SCIENTIFIC ABSTRACT VYZGO, M.S. - VZNUZDAYEV, S.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961420015-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TYZGO im
ndo~c OSOMIY, F.Ya., red.; ROROXIMA,
(Hydraulic computations for seepage-from conals and the
protective layer] Gidravlichookii ra chat filltrataii
iz kanaloy i protlyofil0tratsionnogo :14". Alma-Ata #
Isd-yo.Akad.nauk Uxakhskoi SSR. 1959. 38 p. ()[IRA 12:8)
(Canals) .(Soil percolation)

SOV/1 24- 57 -7 - 7800
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 7, p 61 (USSR)
AUTHORS: Vyzgo, M, S., Filippov, Ye. G.
I-----------
TITLE- The Spreading of a Jet and the Erosion of Loose Soil (Rastekantye-
strui i razmyv ne.3vyaznogo grunta)
PERIODICAL: Izv, AN l1zSSR, 1950, Nr 5, pp 45-56
ABSTRACT: Certain aspects of the phenomenon of spreading of a non-free sub--
merged jet and the erosion of loose soil are clarified. A description
of experiments is given on the vertical flow of a rectangular water
jet in a medium consisting of water and sand in suspt-nsion which has
been displaced from the bottom of a flume by the action of the jet. The
dvnainics of the formation of the erosion crater were studied. It was
established that after a certain period of time the depth of the crater
and its form become stabilized and a definite portion of the sand re-
mains in a constant state of suspension. It is pointed out that an arti--
ficial change in the density of the medium accomplished by means of
adding sand to the erosion crater or by siphoning off the suspended
sand in a corresponding decrease or increase in the depth of the criter
Card 1/2 up to a definite stable value. Various aspects of the motion of the

The Spreading of a Jet and the Erosion of Louse Soil
SOV/124-57-7 7890
seepage flow in the non-eroded soil are studied, as well as the pressure distribu-
tion along the contour of the crater. The values of the coefficient K in ~he formul.~
of M. S. Vy.,go for the depth of erosion
a 5 0.25
0 0
are calculated by means of experimentilly-obtained data. The values of K obtaired
for one and the same type of soil ranged from 2: to 5. According to the author these
values indicate that the depth of erosion depends upon the hydrodynamic ch'Iraclerls
tics of the jet and the degree of freedom for its spredding and the quantity and size
of the particles of the suspended medium. but not. on the propertied: oi 'he soil gen-
erally evaluated by the permissible flow velocity, The formulas of & V_ Vostrzhela
were used for an approximate eval,tation of pressure at. the bottorr, ot the cr.%Ter.
These formulas correspond to tho:.e
oi the free, turbulent, submerged (RZh-
Mekh., 1956, abstract. 4550). In the first formula on page 46 of the article a lactor
Vo has been inadvertently left out in the numerator. Bibliography: 11 reterences.
A. G. Chanishvili
Card 2/?.

SOV/124-57-9-10331
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 9, p 63 (USSR)
AUTHOR: Vyzgo, M.S.
TITLE: Hydraulic Schematic of the Erosion Behind a Horizontal Reinforce-
ment and Formula for the Calculation of the Erosion Depth (Gidravli-
cheskaya skhema razmyva za gorizontallnym krepleniyern i raschet-
naya formula dlya glubiny razmyva)
PERIODICAL: Izv. AN UzSSR, 1956, Nr 11, pp 11-17
ABSTRACT: The schematic in question is a development of one proposed earlier
(RZhMekh, 1955, abstract 5537). Basically it is founded on the assump-
tion that the depth of a local erosirn is determined as the conjugated
depth of the jump function with due account of the irregularity of the
velocity distribution which indirectly depends also on the characteristics
of the soil. Even with all the assumptions made the maximum erosion
depths calculated according to the author's method do not substantially
differ from the results of his laboratory experiments.
V. N. Goncharov
Card 1/1

ABALOYANTS, S.Xh., kand.toklm.nauk, red.; ALIMOV, R.A.,red,,- ALTUN111, S.T,,
doktor takhn.nauk, red ZAPROKETOV, S.G., kand.
takhn.neuk, red.; I'MAKODY, A.M., imnd.tekhn,nauk, red,; NIKITIM,
LKIg kand.tekhn.nauk, red.; PCPOVA, K.L., red.; POSLAVSKIT, Y.T.,
skademik, red.; ROSSUMM, X.1,.-Bnd.tekhn.nauk, red.; URAZBAYEV,
M.T., daktor tekhn.nauk, red.; IVANMO, T.A., red.1zd-va;
GORIKOVAYA, Z.P., tek-hn.red.
[01-annel processes and bydraulic engineering; papers of a coordination
conference, June 7-12, 19551 Rualovye proteAsay i gidrotekhnichookoe
stroitel2stvo; m terisly koordinatsionnogo sovechchanita 7-12 iiunia
1955 g. Tbabkont. Izd-vo Akede nank Usbekskoi SSR, 1957. 416 p.
(KIRA 11:5)
1. Akademiya nauk SSSR. Sektalya -po nauchnoi razrabotke problem
vodnogo khoziaietva. 2. Sredneaziatakiy politakhnicbeskiy
institut (for Aballyants). P. Xtnisturstvo vodnogo khozyaystva
UzSSR (for Alimov). 4. Sredteaziatskiy nauchno-tseledovatel'skly
institut irrigstail (for Vyzgo,.Mkitin), 5. Institut soorusheni7
AN UzSSR. (for Altmain, Zaprometoy, Mukhameday, Urazbeyer).
7. Chlen-korrespondent AN LrzSSR.(for Aliwiv, Altunih, Yyzgo). R.
Almdemiya nauk UzSSSR (for Poslave Ky)
(kvdraulic engineering)

vyzGot M.8
WVVW.4;~~ ,
..0000# Some comments on D.I. Irumin's OunIverbal depandwe" for the
corrective taking the puliatiou into consideration. Izv. AN Us.
SS.R.Ser.tokh.nauk no-1:55-58 1,58. 04IRA ll.-O
l.Institut vodxqkh problem i gidrotakhniki AN UzSSR. Chlen-
korrespondent AN UzSSR.
(Hydrodynamics)

VYZGO, T.
Uzbek SSR Moskva, Gos. ojzykal'roo izd-vo, 1954- 57 P- (MuzykalInala Inillture.
t;oJuznykh resrublik) (55-59720)
ML309.U9V9
1. M6sic Uzbekist%n Hist. & crit.

