SCIENTIFIC ABSTRACT SMIRNOVA, I.V. - SMIRNOVA, K.M.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1. V.
USSR/Engineering - Refractories, Slag Feb 50
Erosion
"Solubility of Alumina-Silicate-Refractories in
Basic Slag,"D.N.Poluboyarinov, Dr-Tech Sci, I. V.
Smirnova, Chair of Ceramics and Refractories of
MKhTI imeni Mendeleyev
"Ogneupory" No 2y PP 71-81
Develops method for evaluating soly extent of re-
fractory materials in Slag in respect to time of
their interaction, and for detg soln rate. Deg and
rate of slag erosion decrease with increase of
A1203 content in refractory.
204T19

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The separability of solid bodies. Z.V.%'oIkovaand,l-V-.
Nfoecow State Teachers,* Inst.). Zhur. PrikLid.
Scnirnova (.
Kkimi.-22 -W-1)(195O.-The efficiency of selin. by grinding
of the kouilionents of a beterwricoui solid depends on the
degree of exposure (d.c.) of the component, A niith
derivation of the formulas 6 given fur ealcg- degrre,.t of
expisure. The formulas derived for d.e. of includcd pha%e
' d including Phase fl. are resp., f, - MI(I A) - Wd
-ndu! t In/(a - I)III(a - ))of - lVel.wheren is theratio
~
of Vol. of solid body to Vol. of Included Phaw, Il'i 6 tile Prob.
ability (A transition of Included pha%e to particles of hetero-
Keneous Minifin., and It's is the pn)I)Ability of trunition tit
including phase to partkIes of heterogeneous compo. The
d c. tit included phase t1two not detwod on its -atent in the
In,terogrneous solid. but the d.e. of including phaw increacs
sharply with decreasing content of included phasc. The
d.e. of both the phases depends on the fortis of the distribu.
tion function of the Including grains. It is found that for a
decreasing content of very fine including grains the values
of f, and ft increase. For increwing values of k (the ratio
of including grain sfites to powder p4nicle sim) the d.e. of
both phases increases. For increasing values of m (the ratio
of vol. of the solid body to the Vol. of included phase) the
d -c. of including phase sharply Increases. G. S. %t&Cv

7777=
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FROST ~ Andrey Vladimirovich, professor; DOLGOPOLOV, N.N., sostavite-I
TOPCHIY,vVA, K.V., doktor khimicheskikh nauk, otvetstvennyy redaktor;
GERASIMOV, Ya.I., redaktor; KOROBOV, V.V., kandidat khImicheskikh
nauk, redaktor, SMIRNOVA, I.V., kandidat khimicheskikh nauk, redaktor.,
TETEVSKIY, V.M., doktor khimicheskikh nauk, redaktor; TILICHZTV, M.D.
doktor tekhnicheskikh nauk, redaktor; SHCHIKIN, V.V.. redaktor izda-
tellstva; ZJCLENKOVA,-Ye*V., tekhnicheskiy redaktor
[Papers on kinetics and catalysis] Trudy po kinetike i katalizu.
Moskva. Izd-vo Akademii nauk SSSR, 1956. 538 P. (MIRA 9-7)
1. Ghlen--korrespondent AN SSSR (for Gerasimov)
(Catalysis) (Hydrocarbons) (Chemical reaction)

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AUTHORS: Smirnova, I.V. and Topohiyeva,r`.1[. 7:7
TITLE- Adsorption of Indi-tidual Hydrocarbons on Industrial Aluminum
Oxide' (Adsorbtsiya indiv-d,,).al1ny!:h 111-0-
myshlennoy oki-si aalyucniniya).
PERIODICAL: Vestni_L- 7oskovskoco Uri~-rs-*Lf-fa.3(;-i-,P_ matematlki mekhpaiki
astronomi.i. fizikj, kh-ImIj., 19'1-3,-Nr 2,nn 233-240 (USSR)
ABSTRACT: A report on the contents of the i:,resent paper was given in
December 1957 at the Lening-ra;' conference on the production,
structure and properties of sorbents. 'rnere was itivescigated
the adsorption of the n-propylbenzene and of the allylbenzene
under 200 and 400 and of the benzene, isopropylbenzene, iso-
propenylbenzene and propenylbenzon under 200 from solutions
in n-heptane by industrial aluminum oxide. The isothermal
lines of the adscrption show a normal course for -,onsolute
liquids. The adsorption remains monomolecular up to the con-
centration which corresponds to the maximum. The molecules
of the considered hydrocarbons are in parallel with the cata-
lyzer surface under adsorption with the plane of the benzene
ri-ng. The adsorption decreases with inoreasing temperature.
Card 1/2

