SCIENTIFIC ABSTRACT GALBERSHTATAS, S.KH. - GALCHENKO, G.L.
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CIA-RDP86-00513R000614030001-6
Release Decision:
RIF
Original Classification:
S
Document Page Count:
100
Document Creation Date:
November 2, 2016
Document Release Date:
September 17, 2001
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1
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Publication Date:
December 31, 1967
Content Type:
SCIENTIFIC ABSTRACT
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YIIRIY:Wlv,, Yuj.~ GALIBSR311TAMp A.A.; PROKOFIYEEVA, [,.F.
FIrtc-lic study in the series of five-vembered hstarc~ycllc
c,mpound.- of aromatic nature,, Fhrt 3, 12m. vys. ucheb.
khIm. I khim. tekh. 8 no.3:421-425 165. (Mlpk 18:10)
1. Moskovskiy gosudarstvennY7 universitet imeni. Lomcnosolm,
kafed.ra organicheskoy khimli.
GALIREPONTAM, M.As; KHACHATUROVA, G.T.; NGVITSKIY, K.Yu.;
YURIYEV, YU,K.
Reactivity of 5-nitro-2-ch:Loromethylfuran and
5-nitrr.-2-chlormethylselonophene. Vest. Moak. un. Ser. 2,
Khim. 20 no.4:83-85 Jl-Ag 165. (MIRA 1;:10)
1. Kafedra organicheskoy kldmii Moskovskogo gossudarstvenriogo
universiteta.
GALIM~~ TATAS, S.1h.
Zffect of penicillin on irritability nnd working enpneity of the
nerve-muscle preparation of Rana tempornria. Antibiotiki, 3 no.3:58-60
MY-Je '58 (KIRA 11:7)
1. Kafedra gospitallnoy khirargii i knfedra zoolorii Villnyusskogo
gosudnrstvennogo universiteta imeni. V. Itapsukasa.
(MICILLIN, effects,
on nerve-muse, prop, (Rua))
(NFARVE KJSCLE PREPARATION, effect of drugs on,
penicillin (Rus))
G.AL-BERSHTATAS, Me.
Neural regulation of skeletal muscles. Trudy Len. ob-va est. 72
no.1:130-132 '61. (MIRA 15-3)
(MUSCLE&--INNERVATION)
CALIBERSHTATAS, S,.Ye.
- 7--
lee anise, - -the neutral regulation of skeletal muscles. Trudy
!,--n. ob-va ast, ?4 no. l.-IlOt-11.3 163. (KRA 17T9)
'l.'arthwork
u
~a7,mitI7 !-lock. r-t. o nov. to", v stro-.,-. 15 No. 3,
1953.
9. Monthly List of Russian Accessions, Library of Congress, jinne -1953. Unclassified.
61AZENKO, T.A., dotsent, kand.takhn.nauk (leningrad); GALIBERTON, G.A.r kand.
tekhn.nauk (Leningrad)
Speed regulation of a dect' motor with a semiconductor key in its
arslature cir6dits glaktrichestvo no.2:49-54 7 161. (MM'24:3)
(Electric motors, Direct current)
GAL'BINS.HTWJ,-.'Z.N., inzh.; TLIINA, N.F., inzh.; NAUMOVA, M.V., inzh.;
FILINA, T.A., inzh.;KHODOS, M.M., inzh.; GOLIDMAJ, Zh.I.;
FATALAKH, V.G.; SNESAREV, M.M.; VULIFSON, Ye.S., inzh.;
KONSTANTINOVAp L.A., inzh.; SKOBELEVA, A.M., inab.; TELINOVA,
Ye.V., inzh., KHEYFETS, L.S., insh.; SELENEVICH, A.S.;
NEDOVESENKO, M.V.; VOLKOVA, A.Yo.; NOVITSKIY, L.M., nauchn.red.;
NEFEDOV, S.F., red., ROSTOTSKIY,. V.K., red.; GORDEYEV, P.A., red.
izd-va; YUDINA, L.A., red.izd-va; VDUVENKO, Z.I., red.izd-va;
GOLIBERGI T.M., tekhn.red.; KOPDBKOVA, N.I., tekhn. red.
(Album of new construction equipment recommended for adoption)
Allbom. novoi. stroitellnoi tekhniki, rakomenduemoi k vnedreniiu.
Moskva, trosstrolizdat, 1963. No.l.[Industrial construction] Pro-
myshlennoe stroitel'stv. 116 p. No.3.(Construction for tramparta-
tion purposes] Transportnoe stroitellstvo. 91 p. No-4.[Rural
construction] Sellskoe stroitel'stvo. 71 p. No.5. [Building
materials, products, and elements] StroitelInye materialy, izde-
liia i konstruktsii. 41 p. No.8. [Construction and road machinery
and equipment] Stroitellnye i dorozhnye mashiny i oborudovanie.
104 P. (MIRA 16:8)
(Building materials) (Road machinery)
(Construction equipment)
42
USSR/corrosion - Pro-,ection From Corrosion J.
Abs Jotlx Referat Zhur - nind3a, No 0, 1957, 33183
Author Gallbldiaer, L.S.
Inst
Title Control of the Corrosion of Metal Equipment and Reinforced
Concrete Structures at Tobacco Curing Plants.
Orig Pub Tabak, 1956, No 3, 22-23
Abstract Description of the experience with the use of perchloro-
vinyl coating compositions.
Card 1/1
GALIBRAYM, 1.Ye., inzh.
Water-to-water heaters for thamnal rjet;~6rks. eiarg. 19
no.1:20-24 Ja 164. J I (MIRA 17:2)
$/130/59/000/0 ! 7100,5/006
A, A . J.~
TITLE. i Method for the or the Tendency for Por.
F.r..Sloa In Rubber I-1zl=,ii During Tul.&.nlzatlon
MRIODICA1. Koiu.hu~ 11959, So. 12, pp. 23-20
TZXT.
.,,Tho,&~tbor. stress the Importance of controllinC the rubber
.ixt ftg I vold swelling ~! -he formation of pores
. " on, ... 2 thin u
and to ensure in n41to ..a Ir bber articles. The
.. due to col:turw ~,! the wrong cinvzoltion of %h- r-ibber
_.fuIln thIonna-ti... Other of p.r. r.r.,ti-.V
Th. we t. 1.
'1.t.4. K 0tr .thod for moIxtur#-4*-.*r=jtatjo4 Jw quotod
(Rof. 1). -he d-ti.ri of this catl-&, to, A-2 rtir -h d-t-i-
nation, r-ndtra It um;ractjoal for tz!2ztrI&I purFco.z. The degree ef p-
ro.1ty 1. det@rmino4 ty the mpocifli: gravity method (Rer. 2). jj-vor,
the specific gravity changes dur-rW ~lcanltation. ;~tlcularly it D".
formatlono occur. The ratio or tie &;~ocifiii Cra--.. of the vulaiintmots
C-d 1/4
4z
and tJim mbbior ailiiturik 11. given 1. 7-111 1. Th. -1.11on b.t.o.n the
mol .tr. of the robbor iniitux.. -he r v*zut. i.e.. L.
t
I., the pok
and Oro ty of the was stu4tod. Th. x;*rtm4at-
proced im outl1of I... ... pu...d C_.rd1.C to
t.Mt.. YA I,", J*, u1s.t-=t used to. %he d4tora--naticri of the
dw
.P..ifi *cr.-Ity. Th. form' I& for -F.4 dater' Iritio. of the ifla gravity
r, 'at'r.. I. ;;:c
before 1, give. 11. Yo o1. 2 amd r d -t .trhat ing
in ro,wul. 5. Th, f.9 obt:11mi. Th. X,itti3l.
do I :r
need the gasonetric method I r - M -g h.1 I_* Ih:.-!I:. W.-
tor.*. rig. 2 b... the r.:stion.hip hotwoen it.. ,a!_of ,it th
.*I.t;r. content of -he 1.11 jal rubber zlxture accer-dirig to the coz;ostion
,ro. 5SZh.-: relationship which is ct-aino. to 4z;loined by the fazt -bat
d%iri~e ba%ing gii -4- r.j.tj,,Iy hs~d'
(temperature 170-180 C) ;~t of the
our. :dc't.*-a. the
A special method ... .;;It :`
:41 r: and no of the porosity on the V. value whil the
":I,
C. in hfSr
Zlo how the
7% no .1 .'ryfi&bb.r
Mucal-nik, ;1-%. It was applied I. ;rod..tlo nt;K of
Card 2/4
L.tux.. Used to the ziaafii.tur. of alirr.ho.., which. I. tur,,
uIcAnized at stmci.;h-ric press
too ""'ur"it"' of ?"elm fer
7ru =:r".f also InI
:b,p*d.b,*!*;: 11 Iam a. 09bb"** 4 In th. plan.
Ihe I I. T:tl
the r. . trbt .1..A ox. 1b1. 4.1t oan be .,.r.
from th :rt:'bIw th ust 'a order to ob-alm monollihic overshoes vulcanized at
aLmoaphIpro so to. -he rubber alitures =wt to characteri=ed by a viilu-
or ),0.905. The processing f nbt#r by the "atra.ning- method dau,~es on
1.0
flicirease in the K vmlue by 15 to 1~%, on thrin lza~uztry
.0 n tozs-or too-. or. .,r..d o.-0rth. 4. 13 -tI. f r,bbo,
.I.trws ... dotth .11.fbtiot heel.. Tho result. are giv*n In
T.bi. 6. A II.h.' re= f.
