SCIENTIFIC ABSTRACT TAUBMAN, A.B. - TAUBMAN, YE.I.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TAUJ-I:AN,,A.B.

rT
20-1-30,Ahi
AUTHORSt Nikitina, S.A., Taubman, A.B.
TITLE: The R81a of Adsorption Kinetics in the Effects of Wetting of
Dust Particles by Drops of Solutions of Surface Active Substanc-
es (0 roli kinetiki adeorptaii v yavleniyakh smachivaniya chas-
tits pyli kaplyami rastvorov poverkhnostno-aktivnykh veshchestv)
PERIODICAL: Doklady AN SSSR, 1957, Vol- 116, Hr 1, pp. 113 - 116 (USSR)
ABSTRACTs When investigatin4the dust adsorbing effect of the aqueous so-
lutions of surface active substances of semicolloidal type
(e.g. the wetting substances A J5 and OT-10) the authors
found consiiierable differences in their dust-adsorbing capacity,
althouga these substances were of similar chemical composition
and molecular structure. These differences were found also in
such solutions in which a practically equal extremely reduced
static surface tension (UP to 30 - 35 erg/cm 2 ) exists. The re-
duction of thestatic surface tension of the solution of sur-
face active substances does not characterize the true proper-
ties in the case of the real conditions of dust adsorption. The
dynamic value cY d of surface tension may assume values that
Card 1/3 range nearly from the surface tension of pure water ( 0- 0) up

20-1-30,1.4
The R81o of Adsorption Kinetics in the Effects of Wetting of Dust Particles
by Drops of Solutions of Surface Active Substances
to the lowest value (5r . Perhaps these differences, which are
due to the special properties of the solutions of the colloidal
wetting agents can be explained by investigating the surface
activity of these wetting agents in the case of different dura-
tions of the existence of the interface solution-air. In the
solutions of AB and the aerosol OT the kinetics of the at-
tainment of adsorption equilirbium manifests itself comparative-
ly quickly, and both isotherms(6f dynamic and static surface
tension) approach each other rapidly with increasing concen-
tration. At a certain value they areeven identical. In the case
of the wetting agent OT -10 the difference between d d and
eys in considerable and does not vanish (which is of essential
importance) in the case of larger concentrations. In the solu-
tions (if those wetting agents in which the forming of micells
occurs at a certain point of approximation of the isotherms
a, (C,~)and dr (C), the efficacy of the collision of the dust
parlicles with Ne drops of the solutions will be greatest at
kinetic conditions. The greatest effect is attained by the wet-
ting agents A-5 and O-r . There are 3 figures and 8 re-
Card 2/3 ferenc(;s' 4 of which are Slavic.

20-1-30/4
The Ale of Adsorption Kinetics in the Effects of Wetting of Dust Particles
by Drops of Solutions of Surface Active Substances
ASSOCIATIONt Department for Dispersive Systems of the Institute for Physical
Chemi st,~y AN USSR
(Otdel dispersnykh sistem Inatituta fizioheekoy khimii Ak4oemii
nauk SS:3R)
PRESENTED: April 1.3, 1957, by P.A. Rebinder, Academician
SUBMITTEDt April 4, 1957
&VAILABLE: Library of Congress
Card 3/3 -

- - - --- TOWdly- A. B. and--YANOVA,-L. P. -- - -- -- - - - --
"The Role of Gas-formation In the DisintegratIon of Polymers by Radiation"
p. 292
Tru3,y Tmnsgetims of the p:Lrgt CMrare=e on paalowtjon CAmtutrys Hosetv,
Tvi-vo AN GMs. 1958- 33Dpp.
confere=e -25-30 Xmh 395T, Moscow

.1 liOV/131-59-16- 59581
Translation fromi Referativnyy zhurnalg Khimiya, 1959, Ur 16, Pp 556-557
AUTHORSt Taubman, A.B., Yanova, L.P.
TITLE: The Investigation of Radiation Resistance of High Polymers 1. The
Effect of Ridiation on the Diffusion Permeability
PERIODICAL: V sb.: Deystviye ioniziruyushchikh izlucheniy na neorgan. i organ.
sistemy. Moscow, AN SSSR, 1958, PP 307-313
ABSTRACT: The diffusion permeability (DP) in relation to HU of polytetra-
fluoroethylene (I), polyethylene (II), polymethylmethacrylate (IIIJIS
polystyrene (IV) and polyvinylohloride (V), which had been irradia-
ted by X-rays and electrons, has been investigated. The determina-
tions were conducted by means of measuring the leakage of the gas
through a film of the polymer which separated two chambers, one of
which contained a 35-5~6 solution of HC1 in water and the other water,
The quantity of HCl was determined by electric conductivity~ It
has been established that amorphous III and V in the glass-like
state have a low DP which increases slowly in III and rapidly in V
during irradiation. Such a behavior is explained by the dense
Card 1/2 packing of the molecules and the radiation instability which leads

SOV/81-59-16-59581
The Investigation of Radiation Resistance of High Polymers. I. The Effect of
Radiation on the Diffus~on Permeability
to the intensive liberation of gases and gives rise to the origination of micro-
defects in the material. IV in the glass-like state is characterized by a hi~-h
DP due to the looseness of the packing. Radiation slightly affects the DP of
IV. A high DP and its snall variations due to irradiation are characteristic
also for II. On the bas~.s of the obtained data the coefficients of permeability
and diffusion of II and 11 for 11C1 have been calculated.
Yu. Lipatov.
Card 2/2

66387
SOV/58-59-10~22522
Translation from: Reforativnyy ZhumalFizika, 1959, Nr 10, p 106 (USSR)
AUTHORS: Yanova, L.P., Taubman, A.B.
TITLE- Study of Radioresistance in High Polymers. II. On the Role of Gas
Formation During Degradation of Polymers
PERIODICAL: In the Symposium: The Effect of Ionizing Radiation on Inorganic and
Organic Systems. Moscow, AS USSR, 1958, PP 314 - 324
ABSTRACT: The authors investigated the role played by processes of gas formation
in the inechanism of degradation of polymers (teflon, polymethyl metha-
orylate, and polyethylene) under the action of electron irradiation, It
is shown that the intensity of the process of formation of gaseous de-
gradation products increases with a sharp jump in the narrow temperature
region where the polymers melt or effect a transition to a viscous-
flowinj: state, It is pointed out that degradation should be considered
a reversible process; degradation 4~__ reoomblnation of free radicals.
The equilibrium of this process shifts toward the left upon the
transition of the polymer to the flowing state. It was established
Card 1/ 2 that Vie temperature increase of the polymer sample irradiated with fast
~_r_

66387
SM/5"9-10-22522
Study-of Wioresistance-in Hihg Polymers. II. On the Role of Gas Formation During
Degradation of Polymers
electrons can in a number of cases induce a melting of the material in the zone of
maximum absorption of electron energy and thereby substantially alter the intensity
of the processes of degradation and gas formation. It Is shown that the character
of the change in the mechanical properties of polymers and, in the final analysis,
their degradation, is nDt directly dependent on the amount of gaseous products of
decay that are being formed, but rather Is determined by the ratio of the speed of
this process to that of the process of liberation of gases from the irradiated sample
and consequently depend3 on the gas permeability of the polymer. The authors discuss
the mechanism of crack :formation in polymers under the action of irradiation and show
that this phenomenon is connected with the formation of gases and the conditions of
their liberation from the material. (In-t fiz. khimil AS USSR). Part I cf. RZhFiz.,
1959, Nr 8, 17756. The authors' rau-.6
Card 2/2

SOY/58-591-~IM9
Translated from: Referativnyy Zhurmal Piiika, 1959; Hr 8, p 112 (USSR)
AUTHORS: Kargin, V.A., Taubman, A.B., Yanova, L.P., Belyayeva, Z.F.
TITLE- The Effect of Ionizing Radiation on the Properties of the Copolymers of
Vinyl Chlo:ride and Vinylidene Chloride
PERIODICAL: V ab.: Deyatviye ioniziruyushchikh,lzlt~cheniy-na neorgan. i organ.
sistemy. MDecow, AN SSSR,^2958-j-pp4-,~25-~3~--
ABSTRACT: The effect of radiation on the gas-permeability and mechanical properties
of the copDlymers of vinyl chloride and vinylidene chloride is investigated,
and it is shown that the variations of these properties are closely
connectedwith the variation during irradiation of the mixed amorphous-
crystalline state of the copolymers and theIr microstructure. The presence
in the copDlymers of a crystallizing component which heightens micro-
defectiveness, causes an augmentation of their gas-permeability in pro-
portion to the increase in the content of this component. Irradiation also
leads to an intensification of gas-permeabillty, but the melting of the
crystalline component which it causes and the disorganization of the
Card 1/2 material in a certain region of small doses, can lead to the opposite

SOV/5"9--8-17759
The Effect of Ionizing Radiation oxn the Properties of the Copolymers of Vinyl
Chloride and Vinylidene Onloride
effect. In conformity with this, the curves of the coefficient of permeability versus
the dose have two extrema: a minimum and a maximum. The disorganization of the
material also shows up alDruptly in the elastic properties of the copolymers: after
irradiation the typical diagrams of stretching, consisting of two linear sections, the
second of which is horizontal, are-superseded by the S-shaped curves characteristic of
amorphous materials. Full conformity is established between the character of the
variations of the gas-pe:.meability of copolymers and their mechanical properties under
the Influence of radiation. (In-t fiz. khimii AN SSSR).
The author's r6sum6
Card 2/2

