rddliitivi---de~ W- ----f h- --~kitb -vi olat ion of- charge -parity- L
s_o eM-mesons
SOURCE: Zhurnal eksperimentallnoy i teoreticheakoy fizW, ve 50p no# lp l9ap
28 -285
3
TOPIC TAGS-. meson, strong nuclear interaction, pionp meson interactionp GaMM
transition) parity principlep vector meson, radioactive decay
A13STRACT: The authors consider the radiative decays of fO, B, A,,, ana A2 mesono
in relation to the kypothesis advanced by J. Bernstein, G. Feinberg, and T. Lee
(Preprint, ;.965) that charge conj%ation W not be conserved in electromgnetic
interactions of hadrons. Attention is called to the fact that a study of the
radiative decays of these heavy mesons (with masses .1250, 1070, 1310, and 1220,
respectively) can be very useful as a test of the validity of this bypethesis. A
confirmation of this hypothesis will be provided by observation of the decays
no + 7 or AS 4 'to + 7, whose rates are estimated to be of the order of several
per cent of the rates of decay due to strong interaction. Of particular interest
Card 1/2

L 22623-66
ACC M: Ap6oo4947
would be a measurement 0 t
0 +
f he ratio of the decay rates of AS ff + 7 and A:
+ 7j. which could serve as a measure of the C-nonconservation in electromagnetic
interactions. The Possible deCBV of vector mesons with Violation of charge parity~
is also discussed briefly and it is concluded that a confirmation of the radiativel
decays discussed in the present article is more promising from the
experimental
Point of viewthan the study of the corresponding decays of vector mesons. The
authors thank 4L-k- Okun' f9r discussions. Orig. art. has: 9 formLaas.
SUB CODE: 20/ SUBM DATEI _2TA:ug65j__---OTH REF.---- 005
Card 2/2-1//,t:%)

Bonn CODE*. ug/o,386)
Ai~018709 WrOO3761V
-,2 ~4
A!
A
AUTHOR: ZW[harov, V. I*,, Kaydaloyp A, B#
F
r__ - - -1 --
-- -- ------
ORG: none,
T117Z -. Possibility of determining the relative signs of the amplitudes of hadron
decays of by
perons
SOURCE: Zhurnal eQ-'erimentallnoy I tenreticbeskay fiziki. Pis1ma v redaktsiyu,
Prilozheniye,, vi, 3, no. n. 1966.,.459-462
TOPIC TAW: byperon.. pion,# selection rulej,quantum electrodynamics) strong nuclear
interaction
ABSTRACT: The authors show that thereas.the Isotopic-spin selection rules do not
make it possible to determine the sign of the amplitudes of hadron decays of lei 1;:)
and -F- byperona (the upper index denotes the charge of the decaying hyperon, and the
lower the charge of the produced piorb, it Is possible +to det$xmiine exTerimentally'
the relative signs of.the amplitudes of 0-and A8 or 4 and E by measuring the tran
verse polarization of the protons In the decays A -~- pn- and rw+. This possibil
ty is based on the fact that In addition to the total decay probability it is also
possible to measure other independent parameterso especially a parameter (13) that
determines the correlation between the polarization vectors of the initial and final
hyperons In the direction of the momentum of the final byperon, it ia shovn by
sinple calculations that ouch a measurement yields afferent values in the case of
Card 1/2

KAYDAWV, Do
Building of communism and improving the form of labor organization.
Sots.trud 4 no.11:33-41 11 59. (MIR-L 13:4)
(Division of labor)

KAYDAIDV, D.
Division 6f labor at the preoftt -tima and In the future, Yopeekon.
no.9:34-" S. 161
iDivision of labor)

KAYDALOV, D.
From socialist to con-Tanist labor. Sov.shakht. 11 no.1:9-11 ja
162. (VJRA 14:12)
(Coal mines and mining--Labor productivity)

KAYDALOV# Dmitriv Petroyip4;.)MATOTA, Go . red*; DANILINA, A,,
~ ~ . - ". .. - 17 ~ -tei6aeao' '- -
(Communism. labor, an& man] lo-mmism. trad i chelovek.
Koskva. Goa.12d-vo polit.lit-ry, 1960, log p. (MIRA 13:6)
(Labor and laboring classes)

PISKUNOV, V.; ZHUK, 1.1 KURILIN, N.; KAYDALOV, D.; VYSOTSKAYA, V.
Economic literature in 196f, Vop,ekon. no.4:220-126 Ap 161.
(MIRA .14:3)
(Bibliography--Economics)

.... .........
A~ fi d
IOL,ZUX Sergeir Ivanovic KAZARINOT, -Boris
twhener, *tsensent; DWI];!,
likolayevich; J:ArBLWT,-.PX,.-
N.A., tekhnicheskly redaktore'
(Improvements in forge sh6o; practices of the Ural Machine
Manufacturing Plantj Veovershenstvavanila T kusneehnom teekbe;
is opyta UralzaahzaToda,, Moskva, Goe.nauchno-takhn,isd-vo
mashinostroit,lit-ry, 1956. 51 (Yin 10:6)
(Forging machinery3

KAYDALOVA A. A. P%' 50/497M
USS " edicine - Malaria MaY/Jun 49
Medicine - Dysentry
"Annotated List of Russian Books" 5 PP
"Pediatriyall No 3
Reviews 3.1 books, among them "Monocytosis in Infantile Malaria, by A. G. Zvereva, "Prob-
lems of Infantile Neuromalaria in the Transcaucasus," by A. I. ElIdarov, Clinical and
Differential Diagnoses of Acute GastFoiytes easps and RrpgicTgggtejyo~~,
Young Ghi2dren," A. S. Benderskaya, 9 mg ~RgmfcPlfen Enemas e a en entei
in Young Childrens" by'A. A. Kaydalova, and "Data on Infantile Lambliosis From Chernocit-
skaya Children's Clinical Hospotal, 11 by V. V. Arkhirova.
DA 50/49771

