SCIENTIFIC ABSTRACT STROGANOV, YE.V. - STROGANOVA, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653530011-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 3, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/54-518-3-16/19
AUTFORS: Tolkachev, S. S., Stro.-anov, Ye. V., Kozhina , 1. 1.
TITLE: The Structure of Lead Hydroxide (Preliminary Communication)
(Struktura gidrata okisi svintsa - (Predvaritellnoye
soobshcheniye))
PERIODICAL: Vestnik Leningradskogo universiteta. Seriya fiziki i khimii,
19582 Nr 3, pp 134-139 (USSR)
ABSTRACT: The crystal structure of netal hydroxides until now has only
little been investigated because in general they are ob-
tained in the form of amorphous precipitates. Lead hydroxide
is able to dissolve in alkaline solutions and to crystallize
from these solutions. In the present work the crystal struc-
ture of lead mono-hydroxide was found. Because of data ob-
tained from radiographic investigations the formula Pb(OH)
2
mu3t be ascribed to the crystal hydrate PbO.11 20. In figure
3 the structure of Pb(OH)2 is presented. In the crystalline
"ard form of Pb(OH )2 the chemical bond is determined mainly by
1/2 the interaction between the lead ion and the hydroxyl ions.

The Structure of Lead Hydroxide SOV/54-58-3-16/19
(ireli,minary Communication)
Nevertheless also the hydrogen ani hydroxyl bonds play a con-
siderable role in the structure. On the base of some in-
formation gathered and according to the approximation usual-
ly employed in crystallochemistry the hydroxyl ion r~ay be
represented by two spheres ME 4). This corresponds to the
penetration of the proton into t:,.e sphere which gives an
approximation of the oxy.-en ion (02-) within a listance
of 1.13 3 from its center as viell as of' the domain of in-
creased electron density formed around the proton. There
are 5 figures and 3 references, 3 of which are Soviet.
SUBMITTED: '~Tarch 21j, 1958
I~ard 212

AUTHORS": Struganov, Ye.V. , Kozhtna, I.I. , Andl-c""'V, 51,-10-2-13/16
TITLE: The Structure of the Clystal, CoCi 2 ' 6H20 (Struktura kristal-la
COC12 * 6H 20)
PERIODICAL: Ve-qt-iik Leningradscoge, Universiteta,ISeriya fiziki i
khimii , 1958, Vol. 10 1Nr 2 , pp. log-i16 (USSR)
ABSTRACT: Among the cobalt chlorides with different cr-js tall ization -;:ater
content the compound CoC12 - 6H20 has not yet been investigated
,,rith respect to its crjstalline structure. The authors undertook
to do this, hoping that knowledge of a ne-a structure would contri-
bute toxards generalizing these cristal 1Vdrates. As a result of
radiostructural investigation the structure of the crystal
e+
COC12 - 6H20 vias determined. The crystal is composed of ions Cc
Cl- and H 20 molecules. The vrater molecules occur in the crystal in
t-,-r-o states: 213 of all water molecules are in the im-nediate vicin-
ity of the ions C02"'. The distances betvieen ~he centers of the
,iater particles and the center of the ion CO + amount to 2.1~+kX.
113 of all water molecules is far a,.-;ay from the particles Co
Card 1/2 (3.20 kX). The water molecules Jhich are nearest to the cobalt

The Structure of the Crystal CoCl DI'20
2 * "
54-10-2-11 IQ
fon.n. grcurz of 4 round each o~ the Co 2+ ion and form a rectangle
in the center of ,,,hich the Co-+ is located. The water molecules
located at a greater distance are grouped along a straight line
from both sides of this rectangle. This line passes throu6Th the
center of the rectangle and -;rith its normal fonis an angle of 400-
In the series of chlorine cobalt crystals aith different content
of cvjstallization ,,rater the anion particles in the octahedral
vicinity of Co~~+ ions are replaced by water molecules -;,ith an in-
crea3ing -i-rater content in the crystal. Chlorine cobalt hexahydrate
can be considered to be a complex comround. It consists of an
octahedral complex JC02+ . 4H'0 . T - j and 2 rater molecules which
2 1
border immediately upon the Ct anions- It is rational to ascribe
the chemical fonnula LCO(H201,912] - 2H20 to this substance in
solid condition. There are 3.figures, 5 tables, and 3 references,
allof which are Soviet.
SUBMITTED: November -19, 1957
AVAILABLE: Library of Congress
Card 212 1. Crystals-Structure 2. Crystal hydrates,"itructural
analysis

STROGANOV, Ye.T.; KOZHINA, I.I.; ANMIEV, S.N.
- "
I - Crystalline structure of CoCi 6~20 [with sm-ry in Bn,-,Iishj.
Vest. IGU 13 no.10:109-116 '_;~: (KIRA 11:6)
,(Cobalt chloride)
:;. (Crystallography)

50) 5OV/54-59--'4/2r
o
AUTHOR: L;troganov, Ye V
TITLE: On the somorphism of Crystals of Triphenyl Chlorides c.,' Ar,~-_-
mony and Bismuth (0b izomorfizine kristallov trifenilkhloridov
surlmy i visinuta)
FERIODICAL: Veotnik Lening
.L - _;radi3kogo universiteta, Scriya fiziki i. khimti,
19r1,9, Nr 1, pp 103-106 (US~;R)
ABSTRACT: In the present paper the author investi~;ated the crystall'Ane sLb-
stances Sb(C,H ) C1 and B-t(C H ) C1 b~, the aid of X-ray struc-
0 5 3 2 6 5 3 2
tural analysis On the basis of goniometric measuremert:~ he cal-
culated the axial ratios of the crystal sections (Table 1) The
Laue diagrams were plotted for both crystalo. Apprcximate cal-
culations of the identity periods of crystals were then carried
out, as ggiven in table 2, The exact values rare deternined from
the 'Wei3eziberg and Yong X-ray diagrams (Table 3). The identity
periods of both crystals are neither the same nor multiple, i.e.
the simple characteri-stico of the isomorphous crystal series are
not to be found there. They belong, however, to the same spatial
group, their elementary cell volumes are duplicated and their
Card 112 multiplicity number duplic-ates as well The explanation of the

SOVI/54- 59-1- 14/25
On the Isomorphisin of 'Cryutals of Triphenyl Chloi -ides ef Antimony and Bismuth
facto observed may acoording tr, V, Dz Nefedov oe f,~und in the
chemical as well as in the structuril similarity of the sub-
stances A closer explanation, however, calls for a more accu-
rate structural arialy-is of both substances. The author thanks
V D. Nefedov f*cr crystals put at hio disposal. There are
4 tables aad 4 Soviez references,
5UBMITTED: June 28, 19'.!U
Card 212

AUTHOR: strc~;ano%r,. Ye,--V-- 3OV/54-1q9-'-24/2r,
TI T LE Simplified Methodi of Fourier Series Calculaticn in Cr-,-sta-1
1~'tructure Inal-;zes (Uproshchennaya metodika ;ychisleriiya ryadov
Fur'ye ~ri strukturno-m issledovani-- kri!,tallov)
Pi~HIMCAL: Vestn.4k Leningradskogo univers-iteta Scriya fizik4- i kh;.mll,
1959, Nr
A,B-`T Z A C T
11 new tabulai dr-,vice for the calcul~----tior of the Fourier L;eraes
is [;iven wrhich -~s cur.,6--derably simpler than the devices used
hitherto (Refs ',2) It consists in p:rinciple only of a card-
J
board model with rectangular apertUres If e.E. the sc-rieo of
the '~-pe 2C(h)ros2-7--hx is examined the rectanEular a1pertures are
h
provided -aith nurabers of "he harmorlics h. The apertures are pro-
vided with a. division. inw N part,, and in thc,,a the vulue-cz for
coq2~-,hx in 'he interval 0 1~~ x11 are plotted. By means of the
values of the coeffici-~nits of C( h) , a loGari thmf~: rule--r , and the
:.-:odel with the plotted value3 for cos2jThx all values of
C(h)co~;27Fhx fov all x can be obtained in tabulated form Th
summ,ing up in the columns of th--~; table y1elds the final values
Card 1/2 of the oeries for d~ffurent x The given =ethod of sal~-ula-.ion

SOV/54-59-,-24/2r,
Simplified IA,~~thod of F,uri(-,r aeries Calculation i:1 Cr~'Stal Structure Analyses
SUBMITTED:
is eopecially suitable for the initial investiF7-ations of unknown
structures. By means of thit3 method it is possible to carry out
the calculations for different N which facilitates the determi-
riation of the optimum fiFure of the N divisions of the otructure
to be investigated. The method described is especially suitable
for students who must carry out Practical work connected with
harmonic analyses. There are 2 references,
March 17, 1958
Card 2/2

