SCIENTIFIC ABSTRACT KATAYEV, V.M. - KATAYEVA, N.A.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721110019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KATAYEV V.M.
==Z~~
Basic tasks of the plastics industry for 1965. Plast. massy
no.1:1-2 165, (MIRA 18:4)

TXTAYEV, V. N.
State Order of Le-nin and Order of Labor T?ed Ranner Inst of P;Vcic,-tl Culture
imeni P. F. Lesgaft.
WAYIEV, V. N.: "Frograrn3 -.nd rules for c-mpetition in sorting -.vmw~stics
in the LISSR and their sipificance for the development of athletic mastery
of gy=asts." State Orcler of Lenin and Order of L&bor RtA Banner Inst o:C
Physical Clilture Imeni P. F. Leagaft. Leningrad, 1956.
(Dissertation for the Degree of Candidate in 1~edagogical bcimces)
SO: Mlizhnaya Letopist, No. 20, -1956.

YUWAYEEV, V - I - P
Tekhnicheskoye Nomirovaniye Protossov nekhovogo Proizvodstva.
(Technical StandarJization ofindustrial processes forfurs)
Moskva, Gizleopromij 1947.
122 p. Vibles, Diagrs.
Discusses standardization method, giving examples based. on the production of
industrial enterprises.

r" 1 11 ~ I.-I, ~r T-
- A.-. I ~ I -, ~ , T . - *
Sewing
Increasing labor productivity in sewing operations.
Log. prom. 12 no. 4,, 1952
Monthl List of Russian Accessions, Library of
;Vongresst July 1952. Unclassified.

nump V. P.
Machinery in industry
Productivity reserve of equipment Log. prom. 12 no. 5, 1952.
Ilonthly List of Russian Accessions, Librery of Congress, August, 952. UNCLAUSSIFIED.

DTAYIT, V.P., inshener.
~ ---`
Combined operations in fur processing. Legeprom. 14 no.,9:9-10 3 154.
(]Fdr ) (MM 7:9)

KATA24". kand.tekhn.nauk.
Mak
Semiautomatic and continuous flow lines for the processing of
fur sheepskin. Leg.prom. 17 no.8:12-15 Ag '57. (MIRA 10:10)
(Assembly-line methods) (Rides and skins)

ZOIN, A.M., kand.biolog.nauk; LUZOETSOV, B.A., prof., doktor biolog.
nauk; HOWOV, A.H., kand.seliskokhoz.nauk; PURIM, Ya.A., kand.
tekhn.nauk; CHATSKIY, P.I.. kand.tekhn.nauk; SERGEYEVA, T.A.,
kand.takhn:nauk; B.ARYKIN, A.M., knnd.talchn.nauk; LOSWA, N.L.,
kand.takhn nauk [deceased]; RUMYANTSKV, M.Z., etarshiy nauchnvy
aotrudnik Cdeaeasedj; LAPIDUS, L.G., starnhiy nauchnyy sotrudnik;
FRSNMI, Ye.B., kand.tekhn.nauk; hIMMINIT&AYA, Ye.G., mladshiy
nauchnyy sotrudaik,-- XATAYSY,,.V.?., lmnd.ekonomoiauk; IMYAGIIIA, 11.1.,
red.; MWTYHOV, S.F., red.; MINAYEVA, T.H., red.; PMRANNIKOV,
M.N., red.; XNAKNIH, M.T., tekhn.red.
(Manual on fur and sheep pelt garment manufacture] Spravochnik po
makhovoi i ovehinno-shubnoi promychlannontio Vol.2.LRaw materials.
Semifinished and final products. Production technoloV] Syr1e.
Polufabrikaty i izdeliia. Teklmologiia proizvodatva, 1959. 631 p,
(MIRA 13:3)
1. Nauchno-iosledovatellskiy inatitut makhovoy promyahlennosti
(NIDIP) (for Rumyantsev, Lapidus).
(Rides and akins) (ftr-H4ndbooks, manuals, eta.)

WSR/Chemistry - Diene, Synthesis Apr- 49
Chemistry - Synthesis
"Diene Synthesis With Selenophene and Its Homo-
Logues," B. A. ArbU207, Corr Mem, Aea& Sci USSR,
Ye. G. M&tayev, Sai lies Chem Inat imeni A. M.
ButleroT, Kazan State U imeni V. I. V11yanor-
Lenin, 3 pp
"Dok Ak Nauk SSSR" Vol IJ7, No 4
Shoved that selenophone, 2-metbylselenophene, and
2,,5~-dimath*aelenophene 'enter into dLiene synthesis
vith maleic anhydride during heating at 1500 for.
16 hours. Diene,synthesis does not occur at
4lAqrl,
USSR/Chemlstry'- Diene, Synthesis (Contd) Apr 49
lower temperatures (100 - 1200). Separation of
elementary selenium was observed in all reactions,
but separation of hydrogen selenide vas not ob-
served. Submitted 3 Feb 49.
4IA9Ti

*'Ihft6 with solmooono AmP4 Its bomc4M
A G. Ko (K,st.m Suiv 1*.Iiv 1.
, I , , 411 S SIS R. 63. 191 IN 1111111 1 lle,411111
sill-lulplient, nith 11 x limiriv atilivilside III I.. at IN)
IA waled lulm. viddol '~- aud 321"
amb)"T'dt 4). IlLcomp. 345-
A,6. .111.1ililifig "WI difliti-Ailly'. Ibc ffrr :1611 will i-lat"I .14
CO
41
CO
All
I comt-m't by Mel to tile kv.-Alf f'Or.
130 1'% 2. Niel hylWICIlopholie sillill'ifiv f.1%C Alto J-Aff
"'It, X of L im-omp, -hlf) S* Onitio AmOA,.) rifer.
All - 1;1,', ', " if ... it, AstioAcif, while 2,,-fimelhvilelcooplivic
%I' On' d.Nv-ml :40~ V (lefto-31f
it, 1.4-i,aphiN ii
'th 1 1..It add All '(11,11ophror at 1.10 ;.N41" 'N I K

D41,09 Syntb*908 with 2.4,bolsoidio" H A. Athist.1v
and H. (L Kouev (Kottan Slate Ucttv I zhio. Oikh't
XA1 20. WI-811PUl): et. CA. *4.
M vot'l. th~ A"t-
Ell"",.Addy than pipty"W, I i:141 6 1. IN a.
&Ud U-1 9- bYlUMQUIGODe 6110 1-' VIM &I UM 30' 111 A
Walt-Al tulw gAve 4ol:*',
arbonatrik, b. W 3 brat"I %let,
OR
he calol. amt. 4 11F 2 htsit of W4, thro IrfluxMI In I's,
ith aq, ek,. NatIll. it gAvr 2.4% in-
(17 g.). 25 a. MCCILOONUO'. m., 1,Y.1 ... q.w--
9.) after 13 firs. at 17P V pre 311,"c di-L's .1.3.6-
I., WS 9" h'.
44-6 1.4841. d.0 11M. whicii an hrAting 7 bro
wi
Will
.a
vool . I's I fxv 14% an oil latuide. In. IM 4 iflown
&WIL.11. I with im 19
I
rose-1-catborylale, b, 115-17% aR 1.4744. (119 1AN7,
which cm hNfing with -11% aq, A%
.16P LOW; semkathasoor. sit. IMN 7' (fri"n X1,,till)
I with PbCIIX(C(Wt1% z.vt in 12 In*. at 1-41- %1%,
LIM. h. 1.14145. PlICIIt-
I
WOsht)Ac sure 40% D
11, 103 V, oil, 1AM. 41!0
G. b1. K-4,14144

Q -
- -- KATAEV I E. G.
11
.Arbuzov, B. A. & Kataev, E. G. - "Diane syntheses with pip-arylene." ( p. 68)
SO: Journal of General Ghamistry, (Zhurnal Obshchei Khimii), 1950, Vol. 20, No. 1

- KATI~~ V,~E. G.
IlInteraction of piperylene and hexadiene-2, 4 with unsaturated nitro compounds."
Kataev, E,.L., 1-fatveeva., P. S. (P. 405)
SO: Jounial of General Chemistry (Zhurnal Obshchei 10iimii) 1953, Volume 23, No-3.

