SCIENTIFIC ABSTRACT L.S. CHERNAVINA - D.S. CHERNAVSKIY

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MOLCIWqov, ye,v.; SHVARTS, Z,S.; Pl,TROVA, G.P.; GlLf-JAVINA, L.F.; TAiISENKO,
T. 1.
Sixtieth birthday of Professor Aleksandr Prokhoroviih larlfenov.
Vop. k-ur., fiziotor, i loch. fiz. ktfl't, 26 no.6:163-56/, IT D 161.
6-1"-
(PARMOV, ALEKSANDIt PROKHOAMIGH, :L90:-) I~ul 15:1)

CHERNAVINA L.S., agronom-entomolog
Observing the shield bug Burygaster integriceps. Zashch. rast.
ot vred. i bol. 4 no.5: S40 159. (MIRA 16:1)
1. Mikhaylovskiy nablyudatellnyy punkt, Stalingradskpkaya obl.
(Burygasters-ExterminatiQ

AFAXASIYEV, B.N.; CHERUVINk, M.S.
Synthesis of diheVIfluoreseein. Zhur.ob.khim. 26 no-3:78-3-784
Mr 156. (HLRA 9:8)
1. Voronezhakiy gosudarstvennyy universitat.
(Fluorescein)

PROSnRYAKOVA, G.F.; SIIVEYKINA, R.V.; CHERNAVINA, M.S.
Comparative characteristics of some most ,iensitive methods for
determining iodine in water. Izv.vys.uchfib.zav.;khim.i khim.tekh.
6 no.5:729-734 163. (MIRA 16:12)
1. Sverdlovskiy seltskokhozyaystvennyy institut, kafedra khimii.

15
Uar. ol co \F'. M. yaklinctl Aft4 j !~JV
_Waft UAA12 Una -UM
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MM -113 ,, Ref. Zhur.. Kh
vlwlj 10 51--Zopm f0ims I L;7
Comp 04
~Ntll. 55, 6UPH (S T042).
over a wi4a range
"liguylty fio-i0i YvItk in-ase of PW~alld
buffer soln~ the ftusitMty U.'r to,
-.6-on the quantity 61 bufft - ad Od.
i
on 3 r
Tb~~ OmWMy oi the reaction decreases with
jejiaie In tbocopen. of.N115,10 the S=ple. Copper
salt) Ii h
nay- Uft titmted with A (d ium :t
4':
't t at, Vasiabi PTU -The end Oint
nesentle 0
'deai - ~t pR 4 In the r
ge I to Yng 01 Ca
nr inl.'a" aVpH.7-5 in the vinge 0.1 to 700 nig of
u perml, Interference is caused by W+, Milt.
C;iI4 m It fbit, Cd5+ and Fr$+ at
cdlt~'R;; Nit* ~ P"
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~P

ANDROS, I.P.9 inzlil.; ASSONOV, V.A., karl. --~Ahu. raubc.; BFMiSHTEYN, S.A.,
inzh.; BCKTY, B.Y.. prxcf.: BRUMAN, V., '.:rz*,3, BONDARENKO, A.P.,
BUCHYW, V.K., kand. nw--k.; VXIUSKUN-OV, G.P., kani.
tekhD. nauk; VOIr,97, A.Y., GELESKUL, M.N.,. ks~vi. tekhn. nauk-;
GORODNICB11W, V.H., bizh.- DIUAM'11W, A.Y-:;.,. DOKUCHAM, M.N.,
inzl-)L.;DUBNOV, L.T., lmnai. Yu.K.' Icand.
tekhr-. nauk.;1MASHKO, I.S., ZHIDANO111, S.A., ka-rd. tekhni
nauk; ZIL&BERBROD, A.P., ZINGI~0, U.N., inzh.; ZORI, A.S-
inzh.; KAPLAN, L.B., inz'L.; KATSAUROV, I.N., dutB.; KITAYSKIY, N.V.,
inzh.; KRAVTSOV,)rf-lP., KRIVOROG, S.A.,, lult.; KRIMTSKIT,
L.M., Imna. takhj. nay-k; LITVIN, A.Z~, MALWIGH, N.A.,
kELnd. teld:ik. nauk; M~IKOVSKIT, G.I., dok-t-,::; tekh-.i. zauk-.- MATKCFVSKIY,
A.L., inzh.; MIND31I, S.O., kazd. ra~~k; NAZAROV, P.P.,, land.
tekhn. nauk-; NASONOT, I.D., kard, nai:-~.-; NEYYMURG, V.Ye.,
kand. t6khn. nauk-; P(MMOVSK~Y, G.L, pr~~zr., talt-bu. rauk;
FROYAVKIN, E.T., kand. t6lffin. iva-ak; ROZFMAUM, im~;i.; ROSSI, B.D.,
kand. teldin. nauk; S]MVSKIY, V.H., dckt-cr telaa. riack; SKIEUELLO,
O.B., inzli.; SUJ=, A.A., imb.; SUKHANOV, A.F., prof., lok-tor
teklm. nawk; TARANOV, P.Ya., Icatid. tskt;_ wvuk; TOKAROVSKIY, D.I.,
inzh.; TRUPAK, N.G., prof., -a!iuk; FEDOROV, S.A., prof.,
dc)ktor tak~Ta. n=k: MYUKIN, V.A.. l[HCK=VKlN, D.M., J.LLzh.;
KMIA3ROV, N.I., ka--d. telch::,. am:k; CHEKAREV, V.A., inzh.; CH3E%AiLftA=a--
-U-lL,inzh.; SU YBER, B.P., lcar-15- t6k-A-1. nauk; XPOV, B.A., lcgiid.
tekhn. n-cmk-; YAKUSHIN ' N P h: ~--- d .-*-~ldiL. na:ak; YANCHUR, A.M., inzh.;
YAKHONTOV, A.D., jnzh.; ;0k'-R'0VSK!Y,"N.M., red.;
KAPIUN, Ya.G. ri-i.; MONIN, G.L. rt-',; SAVITSKIY. V.T.,
~G-"".ffUB~ On ne3ft Card)

ANDROS, I.P.--(continued) CaTki 2.
rod.; SANOUCH, P.O., red.; 7OLOVIC-11, M.Z., ln.%h., rcfi.-, GORITSKIT,
A.V., luzh., red.; POWTAYOV, I.A., Inih., T04.: YARVAY, X.I.,
inzh., red.; CEWHKOV, L.V., r-.;d. izd-va-, FIROZOIZ)VSKAYk, V.L.,
takhn. red.; NADEINSKAYA, A.A., takhr.. r6d.
[Mining; an encyclopaedic harvaicokl- Gcrnoc dml6; entsiklop-dlche5kii
spravochniko Glay. red.,A.M. Tarpi.FGrTT. MDSk-Ya, C-03. t?uchnc,
tel,hnichestoe Isd-To Itt-ry go ugol'noj. nrom" le~Vll...V'01.4 cminl.ng
and timbering) Provodmnim t kreplen-I.-3 gornyklt~ vyrabctcik,-.. Red-
kollegiia t(,m&: I"'B. 464 p. I
:Y., . (M.TIU 3-1-:7)
(Mime timbering) (Mining eneneGring)

KOGAN, A.H., inzh.;, CHMIIAVKIN, N.N., inzh.; NALIMOV. L.V., inzh.;
NURMUKHAIOMVA, Y.F., red.izd-va; KO-RUENKOVA, Z.1.,
tek-hn.red.; K011MAT'"frIA, M.A., tekl,--.:red.
[Instructions on conducting inspecti=3, making adjustmont~s
and tooting mine pumping systems] Rukovodiashchie materiily
po provodaaUu revinii, nalndok- I ispytanii &W-0itafth ,olo-
otlivnykli uatanovok. Moskva, Ugletek-hiEdat, 1959. 157 P.
(MLU 13:1)
1. Vsosoyuznyv nauchno-insleduvatellskiy i pioyektno-teldiao-
logicheakii institut ugol'nogo mashi-nostroyeniya.
(Mine pumps)