5 M
AUTHORS: Andreyev, S. N., Stroganov, Ye. V., SOV/79-29-5-75/75
Khaldin, V. G.
TITLE; A Subject of Discussion (V poryadke diskusaii). On the
Applicability of the Equation by A. F. -Kapustinskiy for the
Computation of the Energy of Crystal Lattices of Complex Salts
(0 primenimosti uravneniya A. F. Kapustinskogo dlya rascheta
energii kristallicheskikh reshetok komleksnykh soley)
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 5, PP 1753 - 1757
(USSR)
ABSTRACT: This is a discussion dealing with the suggestion made by
K. B. Yatsi-mirskiy that the radius of the complex ion be
introducedlinto"Kapustinskiyls equation for the computation
of lattice energies of tetrahedric and octahedric complex
salts. For this purpose the ion radius was determined from
the X-ray structural data for 18 such complex ions and
compared with thv calculations frog the Kapustin6kiy formula
(Table). For salts with ions CrO - , so 4- 2, Clo 4- and
MX6t2 ~of the structure type K 2- TC1 61 ) a good agreement
Card 112 is obtained. Thus, the equation by A. F. Kapustinskiy may be

A Subject of Discussion. On the Applicability SOV/79-29-5-7505
of the Equation by A. F. Kapustinskiy for the Computation of the Energy
of Crystal Lattices of Complex Salts
well used for the determination of lattice energies of
tetrahedric and octahedric complex salts. The authors thank
K. P. Mishchenko for valuable critical remarks. There aro
1 table and 11 references,. 6-of which are Soviet.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet
(Leningrad State University)
SUBMITTED: May 30, 1958
Card 2/2
USCOW-Wz.41,2~Z

5(2)
AUTHORS: Andreyev, S. N., Khaldin, V. G., SOV/79-29-6-6/72
Stroganov, Ye. V. .
TITLE: Hydration Heats of the Ions Me(H 0)+ 2 (0 teplotakh gidrat-
2 6
1 +2
atsii ionov Me(H 20)6 )
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 6, PP 1798-1801
(USSR)
ABSTRACT: The investigation of the hydrate sheathe of ions in solutions
was hitherto one of the most difficult problems, since
physico-chemical methods are missing, which permit the in-
vestigation of the state of the water molecules isolated
from the remaining mass of the solvent, which envelop the
ions. The manifoldness of the chemical properties of the ions
is another difficulty to be met with in this investigation.
For the solution of this problem a many-sided investigation
of the aquo-ions which are constituents of the crystal lattLes
of the crystal hydrates of different salts, and the investi-
gation of the properties of the water molecules which envelop
the ions in the crystal hydrates could be of decisive
importance. On the basis of the papers by K. B. Yatsimirskiy
Card 1/4 (Refs 1-5) the authors arrived at the conclusion that the

Hydration Heats of the Ions Me(H 0)+2 SOV/79-29-6-6/72
2 6
investigation of the hydration heats of the aquo-ions
Me(H 0)+2 initiated by this scientist had to be continued.
2 6
For this purpose one should start with the crystal hydrates,
the crystal lattices of which are already thoroughly investi-
gated with respect to their structure. Also in the present
case the data of a X-ray analysis confirmed the presence of
the ions Me(H 0)+2 in the molecule of the crystal hydrates.
2 6
The addition energy of the water molecules onto the ions
Me'2 as well as the hydration heat of the aquo-ions Me(H 0)+2
2 6
can be determined if the primary integral heats of solution
and energy of the crystal lattices of the salts are known.
On the basis of the primary integral solution heats of the
crystal hydrates of the metal perchlorides the standard
formation heats of the following compounds were determined:
Zn(ClO 4~' 6H 20, Cd(ClO 4)2' 6H 20, Mn(ClO 4)2 . 6H20'
Fe(ClO 4)2 . 6H 201 Co(Cl04)2 .6H 201 N'(C'04)2' 6H20. According
Card 214 to the equation of A. F. Kapustinskiy (Ref 10) the energy

Hydration Heats of the Ions Me(H 0 )+2 SOV/79-29-6-6/72
2 6
values of the crystal lattices of the crystal hydrates of
the perchlorates Mg, Zn, Cd, Nin, Fe, Co, and Ni were deter-
mined, the formation heats of the aquo-ions Mg(H +2 P
20)6
Zn(H +2 Cd(H +2 , Mn(H +2 , Fe(H 0) +2 , CO(H 0)+2
20)6 ' 20)6 20)6 2 6 2 6 '
Ni(H 0 +2 the energy values of the addition of water to
2 6 +2
the io s Me in the gaseous phase and their hydration heats
of the ions Me(H 0)+2. These results are in agreement with
2 6
those obtained by K. B. Yatsimirskiy. It was shown that the
hydration heats of the aquo-ions form about the half of the
+2
hydration heat of the ions Me .The water molecules in the
aqua-ion ble(H 0)+2 are considerably polarized. These aqua-
2 6
ions are so-called "Aqua Acids" (Refs 17-19). The authors
express their gratitude to A. F. Kapustinskiy and K. P~
Mishchenko for valuable advice. There are 3 tables and
19 references, 16 of which are Soviet.
Card 3/4

Hydration Heats of the Ions Me(H 0) +2 SOY/79-29-6-6/72
2 6
ASSOCIATION: Leningradskiy gosudarstvennyy universitet (Leningrad State
University)
SUBMITTED: May 30, 1958
Card 4/4

22455
S/186/60/002/001/005/022
A057/A129
..'A (2/00
AUTHORS: Vdovenko, V.M.; Stroganov, Ye.V.; Sokolov, A.P.; Zand1n, V.N.
Ueceaseck
TITLE: The structure of the hexahydrate of uranyl nitrate
PERIODICAL: Radiokhimiya, v. 2, no.,I, 1960, 24 - 31
TEXT: Using the method of Fourier series the authors determined the posi-
tion of the uranium particles in the crystal of uranyl nitrate hexahydrate from
x-ray data-and suggest a model of the crystal structure. This structure Is im-
portant for extraction of uranyl complexes, because crystal solvates acre very--
similar to solvated ions [Ref. 1: Ye. V. Stroganov, S.N. Andreyev, N.I. Kozhina,
Vest. LOU, 10, 2, 109 (1958)]. On the other hand structural data are of interest
for the classification of this Impprtant group of complexes, and until the begin-
ning of the present investigations the structure of uranyl nitrate hexahydrate
was not determined. L. Pauling and R.G. Dickinson [Ref. 4: J. Am. Chem. Soc.,
46, 1615 (1924)] assumed space-group symmetry DY, - cmcm with uranium-in position
(c),,and Y - 0.130. Making allowance for the principle developed by R. Kern et
al. Ref. 6: Bull. Soc. fr. min. et Grist., 81, 4, 103 (1958)] the present au-
Card 1/10

22455
S/186/60/002/001/005/022
The structure of the hexahydrate of uranyl nitrate A057/A129
thors determined a space-group CJv2 - Cme (Y = 0.130, z - 0) with a quadruple reg-
ulated system of positions (a) for the uranium particles. The same space-group
was discovered already in 1957 by K. Sasvhri [Ref. 7: Acta Geologica Acad. Sci.
Hung., 4, 3, 467 (1957)] by means of a piezoelectric effect. In the present ex-
periments yellow-green uranyl nitrate hexahydrate,arystals were used with the
crystal form presented in Figure 1. The x-ray diffraction data were obtained
from Laue or Weissenburg diffraction patterns and oscillation photographs. The
structural data correspond to those obtained by SasvAri (see Table 1). By pre-
paring the diffraction patterns using Fourier series and calculating the electron
densi -ty, coordinates for all particles were determined. From the obtained values
a projection of elect~on-defisity in the planes XY and XZ was plotted (Fig. 4).
Uranium particles have a T.000 maximum (see Fig. 4), while the' 1,500 maxima cor-
respond to the water molecules, and the 1,800 maxima (in XZ plane) are due to
oxygen of the uranyl group. From the difference between the Fourier series and
electroft density projections (Fig. 4c) the accurate distance between the uranium
particle and oxygen (in the uranyl group) was determined as 1.90 f 0.13 A. The
maxima -500 (Fig. 4c) and -1,000 (Fig. 4a) correspond to the oxygen of the N -
groups. The approximate coordinates are given In Table 2. The present resull
indicate that the hexahydrate of uranyl nitrate represents an ion compound compo&-
Card ?_/10

