SCIENTIFIC ABSTRACT BORODINA, F. P. - BORODINA, M. L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206430001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Materials of the Third-Ural Conference (qont') SOV/6181
Finkellsh~liyn, A.J... B. I.--Sukhorukov, T. M. Korniyenko.,
and Yu. I. Mushkin. Utilization of acid and alkali
properties for spectrophotometric analysis of amino-
hydroxy compounds by means of ultraviolet spectra 168
Flnkellshtsyn, A. I. Spectral determination of composi-
tion and structure of melamine pyrolysis products. 171
Korobkov, V. S. Spectroscopic manifestations of inter-
molecular hydrogen bonds .174
Kolobova, V. N., and V. V. Zharkov. 'QuantlPative determina-
tion of residual monomers In polystyrene by.tatraviolet
absorption spectra 178
Lbdentsov, Yu. K., and Z.,~ ~o ~. Absorption spectra
of blood serum under the effect of ionlzing radiation
and low temperature 180
Card 13/ 15

BORODIKA, F.P.
Brief characteristics of r~atural
Kzyl-Orda Province, Trudy In6t.
13:73-100 162.
(Kzyl-Drda Province-Pastures
foragelapds in
bot. AN Kazakh.
and melkows)
SSB
(MD(A 15:12)

07DMIAP- G. A.
Soap far sea mter.' -M. L. '.I- Barx
G. A.",3"'odioa, Afar1vbrl,(a-Zh Irv:!! P,-11 M 2.
of snap from co,mmE jif M %'iti!
good phys. and sm wnter himiderh1Z r1m,litiv; i~~ dt- F1hr"I
One hal((4.4-5 to!0 inuf of the I Omip- i, tim i!wl di, 1,1M,
and 4070 noln. of Nit Olt is added witil :-I-io 10'~' cNrv~, ,f
0
a) kall necessary (o tafmmf I i:, pt,ncut I:t 000 2
tons of I is nin into the imle J':111 wid 1*11% fe-
of 1% of snit ba't'd oll tbC wl. of 11 Vh'- 1'tq _, twi, ~"f I
is then addeli to 11, and tilr "Ip nk- ptoo7;,1,
At this stage the ~)ap paste (1111 -~hokd,j :m~ixtt f ittv
42-45, free NaOll 1-1.4, and NaCl On I !uvmF
the pan III ii cooled with Nvilti-r mat W 1-ri:,i to flt6mg
Dr~inghsbvmteh, "101
tdr-lutake t~mli. at 90' qud the rxhav,t at 50 Thu S,m%i
shavings, cantg. fatt%, ncids 63-6-5 owl frvP ;Wkal! 1. ` I
with synthcti7 fatt'.. iwid., (C,.-'-
are mixed first t" i:11-
prove the plasticity of the fini5he(f j--Tm1u,:t wid t-,, r-dlucc
,its alkali content to 0.2% of the -."?. of ac-H"' P'~-'irvzicd.
and then compressed into it bar pricm I o ctitting. nu.)i-t-ning:
with gly=ol, staimping, and pnckngirig. The outhorN
claim Nat this soap was m%ed mim-~fully in tht, nmrifimL
provinces for wasbing purpo4cs. V -.\:- K

k e lf6 b G'A
7AALIOPO, M.N.; BARANOV, L.M.; 130RODIRL, G.A.
.........
Use of synthesic fatty acids in the prodaction of toilet soap.
Masl.-zhir.prom. 19 no.6-.17-21 '54. MBA 7:10)
(Soap) (Acids, Fatty)

Y, PPU-"- hypel hire 0
Ma
Borodin. d
*M.' In
rA
-Np-
) in ji~
iShtd 50ap (
6 i_ rove 011 113
H PT =112, P..11'16 a IT '"'Qlarc
dbmssed. hon.
bed .1.
61 6 ud con1g. I grew IIXGr in color during 3 months'
1., 11 made of rosAn 6, coconut oil 7. lard and beef
tallow -00, and hydrogetutttdcottonseed oilffi%became &my-
Isb in bolar owing to '-ti"nt4 ',V de. Trnc~q of Nz
in hydrogenated fats and S fro. dZ p." of I prohibitedthe
I as a color presemtIve, or for soaps.
=N. K jkovskX,i

j7,
toult mp ,dam A, Wad-
23, NO.,3. soap madt
Qf LW and bW-ftnow dereoped duk spoh o= tim sulfa"
t~~V=P, vrtt~ qKmtamhWcd with rL*W putk-.-
-Irftlsl. ~ - kld~ . . - -A.

ROUDESTMISKIT, D.A.. kand.tekhn.nauk; ZALIOPO. M.N.. inzh.; BOR3DINA.
G.A., insh.
Phase changes in soap and their quantitative determination.
Masl.-zhir.prom. 25 no.9;24-28 '59- (MIRA 12:123)
1. Institut narodnogo khozyaystva im. G.V.Plokhanova (for
Rozbdesivenakiy). 2. Moskovskaya fabrika "Svoboda" (for
Zaliopo. Borodina)
(soap)

RWHDESTVJMKIY, D.A.; ZALIOFOO M.N.;,X~DINA. G.A.
Phase transitions in soap and their quantitative anal7sis. Koll.
zhur. 22 no.4:458-463 Jl-Ag 160. (MIU 13:9)
1. Institut narodnogo khozraystva im. G.V.Plekhanova i Fabrika
*Svoboda", Moskva.
(Soap)

D /V A/I
LIVKOVICH, Pavel Temellyanovich; Galipa Ivanorna: KOBISHCHANOT,
M.A., redaktor; RATNIKOVA, P --"kt4&#'%__TA3IXINSXAYA,A.A.,
tekhnicheskly redaktor
[Rock pressure and roof control in stopes of mines of the Kara-
ganda Basin] Gornos davlenie i upravlenie krovlei v ochistnykh
zaboiakh shakht Karagandinskogo basseina. Moskva, Gos.uauchno-
tekhn. izd-va lit-ry po ugollnoi promysh., 1955. 92 p.
(MMA 9:2)
(Karaganda Basin--Coal mines and mining)

DUDKO, I.M.; BORODINAp G.I.
Daily working regime in mines and longwalls after changing all
underground workers to a six-hour working day. Sbor. DonUGI
xo.M155-165 162. (MIRA 16ig)
(Hours of labor) (Coal mines and mining-Management)

f, ct r

LUKEM, M.T.. 1c%nd.khim.nuj*; BORODINA, G.L., rAuchny7 sotrudnik
The linear color method for the determination of carbon dioxide
Mts In the atmoophers. Gig. I ann. 24 no.8:80-82 Ag '59.
(Mm 12:11)
1. Iz Ural'skago nauchno-iasledovatellskogo institute, Akademii
Irommunallnogo khozymystva imeni X.D.Pamfilova.
(AIR POLLUTION)

.... I I.- I. - ....
-- WRCO-VA,. 0-. M. and DOT.-MONIN-)V, A. A.
"Severe Case of Ascaridiasiallp Med. Faraz. i Paraz. Bolez., Vol. 17, No. 2,
pp 181, 1948.

"Cortaln -reaturps r.~f t,:e Cl-ini.cal CourLfi, r-,f'
a n (I cf
0: FTizhna-,kja Leto-o-s' 'No. 2, June 195-15, ','O~-Cow

, BORODINA, G.M.
--------------------------
Some peculiarities of the clinical course of pneumonia in children.
Vop.okh.mat. i det. 1 no.6:87-88 N-D 156. (KLRA 10:1)
1. Zz kafedry faVculltetskoy pediatr1i Sverdloyskogo gosudarstvennogo
meditsin8kogo institute.
(PNMGNIA) (RIGKBTS)

elm
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0*0000 00140 of aloe***
11 10 4 41 U 43 40 it 04 AV u n
340 .& F. 411curs
.at&
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Ul "la p uOrIm"I
tnul -00.WAM
- ------- -- -
n to 10--a W-W a--w W-ow fi-a-W-4
ms
r 00
00

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P*OC#41111 &W porlplaidt

17

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lkk)~Pmm Ow ovtrvwnd pau of
8 R
l
(
go jjrZ
am
Im tam. Boraciftwese there tLave
L
*
b"m arld, by amm of dkbbonwtMm 2 mw allmicAdi.
PdvL*%fAPN, CWRWD#N (1). m. IW7'. faiv -V.46%
mW bwAskmbxiiWt. CjluO#N or Q,H*M, to. 91-2%
jelt, -18.141. 1 b pt in as amt. of 0.21,4).S)%
(bmW on #Ardry pkm =mwW), cantahm 2 OH v-ps
d
H
=a
jv-
k &vduosk.(Cs
ObN. cm. and
a d2hydroxy add (C.H.O.,kochtlealk " (M) 9.3-5.).
lg*
wW M.
It Is amunked ftt I fm a camphasted ether of
Gertructe Ber"W

M-ILA &flALtu*GKAL,UTt*&Vull manvicavu
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Pluct4lit AW fil"Pial.t.
ot
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-
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AlkaWdo of Tiachislantlitsi -
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es A whikuy and 0 1. Ill. florlitlina (All-Ifillial Heit. Chem.-
%len

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111-M-30(111145)(Hritilissh summary)-. Cf.
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) 13
.
.
.
u that the formula of trachr- A001
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g (
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(
with -4 1 It I 1- 11 N-silihic. Alk. hYdnQYIL6 Of 11 give'll f,41,1-941 fir IsydrWritastioIl with Its
cut-
'H
O"t (Ad
)

