SCIENTIFIC ABSTRACT KABANOV, V.A. - KABANOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000519810004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

XDVALEVA, V.P.; TOPCHIM,, D.A.I.ELBANOV, V.A.; KARGIN, V.A.
Polymerization of pyridine. Ixv.AN SSSR.Otd.khim.nauk no.2s3V
F 163. (KM 16:4)
1. Moskovskiy gosudarstvm'1*7 universitet im. M.V.Lomonosova.
(Pyridine). (polymerizatioal

7 77
Wf__
4
L -12630
SMN kR: iV3062870 -6/0020/63/150/POS/107_~11076
AVMOR: Xabanov,_
2- V.-A.;
Aft
:Tr=.
SOMM: AN SSSR. DokladyP,,Y 15041 no* So 1963, 1073~4076
effect auto.
~TOPIC TAGS; sutoeatnlysio., polymi ion rewtionj:diffusionx jelly..
catalvtic acceleration.,. grawt~ m+.e,, autocatoeytic polymerization
of - polymer -
'ABSTRAM: AcceUmtiori of reactions during accwmlation
in a, system usually is - comectA4 with a -decrease of constant ofthe rate.of,
'kinetic chain breaking., as ik--functicd-of the - difficulty of diffusion of active
Ypolymer nuelei as e~ in-~vlaccmiV- of - the- medi= -_(Jellyi-
autocetilytic accelerationy comb di
effect Then are -Wwi~~poszlbllltles f6i Ine
an 11~~ Mte.constent if -the active- nucleus-.
',for exs*lep_v_4th Increase, of
PRIVIed- cule -or - an gats~. Of
aj~-Izr -contact -vith-1aready - prep -macranole sea"
:Mat-inthe-st. _Of -a%
.-Macromoleculeso --.7hae -18~ Into t1lo .37t;~~ta. Polymerization
:exhibited by systems for which ~breeking. re actions are sift ccmbined with. collisions
mradicale., since It Is difficult to isolate thezatxix effect from the
-of two MWM
jell-effect. Equations for prapWationp chain growth., and chain breaking are
gLven as a simple ki netJ c schemtIc of autocatalvals polymerization. "In Z
Cwd
V2_
OR 'N'

KARGIN, V.A.t akademik; KABANOV,, V.A.; XARGINA, O.V.
I"
Preparation and study of the cata2ytic properties of high-
molecular weight pol"tyrene sulfonic acid. Dokl. AN SSSR
153 no-0845-847 D 163. (MIRI 17;1)
1. Mookovskiy goaudaratvennyy universitet im. M.V* Ioomonosova,

GULI, Valentin Yevgenlyevich; KABAPOV, V.A., red. .
- . -
(atrength of polymers] Prochnostf polimerov. Moskva, a
Izd-vo "Khimiiap" 1964. 227 p. (MIRA 17:7)

~---KABAIPI DEKVIZj T. Xe.
UV) V. A.!
"'Mm strengths and preBsure-broadened widths of lines in the 412 3 Band
of C02-"
report presented at the Atmospheric Radiation Symp, Leningrad, 5-12 Aug 64.

KABANOV, V.A.
International Symposium oh Na romolecular ChWUStr cm-
F .1,4n Paris. Vysok' ~
soed. 6 no.2065-372 F 1644 (MIRA M2)~!."

S/0062/64/000/002/0391/0392
ICCESSIOIT NR: AP4019020
.iUM.ORS: Topohlyev,'D.A.; Popovq V.G.; Kabanov. V-A-0 Karging V.A.
TITLE: Polymerization of quinoline and autocatalysis forming maoro-
molecules with conjugate system
SOURCE: AN SSSR. Izv. Serlya khimichookaya, no.2, 1964, 391-392
TOPIC TAGS: quino.line polymiarizatign, quinoline-autocatalysis, quin-
o,line, autocatalysis, autocatalytio reaction# quinoline zinc chloride
complex
IBSTRACT: Seekine autdcatalytic rd'actions having g6neral applications
~he authors investigated the polymerization of the quinoline-zine
chloride complex (Qu12ZnO12) in the presence of catalytic quantities
of proton-containing substances (HP03P Qu1*H0l) over the temperature
range of 250-3700, They obtained polymer products varying in color
from red to black (depending upon the conditions), -They,were poly-
4ulnollues with a'strubture of
E-Nmaiwai
Cord /2

:ACOESSION NR: AP4019020
e ation takes.place with opening of the hetero-;~
Thui quinoline pol~k riz'
ale. Similar tolthe-oase of PlY4 ine the operation Is autocataly-'
C,i.e., it is stimulated by Al a sample of
see Ing the mass with
d
Krd'ady polymerized prdduct. it Iq typipal that the best results aret
Atained with a "seed at ,.',he- qme temperature as that of
,~.oiyinerizatlon. The rqaotion Is highly speciflo, Orig.' art, Ift's I
,hgure, oneformula, no tables.
j
:ASSOCIATION: Institut"neftekhimioheskogo sinteza im". A.V. Topohiyeva:
(Indtitute of Petroohemioal Synthesis)
SUBMITTED: 26Nov63 DLT2 AOQ: -27X&r64-' FOL: 00
OTOMOP, 000
1 SUB CODE: CM NR REP SM, 002
T-7-7
if
2/2

ACCISSIGN MRs AP4030M
AMISS TOPOMMaji 1e Sol Z1mbb4 To gal M~Wp We NOS Zovisap 14 Joel
Kabsn" -"I. KMjb4 To A*
TITLEs Synthesis of optie&W active pelymve an Us bmjs of
cyclopropansiUcarboMUe vdA
SOURCES vy*s 111VOYS soyedift". *0 6v no- 3# X9%t SM-SU
TOPIC TAGSs polymrv opUcaW active pblymer# polymmide# cyaopropensucarbmwiia
acid# propylene-1,92-cliaviines interfaci&I polycormlenvat4ons dichloride of cyclopro-
panedicarbomy1ic &old# tutidimetric titration
ABSTRAIM Synthesis of an opticaw seuve polymer fm racestic components where
the rate of incorporation of the- D or L form Jato the macromolecUs differed was
Investigated* To 045 go of racmde ps (in 400 al- water containing
0.8 gm NOR# at room temperature and unier enerptic stirring) wom added drovAse
0o75 gm of the didaoride or trans-crolopropanedicarboule-a-2 --AA in 90 Al of
'chloroforms After standing 30 mimiUm the pullumide was separated b7 Mtrationp
washed with 10% HCX and vater,0 ad puMed, br divao1stim In BS$ fbndo acid and
cmd-

iCCESSION MR: APU030371
subsequent precipitation with ammonia. The synthesis of a polyamdAe from L-prop71-1
.enedisimine was conducted in asimilar way# Fran this polyamide the cyclopropens-
'dicarbonic acid component was recov red br hydrolysis with phosphoric acidp treat-
ment with barium hydroxides and passage through a column containing the cationic
resin KU-2, The recovered acid wasIowd to be optically inerts while the polyan-
ide itaelf displayod an optical. rotation of a sign opposite to that of the o
.L-propylenedianine (its optical rotation dispersion curve being normal)e It Vas
'also obser*fd that the melting point of the optic&W active poIjur ww4O to 50
'degreea higher than that of the racenio polyamide, OrIgo aft@ have I formula and
charts*
ASSOCUTIOK: Hoscovskly gwnd&rwtYenaW*y ~t~ in. N. Vt. 14ionos"a (Hosbow
state University) . . ...
DIE 77

KOVALEVAP V.P.; KUKINA, Ye.D.; )W3ANOV V.A.; KARGINO V,A,
.1 .*A"~%..~
Polymerizat4on of pyridine in a complex with zinc chloride. Vysokon.
soed. 6 no.9:1676-1683 S 164- (MIRA 17slO)
1, Moskovskiy gosudarstvenny3r universitat imeni Lomonosova.