I th
th: rI.-io hip I %a b tween E and the .... 11.
structure of b~.t heel. by ..Idirg -ciirdlrig tc
d-d I~ istrial ;r*T* a. The authors concl~d& -bat they ..r.b'. t'
, , . rc for a' -bb-
4 '.1.P . .~'t I.... z...Od in. of the
mixtures for pore formation during "Ica,ilzation, and this tendency
I. oh anterited by the f K' -ht.h, in %1rA. depend. on th =~I%tl-
ru b2 , ,T-1u:.*h d.-nded , n
of the b er I tu e. The t c rt'd
:&onto
CXB -60 (M-60) -4 CKC-30 (SICS-30) -bb.r-ki, it at .1nf ..A
Card ~/4
to be pp d.ntrol of r`att*r mixtures. 'he dmi-:ibl: Xrim-
""I" t: 11%tr theI
value of 11 an '. -a.- 0r-gul.ttorw.It I
0.0 of the Mi..0 characterizing -he qual!-y of rubber mixtures.4
he -;o.1-10n, pr....
MuS rIG.I I.lu- -C this figur- depend- -ft one ~0--
me =1 ad ch time
Iiii, amd. vulc-it;ton or the rublikr itu'.4 ans I. ..I
&coordig to the a.. ..Itloa of the r,itbor mLetur . no iindf!ppl!~.blI
tb t.11:d 2
0proil..tl condition.. :t.r. ~ 6rod
6 r.fsr.no.m~ 5 so I Enclish.
LSSOCIA'10111 "ItItat
t.....
,d*ill g,,od "KrA.ny7 Irml.... th
I..tIuof ~' ubber and leitox-Artic-lo. &ZA the
GALIBRAYKH, I inzh.
Calculations for immobile supports-for undergrotmd-pipelines.
Stroi. truboprov. 7 no.8:8-11 Ag 162. (MIRk 15:9)
1. Filial Vsemoyuznogo inStitUta po proyaktirovaniyu organizatsiy
onargeticheakogo stroitel'stva, Leninpad.
(Pipelines)
VOLIKENSMEYN, V.S.; GAL~~,-I.Ye..; GELIMAIT, A.A.; MVEDEV, 11.1%;
NIKIFOROVA,, T.F.; RAVDELI, A.A.
Development and application of the method of express-control
of moisture in crude rubber mixtures under production conditions.
Kauch.i rez. 21 no.,5:55-57 14Y 162. (MIRA 15:5)
1. Zavod *Krasnyy treugollnik" i Leningradgkiy tekhnologicheakiy
institut, imeni Lensaveta.
(Rubber-Hointure)
PROVOROV, V.N.; ZAYTSFVA, V.D,L_g~LIBRAYKII, I-Ye.; InOYAN, R.S.
Photometric method for ova-lusting textile materials of
colored rubbers. KauchA rez. 21 no.9;57-58 3 '62.
(MIRA 15:11)
1. Nauchno-issledovatellskiy institut rezinovykh i
lateksnykh izdeliy i zavod "Krasnyy treugollnik."
(Rubber-Testing)
(Photometry)
PESCIIANSKAYA, R.Ya.; GOLIDPEYER, II.I.; FORER, Ye.R.; L.P.;
GALIBRAYM, I.Ye.; NIKIFOIZOVA, T.F.; FILIPPOVA, 11.3.
New softeners for the manufacture of rubber footwear. Kauch, i
rez. 23 no.5:20-24 My 164. (MIRA 17:9)
1. Nauchno-issledovatellskiy institut rezinovykh i lateksnykh
izdeliy i zavod "Krasnyy treugol'nik".
, . . " 1r, - N. I -,-- '' y .- .. , I
EIM I t\,SK f~y " li~,Vla.~ Y
Z
5 ~ IT A NO V I C. ;A, V. V, , CIA I: I? ~Y f~
Use of r pyr-JiEnlun.
~--C-313rat;-,, --)f rub bt-~- om~ I) uiid;,. Sa-a h~ rezl~ 2 11 o.
lnst:-tw. reLinov-ylkh 4-
izdall~y -4 Z-,tvzd '~Frasrrjy tre-ago-l"nik".
L 22246-66 EWP(J)/VdT(m) 1JP(C) RM
ACC NR, AP6006,193 SOURCE CODE: UR/0138/65/000/010/0027/0029
JJ
AUTHOR: J!aschanskaya, R. Ya.; Ey!Wj1nant, N. L. Smq an ts i ?
._;_ _!y_L- KYJ Y. -4.,; Ger.shenovich,
A. 1. ; Stefanovich, V. V. ; Gallbraykh, 1. Ye. ; Alekseyeva, N. .; Tjkhonqva,_K1i. 1,
ORG: Scientific-Research Institute of Rubber and Latex Products ANatichno-isoledovatellskiy
institut rezinovykh I lateksnykh izdelly); "Red Triangle" Plant (zavod "Krasnyy treugollnik')
K
i,rrLE: The use of p-alkylbenzylpyridinium chloride as a vulcanization catalyst for rubber
mixtures
SOURCE: Kauchak I rezina, no. 10, 1965, 27-29
TOPIC TAGS: vulcanization, catalyst, butadiene styrene rubber, synthetic rubber, rubber
chemical
ABSTRACT: A cationactive pyridinium compound, p-alkylbenzylpyridinium chloride (katapin):
-I- cl-
N*
IDI
where R Is an aliphatic radical containing 12-14 carbon atoms, was studied as a vulcinization
catalyst. Katapin is a water-soluble dark-brown paste, now being produced on a semi-indus-
trial basis. When large-scale industrial production In organized, katapin production costs will
be close to those of captax, the least expensim vulcanization catalyst. Katapin is found to
C,,d 1/2 UDC: 678.044.004.14
L 22246-66
ACC NR- AP6006493
have meditim -strength activity as a vulcanization catalyst. Katapin makes possible the Lduc_
p
tion of NK--base vulcanizates with higher strength properties than that projiuced by means of the
standard cittalysta: captax, altax, and DFG. In butadiene-gWrene rUh~grylmixtures, katapin
comes clove In vulcanization activity to that of DFG. Katapin may be used as an independent
agent, as well an In combinations with captax., altax, and thiuram. Orig. art. has: 4 tables.
SUB CODE: 079 11 / SUBM DATE: none / ORIG REF: 003 / OTH REF: 004
Cwd 2/2 not
GALILEATKII) I.Ye.
Pipeline joints with meas-aring throttling devicas. Stroi. truboprov.
9 no.4tl5-17 Ap 1611,. 17:9)
1. Filial Voesoyuznogo instituta. po proyelctircivaniyu organizatsiy
energatichaskogo stroitellstva, Leningrad,
P011 W=la I Ell HNINIF113101 111FULN11101
ACCESSIO14 NR: AT4017415 S/0000/63/000/000/0107/0109
AUNOR: Akovbyan, E. M.; Gal'braykh, L.S Rogovin, Z. A.
TITLE, Synthesis of new derivatives of cellulose and other polysaccharides.
XLIII. Synthesis of mercury-containing cellulose derivatives
SOURCE: Tsellyuloza i yeye proizvodnykye, abornik statey (Cellulose and its
derivatives). Moscow, 1963, 107-109
TOPIC TAGS: cellulose, polysaccharide, cellulose derivative, mercury cellulose,
alkylcel!Lulose, bactericidal activity
Mercuric'cellulose derivative ii
th 1.1 to 12.3% lig by weight were
2 111COO11.
+
[C~H,N(011) ~OCIIXII.Soo,f C. nXG I -
3-X
11gOCOCHv
prepared by the' actioi~ of -(C1f3-C0D)-2iT9 lon-de Liu Lodid- previously alkylated. vith
4;0&-hydi:oxyethyloulfonyl-2-aminoanisole, resultLng.Ln:
110 ~OH4., OCH.C11
Card 1/2
ACCESSION NR: AT4017415
d 4-
a
n 006' hydroxyethylsul fonylani line, resulting'in:
H^ (01084
k0(;
[C.
The % Hg in the product increases to a certain limit vith the duration of the
reaction and a rise in temperature up to 80C. The Oroducts have marked bacteri-
cidal activity. Orig. art. has: 2 tables and 3-chemical.equations.
ASSOCIATION: Moskovvkiy tekatilOny*y institut (Moscow Textile Institute)
SUBMITTED: 080ct62 DATE ACQ: 06Jan64 ENCL: 00
SUB CODE: -OC, LS NO REF BOV: 006 OTHER*. 002
2/2
Card
-----------
a !,Mt WE I I I V H I I IN I M I AIN I II U.NJIMM I gli 1% 1 W OMM4913 %I I W Z I
L 11~26-M -...EWTbn)/EWF(jV9 (1).
ACC NR: AP6000181n SOURCE COLE: UR/0190/65/007/012/2274/2175
AUTHORS: limitroy, Do 'is; OWbra-Ahi L4, Se;Rogovin) Z# A,
ORG: none
TITLE: Now method for synthesis of cellulosu derivatives
SOURCE: V-,rookomolokulyarzWye soyedineniya, v. 7, no. 12, 19659 2174-2175
TOPIC TAGS t polymer,, radical polymerization,, polycondeneation, cellulosey cellulose
plastic
ABSTRACT: Several deso3Wderivatives of collulose were synthesized by a radieal'add i-
tion reaction, The starting materialwas 5,6 cellulosene ouggested;by To. Do
Kaverzneva,j V. I. Ivanov.. and A. So Salova (Izv. AN SSSR2 Otd. khim; no, 1949 369)*
The reaction was carried out in a h torogeneous phase in an atnosphere of dry argon
at 30-65C,p and with UV irradiationlin the presence of benzoyl peroxide) tertiary
butyl peroxide., or other peroxideso The compomds synthesized werot 6-0-dosq' M':~:
-onulos97 5-chloro-6-C 0 ome
trichlor2!~ithylc -d a-ozy-6-triohlor thyl cellulose,, the'
dichloride.0 5-C oro--6-0-deso.V-cenuicsophosphonia'acid, and 6-C-desoxytrichloro-
aililcolluji.011 .1 The degree of substitution f ranged from 15-20, Further vork In
in progreag la, art. bass I equation.