00 .
,
at,m
I-
'trac clitntic swill anti an Smino ak-p Coll'NO, dit. IICI, gave W. is. IbW.M*
dibmir
[all, -M
25' Ow %L4%rnt)

r .
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Is
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y
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Date IWO: Welkilididli. it(" not tit. (front
l
hi
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alls
Is* COLIN, whWh ifillers (rom brWit
Milaq-tillit treat r4l twit It moki A g0). Cat It N
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% Ple"
omitistri
.preuditArliotridizove (I
lsit, C.11'rN. 1). 1.
01 11
- W, I.,. -
d
l

a
arine
The exist. of the alkalksidt sledill PlAt
at I 11rent) (swsojoopicrale. tit, 12, * (fiont Ft0I 0); rethict In
Ilegralation.
'
st
"&IW?t"mlv
d I
i
t
Th
b
h

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l
o
crYst. nsa
e aren
t
e
ted.
prrvic-Ai4ydewri
ase lodil. IICI A,-"nshitgr I-, A,14
,11, Save C.11"N'
"

0 a
0
:
0
fIS-7
of Cliels was fillcted still wss~hpsl with wants pets. ether 1% I
. [.In -11 (tit- .4vrnt) (ft,wopirmlo. in. M-
.u f
and MeXO. Oter CrYtil". front MWO I wait n1stainvill As is ttiniNtoll)). o%vrild.
111111111
0
0 ~ i! colotilrds needles. tn. I(sti-7". while the filtrate after exist. A-fic-tol; at 300-20" ve a pyrri-Ir lirriv.. C�IIFGN. b.
with hot first. ether anif concis. of the l6ttirl Pvc 11, in. M-91", Wit -5* (tit) uslyrut). The evidence of till,
"
00
0
0 92-31 (from pets. ether-AfellCO) Pak. in. I&S-411
Irrence in structure fritin heliutritlanc is incomplete an the
r
(fromptoll)). Itellurtion 0111wilh S
is water1mve 11. Iltstimusin degraidatloin may i4ke nuac~tInts e primAry
a"
while oxidation of the H with 31V IIA Welf . 113rdroly- (NUIT'lle. 0. M. Kossolispof!
%I% of 11 with &if. tla(()11)1 at 44; gaste Ill. Its 114-14".
12 94' as well as traeliciantic " (Previotu%ly
'ribed): Ift forim NO a . tn. IIG-12* (from
de,
Htoll-Rw). -V= tn. 174' yearn HtOH), and
RtOH) while.treatmelit with

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a Ar
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0 0

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. , . . V '. M -AL T I A&
I a L a
AUDS!" of Hakaw" C68*4. 11. Synihows of
haladahine and of Its d-immer. 0. P. blen'.hiko, and
o. M, Ilarodina (Inst. Pbamwol, Toxicol. Cbemo-
J. Gin. CUsi. M.S.S.R.) 17.
fli~pr.
1OW-72(19,17)(its Russian); cf. C.A. 39, 11721-floth
Olptical istiturn of =1(mclbyfa~dnom, thyl~carbinol
Were lwcpd. and the I .. to tK"'WOUttral With.
haltatablue(C.A.40.21,111). PhCOCJ4NMc(Cll,Ph).-
A. HCS (55 a.) in 300 cc. ht(311 was shaken with 8 g. act ivated
C and 0.6 s. PdCl. in 25 cc. 11.0 at somewhat superatm.
of H. until the absorption Wowed down. when
M"numS g. C and 0.0 X. PdClj in 25 cc. Hko were addEA
And "Lwti-a continued for a total of 18-2N) hr-. The
JSV*
coned. filtrate w" Umled with 20% NaOll, exi.l. with
IRA and the latter erapd. to irive 24 g, NCIA0111- =O&
CHINHAff" in. 7b-6, (fragn riber). The - COO
t aftmair fl~' t4 and &) 4, d-1 at t *tic acid W 2.'Alcc, EtOll,
0 J allowed (4. to at 0* after flitrallun, gave 2KA a. (attri
w asew ova 11604); The toutber liquor. on es-aim. of
the H1011, yielded the J-baw. which on treatment with
1-tanark and as described abmr, jave I be 1-tartiate uf ire 0
the d-baw, also in. 112-16* (frmn R1011). The J-tar-
tiate of the 1-baft had Jain - 18.73,; the 1-tarttate id
the if-hiln bad JaID lg.(U*. The (tie bases Weir it.'
covered by tmtawut at the tattrates wtith 211OV' N&Ull
and were isolated as HO saUs from ale. HCJ and M.O.
Wilt farina in. 113-146; 14am I&ID -.%9.411*; d-form
jolb M.M. Natural halostahine has I*]u -47-03*:#
its d-ukrtmtc 1,sID -19.72*. llCl sAll [all,
Mixed ru.p. with the synthetic 1-daiv, showed thriv
A is. L a NCTAttUkGKAL Ljjt#AjtMj CLAIJOKAT" 9 2 -
tic. SIV.S31-
0.1 .%j
0 an i a w a x I : pA 9
U all, 00 Is I, go a w a w a a ig it Ot K6 It VIA v
0 0 0_0 O-fL 0 0 0 q !LO 000009 00 00

,/C%emistry Alkaloids
thesis and Structure of Certain Colchicine
ratives," M. W. Shchukina, G. M, Borodina Yu.'N.
tynker, All-Union Sci Res Chemicophar Inst imeni
Ordzhonikidze, Moscow
aue Obshch Khim" vol xxi, No 4, PP 735-739
tained new substitution compda of colchicine with-
t splitting basic mol skeleton. Examd interaction
colchicine with: (1) alc solne of org emines,
t-re methoxy group on ring C was replaced by amine
Lical; and (2) with alc soln of sodium alcoholate,
tre methoxyl group vas sapond, ring C aromatized,
UWR/Chemistry - Alkaloids (Contd) Apr 51
11,/Cheml
and carboxylic acid salt formed. Describes Me and
ar 01
~
Et eaters of latter, obtained by action of alkyl
lbalide,s on it. Interaction, of aminocolchicine and
eblor'ocarbonic acid ester.y-ielded carbotho)*,amino-
66lebicine.
182T25,
PC
t
P:j

-4
.'4
USSR/Chemistry Pharmaceuticals SeP'52
"Some Syntheses in the Series of, 4-Acetwninobeazal.
dehydes, " M. N. Shchukina, G - M. Borodina, Ye. D.
Sazonova, All-Union Sci Res Chem-Phar Inst Imeni,
S. Ordzhonikidze, Moscow
Zhur Obshch Khim" Vol 22, No 9, pp, 1659-1663
A series of aromatic aldehydes contg substituents
in the 2 and 3 positions as -well as an acetamino
group in the 4 position were obtained. The thio-
semicarbazones of these aldehydes vere prepd. By
treating 4-amino-2- and 3-methoxybenzaldehydes
232T31
with succinic anhydride or benzoyl chloride, the
corresponding acylated compds vere obtained. The
prepn of 4-acetamino-2-methoxycinnamic acidy 4-
acetamino-2-methoxyhyd.-oxycinnamic acid, and 4-am.-
ino-2-oxyhydrocinnamic acid is described.
232T31

An*ivn d the etiyt__e'*"W f4'p'-bj_
n
IA
"ad. JWuh S.S.S.R. I..
M-4(1933).-Adlin. of. 42 g.'CiHuCHO and 60 s. BrCifs.
COII?t in 00 ini. "He to 2-3.5 g. activated Za dust undtr
25 ml, UtPO, WIDwed by brid wamh1g, ItArIcif A ASOMIS
reaction whkh Muiried txttrdat cooling tvtuwbtn the Adn.
eitended ov& 1-2 hm. The inixt. heated 1.5 hrs. longer,
tmAtvi with tO% HsSOs and-the org.' layer sqA.* wushcd-
uifd dMd. yielded 48% CT1116CfI(OCI0CIjrsCOEI (1). b4
130-5*.dmO-0354.xVI-43G5- I(IO-5g.)undUgAtlin I . I - . -
-110 nil. RtOll svem trtuted with 18 g. dry AgO and the,
mixt. hilrted ut rvilar 2D hm. filitred and the 111trate distd.-
..~fvfdfng5 V; I and 3U%
tilboxy dwilogs ofl: finO. bit 1044P. d... OVA. rj',I. 1.42N);
Cal'SIO, b'j HO-14". -6 O.87f4. jell 1.42&1); . CpIll.0. b,
Ifirt-V, 1129 OF13, mV 1,4313. '11),drolysisof tht: car..,
wsponding e4lem with 41)70 KOll- 1:1 )irs. ut romik trmp.
g,,ivc tim following Irve-arldit, CjIjjjCU(OFj)CjIfa)"II. bit
in. l3-l4*;-,'BnI) topik... th Lp. utxmt 51;
ClItiso amaing.blo 113-10', f.p.'0-2*. The yielthi of ImAth
the t-AM Und, thii WUre' TQthCj )OW. 0. NJ, K.