s/i86/6o/oo2/ooi/005/022
The ,tructure of thehexahydrate of uranyl nitrate A057/A129
ed of aqua-complex cations U02(H20)612+ and NOj anions. Thus the chemical for-
mula should read [U02(H200(NO3)2' The oxygen atoms of the nitrate group are in
the vertex of an ejuilateral tr1angle (side length 2.66 1). In the basis of the
complex [U02(H20)6 2+ Ions there is'a linear uranyl group. The distance uranium
- oxygen is here 1.90 A. Two possibilities for the distribution of the water
molecules are studied by the present authors. Plirst variant: According to the
data of Fourier series and table 2 the maxima of the electron density indicate
that-the water molecules 2, 3, 5 and 6 (Figv 5) lie in a plane parallel to the
equatorial plane at a distance of 0.3 L while the water,molecules I and 4 are in
an equal plane on the opposite side of the equator. The dfstance between 2 - 3
and 5 - 6 is 2.82 A and between 1 - 2, 3 - 4, 4 - 5, and 6 - 1 it is 1.90 1. The
second, idealized,.variant: This distribution is represented by the rotation of
the water molecules 2, 3, 5 and 6 around the uranyl axis, assuming an equal dis-
tance of 2.30 A between the water molecules-. The fact.that this distance is
smaller than theiradii of-two water molecules (- 2b66 1), can be explained by the
strong deformation of the water molecule caused by the uranium field and forma-
tion of bonds between the molecules. Both proposed distribution variants are
similar to the structure of uranyl aqua-complexes presented by I.I. Lipilina and
O.Ya. Samoylov [Ref. 10: DAN SSSR, 98, 1, 99 (1954); Ref. 12: DAN SSSR, 122, 2,
Card 3/10

22455
S/186/60/002/001/005/022
The structure of the hexahydrate of uranYl nitrate A057/A129
238 (1958)]. Equatorial distribution of particles around the uranyl ion was ob-
served in other uranyl complexes by W.H. Zachariasen [Ref. 8: Acts. Cristallogr...
7, 795 (1954)]. The NO~ ions form a reticulated layer parallel to the XY plane,
j
while the [U02(H20)d2+cations form linear chains parallel to the Z axis. The
axial directions of the uranyl groups are In a plane parallel to YZ under an angle
of -370 to the Y axis. Each IU02(H20)612+ cation is surrounded by 12 N(~ ions
and 6 cations~have one~anion in common. The distance between the uranium atom
and the water moleeule in the aqua-complex cation was determined as 242 1. Cal-
culations of the spherical volume give a value for the packing coefficient of
Kspherical = 46-5%. Thus it is very likely that heating of the crystal causes
rotation of the NOS groitps, and the following revolution around the axis vertical
to the triangle (formed by this group). There are 5 figures, 2 tables and 12
references: 4 Soviet-bloc and~8 non-Soviet-bloc.
SUBMITTED., July 2, 1959
Card 4/10

STROGANCV, Te.V.; KOZHINA, I.I.; ANDREYEV, S.N.; KOLTADIN, A.B.
Crystal structure of crystal hydrate salts of transition metals.
Part 2: Structure of the crystal MC12.4%0. Vest. LGU 15 no.4:
130-137 16o. (MIRA 13:2)
(Nickel chloride crystals)

--- ~STJIWAFOV, Ye.V.; EDZHIIU, I.I.; MIDRYM, S.N.
Structure of crystals of NiCl. 6~20. Vest IGU 15 no.16:109-112 16o.
(KIRA 13:8)
(Nickel chloride)

23872
A/I 8
IY61/003/001/005/020
A05 A129
'IT / J/ 00
AUTHORSs Vdovenkoq V.M., Stroganov, Ye.V., Sokolov, A.P.
TITLEt The structural investigation of trihydrate and dihydrate uranyl-
nitrate crystals
PERIODICALs Radiokhimiya, v 3, no.1, 1961, 19-23
TEXT-. The authors have developed a method for taking roentgenograms of the
single crystals of hygrosoopic substances and have produced UO 2(No ).)-3H 0
and UO 02 crystals. The main oharanteristios of the Ur&nM"itr?te
2(NO3)2 H20
trihydrate and dihydrate lattioe hava b?en ?,st:iblishal. The 'Dre,3ent
artiale deals with the fi----t half :if ~~ stady -he aqua-l-CIMP14!x compo~IncLi
of uranyl through the stru~itural trihy.irate and J.-hytrat-,
of uranylnitrate. The authors p- Dve that -.. ran- eli'~ngs t:)
I yl;iitrate dihydrate b
the monotNlinic syngany ::-ather ths:tn to th-? 71yngony assumed by Vasil?-
yev (Ref. 5). The UO 2(N0 ) 2 03H20 -lingl,~ .-rystalz- were produoed a.-.-,orq;ng t,)
anylnit-ati~ t ,n s
Colani's method I%Ref. 0 3by varn-ating and :-ooli.ng ur' Sol
Card 1/1)

ZY-Vr___
A/18 61/00_':,t,/OQ 16051020
The structural investigation nf trihyd~,a,',;~ A051YA:29
containing nitric acid from 36 to 53%, --OHIO single ,ry,3tal.3 were
produced by dissolving finely-crystalline U'ranjliij ~rltp dihydrate in 98~-
HNO while heating slightly. Fig I is a di%gram thr, apparatas used for
phoiographing the ctryatals. Lauegrams and of osrillatl'ins
were taken using the kPO H -2 (KRON-2 pep (RU % Orl (RKOP) and C - "5(S-25)
type i~hambers. Dejongograms were obtainad on a ter aocording
to De Jong. Weissenbergograms were taken c-n i 1 (PGTK-1) and S-55 roent-
genogoni~,meters. Roentgenograms of all typea were tiLkan on tabes with -.opper
anticathodes, exceptfng uertain lauegrams taken or, eilve7 emission. The
computation of the (*,,-. and ~ -angles for the trl'.hydrate of uranylnitrate was
conducted by using the dejongograms according to Burger's method (Ref 7) of
the "displacement" of planes. Angle T was somputed according to the formulas
Cos 7-= oos D-cos (3 -sin Ck-_-inf3-aos-~, obtained by studying the elementary
triclinal cell and the plane of the reverse lattice normal to the side c.
Burger's formula (Ref 7) is said to be more complex. The crystallographic
investigationsof the dihydrate of uranylnitrate were condu3ted on a bi-
-annullar goniometer (Federov). The obtained coordinates of the planes and
the corresponding hk1 indices are given in table 1. The dimensions of the
Card 2/5

239 7 2
S/1 86/61/003 /001 /005/02 0
The structural investigation of trihydrate A051/A129
elementary cell UO 2(NO ) -2H 0 were obtained from the oscillation roentgeno-
grams. The obtained vIlaes 9haracterizing the elementary cells of both in-
vestigated crystals are given in table 2. 'The complete solution of the
structures of the two crystals based on the analysis of the reflex intensi-
ties using the calculations of Patterson's functions and the electronic
density are to be published in a later issue. There are 7 figures, 2 tables
and 8 references: 4 Soviet-bloc, 4 non-Soviet-bloo.
Table 1:
hkl
Crystallographic symbols and
ioo
goo
000
coordinates of the faces of
~
~ 0 .1 0
uranylnitrate dihydrate. 110 1 300 1 go 0
f0)
( 330 go
00
; 0
270 0
go

~110 0
210 0
90

110
0
150 ,,
0-
9

201

1 0
90
0 0
134 301
0
1
001 go i 199

223
1 0
9 0
143
Card 3/5 223 10
17 0
143

The structural investigation of trihydrate ...
Figure 1:
quartzite ampoule with crystal
prepared for photography:
1- quartzite ampoule, 2- crystal,
3- glass thread, 4- plastilene,
5- investigated substance,
6- Mendeleyev paste.
23872
S/186/61/003/001/005/020
A051/A129
Card 4/5

The -7~ --r,,.i !..:ivez '-' gat! 11 -,r 'hydrate A05 :/A!29
Tab,-- 2~ D a t a ~~r, t h E- el e z. an t ayI f TJ 0, N 0 2 2 2 3 2 2
..,H,O and Uc (No 2H 0
Cry.? Laue dif f ra-i.- 11 - c arg-, sutq-... Nc- -,f
,~Iass 5ymb-.1 e.C-=Gnt- c- I emer. t - an,;s f .) r t."&
1. 11
ary ary "e~. den3lty -an i e
99 j*5-,~,
"H'o 9 A
2
"-~A~ 90 7 a 1~ 't. 15
uo Yo ".:s '/m 2/zC./.. ~ / - 2
2 3
card 5/5

