SCIENTIFIC ABSTRACT FLINT, V.YE. - FLIS, I.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413320017-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FLINTY V.Y4.
i
Distribution of maimnals in nqrthern Kazakhstan. Trudy Inst. zool. AN
- Kazakh. SSR 17:244-245 162. (MIRA 17:2)
j"

--- FLINT, V.Ye.; KRIVOSHMVt V,G.
. - -, , I
Ccmparative analysis of birds in the I=aylovo Park Forest. Biul.
MOIP.Otd.biol. 67 no.3tl8-28 W-Je 162. (MM 15:11)
(moacow region-Birds') -

FLINT, V.Ye.
Biology of the reproduction of the Uger polecat Vormella
peregusna. BiulJIDIF.Otd.biol. 67 no.4:143 Jl-Ag 162.
(KIRA 15:10)
(TURMIJISTAN-1 OLUCATS)

FLINT., V.ya,
"Birds of Eazakhotan." P(;vjewvi by V.E. Flint. Ornitologiia
no.63502-503 163. (WW, MOE)
OM
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af
A

PIONTKOVSKAYA, S.P.; ?~PT,,V.Ye.; KORSHTJNOVA, O.S,
Natural focus of tick-borne exanthematous fever in the Ubsu.
Nur tjpmgh in the Tuva A.S.S.R. Med. paraz. i paraz. bol. 32
no.51 581-585 S-0163 (MIRA 16212)
1. 1z otdela prirodnoochagovykh bolezney Instituta epidemiologii
i mikrobiologii imeni N.F. Gamalei.
~7'

PIONTKOVSKAYAp S.F.; FLINT, V.Ye.
....... *- - -,* -- ""'
Ecology of the juvenile forms of Dermacentor nuttalli Olen. and
other ticks of wild rodents in the Ubsa Nor Depression of the Tuva
A.B.S.R. Zoolo zhur, 43 no,2%178-184 164. (MIRA 17:6)
1. Otdel prirodnoochagovykh bolezney Institute. epidemiologii i
mikrobiologii Akademii medlitainakikh nauk SSSR., Moskva.

Z14~Fl- V, Ya- -
1
'Manmalls of the U.S.S.R.". Blul. 1,401P. Otd. hicl. 69 n~,.4: 147-14'-
.1 F . a 1 It
J14g 164. (V '%A ~,-, -

FLINT,, V.Ye.; CHUGUNOV, Yu.D.; SMIRIN, V.M.; FORYOZOV, A.N.,..prof., red.;
R.S., red.
(Mammals of the U.S.S.R.] Mlekopitaiushchie SSSR. Moskva,
Mysll, 1965. 437 p. (MIRA 1817)

MRSHUNOVA, 0.3.; 1'101,'.TKOVSK'YA, S.P.;
V L~
Natural foci of tick-borne typhus fever in the Bury-at A.S.S.R.
Zool. zhur. 44 no.7:980-985 165.- (MIR..k 18:9)
1. Otdel prirodnoochagovykh bolezney Instituta epidemdologii
i mikrobiologit A1,94 SSSH, Moskv-a-.

FLIWO V.Ye.
Reviews and bibliography. Mad. paraz, i paraz, bol. 34
no.2:242 Mr-Ap 165. (MIRA 18:11 )

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(1939).-The POPOV 1AWITIPtS to Hot all substan"s thAt
1, pmwIA pyturlec. awl pleawkc. Properties. It
3
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4 n mitinsately esublisbcd, but wbk-h way
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". i0ollaff., R. 13. ltevkwW in Miwnibi. Abar"ft

Ll N r Yt~, Yc~
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 457
BOOK Call No.: QD931.F5
Author: FLINT,, YE. YE.
Full Title: PRINCIPLES OF CRYSTALLOGRAPHY
Transliterated Title: Nachala kristallografii
Publishing Data
Originating Agency: None
Publishing House: State Publishing House for Geological Literature
Date: 1952 No. pp.: 224 No. of copies: 15,000
Editorial Staff: None
Others: The author expresses his gratitude to Prof. S. D. Chetverikov
and V. P. Cherevik for assistance
Text Data
Coverage: This is a short and concise textbook on crystallography on
the level required in geological prospecting Institutions of higher
learning and in geological departments of universities. The author
taught this course in the Moscow Geological Prospecting Institute
im. S. Ordzhonikidze.
While the book does not bring any new material, it could present an
interest for those who like to examine the extent to which crystallo-
graphy is taught in Soviet universities.
1/3

Nachala kristallografii
AID 457 - I
TABLE OF CONTENTS PAGE
Ch. 1 The subject of crystallography and its connection with
other branches of science 5
Ch. 2 Initiation of growth and the growth of crystals 17
Ch. 3 Law of constant angles and the measurement of crystals 37
Ch. 4 Elements of the science of crystal symmetry 54
Ch. 5 Study of all possible crystal symmetry classes 63
Ch. 6 Law of rational indices (integers). Classification of
symmetry classes according to syngony (the seven elemen-
tary unit lattice cells). Placing crystals in different
syngonies 70
Ch. 7 Law of zones. Relationship between face and edge symbols 86
Ch. 8 Law of crystallographical transformation limits and
crystallochemical analysis 97
Ch. 9 Forms of crystal growth. Real and ideal forms. Outline
of simple forms according to syngonies. Combinations 104
Ch.10 Division of simple forms according to classes 124
Ch.11 Appearance and characteristics of real crystals.
Twin crystals 146
Ch.12 Structure of crystals 154
2/3

Nachala kristallografii
AID 457 - I
PAGE
Ch. 13 Investigation of th,e crystal structure by means of
X-rays 162
Ch. 14 Principles of the structural analysis. Typical
struc*~ures. Basic concepts of crystallochemistry 51
Ch** 1 Main optical properties of crystals 1 5
2
Ch. 1 Investigation of most important optical properties
of crystafs under microscope 201.
Ch. 17 Mechanical, thermal and electrical properties of
crystals 213
Purpose: Approved by the Ministry of Higher Learning of the USSR as a
textbook for students specializing in geology in mining institutes.
Facilities: Names of many Soviet scientific workers mentioned
No. of Russian and Slavic References: None
Available: Library of Congress
3/3

X. PtiNf,- Ye. Ye.
2* USM (600)
4. Grustallography, Ylathematical
7. Various methods of crystal draving. Trudy Inst.krist., no. 7, 1952.
9. Monthly List of Russian Accessions, Library of Congress, April -1953, Uncl.