SUB coms n,07/SUBM DMs 2U=65/ ORM MW: OM/ M W, 004
A VMS wa.606"i728.89
ACC NRt AF6001b55 SOURCT-CODE: UR/Olgo/6,37o-o-7-TcO--1-2-7'2'-~~-0,/tf[f[f2d
XUTHORS: Chaykinaj Yes As; Gal'braykh, L. S.,-- Rogovint Z._A.
ORG: Mos,ow Textile Inst-Ltute (Moskovskiy tek3tillnyy institut)
TITLE: SMthesis of a polymeric complexing agent based on modified cellulose.
substituted with iminodiacetate groups
SOURCE: IlysokomolekulyarzWye soyedineniya, V., 7, no. 12, 1965, 2020-2023
TOPIC TAG,111i ion exchange resin, cellulose, intermolecular complex
ABSTRACT: IPreparation of a selective ion exch~Mer~by nucleophilie substitution
reaction of cellulose tosylate (1) with indnodiacet, c acid (II) or.its diethyl ester
(III) was investigated. Reaction proceeded according to the equation
'[CsHiOz(OH)3-.(OS%dllCli6).].
-['C~H702(OH)j-X(N(CHZWOII)2).].,
where R H., G2Hq. The effect of the temperature and time of reaction-on the
composition of tfie product was studied. Optimun reaction conditions were 16-17 hours
at 120C, with liquor ratio of 1:20 and molar ratio of DII 1:5, Degroe of Sub-
Card 1/2 UDCs 661.728.89
-L-135Q 666
ACC NRs AP6001855
sDitution of the product 29-30 (calculated from N content). Content of carb
groups - 3.2-5--13-5%, exchange capacity of the exchanger (fibrous product) 295~ mg-,
equiv/g (measured with O.lN NaOH), Preliminary study of the -properties of the
obtained exchange resin shows it to form c2B2Lexes with Cu2* and Ni2* ions. Orig,,
art# bas3 2 tables and 1 equations
SUB CODE: 07/ SUBM DATE: 160at6h/ ORIG REF: 004/ OTH REF: oo6
IT, -4,'~:-,
9 1)
~>o C,
U-2~:07-zs: Cai'braykh, Derev-itskaya, V. A. , ?o,~ovin,
ZhO(,alln,
1 T L' Z Syn.~hesis of ne-~i derivat-ives of celh:losz: anz;
poly-sacchari des. XVIII. Synthesils of sulfo
Cyanuric C0111110se
Air.
i 0 C L VL~sokomolakul.-,urnyye soyedineniva. v. Z, no.
T---7T: Sulfo cationites vvere croduced from cyanuric cellulosc- ("1): /53.-3)
- Oil oil
I * I /I
6 11'so.11'so'll N c
Oct
It,(), (01% c OC/ \N
\IN
Nil
Ca--d 1/3 CXChallje)
4W
S 9 0~/,62 '30
Zvnthesis of ne*,,, !erivatives ... 3 110/:,3 1
T *, e s u:) s t i t u '. i o n d er E! e o f A c E.. 1 c u 1 -, t E. d fa m t h ! NI c 0 nz. tt -I s e r
tl~at calculated from ~;he Cl content. Cl atoms nct -,eact;n- t.'I
than - I
cc--'lu'-,)se are assumed to be z)artiaily saponjfiea by treatinj: alkali
n. n t.-4S proC~35, bands
cellulose :kith cy-anuric chloride SOJUt'o~ -
may fo::m amonE cellulose macromolecules. The -hysic,.l struezure of
cellulose has a Ereat e"fect, upon the substitution dee.-ree bec~a.~es
C,
2-5:-3-5 tirnes as high by the use of sulf-.;Te cellulose of cotton
~a'"ric. For 60-72 ?rs A -vas t.:,.,eated li-itla aqueous, solulions of Na. sultz; of
sulfanilic or metanilic acids (3 moles acid per structural unit- Of
'lie module 1:20. C -i3 CCONa addItion inc---eased tile -,)h to
The sulfur content of the sulfo durivative of IL .vas ~,~oterminea
,ravimetrically, its ion exchanCeability by potentiometric ir t",.e
presence of N-a-Cl. ~,ayimum S SlIbSt4lUtion at '3 corresconded -0
-he 3ul~o
-80 of 01 atomzs enter ~n o A. T-e CI content ir
.27, mea 65 t
derivative, however, is --' 0.1-0.2 ',"0* which su..Cests additional i-Qydrolysis.
The curves of potentio-zetric titration of sul'Lo cationites i~ave two salient
,;oint-s corresponding to t~~o types of acid -roups in tile macromolecule:
at ---H = 3-6-4-0, the 301;H Eroups are completely neuzr-lized, and at
7.8-8.1, the CH Croup formed by Cl hydrolysis is neutralized. D uri v a v J, 3
Gard 2/3
3/11 c1liD/0-2/0041"GO A /0 -1 5/0 2 3
SY,A',lesis of new deriv,:tivus. . B1 10/B 144
o f A can also be nroduced b.,- tre at i ng c a I lull o 3 G, -:ti tu ', -aqueous so lu-"-J on.,;
of 2-chlo-ra-4, 6-di(-~1,1-sulfc-il-enyl aamino)-triazine-l , '~;,5 and
2, 4-di Oro -6- W-sul -fophen.;-31 amino)-triazine-1,315- ozinE to its loe.,
substitution de-ree thin: method is not suited for t-~ syn.-,.:-s4s o~ sulfo
cationites. The low de6ree of cationite svellinC o*j-ir,, to clhemical bonds
amonE macromolecules, riE;ht recommend its application -6o ion exchanue
chromatc z--raz)hy. There are 1 figure, 2 tables, and references:
1 Soviet and 5 non-Soviet. The most important reference to the
laanCuaEE publication reads as follows: J. ',iarren et al. Text. Res. j.,
22, 584r, 1952. V~/
ASSOCIATION: l'-:oskovsll-Liy tekstil'riyy institut (Moscow Textile Institute)
SUBM:TTED: 1,11arch 2, -.0-161
Card 3/3
PHASE I B0OK 9XPLIDITATIC-1 SOV/%ga4
InternationaLl symposium oii macroisolecular chemistry. Moscow,
1960.
Mothdunarodnyy sLopozium po makromolakul)a-noy khimll SSSR,
XOMkva, 14-18 iyunya 1~60 g. ; doklady I avtoreferaty.
Saktsiya 111. (International Symposl= an Xacromolocular
Chemistry Hold In Moscow, June 14-18, 1-960; Papers and
Summaries) Section III. Cxoscow. Izd_,o AN sssR, 19601
469 P. 55,000 copies prInted.
Tech. 2d. z P. S. itashina.
Sponsoring Agency: The International Union of Pure and Applied
Chemistry. CommInAlon an XacnomolecuLar Chemistry.
PURPOSE: This book is IntcndAd for chemists Interested in poly-
"rIzation reaction& and the synthesis of high molecular
compounds.
COVIR103; ThIA Is S-Otlon III of a mult1Toi=e work contain-
Ing papers an sacromolecu2ar chemist.7. The articles in
Moral deal with the kinetics of polymerization reactions.
the synthesis of special-purpose pol7=ers, a. g. , ion ex-
4harigs resins, semiconductor "teriais, etc., methods of cat-
02731na Polymerization reactions, properties and chemical
Interactions of high molecular mate.-Jain, and the effects or
various factors On polymez'lzazion and uno degradation of
high molecular compounds. No personalities are mentioned.
References gives follow the ar-.Iclex.
Vamanov. Kh. U-, 0 ML Musa e
the Radiation Xe4ta 0
--Poly@ tyrone and Parchloroviny.1 ..170
Rarlkov S SSRj I v :2"jr~vleva' and P. N.
kifth . OxYethylatlon of Garboanaln ana Metera-
M
Chain Polyam1des 184
Santa 7 land K. Oil (ft-ngary)- 01M-ft-ing 1- ne-thyl Moths cr7l-at0.
onto ft Of Fo-1_j_vTn-y-I Alcohol Under the Action of X.FM& 207
Lazar N' R-. Rado,7and DL._PjXj---U (,r~c=filova~cla).
,Fra4ftfng
ethylene Mothyl Methacryintv Onto POlyP-yvl*nG and Poly- 214
k, 41
'Putore 7Y, I- A- Z-1-S=al=' (U33R).
No r-n. raction-or CarbOxyl-COntAinIng Buz~idltn"tyrene
Rubber WI th PolY&*1des and E-Caprolactax 224
and Toleng H=-=I.g (a=*R). synthesis
--IA&do. R.
Lazar (Czechoslovak-la). '?,a Role*of the
_____Aqurc, oj Ja'ax400~MR-441cals on Cr*.jj_--kjng _-- P0170thYlena
0 ax, , and B. A. Doidkin (USSR).
�M1gdtgenFojj;~hj>tI A Tut .'
0-:LtiOns 0 box7l-C-On-t-iT.-nln~g--95r'tdlenL--
StYrOno Rubbers and Their KI-xtures With E-caprolactam
Under the Action or oa=a R&djatJva= 293
Rogovi V. A. Derevitakaya, Sun T'rnz, ChAng wo---
I S SM the$ I s of New
C.Ilu lose Nrl-hilves ftftther Polysaccha.-Ides 302
) ~O .. and V. N. X%putskt -,On
TETOm
lw _X_(usjp.). Zniti-,
a C
Cont~
rol
11
0 a 'ntro ad SYnth_*_*T_5_06~1~ied C41lulo,es with
oxide. or Nitrogen 310
Innay-A-L IN. Ta. Lenshina, V. 5, Ivit:213 (USSR).
