SCIENTIFIC ABSTRACT VERKLOV, B.A. - VERMEL, A.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859510018-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VERKLOV. B.A.. inzh.
Rural-.33% coal cutter. Ugoll Ukr. 5 rw-4:37-38 Ap 161.
N RA 1414)
(Coal mining machinery)

PONOM&RENKO, V.A., kand. tekhn. nauk; KRAVCHINSKIY, S.Yu.;
V!R!IDI!~_..B.A., kand. tekhn. nauk; LYSYUK,, V.S., inzh.
Establishing an optimumchart for underground mine hau:~age
by the olectron modeling method. Ugoll Ukr. 9 no.12il9-21
D 165. (MIRA 19:1)
1. Donetskiy nauchno-issledwatel'skiy ugolInyy institut
(for Ponomarenko, Kravchinskiy). 2. Kommunarskiy gornometallur-
gicheakiy institut (for Verklov, Lysyul.).

VERKLOV, B.A.t inzh.
Determining friction losses in case of prepole transmission of
internal engagement. Vest.mash. 41 rio.8:11-14 Ag '61. ~MIRA 1,4:B)
(Gearing)

PETRENKO, P.V-;,ELIKIN, I.L.; KAZAKOV, S.S.; VOZHIK, D.L.; DEHISOV,
V.V.; PUCHKOV, V.I.; BOGUTSKIY, N.V.; SAVEL'YEV, I.P.;
KOLENTSEV, M.T.; MZRKULOV, N.Ya-; 3%-RK~OV V A -
_- '--RZHOVA, V.V.p
OVSYANNIKOV, P.A.; SOSNOV, V.D., oty. r2,
otv.red.; ZHUKOVA, A.P., red.; LEVIRA, T.I., red.;-RONINA,
N.D., tekhn. red.; OVSEYENKO, V.G., tqkhn. red.
(Practice of using cutterloaders]Opy-t Lspollzovaniia ochi-
stnykh kombainov; sbornik statei. Moskva, 1962. 102 p.
(MIRA 16:2)
1. TSentrallnyy institut tekhnicheskoy informatsii ugollnoy
promyshlennosti.
(Coal mining machinery)

USSR/Microbiology - Microorganisms Pathogenic to F-3
Humans and Animals
Abs Jour: Ref Zhur - Biol., No 18, 1958, 81571
Author Ygxkgz4-K2-.,3 Pletneval G.G., Blankman A.L.,
Vishnevskaya, N.V., Korneyeval G.A., unskeya,
AsI., Lurle, A. Ya., Isakovich, S.P.
Title Vaccination Against Tuberculosis of Children
and Adolescents Having a Positive Reaction to
Intra-Dermal Injection of Tuberculin.
Orig Pub: Vopr. okhrany materinstva i detstval 1957, 21
Wo. 61 1+0-1+3
Abstract: No abstract.
Card 1/1 42

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I
31009. VERKOV, 1. 1. OD BAKKAL, S. A.
Lechenie samoprsizvollnoy !~angreny tkanevoy teraptey po rantocly akademika
V. P. filatova. Khirurgiya, 1949, No. 9, s. 65-69

VA
Sixth conf,~~renca of the Bolshevik ?dirty. 1"restlianka 31, 'ro. 1~52-
9. Monthl List of Russian Accessions, Library of Ccngress, November -195X2 uncl.