FLIJIT,Ye.Ye.
-Z--.,-,,.": .... ~:.. -.".r
Inetallation and checking theodolite goniometers. Trudy MGRI no.26:
210-219 154. (HLRA 8:12)
(Goniometry)
- t ;~ !2 1 ~.
- I- jg~~ !L. Z~,;~-- a-" - ~~ ~'Ij - . . 1 -1

POPOV, Georgiy Mikhnylovich; SHAFRANOVSKIY, Marion Illarionovich;
FLIIITjYe',Te.A-,redaktor; SEMCVA,M.V., redaktor-, GUROVA,O.A.,
.go
nicheekly redaktor
(Crystallography] Kristallograftis. Izd. 3-e, ispr. i dop.
Moskva, Goo. nauchno-takhu. isd-vo lit-ry po geologil i okhrane
nedr, 1955. 294 p. (MIRA 9:2)
(Crystallography)

FLINT, Yevganiy Taygonlyevich; POPOV, G.M., redaktor; SIKINOVA, M.V.,
rsdakf~'i' fidsteilfgtiW;
, - "POPOV, R.D., takhnicheakiy redaktor
[Practical manual on geometrio6l crystallographv] Praktichaskoe
rukavodetyc po' geoustrichaskoi iristallografii. Izd. 3-4, parer.
i dop. Xonkva, Go@. nauchno-takhn. 12d-vo lit-ry po geol. i okhrons
nedr, 1956. 207 P. (XIBA 10:1)
(CrIstallogrephy, Xothemetical)

FLISTI Ye.ye.
-
Method for measuring small crystals. Trudy MGRI 33:159-162 158.
(MIRA 12:12)
(Crystals--Measurement)

F,LINT,-Ye.Ye.
Forms of cassiterite crystals in certain deposits of the U.S.S.R.
Zap. Vses. min. ob-va 87 no.2:240-241 '58. (14IRA 11:9)
1. Doystvitellrqy chlen Vassoyusnogn mineralogicheskogo obehebestva.

PHASE I BOOK EXPLOITATION SOV/3488
Flint, Yevgenly Yevgenlyevich
Katalog vysokotverdykh kristallov (Catalog of Extra-Hard Crystals) Moscow,
Izd-vo AN SSSR, 1959. 50 p. 2,200 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut kristallografii.
Ed.: N.Yu. Ikornikova; Ed. of Publishing House: A.P. Sencheakov; Tech. Ed.:
Yu.V. Rylina.
PURPOSE: This booklet is intended for specialists engaged in the production of
synthetic hard crystals. It may also be of use to engineers and technicians
working in the abrasives industry.
COVERAGE: The booklet is a catelogi of mineral and synthetic crystals. The
first part of the booklet, based on data published in mineralogical works,
analyzes various mineral crystals classified In these works and presents
characteristics of 61 crystals, such as diamond, iridium, quartz, laurite,
tridymite, corundum, spinel, and others. Their shape, hardness,.specific
Card 1/2

Catalog of Extra-Hard Crystals SOV/3488
weight, refractionj color, melting point are discussed. The second part
of the booklet, based mainly on data published in chemical or physical
works, deals primarily with the production of synthetic crystals In the
categories of carbides, nitrides, hydrides, borides and silicides. Methods
of production of various synthetic crystals are discussed, and characteris-
tics of these crystals given. There are 71 references: 15 '~Dirlet, 40 ror-
tw, .11 French, 3 Engllsh.,and 2 Dutch.
TABLE OF CONTENTS:
Foreword 3
Part I. Natural Crystals (Minerals) 5
Part II. Synthetic Crystals 34
Carbides, nitrides, 4,ydrides 34
Borides 44
Silicides 48
AVAILABLE: Library of Congress.
U/Isb
Card 2/2 5-13-60

-FLINT, Yevgeniy Yev en! evichl_prof., SHAG1-ROVAy red.; GOROKHOVA~
', e . red*
(Fundamentals of crystallograpbyl Nachala kristallografil. Izd.2.
Moskva, Gos.izd-vo "Vysshaia shkola," 1961. 241 p. (MIRA 14. U)
(Crystallograpby)

FLINT. Ye.Ye.
New photogoniometer model. Kristallografiia 6 no.2:287-288
Mr-Ap '61. (MIRA 14:9)
1. Institut kristallografii AN 83SR.
(Goniometers)

FLIORENT, I.P.1 inzh.
Cont,inuous convriyor linou for tho onamallng of pirto. Mf,lkh. 4
avtom.proizv. 1.9 jio.l.-J',1-20 Ja 165. (MIRA 180)

KUKUYEV, Ye.H.; YLTIHOV, V.F.; JFLIQRIX,.-jj.~.. otv.red.; VALENTINOY,
A.M., red.; ABRAWAN, A.A., red.; KISTLEV, B.A., red.; XLTLIK,
V.A., red.; ANLREM, G., tekhn.red.
(Handbook with nomenclature and prices for materials and equipment
used in the coal indue try] Nomanklaturnyi spravochnik i teeny na
materialy i oborudovanie, primeniaemye v ugollnoi pronqshlennosti.
Moskva. Group 2. ENonferrous metals] TSvetnve metally. 1950.
275 P. (KIEtA 13:4)
1. Russia (1923-; U.S.S.R.) Ministerstvo ugoll.noy proaqshlennosti.
(Nonferrous metals)
(Coal minas and mining-Bquipment and supplies)

FLIPOV, G.
"International Con-assion on Large Dams of the World Power Gonference."
m;
p. h0 (Elektroeneraiia, Vol. 8, no. 11/12, Nov./Dec. 1957, 6ofiia, Bulgaria)
"Studen Kladenets Dam is.Completed"
p. 42 (Elektroeriergiia, Vol. 8, no. 11/12, Nov./Dec. 1957, Sofiia, Bulgaria)
"Liahtning installations for big stadiums"
P. 43 (Elektroenergiia, Vol. 8, no. 11/12, 4ov./Dec. 1957, Sofi-la, Bulgaria)
L~
Monthly Index of East European Accessions (ESAI) LC, Vol. 7, No. b, June 1958

Z' L4 r- ~ rL ,. .
Fighting corrosion of concrete in cellulose factories, p. 85. (PRZEGTAD PAPIERNICZY,
Lodzq Vol. 11, no. 3, Mar. 1955-)
SOt Monthly List of East European Accessions, (EEA'L), LC, Vol. 11, Noj, $n. 1955,
Uncl.