AUTHORS: Taubman, A.B., Burshteyn, S.I. SOV-69-20-5-3/23
TITLE: Some Specific Features in the Adsorption of Surface-Active
Substances From Non-Aqueoue Solutions (0 nekotorykh osoben-
nostyakh adsorbtsii poverkhnostno-aktivnykh veshchestv v ne-
vodnykh aredakh)
PERIODICALs Kolloidnyy zhurnal, 1958? Vol XXt Nr 5'9 PP 539-545 (USSR)
ABSTRACT: In the artioleivarious facts which permit the formulation
of some important laws of adsorption from non-aqueous aolu-
tione are considered. Formamide is especially useful for the
investigation of the adsorption lawsp because it has very pro-
notmeed polar properties (dielectric constant w 84, dipole
moment -3.2) and a relatively high surface tension. In Fi-
gure 11 the surface tension isotherms of alcoholst acids, and
amines dissolved in formsmide are shown. tt is evident that
tho adsorption capacity of these compounds increases sharply
in homological series. In formamidev solvatation appears
on%y on the liquid-vapor interface in the relation of the
po:Lar groups of the dissolved molecules which effect the in-
teraction with the solvent by means of the hydrogen bonds.
The adsorption from a non-polar hydrocarbon medium leads to
Card 1/3 tho formation of adsorption layers only on the interface of

SOV-69-20-5-3/ 23
Some Specific Features in the Adsorption of Surface-Active Substances From
Non-Aqueous Solutions
the hydrocarbon and the polar liquids. Figure 2 shows that
the surface activity of molecules of diphilic structure is
determined by the adsorption of the polar groups, not of the
hydrocarbon chains, The influence of the chain length 14s ne-
gligible~ The different groups may be arranged in the fol-
, COOH
lowing series according to adsorption capacity: OH >
NH 2 ~~ COOR '~-- J = Cl, The adsorption work, e,,g, in
the adsorption of the carboxyl group from octane, amounts
to 2,500 kcal/mole. The differences in the polar propert-
ies of the solvent'affect the adsorption capacity of the
surface-active molecules. Figure 4 shows that at the tran-
sition from the not-easily polarizing octane and cyclohexane
to the easily polarizing benzene, the adsorption capacity
drops sharply. The solvatation of the hydrocarbon chains by
Card 2/3 the solvent transforms them into gases and excludes the pos-

SOV-69-20-5-3/23
Some Specific Peatures in the Adsorption of Surface-Active Substances From
Non-Aqueous So:.utions
sibility of the formation of condensed adsorption layers on
the interface of two liquids. There are 4 graphs, 1 table,
and 12 references, 8 of which are Soviet and 4 English.
ASSOCIATION: Institut fizicheskoy khimii AN SSSR,Otde1 dispersnykh sistem
(Institute of Physical Chemistry of the USSR Academy of Sci-
ences,Department of Dispersed Systems). Odesskiy universi-
tet im. Mechnikova (Odessa University imeni Mechnikov)
SUBMITTED: June 2, 1958
1. Adsorbents--Analysis 2. Solutions--Properties 3. Amides
--Applications
Card 3/3

AUTHORS: ~'aubman, A.B., Koretski4y, A.F. sov-69-20-5-22/23
TITLE: The Role of the Mechanical Strength of the Stabilizing Lay-
eir in the Stability of Emulsions (0 roli strukturno-mekhan-
Jcheskogo faktora v ustoychivosti emullsiy)
PERIODICAL: Yolloidnyy zhurnal, 1958, Vol XX, Nr 5, pp 676-677 (USSR)
ABSTRACT: The stabilizing action of bentonite clay on emulsions of
hydrocarbons in water is here investigated. Stable emul-
sions could be obtained only by means of one-particle lay-
ers in the presence of adsorption layers of metallic soaps.
The stabilization of emulsions by hydrophobic aluminum soaps
takes place in the presence of the solid colloidal phase,
A chemical adsorption layer developing under these condi-
tions prevents the emulsion droplets from cow-alescing.
There is 1 graph and 2 references, 1 of which is Soviet
and 1 English.
ASSOCIATION: Institut fizicheskoy khimii AN SSSR,Otdel dispersnykh sistem
Moskva (Institute of Physical Chemistry of the USSR Academy
of Sciencea.Department of Dispersed Systems )Moscow)
SUBMITTEDI June 15, 1958
1. Metallic soaps--Properties 2. Clays--Performance 3. Hydro-
carbons--Stability
Card 1/1

AUTHOr: Taubman, A.B. SOV-69-20-5-27~'/23
TITLE: rhe Fourth All-Union Conference on Colloidal Chemistry (Che-!.-
I'
vertaya vsesoyuznaya konferentsiya po kolloidnoy khimii)
PEHIODICALt Kolloidnyy zhurnal, 1958, Vol XX, Nr 5, pp 677-679 (USSR)
ABSTRACT: 17he Fourth All-Union Conference on Colloidal Chemistry took
place in Tbilisi from May 12-16, 1958. Wore than 150 papers
were presented. A,V, Dumanskiy read a paper on the history
of colloidal-chemJcal investigations in the USSR. The con-
ference heard the following reports: V.A. Yargin, V.',;. Tsvet-
kov, S..M. Lipatov, on Dolymers, their solutions and semi-
colloids; A.I. Yurzhenko, P.1.-.. Khomikovskiy, on the mecl!a-
rism of emulgion polymerization; B.A. Dogadkin, on the pro-
duction and the properties of the interpolymer of natural
and butadienestyrene rubber; 11.1. Zubov, on thr, mechanism
of the formation of polymer films in gluing processes; S.S.
Voyutskiy and D.11, Sandomirskiy, on colloid properties of
latex systems; A.S, Kuzlminskiy and A.P. Pisarenko, on the
properties of rubber and resin solutions; V.A. Pchelin, on
the structural-mechanical properties of gelatine gels; NA.
D-3mchenko, on solubilization in soap sciutions; A,V, Du_
Card 1/4 manskiy, on new methods for investigating the structures of

The Fourth All-Union Conference on Colloidal Chemistry SOV-69-20-5-23123
soaps and gels; P.A. Rebinder and his school or. structure
formation in solidification processes of binding materials:
A.A. Trapeznikov, S.S. Voyutskiy, B.Ya. Yampol'skiy, G-V.
Vinogradov, on probloms of rheology and structure formation
in oleophilic systems; L.A. Kozarovitskiy on the mechanism
of the printing process and the influence of the rheological
pr.Dperties of printing dyes; I.N. Vlodavets, P.A. Reb-inder
on the process of structure formation in food stuffs; V,I,
Lilchtman, G.M. Bartenev, Ye.,I). Shchukin, P.A. Robinder, on
den'ormation processes, the rheological conduct and the de-
St:7UCtion of solids and metals; P.A. Ti3sen (GDR), on the
su:7face dispersion of solid bodies; Linde (GDR), on the in-
fluence of surface layers on the kinetics of heterogeneous
proces3es of diffusion exchange; M.Ye. Shishniashviii, M-P,
VoLarovich, N,N. Serb-Serbina, N.Ya. Denisov, Z.Ya. Berest-
neira, A.S. Korzhuyev, S.P. Nichiporenko, G,.V. Kukole-va, F.D.
Ovcharenko, I.N. Antipov-Karatayev, on 3tructure formation
in the colloidal chemistry of clays and peat; B.V. Deryagin,
on the interaction of twisted metal threads in solutions of
electrolytes; A.D. Sheludko, M.B. Radvinskiy, on the resist-
ance of free films and foams; S.V. Nerpin, on the hydrome-
che.nics and thermodynamics of thin films and their influence
Card 2/4 on soil properties; S.Yu. Yelovich, on catalytic processes

SOV-69-20-5-23/23
The Fourth All-Union Conference on Colloidal Chemistry
in foams; Yu. M. Glazman, on the first mathematical theory
Df ion antagonism; 0.1-1. Grigorov, D.A. Fridrikhsberg, S,G.
Teletov# on the electrokinetic propertios of colloids in
connection with their coagulation by electrolytes; Yo,M.
Napobashvili on radiation colloidal chemistry; B,A.. Dogad-
kin, on the chemical sorption of sulfur and rubber on car-
bon black; S,G. hlokrushin, on the formation of thin colloi-
dal films, N.A. Krotova, on the influence of an electrical
field on the dispersion of a liquid; 031. Hatanson, V,G.
Levich, L.Ya. Kremnev,.AP, Taubman, on the resistance of
emulsions and suspensions in ca'onneciion with the stabili-
zing action of structure-mechanical properzies of protec-
tive surface layers; P.S. Prokhorov, B.V. Deryagin, G.I.
Izmaylova, S.S. Dukh-in, on the adsorpt4.on of vapors by con-
densation nuclei and theiZ, influence on the formation of
water aerosols; P.I. Kaishev, 0.11, Todes, on the kinetics
of formation anddestruction of aerosols; A.B. Taubman, on
Card 3/4 the kinetic wetting in the process of collecting dust by use

sov-69-20-5-23/23
Th-e Fourth All-Union Conference on Colloidal Chemistry
of solutions of surface-active substances; A.N. Frumkin,
M.M. Dubinin, B.P. Bering, V.V, Serpinskiy, V.M. Luk7ya-
novich, L.V. RaduBhkevich, G,V. Tsitsishvili, N,P, Yermo-
lenko, on the adsorption from vapors and liquid3..
1. Chemistry--USSR 2. Colloids--Chemical properties
Card 4/4
!1_3 G01,1- - D C -375 808

NIKITINA9 SeAv; TAUSUp A*B*
Apparatus for gauging the dnet recov ary properties of aqaeous solutions
of wetting agents. Gig. i san. 23 no.12$n-74 9 158. W" 12:1)
1. 1% Instituta fixicheakoy khimil AN SSSR.
(DWT dust recovery properties of aqueous solutions, appar,
for evaluation (Ras))