1'
VERKUTOVv A.N.1 ANTIPENKOP V.S.; ASEYEV, L.-I.
- -------------,
Homotransplantation of the skin an a method for the acceleration of
wound healing Xbirurgiia 36 nog 5:106-3.13 My 160. (MIF-A 14: 1)
iSidN GR&nING) (WOUNDS-TREATMENT)

VERLAlql,, A.F.
SoIring Volterra second-order integral equations b7 analog
emputers. DDp., AV-MM no,l2sl568-1570 162. (KIRA. 16:2)
1. Imatitut kibernetiki M UkrSSR. Predstarleno akadmaikom IN
UkrSSR T.K. Musb3covym LrMushkov., VJQ&
CIntegral equations) (Electronic analog compatexa)

ACCESSION r1R: AR40110439 S/0044/64/000/001/B107/B107
VSOURCE: Ref. zh. 14atematika, AbG. 1B514
AUTHOR: Verlan', As Fe
TITLES: Method of simulating differential equations with boundary conditions oil
jolectronic mathematical machines of continuous action
'CITED GOURCEt Dopovidi AN URSR, no. 4, 1963, 451-1153
TOPIC TAGS: differential equation, electronic mathematical machine, continuous
action mathematicai machine, algebraic equation model, automation proce6a, differ-:'
ential equation simulatior, resolution process autonwition
TRANSLATION: Author proposes to find a solution of -the system of differential
~Iequations dX
-/(I. X W)
with boundary conditiona
QX(0)+xxV1)+Pi(r)-Y
.with the help of iterative formula
(Lxi,., to) y-xx,, yj)-pxt (r),
-Card 11/2..,.

-ACCESSION TIR AR4040439
!Vectors X(ti) and X(T) are determined by means of solution of system (1) on elec-
ttronic mathematical machine of continuous action at initial conditions equal to
1. For automation or resolution proceas it is necessary to have memory unit
tXk(O)'
iand model of algebraic equations. N. Lyashchenko.
iDATr. ACQ: 03Har64 SUB CODE: MA ENCM CO

VERLANIP A.F,
Determining the frequwcies of natural vIbratians b7 means
of electronic models. Dop. MI URSR no.6:733-735 163
(KIRA 17W
1. Institut kibernetiki All UkrSSR. Predstavleno alcademi,.Com
AN UkrSSR VJI. Glushkovym [HIushkov, V.M.I.

y~4RIANI,,Aratoliy,.Fedorovich,, aspirant
Conaerning A.I. Petrenko's report OComposition of a problem
using a model," Izv, vys. ucheb. sav.1 elektromekh. 6 no.9t
1126 163. (MMA 16s12)
1. Otdel matematicheekogo modelirovaniya instituta. kibernetiki
AN UkrSSR.

T Cl P I C T A CS nnnkniu,. r ~n!Pt!: i 1 1 rn in u it; )(I
kinri, )n,(- k f

t -I rq I r)r-. r -i rt ? ~' -P-f !I)!-
:- ;- ~, . I ~ 7 i ~ , i_, ~.- . , - .
-,Tfl n T~-t- . llf~4 Il-ri4wrl. firin
,T'7-, -1; -,r-' I-
. I . IT' I
I
Card

A
L2- if f (X) + A K(x s ) F1 y (a) Ids
a
ere Studied under the assumptions that sol u t f--is -of t h e 9 ceq jations
J;. r
r st p a c e t n e p o s 51 1 1. 6
considered. Tha a olu tL oc c t t h e a eeqja t I ,)is 6 e G 12 C 10 L n C 5 C' U-
o f a 2e" ra, a-, c-'s A It- rk d i v r Pm o f rh e nm-
r P. r de a i 2ne d it o r e a k i a L i. e a .- ' L ~l I -. u ~ a L i ~". :1 CCD t

L 14484-65'
ACCESSION N R
ac""at ion
a n a y z t-

C " j i I j
. , -

'AUTHOR: Verlan', A. F.
TITLE: Integral equ-ai ion -31ve r
SOTTRCE: Avtomatflm -pr ft-or"et rover iyn, no, 3., 1964, Z4-J5
'rr)Mr, 3nff--;-zr, Int
fiolvent. aq --Ertl equatif-m. selver
A RA,,
i F--~Tild~3al f 1, 1
r
i;-i t r~ t 'ae v~ t);i i 1 7- ft, WWI
V f- 8 t LA I I t k-ex 1 T z
hA ui I i n a w id t! -j cf)p,! of ~A! i ng rion! i ne, 7

