SCIENTIFIC ABSTRACT STAROVOYTOVA, T.V. - STARSHINOV, B.N.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653010001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


244

SlaOVOYITGVA, T?:V..; LAKM~O,.~Ye,S. IE.S.1

v I'i
T/4 4 62B-2 -2/8
Poddubnyy, I. Ya; 7teyl-ch, V. N# StaroyoytWa, Ye. I;
G.
TITM: The Influence of the r;olecular VleiC~ht of Polymers on
Somc- Physical-l"Iechanical Properties Of Their Ifulc-0-niSates.
(Vji.v~,-ni~,,e !(-lichiny molekulyarnogo vesa poli-merov na
nelcotoryye fizilco-mekhanicheskiye svoystva i1ch vull,,anizatov).
10 D 1u", rf LKauch-ul'-, i TLezina, 1951c1, Nr.2. pp. 6 - 11. (USSR).
.'.'-ST70,CT tThe dependence of the strenmth and elasticity of vulca-1-1-
U
sates on the molecular vieight of the initial polymers zvas
investiC~ated for a number of 1,3-butadiene- gLnd lpZ-
buI.-'andieno-styrene rubbers:made in the USSR. 'a similar
investi ation was carried out by A. S. 74ovikov et, al.
Pef-115 on--a sample of 1.3-butadiene-styrene rubber
CTX ~Zoil X.
CRmplss 0j. Wa-1 3-butadiene rubber la-l-le -03?e-
pared at 10, 20 and 700C Isamplesl-ra, 2 Fj, and-3-i), 0-1
potassium I 3-butadiene rubber CO at 06a;nd 60'0 (samples
1-B and 9-BI, and of emuldfied 1,3-butadiene-styrene rubber
CXC-30, IC-kt-30A and CKC-30;5 (samples-,=,-WA and ,:ICI-D.
Properties of these polymers are given in Table 1. The
sample s-rere f-r!actionated according to a method Y'
I. Zhukov, I. Ya. Poddubn7yy and 'L. V. Lebedev (,Ref-12).
T,,,,0 molecular weight of fractions wns determ-ined viscos5r
Card 1/4 metrjcall7,, and calculated according to the formula

62B-2-2/6
"t'he Influence of the Uiolecular 'Weight of Polymers on bome Physical-
echanical Properties of Their Vulcanisates.
(n) acording to a method evolved in the Physico-
Chei-iiiecal Laboratory of VNIISK. The composition of rubber
mi::tures based on 1,3-butadiene and 1,3-butadi-ene-styrene
rubber is given in Table 2; '2able 3: var-i-ation in the
molecular -v~reight of~the polym--rs during mixing on
185 -,- 75 mm rollers; Table 4 and 5,. the physi,co-mechanical
properties of vuleanisates of fractions of various rubbers.
It -.-,as found that --For most Polymers the streng-th of
the vulcannisates depends on the molecular wbi!-ht
hn investigated polymers diff"ered also vrith ~erard to
tho value of th-, moleciaLlr veight a'jove -uhich the strength
of vulcanisates is practically independent from the
molecul:aT.~ weight; for 1,3-butadie ne- styrene rubber the
.C.
curve lor streng,th-molecular weight reaches a maximum
in the region 180 - 200,000 ---:nd -Cor 1,3-butadllena rubbers
in the region.320 - 340,000. 2igures P- and 3 .--4.ve the
ratio of the strengtW of 1,3-butadiene-styrene vulcani-
satos ~--~nd 1,3-butadiene rubbers and the nnlecvl.--~r --.-.reiEht.
If" can also be seen thant at very hi~f,
L U -
molecular 7,eiEhtB the strength of the vulc"n.'6ates of
1,3-butad;L6ne-slyrene rubber-can i-ach a valti-e of 360 -
Card 2/4 3PO k,-_jc1Pr1; under simila-e conditions, the strength o--F'

-o ~-Iat- o-P Ool mers on Some Physical-
L
-Y
2. C ~'?-O a i r- 7rulc nisate s.
1,35 -I)Lit adia-zic 3.-ubl)e-.- --tilcanisates CKR .--nd of 1,3-
I-
Jut~diona -i~ub7-)er CIO MIIOLEF-a--.ctured at OOC reaches
:-t vr-lue o" '60 - 2
~L 1, 70 Potassium - 1,3-butadiena
iarnu at 600' has a very lo-,;,, breLO-c-
factured
ing -,,hen coLi_-o:~Lred ~-,ith tW polymer i-,,.anufCJctured
t 00C, It T.7az also shown 'haL a linear relation
U
ppverns tho dependence of the bi-e_-uc strength of vul-
tli.:~ value molecul-ar -acilr-ht of
34,000 -ound Lo C,,ive tt' strength of the vulcanni3ates
i,r,ict.ically equal '60 0 for sodium lp3."butadiene rubber,,
_ff~d 'U_"!(? P'Lib'~)er 0,10 prep-r-red at 000, !_~,xid ,,- molecul!ar
Of, ",000 -for 1.3-butadiene-4tyrene rubber.
-.;.t shown that- 1,71-butadiena-st~ ene -rubbers lose
'-hair ~, - G_ -F
- - -o-roo-rUes ~It a noWul:_r :ieight o
210,000, zind 1,3-1but-di;en. at a moleculao~-, weiEht
ol:~ 1,4,000. 2!,_e ch':, 'er of the strength and elastic
yroperti!_-3 o-f the ru"Ir MM p6repared at 600C de-
_01~,Iinod; the vuleanl3ates oF' this polymer have very
V".lUec- o' brea" strength and elasticity -,.,rhich an-re
inde-oe-idr-it -fron t;hc moleetilar weight of the
i-nitial poly--ior. 104iere are 2A References, 13~ ~Inssian

62B-211 -2/0-
Piz- -'s i C'. 1 -
0. o ca 1 71 r7, ~ ir-ht of Folymar- on 6'o- e
-E'
V -Vnion Instituto for .83ynthetic _:Iub)er im.
J. Vo Jj~!Illedeve (VS.-s,Yuzz-,,,
i t u -o '..~Ii~chu'-a V. ljebedem):
Library of ConCress.
1. Vulcanizates- Physical ProVigrties 29 Vulcanizaten-Moohanical
properti 3. Pllymere-Molebular weight 4. Butadienes-(Polymerized)-
Properti::

SOVI 20- 120-3-27/67
AUTPG:-,'~', Er._-iburg. -,P-. G. , Starovoyto-la, Ye. I.
TPPLE ~~n th--- .-,ructurc- ct' the Vulcati,*~-.i~,.Lion-lil~-Lvurk in Carboxyl-
Polymers (0 stroyenii setki vulkanizatov kar-
polimerov)
`V R 10 r
~:A I, IDcklady Akadeirii na~uk S3SR, 1955, Vol, 120, N 3, PP 535-538
A',II.:5THACT
;1.,. ...s known, the physical and mechanical properties of rub-
ber aro deDendent upon the molecular structure of the initial
Tht~ structure of the vulcanization network is not
of a less imDortance in 'this respecta Such rubber kinds are
,~ ZT~~Fcial 'n~erest for the examination of the 'Latter, the
!n, ~,:! r om oe -_ u 1 e scf Aich contain small am-ounto of functional
F_..,3upe,-ao for example carboxy groups. (Ref such
are vulcanized with mete.1 oxides, highly elastic
`yn,2E. are Prr_.dIu,:-.od with an eXtrftordinary high P-lastici-
J_ i-i-Pilled mixtures. The z-pecific physical and meehani-
-riperties of such vuleanisates are Lpparently connect-
Cal.d 1,`7~ ed wj`th the particular nature of the structure of their

SOV/ 20-120-3-27/67
On the Structure of the Vulcanisation-Network in Carboxyl-Containing
Polymers
vulcazilzp.~ion network. This structure was determined by the
authors Ly ir;e,.tn,~ of an equilibrium swelling method (Ref 3).
it app6ar4 froin the results of the work that the vuleaniza-
t--'or, of carboxyl-containing polymers by metal oxides is
practichll,, , not connected with the formation ef normal
chem.1ca.1 c-CMDOUTIdo, which correspond to the structtire of
med;= wvqgnc~iiua. , polassium-, and zinc salts of high-mole-
cular All the more probably the "salt net-Nork" is
produced (ae,~(jrd:.ng to an assumption by V. A. Kargin) be-
uau:~e of' the formation of compounds of the type of basic
SAI.tf-', NhiCh 021 thp grounds of their bad solubility in the
pulyiner either form crystalline agglomerates or remain link-
e(i r.,ith the ox_id~_. Darticles distributed in the polymer. In
th-1,3 c:-ose the -trenl,rth of the vulcanization bindin-s should
be dep-ondent apon the solubility of thet3a saits in the.poly-
nier, th-it is tr, sn~v. that it should deereasse ivith increasing
3olubii..i.',Y~ The authors determined that the sclubility'of
the de-.rea~es considerably in the or,ler Mg;~'Ca -'->' Zri
cho-,,eing magnesium-, potassium-, and zine- oleates and
a~i ccmpounds representing a mcdel. of the system
Card "jjjgj:-mfJ~.inilar salt - polymer", This fact proves the above