Jvr
NISHANOV) I.N.; VYZGO, V.S.; IIABIYLVO M.N.
-Z~
Ammonia neutralizatlon of solutions obtained by the decompoBition
or Kar&.Tau phosphorites by nitric acid. Uzb.khim.zhur. 6
no.1:21-25 162. (14DU 15 13)
1, Institut khimLi A14 UzSSR.
(Phosphorites) (Nitric acid) (Ammonia)

FISMR, PA.; VYZGO, V.S.; CISHNILOVSKATA, %.I.; TSTGANOV, G.A.
0 - , 1.111,1wVIwFQMIft~
Potentials on electrodes nIckel-plated from modified baths. Trudy
Inst. Khim., Akad. Nauk Uzbek. S,S.R*, Obehi-haya i 11sorg. Xhim, No.2,
132-63 149. (MLRA 3:12)
(04 47 no.17:8534 153)
1. Inst. Khim., Uzbek, S.S.R.

PR
'pi
FM

N.ABIYEV, M.N., akademik; VYZGO, V-S-; SAIBOVA, W.T.
Curves of heating of mixtures of monosubstituted phosphates t.~
calcium and ammonium. Dokl.AH Uz.SSR no.6:21-23 '59.
(MM 1219)
1. Institut khimii AN UZSSR~ 2. AN U%SSR (for NabiYov).
(Ammonium pboapbate--Thermal properties)
(Calcium phosphate--Thermal proportion)

VYZIUNOV, A.
14ng-torm contmcts with tle firm "Vooptiu Vne5h. torg.
41 no.9:19 161. (MIRA 34:8)
(Ruggia-Comaerce-Austria)
'Isia)
(Auatria-Comerce-Ru,
T, R2~~ -to WN -mw MR

VOROPAY, A.P.: =KHOVOKIa&hjZ'.; DRWQV# I.P.; KOMARNITSKIY, Yu.A.;
KAKSIMENKO, I_.Tj7PXMVSKIY, V.V., STEPANOV,, D.A.;
CHEREDNIGHENKO, Ye.T.; GANUN, retsenzent; FATEYEV,
P.Ya., retsenzent; PESKOV, L.N., red.; DROZDOVA, N.D., tekhn.red.
[Competition for communist labor in railroad transport4tion]
Sovevnovanie za kommunisticheakii trud na zheleznodoroshnom
transports. Moskva, Tranozheldorizdat, 1963. 158 P.
(MIRA 16:9)
(Socialist competition) (Railroads-Employees)

i PIZ, M.-.; I)LIMICAWTT, Yj,P.,
v V.7
7fxtst .1geOl-'rip, .7'a viltt-- at M;
04TIlt- ".1,1 "1

VZIIESINSKIY, A.1 KIRILLOV, U.11
-
Investigating the processing of negative color filmn by means
of coating with the processing solutions, Usp. nauche fot. 8:
79-87 162. (MIRA 17-.7)
1

S/058/63/000/002/034/070
A062/A101
AUTHORS: Vzhesinskly, A., Kirillov, N. I.
TITLE: Investigation of the process of treating color negative films by
means of depositing on them treating solutions
PERIODICAL; Referativnyy zhurnal, Fizika, no. 2, 1963, 101, abstract 2D650
("Uspekhi nauchn. fotogr.", 1962, no. 8, 79 - 87)
TEXT: An investigation was made of the process of treating various types
of color negative films by means of depositing on them developing and bleaching
solutions. It 16 shown that the considered process enables to attain the required
uniformity of development, accepta 'ble color balance and sensitometric film indices
which differ but little from those obtainod with the usual process of treatment.
Additionally there is obtained a better stability of the sensitometric indices of
the films with respect to the duration of development and this is, together with
the simplicity of the investigated process and the possibility of developing the
films always in a fresh developing solution, an Important merit of the process.
'It is established that depositing a.bleaching solution on the --reated film per-
mits to eliminate completely the drawback of the process, NMI, which drawback
Card 1/2

'z/C.58/63/COO/C,G 210 V070
Investigation of the process of... AcQ/Aio.,
consists in a lesser stability of the bleach solution due to the introduction in
11. of the fixer together with the film. Thus the process of treatment of color
negative films with depositing on them a viscous developer and a somewhat viscous
-bleach solutlon Is suitable for practical application.
[Abstracter's note: Complete translation]
Card 2/2

VYZHGINAP L.B.; pUCHKO'VA9 L.V.
~btric invariants of equations of quadrics in hyperspaces. Uch.
zap. MGPI no.208:214-221 163. (MIRA 17:6)

VYZHCtINA, L.B.; PROKHORGVA, R.I.
Quadrics In GaUlean spaces: Italia, zap, MOPI 123t479-490 163.
(MIRA 17: 4)

.VYZHGINA, L,B.; SF-WNOVk, T.H.; TYURINA, I.I.
:~ ~A id
Quadrics in hyperapace. Vch. zap. MOPI 1232491-507 163.
(14IRA 17:4)

,VYZHIGIIIP G.B.j CHMERALOVp V.B.
Reaults of int,-.-r;L:iv,:-; flooding of the YAltnovka oil and E;r,,s
field, Gool. nefti i gaza 5 ro. 2:2C-24 F 161. (MIRA 14:2)
1. 11afteprom:~:3el T'o. 1 Neftepromyslovogo upmvIcrilya Fincill-
neftit.
~ (Kuyb-i~~hcv Province-011 field flooding)

CHEREPAIIOV~ V.B., starshiy inzh.; VYZHIGIII, G.B., atarslxiy goolog
Fishing without shutting in the flow. Neftianik 5 no.3:12-13
Mr '60. (141RA 14:9)
1. Fromysel No.1 neftepromyslovogo upravleniya Kinellneft.1
(Oil fields-Production methods)

VYZHIGIN) G.V., inzh.; YWOLISKIY, L.S... inzh.; VOLKOV, A.A.., inzh.
L-
Ilew standard designs for multistory industrial buildings.
Prom. stroi. 42 no.3:2-6 165o (MIPA 18:7)
J..TSentrallnyy nauchno-isoledovatel'skiy i proycktno-eksperi-
mentalinyy institut promyshlennykh zdaniy I sooruzheniy.