/E PA k ) /EWT !E PF
ACCE:DSION NF! kP4047208
At~TV'NP '"oprhiyrv. D. A Y sbanov . V A Kargit-A.V~ Az
TI TLE I-OlLacri zatiolij of quinoline kinac otayl e xyitb zinc cil.1wi 1.~,
iSOURCEt VyDeckomolokulyarny9ye soyodinaniys. V. 6, no. 10, l9r,J4,
ide, tganic semi-
TOPIC TAGSt quinoline, polyquinoline, zinc chlor 0--
conductor4 semiconducting polymer
ABSTRACTi A study has shovn the feasibility of the polymerizs',!Qr
In a ccrpiex with Zn,-I,. The (CqH7N)2~7n71,'
r it, i I r, t n eQ e,& 0 v e1 L~ rorm Iarx pr,~-'-
c t ra c; a -a stru:,~,,,re9c T.e T
r P r me 1

Tlhe polymer ~6 function of time tends to a maxi-n
r 74'eld as
t e LF- P 0 r a t u r a -big vus interpreted iti terms of the
y m e r I z P. t on 9 e4 u 111 b r I um
rsme time, the wipaired spin concen~,r----..
- r 4 z . q-t ; hAs I fo ' ac
m t C~ n r mu.~ a -1
SyntheO ill

L lWoiO--OD
AT~ PFESS 3,
Lcord 3 3

PC 0
~-J/Pa-h /EST, (,dD) AWL RM
124, 1 1 2-"
ACCESSION NRI AP604,216 q0 164 ")of, In I n
P
AUTHOR: Kabatiov 9- V. A.; Kovaleva.
Topchivev,
TITLE: The kinetirs and mechanism of polymerigatlon~ot
hetarocyclic compounds 0
SOURCE,, Vv*soko--o1eku1varcAv*ve savedtnentva, v. b~ 110.
TOPIC TAGS: aromattc heterocvclic ccmpound, jolvmertzatic-.,
quinoline, organic semiconductor', setRiconductivity polymeT,
01 Ina , polvpvri Dane �r
ABSTPLACT, A study has been made of the kinetics and mechanilam c.'
reIrmeritotion of aromatic heterocyclic compounds as exemplified by
inettr atheme haz been proposed fvr 4-to,
t 7 r
e C I ~y I ~j E~a i v 0t 0) jne~
davigpi h e1 r.
Card 2

L 1135245
ACCESSION NRt AP4047216
pyridine and juinol ine pol NImerl z ation in stoichiometric comp If. Ae a~ i; t t "n
ZnCI 2 - A polymerization mechanism in VTOVoged for aromatic nitr-Q4-
containing haterocvclic compounds, End the role of the comrIe7ini!
agen" s n n P, f~ 11 0 0 ~~ A r e,! o - t r
nitrogen fitowl, the Coluplexing agent increases the polarization Of
I the W-C bond In the -ring and facilitates ring cleavage lov a proton
tn form a ronj uSate d carbon tum ion. Provaitation Procead-5
NUCZe�3iVe d_aTQfTr_On_O't MOnormer MoleCVICS 10 thig to'd r
32 foroulas , I t at, 1 e ari 4 f i g u re o
AS 5 A 'N' T e-n v v un
23'A~R

T E~iG(j )/EW I (,b)./EPF(C.)/EPF(n)-2/Ek'I/EWP(j ),/TAVIA(h)/EWA( I
TT-~i ~Ps-4/keb/Pi-4/'AJ-4 R!-I.
em Ian
V 1 7 r
ein t
T-!- F~ 7;1 C)-j 1: 1, j~ f -.-f
rv-
A 13~~ T F? A CT CI f J-~ I I V M e I il t OT) ill S I i d :J
I ~- Ll 27,
: [I? lk 11 tit~' TTI I
irtu5 pr-ocess great acivantages hf-c-i-ise c,f it~; sol-I ',i-.
respect to tflia iril"Liatoe. and the condi2nsatinn temp-rolure Rnfi !he
0 r-, I . TIC) 1 fn f- r i 7 -'1

I
1 ~4
cis-nPn.-ic r,T,. ilcz ~,,nn,v ruica! '.I.'IJL!e OT I -
-preferably at their boundaries. This may be temperature- dependent and is vi
qua.lized bv norm?"Ll- aFicendinir or S ctirves. T"ne stcond !:roup ir
MF
M

L 2:510i-bb
ACCESSION NR.- AP5001764
zatim by vapor cooling (see above. e. L7. a crylon i r ile a t
f i t 1
'TlA!JZFlf-~il ;rr, I'll a I P M r-lP r- P T I I
,17 A V
Ord

L 25101--65
AC'CF-SSION NR AP'r)017-
~ 54
molecular weight during post-volymerization of crystal line monomers may
UU W ZJ %.A.Mirz2; 9%01 %TVs WW
PTPET M)
Card 4 /1 4