Mrii6, r - G .
Arbuzov, B. Z. and &~ej, E. ). - "Diene eynthesis with 2.4-hexadiene." (P. 931)
SOt Journal of Gengral Chgmiatry, (Zhurnal Obshohei Khimii)t 10,50~ Volt 20, Not 5-

I04ay 44,-
Dift'll IlYnthe1ies with Piperviene. If. A. Mbust), and
F. (;. K;Ills" 4K.1y.. Is SIMP I'ViV.). Zhur. MiAOsel
Chem-i 20,
a1"10.1 9. hydroquinotir
Arr 21 Ism tif VVI 1114 g4vu 21 g (nj':j',j
tdide. 1% M 70% It. 773 4 1,41m,
Xj; this ill J."11,11 al". II I
1:* OAr tOll in a 1r;i1cloltrain
l:-Vr After 1-1 bri. 40,; 111 the mrevontling Et f1w, th,
1'5-7', Is,. MK -W. -Ir 1.4fillis. -1.' 007,41, whk-h on boil.
th Aq. ale. 12 by,. S.IvV of theftee a,-id
11f),girull. Is. IMS 10% xj* 1 4-,38 do' 1 M7: Ag sail.
ill Dil. Hr() r1mix.:1 g, ','j,CO,, ItAlowed by addo.. in the
cow, of MV) rnL I"; KNino, soln., I;Ivr 1"I'll;-Pefilaw-
fricarboxylse axid, it, IVIV (from Ila), The above
nitrile (1.3 C,) was dehydrogirtiated by heating 2 first. to
;XW with 3.41 C. lir, !)less txAling to bra. with W47,, N3011,
wbkh lta%~ 0-toluir acid. ronfinning the structuri. )teat.
11-19- LandO.59. brtrociisinonegism.
to 115,10' cave 70 c. Mr~j
1h, M 9'. xi,* 1 46M,d" OAKM lirmitarbasome. m. l(MR1
(from E(011)11: oxid..10tOn of Ilse 1-1-h-hyde (251 ) with Crp
x. A
9M)i and Xf 9. NaMf in dil. 1-.tO[f over 12 hn, gave
the trans Point nt 11, in. .52-2.5- (troin pttr. ethef); It,%
-it 3,311 is a volatle-, Inwvflrr; Tramfortnati" to thf! acid
.1 Willi t"I 1114'
:'.in II,(1j; the liql1i'l f'"In of It ftilol
to glvc the atillIlt. 1 (18 C.) anti 241, MeCIL CIL70di'l Is.
In the rewltre A gave altrr 13 Is". at 1.7 1
5* 741-1, do-El !X'4i ~efhyi,l - v, 1A(% rose . 1, 1 -di. 04",,% 11 -
ate, hj U.3-4% th, Ufi S*, "J! 1,4610. d,.' 1.940; hv-
ilritlysii with Wit: I'1011-KO)l S bro. tit M* Ove belt re
a,id, tit. IM' (Ituna RIOA,7). in 42'; Virld; Jerarboxvia.
11,111 at 151111, N'syt. If if. "I"O'N.Irboxylu .1. a. la. 55 411,
ffrom IM 'A, ), *111, 11, brats -1 21 k(% at ;001' "tit'
(twit ollittirvil with KNIII(h. we iusishOwlt'. atol. 1
(14 g.) And 11, c. PhCII:C(C(hI-.t)t. its the pre-wnrc "I
slave ill 12 lits. At di.A;1 2.
Ito 170 IV.
FIJ6 #Ili% WillIZV',A)C. K011 I L
hm scave the fees, at tit OW-, ). In. IVV train
CUOAO. "'llich oil heating to Ito), g.tw a strupy m1puT.
tion with ir at ~Ry)' anti oxidation (If the Product with
1,061n0d Save 3-pJ;emyWoi:mc arid, sit. 150 4it * (from dil.
EtOlf). 1 (14 S.) anti 16 W. AcC(:CHNtrICChISt tins.
ilArly gatv after IS hri. at IN)* 71'.,, D 2,6-dcmefkt1-I-
1% 1101-18'. xV 1.4721.
M* 1101M. whik-11 1111 ill alc~ KOII*rjve4,S1'; :.t;-
d$#"ejhYj_f_"r1YI_j, R13
1! 1. 464,
do* 0.02,259 lrtmi(aO.," 0 "'" I,,-
jv,me, in. I all U114tatcd AnIf
oir utid, m. toP.
Shnilar mirtion tit I with AeC(:CIII'h)C(hEt at lHU* it*
hrm. save 44.51: N JI-melAZI-6-pA.
h, 1115 7 LUM, 4:1 lJOYs.
"ml

'arboury4k, W Id?--71% fn. fit' (Imill NICOM. 110fol-
ysis of the fortner ater with 25% A,% Koff SAVC 2t % :.
b"- IWO% PsV
JAM. and 53%
boxylic arid, Omp, th I(V)-7(1' ("ted as the Aic ult);
itchydrogemdou with Se as above gave m-PbCj1,C(VI).
Ify,kolyXis at the LAtter ester with ak. Koff give 26". X
(sinicturr unver:
lain; in. 195% and 70% 3-mielk I
4(8d, in. 93* (from 7a.
Nicoll). w .hich on dehydrozenat4in with Sc and tteatuient
with KMnOG guve.4-pkxvIbrmu,km4J. ni. 112-1.1 ^.
(11. xf. K.W.41IMM

. ---- - - - . 1.
A.VL
IVil 1 1; 1, i i ~, -
~ I, V, ~

Y
12 v

Y!
-kkuk~ 4
WSR/Chamistry
Card
Authors Arbuzov, B. A. Acadendaian, and Kataev, E. G,
Title Reaction of diene hydrocarbon5 With sulfur and selenium
Periodical Dokl. All S3SR, 96, Ed. 5, 983 - 985, June 1954
Abntract Direct contacting of piperylene and hexadiene-2,4 with melted sulfur
at 36-~ - 42C1 vielded 36 ar 1 28% resp. of 2-m,-thyll.hio, I-eno rin.-J
dinethylthiophene. The reaction of divinyl, piper,)ene and hexa--'iene-
wl~~ q.-lerlilin -At 3".(- - ;.",CO led t~, t~!p
2-methyiseienopnene ana f~n
ti~,n ',,~-,Der6ture to 5000 "e,
'is t~e re~ov-17--~, of the unrea-,t,!!,, ddene as
and r-inifica-o-.. At
Cf 're C~ke!-,e~ 'I-Ltl
heterccyclA zation. Five refererces.
Institution The V. I. Ulyanov-1-Pnin 93t-te UniversitY, T~,- A. i r1
Irlstitute, Kziz,in
Sub,mtted April 20, 1954

-1 e
I'\' r~t--T--A, 4 v-) I Iz- - G .
LATATXV Y ---,Avw-4IW~--
Nitrodlenes in diene synthesis. Soob.o nauch.rab.chl.MO no.2:49-53
'55 - . . (MIRA 10:10)
(Chemistry, Organic--SynthesiB) (Nitro compounds)

KATAYEV, Ye.G.; TANTAShEVA, P.R.
Divinyl sulfoxide and divinyl sulfone in diene synthesis with
symetric dienes. Dokl. AN SSSR 141 no.5:1101-1101+ D 161.
(MIRA 14:12)
1. Kazanskiy gosudarstvennyy universitet im. V.I. Ullyanova-Lenina.
Prodstavleno almdomikom B.A. Ar?ouzovym.
(Olefins) (Sulfoxides)
(Sulfone)