ACCESSION NP-- AP4C46109
wita various modes of regular kernels.
I ~ASSOCIATXON.,,- InbUtwIlibewsiatild AM

of variational methods witi','. zi;i a7i"-'O~q cc-mp--Iier
SOURM' AH UkrSSR. Institut kibernetiki. Hibernetika i trychis-
~R!757---rn7t- -7-'tnci conp~ater engineer Lna) Kiev,
Haukova durxe-a, 1964, 3-7
TOPIC TAGS- integral equation, F,.-edhoIr,-i e-4u.ation, anaLog
4pproximation tlieory, least scwar(is metliod, polynomial approxr-imation
Me
a thod- of arwroximating an inte-

-qTON NPli AT5004746
ACCES
anlution of a Fred-
74
-e. n- -

S" OCIATION f -
r) p
P 7-
I Fimcticn qmeraticr) b1ccY, inteqra-I

: .1 4
. ~lj I I I
No

~/ 'I

k. J 4
ACCESS!' A
q ti L-: r Irl
e 0

ACCESSP)N NR: AT5064748
that the function geneeator degcribxid Lr, this arti -le in superior to
st se, anfl, can b, cr-,rst rur-tc-d f rom
fileinents widely used in wnalag cc;nputer technology OrLq. art. ras:
4 figures and 7 formulas.
-~:~~-JASSWIATIONt.~ None
SUB CODE: DP# MA -z
SUBMITIZID: 30gep64 ENICL- (11
NR REF SOVI* 001 OTHER.- 001

17
S Ou!
Lnlegral tran z,-,
TOP:C Tl,.i;,-);
AMINUCT. Mis Wthor Certif cate pri~3r,-- for rjoivina in,c~Zr.-,j eqlj-rL-
-macted tc thf. r~ouir
Cc

FUMY, Georgiy Yevgenlyevicb; CREZDOVj, Gennadjv Ivanovich;
VERLANI, Anatoliy Fedorovich; 14EL'NIK, T.S.V red.
-
(Methods for solving boundary value problems usinb anslog
computers) Metody reBheniia kraevykh zadfich na elektrw
nykh modeliakh. Kiev, Naukova dumka, 1965. 144 p:
(MIRA 18:3)
I* Ghlen-korrespondent AN Ukr.SSR (for Pukhov).

L 18580-63 .EWT(1)/BDS 4FFTC/ASSD/SSD
ACCESSION NRs AP3001277 S/018116310051006/159511600
,;AUTHORSt KondilenX9, I.I.1 Verlan,, R.M,; Karotkov,, PA.l Strizhevaldy,, V. :5
;TITLE: Indioatrix of the combination scattering of light in a crystalline nedium
~'SOURCEi Fizika. t,~ardogo tela,, Y, 5. no. 6. 1963o 1595-1600
TOPIC TAGSs combination acatteringp, indicatrix, Si# -0. optic axis,, crystalline
material
iABSTRACT: The authors have studied the conditions of dependence (of the
lindicatrix) of combination scattering of light in crystalline material both in
Itheory and in experimental work. The theoretical expressions are derived from
previous works (V. L. S trizhevskiy, M. 3, 2929, 1961., and FTr, 4. 14920 1962)
iThe experimental work is basically similar to previous work on liquids (I. I.
'Xondilenko di
PI.A. Korotkov, and V.1 . Strithevskiy,, Opt. i. spektr., 11, 169, 1961),
The authors obtained general formilas determining Vie indicatrix in any arbitrary
stal. Vibrations of 466 cm-1 in quartz were firat used in experimental investi-
,cr7
:gation of the indicatrix in a crystal in the angular interval of 40-1400. The
experimental data agree with theory. The authors show that a study of the indic-
atrix of combination scattering may serve as a mthod of investigating oriented
Card 1/2.