Adsorption of Individual- Hydi-obarbons on Industrial SO V/59- 58- 2-32/35
Aluminum Oxidb
The maximum of adsorpt-Lon displaces into the direction of
smaller concentrations which causes an increase of the ad-
sorption potential. The adsorpticn layers are less dense for
400 than for 200.
There are 5 figures,, 1 table, and 16 references, -:4 of which
are Soviet, 1 is German, and 1 Indian.
ASSOCIATION: Kafedra fizicheskoy khimi-i (Chair of Physical Chemistry)
SUBMITTED: January 30,1958
Card 2/2

ATT T`_0 RS: Smi-nova, V,, Topchiyeva, K. 7. SOV/20-123-2-'30/50
- - ---------------
T1 IM, E: Tfie Adsorntton of Hydrocarbons at Increqsed Temperatures
(Adsorbtsiya uglevodorodov
pri povvsh,-lnnykh tempernturakh)
PERIODICAL: Doklady Akademii nauk 35")R, 19~7,8,1!ol 123, Nr 2, PP 316-'ilg
TT
,JSSR)
A3STRACT: The present pnpev contains data concerning adsorption from
solutions of isopropyl benzene, isoproVenyl benzene, propenyl
benzene, allyl benzene, and cyclohexene on aluminum oxide,
which, as is known, catalyzes many important Drocesses as e.z.
the isoi,,ieriiation of hydrocarlbonq. Short reference is made to 4
earlier papers dealing with this subject. The authors compare
the adsorption of the aforementioned hydrocarbons with that
of n-pronyl-benzene and also with "he adsorption of benzene.
The investigation of this carbon series makes it possible to
solve also the problem of the influence exercised by a con-
jugate double bond in the side chain of an aromatic ring,
Also the relative adsorbability of hydrocarbons in an un-
saturated bond in various positions is investigatei (ally!
benzene - prouenyl benzene). Adsorption from the solutions
Card 1/3 was measured interferometrically, in which case normal heptane

The Adsorption of Hydrocarbons at Increased SDV/20-127~-2-30/50
TpmperaWres
served as a solvent. The adsorbent used was nor-nal technical
aluminum oxide, Adsorption measurements were carried out at
20, 30, and 400, It-he isothermal lines of the adsorDt-ion of
the investigated hyd-rocarbons at 20 and 400 are shown by 2
diagrams. The presence o~f a con;4gatef" aouble bond in the side
chain of an alkyl-aromatic molecule does not vary its plane-
parallel. orientation in the mono-layer in the case of adsorp-
tion on the catalyzer surface. With an increa-se o_1F' temperature,
the part of the surface that corresponds to each adsorbed
molecule increases, but the thickness of the adsorption layer
decreases somewhat. According to the data obtained by ad-
SOrDtion measurements carried out at 200, propenyl benzene,
isopropenyl benzene, and allyl benzene (which contain a double
bond in the side chain) are better adsorbed than aromatic
molecules with a saturated alkyl radical with the same number
of carbon atoms. According to the results obtained at 400,
adsorption becomes weaker in the two investigatea hydro-
carbons if temDerature rises, The molecules of cyclohexene
are it first adsorbed Dlanely on the surface of the aluminum
Card 2/3 oxide but they stand up with increasine, concentration. Thus,

The AdsorDtion of '-*ydrocarbc-s at Increased SO V !2 0 - ~ 23 0- 1",; C
Temperatures
the existence of a double bond in the molecule of a cyclic
hydrocarbon adsorbed on a catalyzer gives rise to certain
Darticularities in the adsorption process. There are 3 figures,
1 table, and 13 references, 1. of which are Soviet.
ASSOCIATION: Kpfedra fl-zicheskoy khimii Mloskovskogo gosudarstvennogo
universiteta im. M~ V. Lomonosova (Chair for' Physical Chemis-
try at Moscow State University imeni M. V. Lomonosov)
PRESENTED: July 2, 1958, by P,, A. Rebinder. Academician
SUBMITTED: June 18, 1958
Card 3/3