0 41 Cie
r1ard 1/1 Pub. 151 9/38
Authors Borodina, G,,M.
..........
Title S --h; -y acids find their enters
irnthesis of certain beta ydrox
Periodit:al Zhur. ob. Ichim. 24/2, 235-238, Feb 1954
Abstract 3 The s-Atho sIisof Iethyl et:hers of beta-keto tride cane and bel"a-ketopeentuadecane
Acids through partial acidolysis of acy-1malonic esters, obtained from the re-
action of maa lonic ester ~with undecano and tridecane acid cblo-
gnesium ethoi,,yma
ride, is described. The lchenLical propertics of ~the -derived acids were analyz-'
ed. The products obtained through saponification of esters of beta-hydroxy-
tridecane., beta-hydroyyWntadecane and beta-hydroxystearic acids, Ath an
aqueous alcohol solution of potassium hydroxide, are listed.- Seven references
2-USA; 3-German;-1-French-and 1-Italian (1869-1951).
Institution t The S. Ordzhonikidze'~A114nion Scientific Research ChenPharw-. Inst. Mosew
Submitted June 10, 1953

USSR/ Chemistry Synthesis method's
,.Card 1/1 Pub- 151 --U/35
.Authors Borodina, G. 11. and Tarasevich., E. S.
Title Synthesis of:certain derivatives of aliphatic beta-amino acids
Periodical Zhur. ob. khim. 24, P. 7, 1205 - 1207, July 1954
Abstract i The synthesis of beta-amino undecane and beta-amino lauric acids (aliph-
atic beta-amino acid derivatives), by the reaction of,aldehydes with
m.alonic acid and alcohol ammonia solution ..,:is described. The process of
obtaining ethyl ethers and homologous hydroxamic acids, from the above
mentioned amino acids, is explained. Three German and 2 USSR references.
Institution The S. Ordzhonikidze All Union Scient. -alese arch Ghwdcal Phannaceutical
Institute
Submitted January 29, 1954

BORODINA, G.M.; ANTOSHM, N.Y.
Coordination of work plans of scientifical research Institutes
and experimental factory laboratories of the medical supplies
industry for 1955. Kedprom. no.1:45-46 ja-Mr 155. (MLRA SO)
(MEDICAL 5 INS)

BORODINA, G.M.
Conferende on coordinating plans for 1957. Had. prom. 11 no.2:64-65
P (57 (MLRA 10-,4)'
..., (MADICAL SUPPLINS) -

496
AUTHCR: Borodina, G. M.
TITLE: Certain Reactions of Halostachyn (Nekotorye Reaktsii galostakhina)
PERIODICAL: Zhurnal Obshchey Khimii, 1957, Vol. 27, No. 1, pp. 281-283 (U.S.S.R.)
AB37RACT: The report describes certain synthetic reactions of halostachyn
(phenylmethylaminomethylearbinol). Nitration of levo-and dextro-
halostachyns gave levo- and dextro-nitrophenylmethylaminamethyl-
carbinols, separated in the form of their hydrochlorides. The
latter were reduced in presence of palladium over carbon into
homologous levo- and dextro-aminophenyldimethylaminomethylcarbinols.
The nitro-hydrochlorides obtained had a melting point of 210-2150
for both antipodes which indicates their lack in para- and n*ta-
isomer mixture. Catalytic hydrogenation of levo- and dextro-
nitroptienylmethylaminomethyl carEinol hydrochlorides in presence
of palladium over carbon yielded levo- and dextro-aminophenyl-
methylaminomethylearbinol hydrochlorides which were di&zotized)
and levo- and dextro-diazophenylmethylaminomethylcarbinols which
Card 1/2 were combined with beta-naphthol with the fornation of azo-dyes.

496
Certain Reactions of Halostachyn
As to the beta-naphthol ecmbination product, it is known that
in this reaction the hydroxyl group of the beta-naphthol is always
in oriho-position relative to the diazo-component.
There are 4 references., of which 2 are Slavic.
ASSOCIATION- All-Union Scientific-Research Chemical-Pharmaceutical Institute
im. S. Ordzhonikidze (Vaeaoyuznyy Mauchno-Issledovatellskiy Khimiko-
Farmatsevticheakiy Inatitut im. S. Ordzhonikidze)
PM=Nr ED BY:
SUBUTTED: JanuarY 30., 1956
AVAILABLE:
Card 2/2

BORODBA. G.M.
ion reaction of 8-chloro-methyl-caffeine and arsanillo
acid. Thim.nauk i Prom- 3 noo5:6Bl 158. (MIRA 11:11)
1. VsesoyuzWy usuchno-issledovatellskiy khimiko-farmateevticheskiy
institut im S. Ordzhonikidze.
(Caffeine) (Areanilic acid)

BGRODI*
- - %A -
Conference on coordinating rooearch ulanB. Hed.prom. 12 no.2-:&-65
F '58. (MIRA 11:3)
(PWRACIOTICAL MARCH)

9 0 0
AUTHOR G. M
Kraft, M. Ya., Borodinap
qtrelltsova, L-7;,-7StL__uchkov' Yu. T.
TITLE: Structure of Monomeric Arseno Compounds
6999~
3/020/60/131/05/025/069
BO11/B117
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol 131, Nr 5, PP 1074-1076 (USSR)
TEXT: It was proved by the authors in their paper that among all determinations
of the molecular weight of arsenobenzenelgiven in literature, only the methods
by F. F. Blicke and F. Smith (Be 10) are correct. All results obtained with
other methods are distorted by resinification reactions. All arseno compounds
hitherto described can be divided into two groups: I) colored, amorphous, non-
crystallizing and non-distillable compounds. Some of these are insoluble in any
solvent, others are soluble in appropriate solvents only, when th form
. e~ Colorless
viscous solutions. They were found to be polymers (see scheme) II
and easily crystallizing, distillable substances. They have the character of
monomers. A cyclic structure was demonstrated for arsenomethane (III). The
situation is more complicated with arsenobenzene: its molecular weight is rather
different according to the individual researchers and techniques used (399.8,
402, 642 and, finally, according to F. F. Blicke and F. Smith 895 and 915). It
was obviously' because of this multiplicity that the structural formula R-As-As-R
(R - C 6H5) was adopted. It-is, however, improbable that a compound with such a
Card 1/3

69915 6,
Structure of Monomeric Arseno Compounds B/020/60/131/05/025/069
B011/BJ17
structure should be colorless. The authors presume that the difference between
above-mentioned results could be explained with reference to the instability of
the arsenobenzene. Its resinification (polymerization) products are most readily
oxidized in air up to C 6H5AsO. The latter as well as the resinification products
of arsenobenzene are very readily soluble in many solventsy but are difficult to
detect whereby unreliable results for the molecular weight of arsenobenzene are
obtained. The authors arrived at the conclusion that reliable data on the
structure of arsenobenzene can be obtained only when the X-ray structural analysis
method is used. The thin, almost colorless (yellowish) crystals of arsenobenzene
form thin needles. Axis b is the longer one. The simpler shapes are pinacoids
t100) and [001). From data obtained, the authors came to the conclusion that
there are 3 crystallographically non-equivalent As atoms contained in a cell. As
is proved by the established projection of the electron density (Fig 1), the
arsenobenzene molecule is a cyclic system consisting of As atoms. One phenyl
group is bound to each As atom. The cycle is six-membered (IV). Such cyclic
molecules occupy the position of centers of symmetry within the crystal. The
cycle is not arranged in one plane, but has a chair-shaped configuration and a
valence angle As - As - As of 930. The outer valence angles As - As - C are
Card 2/3

699916
Structure of Monomeric Arseno Compounds S,/020/60/131/05/025/069
Boll/B117
99 1 30. The lengths of the bonds As - As are 2.44 A, and that of the bonds
C - As = 1.96 A. Provided that data for arsenobenzene gifek by Blicke and Smk"
are correct, then their data on the molecular weights or pj,~r seno toluene and) -~
p-arsenoanisol are also reliable. Hence, the a----- - - E o the conclusion ihai
there are no arseno compounds with a structure R - As-AS - R at all. They
actually are either polymers (I) and (II) or cyclic compounds (III) and (IV).
There are 1 figure and 10 references, 3 of which are Soviet.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatelOskiy khimiko-farmatsevticheskiy
institut im. S. Ordzhonikidze (All-Union Chemicopharmaceutical
Scientific Research Institute imeni S. Ordzhonikidze). Institut
elementoorganicheskikh soyedineniy Akademii nauk SSSR (Institute of
Elemental Organic Compounds of the Academy of Sciences,_USSR)
PRESENTED: October 12, 1959, by A.N. Nesmeyanov, Academician
SUBMITTED: October 6, 1959
Card 3/3

KROM
AO M.Ya.; BORODINA., G.M.
Reactions of diphenyltin with iodine. Zhur.ob.khim. 32
no.5:1665-1667 Yq 162. (MIRA 15:5)
1. Voesoyuznyy nauchno-issladovateliskiy khimiko-formatsevtichoskiy
institut imeni. S.Ordzbonikidze.
(Tin) (Iodine)