ACKARUN. V*A.; BARSKOV, I.M.; BIRTUKOV, L5,; BORODISAp LoTse; ;DRUNERv MeMs;
GORIMIX. B.Te.; GMUMOV, U.N.; ZORXAYA, N.M.; IOYAM, A.I.;
nYDALOVA,'O.N.; KAPUSTIN, Te.l.; LXB*WA, N.A.; TZSMVTSEV, T.A.;
A.B.; HUMAYLOY, N.H.; NEST17W, I.V.; NECRAYU,
N.Ve; NIKOLISKIT. A.T.; OSTRDUUOV, M.Ta.; P15ARZHXVSXIT,'O.N.;
POLbBOYARINOV. M.N.; POPOV, Yu.N.; PRASOLOV, N.A.; POWATUO YUSNOO,
RIMBMG, A.M.; RTABOV, V.S.; SWOV, B.F.; SPEWSKATA, TO.A.; TAKOTIV,
K#?.; TRUPONOVA, G.K.; TROPINOVA, V.I.-. SHAUINAZAROV, G.Kh.; SHXAFM-
KOTA, G.P.; SDUMING, K.G.; ICY13L.IKAN, B'.I.; MIKMYAN, E.Aas redo*,
MMIN, Yu.A., takhn.red.
(U.S.S.R. as, it Is; a popular illustrated handbook] SSSR kak on eat,;
populiarnyi illiustrirovannyi spravochnik. Moskva, Goe.izd-vo polit.
lit-ry, ig5g. 462 p. (NMI 12:2)
(Russia). .

L 1966-66
ACCESSION NR: AP5021447
UR/0146/65/008/004/0110/0114
681.142.017.71
,2
AUTHOR: Kaydanov, A. 1.
TITLE: Application of electrothermal. analogies to the analysis of heat regimes
in radioelectronic equipment.
SOURCE: IVUZ. Priborostroyeniye,, v. 8, no. 4, 1965, 110-114
TOPIC TAGS: electronic equipment, thermal analyzer method, radio electronics
equipment
IABSITRACT: The method of electrothermal analogy developed by G. N. Dul'nev and A. I0
Kaydanov (Oteplovom rezhime mnogoblochnykh konsEruktsiy,radioe1ektronnykh apparatovi
Izv~ vuzov SSSR "Priborostroyeniye," 1964, T. V11, No. 3) is applied to the analysis
of various thermal regions in couplex radioelectronic devices. Two structures
l
are considered, one a three-unit rack with horizontal chassis, the other a three-
unit rack with vertical chassis. A schematic of the first structure is shown in
Fig.,I 6f the Enclosure, along with its equivalent heat-model. "Ibe cross-hatched
A- ----- heated ct a compartment" (a
,zones correspon to depi-_
space bounded by several isothermal surfaces). In the horizontal-chassis case each,,
1__4;c!rd _.I/#

L 1966-66
ACCESSION M. AP5021447
'comp'artment has three isothermal-surfaces; two horizontal, denoted by odd numbers,f
I
and one vertical, denoted by even numbers. Conductivities of the type a
'30 ' 7 a
loll Q, indicate good thermal contact between the heated zone and the front panel.
_.1A diagram is also presented for the case of vertical chassis, wherein each compart-T,
[went is bounded by four isothermal surfaces. The analysis is generalized into a,
universal model, shown in Fig. 2. If the method.of, cslculating thermal con-
Auctivities is known,. the problem reduces, to the ;solution:-of a set of
linear algebraic equations which can be obtained by the application of Kirchhoff's
laws to the thermal model. Orig. art. has: 3 figures. [041
ASSOCIATION! teningradskiy institut tochnoy makhaniki i optiki (Leningrad Institute
...of Preckion fttchanic,9,, and., Opkip)
SUBNITTED: _;D70ct64 f;kcL: 02 SUB OD'ri&.* Eel
NO- REF SOV:-., 002:- - OTHER., 000: ATI) Pkss:
214

L 1966-66.
1ACCESSIOWNR:- AP5021447
ENCLOSURE. 02

_-SOURCJ~ UA/01461651008/006/0145/0148
AUTHOR: Ka
ORG: Lemingrad Institute-of Fine Mechanics and Optics fLeningradskiy institut
tochnoy mekhaniki i optiki)
TITLE: Calculation of heat conduction in electronic equipment
SOURCE: IVUZ. Pritiorostroyeniye, V. 8, no. 6. 1965, 145-148
TOPIC TAGS: heat conduction, electronic:equipment
ABSTRACT: The heat exchange between individual conditionally isothermic surfaces
'n a unitized electronic equipment, is carried out by radiation, convection, and
conduction. Thus, the heat conductance between surfaces i and i due to all the
above heat-exchange mechanisms is given by: aij = V. a,, A, fij A, where a jil, is a
function of geometrical parameters and f;ik is a function of temperatures of 1;urfaces,
i and J. Formulas are given for the temperature functions of convective components
of the heat conduction between (a) outer surfaces and the ambient mediurn and
Card 112 UDG* 621.396.6.017.7
pg

