SCIENTIFIC ABSTRACT T.I. DEKANOSIDZE - A.P. DEKARTOV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000309920017-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'-DJKANOSID9z,;~T.I.
Innervation of embryonic tissue. Soob.AN Gruz.SSR 24 no.5:07-61o
my ,6o. (MIRA 13:8)
1. Tbilieskiy gosiularstyennyy meditsinskiy institut. Predstavleno
akademikom V.K.Zhgenti.
(NIRYOUS SYST31M)

TATISHVILI, I.Ya.; DZHORBENAIrL.F:, A.V.; CHUBIFIDZE, A.I.; DEKANOSIDZE, T.I.;
SHANIME, V.S. -
Vladimir Kaplanovich Zbgenti; on his 70th birthday. Arkh pat.
no.3:93-94 162. iMMI 15:3)
(ZHGM,'TI, VLADIMIR KAPLANOVICH., 1891-)

SARADZHISHVILI, P.M.; DZHORMADZ4 A.V.; GOXIYELI, T.G.; DEKANOSIDZE, T.I.
Clinical aspect and pathosaorphology of acute poliamyelitis in
Georgia. Trudy Tbil. GIDW W5-108 962. (MIRA 16t2)
(WRUA-POLICKMITIS)

DEKANOSIDZE, T.I.
Interrelations of nerves and muscle tissues during their physio-
logica.l. growth in an organism that has completed its growth.
Trudy Inst.eksp. morf. AN Gruz. SSR 11:39-45 63.
UMIRA 17-11)
1. Kafedra patologicheskoy anatomil. Tbilisskogo goeudarstvennogo
meditsinakogo instituta.

DEKANCLSIME., T.I.
Structura.1-slaments.cLf-the-troph.le-funation of the nervous
system.in, c"pausatorywadaptive processes; neurotissular
relations in-the myocardium in cardiac bypertrophy. Arkh.
pat. 27 no.%5-11, 165. (M-k 18il2)
1. K-afedra, patologicheskoy anatomij (zav.- prof. VA. Zhgent,I)
Tbillookogo moditain8kogo inatituta. SubrAtted Jamiary 13, 1964.

L; I
i;-,s r f :.i-i
.. . 1. 1 Lo I.,

o1 two wrAbIrm Nlv?jBl. Alat. Ilytis" -Tvhn, 2, 9F~1167
The funoiciv.; of the 'wIt -,rc defificd Ly th,-~ re-ations
I!dw. 5-f -
cos
--Z, 2-'r 111d 2. 1 flev are '_-4w i'_ -n5 of d.f.
oi '!I,- -f-q t.~ npi the hne n -0, :-,lit ~mrtl dinlz
n t c tc 1 2,1 24'
7;)
zO~out fift-ep. --,in~,jiratvd :-eh;:-Ions in-tolvinv t~.ese llmc:wns
Ow-C 5.mpcr one is
q F/r.7
tj 1", :IN. A btai led the h:,Ir.

v-4
b Z
2
lu -2u-~ in acrics 0- otbel U)DII-nei
f,f two are de~'-ved, spedal C,15fs 0.
were An asymp,:Pti- exparlsion in'
for Our;wis:33ecau-st, of rhe cornpl;~xitv of
Thu fcml-l;a, f:A- or' the dtta+, of
resnl:, z~rt- Y. 1), A azariw F La- f 3y,~ttc I nd
-At

4
Valles it, Yjl'1041AWlat M fier
to 6D
'
-
t
A
or
:v l
)IO.0 w X-
4
)zj, Here;
l
(0
No,
Aiffcreiidi~s of other aWP'liaro7mitcrW are ta'bul ited. Two
V'
x) for & sderted
v.9u6s
of
x) aiid Y
plateg plqt
(w
(4
.
_
.
.
.
wgion of. A tMW &t ,
,
e Aomjslhe (tv, z) -r4on of

U,__ikud t~p
Wed froin _kii~tn itiri e
lAt sefles,

iehtinjV~lndte' Isoto
Mpre
r nary. ~Zclluictionsof

integrd, Formiaa:. J!~)
i
1;* b~: thil co t L
w"- Usv

Err
i6tJq.~excA4A
ors.oe sm ;I _one:uuf~ ufAO-O, but w

'
aoii4iitioxi ill )irmdoiiilor ififi3*latlon
k ,
"

ne6doil, ~4e -di' 4
pcj~ . pg~
6.6it iihle con.
And Var
lancliou
~i&rO. For: ;)-.6i 4c 6t
-- ~~w6rii-*lth repect to v

Ms , !I - i4
;A
y4c**Ct:~4 m
YIN On urriince. for
s,._RL4'
Wai are
given by wlikh; IV +j(z~.;'~) 66
dno J
(z) be, Obtahtd fron U.(tv.
extend tho ~vul
c to
,
, g