L 18580-63
!_Ac6nii6i
,systems. To illustrate the method (with a few simplifying assumptions) they
determined the Angle formed by the Si-O bond with the q%tio axis, This value
iproved to be 55u, which corresponds satisfactorily with the actual value of
540441. There are disadvantages to the system., however, limiting V.3 usefulness,
Xhief of these is the presence of parameters in the formilas that are unkncrwm--
:components of the tansor of combination scattering* Furthermore,, the spectrum of
,combination scattering is -not always capable of experimental observation. Orig.
;art. has: 1 figure, 1 table.. and 13 formulas.
1ASSOCIATIONt Xiyevskly gosudarstvenr" universitet in. T.G., Shevchenko (Kiav
State University)
lijan63 UTE ACQj - OIJu163 rIGL: 00
SUB14ITTED: 4
MB CODE: PH NO REF S(jVt 009 OTHERt 001
Card 2/2

VERLANS, A.F.
1;- 1 1 ~.
lyre of storwe devices in solving problems by means of analcg
computers. Kat. mod. i elek. tsepi no.1:41-44 163. (MIU 16:11)

L 11038-63 UT (d) /EWT (M)/FCC (v)/BDS/ESC_2 AFFTC/ASD/)iFnC/IZSD-3/APGC
Pe-7,7Pk--_ F(/P-i_jj/Pq_jf
kd~=ff MI: ArM2147 9/2923/62/000?~W/bO54/0D56
AUMM %.JAnF1 A. F.- 71
TTT.12: Sol-ring the TredhQlm lzitE~zrsl equatior o0, thi! -secand kind v,-Itb electronic
ana.Log computers
SOURM: VY-*-_h1slitel'nkTa matenatika i tekhnaa; trudy* aspirantov Tmstituta
kibernetiki AN UWR. lzd-vo AN UWR, 54-56
analog ccWuter
AWTRAM: ThIs wail-known equation can b6 solved either by the method of sucaes-
or by tbe-- EL-Mel le--Iterativa~ -method. rh both- emes special,
devices -are required In addition to, a standard ar^IQZ computer. As In many cases
eZatlon can be replaced b7 a degenerate kemtl, the author
suggests, for such cases, a method of solution that requires a rtandard analog
conputer only. Any computer containing accumulators, integrators, nil-tiplying
unitsl and nonlinear-function units is suitable. Orig. aft. has: I figure, 10
fo=Llas, and I table.
Institat kiber=tnd Alt USSR- (rhatitute of Cybernetica, Academy of
_71.
-- - - - - - - ---

.ACCES31UT 110: AP4002276 S/0139/63/000/005/0113/0117
AUTHORS: Verlcm, E. M.; Strizhevskiv, V. L.
TITLE: Triple Fermi resonance in a carbon tetrachloride molecule
~MURCE: IVUZ. Pizika, no. 5, 1963, 113-117
TOPIC TAGS: carbon tetrachloride, Fermi resonance, oscillatory ener&r level
'nteraction, resonance interaction, fundamental Fermi resonance dcublet, degenerate
resonance level, CCl4 absorption band, oscillatory absorption band.
laSMACT: A theoretical study has been made of the Fermi triple levels in carbon
tetrachloride represented by 2 V Ll + J/ + j/ and 2( j/ + ii ). Of these,v is fully .
3; 1 3 4 1 4 1
syr-netric, whereasz/ and a are triply degenerate. The wave function of the
3 4
perturbation system is written as T-=
Cl?%+ C276+ C3
The potential ener8y term is represented by a cubical function of the normal
coordinates, and the system of linear homogeneous equations is given by
1/2