021dational Tr.na-Fo-r-4tions--rn~ Ch&"s or Ce llulOde Molecules 321
Ye- A. Pen.k.,a, ad volu_'V~~ (USSR).
OchenIadT-r-wn'rr6ffat-_-Ons and-Iffocx ;Opolymeriza-
Zion During the FrvezIng of 3tarzh Sojutjc~s 334
q!SaB21-M1--U- B- I-_Mk_rtQd=h,'1 C2- and U_A_-L-,gy
XOdIficatlon or the Properties or Cellulose by Ora _(USS;R).
rting 344
'~:21
GAL'BRAYKH, L.S.; DRUZHININA, T.V.; KRYLOVA, R.A.
Opening of the complete scientific research laboratory
at the Department of Synthetid Fibers of the*Moscovi Textile
Institute. Khim.volok. n0-3:78-79 161. (MIRA 14:6)
1. Moskovskiy tekstillnyy institut.
(Textile fibers, Synthetic--Study and teaching)
-GkLIBRAYKII, L.S.; DEREVITSKAYA, V.A.; ROGOVIN, Z.A.
Syn~sis of new derivatives of cellulose and other
polysaecharidps. Part 16: Synthesis of some nitrogen-con-
taining derivatives of cellulose and other polysaccharides.
Vysokom.ooed. 3 no.10:1561-1565 0 '61. (MBU 14:9)
1. Moskovskiy tekstilInyy institut.
(Polysaccharides) (Nitrogen compounds)
--I -- t -j _4 - i --------
AVC NRs ";1VeUW:)0 -buUnuis tolwis: Ulitvw.L/Q,)/VVU/VAX/D.L.;?V/O.L.?U
AUTHOR: Gallbraykh, L.S.; Kryazhav, Yu*(;*; Livshits, R.M.
all"
ORG.- none
new types of copoly-Mrs(
TITLE: Developing
,SOURCE: Ref. zh. hlimiya., Abs. 128849
REF SOU11CE: Sb. Xhimiya i tekhnol. proizvodn. tsellyulozy.Nladimir, Verkhne-
Volzhsk.. kh. izd-vo., 1964, 241-249
TOPIC TJLGS: copolymer cellulose,, graft copolymer.
TRANSLAMON: A study of cellulose oxidation by salts of quadrivalent ceriumfor.
synthesizing graft polymers has shown that a macroradical. is formed at the result of
the pyrim circle rupture. During the synthesis of methy1ceXlulale7graft polymers the
reacticai takes place If there is--1 glycol group to 10 glycol. links, and it does not
occur aty-200. The use of quadrivalent cerium and trivalent manganese permits the
grafting in an acluous medium. The homopolymerization of the grafter monomer maybe
avoided by using the latter in a vaporized state. A study of graft copolymerization
of cellalose eaters ccmtirdmin aromatic aminfogroups under the efTect of a 5-valent
vanadiua has shown that for each mole of the aminogroup, 2 moles of vanadium acids
are expi=ded and that the copolymer contains nitrogroups. Grafting of monomers Vith
reducing povers may 1xj accomplished, e.g.,, by the introduction into the cellulose of
Card
L 14045-66
ACC NR: AR5020058
peroxida groups which can be obtained, in particular, b;( the method of introducing
aromtic diazogroups with a subsequent destruction by Fe4+ ions. A more practical
method is to introduce into the cellulose aldehyde groups (Yto 5) and to oxidize them
to peracid by hydrogeae peroxide. For synthesiz!ng graft polymers, use may be made
of cellulose polymeranalogous conversion reactions or of a cellulose graft component,
e-g., graft polymers and polyacrylic hydroxamic acid. The latter is obtained by pro-
cessing a cellulose gxaft copolymr with polymethylmetaEglatejof either a water or
alcohol solution of bydroxilamine. The grafting of certain mdhomev to cellulose
gives new properties to the latter: better resistance to bacteria.,~better heat re-
sistance lower combustibility, water resistance, wool-31RE Yfup-dyties, lesser cr=p-
ling, etc. Grafting can also be used for plasticizing cellulose-derivatives.
G. Petrzhik.
SUB COES: ()7,UL-
:2,(2
CC C
Of tile 01I X ft
-dy
_Lrifnired scectroseopic St'
copolyiners vj~ (,.(,I llllosc.~ Wd
F(24-3 and CU*'- ion3. Vysokcom. soe~l.
18-3
i. ovski",
,ii ester Vysokorn. soed.
f
t g
r (1,14 lRA 18 c)
tw. I 78r,-T.10 t:3 ~ .
tdookovskly tekatillrppy .nsntitut~
ACC NR, AP7011817 SOURCE ODDE1 UR'0063!66/011.*006,0657.,0664
So
AUTHORt Virnik,'A. D. (Cmrididat* of Technical Sciences); G
(Candidate of Technical Sciences); Livshits, Re No (Condidate of Technical'
Sciences)
ORGI cone
TITLEt Chimical Fibers with special properties
SOURCE: Vaesoyusnoyo 1khtnicheskoye obahchostvoo Zhurmlg To n. no, 69 29"p
657-664
70PIC TAGSs synthetic fiber, fire resistant material, textile
Sun COID'Et 11
ABSTRACTI A review on special purpose chemical fibers covers chemical
fibers having antibacterial and antlmildew properties, flame resistant fibers,
fibers and textiles having ion oxchang* properties, and Mars having complex
properties and semiconductor properties. 7he review covers now methods of
Preparation, t0XIc and hygienic requirements* and treatment of fibrous
materials-to render then special properties. Itheur"iew contains 131
references, most of which ars western sources* L'IFISI 4093!71
Cmd 1/ 1
/-i P3 4/
611 Ile diinimilb~
_~Rupuf~.GJT Ro~idII6.a &i i~ Mat. 'T4iz,-
428-438+4 (195o).
sumni-tries)
Co' I dwir:116 I
, -
I
t
3-
Ills Ml-
Cratioll of
Catlill
of
ource-. a 0,
Vol:
tical 'Reviewt; I
q
I-JMWM RUS44a ~ and: k~MlCh AUMMI
The memabu, thedritti.Matlag the
M- Ir 7
and, the EM oRTn ex of m,
estmbUsW %jith the:idd of the,' indei
-Aheol* of Rio wiq Imal:
Qj.!
M. Heim
--GALBURE, G.[Galbura, G.]
On the ring of rational equivalence of the algebraic variety.
Rev math pares I+ no.3-351-355 159, (Kni 10:9)
1. (Fields, Algebraic) (Geometry, Algebraic)
(congruences(Goometry)) (Harmonic analysis)
GALBURA) G.
Some properties of the embedding of an algebraic variety in projective
space, Rev math purea 6 no.2.,283-291 161.
GALBURE, G. [Galbura, G.]
"AbelLan varieties" by Serge Lang. Reviewed by G. Galbura.
Rev math pures 6 no.4:795 41.
I .~%
SecanL3 of a pro'annle aigaora,c, var-ez,y. ~elj za-In z"Cum 9 n0.41
1~
135--139 '64.
GIMALI L*F~T, A.
G4LIBURT, A.
Produce extension-type two-wheal trailers. Avt.transp- 32 no.5:
20 Ny 154. (M" 7:7)
(Automobiles--Trallors)
GAL 'BURT, A.
Device for siphoning gasoline and scavenging fuel lines.
Avt. tratep. 34 no.8:29 Ag '56. (MLRK 9:10)
(Autombiles-Apparatus and supplies)
aALIBURT, A.; 141:MTSEV, G.
Automtic starting devices. Avt. transp. 35 no.8:31-32 Ag '57.
(NLRA 1099)
1. Glavnyy inzhener avtotransportnoy kontory No.3 (for Gallburt).
2. Makhanik garazha Vladimirskogo raypotrebsoyuza Astrakhanskoy
oblasti (for Hemtsev).
(Automobileo--Cold weather operation)
GAIIBURT A,,, inzh.
,-~ttdw
Are such handbooks needed? Avt. transp. 41 no.5:62-63 MY 163.
(MIRA 16-10)
(Motor vehicles)
VOROBEY) A.K.; LYURIYEp G.S.; SHAPIRO, G., red.; GALIBURT, A.,
spetse reds
[Mechanization and advanced methods for the maintenance and
repair of motor vehicles; practice of the automotive trans-
portation units of the White-Russian S.S.R.] Nekhanizatsiia
i peredovye metody tekhnicheskogo obsluzhivaniia i remonta
aytomobilei; iz opyta raboty avtokhoziaietv Belorusskoi SSR
Minsk; In-t nauchno-tekhn. informatsii i propagandy Gos.komi-
teta Soveta. Ministrov WSR po koordinataii naucbno-issl. ra,
botj, 1963. 74 p. (MIRA 18:2)
T ! -I;, % I ,; I ~ I. v ;,", ,
~, - ! :III,jI7I ... !!' III I!, ".
GALIBURT, A., inzh.
More attention to the manufacture of garage equipment. Art.transp,
.42 no.2:15-17 F 164o (MIRA 17:3)
1. SALIMM, S.T.: (VM'8tr--T, M. Ya
2. M)'Al ~600)
4, Spinning Machinery
7- Improving the operation of ring spinning frames.
Tekst. prom. U. no. U. 1952.
9. Monthly List of Russian Accessions, Library of Congress, Februaz-7 ---1953. Unclassified.
-PIKOVSKIY, Genrik-h losifovich; SALIMLII, Semen Illich; GINnURG, Lev Natanovich.,
G.6 LIOZNOT, A.G., reda;rtor; SKOLTAKOVA, H.T..
tokhnicheski7 redaktor
(Circular looms for wet weaving of flax] Kollteevye mashiny dlis,
mokrogo priadenita l1na. Moskva. Goo. nauchno-tekhn. izd-vo Minister-
stva prouVahlenrqkh tovarov shirokogo potrableniia SSSR, 1954. 155 P.