01 i e S t r u cit r e 0
Po lyrj. ers
monticr,,?,;
prodo.,~-?:1
part ~~f
a s a c i i N o.-e ri. C ~, io x.
~-or; _-errt i,)g the n at ure of thc _-ross I
-in tr.,a vul,_,anlzatuior, which apparentlY pjay the
ppcuj'__;a_r "act-t-fe: fi-11-ing substarices". There -,-!,e
re
tabit~, ~tpd 21 of a
i ~v Y I I Z'. -a CI' C' - -: z. s I e d,~,v a t c~ I ~ s k iv i ria It, J_ tt i tne t i,; 1. ed -
AS S OC T-AT T z Q~f U
go kaw_1vjkK im, 33.
(Aii-Unicn Sc4.ertif.44c Rt~,Qcar4~h I'Y~stifute of RIAbber
.;,ac .-
-ni LeUede-v)
PRESETEED: Jaruarj 31, 19q8, by V. A. Kargin, Member, cadem.-~ of
U'S-"R
SUBMITTE'D 1957
1. Synthesis rubber--Structural analysis 2. Polymers--Appli-
cations 3. Vulcanization--Analysis 4. Metal.oxides--Applications
C a rd 1

AM
ACC NR, Ai'7005430 SOURCE CODE: UR/0138/66/000/005/0004/0(;10
AUTHOR: *-1;3' tovi lova, N. N.; Starovoytova,
ORG: All-bhilon Scientific Rd:-;-ear-cK-- fii~~iftuta of Synthetic Rubber im. S. V.
Lebedev (Vsesoyuznyy natichno-issledovatellskiy institut sintaticheskogo kauchuka)
TITLE: Organosilicon compounds containing heteroatoms (Phosphorus, boron)
SOURCE: Xauchul~ i rezina, no. 5, 1966, 4-10
TOPIC TAGS: organosilicon compound, polysiloxane
A.BSTFUCT: In addition to the high molecular weight organoelemental compounds
in which heteroatoms (titanium, tin, lead, germanium, aluminum, boron, phosphorus
etc.) are found in the side groupsv polymers with hateroatoms in the main chain
surrou.nded by organic radicals have acquired much importance recently. The
instroduction of heteroatoms in the main chain of polysiloxane as well as into
the side organic radicals contributes to a significant improvement In a number
of their properties, (thermal stability, water resistance, radiation stability,
etc). Zie patent literature of foreign countries, devoted to the problems of
obtaining and using organosilicon compounds (monomers, homopolymers and co-
polymers) containing phosphorus and boron are examined In this article.
A number of polymers nd the ways 'to obtain them are described. Orig.
art. has: 8 formulas. WRSt 3399~oj
SUB CODEt 07 / SUDM DAM 19Yay65 I OTH REFt 038
1 Card 1/1
Mm. A-70 nt. re" ^^1 11 PA- -%

V. T.
"The s--uctlx :, of Zinhoi-Is "2-1 ciro7,r-5-,-fttrobo~:zyf diets lcr! V. 1. Star-
,,_ 1, - - ~ - "I
.~~ i
an~`, K. S. Tmel-ev
SO: Jou--na-_1 of Genera! Chezrnistm, (Zhurnal Obslichei K-hir-2-i) 1c,)51, Volume ?1, No- 3

~. . . . . . . . . .
I'M
-ALI-
kil
- ~Soy,
L
.
It dal
auk 1957,638-10--Trtat-
'
si,:) 3-,',Vr
alertt of with flg(OA, !
'
'V
o-aiv.
011 11"I"ing. Atidug I
In Muica; It
ra L) tt ferraccric in 900 111, AeOll to p-O-,NC~(f,N;Ct J
.
i
I
i
h
t
C U111
", ilu"
filtering s;tc
ne, StiZl
n9
Irpin 0A IZO
-
J

r0liced with 5fA- '-
y
A,

ifrolki jRtOH)j ft3 di4ejzy;jJsne derip., ill.. 2212-3~ (jf,~nj
-
~
V
,rartsu,
.5f4tjLjrJy,-,fcrracdnc nyr I
/$ kv(4~-,
-
f
ru Pe
ri
Ur
~q.
XcOR
iind
o In
1f9roM
net
tc
di
A
,
,
;
ng J.
j
y
g
wwckl ou IC341
llit with CH~ hil(I t;yaps, Ole
T, &xvi; pp*
CHC
3
1

p. 202-
(foom
; deco, no t. ina
Q; irling
54
rid
,
terial was recovered. V cth, with
r1tNiel gave
initkil dfacety1ferracen firzO 40% n-silge-rcd ~phe?,-
7
Ev:):
. . . . . . . . . . .

'01 gi~ve 7 2 %L,
Was aluggibIl aitur i jq+ :q ~0--

and
uta material

STAROV-'-KIY. 0. V.
"The Structure of Ferrocene Disulfochloridell
a report presented at Symposium of the International Union of
Crystallography Leningrad, 21-27 i%y 1959

81930
3/062J60/000/06/01/011
00 3020/2061
AUTHORSs Starovsk Y. 0. V., Struchkov, Yu. T.
Molecular and Crystal Structurl~
TITLE.- e of Ferrocene Disul
PERIODICALs Izvestiya Akademii nauk SSSR. Otdeleniye khimicheakikh nauk,
1960, No. 6, pp. 1001 - 1009
TEXT: Ferrocene disulfochloride (ClS02C 5H4)2Fe, synthesized by
E. G. Perevalova. and S. S. Churanov (Ref. 4) in the laboratoriy&
khimicheskogo fakullteta MGU (Laboratory of the Department of Chemistry
of Moscow State University), is examined here. Ferrocene disulfochloride
forms thin bright yellow scales which crystallize well from dichloro-
ethane and benzene; its decomposition point is 1500. As apart from the
majority of sulfochlorides, ferrocene disulfochloride is stable in air, and
is soluble in aqueous alcohol. It is also extraordinarily resistant to -
radioactive radiation, all of which points to the fact that the polarity
of the bond S - Cl in ferrocene disulfochloride is considerably smaller
than in other aromatic sulfochlorides. The structure of ferrocene di-
Card 1/3

Molecular and Crystal Structure of Ferrocene S/0691W000/06/01/011
Disulfochloride B020/BO61
sulfochloride was examined roentgenographically# and the parameters of the
crystal lattice were determined, as were the shortest intermolecular
distances. Fig. 1 shows the scheme of the molecular structure of ferrocene
disulfoohlorideg and Fig 2, the projection of the electron density q onto
the xz-plane. The atomic coordinates obtained in the initial stages of the
analysis (Table 1) and the atomic coordinates obtained-froa a three-
dimensional electron-density series (Table 2) are given. Fig. 3 shows the
model of the molecule on the basis of the three-dimen-ional electron-
density series. The interatomic distances and the -valence angle in ferrocene
disulfochloride are set out in Table 3. Fig- 4 shows the geometry of
ferrocene disulfochloride on the basis of data obtained in the course of this
investigation, Fig. 5, the scheme of the packing of the ferrocene di-
sulfochloride molecule in the crystal and the shortest intermolecular
distances in the projection onto xy, Fig. 6, the scheme of the packing of
the ferrocene disulfochloride molecule and the shortest intermolecular
distances in the projection o4to xz, and Fig. 7 the packing of the
ferrocene disulfochloride molecule on limitation of the atoms by the inter-
molecular radii in the view perpendicular to the xz-plane. It is shown on
the basis of the results obtained that a close electronic interaction
Card 2/3

.. "~ - , 'P6045
S/02-0/~O/135/003/029/039
0 Bo16/B054
AUTHORS: Star Q. V. and Struchkov, Yu. T.
Qy-skj_x,---Q_ a
TITLE: The Structure of Ditoluene Chromium Iodide
PERIODICAL: Doklady kkademii nauk SSSR~ 1960, Vol. 135:, No- 32
pp. 620 - 623
TEXT: The authors discuss the structure of crystals of ditoluene
chromium iodide (supplied by V. M. Chibrikin, collaborator of the
Inslitut khimicheskoy fiziki AN SSSR, 1~,stiture of Chemical Physics of
the AS US R . They state that this substance crysf-allizes in the steric~'-
tS ~R' *"
group J2 , and give its crystallographic constants. The cation
m and
rt
(CH3C6H 5 2Cr'~* has a 2/m symmetry in the crystal. Thus, the total configu-
ration of the cation is determined: it is prismatic, with a trans-po3i-
tion of the methyl groups. The authors constructed the electron density
in the plane xOz, and determined therefrom the positions of the atoms
C02 C1, and C 4; by the same method, they determined the coordinates of
all C atoms by means of parallel planes. Fig.1 Cives the interatomic
Card 1/41.