01 . I
5W0
AUTHOR: Taubman A B 30'1/76-32-lo-39/39
TITLE: Petr Aleh.sandrovich Rebinder (Petr Aleksvndrovich Rebinder)
(on His 60th Birthday Annivers,-.ry)(k 60-letiyu so dnya
rozhdeniya)
PERIODICAL: Zhurnal fizicheskoy khimii, 1958, Vol 32, lir 10,
pp 2467 - 2469 (USSR)
ABSTRACT: On October 3, n.c. P.A.Rebinder, Member, A-ademy of
S,ziences, USSR, reached his 60th birthday. In his
35 years of activity in the field of physical and
colloid chemistry to-ether with his collaborators he
introduced the concept of physical chemical mechanics.
Papers (with their titles) by P.A.Rabirder as well as
the ramea of hic coll,%borators in thetie papers ;,.re C;iven.
AmonC; ther, are the following scienticts: A.B.Taubnan ,
K.F.Zhiu-ach, 11.1-T.Fetroval IT.I.I.Serb-Serbina, M.Ye.Lipetc,
A.N.Frumkir, V.B.Mar-aritov,
A.?.PisareL.ko, L.A.Kozarovitskiy, Ye.K.Venatr, A.M.
Card 1/2 Smirnova, A.A.Trapeznihov, N.A.Figurovskiy, K.A.Pospelova,

Petr Aleksandrovich Rebind'er (On Hio 60th Birthday SOV/76 _7 2-lo-39/39
Anniversary)
ZAT.Markina, V.I.Likhtman, G.I.Looinov I M.S.Aslanova,
L.A.Shreyner, S.Ya.Veyler, G.V.Karpenko, G.I.Yepifanov,
N.A.Pleteneva, Ye.Ye.Selgalova, L.A.Abdurajimova, N.Y.
Mil-haylov, I.14.Gorlkova, N.Ya.Donisov. 18 Doctors of
Sciancoo bind 50 Candi&Ltea tcolk their det;raofi at the
Kaliektiv under the vixpervitl-ion of P.A.Rebinder at the
Irstitut fizicheskoy khinii A'r-.Ldemii nauk SSSR (In-
stitute of Physical Chemic-try AS USSR) and the kafedra
kcilloidnoy khimii Moskovskoro,o gosudirstvennoC;o uni-
vc-roiteta (Chttir of Colloid ChonJotry of M.9covi State
University). P.A.Rebinder toSether with his collitboratoro
published 300 scientific 1~aperc Lind 50 mono.-IrLphica.
Robinder iS a winner of Stalin Prize and was
awarded the Order of Lenin, the Red Order of Labouz
and the Order of the Patriotic War.,First ClassWith
Modals.
Card 2/2
USG0j&1-DC.,.60.a.57

AUTHOR: Taubjaan, A.B., Doctor of 1~hemical Sciences 26-56-5-57/57
TITLEz Is It Possible to Produce an Inexplosive Mixture of Hydrogen and
Oxygian (Mozhno li sozdat' nevzryvayushchuyusya smes' vodoroda a
kislorodom)
PERIODICAL: Priroda, 1958, Nr 5, p 128 (USSR)
ABSTRACT: The author roughly explains the practical method of Tanaka and
Nagai in 1927. He points out that the theory of the increasing
stability of explosives by introducing special substances
(flegmatization) has been worked out chiefly by Soviet scien-
tists.
AVAILABLE: Library of Congress
Card 1/1 1. Hydrogen - Oxygen - Stability

AUTHORS: Taubman , A. B., Yanova, L. P. 20-118-_-,.-40/59
TITLE:
PERIODICAL:
On Some Characteristic Features in the Radiation
,.D(loomposition of Polymers (0 nekotorykh osobennostyakh
radiatsionnoy destruktsii polimerov)
Doiclady Akademii Nauk SSSR, 1958P Vol- 118, Nr 5,
pp. 991-993 (USSR)
ABSTRLCT: In the decomposition (depolymerization) caused by high-
energy radiation highly supersaturated gases form, which
owise high interior stresses within the material and
therewith accelerate its destruction. It is difficult to
determine directly the relationship between the radiation
strength and the quantity of gas liberated by irradiation.
ThIs fact does not depend on the low influence of the
formation of gas upon the destruction, but on the
complicated character of the radiolytic processes. Some
peculiar features of these processes can be observed at an
simultaneous influence of radiation and increases temperature
upon the polymers. Therefore the present work investigates
Card 1/4 the formation of gas and its influence upon the destruction

I
On Some Characteristio Features in the Radiation De- 20-U8-5.-40/59
composition of Polymers
of polytetrafluoro ethylene, polymethylmetacrylate and
polyethylene by irradiating them with a beam of fast
electrons at different temperatures. The samples were
electrically heated within a special bulb and irradiated
as well. The dosage rate of the beam produced by an
accelerator amounts to E,- 2.1o17 - 4-1019 ev/om3.seo.
In polytetraflueoroethylene the intensity of formation
of gas in a wide temperature interval is very lowl it only
amounts to a few hundredth of one~er cent) and even at
2500C it is does not exceed 0,5 .However$ within the
re.nge near the melting point (,j 330-35000 the formation
of gas increases to such an extent that at an equally high
dosage the irradiated sample losses about half of its
weight. By irradiating the sample somewhat longer it
completely transforms into gaseous products. Then a short
report is give4n the phenomena occurring in the irradiation
of the other above mentioned substances. The general
character of these phenomena obviously speaks for the
reversibility of radiolytic reactions, which are caused
Card 2/4 bjr the formation of gaseous products. The rapid liberation

On Some Characteristic Features in the Radiation De- 207US-~~40/59
pomposition of Polymers
of destruction products from the range of reaction
displaces the equilibrium of the reversible process of
destruction *==;, recombination to the left, and there-
with much increases the velocity of the radiolytic
processes. In the phenomena discussed here the principle
of the equivalence of the effect of different dosages
independent from the dosage rate is not valid any longer.
The formation of ligneous fissures in the irradiation with
electrons also can be explained by the reversible
character of the process. By the liberation of gases a
state of stress is formed within the materiall the there-
from resulting fissures decrease the supereaturation of
solutions and lead to the liberation of the simultaneously
forming excess gas.
There are 2 figures and 4 references, 3 of which are
Soviet
Card 3/4

On Some Characteristic Features in the Radiation Do- 20-11&5-40/59
composition of Polyners
ASSOCIATION: Otdel. disperanykh sistem Instituta fizicheskoy khimii
Akadomii nauk SSSR
(Departmentfor Disperse Systems of the Institute for
Physical Chemistry of the AS USSR)
PRESENTED: July 10, 1957, by V. A. Kargin, Member, Academy of
Sciences, USSR
SUBMITTED: July 6, 1957
Card 4/4

AVT'H' C- IR S Taubma B., Koretskiy, A. F. 30VI 2o-12o-1-3141/63
TITLE: On tho Mechanism of the Emulsifyine Action of Solid Emulsifiers
(0 mekhanizme emulgiruy-ushcheCo deystviya tverdykh emuV-atarov)
Q
PERIODICAL: Doklaay Akademii nauk SSSH, 1958, Vol. 12o, 11r 11
pp. 126 - 129 (USSR)
ABSTRACT: Pirst the authors mention various papers dealing with the same
subject. The experiments carried out in earlier papers permit
the explanation of the character of the activation of bentonite
by the addition of electrolytes (FeCl , Al etc) as well
(SO
3 2
4 3
as Vie physical and chemical foundation of the method of the
emulsification of mineral oil products by means of solid c.:1ulsi-
fiers. The authorn determined the stability of omulaion~, ,;roduced
by s. thorou-h jaechanic zhahi,-, as well as the atrL,Ctt-.r"l and
mechanic properties of the layers between the phases as function
of the content of the solid emulsifier at a coiotant ratio of
the volumes of the liquid phases (water: oil - 1:1). Va3eline
oil and carbon tetrachloride nerved an experimental nubcta.-ces.
These substances had been carefvll,, purified. V-ie experi-,:erits
Card 1/3 are described in short. The results of t~e measurements show,

On the Y-ec-anism of the Emulsifying Action of Solid SOY/ 2o-!2o-1-34/63
Emulsifiers
among others, the following: Stable emulsions can be obtained
with :cure vaseline oil only in the cuse of a relatively high
concentration (0111) in the aqueous bentonite modiiimr which
corresponds to the coagulation structure already formed in the
entire volume. With decreasing concentration of the emulsifier
the stability of the emulsion decreases rapidly so that rather
thick layern cannot form any stable enulsiono. The introduction
of oleic acid into the oil considerably chanoon Vic conditions
of emulsification as sodium oleate forms on the surface of the
dropfi. The influence of ouch a change of the properties of the
solid sitrface becomes noticeable to a different degree dependirn~
on the content of bentonite. Stable emulsions of oils can be
obtainod only on the following conditions: Bentonite is produced
in the aqiiooue phase with volume-like coagulation atrlicture-only
when structurized motal soaps of basic character are formed in
the surface layer - and only on this condition it stabilizes the
one-particle layer of the solid emulsifier. The author thaiii-s
F.A.Rebinder, Ifember, Academy of Sciences, USSR, for his inter-
est in this paper ae-woll as for his valuable contributions.,
Card 2/3

On the Mechanism of the Exhulsifyini; Action of Solid 307/2o-12o-1-34/63
Emulsifiers
There are 2 fiCures and 7 references, 5 of which are Soviet.
ASSOCIATION: Inatitut fizicheskoy khiraii Akadomii nauk SSSR (Institute of
Physical Chemistry AS USSR)
PRESE11TTED: December 30, 1957p by P.A.Rebinder, h1embert Acade::y of
Sciences, USSR
SUBMITTED: December 26, 1957
1. Mixtures--Properties 2. Oils--Properties 3. Metallic -soaps
--Structural analysis
Card 3/3

TAUBMAN, A. B. and KOFZ- IZKIYI A. F.
"The Role of the Structuro-Mechanical Properties uf-Adsorbed Layers In the
Stabilizing Action of Solid Emulsifiers."
report presented at the Section on Colloid Chemistry, VIII Mendeleyev Conference of
General and Applied Chemistry, Moscow, 16-23 March 1959.
(Koll. Zhur. v. 21, No. 4, PP- 509-511)

