SCIENTIFIC ABSTRACT MOROZOVA, L. N. - MOROZOVA, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135310002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MOROZOVA, L.M.1 DOUICHAYETA. Z.T@.; ZOLIM. G.A.; KMAKOVA, A.A.; MATRATILI,
POSMKOVA. U.K.; SHOR. H.S. Nooky&)
Affectiveness of prolonged combined antibacterial therap7 of pulao-
nar7 tuberculosis. Kliu.med. 37 no.12-75-& D 159.
(KIRA 13 - 4)
1. Is IV glavnogo upravlanlys pri ministeretva sdravookhranani7a
SSSR (nauchwy rukovoditall - Prof. A.Ts. Rabukhin).
(TUBERCUIDSIS)

RABUKM, A.Ye.; GOKHBERG, V.P.; DOBROKHOTOVA, H.N.; HOROZOVA, L.N.;
NEFZWV, A.F. (Moskva)
Efectiveness of prolonged drug therapy for patients with fresh
forms of pulmonary tuberculosis. Klin.med. no.12:28-33 161.
(MIRA 15:9)
(TUBERCULOSIS)

MOROZOVA, L.U.; DOKUCHAYFIIA, Z.Ye.; ZOLIPI, G.A.; KULAKOVA, A.A.;
NAVRATEL', Z.A.; P(X;rIIKOVA, Ye.N. (Moskva)
Ijite results of antih-acterial treatment of pulmonary
tuberculoris. KUn. med. 40 no.12:32-36 D '62.
(MIRA 17:2)
1. Iz 1-y i 2-y polikl-iniki IV Glavnogo upravleniya pri
,.I.inisterstve zdrivookhraneniya SSSR (nauchnyy rukovoditell -
prof. A.Ye. Rabukhin).

MOROZOVA, L.N.; MIRONGVA, G.V.; FUFAYEVA, R.A.; KOVALEVA, V.A.
Effect of acupuncture in different points of influence on
the mediator function of the ner-7ous 97stem. Sbor. trud.
GMI no.9:73-80 162. (MIRA 17:2)
1, Iz kafedry goopitallnoy terapii lechebnogo fakullteta i
terapevticheskogo otdeleniya oblastnoy bollnitsy (zav. -
prof. V.G. Vogralik), Gor'kiy.

MOROZOVA, L. F.
USSR/Medicine - DyBentery
"Clinical aspects of the Kruze-Sonne Type of DysentezT," P. 1. Sakharov, Ye. R..
Ovsyannikoval L. P. Morozova, Clinic of Infectious Diseases, 5econd Moscow tled Inst
Imeni I. V. Stalin, and Kirov Infection Hopp
"Sov Med" No 4. pp 5-7
Discusses results of comparative study of cases with Zruze-Sonne type of dys"ntery, and
those with Flexner type, and simmari7es characteristics of "ruze-Sonne type, Seven
Tables of comparative data. Dir, Second Moscow lied Inst Imeni 1. V. Stalin, Prof F. N.
Toporkov; Chief Phys, Kirov Infection Hosp, Ye. F Laneyeve
176T78

KOROZOVA, L.P.
Using tsar-awa7 stress and electric characteristics in Investigating
the adhesion of high-polymers. Hauch.-isal. truA7 TSNIKP 28:119-131
'57. (MIRA 11:10)
(Adhesives--Testing)

AUTHOR Moro zova, L.-P. and Krotova, N.A. P-0-4-32/6&
TITLE The Correlation of Electric and Diffusion Processes
in the Phenomena of Adhesion of two Polymers.
(Otnositellnaya roll elektrioheskikh i diffusionnykh
protseasoy Y yavleniyakh adgeaii dvukh polimerov.)
PERIODICAL Doklady Akademii Nauk SSSR, 1957. Vol. 115, Nr 4,
pp. 747-750 (USSR)
ABSTRACT In an earlier paper by the second author conceptions on
the electrio adhesion theory were developed. On the
other hand various authors made statements concerning
the part which the diffusion process plays during the
formation of an adhesion and an autohesion bond. Since
this problem is much disputed, the experimental in-
vestigation of the formation of the adhesion bond is
of special importance. It is in the binding of two-
high-molecular mater als that the relative part
played by eleotrio and diffusion processis in the
processes of adhesion could be determined. The form
of the adhesiogram is very informative for the
evaluation of the character of the adhesion bond.
CARD 1/5 The rupture speed manifests itself comparatively