AUTHORS: Smirnova, I. V., To~chiyeva, Y. V., 76-1-6/32
TITLE: The Adsorption of Alkylaromatic Hydroc-arbons From
Solutions by 'eleans of Induotricl Catalysts. I.
(Adsorbtsiya iz rastvorov alkilaromaticheskikh
uglevodorodov na promyshlenn-1--kh klatalizatorakh. I.)
0
PERIODICAL: Zhurnal Fizichesko.-..r KIiiiiii, 1950, Vol. 32, 11'r 1, P,). 43-46
(USSR)
ABSTRACT: The question of the problem. of tie influence of the
conjugated double compound in the side chain of an aromatic
rin '; or the adsor,,)tion from a solution i.- treated by means
Of the example of isopropylbenzene and isopropenylbenzene
adsorbed by industriai catal.-ats. The systems investi.-ated
here are infinitely intermixin,~ liquids. The adsorption of
isopropylbenzene -fro..i solutions in n-heptane and in carbon
tetrachloride, the adsor-)t-ion of isopropenylbenzene from
solutians in n-heotano 'b- means of i:-.dustrial catalysts of
71oudry and aluni-inum oxide at 2o was invezti~-:ated. The
~.'i a nh~'XIIMIIM and
.c~dsor-)tion isoth~~rnal li:,,es thrsu~-!
Card 1/3 cross t.,,e concentrati--in axis in C --oint near to C. = 1/vm.

Th-~ Adsorption of Alk-ylaromatic -7 drocarbons From '76-1-6 /32
-Y
Solutions by IMleans of Tndustri.--.1 Catalysts. I.
V;-I ~ the molecular vclu:.ie of c~,rbon, c- = the concentration.
Up to the concentrntions corresT~ondin. to the maxi-nuzi the
adsori-Ition remains ,.-ionomolecular. The authors show that the
selective ---dsorptirni of isopropylbenzene is essentially
,~re-ater fron c. co;,-,-pound with n-heptane th~-,n with a compound
with carbon The authors that the
- L
m
o'eciile:: of t4-,.c 'Ilydrocrirbon~- investi,~Lted
he.re are, vitii to*.,~- bi.-nzene rin,, level, orientated parallel
to the c--tz--,l,,st curface in the c:tse of rdsorptinn from
solutions in n-iieptcne. The aut'Aars t--.Iso show that the
1jresence of ~-L conju-Sated double compound in 'he side chain
of the :-aromatic rin.-11- at the trl~noition from isopropylbenzene
to isopropenyl-benzene es,.;entli~;:-ly i-ncre-ses the adsorption
.potential2 This -oroves the chan.-e of the molecular constant
from 60 a to 56-3"-4.r. the c::,se of isoorenylbenzene. There
are 4 fi.--ures, 3 tables, 25 references, 11 of which are
Slavic.
ASSOCIATIOIT: State Univer3ity imeni 1,11. V. Lomonosova
;oZud--rstvennyy universitet in. ~~:. V. Lomonosova).
Card 2/3

5(4) SOV/76-33-5-16/33
~'JTHORS: Smirnova, I. V., Topchiyeva, K~ li., Smetank-o, I-,. P, (Moscow)
TITM~: The Adsorption From Solutions of Alkylaromatic Fydrocarbons
on Industrial Catalysts 2. (Adsorbtziya iz rastvorov alkil-
aromaticheskikh uglevodorodovnaproiaysh"Lr-,nnykh katalizatorakh.2)
PERIODICAL: Zhurnal fizicheskoy khimii, 1959. Vol 33, lir 5,
PP 1059 - 1o64 (USSR)
ABSTIUCT: This paper shows the resalts of thu investi,~aticin of the
adsorption of allyl benzene, propen.yl benzcn(--, and -- in
comparison - n-propyl benzene from colations of n--he~tane
on Al 203 at 200 and 400. Table 1 shows the physical data
of the hydrocarbons used. 'Figure 1 shows the isothermal
adsorption lines at 200, figure 2 at 400. The absolute iso--
thermal adsorption lines and their molecular constants were
determined considering the extent of the specific zurface of
Al20 3' Fig-are 2 shows the isothermal lines, table 2 the data
obtained . The thickness of the adsorption layer of propenyl
benzene a-rees with the theoretically calculated thick,--ss
0
Card 1/2 of the benzene ring = 3.7 2. Thus the mol,,-ules of nropenil
Z- X