;,~. nj~.I ajTk,'jTI-,'rIIC I
j~.- - .~ . ". n. -- --- - - - -- -- - - -- - - - - - I- - -
"The Kinetic Factor in Adsorption and Wettingi Phenomena."
report presente6 at the Section on Colloid Chemistry, VIII Mendeleyev Conference of
. General and Applied Chemistry, Moscow, 16-23 March 1959-
(Koll. Zhur. v. 21, No. 4, PP. 509-511)

NIKITINA, S.A., )mmd.khim.nauk- TAU-1311AMN A.B 'A.Pktor Ichin.nauk; UYI'MA. 5-F'n.,
kand.khin.naulk .6..
Pl%ysical and chenical principles of the dust-collecting action
of surface active agents. Bor'ba a ail. 3:29-39 159.
(HITLk 12: Q)
(SUIPACE ACTIVE AGENTS) (DUST--M1OVAL)

5W SOV/69-21-4-21/22
AUTHORz Tau~3ma
TITLE: Boo:c Review
PERIODICALs Kol:Loidnyy zhurnal, 1959, Vol aI, Nr 4, PP 507-508 (USSR)
ABSTRACT: Thi:3 is a review of the book "Kolloidnaya khimiya (Uchebnoye
pos,)biye dl t de tov tovarovednogo i tekhnologicheskogo
a ov~ja,,,qoulon
fakul't t C 1 id Chemistry (Text-book for Students of
the Faculties of Staple Commodities and Technology) r? by
A.P.. Pisarenkot K.A. Ica)elova and A,G. Yakovlev, published
by the Irstitut sov. torgovli (Institute of Soviet Trade)
in 2956 (245 pages).
Card 1/1

5(4) SOY/60-32-4-15/47
AUTHORSs Utiyevaq SM., Taubmin, A.B.
TITLE3 In-restigation of the Dust Collecting Capacity of Solutions
of Wetting Agents in the Dust Chamber (Issledovaniye pyleu-
larlivayuohche~y sposobnosti rastvorov-smaohivatelay v
pylevoy komerd')
PERIODICALs Zbu=al prikladnoy khimiig 19599 Vol 32, Nr 4,pp 797-800

ABSTRACTs Wa,ter is-widely used in mining operetions for reducing the
concentration of quartz or coal dust. Special wetting
reagents are added to water to increase its dust collecting
cepacity. The purpobe of the present investigation was to
test several wetting agents in a laboratory dust chamber of
1 m3 in volume. The chamber is illustrated by Figure 1 and
described. A speaial~method was developed-which consisted
in determining the dust collecting capacity of water and
-w(Itting-agent,oolutions by the muddiness of suspensions
which were formed by the dust collected in theprocess of
I:Lquid spraying. It was found that the new synthetic
Card 1/2 wetting agent PAC-Na~ prepared in the Institut nefti AN SSSR

SOV/80-32-4-15/47
Investigation of the-Bust Collecting Capaoity of Solutions of Wetting Agents
in the Dust Chambez
(Piatraleum Inatit-ate of the AS USSR), effeotively raises
thi dust oolleoting --apeoity of water. The results of
experiments are shown in Graphs 2 and 3 and in Table. The
muddiness of the-au-spene-iom was measured by a nephelometer
of the W-type. Acknowledgement to A.Ya.Larin. is expressed
for the supply cf-watting agent samples.
There are 1 diagram, 2 grapha, 1 table and 9 Soviet references.
ASSOCIATIONs Institut fizioheakey khimii AN SSSR.(Inatitute of Physical
Chemistxy of the AS USSR"
SUBMITTED: December 31, 1957~
Card 2/2

5M
AUTHORSs
TITLE:
PERIODICAL:
ABSTRAM
Card 1/3
SOV/20-124-2-33/71
Koxetskiy, A. F.,
On the Emulsifying Effect of Highly Dispersive Solids (0b
eiwal!giruyunb~hm deystvii vysokodisperanykh tverdykh tel)
Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 2, PP 358-361
(USSR)
The stability of the emulsion was estimated on the basis of
that time which is necessary for the partial destruction of
the emulsion and for a separation of half of the emulsified
oil in a free form. Such emulsions were considered to be stable
ac were not destroyed within two days. The highly dispersive
particles with different dispersive nature form stable emul-
sions at very different concentrations of the solid phase.
Infinitesimally small impurities of acid character which fre-
quently cannot be detected at all by means of analysis (and
which always exist even in purified hydrocarbon-oil) suffice
for the purpose of forming a hydrophobe chemoadsorption coat-
ing on the surface of the CaCO 3- particles which reacts easily
with these particles. This coating is an adsorption layer of

On the Emulsifying Effect of Highly Dispersive Solids SOV/20-124-2-33/71
Ca.-oil which is necessary for structural formation. The de-
peridence of the emulsifying effect on the hydrophobe and espe-
cially introduced additions, which is shown by a di *agramg con-
firms what has just been said. kt no concentrations of oleic
ao:~d does SiO2acquire the capacity of emulsifying, but TiO 2
doos. By the consolidation of the particles of the emulsifier
whJ!ch have been rendered as hydrophobic as possible, it is
poosible considerably to reduce the solid phase content neces-
sary in transition from a loose multi-layer coating to a dilut-
ed but already structured protective coating. Rendering hycIro-
phobic of the emulsifier particles exercises a similar influence
alao upon calcium carbonate. The high degree of stabilization
necessary for the production of stable, long-duration emulsions
with small quantities of solid, hydrophile emulsifiers can be
attained only by considerably strengthening the natural and not
aharply marked mosaic structure of the surface of the crystal
lattice of the respective particles. There are 2 figures and
10 references, 7 of which are Soviet.
Card 2/3

On the Emulsifying-Effect of Highly Dispersive Solids SOY/20-124-2-33/71
ASSOCIATIONs Institut fizicheekoy khimii Akademii nauk SSSR (Institute for
Physical Chemistry of the Academy of Sciences, USSR)
PRESENTED: Aueust 27, 1958, by P. A. Rebinder, Academician
SUBMITTED: August 27, 1958
Card 3/3

5W
AUTHORSt Belugina, G. V., Zakiyeva, S. Kh., SOV/20-126-2-25/64
Rebinder, P. A., Academician, Taubman, A. B.
TITLE: On the Stability and Viscosity of Concentrated
Suspensions in the Oleogels of Metallic Soaps
(Ob ustoychivosti i vyazkosti kontsentrirovannykh
suspenziy v oleogelyakh metallicheskikh myl)
PERIODICAL2 Doklady Akademii nauk SSSR, 1959, Vol 126, Hr 2,
Pp 318-321 (USSR)
ABSTRACTs In the course of the investigations discussed in the present
paper the aluminum soaps of naphthenic acids were used as
structure-forming additions. They form oleogels with peculiar
structurally mechanical properties. These properties of
oleogels depend on the molecular nature of the dispersive
medium and may be regulated by variation of these factors.
In this connection, the authors investigated the time-
-dependence of the viscosity of the gels of aluminum
naphthenate in hydrocarbon media and in concentrated
suspensions which are built up on the basis of such hydrocarbon
media. Ordinary technical surface-hardened oxidized aluminum
Card 1/3 powder with particles of aluminum powder from 6 to 13 14 served

On the Stability and Viscosity of Concentrated SOV/20-126-2-25/64
Suspensions in the Oleogels of Metallic Soaps
as dispersive phase. The dispersion medium used was the
pvxified basic paraffin-naphthene fraction of the fuel
T - 1. The production of the aluminum soaps used for
structure-formation is briefly described. A diagram shows
the typical curves Igit-Ir for a 2% aluminum-naphthenate-gel.
Here% denotes viscosity and IU - time. The introduction of
a solid phase increases initial viscosity considerably, but
without changinp the character of its aging. AnalogQus
cx;.rves of aging are given for 2%- and 4%-gels of an
al.uminum-naphthenate of other composition. If benzene is
substituted for the paraffin-naphthene fraction, the initial
viscosity of the gel is reduced, but the viscosity of the
gel in the suspension undergoes practically no change for
the duration of one month. The decrease of viscosity in the
oleogels of the aluminum-naphthenate and in the corresponding
suspensions is probably a consequence of the latent formation
of aggregates. There are 2 figures, 1 table, and 10 references,
9 of which are Soviet.
Card 2/3

On the Stability and Viscosity of Concentrated SOV/20-126-2-25/64
Suspensions in the Oleogels of Metallic Scapa
ASSOCIATIONs Institut fizicheskoy khimii kkademii nauk SSSR
(Institute for Physical Chemistry of the Academy of
Sciences, USSR)
SUBMITTEDs February 26, 1959
Card 3/3

BXRKOVICEI, Malka 'ftTlyevna; BUKMNq Yakov Zakharovich-,-TA'UBKAN, A.B.,
prof., dolctor Ichim.nauk, rateenzent; (EWASINT, A.K., kand.
tekhn.nauh, retsenzent; DITAXOT, T.T., gornyy In2h., retsenzent;
BAIKIROV, U.Kh.. kand.tekhn.nauk, rod,; TSMOALIST, N.Not red,
izd-va; TIMKINA, Ye.D., tekhn.red.
[Industrial dust] Promyshlennaia pyll. Sverdlovsk# Gos.nauchno-
takhn.izd-,vo lit-ry po ohernoi i tevetnoi metallurgii, Sverdlovskoe
otd-nie, 1960. 240 p. (MM 1338)
1.1notitut fizichaskoy khimii AN SSSR (for Taubman). 2. Sverd-
lovskiy inatitut okhrany truda (for D'yakov). 3. Urallskly
filial AN SM (for Bakirov).
(Dust)

5.5300,5.1220 77941
SOV,/65-6o-.7-14/19
AUTHORS: Taubman, A. B., Kon5tantinova, V. V., Kryukova, A. S.
TITLE: Determination of the Critical Concentration of Micelle
Formation of Surface-Active Substances
X -
PERIODICAL: Kh1miya i tekhnologiya topliv i masel., ig6o, Nr 3,
pp 61-66 (USSR)
ABSTRACT: Determination of critical concentratlon(Ccr) of
micelle formation of synthetic nonlonic and anionic
surfactants is carried out by t1tration of their aquecjs
s6lutions with a suitable dye solution. Two dyes,
pinachanin chloride and rhodamine 6G extra, were used
in these experiments, as well as the several surfactantz
shown in Table 1. The results of experiments are shom
in Table 2 and compared-With those obtained by conducto-
metric and spectrophotometrile methods. The* suggested method
can be Used for any type of surfactants, provided a sult-
Card 1/5 able dye is chosen, and no special equipment is required. The