/LP itllk-ly j
~~~B$SXQN NR':AP500176r,--
of chemical science-9)l V
ix) I-)rl-l-e L11-7-a t -1-t!
7.hilTriAl
620-629
Tictill I t- "71 rl,7 j.",
U) qllm.fillurnrl The enthalpies of polym,,~riznation
c,,,d 1/ 3

mr-, are r in~,-tF-e f),
(~;ctivitv~ c,i ifa, mcnoiiit~t uti,i ojro Jcpeiid
eiill --i'l, A
---~m , ple v-- f~ r~. in. c ;a i7pni R affords effect i ve change s -f ~I,w
;_ I
the co-n,.,Iey-fnr-,nLng agent whose bond with the members of the pol-,mer Chain
is rather v!eak. Inen ine poiymur wlij Lre"inie
the Rberated complex- formi-ng agen't remains in the rylph and assurr-e3 the rolf'
of a diluen, for the non-pOlymerized complex. It in concluded that Structure fnrm-
Card 213

L
ACC-F-SSION NR- AP5001765
c e: I a
A. 5 (~ r T 1
i , Tj i I" I fl~ Cl I
-NR REF SOV: 021 OTHER: 042
A'Liiilf 41IR-, 'it~- V'7r. g'~&q -ng ZF

31MVIER, "IJEOV, V.F.jr~~A]~,~.!JOVO VA~i RARGIN, V,A,, akaic-mix
Effect of the phase state of dlke4~lene on the chemizai ztructure
of macromoleculea formed during its polymerization. Dokl. AN
SSSR 156 no. 2096-3,19 IV ~64. 'MIRA 170)

PAP1SOV, I. M.; PISARENKO., T. A.; PANASENKO, A.A.; KABANOV, V.A.1
KARG1N, V. A., akademik
Nature of the initiator and the phase state of acetaldehyde aF
influencing the chemical structure of macromolecules formed during
acetaldehyde polymorization. Dokl. AN SSSR 156~ no. 3:669-672
164. (MIRA 17:5)
1, Moskovskiy gosudarstvennyy universitet im. M.Lomonosova.

TOPCHIYEVA-1 I.N.; LEVINA, R.Ya.; KABANOV, V.A.; KAPLIN, V.A.,
akademik
Stereospecific effects in interfacial polycondensation.
Dokl. AN 85SR 156 no. 4:929-931 Je 164. WIRA 17:6)
1. Moskovskiy gosudarstvennyy universitet im. M.V.Lemonosova.

L =~2-bt Z4T'n)/5%T(J)/T1/FMAtc RPL W/T.01
ACC NRs -AP5025964 ---4,-SOURCE CODE:-- UR/ 0190/65/007/010/1779/1786
V
AUTHOR: Papisov, 1. M,, Kabanov, V. A., Kargin,, Ae
ORO;
..Y- IS82119821 Moakovekly
gosudarstVannyy universitet)
TITLE: Conditions for.,the onset of rapid polymerization'A~elow the
monomer malting .points. Rapid polymerizatlon as ner-M-M explosion,
SOURCE: Vysokomolokulyarnyys soyadineniTi. v. 7j. no
1779-1786 101, 1965,
6
TOPIC TAGS* polymerizations polymerization kinetics, mathylmetbacry-
late, organic nitrile compound
-ABSTRACTI., --Thd ---f --poly-m-eiriting frozen omers ~Ini thin T~
'o
,layers is continued 'in this''study with scrylonitri --th
late7and acrylonitrile-pri~qj!pnitrile-mixtures. The Sepen anoe of the
occurrence of explosive $61~~eiriz-stion in arstams produced by simul-
tansous freezing of monomer and initiator Imagnesium) vapor upon the
thickness of the condensat4 layer, Initiatorooncentration and surface,
temperature change was examined, It "a shown that the rate of explo-
sive polymerization below the'meltin -point of the monomers takin
9
Card -1

I

-ACC NRI AP5025965 SOURCE COM UP/0190/65/007/010,/I;a7/1791
AUTHOR: -Kabsnov Ve Asc
Ve A* Pa-pisov, I M*J'GVOzdotaki7l As Nos, AEEKIn,__
VY V)
ORG: Mbscow State-University.im, M. V. LIomonoso (Moskovskiy
:gosudaretvannyyunive
TITLE: Role of "mobile prearrangements" In rapid polymerization
below the monomer lielting points
SOURCE: 'Vyaokomolekulyarnyye soyedineniya, ve 7i no* 10, 1965j
1787-1791
.,,TOPIC TAGS: polyacrylonitrilep crystallizationg polymerizationp
-copol7merizations polymerization kin6ticep polymerization rate,
copol7mer
ABSTRACT: polymerization of acrylonitrild in the system Inert diluent-
Acrylonitrile and oopolvmerization,71D. acrylonitrile-propioritrile,-
system were investigated at temperafUV'es below,tbe monomer meilting
Point.to determine if diffusion migration~of the monomer molecule is
sufficient for rapid conversion to the polymer, Reactions were run at
-19607using n-hexhne-or oyclobexane as Inert diluentao The copolymeri-
%.arc;
L/ r-
UDC.
96,099.26

L 8859-66
ACC NRi A-P-56-25-9-65
zation product with proplonitrile, regardless of Initial nionomer oonft
oentrationt contained 57 mold propionitrile, corresponding to Its oon-
tent in the outeotic phase. The most favorable.conditions for rapid,
poNymerization of monQmers --- below-the ir -melt ing-po Int a---- occur.- -at- --tbe
liv.: ilbo --ja -a6 noides-Vit the
or- Ving of
r&l tb7e~mon-6i-m_e_r'mo ocules in.the'orystals, for instance, during
o
phase transition in the solid polymer, This condition exists at the .
boundary.of the crystals and the noncrystIallIzed msse~during the notion
of the crystallIzation front* ItAs suggested that "mobile prearrange-
Monte", are formed momentarily on the crystal phase boundary;.tbase are
rapidly converted to polymer obainse Thus the polymerization.front
zoves immodi ately behind the phase traneltion front* Orige art* has:
3 figures and 2 tables*
BUB CODE: GCp 00 TD/ SUBM DATE: 23Nov64/ ~ORIG REF: 003/ On
em -------
7,-7

1. L4 v,~r
Ar
A: 'T I r al; yabanav.
77
=URCE, All' 1,-,l no. 3, 19165, ZOL, 7
TOPIC TA65: py-ri vai,yl, p o 1 yme r i z ao r,
r.T- %.Mpn 7 -77
kPq% i-aacts with qlkv! lialides. instna;

dhy~ -4 ~,J'
alcohol) at differenT, molar ratiou of tho componer1tv (113 tu 3:11 Curruzipulluz -,u
nnlv-L~v"InVlD%'ri~~inrd athvI braaida (within the limits of analvtizal

L 39436-65
ACCFS,SION 01 A F 5 Cv 'b"Y'
c;w er tne s
kA-
BIVUL I UL) L;U)~,.:
t
-M 4~
-kj

5/0020/65/160/004/0857/0860
ACUSSION NR: JV5006857
ALMI 0 P v A c ~i r~4 e;-,- c 4,,tn ovV A b v,-V.--P-
TITU B! "Invi f wa~r-lm., leccu~es as J,
of a q u u rp
a -857
M4 lfjo,`i6d - 4-196% -`860
R. DOLAdy,
at
equlllbT'tl=, monomer, polymer iwmophase llysti;i, equAlibrium toncentration,
p.;;j4cu,-j-, roArrmole.cule
ABSTRACTI PDES (pol7merizaticin-d,epolymerization equilibrium) sets in oving to the
.-reverribillty of the chain-grwtl reaction. Generally PDE is described by the
om~,tn-d jtinI,- :~f the equilibria n rever,,ible elementary rpaf~lz-
%r -n vT A i v vm r
P I v r ~'4t ir -w r e 4 P; rid r;
of u~nn,~=F- in the ~Tqtw, The prenence of rannomer particies iu
only t1he (-hermoJywi3nIc act ivi ty of the monomer Slac(- th, rDv-

A6=510N HR: AP5OD6857
inined on1j, by the activit7 of the zonamar, the chemteal potential Qf the "17WIT
is lindepeitdent of ite concentration in the reaction me-dixim. In ot!~eT wxr-~ii,
evev wter, a Polymei is solvible ir a reaction qystew, the P?)Y if.
P. AMM 11 if 16 V IFHft
6Aw1v&*Uv' t
vapor -0
the PUE w: the level of motwmeT molecules and polymer-chain links, the indt-il-
I C'r a dr -,Vi
dua I r mpo I ecu I c -n4v be uanqldered as a tiny cryeta
A T 4~ L -I r, M (- 0 i UMo ar, I no I
flu speak; ed I 'v 1 jua Phaa t ; a
AMOMAT7OW! M-_,skm7vtk1y So.;ud-arstvennyv universitet id. M. V. lomonosava

'77-7 7-751~ -~LT-
314
ACCESSION Hki AP5On539 UR/0020/65AWMA131/113
AUTHM 3 KarginV. A. (Academiiaian)* abonov V. A.; Kargina, 0. V. f
jgrldinefin polletyrole oulfonic acid
_mtion bf 4--!jF1
TIM; Folp!ri7
SOURCE- M SSSSR. Baklady, Vi 161, noi, 5, 1965, 1131-1134i and innert facingff
P. 1119
TOPIC TIAGS: polymerization, polystyrole, pyridine, M spectrum, electron
nicroscope
ABSTRACT: The results are given of atudios of the reaction of 4-vinylpyridine
with a rt-~-ng pol- ric acid7 pol-styrole sulfonie acid. The ecid cvbt-inad