FLIRSKIP W.
FLIRSKL, W. Corrosion and protection of concrete structures in the food industry,
.p. 239.
Vol 10 no. 60 June, 1956
gi~misi SPOZYWCZY
TECHNOIA)GY
U48aws Poland
So. Last Accession Vol. 6. no. 2. Feb. 1957

~,LIRSKI, W.
Corrosion of buildings in the tanning industry and the means of its prevention.
P. 75
(Przegl,qd Skorzany. Vol. 12. No. 3, Mar 1957, Kra-kow, Poland)
.50: Monthly List of East European Accessions (EEAL) Le". Vol. 6, No. P, A-ig 1957. Uncl.

FLIS, Henryk
Instruction conferencos as a method of perfecting the
scientific personnel. Nduka polska 10 no.3:101-106
my-je 162.
1. Biuro Kaztalcenia i Doskonalenia Kadr Naukowych, Polska
Akademia Hauk, Warszawa.

M
FLIS, I.K.; BYNYAYEVA, M.K*
Platinum electrtkie after treatment in solutions of hypochlorite
and other oridi-Itftg agents, Zhur. fiz. khim. 37 no.12:2621-
2626 D- t63. (KERA P*1 1)
1. Leningradskiy tekhnicheskiy institut tsellyulozno-bumazhnoy
proryshlennosti.

ti

hemical Abstracts x0xidation putanfigs. off h - 0 hLqrd-tt. solutions. 13. 11.
j

l-r
-T ~
?
~
m
o
or
aw
.
7clmol. livit..
-,
0
May 255
1954 MI-ellf. R 22 - TIT1.1--iq In-52,10-0-
C,~,,
"
1
,
Elect
rochemistry . -
)
trTivIlatinn); 11m,. Kbirl. 2Y, 19.52
lit CIO- solus. at pit > 9.3. the o\idati4 I pi,tvnli,il rhallgvd
with tile corlen. of It', CIO -, .1114 C1-. It? this recit.1 th'.
potentiaA could he caled. from the vq-~i;itino. 5 = j~)
-0.058 PIT + 0.0;W2 Jog wherc ~ = 1.267 v.
lit Soills. with a pH from 8.5 to .1.0. ~qe drimllb-Ilee (if III,-
oxidation potential oil PIT %vai repciented bl- a Straight
line lying 55-60 mv. higher thmi ill,, str;iight title obtaint-d
ill tile alk. region. Tile potential did ISO( c1laitge with tile,
(101101. of Cl- irms ill thii region. Ali efTect of 60.- inll-;
on tile oxi,latioo ju)tvittial ill neritral, ard lvc;tk-lv ari'l
rerions could not he dvtected. lit soln%. of III[ < 3-5, 1: "
'
potential was governed by flie eqiffl. of CI :r
electmle behaved like a Ct elcetrude. Ilernard FLtl~-
4

h
IUI
butter mbstence the bi of 061lulose. 1. r.
:. Ya. 775F=
i=emj 5r:a-nT',Pii- dci~--cho= characteristics of cellu-
sch bet onse W r n,; hing; when this is carried
ochl a solutions buffered at p1l 9-11 with silicates, 13
OH), or Mg(011), suspension, than when Q
'01~ other R. C. bluitRAY'
bu al~ pH.

mcesinbrF"-ch iiificellu-
-fhi ftpp d - of bdiffer suys
Ingn az d B.-YA. prl'shteTn
=Zz~ia-rf I I 'ti,I*)' che"s. U'S.S.R. 25,
-r tr. a Oil .-Sec C.A. 47, 3.VSh.

41
I'som. 37. No. 7. 1 uw 411 CUMMIO lot
koffer hypwkbWte =wins. k Illuv"ni. AM flAta
are siven "m a no. of bleach plaws uAng hypochWte
Isuffetv. B.C.. In a 4-br. hypoc kwite pulp-tweaching
Mwrskt~wt at 41- &W pH 10.5. t3wommumption of CaO %,&-
Is kg.,?tcxi blescloo I pulp. The viwasity col the unhk~ched
Arml bkwbrd polp was IMI and 423 mglllwAm-%, and a-
(vlblkw, will, soil mins, breaking len
alues for the bleatbed pulp wm
tvu*4 M.. and 91. resp. J. n Lake Keay%

i ~g ";
2.2

- I i !. -; %#
I
~
I'" t
- ~ I .
~2 ~ - ~ ~

U s
,ftentiometric
SyJzo U
?yu Pew (de aa platmun,
(GY 'reciltiol. itt-t.,
340
Khifa- 10,38-43M~&3).-The :tlcd--,A ~A4 It ng
tul. of 31% HjOj to the suis mia cwu P1
trodc; 0 rvo(yes at the cic~t . t.,'.
dectrode is Proportional tu ttt--- pli a ttl,- -.-A'l , till,
k rpPM1. (j.M V. per Unit JAI !b, ln~lh"i 1~
14kabte. e.g., to titration of L'Il I .
Off. and CO'-- are to be &W. I'lir, '~ 1 C'1~311311'jmf b% -'
titrations: aria Oa am aliquot of :I,, U'lplwl -111. nd th,
otherana simi!ar aliquai t. j~ ..i,k-d 1'1:,,
alethod 6 also appLicLaIc na the tit.-in t of ciii--ce,- At-
in J. Anal. Chim. US.S.R. 30. 31 -ii( 19,Z)(Eagl. tralWa-

if Lchmmme md itz-,71417
prt,lul ,-,eher
4A
!r.OAllj jE.
gl-
as ~'tr

- .- -1. ":-. ;,;., ; F. -' : -I. . . .~ .~ f;,.*.;,~~:,~Fp~ 9PS:PW
F--, . , - Y -17, . . . I ~ . - , , 0.1---..- 1 ~l
1 11
t , -> - I FtL'll
~P 7

USsR/Analysis of InorGanic Substances G-2
Abs Jour: Ref Zhur-Khimiya, No 6, 1957, 19632
Author I. Ye. Flis, M. K, Bynyayeva.
Inst
Title Analysis of ITypochlorites and Chlorites in Solu-
tion,
Orig Pub: Zh. Analit. Khimii, 1956, llj No 4, 453 - 458
Abstract: The conditions of potentiometric titration of
C102- and CIO- with NapSO and AS203 were studied,
It was established tilat 202- reacted slowly with
Na2SO in an alkaline medium, but It reacted
quickly in an aciditied medium; therefore., C102
should be titrated in a neutral and slightly acid
medium (P11 about 7.0 to 4.0). Slightly alkaline
Card 1/3 - 112-