Determination of the Critical Concentration 77941
of Micelle Formation of Surface-Active SOV/65-60-3-14/19
Substances
error of' determination is + 2%, and reproducibility
is good. There are 2 tables; 2 figures; and 13
references, 10 U.S.,3 Soviet. The 5 T-ecent U.S.
references are: Gerstman, J. W., J. Phys. Chem., 61,
581 (1957); Mc Bain, M. E. L., Hutchinson E.,
Solubilization and Related Phenomena, New York, 29,
(1955); Goddard, E. D., Jones, T. G., Res. correspond,
b, Nr 8, 41 (1955); Corrin, M. L., Harkins, W. D.,
J. Am. Chem. soc., 69, 679Y 683 (1947); Klevens, H. B.,
J. Phys. Coll. Chem., 51, 1143 (1947),
ASSOCIATION: Institute of Physical Chemistry of the Academy of
Sciences of the USSR (Institut fizicheskoy kh1mLi
AN SSSR)
ard 2/5

77941 SOV/65-6o-3-14/19
Card 3/5
Table 1. Surface-active Com?.,~unds. yo,,.
wvl&"r
0 (C,lj,O),-, C,11,01 1
C (CI I.). n_6
U
C (CI I,,), 515
0 (C211.0),-, C'11,011 10 647

C'n"
:3 C211"Ooc-cul-CII-Coo C'11" 444
SO,Na
4 SO#Nn 297
~.11, CII,

61, 61,

Table I continued) 77941 SOV/65-60-3-14/19
5 ri 1, C11" Clio Clio 40.5
Clio C - Clio - C - Coll, Clio C - Clio
Clio Cll3SO3NaC[tg Clio
Clio 333
SOsNa - Coll, (CIII)f - Clio
Clio
Card 4/5
7 SO,Na - C&114- (cly, - cil - (Cly, - Clio 33:1
(CHj)s
Clio
8 SONncfll, -Clio - C11. Clio - C11. C1181. 345
(CIl')'Cl
61, - Clio - Clio
? I

Table 2. The 'values of c 1,1941 sov/65_6o-3-14/:Lq
different methods. cr (moles/liter) measured by
(7~
1,8-10-3
/,,9.10-1 -
r1A 10-' (2A - 10-3) (2.0 10-')
8,4.1o.-3 io,o In-'
t.0. 10-:1 Io jo-3
3,o.io-3 24- j0-3:
2,7-10-3
1,7-10-3 13,10-3
to-
3.8.10-4
4,T, jo-3 (2,7
-
-
-
-
- 9
.10-
3.3-10-3
3,3-10-S
I.C,. to-3
1.1.10-1
Key: Surfactant-11 (2) coloPimetric titration; (3) Pina-
cyanin chloi-tde; (4) Rhodamine 6G-extra; (5) Spectrophotometry
pinacyanin chloride); (6) Electric conductivity at 00;
M 6 + ele(!trolyte.,,.
Card 5/5

.ZAIMAA. A.B.; YANOVA, L.P.; KASLMILTA#, R.S.; GLAZUNOV, P.Ya.
Mechanism of gas formation in the radiolymis of orgaulci compounds.
and its relation to their state of aggregation. Dokl.AJI SSSR
134 no.2:397-399 8 160. (MIRA 13:9)
l..Inatitut fiziobaskay khtmit Akademit nauk SSSR. Predstavleno
ak,ademikom P.A.Aebinderom.
(Radiation) (Gases)

3/020
,1601135100510351043
B004/3075
AUTHORSt J1 gubigA6,46k and Nikitina, So A.
TITM Nicoll Formation in Solutions of Surface-active Substances
PERIODICAL: Doklady Akademii nauk SSSRv 1960, Vol* 135# No- 5t
PP- 1179-1182
TEM The authors 6isouss the problem 1) of the real exiatence of a cri-
tical concentration range of surface-active substances (SAS), in which
micell formation takes place, and 2) of interpreting the critical points
Car* The change of the solution properties of SAS was investigated. Meth-
ods and results are given in Table 1: Critical concentrations of mioell
formation:
Card 1/4

Nioell Formation in Solutions of Surface-active 5/020/60/135/005/035/043
Sub'stances B000075
Methods of'.determining C
SAS or
-M%Ikelometric titration with determination of
preparatio.nt d solution surface tension
(C 01), (C cr)2 )l (Cor)2 (C or)l (Cor)2
1 0.0025 0.0049 0.0026 0.0050 0.0027 0.0052
2 - O.W4 0.031 - -
3 - 0.00022 0-00045 -
4 0.0020 0-013 0.0024 0.012 0-0030 0.010
L 0-0,'15 0.095 OX23 0.075 0.02~ 0.083
The-authors examined: Preparation 1: Sodium salt of diethyl 'd*exyl ether
of sulfosuccinic ac4ld (aerosol OT); pre aration 2: Sodium salt ot'dihfjxyl
ether of sulfosuooinic acid (aerosol MA~; preparation 3: Sodium salt of di-
debyl other of oulfosucainic acid; re aration'-4: Dodecylamino acetate
(amak 1120), and 5: preparation A6(DB t a polyoxy ethylene eater of di-
tertiary butyl phenol. The nephelometric de*ermination was carried out by
zneimi3 of an !FBK-H-!j7- (FEK-N-57) nephelometer. In preparation 4, ti,bration
proceeded by~-eosin, in the others by pinaoyanol chloride. For aerosol OT
Fig. I shows the op-;ical density D, the static surface tension and
Clard 2/4

MicellFormation In Solutions of Surface-active' S/02OJ60/135/005/035/043
Substances~ _3004/B075
the dynamic surface tension d as a function of concentration C. Two cri-
I d
tical points were found: (C ), and (C The following interpretation
or cr)2
is given: In the initial range of'concentration 0 > C ~ (Ccr ), an adsorp-
tion layer forms, the SAS being in a,moleculdr.(ionic) state. With C=(Ccr)l
the maximum saturation of the adsorption layer and a minim-im.of the ta-
tic surface tension (a - a are'obtained. With a fttrther increase of C
'i ~ 8 Min
the excess molecul6a (ions) associate to micells, until C - (C )2 is at~.
cr
tained. From ibese results the conclusion is diawn 'that the m1cell forma-
tion as well as, alsorption show the same tendency of long-chE.in sapona-
ceous SASp to dec;rease their free surface energy on the phase boundary.
The authors thank Academician P. A. Rebinder k6r discussiona. T'here are
1 figure, 1 table, and 15 references: 4 Soviet, 7 USV' 3 Britinh, and 1
German.
ASSOCIATION: Inotitut fizicheskoy khimii Akademii nauk SSSR
(Institute of Physical Chemistry of the Academ;r of Sciences
Card 3/4

,NIKITIW,.k S.A,j KONSTAKINOVA, V.V.; ZAKIYEVA, S,Kh,; TAUBMAN, A.B,
Wetting capacity of surface-active substances and their rate of
adsorption from aqueous solutions. Zbur. priU. khim. 34 no.12t2658-
2664 D 16i. (MMA 15:1)
(Surface-active agents) (Adoorption)
I

FILATOVA, M.A.; AIKITDA, S.A.; TAUBMAN, A.B.; REBINDERI P.A., akademik
Demulsif.fing effect of surface active agents and tho structur2l and
mechanical properties of their adEorption layers. Dokl. All
140 no.4:874-876 0 '61. (MIRA 14:9)
1. Institut fizicheskoy khimii AN SSSR.
(Surface active agents) (Emu3sions)

THEMAN, A.B.; EDRETSKIYI A.F.
Disperoity and stability of emulsions stabilized by solid
emulsifiers. Dokl. AN SSSR 140 no.5:1128-1131 0 161.
, (MIPA J~ :2)
1. Institut fizicheekoy khimii AN SSSR. Predotavleno akademikom
P.A.Rebir;derom. ~ (Emisions)

3/844/62/000/000/106/129
D408/D307
AUTHORS: Taubman, A. B.,_Yanova, Lo P., Plaslovskayaq R. S. and
___GlaZUrL0V9 F. Ya.
TITLE: Mechanisms of gas formation processes during the radio-
lysis of polymers and low-moleoufar weight compounds
9QURCB: Trudy II Vsesoyuznogo'soveshchaniya po mdiatsibnnoy khi-
mii. *&d. by L. S. Polak. Noscow9 Izd-vo &N SSSR9 1962,
625-6?8
TEXT: The present work is a continuation-of previous investigations
by the authors. Water and n-octane were irradiated with fast elec-
trons accelerated at 700 - 750 kv; the.doses were measured by the'
ferrous sulfate method. For both materials the quantity of gas
e-~olved altered very slowly, and the temperature coefficients re-
pained practically constant, within wide intervals of temperature
,both above and below their melting points. Since this phenomenon
was also detected in earlier work when polymers were irradiated,
the authors.con.cluded that the change in the gas formation kinetics
r-
Card 112

3/844/62/000/000/106/129
Mechanisms of gas ... D408/11307
in the phase transition region is independent of the nature of the
irradiated material and dependo only on the conditions under which
the gaseous degradation productG are formed and liberated during
the radiolysis. The results confirm the authors' previous conclu-
sion that, up to the moment when new gas phas.e nuclei form, the
radiolysis reaction is reversible. Thermocechanical curves'dra-..-n
for polybutylmetliacrylate specimens which had been previously irra-
diated with identical doses but at different temperatures indicated
that destruction of thb polymer chains depends not only on the di-
rect radiation reaction, but also on internal stresses produced in
the material as a consequence of the.formation and delayed libera-
tion of the gaseous radiolysis products. In some cases th,2.forma-
tion of increased quantities of gas at higher temperatures does
not aggravate the destruction of the polymer because the increased
0
mobility of the chains enables the internal 8tresses to relax.
There are 3 figures.
ASSOCIATION: Institut fizicheelcoy,khimii AN SSSR (Institute of
Physical Chemistry, AS USSR)
Card 212