by r-s6i.-gLi,7-r~ Of 9tYrO10 51afORi-0 aCid, It WaS f01271,1 Li!,At aQQ1_u-!Dn
0~ a 305~ s of SU11*Gi!.1C aCid I.-I MC~,ZlanOl Lo
co.-u-- h UAM
,~xnrod w-111, th spoctra for vinylpyriddine and po17-4--,riV,1p,-,rr-.1dine. The band
at 926 cn", bo!07_~:4rc ~'D vibra,64 on 01, C-1; --*,-. ~ha V` nyl
~n '_Ite _9--_Ct1'U1L for 4-vinyl7yridine, was absa e
0-3ifl,7 P,-eSf)rt rt _r, a
'Card - 1/2.
4
M

L 539r~1-6~c
_77F
-too in the react ion. FlAmcknt~`
po
anal-Sig C., the r~'action prc-4mct --hov's
ACWWOU W.Ita Wrostyro-- Sul-
fonic acid. The In-tter is v select-Ivv zo-1-7wi,
nea:-~S C gro,,;;4,.a ware avsei-vaCl ID
7
polymiaric, forms. It is concluded -Vhnt these are due to Intern-!
arisi-W thro-,~jh redistri'--Utior of jnta,-atoy-.~c
L-~-- zOrxvL-'&r mgoiecuies cheraiaorbod on the polystyrole sulfonic ac-'(~.
"In conclusion, the authorp exyross.Uhaix tharas to the workers at _14
laNtratory for racordin- the IR 3pec'
ha-s'.- 5 -forpillas and
tiguras--449 -o' '~Lwhich was -mot:vith
.SSOCIAT101i. Akadeiniya muk SSSR (AcaderV oil Sciences SSSR)
SUB1. =11 D. 26Nov6-J E14CL: CC
NO AF
I T S017 0011 OT HER 1 000
Sl-io
Card 2A

parigo-, 1 14.; Kabanov, V. A.; Kargin. V. ArAaff-w- C,
R e vme r priase w
_k a dyv 162, no. 1, 1965, 136- 139
SoUgCL. AN Dc~
M TAGS- blid h
attemDl, was made to correlate the dimensions cf the E upe, -cr't 3
of the irdiviclu,~~
,>? elther singlE chal.-v; or beams cd Para-;p,

A
thermal e f f ects and entropy of polymerization as well as upon temperature and pm-
~,er--'e!z t- -w,-- -.e rcrvF--~all lattice. Num1ber of chainn (x*) in the crit-Ical sp~-d
w be na rn is radius of the polymer-thain, ;d Is the packin c6w~na at
USCA '~y aed!tlu-n c-,r c--ne I is Lenath of
extei.sk~-n of t,4e nolvRor ci)din ca
!the assumed cylindrical polymer seed, AGO Is ebange in voiume ftwae enwr&i
the ;~,rocess of addition of one monomer unit to the polymvr chain. If e- 1, then
n i
whore: v is the average number of monomer molecules wbich car, polymerlze at a
gi-en temperature , and So is the -number of "onomer molecules in a unit of volume.
f~i-)TN-F- and 13 fc,iVrUlas.
C4M 213
IL
'6't

C ard 3 3 f,,;?

7
--2652L
66 Will
0
ACC NRo AF6009491: UR/00201
.AUTHOR: Kargin',- V4 A# (AostAemioian); Kabanov Vo As
ORG: -Xoscow State University iias Ho Vo Lomonosov (Hoskovs1dy goffudarqtvarawY
ln�~j=e of Petrochemical Synthesis, Iks'As Vs_T;Pc1d;0i~iAN
lInstitut nefte-khimichaskDgo.sinteta, AN SSSR)
TITLE: Polymerization f complex and. organized 'monomers
SOURCEt AN SSSR* D01~9 VID 167, no- lo 19661 324-227
TOPIC TAGS: polymerizati6np thermodynamics, chemical reaction kLnotics, reaction
mechanisms polymer structure
ABSTRACT: Based on literature data and the author's recent research on stereospecift
larental. approach to the problem.of controlling the-rate'
-polymerization, anew funt
selectivity of chemical reactions has been formulated., This approach i~volks the
creation of a strong intermolecular interaction ty introduction of a new component
(such as a complex-for=Lng agont) or induction of morphological.changes (009#1 0173-,
tallization) in-the reaction system. When applied to polymerization, either moans -
_iv potentially useful for controlling the mechanism and kinetics of the reaction.
_V and the structure and morphology of the po3,ymer products. Monomer complex formation
.in addition, can also affect the thermodynamics of the polymerizatione A particular
case of monomer complex formatiorA has biochemical implications Orig* art has I
2'formilaso.
1UB Co.. 0 SUM DAW REEW s014/0TH REFtOO5
15DA65 /--ORIG
GDG a,5441
Cord

Uitl-olgo/6?[oo9[6-o2.-[0314016-3li4--
AUTHOM Kargina, 0. V.; UllyAnoval M. V.; Kabanov, V. A.; Kargin, V. A.
ORG: Instituto of Petrochemical Svnthosis im. A. V. Topchiycvt Ali SSSR (Institut
noftokhimicheskogo sintoza AN SSSR)
TITIE: Mechanism of polymerization of 4-vinylpyridine on macromolecular '!matrices"
SOURCE: Kysokomolelculyarnyyo soyedinaniyat y. 9. no. 2, i967t 340-344
TOPIC TAGS: polymerization ratev vinyl compound, pyridinng sulfonic acid
'ABSTRACT: Viscomotry and UV spectroseop'y wore used to study the polymerization rate
xpol of 4-vinyl-gyridine (VP) in aqueous solutions of polystyronesulfonic acid (PS3A)
and polyethylonesulfonic acid (PMA), both of which served as the matrices; v-001 was
studied as a function of the degree of neutralization of the nolymoric acids d. It
is shown that v-001 increases sharply as a approaches unity. On the basis of the
established kinbtie dependence of vDol on a, two oossible mechanisms of polymerization
of VP on PSSA and PESA are consider*cd. Both mechanisms follow from conceDts according
to which there is either a possibility of a rigid fixing of VP molecules on the poly-
meric acids, or the zrosonce of a sufficient mobility of VP molecules to allow migra-
tion along the chain of the macromolocular acid. The mechanism based on the second
of these concepts is confirmed mcparimentally. Orig. art. hast 2 figures and 13
formulas.
SUB CODE: 07/ SUBM'DATE: 10Oct66/ ORIG REEF: 003
_Card UDC:

OQUIMIX I UZI.IOR
CATMORY I Parm AnImIs.
The SwineI
ABS. JOUR. IItZhB101,1 Not 3a 1959l No. 12062
AUTHOR
TITLZ
ORIG. PUB.
AB3TRAM
Card:
V
:Crossing Pigs of the Xalikinskaya and the
Large White Broods.
:Svir~o46d9tvojA957#.NO 10# 15-16
-,Beginning in 1956, pigs of the large white
and the Kalikinskaya breads wero orossod at
the B-ore3ovskiy TqT~~ Kolkhozes of the Lipet-
ska7a.oblast'i The h7brids which were thus
derived c~ontain the best q~uallties of bcth
~breeds in terms of body build and consti-
tutional type, At the age of 6-7 months cas-
trated amimals reach a live weight of 90-
11,10 kg# In all animals which were turned in
to the govemmentp.-feed expenditure amounted
to 1~*8 feed units per Ikg of weight gain,
1/2-
0. 14yagicova n-

UUNOV, V.D.
Effootiveneos of crisporoosing Landrace and Large White svine.
Zhivotnovodetvo 23 no,3t74,.-77 Mr 161, (MIRA 1711)
1. VsesoyuzW institut zhivotnovodstvas

SOV/127-58-11-14/16
AUTHORSi Rychkov, L.P. and Kabanov, V.P., Engineers
TITLEt The Concentration of the Abakan Ores (Obogashcheniye Abak-
anskikh rud)
PERIODICAL: Gornyy zhurnalp 1958, Nr 11, pp 68 - 72 (USSR)
ABSTRACT: The iron ore produced from the Abakan deposit is first pro-
ceased at the Abskanakays drobillno-obogatltellwWa fabrika
(Abakan Crushing-conoentrating mill) where the large tailings
are separated, and the intermediate product is sent to the
Abagarskaya obogatitel.1naya fabrika (Abagur Concentration
Mill). The yearly output of the Abakan mill is 1,50OPOO0
tons and will be inoreased to 29500tOOO tons. The output of
the Abagur mill to about 3,000 tons a day. ProduuItion at
both of these mills is below the planned quantities, mainly
because the upper layers of the Abskan deposit are poorer
in iron content than was expected. Different technical and
economical indicators of work in both mills are shown in ta-
bles 1-4. There are 2 schematic diafframe and 4 tables.
ASSOCIATION.- Ruznetakiy metallurgicheakiy kombinat (The Kuznetsk Metallur-
gic&l Kombinat
Card 1/1 1. Iron ores--Processing

KABANOV, Vladimir Fedorovich. KIUSHTALI, Illys, Samoylovich; MALINOVSKAYA,