FERSHIN, G.N., prof.; KRAFT, MaYao, profo; ROZENTUL, M.A., prof.;
POZHARSKAYAJ, A.M., starshiy nauchnyy sotrudnikj~
WLGVANOVA, S.N., starshiy nauchnyy sotrudnik--ZIODIII~.. G.M.j.
starshiy nauchnyy sotrudnik; RASLOV, P.Ye. ~ Starshiy rFa7u6E
sotrudnik; IVANOVSKAYA, Ye.A., mlladshiy nauchnyy sotrudnik,-
ARONSON, P.Yu., mladshiy nauchnyy sotrudnik; KANCHUKH, Sh.F.;
SHEYER, A.A.; ZALIOPO, M.P., spetsialist po m.-tymshchim sredstva4
Treatment of your hairi..with selenium sulfide soap. Izobr,
i rats. no.12:32-33 '93. (MIRI~ 1-(:2)
1. Zaveduy-ushchiy laboratoriyey khim:Loterapii infekts--'onnykh
zabolevaniy Vsesoyuznogo nauchno-issledovateltskogo khimikc-
farmatsevticheskogo instituta im. Ordzhonikidzr. (for Pershin).
2. Zaveduyushchiy laboratoriiyey metalloorganichesIdYn soya-
dineniy Vsesoyuznogo nauchnc-issledovateliskogo khimiko-
farmatsevticheakogo instituta im. Ordzhozetkidze (for Kraft).
3. Zaveduyushchiy otdelom TSentrallnogo kozhnc-venenlo-
gichesk.ogo instituta (for Rozen-bul). 4. Zaveduyushchiy labora-
toriyey-lekarstvennykh form Vsesoyuznogo nauchne-issledo-
vatell-skogo khimiko-farmatsev-L'cheskogo instituta in. Ordt-honi-
kidze (for Pbzharskaya). 5. VsesoyuznNy nauchnc-issledovatalt-
skiy khimiko-farmatsevtichesk.y institu'L, im. Ordzhonilddze
(for Milovanova, Borodina, Ivanovskaya, Aronson). 6. 'I'Sent,rall-
nyv kozhno-venerolol-7icheski-v maslnv

BORODINA GAL& YANOVITSKIY, M.G. (Moskva)
QN0 W-TRW
W
Dy-namic electrocardiographic observations during the treatment of
hypertension with prolonged hunger. Klin.med. 35 no.7:123-129 J1 157.
1. Iz otdeleniya lechebnoy fizkalttury (zav.
otdeleniya funktsionallnoy diagnostiki (zav.
nauk G.Yedbrantidi) TSentrallnogo institute
kandidat meditsinskikh nauk G.N.Pospelova).
(HYPB=NSION, therapy,
hunger, eff. on 1CG (RUB))
(HUNGER. therapeutic use.
(MIRA 10:11)
- prof. V.N.Moshkov) i
- doktor moditainakikh
kurortologii (dir. -
hypertension, off. on ROG (Rua
(WACTROCARDIOGRAPHY, in various diseases,
hypertension, off. of hunger thek-. (Rus))

MRSHCHERSUTA, K.A.; BORODINA. G.P.: KOROLEVA, K.P.; LITVAK, F.I.;
OSTROVSKAYA, L.A.
Iffect ofig-mitosterol on the course of experimentally induced
atherosclerosis in rate and rabbits. Farm.i tokB. 22 no-5:434-
44o s-o 159. (MIRA 13:3)
1. Irafedra farmkologil, biokhimii, patanatomii i fakulltetskoy terapii
Blogaveshchenskogo meditsinskogo Instituta.
(STEROLS Pharvacol.)
(ARTICRIOSOLICROSIS exper.)

ILIFY)MV Fezs;_Ip~. G.P.
Changes in the sugar content of onion bulbs in winter and transition
of plants to the fruit-bearing 'period. Trudy Vost.-Sib.fil. AN SSSR
no.20:3-18 160o (MIR& 13:11)
(10# ons -Storage) (Sugars)
(Plante, Effect of temperature on)

DAIWIGHj K*Ns; -OMMLROVIGHt B.P.; BORODINAO G.P.
Seed corn production in lastern Siberia. Trudy Vost.-Sib.fil. AN
SSSR no.20:29-39 160. (MIRA 13:11)
(Siberia, lbstern-C-orn (maize))
(Seed production)

BORODIN FO
A6"
Some data on breving qualities of barleys grown in Irkutsk Province.
Trudy Vost.-Sib.fil. An SSSR no.~0:121-123 160. (MIM 13: 11)
(Irkutsk Province-m-Barley-Varieties)
(Brewing)

MSHCURSKAYA, K.A.,-,BORODINA, G.P.
Role of bile acids in the hypocholesterinernic action of /-? -sitostuerol.
Farm. i toks. 25 no.1:44-47 Ja-F 62. (MIRA 15:4)
1. Kafedra farmakologii (zav. - prof. K.A.Meshcherdkaya) i bjokhim."i
(zav. - dotsent A.Ye.Borodin) Blagoveshchenskogo gosudarstvennogo
medit-Anskogo instituta.
(SITOSTEROLS) (CHOLESTEROL) (BILE AGIMI

M~HCHERSKAYAJ, K.A.~ ~BRCR~j~', _- G.-P. --.-
Sorptive properties of skeletal rat muscles in alloxan diabetes.
Trudy MOIP. Otd. biol. 9.627-29 164. (MIRA 18:1)
1. Yleditsinskty institut, g. Blagoveshchensk.

YMS11CHERSKAYA) K.A.; KOROLEVA, N.P.; POLIODINAL G.J.
Influence of lignoceryl alcohol on the course of experimental
atherosclerosis in rats. Farm. i tokis. 24 no.5:583-586 S-0 161.
(MIM 14: 10)
1. Kafedry farmakologii, pathologicheskoy anatomii i biologicheakoy
khimii Blagoveshcheaskogo meditsinskogo instituta.
(ARTERIOSCLEROSIS) (LIGNOSERYL ALCOHOL)

S/033/60/037/Oo5/oi4/024
E032/E514
AUTHOR: Borodina G.V.
TITLE: Calculation of the Flux of Stellar Radiation at the Slit
of a Spectrograph
PERIODICAL: Astronomicheskiy zhurnal, 1960, Vol~37, No-5-.PP-897-901
TEXT: The flux of radiation from a star of magnitude m which
passes across a telescope objective of diameter D is calculated
frorn the formula (Ref.1)
F If D2E 11D2 2.13-10 -10 -2~5119 -M lumen (1)
T- 77-
where E is the illumination due to the star in phots. It is
assumed that the losses in the telescope objective can be neglected,
i.e. ~ = 1. Diffraction and flicker effects are allowed for by
assuming that the diffraction pattern is randomly disturbed in
accordance with the usual Gaussian distribution. There are
4 figures, 2 tables and 5 references: 3 Soviet and 2 English.
ASSOCIATION: Glavnaya astronomicheskaya observatoriya Akademii nauk
SSSR (Main Astronomical Observatory of the Academy of
SUBMITTED- January-21-,1960
--- , J"

SOV/24-59-3-22/33
AUTHOR:_AgxLdina,-I--"Leningrad)
TITLE : Generation of Osai.1-1ations in Current Regaation SyBtlems
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Ene t'k I M~oft
rge i - ~tika, 1959) Nr 3, PP 155-159 (USSR)
ABSTRACT: Me generation that deliberately excited for special
purposes in systems containing amplidynes. The general cir-
cuit diagram is shown in Fig 1; the systeni for which the
equations have been compiled is that of Fig 2. The rest of
the paper is simply an extended demonstration of the fact
that oscillations of stable amplitude and frequency are poss-
ible; some numerical values are given for a case in which the
oscillations are of small amplitude and have a nearly sinus-
oidal waveform. The paper contains 7 figures and 4 Soviet
references.
SUBMITTED: March 30, 1959.
Card 1/1

DRIVING, A,14., inth.; MATEVOSYAN, R.R., doktor tekhn. M&Uk.~ red.;
BORODINA, I.S.0 red.
(Stability of polvis vi" mitv gwls3 macht
na ottiazhkakh. Moskva, Stroiizdai, 1964. 11-1 p.
(MIRA 17:10)

.&UTHOR: Borodina, I. V. SOy '21,
TITLE- ~Scie`ntific =onferences of the Member States of the Council
of Mutual Economic Aid (Nauchnyye soveshchaniya stran-uchast-,
nits Soveta Ekonomicheskoy Vzaimopomoshchi)Conference on the
Problems of the Investigation and Production ofSynthet-ic
Rubber (Soveshchaniye po voprosam issledovaniy i D.roizvodstva
sinteticheskogo kauchuka)
PERIODICAL: Khimicheskaya Dromyshlennost', 1958, Nr 5, PP~ 322-322 (USSR)
ABSTRACT: The conference took place in Leningrad from May 15 to 2,1
was attended by delegates from the following countries;
the Bulgarian People's Republic, the Hungarian People's Re-
public, The German Democratic Republic, the Polish People's
Republic, the Roumanian People's Republic, the Soviet Union
and the Czechoslovakian Republic. There were also observers
delegated from the Chinese People13 Republi~. 22 leetures
were given and discussed, among them some on the level and
the prospects of the production of synthetic rubber in the
German Democratic Republic, Poland, the USSR and Czechoslovakia.
Lectures were given on the problems of the production of di-
Card 1/3 vinylstyrene rubber in the German Democratic Republic, the