ORMIAVKIN. N.N., inzh.; KOGAN, A.M., inzh.: KAKEYEV, AJ., inzh.;
ROWOV, V.A., otv.red.; VOLKOVA, V.A., red.izd-va; KCROVEY.
KOVA, Z.A., tekhn.red.; KONDRATIYEVA, M.A., takhn.red.
[Instnictions for the inspection, adjustment and testing of mine
compressor systems] RukovodiashclAe materialy po provedeniia
revizii, naladok i ispytanii shakhtnykh kompreasornykh ust8novok.
Moskva, Ugletakhizdat, 1959. 283 P- (RIFU, 12:12)
1. Vsesoyuznyy nauchno-issledovatel'skiy i proyektno-tekhnologi-
cheskiy institut ugollnogo mashinostoyeniya'
(Mining machinery--Handbooks, manuals, etc.)
(Air compressors)

PHASE I BDOK EXPLOITATION SOV15473
Gornoye delo; entsiklopedicheskly spravochnik. t. 8: Statsionarnoye
clektromekhanicheskoyz! oborudovaniye. Elektrosnabzheniye shakht
(Mining Industry; an Encyclopedic Handbook. v. 8: Stationary Electro-
mechanical Equipment. Electric Power Supply to Mines) Moscow,
Gosgortekhizdat, 1960. 78.1 p. Errata slip inserted. 18, 500 copies
printed.
Chiaf Ed. : A.M. Terpigorev (Deceased);Members of the Editorial Board:
A. 1. Baranov, F. A. Barabanov (Deceased), A. A. Boyko, V. K. Buchnev,
A. N. Zaytsev; Deputy Chief Edq1:I. K~ Kit, and N. V. Mel'nikov, 1. N.
Plaksin,, N. M. Pokrovskiy, A. A. Skochinskly (Deceased), A. 0. Spiva-
kovskiy, 1. K. Stanchenko, A. P. Sudoplatov, A. V. Topchiyev, S. V.
Troyanakiy, A. K. Kharchenko, L. D. Rievyakov and M. A. Shchedrin;
Editorial Board for this volume: Reap. Ea. ! F. A. Barabanov; Deputy
Reap. Ed.: Z. M. Melamed; N. A. Arzamasov, G. M. Yelanchik, V. K.
Yefremov,- B. I. Zasadych. 1. M. Zhumakhov. N. A. Letov. P. P. Nesterov,
L A. Rabin~vich. K. 1. Skorkin, and V. A. Sumchenko; Authors: G. A.
Card 1/16

Mining Industry (Cont.) SOV/5473
Babak, Candidate of Technical Sciences, V. D. Belyy, Professor,
Doctor of Technical Sciencea, K. S. Borisenko, Candidate of Technical
Sciences. A.G. Borumenskiy, Candidate of Technical Sciences, 1. V.
Brusilovakiy, Candidate of Technical Sciences, A. R. Bushell, Candi-
date of Technical Sciences, V. P. Bukhgollts, Engineer, ?%1- N. Vasilevskly,
Candidate of Technical Sciences, A. N. Vaslkovskiy, Engineer, B. N.
Vlasenko, Engineer, LYa. Gershikov, Engineer, V. G. Geyer, Professor,
Doctor of Technical Sciences, A. D, Dimashko, Engineer, V. S. Dulin,
Candidate of Technical Sciene es, 1. L. Loknhin, Engineer, B. M. Mclamed,
Engineer, Yu. A. Mikf-,yev, Engineer, V.P. Morozov. Engineer, M. L
Mushkatin, Engineer, V. S. Pak, Academician, 1. M. Perskaya, Engineer,
N. M. Rusanov, Candidate of Technical Sciences, G. P. Savellyev, Candi-
date of Technical Sciences, Ya. M. Smorodinskiy, Candidate of Technical
Sciiances, X. A. Ushakov, Honored Scientist and Technologist, Professor,
Doctor of Technical Sciences. B. M. Furmanov, Engineer, and 1% N_ Cher-
navkin, Engineer. Eds. : Ya. M. Drozdov, Engineeri B. 1. Zaaadych.
2_~
Card 2/16

Mining Industry lCont.)
SOV/5473
Candidate of Technical Sciences, N. S. Karpyshev, Candidate of Technical
Sciences, N.A. Letov, Candidate of Technical Sciences, Z. M. Melamed,
Candidate of Technical Sciences, Yu. A. Mikheyev, Engineer, V. P.
Morozov, Engineer, V. 1. Polikovskiy, Professor, Doctor of Technical
Sciences, 1. A. Rabinovich, Engineer, M. S. Rabinovich, Candidate of
Technical Sciences, 1. A. Raskin, Engineer, V. S. Tulin, Engineer, S. Ye.
Unigovskiy, Engineer, K. A. UBhakov, Honored Scientist and Technologist,
Professor, Doctor of Technical Sciences, Al. M. Shemakhanov, Candidate
of Technical Sciences, P. F. Shishkov, Ctididate of Technical Sciences,
and V. B. Yablonovskiy, Engineer; Eds. of Publishing House: N. A.
Arzamasov and T. 1. Ryballnik; Tech. Ed.: V. L. Prozorovskaya and
M. A. Kondratlyevp-
PURPOSE: This handbook is Intended for mining and mechanical engineers as
well as for other skilled personnel of the minin g Industry concerned with
the handling and operation of various installatibna and equipment used in mines.
Card 3116

Mining Industry (Cont.)
SOV/5473
COVERAGE: Volume VIII of the mining handbook contains detailed informa-
tion on mine hoisting installations, machines and equipment, mine venti-
lation units. duct systems, dewatering facilities, vnrious types of pumps,
pimp vintiers, pr-uipirZ stnt Lon s, and the automatic remote control of these
units. The handbooK also describes and explains the operatton of the air
compression units and c(:mp-ressors. Heat-generating and heat-supply
equipment of mines Is described,as are the electric power supply systems
and other electrical equipment such as transformers, power distribution
systems, and grounding devices. Telephone communication and signaling
systems used in mines are also treated. No personalities are mentioned.
Each part of the handbook Is accompanied by references, mostly Soviet.
TABLE OF CONTENTS I Abridged 1:
'PART I. MINE HOISTING UNITS
Card ;/16

Mining Industry (Cont.)
SOV/5473
Ch. V. Mine Fan Installations of the Main Ventilaffon System and
Equipment (Dulin, V. S.) 263
Ch. VI. Operation of Mine Fan Installation (Dulin, V. S. 287
Ch. VII. Testing Fans Under Mining Conditions (Dulin, V. S.) 297
Ch. VH1. Selection of Fans (Dulin, V. S.) 301
Ribliography 308
PART 111. MINE DEWATERING INSTALLATIONS
(V.G. Geyer, Professor, Doctor of Technical
Sciences, and N. N. Cher avkin, Engineer)
_n__
Ch. 1. Fundamentals of Mine Dewatering 310
Card B/ 16

29304. Toi;iogralficheskiye clinryyc,, v izuchtmid lz,-~ero:ly
kc,stno--5ustavnoy sisteny. Voprosy orilcologii. Lrent,--C-11010--ij, ;,'U. 1-2,
I
s. 286-~,b.
SO: izvwatya Ak. Nauk Lat-,,iv--.koy SSR, lio. 9, SePt., 1955
J

o"
n- r
..ences).
C

CHPMAVSKAYA, N.H., CHERITAVSKIT, D.S.
Autofluctuations during the process of photosynthesis [with summSY7
in English]. Biofissika 3 no.4:521-523 158 (MIRA 11:8)
1. Fizicheskiy inatitut im. P.N. Lebedeva AR SSSR. Moskva.
(PHOTOSYNTURSIS)

17(3) SOV/2o-126-5-57/69
AUTHORS: Zubkova, S. R., Chernavskaya, N. Y.
TITLE: Variation of the Choline-esterase Activity in Tissues of Rats
at Different Points of Time After Irradiation (Izmeneniye aktiv-
ncsti kholinesterazy v tkanyakh krys v raznyye sroki posle ob-
lucheniya)
PERIODICAL: Dcklady Akademii nauk SSSR, 1959, Vol 126, Nr 5,
PF 1114 - 1117 (USSR)
ABSTRACT: From publication references it can be assumed that in the varia-
tion process of permeability of the hematoencephalic and other
histohematic barriers an important part is played by the system
acL,tylciioliiie-cholineesterase (Refs 1-5)- As the-authors showed
(Ref 6), the X-rays cause such variations soon after irradiation.
The formation processes of early damages in the irradiated or-
ganism are connected with the participation of the nervous me-
chanisms (Ref 7). The subject mentioned in the title has been
insufficiently described in publications. A sarvey of publica-
tions (Refs 8-12) of the most recent papers is given, which
shows that the variation mentioned in the title was principally
Card 1/3 investigated late after irradiation. The object of the present