ar a e yevna; HEIAIUD) Yefim Yakovlevich,-, ROMIBLYLI-11, Yefim
Grigorlyevich; MOSHAROVA, T.P., red.; TIKHONOVA, Ye.A., tekhn. red.
[Handbook of time norms*for lathework in ship repairing] Spravochnik
norm i normativov vremeni na tokarzWe raboty v sudoremonte. Moskva..
Izd-vo "Morskoi transportj,! 1961.- 301 P. WILU 14%12)
. . (Turning) (Ships-44aintenance and repair)

KABANOV,, V.F.; NESTERERKO, A.M.j FETUKHOVp B.G.
Production and use of vinter for opon-hearth furnaces in the
Xuznetsk Metallurgical Combine. Biul. TS11CIn-i no.1:36-38
I (A., (MW 14:9)
1. Kuznotskiy,metallurgicheskiy kambinat.
(Stalinak--Sintering)

VINOGRADOV, V.S., inzh.; ALITSOLER, M.A., kand. teklui. nauk; POLYAKOV,
V.G., inzh-; KtRiOCHKIN,, A-X.o inzh.; WIZIN~ V.I.p doktor tekbn.
nauk; ZAIKIN, S.A., inzh.; OSTROVSKII, G.P., inzh.fdaceased];
VALMIKOf P.I.; insh.; BOBRUSMM , L.G., inah.1 RUSTAMOV, I.I.,
inzh.; SHIPRIN, I.I., inzh.; GOLOVANOV,, G.A., inzh.; KRASOVSKIY,
L,A,p inzh.; TSIMBALENKOS'L.N.,, inah.; RAVIKOVICH, I.M.,, inzh.;
BAZILEVICH, S.Y., kand. tekhn.naukle WRIN, I.P., inzh.; ZUBAREV,
S.N.p.inzh.; TIKHOVIDOV9 A.F.p inth.; SHITOVt I.S.1 inzh.1
GAMAYUROV, A.I., inzh.; KUSEMBAYKV, Kh.N.., inzb.; DEMTYAFW,
S.L., insh.1 VORONOV, I.S.2 inzh.; BIWIM, G.M., inzb.; BAMSHEV,
V.M., inzh.) GOIDYIN, Yu.P.,, inzb.j MARCHWO, K.F.t inzb.;
RYCHKOV,,
L.P.p inzh NFZTERENKO, A.M.p inzh.; _.V
KQ -JQ.Y4_V
inzh.;._PATRIKUEV,. inah. [deceased] - ROSSMIT, A.F.., insh.;
SOSEDOW 0.0.1, inih.; FOKROVSKIY, M.A.,, inth.' retsenzents,
p p J'
POIDTSK S.M., red.1 GOLIDIN, Ya.A.,, glav. red.; GOLUBYATHIKOVA,G.S.0
red. Q-va; BOLDYBEVA, Z.A., tekhn. red.
(Iron mining and ore dressing industry]Zhelezorudnaia pro-
vVehlemost'. Moskva, Gosgortekhizdat, 1962. 439 p.
(MIRA 15:12)
1. Moscow. TSentrallvVy institut informataii chernoy meta3lurgii.
(Iron mines and mining) (Ore dressing)

insh.-polkovaik;
110MOT, Ivan Andreyevich, kand. %ekbu. umiak, pglkevnik;
BUZYKIN, Tosilly Ivilmovich, 1~odpolkwrmikj CIMOTARN,
Iladisir Petrovieb. ikepitsal -MISROMTAKOT, G.G., red.;
ANIJUNA, R.I., tokhmred.
(Arecting amAergrowid field fortifloations In averap ead
soft soils] Tosvedeals "lovyM pedsonWah sooruxboali v
orodaikh I slabykh jmSakh, Kogkva, Toon.lad-ve X-va
o'bor. SSIM, 195ge 125 po (MIRA 12:7)
(Military field ongismering)

XAMNOV, L.L
"The Russian ITyazhelovozi (Horse) and Its Hybrids in
Koklbozes,of Molotovskaya Oblast." Cand Agr Sci, (No inst
affiliation given) Omsk, 1954. (RZhBiol, vTo 6, Mar 55)
SO: Sum. No. 670j 29 Sep 55-Survey of Scientific and Technical
Dissertations Defended at USSR Higher Educational Institutions (15)

NOW _0-
arm POLiVs VIor~e~ ~1-2
. T-OA S A
Abs Jour Ref 2hur Biol., No 71 1958.- 30917
Author Kabonov V
Title On the Characteristics of the Efficiency of the Cross-
brieds"Of 'the, Russian 'Heavy-Draft Horse.
(K kharakterlitike rabochikh kaches tv pomesey ruskogo
tysihelovoza),
Orig Pub Sbe nauchn. rabot. Kurgansk, so-kh, in-t, 1956p vype
3.- 263-267-
Abstract The results of the tests carried out on the crossbred
horses of the Russian Hetavy-Draft breed at the Chernush-
ansk State Thoroughbred Breeding Station shoved that
crossbred horses possess higb efficiency and my be used
for ganeral duty. At 21 years of age, they covered 2 km.
at a trot with a traction force of 25 kg. in 7 mine 48
seaq at a pace, with a traction force of 70 kgo,
Card 1/2
1-9

KA U ~ 1,
"Th,
and Agr Sci (d S The Russian heavy 4raught-
~ld I a ~l
.ABANO*. G f 1; ~Ob-
horse and its - -on
IZZ"kO a ~Zr t 113
lestr" Omsk (1957)- 14 pp. (Author Issertations ONE
jhe Omsk Agr Inst im 5- H, Kirov)#
120 copies. (KL, 9-r8, 121)
112

15-57-10-15039
Translation from: Refor6tivnyy zhurnals Geologiyap 1957, Nr 10,
p 287 (USSR)
AUTHOR: Kabanov, V. I,
TITLE., State of Technique and Technology of Oil Exploitation
and the Froblem Before the Oil Men of the Lenin Region
(Sostoyaniye takhniki i takhnologii neftedobyohy i
zadacha neftyanikov Leninskogo rayona)
PERIODICAL: V sb1a. Za vysokayu tekhn. kultturu v dobyche nefti,
Baku, 1956, pp 8-26
ABSTRACT: Bibliographic entry
CRrd 1/1

MOLMMVA* AJ,* iuzh.; BATTUGARTI, Ye.G., inzh.; I
BIRTULISON, Yb.A., iuzh.
Attachments to pumping jacim. Desop.truda v prom. 4 no.4:24-25 Ap-
16o. (MIR& 13:9)
supplies)
(Oil wells-lquipment and

MUSAYELYAWS, R.N. - KAUNOV V I
Mechanization of work in changing casing lines. Trudy VNIITB
no.13:30-35 160. (MIRA 14:12)
(Oil we3I casing)
1: -- . - .- ;
77~~'

N.19.1 ITSKOT-MRO X&.S,j GIAGAH B.N.; BUTIMOVA, A.N.;
DUBOVA, B.I,; FILATOVS D.K*,- NAUROV.-W.
.16ahanised ToNIKSP-M-1-59 MWW coutinuous proauation line for
MAW Oh"d broad,' Trudy TUIMW 160. (MM 15s8)
(Balmrs and balceries-Equipwnt and auppliso)
(Asombly-line methaam)

KABANOV., V.I... insh.
lbvable unIte for undeggroi* - o"rhauling of vans, Bezopstruda .,f
prom. 6 nolllt2.6-27 1 162. (MIRL 16a2)
lo' VossoyimW neftyawy-nauchno-iseledovatellokiy institut po
tekhnike basopannosti, g, Balm,
(Oil AM-kuipment and supplies)

KOSTIN, B.A., red.; EJB&Noy~~!*d
BYKOVA, L.B.v vad. red.; YAKOVLEVA, Z.I.p takhn. red.
(Assembly and use of Bafety devices in petroleum sad gas
production]Hostash i. skepoluatataiia prisposoblexii po tekb-
nike bezop"nosti V neftegazodobyvaiuahchei promyshlennos;I.
Isd,,2., parer. i dop. Moskva, Gostoptekhizdat 1963. 212 P.
WR& 16W
1. Baku. Vassoyusayy neftyanoy mauchno-iBBledovateliskiy in-
stitut po takhaike bezopassoati.
(Oil fielde-Equipmeat and Bupplies)

BONDARly V.P.;.KOANQ.,yj-,V.,.M.1 SIMANOVSKIY, YU.S.
Miniature transformer torque transducer. Izm. tekh. no.9.*
23-2,4 3 163. (MIRA 17: 1)

KMANffi.~. p kwul. tekhn. nauk
lppr6zinatlon =thod for oalculating the equivalent inductance
of a traction motor under outout conditions. Trudy Ural.
elektromeldi. inst. insh. shale dor. tranap. no.5t67-77 162-
(MIRA 1.7t8)

SMXITEVIV A. P.P insh.; KABANOV.,-Vj,,,)!., insb.
"rience in the operation of suall-botler unite fired wl
mined peat. Torf. PrM. 40 vio.3134-35 163. (XM 16:4)
1. Torfoprodpriyatiya Tesoro IV.-
(Peat) (Boilers--Yiring)

KABANOVI Vasiliy Haumovich, starshiy prepodavatel'
Special features of switching operations in the power networks of
d.c. powered rolling stock. Izv. vys. ucheb, zav.; elektromekh. 4
no.12:75-86 161. (MIRA 15:1)
1. Kafedri, elektricheskoy tyagi Urallskogo elektromekhanicheskogo
instituta.
(Electric locomotives) (Electric railroads--Current supply)

-W
KABANOV, V.W. td takhn.-.nauk (Sverdlovsk); VOLIF, A.M., in-h.
(SVe=V%4j"xUImVP V.I. t. insh, (Sverdlavoic).
Now text'400-1,dyi electria, tractim Mal. dor. tranap. 45 no.11:
94-95 M (MITA 16:12)

Dlff,UaN, Z.A.1 KABANOV,_V.S.
Pine grinding of ohalk-oUy oludge In jet separatoro. T39ment 26
no.3:22-24 8-0 160;. (MIRA 13 110)
(Milling wwhinerr)

KABANOV, V.S., in2h.
Main line of laboring glory. Transp.stroi. 13 no.10:40-41
0 163," (ICRA 17ig)

p rge h. inzh.; IVANOVA, M.N., inzh,., red.j
-__KABANOVp Vap~il~iy Se
SURODEM, V*Pej inzbo,redo; USENK01 L.A., tekhn.-red.
(Efficient use of excavators] Vvookoproisvoditellnoo ispoltzo-
vanle ekskavatorar. Mookva, Vass. izdatellqko-poligr, ob"edine-
nie M-va putsi soobshobaniia, 1962. 17 p, (MMA 150)