Scientific Conferences of the Member States of the SOV/64-5118-5-1~!/21
Council of Mutual Economic Aid. Conference on the Problems of the Investi-
gation and Production of Synthetic Rubber
USSR and Czechoslovakia. Lectures were given on the problems
of the production of chloroprene rubber in Bulgaria, the USSR
and Czachoslovakia. Lectures were also delivered by members
of the Roumanian and Czechoslovakian delejation on the
production cf mono-mers for the production of synthetic. rubber
and by the Soviet delegation on the properties of the synthetio.
isoDrene rubber and on rubber for special U3e. After the
lectures had been delivered an extended exchange o-f upinions
took place with decisions and recommendations being made wl-ch
respect to the further development of rubber production.
During their stay in Leningrad the delegates visited the ~'11-
Union Scientific Resear,;h Institute for Synthetic Rubber Imeni
S.V.Lebedev, Member, Academy of Sciences, USSR (VsesOY`a3nY7
nauchno-issledovatellskiy institut sinteticheskogo kauchuka
imeni akademika S.V. Leb-ddeva) as well as the Leningrad
Factory fnr Technical Rubber Articles, and the factory "Red
Ttiangle( Leningradskiy zavod rezinovykh tekhnicheskikh izdeliy
i zavod 111:rasnyy treuFollnikll). After the conference was
Card 2/3 finished the Yaroslavl' tire factory (Yaroslavskiy shinnyy

Scientific Conferences of the Member States of the SOV/64-58-5-17/21
Council of Mutual Economic Aid. Conference on the Problems of the Investiga-
tion and Production of Synthetic Rubber II
I
zavod) and other enterprises were visited.
1. Synthetic rubber--Production 2. Scientific reports
Card 3/3

AUTHOR: I.V. Borodina SOV/138-58-12-10/17
TITLE: 'International C-o-n-l%rence of Member-Country Participants
in the Council of Economic Cooperative Aid on Questions-
of Research and Production of Synthetic Rubber
(Mezhdunarodnoye soveshchaniye stran-uchastnits soveta
ekonomicheskoy vzaimopomoshchi po voprosam issledovaniy
i proizvodstva sinteticheskogo kauchuka)
PERIODICAL: Kauchuk i Rezina, 1958, Nr 12, PP 30-32 (USSR)
ABSTRACT: The conference held in May 1958 was attended by about
40 specialists in synthetic rubber from Bulgaria,
Czechoslovakia, East Germany, Hungary, Poland, Rumania
and _1JSSR. , Observers from China were also present. The
aim was to coordinate development and exchange information
on production of synthetic rubber between the Eastern
bloc countries.. The main papers read at the conference
concerned: Development and production of divinyl
(butadiene) - styrol rubber (East Germany). Methods of
producing soft divinyl-styrol rubbers which-do not
Card 1/3 require hot plastification, on ribbon forming machines.
Properties of carboxyl rubbers and uses for tyres and

SOV/138-58-12-10/17
International Conference of Member-Country Participants in the
Council of Economit-, Cooperative Aid on Questions of Research and
Production of Synthetic Rubber
articles requiring high elasticity (USSR). Use of
Kanifol emulsifiers for improvement of divinyl-styrol
rubbers. The properties and use of chlorprene rubbers
(Russia, Czechoslovakia, Bulgaria). Properties of
isoprene synthetic rubber :.(USSR).' -Production and
processing of acetylene from natural gas with particular
respect to use in manufacture of chlorprene and nitrile
rubbers (Rumania). Industrial methods of dehydrogeniza-
tion of butane !USSR).' , Catalysts of high activity for
dehydrogenizatiokn of butylene (Czechoslovakia). New
methods of chromo-photographic analysis of gas mixtures
in p~roduction of synthetic rubber (Czechoslovakia).-
Card 2/3

SOV/138--58-12-10/17
International Conference of Member-Country Participants in the
Council of Economic Cooperative Aid on Westions of Research and
Production of Synthetic Rubber
Member countries were recommended to concentrate
development work in all these fields. Proposals were
workad out for interchange of information and material
samples between specialists of the member countries
participating in the conference.
Card 3/3

S/138/60/000/002/009./009
A051/AO29
AUTHORs Borodina, I.V.
TITLE-. A 'Ae~ort on the III. Session of the Active Group for Synthe-
tic Rubber
PERIODICAL: Kauchuk-i Rezina, 1960, No. 2, P. 51
.u/
TEXT.- The III. Session of the synthetic rubber group took place on
November 19 - 26, 1959, in Yerevant, convened by the Permanent Committee of
the AEV, to discuss mutual cooperation in the work of the chemical industry.
Delegations from the GDR, Poland, Rumania, thelUSSR and Czechoslovakia took
part, as well as observers from the Chinese Peoplets Republic. Four sub-
jeCtB were discusseds 1) The major paths of scientific research and experi-
mental work on synthetic rubber and initial monomers for the period of 1960
- 1961 and recommendations for cooperation in this work. 2) Suggestions for
the designing of new synthetic rubber plants and demands placed on the new
types of installations in these plants- 3) A report of the delegations on
the fulfillment of decisions tak6n by the 1. Session of the active group in
Bucharest and the II, Session in Leipzig, 4) A plan of action for 1960.
Card I

S/138/60/000/002/009/009
A051/AO29
A Report on the III. Session of the Active Group for Synthetic Rubber
The importance of mutual cooperation between the countries of the Soviet
block was emphasized. The following people presented papere on the first
point of the agendax the Director of the Buna Plant in Schkopau, Nellee-"
(GDR)~ the Assistant Director of the Osventsim Chemical Planto Gaye':i~iYii,-
Poland; the Director ?,f the Plant under construction for syntjief_ff*_TiTWer
in Rumania, Moldavanu;~'Director of the VNIISK (USSR) Garmonov" the Director
the Director"of t6_ zechoBlovakian Scien-
of the NIIMSK, Sobole
--tific Res'Wa~ch' for Synthetic Rubber, Pekl&(CSR). Decisions were
adopted as a result of the-discussions on the performance of work accord2ng
to a coordinated plan. For example, the method for obtaining divinyl by
single and double stage dehydration of butane was assigned to the USSR, the
production of synthetic latexes to the GDR, developing a method for the
purification of waste waters in the production of di vinyl -sLyrez~e rubber to
Czechoslovakia. Decisions were also adopted on the exchange
mu tu al
~1-nitrile rubber,Von methods for con-
formation on the production of d~v~n
centrating divinyl, on the synthesis of silicon rubber, on chromatographic
analysis of the products from the production of synthetic rubber, etc. The

S/138/60/000/002/009/009
A051/AO29
A Report on the III. Session of the Active Group for Synthetic Rubber
group suggested that detailed discussions be held at the next, session on re-
sultB of developing methods for modifying colophony and on the composition
and technology of rubber production based on colophony emulsifiers.
Card 3/3

S/138/60/000/009/010/012
A051/AO29
AUTHOR: Borodina, I.V.
TIME; A Conference of Scientific Workers in the Synthetic RuDber
on Improving,the Quality of Divinyl-Styrene Rubbers 1~_
PERIODICAL: Kauchuk i Rezina, 1960, No. 9, PP. 59 - 60
TEXT: A regional conference of workers of the synthetic rubber industry
took place on June 30, and July 1, 1960, in Voronezh. It was dedicated to the
problems of improving the quality and extending the assortment of divinyl-st-yrene
rubbers. Representatives of theVoronezh, Krasnoyarsk, Karaganda, Kuybyshev,
Sterlitamak and Omsk Synthetic Rubber Plants, the Voronezh, Dnepropetrovsk, Moscow,
Leningrad, Omsk and Yaroslavl' Tire*Plants, the VNIISK, NIIMSK, NIIShP, NIIRP
Giprokauchuk, OXB of Automation, Goskhimkomitet, the Voronezh, Azerbaydzhan, Kras-
noyarsk, Kuybyshev, Bashkiria, Omsk, Karaganda Councils of National Economy, took
part in the conference. The chairman of the State Committee of the USSR Council
of Ministers on Chemistry, V.S. Federov opened the meeting by emphasizing the sig-
nificance of increasing the quality of the divinyl-styrene rubber and the number
of grades available. He pointed out that both the quality and the amount avail-
able do not satisfy the growin.7 demand of the automobile and-tire industries.
Card 1A

S/138/60/000/009/010/01,2
A051/AO29
A Conference of Scientific Workers in the Synthetio Rubber Industry on Improving
the Quality of Divinyl-Styrene Rubbers
T.V. Bashkatov, Head of the Board of Synthetic rubber and Petrochemistry of the
GoskhimkomiTe-t read a paper on'the Droblems of the synthetic, -rubber industry for
Improving the quality of divinyl-styrene rubber; B.K. Karmin (NIIShP) on the de-
mands of the tire industry on quality and assbrtment of divinyl-styrene rubbers,
B.S. Korotkevich (Giprokauchuk) on the state of desigring the equipment for divi-
nyl-styrene rubber production of an elevated quality in operating and new plants;
L.D. KudrTavtsev (Voronezh Synthetic Rubber Plant) on measures for organizing the
production of colophony-divirivl-styrene rubbers at the Vornnpzh Smtbetle 'Rubber
Plant; A.I. Nuriyeva (Upravleniye neftyanoy i khimicheskoy prom-yshlennosti Az-er---'
bayaznanskoy SNKh - Department of Oil and Chemical .1ndustry In the Azerbaydzhan
SNKh); B.D. Breyman (Sterlitamakskiy zavod SK - Sterlita-mak Synthetic Rubber Plant)
and E.Hh. Rud' ZTsN at the Krasnoyar'sk Synthetic,. Rubber Plant) reported on The
work ~3arried out by the SumgaJt77t-_-r-Utamak and Krasnoyar&LK 33arrhetic Rubber
Plants in connection with the preparations for the produ,2tion of divinyl-stlyrene
rubber with higher qualities; A.M. Perminov (VNIISK) on !,he comparative evaluation
of the properties of various divinvl-styrene r~5bber_-,~_; 1,1. Radchenko (VNIISK) on
the results of research and experimental work on the Droduction of dJ.vinyl-sivrene