The Adsorption From Solutions of Allkylaromatic SOV1171 1')-- 3.' -5- 16/33
Hydrocarbons on Industrial Catalysts 2.
benzene sho,.; a parallel orientation towards the catalyst
surface with the surface of the benzene ring. The same is
true of allyl benzene and n-propyl benzene. The presence of
a double bond in the side chain does not change the plano-
parallel orientation of the benzene derivative. The adsorba-
bility of the hydrocarbons with various molecular volume
decreases in the order propenyl-, allyl-, n-propyl benzene.
A conjugated double bond increases the adsorption potential.
Adsorption decreases with increasing te-macrature, the adsorp-
tion layers become less dense. There are 3 fi6ures, 2 tables,
and 16 reforerices,14 of which are Soviet.
ASSOCLITIOIT: Moskovskiy gosudarstvennyy universitet iriri. ~'A. V. Lo~-;,Onosova
(Inoscov, State University ineni M. V. Loiiiono.-;cv)
T
SUX..ITTZ'D: Octobt;r 12, 1957
Card 212

FROST, Andray Yladimirovich, prof. Edecessedli Prinimli uchastiye:
BUSIDLZIN, I.H.; YTBDZN*[IY, A.A.; GRYAZNOT, Y.M.; DEK31ITlYBYA,
M.I.: DINTSES, A.I.: DOBRONILAVOT, R.K.; ZILIRKOVA, V.R.; ZHKRKO.
A.V.; IPATOY-EV, V.D.; KYTATKOV.9KIT, D.A.; KOROBOV, V.Y.; MOOR,
V.G.; ITEMTSQV, U.S.; RAKOVSKIY, A.T.; REMIZ, Te.K.; RUDKOVSKIT,
D.M.; RYSAKOY, M.Y.; SEPIORYAKOVA, Ye.K.; S~JMIOTICH, A.D.;
bMIIGAMVA, N.Y.; TATEVSKIT, V.M.; TILICHRIEV, M.D.; TRIFMI,
A.G.: FROST, 0.1.: SHILTATEVA, L.T.; SHCHKKIN, Y.Y.. DOLGOPCLOY,
N.V., sostavitell; GERASIVOY, Ta.I...otv.red.; SMMNOTA, I.Y.j red.;
TOPCHITETA, K.T. ; TASTMOY, T.T. . red. ; KONDiii~~&_A_#_ -red.
izd-va; LAZAR YA, L.Y., tekhn.red.
elected scientific works] Izbrannye nauchnye trudy. Moskva,
k
d-vo Mosk.univ., 1960. 512 p. (MIRA 13:5)
1. Chlen-korrespondent AN SSSR (for Gerasimov).
(Chemistry, Physical snd theoretical)

81654
AUTHOR3s
S/181'60/002/06/44/050
B006/B056
TITLEt
Shuba, Yu. A., Smirnova, I. V.
Photoelectronic EmissionIFrom
Copper- and Silver Iodide
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 6, pp. 1321-1322
TEXT: The external photoeffect occurs on pure halides of the elements
of the first group of the periodic system in the far ultraviolet.
Hitherto, the photoemission from CuI and AgI has been investigated
mainly within the longwave range of ultraviolet emission. The authors
of the present paper measured the relative spectral distribution of
photoemission from CuI and AgI in the shortwave range of from 2600 to
1100 A. For this purpose, a vacuum monoc)-,romator with aluminized replica
with diffraction grating (radius of curTrature ~tO mm) was used. As a
radiation source a hydrogen gas discharge lamp? ith LiF-window (Of
1 m thickness) was used, which alloweT a -radiation of up to 1050 A to
pass. Photoemission was measured by using the samples to be investigated
as photocathodes in open electronic multipliers. The measuring results
obtained are shown in a figure (abscissa: photoenergy in ev, ordinatet
Card 1/2

81654
Photoelectronic Emission From Copper- and S/181 60/002/06/44/050
Silver Iodide B0o6YB056
quantum yield in relative units). Uniform rules were observed for all
samples. At low energies the quantum yield rises steeply with photon
energy (for CuI by more than 6 orders of magnitutle). Within the short-
wave range a certain saturation sets in. The method of producing the
CuI and AgI layers warranted a nearly stoichiometrical ratio of the
components. It may be assumed that the photoemission threshold in the
layers under investigation corresponds to a photoelectron excitation
beyond the lattice boundaries direct from the valency band vortex.
With increasing hy the number of band levels increases, whose electrons
are able to participate in the photoemission, which leads to an increase
of the quantum yield. With a further increase of hv, the level number
remains the same if the bottom of the valency band is in a depth of
7.5 ev with respect to the vacuum level, and scattering of electrons on
the valency band electrons occurs. There are 1 figure and 6 references:
2 Soviet, 1 German, 1 British, and 1 American.
ASSOCIATION: Opticheskiy institut im. S. I. Vavilova Leningrad
(Optical Institute imeni S. I. Vavilov, Leningrad)
SUBMITTED: September 2, 1959 X
Card 2/2