(Looms) (Flax) (MIRA 8-4)
PIEKOVSKIY, G.I.; GALIBURT, X.Ta.; SALIM , S.I.
Changing from the wet method of spinning flax to the h7 one.
Tak:st,prom, 14 no.5:13-15 Ky 154. (mmk 7 -. 6)
(Flax)
14(g) SOV/95-59-6-6/12
AUTHOR: Gallburt, Ye.I., Engineer (Kiyev)
TITLE: Gas Pipeline Krasnodar.3kiy Kray - Serpukhov
PERIODICJIL: Stroitel'stvo truboprovodov, 1959, Nr 6, pp 18 - 20 (USSR)
ABSTRACT: The main gas pipeline Krasnodarskiy Kray - Serpukhov together with the
pipeline Stavropol' - Moskva and Leningrad - Rostov will cormect the
southern gas producing area with the center. The new pipeline extends
over 1000 kmi crossing over 50 waterways, 22 RR lines and over 100 high-
ways. Over a distance of 700 km the pipeline will be double track, of
which 400 km will be made of 1,020 mm pipe and 300 km of 820 mm pipe
the 1,020 mm pipes will have a wall thickness of 12 mm and the 820 mm
pipes a wall thickness of 10 mm. In certain parts of the country the
wall thickness will be raised to 14 and 12 on. Pipes 820 x 16 and
720 x 14 will be used in river beds for double and triple tracks. Ravine
crossings will be partly above ground and partly underground. The pipe-
line on a whole will be mostly underground, running parallel to the
profile of the country. The article specifies various radii of bends
which will be used for the different pipes from 600 to 1,250 m. As pro-
Card 1/2 tection against corrosion the pipes will be insulated with a bitumen-
Gas Pipeline Krasnodarskiy Kray - Serpukhov SCJV/95-59-6-6/12
rubber insulation, applicable in 3 grades, - normal, reinforced and extra-
reinforced, depending upon the degree of corrosive activity of the soil
and the accessibility of the pipeline in case of repair, The entire pipe-
line will have electric protection. The article cites new methods and
devices for laying insulated pipe , also reinforced concrete weights for
lowering pipelines into water. The new pipeline will be provided with
automatic remote control.
There are: 3 sets of diagrams and 2 tables.
Card 2/2
~ffi
,,q,ALIBURTp Ye.I.,. J-nzh.
one year of work on the Earadag-Tiflia-Erivan gas lins,,Stroi,
truboprove 6 no.3:11-22 Mr 161. (MIRA 14-3)
1. Ukrgiprogazg Kiyev.
(Gaev Natural-Pipelines)
PJ'sZNIK, E.R., inzh.; GALIBURT, Ye.I., inzh.
Laying a gas pipeline in tunnels. Stroi. truboprov. 8 no.3:13-14
Mr 163. (miRA 16:5)
1. Ukrainskiy gosudarstvennyy institut po proyektirovaniyu
predpriyatiy po dobyche prirodnykh gazov, Kiyev.
(Gas, Natiwal-Pipelines)
GALBYKII, Iosif (Praga,-GhSSR)
Fmil sion poj:jme7-J an ion. of styrene. Khim- v shkole 16 no - 5:
79 S-0 '6i. OLIRA 14:9)
(Styrene) (Chemistry-Experiments)
GAIBMN-jos-;~f [Galbyh, Iosif I (Praga, Chekhos lava tskaya Sotsialisti.
cheakaya Respublika)
Demonstmting the reaction of polycondensation, Xhim. v shkole
17 no-4:99-M JI-Ag 162. (MIRA 15:10)
(Pblywrization)
GALICHMO, A.A., mayor meditainskoy sluzhby
Dusk mask. Voen.-med.zhur. no.12:82 1~9. (MIRA 14:1)
(YMPIRATORS)"
124-57-i-1154
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 159 (USSR)
AUTHORS: Snitko, I. D. , Gat' chenko, A. G.
__J7i 0
TITLE: Experimental Investigations 0 t e Workina of Riveted Joints of
Steel NLl in Thick Bundles Under Static Loads (Eksperiniental*nyle
issledovaniya raboty zaklepochnykh soyedineniv iz stali NLI v
Lolstvkh paketakh pri staticheskoy nagi-ttzke)
PERIODICAL: Tr. Dnepropetr. in-ta inzh. zh. -d. transp. , 1956, Nr 25,
pp 318-334
ABSTRACT: Tests were performed to verify the properties of assembly-
riveted joints of bridge frames performed according to a novel pro-
cedure. Each sample consisted of a bundle of seven sheets of vari-
ous thickhesses, 410 x 200 mrn in size, of an overall thickness of
120 mm.. held together by ten 23-mm diam NLI -steel rivets. The
tests showed that assembly riveting according to the subject pro-
cedure ensured, on the average, a 10-150/o greater strength than
rivet i7 in the shop. Since the actual strength of the joints was 123
to 140 0 of the specification vattic, it is concluded that when thick
bundles are riveted on the assembly job there is no need to aug-
ment the number of -ivets bv 200/0 as is required by the 1947 TU
Card 1/1 (Technical Order, Transl. Ed. Note). S. Ya. Makarov
1. Bridges--Construction--Analysis 2. Riveted joi-nts--Properties
--Test results
-~'q~L.'C -','IKO A.G, kand,Jck~ui.naiik, dotsent; S,I;,
-
kand.tekhn.nauk., doteent
Experimental investigation of dynamic flexures of a kw-am caused
by the motion of a load along the beam. Trudy DIIT rio.31:0.3-100
' 61. (NMI 15' 5)
(Beams and girders)
GAIICHENK09 A.A~j mayor meditainskoy sluzhby
Effect method for treating apidermophytosio of the skin. Voen.-
med.zhur. no.4t86 Ap 160s (MIRA 14:1)
(DERMATOPHYTES)
GALCHEh-KO, D. M,
Heating in building construction and drying of plaster during winter. p. 22.
(STROITELSTVO. Vol. 1, No. 9AO, 1954)
SO: Montlay List of East European Accession, (EE&Q, LC, Vol. 4, No. 9,
Sept.. 1955, Uncl.
GULLICHMO, D.M., inzhener.
~r:
Heating buildings and drying plaster in winter. Stroi.prom. 32
no.9:27-29 3 154. (ML" 7:11)
(Bailding--Gold weather conditions)
MONAKHOV, H.I., ins:h., glavnyy red.; TURIANSKIY, M.A., inzh., zam.
glavnogo rod.; GALICI 252"Ll", Inzh., red.; UMVIN, B.N..
red.12d-va; VOR09M.-T.F., tekhn.red.
[Collection No.11 of consolidated cost indexes of buildings
and structures of meat and dairy industries to be used in
revaluating capital assets] Sbornik no.11 ukrupnennykh poka-
zatelai StOiMOSti 2danii i soorushenii miasnoi i molochnoi
promyshlennosti dlia pereoteenki oanovnykh fondov. Moskva,
Gos.izd-vo lit-ry po stroit., arkhit. i atroit.materialam,
1959. 39 P. (MIRA 12:10)
1. Russia (1923- U.S.S.R.) Goaudarstvannyy komitet po delam
stroitel'stva.
(Meat industry-Squipment and supplies) (Dairy plants)
S/138/59/000/011/007/011
A051/AO29
AUTHORS: Nusinov, M. D.; Pozin, A. A.; Gallchenko, G. I.
TITLE: The Determination of Some Mechanical Characteristi of Rubber
Mixtures, Using the Rotational Elastoviscosimeter
PERIODICAL: Kauchuk i Rezina, 1959, No. 11, PP- 35-39.
TEXT: An instrument and method for determining the mechanical proper-
ties of rubber mixtures under conditions of a uniform shear at various
temperatures and three conditions of deformation were developed. The mech
ical properties of each type of deformation6ere determined by applying th
linear theory of deformation andp in particular, the method of the mechani-
cal moduli (Refs.1-3). Formula 1 is the equation for the sum deformation,
consisting of the elastic instantaneous deformation, the elastic-delayed
deforriation and the plastic deformation. In addition to the general linear
theory, the authors also make use of the model method, according to Refs.
4-9, with the general equation given in Formula 2. Figure 2 shows the
relationship of the sum deformation to the time element, in the case of the
shear deformation modulus. Formulae 5-7 are the equations of the component
Card 1/4
S/138/59/000/011/007/011
A051/AO29
The Determination of Some Mechanical Characteristics of Rubber Mixtures,
Using the Rotational Elastoviscosimeter
types of deformation, listed above, respectively. 'The authors use these
formulae and Figure 2 to determine the mechanical characteristics of the
material, which aret G - the shear modulus of the delayed elasticity, in
dyne/I.IM2, G -the inslantaneous elastic shear modulus, in dyne/cm2
2 2
'the viscosity of the delayed2 elasticity, in dyne-sec/cm ,TL2 - the
plastic viscosity, in dyne-sec/cm , t - the time of the tension action
(deformation), in sec. It is simplest to use the conditions of constant
tension for determining the mechanical properties of the rubber. It is
also stated that the given Formulae (No. 1-7) are only valid at constant
temperatures. Formula 8 is given for calculating the temperature dependence
of the plastic viscosity. Formula 9 shows that with an increase in the
temperature the plastic viscosity of the material decreases. The experi-
mental methods are outlined in detail and a photographic illustration of
the instrument used is given in Figure 3 with a diagrammatic sketch of its
component parts. Each part is described in detailtand the functioning
principle of the instrument is explained. The tests are conducted at con-
stant temperature, determined by an ultrathermostat. The computed results
Card 2/4
S/138/59/000/011/007/011
A051/AO29
The Determination of Some Mechanical Characteristics of Rubber Mixtures,
Using the Rotational Elastoviscosimeter
along the two branches were /found to coincide completely. The following
high-filled rubber mixturese'were tested (in weight parts tCKS-6o (sKB-6o)
125 11IMP carbon black, 25 vasel e oil;( K( -30A (SKS-30A~ 180 jet carbon
black, 90 polydienes; CK W (SKI)~1117 jet. carbon black, 40.0 vaseline oil.