Variation of the Choline-esterase Activity in Tissaes of SOV/2o-126-5-57/69
Rate at Different Points of Time After Irradiation
paper is the investigation of the said variations in the blood
serum, brain and liver, as soon as possible after irradiation.
Besides, this should be done at points of time, at which, accord-
ing to the investi.-ations by the authors (Ref 6), distinct varia-
tions in the permeability of the hematoencephalic barrier
occurred. White rats were irradiated with a dosis of 1000 r at
an intensity of 34 r/min. The results obtained are shown in
table 1. An analysis of these data (Fig 1) shows that the cho-
line-esterase acitivity changes at all points of time investi-
gated both in the serum and in the tissues. On the basis of
these results,the authors arrive at the following conclusions:
1) In the irradiation of rats with one lethal dosis (1000 r),
the saild activity falls, after 5 and 45 minutes, in all tissues
as compared with normal conditions (by 15.9% in the serum, by
2o.6% in the brain, and by 113.4o in the liver). 2) After 72
hours, the above activity changes in some tissues in a differ-
ent way: it decreases further in the liver, increases in the
brain, without attaining the standard. In the serum, it in-
creases rapidly. There are 1 figure, 1 table, and 2o references,
Card 2/3 6 of which are Soviet.

. . Variation of the Choline-esterase Actiyity in Tissues of SOV/2o-126-5-57/69
Rats at Different Points of Time After Irradiation
ASSOCIATION: Institut biologicheskoy fiziki Akademii nauk SSSR ( Institute of
Biological Physics of the Academy of Sciences, USSR)
PRES-~-NTED: March 4, 1959, by L. S. Shtern, Academician
SUBI-,i!T'~ED: March 4, 1959
Car(, 5/-'~

t]' -2 6 7
115 DO 1018
S/053/60/072/003/004 "'014
r'01
AlYPHORS: N. M. ;orra-vskiy, D. S.
TIT LE: Effects in Photosynl-h-~ss
PERIOMCAL: U
:Izioheskikh nauk; !960, Vol, '12, No. 3,
2 7 652
TEXT: This s a rev I c-w o ~ th~- most iwpor tant. pap-7irs on per-i --di r-.i ty 'r
photosynthesis. Ii., ,Le f,--st part, expE-.rimert.al and thec'rp-T-.~al data al-e
given. The scheme :-l '.1?1~.11~'Xrl reactions of photosynthesis, in-rroduced by
Calvin, as wel, as T-h~ ht~mical reactZons ar~ dA -ussed, Experimental -rp--
sults concerrjj.,,,,.4- ',hu changes of .he rate. of photosynthe-sis are
then discussed -n d--.Jl i finally the hyp,:0,besis r-f the oscill-ationa
of photosynthesis .s 1--ilt w~ith- Next, the eq,.iai-ion5 for the Rilletics of
In interuretal:-,n of experimental resul's
photosynthesis ar~~ d'-- it - i I
and theoretical cons-1-U.- shows that the oscillation period of
photosynthesis amoun,,~: qt~,-ral hours. The adaptability Cf a 111all"
consists in the resori, ~1,L.!-.--m the inner rhythm and t.h.- outer a,:~ticn.
The thriving of a shor!, ~n!. on long days -and vi-~e versa is
Card 112

6 .6 26 7
Periodic Effects in Photosynthesis S/053/60/0?2/003/004/00-,'-
BOI 9/B0-'16
connected herewith. From the ac 3 11 1 t: : r 'e I a *' I C. nf) E, I'-
synthesis and the content of triose and hexosz?
are drawn as to a direct relaticnshi-) betwee% 1,he-Er~ phep.(Dipeaa. An -.n.
crease of the hexose or triose content . wher. ther;~ a -Trax;mnin
tration of the other component, leads 4'.0 an til" re~'se '-f the
amplitude of photosynthesis. If the, .,f f-r-c- 41,. -
creases at an instant when the other has a. mini.mum, the:r-~' f-1 '1'.'W~
crease of the oscAMation amplitude, of phot.,syn'.helsis. The -.h;-:~ry '-ha',
the photoperiodicity is of the sam,~- as the half -d,;.v deprtzsz,.-r.
photosynthesig must yet be proved. Ye. Rabino-o-ich., A. A.
S. P. Kostych(--.v, ?~nd Y(,. F. Vot-hal are Th-~re ar- 9 fioxeB
and 55 x-eferen---i~s; 30 Souiet, 11 G~n---Ln. '5 US, I Dut-b, 1 Brit)911, and
1 Danish
Card

CHERNAVSKAYA, N.M., CHEHNAV.-"~[Y, 71 "
Periodic phenomeng in -,-:; !!,3
I .,p. fiz. nauk
627-652 N
77 --10.3:
(NIRA 16:8)
~ hesis)

ACCESSION NR: AT3011781
brain extracts is more intensely reduced, but the acetylcholine
content increases. Suboccipital administration of chlorpromazine in
normal rats produces stronger sympathomimetic action in the brain
extracts and increases the acetylcholine content of the brain
hemispheres. Suboccipital administration of chlorpromazine before
irradiation does not strengthen the sympathomimetic action of the
extractsp ~)ut does increase the acetylcholine content of the brain,
especially on the third day. Acetylcholine increases excitability
of the sympathetic centers by acting diroctly on the vegetative
centers of irradiated animals, but whether this action protects the
organism from radiation damage requires further study, Orig. art.
has: 8 tables.
ASSOCIATION: Laboratoriya fiziologii. Moscow. AN SSSR
(Physiology Laboratory. AN SSSR)
SUBMITTED: 00 DATE ACQ: 070ct63 ENCL: 00
SUB CODE: AM NO REF SOV: 040 OTHER: 020
card 2/2

~CHERNAVSKAYA, N.M.
Photosynthesis under various conditions of nitrogen nutrition and
intensity of light. Fiziol. rast. 10 no.1:3-10 Ja-F 163.
(MIRA 16:5)
riazev Institute of Plant Physiology, U.S.S.R. Academy
1. K.A.Timi
of Sciences, Moscow.
(Photosynthesis) (Plants~ Effect of nitrogen on)

W-Q"J, ~ I. Y,,i 11 , , 1~ iLE,k N, I'Oj 31 1 A YA ~ IN ~ I'l.
Effezt of aminazine on the charlw ~,, --T,lr~ln;iline content in brain.
Dokl. AN SSSR 150 no.6,.,1401-1.,.l'o J t, ` 63. (MIRA 1w8)
1. Institut biologichaskoy l'izlki AN -Predstavleno akademikom
L.S.Slitern.
(PHE NCYr JJT A - IP: F I ~ ADREN ALINE)
~ ~, , -' I

80078
U 0 16,'5-001) S/020/60/131/06/012/071
AUTHOR: -ChernavskiLL_L. V.
TITLE: Two-fold Continuous Division of a_~2Lerel~~
PERIODICAL: Doklady Akademii nauk SSSR, iqlk, vol, 1?1,1, izo. 6,
pp. 1272-1275
TEXT: The theorem proved by Harrold (Ref,3) for n = 1 and by Roberts
(Ref-4) for n = 2 : in every continuous subdivision of the sphere Qh.
into pairs of points there exists a division element degenerating into
one point, is proved by the author for the case n
The author thanks Professor L.V. Keldysh for the interest. in the paper.
There are 4 non-Soviet references: 1 English and 3 American.
ASSOCIATION: Matematicheskiy inst-itut.imeni; V. A. Steklova ~LN SSSR
(mathematical Institute imeni V.A. Steklov AS USSR)
PRESENTED:- December 25, 19501, by P~ S. Aleksandrov, Academician
SUB,,1ITTED: November 24, 1959
Card 1/1

CHERNAVSKIY, AN.
Arrangement of (n - I)-dimensional sDhere3 in an n-dimensional
spbere. Dokl. AN SSSR 140 no-3:540-,902 S '61. (YJRA 14:9)
1. Matematicheskiy institut im. V.k.Steklova AN SSSR. Predstavleno
akademikom P.S.AleksandrovymA. (Topology)

CHERNAVSKIY, A.V.
Note on a theorem of Schneider
A-set which is not a B-set in
Vest.Mosk.un.Ser.l:Mat., mekh.
1. Kafedra vysshey geometril
concerning the existence of an
perfectly normal bicompact sets.
17 no.2:20 Mr-Ap 162.
(I'LIRA 15:6)
topologil Moskovskogo universiteta.
(Topology)

