SCIENTIFIC ABSTRACT SLINKIN, A.A. - SLINKO, B.L.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651320012-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Structure and Catalytic Properties of Chromium- S/020/60/132/02/34/067
silica Gel Catalysts B011/BO02
cat alysat2s during the ex eriment. Table I illustrates the aromatization of
n-,heDtane'and cyclohexan @Under atmospheric pressure. Hence it is clear that the
above-mentioned differences in the behavior of catalysts are not due to
admixtures of other metal oxides in silica gel. Table 2 gives data on the phase
composition and magnetic properties of the catalysts I-IX investigated by the
authors. Hence, these catalysts can be classified into two groups: 1) radio-
graphically amorphous, paramagnetic - samples II. and III. The temperature
dependence of their susceptibility follows the law of Curie-Weiss. This
allowed the calculation of the magnetic moment (3.21L B). 2) Samples IV-IX are
antiferromagnetic. All their radiographic lines were identified as lines of
Cr203' Sample VIII produced from sample I by heating in the hydrogen current
without alcohol treatment, thus contained crystalline Cr2031 like samples V.
and VI. Sample III however, which was produced by heating sample II in the R2
current, proved to be radiographically amorphous, and paramagnetic. The
authors assume that CrO in the first case is immediately reduced into Cr203,
and by alcohol treatmeni in the second case develops some intermediate
compound of chromium not affected by air. This intermediate compound however,
produces the crystalline Cr203 when heated in the air current. This inter-
mediate compound possibly is a chromium silicate developing during the alcohol
C Card 2/3

86043
S1020160
BO !6 /B054
AUTHORS. N:?smPvan,')v. AN.. Academician. Rubinshteyn, A, M
Dij! A A . Slinkin, A A . Rybinskaya, M I-@ , and
S I o n i m 3 k i y . G
TTTLE.- Study of Catalytic Properties of Polymers Produced on th--5
Basle Of blethfl-g-chloro-vinyl Ketonr-,,l
PERIODICALt Dokiady Akademil nauk SSSR. ?960, Vol 135. No, 3,
pp 609 - 612
TEXT- The aurhors report on the cont-.nuat-Lor. of their invest igations of
-he pr,@per-es of polymers produced on the basis of methyl,p-chloro 7LnY-;
k9tone (.Rr-fs 1-2) These polymers show important ele.:trical and magnetic@
propprtl-@q; besides, they activate the oxidation and dehydrogenation of
In the pret.;en-t paper. the author.- studied their phy3-ical
their catalytic activity MethvI-(5--chloro viny!
polyccinden,2@@& itself automatically when stand,,,ng for 20-25 days
-x-.@..h z;inu2tan-i.@ sm?rza7ation of HC1 The formula H(-C-CH-) CI is
I- n
C. QC H
d

8604 31
St@.@dv cf Cacalytic Properties of Polymers S/020/60/135/003/027/0139
pr-'@@du.-ed on the Basis of Methyl-p-chloro-vinyl BO-6/BO54
K-?t-n@-
@o he result-@ng mixture of polymers.- The best polycondensal----n
i.i attained in a sealed ampoule.. Otherwise, too much triacetyl benzene is
formed, On prolonged heating to 40000 in vacuol(12 torr), the polymer.@
change (with simultaneous separation of water). Their carbon content in-
creases Apparently. there occurs a croton polycondensation on two
adjacent acetyl groups each within the chain, or a polysondensation
between individual chains by acetyl groups, The authors assume that, of rIe
practically both processes take place, since a certain oxygen amount
--arbcnyl groups is always left in the polymer. The authors studied the
properties of polymer!i heated with and without ferric chloride at
4000C./'? torr for 6 h, Table 2 and Fig. 1 show their most impo:Iant
phys-@:al ::harazteristios as well as those of activated carbon and graphite.
A ;@omparlsc'n with activated carbon (natural carbon polymer) shows that The
polymers investagated have a very small specific- surface (S) and a
relarively large amount of unpaired spins.. Fig. I shows data of the change
n
... E@pecif@,,- conductivity (o) with temperatuTe.. Therefrom, the
authors ca:7-ula-'-d +he a:tivaticn energy of the condu@-Ci-ity (Ea, Tatie 2)-
these polym i5
T-ney consaler ---. pna:silbl-e tha- ersla, samtccndu@@tors with a
Carl 214

80' C -1- 3
Stwly of* Gatalytir Properties of' Polymers 5/020/60/135/003/027/059
Froduced on the Basis of Methyl-o-chloro-vinyl B016/BO54
K,@-t @,nf-
ASSOCIATION: Izastitu@ elementoorganicheskikh soyedineniy Akademii nauk
SSSR (Institute of Elemental-organic Compounds of the
Academy of Sciences USSR).. Institut organietheskoy khlimll
am., N. D, Zelinskogo Akademii nauk SSSR (Instlitute of
Organic Chemistry imeni N. D.. Zelinskiy of the Academy of
Science3 USSR)
SUBMITTED: August 14, 1@960
@73,ri 11/1