S/020/62/142/002/027/029
B101/B144
AUTHORS: Tolataya, So Not Borodina# Vo Not and
Mikhaylovag So So
TITLE: Adsorptive modification of fillers and pigments and
structure formation in polymer solutions
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 142, no. 2, 1962, 407-410
TEXT: The change in hydrophilio properties of mineral fillers due to
oriented adsorption of surfactants was investigated. The experiments were
conducted: (A) with 0-5% toluene solution of CKC-30 (SKS-30) rubber, fined
with kaolinj (B) with 1.2% toluene solution of perchloro vinyl resin (PCVR),
filled with T102 (poly-mer-to-filler ratio n 1:80)1 (C with 1~2% of dichlow
ethane solution of PC11Rj filled with T102 (ratio I:W. The change in
static shear stress Pjj was measured with a Veyler-Rebinder apparatus with
addition of a surfactimt (octadecyl &mine (I) or stearic acid (II)), and
the tensile strength of SKS-30 rubber samples, filled with activated
kaolin (90 parts by weight of kaoliu per 100 parts*by weight of rubber)-and
vulcanized for 60 min at 1400C and 27 kg/OM2. For the ultraviolet-irr&4i-
Card 1/ 3

S/02 62/142/002/027/029
Adsorptive modification of ... B101Y33144
ated PCVR samples, "chalking" owing to the decomposition of the film and
to the emergence of T:L02 to the surface was measured photometrically by
S. V. Yakubovich and If. A. Zubehuk, using a method of GIPI-4. The degree
of adsorption of the ijurfactant by the filler was determined by photometric
measurement of the mel;hylene blue adsorption on the surface not occupied
by surfaotante. A maximum was found for Pm - f (Courfactand in all the
experiments. For SKS--30 rubber filled with kaolin and activated with 2% 1,
P increased from 170 to 670 dynes/CM2, while it dropped at a higher
choentration of 1. The maximum of tensile strength Pt lay at the same
surfaotant concentration which corresponds to the Pm maximum. A similar
effect of I was observed with PCVR (Pm increased from 150 to 330 dynes/cm2~
however, the optimum concentration of I was 0.2%. The "critical rangen
of occupation of -the ftller surface by an adsorbed surfactant, within
which structuralization occurs, was very narrow. In the case of kaolin,
the occupation was about 50%- In addition, the filler particles must be
modified by irreverailile chemosorption. II, which is reversibly adsorbed
by kaolin, showed no utrueturalizing effect with rubber. When I and II
were added simultaneously, the P in the maximum dropped from 670 to
2 m
260 dynes/cm , ito povition remaining unchanged at 2% 1. For amphoteric
Card 2/3 i

8/020/62/142/002/027/029
Adsorptive modificat:ion of ... B101/B144
T1029 Ii wasmIlso effective. The optimum lay here at 0.080% 11
(350 dynes/c ). Tho experimental series C showed the specific effect
of the solvent. In dichloro ethane, a minimum of P occurred at 0.2%1.
M
The intensity of chalking was lowest at the P optimum where the linkage
m
between pigment and :polymer is hightest. There are 2 figures and
9 references: 8 Soviet and 1 non-Soviet. The reference to the English-
lan&age publication reads as follows: P. Rehbinder, Discuss. Farad. Soc.,
1-8, 151 (1954)-
ASSOCIATION: Institut fizicheskoy khimii Akademii nauk SSSR (Institute
of Ph;fsical Chemistry of the Academy of Sciences USSR)
PRESENTED: August 15P 1961, by P. A. Rebinder, Academician
SUBMITTED: Augus". 15, 1961
Card 313

KUZIKIV~ Sergey Fedorovich; NEBERA, Vladimir Petrovich; TA.Uawl,.-.
A.B.p rotsenzent; SUVOROVSKAYA, N.A., otv. red.; ---l-
MAKRUSH:DlAp Ye.A.0 red.izd-va; BOLDYREVA, Z.A... tekhn.
red.; LOMILINA, L.N., tekhn. red.
[Synthe",ic flocculants in dewatering processes] Sinteti-
cheskie flokulianty v protsessakh obezvozhivaniia. Mo-
skva, Gosgortekhizdat, 1963. 243 p. (MIRA 17:1)

dj)ktor khimieh. nauk,, prof.; YANOVA,, L*P... kand. khImich.
nauk; GoRMA,, G.J., inzh.; MONASTYRSKArA, H.Soj kand. tekhn.
nauk, dotirent; PAVIM, S.A., doktor tekhn. naukp profe
Study-ing -dw effect of ionizing radiation on films made from
carbcmyla,* latex* Izvo vys. ucheb. zav,; takh log. prom.
noJsI2-:Mi 163. iMIRA 160)
1. Akadamelya nauk SSSR (for Taubman, Yanova). 2. MoskovsIdy
tekhnoloeicheskiy institut legkoy proWahlennosti (for Gorlova,
Monast7rohaya.. Pavlov). Rekomandovana kafedroy takhnologii
iskasstvannoy kozhi i plenocbnykh matarialov Moskovskogo takhno-
logichaskogo instituta Is k shlennosti.-
.. (Rubberv S7utteolicTromy(Ionization)

NIKITINA, S.A.; TAUBMAN, A.B.; KULIGINA, N.V.; SPIRIDONOVA, V.A.
Structure formation in interphase adsorption layers of dissolved surface-
active substances and the stability of emulsions and aqueous dispersions
of polymers (latexes). Dokl. AN SSSR 149 no.4005-908 Ap 163.
(MIRA 16-3)
1. Institut fizicheskoy khimii AN SSSR. Predstavleno akademikom
P.A.Rebirideram.
(Surface-active agents) (Emulsions) (Adsorption)

LEVITSKIYO L.M.; :VIKITINAI, -S.A.; TAUBMAN, A.B.
Formation of aleel2es in solutions of =rface-active imbstances
and Idnetic vetting. DALAX SSSR 149 no.3t633-636 Or 163.
OCRA 16s4)
1. Institut fizicheekoy khimii AN SSSR. Pre"tavlmw
akademikoit-P.A.Robinderom.
(Micellee) (SurfOce-active agents)

S/020/63/149/004/022/025
Bio6/BI86
Vikitina, I.` - Utl manf: Lv: -Kullginov N4-1-5
LUT9098 S ~b B
Spirtdonova, V. T-7;
StructlWation in:-in'terphase adsorption layers of solutions oe'
surfa.c4i-aotive substanaes and stability of emulsions and
aqueetui dispersions of polymers (latex)
FBERIODICAL-v Akadem4e, nauk-SSSR. Dokladyf ~,~149;-no.--4, 1965#-905 906'
P of the adsonption layera in
TEXTs The values of the ehear~
M
- other)-solutions
'.'aqueous CITT~.10 (OP _10) -(alkyl.pheilol-bol.yh_ydrox-yethylene
during t."Ie period-of their fornation.-under static.conditions were measured
along .--the water - xy,'Lene-interfaae.--:~Purthe=orej the-stability of can-
centrated emulsions )f xylene in water and polymer dispersions (polystyrene
1--tPr st~_"Ilzedl wt:! OP-10 endi -Altiror-ic (hydroxy eth_vlene and hydrozy
-r- '-'Icck poly,er~! wee st-icle-1. Tnr- rnte of increaae in strungLa
r~.-~~ctive euiia_4 I~ier iayers increases rapicy "&itr, tne curjt;t:nLra-
tion of OP-10 soiuti)ns. Even in 5~,&olutlonsj however, Mailaua at;~ertgtt.
71
(P_ .-0.25 dyn/cm) ia only reached after 25 tire. When the same amount of
OPfIO was previouslj distributed between the two phases, high atrength waa

reached in the first :`ew minutea after the interfaae formed. To obtain
small droplets (2 - 3jJ the emulsio; has to be shaken vigorously fov
15 - 20 min. in a 5p solution ol' pluronio L64 the layer solidifies
immediately even if the aurfece-active oubstance is dissolved in the
c f rm of ma:tilaiei- phase layers on tne intcrface of the twc 11,q,,~Id
phases. These struct~,_:,es car, also be seen v1sually. The abovE- phenom-na
a:-_ csL..3~a oy tne nya.,ocynamic effect cf the spontaneous surface t-ro-lence
arIG (.aLZSa9 an transiton of tre hydrc,
carb.~n phaE;e into the equeous phaze in the farrL of an ultramicroemulaion
(C. Starnlina, L.. lcrlvenl.,koa Inkt-t. Chea, &!zg.* 6t 514 (1959 )- 'The
i~~4emaulsi-fkera -for poly-
styrene latex agree wfll with th4 above datq. These emulsifiers as well as
Nekall-'Pi'D (Neka-11-14B) and pluronic 184 make an almost complete polymeriza-
tion of the monomer possible at comparatively high concentratians, but
differ considerably ir their stabilizing, action. ltarimu2 stability is
roachad when usling 0?-10 or plaronio as emulsifiers under conditions such
Cer -2

S/020/63/149/004/022/025
Structuration in int a rphas a i
--that-solid
-aupdrmoleo,aler-GurfaO$76tr4atures-are:able'to form. High
j strength of the strucWrized stabilizing layers is the principal conditicn
for high stabilizat'io! of latex and concentrated emulaional it is achieved
when the eaulsifiers ire suffpioiently soluble in water as well as In the
nor. -an upoi-19 phq a,? ~ T i ere -are I C11-1--e and I + -_)Dle . IN& m~nrtqn t
re~ P.. J. mcB.in, eroc. ioy . Sor
447 *k 4
ASSOCIATION: Inatitut fizicheskoy khimii Akademii nauk SSSR (Institute of
Physical Chemistry of the Academy of Sciences USSR)
'PRESENTED.: :September 26, .1962 by P. A. Rabinder, Academician
SUBMTEDs September 12i
62
Card .3/3

YAKIMIN, Ye.D.; TAUMN, A.B.-
Adabxptlaa.~modifl aticm :)f-dlspersed-quartz, and structure
formatiam in-sDlutioris of rubber. Dokl. AN SSSR. 152 no.21
382,385-3~ f63. (MMA 16ill)
1. Inatitut fialchevkoy khWi AN SSSR. Predstavleno akademikom
P.A. Rebinderom.