:1 /oou/Oo-,,./(;o:",/0O8
AJITIMM -itro, ~mov, Ye. V JOLOV -1
c
T IT I i,: c I o 1 t! I 0~ r c se r r1
id Ell,, I (A) IJLe, n i I ("IdTie 1,;-. i Le vVc.", ;,I!, :~c_,riya matematiki,
mekkaniki j. astronomii, rio, L9o) 1.69-1.71
Ti~XT clesignii,-', I-lo-, compul-er , tht--- ,L:Ol 1.uwixq~ )_coals were set,'
to cor.,.i
i - ,and SpCed Up COMPOLLtLous, and to make
i t so S 171r) 10 t li a 1: i -~_ coiiche constu,,icted i-,: the Laborintory. The
mac hi. ne hns i_-:~ of iid(ling onf--dimmnsional. -ierics of type
N,
300
61)
_)s ~j
h-,
for x e 0, 1, 2 ri-, easy to i-r(,-v-;c!c.rthv~ s eparate
ad(litiori nF OV121L (h~ 21-L) c)(,Id (i-1-2nl) model of the
Card

s/fv~ -~~,/61./000/003/008/008
('01111)111 (.1- 1 )1, cal, III D .') 0 10 5
and 11 - o(I TtIO L~- i IQ; -:)fiziciplo iL; as 'Pi,.c L;ouL.-ht-for
sums a---c FOlUid I)-" ,Pa-U, "' 11" til,C' -V0 I L a-e of a system o'L-' series -con-
nCCtCfl~ Volt; h caj)ac-iLor shoul.d correspond
i1111c 0I (21111CI
to the vl~.]-,.ie of F(10r-osi.6IL%0, For sLabil-;Z,iLio1i O.L' UIC! C~-paCitorS,
2 volta,,c sta"t-ilizers ~?cre seri~,-,.-corinecte(I in silch a way that the
3 outp~lt Leria-Inals ()1' t;10 1-zistrument corresponcec to voltage values
of 100, --.11d .100 v, T110 Capacitors ~-.rere ciiilr~,ed by potentimLieters,
a-Lid R., A
consistim- o~,rh of tt-.ro resi.stors r,1-,,
stabilized voltagc ol. 1vi , 100 v was appli.e(l to the terminals of
the poteritiomete-rs, as a rcsult f--)E- uhich th,~ vol-Lage-drop on R was
found Lo '-;e !v1 cos(611-Lx)' I.egative series coefficients were accou-
nted for 'Dy a chantro. of' poles, 17or computinr~ series with harmonics
not highcr t1ian the eighth. 8 capacitors (capacity z 10/~-' farad)
IlCr(' LISCO The coeff.icieiits F(h) were given by 9 resistors R. The
potcnLiomoLcrs an(I cq),,,,.ci.tors wore connected and ,lisconnected by
relay,: The values and si-,ns of' the series -coe-f.Ficients are applied
to th~~ -,aciiino bv mcans o-jF mova',-.Ic contact.; o-, R. and by tuniblers
at th~-! nutpiic of HIC, mL-L*n Unit (for tl,,,o ~:izns) The rate of compu-
tin- t1fic ~-,um of a series-, for 5, positio-. s is of the ord'er of 2 mins,
C ard 21/5

)/Oopj
Iov!; not c1c")orIft 0
off
ii'volv c
L t c e P, T1 I I"-C- Col'
j7)Ut,'jtj.Cjj
I erl'or
(I c! S n o t: 2 L! I.
i s c d, for
Our Ler- synt, 1~,C, Ses --O-d~lvz- ~vennyy
till'i.versitcL Ul"'l-vorsiry) in t',io f prac -
tico There is i I L-",I-11-C
a r,,'

__ STROGANOV, Yo.V.; SOLOVIYEV, V.Yo.; '.!ENI~AIKOVI G.G.
Computer for calculating trigonometric series in X-ray diffraction
examination [with sunmry in English). Vest. LGU no-13:169-171
161. (MIRA 14:7)
M.-VAys-Diffraction) (Electronic calculating machines)

0
STROGAIIOV, YP.V.; ANDREYLAT, S.D.; KNIIINA, I.I.; SOIjC'VIYE V) V.Ye.
-- crystal structure of crystal hydrates of transition metal salts
ystal structure. Vest LGU 16 no.16:114-
Part 3: CoBr2. 6H20 cr,
119 161. (Cobalt halides) (MIRA 14:8)
(Crystal lattices)

VDOVENKO, V.M.; ST-ROGANOV, Ye.V.; SOKOLOV, A.P.; LUNGU, G.
Structure of uranyl nitrate dihydrate. Radiokhimia 4 no.1:59-66
162. (MIRA 15t4)
(Uranyl nitrate)

SHCHUKARKV, S.A.; STROGANOV, Ye.V.; ANDREYEV, S.W.; PURVINSKIY, O.F.
Crystal structure of the crystal hydrates of transition metal
salts. Structure of CoI2.6kO. Zhur.strukt.khim. /+ no.lt63-66
,Ta-F 163. (MIRA 16:2)
L laningradskiy gosudarstvpmyy universitet.
(Cobalt iodides) (Clwtallography)

VDOVENKO, V.M.;_STROGANOV,_Ye.V.; SOKOLOV, A.P.
Structare of uranyl nitrate trihydrate. Radiokhimiia 5
n6.1:97-103 163. (MIRA 16:2)
(Uranyl nitrate crystals)

ANDREYEVA, M,V.; STROGANOV, Ye.V.
Spectrophotcometric study of ethanol solutions of GoCl and GoBr2
with a high concentration of Cl" and Br-. Dokl. AN ;G 151
no.3.-567-569 Jl 163. (ICU 16:9)
1. Lemingradskly tekstIlInyy institut im. S.M.Kirova. Predstavleno
akadem-ikom I.I.Chernyayevym.
(Cobalt halides-Spectra)

GUSEV. S.I.. KUMOV. V.1., STROGANOVA, A.M.
-~-
Use of ~-oxyuaphthoic Aldehyde in analytical chemistry. Part 1.
Gravimetric and volumetric samimicro determination of magnesium.
Zhur.anal.khim. 10 no.6:349-354 N-D '55. (MM 9:3)
1. Holotovskiy gosudarstvennyy meditsinekly Institut.
(Aldehydes) (Magnesium)

o of 2-hydr~~-nSLh1rha;kIrle de in avalytical ch(!M-
I scinirnicro deter
/
."IJYI A~ld
manstion of 41
"N \1

1. STF-OGANOVA, A. S.
2. *,J-5 sR (6oo)
4. Mammals - Stalink~rad Province
7. Mammal fauna of the irrigated lands and afforected areas of the Valuyki Ihmeri-
mental-Soil. Improvement Station (Stalingrad Province). Trudy Zool inst. No. 11
1952-
9. Monthl List of Russian Accessions, Library of Congress, April 1953, Uncl.

STRWAHOVA,A.S.
Mammals of the steppe and semiarid trans-Volga region. Trudy
zool. inst. 16:30-116 '54. (KIBA 8:6)
(Caspian Dgpression--Kammals) (Volga Valley--Kammals)

STROGANO
Sciuridae in the southern part of Yunnan Pro-ince (China) [with
all ry in English]. Zool. zhur. 36 no.11:1761-1769 N 157.
(KEaA 10-.11)
1. Zoologicheekly institut AN SSSR (Ioningrad).
(Yunnan Province-Squirrels)

STROGAIJOVA, A.S.
Ecological study of the Caucasian squirrel Sciurux (Tenes) anomalus
GUd. 1792. Trudy zool. inst. 25:304-320 158. (min 11:8)
(Caucasus--Squirrels)

VERESHUGIN, N.K.; CrEPTNER, V.G.; STROGANOVA, A.S.
Time and causna of extinction of the Caucasian narmot. Hauch.dokl.
vyB.shko17; blol.naukl no.2:36-38 '59. (MIU 12:6)
1. Rokomendovana kafedroy zoologii pozvonochny1ch 14oskovskogo
gonudarntvennogo univorsitata Im. M.Lononosova.
(Caucasun-Marmota, Fossil)

STROGANOVA ANNA S. (USSR)
- I I - I - -- ------
"Character of biology of Citellus relictus and methods of determining
its population density in Russia"
rc-r(-.rt T,,r-entt2d at the iriti. S - 1.
- jI-o-ZiUm on. Mt~,thods of Theriological
lnvc-2~~i.t'.atlon. Brno, Czech.,
I :~ ~'I -4sept. I)60

STROGANOVA, A.S,; CHZHU DIN' (Chu Tin]
Systematic position of the relict suslik (Citellue relictus Ka4chk.)
and materials on its ecology in the Kuuluk-Tau (central Tien Shan).
Trudy Zool. inst. 29:81-100 161. (MIRA 14W
(Kuuluk-Tau-Susliks)