DEKHTYAR1q A.I., inzh.: SUKHANOV, P,S.O.Inzh,; VY7,HIbIN, G,V,, inzvo
........ - --
flow con3truction decisions on multistory industrial bui1,!�-.gz.
Prom, otroi, 41 no,,212-6 F '64- (MIRA 17:3)

VYZHIGIN, G.B.
. - - "I.- ~: - -
Some results of the development of the Fallr.(r.,ka oil field.
Geol. nefti. i gaza 8 no.IW13-17 0 164. (MMA 17:12)
1. fleftepromyalovoy~ upravlanlye Kinellneft %~

VYZHIGIN# GOV$# inzh.; BTARTSE'V, VoI4# inzhoj OCHERETrANNYY, SoMop Inzh,
Standard Panels for buildings with suspended equlp=ent. Prom.vtrcl~ '
43 no.12-t24-27 165. (VIRA 18i:L2)
..., -~-i 7- - -

VUHIGIN, G.V., inzh.; DHITRM7, S.P.
Precast monolithic conatiixtion elements of maltiBtoried plants
to be built in seismic regions. Prom. strol. 38 noo9sl6-19 160.
(MIRA 13:9)
1. Gipromoloko (for Dmitriyev).
(Earthquakes ard building)
(Precast concrete construction)

VYZHULL, G.G. ,
Orenburg Province Is striving for high standards of agriculture.
Zemledelle 8 no.n:20-25 N 160. (MIRA 13:10)
1. 11achallnik Orenburgi3kogo oblastnogo upravleniya eellskop kho-
z7aystva.
(Orenbur.- Province-Agriculture)

-,VYZMU,, Gavriil Gerasimovich; MIMBIEVICIII A.Ye., red.; TSYURKC,
tekhn.--r-e-d-.---
(Agriculture of Orenburg Province in the secorA year of the 3even-
year plan] Sel'skoe khoziaistvo Orenburgskoi oblasti vo vtorom godu
semiletki. Orenburg, Orenburgskoe knizbnoe izd-vo, 1960. 33p.
(MRA 14:9)
(Orenburg Prov'Ance-Agriculture)

VYZ-ICELETYI Gyula, dr.
Rapid micromethod for the analysis of urinar7 calculi. Orv.
hatil. 105 no.48:2284 29 N 164.
I
1. Budapesti Orvostudookayi Egyetem, II. Sebeszetl KIInIka
(Igazgato: Heater Endre dr.).

LIMITS, Ana~qliy Lyovich; VTZVILKO, S.A., lnsh.-knpitan 2 ranga. red.;
)WHIKOVA, A.N., tekhn.red.'
(Destroyarel Inkndrennys minonostay. Nomkva, Voon.ixd-vo Vl-va
obor.SSOR, 1960. 162 P. WRA 13:4)
(Destroyers (Warships))

SIW,IDZR# Ivan Origorlyevichj VYZV11XOp S.A., Inzhs-kapitan 2 rang&)
red.; HYASVIKOVA, T.F.O'tekhnrid9'--- --
[k boat-swain's mamall Spravochnik botsmana. Moskvao Veon.
izd-vo M-va obororq SSSRj, 1962, 302 p (KIRA 15:5)
(Seamanship-Handbooks# mamml;, etc.)

LIFSHITS, Anatoliy Llvovich, kand. voyenno-morskikh nauk;
TIZVILKO, S.A., red.) SRIBNIS, N.V., tekhn. red.
(Cybernotice in the govyl Kibernetika Y Voenno-Morskom
Flote.. Moskva, Voenizdat, 1964. 257 p. (MIRA 17:3)
ffii
MAI Offilm

TIKIMIROV3 Vadim Pavlovich; VYZVILKOp S.A.p inzh.-kapitan 1 ranga,
red.; KOIIOVAIDVA, iid.-
(control of ship manv=ers; in limited water areas]Upravienie
manevrami korablia; na stennen:Wkh akvatoriiakh. Moakvaj
Voon.izd-vo M-va obororW SSSRO 1962. 431 p. (MIfL4 15:12)
(SUP handling)

MURZA, I.S.; SHWELIKO, P.S.; LRAGAI V.G.1 ALEKSEYEV~ B.A.1 GORBACHEV,
F.A.; SUKI-W',OV, S.S. ; IMMV, D.I., inzh.-polkovnik zapasa,
inzb.-kapitan 2 ranga, rod. , SCIDMONIK,
red. ;
R,L,,'~;Ichn, red,
[Vanual for an aircraft technician) Spravochnik aviatsionnogo
tekhnika. Foskva, Voen. izd-Vo If-va obor. BSSR, 1961. 510 P.
WMA 15:3)
(Airplanes)

V.p.; BAGIIISKIY, Y,.K*. VYZ.VILKO,_~A" 1, .sh.-kgpitan
BKE.WlnTsxiyt I . TONOYALO'VAt je" ~., t~akhn.redo
2 ranp v re( 0 9 3 oruzhie poavoanogo udarao Mookva, Voen.
[Underwater wealpons (vjTLRA 13:12)
izd-vo X-va obor.SSSR, 1960 162 p. rin8)
(Torpedoes) igines 9 Sub'08

67752
7 e C'o SOV/126-8-5-4/29
AUTHORS., Vzdornov, V.Ye and Tsidillkovskin-I.M.. Ikk
TITLE: .--A_dffabati:~Gai~ino- and Thermomagnetic Phenomena in
Semiconductors. Part 11 - Mixed Gonductivity-, III
PERIODICAL: Fizika metallov i metallovedeniye, 19591,Vol 85 Nr 5,
pp 671-677 (USSR)
ABSTRACT: Tolpygo (Ref 1) and one of the present authors (Ref 2)
developed the theory of adiabatic galvano- and thermo-
magnetic effects in impurity semiconductors.-.,6 The
present paper is concerned wim these erfe-ats in
semiconductors with mixed conductivity. The theory Is
developed using the assumptions and the symbols given
in Ref 2. In addition, it is assumed that the
mechanisms of electron and hole scattering are the same.
It is shown that all the transverse galvanomagnetic and
thermomagnetic effects in semiconductors with an equal
electron and hole concentration depend on the magnetic
field in the same way as in the case of impurity
Card conductivity, i.e. in the low-field region the effects
1/2 are proportional to H, and in the strong-field region
they are inversely proportional to H (in the case of
the Hall affect this refers not to the field E-o but