S/138 /60/000/009/010./012
A051/A029
A Conference of Scientific Workers in the Synthetio Rubber industry on linprovi,-,
the Quality of Divinyl-Styrene Rubbers
rubbers based on colophony emulsifiers; A.Ye. Kalaus (VNIISK) nn the development
of an industrial composition for the polym-e-FU-ailon process based on disproporticn-
ated colophony.; E.G. Lazaryahts, (PI1MSK) on the technological process for rubber
separation from the latex by coagulation with sodium chloride; M.0 N :-ov
ISK) on the development of a method for the production of djspropcrtiona'~e colo-
phony, V.P. Shatalov (TsNIL of the Voronezh Syntbetl~i Rubber Plant) on tl~e work
of synthesizing d1vinyl-styrene and divinyl-methylstvrene rubber-, in sysf,ems with
oclophony emulsifiers. The following representatives took part in the dis;:~ussicns
of the presented papers: V.S. Federov. T.V. Garmonov the di-rec-or of VNIISK,
Novikov the director of the NURP laboratory, A.!. Bakharev the head engineer of
the DneproDetrovsk Tire Plant, O.N. Dyment the head engineer of the Department of
Oil Refir&y and Chemical 1ndustry of the Bashkiria National Economii~~ Council, etc.
The main problem facing the synthetic rubber industry is improving the quality of
Soviet divinyl-styrene rubbers to the level of that of other countries. The-mai-,i
means for solving this problem were given: 1) Chapge-over of the product'-on of
di.vinyl-styrene (methyl-styrene) rubbers to that of the soft types, not requiring
thermomastication and the aDDlication of high-aromatic oils. 2) Exchange of the
Card 3/4

S/138/60/000/009/010/012
A051/AO29
A Conference of Scientific Workers in the Synthetic Rubber Industry on Improving
the Quality of Divinyl-Styrene Rubbers
Nekal emulsifi.er to a colophony or ~-I-ombjned type (based on colophony and synthetic
fatty aelds) with a change-over to coagulation with sodium chloride. '~) Applica-
tion of new stoppers, regulators, stabilizers, which would ensure &ri increase in
quality of the rubber. 4) A signirican-l.; increase in The purity of the initlal
monomers and auxiliary materials. 5)--%suring conditiona for a stri~:-t maintain-
ance and narrowing of, the variation limits of the technological parameters .1-n the
polymerization and separation proces'-ses based on the wide application of' new methl-
ods for automating the processes. 6) Development and introd-L;ct.ion of new '!;VPC-&
of divinyl-styrene rubbers. Measures were suggested for int'roducinng the new meth-
ods into the listed plants within the nex-t; 2 - 3 Year:,,, for resear,:;h arA experi-
mental work, and also for organizational measures fer supplying the synthetic rub-
ber :Lndustr-j with new materials,
Card 4/4

BORODINA T.V.
All-Union conference of the representatives of the synthetic
rubber industry. Kauch. i rez. 24 no.2:52-53 F 165.
(MIRA 18:4)
,.Y

BOMDINA. K. A.
Cartography
Dissertation: "Improvement of the Representation of Plamt Cover and of Terrains on
Topographic Maps With a Scale of 1:25.000-1:100,000.11 Cand Tech Sci, Moscow Ine'. of
Engineers of Geodesy, Aerial Photography and Cartography, 19 Mar 54. (VechernyW
Moskva Moscow, 9 Mar 54)
SO: SUM 213, 20 Sep 1954

3CRODINA, K.A., kand.tekhn.nauk.
I
Representation of populated places on topographical maps. Geod.i
kart. no.8:6o-68 Ag 157. (MMA 10:10)
(Cartography)

BORMINA# K. G.;-ROW~~ T. N.
Find of tFay Utes in coal-quartaite shales of the Charms-
shmgkoyq deposit. Izv. AN SSSR Ser. geol. 27 nolot8446
0 162. (MnU 15: 10)
1. VassoyusMy geologicheekly naucbno-insiodovateltakiy inatitut,
Obelyabinakiy geologoramdochrI7 treat.
(Cberemehanka, region(Chelyabinsk Province)-
Graptolites)

B RODINA---ZL.XD.---
Structure and composition of the weathering surface in the
Severnoye nickel deposit. Xora vyvetr. no.5:221-237 163.
(MM 16:7)
1. Urallskoye ologichaskoys upravleniye-
rufaley Range--Weathering)

BORODINAO K.G.
Nickel P-cerolite from the weathering surface of the Sevemoye
nickel deposit in the ftley region. Kora vyvetr. no.5:58-64
263. (KMA 16:7)
1. Ural'skays. komplakenaya tematicheskaya ekspeditsiya
Ural'skogo geologichookogo upravleniya.
Ofaley region-Nickel ores)
Ofaley region-4erolite)

BORODINA, K.G.
--l. 1.11orenosite from the Cheremshansk nickel deposit- in the Urals.
Kora vyvetr. no.9:34-36 165. (MIRA 19:1)

NIKISHIIIA, M.F.; rMMNIV, L.Ya.; BORODIIIA, L.A.; AWIPOVA, A.P.; BFGWIKOVA,
N. I.
Bituminous and tar emulsions used in road construction. Avt.dor.
21 no.11:25-27 N '58. (MIIIA 11:12)
(Road matertlas)

KRM~M,V, L.Ta.; 4Q4RTNA, L.A..
- ~: -V
Prmduction. of hlpbly concentrated bitliminoun amulaiors. Avt.
dor. 22 no.?:4-6 Jl 159. (1,111M 12:9)
(Bitilminolis materinis)

NIKISHINA, Mariya Filippovna; EVENTOV, losif Markovich; ARKHIPOVA,
Aleksandra Pavlovna; BEGLU,.IKOVA, Ninell Ivanovna;-49RODI.NA,
L
yuboy.1 Alekseyevna; IGONIKINA, Galina Sergeyevna;
NAZAROV, Vladimir Vladimirovich; ALEKSEYEV, A.P., red.
[11mlsions used in road construction] Dorozhnye emullsli.
[By] M.F.Nikishina i dr. Moskva, Transport, 196/+. 171 p.
(MIRA 17:12)

PIESHKOVA, W.M.; BORODINA, L.G.
Results of the treatment of syringomyelia with 1131. Zhur.
nevr. i psikh. 65 no.8:1178-1181 165. (MIRA 18:8)
1. Kafedra meditsinskoy radiologii (zaveduyushchiy - prof.
V.K. 14odestov) TSentrallnogo instituta usovershenatvovaniya
vrachey, Moskva; kafedra. nervnykh bolezney (zaveduyushchiy -
prof. E.M. Vizen) i kafedra rentgenologii i radiologii (za-
veduyushchiy - dotsent G.I. Rylova) Permskogo meditsinskogo
instituta.

BOFOD1,2h, L. I.
Borodina, L. 1.
"The Pre-Imago Stages in the Development of Chewing beetles (of the
Fa1rjj.y kgrotinae) Which Attack Crops in Tashkent Oblast (Corm-nrzAtive
M,orphological Survey, Geographical Distribution, and Affinity for Various
Agricultural Crops)." Acad Sci Kazakh SSR. Inst of ZooloEy. Alma-
Ata, 1955 (Dis5ertation for the degree of Candidate in
Sciences)
SO: Knizhnaya letopis' No. 27, 2 July 1955

BORODINIA, L.I.
_IBIOIRIODIIIA. ;.I.
Distinctive characteistics of the eggs of cutworms (subfam.
A~riotiinas) posts of cultiyWtp4_plApts in.Uzbeki.stan. Trudv Inst
zool. i paraz. AN Uz'. SS'R 6.-11-16 '5~*- (MIRL 1;:6)
(Tashkent Provi;ae--Gutworms)

BORODINAj L.M.
Specialized manufacture of fastening parts and tools* Vests
mashinostre 44 nool2t68-70 D 164. (MIRA 18:2)

TMKIKH, V.I.; KOROVIN, I.L.: Jn~xk~!Ift___
Interspira suilla nomonove, a now micro-organism from the same
class as Spirochastaceas. Vaterinariia )2 s#.12:66-67 D 155.
(PROTOWA, PATHOGANIC) (PARASIMS-SWIRE) (MA 9:4)

k4ull 4.
113FIL, 1, Ir'na Abr&-no-ma; KARPQVA~ L.P.,, retsenzem,;
-E-.&PIrretserizent, RICHKOVA, I-ed*
[Technolca of dressmaker--t3W -wom-en's cl;thln~gj Tekhric-
lodia zhensko-r) leftogo platlia. Moskva, Legkaia Jindu-
r.
su'lial. 1965. )-5-1 P. (MIRA 18.-8`~

ACHARM, V.A.; BARSKOV, I.K.; BIRYMOV, I.S.; BORDD~g*,_ T..Ia.;. BRIMM, N.M.;
GORFILIK, B.Te.; GUKWV. M.N.; ZORKATA, N.M.: IOTRTSH, A.I.;
XAYDMVA, O.N.; X&PUSTIN, Te.l.; 13BEWA, N.A.; LESHKOVTS]ff. V..L;
LTSHNKO, V.P.; MAMIN; A.B.; MI0ATLCI*, N.N.; NISTIYET, I.T.; NECHATST,
X.Ts; NIKOLISKIT, A.T.; OSTROMMOV, H.Ta.; PISAUMSKIT.'O.N-;
PoLbBoymmov, M.N.; Popov, Tu.N.; PRASOLOT, M.I.; POWATEV, Tu.N.;
RIMBERG, A.M.; RTABOV, VA.;. SMOV, B.F.; SFBMSKATA, TS.A.; TAKOTEV,
K.1f.;- TRIFONOVA, G.K.; 72dINOVA, V.II AZAROV, G.Kh.; SIM
KOVA. G.P.; SHMMING, I.G.; EYMIOK&, B.I.; MIKAELTM, E.A.. red.;
XMIN, Tu.I., tekhn.red.
[U.S.S.R. as it is; a poT~ilar illustrated handbook] SSSR kak on eat';
populiarnyi illiustrirovannyi apravochnik. Moskva, Gos.izd-vo polit.
lit-ry, 1959. 462 p. (MIRA 12:2)
(Ras sia).