ACCESSION NR: AP4041654 S/0146164/007/003/0101/01 07
AUTHOR: Dullnev, G. N.; Kaydanov, A* L
TLTT E: Thermal conditions In multiple-unit structures of electronic equipment
SOURCE: IVUZ. Priborostroyentyal v. 7, no. 3, 1964, 101-107
TOPIC TAGS: electronic equipment, thermal effect, temperature field, multiple
unit electronic equiDment
-A43STRACT: A new method for analysis of the thermal conditions in multiple -unit
cabinet-type electronic equipment is'oftered. Approximating the real structure
parallelepiped with "heated zones". and spaces between them, the
surface temperatures are calculated by a method of electric -the rmal
analogy; this method uses Kirchhoff's equations for calculating thermal circuits.
Equations for a 3-unit structure are set up, and the iteration method is recom-
Aiended for simplifying.the set of equations. A simplification of the equivalent

ACCESSION NR: AP4041654
circuit may be obtained by assuming the vertical conductance equal first to 0.-
then to the necessary correction factor may be obtained from a simulatojr
Potentialities of the m6thod were verified by experiments (no details reported)
and -calculations on a "Mersedeell electromechanical computer and on an
EMV-LITMO electronic computer; tabulated results show satisfactory agreement,
-butween estimated and experimental values. Orig.; art.'has: 4 figures,
5-formulas, and I table.
AWOCIA17ON: Leningradekly institu't tochnoy makhaniki i optiki (Leningrad,_'
11nutftute of Fine Mechanics and Optics)
SUBMITTED: 10Oct63 ENCL: 00
SUB-. CODE:. 3C, TD NO REP SOV: 005 OTHER: 00.0..
Card

KAYDAHOV, L., Wor,
All students classified specialists. Toen. ffviaz. 16 no.l-.16-17
Ja 158. (MIRA 11.-2)
(Radio oparatore-Study and teaching)

KAYDANOV, L. Z.
Some physiological mechanisms of selective mating in Drosophils,
melanogaster. Vest. IPGU O~ no.9%143--149 '63. (KIRA 16:6)
(Fruit f3les) (Reproduction) (Conditioned response)

- A Y~"Lj' "j #V T. Z,
------
Conditioned raflax mochanisms of the s-,~xual sele,tion Ifsob-ctiva
mating) in ebickens. Issl. po gen. no.2:25-36 164. 19:4)
&?.. i '. .

AP7 -Z -3)
ACC NRz 00~ 1-09 SOURCE CODE., UR/63 Z-6,60-2,0-127~2~,7
AUTHOR: -Kgydano-v-,-V.-,L.; Mellnikp R. B.; Fedorenko; Ye. Sh.
ORG: Polytechnic Institute im. M. I. Kalinin, Leningrad (Politekhnichoskiy institut)
TITLE: Growing of highly doped n-tyDe load telluride single crystals and doterminatbn
.of the distribution of iodinev chlorine and bromine
SOURCEs AN SSSR. Izvestiya. Neorganichoskiya materialy, v. 2, no. 12, 1966, 2246-
2247
TOPIC TAGS: lead compoundp telluriddv distribution coefficient, single crystal grow-
ing
ABSTRACT: n-Type PbTe single crystals were grown by zone melting I and the donants
used were Pb12, PbBr2 and PbC12 with excess lead (2 at. % or 3 x 1020 cm-3). 'This
combination of impurities is thought to produce one electron in the conduction band
per atom of halogen. X-ray structural and motallographic analyses showed the ingots
obtained to be single crystals and bicrystals. The distribution of the im-ourities
over the length of the ingot was described by the equation of normal crystallization
for the three halides with different values of the effective distribution coefficients,
Since each halogen atom gives one electron in the conduction band only in the prosencel
of excess lead, it is assumed that the effective distribution coefficients being
sought characterize the distribution of the simplest groupt FbI, PbBr and FbC1 in the
112 UDC; 546-815'241:537.311-'

ACC NR:
PbTe lattice. For the ingot containing the PbI2 inpurity, the effective coefficients
were determined for two crystallization rates. This made it possible to obtain the
value of the equilibrium coefficient of the simplest group from the relation
KI + (i KO) COP
where KO is the equilibrium distribution coefficient, K ef f the effective distribution
coefficient, f the growth ratef 6 the thickness of the d ffusion layer, and D the
diffusion coefficient. Since 6/D is determine(! mainly by the properties of the
solvent and is independent of the type of imnurity, the value of 6/D iound for the
FbI group and equal to 0.6 x 10 was used fo-r the determination of the equilibrium
distribution coefficients of PbCI and PbBr. The viAues obtained are shown in Table 1.
Orig. art. hast 2 figuros-'and 2 tables.
Table1
SUB CODE: 07/
Ion
To$- 2.11
1- 2,2
Br 1.95
0- 1.81
SUBM DATEI' 140ot6~/,
0.19
0,043-
0,029
003/ OTH REFS 003
2/2
MM REFS