(Excavating machinery)

KABANOV. V. S.- insh.; MOLOSTOV, V. F., insh.
Alekmuidr KaMalov and his crev. Tramp. stroi. 13 no 4:39-40
Ap 163. 1 (KM 3.6t45
(HAdimdo-Slactrification)
I 1-~ " -.1 ~-. ~- F

DEMAKINI Z.A., kand. tekhn. nauk; RARAIJOVt V.S., Inah.
Spray disintegratc~- for processing lime suspended matter.
Mekh. stroi. 20 no.10%18 0 063. (MIRA 16:10)

rENIAKIN, Z.A.f k.t.n. [DanyakigIZ.A.]; KAII!M_ZS.
W*--Aft"
Jet diiin4grator for preparl!ig lime suspensions. Ratsionalizatsiia 13
no.12t17 t63.

DENYAKIIII, 7.A.J. kand. tolhii. riauk; KAIIANOV, V.S.? inzh.
Usirg Jet disintegrators in cement pl,~mLs. TSdmert, 30 rio.5-21L-2z
3-0 164. (NURA 17: 12')
1. Voronezbskly inzhenerno-stroltallriyy institut.

GORYUNOVA, S.V.; RZHANOVAj G.N.1 OVSYANVIKOVAN M.N.; ORLMSKn, V-K-;
Role of synchronous cultures in the study of tho biology of
Chlorella and their practical use. Rikrobiclogilla 31 noq6v
nO7-n2l 16-D 162. .441 WU 1613)
1. Inotitut mikrobiologii AIN SSSR.
.(AIAAZ.VJL7UPJS AND CULTURN INDU)

GORIUNOVA, S.V. [Goryunova, S.V.]; RJANOVA, G.N. [Rzhanova, G.N.];
OVSEANNIKOVA9 M.N.- [Ovsyannikova., M.N.]; ORLEANNSKI, V.K.
(Orleanskiy,, V.K. JI K~LMMVP- VOVO
-
Importance of synchronous cultures in the biologAcal study of
Chlorella algae and their practical utilization. Analele biol 17
no-5t69-86 Ag 163.

SIN'KEVICIIP Mes,; KABANOV, Me
Results obtained from furthering regeneration of forests in alear-
cut areas of Karelia. Trudy Kar. fil. AN SSSR no.25.-67-74 '61.
(MIRA 14:9)
(Karelia--Reforestation)

sov/147-59-2-7/20
AUTHORS t 'Galkin, Sol*, Kabanovj VoV. --and Lyashenko, S.S. ",Novosibirsk)
TITLEt Experimental of a Cantilever
(Circular) Cylindrical Shell with a Large Rectangular
Cut-Out when Loaded by a Concentrated Force at the
Free End (Eksperimaittallnoye isaled'ovaniye
karkasirovannoy.krugovoy tailindricheakoy obolocliki a
bol*shim pryamougolInym vyrezom pri izgibe
soaredotochennoy siloy)
PERIODICAL:Izvestiya vysshikh uchebnykh zavedeniy, Aviatsioxmaya
tekhnika, 1959, Nr 2, pp 49-61 (USSR)
ABSTRACT: The experiments were carried out on a shell of
600 mm diameter, 3800 Mm long, jxIAte& vith MW
of 0.8 mm thickness. The shell was stinened on the
outside by longitudinal stringers (pressed dural. 2
angles, Pr 100-3, of a cross-sectional area of 0.434 cm
and on.the inside by ribs spaced at 130 mm. The total
length of the cut-out was 1000 mm. The general
lay-out of the shell in shown in Fig 1, while Fig 2
shown the cross-section of the rib. Along their whole
length the longitudinal edges of the cut-out were
Card 1/5 reinforced by either channels wi th flat fillets or

SOV/147-39-2-7/20
Experimental Investigation of Bending of a Cantilever (Circular)
Cylindrical Shell with a Large Rectangular Cut-Out when Loaded by
a Concentrated Force at the Free End
simply by flats, an shown in Fig 3- In the plane of
'Symmetry of the shell (i.e. with respect to cut-out)
two longitudinal joints were made. one end-of the
shell was firmly fixed (by means of a fitting attached
to a steelplate) and the shell was loaded at the
other (free) end# the force being applied with the i d
of cables to a short steel cylinder which was fitted
into the shell (see Fig 1). The force was measured by
a
spring dynamometer. Two different directions of
loading were used, an shown in Fig 4. In the first
case the force vector was in the plane of symetry of
the structure and in the second case, in the axial
plane perpendicular to the plane of symmetry., Fig 5
ahows the complete rig ready for experiments. The
results of, experiments are presented in Figures 7 to
14. The graphs also include the theoretical curves
obtained from relations developed in Ref 1. All
experimental data and the computational values refer
Card 2/5 to the same loading, viz 1000 kg. Figures 7 to 10
- - - - - - - - - - -

SOV/147-59-2-7/20
Experimental Investigation of Bending of a Cantilever (Circular)
Cylindrical Shell with a Large Rectangular Cut-Out when Loaded by
a Concentrated Force at the Free End
refer to the symmetric leading (cape 1) and Figures
11 to 14 refer to the anyometric UAding (came 2) an
follows: Fig 7 shown the tangential stresses in the
open portion of the shell (at sections 1 and 4, see
Fig I)* It is seen that they do not remain constant
and are greatest between the 8th and 9th stringers.
It also appears that the strength of the longitudinal
reinforcement on the edges of the cut-out has
essentially only a local effect on the magnitude of
stresses in the panel at the boundary of the cut-out.
There is
good agreement between the calculated and
the experimental results. From Fig 8, which referx
to sections 5 and 7, it is seen that in the closed
portion of the shell the distribution of tangential
stresses is extremely non-uniform, showing even local
concentration of stresses. The peaks in the stress
Card.3/5 curves become less sharp further away from the cut-out,

sov/147-59-2-7/20
Experimental Investigation of Bending of a Cantilever (Circular)
Cylindrical Shell with a Large Rectangular Cut-out when Loaded by
a Concentrated Force at the Free End
The strength of the reinforcement on the edges of
the cut-out has an insignificant influence on the
distribution of the tangential stresses. Fig 9 shows
the normial. stresses at sections 1, 4 and 51 while in
Fig 10 the normal stream along the stringers Nr I and
Nr 9 are shown, the last one being the reinforcement
of the cut-out edge. Again there in good agreement
between the experiment and the theory of Ref 1.
For the case of the asymmetric loading the conclusions
may be summarized as follows% The distribution of
tangential stresses in the open part of the shell
(Fig 11 refers to sections 1 and 4) again in not
constants The strength of the reinforcement on the
out-out edge again has only a local effect, influencing
the stresses in the panel between the 8th and 9th stringe a..
Agreement between the experiment and the theory of
Ref I is much poorer than in the previous case. In the
closed part of the shell the distribution of tangential
Card 4/5 stresses is also non-uniform (Fig 129 sections 5 and 7).

SOV/147-59-2-7/20
Ekporimental Invostigation of Banding of a Cantilever (Circular)
Cylindrical Shell with a Large Rectangular Cut-Out when Loaded by
a Concentrated Force at the Free End
The noix-u-4 orzdty bacomaz.-laza.-tutense Xurther away
from the cut-out into the closed phart of the shell.
The strength of the reinforcement as fundamentally a
local effect influencing only the maximum stress
arising in the panel between the 9th and 10th stringers.
Agreement between the calculated normal stresses and
the experimental values (Fig 13) is good at Section 1
(at the middle of the cut-out) but poor at the
boundary of the cut-out (section 4). Fig 14 represents
the distribution of normal stresses in the stringers
Nr,9 and Nr 5. There are 14 figures and 1 Soviet
reference.
SUBMITTED: October 21, 1958
Card 5/5
-4.

39781
S/147/62/000/002/009/020
E201/E135
AUTHORt KLbanov, V.V.
TITLE: Stability of a circular cylindrical shell subjected to
nonuniform temperature distribution
PERIODICAL: Izvestiya vysshilch uche*bnykh*zaved6niy,