E-0111,C,DINA, M. 11%.
Borodina. M. A. and Bobin, V. V. "On the use of Saki, mud extracts in the treatment
Q
of diseases of the peripheral nervous system", Sbornik nauch. trudov kurort-a Saki,
Vol. IV, 1948, p. 221-25.
SO: U-3261, 10 April 1953 (Letopis 'Zhurnal Inykh Statey, N~'. 12, 1949).

~,.BORODINAp M.A*
Effect of the administration of penicillin and streptomycin by means
of the eleetrophoretic methods on the course of experimental neuritis.
Antibiotiki 5 no.4*.55-60 JI-Ag 160. WRA 13:9)
1. Nevrologicheskiy i eksperimentaltnyy otdely Nauchno-issledovatell-
skogo instituUL klimatologii i klimatoterapii imeni I.M. Sechenova.
PENICILLIN) (STREPTOMIN)
MECTROPHORESIS) (NEURITIS)

BORODINA. M.A.. kand.med,nauk., doteent; SHATROV, A.A., kand.med.nauk
Boleslav Vladimirovich LikhterrAn; on his 60th birthday.
Vop.kar., fizioter.i lech.fiz.lmllt. 28 no.101-92 163.
(MDA 16:4)
(LIlUinMMAN, BOLESLAV VLADIMIROVICH, 1902-)

S/020/61/140/006/026/030
B107/BlOl
AUTHORS: Tsiklis, D. S., and Borodina, M. D.
TITLEt Formation of acetylene during adiabatic compression of
methane
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 140, no. 6, 1961,
1376 - 1379
TEXT: The formation of acetylene was studied in mixtures of methane with
hydrogen, nitrogen, or rare gases during adiabatic compression up to
2
9000 kg/cM . A piston was used for compression. The plant is described
in detail elsewhere: Yu. N. Ryabinin, ZhETF, 21, 461 (1953); D. S.
Tsiklis, Tekhnika fiziko-khimicheskikh issledovaniy pri vysokikh dav-leniyakh
(Technique of physicochemical investigation at high pressures), 1956. The
acetylene content was determined colorimetrically, if it was above 0.1%,
however, argentometrically. According to Ya. S. Ka7,arnovskiy, the equili-
brium constant of the reaction 2 CH 4 - C2H2 + 3 H2 is log K = -18077/T
1 2 2 _ 23.9. This would
+ 13.09 log T - 0.02347 T + 0.06335 2T - 107520/T
mean t1lat, at 15000K and 10000 kg/cM , e. g., 2% acetylene should be formed.
Card I X3

S/0201/61/140/006/026/030
Formation of acetylene during... B107/B101
Tests at this pressure, however, yielded no acetylene. Gas mixtures were
used for further experiments, i. e. nitrogen with 2, 4, 14, and 38% methane;
argon with 2, 4, 6, 7, and 14% methane; helium with 3, 6, and 14% methane;
xenon with 7% methane; krypton with 3% methane. Table 1 gives the
acetylene content and the yield, the values being obtained by graphic
interpolation. Changes in the composition of the mixture due to gas
losses during compression are slighter in the case of nitrogen, and more
pronounced in mixtures with rare gases and hydrogen. The mean molecular
weight was therefore determined before and after compression. Results:
In mixtures with nitrogen, the bighest yield was obtained at 2% CH4+ 98%N 2'
The yield versus pressure plot shows a sharp peak. No acetylene forms in
the mixture with hydrogen. In the mixtures with rare gases the yield was
highest with argon. From reaction-kinetical considerations it follows
that yields are a maximum, when the masses of the colliding molecules are
about equal. There are 4 figures, 1 table, and 9 references; 3 Soviet and
6 non-Soviet. The four most recent references to English-language
publications read as follows: P. A. Longwell, B. H. Sage, J. Chem. and
Eng. Data, 5-, 322 (1960); G. B. Skinner, W. E. Ball, J. Phys. Chem-, ~A,
1025 (1960); G. B. Skinner, E. M. Sokoloski, J. Phys. Chem., 64, 1028
Card 2X

S~020 61/140/006/626/030
Formation of acetylene during... B 07/B1O1
(1960); S. W. Bensony The Forendations of Chemical Kinetics, 1960.
ASSOCIATION: Gosudarstvennyy nauchtio,-issledovatellskiy i pr6yektnyy
inititut azotnoy pro6yahlennosti i produktov organichaskogo
sinteza (State Design and Planning Scientific Research
Institute of the Nitiogen Industry and for Products of
grganic Synthesis)
PRESENTED: May 4, 1961, by S. Vol.lfkovich, Academician'
SUBMITTED: April, 2s, 1961
Table 1., Acetylene yield in compression of mixtures of.methane with
nitrogen, argon, helium, xenonq and krypton as a function of pressure.
Legend: (a) Ace'tylene content of the gas mixture, in % by volume;
Acetylene yield, in (1) compression pressure, in kg/cm2; (2) mixture
of:
1: Cdrd 3
X

TSIKLIS, D. S.; BORMINA, M. D.
Formation of bydrogen cyanide in the adiabatic compression
of methane mixtures with unonia., Dok3.. AN SSSR 147 no.4:
860-862 DIL2. (MIRA 16:3.)
1. Gouudarstvannyy n&aelmo-iseledovatellskiy i proyektnyy
institut as,otnoy piraWehlennosti i produktov organicheskogo
sinteza.
(Hydrocyanic acid) (Methane) (Ammonia)

I~S., BoFODINA M G red.
TAYEV,
[Calcu).ation of contautors and current conducting parts
of electrical apparatus; manual for course and dir-loma
projects] Raschet kontaktov i tokovedushchikh chaste-I
elektricheskik-h apparatov; uchebnoe posobie dlia kurso-
vogo i diplomnogo proektirovaniia. Moskva, Energ. in--t
1964. 50 P. WIR-k 180)
1. Kafedra elektroapparatostroyeniya Moskovskogo energeti-
chaskogo instituta (for Tayev).

BORODINk, M.L~; VILIIDSLLVINSKATA, T.A.; MVYDOVSUYA. D.L.
Advantage of using high titanium content ilmenite slags instead
of ilmenite for the production of titanium dioxide by the sul-
furic acid method* Titan i ego splavy no.2:73-77 '59-
(KM 13:6)
(Titanium oxides) (Slag)

5(2) - SOV/63-4-3-10/31
AUTHOR: Borodina, M.L.
------------------------
TITLE: Titanium ,Dioxide (Rutile)
PERIODICAL; Kh1micheskaya nauka i promyshlennost', 1959, Vol 4, Nr 3,
pp 351-355 (USSR)
ABSTRACT: The high intensity and opaqueness of titanium dioxide is due to its
high refraction coefficient and the optimum size of the particles of
0.3 - 0.4,/%. It has a low photochemical activity and is resistant to
all acids, except sulfuric acid and HF, and to all aqueous solutions
of alkali. Rutile may be pLepared from titanium tetrachloride by
thermal hydrolysis / Ref 3 /. A drawback of rutile is its slightly
yellow shade, because the rays in the violet and blue part of the speo-
trumlare not completely reflected. The raw materials for rutile pro-
.duction are: ilmenite FeTiO with a TiO 2t content of 52%; natural ratile
concentrate with 9E TiO nef 62, and itanium slags with more than
70% T102 ZRef ll~ - ;2ile is produced from ilmenite by the sulfuric
acid method, in which the mineralis decomposed and then hydrolyzed; or
by the chloration of rutile concentrate with following decomposition.
Card 1/3 The optimum size of the rutile particles depends on the concentration

Titanium Dioxide (Rutile)
SOV/63-4-3-10/31
and the acid factor of the titanyl sulfate. Thermal hydrolysis of
titanium salts produces titanium hydroxide. The anions of the hydro-
lyzed salt are adsorbed by'the precipitated metatitanic acid Sand hinder
the transformation of anatase to ratile, The same effect has PO~_. The
hydrolysis of an aqueous solution of titanium tetrachloride containing
210 g/1 HCI produces rutile. Sole produced by pouring titanium tetra-
chloride solution into hot water contain microcrjstals of anatase, ru-
tile, etc. Heating of anatase produces rutile. The reaction rate is
reduced by HU in the atmosphere and facilitated by alkali vanadates,
K2Cr2O 7' ZnO, et-,. The treatment of the pigment by aluminum hydroxide
and silicon increases the light and atmosphere resistance of the coat-
ings. Silicon--organio polymers impart hydrophobic propeities and
moisture-resistance. Amines of the fatty series improve the dispersion
in the binding material Z_Ref 312. The sulfuric acid method should be
improved by concentrating the raw material and -by reducing the con-
card 2/3 sumption of sulfuric acid.