Sulfux was excluded to eliminate the effect of the scorching in the mix-
tures. As a result of the experimental procedure it was shown that there
is a relationship between the elastic-viscous characteristics for the three
rubber mixture and the value of the shear tension within a range of 0.0785-
.1o6 - 0.238-109 dyne/cm2 at a temperature of 700C. This indicates that in
the test range of deformation and shear tensions the tested rubber mixtures
are linear elastic-viscous materials, the behavior of which can be simu-
%ing a four-element mechanical model. It was also found that for
lated by ui
the SICB-601based rubber mixture the plastic viscosity coefficient '12 and
the shear modulus of the delayed-elastic shear G 1 decrease with an in-
crease in the temperature. There are 2 diagrams, 1 oscillogram, 5 graphs,
1 table, 9 formulas and 15 references: 12 Soviet, 2 English, 1 French.
Card 3/4
S/138/59/000/011/007/011
A051/A029
The Determination of Some Mechanical Characteristics of Rubber Mixtures,
Using the Rotational Elastoviscosimeter
ASSOCIATION: Nauchno-issledovatellskiy institut rezinovoy i lateksnykh
izdeliy (Scientific Research Institute of the Rubber and
Latex Products Industry)
Card 4/4
011. tC!TrJKO.C,,. L. ~~C. 51
USSR/Chaiiistry - Thermal Properties of
Ammonilim Chloride, Bichromates
I'Dptermination of True Specific Heat of Powdered SIiibstances at HiFli Tomperaturoal"
M. M. Popov, G. L. Gallchenko, Thermal Lab, Mloscow State U
I'Zhur Obshch Miimll Vol M, NO 12., pp 2220-2235
Proved it feasible to use "method of direct heatina with continuous input of measured
heat" for measurement of true sp heat of nonmetallic pawd substances at temps lUO-70UO
in adiabatic calorimeter. Detd true molar sp heats and heats of polymorphons trans-
formations of NaCl, BaX.1 NH Cl, Na2CO Na2SO Na 2Cr207y and K2C'.207.
2) 4 3' 4)
PA 194T69
A U'I l.(' ; R S Popov, "I. (-,eceased), s - "'117 3 - R -4/4,1
Gallchenko,___g_,_ L., Senin, M. D.
TITLIII: The True Specific -Heat of UO 2F U 308 and UO at High
Temperatures (Istinnyye teployemkosti UO" U. 0 i UO pri
vysokikh temperaturakh) e 3 8 3
Zhurnal neorganicheskoy khi.,nii, Vol. 3, Nr 8,
PP. 1734-1737 (USSR)
ABZMACT: The determination of the true specific heat of finaly pow-
dered samples of UO., U 3 08 and UO 3 was accomplished by the
methoi of (1:6-rect heating and by continuous addition of an
exactly calculated quantity of heat by means of metallic an,4
quartz calorimeters. The specific heat c-P U 308 was determined
in tn~~ platinum calorimeter. The rate of temperature cf the
true molar heat is expressed by the following equations:
UO2 at 16o-6:30 ~p = 15,216 + 1,716-lo- 2i~ - l , 4 . - l C.-5,~2,
Card 112 U 3 08 at 0 Cp = 534,51 + - 10- 21~_ _ 1 2 7 9 - II CI
The True Specific Heat of UO 3 a nd U'_. C B - 5 - .9 - 4 /,1
2
,at jTigh Temperatures.
U508 at 400-600' Cp= '04.25+ I , 5812 1 Q-
UCA at 119-40-30 Cp= 20,12 + 1,15 10-4- 4,36- 10-0iP.
There arz! 4 tables an.". it rQferences, I o-f' which is Soviet.
SUBMITTED: February 15, 1958
Card 2/2
5W BOV/78-4-6-5/44
AUTHORS: Popov, fr.. A.I. (De Senint M. D.
,Oeased), Gallchenko, G. L.,
Heat
TITLE: The Specif ic . and the Heat aMsim of UCl4 and UJ 49 and the
Transformation Beat of UJ 4
(Teployemkosti i teploty plavleniya UCl 4 i Ui 49 teplota
prevrashcheni.va U%I; 4)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, fir 61 pp 1241-1245
(USSR)
ABSTRACT: The specific heat,the heat of funsion of UC14 and UJ4, and the
transformation heat of UJ 4 were determined. The investiga-
tion results are given in tables 1 and 2. The initial material
for UC1 and UJ was produced by chlorination or iodizing of
uranium4salts J uranium metals. The results concerning the
apparent specific heat of UJ 4 are given in table 3 and
figure 2. The specific heat of UJ changes anomalously in a
4 0
temperature interval of from 453-5280, the polymorphous trans- 0
Card 1/2 formation takes place in a temperature interval of from 453-505
The Speci SOV/78-4-6-5/44
f iP and the Heat of Rzion of UCl and UJ and the Transformation
Heat of Uj4 A 4 49
The transformation heat for UJ 4 amounts to 3526 + 58 cal/mol.
SUBMITTBD:
The melting heats of UC1 4 and UJ4 amount to 11938 + 22- and
5637 � 100 cal/nol. There are 2 figures, 5 tables, and 7
references, 5 of which are Soviet.
Ilarch 25, 1958
Card 2/2
Z8(5) SOV/76-33-8-35/39
AUTHORS: Vostroknutov, N. G., Kornilov, A. N., Gallchenko, G, L
Skuratov, S. M. e;ad T.'_mcfeyev, B. T. --w
TITLE- Arrangement for Measuring the Work of Alternating Current in
Calorimetry
PERIODICAL: Zhurnal fizicheskoy khimiiq 1959, Vol 33, Nr 8. pp 1883-4;886
(USSR)
ABSTRACT: For determining the heats of reaction taking place at higher
rates with high temperatures, a calorimeter bomb with an
electric furnace is usually used. Since, however, the resistance
of the furnace greatly Increases within a short time, the
determination of the work of the current becomes very diffi-
cult,df the amperage and voltage change in wide ranges. Ref.-
erence I recommends in such oases to Una a precision wait-
meter, but fails to give any data regarding the pattern or
the method of measurement to be used. Now an arrangement for
measuring the work of the electric current in the furnace
of a calorimeter bomb under the above circumstances is des-
cribed. The wiring diagram Fig 1) consists, in the main)
~
of an active-current meter
,I) and a reaotance-current meter
(II). For (I)9 a single-phase alternating current meter of
Card 1/2 the W Ei 55 (Siemens) type for 5 a and 120 Y is used. In recent
SOV/76-33-8 z-35/39
Arrangement for Measuring the Work of Alternating Current .'n Calorimetry
times, however, this instrument was replaced by a current
meter of the V-3 type designed by N. G. Vostroknutov,
(Moscow) in order to raise the measurement accuracy, A current
meter specially made for the requirements of (II) (Ref 2) was
built at the otdeleniye elektricheskikh izmereniy VNIIK (Moskva)
(Department of Electrical Measurements of the VNIIK (Moscow)),
The measurement principle, the current meter calibration
(Table), and t~e use of the arrangement in calorimetry are
described, and the corresponding calculation equations are
given. There are 1 figure, I table, and 3 references,, 2 of
which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. Me, V. Lomonosova
(Moscow State University imeni M, V, Lomonoaov)
SUBMITTED: January 279 1959
Card 2/2
-5(2,4) CC)V/2o-'27-;z-27
AUTIJORSt Gallchenko G L" Kornilov, A. N., Timofeyev, B. I.,
liu~raov, ~S.
TITLE. The Standard Enthalpy of Boron oxide Forcaation
PERIODICLL: Doklady Akademii nauk SSSR, 1959, Vol 127, Nr 5,
pp 1o16 - loiS (USSR)
kBSTRACTi mentioned in the title is a fundamen-
The enthalpy of B 0
3
tal quantity in tKe thermochemistry of the boron compounds.
its determination is connected with considerable experimen.-
tal difficulties. Due to this fact the values mentioned in
publications (Refs 1-13) do not agree (-2-M,-366 kcal/mol)'-
No reliable value may be chosen from it since in part of
the papers (Refs 1-9) the errors caused by the side processes
cannot be detected whereas in the other part of these papers
data lack permitting the utilization of the obtained results.
In the present paper a report is made on an experimental
determination of the mentioned quantity by 3 independent me-
thods which (within the limit of measuring errors) led to
one and the same result. 1) C o m b u s t i o n o f b o -
Card 112 2) D i r e c t de t e r m i n a e
r o n in o x
e n
,
y g
-,The Standard Enthalpy of Baron Oxide Foriziation SOV/2o-127-5-23/58
t i o n of the h e a t of f o r m a t i o n of b o r o n n
r JL d e a n d t h e c o m p u t a t i o n of t h e &HO
form
of B 203 b y u a i n g a r e 1 i a b 1 y d e t e r m i n e d
* a 1 u e of t h e c o m b u s t i o n h e a t of b o r o n
* i t r i d e (Ref 18). 3) D i r e c t d e t e r m i n a t i o n
of t h e h e a t of' f o r m a t i o n of BC1 and the c o m-
p u t a t i o n of &HO Aly d e t e r-
form of B20 3 by using relia
m i n e d h e a t v a 1 u e s f o r t h e BCI 3 h y d r o 1 y
s i s (Ref 19), a n d t h e, B20 d i s a o 1 u t i o n (Ref 2o)
a s w e 1 1 a a t h e H2 O.f o ~ m a t i o n and of the HCl
s o I u t i o h c o r r e s p o n d i n g to t h e c o n c e n-
t r a t i o n (Ref 14). The above mentioned agreement of the re-
sults obtained according to the methods 1-3 proves that consid-
erable systematical errors have been avoided in each of the de-
terminations. There are 22 references.