CHERNAVSKIY, A.V.
Impossibility of strict two fold continuous division of
bamologous cube. Dokl.AN SSSR 144 no.2:286.-289 My
1. Matematicheskiy institut im. V.A.Steklova AN SSSR.
akademikom F.S.Aleksandrovym.
(Topology)
a
162.
(MIRA 15:5)
Predstavieno

CHERNAVSKIY, A.17.
Open manifold mappings of finite multiplicity. Dokl. AN SSM 151
no.L69-72 J1 163. (MIRA 16-9)
1. Matematicheskiy institut jji. V.A.Steklova AN SSSR. P-edstavleno
akademikon P.S.Aleksandrovym.
(Algebraic topology)

GEHINAVSKIY, A.Y.
Isotopies in biolidean spaces. Usp. mat. nauk 19 rio.6.,71-73
N-D 164 WIRA 18~-2)

1, - L I$ V.
k I -AVZ,711 I y1 A ..
To,)tol~v of e>mento ovid sphot%,q In ri-limonsiorial -,pace at.
, i
k > 2/3n - I. Pok] . AN 158 110- a' ~2-65 t (4
01,11TFah 17 :8)
I.. hist-itut inenl V.L -J'tehlova AN 'S',;T1.
13 1, e, orn -.~:. Alel,..qpn6T-0Xr-YM-
- d,,;t,.-,,,,Ieno ad-.adiem.ik - "

CJl'0iNAVrKJY.# A.V.
';PLlF'*L9M61)b t-- the drt!~-! 'On open mappinge, of mnifolds of
. - . _e -
f"'T,,'I,e I / -,,' " 165
,la4 ,
.L ~ I I Bboro 66 no,3, 71 472 Mr "a
(MIRA 28r5)

CHERNAVSKIY, A.V. (Voskva)
Homeomorphisms of Eucl-idgan space and the topological insertion
of polyhedra in Euclideian spaces. Part 1. Mat.sbor. 68
no.4:581-613 D 65. (MIRA 18:12)
1. Submitted Novenber 18, 1964.

11. A."DOCEITTI; CHMIA-IjUly, 13. S.
Sublimation (Chemistry)
Sublimating solid substances. Nauch. trudy. Mosk. gor. j-
U lSt. 'To. 8 1950
.1
9. Monthl List of Russian Accessions, Library of Congi-ess, Octooer -19W? Uncl.

UESP/Nuclear Physics - Generation 11 Dee 51
of Fartinles,
"Concerning the Generation of Particles During Col-
lision of Fast Nucleons," Ye. L. Feynberg, D. S.
Zhernavskiy, Phys Inst imelii Lebedev, Acad Sci TJSSR
"Dok Ak Nauk SSSR" Vol LXXXI, No 5, pp 795-798
rhe interaction of fast nucleons and mesons was
considered in a number of works which employed,
hecause of the absence of e, theory of elementary
particlCe, -a-r-ious semiquant considerations.
Special interest is shown in Fermi** (r1rogress
21OT78-
USSR/Nuclear Physics - Generation 11 Dee 51
of Particles (Contd)
of Theoretical Physics, 5, Iqo 4, P 570, 1950),
certain points of which however seem to be question
able. The authors attempt to modify Fermi's scheme.
so that these points may be eliminated. Submitted
by Acad D. V. Skobelltsyn 22 Oct 91.
V;
210!7-8

u

3 _,~V-&miott of icry last
J~ANIWRG AND 1). S. OMNNAMI).
Dox
1. 511-13 tIV53T
llngl4h translation, U.S. NatIOM.1 Scl.

-und. AlSr-ir- I If.
F
_
2
Re=r~s . om &o=,- tnodificatiorm to
c CA theory of meson production
-lassical
due to 4~mtuxn rffWrh importut for distant
(1952
collislom - Ut would bc an appro
PanxLrkal crt~w~tlon independimt of cDergy and

Clcilakns Or.th, nuc us Dot rzasilivt to t
bo hpac,
c t
W, J, V14 _x

USSR/Physion
Card'l/~
~Authors Pozentall, I. L.; and Chernavskly, D. S.
Title Theoretical and experimental data on the foriintlon of particlea at
high energies.
Periodical : Uep. Fiz. Nauk, 52, Ed. 2. 185 - 238, 1954
Abstract : Report offers a review of experimental and theoretical data regarding
the origination of particles ~t greater wid eapegially ultra-greater
Margies ( > 1010 ev) (-;~ 10-2 ev and up to 101 ev ). Thn avOlablo
data indicate the existence of man,Y procosseB at bigh enereies. Via
Delsenberg, Oppenheimer and associates and. Fulnida theories contradict
the experimental data regarding reaction at ultra-bigh. energles. The
Fermi and landau theories show a tu)lform dependence of the imiltiplicity
upon the energy of the primary particle but their angular and energy
distributions of secondary particles are different. The angular dis-
tribution of particles, as presented by the Fermi theory, shoulti not be
conciliated with the spatial distribution of particles io vide atmos-
pheric showers and the data obtained by meano ef pboto platon.

Usp. Fiz. Nauk, 52, Ed. 2., 185 - 238, 1954 (additional cexd)
Card 2/2
Abstract : The landau theory conforms, vithin the limits of itB applicability,
vith all experimental data available at the present time. Fifty-seven
references; 17 USSR since 1940; 40 Germon and English since 1936.
Tables, graphs.
Institution : .0 .....
Submitted : .......

D
"Study of ',.h~, Tnteraction o- ~ a "ciii,rcc. anC Proluoll at LOW Ellel-FieS
by the Variational !.method.,, Card S'ci., 71t-,-ciu; inzl Lmcni P.
(1,2, ITC) Ila
Lebcdev, Acar! OCi 77 7~, J.'OECO,.,,,,
SO: Sun. "To. 670, 29 Sep of Scientific n(~ 77 c c 1i i c a
Dissertations Defended all. USSR 11ir-he- Ec~ucn`

CHERNAVSKIY, D.S.
Analysis of high-energy "atars". Izv.AN SSSa Ser.fiz.19 n*.6:
66.1 N-D 155. MRA 9:4)
l.Fizicheski7 institut imeni P.N.Lebodeva Akademii nauk SSSR.
(Cosmic rays) (Nuclear physics)

PODGORETSKIY, M.I.; ROZENTALI, I.L.; ORMIAVSKIT, D.S.
~
Fluctuations In high-enera particle interactions. Izv.All SSSR.
Ser.fiz.19 ne.6:663 N-D 155. (MLR& 9:4)
l.Fizicheskiy institut Imeni P.N.Lebedeva Akadamii nank SSSR.
(Cosmic rcqa) (11xiclear physies)

f~:
USSR/Nuclear Physics Fluctuations during collisions I'D - 2 %,':z;
Card 112 Put). 146 - 6/26
Author Podgoretskiy, M. I.; Rozental', I. L.; Chernavskiy, D. S.
Title Fluctuations during collision of particles of high energy
Periodical Zhur. eksp. i teor. fiz., 29, September 1955, 296-303
Abstract On the basis of the representations of the Fermi-Landau theory
the authors calculate the fluctuations in the energy and num-
ber of particles during collision of nuclear-active particles
of high energy. They conclude that the fluctuations in the num-
ber of particles are proportional to the square root of the num-
ber of particles and are quite considerable in absolute quantity;
the coefficient of proportionality differs essentially for Fermi
particles (nucleons-antinucleons) and for Bose particles (pi
mesons). They show that the energy fluctuations able to be car-
ried by one particle are very large and play a great role in the
interpretation of the altitudinal behavior of wide atmospheric
showers. The theoretical value of the coefficient of abscrption
thanks to taking into account fluctuations decreases, which im-
proves the agreement between theory and experience. The authors
thank S. Z. Belen'kiy. Four references: e.g. !. L. Rozental',