L 16051-66 E7vP(e)/E_',.'T(m )'/~,7-iF(t) IJF(C) JDIJG
ACC NR: AP6005515 SOURCE CODE: UR/0080/66/039/001/0013/0020
AUTHOR: Markovskiy, L. Ya.; Vekshina, N.-V.; Kondrashev, Yu. D.; Strog~nova, I. M.~
ORG: none
TITLE: Ternary compounds in the beryllium-boron-carbon system
I -w7 -3,7
SOURCE: Zhurnal prikladnoy khimii, v. 39, no. 1, 1966, 13-20
TOPIC TAGS* beryllium compound, boron compound, carbide, crystal structure
ABSTRACT: To study the reaction of beryllium with boron and carbon, powder mixtures
of the components were sintemd at 1200-20000C. and the products were subjected to
x-ray and chemical phase analysis. The data showed the existence of two beryllium
borocarbides2 BeC2B2 and BeC B The structure of BeC2B2, (studied by the single
crystal method) is character z by a hexagonal system, Laue class Lmm, and lattice
dim
constants a = 10.84 and c = 6.18. The structure of BeC2B12, (Stu ed by the powder
method) belongs I the B4C(B12CO structural type. The lattice constants are a =
5.615, c = 12.28 , c/a = 2.187. It is shown that in contrast to alkaline earth and
rare earth borocarbides, beryllium borocarbides are chemically stable compounds and
Card 1/2 UDC: 546.45127126

'L. 16051-A-0,
ACC NR: AP6005515
do not undergo hydrolytic decomposition. Ternary compounds of beryllium with boron'
and carbon form from the elements and also as a result of the reaction of beryllium
borides, beryllium carbide Be2C, and boron carbide with one another as well as with
elemental carbon, boron, and beryllium respectively. Orig. art. has: I figure and.
6 tables.
SUB CODE: 07/ SUBM DATE: 070ct63/ ORIG REF: Oll/ OTH REF: 009
Card 212

1. T.r.
2. (600')
4. Oriental Studies
7. Eastern sciences section. Vest. Len. un. 7. no. 3. 1952.
9. Monthly List of Russian Accessions, Library of Congress, Februa= -1953. Unclassified.

AUTHORS: Krinclaik, G. S, a nd Stro anova, 1~ S.
9
TITI&,. _ J~ It "of Ircr., Nickel and Cobalt in
bLa v, _ne t ~j --,qpL:~c ae:~t 1,3 5
the Ultraviolet Range R-a-Gnitoopticheskiye svoystva
zheleza, nilkelya I koballta v ulitrafioletovoy oblasti)
Pt-RIODICAL-. Fizika metaliov I metal'Lovedeniye, Vol 7, Nr 3, pp 460-461
(USSR)
ABSTRACT: blag-neto-optleal measurements were carried out in the ultra-
violet portion of the spectrum In order to widen the frequency
range in whii~h the dynamic properties of ferromagnets are
inve stiga tc-d ,The effect of change in intensity of reflected
11~-,ht on re-magnetizing the specimen was measured in the
v1sible as well as in the infrared region by KrInchik (Ref.1)
and Krinchik et alia (Ref.2). The equipment was laid out
according to the plan given by -Krinchik (Ref.1), but instead
of' the photo-resister FSK-1) the photo -intensif ler FEU-1b0-- and
the photoelectric celf-STaV-4-L.-l were included. The spectrG-
~~raph ISP-22,,,~ provided mercury quartz 1&LMJR FRK-4 -:',
served a 6---i--mano chi- omator. Nickel and cobalt speciffe-E& were
girl J/22 polished mochanically and fixed between the terminals of small
Ll~

. ". ~;'j / -L - J'- -'/'-5-~2/44'
Magneto-optical Properties ofIron, Nickel and Cobalt in the Ultraviolet
Rantle.
electro-magnets. In measurements using Armco iron part of
the magnetic circuit surface was polished and served as a
specimen. The authors obtained graphs for the dependence
of the effect on the current In magmetizing coils for Fe,
Co and Ni in the visible light region. Results obtained
in the magnetic saturation region for a few intensive mercury
lines are given in the table on p 460. Values of Ml and
M have been calculated by formulae obtained by Krinchik
(Nef.1), and the optical constants are taken from Minor
(Ref.3). There is 1 table, and 5 references of which 2
are Soviet, 2 English and 1 German.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet imeni X. V.
Lomonosova (Moscow State University imeni M. V. Lomonosov)
SUBMITTED: May 26, 1958
~Jard 2/2

KOROVIIIA. A.; STROGAIIOVA, L., redaktor; CHERTOVA, Zh., tekhnicheskiy
rodAktor. - - ~ .
[Moscow zoological park] Moskovskii soopark. Kooky&, Goo. isd-vo
izobrazi tell nogo iskusetva (IZOGIZ), 1954. [unpaged] (KEJU 7:9)
(Moscow--Zoological gardens) (Zoological gardens--Moscow)

WR'~GANHVA, L. , roduktor.
[Crilqna] Kryn. fMoskva, IzOPiz, 1.9551 30 111,18. pootcards.
(Crimea.--Views) WLRA 8:8)

STROGANOVA, L., rodaktor.
,
[Moscow] Moskva. M*skya, Gee. izd-ve izebrazito!'Rogo iskusstva,
1955. 77 P. (MIXA 9:4)
(Moscom-Description)

V~, T redaktor
EIn the Tien Shan] V gorakh Tian'-Shanis. Cn.p.. Izogiz, 19561
15 post cards (in portfolio) (MIBA 10:4
(Tien Shan--Views)

STROGAIMA, L., redaktor
[Througb Karelia] Po Karelil. [n.p., Izogiz, 19561 15 Post
cards (in portfolio). (MLRA 10:5)
Marelia-Views)

STROGATTOVA, L.,,red.
I _t SItalingrad] Stalingrad. [Moskva, Ixogiz, 19581 12 post cards
(in portfolio) (Stalingrad-Views) (MIRA 11:10)

FILATOV., I.K.P inzh.; STROGANOVA, L.I.,, inzh.; MOROZOVL, T.V., inzh.
Insulating rail bond with inserts made with polymer materials.
Vest,TSNIINPS 21 no.7:5&-61 162. (MIRA 15:12)
(Electric insulators and insulation) (Plastics)

NICHIPOROYICH, A.A.; SMOGONOTA, L.Ye.; CHHORA, S.N.; YMSOTA, M.P.;
MSABOY, A.L., otj.-ja~d.'; MMOYATOTA, I.B., red.izd-ve;
YUKOVA, Y.K., tekhn.red.
[Photosynthetic activity of cultivated plants; methods and
object of records kept in connection with the formation of
grain] Potoainteticheakaia deistel'nost' rastenii v posevakh;
metody i zadachi ucheta v sviazi a formirovaniem urozbaev.
Moskva, Izd-vo Akad.imuk SSSR, 1961. 132 p. (MIRA 14:4)
(Photosynthesis)

STROGANOVA, ~,
.I.F.; DONICLVICE, kand.med.nauk
Some measures to improve the nedical attendance of women in the
Mord ovian A. S. 5. ill. Zdrav. hos. Feder . 5 no. 8: 22-29 Ag( 161.
MI,U 14: 10)
1. Ministr zdravookhraneniya Mordovskoy ASSR (for Stroganova).
2. Glavnyy akusher-ginekolog Ministeritva zdravookhraneniya
Mordovskoy, ASSH (for Donigovich).
(MORDOVIA-PRENATAL CARE)

KARGOLINA. V.L.; SMOGANOVA. M.N.
-
Jupiter in 1950. Blu.I.VAGO no.18:37-JW '569 (MLRA 10: 1)
1. Moskovskoye otdaleniye Vaesoyuznogo astronomo-geodazichaskogo
obahchestva, otdol planet i lunjr.
(Jupiter (Planet))

STROGANO", N.P.
Some characteristics of cardiovascular reactions In experimental
hypertension in old animals. Vop. geron. I geriat. 4:67-72 165.
(MRA 18:5)
1. Institut gerontologii A14N SSSR, Kiyev.

STROGANOVA, U.S.
'_ 'development of male genital cells in mammals. Ixv, Akad.
nauk SSSR. Ser. Biol no. 6:37-48 Nov-Dec 1952. (CIAL 23:3)
1. Departmqnt of Genetics and Selection, Moscow Order of Lenin
State University imeni M. V. Lomonosov.