U83R/Analysis of Inorganic Substances G-2
Abs jour: Ref Zhur-Khimiya, No 6, 1957, 19632
and slightly acid media (5 < PH < 8) are the
best for the notentiometric titration ol' C10-
with a solution of Ila-SO . Solutions containinG
C10- and C10--- are not stable in slightly alka-
line, neutral and sliehtly acid media. The con-
elusion was arrived at that the potentior-etric
titration with the 11a,SO, solution could not give
reliable results-at a4si,4ultaneous determination
of C10- and C10 The reaction of CIO,,- with
As ~03sin an a*'kaline medluu proceeds very slowly
(t e tudied system is vtable only in the allka-
line region), therefore, CIO- can be t1trated
off in presence of C102-, The final point can
be determined easily by a sharp change of the
Card 213 - 113 -

USSR/Analysis of Inorganic Sub3tanceo G-2
Abs Jour; Ref Zhur-Khimiya, No 6. 1957, 19632
ozidizing potential. The following method is re-
commended: the total content of C10-- and C10-
is determined in one sample by the iodometric
method and C10- Is determined in another sample
be the Potentiometric titration in alkaline
medium (pl-I 9) with A22103
Card 3/3 - !14 -

USSR/Inorganic Chemistry. Complex Compounds. C
Abs Jour Ref Zhur - Khimiya, No. 8, 19579 261+55.
Author Flisq I.Ye., Vasillyeva, T.M.
Inst
Title Potentiometric Study of dhlorite Solutions.
Orig Pub Zh. obshch. khimii, 19569 26, No. 59
1272 1277.
Abstract The potentiometric titration of the Na, and Ba
chlorites was carried out with acid and alkali
on the installation with a glass electrode
described earlier (Nikollskiy B.P.? Flis I.Ye.,
Tr. LTI im. Molotova, 191+9, No. 1, 61) The
titration curves show that HC10, is a far
stronger acid than H2CO and HC 0. The for-
mation of noticeable amAunts of C10 In the
chlorite solution begins at pH equaf to
6. The oxidizing.potential was measured
Card 1/2

- k 2- :.
i~~ ~ i
C,

1. Ye.
Certain properties aid methods for preparation of chlorine dioxide
and chloritos in connection with their practical application. Zhur.
prikl.khim. 29 no.5t633-645 NY '56. (MUL 9:8)
1. Leningradskly teklmologIcheekly institut imeni T.N. Nolotova.
(Chlorine oxidom) (Chlorites)

7
/6
U&Wftysical Chemistry - 1hermodynamics, Thermochemistry, Equilibria,
Physical-Cheal cal Analysis, Phase Transitions.
Abs Jour: Referat. Zhurnal. Rhi-47so No 2., 1958., 3T54.
Author I-Ye Plis K.Yu- Solids, K.P. Mishchenko.
Inst
Title Thearmochemical Study of Interaction of Chlorine and Hydrogen
Per oxides.
Orig -vab: Zh. neorgan. kbinlip 1957j, 2j, No 7Y 1471-1473-
Abstract: The thermal effect of the interaction of 010;L with E.,O.% with
the formation. of chlorites vas measured at 10 to 350- HAA
dissociates in ah alkallne medium irith.the formation of HO;
perhydzmxyl. ion and-the reaction proceeds according to the
mechanism 2ClU- (solution)-+ 40- + OH- =' 2C10.
'. + H'~O (Ji
quid) + Ot. (gas). L69K =- -98840/T - 1669logT + 1-.27T +
W99.8 was derived based on 6cperimental data. The enthalpy,
is obaric potential and entropy changes at this reaction at
Card 1/2 -6-

UMIS, /i.Tu.; MISHCRENKO, I.P.; FLIS, I.Te.
Thermodynamics of the dissociation of hydrogen peroxide in
aqueous solutions. Zhur.neorg.khim. 2 no.9:1985-1989 S '57.
(MIRA 10:12)
l.Ieningradakiy takhnologicheaki3r institut.
(Dissociation) (Hydrogen peroxide)

TURANOVA, T.A.; MISCHENK0. K.P.; FLIS, I.Ye.
Dissociation of hydrogen sulfide in aqueous solutions at different
temperatures. Zhur.neorg.khim. 2 no-9:1990-1997 S '57-
(MIRA 10:12)
I.Leningrad nauchno-iseledovateltakiy institut po pererabotke,
nefti, i LeningradsIdy takhnologicheak-ly institut, kafedra
fizicheskoy i. kolloidnoy khimii.
(Dissociation) (Hydrogen sulfide)

AUtHORS: Flis, I. Ye., Bynyayeva, M. K. 75-6-16/23
TITLE: The Determination of Chlorine Dioxide in Solutions
(opredeleniya dvuokisi khlora Irastvore).
PERIODICAL: Zhurnal Analiticheskoy Khimii , 1957, Vol- 12, Nr 6,
PP- 740-743 (USSR)
ABSTRACT: The method of the determination of chlorine dioxide in
solutions is based on its decomposition with hydrogen per-
oxide in an.alkaline medium. The analysis is suited for the
determination of chlorine dioxide in presence of chloriteB,
chlorates, chlorides and carbonates. By this method it is
possible to determine a 0,0005 gram equivalent of C102.
This method can also be applied to the determination of
chlorine dioxide and chlorite in bleaching solutions,
There are 3 tables and 15 references, 2 of which are Slavic*
ASSOCIATION: Technoiogical Institute Leningrad (Leningradskiy tekhnoiogi-
cheskiy institut).
SUBMITTED: February 7, 1955
1. Bleaching solutions 2. Chlorine dioxide-Determination
Card 1/2 3- Chlorites 4. Chlorates 5. Carbonates

The Determination of Chlorine Dioxide in Solutions. 75-6-16/23
AVAILABLE: Library of Congress
Card 2/2
01 -

I / .
Fk /Sfi _T' rt.
1.).SSR/Physical Chemistry - Solutions, Theory of Acids and Bases. B-12
1lbs Jour: Referat. 22mrnal Xhimi . 170 3, 1958, 7280-
Author K.P. Mishchen , I.Ye. Flis.
Inst
Title Upon The Formation Possibility of Positive Halogen Ions in
Aqueous Solutions.
Orig Pub: Zh. prikl. khlmli, 1957, 30, No 5, 665-674-
Abstract: The changes of thermodynamic potentials and the equilibrium
constants of formation reactions of C1+, Br+ and I+ in aqueous
solutions vere com
puted by the method of thermodynamic cycles.
A little thermodynamic probability of the existence of these
cations in aqueous solutions was established, their formtion
capability decreasing from iodine the chlorine; the most pro-
bable processes of such cation formation axe interaction re-
actions of hypohalites with corresponding acids. The compu-
tations carried out for hypochlorite solutions, as well as
Card 1/2 -1-