SMIRNOVA, I.V.; KUBASOV, A.A.; TOPCHIYE-VA, K.V.
Heat of wetting aluminum oxides by benzene, cyclchexane, and
cyclohexene solutions in n-haptane. Dokl. AN SSSR 139 no.l:
150-153 J1 161. (MIRA 14:7)
1. Moskovskiy gosudarstvennyy univQrsitet im. M,V. Lomonosova.
(Aluminum oxide) (Heat of wetting)

VAVILOV, V. S.; SMIfLNOVA, I. V.; CILALP'NIN, V. A.
"On Defects Introduced by Fast Electrons into silicon Doped by Lit*rftum "
PaDer was submitted at the International Conference on
Crystal Lattice Defedts at KYoto~ 7-12 Sea 1 62
(for Vavilov, v. s.) P. N. Lebedev Inst. of Physics
Leninsky Prospect 53, Moscow

s/i6l/62/004/005/009/055
BI 02/B1 58
UT IC). i 0' Vavilov, V. S., Smirnova, I. V., Chapnin, V. A.
-"ITTL": The interaction of lithium atoms introduced into silicon
,,-.-ith the radiation defects of the structure
F4z-*'-a tverdo-o tela, v. 4, no. 5, 1962, 1128-1131
7 -T h. eau t, .,lors studied the interaction of Li impurity atoms in Si
sin.-Ic crystals -.-.-ith the structural defects that were produced by fast-
01 actron. bo:,ibardment. The Li impurity was introduced by diffusion from
Sn-Li melt containin- 0.2 - 1,;,, Li. Li equilibrium concentration in
,L'i re~clied at 550-650 0 C. The Li samples were p-type (q-150 ohm-cm)
and cut out ol- sin~je crystals. After introduction of Li the p-type
sa::zples transformed to n-type with carrier concentrations of
11
3.,014_ 0 -3. +
1 10 on. Since Li formed oxide ions LiO , which have shallow
donor levels and are relatively stable at room temperature, the carrier
,~oncer,Lration kn) equals the sum of the ions Li .+ LiO+. Flectron
bc,mbard-ment (0.9 Mev) took place at room temperature. At Li concentrations
Card 1 /1

h4l6'
3/18 62/004/012/003/052
B104XB102
AUTHORS: Smirnova, I. V., Chapnin, V. A., and Vavilov, V. S.
TITLE: Radiation defects in lithium-doped silicon
PERIODICAL: Fizika tverdogo tela, v. 4, no. 12, 1962, 3373-5380
TEXT: The effect of lithium on the formation of stable radiation
defects in silicon and on the annealing of,these defects is studied by
-determining the temperature dependence of the carrier concentration from
,the Hall effect. The; lithium was introduced into Si single crystals by
diffusion annealing (550-6500C) from a tin-lithium alloy. The single
crystals had a resistivity of 100 ohm-cm; after doping they had n-type
conductivity. The carrier concentration lay between 3-104 and
17 -3
2-10 cm . The specimens were irradiated by 0.9-Mev electrons at rooll~-,-
temperature. Results: In n-type silicon with lithium up to concentratio'lls
17 -7
of (1-2)-10 cm , shallow energy-levels arise in the range from 0.06
to 0.14 ev below the bottom of the conduction band, which are related to
primary radiation defects, e.g., to pairs of interstitial atoms and
Card 1/2

Radiation defects in
S/181/62/004/012/003/052
B104/B102
vacancies which are separated by different distances. The lithium in the
Si crystal interacts with these defects. Such interaction is similar to
the processes that occur during the annealing of genetically unrelated
vacancies and interstitial atoms. The trapping radius has the same order
as the lattice constant, (r min = 5-4-10-8 CM0- In crystals that, after
part of the lithium has been deposited in the defects, are again of p-type
conductivity, the levels 0.45 ev, 0.28 ev and 0.21 ev were observed above
the top of the valency band. The centers corresponding to the level
7v + 0.28 ev did not disappear completely even during annealing for
several hours at 4900C and above; those corresponding to the level
EV + 0.21 ev disappeared completely during annealing at 4500C. There are
4 figures.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M.V. Lomonosova
(moscow State University imeni M.V. Lomonosov)
SMMITT ED June 16, 1962
Card 2/2