20-4-,Ife/60
The Correlation of Electric and Diffusion Processes in the Phenomena
of Adhesion of two Polymers.
little In that oano where the adhenion bond in oausod
by difrumion phenomona. If It In of an aloctric naturo,
however, the adhestogram usually shows ! clearly marked
secions. The authors recorded adhesiograms of a number
of polymers (glue of type BF, polyurethanes, polyamides,
polymers of the vinyl series, rubbers and gutta percha,
cellulose ethers etc.). The adhe5iograms of these poly-
mers with glass, metal and rubber on the basis of Na-
butad ene and nitrile-acryl rubber usually yield 3
clearly marked domains. In some cases, however, there
are only 3 sections, while the third one is lacking.
Perhaps it also exists, but situated in a domain of
considerable speeds whose experimental determination
is rendered difficult. The speed of electrons emitted
by the rupture may give us a conception on the
potential gradients ol' the elcotric double layer, for
the electrons are forced apart by the f'.elda which
exist in the free space between the surfaces separating
themselves. a can by calculated from test results, as
well as the work function A, which may then be compared
CARD 2/5 with the experimental-mechanically determined value A 0

.-W-4-32/60
The Correlation of Electric and Diffusion Processes in the Phenomena
of Adhesion of two Polymers.
(tab. 1). From tab. 1 follows that the adhesion of the
system is the greater the higher the speed of the emitted
electrons. In an earlier paper the authors showed that
emission centers exist in a polymer film after rupture.
In this connection indLividual spots of the film which
have the closest contact of all with the basis, are
emitting. It is generally known that the neahanioal
treatment of the surface of the underlayer increases the
adhesive power. Therefore it was of certain interest for
the authors to investigate whether the emissive intensity
of the detached file is really increased in the places
where it is in contact w th a mechanically treated
surface. For this purpose the metal surface (brass) was
first scratched with a file. The photographs (fig. 1,3)
show that the electron emission is indeed aogt intensive
on the places of rupture. The systems investigated here
CARD 3/5 are divided into 2 larEe groups. The first group is

20-4-32/6o
The Correlation of Electric and Diffusion Processes In the Phenomena
of Adhesion of two Polymers.
characterized by electric phenomena in the disturbance
of the adhesion bond (luminescence in the middle vacuum,
electron emission in the high vacuum, presence of residual
charge on separated surfaces). In speoial in an
especially high adhesion, the separation of layers
passes through the polymer film. In this connection the
electron emission and the residual charge are absent.
The rubber filling material plays an important part. The
systems of the second group, which were formed from non-
polar components, show essential deviations (fig. 2b).
In a separation of eomponents the electron smirsion and
the residual aharge are lacking. It has to be asoepted
that in the second group the adhesion bond is formed by
a diffusion of the polymer chain~ In the contact zone.
The underlayore also play an Important part as far an the
sign of the residual ahargo on the polymer and on the
rubber is sonc,arnod.
CARD 4/3

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3,7.
T-1
P103 Clion), I,r

M

AUTHORS: Morozova, L.P., Krotova, N.A. 69-20-1-9120
TITLEs Investigation of' the Nature of the Adhesioa Bond In the
Cementing of two High-ldolecular Compounds (Issledovaniye
kharaktera adgezionnoy svyazi pri skleivanil dv,.,kh vyso-
komolekulyarnykh soyedineniy)
PEHIODICALs Kolloidnyy Zhurnal, 1958, Vol XX, # 1, pp 59 - 66 (USSR)
ABSTRAM Adhesion bonds are caused by electrostatic interaction
of the coatings of a double electric layer. This layer is
formed as an elastic film from a solution of the polymer.
The article deals with an experimental investigation of the
formation of an adhesion bond when two high-molecular mate-
rials adjoin. The relative role of the electrical and dif-
fusion processes in the adhesion phenomena are also investi-
gated. The systemas polymer - polymer, polymer - metal,
and polymer - glass were used. The nature of the adhesion
bond could be established by investigating the mechanical
characteristics of adhesion, the electrical phenomena at
the rupture of the adhesion bond, and by a microscopic in-
vestigation of the interface of the various systems. In the
case of adhesion polymer - metal or polymer - glass, the
Card l/ adhesion bond has ail electric character. This is indicated

t9-20-1-9120
Investigation of the Nature of the Adhesion Bond in the Cementir,6 of tac
High-Volecular Compounds
by the form of the adhesiogram, by an electron emission at
rupture and by a residual charge in the ruptured surfaces.
The adhesiograms were obtained by means of an adhesiomoter
system Krotova. The polymers under investigation were glue
type BF, polyurethanes, polyamides, polymers of the vinyl range,
rubbers and guttapercha, cellulose ethers, etc. After rupture
the polymer film continues emitting electrons and reveals-a
negative residual charge. The substrata does not emit elec-
trons and reveals a positive charge. The rupture of a strong
adhesion bond causes the emission of electrons with a higher
velocity than the rupture of a weak bond (table 41). This is
in agreement with the electrical theory of adhesion. Adhesion
systems formed by non-polar components show different charac-
teriatics. An electronic emission and a charge on the rup-
tured surfaces cannot be observed. The adhesion bond In these
systems is formed by diffusion of the polymer chains in the
contact zone (table 4). A mechanical processing of the metal
surface by a file leads to an increase of the adhesion and to
@;ard 2/3 an increase of the electron emission from the processed places.