67752
SOV/126-8-5-4/29
Adiabatic Galvano- and Thermomagnetic Phenomena in Semiconductors.
Part II - Mixed Conductivity
the current J1 ). The character of the dependence of
the longitudinal effects on the magnetic field is the
same as in the case of impurity conductivity. Formulae
are given dosoribing the various effects, e.g. the
Hall, Ettinghausen, Nornst, Leduc, etc. effects.
There are 3 Soviet reference3.
ASSOCIATION: Institut fiziki metallov AN 3SSR
(Institute of Physics of Metals7 4qademy.,of Sciences,
USSR)
SUBMITTED: July 21, 1959
Card 2/2

V 7-T-
FVTOHAPJVIKO# VvA*; VZW(K A, G,7a.
Reactions of direct,uynthfisis haloid exchange and photochemical
chlorination of methylgermane halogens. Izv. AN SSSR. Otd. khIm.
nauk no,,8.-994-996 Ag 157. (MM 11:21
1. Pizicheeldy institut im. P.N. lebedova AN SSSR i Institut orga-
nichookoy, khimii im. N.D. Zalinakogo AN SSSR.
(Ghemical reactions) (Germane) (Nalogenes)

AKOV.
~ "A; TRAT IT P.H., otvetatyennvy redaktor;
r_A~)~pj
TRAKMNBZRG, I.&, redaktor izdatel#atva; ZXHLTAKOVA, T.A.,
tekhnicheakiy reduktor
[The origin of Bulgarian Plowing tools; on the problem of the
OthnOgenesis of the Bulgarian people) 0 proiakhozhdenti bolgaraktich
pakhotn.vkh orudii; k voproeu ob stnogenese bolgarokogo naroda.
Koskva, -Lzd-vo Akademii nauk SSSR, 1956. 53 p. (MLRA 10:3)
(Plows) (Bulzaria--History)

~1,21CPK6 VA 6, ~,/Q-
AUTHORS: Ponoma.-enko, ve A., legorov, Yu. F., Vzenkava, G. fa. 62-1-,,)/29
TITM On the Brodaction '.lie Fropertle-5 of Some
(Poliichenlye i 3vojstva nekotorykh alkil-iilandeyti.,rldw)
Izvestiya AN S~33-: Otdeleniye Khimi,-,~esklkl Mauk, 1958, Fr 1, nP
S.R
ABSTRPCT: Among the Great number of the variou-3 silicon-organic compounds hi=
therto obtained only some are to be found which contain in their com-
position,beside hydrogen also its isotopes (deuterium. and tritium).
Among other it was of intereet to investigate for the synthesis of
the all-y1silann-deuteriden the possibillty of application of the deus
teride of lithium (UD) as the latter has hitherto not been used for
the synthesis of the silanedeaterides. This presupposes, however, an
alteration of the method of zynthesis. Table I shar3 the properties
of the obtained deuterides. There let see that the substitution of
hydrogen in silicon compounds by deuterium exercises aLmost no ins
fluence on the boiling temperature of these compounds. Practically
.also the refraction index remains constant. Only the specific weich'.
is considerably increased. It in assuned that the quantity of the
binding refraction Si-Z amounts to an average of 3.,23 ml/.noleculo and
thus is very similar to the bin(ling refraction Si-P. (according to
Card 112 Warrick 3,2o ml/molecules (reference 19). Data referring to the ex=

on the Production and the Properties of Some AD`yl5ilane-Deuterides. 62-1-9/29
perimental candition3 are shown in table 2. The reduction of the
alkylsilanechlorldes to the corresponding deilterides occurs under
already earlier described conditions, Surxnary-' 5 new alkylsilanedeum
terides were obtained and their physical properties investigated. It
vra~s found that the frequency of the valence oscillations of Si-D
extend to the range of from 1530 - 1573 cm -1 and that it decreases
correapndingly to the reduction of the atomic nunber of D in Si.
There are 2 tables, and 214 referenco3, 2 of which are Slavic.
ASSOMT10-: Institute of irganic Chemistry Lneni 11. D. Zelinskiy of the AS USSR
(ir;z;Lj.t,1jt ')raniche3koy khimli imoni r. D. Zelinskovo Akarlemil nauk
SSSR)
SUBMITTED: July 2o., 1956
AVAILABLE." 1,1brary of Con~~r---,is
1. Al~ylsilane-Deuterides-Synthesis 2. Alkylsilane-Deuterides-
Properties
Card 2/2

1. USLAVSKIY. M. YA., VYZH.".MIRSKIY. M.14.
2. ussR (6oo)
4. Iron Foundine
Castings from high-Ptrangth maoissian pip, iron. (concluslon). Rech. transp. No. 6
1952.
9. Monthl List of Russian Accessions, Library of Congress, April 1953, Uncl.

P,
S/058/62/000/009/010/069
A006/A101
AUTHORSs Vzhesinska, A., Yashchin, P.
TITLEs Quenching ZnS luminescenco as a result of irradiation in an atomic
reactor
PERIODICAL: Rererativnyy zhurnal, Fizika, no. 9, 1962j 46, abstract 9V320
("Rept. Inst. badah jqdrow PAN", 1961, no. 248, xiii, 9 P-,Ill-;
summaries in Polish and English)
TEXT- Thg authors studied the effect of irradiation in a reactor (neutron
flux 2-1013 cm-'-sec-', irradiation time 15 - 20 min) upon.the luminescent pro-
perties of non-activated luminophors ZnS, that wereexcited*by the radiation of
a mercury tube through a Wood filter. It is shown that Irradiation causes 1)
shift of the quenching temperature range of luminescence toward the side of lower
temperatures, 2) slight narrowing of emission bands at 930K, 3) intensified infm-
red quenching, 4) Increased superlinear dependence of the luminescence intensity
upon the excitation intensity, 5) reduction of the accumulation capacity of
phosphors; 6) reduced rate of luminescence intensity growth at the beginning of
Card 1/2

1
Quenching ZnS luminescence as a result ...
S/058/62/000/009/010/069
Aoo6/Aiol
excitation. The conclusion Is drawn that radiation defects In ZnS have a hole
trap nature, which act as non-radiative recombination conttirs.
[Abstracter's note: Complete translation)
M. Elango
'J-'
Card 2/2 F