KATAYEV, Ye.G.; BARINOVA, L.R.
Addition of thiourea and selenurea to undaturated electrophilic
reagents. Dokl. AN 55SH 141 no-6:1373-1375 D 161. (MIRA 14:12)
1. Kazanskiy gosudarstvennyy universitet im. V.I.Ullyanova-Lenina.
Fredstavleno ahademikom B.A.Arbuzovym.
(Urea-Spectra) (Addition reactions)

-L 18995-63 EPF(c)/EWT(m)/EkTP(q)/BDS AFFTC/ASD 'Pr-4 m4lwwl
JD/MAY/ja7A-i
.'ACCESSION NR: AT3002455 S/2935/62/000/000/0211/0217
AUTHORt. Katayev, G. A.j Presnov, V, A.; Batuyeva, Ye. N.; Katayev, Yu. 0.1
ILYuze, L. L.
ITITLEi Effect of adsorptioiAf somVeamines by the semiconductor upon the
(fundamental parameters of_Z~rm=l ransistors (Co ference on Surface Propertieg
SSSR, M scow, 5-6 June 1961
iSOURCEs Poverkhnostny*ye avoystva poluprovodnikov. Moscow, Izd-vo AN SSSR, 1962,
211- 217
TOPIC TAGSt semiconductor, adsorption, amine adsorption, transistor, germanium
transistor
i
,ABSTRACTt The'following aliphatic- and aromatio-series amines were used in the
experiments as adsorbates: hexamet~ylene-diamine,ltriethylamine ammonia,
lp-phanylenediamine, p-toluidine, dimethylaniline,(benzidino, aniline, beta-
inaphthylamine, diphonylamine, aniline black. The results of adsorbing by type
IP-5 transistors arei kl) Reverse collector currents have deareasedi ~2) Gain has
increased or decreased depending on the airine basicity) (3) Adsorption bond
strength as judged by the time stability of the transistor parameters depends
on the amino nature; (4) Surface charge has become "less negative". The above
Card 1/ 2

L. 18995-63-
~ACCESSION NRs AT3002455
phenomena are explained by donor-acceptor interactions between the adsorbed
molecules and Go surface. Orig. art. hast 3 figures, 4 formulas, and 2 tables.
ASSOCIATIONt Tbmskiy gosudarstvanny*y universitet im. V. V. Kuyby*sheva
(Tqmsk State University)
SUBMITTED: 00 DATE ACQ: 15May63 ENCL 1 00
SUB CODEt PH NO REF SOV: 003 OTHERt 005
I
Card2/2

ARBUZOV, B.A.; KATAYWA, L.M.; KATAYEV, Ye.G.; nlyiLsov., A.V.
Electron paramagnetic resonance studies of the dissooiation
of di-(2A,,6-tripheny-1)pheny1 ppr=We and di-(2..4,,6-triphenyi)
phenyldise3enide to free ra%Uc4 .Is., Izv. Ali S= Otd.kbim.
nauk no.2:360-362 F 162. WIRA 15:2)
L Kazanskiy gosudarstvennyy universitat im. VJ.Ullyanova-
lanina i Kazanskiy- filial AN SSSR.
(Radicals(Chemistry))

S/079/62/032/008/006/006
D2o4/D307
AUTHORSt Katayeval L.H. and Katayevg Ye, G.
TITLEt The absorption spectra of certain diselenides
PERIODICALt Zhurnal obahchey khimiig ve 32, no. 8, 19629
2710 -~ 2713
TEXTz The electronic absorption spectra of dimethyl
-(A), dib e nzyl-6'~ (-B) -i-di-phenyl-(0) -,---and- di-- ( 2 # 4, 6-tri-phenyl)-(D)
diselenides were measured on the C~[>- 4 (SP-4) spectrophotometer
with a universal mon6chromatorYM-2 (UM_2)t in the 220 - 550 m~t-
region, to throw light on the structures of the oxganic compounds
of Se, Similarity of the spectra is explained by the presence of
the. diselenide group and'the excitation of the mobile R-olectrone
of Se. The molar,-extinction coefficient (F
~ max) of A at the maximum
was 331 *1, similarly to,the values of & max obtained by Bergson
for other alip!hatio diselenides. This is ascribed to the preeence
of.R-chromophone (-Se-Se-) and the purely 2-excitation in these
compounds..B,.C'and D showed similar behavior (R bands with maxima
Card 113
M
t

The absorption apeotra ...
S/07 62/032/008/006/006
D2o4yD307
with Pmax 42000 as in the aliphatic
Nnax) at 310 - 410 MYL
diselenidest but also gave rise to K bands, owing to the excita-
tion of aromatic X - electrons, with corresponding '-max ^J20,000
and X between 230 and 300 m~L- The excitation energies of
max transitions varied between 92.3 - 69.8 and 120-7 - 96 .
and 3C f
kcal/mole respectively, decreasing from B to D. The diselenide
bridge may transmit conjugation between the'two aryl radicals,
owing to the conjugation between the.aromatic JT- electrons and
the p-eleetrons of Be, although this conjugation is iiapeded when
a mefhylene group is placed between the -Se-Se- and the aromatic
rin , as in B. The ir spectra measured in the region 860 - 1960
cm-q, on a Hilger H-600 spectrometerg confirmed the presence of
conjugation between the two 76- systems in C and its absence in
B. The authors acknowledge the assistance of V. S. Vinogradova,
E. G. Yarkova and L. M. Galkins. with the optical measurements.
There are 3 figures and I table.
ASSOCIATIONs Kazanskiy gosudarstvennyy univereitet imeni
V. 1. Ullyanova-lenina (Kazan State University
Card 2/3.

KATAIEV Ye*G.; 11STROV., V.N.
Reactions of selenols with acetylene derivatives. Part 1:
Reactions of selenophenol with 1-hoxyne, phenylacetylenep
diphanylaeotylene, and 2-methyl-75--athynylpyridine. Zhur.ob.khim.
~2 no,11:3699-3703 N 162. (MIRA 15:11)
1. Kazanskiy gosudaretvannyy universitet imeni
V.I. U11yanova-Leninab
(Selonophenol) (Acetylene)

KLTAYEV, Ya.G.; PUMBKOV, V.V.,
Thionylazines in diene synthesis. Zhur.ob.khim. 32
no.11:3817.-3823 N 162. WRA 15:11)
1. Kazanskiy gosudarstvennyy universitet imeni
V.I. Ullyanova-Lanina.
(Amines)
. (Chemistry,, Organio-Synthosia)

KATAYEVA, L. M.; ANOMOVA, 1. V.; YULWHEVA, L. K.; )WfAYEV-., Ye. 0.
Reagtio.n of ss2snols vitb aceVUne derivatives. Part 2:
Structure of the producto of interaction between aelenopheiml
and phenylacetylens and 2-,vstbyl-5-sthMIpyridine. Ztrm--. eb~.
khim..32 no.12:3965-3971 D 162. (MIRA 16r1)
1. Kazanskiy gosudarstvennyy univervitet imeni V. I, Ullyanova-
lenina.
(Selenophene) (Acetylene)

KATATEV, le.G.; TANTASHEVA, F.R.
11~ rI
Dienophilic activity of Aq ~ -dichlorodivinyl sulfoxide,
1 -(Iibromodi~inyl sulfoxide, andA,A' -dibromodivinyl sulfone.
AVur.ob.khim. 33 no.7t2307-2310 Jl 163. (MIRA 160)
1. Kazanskiy gosudarstvannyy universitet imeni Ullyanova-unina.
(Sulfoxide) (Sulfone) (Chemistry, Organic-Synthe'sis)

aV

- I- to "-- - - -I., -
9-.j~.a vith the UWr--ar-u Y' " "
a,
- - 1-11 - -g-:- . - 7- i'3 4' C, L ~Oli-
Ln,o -, -

KATAYEV, Ye.G.; TANTASHEVA, F.R.; YARHOVA, E.G.
~ ~
I-
Reaction of triethyl phosphite with 0 -bromovinyl sulfones.
Zhur. ob. khita. 35 no-4:750, Ap 165.
(MIRA 18-5)
1. Kazaiskiy gosudarstvennyy universJtet im. V.I. Ullyanova-
Lenina.