b9-20-1-9/20
restigation of the Nature of the Adhesion Bond In the ',ezenting of two
gh-Molocular Compounds
The reaction of the substrata plays an important role. It is
highest in a neutral medium (Fig. '/) and is lowered when acid
or alkali solutionPare a@plied. This phenomenon is explained
bj, a reduction of the surface donsity of electrification.
There are ) figures, 4 tables, and b references, t of which
are Soviet, I English.
ASSOCIATION; Institut fizicheskoy khimii AN SSSR Moskva (Institute oar
Physical Chemistry of the AS USSR, Moscow)
SUBMITTEDt December 18, 1956
AVAILA-BLE: Library of Congress
Card 3/3

69-20-1 -9/20
Investigation of the Nature of the Adhesion Bond in the @,ementlng of two
High-Holecular Compounds
The reaction of the substrata plays an important role. It Is
highest in a neutral medium (Fig. 3) and is lowered when acid
or alkali solutior%3are applied. This phenomenon is explained
by a reduction of the surface density of electrification.
There are 3 figures, 4 tables, and b references, ', of which
are Soviet, 1 English.
ASSOCIATION: Institut fizicheskoy khimii AN SSSR Moskva (Institute of
Physical Chemistry of the AS USSR, Moscow)
SUBMITTEDs December 18, 1956
AVA1LABLEt Library of Congress
Card 3/3

XROTOVA, 11. A. and MOMWVA, L. P$
"Adheoional Connection arid the Methuda of its Investigation."
report presented at the Section on Colloid Chemistry, VIII Merrieleye-i Cori f,@ rf., nr--@., J,'
General and Applied Chemistrj, Moscow, 16-23 March 1959.
(Koll. Zhur. v. 21, No. 4, PP. 509-511)

Morozova, L. P.
SCATTMMG ')F ":1,1W Tl,' D1FFU?F.1T
V. G. Kirllov-Ugrymov, P. A. DolgoBhein, A. M. Voskvlchev,
L. P. Morozova
In order to verify the. tiata on "abnormal",/@(-meson scattering, angular @Is-
trIbutions of -R-mesons wl.th a momentum close to 100 V,ev/s in thin layers of
beryllium, copper and iron worn, obtained by menno of a irultirInto cloud chamter.
The measurements were carried gut .-tith _lq_mesons at sea level.
The experimental distributions agree 3ati3factnrily with the theoretical
curves plotted for electro-magnetic intersctions between --If -mesons ,rid nli-
clel.
An analysis was made of possible err,-)rs that may result in the 9@urious
effect of the "abnomal" scattering.
Report presented at the Tnternntional Cosmic Pay Conference, Yoscow, 6-',l .3uly
190

24(5)
AUTHORS: Kirillov-Ug-ryumov, V. G., SOV,'5@-36-2-11/'@!
Dolgoshein, B. A., Voskvichev, A. M., Morozova, L. F.
TITLE: Scattering of &-Mesons With Momenta of About 100 Yev,'c in
Copper and Iron (Rasseyaniye &-mezonov s impullsom okolo
100 ATeV/c v medi i zheleze)
PZRIODICAL: Zhurnal eksperimentallnoy i tooreticheskoy fiziki,
Vol 36, TIr 2, pp 416-1,23 (USSR)
ABSTE,ACT: Fowler and 71olfendale (Fauler, Vollfendal)(.--lef 1) published a
very complete survey of muon scattering in ahich tl,ey exprcss
the opinion that atlow (60
among a total of 2250 cases of muon 9cattoring invootiated.
Also Alikhanyan and Arutyunyan (Ref 3), who carried out mass-
spectrometric investigations of muon scattering in loaa(i platea,
Card 1/4 and Chidley (Chidli) ot a',. 0(of WE - 23 Mev) rould nol find

Scattering of a-hiesons 'Nith SOV/1 6-16. 2 - 11 /6 3
Momenta of About 100 Mev/c in Copper and Iron
any anomalous scattering. Ful:ui, Kitamura, and Vata?.o observed
observed no anomalous ocatterine even at hiEh muon oner,,irs
(evl Bev)dIn order to solve this problem the authorj of the
present paper investigated muon scattering in lead pl-ites of
4 mm thickness at 81.2 Mev/c. The experimontal
afrangement is chown in-form of a schematical drawinE7 and is
desci-ibed. It consisted essentially of a large cl,)ud chamber
(55-14-40) cm3 an,1 a telescope with counters which wr@re connected
partly in coinc4dence and partly in anticoinciden-ce, Particlo
identification wan carried out in form of a rou;;h estimate
according to the ionization density and the multiplo !,rattprinL@
of particles in the chamber plates. An estimate o" thu nunb,r- of
the protons to be expected resulted in a value of < 2% of the
total number of recorded particles; the value found was
(1-5 @ 0.5)%. Muon momentum measurement was carried out accordint;
to the remaining range, measuring of the ocatttjring anglec -ria
carried out by projecting, the track on to the plano of the front
glass of the chamber. The standard (mean square) deviation in
muon scattering angle measurements was -