litanitim Dioxide (Rutile)
SOV/63-4-3-10/31
There are 33 references, 6 of which are Soviet, 18 English, 2 German,
2 Canadian, 2 Italian, 1 American, 1 French and 1 Czechoslovakian.
Card 3/3

W180/60/000/02/q28/028
1071/11W
4=011 otwtsov. a T.
TITLxt Scientific Cc or
once on the Motallurry, Chemistry and
g
jA_~a_nium .1
VMIODICALI Izy*3tlyu Akadamij mauk SSW. Otdelonlyo tokbaichesklkh
mAuk, XotalluTgiya I toplivo, 1960,Nr 2,pp 167-16B WSM)
ABSTRACTs The conference took place on January 14-20 1960 In Moscow

'
Acad.my of 5
in the rnstltuto of me to u
X
v
P

;
amati..
i
nl3e a
was or d
yt 0 o=lttee ror
L
g
.:-rth on Titanium. About 400
aR.
representatives of academic and research institutions and
works rticipat*d in the conference. The conference

Idod into four sectional 1) rev materials and
.
dir
smelting of area- 2) chemical technology and
chlorinatio.1 33 nietallotbormlo methods of smelting
titanium*, and 4) electrolrals. The following papers
were readt
Ketallurgical evaluation of some now deposits
Card Da k, ; Stat* and prospects of lmprov:Lng the
of ilminito concentrato$
(!,A_BjLjdL2hjUkP and X-1. �4103t1yov); L/
TA
. .........
ernodynomic investigations of titanl= compounds
B lhjklimov and V.A. Razalchonko); An Investigation
P
a a p mass of reduction of iron-titAnium cooncimtrates
Rs
t); Same hydrodynamic and
th carbon (~ B
kI..tlO f6atur~.s 0 a Drooess of chlorination of
~
~

M "
titanium dioxide Iz molten chlorides C
1
6
rink
W
titanium tatrachlorl
,
ftidation of Ld. V
A
2
, -
,1
14.A. Bozhnlchork.); Utiltj=
for the production of titAnJum
dioxide pirmant-by the sulphuric zold mothod (K.L.
B_ ShA k2yAch, E_A_SdLbj=s); An lays3ti-
I
AN10-64.0-c-1 some
erties of-EFe-sys 6~ TiCli
- AIC1
ro
g
p
p
~
3
ajnjW ; An Investigation of phase
TeM (jj_?fZLjh
tita
2ib
j
d b
l
f
r
orme
n
oqu
A an -vapour 1z systems
um
y
to trachlorlds, with chloroamhydrides or mono- and tri-
chloroacidic aoide B.)L. Vaki.
-
of
Card ---ftftXUM1; DotermInation of the summery content
akov
S
Vaks
carbon in titanium tetra
A
hlorid
et
(q
V
P
.
.
c
e
,
,
_
~
y
,
2/3
ai4i
zed
1A'q2kV4U2x)j Basic conditions for ntand
-------_-- -- ----
results of the process of production of titanium by the
IMCnesium thermite method (S
V
V
O
urts
v
It
A
j
-
.
.
o
em
.
.
g
,
aboako, T I Ustinov, V I lothoynikov A.I. Dadkov);
_
;_~M
C#;I~
On th
j;W~4~7

e
~
.
n f the
Sodium theralto method (V A Roznichankc S.V. Orurtsov);
*
Production of & high purliy
titanl= iv I B'~Mwv);
rho Influenc
f th
t

e o
e con
ent or chlor 0 purl
ty
titanium sponge an the process of smelting and on the
quality of the metal produced ( M. Va )I The
!
V_a ~"'Rto
du
r
ti
it
4
o
c
on or t
anium and its .
P
.
7y'
lnlng of
black abodes (loadomician I_11; 11n, A&~~
r
V
I
L
k

.
u
.
ashinit 0c the tn. r
or
yof nInG or titaniuz
Y)jtProd ation of titanjum by
mudi
ireyan 13 of t
l
id
l d
i
fl
hi
id
o-c
n
u
c r
ox
e
n
uor
e
melts U.P. Hardin, l.k. JL17Ayn); Mootrolytio production
Of tlt&nlgn rr
hl
id
id
fl
lt
(
o-
om c
uo r
or
e We
s
~~
X
A. L ytTic rsf1YRCt' of
va)l- Slectrol
Card Roranov,
j_
r;
.
u. Logaynt9kty); and a
p
3/3 numberumf other reports.
Thar* are m figures, tables or references.

PIKTORINSKAYA, N.K.; SEUB, D.H.; -BO-ODIIU,-X.L.; BOGATYRXV, P.M.
Increasing the resistance to chalking of muffle 21nc whites in
air. lakokras. mat. i ikh prim. no. 6:21-26 16o. (MIU 13:12)
(Zinc oxide)

BORODINA, M.L.; GOMOZOVAt V.G.; MIKHAYLOVA, Yu.V.; ZOLOTUKHINA, A.N.
Effect of nuclei used In the production of titanium dioxide
on its pigmentary properties. Iakokras. mat. i ikh. prim.
no.4:26-21 161. (NIRA 16:7)
(Titanium oxide) (r1gments)

S/081/6'i/000/019/042/085
B-11101/B101
AUTHORS: Borodina,-M--L-,,, Shaykevich, S~ B.. Piktorinskaya., N. K.,
Gubareva, N~ A.
TITLE: Preparation of titanium dioxide from highly titaniferous slags
by means of sulfuric acid
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 19, 1961, 283, abstract
19K53 (Lakokrasochn. materialy i ikh primeneniye, no. 1, 1961,
33 - 36)
TEXT: Extraction of TiO 2 from 75 - 85~ ilmenite slag yields 95 - 96~. The
H2so4 consumption for extraction of 1 t TiO 2 from Muf ilmenit-e concentrate
is 3.75 t, and 2.51 t for 80% titaniferous slags. The use of slag instead
of ilmenite concentrate saves >33% H2 s04 and &voids all technical operations
coanected with the formation of iron sulfate. Lbstracter's note: Complete
translation.
Card 1/1

S/137/62/000/006/030/163
AOO6/A1O1
AUTHORS- Borodina, M. L., Ziv, Ye. F., Shaykevich, S. B., Gubareva, N. A.
MLE: Utilization of ilmenite concentrates for the production of pigmen-
tary titanium dioxide with the aid of the sulfuric acid method
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 6, 1962, 13, abstract 6G96
(In collection: "Titan i yego splavy", no. 5, Moscow, AN SSSR, 1%51
282*- 288)
1UT: It was established that with greater intensity ofrutilizing the
limenite concentrate, the degree of Ti extraction decreases from 94 to 76%. Best
results regarding the requirements of pigmentary T102 production by the sulfuric
acid method, are obtained with a concentrate of the following composition:
Tio 49 53%; FeO 20 - 31%; Fe203 14 - 22%; the amount of rutilized ilmenite
is 0.3 1.78%. Pigmentary T102, obtained from this concentrate, is distingui&iEd
by a high degree of whiteness and dispersity, and is characterized by the least
Cr and V admixtures.
[Abstracter's note: Complete translation] L. Voroblyeva
Card 1/1

YERMOLAYEVA, T.A.; BORODINA, M.L.; ABRAMSON, D.L.; SMETANKINA, T.A.;
ANUFRIYEVA, N.S.; POTAPORA, M.P.
Modifying rutile titanium Oioxide for the improvement of its
physical and technologieal'properties. Lakokras.mat.i ikh
prim. no.1:20-25 162. (KIRA 15-4)
(Rutile)

GOMOZOVA, V.G.; FEDOTOVA, I.M.; LYUTTSAU, V.G.; BORODINA, M,L,
Properties of sol nuclei and of titanium hydroxide obtained
by the-sulfuric acid-method. Lakokras.mat.i ikh.prim.
no,1:26-30 163. (MM 16:2)
(Titanium hydyoxide)
(Colloids)

S/081jk/000/024/030/052
B119/B186
AUTHORS: yermolayeva, T. A.,-Borodina, M. L., Abramson, D. L.,
Smetankina, T. A., Anufriyeva, N. S., Potapova, M. P.
TITLE: Modification of titanium dioxide in the rutile form to
improve its physical and technical properties
PERIODICAL: Referativnyy zhurnal. Rhimiya, no. 24(11), 1962, 903,
abstract 24P625 (Lakokrasochn. materialy i ikh primeneniye,
n0.1, 1962, 20-25)
TEXT: Investigations were made to find modifying substances (MS) for
improving the physical and technical properties of titanium dioxide in
the rutile modification (rutile) (I), to develop a method of applying
MS to the surface of I, and to study the effect of MS on the properties
of I. It was found that the effect of MS was much greater when they were
mixed with I by additional wet grinding in a ball mill or in an apparatus
with stirrer (mixing machine) (adapted for further investigations) than
in the dry procedure. I consisting of 70% particles