L ~IZ15_166- SW77 k mVWT ( J RM
ACC NR: i.1P6642793 SOURCE CODE: UR/0079 6 036/002/0254/0257
AUTHOR: Kat2Zev, Ye. G.; Mannafov, T. G.
ORG; Kazan' State University im. V. I. UllyMoy-Lenin (Kazanskiy gonud6m ~btvsnny7
universitet)
TITLE: Fhenylselenoc 1-4 in the Arbuzov rearrangement
SOURICE., Zhurnal obshchey khimii, v- 36, no. 2, 1966, 254-257
TOPIC TAGS., phenyl compound, organi:c phosphorus compound, absorption spectrums,
IR absorption, UV absorption, conjugate bond system, organoselenium compound,
electron shell, benzene
ABSTRACT: Phenylsolenochloride- reacts smoothly with triallWl phosphites in
-inert solvonts at low temperature according to the Arbuzov rearrangement,
.forming 0.0-dialkyl-Se-phmWI-phosphates. 0.0-Diothyl-So-butylphosphato and'
O.O.diiaethyl-Se-butyl-p~nosphate were produced by roaotion of n-butylseleno-
eyanato with dialkylphosphorous acids. 0,0-DineWyl-So-butylphosphate -was
~also produced by reaction of trimethyl phosphite with n-butylsolonocyanate.
The infrared and ultraviolet absorption spectra in4icate conjugation of the
,xLnsharod p-oleatrons of the selenium atom with tho pi-electron Bholl of the
.benzene ring. The atomic refraction of selenium :in 0,0-di&1kyl_S9_phwW1_
.p~psp~~tos is equal to 12.35, vhile that in 0#0$Se-trialkylphoq)~atex Is
11-70. The authors thank E# Go Yark9ya Lgrproducing the IR spectrum. Orig.
art. has: 2 rlurge& d 2 tabietr
SUB CODE: 01 rDRA W7'JOPLIG REFt 006 / OTH REF: 003
Card 1/1 9~_ UDC: 547.26IU8 + 546.2

L 36473-66 E%1T(m)/EWP(j) RM
13 1,1316
ACC NRt AP6027040 SOURCE COM UR/0020/65/163/006/13
AUTHOR-. Kati=. Yes G.; Pleaienkay. V. V.; Markin, V. Ve
ORG: Kai" State University im. V. 1. Ullyanov-Lenin kKazanskiy gosudarstverjwf_"~~
universitet)
TITLE: DiatWpbosphoric acid thiogga~oAdqlin the diens synthesis reaction
SOURCE: AN SSSR. Doklady. V. 165, 1~~1~16
no, 1965, 13
TOPIC TAGS: diene synthesis, phosphoric acid, chloride, organic amide, phenyl compouri,
isomer
ABSTRACT: The authors attempted to synthesize diethylpho'sphoric acid thionylamide by
treating thionyl chloride with diethylphophoric acid amide; the attempt was successful,
with the formation of (phosphonyl thionylamide) and release of hydrogen chloride
following the addition of an equimolar amount of thionyl chloride to a benzene solutio
of chathylphosphoric acid amide and heating for 30 min. Since aromatic thionylaminesg
particular3,v -121038 With alectro-acceptor groups in the phenyl nucleus, as wen 2s
.thionylaulfonamides, react fairly actively with various dienes, it was to be expected
that PhOPPhOnA thiororlamide also would be an active dienophill this was confirma(k by
reaction of phosphorql thionylamide with various dianas batadiene-1,3,1isoprone
at reaction bo-6 ioen pRo '10ro
haxadiane-2,4, chloroprene, ate.). it was established th s
thiony'lamide and asymmetrically-sub3tituted di6n03 is bound to lead to two atructural
koomers -for each reactions This article. was pro anted, trr
a _Aqa4emician.B. A. Arbuzov on.
3.2 April 1965* The authors thank 111- Y~- _S~Atov-'&_ A.Musina and 9,- d. Yarioiiaya
for the plotting of the nuclear magnetic resonance and Infrared spectrum and for
valuable con3ultations concernin& their interpratationso Orig. arts hast I figure and
I table. ';~
SLM GM�j '26'90434MI DAM& 09Apr65 / ORIG REF: 004 / OM Wa' 006

Is 44 29=M.-MfMa)jE11-r('tjjETj - --IJP-(-c) ip
ACC NRi AR6015873 I 'SOURCE CODE: UR/0275/65/000/012/B046/D046
AUTHORi Ka ev, Yu. G.1 Otmakhov, 1. 1. /71 C/
....... 12)
TITLE: Investigation of metbods of protecting semiconduotive germanium triodes
SOURCM Ref. zh. Elektronilm i yeye primenenlye, Abs. 12B340
REF SOURCEt Dokl. Nauchno-ttichn. konferentsit, posyyashch. Dnyu radio. Tornski
un-to 1984, 7-11
TOPIC TAGS: germanium triode, sc=lcondtlcting material, semiconducting fIlm, protective
coating
ABSTRACT: An investigation was made of methods of protecting the surface of semiconductive
~)ftlodea (ST) with the aim of stabilizing their parameters by forming high-molecular material
films on their surfaces. The selection of materials Is determined by the requirements of the
creation of an optimal and a stable surface charge. The film should have low electroconductjv
Ity, high hydrophobic property, satisfactory adhesion, and the necessary thermal and meehati-
cal properties. Use was made of supplementary processing of industrial lacs by means of
dift'uBlon of low-raolecular materials from a gaseous or liquid phase and diffusion of albumin
UDC: 621.382.002.76:546.289

L 429~~
FACC NR- AR6015873
from solutIoni , followed by shifting them to an insoluble state. Results of tests of ST with
various film are presented. [Translation of abstract Bibliography of 5 titles. 1. M.
STJB CODE: 09g I
2A 4
6

ACCESSION NR: AP4033052 B/0147/64/000/001/0153/0160
AUTHOR: Katayev, Yu. P.; Woov, M. L
TI TLE: Theoretical Investigation of the process of bending with consideration of the
formation of zones of socohdary plastic ctrain at stress relief
SOURCE; IVUZ. Aviatsionnaya tekhnika. no. 1, 1964, 153-160
TOPIC TAGS: plastrd'deformation, neladtic deformation,"aylinder, cylindrical part,
bending, plastic bending, load relief, load relief theorem, elasticity, residual stress,
elastic unit
ABSTRACT: The authors note that the molding of cylindrical parts by the method of
plastic bending is accompanied by a reduction of the curvature after relici of the load.
This phenomenon, known as springing, reduces the accuracy of the mold'aig process.
The present paper deals with the problem of the scope of applicability of analytical
methods for the calculation of this phenomenon of springing, based on the so-called load-
relief theorem. This, theorem proceeds from the assumption that the seconidary str *
and stresses, opposite in sign,.which arise at the time of load relief in the outor sectional
zones, do not exceed,the elastic lim# of,the material. It Is in the light of laus premise
Card. 1/4

j, p
AOCESSION NR: AP4033052
that the authors have considered a th~eoretical solution of the problem of springing. Unable
to, use an analytic i&6rpretation of the l6ad-relief th -'- rem, since it expresses a linearity
ofIrelief, the authors'state that the condition under Alch'the unlmown parameters may be
derived is the equilibrium of residual stiresses (see P.igu're 1 of the Enclosure). In a
general form, this condition to expFessed by the fell�wlng equation:
Y 2
Y + y - dy + y - dy - 0.
dy
The solution of thI3 equation requires that the dependence between the components of the
residual stresses and strains be expressed in a unified system of coordinates, on the as.-
stimption that secondary plastic strkns~may occur in the III zones of the section. In the
first part of the article, the authors have, therefore, considered stress as a function of
strain with forward.ahd backward elastd-plasuc deformation. Equations are given which
define the relative curvature and residu#1 stresses In molded parts, with consideration
otthe formation of 6!e'rondary plastIa eUaln zones w6n tha load Is relleved, as a
funotion of tho rolattv~e ourvaWro In the'active stage. 7'hose equations make it possible
to;'quantitatively eathiante the Woot of the secondary plastia strain zones th t curvaturo
2/4
C04