86045
The Stru---~ure of Ditoluene Chromium Iodide S/020/60/135/003/029/039
B016/BO54
distances in the configuration. of the cation. The auth.:,rs conclude from
results that the length of the metal-carbon bond. remains practical.-,
.1y u.-hanged on the transition from an u-noharged "sandwich" to the cation.
The leng"h of the bond 0 0 - C 1 (between the C atom of the methyl group
and the -lonne-Ited ring atom) is indicated with 4.49 A. So; this bond is a
little shorter than a single bond in aromati,:~ compounds (1 1.52 A). Ths
authors explain this deviation by the fact that, in the formation of tbe
"sandwich" type, the u-electrons of the aromatic ring are attracted by
the pos.~ti-~-e charge to the central metal atora. In the present case, this
att'rastion --s. intenvified. by the pusiti've charge of the chromium atom.
This withdTawal of n-elect-rons from the six-membered ring causes a slight
shift of the electrons of the methyl group towards the ring. By this
effests the C--C bondsbecome longer as compared with benzene, whereas the
C-C bond between the C atom of the methyl group and the C atom of the
aromatic ring be--.3omes shorter. By this electron shift, the positive
charge of the Cr atom decreases slightly, and causes the formation of a
p~)sit.ive charge on the organic part of the caticn. The inrestigations
.sh--.)wed that. fhe CH3group is ou~rside the plane of the carbon ring, whi-,h
Card 2/4

86M c~
The Stru,~ture of Ditoluene Chromium Iodide S/020/60/135/003/029/0~9
BO'16/BO54
is explained by a compromise between a "oompression" of atoms (reduction
of the distance CH 3'- C41 by 3.8 -- 3.5 -00.3 A) and a distortion of the
valen~-_y angle of thq cazbon. atom C, bY 4 o Fig.3 shows projqstion of
I
the s,,ructure of (CH .30 6H5)2 CrI on the plane a3 with the shortest inter..
i,-)nio distanoq-5. This stru,,Wre consista of infinitely donse layers in
the planes xOz; x"/2z; x1z.... The layers have no limit density; they
retain hcles in the positions x 1/2, z = 0, and x. . 1/2, z - 1/2.
These holes are covered on top and bottom by ions of the upper and lower
layers. The authors consider the very simple type of ion packing to be
the most important nharacteristic of this crystal structure. In this fact,
they see a confirmation of the similarity of inorganic, and elemental-
-~rgani3 icn structures t-o spherical-symmetric ions (particularly to the
sandw_J,3h-Tr ... complexes). They thank Professor A, 1. Kitaygororlskiy for his
interest in their work. There are 3 figures and 7 references: 2 Soviet,
Br:1+,1sh? -and 2 German.
Card 'z/4

86o45
The Stru3ture of Ditoluene C'.-,(.,",)Mium Iodide S~020"60/135j/003/029/059
B 16XBO54
ASSOCIATION: institut elementer-rganicheskikh soyedi-rieniy Akademi-i
nauk SSSR (Inst,itu-Le of Elemental --murrain-,: Com-Dounds of the
A,~ademy of SciieriGa-i USSR)
PRESENTED: May 23j !960, by A~ N. Nesmeyanov2 Acad;~m-41,,;,iau
SUBMITTED: MaY 17, 1960
Card 4/4

STAROVSKIY, O.V.; STRUCHFOV, Yu.T.
---
X-ray diffraction studies of C02 (05~15)5- Zhur.strukt.khim.
2 no.5:612-614 S-0 161. (111RA 14: 1-1)
1. Inatitut elementoorganicheslcikb soyedineniy AN SSSR.
(Cobalt compounds) (Crystallography)

STAROVSKIY. O_V_
Problems of structural chemistry discussed at the Riga conference.
Zhur.strukt.khim. 2 no.5:64o-641 s-o 161. (MIRA-.11+:11)
(Chemical structure--Congresses)
IF

S1192 62/003/003/006/006
D228YD307
AUThOR: Starovskiy~ 0. V.
TITLE: 4th Conference on Crystal Chemistry
PERIODICAL: Zhurnal strukturnoy khimii, V. 3, no. 3, 1962, 376-381
T-.XT: The 4th Conference on crystal chemistry was held in Moscow
on December 19-23, 1961. It was ori-anized by the Insti'uut-obshchey
i neorganicheskoy khimii im. N. S. Xurnakova, Akq~dpmii nauk SSSR
(institute oi' General and Inorganic Chemistry im,"'K. S. 'Kurnakov,
Academy of Sciences, USSR); the Akademiya nauk 1,101davskoy SSSR
(Academy of Sciences, Moldavian SSR); the Instit-~t neorganicheskoy,,
Ichimii Sibirskogo otdeleniya Akadem-ii nauk SSSR,J:Institute of In-
organLc Chemistry, Siberian Division, Academy of-Sciences, USSR);
and t-he Mosk-ovskiy gosudarstvenyy universitet im. M. V. Lomonosova
(Moscow State University im. M. V. Lomonosov). At the plenary ses-
sions, Academician N. V. Belov presented his paper "New pageE~ of
the second chapter of silicate crystal chemistry and parallels from
-uhe crystal chemistry of phosphates". G. B. Bokiy, Corresponding
Card 1/7

S/19 02/003/003/006/006
4th Conference on ... D228YU307
Member of the AS USSR, reviewed some communications on the crystal
chemistry of complex compounds:"Determination of the structural mo-
tif and the chemical struc-uure of the complex compound K20so 4* 2H2 oil;
"Structure of the compound NqLNH [MOO C 0 -1.2H Oft
4 3 2 4; 2 Itilaw data on
transinfluence in crystalline substances"; "'Magnetic susceptibility
and s-vereochemistry of vanadium intracomplex compounds with 3chiff
bases"; "Structure of zinc hexa-fluorogermanate hexahydrite Zn(H20V
GeF6 it; "Question of the structure of complex titanosilicate com-
pounds of divalent metals"; and "Some data on the-properties of
crystalline oxaloniobates of alkali metals"*. M. A. Poray-Koshits
also reviewed various papers on the crystal chemistry of complex
compounds: "Structure of NiEn2C12 and NiEn2B:r,2 crystals"; "Crystal
Structure of the intracomplex compound Nij,(C2 H20)2PS212 11; "Invest,-
gation of tile structure of the pyridine tetrachloride of divalent
rhenium -- (PyH)IMeCl4 11; "X-ray investigation of divalent palladi-
Card 2/7

S/1 92/62/003/()03/006/006
Ath Conference on ... D228/D307
um allylchloride"; "Roentgeno-structural investigation of benzene-
diazonium chloride and mercury pentachloride"; I'Some questions of
the crystal chemistry of Group VIII metal complex-clompounds"; and
ioentgeno-structural investigation of copper kupferronate II it.
?urther works devoted to this question were reviewed by T. I. Ma-
1-i-novskiy. They included: "Structure of bivalent*metal halodiammin-
ates"; "Structure of green cobalt dinuclear ammines with an,02-
(I oil
01roup"; "Roentgenographic investigation of FCoPhen 1 1
0 - 2 12]C'2*3H2
and "Roentgenographic investigation of cobalt ro.Minopentammine
nitrate and thiocyanate". Turning to or'ganic crystal chemistry,
A. I. Kitaygorodskiy presented a paper entitled-IlPhysical bases of
organic crystal chemistry". Yu. T. Struchkov's review discourse --
"Crystal chemistry of organic compounds" -- considered the follow-
ing work3: "Strue'tures of acenaphthene haloderivatives"; "Electro-
no-raphic investigation of the ferrocene molecule's structure";
e chloride of 3,31-di-
Loentgeno-structural investigation of th
ethylth-4ocarbocyanine and di-para-.tolyldisulfidell; "Conformation
of naphthalene parahaloderivatives"; "Roeitgeno-structural investi-
Card 317

S/192/62/003/003/006/Oo6
4th Conference on D228/D307
c-ations of Dara-rodanoaniline, para-d-irodanobenzene, and zinc chlo-
ride co-mplexes with acetonitrile and thiourea"; "Roentgeno-struc-
tural investigations of caprolactan and thiocaprolactan"; "Crystal
chemical investigation of some organomercury compounds and halomer-
curates"; "Crystal structures of ionocenic compounds",; "Conforma-
tion of spatially strained aromatic compounds1l; and "Crystal che-
mistry of,-t-halogen substituted anthraquinones (crystal structure
of 1,5-dibrc,-noanthraquinone)". Yu. V. 1-Inyukh's review lecture was
also on the crystal chemistry of organic compounds and included
t'nese works: "Some patterns of entry of in-redients into organic
crystals"; "jump in The volume and in the heat of.Vhase transfer
in 1,8-dinitronaphthalene"; "Structures of the rotary-crystalline.
("as-crystalline) type"; and "Investigations of the solubility of
" C)
or~~-anic matter in the solid state". Ye. S. Makarov reviewed six Da-
0
pers on uranium crystal chemistry; "Structure of some sulfocyanide
compounds"; "Certain questions of the crystal chemistry of uranates
and anhydrous uranyl salts"; "Crystal structure of umohoite
UO-7 ."NoO -4H 011; "Crystal structure of uranites: metatorbenite, me-
3 3 2
CP_rd 4/ 7