SMIRNOVA I.T.; TOPCHIYEVA, K.V.; KUBASOV, A.A.; SAVCHERK01 L.V.
Adsorption of mothyloydohexane from solutions at elevated tam-
perature. Dokl. AV SSSR 147 no.3t660-662 N 162* . (MM 15212)
I* Mqskovskjy gosudarotwinnyy universitet im. M*V& Iomonoaqwa*
Pred*tavlenO akademikom P.A. Rebinderm.
.(cycloh va) (Adsorption)

SMIRNOVA, I.V.; KARPUKIIINA, G.V.; TOPCHIYEVA, K.V.
Adsorption of allylbenzene and ally1cyclohexane on a chromia
catalyst. Neftekhimiia 3 no.1:71-73 Ja-F 163. (MIRA 16:2)
1. Moskovskiy gosudarstvemyy universitet imeni Lomonosova.
(Benzene) (Cyclohexane) (Adsorption)

s.-1Ro4/63/OO3/Qol/oo6/Ol3
9075/9436.
AUTHORS: -Smirap
opchiyevAl K'V.
,_L,Y,,~Karpukhina, GeV., T
n,
TITLE: Adsorption-of-allylbenzone and allylcyclohexane o
chromia catalyst
PERIODICAL: Neftekhimiya', v,3, no.l,.1963, 71-73
TEXT: The adsorption from n-heptano of the two hydrocarbons on
CrO3 was studied to gain an insight Into the mechanism of the
,polymerization of unsaturated hydrocarbons-. The catalyst was
prepared by a previously.described method (.A.V;Topchiyev at al.,
Dokl. AN.SSSR, v.130, 196o, 344) and had the surface aiea of
330 m2/g. There were no catalytic reactions taking-placie during.--
the experiments. The,adoorption.isotherms were determined at 20*,C,.;:
by interferometry. Allylbonzona was shown to occupy an area on
the catalyst similar to that-occu ied J~y behzene on silica Sol or,;
alumina, Allyl.groups verb apparently'above.'thb level of'the,'
adsorbed benzene nuclei making IthIaadsorbed-mo-no-layer relatively
thick and not in-contact with:the cAtalyst'sur-face. Th'6
molecules of adsorbed all Iylcyblohexane`bcbupied'-mud.h Urger area,
the allyl groups being in direct-contact with the~surflace.
:.Card 1/2

TCYCHI-iEVA, K. V.; SMERNOVA, I. V.; KUBASOV, A. A.
"Concerning the mechanism of cyclene isomerization over alumLaa."
report submitted to 3rd Intl Cong on Catalysis., Amsterdam, 20-25 jul 64.
:L-
Moscow State Univ im Lowonosov.

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T ~n rajt~_.on of _c25
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of hydrocarbcrj~z on
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SMIRIWA, K-A.
An iinusual complication of gastric resection. VeBt.kbir- 76 no-7:
126-127 Ag '55. (MLRA 8:10)
1. Iz khirurgIcbeskog otdeleniYEL 3-Y gorodskoy bollnitsy g.
Ivanovo (zav.]CA. Smirnova)
(STORACH, neoplasms
caused by surg. & anastomosis of stomach)

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:
ro-6- N'-
'-Y k (1953);,-31S~316;
t
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ne ropg..,, reqlap -9n p A
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set.-is aiHed'a G s-w,er
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o
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sen of D 1~
-M6scowrL6niiiorad,'.1950-'MR~12 73~]
dat,
i
az
(A~n Arb(3r, blich.
D X K arits

%- SMIRNOVA, Kh.A.
Systems of algebraic equations with a single unknown. Izv-
vys. ucheb.zav.;mat.no-5:16o-164 160. (MIRA 13:10)
1. Moskovskiy poligraficheskiy institut.
(Equations)

AD, Ll'l--IISKIY, Feadosly Petruvich-, i.F-II1QWVA-I Kh.A. Y dots.,
red.; MAKOVSKUP., R.P., -
(Elementary theory of Fourier series. Fourier intlegrals;
supplementary chapters to a eourse in higher mathematics]
Nachallnye svedeniia o riadakh Furle. Integral Furle; do-
polniteltnye glavy k kursu vysshei maternattki. Moskva,
I.'.'osk. poligraficheskii in-tv. No.2. 1964. 39 p.
(mil"'A 18-.6)