Card 2/2 Pub. 146 - 6/2L F D - 2 5-65
Abstract : Usp. fiz. nauk, 54, 405, 1954; G. T. Zatsepin, L. I. Sarycieva,
DAN SSSR, 99, 951, 1954.
Institution : Physical Institute im. P. N. Lebedev, Academy of Sciences IUSSR
Submi-cted : May 26, 1954

i a ~t< w ti I :, !\' I q , ( . -
USSR/Nuclear Physics - Energy distribution FD-2979
Card 1/1 Pub. 146 - 16/28
Author : Gerasimova, N. 14.; Chernav5kiy, D. S.
Title : Energy distribution of particles during instantaneous formition
Periodical : Zhur. eksp. i teor. fiz., 29, September 1955, 372-374
Abstract : L. D. Landau (Izv. AN SSSR, Ser. fiz., 17, 1, 1953) develo-3ed the
hydrodynamic theory of formation of particles during colli:;ion of
high-energy nucleons; the solution of the given hydrodynamic prob-
lem of expansion into vacuum consists of two ports: trave'..1ing
wave and nontrivial solution (L. D. Landau, Ye. M. Lifshiti;, Me-
khanika sploshnykh sred [Mechanics of continuous media), G'.Tn,
p. 434, 1953). Here the nontrivial solution plays the malit role
in the angular distribution of particles in the pro1blems of in-
stantaneous generation, since the principal part of the entropy
of the system is located in this solution. In this article the
present writer clarifies the problem of to what extent the disre-
gard of the traveling wave is correct in the calculation of the
angular and energy distribution of particles, as was done by Lan-
dau. The writer thanks S. Z. Belen'kiy. Four references: e.g.
S. Z. Belen'kiy, DAN SSSR, 99, 523, 1954 and MEW, 62,111, 1955.
Institution Physical Institute im. P. N. Lebedev, Academy of Sciences U3SR
o MAV 1") lal;r'
Submi ttprl

I i0 0
A POSSUI OD OF Ej: WINAT.ING THE DIVER-
i[ETH,
GY;NCES * THX PROBLEM OF THE INTERACrION OF. V-
Nox-RE~Awmc NUCLEON). E. L: Fainberg and
D. S. Cbeinsvokly. U'anslated Dy Richard H. Mudge fr~zu
!DWgWJtWt iMk SA.S.R. 1" -4(1965) Sp.
,421
DiverKendes in the PWun of the Interaction of non-
relativistic nucleons ime d1jocuseed. and equations, based on
a schemes not directly cot-nected with the thaory of oxcita-
tions, arederived for the Interaction. lt;jsulta show that this
saini-phenomesologluA rgethod, which eliminates the n&turRI
energy to Dou-relativintic problems, may be regarded Re a
coasistent method for ft self-adjusting field In the meson
theory of the interaction of nucleons. (BAH.)

_7M
MM

C w /,'W k - -5 e-z Y, -]:), -,; -
Atoppaya Eklerglya (Atomic Inergy), by D. S. Chernavakiy and
P. Shabanakiy, Moacow, Goskulltpr Mdaij 195t,T2 pp
'TMW-6~a ~ library card of the USSR State Library imeni
V. 1. Lenin, Wo 530.3 + 6P2.8)
"Discusses the following: structure of the atom, various types of
elementary particle accelerators) energy of nuclear reactions and chain
reactions, operation of an atomic pile, reactor design, perspectives for
use of atomic piles, structure of the atom bomb, and thermonuclear reac-
tiont. Material from the Geneva Conference on Peaceful Uses of Atomic
Energy is used." Bibliograpby (11 titles). Intended for lectures and
readers. (U)
V C

i(ZMVSKIY. M.A.; PIMV, N.A., [deceased]; LITYIN, K.I.;
CHIRNAYS11Y. D.S.
Reciproc&l solubility of bromine, hydrobromic acid and
water. Zhur.neorg.khim. 1 no-7:1658-1664 Jl '56. (KLRL 9:11)
1. Moskovskiy gorzw:r institut, Kefedra kbiml.i.
(Bromine) (Hydrobromic acid)

k-RERNhV$
-cT
I- Fj I, ct..I-t I jo I is the coirsimis - i
M Pod goi c i ,i n (I
13~.e CA. 50, 2:10

CVW-RWAVSK%Y, S
1.11~ T"I
CIO f Or
4,
N C-11 -

Crtt~;Gory USSR/Thcorotical Physics - Quantum Fiold 'Ihoory B-5
.*,bs Jour Rof Zhur - Fizika, No 3, 1957, No 5723
-.uthor Fuynbcrg, Yo.L. Chorl-zwsl:i
Inst Physics lnstitu~o, ', , omy of Scioncos, USSR.
Titlo :IiChcr j*.,pproximntions in tlio Solf-Consistcnt Ficid liot~hod of
Lloson Thoory.
Orig Pub Dokl. N SSSR, 1956, 108, No 4, 619-622
.4,bstractt Thu rolo of tho -Wo-moson amplitudos is ostimatcd in thu Mothcd
-proviously proposod by hj authors for s,Ypvrat4-,g tho solf-
(,,nor&y in th, doutcron problum (Roforat Zhur Fizil,.-., 1956,
21850, 21851). Thc. oomentation of thu rolo of "ho t-io-moson
- th
.japlitudos is of intorost bacausu tho applio%tion of c authors
mcthod to th,~ problom of thj cloctromagnotic intornotion of
oloctrons in th- sinelo-proton approximation loads to a
violation of tho Coulomb lav. ror Ll. psoudoscalar mz)son fiold,
tho rolo of tho highor tipproxii tions turn out -tD bo substan-
tially !;m:,.11;r, owing to Lha fact that tho intor:~ction opora-
bors H, do not comiuto for diffor6nt quan,um momc-nta K. Tho
K
Card z l/p-
If -

p
1, Category - TISSR/Thoorotical Physics - Quantum Ficld Illoory B-6
Abs JoLir : R
'cf Zhur - Figilca, No 3, 1957, No 5723
results of the proooding work is considorod by thi. authors to
bc qualitativol,, correct, but they note thrA n quantitative
revision is desirable, since -the ninimum of the oncrp7 curve
obtained in tho proooding work was quito stn(.,Rr(;d,
Card 1 2/2

/0597

Z~ Yr
h tA. 1.1r, 1"t -

AUTHOR: Loper, D.P., Chernavskiy, D.S. 56-5-46/46
TITLE: The Application of the Disperzion Energy as a Criterion for the
Accumcgr of the Variation Idethod (Primeneniye dimperaii energii
v kachestve kritarlya tochnosti variatsionnogo metuda)
FMODICAL: Zhurnal Eksperim. i Teoret.Fiziki, 1957, Vol-33, Nr 5,
PP- 1311-1312 (WSR)
ABSTRACTt Hitherto the accuracy of the computation of the energ7 of the
Schroedinger equation solved by means of the variation method has
been Judged only by a comparison with experimentally obtained
values. However, thearz r limits in enargy datermination exercise
their influence both on the inaccuracy of the "trial functioe
and on the Hamil^cnian. It is shown theoretically that by applying
the dispersion or energy to the "trial Nnotiorel the limit of
error can be judged separately. There ia, I Slavio reference.
ASSOCIATIM Physics. Institute imeni P.N.Labedev AN USSR (Fixicheakiy institut
im.P.N.Lebedeva W SSSR)
SUBMITTED: August 10, 1957
AVAILABLIt Libmry of Congress
Card 1/i

0 AVSKATA. N-H-. CHWATSPY, D.S.
Autofluctuations during the process of photosynthesis [with summary
in English]. Bioftsiket 1. no.4:521-523 158 (KMA 11:8)
1. Tizicheekly inatitut Lm. P.N. Lebedevn AN SSSR. Moskva.
(PHOTOSYNTEMBIS)

56-2-51/51
AUTHORS: Podgoretskiy, I.I. I. Rozentall, i. L. 1 Chernav31:iy, D. S.
TITLE: A Correction of the Article "On FlUC-bU:LtJ_0nS in the Col-
lision of Particles of Ilit-h i,,ner- " (Zhu nai Eksperimen-.al
.1 ly
noy i Tooreticheskoy Piziki.; 1(1'55, Vol :9, p 2n6)
(Popravk,- k. statlye " 0 fluktuatsiyti'li T~:-i stol'~novenii
chastits vysokoy ener-Ii (MIE'TF) 5 ')
t~ 11 29p ',.)9(-p 1911'. ,
PERIODICAL: Zhurnal Eksperimentallnoy i Teorctiches!,~-.y Fisiki, 1953,
Vol - 34, TTr 2, p 536 (USSR)
ABSTRACT- In the article mentionL-d in the title an error occurred in
the calculation of tho qn-intity
D - _n)
The -arong numerical values resulting from this are corrected
0 1,
and replaced b.y the i-i,:-,bt valucs. '2ha_, ntithors thank .1. 1.
Ilikishov for his valuable infor~,iation.
A V,,*~ I Lh BLE Library of Con~~rcss
Card 1/1 1. Theoretical corrections