WSR/11hysical Chemistry - Solutions, Theory of Acids and Bases. B-3.1
'Abs Jour: Referat. Zhurnal Khimiya, No 3, 1958o 7260-
data of oxidizing potentials and cathode Polarization in these
solutions did not confirm the hypothesis of an active Partici-
pation of Cit ions in oxidation processes proceeding at cellu-
lose and fabrik bleaching. The authors assme that the real
oxidizer in such processes is molecular chlorine.
Card : 2/2 -2-

Pakhomova, N. V.
TITLE: The Thermochemistry of the Dissociation of Sulfuric Acid and
Hypoehicrous Acii in Aquecus Solutions (Termokhimiya
-issotsLatsii sernoy i khlornovatistoy kislot v vodnom-
rastvore)
P -7, -R I J D 1:~A LZhurnat neorganicheskoy khimii, 1956, Vol. 3, Nr 8,
PP, 1772-1780
ABSTRACT: By means of thermochemical tests the reaction of solutions of
sodium hypochloride with sulfuric aci-,, was investigated, The
heat effect of the reaction C10- + H+--9117CIO and
'011- ~ ITSO4---jSO42- +- If20 was calculated. The thermochemical
investigations of the processes in hypochloride solutions
were combined with a calorimetric and potentiometric metho-1.
Tnis method in also applicable in the investigation of thermo-
chemical reactions with other instable systems, The potentio-
metric determinations were performed with platinum electrodes
Card 1/3 and their results make it possible to correct the values found

':he Tnermochemistry of the Dissociation of SOV/78-3-8-10/48
Sulfuric Acid and hypochlorous Acid in Aqueous Solutions
by the thermochemical analysis. The heat effect of the
neutralization of diluted solutions of sulfuric acid at 10,
25, 3~ and 500" was determined. From the data the dissociation
constant of IISO 4 was computed. Tno average of the computed
heat effect for the corresponding temperatures is the
following: At 10 0c -16,c.j t 0,0,1 kcal/gram equivalent,
0,
at 25 1 -15,74 t 0,04 kcal/gram equivalent,
at 35 0C -15,61 � 0,08 kcal/gram equivalent,
at 500C - 15,32 10,04 kcal/gram equivalent,
The dissociation heat of the chloric acid in aqueous solu-
tions was investigated, ?rom the experimental results the
thermodynamic characteristic of this process in the tempera-
ture range of 10 - 500C was founi:
At 10 0C - 5,90 1 0,05 kcal/mol
at 2500 = 5,70 0,04 kcal/mol
Card 2/3 at 3500 = 5,40 0,05 kcal/mol

The '7hermochemiatry of the ~)i-,iuociatLon of
Uulfuric Acid and Hypochlorous Acid in Aqueous Solutions
at 500C = 5,0 t kcnl.!Mol.
The disso~:iation process of the chloric aci4. is of an endo-
thermic nature.
There are 6 figuren, 6 tables, an~ 27 references, 11 of which
are Soviet.
SUBMITTED: JulY 10, 1557
Card 3/3

SOV/78-3-8-11/48
AUTHORS; Flis, I. Ye., Mishchenko, K. P. 11alkhomova, N. V.
TITLE: The Calculation of the Fundamental Thermodynamic Values for
C10- aq and HC10 aq at 250Centigrade (V~,chisleniye osnovnykh
termodinamicheskik-h velichin dlya C10- aq i HC10 aq pri 250
PERIODICAL: Zhurnal neorganicheakoy khimii, 1558, Vol. 3, Nr 8,
PP- 1781-1784 (USSR)
ABSTRACT: Thermochemical testinas were performed of the reaction 0
Clo aq + H2 02 aq--""- Cl aq + 1120 + 02at 10, 25, 35, and 50
centigrade. The results obtained at.25 0 centigrade were used
for the calculation of the calorimetric '.estings. Based on their
own results the fundamental thermodynamic values for C10
and0HC10 aq at 250centigrade were calculated: aq
6H 0298(C10- aq ) = - 25,73 kcal/g-ion
AH 0298(HC10 aq ) - - 31,37 kcal/mol
Card 1/2 AZ 298(HCIO aq ) - - 19,17 kcal/mol

SOV/78-3:8-11/46
Tito Gulculation of the Fundamental Thermodynamic Values for C10 aq and
HC10 acl at 250 Centigrade
4~ z0298(ClO- aq ) - - 9,21 kcal/g-ion
S0298(IIC10 aq) ~25,84 E.ye.
S0298(CIO- aq ) - 11,36 E.ye.
There are 2 tables and 16 references, 12 of which are Soviet.
SUBMITTED: June 10, 1957
Card 2/2

FLIS, I.Ye.
Iffect of pH and temperature of media on the ratio of active
oxidizers in hypochlorits solutions during chlorination and bleaching
processes. Zhur. prikl. khim. 31 no.&-1194-1201 Ag 158.
(MIRA 11:10)
l.Leningradiskiy tokhnologicheskly institut.
(Chlorination) (Bleaching) (Oxidising' agents)

AUTHOR: Flis, I. Ye. 76-32-3-11/43
TITLE: On Oxidation Potentials of Solutions-of Chlorite and
Chlorine Dioxide (Ob okialitelinykh potentsialakh
rastvorov khlorita i dvuokisi khlora)
PERIODICAL: Zhurnal Fixicheskoy Khimii, 1958, Vol. 32, Nr 3,
pp,. 573-579 (USSR)
ABSTRACT: The data bf Holet (ref-5) on the normal potential
equilibrium irf solutions with chlorite and chlorine
dioxide cannot be fully ut.ilized7in default of data on
reversibility and analytical datap whereas in the present
paper, . investigAtions on the reversibility of the
measured potentials 'and values of the normal potential
equilibrium calculated from them were carried out.
Data on the,experimental method are given7from which.. 'It, ow
be seen that a potentiometer according to RaP87
as well as a glass electrode with a lamp potentiometer werd
used. From the given results of the experiments on the
oxidatiorr"potential at different PH it faaiDwtzat a
determinable chlorite formation frog the chlorine-oxide
Card 1/3 solutions takes place when PH> 4, whereas the formation

ft Oxidation Potentials of Solutions of Chlorite and 76-32-3-11/43
Chlorine *Dioxide
of chlorine dioxide in ohlorite solutions was observed
when pH < 6.5- Platinum and gold-plate electrodes were used
in the investigations of the oxidation-reduction system of
the above-mentioned solutions, whe=e experiments of
electrode-polarization were performed at different pH
(by Zh. L. Bert). The investigations showed that
reversibility can be attained at an approximate pH of
4-8. The determinations of the normal equilibrium
potential, part of the measurements given in a tabular
form having been performed by N. V. Trotskqa showed a value
of 0*934�0-oo2 V for the equilibrium:
C10 + e- 4=* C10-
2 solution 2
Standard valued of the isobaric potentials of the formaiion
9f Clo2 in solut~onw A$ wPll as the entropy~were.also
calculated and gi'ven ~iith
AZ0 25-55 kgoal/mole.and So 43.9-
Clo aq. z Clo aq-
Card 2/3 2 . 2