S/1 92/62/003/*003/006/006
4zh Conference on ... D228/D307
taoten-i-Te, uranocirnite, bassetite"; Unrystal structure of urani-
,,itos and nasturanes"; and "Crystal structure of natural uranium
silicates. 1. Sklodowski-ue, kasolite". Ye. A. Poray-Koshits' -,,.a-
ner -- "Contemporary state of the question o.-:' glass crystal che-
mistry according to the data of diffraction methods of investiga-
tion" -- summarized the existina data on the structure of glasses.
The review articles of V. I. Smirnov and Yu. A. Pyatenko were de-
voted to works on the crystal ch-e-mistry of minerals: "Crystal che-
mis-ury of burbankite"; "New data on the crystal chemical similarity
of" barium silicates and their fluoroberyllate modelzill; "Crystal
slu--ructure of RbBe2F5"; "Systematization of silic o-oxygen radicals";
"Crystal structure of hopeite"; "Structure of some rietafluorobe-
ryllates"; "Crystal structures of anapaite, fairfieldite, and col-
linsite"; "Crystal structure of baotite"; I'Minerals of the group
0
wdhierite-lRvenitell; "Roentgenographic s-Cudy of some rhombic - tita-
noniobates of the composition AB X,U; "Crystal structure of the
2 0
mineral vlasovite - Na ZrFSi 011-'11; "Mineral series with inherited
2 4
Card 5/ 7

S/102/-2/003/003/006/006
~ 0
4th Conference on D228/D307
crystal structures"; "Theory of t3ae polymorphism of layered sili-
cates"; "Structure of belovite"; "Nature of chalcopyrite twinning'"
:-. 0 $
"Complex oxide minerals with structures derived from the cubic
type CaF2_ C'eO211; and "Crystal chemistry of tourmaline". Turning to
the crystal chemistry of intermetaJiLlic compounds, N. V. Ageyev and
P. I. Kripyakevich reviewed seven papers: "Crystal structures of
he comoounds of rhenium and the transition inetals";
U - "Crystal
structures of T-, -a-, ando(-phases in ternary systems of transition
mezals a-rid silicon"; "Structure of compounds of the isomorphous
group CoSb 29 RIbSb 21 IrSb2, andf/,-RbB'2"; "Crystal structures of
ternary compounds in the systems Ce-IIn-Al, Ce-Pe-Al, and Ce-Cu-Al";
"Cryst-al structures of compounds of magnesium with alkaline- and
rare-earth elements"; "New ternary Lavec phases in the systems
,.g'Cd, 1.In)-Cu(Ni)-Zn(Ga, Ge,.In, Sn)"; and "Crystalline ternary-
compound structures in the system lithium-copper-aluminum". G. V.
Sa-Msonov considered works on the crystal chemical peculiarities of
borides, carbides, nitrides, silicides, and phosphides of transi-
Card 6/7

soye-direniy !-11

STAROVSKIY, O.V.y STRTICFKOV, Yu.T.
X-ray structural analysis of the C02C25H24 compound. Zhur. strukt.
khim. 6 no.W48-261 Mr-AP 165. (KRA 18:7)
1. Institut elementoorganichaskikh soyedineniy AN SSSR.

A"UTHOR: Starovskly, V.f4l 2-1-119
TITLE: The Development of Soviet Statistical Science and Experience
in F orty Years (Razvitiye sovetskoy statisticheskoy nauki i
praktiki za 40 let)
PERIODICAL: Vestnik Statistiki, 1958, 1, P 3-15 (USSR)
ABSTRACT: The author gives a detailed survey about the development of
Soviet statistics from the October Revolution until now. The
author is trying hard to-follow the Party line and therefore the
article contains mainly propaganda and citations from Lenin's
works.
The TsSU (Tsentrallnoye statisticheskoye u;ravlmniye) was
founded in June 1918, P.I. PoDov was designated head.
During the first period of Soviet statistics from 1918-1926
bad mistakes were made in working out statistJcal data regarding
agriculture and national economy balance.
During the second period, from 1926-1930, k-N. Smit, N.Ya.
Voroblyev, V.I. Veyts and.other statisticians developed the
industrial statistics. 'in 1926, a general cer.sus was carried
out and the mechanization of the TsSU statistical work s-tarted
under supervision of S.K. Neslukhovskiy.
Card 1/3 During the third period of Soviet statistics, from 1930-

2-1-1/9
The Development of Soviet Statistical Science and Experience In Fourty Years
1948, the TsBV was attached to the Gosplan. 'Impprtant works
were carried-out, e.g. the general census'in 3939. During the
war the TsSU had to work out statistical data enabling the
government to determine the material resources.,
In 1948, the TsSU was separated from the Gooplan and became
again an independent institution. The reason for it was,'that
the TsSU did ' 'not longer correspond with th e g:.,owing demands of
planning institutions. The TsSU was ordered to work up -scion-
tifically verified statistical data, showing the execution of
state planning, the growth of socialist econo,ay and culture,.
the quantity of material resources in nationaL economy and
their utilization, the correlative connections between,different
economical branches and the existing resources for further
production increases,
The following prominent Soviet statisticians are mentioned: the
Academicians V.S. Nemchinov, I.S. Malyshev and'A~~N. Pavlov for
their work in agricultural statistics; 3.0. Strumilin took part.-
in creating a scientific methodology of Soviet statistics, his
works oyi economical and labor statistics are-widely known; A.I.
Card 2/3 Petrov, V.A. Soboll, the demo~graphs S.A. Novcael-s'kiy, N.V. Ptukha,

OSTROVITYANOV, K.V., akademik; LEONDYEV, L.A.; LAPTEV, A.D.; GATOVSKIY, L.K.,
doktor ekonom.nauk; KUZ'MINOV, I.I., doktor ekon,)m.nauk. Prinimal
uchastiye STAROVSKIY, V.11.. RABIHOVICH, M., red.; DANILINA, A.,
tekhn.red-.-"-`
(Political economy; textbook] Politichesksia ek-)noruiia; uchebnik.
Izd.3, parer. i do-p. Moskva, Gos.izd-vo polit.l:Lt-ry. 1959. 707 P.
(MIRA 12:10)
1. A-kademiya nauk SSSR. Institut ekonomiki. 2. Chleny-korrespondenty
Akademii nauk SSSR (for Leontlyev, Starovskiy). 3. Deystvitel'nvy
chlen Vseso3niznoy akademii sell skokhozyaystvenny~ch nauk imeni V.I.
Lenina (for Laptev).
(Economics)

S* G 72 - _13
16(2)
AUTHOR: Starov.skiy V.
TITLE: The Seven-Year Plan ,jrLrL1 the Tasks of Stoviet Sta-
tistics. (Semil,_m-1L;rJLy PIMI i zadac;11i sov3tskoy
~j
statis-tiki)
PERIODICAL: Vestnik statistillci, 1959i, Nr 39 pp (USZEK,
ABSTRACT: The author "discusses the tasks and problems of the
statisticians in ccn.-nection with tho L-,,,)als of the
1959-1965 plan and the reorganized ad-ministration
of the USOR. T,L,le OX- . nce 0~ - -hal' -ears
.0,arle I 0:01e--~M(!.-a I d
after the 11-Union statisticians c~)nference shoris
that statistical Cla-ta is being obtained faster and
cheaper than evon before. But there are still
u
shortcor~dngs. Somme orGanizations ara collecting
excessive repcrts and data. Little i-s being done
to bring order -'Into the pr4mar-y- intarnal aacoun-
ting -and calcul_,; tj ions of enter- rises 0.7hich takes
too many workers). Calculating machins statlions
at the Gaiterprises are few. TsSU is tz:,,ki-q,; over 'from
C.1
agricultural snecialists all parer ,-rork, but
Card 1/4 attempts are still beinG made to block- this

I
I.;0'V12.- 1/13
The Seven-Year Plan and t-l-le Ta~,ks of Soviet ~t..4-i,
0 'J a,, 1:
move. The stabis;I-ician ipust now hiShly-skilled
econr,mLst mod, a of vast laiowied!~e. Only after
the staff of tLc- --alcula'-1-ing mac-h-i-re S4 ;a-ions -..qas
filled %-,ith 04-'atiztlf_,~_ians and sts Could
they start- t1le -Drcq.)cr statist-ical -,7i.)rk including
checks of the pri-ma-.,y data and the Setk~:-inL-D-LID Of
ready statistical' 'Gables. Preparations are !M st
conplete for tthe re-evaluatior. and .-eneral in-
ventory of all basic -L,,mds in t-he (-.ountry. By the
end of 195c~, the. invente7,ry work uill start directly
at the en T ~ e s and t'
t , r-oz, s - construCti0rL projects
Ae
(a colossal job that has not been done since 1925).
The idea --*-s tc find -,,-he criteria of the, most ef 'Lec-
tive capital investments, in order to obtain a
maximiun production increase in the s1hortest possible
an,J ~,Ii t',, 4 ItIp
time U loviest possible expenditure. One
example cf thiz-, Js t"Lie trend (pointeft out by
Khrushche-1,-) in th- construction of tlier-rial electric
Card 2/4 pox-ier pla-.1_`I-s, large 1.-)owe:.? plants 7Tor!-_ir_- on natural
L>