CHERNAVSKIY. D. S.
THE ROLE OF VISCOSITY IN THE t1YDRCDY11W7x:1C ThWIRY OF 1,1ULTIFLE PIG. Hl:iLYGY il';,TICLE
FACDUCTION
-A. Yemelyanov, D.S. Chernavskiy
the influence of viscosity upon the separation of the relativistic liquid
in the multiple production of particles is considered. It turns out ;nat the
influence is particularly strong in the front edge region, firstly, because the
velocity ~,radients in that region are maximal, and secondly, the dissipation
cf energies and the associated production of additional particles strongly affect
the energy distribution of secondary particles. The calculation carried out
b.- the method of successive approximations shows that the number of particles
in the front edge region which owe their origin to viscosity increases logaritb-
mically with increasein primary energy..
It follrnqs that at sufficiently hich energies one particle cannot carry
away a substantial fracti-n of the energy Oil the entire system (as is the
case at energies of the or3er of 1012 - 1o13 ev).
FL-port pre-sentel at the International Cosmic Ray Confere~ce, Moscow, 6-11 July 1959

~H-ERIW,13KIY, D. S.
JETS*
THE THEORY OF FERIPHEIRIAL COLLISIMS AND THE INTEIrTRETITTC" C-
D.3. Ghernavskiy
The peripherial interaction of two hif-h energy nucleons -r 1('~5 C, V
m,iy 1>3 descril-Pil by means of:
a), the Weizsacker-~hlliams (W.W.)n~thod an
b) the perturbation theory.
Using very simple examples, th3se two ~-,.athols are shown to be adequate and
it is seen that the W.W. method is much more straightforward than that o-1 the
perturbation theory. Classification of the various possible type-s of peripherial
interactions based on the W.W. method is considered.
The showers observed in photoplates, showing characteristic "two-hump"
angular distribution and a small coofficient of inelasticity, are interpreted,
in accordance i--,ith this classification, as a result of a totally inelastic in-
teract on of the paripharlal virtual-1--mes-ons,
On the basis of t~e experimetal lata, th~ conclusion is drawn that in
the collision of twoT -mesons the multiple production of secondary particles
is described by the HeisenL-erg th,.-ory rather than b~ the Landau th--o'7.
-Report prestnted at the International Cosmic Ray Conference, ',Ioscow, 6-11 Jul~' 1959

YEMIYANDY, A.A.; OTRM5K"v
Effoct of viscosity in multiple production on the energy die-
tribution of secondary particles. Zhur.ekep.i teor.fiz. 37
no.4:1058-1061 0 159. (MIRk 13-5)
1. Iftzicheekiv institut inani P.N.Lebedeva Akadomii nauk SSSR.
(Nuclear reactiofte)

CHERNAVSKIY, D. S.,
*Non-Linear Quantm Spinor Equatim"
paper presented at the Intl Conference on High Energy Rqaics, Rochester, N. Y.
and/or B!rkly California, 25 Aug - 16 Sep 1960.

21009
S/058/61/000/005/0---7/050
R+.6foo AOOI/A'101
AMORS: Slavatinakiy, A.S., Chernavskiy_, D.3,
TITLEr Perlplb~,ral collisions
PERIODICAL: Referativnyy zhurnal. Fizika, no 5, 1961, 82, abstract 5B282 ("Tr.
Mezhdunar. konferentsii po kosmich. luoham, 1959, v 1',' Moscow, AN
SSSR, 196o, 161 - 167)
TEXT% On the basis of the theory of WeiAcker-Williams the authors ana-
lyzed collisions of nucleons with anomalous angular distribution of secondary
particles in the center-of-mass system and with low inelasticity coefficient. PeXL
taining stars are interpreted as a result of peripheral interaction. The fol-
lowing cases are consider6d: 1) when one of the nucleons suffers a central col-
lisions with the 7 -meson of another nucleon; recoil and excitation of the other
nucleon are neglected, and the prooess of deoay of the excited state into seconda-
ry particles can be considered by the statistical theory or by the Fermi-Landau
theory, 2) when the meson belonging to one nucleon collides with the meson of
another nucleon; the number of secondary particles in this case can not be deter-
mined, and moreover, the application of the Fermi-Landau theory is difficult to
Card 1/2

21009
Peripheral collisions
S/058/61/000/005/017/050
AOOI/AlOl
substantiate. Me result of comparing the theory with experimental data on J'r-N-
interac"tions shows that it is still too early to speak about agreement or disagree-
ment. As far asWjoollisions are concerned, experiments indicate that the process
is developing not according to the statistical theory (energy dissipation in this
case is more complete). It is pointed out that for rIN-interactions the calcula-
tion of peripheral collisions was performed by the perturbation theory In the sense
of the work of Ch'u and Ch'u-Lou. The results of calculations agrea With the
data obtained by the WeizWoker-Williads method, however, the perturbation theory
provides for a more complete information.
A. Yemel'yanov
[Abstracter's note. Complete translation.]
Card 2/2

DREMIN,
Peripheral nucleon interactions at an energy of 9 Bev. Zhur. eksp.
i teor. fiz. 38 no.1:229-232 Jan 160. (MIRA 14:9)
1. Fizicheskiy institut im. P.N.Lebedeva, AN SSSR.
(Nuclear reactions)

83720
S/056/60/038/004/013/048
B019/BO70
AUTHORS: Romanov, Yu. A., Chernavskiy, D. S.
TITLE: Multiple Production of Particleslin ~Jets by Peripheral
Collisions
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 19060,
Vol. 38, No- 4, PP- 1132-1139
TEXT: The authors sbudy the peripheral collision of nucleons of high
energies E > 1012 ev). In the first section of the present paper the
lab
peripheral collisions are discussed according to WeizBdaker and Williams.
As is known, thin enables a clansification of tho peripheral collisionn
to be mude, and the characterintic properties of the different interaction
types to be described. The four variants of the peripheral interaction of
two nucleons considered hero are; the one-moson interaction, the virtual
single TM interaction, the two-meson interaction, and the double inter-
action of virtual TT mesons. The one-mejon interaotion is discussed in
detail according to Weizsdcker-Williame. In the second section of the
Card 1/3

83720
Multiple Production of Particles in Jets S/05 60/038/004/013/048
B019YB070
paper, the perturbation theoretical calculation of one-meson collision is
made on the basis of the Feynman graph shown in Fig. 1. Here Do, and' r -2
pal Pal- are the momenta of the free nucleons, qi and pi the
momenta of the secondary particles, and M 1 and M2
the masses of the excited intermediate states. I't
turns out i;hat the calculation on the basis of the
Feynman graph is not completely equivalent to the
method of calculation mentioned in the introduction. The Feynman graph
shown in Fig. 2 corresponds better to the Weizsdeker-'Villiams method. In
the following, the remaining three variants of the peripheral interaction
shown in Feynman graphs in Figs. 3-5 are discussed. The prediction of the
number of secondary particles and their
P.L angular distribution is treated, taking into
consideration the theory of Fermi-Landau and
Heisenberg. Finally, it is briefly discussed
as to how the peripheral meson field of a
nucleon manifests itself during the collision
with a nucleus. This problem has been already
Card 2/3

83720
MultiDla Production of Particles in Jets 9 /05' "O~ '/01 43
1 510
by Peripheral Collisions B01 0
, / BO-I C~
treated by one of tho authors (Rof, 5) and here uimply the results are
quoted. I. I. Gurevicb, i',. P. '114ishakova, B. A. I,i-kolIrkiy, Z11. S.Takibayev
and L. V. Surkova are men ioned (Ref. 13). The authors thank Profesgor
Ye. L. Fey-nber,,: ard his colleaCuen, for ian'~in- nvailablo thcir data. There
and 1) reforL Sovint 1 Italian, -und 4 US.
are 7 fiturL mces:
ASSOCIAT 101*T:Fizicheskin institut im. P. N. Lebadeva Al:ademii nauk SSSR
(Tnstitute of Physics imeni P. K. Lebedev of the Academy f
Sciences, USSR)
SUBLIMED: 14ay 25, 1950 1<
Card 3/3