ASSOCIATIONi Moskovskiy gosudarstvennyy Un4yersitet im. M. V. Lomonosova
(Mosc6w State University imeni M. V. Lomonosov)
PRESENTED: April 7, 1959, by V. N. Kondratlyev, Academician
SUBMITTEDi April 4, 1959
Card 2/2
L
ZV"~6-
S/087 0/005/07/10/014
ORBOE5 6
B
0
AUTHORS: Gagarinskiy, YU, Vot
L._'Popov, M. M (Deceased)
1~ -A
TITLE: The Specific Heat of T!4 in the Interval of 100-4000
PERIODICAM Zhurnal neorganicheskoy kbimii, 1960, Vol. 5, No. 7,
p.;,1631
TF,XTs The authors determined the specific heat of dehydrated UP 4* 2.5H20
in a vaouum according toamethod described in Refs. I and 2 by means of
direct heating. In the temperature interval of from 100 to 4000C three
series of experiments were carried out: a) 100-2700C, b) 100-3700C, and
0) 370-4000C. The results are shown in a figure. In series a) repro-
ducible values for the specific heat were found, which are considerably
higher than the Values Of series b). In heating beyond 2700C a thermal
effect was observed, which manifests itself by a decrease in specific
heat. In heating to more than 3700C no thermal effect occurs, but the
entire curve is lower than that of series a). The authors explain this
Card 1/2
The Specific Heat of UF4 in the Interval of S/087169NO/005/07/1 0/014
100-4000 B004/3056
phenomenon by the fact that in the dehydration of UF 4* 2-5H20, first an
unstable form of UF4 is formed, which has a higher specific heat than
the stable form which is formed in heating to temperatures of between
270 to 3700C. In this the authors also point to the transformation of
UF4 after heating to 3500C to monoclinic structure, which is reported in
Ref. 4. There are 1 figure and 4 referencest 3 Soviet and I Japanese.
SUMITTED: August 25, 1959
Card 2/2
40
8r/
S/078/60/005/012/001/016
BO'7/Bo64
AUTHORSg Gallchenko, G. L.9 Timofeyev, B T.~ and Skuratov, S. M.
TITLE3 Determination of the Formatinn Enthalpy of Boron Tetra-
chloride
PERIODICAM Zhurnal neorganicheskoy khimii, 1960, vol. 5,. Ho. 12,
pp. 2645-2650
TEXT: The present paper describes the calorimetric d(Aermination of the
reaction heat of boron with chlorine. The chlorination of boron was carried
out in a bomb calorimeter heated by a small. electric furnace. The method of
determining the formation heat of boron tetrachloride is described in
detail. The following values were determined for the formation enthalpy
of liquid and gaseous BC1 3:
A if 0 BC1 102.9 � 0.6 kcal/mole
formation 3 liquid
AHO formation BC1 3 gas ~ "'97 � 0.7 kcal/mole
Card 1/2
85620
Determina'ion of the Formation Enthalpy of S/078/60/005/012/001/016
Boron Tet:?achloride BO",7/BO64
The experimental data were compared with published ones. The formation
enthalpy of vitreous boron oxide fr9m crystalline boron and gaseous oxygen
was calculated to be 1~
6HO B 0 1.4 kcal/mole,
formation 2 3 glass
The thermochemical equations to ca =cu 6.te the formation enthalpy are gi.veu.
On the baGiS Of the values found for AHO BC1 d the thermo-
formation 3 liquid an
chemical equations, the formation enthalpit of vitreous boron oxide from
crystalline boron and gaseous oxygen was calculated,-.
6HO B 0 ~ -301-8 � 1.4 kcal/mole.
formation 2 3 glass
There are 1 figure, 2 tables, and 8 referoncest 1 Soviet., 4 US, 1 British,
1 Frenchq and 1 Swiss.
ASSOCIATION3 Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni. M. V. Lomonoso-v). Termo-
khimicheskaya laboratoriya Im. V. F. Luginina (LT~ermo-
chemical Laboratory imeni V. F. Luginin)
SUBMITTED:i August 21, 1959
Card 2/2
85621
S/07 60/005/012/002./016
B017~W64
AUTHORS: Gajlchenko, G. L., Kornilov, A. N.j Skuratov, S. M.
-----------------
TITLEt Determination of the Formation Enthalpylof Boron Nitride
PERIODICAls Zhurnal neorganicheskoy khimii, 19609 Vol. 5, No. 12,
pp. 2651-2654
TEXT: The formation heat of boron nitride was determined in a calori-
metric bomb heated by a small electric furnace. Amorphous high-purity
boron (0: 0.23%, H.- 0.12%, N: 0.005%, and Ca, Mgq and Cu totaling -,.0.01%)
was used as initial material. For the experiments, nitrogen was freed
from oxygen, and dried. A table lists the results of determining the re-
action hetat between boron and nitrogen. The formation enthalpy of hexa-
gonal boron nitride from crystalline boron and gaseous nitrogen was
calculatedq and the following values were determined&
&H0 BN ~ -60-7 � 0-3 kcal/mole.
formation crystalline 4
The forMELtion enthalpy of boron oxide was determined by the following
thermochemical equationss
Card 1/2
85621
Determination of the Formation Enthalpy S/078/60/005/012/002/016
of Boron Nitride B017/BO64
2 B crystalline + N2 gas 2 BN crystalline
L,H = -121-4 + 0.7 kcal
2 BW + i/2 0 = B 0 N
crystalline 2 gas 2 3 glass + 2 gas
ZSH - -180-4 + 1.2 kcal (according to Ref- 5)
2 B crystalline + 3/2 0 2 gas = B203 glass
AHO B 0 -30loB � 1-4 kcal/mole.
formation 2 3 glass,4-
This value is in agreemenM~PWIT-shed values (Refs. 6,12,and 13).
There are I figure, 1 table. and 13 references: 4 Soviet.
ASSOCIATIGN: Moskovskiy-gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lornonosov) . Termo-
khimicheskaya laboratoriya im. V. F. Luginihi-(Thermo-
chemical Laboratory imeni V. F. Luginin)
SUBMITTED: August 21, 1959
Card 2/2
~~HEMD, G.L.; MR I V, A.N.; SKURATOV, S.M.
Heat of combustion of boron. Zhur. neorg. khim. 5 no.10:2141-2147
o l6o. (NMA 13: 10)
1, Moskovskil gosudaretvenny7 universitet im. M.V. Lomonsova i
TermokhimicheskaA laboratoriya im. V.P.Luginiza.
Obrou) (Heat of combustion)
GALfCBZIIKO, G.L.; VARUSHCHEVKO, R.M.; BUBNOV, Yu.N.; 141KHAYLOV, B.M.
Heat of formation of n-butyl ester of di-n-butylboric acid.
Zhur. ob. klLim. 32 no.l-*284-287 Ja 162. (MIRA 15:2)
1. Moskovskiy gosudarstvennyy universitet imeni M.V.Lomonosova i
Institut organicheskoy khimli imeni N.D.Ze'linskogo AN SSSR.
(Butaneboronic acid) (Heat of formation)
34825
S/020/62'142/005/016/022
A d .22 0? B110/BIO'l
AUTHORS: Gal'ohenko, G, L., Timofeyev.. B. I., and Skuratov. S M
- MWWMMWW -
TITLE: Determination of formation heat of decaborane
PERIODICAL: Akademiya nauk SSSR. Doklady, v, 142, no. 5. 1962~ 1077 -1080
TEXT% For an accurate determination of the formation heat L\H form 0~
decaborane, B 10 El 14' the latter was subjected to quantitative thermal de-
composition in boron and hydrogen at 700 - 800 0C, Decaborane(fUO..8 g)
distilled in vacuo to constant melting point was heated in a calorimeter
with tungsten wire, The degree of decomposition was deternined from the
quantitative measurement of H 2 (M -,,o accuracy): (a~ by pressure deter-
mination in a Hg manometer; (b) gravimetrically after oxidation by copper
oxide at 6000C and adsorption to magnesium perchlorate and P.,O,,' The
initial temperature was 12.14 + 0 4 ;4~O
- -0300, the final temperature .. 24 40C,
Solid pyrolysis products were: (1) fine amorphous powder; (2) slaggy
pieces with 5 - 10 % crystalline phase; and (3) coarse crystaiiine powder
Card(1/3)
3/020/62/142/009//016/022
Determination of formation heat of BIIO/BIOI
with quartzlike structured BC1 3 formed almost quantitatively during
chlorination at 350 - 4000c, The crystalline Dowder consisted of non-
volatile boron hydride, the amorphous substance, of boron
Qreact ~W~6'1q' exp - Qel is valid; where W = heat value of tne ~.alorimeter,
Ai~ exp =temperature increase during the experiment, Q F-I cheat liberated
by the current. Since Qreact . VH2 (referred to 1~= OOC and P = 760 mm Hg)
is practically constant, Q V may be referred to BtOH'
react I H2 4(cryst)
10 ~aamorph) + 7 H2(gas)* The heat of decomposition
4UB ~ -(Q react/VH2)-22433-7. Experimental result: 4U B 13,89 Z. 1~10~
On transition from AU to AH at ~ = 250C and P 1 atm, only
6 n RT = 4.13 kcal/mole was of importance. & R 18,0 ~ 1.0 kcal/mole for
B10H14(cryst) - 10 B(amorph) 1 7 H2(gas) at 250C and ";-atm, Considering
A H 0.4 kcal/mole for B (amorph B( cryst)' the resul- wast
Card 2/3
S/020/62/142/005/016/022
Determination of formation heat of ... B11O/B1O1.