Aviatsionnaya tekhnikaJrno.2, 1962, 65-71
TEXT: It is assumed that the shell (Fig.1) is subjected to
longitudinal forces of inagnitude
T, T - f(CP)
where: T - parameter, f(cp) - arbitrary even function of the
coordinate ce Equilibrium conditions are expeenaed byt
DV 2Vr2W -, i- C)* 2F C1 2w
R c)x2 -1 OX2
2
2V 2 F Sh w (2)~
2
x
Card 1/p

S/147/62/000/002/009/020-
Stability of a circular cylindrical... E201/E135-
from which the .-equation of forces"is obtained for a cylinder
partially filled with liquid at zero temperature and placed in a
medAum at the temperature T*;
T Ehm To My (1/5 )(A' + 2 sin cos cP (19)
E 4
The maximum value of Tj is reached when IF= 0:
T1 max= - k2 IJ1 My ) - 0 - sin 2P j - Tc (22)
Fig-3 shows values of q (continu*us lines) and correspo4ding
values of k2. q length of longitudinal half
wavelength. It can be seen that the longitudinal waves are short.
Assuming that q21> n2, OLn can be considered independent of n;
the critical temperature in proportional to On
q - ql (23)
where q, in given bye
V-17
q, (R/h) 2 (1 V~) (24)
Card 2/ # 7~

Stability of a circular .... s/147/62/000/002/009/020
E201/E135 ,
0
When a n = 1, k 2 in independeut 'of h/R and the critical
temperature is.proportional to h/R. In this case the critical
stress is equal to the critical stress in the cylinder when It is
subjected to uniform axial compression.
There are 5 figures*
SUBMITTED: November 23, 1961
Card 3/f

KABALNOV,q V.V. (Navosibirnk)
Stability of a circular cylindrical shell subjected to a
nommiform compression. IzvkN SWR.Otd.tel~enaukeMekhsi,
mmattinostr. no.ltl8l-183 Ja-F 163. (KrM 16Q)
(Elastic plates and shells)

ACCESSION NR: AT4010248 S/3052/63/000~003/0201/0210
AUTHOR: Kabanov, V. V. (N
qvQstbLrG1C)
TITLE: Stability of a circular cylindrical shell during uneven heating
SOURCE: AN UkrSSR. Institut mekhaniki. Teplovy*ye napryazhenlya, v elementalch
konshiftsly; nauchnoye soveshchaniyo. Doklady*, no. 3, 1963, 201-210
TOPIC TAGS: thermal stress, cylindrical shell, circular cylindrical shoU, cylindrical
shell stability, nonuniform heating, aircraft design
ABSTRACT: Investigation of sheU stability during uneven heating and the problems con-
nected with it are especially Important in aircraft construction. The basic question Is a
to what degree the heterogeneity of the stress exceeds the critical value of the emplitude
T as compared with the magnttude of critical stress at uniform compression. Tj=Tf(0),,!
where T is the stress amplitude and f(q) is an arbitrary even f1metion. Inthecaseof
bending of the shell by momantum, W. Flugge obtained an Amplitude of critical stress
equal to 1. 33 timos the value of critical. stress - at a uniform compression. lAter in-
vestigations by Yu. G. Odinokov, Ye. D. Plebaova, and ~?. Seldo indicated that for
thin-walled shells the amplitudIe- of critical stress during banding (within the limits, of the
linear theory of stablUty) differs very little from the critical stress aV imiform com-
:1A
Card

ACCESSION NR:. AT4010248
pression. Flug%~G'S TOSURS can be explained by the fact that the wavelength in the longi-
tudinal direction, as accepted by. him', does not correspond to the minimum critical
stress. The problem of thermal: buckling of circular cylindrical shells was also con-
sidered by D. Abir and C. Nardo, and the work of P. P. Bijlard Is analyzed by the -
Wed and immersed shell, with the tem-
author. The caie of the stability of a partially fi
i perature of the llcjiid 0* and the temperature of the surrouftding medium TO, is given
as an example. tThe conclusion Is' that, according to the linear theory of stability of thin
walled she 11s, t4e uneven distribution of stresses.1p. oross-section has little influence on
the critical value of the largest compressing stress. For the definition of critical
temperature, the author gives the following formulas:
A
TO = k 2 TOO, where V is the temperature amplitude, vhere
i A and TOO h
2 ~q -(, where h and R aTe the thickness and radius of the
shell. Finally, k2= sin 2-1
6 figures, 29 equations, and 1 table.
Orig. art. has'.
2/3
Card

ACCESSION NR: AT4010248
ASSOCIATION- Itistitut raeldianiki AN UkrSSR (Institute of Mechanics. AN UlxSSR)
.SUBMITTED: 00 DATE ACQ. 17Jan64
ENC1.4 00
SUB CODE: AP NO REF SOV: 002 OTHER: 004
3/3
Coid.
------ - ------

(d)AwP(vVEwp(k')1W_-,A(h) Pf,11/Peb
kSD -21'A_2?C (p !Y--
ACCE.~~S[C~N NR Apqn4~rawi7
F AUTHOR: Kabanov, V. V.
A
TTTLEI -Stability of
rcular-cylindrical shell-under combined ex-
-ternal pressure and axial ivre-ei
Aviaccion:naya taktinIks, no. 4, l?64, 46-51
1-19otroplc-~shel-l - orthetrople sbL-11;- 7 c 6ziiilly th trople shell
or o
eonstru
ABSTRAM The buckling of a rircular-cylindrical anisotropic shell of mwdt,m
longtir, is anal-rze~ 'In 1!near f, rmuli At 1: In
-1T V,3TW~- Ariq~
A M6. a. husfituri utabiiiry equation is used to
derive exact expressions from which the minimum buckling load and other nariumo
CeTS can be dietermined. Approximili, erprc-spins
rvc-- ux Kens-e ana compressive axial forces on wave forming is discusped. Re-
sults of a numerical calculation oi cvitical loadtng for certain geometrical and
Card 1/2

L 12026-65
ACCESSION NR: AP4048-10?
0
rigidity parameters of the shell are shown graphically, Design formulas for the
following particular cases of shell anisotropy are deduceJ: i sot ;'i '. '~ I : r -
tbotropic shell, and constructionally orthotropic shell (fitif feneu bv
both o t r '. ng e r a a rd r a m,b o art. '01861 f igurefi
ASSOCIATION: none
t_..-SUBH1TZED-. - _-2ODecfi3- t AS-
NO REP SOV: 003 OMMOV -000 ATD PRESS*- 3124
Card 212

,q lot 9 'f 4 In I ri
a
n r r u a r c n d
u n i n a s L r v y
11964~ 116-1i9
T ~; 'a ; cv~rcdri~-,sl shell, shell stabilitv,
0 J c- v I n r c a 1 t4 h c I I , a andwich chall, r, qnd~. i ch F
AS STRAUT 16 CST --b-UCFki !Dg.-, at: -cy klfw C;LG-& I fo kl-wh, W-
nf avMmetyle fRaometricall-V and Dbvsir*.2117) to-i-struction iq nomlvxred. I
f j I r

L 9%0
,AcCESSION NP: AP40431193
Eiie thickness is assumed valid for the care. Potsson''q
taken a 9 the sAme for all layers. T he she I I t r,
f o r c z vIn I r n 9 t ~i r. e r 1 9 e i-.r t h 11 r; V .1
r 1 T C 7
c t, i n 1 z i a 1 on e T h r r, U f, a
a I c r k I n m e ~'i a s N,s t e m n f n e a r h , m c, p, er. e Li, a . c f- 7
e p i ,L a Lx i d e T. e rm I n i n c
iorce parameter is t~ius reduced to finding the m8xi-vium
the matrix; thp sigenvactor will determine deflt,:
a L IT-
a me L Lh 0 C o T e a n e. n f- P
t t- 0 i
u n o r m x e r n a
q ti r ze a r
4
ASSOCIATION: ncne

M (h. Pf -
16911-65
ASMk f 3 -2 hUf-a
ACCRSSION NR! AT50N023
TITLE - Buckling of an anlaotrople c1 rcu lai cvl Irid', I cal 6hel' ali,~~
6 1 on . t n t e t na CS b u Ft . SD d 10n sz i wd ! n 4 11 ~r. -, in ' ' - ". 't, -, - ~ -- 6
S OUR C F S 'v;i'13 'I C 11 ii ~-. i V e p Ce 7 f) ij I V
--)f 7 , -i z 'w,v
tv" 1 Y'3' -J 1 e Naur-~%"'i -!I-,
5,4 - 1 b
-of
TOM TAM: cylind cal !!ag'p'rc1rcplar cylindrical shell, aninotropic cylindrical;
ebell,: shell bucklU4, ~harmal shell buckling, nonuniformly heated shell
ems
ke
lucXlivj~ behavlLor of a ebell subjected only to hoop forces is imvestigated. The