'JOIV2,-59-3-1/13
The Seven-Year Plan and the Tasks of Soviet Statistics.
gas, mazut and cheap coal. A separate recording of
the growth of the capacities created! by new construc-
tion projects and by the re-equipmelLt of existing
enterprises must be organized. The newly introduced
index-e-xpenditures per ruble of prod.uction - re-
quires that financial statistics be improved. In the
case of kolkhoz production, this is a very complex
task, so complex that some theoreticialis until re-
cently considered it impossible to calculate the
prime cost of kolkhoz products. Thia problem is
yet -to be studied, particularly in -view of the
transition from the kolkhoz income share per
"'Urudoden"' ("workday") to pay in cash. It is
planned for 1959 to determine the distribution
of all workers and office employees of industry,
offices and organizations by earninEs, by length
of the workday, by technical professions and
administrative functions, etc. to provide a base
for the regulation of wages. Pensionaries will
Card 3/4 have to be grouped by the amount of the pension.

O-OV,12-59-3-1/13
The Seven-Year Plan and the Tasks of Soviet Statistics.
The tasks also include deliveries and the dis-
tribution of consumer goods, the prices and con-
sumption of consumer goods. The Nauclmo.-metodich-
eskiy sovet TsSU SSSR (Council of Scientific Methods
of the Central Statistics Board u-t GiL;~ U001t)
extend its activities. The training ~:ystem for
statisticians will also have to be expaaded by
extending the evenin- trainin-, and in particular
the correspondence training at vuzes and technical
schools. There is 1 American reference.
Card 4/4

STAROVSKIT, V.
Office equipment should be on the level of industrial eqIMIpmat.
ITO 2 no-8:13-14 Ag !60. (NIRA 13:10)
1. Chlon-karrappondent AN SSSR, nachalinik TSentrallnego statis-
tichesko,go upravlonlya pri Sovete Miniotroy SM, predsedMell
Orp,komiteta po provedenlyu Tsesoyuzno;o soveshchani".
(Off icia equipment and L 4UPplieg)

STAROVSKIY, V.
Method of comparing economic indices of the U.S.S.R. and the U.S.A.
Vop. ekon. no.4:103-117 AP l6o. (MIRA 13:3)
l.Chlen-korrespondent AN SSSR.
(Russia-leonomic conditions)
(United States-Rconomic conditions)

STAROVSKIYY V.
Mechanizing accounting planning and designing work, amd the work
of engineers and techniciahs. Sots. trud 5 no.12,:3-1-1 D 160.
(KIRA 14:6)
1. Nachallnik TSentrallnogo statlfstlichesko~o uprairleniya SSSR.
(Office quipment-and s P1
(,(a:hine accounting

OSTROVITYANOV, K.V... akadeirik; GATOVSKIY, L.M.; KUZIMINOV, I.I.,
doktor ekon. nauk; Prinayali uchastiye:.STAROVSKIY, V.N.-
SAKOV, M.P.; BACHURIN, A.V.; Zk3LAVSKAYi-lT--r.-;-5wuxt-l--
O.T.; RDULOV, V.V.; RABINOVICH, M., red.; MIXIIIIII, Yu.,
tekhn. red.
[Economics; textbookl?oliticheskaia ekonordia; uchebnik.
4.,, perer. i dop. izd. Moskva, ~ospolitizdat, 1962. 702 p.
(MIRA 15:11)
1. Akademiya nauk SSSR. Institut ekonomiki. 2. Chlen-
korrespondent Akademii nauk SSSR (for Starovskiy).
(Economics)

TER-KINASOVA, N.
Figures talk. Nauka i zhi2n? 10 no.5;2-5 Itr 163. (KMA 16: 10)
1. Chlen-korrespondenlu AN SSSR, nachal"mik Ment~-~Llnogo
otatiatichoakogo upravleniya pri Sovete. IfAniatrD,,~ "),,SR (for
Starovski,y).

ZI
SZTAROVSMIJ V.N. [Starovskiy, V.N.1
, _,.- 7~::;7 19
Scientific work of the state statistical organs.
Stat szemle 1+1 no.2:160-171 :,# 163a
1. SzovJetunio Hiniestertanacea meUett mukodo
Kozponti Statisztikai Hivatal elnokes

KRI MiHI M.V., akaderaik; DORODIJITSDI, A.A., akademikj SOBOLEV, S.L., Rkaiemik;
TRAPEZ11MV, V.A., akademik; STAROVSKIY ' V.N.- KOENI I., prof peikhologii;
B~RNAL, D. (Angliya); FAUELL,, S. -;ARTS IMOVICH:
M,r,,HINOV.9 V.S.,, akademik
Science in the borderland of fantasy. Tekhmo..31. no.1:2 of cover.,.,2,1~
1634 (MIRA 16:3)
1; Prezident AN SSSR (for Keldysh). 2. Chien-kcIrrespondent AN SWR
(for Starovskiy). 3. Manchesteraldy universitet,, Augliya (for 106n)o
4-. Prezident Vsemirnoy federateii nsuchnykh raboiaikov (for PAU03;)e
(Science)

OFEY KO red,
(papers ot graditat,-~! ~ItudEnts] Sbarnik nau-!hrWkh rabot
asWrwitov~ M-Jnsk,~ Ur-.-jzhai. -29063. 11-5 p.
(MMA 18-.11)
-,y na-.,jo h-ns. 45 sled ova. te -1I ~-kciy ~_nstitirt me-
khan~zar.sit i el-ektrifikats-11. sellsk3go khozyaysixa ne-
.rri--zerrmoy zony

ZLOBIB, Nikolay Ignatlyevich; STAROVYBORNYY, P.T., red.; DIK, V.M.p
tekhn. red.
[Over-all mechanization for fields and fa=s]KompleksM2iu me-
khanizateiiu na polia i feruV. Minsk, Gos.izd-vo sallkhoz.
lit-ry BSSR.,'1962. )2 p. (NIRA 15:12)
(White Russia-Farm mechanization)

NAZAROV, Sergey Ivanovich; P=-LIMAN, Nikolay Mikhaylovich;
STAROVYBOR14=, P.T., red.; ZZ11KO, M.M., tekhn. red.
[In the advanced line; from work practices of rural, inventors
and innovators in Mogiloev Province]Na peredovoi linii; iz
opyta raboty sellskikh izobfetatelei i ratsionalizatorov Mogi-
levshchiry. Minsk, Sellkhozgiz WSR, 1962. 73 p.
WRk 15: 11)
(Mogilev Province Agricultural mackinery)

BELICHEVOKY Ivan llikolaysvich[Belichonak, I.M.]; STAROVYBORI-PlY
i;w_
P.TS.FStara,rjba=y, P.TS.1, red.; MOKO, M-1-1, t'-ek n.red.
.o-
[Foremost among row crops] Volat siarod prapas~4ykh,
Minsk, Dziarzh.vyd-va sellskahaspadarchai liT.-ry BS.Tt
1963. 30 P. (tan 17 ~. 1i
1. Zvenevaya mekhanizator kolkhoza "Cbyrvonaya zmenall
Lyubanskogo reyona Minskoy oblasti (for BelichenDk),

ST i',-R Q.L-CI~7 P --~j -
-T~'
T.EO"OLOGY
P-7RIOD-C-PI: FRZEGLAD GCWTICZY. Vol. 14, no. 1, Jan. 1958.
MPGAICZ, J. A method of establishing efficiency in the op,-ncast mining of brown .
coal. P. 42.~
Monthly List of East European Accessions (EEAI) LC Vol. 8, no. 4
April 1959, Unclass.

pron,or~- - ~Z trig f cr~-,4 I "'nic! n t ~t;~ I Izht- o f the -,,r,-4rerit 'A devwments
T i r --mierow i Techn-~cavi ?53charii.kow Polski:~hs
(3tovqrnr.7)zenj-e Ins.
za V"a
polarii. Vol. 11,
oithl- ~,Ij st -es,-Ions 'Al' L-,, -Vol. 9, --,o. 2.
Feb. lc)59

STAROWICZ., J.; SZYMASZEK, J.; PIECHA., A.
The investment'. policy of the coal mining industry. p. 20
PRZEGLAD GORNICZY. (Stovarzyszenis Naukowo-Techhiczne Inzjmierow i Technikm
Gornictwa) Katowice, Poland. Vol. 15, no. 1/2, Jan./Feb. 3.959
Monthly list of East European Accessions (EEAI) ID. Vol. 8, No-7, July 1959.
Uncl.