STROGANOVA, N. S.
U"IS-11/~-'erlicine - Immunology 21 May 52
T.:-~~uiiological Activity of Cells in the Central
:.ystem," N. S. Stroganova, Moscow State U
1%~enL ~. V. Lomonosov
.. Pok 'I-, *,iu'.- FSSR"Vol LMIV, No 3, PP 595-597
Usir,J '-','ryi:an blue, showed how the central nervous
systein of adult rabbits, through the action of
leuco,--ytes which phagocy-tize the dye5tuff, rids
itself rf foreign substances that reach it by the
way of the blood stream. The mechanism of cell im-
munit 'ywhich has been described, while effective
in Chp brain of adult animals, is totally absent
in the brain of newly 'born rabbits. Presentod by
,'.-~ad A. I. Abrikosov, 27 !.ar 52. 225TI6-.j

STROGANOVAN, 4,sp- t..'
", --
Renal capillary permeability for colloids in newborn animals.
Doklady Akad. nauk SSSR 84 no.4:8ol-8o4 1 June 1952. (CLML 25:4)
1. Presented by Academician A. I. Abrikosov 27 March 1952. 2. Soil
Bio1of;y Institute, Moscow State University Imeni M. V. Lomonosov.

, i': (T --. I ~
- - - - I. -I .
.3 p e, r m, a t o,~ e n e --i I ;
. - :, I-- .. - 4, -19' -2.
in spermatcf~-nesiS c' r-.-qrjral.3. DO]CI. A'.' ~~5, *70
Mcnt.lil- Lizt. cf il'usZian .-Accessions, Li~-rary of Ccngress, "---.,ember l9r2. Unclassifieti.

ISAYEV,, S.I.-,MERM'YEVA, Ye.K.;STROGANOVA, H.S.;FEPGINSON, X.I.
Critique of new concepts in science from the position of old conceDtS;
discussion on N. V. Turbin and N. D. Ivanov article. -Izv. Akad. nauk
SSSR; Ser. Biol. no.2:34-48 Mar-Apr 1953. (GLKL 24:3)

STROGANOVA, N.S.
16 -,1 ~ -c .......
Origin of male sex cells in the light of Hichurin biological science. Vest.
Mosk. un. 8 no.8:23-43 Ag '53. (MIMA 6:11)
1. Kafedra genetiki. (spermatozoa)

STROGANOVA, N.S.
Certain problems of growth histo-physiology of animals. Ark h. anat.,
Moskva 30 no.2:78-85 Mar-Apr 1953. (CIAL 24:3)
1. Of the Department of Genetics (Read -- Prof. S. I. Isayev), Soil
Biology Faculty of Moscow State University imeni M. V. Xolotov.

STROGANOVA, H.S., kand. biol. nauk; SHEINA, Ye.k.
Nutrition and growth of the sturgeon Acipenser atellatus in
aquariums and basins. Sbor. trud. Mosk. zoop. no.1:119-131 156.
(Sturgeons) (71sh culture) (Aquariums) (MIRA 10:11)

ST.ROGA'-"-)Vn, N. S. ; CHUMAK, M.G.
Histochemical study of cellular and noncellular structures
1n male sex glands of animaln. Vast. Moak. un. Ser. biol.,
pochv.. gool., geog. 13 no.2:49-54 '58. (FURIL Ilt9)
1. Poskovmkiy gos. universitet, Kafedra Zenetiki i Iselektaii.
(Gonprative organs, Rala) (Physiological cbemistry-)

:; ;A,;( VA, N , J) , ; McNAY !!(-','A, M. A .
~'y ' , I ., - . - - -
, cbser-lat`cn-s cr., s-7-r-ma-ira!eren in q s-~ec4en c,f'
tlyl'OF~Ilypflid Irlite3. T-ISItclogiih f) no.!.-66--72 ja-F 64. 4aj'~A 17:9"
1, Knfredra genetik! i seleki-s-ii Mcskovskogo univ,!r iteta.

06ANO'j,'., WWKI:0VA, M, A
F o rme, o n r, f fu r, c t i G n a -L on I"-
nuclei ir. some species of TvroglyFrldi,.e, llokl. AN 57--.:OP l--/
ro.5,1213-1215 Ag 164~ Fri A:7,
L Moskovskly gosudarstvennyy uirnlversitel.. ~iv
ukademikom A.N. Bakulevym.

t F pe rna ' ogonla
18:2)
ted Oc tobe r 16, 1964

L;.G:~.2 of
Vest. J-'os':.~Lrj. Se
20 -5:25-
s-0
Kafea,ra 7~netiki i seiektr:ij
~e,6 Januanr
ub: i t, 1(164.

USSP/Inorganic Chemistry. Complex Compounds. C
Abs Jour Ref Zhur - Khimiya, No. 8, 1957, 26431.
f
Author Ryabchikov, D.I., Sklyarenko, Yu.S. and
Stroganova, N.S.
Inst
Title "Anomal" Valences of Rare Earth Elements in
Processes of Their Separation. Report 1.
Electrolytic Reduction of Ytterbium.
Orig Pub Zh. neorgan. khimii, 1956, 1, No. 9, 1951+ -
1967.
Abstract+ The influence of various factors on the yield
of Yb at the electrolytic reduction of a
solution containing ytterbium acetate Yb(Ac)q
and potassium citrate K Cit with a Hg cathodg
and Pt anode was studiea. Dry K3C't was
added to the solution of Yb(Ac) 37 pH was ad-
justed by adding CH 3C OOH or KOH, ths
Card 1/4
---------- -------------------------

Abs jolll,
Chemistry.
'Rer Z12tZr _ ,,,COr"P'e-Y Compo'd,
e.zect M.1ya 9 'VO - 8
cat 0 0l sjs 61, 1 1957 C
'and e C '4s , 26432.
1 lp Z en t Carrl
Was Part dellsit ed 94t
(? e tach e4, WhIch Y or 0. 05,hotzr W.1 th
Cle t ed and (I the fop L a P
t 0 es 92- Yleld eco'm r4 "d er so
Th P" = 4 adtla-11 or -Yb Posed ftaz Cm
e .0 Y W 0
0 02 optj'm and C, ith -is at W-1 th 'Ida
5 um C Pops sh the P'Fl6
C d'l- .0
11 Pe a per athode arp
psq. C, sq o cz ons I t -I.Y OP of p it
Wha t 0the 'Ind at pl~ aeldit
Zesj~jt The 3~' Of th o :~~ 3. o. Y
totnp Yle2c, WI th I
'Yleld an I epa ttir Of Yb ts ris cup4rent is
50o c1 i bzlt th n s., e p., decr e
e 9121rJec se trojzl easL, -to 0.2
The eczea f . 1 3 5
e.zect ses Ur th or nt -5 t SOWe-
Polys the n7p - PIse 0. *5'0
C q, C, acetate 31 is Yle-Zcl to era .Of the
c Mor ttzz e
an be cc e
c ir than t-rise to
olutloll Cont I rJed 0 Wj L% e
nine 12. Ut r
0 C.1 -r Orn
Abs jotzr Zh., tra te
Ions, b
taj quit the best
J. .. ned t the M0.1 resUlt S have b
0 .CO Th. Yi ej (I ar 0 Yb2o ob-
rorn 0 Centrat, C
0 eases .1
creases to 2 )12 1 ~h :~Clt
0 lesp .00% 0 e In.1tialtll- Incr."
0 eclaIj Sol -i MCIS,*
.0,%o y ra and Itt
alne(2 The the
Dititila.1 by the Obtainec, range fr
ISSOC atconn Pre ~E?Sujts
I ectedsence of , 017,
C orn a ser ar e e._
e Or' Of 'Yb equilibria e S Of
(AC5
Ve uctjOn'3J"Yb(5It) 3 Y for L2 the
Cluctl . 171 a t 10.2
amc 0 Of Yb + Sys t em
Of Yb,0, to Yb 5~d its aA of t-~'-
of gam C? ssoc
the ama to YbO ('unand latj'3r.
C a., Y at last, jl
Oses
acidity 0 T.-OLP ri partia.1-1 gem). Tt I x'c_
the -Se With The Ste -fOrTfr.,Z-
Card 3/4 nledl s the aeczea abl.L.,
Um, btit
the Stabise Of the

USSR/Inorganic Chemistry. Complex Compounds. C
Abs Jour Ref Zhur - Khimiya, No. 87 1957, 26431
the complex citrate of Yb rises simultane-
ously; in consequence of the action of
these opposite factors, a maximum appears
on the dependence curve of the yield on pH.
The influence of the temperature is analo-
gous: the dIssociation of the anion
Z'Yb(Cit)2_7-3- rises together with the
temperature and shifts the equilibrium chain
Yb34- at Yb,~4 0 Ybo (amalgam) to the right,
but above 50 the stability of amalgam drops
sharply. The yield reaches 9P.2% of Yb
under optimum conditions which are as
follows;, pH= 6, temperature 50, solution
concentration 2.0% of Yb203, molar ratio
Yb203 : K2Cit 1 ; 2.
Card 4/4