ACCESSION NR; AP4033052
of the parts which remains after stress ha3 been removed. Specific materials are con-
sidered, and it is found that this effect is negligible. Thus, for the purpose of techno-
logical computation the authors maintain that an equation derived with a linear load relief
may be successfully employed. Orig. art. has: 2 tables, 4 figures, and 19 formulas.
ASSOCUTION: None
SUBMTTED: 10Jul63' DATE'ACQ: IlMayU ENCL: ol
SUB CODE: AS NO REP SOV: 006 OTHER.' 000
Card 3A
~j 111 r
r -7 7=

ACCESSION NR: AP4033052
Fig. i, 1 - Diagrams ofresidual strains and.*stresses.
I - elastic strain zone,
11 - elast"lastic strain zone
M - secondary alasto-plaztW strain zone
CLrd 4A
ENCIbSURE. 01

1)29-130
30
SOURCE: Ref. zh. VozdwbAyy transport. SvoftW tom, Abs. ~A30
Z"a
AUMOR: taycy, YU.P.
TITIZE : Problem of gemetry of linings with discrete thicImess along the gene-ratrix
CIIM) SOURCE o. Tr. J~azamk- avlats. in-ta, vyp. 84, 19,94, 45-55
TOPM TAGS: e4roxaft material. 0-Mmote ev% X%keerk%~
MIMU-01"1011: An anal~itical solutim Is given for determination of the cw*vature of
generatrix p=tz vith discm1w thiekness obtainea by forming with subsequent chemica
-miiung, -.ffilich are u-cea in wriation construction. V-0-S.
I
SIM CODE: -334 01
sobK D%M~: ho"e

ACCESSION NR: 8/0147/64/0001002/0109/0125
AUTHOR: Ly*sov, M. L t!VneVA-b"A
MIX: Effect of a subsequent reduction in the thickness of the metal- on the curvature of
formed pieces
SOURCE: IVUZ. Aviatsionnays, tekhnika, no. 2, 1964, 109-125
TOPIC TAGS: curvature, machine part curvature, cylindrical. shell, waffle shell, part
thickness, curvature thickness dependence, aircraft design, chemical machining
ABSTRACT: I Cylindrical skins of variable thickness along the cdntour of the directrix andoi
the waffle type are widely employed in the design of modern airor(Lft. The manufacture of
such skins from sheets of variable thickness may be complicated by the lack of uniform i
strength in the stock (bending with elongation cannot be used, while the process of bepd-rolUng
and free bending become difficult to coarol). Thus, it is often advisable to manufacture
these pieces from sheets of constant thickness, subsequently varying that thickness by the
method of chemical etching (chemical machining). In the formed piece there are residual
stresses which vary in magnitude and in sign according to the height of the section. If the
piece is of stable form, these residual stresses are reqiprocally balanced, their movement
with respect to the axis of rigidity of the section being equal to zero. If such pieces are
Cwd 1/3

ACCESSION NR: AP4040977
subjected to chemical etching (as a resfilt of which a metal layer of definite thickness is re-!
moved and the thickness of the material reduced), the equilibrium of the residual stresses is
disrupted. Their eqhivalent P yields a moment M with respect to the axis of rigidity of
the section. The new balancedstate of the residu0stresses Is achieved as a result of a
change in the form of the piece. The authors note that the determination of the magnitude of
the change and the final form of the piece, at which the changed residual stresseb in the
section enter a state of balancei Is essential in planning the technology and the equipment
needed to ensure accuracy in the manufacture of the pieces. The authors have described thel
combinations of elastic and plastic strain zones in the forming process which may comprise
the piece section, remaining after chemical treatment, 4depending on the ratio of removed
layers from the convex and concave sides. Analytical functions are derived for the deter-
mination of the fundamental geometrical parainete'rs of the piece after chemical machining.
-Various cases of practical interest are considered, for which the authors give the final for-
mulas to determine the relative radius of curvature ~ x (remaining after the chepucal
machining) of a layer, neutral with pure bending, and the parameters V 0 and To which
characterize its position. In the second part of the paper', for various forms of waffle-type
pieces, analytical functions are found which permit the determination of their basic geometri-
cal parameters after similar chemical treatment. In order to obtainwaffle-type pieces,

AlOCESSION NR:'AP4040977
chemical etching Is basically carided ou't only from the concave side, while the bed thickness
remains constant along the length of the generstrix. The bed of a piece, after chemical

L IL533-M
M3151 j)i4A(h)/ETr,(m)-6/Ewf&cE
ACC NR: AT& U!1/1QW/JD CODE: UR/252q/64/0OO/O8,4/00L5/o055
AUTHOR3 KatVeV3 Yu- F- 11
e4l-'
ORG3 Kazan Aviation Institute (Xaza=kiy aviatsio-nnyy inutitut)
TITLE: On the problem of the 960metry of skins with a discrete thickness along-
the ganeratrix 5 ~-
SOURGE: Kazan. ArlatSiOMYY institute Trudy., no. 84, 1964* Aviatsionnaya
takhnalogiya i organizatsiya proizvodstva (Aviation technology and production
management), 45-55
TOPIC TAGS: aircraft material, buckling,, shell buckling, siallarity theory,
Poisson coefficient, first approximation, metal/ D16AM metal, DlUT metal
ABSTRAGT3 An analytic dopendence of the magnitude of buckling of skins of variouB
shapes upon the factors determining it is obtained in the first cppr-)ximation.
The solution is necessary to take into account deformation of the gVeratrices.
The work is based on experimental research on parts made from DV--kM1bLnd D16AR,
metals by banding, with subsequent chemical treatment. The theoretical so utiOn
is examinod uniler the followinS asaunptionsa the hypothesis of right normalsi
Card 1/2

L 14533-66
ACC Ri AT6003151
the- conlwal surface are negligible; that
the curdlifi6ar edges of the ~sheetv rest freely on the crosspieces, which are
abaolutely rigid in their planeal and that the r4tatilinsar edges of the sheets
are loaded by a linear force To and a linear moment Mo. The maximum brack-ling CI ie
determined by +
Vnere the coefficients U1, U2 U' are determU.,ad from
2; 4 -
+ + a-lizil
+ a2A. + aixt, + 402, = x1e;
alluk + a3A + GUE., + a03' = 0;
+0,A $MO,
Comparison of the theoretical Wd experimental values of relative hmLlings ef the
median diraotricas abows satisfac-tory agreement, OrIge arts bass 19 foraulas~
I table.. 2 photographs., 4 diagrmp.,, ju-A 1 graph,
SUB CODS3 131 SM DATE: MOct63/ OHIO RV I 00a
-~r->Car4 2/2
-7

KATAYEVA, A.A.-, MENDELISON, L.N* ,
The activity unit of irvertase. Fem. 4- spirt.prom. 31 no.3:1-3
165. (MIRA 18:5)
1. Kazgipropishcheprom.