L 1b911-65
AL: ~q
-U AMON
ftaulta obtain" art aPplivid to exaz"irg the stability of a she",
cam)-AAed vith 1ntPn-,4,.' 'rePq~~:-'F Snd b LLMPeisc~rfj Jump in tt~~e
k verL 1 c a I h o I I ow cy 1 1, ~Id '_. T 111 ti hot uw~i I kLn. L-Lt cy 1-4 "-lei F~j~iuyg Part IV fi 11 f'd
I 1qu I d) ; the pbys ical cons tan ts of tbe ,jlie 1 1 ma t t" r i
Pendent on t he temDe -.tir ~i re ,The thertnial t-trw38 distribuL o-- Iii V.1untl"41
i part
of L-h, s-k-11 is anal--zed without taking aceount of thc- c4V eUactr., naile conditims,
4 thg C-3. su4tl~Dn
SIM -
as
or e. teWer
_Atu=. ut.--buckjjzg- 1"irive-t.- of thermal stresses on t L--
.ciitical axial compressjqmn forc Js daemined Regults of numerica! stress anal~'-
!als of stm gly stiffened, weakly stiffened, and plain shells are briefliv
OTig. aTt. has: 4 figures and 32 formlas.
ASSOCIATIONS none
SMUTTED: 02jan64 ENCL: 00 SUb CODE: AS
NO REY SOV; 004 OTHER, 001 Xf DPRESS: 3149
2/2

ACC NR& AP60.U705 SOURCE CODE: UR/0147/66/000/001/0654/0062
AUTHOR: Kabandv, V. V.
ORG: none
too
,TITLE: The action of edge effect 6n the stability and' of a structwally
anisotropic circular'--ylindrical shell under compression, internal pressure and beat-- r..,
-IVUZ.-.Aviatsionnays'tekhnika, no. 1, 1966, 54-62
TOPIC TAGS: e~%s effect" 41indrical shelf itructure, empressive stress, t m-pera-
ture a tir as wi
ABSTRACT: The author studies a uniformly heated circular cylindrical shell,with
dense network of lonjitudinal and transverse reinforcements under the effecti of an-
]I bag
a6ldel linear cqmpression load N and internal pressure (see figure), This she
W
f. f f
x
LOU
cwd 1/2. UDC: 519.3 629. 01.3. 012

L 397~
fl; ACC Nits
(:~i J I
elastic support ribs along Its edges. The t9mperature of the shell in ti, while that
of the support ribs Is t r * The physical'coostants of the shell material, the rain-
f6rcements and Upports we identical and - are independent of temperature. The of-
feet which 1wal deformations originating at the supports he" on the strength and
stability of the shell is considered* The.deformations are divided Into axisysmetric
and nonexisymmetric. An analysis indicates that edge effect occurs even In the ab-
sence of temperature and pressure. Stress Intensity way be several times greater
than mosentless Cate'intensity. 'The maximun intensity in at the supports for a
clasped sh ell and near the.supports for a supported shell. If the temperatures of
,.the supports and the shell am *at gnat variances the temperature stresses signifi-,
scantly increase stress.intensity.- Nonlin4arity in the 0 eMc* is significant
dge
ik
whan N in large. ;As N approaches the critical value, qualitative and quantitative
changes occur inthe stress pattern. Thelfunctions describing nonlinear edge effects
are periodic and 'greatly different fk~oa,the, nonpariodic functions"' for linear ed
96
'effect. Rainfavement,roduces,nonlinear-leffects. Origs art. hasi., 5 figures,' 34
~.foz 12" a
- OW v64 .ORIG RE OTH REF: 002
ISM CODE-: 20/- SUBM DATE 1-" W 007/
card 2/2

!Gosudaretvennogo proizvodstvennogo komiteta'po gazovoy prouVehlennosti SS
SR27-
ISOURCE: Izobroteniyal promyehlenWe obraztoy'o tovarWe znaiit no- 59 19661 76
'TOPIC TAGS: flow meter, gag flow, liquid flow
1ABSTRACT - This Author Certificate presents a mass flow motor containingLtwo
gauge
'impellers with differing blade pitchest interconnected by an elastic element in the
--form of a torsion devic see Fig.
a 1). To increasethe accuracy of mensurementp,one,
end of the torsion device is rigidly fastened to the impeller shaft and the other
i
end is rigidly fastened to a~part movableLalong the axle, The pa
$ rt is mounted
lbetween two elastic elementep eogs, springep'whose stiffness is less than that of J
the torsion devices
UDC: 681ol2l,
1 A-

L 27259-66
CC M AP6009542

Fig. 1. 1 torsion devioe; 2 shaft;
'__-.3 and- -4 r -movable
t

O =TL

Orig# art
has I'
*
s4p~=6
.
A
CODEs
'iTHs:t:1. 29Doo64
14/
-

1.4;. '242
out,

ABA!IqV-l V.V
HIM
4 14
r
do
RMO IF-W smulman-

BRUYEVICHs S.V.j prof., otv. red.; KABANOV, V.V.; TDSKMOVAp I.P.p
red.; MUUNI, 79.V., tekbn-.-re&-----
(Conversion tables of the results of IWdrochemical analyses]
Tablitoy perescheta rezul'tatov gidrokbinicbeakikh analizov.
Moskva# Izd-vo Aked. tmk S=p 1962. 92 p. (MIRA 150-1)
1. Akademiya nauk SWR- Okeanograficheakoa komissiya.
(iat;r-Analysia)

KABANOVp V.V.
Use of the pH-neter.LP--37 M for determining the active
reaction in sea water aboard the research vessel *Ydkhail
Lomonosove" Okeanologiia 2 no*6tlO85-1* 162.
1. Morskoy gidrofinicheakiy institu.t,AN ELS-SR. (MIRA 17:2)

04569-mg-EWT(d)
I A%-4- f4mt AT6033811
w)/EWP(v)/EWPW IJPW
SOURCE CODE:
AUTHOR: Kabanov, V. _V. (Novosibirsk)
ORG: none
WW/Dl
UR/3052/66/000/006/0197/0204
~'7~4
041
TITLE: Stability of a plastic stiffened circular-shell under nonuniform heating and
compression 9~?
SOURCE: Nauchnoye soveshchaniye po teplovym napryazheniyam v elementakh konstruktsiy,
6th, Kiev, 1966. Teplovyye napryazheniya v elementakh konstruktsiy (Thermal stresses
An.construction elements); doklady soveshchaniya, no. 6. Kiev, Naukova dumka, 1966,
197-204
TOPIC TAGS: cylindric 'she~lfftc=rcuaar cylindric shell, shell buckling, thermal
A
buckling, axially compressed shell, plastic buckling, plastic shell buckling
ABSTRACT, The buckling behavior of a thin circular cylindrical shell of medium
length stiffened by closely spaced stringers, and having rigid diaphragms at ends is
discussed. The temperatures of the skin and the stringers are different. 7he
states of stress and strain in the skin and the stringers are analyzed by using the
strain theory supplemented by an assumption that there are no unloaded areas in the
structure. The shell is treated as an orthotropically stiffened one under the con-
ventional assumption of the thin-shell theory. Expressions for determininR the
stresses in the skin and the stringers are derived, and a graphico-analytic~method
ACC NRI AT6033811 0
of their solution is outlined. The static-stability criterion is used in investi-
gating the buckling of the shell, assuming the membrane-stress state prior to
buckling and an instantaneous transition to the buckling state under constant
(prebuckling) external forces and temperatures. Expressions for forces and moments
cting in the state of postbuckling equilibrium are given as well as the equation of
a
its stability from which a formula for determining the critical force is derived
for cases of symmetrical and asymmetrical buckling. The modes of buckling and the
range of applicability of derived formulas are analy:ted and a practical formula for
calculating the buckling force is given. The graphico-analytical procedure to be
used in calculating is outlined and is illustrated by a numerical sample calculation
which shows in an accompanying diagram the unfavorable effect of thermal stresses on
the stability of a stringer-stiffened cylindrical shell. Orig. art. has: 4 figures,
27 formulas, and I table.
'fzr/
SUB CODE: i5j" Wait DATE:. none/ ORXG REP: 002/ OTH REF; 002/ ATD PRESS*. 5100
I rard gig vmb