L~6334-;66 -.9,WT(M)/ETC/l~WG(,M)/LW(-~)/EW~(b) IJP.(c) RDW1JD.-
ACCESSION,N4 t6 U 008/2 4/
AP50198 B/oleti/65/007/ 52 .252T
AUTHOR: Yefimova- B.'A. Mqyzhe ij B. Y& Cherniks L As
TIT LE: On the band mod e1 of .3 nTe.
SOURCE: Fizika,tverdogo tela, Y_JP 8 196 2524-252T
5
--Topic 7AGS. OMPOU tallur etric-coildtictivitY, Hall effeety tben~o-
-till nd ide,:-ele
electric poverj.Nernst effect-)1-apur'Ity band.-
MSTRACIT: By, -introducing impurities (Sn' Te Cl)*1 the authors h6ve succeeded in ob-
A-i-i crystalline--damples of p-SnTt-vith co.,wentrationa at
a n 4g Oly V3
2.8 X-10?9 -172.0 X1021 Crrzv .4 and determine the -bond model of SnTe for this range
of concentrationsp which; was- not investigated thonoughly in the past. Measure-
ments were-made of the ele&Vric conductivity,, thei,,moelectric,power) Hall constantp
and the isothermal constant of the,.transverse~Neriirt-Ettingshausen effect) as well-
as the variation of the thermoelectric power In a'-magnetic field. The authors sug-
'idence of-the torrectneso of the
-gest that-the results obtained-provide some new eir
semiconductor model of Sx%Te with two valence bandis. The anomalously large Nernst-
:Ettingsbausen effect can then be explained by suy~plementing this model with an ac-
~count of the Intraband scattering. Orig. art. haa: 2 figuress 1 formula) and 1
table.
Card .112

a

51-2-.28/32
AUTHORS: I. , Rage]. A. R.
TITIX: On the Influence cf the Th4C]Cnkj:_,
.8 of Dismuth Films on Their
Electric Roperties (0 vliyanii tolshchiny plenok vismuta ra
ikb olaktricbeskiye 3vaystva)
PERIODICAL: Zhurnal Tekhnicheskoy Fiziki, 1956, Vol. 20, lir 2, PP-1102-411
(jTSS"R N
ABSTRACT: The electric properties of thin BI-filmz were investi--ated
here. They were produced in a vacuum by mears of spray ccat-
ina (vaporized metal coating) in a thermal way. The thickmess
of the samples varied from 2,4 to 42 p. The authors investigat-
ed: the ipecif"ic resistance of the films, the Hall effect,
the modification of the reostance in a tr F svorse magnetir
f4eld at temperatures of fro", -190 to +150 C. The following
ras determine ds At a drop in tamperatDre from +150 to -190 0
the specific. re,.nistance first decreases end af-ter attaining
the minimum it ajain increases. The increase in resistance
is the higher and the minimumn. is the more di2placed to the right
Card 1/2 into the ranCe of high tevmpe-rature3 the thinner the film is.

57..2-2,9/32
On the Influence of the Thickness of Bionuth Films on Their Electric ProDer-
ties
Thus 'he teats 3howed "hat the specific resistance, "be L~.al-
vanomaenetic effects and their temperature-dependencas are
fnations of the thickness (if The analysio of the re-
sults sh--wed thattils may be explained with the aid of the
machanism of a decroase in the mean free path of the current--
oarriern dua t-o their beinj di.3perqed vt -the film-boundarieq,
Amnmparison of tl-is dependonce. obtained here of tha hola-
on the thickness of the sample wit'a th
Ir
Put ~_ hF
-aks)-tbeory shc
wa that the dl3pozrsion of the elec,
rors and holec at the filci-boundarie3 fundamentally shors a
diffusion nature. 1. V. Yavorsliy and S. A. Smirnova deter-
mined the of the filrD. 0. D. Yclpatl-
40, I-aya lhaira-2 t
%.hE wo:~k and the diecuosion. V. N. Yern-
mayer.-ia, ht,-1pod vith techpival matuter~7. Tiher-~ are 4 fijures,
3 tables, and 27 reforzmcec, 2 of whiuln acre Lilavic.
ASSOCIATION: Institute ...F Seviconducters AS USSR, LeninGrad
(Inctitut poliij)-covocini-kov AN SSSR, LciiinGrad)
SUBMITTED: July 30, 1957
AVAnAZZ: !d:brn=-,,r Cf Voaep~-_kkz
Card 2/2 1. Bismuth film-ReActance 2, Bimmth Mm-Electrical properties

ELI'

where the '~Both6l~xlal liai;
MEN., ZINT" 'i
MIKE' W-11,11

- ITVR~Inl
momm
g8
,gis
M-4

.-,

L 21227-66 EWT(m)/*ETG(f)/EWG(m)/EWP(t) IJP(c) RDW/JD
ACC NR: AP60038231 SOURCE CODE: UR/0181/66/009/001/0295/0297
AUTHORS: Zhitinskaya, M. K Chernik, I. A.
OHO: -Leningrad Polvtecbnic Institute im. M. I. Kalinin
(Leningradskiy politekbniabeakiy Institut)
TITLE: On the nonparabolicity of the conduction band of lead
telluride V
I SOURCE: Fizika tverdogo tela,, v. 8, no. 1, 1966, 295-297
'__TOPIC__TAGS: ___conduc_tion,._band,__ lead comp telluride, Nernst
ff__t_
ec --Ettizigsbau-si--ri-e-ffe-et., carrier-- density., carrier -scattering
e
-authors report the results of an investigation of the
ABSTRACT: The
electric conductivity a, the Hall constant R, the thermoelectric
power a,, and the~coefficient Q of the isothermal transverse.Nernst-
Ettingsbausen effect, made on ten samples of n-type PbTe with con-
l8 20 -3
centrations 2.1 x 10 -- 1.9 x 10 Cm in the temperature interval
77 -- 300K. The samples.were prepared by zone melting and subsequent,
Card 1/2