86267
11-11-56 S" " SD 0 I'Z41 0018) S/053/60 072/003/004/004
BO19/BO5
AUTHORS: Chernavokaya, N. M., Chernavskiy, D. S.
TITLE: Periodic Effects in Photosynthesis
PERIODICAL: Uspekhiftzicheskikh nauk, 1960, Vol. 72, No. 3,
pp. 627 652
TEXT: This is a reviejw of i1he most important papers on periodicity ir,
photosynthesis. In tho first part, experimental and theoretioal data are
given. The sohcze ef unknown reactions of photosynthesis, introduced by
Calvin, an well as the chemioal rea04 ions are discussed. 2,1xperimental re-
sults concerning the periodic changes of the rate of photosynthesis are
then discussed in detail, and finally the hypothesis of the oscillations V
of photosynthesis is dealt with. Next, the equations for the kinetics of 1/\
photosynthesis are discussed. A%-, interpretation of experimental. results
and theore *tical considerations --ihows that the oscillation period of
photosynthesis amounts to several hours. The adaptability of a plant
consists in the resonance between the inner rhythm and the outer action.
The thriving of a short-day plant on long days and vite versa is
Card 1/2

CHERNAVSKAYA, N.M.; PHERNAVSKIY, D.S.
Periodic phenomena in photosyntbesis. Usp. fiz. nauk 77 no.3:
627-652 N f60. (MIRA 16:8)
('Phctosynthesis)

GRAMITSKIY, I.M.; DREMIN, I.M.; MARSIMENKO, V.M.; CHERNAVSKIY, D.S.,
Nucleon-nucleon interaction at 9 Bev. Zhur. eksp. i teo'r. fiz.
40 no.4:1093-1100 Ap 161. (MIRA 14:7)
1. Fizicheskiy institut imeni P.Nz Lebedeva AN SSSR.
(Nuclear reactions) (Nucleoris)

0 C)
AUTHOR: Dremin, I. M., Chernavskiy, D. S.
S / 0~5 Vto
W-1 /040/005/Q07/01 9
B1 11 /B205
TITLE: Nucleon-nucleon interaction at an energy of B-~rlO ev
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fizik-i, v-40,
no. 5, 1961, 1333-1337
TEXT: In Ref. 1 (ZhETF, 38, 229,1960), the authors suggested to represent
inelastic nucleon -.lucleon processes at high energies by the graph method
in pole approximation. Experiments have shown that, at energies of about
200 Bev, t~e inelasticity coefficient is in most cases very small. Both
types of interaction were detected, i.e., unsymmetric interaction (in the
center-of-mass system, secondary it-mesons are emitted'preferably in the
direction of motion of one of the.prima.,~y nucleons ) and symmetric -inter-
action (in the carter-of-mass system, secondary rc-mesons are almost
isotropically distributed) even though the inelasticity coefficients of
both nucleons are small. The total cross section of Deripheral single-
meso'n NN collisions at an energy of 200 33ov -.%-as calculated using an
expression from Ref. 1:
Card. 1/4

24707
S/056/61/040/005/007/019
Nucleon-nucleon interaction... B111/B205
OW P,
avv (Eo) 2 dz dy d (cos 0) yzf- ew . jv(z)a.,v (Y),
(2-WPOT! fit, + ~, + 2.00PI (I - Cos 1MI 0,
0
PAe where
y (0~2' 0 - ~L2)/2,
i z m! jj~/2,
2(EoE, - PoPj) - Of - 0, Y~ + 2poP~ cos 0) k2
where 1 2 symbolize the nucleon masses, and is the angle between
p0 and P, which are the momenta of the primary nri~!.con and the isobar.
Integration of (1) over all values of yand z, which are permitted by
theorems of conservation, leads to a 1400 mb. Herelthe effective
NN 2
value of virtuality was 0_00~L - 100~1) . A 'cross section of a value
that high is absurd and proves that Dole approximation is no longer
just-Aed for such values of k 2. The result obluained may be interpreted
Card 2/4

2h707
S/056/61/040/005/007/01 9
Nucleon-nucleon interaction... 3111/B205
to the effect that the cross section o (t~-'k2) is not constant but
2 iiN 2
depends on k and drops sharply with irfereasing k . A comDarison with
ex-oerimental data makes it necessary to take into account -not only the
4
toial cross section but also other characteristic processes. Accordingly,
4-he authors calculated do/dX a f(K) (K - inelaoticity coefficient). For
the cross section of a single-meson process with NN- and intermediate
Nn-interaction one obtains
32 dik, d4k, _ca,E'11 ~51 - w1w2f3a3 - .2-6'12~2, (2)
-t)8 E'l (k" + It')2 (k.' +
(2,
where I indicates the current densities of the particles; k1, k 2 the
four-momentum of the virtual mesons; and El, E" the energy of primary
nucleons in the coordinate system at rest of oxcited nucleons. It is
finally noted that calculated and experimental data are still unsatis-
factory and should be defined more exactly. From the theoretical point
of view, the dependence of the nX-interaction crozs section on k2 is of
Card 3/4

2h707
S/056 61/040/005/007/019
Nucleon-nucleon interaction... B111 B205
partiou.Lar importance r,-hen performing exact computations. Ye.L.Feynberg
Y. -. Dobrotii and S. A.' Slavatinskiy are thank;d for their interest in
the r,(,rk. I. Ye. Tamm, Yu. A. Gollfand, V. Ya. Faynbe_rg, V. A. Belyakov,
V. B. Berestetskiy, and I. Ya. Pomeranchuk are mentioned. There are
4 figures and 6 Soviet-bloc references.
ASSOCIATION: Fizicheskiy institut im. P. N.' Lebeeiaava, A1kademii nauk SSSR
(Astitute of Physics imeni P. N. Lebedev, Academy of
Sciencev USSR)
SUBMITTEDz September 21, 1960
Card 4/4

--?4- 4o 4r o c
AUTHOR: Chernavskiyj D. S.
24709
3/056/61/040/005/ 00)1r)1 /0
BI I I 'B205
TITLE: The problem of the non-linear quantized spinor equa-.1or
PERIODICAL: Zhurnal eksperimentallnoy i teoretichesko,y fiziki, %*. 1140,
no- 5, 1961, 1360-1365
TEXTi When analyzing spinor equation of the Heisenberg type (W. Heisen-
berCi, Zs. Naturforsch., 2a, 29i, 1954), it is of special interest to
consider the nroblems involved without assuming an adiabatic in,V-eractior..
As the problem cannot be solved without making supplementary assumptions,
the population characterizing the functional ~tp ~L is considered to be
always great. The problem is calculated by the met-hod of the self-
consistent field (Hartree-Fok). Now, the problem arises to look for the
functionals corresponding to the lowest levels rather than descr-i'Ding the
scattering and interaction of "real" particles. The problem of s--atte.----ng
as represented by the auth-,..-, represent~ation is analogous to the probler- of
interaction of compound. par'u-icles. It is stated a priori that t~e
Card 1/4

2009
S/056/61/040/005/OC 9/019
The problem of the non-linear... B111/B205
phenomenological interaction operator of real particles is complicated
and not local, and differs greatly from the interaction LanrranEiar. for
quanta of the 1-field. Method: The Lagran~~;ian density is in-.esiiz!~7ated
in natural coor dinates -c-1):
W =V (*rlall * (X) "RP (.V) ~ (.V) +(.V) 04, (X)) op (.V) 01P (X)) 2)
where Ais the cloupling constant, and and -'(x) are the opexators
of the spinor field. The.time and space coordinates in the "coordinate
system at rest" used by the au 'Llhor-are not equally justified. H',,, - E' E(5)
_(x) (X_Lx__-). The solutior of Ea.(5)
holds on the assumption that
is obtained from a variational problem. The expected energy value is given
I,, I r 3 j)2~d3x, According to the method of the self-
E IE' E E VI Vit
+
consistent.field 6E may be written as Cv ai b C (13),
v 1
Card 2/4