S/075/62/017/005/001/007
1033/1233
AUTHORS: Brudzl, V.G., Titov, V.I., Osikoje. F,,
Dr~~pkinaj D. A., and Smirnova, K,A,
TITLE: Sulphona7o as a reagent for the determination of
scandium
PEIRIODICAL: 7,hurnal 3,viliticheskoy khimii, v.17, no.5, 1962,
568-573
TEXT: Properties of various reagent's which produce colored
compounds with Sc ions were investigated and compared. The best
reSUItS were obtained in the case o~ gulphonano. For a solution of
PH 4.0 - 5.5, buffered by urotropine or acetate, the peak of
optical.density is"obt~iined at 610-620 m/4. The Beer law is obeyed
Card 1/3

S/075/62/017/005/00:L/007
1033/1233
Sulphona::o as P. rea,-ent ....
institut minerallnogo syr1ya (all-Union Scientific
i~esearch Institute of Chemical Repgents and High
Purity ChemicR1 Substancesand All-Union Scientific
Research institute of Miner~l Raw Materials) Moscow
SUBMITTED: May 20, 1961
Card 3/3

P)
DRAPKINA, D.A.; BRUDZ1, V.G.; SMIROVA, K.A.; DOHOSHINA, N.I.
Photometric determinati,~n of cadmium by means of ubromobenzothiazo!.
Zhur.anal.khim. 17 no.8:940--94./+ N 162. (1~ffi'A 15:12)
1. All-Union Scientific-Research Institute of Chemical Reagents
and Ghemical Substances of Special Purity, Moscow.
(Gadmium-Analysis) (Chemical tests and reagents)

LUKIN, A.M.; SMIRNOVA, K.A.,- ZAVARIKHINA, G.B.
New reagent for the photometric and complexonometric
determination of calcium. Zhur.anal.khim. 18 no.4:444-"9 Ap 163.
(MIRA 16SQ
1. All-Union Scientific-Research Institute of Chemical Reagents
and Chemical Substances of Special Ptiiity, Mosd6w.
(Calcium--Analysis) (Complexons) (Photometry)'

11
VIS~T-7'70V, D.Ya., doktor tekn.naiik. prof.; A.A., k-and.tekhn.nauk,
dotsent, SMI-TUTOVA, K.Ao, inzh.
Mechanical properties of steel at low temperatures. Trudy- MATI no-31:
loo-106 158. (MIRA 11:7)
(Steel--Testing) (Mechanical wear) (Metals at low temperature)

AWSHINAY V.I.; AFSELIRM, S~S.; RUTKOVSKIY, G.M.; SMIRNOVA, K.A.
The SF-8 recording spectrophotometer. Zhur. prikl. spekt
no. 2:182-186 Ag 165. (Milpil ;8-1 ~~,

Is 0 0 so -6060660
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b
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last-furvace s
&g
silicate And allumin, cements from
K_A..SmkrTnvn and V. 1. Zeliternwi-tef. Zas%k1,k.iix
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ollenings. per sq. ent. Filter and &t. tile Al as billtiw%- ee
ToN till. lot the Mimic athl 10-15 till. water and d S drop,
Of tMileltlift (0.1'70 follin. lot W2tCf), tilMtC Witt% V IICI Ill
Willi water to th,
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fill
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.
stoo
vv
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..
e pli
level of a previou4y lwelxl. slandAM MAJI. 1111.1 IiJIAW to,
5 the same color as the standard. Ilea( the tittat,,l stoln. to
0
boding, sold a few drops of I)hcnolphthtdcin and titrai.. 0
vrith.VNaOll. To prep. the standard soln. asid 6-S drolo~
00
of troMolin anti 0.2 rod. of N IICI to IN) till. water. vit.
content of AIA lit C.A. in equal to (11 - 0,2)3-4 whrre It 1~
tile lnl. .4 NaOll vl~-l Ili titriation. Vxpt, lwtv Muovott
0 0
ha, file av. vallic of the cuo-r.i.- fa--t- f ...... A1,0.
7
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P.LKI)Itt AftD PNC*#NF1j1 !U*911
As
64 IMA Wall We-
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1.) S. A. Berzon and K. A- Sm
4040 X1 (in Russia' -(r
Strknl*nain i Keraisicheskaid PrOmy"hle'"'
00 ug, 1947. p, 10-12.
and Ceramic IndustrY). v- 4- A chro
Shown that pigments such as cobalt. nickel,
*0 ell as Co-,Nfn. Co,A).
.jum, and Iron oxide-' a- wd by very
09 Cu-, -Cc may be replac
,41. cobalt-. and Fe
*0 cheap materials. A series of such materiaN IS In,
0.0 dicafed and method for their use givO"-
A 5 AS L A41 TALLLIPGiCAL
LINRATM CLASSIFICATIGIN
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AjA
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(iou of untired acid-resistant ware wormstudird. Typical
00 vompo,,itioms include marshallite, quartz -,And. sand. liquid
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001.
in stroig1h (4) Strength inermsed with increasing pri- roe
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dropim,trorngth. The nuwt corro-ive turelia were bound to)
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NOMIC1,111W pwmlkts for Metkbh' and facing plateit.
S A 11KRZON AND K -A. Swim %,#,vt~ .144W.,sylt A .eram
lee
0 Prom., 1947, No. ire given tilt tht,