L 21227-66
ACC NR: AP6003823
0
beat treatmentin -such' a way-that-.the investigated properties were
not dependent on the method of sample preparation. Plots of the
J. values of Q and of the dimensionless Nernst-Ettingshausen effect did:
not agree with the results expected from a simple parabolic model.
The experimental results were analyzed on the basis of the theory
developed by J. Kolodziejczak and S. Zukatynski (Pbys. Stat. Sol.
v. 5., 145.9 1964) for an ellipsoidal nonparabolic band as applied to
cubic crystals. And show that the effective mass of the carriers
increases in the semiconductor with Increasing concentration in ac-
1cordance with Kane's model, generalized to the case of ellipsoidal
equal-energy surfaces. From the analysis of the data -it is con-
-----cluded-that---the-----experlmnta-1--dependonee--tif the noiastired-quantit es---'---
n -attributed'-to,.a mt,,,md scatterin of J-
on--the carrier density. ca ' be_~~
9
-the -carriers-- by --acoustic-lAttice -Vibr-aVions and impurity ions. Orig;.
art.--has: 2 figures-,and.2-formulas.-
'SUB CODE: 20/ SUM DAM ORIG REF.
001/ OTH REF: ook
2/

TRUSOVP, V.N., inzh.;_KAY-DANOVA,_I.Pp insh.
~-, -1-,I;.-I----? ~'-7
New constructions of porcelain support insulators. Elektrotekhnika
35 no.12t47-48 D 164. (MIRA 1814)

KAYDANOVA, S.I.; WMRSON, Ya.A.
Characteristics of the formation of motor teaations in unilateral
lesions of the cerebral hemispheres. Zhur. v7s. nerv. deiat. 14
no,2s223-228 Mr-Ap 1640 (MIRA 17:6)
1, Laboratory of Pathology of Higher Nerbous Activity, Sechenov
Institute of Evolutionary Physiology, U.S.S.R. Academy of Sciences,
Leningrad.

TRAUGM, V.N.;- !~gwqvAl S.I.; MEYERSCHO Ya.A.
Impairments of motor functions on the side of the injured hemi-
:phere and osoible mechanism of these impairments. Acta nerv.
up. (Praha3 6 no,4t384-396 164.
1. Institut evoluytsionnoy fiziologii Im. I.M. Sechenova, AN
SSSR i Psikhonevrologloheskiy institut im. V.M. Bekbtereva,
nevrologicheakoye otdelemiye , Leningrad.

KAYDANOVA, Sol.; NELMONi, Ya.A.
Characteristics-of the activity of the auditory analyzer in aphasia.
Zhur~. vys. nerv. deiat. 3.1 no,4:602-608 Jl-Ag 161. (MIM 15:2)
1. Sechenov Institute of'Evolutionary Physiology, U-S-4-R. Academy
of Sciences, ind Chair of Nervous Diseases, Kirov Mill*ary Medical
Academy., Lenin ad,
(.092T.0.10 RhZFONSE) (HFAR114G) (APHASIA)

SILINA, N.P.; KAYDANOVA, S.N.
Using pressure and ultrasonics in extracting bitumen from rocks.
Neftegaa.geol. i geofiz. no.2:34-36 164. (MIRA 17:4)
1. Vsesoyuznyy neftyanoy natichno-issledovatel'skiy- geologorazve-
dochnyy institut.

SILINA, P.P.j KAYDANOVA, S,N.
k11-7- - 1. ~
Rapid method for the extrLetion of bitumen from rocks. Trudy
VNIGRI no.227 Gookhim.abor. no.9t259-262 164- (MIRA 1811)

XHAZANOV, M.A., prof.; KKYDANOVSKATA, R.S., ordinator; MKLAM, R.I., ordinator
Clinical course and genesis of intermittent claudication (thrombo-
angiitis of the brain blood vessels) (Buerger's disease), Zdrav.
Belor. 5 n0-9:37-39 8 '59. (MIRA 12:12)
1. 12 kliniki nervnykh bolezney Minskogo meditsinskogo instituta.
(BRAIN-DIUASES)

KAIDANOVSYAYA, S.I.
Gonorrheal abscess of the cervix uteri. Vast, vener., Moskva no.1:52-
53 Jan-Yeb 1933. (OLI(L 202)
1. Of Novosibirsk Hanicipal Permato-Venereological Dispensary (Saientific
Supervisor 1. Xbasin).
.-A
oi R"t, "gigg

c 7
Os J.0
IlTh,~ Problem of Oonorrh~?al Ulcers."
%;-str,il, ven-rolo,31i i ;-Ier::--itolo;-U ~-',Ldletin of Vencrolo,,,:~, ~)cn-atolc'7.
'!o 1, Januar:.-I`ebriur.~~ !Ms N2.0r."nper), :.!Occcl,l..

KAZUROVA, NJ-;
Results of examination of women who had been sources of gonorrheal
infections, Vest,ven. I dorm. 30 no-5:42-45 S-0 1.56. (HIRA 9:12)
1. Ix Novosibirakogo gorodskogo koshao-vanarologicheekogo dispensers
(dir. F.I.Kolpakov, nauchny7 rukovoditell - dotsent H.I.Khasin)
(GOROPMM. diag.
latent qonorrhea In women as in sources of infect.)