MENDELISON, L.N.; KATAYEVA, A.A.
Unit of activity of pectin splitting enzymes, Ferm, i spirt.
prox.,31 no.7tll-15 165. OURA 18ill)
1. Kaz. GosudarstvanM inatitut pa proyektirovaniyu
prodpriyatly pishahavoy prowyehlennosti.

~ KATAUVA A.Do
I.--.--- V~,
Treatment of erosions of the cervJX uteri by maM of Mathermo-
coagulation. Akush. i gin. 36 no.3:70-73 Mr-Jc %0. (MIRA 13:12)
(UTERUS-DISEMES) (ELECTROSURGERT)

SLASTIKKIN, M.A.; KATATXTA, G.A. (Leningrad)
Effect of a lytic cocktail on certain biochemical indices of the
blood in traumatic and anaphylactic shock. Biul.ekep.biol. i mad.
48 zio.9:71-77 S 159. (MLU 13 - 1)
1. Predstavlena deystvitelinym chlenom ANY SSSR V.N. Chernigovekin.
(HIBIRWION, ART371CUL eff.)
(ALLENT exper.)
(SHOCK exper.)
(BLOOD chem.)

KAWYEVAY G.A~j FILIN, V.I. (Un in grac )
Study of the seoretory and enzymatic function of a denervated
segment of the small inteatine in man -. Klin. med, 41 no.2."
116-118 Fr63 (MIRA
1. Iz kiinik-1, lbbshchey khirurgii ( nachal ?nik - prof. V~ 1.
Popor) Voyenno-meditsinskoy ordena Lenina akademli Imeani
S,M. Kirova.

DIYACHENKO, P~X.- KATAYEVA Q-A-- P0140SOVP D.V.- RYAZHKIN, G.A.; ST!,.;NWNT6BVj,
- - --'~HUDAr
V,I.; H. ~.; O~, V.G.; YANCHUA, N.M.
Effectiveness of neuroplegic substances and hypothermia in the
prevention and treatment of traumatic shock in irradiated animals.
Voen.-mod. zhur . no.7:86 JI 161. (IiIIIA .15:i)
(AUTONOMIC DRUGS) (HYPOTM~HMIA)
(SHOCK) (WIATION SIGOTE66)

KATAYEVAq G.A.; FILIN,, V.I.
Secretory Atnation bf the denervated small intestine in man.
Fiziol. zhua-. 47 no.3-1:143.4-3AI8 N 162. (MIRA 14:11)
i. From the Clinical Hospital f6r General Surgery., S.M.Kirov
Military M~dical Academy, Leningriad.
(MESTINEB--SURGERY)

KATAYEVA, G. A'. 0
'"The Effectiveness of Neuroplegics and Hypothermia in the
Prophylaxis and Treatment of Traumatic Shock in Irradiated Animals."
Voyanno-Meditsinskiv Zhurnall, No. ~, December 1961, pp 62*-73

W41-1 IOL= -"I -'a"c",ea~-~ I M--
-P41 01 thO "Ut"- 4C--UB4DB a jj "j~ ;
. L

,-I '3~- 1 -~ ~ ~ ( *1" i -I e a ti ( rl~ r Fq h ~-, %, ~-, i-Ill, , e 6 L . 8 a te ~
h- v - I u the dIssolvIng 0l galliu.-In arsqpniA~ 4-
- ,, 6.rogen peroxide.in the presenct~ of slilfirin ;Iiq,4 -,
i I - - . ! . -
I. - I-- --thal 1,196 1-4-, -.~& A, - -
I - A -

EFSHWN, V.V,.I;KATAYEVA, G.M.
. ~ M 'N"'Noodwa-
Physical gpographical and physical chemical characteristics of
napxopelic lake Ushchemarovo. Trudy lab.sapr.otl no.6:69-82 156.
(IJahchomerovo, Iake*--papropels) WaL 9:11)

;BAlABANOVAf Z.M., kand. blolog. nauk; DEKSBAKII, R.K., doictor blolog. nauk;
KATAYEVA, G.M... nauchnyy sotrudnik
Vladimir Vasillevich Epshtein (1902-1960). Okhr. prir. na Ura3.e
no.2:163-166 161. (MIPA 17:7)

AV=: Tykaohinskiys I. Dop and Ulo"vaj 0. V.
Intensification of Glass Founding with Anaonium Salts (Intensifikataiya
TITIEs
varki stakia putem vvedenlya ammoniynVkh soley)
PERIODIMi Steklo i KeravJka,, 1957p Vol. 14., Nr 1. PP 3-7 (U*S*SoR.)
ABOUCTs A study was conducted at the Glass Found Laboratories of the Volga
Scientific Research buititute for Comprehensive Study of Structures,,
B4,143d4ug Yaterials., and Sanitary Engineering (Laboratorii. steklovareniya
VNIU),, to determine tbeeffect, of ammonium salts on a glass found
process and the clarity of commercial alkali and alkalb-leso glass.
Two types of glass and three admixtures uvre used for the above mentioned
pdWss; an alkali-less glasB,, No, 13, S102-62.0%; A1203-18-5%;
CaO-15.3; NgO-4.2%; FI-.4% above 100i and's commn window pane glass;
SL02-745%; A1203-2,01 Cao-6.5%; MgO-4.0%; Na20-15.0%. The admixt=s
M.Cl. NH4ND a3Dd re applied in the amount of from 0,> to
the Uunt of a 6:6 is given in % according to charge weight).
The study of the rate of glass found under laboratory conditions was
conducted according to A, P. Zakis method., and under the aamL-
industrial conditions according to the quantity of admixtures, The
glass founding was~performed in especially designed uniform fireclay
cruicible furnaces., heated to 1370 ! 50., 1420 : 50., and 1450 ! 50
card IA temperatures, During the experiments., the temperatures were kept constant.
Card

L-A
Q _r/f Y 2:_ VA. CT V,
AUTHORS: Tykaohinskiy, I.D., Katayevap G.V. 72-2-2/20
TITLE: On the Effect of the Acceleration of Ammonium-Sulfate on the Process
of Glass Melting (Ob uskoryayushchem, deystvii sullfata ammoniya na.
protsess steUovareniya).
PERIODICAL: Steklo i Keramika, 1958, Wr 2, pp. 4-5 (USSR)
ABSTRkCTt The best effect is attained by an addition, with respect to weight,
of 3% n-noxxium-sulfate. The authors describe in detail what invest-
igations they carried out and, oocasionally, also refer to a previous
work. The following conclusion is arawns Ammonium-sulfate forms
chemical compounds with the layer components as well as with the
layer as a whole. The existence of (NH ) SO in the layer, thanks to
its being melted at a temperature of A69, ieaas to the formation of
a liquid intermediate layer, by which interaction among layer compo-
nents is promoted. In the temperature range of 350-530' the ammonium-
sulfate decomposes into the gaseous products NH SO and H20. The
2~ I Group SO and
ammonia acts mechanically upon the layer by mix 3
stem react, owing to their high chemical activity, with the layer
components and accelerate the procesa of melting. The addition
card 1/2 (NH4)230,1,, to the alkali-free layer leads to the earlier formation