5(2) SOV/78-4-9-9/44
AUTHORS: Ryabchikov, D.I,, Sklyarenko, Yu. S~, Stroganova, 1'T. S.
TITLE: The Electrolytic Reduction of Samarium
PERTODICAL: Zhurnal neor_qanicheskoy khimii, 1959, Vol 4, Nr 9,
PP 1985-1989 (USSR)
ABSTRACT: A previously published paper by the authors (Ref 1) treats
of the electrolysis of ytterbium acetate on a mercury elec-
trode in the presence of potassium citrate. In connection
with certain interrelations found thereby the electrolysis
of samarium acetate was investigated in the present article,
as but few references on this subject are found in publications
(Refs 2-7), and low yields (maximum 471/4o) are stated in these
reports. The following relations were investigated. I The
influence of the acidity on the yield (Table 1, Fig 1~. It
w3s found that Sm is not reduced below P11 3.0, that the reduc-
tion reuches a maximum between PH 3.5 and 4-51 and that a
pH of over 4.5 does not influence the reaction. 2) The influence
of the potassium citrate concentration (Table 2, Fig 2) was
found to be analogous to that in ytterbium reduction: the
maximum yield was obtained at a ratio
!,'e3+ : Clit3- = 1 : 2 and dropped at high citrate concentrations
Card 1/2 owin.- to the formation of comInlex ions

The Electrolytic Reduction of Samarium SOV/78-4-9-9/44
rl.'Ie(Cit) 2j" 3) The influence of the initial concentration
of Sm (Table 3, Fig 3) was evident in yields rising with in-
creasing concentration. 4) The influence of temperature was
also investigated (Table 4, Fic 4). A temperature rise produced
a lower yield. Thus, a considerable similarity to ytterbium
was found, and an 86.611'lo yield of samarium attained. There
are 4 figures, 4 tables, and 7 references, 1 of which is Soviet.
SUBIMITTED: June 7,,1',158
Card 2/2

66297
.5.W 3 0 0 507/78-4-12-5/35
AUTHORS: Ryabchikov, D. I., Sklyarenko, Yu. S., Stroganova, N. S.
TITLE: Electrolytic Reduction of Europium
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 12,
pp 2682-2687 (USSR)
ABSTRACT: In an earlier paper (Refs 1, 2) the authors put forward various
assumptions on the chemical processes taking place in the elec-
trolytic production of ytterbium- and samarium amalgam from the
acetatesof these rare earths in the presence of potassium
citrate. The assumptions proved to be useful since the yield of
these rare earths could thus be increased. By this process
europium can be produced easily and with sufficiently high yield.
However, its reduction was studied especially to indicate
the common charagter of this process for all three rare earths,
and to detect individual differences. The investigations con-
cerned the following problems: 1) the effect of the electrolyte
acidity upon the yield in europium (Table 1, Fig 1). With
PH - 3 no Eu amalgam is formed as yet. Between 3.0 - 3-8 the
yield rapidly increases; afterwards it slowly rises up to
a pH-value of 5.0; the further pH-rise does not affect it.
Card 1/3 2) Theeffect of the addition of potassium citrate upon the Eu

66297
Electrolytic Reduction of Europium SOY/78-4-12-5/35
yield (Table 2, Fig 2). Data indicate that Eu amalgam, but,
only with a yield of about 70%, can be produced from the acetate
solution even without any addition of potassium oitrate. The
yield is independint of the citrate concentration within a wide
range (Eu3+ : Cit - between I : 2 and 1 : 6). 3) The effect of
the initial concentration of Eu on the yield (Table 31 Fig 3)-
The yield is increased but little by higher Eu concentration.
4) The effect of temperature on the Eu yiSld (Table 4, Fig 4).
Maximum yield is attained between 0 and 5 , further temperature
rise reduces the yield. Corresponding data for Yb, Sm, and Eu
are listed in tables 5-8. They indicate that under equal condi-
tions of electrolysis the yield increases in the order Sm - Yb
- Eu. A modification of the experimental conditions has the
same effect on all the three elements so that the chemical
processes with the three elements are likely to follow the same
scheme. The intensity of the effect of the individual factors,
however,"is different. Yb offers maximum yield at an optimum
pH whereas the yield of Sm and Eu is fairly independent of the
pH within a wide range. For Sm, and Yb there exists an optimum
citrate concentration, while the Eu yield is hardly affected
by the latter. The authors are studying the possibilities of
Card 2/3 employing these deviations of the behavior of the three rare
L~~

66297
Electrolytic Reduction of Europiuz SOV/78-4-12-5/35
earths for an electrolytic separation of these elements. There
are 4 figures, 8 tables, and 6 references, 4 of which are Soviet.
ASSOCIATION: Institut geokhimii i analitiahaskoy khimii im. V. 1. Vernadskogo
Akademii nauk SSSR
(Institute of Geochemistry and Analytical Chemistry imeni
V. I. Vernadskiy of the Academy of Sciences, USSR) 11K
SUBMITTED:
July 12, 1958
Card 3/3

ALIMARIN, I.P.; BILD40VICH9 G.N.; BUSEV, A.I.; VAYNSHTEYNt E.Ye.; VOLYNETS,
M.P.; GORYUSHINA, V.G.; DYMOVp A.M.; YELINSON9 S.V.1- ZVYAGINTSEVt
O.Ye.; KOLOSOVAp G.M.; KORCHEMSAYA, Ye.K.; LEBEREV, V.I.; MAWFEYEVA.,
G.A.; MSLENTIYEV, B.N.; NAZARENKO, V.A.; NAZARENKO, I.I.; PETROVAq T.V.;
POLUEKTOV, N.S.; PONOMAREV, A.I.; HYABUKHIN, V.A.; STROGAiTOVA
---- j N.S.;
CBER141KHOV, Yu.A.; VINOGRADOV, A.P., akaderdk, otv. red.; HY&C-RIKOV,
D.I., doktor khim. nauk, prof., otv. red.; GUSIKOVAt 0., tekbn. red.
[Methods for the determination and analysis of rare elements] Metody
opredeleniia i analiza redkikh elementov. Moskva, 1961 667 p.
imk
14:7)
1. Akaderiya nauk SSSR. Institut geokhimii i analiticheskoy khimii.
(Metals, Rare and minor)

ItYABCIIIKOV, D.I., prof., otv. red.; VAGUIA, N.S., kand. tekhn.
nauk, red.; KOIRGHEMNAYA, Ye.K., kand. khim. nauk, red.;
RUSANOV, A.K., doktor tekhn. nau , red.; RYABUKHIIII V.A.,
kand. khim. nauk, red.; SENYAVIN, M.M., kand. khiTn. naukP
red.; SK1YARENKO, Yu.S.., kand. khm. nauk, red.; ,5MPGANOVA,
N.S,j nauchne sotr., red.; MAKUNI, Ye.V.) tekhn. red.
Nare-earth elements] Redkozemellriye elementy. Moskvav Izd-
vo AN SSSR, 1963. 391 p. (MIRA 17:2)
1. Akademiya nauk SSSR. Institut geokhimii i Awliticheskoy
khimii.

STROGANOVA, N.S.
Characteristics of s rmatogenesis in some bivalve mollusks
(Unio, Anodonta, VTar- Vest. Mosk. un. Ser. 6: Biol., pochv.
18 no.6:25-34 N-D 163. (MIRA 16:11)
1. Kafedra genatiki i selektsii MoskovBkogo universiteta.

K. LY A!-. Y,., S
T C/5
1 n3 t t

-AVOR','.'-;OVA V., YELOVA"ISKAYA., L.A.: IVANOVA, S.M.~
V A 14, T . 4~ 6'.'ROGANOVA., N.V.
thE, cheml('al compo5l'"Icz, of gail and gas
cf the Stepnovskoye tie-A. T-V. -,rvs. ucheb. zav.;
"a z r,,,.
(~aRA 17:6)
Si

,'_.I,..I" i'~ - , ~'~ ,
SKAGHKOV. Sergey Vladimirovich; KONSTAIIHNOV. Leonard Vasil'yevich;
STROGAIWA, Rimma Petrovna, YUROVA, Lidiya Nikolayevna. TOPORKOVA,
K_eo~nora Peir'6*iia~-MffIX_, V.I., red.; MURASHOVA, N.Ya., tekhn.red.
[Collection of problems in nuclear physical Sbornik zadach po
iodernoi fizike. Most-va. Gos. i7d-vo tekhniko-teoret. lit-ry.
1958. 164 p. (MIRA 11:3)
(Nuclear physics--Problems, exercises, etc.)