ACCESSION NO: ILP4002276
3
C., 0; 1 1, 2. 3
V
,
A. E. F,.
Th6 solution of the characteristic equation then yields respectively 1590, 1566,
and 1534 for the three ener&r levels considered. These results show reasonably
good a,-reement with the experimental values reported by M. P. Lisitsa, V. N.
?.'!alinl-.o (Cot. i spektr., 4, 455, 1958). "The authors are grateful to M. P.
Lisitsa for evaluating the analysis." Orig. art. has: 11 equations and 1 table.
ASSOCIATION: Kiyevskiy gosuniversitet imeni T. G. Shevchenko, (Kiyev State
University)
SUBMITTED: 28Feb62 IRTE ACQ: 02Dec63 ENCL: 00
STB CODE: PH
3 NO IREF SOV: 008 (YTHER: 001

KONDILENKO# 1,I.1 3q~~O I,M.; KOROTROV, F.A.1 STRIZHE7SKIT, V.L.
Indicatrix of the Raman spectrum in a cryatalUne seditxn,
Fiz. tver. tela 5 no.6:1595-1600 Jo 163. (MIRA 16:7)

~t 26049~0 AM) 1&0 GG
AITMOR: Verlazi, E. H.
OEG: none
TrM: Investigation of the shape of a tensor and temperature dependence of the
Rman effect of' gas polyatomic molecules
S(MRCE: Optike, I apektroskopiya,, v. 20, no. 4. 1966, 605-615
TOPIC TAGS: tensor analysis, Raman effect, temperature dependence, polyatomic -
molecule
AIGMCT: With the aid of the electronic wave functlon of the adlEtbatfra approxima-
tion, forms of the tensor of the Raman effect-have been found for various oacillationi
of the XY2 mOle!cule vith C2. aymmetijr_.V"aa shown Oat at a distance from the ab-
sorption zone, the tensor of the Rnman effect is prajAically sy=etrical. Dissy-m-
vietry of the tensor increanes in proportion to approximation of the incident light
frequency to frequencies of the cathode-ray oscillat,iry absorption of the molecule.
A close connection between the excited electron-oscillatory properties and the in-
U!nsity linee In the apectrum of the Raman effect wa-a d4at-ormined. in an earlier
study (H. V. Vollkennhteyn, M. A. Yellynahevich, B. T. Stepanov, Kolebanlya molokul,
t. 2, M.-L., 1S)49), it waB ohow-n that the oscillatioa-frequency change of the Moleculf
In the excited electron state leeds to deflection of the temperature-dependence line.
..D01 1

L 26%9-66
Uw
ACC NR, AP6013021
The definitions presented indicate that In gases these abnormalities are small erxd
cannot elucidate any significant deflection in liquid-9. 'The author thaalte;
-X.Svander for his valuable advice and interest tr. th-4s work. Origart. has:
--37 fo -~~on author's Wvs
rmu1aa.--T:RWs tractl-
-S-UB CODE, 20/ Sm DATE: 16rov64/ Mir, REF-. '010/

Ccr.2/2

L 36434-66 EuT ( 1
ACC NRt AP6015421
AUTHOR: Verlanj E. M.
ORGS none
SOURCE CODEt UR/0051/
0808
TITIZ: Effect of the characteristics of the transition state on Raman-s-ooctra of
gases -?
SOURCE: Optika I spektroskopiyap v. 200 no. 5, 19661 w4oa
TOPIC TAGS1 Raman spectrum, excited electron statev ground statep vibration frequency
I
10STRUICT., The effect of the dynamic and geometrical characteristics of a molecule
(vibration frequencies of nuclol, vibration form, anharmonicity, equilibrium position
of nuclei, syrmetry of molecule) in a transition state on Raman spectra are treated
by asswning that the frequency of incident light Q is far from the froquoncies cor-
responding to purely electronic transitions of the molecule. It is also assumed that
the adiabatic approximation applies. Tuo cases are consideredt (a) the symmetry of
the molecule in the excited electronic state coincides with its symmetry in the ground
State; (b) the symmetvf of the excited and ground states is different. 4% shift In
the equilibrium position of the nuclei, a change in the form of vibrations and fre-
quoncies, and the anharmonicity of tho electronic state cause the appearance of over-i,
tones and combinatioii tones and affect the line intensities and the temperature depen-',_
UDCt 535-375