709
S /0 5 61/040/005/00VOl 9
The Droblen of the non-linear... B111Y320c
where vI, v" denote the population, and a-L- b' are given in the nal.urai
i, i L I
sequence. Subatituting Eq.(B) in _Iq. (7) result-, in
(X) -
E C. 11 I~Crx W (11, 0i) I,(
k-
dIx (x)(tit 1,A) +
17, 1 (TIN 6 qr') (TIt"I 6 Ay') - (TF+ 6,' OTh)]
x k I I h I I't
k. I
ff" 6 (Trl,-) 6 11") (TIF) 0'117))] -
OT) 6 IYII I h
k. I'
-2 OF-1-
without taking account of terms having the form-~-_.a+ + + + +
a a.,, a,:
Card 3/4 kyal" ka

21111109
S/056/0'1/040/005/00co'/019
The problem of the non-linear... B111/B205
Eq. (9) can be varied in tro rays: 1 minimizing with respect to the _J
Dopulation; 2) minimizing according to the parameters determining n(%).
The determination of the proper mass of a particle -results in the problem
of the formation of a bound state in a system of many I'virtual" particles.
Analogous problems have been studied earlier and rere found to lead usually
to finite expressions for the energy of 'he system. It is noted that 'he
analogous probl~)m can be fulfilled by the "o-rdinary" theory rhich is based
on -two interacting fields (fermion-boson interaction) which are linearly
interrelated. Ye. L. Feynberg, D. A. Kirzhnits, V. Ya. Faynberg an.1
G. A. Milekhin are thanked "..'or advice and discussions. There-are 2
figures and 3 references: 'i Soviet-bloo and 2 non-Soviet.-bloc.
ASSOCIATION: Fizicheskiy institut im. P. 1N. Lebedeva, Akademii naw- SSSR
(Institute of Physics imeni P. N. Lebedev of the Acad-amy
of Sciences, USSR)
SUBMUTTED: November 17, '1960
Card 4.1-A

GRAMITSKIY., I.K; DREMIN, I.M.; CHERNAVSKIY, D.S.
Note o0l -p-interaction at an energy of 7 Bev. Zhur.eksp.i
teorcXiz- 41 n0.3,,.856-860 S 61. (MIRA *L4-.10)
1. Fizicheskiy insti,tut im. F.N.Lebodeva AN SSSR i Obtlyedinennyr
institut-yadernykh I,Bsledovaniy.
(Yesons)

CHEINAVSKIY~ D. S., DREMIN, I. M. and ROYZEN, I. I.
--------
IfInteraction of High Energy ffuc1eon5 according to Diagram M-1thod
View Point and Double DispersIon Relations"
Report presented at the International Conference on Cosmic Rays and
Earth Storm, 4-115 Sep 61, Kyoto, Japan.
P. N. Lebedev Physical Institute, Academy of Sciences of the USSSR, U.S.S.R.

CHERHAVSKIY., D. S., DREKEN, I. M. axid MAESDENKO, V. M.
-------
"Application of Diagram Method to the Calculation of Characteristics for
Nucleon-Nucleon Interaction at the Energy of 300 Bev and Their Comparison
-with Experimental Data"
Report presented a:-, the International Conference on Cosmic Rays
and Earth Storm, 4-15 Sep 61, Kyoto, Japan.
P. N. Lebedev Physical Institute, Academy of Sciences of the USSR

S/056/62/042/002/047/055
B108/B!38
AUTHORS: Royzen, I. I., Chernavakiy, D. S.
TITLE: Interference between the amplitudes of inelastic processes
PERIODICALj Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v,. 42.,
no. 2, 1962. 625 - 629
TEXTs The interference between the single-meson and two-meson amplitudes
of high-energy inelastic nucleon collisions is studied.* The imaginary
part of the scattering amplitude may be represented as an expansion into
amplitudes with a definite number of intermediate mesons
Im (PT(s?t=O) = Im L T T YT(n)] T is the isotopic spin
i 91(2) 4 9i(3) + i
of the system., W-.th the aid of the optical theorem 1-. is shown. that the
single-meson and two-meson interference term is directly related to the
three-meson ampl.-.tude of elastic scattering. It is further shownthat, if
elastic scattering has a diffraction character., there is no interference
between single-meson and two-moson amplitudes. In such a case, inte--fel-
ences between even and odd-numbered meson amolitudes do not occur at all,
Card 1//2

S/056/62/042/002/047/055
Interference between the amplitudes of B108/B138
Interferen~e between inelastic single and three-meson (generally (2r~
meson) amplitudes is possible but it's contribution is only sma'Al.
V~ B. Berestetlsk-.y, I- Ya. Pomeranchuk, V. Ya. Paynberg. and Ye.. L.
Feynberg are thanked for discussions. There are 4 figures and 11 refpr-
ences: 6 Soviet and 5 non-Soviet. The references to English-language
publications read as follows: F. Salzman, G. Salzman, Phys, Rev., Le".1-
1~ 377, !9601 P. Liatthews, A. Salam. Preprint; M. L, Goldbergsr et a!.
Phys. Rev.. 120, 1250, 1960.
ASSOCIATION: Fizicheskiy inst-itut im. P, N. Lebedeva kkademii nauk SSSR
(Physics Instittite imeni P7 N. Lebedev of the Academy o:'
Sciences USSR)
SUBMITTED: September 28, 1061
Card 2/2

S/056/62/043/002/C)27!---
6-7 B104/3108
AUTHORS: Dremin, I. 1d. , Chernavskiv, D. S
TITLE': The interaction crors sections of virtual particles
PERIODICAL: Zhu r n a 1 e k s p e r i m c: n -3 al I n o j re c h e z;'.c of Iv
no. 2(8), 1962, 5511-556
T-':'X The ran.-e of applicability of sin&le-meson ap-proximmation for t h a
investigation oI" the inelastic im;aract-ion of '.-,J6h-ener6.-y nucleons is
studied. Moreover, the problem as to whether the interaction cross section
of real particles, calculated in a-Ingle-mmeson approximation, is constant
for high energies (lim Cr 2 Ir. 2) - const), and the
TN(S'Pi
S400
2 2--,,,,)
dependence on k (k of the propagation -function o: a -..-meson, of ~"C
2)1 2 2 2
vertex Darts of P 5(k and of the cross section U(si; k pi ~ -m ) of the
interactl4on of a v--rtual n-meson w.ith a real nucleon*, are investi&atad.
2) ::' s 2. 2) is de,_,ved _,r:
a(silk is a decreasing tunction o i r-nd k Csilk
card 1/2

V05 10 ev. Com-
parison with theory. 1. Summary of earlier results. 2. Methods of
analysis of experiments', 3. Principal recent experimental results
and their significance to the theory. 4. Conclusion. V. Connection
between the MPM and the diagram approach in the,OPE approximation.,
1. Formulation of problem. 2. Diagram interpretation of MPM.- 3.
Mixed model. 4. Inelastic processes in OPE and MPM. Appendix.
Literature. Origa art, has: 30 figures and 98 formulas.
ASSOCIATION: None
SUBMITTED: 00 DATE A.CQt 14Peb64 ENCL: 00
SUB CODE: PH NO REF SOV: 0056 OTHR-R.- 0071
Cdrd. 3/3
7-7 J,

5/04VO03
M* BetheSalpeter equitici ~_- 1 mm: 1 tte role of "central" intsm-ations
7, _iki
Lo- Cy 1z
SMIRCE' ZhUrnAl. 0 oretIch sk V `48-t no 3t ISSSO
-azp O____e_ Ic -av
21tW Ust -f-cen
Uat=
eral interaction Re aE WIs '=Plex orbital mmen-bim, m-son cluster
ARS"MM Miis is the fir6t a series of articles in which inelastic and elas-
tic anplitudes for various proccams c=-_ examined frcm a single point of view,
keepirg in mijid that both centrall and periph-ana.1 processes contribute asynp-totically
cmstant tem. ; to the cross section. It is snmm in Darticular thazc the ecwtion
fcr the imaginary part -of tlze anplitude exd tle P-quatim for the tcdal cr-,ss see-
tim, follm, f-rn the Bethe Salreter equallm.. total cmss
teg~al tem axyesporkIs to the* peripberal cross sectim mA thr free ten.- to t?m
tk-- =11* i.
Antemctim.cros -Hsemt:~,onc~-A4.irdzular case, of this equatien is t
peripheral. rojel. Me equatim fw the pwtiza vavw~ in tbe t-thmml mlams it
possible to use the formalim of t~m coroplex arbital morzentum to datermirve those
1/2

.. . .....
_a r the-, nature,
v
Processes -varml t~;O-Pallldcle mitarityl
in utdch the paxtial wave possesses a fi~md pole, a mving pole, arA a moving cut