Y*10 T !T' 11-t- i --i, I: es t- rari. )Iy~ nt ~.olvnt- 'iv Impt I)acry late Ind Doiv~btjrvi -
SOURCE: Khimicheskiye svoystva i modifikatsiya polimerov (Chemical properties and
the ri-,odification of polyfrers); sbornik statey. Moscow, lzd-vo Nauka, 1964, 183-188
TOPIC TAGS: pot urtuat4y tmf t4a~-- ry late, pot vbutvlmethacry I ate, polymer radiolysis,
polymer molecular weight, polymer strength
ABST A study was- frzzde ot gas Formation during irradiation within a tempera-
c', mria r i t~ j 71 C: y fn e t i a C r y a t !PMM
-irs
h
;0 c] ec S4M E) es ere 5 ea t ed ;n a acuum for a~, 120C to removu
In idd;7-on, ru p, r u r e and compress i )n t t-!t, we r e P,ad- urlder i oad 5 c 8 kq/cM.I (PmMA)
DW
MAN

L 196og-65
ACCESSION IIR: A-4049857
L L-/,2fPRIA,-k) and m)lecular weights were determined frM. the viscositY Of the
F -.I at-

4
table and 5 figures.
ASSOCfATION: Institut fizicheskoy khimit AN SSSR (Institute of Physical Chemistry,
AN SSSR)
SUBMITTED: 19Nov62 ENCL: 00 SUB CODE: OC, PIT
AO, REF SOV: 007 OTHER-. 012
Card 3/3

AcassioN NRs Ar4olada S/0303/64/000/001/0009/0012
AUTHDRSt Taubman, A. R.; B2,y*skosh, G. S.; Yanova, L. F.
TITLIt The structuratiLon of oarboxylated latexes
SOUIRM Lakokrasochrq4" materialy0i, ikh primeneniye, no- lo 1964,, 9-12
TOPIC TAGSs ~ latext owboxylated latex, methaorylio acids dispersion, gal formatio4
structuration, structm-al mechanical property.. viscosity, sheer stress., alkalij
~sodium. hydroxide,, amordum hydroxide, film, paint, varnish
;ABSTWTt The effect ct the pH value on the structuration of earboxylated
,latexes was investigat4d, The particular brands chosen were divinylstyrene
:3.atexes SM-30-3 and WS45-1., stabilized by Kekal, which contained 23 and 34%
;respectively of dry matter Liid 3 and 1% methaerylic acid. These latexes were
treated with various'anounts of NaOH., KOH,, and NH40H to bring about the desired
:pH range, care being taken to adjust the final volume to 1,5 of.the original, The
intrinsic viscosities and the ultimate sheer stress values of the dispersions were
,measured at various intwvals,, and strength tests were performed on films from the
various specimens, Xt was found that in latex SKS-30-3 treated with KOH or Na0H
Card 1/2.

AccEssioN NR: AM-M-04
~ths structure formation increased with the pH. reaching a maximum viscosity and
Pa at pH 21. At this p41nt the consistency resembled that of a rubber-like gel,
owhich was not reversed by the addition of MI, The a tructuration was a slow
,process, requiring 24 lu)ure for completion. KOH proved more effective as a
structurational agent titan Na0H,, which in turn was more effective tha--i NH40H-
Under simil~x conditiorai, in latex SO-65-1 the NaOH gelation reached a maximum
:within 5-6 hours., rendezIng further visposity determinations impossible, and here
ammonia proved ineffective, Strength tests conducted on films obtained from the
,apenimens at various stages of struoturation provided values which parallelled
'those of viscosity and shear stress, Thanks are given to A. B. Peyzner for the
:synthesis of the latexea. Orig, art, has' 3 figures,
ASSOCL42ION a none
;SUBMITTEDs 00 DATF. Acqs iWar64 ENCL: 00
SUB CODES CH NO REF 50Vs 009 OTHERS. 001
Card 2,Ad

GORLOVA, G.I.; MCINASTYRSKAYAp M.S.; YANOVAp L.P.
Filled filma made from carboxylato latex* Kauch. I rm 23
no.4e7-9 Apt64 (MIRA 170)
1. Moskovskiy tekbnologicheskiy institut legkoy promyshlennoati.

ACCESSION NR: AP4011313 S/0069/64/026/001/012013~7
AUTHORS: Yakhnin, Ya. D.; Taubman, A. B.
;TXTLE: Adsorption modification of quartz In connection with the
:SOUROB:
ctructurIzing effect of fillers In polymer systems.
Kolloidny*y zhurnal.. v. 26, no. 1, 1964t 126-132
TOPIC TAGS: quartz, rubber filler, surface active!madified quartz,,
adsorption modified. quartz, filler, quartz suspension,, reinforcing
capacity
ABSTRAOT: The isotherms of adsorption of surface active compounds
(ootylamine and octadecylamine) from xylene onto quartz were con-
structed. The relation between the degree of adsorption modifica-
tion of the disperse quartz and the struoturation of Its suspensions
fin xylene and xylerie solutions of SKS-30 rubber was investigated.
fBinding of the amines by quartz from the xylene solutions proceeds
in two consecutive.stages; first by irreversible chemical adsorption,,:
and than -by revere.
'able physical adsorption. The madigim strength
,occurs in these eyistems when there Is incomplete ooverage and ahemical
card-1/2'

ACCESSION NR: AP,4011313
binding of the modifier on the filler surface. Thisexplains the
appearance of the 1;rophobio-lyophilic adeorptive maoromosaic pattern
on the solid phase surface. The reinforcing capacity of fillers in
actual polymeric materials may be estimated from model systems.
Orig. art. has: 5 Flgares.*
ASSOCIATION: Inatitilt fizioheskoy khimil AN SSSR,, Moskva,.'
(Institute of Physical Chemistry AN SSSR)i.''
SUBMITTED: 02Jul63 DLTZ AOQ~- l4Pebd4,-.7;'.i~,,.-,. EVOL: 00
SUB,OODB: XLp PH NR REP SOV: 006 002
Card 2/2

.TAU BL4Ah,,.__A, P-. ; YAM-THI, Ye.V.
Incomplete thixotr,)p of condensatiGn-coagulaticn strlcture-v
.7 ,
arising: in finely divided quartz dispersions. Yoll. zhur. 26
no.5%61,3-654 S-0 164. (MIRA 17:10)
1. Institut fizicheskoy khimil AV SSSR, Moskva.

ACCESSION N'R- AP4047948 -.I/, 1005./11,, CJ5 1115p,
ATITHOR- M7a_-,lmrRlcava_ R_ q--: Taubman A- R. Vanow; 1. P.
TVT-LF,- Diffusion perme-abilitv of Tynlvmer-s~upon ra-lia,ive destruction in
ph,,,sicall states
SOURCE: AN SSSR. Doklady*, v. 158, no. 5, 1964, 1155-1156
TOPIC TAGS: diffmiion nermeabilitv. irradiated nolvn-mr- irradiated nnlvmathvl-
tc fri
e,~f- r~r c!n~i (FFMA)
~~,2 J ~.q
_j.-71 a n,-, P!;?V1 2Fri 1;41 P
Card i 13

23531-65,
-1, f~r 4,
avid
Cord 2/ 3

L 23f!5321-65
ACCESSION NR.- AP4047948
A&q0CLATY0W- Triatitut fizicheakoy khirnii Akprleml! rnauk SSSR (Ingtitute e,)f Phypi-
5 UR %,Tl T T FID 2 5 A6 4
N, F!, r) n
NO REF SOV: 009 OTHER: 007
SUB CODE OC

TO V_'(~ i -V rS. s,,,,ttheuc rul-16or
ai-
kao';rt by surfactants was stil hed i th sY,';fe'nfl-
ARLS-FRACT Act
o-Au h at 50C.,
_iLadi eiie- s',v i- c, ae
in llrucr !ED ;ii1l"'E"
0, 1 Eft I 't
Card 1/2

7
L 25263-65)
At'CT,'SST(-)N- -.,,7R:
concentration, a moaaic pattern of equal areaz ot nydrophi~ic and hydrop~.obic surfaces
Sb.--aric acid. and to a n-. ich lesser dog-ree alsn s~ach rubber additives as tdphenylpani-
Pci aspnai~, an6 A,,d.-*~
1- 12 C
rPA-D; :Z-1 ~,e
f-,t~ aL.,,.nu t saciu-.,j Ael i,,, ~11 0
-and
testg. and ,6p_ suppiy of surfactaras by A. 0. K. -'Sm i i -nov
s
AIN SSSR): Vsesoyuznyy
rc- r4, ~cjs ,~id svnthet~,(- 'Leather se ientific research ins tiULt,,-

2
A U T i 1 u itN a S. A. Sp 1 rdon ccrva, V, 'i,17 -man, A.B.
TITLE: StabiLzation of Dlyvinylacetate latexes by noniorogenlc em uls if i e r s
T ~~-Irvqcnohr.~-,re Mate-.injv j iki nrin,,p 1 no. 1 9 20-23
65,
or-loifir,r
cLion ii~;juator. T'e
Mi-- n* V c
mg.
ON
- ME, 31
ROM

L 41058-65
a L
2 with a rehtlvp
SUBMITTED: 00 ENCL: 00 SUB CODE: MT, OC
0 R F S OV OTHER: 006
ky. ~i

TAUBMAN, A.B,; NIKITINAp S.A.; PRICOWDOV, V.N.
Role of quitai-spontaneous -mulsification in the process of
stabilization of emulsions. Koll. zhur. 27 no.2,.291-292
Mr-Ap 165. (MIRA 18:6)
1. Inatitut fizicheskoy khimil AN SSSRP Moskva.