H0 B H 14.0 + 1.0 kcal/mole which agrees with the
form 10 14(cryst)
value found by W. H. Johnson et al, There are 1 figure. 1 table, and
7 references: 2 Soviet and 5 non-Soviet. The four references to
English-language publications read as follows: F. D. Rossdri-I et al
Selected Values of Chemical Thermodynamic Properties., 11'atl, Bur Stand
Circ. 500 (1952)~ W. H. Evans et al., Thermochemistry and Thermodynamic
Functions of some Boron Compounds Symposium on Thermal Proporties, N, Y~
1959. B. Siegel, J. L. Mack, J. Phys. Chem., 62, no, 3. 573 "q58).
W. H. Johnson et al., J. Res, Natl, Bur. Stand., 64A, no. 6, V'21 (1960)
ASSOCIATION: Moskovskiy gosudarstvennyy universitet -Lm M. V, Lomonosova
(Moscow State University imeni M, V, Lomonosov)
PRESENTED: September 18, 1961, by Vikt. I, Spitsyn, Academician
SUBMITTED: September 16, 1961
Card 3/3
GALTHENKO, G.L,; VARUSHCHMO, R.M.; BUBMV, Yn.N.; IIJMLMDV, B.M.
Determination of the beat of formation of di-n.-butyl eater of
n.-butylboric acid, Zhur.ob.khim. 32 no.8:2405-2406 Ag 62.
(MIM 15 -.9)
(Butaneboronic acid) (Heat of formation)
GAL'GllENKO G.L.- VARUSliCHENKO, R.M.
- .-, -- - ------ -.- -I
Heat of combustion of tria-lkylborons. Part 1., D,,3terudnatlon
of the heats.cxf combustion of tripropylboron, triisopropylboron,
and triisoamylboron. Zhur. fiz. khim. 37 no.ll..-,2513-.2519 N'63.
(MIRA 17:2)
1. Moskovskiy gosudarstvennyy universitet imeni Lomonosova,
ACCESSIM NR: MkAlT52 S/qD70/6h/O38/OD6/147k/lW
AUTHOR: VamobcbeWwp A. No; Gallchenko G. L.
TITLE: Beata of combusti6a of trialkylborons. II. Derivation of equation for
calculation of the beats cadnwtion of trialkylborons
'SOURCE, Zhurnal fizichesil0i khIM11i, To 38p no* 6# 1964p 1474 -14W
'TOPIC VOS: trialkylboron.. beat of combustionp beat of hydroborationp tbiruody-
n
amicap calorlmetry
ABSTRACT: In recent years the beats of formation of a large number of trialkyl-
borone have been experimentally determined* The determinations were conducted by i~
the beat of combustion method and by measuring the beat of the ivaction of bydro-
boration of olefins vith formation of, the corresponding trialkylborlons. The pur-
pose of' this work vas to verify the agreement of these experimental results and'to
generaIJA-w them, for ek1culation of the heats of combustion or formation for those
triallqrlborom vhich vere not investigated experimentally. The autbors derive a
genereJL to= equation for calculation of the beat of combustion of trLaWlborons
decalftng to fte MetW of Ve Me Tatevokly CKbImicheskoys stroyeal" uglevadoro"T
1/2
fj~j H r 1,-F, LIt-q I I j
;ACCESSIG4 XR: AP4041752
i zakonomernosti v :Lkb fiziko-khtmicheskikh avoystvakh (Chemical Structure of Hydro-
'carbons i=d Their Characteristic Physico -Chemical Properties), Moscow State Univer-i
'Gity Pre'38.9 1953_7. The obtained equation was used for veriryin
g the agreement
between the available data on the beats of combustion of trialkylboraw. It was
folund that them exists a systematic discrepancy of several kcal/mole between the
-data obtained by the beats of combustion method and those calculated frva the
d~tenmination of the heats of hydr-obomtion of olefins. The authors express their
gratitude to S. S. Yarov for a number of valuable suggestions in Lhe preparation
:of this manuscript. OrIgs art@ has: 5 tables.
;A&SOCIMICK: Moskovskij, gosudarstvennyy uaiversitet Ins He Vs Intonosoys
'State University)
SUM11TUD: IWW63 RIM 00
-SUB CODE: act TU NO 1W am: 005 W9
1 Card 2)2
MEDYEDEV, V.A.; YUNGMAhl, V.5.; VOROB11TV? A.F.; GURVICH, L.V.;
BERCPAN, G.A.3 REZIIITSKIY, L.A.; KOLEESOV, V.P.;
KHODEYEV, Yu.S.; KHACHKRUZOV, G.A.;
-9-60t6t, -V --.B.--5 60'ROKHOV, L.N.; MONAYENKOVA~ A.S.;
KOMAROVAIA.F.; VEYTS, I.V.; YURKOV, G.N.; MALENKOVt G.G.;
SURNOVA, N.L.? GLUSHKO, V.P., akademik, o-tv. red.;
MIKHAYLOV~ V.V., red.; KARAPETIYANTS, M.Kh.x red.
(Thermal constants of substances; reference book in ten
numbers] Terinicheskie konstanty veshchestva; spravochnik
v desiati vypugkakh. Moskva, No.l. 1965. 144 p.
(MIRA 18:7)
1. Moscow. Vseso-,fuznyy instRut nauchnoy i teUnicheakoy
informatsii.
GALICHENKO, AMR, M.M.; SKURATOV, S.M., B(IBNOV, Yu.N.; MIKHAYLOV, B.M.
Heats of formation of n-tributyl borate and di-n-butylboronic acid
anhydride. Vent. Monk. un. Ser. 2: Khim. 20 no.2:3-8 Mr-Ap 165.
(MIRA 181 11)
1. Laboratoriya termokhimii Moskovskogo gosudarstvennogo universiteta
i InstLtut organichoskoy khImil AN SSSR.
GIU.'(',4FNKO, G.L.; GED.UYAN, ID.A.; TIMCIFFITV., F.I.; S.M.
f p
1~ 1-1
Standard herits ol' formation o~ ZrC 14 and "" C 14 - Sok- , 'N S'SH
161 no.5:1081-1084 Ap 165. (MIRA IS-.5)'
1. Submitted October 10, 1964.
SXOIJP,WKIY, Ye.A.; SEYYER, A.L.; GALICHENKO, G.L.
Approximate method of calculating the phydmakemical proper-
ties of compounds of the A(Rj..Rk) type, Zhur, fiz. khim. 39
no.9:21.42-QI4.4 3 165. (MIRA 18:10)
GAJ"GHE-NKQ,-G.L.;- ZAUGOLINIKOVA, N.S.; SKURATOV, S.M.; VAS-IIU'YEV, L.S.;
BEZMENOV, A.Ya.; MIKHAYLOV, B.M.
Heats of formation of methaxyboracyclopentane and me-thyl ether
of di-n-butylboronic acid. Dokl. AN SSSR 166 no.1:103~-105 Ja
166o (MIRA 19:1)
1. Moskovskiy gosudarstvenryy universitet i Institut organichesloy
khimii im. N.D.Zelinskogo AN SSSR. Submitted April 5, 1965.
t 0-1264-67 54T(m ~ /T TF-W /J'W/,MrD /WF AM
SWURCE CODE: .1--6- -6--/001/0103 / 010 5
AP6003492 UR/0020/6,V
AUTHOR: -Gillchenko G. L.; Za. ikova N. S.; Sla~v ~S. M.; Vasillyev, L. S.;
& 2gal!E ...... j_
Bezmenov, A. Yao NTRI~V~~ . I
GRG-. ~bscow State University im. M. V. 1,2monosov (Voskovskiy gosudarstvenn'yy Univer-
sitet); TINCTIMe 51 UrGan D. Zelinskiy, Academy 9L Sciences, sss'~
(Institut7 organicheskoy khimii Akademii nauk SSSR)
TITLE. Heat of fo.-rmation of methoxyboracyclopentane and methyl di-n-b~'-.',yllboric acid
SOURCZ-: AN. SSSR. Di)klady, v. 166, no. 1. 1966o 103105
TOPIC TAGS: heat of formation, boron compound; boric acid k-6~
vlt-L
ABSTRACT: The heatof combus' thase compounds was determined calorimetri
t% tion, 6 He, of c-
ally, using a P~'ecise wa-t-e-r--cMrimeter, and heats of formation were calculated sub-
sequently., Accuracy of determination was !:0.02%. The combustion product-, GO,) ~-nd
H3B03. were d9termined gravimetrIcally or by base titration in the preselice 0? Mannite)"
respectively, Among the compqurds investigated, the (n-C H BOCH burned more COM-
o /~ 9 2
The determini re 0 zole for;:
298.150K we 91D f 0.' kcal/r
pletely than the others.
BOCH'. 'b,e of
liquid 0 B-OCH and -1590-9 = 0.8 kcall/moie for 1 quid (-n-C, A
polymerizod J::X0CF6 was also determined and wav -91 6.2 t 1.3 lhus' t~-o C-1cul-
19
ated heat of polymerization was ^,-1 kcal/Mole. The -polymer w-ns prepared *c;j' knopln,;
roon 'EMpe-~atU-
,the monomer in sealed ampules for 3 to 3 m-onths at e. T-,~ waS a. c-'ear
Card
UDC. 541.1.11
---- ------