VZHESINSKIY, A.; KIJULLOV, N.I.
Studying the development of t1w negative color film in developers
with various pHe Zhur.nauch.i prikl.fot.i kin. 7 no.1:5-29 Ja-
r 162. (KIRA 15:3)
1. Voevoyuznyy nfmchno-iscledovatelfskiy kinofotoinsitut (UMI).
(Color photography-Developing and developers)

z e sionka
PaLm/Theoretical Physic's Quantum Field Theory B-6
Abs Jour : Referat Zhur Mika, No 1, 1958, 198
Author : Vzhetsionko,,G.
Iast : Institute of Physics, Polish Academy of Sciences, Poland.
Title : Character of the Potential of the Interaction Between an
Electron and a Photon~
Orig Pub : Byul. Pollskoy AN, 1956, Otd. 3-4, No lo, 657-663
Abstract : In the lowest approxination of the "old" Tamm-Dancoff me-
thod, an investigation is made of the.scattering of pho-
tons by electrons, for the purpose of clarifying the pro-
perties of the electron-photon int?raction potential in
various spin states. It is noted that in a state with
-total momentum j - 1/2, an attraction potential takes pla-
co-at -4 - 0, and a repulsion potential at --**- ~- 1. In
the state with J 3/2, the repulsion potential
Card 1/2

1. B. I. VYZHGIII
2. USSR (6oo)
4. Baas
7. Bees as the object of study of the external structure of an insect. Est. v. shkole
1. 1953.
9. Monthl List of Russian Accessions, Library of Congress, April 1953, Uncl.

odi-

VYZHIGIN, G,B.
Effect of secondary recovery methods on the rate of carbonate reservoir
production. Geol,nefti i gaza b no.8jI6-19 Ag 162 iWRA 15:9)
1. Fromysel No.1 Neftepromyslovogo upravleniya tresta Kinel'skoy
nw%yanoy promyshlennosti.
(Kinell Chorkassy District-Secondary recovery of oil)

DRITRIM, S.P., Insh.;
Standardized reinforced concrete products for matistoried
Industrial buildings with girder ceilings. Prox.stroi. 8
no-7:11-14 160. (KUL 13 t 7)
1. ProyektWy institut gipromoloko.
(Precast concrete-Standards)
(Factories-Deiign and construction)

TUKKIHOV, ;.I.: ALIMMV, V~D.-,. ASHIMIN, A.K.; BAYEV, N.V.; BEGLARly"s
P, BtCHKOv, J'A.:'VtSiOVA. Ye.T.; VYZHEKHOVSXAYA, )(.F-; GURWSCIT,
A.; V I
S.A.; nWDOV, I.M..' TBSIPOT, TO-?-; ZWKOT, V-D.-O. Z3L1YSr'T' K-G-;
ZOLINIKOV, F.T.; ZOLOTOVA, L.I.; KIVIN, I.N,; KOKARNITSKIT, Tu.A.:
KOUSTANTINOV, A.N.; KIMICHITSKAYA, A.K.; KAKSIMIKO, I.I.; KNUNTITIV,
A.A.; MOROZOV, I.G.; XMINOV, H.I.; OZMWVSKIY, Ch.S.; OSTRYAKOV,
X.I.; PANINA. A.A.; PAVLOVSKIT, V.V.; PMINOV, A.B.; PMRSHIN, B.Y.;
PROUIN, S.F.; PSMINTY, A.I.; POKROVSKIT, H.I.; RASPONOP.MV, Ye.l.;
SEMIUi I.N.; SELYAROV, Yu.H.; TIBABSMY, A.I.; FARBEROV, To.D.;
FBDOROV, G.P.; SOLIGIN. Ta.S.; YAKIMOV, I.A.; VMURAj G.P., tak-hn.red.
(Labor feats of railway workers; stories about the innovators)
Trudovye podvigi shele2nodorozhnikov; raeskazy o novatorakh. Moskva,
Goa tranap,zhol-dor.izd-vo, 1959. 267 P. .(MIRA 12:9)
iRailroads) (socialist competition)

VYZHIOIN S. P.
#I
Vyzhigins S. P.
"Analysis of the Operation of Experimental Drilling Equipment (ZIF-1200:wid
ZIF-650) for Deep-Colvnn Drilling," Min Higher Education USSR. Moscow Inst
of Nonferrous Metals and Gold imeni M. I. Kalinin. Moscowo 1955. (Dissertation
for the Degree of Candid&te Technical Sciences.)
Knizhnaya, Letopis': No. 27j 2 July 1955.

VYZHIGINIP S. P.
VyzIfIGIN, S. P.: "An analysis of the exploitation of exnerimental. drill3ng
equirment (ZIF;~1200 and ZIF-650) for deep colunn ,Irillirg-4" I-bscowp 1955.
Mn Pgher Education USSR. Moscow Goological Prospecting Inst, ineni S.
Ordzhoni idze. (Disiertation for the Degrce of Candidnte of Technical
SOs Knizhnaya letopis' NO. 47, 19 November 1955. Moscow.

VYZHIGIT,IAj A. P.: ~Jaster Tech Sci (dins) -- "The trend of the grape and wine in-
dustry In the Volga region and the outlook for its development". Moscow, 195',J-
15 PP (Min Higher Edito LISEZR~ Moscow Tech Inst of the Food Industry), 150 copies
Mt Wo 15.. 1959., 116)

VYZh'LP,.I, I.I.;PLUIIAR, J.
"Econo-.,de fleat-resistirv,, AUoys for Temperatures abo-.,o EMOC. Prace.ff p. 9.
(SMAMISM. Vol. 2, I-To. 4, Apr. 1954; Prea, Czech.)
So: Manthly List of East European Accessions, (EM)., W, Vol. 4, 116* 4.
April -1955,, Uncl..

tkani i v
21025
usloviyakl eksperinentalInago ostcor,-jyejjta--Aut: In-ta (Ka2fins;e Nsiuc: --I in't
ortopedii i vosstanovit. 1'2'iru'-
SO: LUrOYIS '2111UPTIAL ,TAY-,-,Y - Vol. 28, Yoskvri, 1949