An.- L /rk- J- UU,?4,2 U
:'-'-7 r 7 LI
r. -'7 f m ncra If rS
~T
T-1
!ABSTRACT: The affect which adsorptive activation of kaolin and precipitated ca--
~--Iufn carbonate)'used at fil.'ers have or, th4r rui.infyreling actim in SKS-3Auta~iene-
Cord 1/2

- - - --- -------
L 52212-65
ACCESO-l"J"' NR; A.E: 5014 S ~O
I n ~C- f f nn nr f I I iV~, rwri h F~ imorcvad bv us- in ff, s urf ace -
5-,k:-,v Al: S'- , F. lio- -. ov ' 1r:,-i f
SUBMITTED; Mep63 ENCL: 00 SUB CODE; 4-7

,' TAUBMAN, A.B.
"Course Ln colloid chemistry* by S.S.Volutakii, Zhur.fiz.khim. 39
no&71l8O)-l801 J1 165. (MIRA IM)

-AUBMANt k-B-
)f norcentratod armliq!rril; J"s jiz(d cy
KAI* zhur. 27 noc';R.,,-8,65 1..:) 16es
I. lna-iLtu,~ fiz!ohaskoy AN iSSq; Moalinra. Suba&t',-C','
.U4 lilt 1,964.

M
MLSTAYA~ S.N.) BORODINA. V.N.1 TAUBMAN, A,B,---..
Adsorption activation and the reinforcing actIon of mineral
fille:78 in polymer avatems,, NoU.zhur. 27 n0,3'."6-452 MY-JO
165. (MIRA 18:12)
I* Inatitut floloheakoy khtmil. AN SSSRI Moakvas Submitted
Sept., 12, 1963.

A -IjOW) -N
ACC NRi AP019446 (A) SOURCE CODE: UR/0303/66/ooO/003/0010/0013 4~~
AUTHOR: Taubman, it. B.;_Blyskosh, G. S. ; Yanova, L. P.
ORG: none
TITLE: Mechanical and chemical modification of the surface of pigments and fillers
by grafting of polymers 15
SOURCE: Lakokrasochnyyematerialy i ikh primeneniye, no. 3, 1966, 10-13
TOPIC TAGS: graft polymer, calcium carbonate, polystyrene, styrene, barium sulfate
grafting, polymerilation . 01QMF'A)7* I F14L C'k V.'-jPFPS"4.j 'j
~10AOOM LO&j da-04-XME4
AVSTRACT: A study has been made of the mechanical and chemical grafting of polysty-
r T ---
jag6to the surface of calcium carbonate, ferric oxide, and barium sulfate by is-
persing them in a vibratory mill in aqueous styrene emulsions. It has been shown
that the grafting effect is increased by the presence of sma1l amounts of water in
styrene; the rate of conversion of the*monomer into a polymer in styrene emulsions
and in anhydrous styrene is about the sam . It has been established that the
activating effect of water is related to ist facilitating the process of dispersion,
,which leads to an intensified growth of the activated surface. A study of the
strength properties of filled varnisht-films has shown that the grafting of polystyrene
while modifying the surface of the pigment, renders it hydrophobic la thus improving
the quality of the films. Orig. art. has: 6 figures and l.table. (AM)
SUB CODE:07,11/ SUBM DATE: none/ ORIG REF: 010/ OTH REF: 001
f---.J I J"I , , I , , , ~.' .--- zz- I- ~Zft ~

SOURCIE CODE i UR/O
ACC NR AP7006039 o63/66/ol!/oo4/o387/o3qr
IANI A. B., Doctor of Chemical Sciences, NIKITINA, S. A., Candidate of
TAUBY
cnml~ aj7*Mre-jjcosO arid TOIBTAYA) S. 11,p Candidate PUChemical Sciences
()AC,' Aono-
~active Agents in the Physical Chemistry and Technology of Polymera"
Moscow, Zhurnal Vqeaciyuznogo Khimicheakogo Obahchostval Vol-11, No h, 1966.,
pp 387-391
Abstract: With the exception of carbon black -- a highly hydrophobic and
highly dispersed and therefore effective polymer filler, most other mineral
fillers., including pigments, are hydrophilic and of low activity. The
oriented adsorption of surface-active agents (SAA) on particle surfaces,
Iyophilizing it.with respect to the polymeric medium.(the polymer or its
solution in an organic solvent), peptizes the filler, intensifies the
molecular intaraction on the pqrticle-medium interface, and alters the
strength properties arising i-n the filling of coagulational structures.
This kind of modification with the purposo of facilitating the distribution
of filler particles in the polymer (rubbers), improving the wear of pigments,
and increasing the stability of paints is carried out with the aid of long-
chain ardnes, fatty acids, their saltq-, and many other SAA. The hieli
emulsifying capacity of long-chain SAA homologs -- the soaps of natural fatty
acids and synthetic soaplika compounds -- affords their exten3iva utilization,
in the polymerization of latexes. For this purP030, anion-active and non-
ionogeni .chiefly used..'Orig. art. has: 1 figure. .97-67 1
c son.pa. are LJPRS-' 38
Card 2 UDC: 66
)9~.YM +~~41.6
e

ACC NR: AP7006039
TOPIC TAGS: surface active agent, pigment
i -i
SUB CODE: 11 SUHM DATE: none ORIG REM 051 OTH REF: 020

212

USSR-
hu"Waran in ltw2tOf f4gfcTgLc. Yu. A. Zbiiknv W A. N
'-OWA~Ww, 94 -if-Warta 10,4J. I Mlikaw~ Med. IFW. W4,
v No,
t +45: Refcr4l. e. har, Aetlt. 1954,
a llwcltkgun us*4 " la-smikide he iric to be pacqtIbIt fe'
of 0. ami In Warm wtte
culd Vaitce CA it coticti,
(do*) 4a (1,01 The colur attliqt Its f1midag littenAty,
at 96 W. . (4 U.08 aud OJU M/l., fup~ - in em", of
on I
tbo =4
UP to 111.6 1119.A. Imuchwin u* efftrt
safAlury cardifk~as of t1to tt--Wqrlr$L,. In C4
=A the devt?vpm=t
60 tnc./I. it dots not miffcct did 0 1,
to 12.5 wt./I. 11 fl'iC3 flot affoct.
nittifitutic'" pruzesscl. and at cancas, of up to
rot-afftxt Via llai,~iaing rats with Lexa' i 'j
It a
C111(wan u,,;cr;t ptried lat 4 -'a-antfig with tfo~;Zl of V1 mc./kgi
V live, wt. cauak-d J10 aotlc~41)je dumps ia Vic golam Cou.
cl(tbot-, wt, Ard b" c(, tht smf=ls. Thai, tha oA-'
Nionxt 4.0. L" M.7irrh
wjj~ ,e Wait rif h"Ic. - Icn. in wa,
bjy Its War and ibmild be #Lcuptcd

TAUBHLNq A.V NIKITINAp S.A.
_9
Formition of micelles in solutions of surface active agents,
Dokl,, AN SSSR 135 no.5:1179-1182 D 160. (KMA 29:12)
1, 111atitut fizichaskoy AN SSSR, Predstavleno, akademikom P,A,
Reginderom.
(Micilles) (Surface active agezits)

PA- 69-264
TAUBMI S-
th
Jbi/AVt 194
wX%thI=&t1cal LitiWature published In 1946 and 194T#w
8 - I Taubman, 4 pp
"Uspethl )ktamat Nauk" Vol III, No 2 (24)
A list of titles of books on mathematics published In
wmin, 1946 and 1947 with numbers and prices.

PISARENKO, Aleksanar Pavlovich, prof.; POSPELOVA, Kseniya kleksandrovna,
dots.; YAKOVIEV, Aj-ekeardr Georgiyevich, dots.; VOYUTSKIY, S.S.,
prof., retsenzent; NIAZAROV, V.I.., prof., retsenzent; TAUBMAN, S.S.1
prof.~ retsenzent; BARAMBOYM, N.K., prof., retsenzeAT ~11
I.D.,, red. izd-va; YEZHOVA, L.L., tekhn. red.
(Course in colloid chemistry) Kurs kolloidnoi khimii. Moskva,
Gos.izd-7o "Vysshaia shkolaj," 1961. 241 p. (MIRA 14:12)
(Colloids)

REHEIRMY, L., insh.; TAUBMAN, Ye., inzh.
Automation of grain drying processes in the YTI-15 grain dryer.
Muk.-olev.prom. 23 no.7:6-7 JI 1-59. (141A 12:11)
1. Odemskiy proyeldno-konstruldorskiy institut Fishchoprom.
(Grain--Drying)

__r__ -7 ~ , II N /
AUTHORs Taubman, Ye.I., Engineer 91-56-7-8/27

TITLEt Exchange of Experience (Obmen opytom). The Choice of Im-
pulse for the Load Controller of a Drum Ball Mill (Vybor
impul'sa k regulyatoru zagruzki sharovoy barabannoy mell-
mitsy).

PERIODICAL: Rnergetik, 1958, Nr 7, pp 21-22 (USSR)
ABSTRACT: The article explains the basic diagram of a double im-
pulse load controller commonly used either with TsKTI
electromechanical or VTI electronic automation. The au-
thor distinguishes two types of mills: with and without
clear acceleration characteristics. Figure 2 shows the
measuring spot8 and acceleration characteristics for mills
of "Garding" type taken at the "Novosibirskenergo" elec-
i;ric power plant. The correct choice of the hydraulic re-
sistance as impulse can improve the quality of load con-
Card 112 trol. On the basis of research made with the "Sh-1011 type