On the Effect of the Acceleration of
Amonium-Sulfate on the Process of Glass Melting
72-2-2/20
of a liquid phase by the formation of CaS04 and the euteatic mix-
ture CaF 2-CaS041 which melts at a temperature of 9600s and it also
leads to a more rapid formation of silicate and glass. There is
1 Slavio reference.
ASSOGUTION: Institute for Glass (Institut stekla).
AVILILO LE Library of Congress
Card 2/2

i~- A
VA ~-, V,
Y
AUTHORS: Engver, Ye.A., Chief Engineer of the 72-2-3/20
"Froletariy" Works, Natayeva, G-vo ) orlova I MOP-)
Collaborators of the institute To-r Glass
TIMt The Practical Application of Amonjum-iulfate for the Acceleration
of the Process of Glass Smelting (Praktika primeneniya sullfata
ammoniya kak uskorite3,va varki stekla).
PERIODICAL Steklo i Keramika, 1958,
S Nr 2, pp. 6-7 (USSR)
ABSTRACTs The staff of the "Proletariv" worka, together with the working group
of the Institute for Glass, carried out a practical. test with the
continuous gl"s-amelting furnace Nr 2 having a total surface of
141.6 m. A.L. Nikanorova participated in this work. The authors
further describe the temperature conditions of the furnace, the chem-
ical composition of the glass, and the composition of layers. The
correlation of the Na O-a ntities, which were introduced by soda
1UR
and sulfete into the E;er, was 90siO, the moisture content of the
layer 0.5%. 20-25% of scrap was addea. Before the use of ammonium-
sulfate the layer contained o,15% F', which exercises no noticeable
influence on the acceleration of glass amelting. This quantity was,
Card 1/2 however, left in the layer also further. After the introduction of

KATAYEVAs G. V., Cand Tech Sci -- IResearch into the effect of ammon-
ium salts on the process of scouring glass." blioscow, 1960. 16 pp; (11,11in-
istry of Higher and Secondary Specialist Education RSFSR, Mosc;w Order
of Lenin Chewical Technology im D. I. Mendeleyev); 100 copies; price
not given; (KL, 26-60, 135) ~

VESELOV, V.V.; KATAIT'VA, I.S.; OBRIGHKIN. D.B.; POPOVA, N.V.
Production of surface-active and washing substances b7 oulfonation
of the oxidation products from thoroughly hydrogapized petroleum.
fractions. Masl.-zhir. prom. 24 no.10:19-22 %~# 58- (KRA 11110)
1. MDnknvnkIy savod 1131oIhnyya ofiry."
(Washing powders) (Paraffirs) (Sulfonation)

VISMV, V.V.-, K&TUNAL I.$.; ORICHKII, DJL: POPOVA, N.Y.
Simplified model of a machine for tenting solutions of cleaning
compounds. Xhim.i tokh.topl.i masel 5 no.4:63-66 Ap 16o.
(MIR& 13:6)
(Cleaning compounds--Testing)

- UTAYEVA, K.A., inshoner; NAGOVITSYN, D,F.; DUMV, A.A.
_MMft4"_
Reduction of rimmed metal In the ladle. Stall 16 no.12:1081-1085
D 156. (nm 10: 9)
1. Novo-Tagillskiy metn1lurgicheckly savod.
(Steel--Metallurgy)

Oki
A2
NO
co- 0)
I Id
low
0 00
VA ed
440 1 0.
z 4)
C', "0 rk
45.
4 . -0
'40 4A 40'
10, op,
A 00 -rk 10
00
A3 ~A
JA UJ 7
~4 v0 -

ARBUZOV, B.A.; KATAYEVA, L.M.
............ . ....
The structure of molecules of secondAr7 amines. Soob.o nauch.rab.
chl.VKHO no-1:34-36 153. (MIRA 10:10)
(Stereochomistry) (Amines)

]rATAYEVA,L.M.; SMLTTKINA,Z-S-
Polymorphism of monochloroacatic acid. Zhur.fis.)ffiim. 29 n0-3:
428-434 Mr 155. (MIRk 8:7)
1. GosudaretvanW universitat imeni V.I.Ullyanova-Lenina.
Uman I .
(Acetic acid)

hw Th"Y'l-If"trw
WM/ Physical Chemistry - Liquids and amorphous bodies. Gases B-6
Abs Jour : Referev'. Zhur - Ichimlya, No 4, 1957, 11068
Author : Katayevo L.M.
Title : Folywrphle-Mansformations in Liquid McMoChloracetic Acid
Orig Pub : Zh. fiz. khimii, 1956, 30, No 3, 645-650
Abstract : Mmasured vere the density and viscosity (using Oetvald's viocosimeter of
the closed type) of monochloracetic acid in the liquid and the supercoolei-
liquid state (46-7& at 1-20 intervals). It was ascertained that viscosity
decreases monotonously, and density linearly, with increasing teWerature.
Processing of the results by a knovu procedure (Slavyanskiy V.T., DoU. AN
SSSR, 1947, 58, 1077; RzhM2im 1954, 2B539; YraAY E.P., J. Awer- Chem. Soc.'
1938j, 60., 2106; 1939j, 61, 173~)Ppernltted to detect two polymrphic trans-
formations of modification ~r --), J3 and c~ . On plotting functional-
scale graphs for th,6-saw polyworphic substan4e in accordance with different
standards it vas found that in some instances the polymorphic transforma-
tions are not reflected by the graphs. In this connection it is pointed out
that it is necessary to formulate additional criteria to vhich must conform
the standard substance in the method of V.T. Slavyanskiy.
Card 1/1
---------- ---------------

T
t-
USSR/Physical Chemistry - Molecule) Chemical Bond) B-4
Abst Journal: Referat Zhur - Khimiya, No 1, 1957) 143
Author: Katayeva, L. M.
Institution: Kazan University
Title: Parachor and Hheochor of Monochlaroacetic Acid
Original
Periodical: Uch. zap. Kazansk. un-ta, 1956, vol 116, No 1, 171-174
Abstract: The parachor of monochloroacetic acid (1) has been measured over the
temperature range 40-800. The experimental values of the paraChor
were found to be less than the theoretical value calculated on the
assumption that there is no association and using the group values
of Gibling (171-3). The packing effect was found to be 1.2-1.9%,
which points to the presence of considerablq association in 1.
Measurements of the rheo6or of I) R a M.~118-d-l (~ - viscosity~
d - density), likewis3 show large differences between the experi-
mental values and the theoretical values calculated on the basis of
group and atomic R values; the difference between these values de-
Card V1 creases with increasing temperatures.

4 -'4 YF t / -d
AUTHOR: Katayeva, L.M. 76-12-22/27
TITLE: The Application of the Parachor Method with the Investigation of
Molecular Associations of Some Organic Substances (Metoa parakhora
v primenenii k izuaheniyu assotsiatsii molekul nekotorykh
orgudoheskikh veahchestv).
rMODICAL: Zhurnal Fizichaskoy Khimii, 1957, Vol- 31, Nr 12, pp.2748-2756 (USSR)
ABSTRACT: The parachor method for investigating the intermolecular interaction
in some alcohols, amines, and their derivatives was applied here.
The following group-values aetex=inea in ref. 1 were applied for
computing the theoretical amounts of the rachor for substances in
non-azsociatea state-. CH3(C) 55.2, MCH2 C) 39-8, (C)CH~N) 39.6,
(C)CH2(0) 39.2, CH 2=(C) 49.7, (O)CH40) 33-9, (C)-O-(f.) 21.5,
k 13.0. Both the density and surface
(C)NHp 47-9, NR > 32.0,
tension of the ethylene diamine, monqdi-, and triethylanolamine,
vinyl-monoethylanolamine-estert aivi4i-aiethyl-anolamlne-es ter,
P , P-trlmethoxy- and tripropoxj trietbylamine rmra measured
200. The association of the enumerated substances and of the
-propylaminet n-propyl alcohol and ethylene glycol, the surface
Card 1/3

The Application of the Parachor Method With the Inves tigation 76-12-22/27
of Molecular Associations of Some Organic Substances
tension and density-values of which were learned from literature,
were investigated according to the paraohor method. It is shown that
the mono-,di-,'and triethylanamine are ansociatea to a substantial
extent. The total esters of triethylanolambae are mmAomer. It is
shown with the exatTle of ethanolamine, n-propylandne, n-propyl al-
oohol, ethylene aiamine and ethylene glycol that the degree of asso-
ciation increases with an increase of the number of amino-groups in
the molecule, and especially %vith a substitution of the same by hy-
droxyl-groups. It is shown that the data obtained according to the
parachor-method for monoethylanolamine agree with thosefrom optical
methods. The correction with respect to closing of the five-membered
ring with the formation of an intermolecular hydrogen bond, is ap-
plied and it is concluded that an intermolecular hydrogen-bond exists
in the molecules of the vinyl-mono-and diethylanomaline-esters. This
corresponds to the data obtained by other methods. The results of
this elaborate investigation were discussea with B.A.Arbuzzov. M.F.
Shostakovskiy and I;A.Chek-ulVeva made their investigations on
vir*rl-mono- and diethylanamaline esters available. There.are 6 tables
Card 213 and 15 references, 8 of which are Slav-Ia.