DZIEWANSKI, Janusz, mgr inz.; STAROWICZ, Jozef, mgr inz.
Utilization of the gravels of the lower accumulati-on terrace in
the production of concrete for hydroengineering works. Gosp
wodna 25 no.2:55-60 F 165.

6 1 Ai,c 21.
STAIRT14ICZ I ache atcut "aster Janusz and his L~rcup; a poem. p. 23.
N'O- .4, -A-,,, r. I 9~.-,",.
ars2awp-, Poland
So - Ea st Lurc,..nt- n A c. essicn, Vol . No. 5 , -Mcy - 01-56

STAROWICZ, Zygmunt
Third International Exhibition of Refrigeration tuld
Air-Conditioning in London. Przeg1 techn 8,14. no.26:7,8
""0 je 163.
1. Sokcja Chlodniczal Stowarzyszenia InzymLerow :L Tochnikow
Machanikox-j'Polskich., Warszawa.

STA,RU41CZ, Zygmunt, mgr inz,
D
A look at thin f1wrigarian refrigeraUop Industry. *.rzeg!
techn 85 no.49:11 6 D '64. .
1. Section of ReIrigeration Engineering, Asscoiatior; of
Polish Mechanical Engineers and Technicians, Warsaw.

DAMIG, Wlodzimltirz; DECZKOWSKI, K- _
Granulator for 3ow density polyethylene. Polimery 7 no.1:22-24 162.
1. Katedra Tachrologii Orlyanicznej I, Folitechnika, Warazawaka
2. Czlorek Radr Frogramowe j miesiecznika "Polimery" (for Dahlig)

PASYMUEVICZ, Stanislaw; DAHLIG, Wlodzimierz; SLAROWMSU. Kazimierz
1-11".- 1.0., ".,. ,
Freparatinr of organvaluminum compound:3. Pt.4. ROC2. chemii
36 no.11:1583-1592 162.
1. Department of Organic Techn(1I(-q:y 1, InBtitUtf! of' Technology,
Warsaw.

DAHLIG, Wlodzimierz; STAROWIEYSKI. Kazimierz
Didactic and experimental equipment for the production of
polyethylene by the low-pressure method,. Prze:m chem /,2 no.l:
45-47 Ja 163.
1. Katedra Technologii Organicznej I., Politechnika, Warszawa.

A'Crf X77AY6 0 0 5 8 9 SOURCECODE: PO/0099/66/040/001/00,~1!0053
AUTHORj Starowieyaki, K.; Pasynkiewlcig-S*
7L7
ORG: Department of Organic TechnologY Institute of Technol, y
(Politechnika), Warsaw
TITLE., Structures and IR spectra of organoaluminum corip1exes with
nitriles
SOURCE: Roczniki chemii Annales societatis chimic;'ae polonorum,
V. 40, no. 1, 1966, 47-53
TOPIC TAGS: organoaluminu
m compound, nitrile, chemical,compound
electron acceptor, benzonitrila, propionitrile, acetonitrile, tri-
methylaluminum, IR spectrum
ABSTRACT: The structure of organoaluminum complexcit v-1th benzonitril
et
propionitrile, and acetonitrile, as well as-the electron-acceptur
character of the organoaluminum component were studl.ed.by IR spectres-
copy* The organoaluminum-nitrile complexes'Vere 9ttidied for the first
time. Experimental results are shown in Table, lt'c- i_;iv, i
I C6rd 1/2

NR,, AP6005897
-1) of free nitrites
leJ. C 11 stretching frequenciat; (Cm
and their complexes with organoaluminium~compounds
(molar katio 1:1)
i orgatio- ClITICK AVC-1,
aluminium
compound-4 2227 22,14 22559, 2295in
(CWTS)SM 2vo +43 2282 +38 2260M. 2302s +41
(qII,),AJCI 2282 [phone]w, 2315s +60
C2H,AIC-I,, 2286 +59 -2303 +61 2117sh, 2311s -+66
2
(CH3)3AI 2264 +37 2231 +45 2255s, 223'rs r,+ 4
(CH,),AICI 2279 +52 2306 +62 2255w, 2303s +48
CH,AICI, 2285 +58 2311 +67 2268vw, 23(YTs +52
n86 2313 1 2311s
IR spectra in the region of C N stretching vibrations and structures
of the complexes obtained are elucidated in the text,. wl.-iich is
published in English in its entirety. Orig. art., hAsil: tables and
a formulas.
IEWI~
0 'SUBM DA ir~ 5;/ 00
SUB- CODE: 7 Z RtP::'r~,i~010,~i:!----.I,--.~'0'-Tll, REP.
SOV REF* 00 'ATD P RE S S
6/
Card, A/2

L 36/Qol--',-A- Z"iF(J)
ACC NR: AP6027100
SOURCZ CODE: 000c: (6- 0 C, 0
~~/ / 46YG -/ 6-'W0051
AUTHOR: Star(nrieyski, Kazdjuerz-, Pasynkiewicz, Stanislav
1'jarsa-
ORG: Department of Organic Technology-, Polytechnic Institute, w (Katcldra
Technolo Ji Organicznej Foiitechniki)
93-1
T! ME, : C aluminw-luoup-ourfIs with nitriles, their structure and
q!~ple~;os of organo
infrared spectra
SOURCE! Rae-mild chamii .. annalos, sociotatis chiffliCao poionDrM, ve 40, 110, 1,
1966, 47-53
TOPIC TAGS: organoaluminum compound, organic nitrile compound, IR spectrum,
molecular structure
ABSTRACT: infrared spectra of the reaction products of nltrilee nethl-l and
efjiyl derivatives of organoaluminum compounds were investigated, in orejr to doter-
rdne the structure of the resultant complexes and the relative tcidity and electron
acqeptor capacity of organoaluminum compounds. The authors thank Master I-Engineer
C. Cybulski, Rock Salt I-Line, Inowroclaw, for the NaCl plates ard Yrs. D. Lyzkow-s
for sldl3Xu]- technical assistance. Orig. art. has: 2 tables* fo-rig. art. in Eng-./
FFRS: 35,39f
SUB CODE, 07, 20 SUBM DATE: ?-3Feb65 ORIG REF: ool .3ov f2F. oo6
OTH REF: 008
Card - -----
A Tfq

SUROYTOV, I.M.
-
Results of aDT)licatiOn Of tubular metreurynter. Akush. gin. n0.5:21-
24 Sept-Oct 1953. (CIN1 25:4)
1. Docent. 2. Of'the Gbstatrie-Gynecological Clinic (Head -- Prof.
L.S. Persianinov), Minsk Medical Institute.

STAROZHIL0V P*M* V zasl. zootekhnik RSFSR; BESKHLEBNOV, Yu.A. . red.;
6- 1 1 1 -
SOKOLOVA, N.N., tekhn. red.; PEVZNER, V.I., tekhn-, red.
[Organization of artificial insemination in the Altai Territory]
Organizatsiia iskusstvennogo osemeneniia v Altaisirom krae; iz
opyta-raboty Kraevoi gosudarstvennoi stantsii po plemennoi rabo-
te i iskusstvennomu osemeneniiu sellskokhoziaistvianlwkh zhivot-
nykh. Moskva, Sellkhozizdat., 1962. 93 P. (MIRA 15:11)
(Altai Territory--Artificial insemination)

STAR OZII -MIKAYA, T. A. Cand Med Sci -- (diss) "Therapeutic pneumothorax
4n combination with antibqcterial therapy of adolescent-S
.1 Sj'- -~Lt- 6k,
and juveni e ~4 open pulmonary tuberculosis." Khftrlkov, 1958,
16 pp (Min of Health UkSSR. KharIkov Med Inst), 200 oopios (KL, 11-58, 121)
-1 29-

STAROZHITSKIY,-.-A.Ya., inzh.; FRIDLIDER, M.M., inzh.
Selecting the inside diameter for the ring of a polisher. Stek.
i ker. 20 no.5:18-21 My 163. (MIRA 16:7)
1. Gosudarstvennyy proyektno-konstruktorskiy i eksp9rimentalInyy
institut, stekollnogo mashinostroyeniya.
(Glas manufacture-Equipment and suppUes)

.31, AIV! Iffiv ,').
7-520. STAX-6111ILV, D. -- Dost*-,Zheriiy-a rubtsovskikh ovtsevo..-lov. Uz
Ileredovo,;o opy-ta Vchastnikov Ysesoy-uz. S.-kh. vystmt,ki). -Haterialy
v pomoshch' lektoru. Bamaul, 1954. 32s. 20 sia. (Leltsi=-noye D.Zuro
upr. Kulltury alt. krayi-spolkoma). 1.500 ekz. b. ts., -=L55-341IJ p
636-3-083st(57-12)
SO: Knizhuava LetODiS'. '101- 7, 10,55

KUZNETBOV, Leonid Andreyevich; LANDA YA.A., inshener, redaktor; GOIWMI. Te.l.
redaktor izdatel Istva; STAROZ ra P kandidat takhnichookikh
nauk, retsenzent; SYCE1214, re-VC-tcheekly rodaktoro'
(Combustion chambers of stationary gas turbinesj Kamery agoranila
atatsionarnykh gazo*binnykh ustanovok. Hoe"&, Gos.nauchno-
tekhn.izd-vo mashinostroit.lit-ry, 1957. 166 Pe (MLRA 10:6)
(Gas turbines)

STARR, C BERGER, F. [translator]
--- --- ---4-
Organic moderated reactor nuclear power plants.
Jaderna energie 4 no.4:102-105 Ap 158.