84577
Effect of the Treatment of Chromium Oxide S/02 0160113410011036 /038 1XX
Catalysts With Gases Under Various Condi- B004/BO64
tions Upon Their Catalytic and Magnetic
Properties
0
Cr( H)3
Cr20 3(VII) H2)5000C N2 000C air, 500 oc
h 10 h 10 h 10 h
15
.1 Ift
Cr 0 (VIII) Cr 2 03(1) Cr2 03(11) Cr203 (111) 0
OOC
2 3 h H22500,C air 600 C
H, 20 h ir,500 C 1 h h
i * rh
10 h
Cr203 (IX) r203(V) Cr 203(IV) Cr 2 3(VI)
Cr2 03 was treated with atomic hydrogen in a special apparatus (Fig. 1).
H formed in vacuum at a voltage of 109000 - 12,000 v and 1 - 2 mm Hgj ahd
was sucked through the Cr 203 sample. Subsequently, catalysis was made in
the same apparatus under the exclusion of air. Table I shows the tempera-
ture dependence of for the various C 2 03preparations.
Card 2/5

8h577
Effect of the Treatment of Chromium Oxide S/020/60/134/001/036/038/XX
Catalysts With gases Under Various Condi- B004/Bo64
tions Upon Their Catalytic and Magnetic
Properties
No. of X . i No'of X -lot)
sample 200C 50 oc 800 C 160'Cl e 'Kj @LB sample 200C 50'C 800C 1600C
1 24.0 25.3 24.4 23.3 VI 24.4 25.2 23.4 23.0
11 23,0 25.0 23.6 22.9 VII 92.0 - -
111 340.0 - - Ia 96@O -
IV 28.0 - 25.8 24.0 500 3.7 IIa 21.8 - 22ol 20.8
V 22.8 24.,3 23@3 22.8
The samples Ia and IIa were prepared from impure Cr20 . The ferromagnetism L@
of sample Ia is caused by impurities. The ferromagnetism of III is, how-
ever, not due to impurities and occurs only when Cr 2 03is treated with
air at 600 0C. The authors assume that Cr02.forms in low yields. This new
phase could, however, not be confirmed by X-ray- and electron diffraction
pictures. Table 2 gives the results of the catalytic decomposition of
isopropanol and the dehydrogenation of cyclohexane by means of the samples.
Card 3/5

8h577
Effect of the Treatment of Chromium Oxide S/020/60/134/001/036/038/XX
Catalysts With Gases Under Various B004/Bo64
Conditions Upon Their Catalytic and Magnetic
Properties
Different activity, selectivity, and activation energy were found to exist.
The dehydrogenation of C 6H12 was reduced both in the ferromagnetic sample
III and the antiferromagnetic sample IX, and the dehydration of i-C 3 H7 OH
increased. Herefrom, the authors infer the presence of hydroxyl groups
on the catalyst surface. Their origin is, for IX, explained by the chemo-
sorption of atomic H, for III by the interaction of CrO 2 with H 2 forming
at the beginning of the reaction. The inactivation of sample I b@ treat-
ment with water vapor and subsequent regeneration with H 2 at 500 C con-
firmed the inhibiting effect of the OH group upon the dehydrogenation
of C6H12' The authors came to the result that it is not possible to draw
conclusions from the magnetic and electrical properties upon the surface
structure that determines the catalytical properties only. There are
1 figure, 2 tables, and 13 references@ 5 Soviet, 5 US, 3 British, and
2 German.
Card 4/5

Effect of the Treatment of Chromium Oxide
Catalysts With Gases Under Various
Conditions Upon Their Catalytic and Magnetic
Properties
ASSOCIATION:
8h577
3/020/60/134/001/036/03$/XX
B004/Bo64
Institut organicheskoy khimii im. N. D. Zelinskogo Akademii
nauk SSSR
(Institute of Organic Chemistry imeni N. D. Zelinskiy of
the Academy of Sciences, USSR)
SUBMITTED:
May 17, 196o
vr
Card 5/5

AKIMOV., V.M.;-SLIVKIN, A.A._j_RUBINSHTEYN, A.M.; SHUYKIN, N.I.;
KONONOV, N.F.; KASHKOVSKAYA, L.K.
Effect of spinel formation on the regenerative capacity of the
Ni - A20 catalyst. Izv. AN SSSR. Otd.kbim.nauk no.8:1516-
1518 Ag 41. (MIRA 14:8)
1. Institut organicheskoy khimii im. N.D. Zelinskogo AN SSSR.
(Spinel) (Catalysts) -