The Application of the Parmohor Uathod With the Investigation 76-12-22/27
of Molecular Associations of Soma Orgomia Substances
ASSOCIATICK: Kazan' State 'University imeni V.I.Ul'yanov-Lardn (Kazanskiy
goBuaaretvannyy universitat im. V.I. Ul'yanova-Lenina).
SUBMITTED: September 26, 1956
AVAILABLE: Library of Congress
Card 3/3

ARr_UZOV, B.A.; KATAYEVAI L.M.-
Electron paramagnetic resonance study of the interaction between
sodium diethylphosphite and di- and triphenylmethyl halides. Izv,
AN SSSR Otd.kbim.nauk no.1:172-174 Ja 162. OaRA 15:1)
1. Kazanskiy gosudarstvennyy universitelt. im. V.I.Ullyanova-Lenina.
(Radicals (Chemistry)--Spectra)

ARBUZOV, B.A.; KATAIEVA L.M.; XATAYEV., Ye.G.; ILIYASOV, A.V.
Electron paramagnetic resonance studies of the dissociation
of dI-(2.,4.,&,triphenVl)phenyl pprorUe and di-(2.4.,6-triphenyl)
,rhenyldiselenide to free raoio.Is,, In. Ali SSSR Otd.khim. . 4,
nauk no.2:360-362 F 162. (MIRA 15:2)
L Kazanskiy goaudarstvennyy universitet im. V.I.Ullyanova-
tenina i Kazandkiy filial AN SSSR.
(Radicale(Chemistry))

_S/079/62/032/008/006/006
M40307
AUTHORS: Xatayevaj L.M. and Katayev, Ye. G.
TITLEt The absorption spectra of certain diselenides
PERIODICALi Zhurnal obahchey khimii, v- 32, no. 8, 1962,
2710 2713
TEM The electronic absorption spectra of dimeth 1
-tri
and-di-i(2o-4,- 6 -phenyl)-
-(A), dibenzyl (B) (D
diselenides were measured on the Ccj~_ 4 SP-4) spectrophotometer
with a universal mon6chi-)mator YM-2
.(UM-2)t in the 220 - 550 mv.
region, to throw light on the structures of the oxganic compounds
of Be. Similarity of the spectra is explained by the presence of
the diselenide group and the excitation of the mobile R-eleotrons
of Be. The molar-extinction coefficient (Emax) of A at the maximum
was 331 *1, similarly to,the values of a max obtained by Bergson
for other. aliphatic diselenides. This is ascribed to the presence
of.R-chromophone (-Se-Se-) and the purely 2-excitation in these
compounds..B,.C'and D showed similar behavior (R bands with maxima
Card 1/3 .. ....

'Card 2/3
B/079/62/032/008/066/006
The absorption spectra vot D204/D30T
(AMax) at 310 - 41o m~x ) with 6max 4_2000 as in the aliphatic-
diselenides, but also gave rise to K bands, owing to the excita-
tion of aromatic ~T - electrons, with corresponding F-max _o20,000
and X ax between 230 and 300 m~L. The excitation energies of p-
and i%F- transitions varied between 92.3 - 69.8 and 120.7 - 96.'9
kcal/mole respectively, decreasing from B to D. The diselenide
bridge may transmit conjugation between the*two aryl radicals,
owing to the conjugation between the.aromatic 51- electrons and
the p-electrons of Se, although this conjugation is iipeded when
a meThylene group is placed between the -So-Se- and the aromatic
rin6l as in B, The ir spectra measured in the region 860 - iQ6O
0m-1, on a Hilger H-800 spectrometert confirmed the presence of
conjugation between the two O-L- systems in C and its absence in
B. The authors acknowledge the assistance of V. S. Vinogradova,
E. G. Yarkova and L. M. Galkina with the optical measurements.
There are 3 figures and 1 tables'
ASSOCIATIONs Xazanskiy gosudarstvennyy universitet imeni
V. I. Ullynnova-Lenina (Kazan Statb University

- : , - - -
S,, TZ.;i

KATAY~EVAL~.M ; KATAYEV, Ye.G.
Absorption spectra of some diaelenides. Zhur.ob.khim. 32
1
no,8:2710-2713 Ag 162, WRA 15:9)
1. Kazaneldy goouderAvennyy mivereitet imeni Vj, Ullyanova-
Lenim.
(Selerddeo--Spectra)

KATAYEVA, 1. M.; ANOND40VAP I. T XULWHEVA, L. K.; KATAYEV, To. 0.
Reagtion of aelano3is with Acetylene derivatives. Part 2:
Structure of the Products of interaetion between selenophe"l,
and phanylacetylens and 2-vattTI-5-eOpylpyridine. Ztmr. 01%
khIm. 32 no.1223965-3971 D 162. (MIRA 16-.1)
1. 42anskiy gosudarstvemyy univervitat imeni V. I. Ullyanova-
14nins.
(Selenophene) (Acetylene)

I- r 1-11 Q , -,. I I I -

I 1 -.1 ...... 11-1,- - 1. ~~ ,
, I ---- --
--- - - -
- - j~~. - -y' rAtoll"~l 1) . - t--
amve-ul tiltu~ ;~Ul, ~- "al, --! -", . , ;l -, " i -r+ rQUE Cf t , ELrv~ F
.r

Ut -T-D F, rl, ~1-, e ; -?ST- .

L,1323~�6 WT )IEW '~)'I*EVIP JD
ACCESSION VR: AP5020929 uR/ol42/65/008/003/0362/0364
66A
q
;AUTHOR: Katayeva, 11. A.; Kharin, A. N.*, Romanenko. L. V.; Kolesov, L, N. (Doce4A)
01 Y Y
TITLE: '*Obtaining,~rit~4"'~ecipitates on metalsiby the electrophoretic method
SOURCE; IVVZ. RadloteMnika, v. 80 no. 3s :L965, 362-364
TOPIC TAGS: i~lectrolytic deposition, ferrite
ABSTRACT: The use of the electrophoretic method for deposition of ferrite particles
on copper wire was investigated. The zinc-nickel ferrite used (Fe203, 65.911; NiO, I
9.6%; ZnO, 24.5%), had a density of 4.67 gm/cm 3 and magnetic permeability vo = 1000'.
It was mixed with ethyl alcohol and ball milled for 150 hr, after which a 5-10%
ferrite suspension was obtained by decantation. To improve the electrolytic prop-
erties of the suspension,one drop of a 6% aqueous solution of cerium nitrate was
added to the suspension.. Before deposition, the coppe:r wire was bathed in a 10%
alkaline solution at 60-90C for 15 min, rinsed in distilled water$ etched with
H1103 for 10 sec, and rinsed again. _.Deposition was conducted for 2-10 min under a
current 'O'f aepen*'ding on the s .urface.area of-t6e vire. Adhesion of the
ferrite particles was assured:bydipping the ferrite-covered wire into a 1:4 solu-
Card 11R