L 3643L
iCC NR.
AP6015421
dance of the lines. A change in the symmetry of the molecule reinforces the intensity
of the incompletely w1metrical vibrations. The author is sincerely grateful to L' i
N. Ovander for his steady interest and helpful suggestions. Orig. art. has: 15 for-
mulas.
SUB CODEz 0 VSUEM DATE& 26Dec64/ ORIG REF: 0061 OTH RM 001

ACC NRt AP60IY40
AUTHORS Verlang E. M,
ORGS none
SWRCS CODES M4oo51/66/o2o/005/0q16/0q17
TITIES Selection rules in Raman spectra 94
SMACES Optika, i spektroskopiyaq v. 209 no- 5s 19669 916-917
TOPIC TAM I Raman spectrum., selection rules, excited electron statep ground state
ABSTRACTS Theoretical and experimental studies indicate that the symetry of a mole-
cule may change when it passes to an excited electronic state. In this articlep, the
selection rules have been extended to this case. The symmetry &20? a of a MolecUs, Ir
the ground state and excited electronic state are designated C respectively.
For simplicityp the discussion is Limited to cases where groups C an4 CJ have irre-
ducible unidimensional repreiefitations. It is also assumed that CJ is a subgroup of
group CO, It is shown that
(CO) To (0)) X T.0 (CO) X r,,, (0) X Ti (C*)-
and that for lima of the fundamental tone and the special case where T000) in a
single rGPr*0GntAt10nj.
(CO) = To (C") X F/Ij M) y T, (0).
112 UD01 535,375-001J

L 3441.5-66
ACC NNs Ap60151ft
It is concluded that the *a1lowed" vibratiom in Haman spectra wJU be only those
which are contained in an WApansion of the product r.,(C*)Xr,,,(C'*) in irreducible
representationg of grrL, CJ. This selection rule becomes the usual one in the case
where groups C and C coincide. It can also ba readily verified that all the vibra-
tions of a molecule with D2h symmetry In the ground electronic state (even Au) are
Nallo-ded" in Raman speotra.-Yt this molecule decreases its symmetry to C2. in excited
electronic states. Author Is deeply grateful to L&-j*-Orander for a discussion of
the results. Orig. art. has$ 5 forwilAs. .
SUB COD31 20/ SM DAT91 29SqA5/ OPM MWt 002/ OM RZF8 001

AP6018442
AUTHOR: Verlan. E. M.
SOURCE CODE:
UP/0051/66/020/006/1003/1009
ORG: none
TITLE: Combination scattering of light by gases in the absorption band
SOURCE: Optika-i spektroskopiya, v. 20, no. 6, 1966, 1003-1009
TOPIC TAGS: combination scattering, light scattering, absorption band, diatomic mole-
cule, complex molecule, quantum mechanics
ABSTRACT: The case where the frequency of the irradiating line lies within the ab-
sorption band was investigated. Since scattering is a second orderprocess, it was
necessary to consider the initial, intermediate and finite state of a quantum-mechan-
ics system: molecule + radiation field. The analysis involved diatomic gas molecules,
I. e., the model of a one-dimensional harmonic oscillator. The empirical reaults ob-
tained confirmed previous conclusions regarding the effect of the intermediate state
on the line intensity in combination scattering spectra. It was demonstrated that the
intensity Is proportional to the fourth power of the frequency when removed from the
absorption bands. The closer the process approaches the absorption band the greater
the number of deviations from this law. In the absorption band, the frequency reia-
tionship is a function of the properties of the resonance electron level. It appears,
UDC: 535.375 (2060'3)

L 42901-66
ACC NRs AP6018442
that in polyatomic molecules this can bring about a different frequency relationship
between fully symmetric oscillations and oscillations which am nat fully symmetric.
The nonsymmetry of the combination scattering tensor was a';..so analyzed. It was estab-
lished that the nonsymmetry increases as it approaches the absorption band. The fre-
quencies at which the maximum light intensities oc~:ur are derived. The author thanks
L. N. Ovander for constant interest in the work and for valuable advice. Orig. art.
has: 28 formulas.
SUB CODE: 20/ SUBH DATE., 26Dec64/ ORIG REF: 006
CcrI