0 46_a6q,a6iei4cA examples
~--,bf theu96 ofth& 0
~'
'
n nom
t
jr0qf
I
com-1
i4t

--- - -_

at ie:z haiptitpj its Alill Coinpu-'

p I.-
tation tug hmn M~4
of the 4 1 but" tliit~ Iii w Ifiention,

-
,
4'
661
t
b
bare e%714 1
L
,
o
app MT -
ford; Cali

MIMAT wee IN-M!ett1=2
(Name laddal" pe prikladsom anallau I '7chlelitellsoy

PnIOVrCALs Wepokki motmostlobeek1kh sank.1959.1'al 14.Nr 1,pp 2ii-265(MR)
JSSMC?s It to stated that is the U331 the- exist@ no periodical an r
mewswrlool. wthenatles acd similar do"Ins. The pavers of these
dom"" Chiefly spre" In the art.. *Nblicaticam Cot Applied Amalyl.
amba Rewria" Nothomm,tive- (DPATN) and in single collected
values$. "is series SPAVU began in 1955 and until now it L
sestaimed Me following monceraphiose I. O.S.Salekbov -C&LOOLation t
at forlevOg 2. A.N.Zbov~skly ftApplioation of Coutimed Fractions
is %b* A"reaLmis Aa&lyolo.l 3. V.S.Izab.o-ki A.F.Filipp I

o
Islaullay of Differwaso Xq-tio.9-1 4 0.5 Kh -at -x .
M:%
.,
Ukol-mW -Q.6dro il.;k N
froWl 9. 3416Y to" i 6. . A
*ArIth"Ole Dstoso of glactrunic vigil Appezate-1 T
1
is -
j.
.IURI!VV wftwnt" Method is Applied bAth*"'Icm'1 .7.
ow, G.S.Radlyko-. I.P.Trifcuc,. Ify-Me

,Mo. *"*&red the foll~-img collected vol~o. -2mmorical
NothematisO a" C' P-tIA# Uchat*~' (TM) since 1953,'S~-ricml
XbthG*Btics- (") at=* 1957, and "Computins Tech-t-s" (V-) Since
1950. Watil mos, too velwwo of TOT appeared with *oatrIWt1ama
of T.A.311PA. Z.A.4ruatormik. A.A.*b:aao,. M.R.
ASE-10FOR. I- Is-*"-*. 04-95-5--~--RTF. L--T.-
J.=O__Mff, ~*11*70~~Q~' 1, r K.K
-The rablimb" Qr___r Ts ;. t:;. ?Ibzloum
mill. Tu.T.T-"b*y-v, To.A.Tolko,. 7.9.3a.11
Hiew 24Z~
Good 3/5
.919
D"Ides, I&--TW5F-T%-.T&.ftstIe.ekIy edited th. callec-od "luse
oftooliesm, of %kx-%-"-Fr-5T7Mtjkem&i .&I Smousso-(-For"or
000TU MIOMIS460skIM *ask&*-) with entrilmillame of T..Ta.
ImIlewskly. I.To.Akashaly, U.A~.21tropter. B.A.41"bom. I.E.
L.K.XMW8k

69151
250~ 4000 B/1-19/59/000/06,(007/031+
190372/1114
AUTHORSt Gordadze, G.S., Dekanosidzaq_.X,0,,$ Makh-tradze, D.,
Dididze, Ts.
TITLE: On the Limits of Accuracy of the Molecular Orbital given
by James
PERIODICALs Izvestiya vysshikh uchebrtykh zavedeniyj Fizika,
1959, Nr 6, pp 1+2-)+7 (USSR)
ABSTRACT: The aim of thV present work was to study the ground state
of the ion H2 using the James function (Ref 6) and to
compare the potential curve, obtained w...th the aid of this
function with the accurate potential curve for this
system in the lsag (Ref 2). Such & comparison enables
an estimate to be made of the accuracy of the molecular
orbital (MO) obtained by James. +James's MO for the
ground lsag s.tate of the ion H2 is determined by the
function given by Eq (1), mhere 6 ELnd a are the
variation parameters and 1. and p +ai. -e the elliptical
Card coordinates of the electron. in the H2 ion with the
nuclei at a fixed distance R from each other. The
elliptical coordinates are defined by I.Pq (2) in which L-r

69151
S/139/59/000/06/007/034
103 2/Hlll+
On the Linits of Accuracy of the Molecular Orbital given by James
ra and rb are the distances between the electrons and
the nuclei a and b of the H+ ion. Using the
2
usual variational method, James found that the binding
energy of the ion is D(H+) = 2.772 ev. The spectros-
2
copic energy, (Ref 7) is 2.791 ev. This satisfactory
agreement was obtained with 6 = 1.352 a = 0.4475, and
R = 1.06 1. Since the binding energy gives such a good
agreement with experiment, the problem arises,as,to
whether it is possible to obtain the entire potential
curve of the above ion with the aid of the James function
(Eq 1). To carry out this programme the energy of the
ion is taken to be in the form of Eq (8) in which the
various parameters Involved are definedby Eqs (9)-(16).
In order to calculate the parameters 6 and m
corresponding to tho mininum of the energy given by
Eq (8), the system of nonlinear algebraic equations, given
by Eq (17) must be solved with the aid of Eq (8), and
Card the auxiliary functions.given by Hqs (g)-(16). The
2A solution of Eq (17) gives a system of equations of the
form of Eq (18) and the substitution of these into Eq (8)jj/

691,51
B/139/59/000/06/007/034
1032/Jtlll+
On the Limits of Accuracy of the Molecular Orbital given by Jamess
gives~the potential curve of the ion in the lso state,
i.6. 3 = R(R). ftmerical analysis of the problem fox,
R = 1.06 1 = 2.003 au showed that cL 0.4475 and
8 = 1.253, which satisfies. Eq (17) to 1 part in 1000.
The results of the numerical analysis are summarized in
the Table on p 45, J,'.n which the first column gives the
value of the distance in au, the fourth column gives the
value of -H according to the present paper (in au), and
the fifth column gives the value of -V given in Ref 2
by Bates., Ledsham and atewart . The last column gives
the percentage deviation of the results obtained in the
present work. As can be seen, the molecular orbital
given by James may be used.in the approximate analysis
of molecular problems onlyin the internuclear distance
range 1-7-