X&MLIIOVSFAYA, S. I.
"-Z--
Oblem 0i trichomonianis in women. Vestederm. i van* 33. no-3:
74-76 Yv-Jo 159. (MIRA 120o'9)
1. Iz Novoaibirskogo gorodskogo vandispansera (glavnvv vrach
F.I.Kolpakov, nauchnyy rukovoditell - prof.A.K.Yalctibrron).
(VACINITIS, TRICHOIALMS, manifeet.
clins picture (Rue))

AUTHOR: -Kaydanovskiy I didate of Physical SOV/29-58-1o-8/28
an a c ences
TITLE: Radio Exploration of the Moon (Radiorazvedka luny)

PERIODICAL: Tekhnika molodezhi, 1958,ANr 10, pp 9 - 9, 13 - 13 (USSR)
ABSTRACT: By means of radit waves with a wavelength varying from
1 mm to 1 m - the temperature gradient of the moon surface
layer may be investigated. The matter of the moon surface
is well transparent for radio waves. It is therefore
possible that a radio telescope may collect radiations
from a cer~iin depth. Since the current of thermal
radio radiation is proportional to the temperature of the
radiating body the telescope directed towards the moon
may be regarded as a thermometer which shows the summary
temperature. By the reception of waves of different length
the temperature of the different layers is measured. On
the moon temperature fluctuations are very intensive. The
thicker the layer is the smaller the amplitudes of temper-
ature fluctuations will be. A constant temperature was
Card 1/2 observed by measurements of the waves of X> 3 cm. Radio-

Radio Exploration of the Moon
SOV/29-58-lo/3/28
radiation of a wave leng1h less than 2 cm changes within
a month. The depth where the temperature is constant
is close to the depth where 1 cr. radio waves length
penetrate, e.g. 2-3 em. For the sake Gf comparison
it is mentioned that the level of constant temperature
on the earth is at a depth of several meters. A heat
conductivity which is so weak as that exhibited by the
moon surface can only be paralleled by dust in vacuum.
Thus, investigations showed that the main part of the
moon surface is covered by a dust layer of several.cm
thickness. Further investigations will reveal whether
there is a solid rock mass below the mentioned dust layer
or not. There is 1 figure.
ASSOCIAMIION: Pulkovskaya Obdervatoriya (Pulkovo Observatory)
Card 2/2
01~ 9 ~45
If

SHCHUCHINSKIYY L.G.; AVAKYAN, S.j KAYDANOVSKIY, L.
Magnetographic method of control of welded pipe joints. Zav.
lab. 30 no.ltl17 164. (MIRA 17:9)

KAYDAVOVSKIY, L.L... in7b.
Protective helmet for welders. Stroi. trubol-mob. 7 no.6:21 Je 162,
(mirm 15:7)
1. Stroitellno-montazhnyy uchastok No.22 Yuzhgazprovodstroy, g.
Rostov.
CWelding-Safety meamires)

KAIDANOVSKIY, L.L... inzh.
Magnetizing device with a permanent magnet for magnetographic
checking* Stroi.truboprov. 7 no.9:26 S 162. (MIRA 15.'11)
1. Stroitelino-montazhnoye upravleniye No.12 tresta Yuzhgazprovodstmy,
Rostov-ia-Donu.
(Magnetic
testing-Equipment, and supplies)
(Pipe joints--Testing)

KAYDANOVS,KIY, L.L., inzh.
Improve technical information. Stroi. tr4)rprov, 8 no,ls24
A 163. (MM 1615)
1. Stroitellno-montazhnoye upravleniya No.12 tresta Yuzhgatprovodstroy,
Rostov-na-Donu.
(Pipelines-Design and constructipn)

KAYDANDVSKIY, H.
Our experience in education through work, Boteetrud 4 no*3:
1,18-121 Hr '59. (HIRL 12W
1. Dir*ektor Llvovskoy.sbkoir, stant6lya Llvovskaya, Podollskiy
rayon, Hoskovskaya oblast's
(LIVOvskaya-Vocational education)

KATIlkNOVSKIY, H. [Kaidanovalkyl, 14.1. kand.fis.-mat.nauk
Radio waves survey the moon. Znan.ta prataia no.2:18 7 159.
(MIRA 12:10)
Otoon)

414- x-ATDANOvML--&I,- .RHGW'-
School factory. Politakh.obuch. no.2:6o-64 Ir '57. (MLRA 10:5)
F--'iAr9'ktbr LIvovskor aredney shloly Podol'skogo rayona Moskovskoy
oblastio '
(Technical education)

WSR/Physice Serromebaniaw sop 49
Regulation, Automatic
Nature of Mechanical Auto Oscillations
~The
Dry Frict;on is Present,"
(Jbmrps) Arising When
N,: L. Kaydanovskiy, 10'pp
"Zhur Tekh Piz" Vol XIX, RO 9 qpr-946
Cas'Mares various theories to explain jumps; S..E.
MwLykin. and'KEW an vskly's, 'Bovden and IshlinskiYsp
akd Kragellskiy's. Author shovs Importance of his
damping to elucidate mecbanIsTi of
jvpps. Describes actual tests and equipment, with
O"tical discussion. Coefficients in the
149T100
1DSWPbysIc*s. Servomechanisms (Contd) Sep 49
41fferential equation describing auto-oscillations.
,are -experimentally determined. Graphs and oscillo,
show force (in dynes) versus
phic photographs
Telocity. (in c:m/sec) for various values of one
spential coefficient (A, of the order of nagnitude
IV' drLi-sec-cm-1) in the'differential equation.'
149T40