SOV/126-7-6-1/24
AUTHORS: Vzdornov V. Ye and Tsidillkovskiy, I. M.
TITLE: The Effect of Current-Carrier Degeneracy on Transport
Processes in Semiconductors
PERIODICAL: Fizika metallov i metallovedeniye, 1959, Vol 7, Nr 6,
pp 801-808 (USSR)
ABSTRACT: In semiconductors with high conductivitysconditions are
sometimes encounterod when the curront-cnrriar distribution
is not of the Maxwell-Boltsmann type, i.e. the electron
gas becomes partially degenerate. Physical properties
of degenerate semiconductors were first discussed by
Samoylovich and Korenblit (Ref 1). Some formulae ana
graphs dealing with the -transport processes in degenerate
semiconductors placed in weak magnetic fields are given
in a paper by Wright (Ref 2). Unfortunately, Wright's
paper contains a number of errors. Deduction of the
formulae for the adiabatic (Ettingshausen and Righi-Leduc)
coefficients did not allow for the thermal conductivity
of the lattice which, in semiconductors, is considerably
greater than the electronic thermal conductivity. Wrightls~
formula, which gives the variation of resistance in a
Card 1/5 magnetic field, is also incorrect. Moreover, all Wright's

SOV/126-7-6-1/24
Thd-Effect of Current--Carrier Degeneracy on Transport Processes in
Semiconductors
formulae are given in a form which is not suitable for
direct comparison with experimental data. Rodot (Ref 3)
obtained formulae for the longitudinal Nernst-Ettingshausen
effect for degenerate semiconductors with scattering of
electrons on the acoustical vibrations of the lattice and
on intpurity ions. Rodot'a general formula for the Nernst-
Ettirtgshaiisen effect in strong magnetic fields is
incorrect; this can be seen from the special case of the
non-degenerate electron state. Stimulated by inadequacies
cj-' earlier work, the present authors derived expressions
f.or Salvanomagnetic and thermomagnetic effects in
degenerate .!;emiconductors placed in very weak and very
ntrong magnetic fields. It was assumed that
:L) The currcnt-carrier energy 12 proportional to the
square of quasi-momentum (a = p /2m);
2) the mean frae pa th 1, of current carriers is a power
function of th3 energy 6 (Z = ,r , where r is arbitrary);
3) the current-Earrier distribution Is of the Fermi type
Card 2/5 f lexp +

SOV/126-7-6-1/24
The-Effect of Current-Carrier Degeneracy on Transport Processen in
Semiconductors
The curront-carrier mobility is thon
u - r2e_ a(kT )r-1/2 U + r) F
3 FM F1/2
and their concentratioIn3/2
N (2mkT) P (11
h3 1/2
where IL 3E 11 is the reduced chemical potential and
kT
F WX) xkdx
exp(x - IL )+I
is the Fermi integral.
Expressions for all galvanomagnetic and thermomagnetic
effects were obtained by means of the general formulae
Card 3/5 derived earlier by Bass and TsidilIkovskiy (Refs 4,5)-
Formulae are given for:

SOV/126-7-6-1/24
The Effect of Current-Carrier Degeneracy on Trantiport Processes in
Sarni conduc tors
the transverse Nernst-Ettingshausqn effect - weak wagnetic
fields (Eq 1 and Fig la), strong inagnetic fields(Eq 2 and
Fig lb);
the Righi-Leduc effect - weak magnetic fields (Ea 3 and
Table 1), strong magnetic fields (Eq 4 and Fig 2j;
the longitudinal Nernst-Ettingshausen offect - weak
magnetic fields (Eq 5 and Fig 3a), strong magnetic fields
(Eq 6 and Fig 3b);
the electronic thermal conductivity - weak magnetic
fields (Eq 7 and Fig 4a), strong magnetic fields (Eq 8 and
Fig 4b);
the Hall effect - weak magnetic fields (Eq 9 and Fig 5),
strong magnetic fields (Eq 10);
the Ettingshausen effect - weak magnetic fields (Eq 11 and
Table 2), strong magnetic fields (Eq 12 and Fig 6);
the electrical conductivity - weak magnetic fields
(Eq 13 and Fig 7a), strong magnetic fields (Eq 14 and
Card 4/5 Fig 7b).
The paper is entirely theoretical.

SOV/126-7-6-1/24
The'Effect of Current-Carrier Degeneracy on Transport Processes in
-Semiconductors
There are 7 figures, 2 tables and 5 references, 3 of
which are Soviet, 1 English and I French.
ASSOCIATION: Institut fiziki metallov AN SSSR (Institute of Metal
Physics, Ac. Sc., USSR)
SUBMIWED: December 4, 1958
Card 5/5

PROSTAKOV) Anato3-iy Loonidovich; VYZVILKO S.A.,, ixzh.-kapitan 2
ranga, red.; MIENIS, Nf.-,='-.-;ed.
(Underwater acoustics in the navy] Gidroak-ustike Y voermo-
morskom flote* Yoskval Voen.izd-vo M-va oboroyq SSSR, 1961.
139 WIRA 15:2)
f;nderwater acoustics) (Naval reconnaissance)

VZTJOPOV, 11. A.
"Investigation of the Operation of A Cone With Varlablo
rrustrum. s on a Locomotive." Cand 'rp(,h Scl, All Union Sr-i Res
Inst of Railroad Transport, Min of i"tailroad Transport U15SR,
Moscow, 1955- (KL, 140 9, Feb 55)
SO: Sun. 'alo. 631, 26 Aug 55-Survey if Scientiric and Technical
DiBsertations Defended at USSR 'Aigher 4ducational Institutiorc-
(14)

A., and ORDIRLYYY B.
Cottcn Gins and Olnrinr
Means of raising productivity in cotton millz. '.iblopRQvcdutvo no, ly 1952
1952
List of Russian Accessions, Library of Congress, SeRtember xIM, Uncl.

V, d CR711TAKII, B.
Co~tcn Mrs and r-.irr;lnF
Yld.-qns of raising productivity in cotton rl-lls. Ehlopkovodstvo no. 1) 1952.
1952
9. Monthl List of Russian Accessions, Library of Congress, September-%q~n, Uncl.