SKACHKOV., Sergey Vladimirovich; KONSTANTINOV, Leonard Vasillyevich;
STROGAU~VA, Rimma Ut Y1JRQVA, Lidiya Nikolayevna;
0
.TOPOHKOVA, Bleonora Petrovna; VIRKO, I.G., red.; AKSELIROD,
I.Sh., tekhn. red.
(Problems in nuclear physics] Sborni'k zadach po iadernoi fi-
zike. Izd.2., perer. Moskva, Fizmatgiz, 1963. 222 p.
(MIRA 16:8)
(Nuclear physic*)

Aw, 1-7
V T.
FAMERG, A.I., kand.ekon.nauk; DOMBROVSKIT, A.A., kand.ekon.nauk;
POPOV, N.S., kand.skon.nauk; SKVORTSOVA, N.T., kand.ekon.nauk;
SMOGANOVA, T.A., kand.ekon.nauk. Prinimali uchastiye: BCLOTINA,
O.A., kand.ekon.nauk; GULIBINOVICH, M.I.. PROTSIRTKO, D.I., red.;
SALAZKOV, N.P., tekhn.red.
[Economics, organization, and planning of municipal services]
Ekonomika. organizatsiia i pladrovanie gorodskogo khoziaistva.
Pod obshchei red. A.I.Fainberga. Moskva, Izd-vo M-va kommun.
khoz.RSFSR, 1959. 451 P. (MIRA 13:2)
(Municipal services)

ACC NRI A1,70049813 S011WE CODE: UII/OU48/GG/030/009/1511/1513
r ALMHOR: riabotkin,V.L. ; Stroganova,T.'N.
(OiIG: Tomsk Polytechnic Institute im.S.?A.Kirov (Tomskiy politekhnicheskiy institut)
TITLE: Electroluminescence of BaS base phosphors /Report, Fourteenth All-Union Con-
1ference an Lu,,ninescence (Crystal Phosphors) hold a-t Riga, 16-23 Sept. 19657
iSOMCE: AN SSSr%.. Izvestiya. Seriya fizichesknya, v. 30, no.9, 1511-1513
TOPIC TAGS: clectroluminescence, photoluminescenco, roentgonoluminescence, barium
compound,sulfide, copper, bismuth, manganese
ABSTMICT: The nuthors investirated the electro-, photo- and roentgenoluminescence
of copper, bismuth and manganese activated barium sulfide phosphors. Tho phosphors
!
iwere prepared by the Lenard-Zhirov technique: a mixture of DaS, the activator, a flux,
!and reducing agent was heated for 30 minutes at 12000 C with limited access of air.
!X-ray studies showed that the phosphors had the cubic structure of the BaS lattice
~with traces of a second phase consisting of BaS04 and the sulfide of the activator.
iThe cubic BaS structure was obtained, however, only when the initial mix included a
iflux and was heated above 900 0 C. The activator concentrations were varied over the
range from 10-4 to 10 percent by weight. The ac and dc electroluainescence spectra,
ithe photoluminescence spectrum excited at 3660 A, and the rocutgenolucLinescence
1/2

ACC NR: W7004988
spectrum excited at 1.79 A were recorded for each specimen. For most of the specimens't
the cloctro-, photon and roentgenoluminescence spectra were nearly identical. The
luminescence properties of the BaS phosphors were found to be rather similar to those
of the well-investigated ZnS phosphors. The BaS phosphors, however, require a higher I
voltage for excitation of'electrolumitieseence than do the ZnS phosphors, and the
electroluminescence brightness of the BaS:Ain phosphors decreased with increasing
If-requency. orig. art. has: 1 figure and 1 table.
SUB CODE: 20 SUBM DATE: none ORIG. REF: 001 OTH REF: 001
Card 2/2

c C-0 T T'. y
CAT SfIGRY
ABS. JOUP, R7hBIoI,, I~o. 1953., ro.
AUTHOR
k C "I
TL !TI,'., s r
ORTI C-. il"p, 59 ill.
A F~S T 71 A!7 T
CARO- 1/1 1561
17 3

YABLONOVSKIY, Semen Isaakovich; STROMIOVA,-,T.P-,.. red.; NERONOVA, M.D.,
red. izd-va; NAZARGVA,-A.-S.-", ~ - - t--a--. red.
Now to make a lawn from ganual. flowering plants] Kak ustroit'
gazon iz odnoletnikh tsvetushchikh rastenii. Moskva Izd-vo M-va
kommun.khoz.RVSR, 1960 26 ~MIRA 15: 1)
?LawuJ*

STROGANOVA.-T.P.;_,~PKASH, A.F.; ALFEROV~ V.A.; VARGANOVAI A.N., red. izd-
va; IIAZAAOVA, A.S., tekhn. red.
[Catalog of flowering plants and lawn grasses grown in nurseries of
the State Trust of Landscaping and Tree Planting] Katalog tevetoch-
rqkh rastenii i gazonrykh trav, vyrashchivaemykh pitomnikami tresta
"Goszelenkhoz.11 Moskva, Izd-vo M-va kommun. khoz. RSFSR, 1961. 93 P.
(MIRA 14-.10)
1. Gosudaratvennyy respublikanakiy trest zelenogo khozyaystva "Gos-
zelenkhoz.11
(Plants, Ornaments-Catalogs)

, : _7 ;ME'MwNSYXfA, T.14.
STROGANOVA P.; I
Green workshops. Mashinostroitell no.8:45-47 Ag 165.
(MIRA 18:11)

STROGANOVA, V.K.
---
Sawfly species (TDnthredinidae) in the shore region of
Novosibirsk Reservoir. Trudy Biol. inst. Sib, otd. AN SSSR
no.7:193-197 161. (MIRA 15:3)
(NOVOSIBIRSK RESERVOIR REGION--SAWFLIES)

'STROQ-ANQVA.'V.K~
Materials on sawflies producting 6alls an wil-lows in Western Siberia.
Trudy Bidl. fhat. oib. otd. AN SSSR no.8:157-164 1-62. (MIRA l5:i2 )
(Siberia, Western-Sawflies) (Siberia, Westernp-Willove-Dioeases at~ pesix)
(Galls (Botany))

F,RrVOLUTSKAYA, Gall j'rjTIjjj!aja 'r -i"
. , I., "~!'IOVP. .
V.K.1 KUH2"TSOV, A.I.,otv. red.
[Stem-mining pest in dark-green conifer forests of Western
Siberia damaged by the tent caterpillar Dendroliims
sibiricus] Skrytostvolovye vrediteli. v temnokhvoinykh le-
sakh Zapadnoi Sibiri, povrezhdennykh sibirakim shelkopria-
dom. Moskva, Nauka, 1965. 127 p. (MIRA 18:5)

BRASLAVSKIY, M.; SPICHELOKOV, A.; BIATNOV, M.; S'TROGANOVA, V.; BABKOV,
Ye.
Information. Avt. transp. 42 no. 5:55--58 My 164. (MIRA 17:5)
1. Glavnyy inzh. TSentrallnogo konstruktorskogo byuro Ministerstva
avtomobillnogo transporta i shosseynykh dorog RSFSR (for Babkov).

ACCESSION NR: AT4030810
S/0000/63/000/000/0300/0308
AUTHOR: Presnov, V. A.; Rubashov, M. A.; Yakubenya, M. P.; Stroganova, V. V.;
IvIeva, 0. M.
TITLE: The physico-chemical nature of the formation of stable bonds between dis-
similar substances
SOURCE: AN UkrSSR. Institut metallokeramiki i spetsial'ny*kh splavov.
Poverkhnostny*ye yavleniya v rasplavakh i protsessakh poroshkovoy metallurgii
(surface phenomena in liquid metals and processes in powder metallurgy). Kiev,
Izd-vo AN UkrSSR, 1963, 300-308
TOPIC TAGS: glass, ceramics, metal, oxygen, oxide, acidity, alkalinity, rare earth
element, alumina
ABSTRACT: The authors investigated the soldering of dissimilar substances such as
glass, ceramics, and metal, and traced the historical basis of this research. Through
a series of mathematical arguments they distributed the oxides of metals according
to the increase of their acidic properties. The reaction of rare-earth element
oxides La203 and Y 03 with A1203 was studied and results were presented in tables.
The mechanism for iorming the complex compound, which leads to the origin of a
Card 1/2