BXSKID, Miroslaz; STARaYUSKI-Stefan
A-akocytoma renis. Polski tygod.lek.15 no-7:261-263 15 7 l6o.
1. Z Zaklaclu Anatomii Patologicznej A.M. w Wars2awie; kierownik:
prof.dr.n.med. L. Paszkiewicz.
(ADINONYMOMA case reports)
(KIDNZYS neopl.)

ACC NRt AP6al7957 SOURCE CODE; Uli/0413/t'36/000/0101'0025/0025*
INVENTOR., Lebedev, G. N.; Serebryakova, A. V.; StArahenko,, Y. I-.I Rogatkin, A. A.;
Pundrovskiy, V. P.; Kh1opkovj L. P.
ORG: None
TITLE: A method for rcmoving phosgene from gases. ClaP75 12, No. 181621
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarny-ye znaki, no. 10, 1966, 25
TOPIC 'TAGS: phosgene, gas, filtration
ABSTRACT: This Author's Certificate introduces a method for removing phosgene from
gases, particularly from waste gases in the production of titaniun tetrachloride.
The degree of purification is increased by adding hydrogza to the vapor-gaa phase at
a temperature below 5000C.
SUB CODE: 07/ suBm DATE:' igmar64
uDc; 66.o74.66 I

STARSHENKO, V.I.; PLIYERKHANOV, A.; BUKETOV, Ye.A., kand.tekhn.nauk
Autoclave leaching of powellite concentrates. Sbor. nauch. trud.
Kaz GMI no.19:238-240 '60. (MIRA 15:3)
(Powellite) (Leaching)

STAWHIKO.V,-,V., otvatetvennyr sh vypusk; LITVINOV, I., tekhn. red.
[Traffic regulations for road@ and streets of the Crimea] Pravili
dvishenlia po dorogam I v gorodakh Mrymskol oblasti. SWeroly,11
Xrymizdat, 19.56. 140 p. (KM litIO
1, Krymska7a oblast'. Sovet deputatow trmdyashchikheya. Ispo3zitell-
U.VY komItet.
%Grlmea-Zraffie regulations)

4TARqHjjjTJ- I& A A-qpqyA#A*Apndidat moditsiniskikh nauk; ORLYANSKAYA.
---R.L.& red wt-o;:,-!iU-L'DYAYXV, N.A., tekhnichaskiy radairtor
[Radioactive substances in usdicinel Radioaktivays vashchestva v
meditsine. Moskva. Gos.izd-vo med.lit-ry. 1957. 75 P. (MLRA 10:9)
(RADIOLOGY. KIDICAL)

A.V,; UKHATiOVA, L,P.; STA13SHINUII D.A.
BUINUIII 2 - - A .
Paleogene of the Karategin Range. Dokl. Alf SSSR 140 no.5'1141-1143
0 161. (1,1IRA 15:2)
1. Vsesoyuznyy nauchno-dasledoya-tellskiy geologicheskiy institut
i Upravleniye geologii i okhrany nedr pri Sovete Ministrov
Tadzhik-skoy SSR. Predstavleno akademikom DS.Nalivkinyfft.
(Karategin Range-Geologyv Stratiemaphic)

BISKE, Yu.-.;
Goology of Paloozoic eodiments In the SulyukU region
(ITV,rhestan Vest. TrV 20 no.-24; 50-55 165. (I-OU 19: 1)
'I'-
.,, ooubmilttod March 20, 1965.

STARSHENRUk, L. i. and PROMESLE.1%YA, T. L.
"S =,11pox Vaccination Conditions in the Kirgiz SSR and the Results of
Inoculation with Material From the City of Frunze," Trudy Instituts. Epidemiologii i
Mikrobiologii I-Linisterstva Zdravookhraneniya Kirgizskoy SSR, Frunze, 1`01 1, 15952, PP 37-39.

SV ~-T,1-07r
A!uj~." J) "'. N.,
ftPerfonmance of the Gas in Blast Furnace Stack in Conjunction Ath the use of Excess
Pressure i n the Conbustion Space." (Dissertation f or Degree for Cand-idate of Tee.2-mical
Sciences) Min Higher - Education USSR, Moscow Order of labor Red Bmier Inst of Steel
imeni I. V. Stalin, 1.1,scoir, 1955
SO: 1-11-1036 28 Mar 56

V,
Al 0
%

2,'
Ml

2, 7
smel of low-snBuIrma Bob ern, an a
t
W v "Icharchenka:

PAIL
anA A IF
'
,
of IvIn
(00HO185%) iind it
st4k aud

~ -_
saV ng:
M '%thtl in quq- This rcsciha~ln.i.
0
.
Y
,
.
_ T -
f -/O.o 11' OM'.Ztt Al
80 1 If inq"m~'bUI 6 fhe
ha

% Slaj' -
03 re-i,
4.2;.F. 401d
"
%T -
an

0
aO. + AUQ '+-VaO~/Si%'.
1.30, (C
'

MI). . .....
1~ fa-kQ it
IsIgo 112 glag 5.5-6.0%, --oIAJj(
of blow M~W*, humidity of-blaw-23-2S g~/,6u. m... cot
Ie
c6ncn. gas; at PeripWy 8-9%, miti~ of i~dius IGA7
in ~%,
t of furnam 9-10%. V. N., Bednarski '
b v

p

ONOIPRIYENKO, V.N., k.and. tekhn.nauk; kand.t0khIl-nauk;
STARSHINOV. B.N., kand.takhn.nom, ; TKACHERKD, A.A., insh; SINITSXIY,
V.D., inzh.; MYDIN, L.M., inzh.; PORTMT, 1.Ya., inzh.
Operations of the blast furnace n0,3 at the Voroshilov Plant using
fluxed ITJGOK sinter. Biul.riSNIICHK no.17:1-6 (325) 157-
(miDA ili4)
(Blast furnaces)

133-9-2/23
AUTHOR: Onopriyenko V.P. Starshinoy
7 j_ B.N., Candidates of Technical
Sciences and Trachi~ja ko, J1 ~.A. , =nitskiy, V. D. , Freydin I L. M.
Fortnvy, L.Ya., Engineers.
TITLE: Operation of a Blast Furnace with 1.1 atm. To Pressure.
(Rabota domenn y pechi s davleniem do 1.1 ati~
PERIODIUAL: Stall, 195?, No. 9, pp. ??2 - 778 (USSR).
ABSTRACT: The influence of top pressure vtriation from 0.6 to 1.1 atm.
on the operation of a large (1 386 m ) blast furnace was investi-
gated. The profile of the furnace is shown in Fig.l. Character-
istics of burden ma-berials and coke during the individual test
periods are given in Tables 1 and 2. Operating factors are given
in Table 3. Changes in the distribution of CO 2 along the throat
radios in Fig.2, the composition and temperatures of the lxri-
pheral and top gas in Fig-3, the pressure drop with the height
of the furnace in Fig.4, changes in the gas pressure along the
furnace throat radius in Fig-5- Changes in the length of tap
hole and furnace-opera:ting indices during various testing periods
are given in Tables 4 and 5, respectively. On the basis of-
experience gained, the following conclusions are drawn: an
increase of top pressure from 0.6 to 1.1 atm., contributes to
the development of the peripheral flow of gases. In such case,
Card 1/3a decrease on the coke charge or an increase in the proportion

1.33-9-2/23
Operation of a Blast Furnace with 1.1 atm. Top Pressure.
of direct (ore first) charges (with simu.1-taneous dropping of the
whole charge) leads to an increase in amount of ore charged to
the periphery with a subsequent decrease in the peripheral flow.
Static pressure along the furnace height changes lineary. On
increasing pressure of gas in the throat fr5m 0.11 atm. tc, 0.46
atm. and blast volume from 1 400 to 3 400 m /min, the blast
pressure increased more than that of top gas, while the uniforr
drop of pressure along the height of the furnace was preserved.
On increasing mean gas pressure in the furnace by an apl:-opriate
increase in driving rate, the blast pressure inoreases to the
same extent as the pressure of gas in the throat. With a constant
blast volume, the pressure of gas in the stack increases to a
lesser degree than that in the throat. On transfer to a higher
top pressurS (1.1 atm.) the blast temperature can be increased
by 20 - 50 G and the driving rate increased by 2-6% (in comparison
with operating conditions of a. 'top pressure 0.6 - 0.8 atm). The
operation of the furnace becomes smooth, but on decreasing top
pressure back to 0.6 - 0.8 atm., the smoothness of the operation
deteriorates. On increasing top pressure from 0.8 to 1.1 atm.,
the output of the furnace increased by 8.3% and the coke rate
decreased by R.9%. On decreasing pressure from 1.1 atm. to
Car d2/3). 6 - 0.8 atm. , the output , of the f urnace decreased by 5.0 - 9.3%