VZENKONSKIYI A. V. . .
23334. 0 robots gidronsaosoy shlopkovykh pressov. Tekatil. Prom-STI p No. 7p
194% 0. 9-10
801 LETOPIV NO- 31, 1949

VZENKOVA, U, Ya.
V. F. hironov, V. it. Ponomarenko, U. ia. Vzunkova, i le. bolgiy and A. 1"..
Petrov, "ibe z>~mth(~sis of German ium-organic (;ompuunds."
Report presented at the 6econd All-Union Gonferencu on the -hemistry and
Practical Application of ailicon-Organic ~-ompounds held in Leningrad from
25-27 September 195B.: -
Zhurnal priklaInoy khimii, 155 , Nr 1, pp 23P-240 (USSR)

I SOY/20-122-3-23/57
AUTHORS: Ponomarenko, V. A., Yegorov, Yu. P.
11ITLE: Alkyl Germanium HydrideG and Alkyl Germanium Deuterides
(Alkilgermaniygidridy i alkilgermaniydeyteridV,)
PERIODICAL: Doklady kkademii nauk SSSR, 1958, Vol 122, Nr 3, PP 405-406
(USSR)
ABSTRACT: Since 1886 (Ref 1) only few organic (17) and inorganic (13)
germanium hydrides have been produced (Ref 2). The germanium
deuterides known oince 1954 cz~;.tain no organic ones. Both groups
of compounds mentioned are of importance for the elaboration
of new methods of production of organogermanilim compounds. More-
over, the refraction of the Ge-H and Ge-D bindings had to 1e
determined at least with a certain approximation. In the P_Ve3ent
paper the production and the properties of the following cc,=-
pounds are described: 1) CH 3 GeH3-,o-(CH 3)2 GeH2--*-(CH 3)3 GeH.2.CH3Ge
D3 (CH )2GeD2 , (CH 3)3 GeD.3.C 2H5GeH 3(C2H 5) 2G eH2 --~- (Cli 3)2
(C2H5)GeH-4-02 H5GeD3__V.(C2 H5)2 Ge D2 --r- (CH3 ) 2(C2H5)GeD. All these
Card 1/3 organic germanium hydrides and deuterides were produced in a u_~'-

A.1kyl Germanium Hydrides and Alkyl Germanium Deuteridei
SOV/20-1 22 -3- 23 /57
ficient yield under conditions which were similar to that of
the production of alkyl silane hydrides and deuterides (Ref 6)
i. e. from the corresponding alkyl germ-zium chlorides (bromides-)
UH and LiD. The physical properties of these compounds are
given on table 1. It may be concluded from it that the refraction
of the Ge-H binding is on the average about 3,38 ml/mol, that of
the Ge-D binding 3,34 ml/mol. In the production of the initial
compounds (CH ) C H )GeCl and (C H ) GeCl by means of the
3112( 2 5 2 5 2 2
organomagnesium method the exchange reaction of chlorine wit'h
bromine was observed (Ref 8). Bromide yield was sufficiently
high. It can be concluded from this far,10- that in gerzianium
chlorine atoms have an increased exchangeability with the bromine
atoms in the Grignard reaction. Ir. analogy to the hyd=isile-ne3
(Ref 12) the authors proved in the present paper the
of application of chloroplatinio acid by using tile Kara5h rc'-
action for the germanium hydride compounds at the example of
trichloro germanium. In conclusion the spectra of the
dispersion of the compounds mentioned in the title are diocusbti,-..
There are I table and 16 references, 5 of which are Soviot.
Card 2/3

SO'1/20-122-31-23/57
Alkyl Germanium Hydrid'es and Alkyl Germanium Deuterldes
ASSOCIATION: Ingtitut organicheakoy khimii im. 11. D. Zelinskogo Akademii
nauk'SSSR (Institute of Organic Chemistry imeni 11. D. Zelinskiy
AS USSR) Fizicheskiy institut im. P. 11. Lebedeva Akademii nauk~l
SSSR (Physics Institute imeni P. N. LabedovAS USSR)
PRESENTED: May 9, 1958, by A. A. Balandin, Memberp Academy of Sciences,
USSR
SUBMITTED: May 5, 1958
Card 3/3

5-376o
77085
SOV/62-59-12-29/43
AUTHORS: Batuyev, M. I., Ponomarenko) V. A.; Matveyeva,
A. D., Vzenkova, 0. Ya,
TITLE: Optical Investigation of Alkylgermanium Chlorides in
Connection With Some Peculiarities of Their Chemical
Behavior
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye !,chimicheskikh
nauk, 1959, Nr 12, pp 2226-2233 (USSR)
ABSTRACT: Several studies of similar content were published by the
authors previously (Zh. obshch. khimii, 1956, Vol 26,
p 2336; this journal, 1956, p 1070; Ibid., 1957, P 515;
ibid..9 1958, p 996). The authors showed that many
chemical characteristics distinguishing organosilicon
compounds from carbon compounds are also present, and
even more pronounced, in organogermanium compounds (this
journal, 1956, p 1146; ibid., 1957, Nr 8, p b94; ibid.,
Nr 2, p 199; Dokl. AN SSSR, 1954, voi 94, p 485; this
journal,1957, Nr 3, P 310). Methyltrichlorogermane
Card 1/6 and methyltrichlorosilane, unlike ethyltrichlorogermane

Optical Investigation of Alkylgermanium 77085
Chlorides in Connection With Some sov/62-59-12-25./43
Peculiarities of Their Chemical Behavior
and ethy2trichlorosilane, could not be chlorinated
with sulfuryl chloride. Ethyltrichloro-dompounds
of both germanium and silicone were easily chlorinated
but the )a- directing effect of the GeC1 3-group wa3
considerably stronger than that of the SiCl 3-group.
Chlorination of CH 3GeCl 3' (CH 3)2GeCl 2-0 and similar
compounds to di- and trichlorides proceeded more rapi(lly
than the chlorination cfthe corresponding silicon com-
pounds. The yield of germanium monochlorides was
lower than that of the corresponding silicon'c,--,mpounds.
Dehydrochlorination of C1 GeCH CH C1 with quinoline
3 2 2
yielded Cl 3GeCH=CH 2 as main productj and also GeCll,,
whereas practically no SlC14 was obtained on dehydro-
chlorination of C1 3SiCH02C1. This can be explained
by an easier )9-elimination in ~-chloroethyltrichloro-
CIard 2/6 germane than in a -chloroethyltrichlorosilane. These