------- ---
V
Category : UssR/R~diOPhYsics Application of radioph idal methods
'Yo 1-12
Abs Jour : Ref Zhur - Fizika, No 1, 1957,No 1976
Author Q!~~ ~ski ~N-L-, Mirzabekyan, B.G., Khaykin, s.E.
Title Polarization__Aia~ometer for a Wavelength of 3.2 cm and its Use.
Orig Pub Tr. 5-90 sovesb~ya po vopr. kosmogonii. 1955,,.M., AN SSSR, 1956, 113-122
Abstract Xhe diameter of the parabolic mirror of the radiometer azitenn is 4 meters.
The antenn feeder is a cylindrical waveguide terminated at the focus of
the paraboloid with a cylindrical cavity resonator with an annular Blit fac-
ing the mirror, in which only 1~-, modes can propagate. The symmetry of the
antenna permits reception of raHo waves of any polarization without distor-
ting;its chpxacter. To analyze the polarization and to calibrate the ap-
paratus, the cylindrical vaveguide has ablock of interchangeable sections,
containin a "quarter-vave plate", ful2$-absorbing plate, and a crossed
absorber with a somewhat different absorption coefficient. The radiometer
output signal is modulated by rotating the "hs.3 -wave plate." The analyzer
is a tr"ition piece from -the cylindrical vaveg4ide to the rectangular wave-
gbide entrance to the receiver mixing head. The modulation frequency equals
fout times the' number of turns of"the "half-wave plate." At a time constant
of 16 seconds, the seasitivitZ of the radiometer in the measurement of the
polarization cQmponent is 0.50K, corresponding to a Tainlymm'detectable degree
Card
radiophysical methods 1-12
!gory : USSR/Radiophysics Application of
Abs Jour : Ref Zhur - Fizika, No 1j, 1957,,No 1976
4
of polarization of radio wales from the sun on the order of 3 x 10- The
raFUometer was used to investigate the polarization of radio waves from the
quiet suh. 3n, the reception of radio waves from the entire sun as a whole,
no noticeable poiSXizatiOn was obBe~ved- During the Observation in the par-
tial (74 area) Jolar eclipse of 19$4,,it vaS found that Ofter the first con-
tact there occurs a partial polarization of the received radiation- Soon
after the first contacty the degree of polarization reaches 1$1 after which
it drops to zero at the instant of the maximum phase, increases again to 1%
shortly before the fourth cOntact, and drops to zero after the fourth cOnts(#'
A possible reason for the above effect may be the total magnetic field of the,
sun or the,sphericity of the source of the radio waves.
Card

Cat%gory USSR/Radiophysics Application of radiophysical methods 1-12
Abs Jour Ref Zhur - Fizika, No 1, 1957PNO 1992
Author :_Kaydanovskiy,_N,L., Thrusbekov, M.T., Xhaykin. S.E.
Tit le Thermal Radio-Waves from the Moon.
,10rig ftb : Tr 5-go soveshchaniya po vopr. kosmogonii. 195.5-, M., AN SSSR, 1956, 347-354,
diskus 354-355
Abstract : Discription of a method for experimental determination of the dependence of
the mdon's"radio brightness on its pbase, using the displacement of the "cen-
ter of gr#vity of the radiation " along the lunar equator; this method does
not require the antenn a to have a small directivity compark vith the anga-
lar dimensions of the soon". Results are reported on the investigation of 2.3
and 10 cm radio waves from the moon, performed with this method. The 3-2 cm
observations vere made with a 4-meter radio telescope and a modulation radio-
meter of-the tuning-fork type, insuring a sensitivity of 20 relative to the
antenna temperature. The 10-cm vavesvere measured vitb;-a eflector Z.5 m
in diameter and wit4 a diak-type radiometer haling IvitY of 5 . The
sensitivity vas determined, vith the aid of a p~~rtly-abdorbjug plate, immersed
in the vaveguide of toe radio telescope) vhIch in turn vas aimed at the
zenith-or*at the measured source of radio vaves.
Card ;L2
Card

Category : LT&MAO&OPhYsics - Application of radiophysical methods 1-12
Abs Jour : Ref Zhur - Fizika, No 1) 1957,No 1999
'v
Author Ydanovski N-L- Yardashev, N.S.
Title : RA~-e=s OV 70k.~.=,!V~attion- of Discrete Sources Of Cosmic Radio Waves at a
Wavelength of 3.2 cm.
Orig Pub : Tr. 5-go soveshchaniya
PO vOPr- k0mnogonii- 1955) M., AN SSBRJ~ 1956~ 436-437
Abstract : See Ref. Zhur. Fiz., 1956. 23593
V 1421
RESULT5 OF OBSERVATIONS OF MSCRETE "OURCES OF
COMC RADIATION AT ~ - 3-2 cm WAVE LXNGTH. N L.
N Pi KnrUab~ "d 1 8 Hhki~"kfl
Akid! riftak. &S.S.R. 104. bl? i WiMi 11~t

A,) Y
USSR / Radiophysics
Abs Jour Ref Zhur Fizika, No 4, 1957, No 9938
Author Ka_,&jggovskiy, N.L.
Inst Not jven
Title Concerning the Problem of Measuring Antenna Diagrams with
the Aid of Extraterrestrial Sources of Radio Waves.
Orig Pub :Radiotekhn. i elektronika, 1956, 1) No 5, 683
Abstract :Brief communication, in which it is indicated that the au-
thor solved in 1950, using numerical integration, the pro-
blem of the broadening of the directivity pattern of an an-
tenna for the case, when the pattern is plotted not using
a point source, but an extended source, whose angular dimen-
sions are comparable with the half-width of the pattern. The
calculation was carried out. for two distributions of the ra-
dio brightness over the disk of the sun (uniform and one
Card 1/2
USSR / Radiop%ysics
Abs Jour :7 %Ref Zhur'- Fizika, No 4, 1957, No 9938
Abstract with a brightened limb). It turned out that for patterns
that are-too narrow there takes place a small apparemt
b1roadening of the pattern while the shape is retained. This
conclusion permits, without solving the inverse problem,
into the directivity pattern plotted with the aid of the
sun- Calculation curves are giver.. The presence of the
lima brightening increases the broadening of the pattern.
Later, the problem of utilization of extraterrestrial
sources for plotting pat-terns was partially treated in
other works (see Referat 2hurnal - Fizika, 1955, 7509,
125649; 1956, 14385)
Card 2/2