On Oxidation Potebtials of Solutions of Chlorite and 76-3.2-3-11/43
Chlorine Dioxide
There are 3 figures, I table, and 11 references,
0 of which are Soviet.
ASSOCIATION: Leningradskiy tekhnologicheskiy institut
(Leningrad Technological Ipatitute)
SUBMITTED: October 9, 1956
Card 3/3

FLIS, I, Yet) Doe Chem Sol (diss) -- "Investigation of the processes and equili-
bria in solutions of oxygen compounds of chlorine as applied to bleaching cellu-
lose and fabrics", Leningrad, 1959. 37 pp (Min Higher Educ 'USSR, Leningrad Order
of Labor Red Banner Tech Inst im Leningrad Soviet), 150 Copies (KL, No 21, 1959,
111)

,5(4) SOV/78-4-2-6/40
AUTHORS: Mishchenko, K. Pop Tumanova, To A*
TITLE: On the Dissociation of Arsenic Acid (0 dissotsiateii myshl-
yakovoy kisloty)
PERIODICAL: Zhurnal neorganichookoy khimii, 1959p Vol 4, Nr 2,
pp 277-285 (USSR)
ABSTRACT: The dissociation of arsenic acid was examined.by potentio-
metric titration. Solutions of 0.05 and 0.1 moles sodium
arsenate were titrated by sulfuric acid and hydrochloric
acid at 109 25g 359 and 500. The dissociation constants Kip
K2, and K 3 of H3AsO4 were determined from the titration results.
On the titration curve three sections can be distinguished:
the first one at PH 11.9-9, the second at pH 9-4.5, and the
third at PH -4, 4. The dissociation constants Ki. K 29 and K 3
determined at various temperatures are shown in the tables 1,
2, and 3o The degree of hydrolysis and the composition of
the aqueous solutions of H 3AsO4 at various temperatures and
Card 1/2 PH values and ionic strengths of /-t - 0.01, 0.05, and 0.10

On the Dissociation of Arsenic'Acid
SOV/78-4-2-6/40
were determinede The results are shown in figures 2 and 3.
The heat effects, the change of the isobaric potential, and
the change of the entropy in the processes 1, 2, and 3 of
the gradual dissociation were determined. The average values
of the thermodynamic quantities of the dissociation processes
of H3AsO 4 in aqueous solutions are shown in table 4.
There are 3 figures, 4 tables, and 35 references, 10 of whieb
are Soviet.
ASSOCIATION: Leningradskiy nauchno-issledovatellskiy institut po pererabotke
nefti (Leningrad Scientific Research Institute of Petroleum
Processing) Leningradskiy tekhnologicheskiy institut
(Leningrad Technological Institute)
SUBMITTED: November 5, 1957
Card 2/2

S- G V/ 3 - --2-E/
AUTHORS: Flia, I.Ye., Liishchenko, K.P., Salnis, K.Yu.
TITLE: Study of the Rate of Some Reactions in Aqueous Solutlions
Containing Chlorine Dioxi;'e, Chlorine, and H~ypochiorous Acid
(Izucheniye skorosti no'11-oio-----'-*.i reak,,,siy %, vodnyl-',. i-,!3-vorakh,
soderzhashchikh dvuo,---,:,,' k*-'7...--, kh'-or i k'.,-1lcrnC,,r~-.tiv-tuyU
kislotu)
PERIODICAL: Zhurnal r)rikladnoy k1c.-i-mil, 1"'50 -1 1 "YYII, 2,
pp 284-291 (lissr")
1"BSTRACT: Chlorine dioxide solutic-Us used in '-he cellullcse, -..aver,
and textile induatry contE-in certain ,tiartitie-:5 of c:ilorine,
and the products of its hydl-ol,,,,sis, iypoc.2v),rous -4r,-- i,,y,iro-
chloric c--cid, Lr--Ilc-l, i_ i
4-7- In thc3e colut-C-IS Lr, inter-
action of 0102 71i"" F-Cl0 ~tnd chlorine ~.iu--t Icc expQcted.
The con3tants of the reacti-,Dn bet-acen c'-.1crine lioxide
and chlorine in an aqueous solution !~.re ualcula-teA
Figures 1 and 2 and Table 1 s'~)crw a increase
Irom 10 - 6000 is accomani~~d loy nn t--"e reac'ion
rate. The speed constant increases aprrox--rialely 25 times.
Card 1/12 The higher the concentration of the activc. Jorine in the
m

c~L' tllo 11kate of Some Reactions in A(,uQo,,,,s Solu-,ions Clorine
Clilorine rind Hyporhlorous Acid
3olution, the sharyer is the incre_!-se in the reaction rate.
The interaction Of C102 and-,,iClG leads to the Cormation of
chlorates and chlorides and to the --cidif;cation. of the solu-
tion. formulae for tiie kinetics of thwe :-e~Ielions are derived
and values for the various constants tj_ven.
There are 3 ~,Irarhs, 4 tablos, _t-d 13 5 of :.hich
i.,.re Sovict, 4 EnSlish, and 4 German.
A S S 0 C; II C. 1, Lenin-gradskiy tekhnolo~jicheskiy inotitut (Lenin-rad TeQhno-
loCical Institute)
S U 3 ": I T TE D Lecember 16, 1957
2/.2

5 (4) SOV/76-3,3-7-24/40
AUTHORSt Troltskaya, N. V., Mishchenko, K. F., Flis, 1. Ye.
TITLE: An Investigation of the Equilibrium C102p-p+ e-,#_ClO_2p-p in
Aqueous Solutions at Various Temperatures
PERIODICAL; Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 7,
pp 1614 - 1617 (USSR)
ABSTRACT: On the basis of various properties solutions of C102 and chlorites
are used as bleaching agents in textile industry and paper pro-
duotion. Bleaching is usually carried out in weakly acid medium
(Ref 3) in which the above equilibrium occurs. The latter was
investigated already several times. According to these data of
publications, the authors investigated here the potential of the
platinum electrode in solutions of chlorite and chlorine di-
oxide at pH 4 - 6 under the assumption that the measured values
were dependent on the above equilibrium (1). Potentiometric ex-
periments were made at the temperatures of lo, 25, 35 and 500C,
which are important for practical purposes. All potential and
pH measurements were made by the method of compensation on Raps,
potentiometer and a JE01 electrometer tube. Before the tests,
Card 1/2 the sodium chlorite and C102 solutions were analyzed with respect