. . ....... . .
ACC NR% A?3026657 SoWtCE CODZ': Mi/0181/66/003/000/2li35/2'i'%1)9
AUTHOR: Verlan, E. M.; Ovander, L. X.
,ORG: Kiev State University im. T. G. Shavchonko Wyevski gosudarstvannyl univer-
1Y
!sitet)
TITIZ: Rezonance Raman scattering in crystals
SOURCE: Fizika tvardogo tela, v. 8, no. 8, 1966, 2435-2439
TOPIC TAGS: Rar-zr. scattering, exciton, absorption coefficient
!ABSTRACT: According to a theory developed earlier by one of the authors (Ovander), the!
Stokes component of the Raman scattering in a crystal should be treated as the split-
iting of a 11511t cxciton into t-do parts. One ia a light exciton in the region or cr"J~_
I
ital transparency; the other is almost purely a mechanical vibration, Which eventually,
I
:heats the crystal. A study is made of the resonance REman scattering, taking into ac-
6unt the mechanical dispersiom of vibration and dxnping. This limits the intensity of,
e
lie light sc-4-tering in the resonance point. It is shown that auxiliax~j waves aris
ear exciton abso-.-ption and car, play inportant roles in the case of thin plate-s. it
follows from the theory that the absorption coefficient (for the ordinary wave) gro-4--
faster than -Che intensity of the Raman scattering as the incident light frequency ap-
proaches the z-baarption band frequency. Orig. art. har.- I figure, 17 formulas.
IjSUB CODE: 201 SUBM DATE: 28,layGS/ ORIG REr: 005 1

The te-action 0! V. V.
n~t.carboxt.
M!
C:
Teihnol. Tri'
C;!or-nation of active C, driLd at 12N)', with Clt rrixed
~Q_ Y;--,!defl soinc CC4 at -700-SW*; adv~i'
-,f Feas was ineffective. Z30- W83 any k-LI41
formed in attempts at chloriiiation by brauzz M mixt. or
C with SbC4 in a scaled tube 100 hrs. at N-0-400*. (2)
Thermal decumpli. of CC4 vapor over active C decreases,
at a given temp., with increasing rate of flow r. and, at
const. r, linearly with the temp.. at r - 0.10, 0.60, 3.10,
g,/min., the wt.-% CCI. dc,~ampd. was: at 44DO*, 12.1,
6.1, 4.9; at 5W. 21.4. 17.6. 10.6; at OW', 39.5. 25.0,
15.1; at "d(K)', 52.5. 3:3.6, 23.9. The decrease of the de-
C01111111. Vield with decreasing time of contact is rapid only
up to al;out r - 0.6, considerably slower vrith further in-1
crmsing r; the slopes of the lines giving the degree of de- j
cornpn. as a function of temp. art. steeper the lower the r. I
The catalytic effect of C on the decompn. of CC4 is I
dcrnonstrated b) 2 runs without C: at r - 0.10 and 1.59,
wt.-' -0 CCI. decompd. at 4(W, 6.0 and traces. at -,-00*.
36.0 and 15.0; the degree of decompn. reached at 500*14
i.,hc pmence of C is attained only at 700* in the absence
of the catalyst. (3) The products of the thermal do.-
com,yn of CCI. are Ch, C%Cl,, C~Clo. and C40.: at a
lower temp. (400') more C,Cl. is farmed, w,%L- higher
temp. (700) favors formation of C-Cla mid particularly j
C.Ch. (4) Thermal dccompn. of C70, on acdve C in-
creases nonlinecrly with temp.; at r - 0.20, 0_'13, 6.30,
0.33 g./min., the wt-% C,C14 decompil. was: at 500*.
12.3, 9.6. S.S. 4.3; at 600*, =_1, 17.3, 113.0, 124; atl
42.1. 39.S. 36.8, 26.0. The, products are Cl:,
C-04, and CgCl,. (5) The catalytic effeet of SCh rn the
formation of CC14 is due to the reactions 2SCls - S20. +
C!:. 2S + C - C&~ SiCh - SCI, + S. and C-S, -4- 6CI; -
CCI, + S-03. The mechanism of the thermal decompu.
of CC14 6 represented by
CCL - CI + CClj -CI + CCl- Cl + CCI
C2Cl# C12 + C20. Ch + C 'C6 - C.C4.1
The assumed polymerization of the C~Cls
into CC4 is in agreement with Ott ~Lnd Dit-us k C.A. 37,1
X. Than I