0 preimr-Ation and chAracteri%tic% tif the following tioncritical
inaterials u,; pignient% for MrtLikh anti being platl,:
1
li
i
1
i
nq
zavei
) fi
taya ore conuits
ng 34 32 irt)n oxid,, and
.141; ctklalt oxitic, 12) Knalnound'Aaya tire containing
17.7 iron oxide anti 1.2'f' copper oxidv, (3? inxlganr~: cake
obtained frotu converter I;ig anti containing tilt to IN Ni
*0 and Mit and Ild'i Co, and H) iron-citp1wr ctke obtaitted
front convrrtcr sLAC and cont.tining ;'A~; iroti and ill-
00 significant amounts (not given) af Na and Cu These 41

SO inaterial., wrresuccrWully ti~vd inAvad of I he critivid mid 3 zoo
expell'ivi. oxideof Co, M. Cr. and Ivand Co-Nin. Cn-Ni.
see
00 Cti-Al. atilt Fe-Cr piginent,
00 a
00 zoo
09 =411 0

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see

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too
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SMUNOVA, K.A., Eng.
"Obtain-inz Acidproof Plates Without Roasting cn a Base cf Soluble GI-ass." Thesis fcr degree
of Cand. Technical Sci. Sub. 6 Jun L9, Yoscow Order of Lenin Cher-d-cotechnclogical Inst imeni.
D.I. Mendeleyev.
Summary 82, 18 Dec 52, Dissertatims Presented fcr Degrees in Science and Engineering in
Aoscom in 1949. Fmm Vechernyaya Moskva, Jan-Dec. 19h9.

3,:" ia-T C v A
Y-34,
Ra-.-.-a'--otka ryetsyeptury i tyekbnu-loi7ji izgot-vlyerii,,,a byezcbzhiccw/kh kisictoupornfkh
plitc"'. 1:rudy Gbshc~.~.,escyuz. NTauch. - isslyed. in- ta- str-cit. vypp. 1949
. - _7V.
z. 16-30'. - Biblicor: 14 "7e.,
X: 34

9MPROVA, K. k.
New tyFe porcuf-, cera-,,Acs sha;~~-s. 1. 4z. Dobrcvollskii and K. A. Smirnova.
-,ti-Alo I '-erqm., 7 (8) 12-20 (19TO).-=i, maling PCrous shapes froff'-4ua~~i-
sand an! wat-,~r gle.-i.-3, the mcthod involves -t;-'ec4J-n.f, t'e o:3t nnIformly sized
sand grains and determining thri optimum amount of water glasr which, dtiring
firing, will produce a fine vitreous film around t,'.e grains, cement them,
and create onen .bores ~~y :,,ot fil~lng the apace-s between the grains. The
materials are mixed, slha~ed with the aid of a press or vibration -plaLfo!-:-.~,
and "ired at 90i'lo to 950 C. Photos and c'~aracteristics of filter shapes are
U'ven. B.Z.K.

uWnWdW infl , oaq( N&AIR.S. ibis emoackmion -he fa cc Ago , a
even a "If amount of N&AF& (4-7 YJ is ad" in do NA
silicate is in the CoHoidiall state, wheress only 104 5 SJO, should tbwm form as a
result of reaction betw= the Nis Adicam and tm sam quarway of NAAW6. CONW"
Seth costs sprog grams as a W14dw Nov. Owing to the nernoval of we dwims
drying anil synaoi* ft gel solkWks io 'k a strong W*W of
each other and dIvA incnian ilis Of &A IpWdWU. Fog W01111111
scitt the products contain in addition to do pas gram a bond V=5VA :9
and '60,-.'SiO2. Considering that 2D-25 7, ofthe minture of Nit silicak with N&AF6
is Introduced into the ink. the whole body wW contain c. 15 9,1 colloidid SA &W 100%
&"i. N&F fannitV from miction betwisen Na silicate and TZA-'F# I. p.M in thi
body in amall amounts (