An Investigation of the Equilibrium C10 2p-p + SOV/76-33-7-24/40
+ e#_ C10- 2p-p in Aqueous Solutions at Various Temperatures
to the content of CIO- CIO Cl-, CIO OH-, HCO-9 and C02-
29 3 3
ions (Refs 13-15).Evaluation of the measurement results (Table 1)
yielded results (Table 2) which can be represented by the follow-
ing equations: 2 3
C102/C'02 ' -5-376 + m6l,3 T - O~O 3194T + 0.06200T V (1)
Azo . 124,0 + 0.0-005 T2 -0.0 55T3_1.4 T kcal/mol (2).
There are 2 tables and 16 references, 7 of which are Soviet,
ASSOCIATIONs Leningradskiy tekhnologicheskiy institut (Leningrad Institute
of Technology)
SUBMITTED: January lo, 1958
Card 2/2

5,(A)
AUTHORS:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/3
FliB, 1. Ye., Mishchenko, K. P., SOV/76-33-8-11/39
'"I ~70_ myr," N. V.
Potentials of Chlorine Electrodes at Various Temperatures
Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 8, PP 1744 - 1749
(USSR)
The oxidizability of chlorine and its compounds is important
for the technology of chlorination and bleaching of cellulose
and textile fabrics. In publications, many investigations con-
ceraing the properties of chlorine and particularly regarding
the determina.ion of the potential (P) of the chlorine else--
trode (CE) are described. In (Ref 2) it was found that a plati-
num electrode (PE) behaves like a (CE) in acid hypochlorite
solutions. On the basis of data found in publications, the (P)
of the (PE) in acid hypochlorite solutions was investigated in
the present case. The solutions contained larger amounts of
dissolved chlorine (C). It was assumed that the values obtained
were due to the balance 1/2 Cl + e;F*Cl- (2). Poten-
2 solution
gas
tiometrical measurements were carried out in the most practical

Potentials of Chlorine Electrodes at Various SOI/76-33-13-11/39
Temperatures
temperature range at 10, 25j 35, and 50 0C. All (P)- and pH-mea-
surements were carried out by the compensation method with a
Raps potentiometer (with an electrometric tube IE01). A series
of potentiometrical titrations with a Pt- and glase-electrode
of 0-08 - 0-04 n NaClO-solutions, and 0.1 n H280 4- solutions
were carried out, the pH and the oxidation potential (OP) being
measured. The calculation of the normal potential of (C) To
Cl 2/2C'7
was carried out by means of a known equation (5) (Table 1, for
solutions with a (C)-concentration corresponding to the
(C)-pressure in equilibrium at I atm). The normal (OP) of the
system Cl 2 gas - 2 C1 solution for the above temperatures were
calculated from the experimental data (Table 2). The values for
250C agree well with those found in publications (Refs 5,11917)-
It is assumed that for this reason the values given for other
temperatures are also reliable. Equations for the temperature
function of and AZO
fC12/2Cl- Cl2/2Cl- (change in the isobaric
Card 2/3 potential) were obtained, and the values AZO, df/dT, AH and AS

Potentials of Chlorine Electrodes at Various SOV/76-33-8-11/39
Temperatures
of the equilibrium for the above temperatures were calculated.
The values T 0 and AZO were determined for the following equi-
libria (at the above temperatures):
HC10 + H+ + 2 e f=*Cl + H 0
solution solution solution 2 liqu
ClO;oluti " + 2 11+01ution + 2 e ~4C1_ -& H 0
on a solution 2 liqu
Clo solution + H 20liqu +2 e F:~Ci solution + 2OH solution
HC10 + H+ + e *zkl /2 C1 +H 0
solu ion solution 2 gas 2 liqu
The temperature functions of the normal potentials of the latter
equilibria are given by corresponding equations. There are
3 tables and 23 references, 11 of which are Soviet.
ASSOCIATION: Leningradskiy tekhnologicheskiy institut (Leningrad Technologic-
al Institute)
SUBMITTED: January 10, 1958
Card 3/3

MISHCHMO, K.P.; TUMOOTA, T.Aq ~FLIS I.Ye.
Determination of sulfide, hydrosulfide, and hydrogen sulfide
present simultaneously in pure aqueous solutions. Zhur.anal.knim.
15 no.2:211-217 Mr-Ap 1600 (MIRA 13:7)
1. Leningradskiy tekhnologicheakiy institut tselly-ulozno-bumazbLnoy
promyshlennosti.
(Sulfide) (Hydrogen sulfide)

I YLIS, I.Te.; BYRTATEVA, M.K.;,BLOSHTSYN, I.I.
Conditions required for a chemical method of preparing chlorates.
Zhtxr.prikl.khis. 33 no.4:779-783 Ap 160. (MIRA 13.9)
(Chlorates)

FLIS, I.Ye.
Thermodynamic analysis of the processes involved in the reduction
of chlorates by sulfuric anhydride and methyl alcohol. Zhur. prikl,
khim. 33 no.8tl767-1774 Ag 160. (MIRA 13:9)
(Chlorates) (Sulfur trioxide) (Methanol)
I

'-kLIS, I.Ye.; TRANOVA, T.A.
Determination of sulfur dioxide and chlorate present simultaneously-
Zav.lab. 26 no.8:943-945 160. (MIRA 13:10)
1. LaniDgradekly tekhnologicheskiy institut.
(Sulfur dioxide) Oblorate)
-44~, fz--~
-4

25651
S/080/60/033/012/005/024
D209/D305
AUTHORS: Mishchenko, K,P., Flia, I.Ye., and Kustodinav V.A.
TITLE: Thermodynamiz3 characteristics of aqueous hydrogen
peroxide and ite reactions with chlorine at different
temperatures
PERIODICAL: Zhurnal prikladnoy khimiiq v. 33, no. 12, 1960,
2671 - 2675
TEXT: Due to the absence of thermodynamic data for the hydrogen pe-
roxide solution for a wide temperature range the authors studied
the reaction
H202 > H 21 0 1120-9 X
at temperatures of 50, 1-00, 250 and 350C.ro provide the necessary
information. Calorimetri,~ experiments were conducted using a
Vrevskiy calorimeter [Abstractor;s note: No information given].
Into this, 300 ml. of a H 20. solu-,14,Dn, cortailning 0.048 mol H202/1
Card 1/5