Optical Investigation of Alkylgermanium
Chlorides in Connection With Some
Peculiarities of Their Chemical Behavior
Card 3/6
77085
SOV/6-2-59-12-29/43
peculiarities of the chemical behavior of Ge are due
in the first place to its physicochemical properties;
some of these were optically investigated by the
authors (this journal, 1956, p 1243). The present
study deals with investigation.of the vibrational fre-
quencies of C-H bonds in methylene and methyl groups
of tetraethylgermane, and ethyl-, methyl-, chloroethyl-
and chloromethylgermanium as compared with vibrational
frequencies of the corresponding silicon compounds and
normal paraffins. Spectrograph ISP-51 was used in the
study, and Raman spectra of 11 germanium compounds were
investigated. A possible explanation for the behavior
of Ge and Si.compounds is advanced. In chlorination
of CH3CH2GeCl 3' the electrophilic Cl-atoms of S02CI2 should
be apparently directed toward electronegative C-H bonds
at atoms adjacent to the germanium atom. However, Ge
has a larger electron shell than Si; also, the.negative
pole of the CH3CH2GeC13 molecule is concentrated in the
region of Cl-atoms. These factors do not allow the

Optical Investigation of Alkylgermanium 77085
Chlorides in Connection With Some sov/62-59-12-29/43
Peculiarities of Their Chemical Behavior
other, more negative, end of SO 2 Cl2molecule to
approach the region of the~methylene C-H bonds; the
molecule moves away from the methylene bond region
toward the methyl group, and the chlorination proceeds
in the -position to a muchgreater extent than in
the chlorination of CH CH SiCl . The ratio of CE to
R isomers in the chlo?in3tion3of CH 3 CH2Ge Cl3with
sulfuryl chloride in presence of benzoyl peroxide
was 1:9, whereas in chlorination of CH 3CH2 Sicl3 this
ratio was only 1:2.5. It is also evident that the
deflection of the SO 2Cl2 molecule from the methyl
group adjacent directly to Ge-atom in CH 3GeCl3 due to
the above factors hinders the chlorination of this
compound. The Raman spectrum of a -chloroethyltrichloro-
ermane showed a considerably hlg~ffer number of lines
15 lines more) than the number expected theoretically,
T
and a twofold increase of the vibrational frequency
Card 4/6 of methylene C-H.bonds. This indicated the possible

Optical Investigation of Alkylgermanium 77085
Chlorides in Connection With Some sov/62-59-12-29/43
Peculiarities of Their Chemical Behavior
existence of the above compound in two isomeric forms:
C139e-CH2 C130e-CH2
CH _C1
cis) (trans)2
Intramolecular Interaction Ge .... Cl in the cis-
isomer can promote )e-elimination;
Cl3Ge-CH2
___WCH2~CH2 + GeC14
The formation of GeC14 on dehydrochlorination of
chloroethyltrichlorogermane with quinoline 2an
thus be explained. There are 8 tables; and
Card 5/6

Optical Investigation of Alkylgermanium 77085
Chlorides in Connection With Some sw/62-59-42-29/43
Peculiarities of Their Chemical Behavior
14 references, 1 U.S., 2 U.K., 11 Soviet,
The U.S. and U.K. references are: C. L. Agre,
W. Hilling, J. Amer. Chem. Soc., 74, 389
55 (1952);
N. V. Sidgwick, The Chemical Elementa and
Their Compounds, Vol 1, Oxford, 1950; W.
Cresswell., J. Leicester, A. Vogel, Chem. anO
Industry, 1953, 19; same authors, J. Chem.
Soc., 1952, 514.
ASSOCIATION: Institute of Mined Fuels, Academy of Scierweu,
USSR (Institut goryuchikh iskopayemykh Akademli
nauk SSSR)
SUBMITTED:
February 15, 1958
Card 6/6

POITOMARSilK80 V.A.; YLGOROV, Yu.P.; VZZMVA, G.ra,
;m. W-
Preparaticna and properties of some alL-ylsilawdeuterides.
Izv. SSSR. Otd. khim. nauk no.1:54-j8 Ja '58. (HIRA 11:1)
l.Institut organicheskoy khimii im. N.D. Zelinskogo Alf SSSR.
(Hydrides) (Silane)

ViG14L
Sbrvicing of rest home guests by the C;re&ter Yalta bnterpriseno
Obahchostv.pit. no.'lsll-:LZ Ja 163. (KM 16W
1. Nachallnik planovo-finansovogo Iotdoia Yaltinakego tresta. rentorwov*
(Yalts,-Routaurwital lunchmoms, etc.)

CIA
of Ge defiv!: fri'm klc\ ittf '-f P-he,w.
L-157 --' 1-7, 22-116 0--- j-1 M Z-c~- X. f; ---& W.M iii fi: v-_7
4z
i (740 f-):A14Af4&f 9 t7
25.
We4ea, b~c OS,*o, 1.2193. 1.4-107 (Jeac. ahtse,wlth
fto6, 21-," bfcCocCl-'and &fgClHrrtfuttd,10:
-r.-Hel
114 C~Ctl

C-
VZHMINSKrY A -. mas eiar Tech Sci (dias) -- "Investigation of perfecting tbe
I ~~
process of developing a color film negative". Moscowj 1958. 10 pp (Min Culturn
USSR, All-Union Sci Res Cinaphotographic Inat WIM), 200 copies (KL, 110 3,
1,059, 110)

21M SOV/56-37-1-15/64
AUTROA; Vzhetsionko, G.
TITLE: The Ultraviolet Asymptotic Behavior in the Interaction of
X-Mesons With Baryons (Ulitrafiolotovaya animptotika vo
vzaimodeystvii K-Me2onov s baricnami)
PBRIODICAL; Zhurnal eksperimentallnoy i tooreticheskoy fizikil 1959,
Vol 37, Ur 10), pp 98-104 (USSR)
ABSTRACT: The present paper deals with the ultraviolet asymptotic be-
havior mentioned in the title for various variants of the
relativo parity of baryons under the assumption of a weak
coupling, The author first points out some pretended short-
oomings of two previous papers, and it seems to him more
logical to consider, in investigoting the ultraviolet aijymp-
totio behavior, all possible renormalizable interactions.
As an examplej the author investigates the ultraviolet asymp-
totio behavior for the interaction of K-meBons with baryons
(i.e. the so-called theory of medium-strong interactions).
The constants of interaction of the K-menona with all baryons
are considered. There are some distinct indications that the
constants of interaction of the K-menons with the baryons
Card 1/4 arc -much smaller than the meson constants

SOV/56-37-1-15/64
The Ultraviolet Asymptotic Behavior in the Interaction of K-Mesons With
Baryons
2
Ax