i
K&TDLNOVSKIY. N.L.: XOROLIXOV,- D.V.; SOBOLIVA, H.S..- KHAYKIN, S.X.
. Polarization of radioemission from sun spots as observed on the
3. 2 cm wave. Dokl.AN SSSR 112 no.6:1012-1015 F 157.
(MLRA 10:5)
1.Glavnars, astronouichaskWe, observatoriya Akademii nauk SSSR,
Pulkovo. Predstavleno aWsmikom H.A. Leontovichem.
(Sun spots) (Radio astronomy)

,,KAYDA,NOVSM,,N. L., KOROLKOV, D. V., SOBOI-EVA, N. S.
"Study oftbe Polarization of 3 cm Radioemission of the Sun,"
p,per submitted for the Symposium on Radio AstronovV, Par-is, 30 Jul - 6 Aug 58.

KAYDADOTSIUY, N.
I S. Braude, 1-1. A. Yespkina., N. L. KAYDAN'0V3ICrY) '13. E. Khaykin, "In-
Yestigation-of the radio telescop with the variable reflector Frofile of the
Main Astronomical Observatory An WSR.11 Sciien~iiic Session Devoted to "Radio
Day", May 1958., Trudrezervizdat, Moscow,_-9-Tep. 50
Results of a theoretical and experimental investigation of the directivity
pattern and gain of a new radio telescope with high resolving power (pattern
width at a 3 cm wavelength is of the order of one angular minute) proposed and
realized by S. E. Khaikin and N. L. Kaidanovskii,, are presented.
Specific peculiarities of the antenna system are analyzed from the
viewpoint of forming the directivity pattern, in particular, the depandence of
the pattern width in the vertical plane oil the elevation.
A method of measuring the directivity characteristics and the gain at
distances close to the antenna and by means of solar radio enission is described.
The peculiarity in the antenna reflector construction permits the influence
of inaccuracies in the reflector surface on the basic characteristics of the
antenna system to be investigated experimenthL~.. Results are presented of a
comparison of the appropriate measurements with computations.
The redsoning on the possibility of constructing a radio telescope with a
directivity pattern width of the order of parts of an angular minute at
microwave frequencies is presented.

W=NOVSKIY) N* La
11~ay~in, jL,-L.,.KAIDANCV5M., "'Requirements for radio telescope
antenras.ft Scientific Session Devoted to "Radio Day". May 195P., Trudrezervizdat',
Moscowi 9 SCP- 56
Requirements for radio telescope antennas are analyzed from the viewpoint
of one of the most important problems of radio astronomy, the detection of the
greatest possible number of discrete sources of radio emission, the determinationc
of their coordinates and emission flux., the investigation of the brightness
distribution of this emission in the case of sufficiently extended sources.
Requirements on radio telescopes to solve other radio astronomy problems can
be diminished somewhat but these changes are insignificant in the majority of
cases.

SOV/120-59-2-5/50
-AUTRORS: Khaykin, S.E., and Kaydanovskiy, N.L.
TITLE: A Now Radio Telescope '-~ eeB'~f~ing Power (Novyy
0 ig~
radioteleskop vysokoy razreshayushchey sily)
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 2, pp 19-24
(USSR)
ABSTRACT: The reflector is made up of separate flat strips
tangential to a paraboloid, whose axis is directed to the
Eoint of observation; the points of contact lie in a
orizontal plane passing through the focal point of the
paraboloid. The reflecting surface is made highly
accurate in form by adjusting each strip individually.
A plane wave is transformed to a cylindrical one with its
axis vertical. A second mirror (a paraboloidal cylinder)
transforms the latter wave to a spherical one. The axis
of the telescope may be set in any direction by adjusting
the positions of the strips and of the radiator. The
horizontal dimension is 120 m, the vertical one 3 m;
this gives a beam with a divergence of 1.21 in azimuth
and 10 about the line of sight at 3 am wavelength. A
telescope with a reflecting area of 101+-105 m2 can be
Card 1/11 built for centimetre wavelengths on this principle.
Many observations in radio astronomy are hampered by lack

BOV/120-59-2-5/50
,A New Radio Telescope of High Resolving Power
of resolving power in the equipment. Large telescopes are
needed to give high resolution and these should work at
the shortest possible wavelengths. The decimetre-
centimetre region is the best from all points of view.
Most of the known radio sources show a falling intensity
in this region (variation roughly as 7LO-8). However, the
observation conditions improve rapidly as this region is
entered, because the general thermal background of the
galaxy falls rapidly. In principle7 the shorter the
wavelength the higher the sensitivity attainable (the
practical sensitivity is limited by the effective
temperature of the internal noise sources in the receiver,
as well as by the incoming thermal radiation. Modern
low-noise masers already provide sensitivities in this
wavelength range that are many times larger than those
available at metre wavelengths )5 the gain is more than
sufficient to offset the fall in the radiation flux.
Hence almost all the sources that are detectable at long
wavelengths can still be detected at these short wave-
Card 2/11 lengths; so can sources whose intensities vary little
with wavelength, and which are undetectable at longer