25651
S, 680 /601/033/012/005/024
Thermodynamic characteris-tics of ... D20~)/D305
(determined by the permanganate method) and an ampoule containing
analytically pure IAnO2 wx?re introduced. On reaching a thermal equi-
librium the ampoule was broken and MnO.') liberated caused the decom-
position of the H20,,0 From the temperature Changes, the quantity
of heat liberated and hence AH were determined for the above men-
tioned temperatures. The results obtained showed that the AH of
reaction (1) changes negligibly with the temperature. Tables 2 - 6
give the thermodynamic chara.,teristics of reactions 1p 69 8p IY,
and 16. There are 6 tables and 15 references: 1-0 Soviet-blod"'and.
5 non-Soviet-bloc. The reference-, to the English-language publica-
tioni.r&OAS. as follows: G.L. Ma-thesonp 0. Maass, J. Am., Chem. Soc.
51, ~749 1929. -
SUBMITTED: July 9, 1960
Card 2/5

KSHCHENKO, K.P., doktor khimicheskikh nai*- FLIS I.Ye., kand.khimich. nauk;
BYNYAYEVA,'-M K kand.khimich.: na' P -Hi6im-d-z- Ahiizich.
.iu . I I,- . M. , IL'and
nauk; 9kLN'IS;'i.'Yu., kand.khimi* nauk; BL,QSffTEYN, I.I., imzh.;
DOBRYSHIN,N.D., inzk.; FISH, S.T., inzh.
Technology of the production of chlorine dioxide. Trudy LTITSBP
no.8:81-88 161. 11 (MIRA 16;9)
(Chlorine olitides)

~ , - 1'z
. . , .7 .:, ~, -r .- I - . - .
. . - - -nl:"-
. . - 7" - .1-1-11-1: - ~,- --l-I .-- -1 --l- I
KUSTODINAv V.A.; MISHCHENK09 K.f.; -FLM#-J.Je.
Thermodynamic characteriotico of the interaction between chlorip
monoxide and oodium hydroxide. Zhur. prikl. khim. 34 no.1:125-129
4Ta 61. (KM 1/,: 1)
(Chlorine cKide) (Sodium hydroxide)

FLIS, I.Ye.; HISCHENKO, K.P.; KUSTODIKAp V.A.
Thermodynamic characteristics of the reaction between chlorine
monoxide and hydrogen peroxide in an alkaline medium. Zhur. prikl.
khim. 34 no.2:306-33-1 F 161. (MIRA 34:2)
(Chlorine oxide) (Hydrogen pereAide.

ALISHITS, I.M.; FLIS, I.Yea
Thermodynamic characteristics of certain unsaturated polyetheres
Zbnr.prikl.khim. Atino.3t644-652 W 161. (MA 14:5)
(Ethlro) (Theniodynamico)

FLISP I.Ye.
Energy Wence of the formation Of S04-and HSO - ions
in aqueous solutions at various temperatures. ihur.prikle
khim. 31, no.8:1744.!-171+7 Ag(161. . - (MIRA 14:8)
(Sulfates) Thermodynamics)

S/080/61/03/i/008/01.4/018
1)204/1)305
AUTHORS- Al'shits, I Grad, 1q.11, and :,'Iis, I Ye
TITLE: Heating power and combustibilitv of some polyesters,
used in producin_- ic glasses
'-;hurnal prikladnoy khimii, v. 34. no, 8, 1961,
1857-1860
it is known that the temperature develope6 during the com-
bustion orocess can be used as one of the characteristics of intlzim-
mability of organic substances. its value cnn be calculated thcor-
etically. The theoretical combustion temperaLure is the maximum
nos,,~ible temperature which cau be attained duringi the combustion Ct
a compound in a stoichniometric ume of air -:in the absence of hent
losses. No data on theoretical ibustion temperatures of unsat-
urated polyesters which could be ased in-producing, plastic glasses,
in literature, The results of calculations character-
are aval
izing the heating Dower of .5 polyesters synthesized by the authors,
as well as the results of exDeriments carried out to test their com-
ard 1/4

S/080/ol/634/uO8/ 14/Q 18
Heating power and combustibility,-, D204/0305
bustibility, are reported in this article, The tot,il qunntity of
heat in the combustion reaction at temperature T can 'DO expressed
by means of: the following equation;
AIIT - ) r, (1)
where III, is the heat effect of the combustion reaction; in. and
c,i are the number of gram molecules of the gaseous products Iin the
r
system and their molar heat capacities, respectively. 'LiLe weight
of the products of combustion and ot nitrogen introduced can De
easily calculated from the combustion reaction equation. Tiie depen-
dence of the heat capacities on temperature was expressed for all
compounds by means of Eq, (2)
CP z a -;- bT + cT2 C.2), ~2)
'Ihe use of "~'q, (1) assumes -that the heat developing during combus-
tion is used to heat the gaseous compounds in the systei-,I, ~,,nd that
the dissociation of the molecules of these compounds is insignifi-
cant, so that the heat consumed by dissociation is negligible, and
C ard 2.A

/0' 0 C, 0 3 4 /,00 3 /0 1 (11
t 1. 4 t 6
I le ".1tin-, i A Dlj:)
D.-
ol_itsidc tiv o'- error.. Under such conditions.
thn theoretical t(,m,)er;ntLire wil-I correspon(I. "Co 1~-iie,
~yor
V,A. of ill Lion rei.1cl., -.-I
tc ')Oil wc,,;~ C, For calcu-
la t,~ i w~ L H-1, at vzir*,ou,,, tT,irtncralures, thr Fol, I.e.; i o -,.;e 11 known
e ci u,! t i o n w as L) s r: cl
2 3 c
HT 110 Y_ aT A F, bT 'AFcT 3
I Ii,
,AHO waF, c--ileWate(I 1)v thi- same ecration, visin,, valves of LAII-)98()
calculate(! bv ~.he authors DrevicusIv (Ref, I- -"';:TV. 3, 644,
1961), The vall,es of the cocff~ci ,ents a, b in(] c For the apprm)rj.-
ate nol.vu9ters; wore obta-ined bv tfie least souares t-te!-hod The
Lies of th,~! tl-Lle molar heat car),ac'Itips or thc:s,~, comDounds at variolIS
, pr
tpmT.)eravires woro calculated bv an nquation Dron.(s:,d b, A N, Shel
(Ref ~ 5: ' alon Lonloerulcostev O,nw of Heat Ca-,Iac'] ti-es (1946'
Tn order to Find the chiracterirtfc derree of in[Irrit,ability, the
svnthc,.~3iz-(I polvosters were subi-cted' to Lh( IL_~,-ro tests:
Card 3/4