13P-58-4-4/20
AUTHORS: Onopriyenko, V.P., Candidate of Technical Sciences,
Starshinov,_B_1L_,_Gandidate of Technical Sciencesi
---fietrebko-~-t."',, Yalovoy, r.S., Rahinovich, G.B-, Engineers
TITLE: Blast-furnace Operation at a Top Pressure of Over 1
Atmosphere (Gauge) (Rabota domennoy pechi pri davlenii
koloshnikovykh gazov vyshe 1 ati)
PERIODICAL: Metallurg, 1958, Nr 4s p 6 (USSR).
ABSTRACT: The authors give operating data for Nr - blast furnace
at the Krivorozhstall Works smelting pig iron (2-3 - 2.750/6"', Si)
from a burden containing 96.7 - MY% sinter and 55-03 -
56.99,% Fe for a period (March,- October, 1956) when the top,!
pressure was changed monthly in the range 0.46 - 1.13 atm.
(gauge). After allowing for the chai*.ing ironcontent of the
blarden, the authors cont-lude that raising top pressure from ~
0.46 - 0.71 to 1 - atm. (gauge) leads to an increase in,
furnace productivity of 4 - ?% and a decrease in coke rate,o�
5 - (Ylb. The pressure drop through the furnace and flue-dus~-A
production decreased with increasing top presEmre. With
increased top pressure, the furnace tended io work up the
walls and the coke charge was reduced from 6.3 - 6.45 to
5.6 tons, the charging-cycles CCOxCSx and COxCCSx being
Cardl/2 adopted. There is 1 table.

130-58-4-4/20
Blast-furnace Operation at a Top Pressure of Over 1 Atmosphere
(Gauge)
ASSOCIATIONS: Ukrainski institut metallov (Ukrainian Institute
,of Metals5 and zavod "Krivorozhstall" ("Krivorozhstall"
Works)
dard 2/2

ONOPRIYENKO, V.P.. kand. taklin. nauk;,.STA1W11I1TOV, B.N., kand. te'khn. nauk
Effect of Increased gas pressure on oporsting conditions of blast
furusces. Biul. TSITUCHM no. 9:9-13 158. (mr:RA 11:7)
(131ast furnaces)

OKOPRIYENKO, V.P.. kand.takhn.nauk;_~_T INOV, B.N., kand.teldin.nauk;
BRUSOV, L.P., inzh.; WZOVOY, P.i.-, 'lnzh~;-BMWMOV, D.P.,
inzh.; ORLOV. V.S.. inxh. I.
Sintering of Krivoy Rog magnetite concentrates. Trudir Ukr.
nauch.-issl.inst.met. no-506-52 '59. (HIML 13:1)
1. Ukrainskly institut metallov, Krivorozhakly Tuthniry
gornoobogatitelinyy kambinat i Krivorozhakiy matallurgicheekly
zavod.
(Krivoy Rog--Iron ores) (Sintering)

STARSHINOV, B.N., kand.tekhn.nauk
Investigating static gas pressures in blast furnaces.
Trudy Ukr.nauch.-isal.inst.met. no-5:64-73 '59.
.f-- - (Blast furnaces) (MIRA 13:1)

ONOPRIYENKO, V.P., kand.tekhn.nauk; STARSHINOV, B.N., kand.tekhn.nauk;
POKRYSHKIN, V.L., inzh.; inzh.
Investigating the compocition of cast iron produced in blast
furnaces operating with different gas pressures in the throat.
Trudy Ukr.nauch.-issl.inst.met. no-5:83-91 '59-
(MRA 13:1)
(Cast tron-Analyals) (Blast furnaces)

SIARSHINOV, B.N., kand.tokhn.nauk; SINITSKIY, V.D., inzh.
Potentialities for accelerating the operation of bl4at
furnaces transferred to higher and high gas pressures in the
throat. Trudy Ukr.nauch.-isslAnst.met. no.5:92-99 159-
(MIRA 13:1)
(Blast furnaces)

STARSHINOV.-B.,-ff., ~and.tekbn.nau ; ONOPRIYMMO. V.P., kand.tekhn.nauk;
'------BURDY(i0i, D.P.. inzh.-. KH&LIND110VA, V.I.; MGIMMO. ]~.I.
I
Sintering fluxed charges with additions of dolocitized
limestone. Ketallurg 5 no.2:6-7 1 160.
(Sintering) I (HIR& 13:5)

STARSHINOY.--B.N.t kand.tekhn.nauk. SAVELOV. N.I., inzb.. TARASOV. D.A..
inzh., SUPRUN. I.Te.. inzh.. GMANEV, Ya.S., inzh., I%ISKA OVSKIT,
S.T., insh.
Adopting a blast furnace with a useful capacity of 1719 m3.
Metallurg 5 noa7:7-9 Jl 160~ (P:IR&13;7)
(Blast furnaces)

ONOPRIYENKO, V.P.1 ASTAKHOV A.G.j.,STARSHINOY _4jI.; ORLOV V.,S.; BTJRDYUKOV,
p p- I .
D.P.; i'.0VENSKIY, I.I.; KUSHNIREVj, V.A.; POKRYSHKIN,, T.L.
Obtaining a high- W icity sinter out of Krivoy Rog iron ores.
Trudy U~re- pauch.-inal. inst. met. no.6:7-22 160. (MIRA 14:3)
(Krivoy Rog Bani iron ores)
(Sinteringl-

ONOPRIYENKO, V.P.; STARSHINOV B.N.; PCY.RYSHKIN, V.L.; SINITSKIY, V.D.
- - -
Expansion of iron reduction processes vith use In the! blast
furnace of fluxed sinter and increased pressure. Trudy Ukr.
nauch.-issl.,inst. met. no.6:1+5-60 260. (MIRA 14:3)
(Iron--Metallurgy) (Blast furnaces)

STARSHTTOV,_-&-X._,- kand.tekhn.nauk- LEBEDEV, A.Ye., kand.tekhn.muk;
LUKASIIOV, G.G., in-vh.; SAITELOV, N.I., inzh.; TARASOV, D.A., inzh.;
SUPRUNY I.Ye... i-nzh.. TIKHOMIROV, U.N., inzh.; SINITSKIY, V.D.,
inzh.; GORBANEV, Ya.S., inzh.; PRIKHOD-KO, L.D., inzh.
Operation of a blast furnace with a capacity of 1513 M3, Biul-
TSIIGHM no.931-6 060. (MIRA 15:4)
(Blast furnaces)

STALRSHINDV, B 1,. kand.tekhn.nauk; 01jOPRIYEMO, V.P., kand.tekhn.naxxk;
POKUSHKIN, Y.L., kand.tekhn.nauk; NSTRIMO, P.G.. inzh.;
YALOVOY, D.S., inzh.
Slag formation during blast-furnace smelting with fluxed
sinter. Stall 20 no.8:673-680 Ag 160.
(MIRL 13:7)
(Blast furnaces) (Slag)

V. N40 a-IL 0
inz-h
-val
re: x

STARSHINGV, B.N., icand.tekhn.nauk; Al."~,OITOV, 11.1%, -4.vzh.
lc~
All-Union Confel-ence of Blast and Sintering Furnace Operators.
Metallurg 6 no.2-113-14 F 161. (KERk 14:1)
(Metallurgy-Congresses) i

KOCHINEV, Ye.V,; ST-ARS-HINOV.9 B.N.; KORNEV, V.K.; POPOV, Yu.A.
Blowing-in of blast furnaces of a capacity of 1719 m3. Metallurg
6 no.6:3-7 ~e 161. (MIRA 14:5)
1. Gipromezi Ukrainskiy institut metallov; Nizhne-Tagi3.tskiy
metallurgicheskiy kambinat i Chelyabinskiy metallurgicbeskiy zavod.
(Blast furnaces-Design and construction)

STARSHINOV, B.N. KOTELINIKOV, I.V.; SINITSKIY, VJ.; LAVRENTYEV, M.L.
SINITSKIY, V.D.
Blast furnace operation with an addition of natural gas to the blod.
Metallurg 6 no,7:4-8 JI 161. (MIRA 14:6)
1. Zavad im. n,icha i Ukrainskiy institut metallov.
(Blast fu=a,ces)