Distr: 4E3c/4E3d

64 Tht first flullgariall etperiluellial fludev mdar.
C. v. V e r I e Vol. 54), 1057, No. 10--
7Q), 5
The reactor under crins,, rVict it pit it; Ill;, hills of l1licla-

if 20M1 k%v. Tbs: max
livit will 11.1ve u

S is ~.10
161C. tile (I Mot"i",

vm-4cc. 3hulerator mid reflector of tlv-- hutero-
Iser sq
getwVus ruactor collsint of 11,0. lyrallimil 110W
eltricilml It to 10% ill UI:2 k villployed for Ind. Tile
-2- YlinNricul heating clentents urv kirmllgcd 1-k 111111-
Mill, C
V J.
dtm A hill churge of theactivezinte 6 practiculiv sufli-
'
11rs. 'I'lle s.14.11gli flud collslnl~timl (if
cicut (or ~,Lvcrjjl
the reactor, deta. of (lie saft-ty devick-1, olis-laticill of
tile 111:111illulatori are puld-Attil lit detalh 1110slik-Ilk-lit
Chuckill", alld Control (if ill. reactor llower lire effecteli
with i"llizatiun civitalsers. All prembw-i frLAu which
radioactive gases 1112), gaill ucccm to tile aft 31114.41 lic,
Aelit ulidvr jisugutive pressure and a coukaut exchallgIci

i. 'llu-, volume of air
'of :iir itust be stialtitaltied lit theto
f.; f
dischat It the 80 in Mack Is 95,4M
h"I per lumr. throtil,
_
CILUS. TUt litalth Of tile Staff WJU W proteeftd J.y spitt-111-
doslusetric elleckups. According to -piatis HK
atic
reactor will tq put Into service at the end (if 1018

44
~

V 0 it
"Interaction of Nucleons Through a Mesonic Field,11 Byul. Polskoy Akad,
nauk, otd- 3. lp No 3-4p 1953P pp 91-94
A method of an approximate solution of the equation of the mesonic
field is given by expanding the resonic potential into series in inverse
powers of velocity of light. It is applied to determination of interac-
tion of nucleons within the frame of the classical meson -.1-heory. 'rhe po-
tential of nucleonic interaction is derived from the law of conservafion
of energy-nomentum.
RZh Fizp No 3j 1955

VERLE, I.
"'Equivalent' Potentials in ClEtssical '-EqLiations of Motion", (Theoretical Physics,
Quantum Theory) Byull. Polsl-~y Akad. Nauk, Otd. III, No 7, 1953, -pp 281-285
AbB
W-31146~ 1 Feb 55

VIRLA. 1. 1.
New approach to the -problem of the effects of relativistic
terms in the meson theory of nuclear forces. Xhur.eksp. I teor.
fis. 25 no.1:19-35 Js 153. (KLR& 7:10)
(Mesons) (Nuclear forces) (Yield theory)

USSR
audeqns. The etnerm tvr~tzr-
mcceaulty aprfied In q;rA=mn mechaiiki A:Ur-!i ivy"
poz(ble. tmw approach to the VvWvr, of tic dcuteran (2
bodkis)