1 2?@33
/1o'01/6 oo/011/002/016
3
B124/3101
Korshak, V V,, Slinkin, A. A., V'nogradova, S, V.,
,UTLIORS: X
Babehinitser, T. Al.
Study in the field of coordination Qhain polymers.
VIII. Coordination polymers based on bis-(8-hydroxy-
quinolyl)methane, quinizarin, and 4,41-bis-)aceto-
acetyl)phenyl ether
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v. 3, no. 11, 19061,
1624-1632
TEXT; The synthesis of mixed coordination polymers of bis-(8-hydroxy-
quinolyl)metliane (i)(and quinizarin tII), (I) and 4,4'-bis-(aceto-
acetyl)phenyl ether III) with various metals is described, and the
magnetic properties of some coordination polymers of (11), W, ana (III)
are studied. Compositions, structures, and properties of the synthesized
coordination polymers are given- X-ray data indicate that the
-iomoFk_t,eouz coordination polymers exhibit a more or le5s ordered
struc@ure, The solubilities of the homogeneous and the mixed ooordinaticn
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29733
S/19 61/003/011/002/016
Study in the field of... B124YB101
polymers in organic solvents are extremely low; only the mixed coordina-
,ton polymers of (I) and (III) with Qu are soluble in cresol. The
femperature dependence of the ma,;netic susceptibility (x) as well as the
I'll, L. --net i c moment and the Weiss constant calculated from the magnetic
@3i,%IscpDtibility are t@iven for a number of coordination polymers on the
b@-sis of (11), (1). and (III)- Conclusions as to the configurations of
C6, Un, and Ilt in the polymers -were drawn from the magnetic properties
The aut,iors thank the staff of the Laboratories of INOES AN SSSR under the
guldance of A I Kitaygorodskiy and IN@ E, Geltman. There are 3 figures.
tables, and 7 references: 6 Soviet-bloc and 1 non-Boviet-bloo, The
reference to the English-language publication reads as follows:
D. P., Craig, A. Maccoll, R S_ Nyholm, L. E OrCel, L. E. Satton, j,
Chem.. Soc 19*54, 332, 5154,
ASSOCIATION.@ Institut Plementoorganicheskikh soyedineniy AN SSSH
(Institut.e of Elemental Organic Compounds, AS USSR),
Institut or--anicheskoy khimii im.2;. D Zelinskogo AN SSSR
C@
jnstitute of Organ_-, Chemistry inzeni N. D ZelinskIly. AS USSR)
SUBMITTED- Novpmber 16, 119160
Card 2/2

RUBDUITEYN, ii.M.; SLINKIN, A.A.- YAKERSON, V.I.; FEDOROVSKAYA, E.A.
_4
Reduction of Ce02 in the process Of CH3C00H ketonization. Izv.
A14 SSSR Otd.khim.nauk no.12:2235-223? D 161. (MIRA 14:11)
1. Institut organicheskoy khimii im. N.D.Zelinskogo AN SSSR.
(Cerium oxide) (Acetic acid) (Ketones)

10 L)
28738
S/026/61/000/011/004/'004
D038/b-1.
AUTHORS: Kochetkova, N,S,, Materikova, q,B,, and. Slinkin, A-A,.
TITLE: Ferrocene
PEQUODICAL: Pvlro(la" no. 1.1, 1961, 98-1-00
TEXT: This article deals with '-the structure and application of various aromatic
compounds, ptirticularly ferrocene, Scientists from many countries, including A.11,
@'Tesmeyanov of the USSR, are mentioned in connection with the development of ferro-
cene - a diamagnetic organometallic compound with a dipole moment equal to 0, X-ray
analyses have shown that, in the ferrocene molecule, the iron atom is in the mean
position between the cyclopentadienyl radicals lying in parallel planes, the carbon
atoms of the upper ring being located above the gaps between the carbon atoms of
the lower ring, Two horizontal five-membered rings with alligned CC and CH bonds
rotate in parallel planes around the central iron atom, which is similarly connec-
ted with all ten carbon atoms, Nickelcene, cobaltocene and other similar compounds
are likewise constructed, In the last few years, a sufficiently accurate idea of
the electronic structure of these compounds was originated, In investigating the
chemical properties of ferrocene, it can be readily seen that, in many reactions,
the metal does not expose itself in the molecule and the reaction passes along the
Card ll/ 3 V*

Ferrocene
28738
S/026/61/000/011/004/004
D038/DI13
poses, Data have been collected on heat-resistant ferrocene derivatives containing
both iron and silicon atoms in their molecules, Tile chemistry of benzene., naphta-
lene, anthracine and other aromatic systems is being developed for similar purposes,
T@i the very near future, new aromatic systems will come into being; the differences
in their properties will depend not only on the difference in the substitution pro-
ducts but also in the central atoms of the metals which constitute the heart of the
molecule, There are 6 figures,
ASSOCTATION: Institut elementoorganicheskikh soyedineniy AN SSSR Aloskva/ (Insti-
tuto of Elemental Organic Compounds of the AS USSR/Mcscow./),
Card 3131

MATVEYEVAJI IN.; SIMJKIN A.,L , kand.khim.nauk, otv. red.; DULOV, A.A.,
'ir
nauchrqy red.; PROSAKOVA, T.A.., tekhn.
mladshiy ni-u@c so
red.; RYLIFIA, Yu.V., tekhn. red.
[Heterogeneous catalysis in organic chemistry; bibliographic
index of Soviet and foreign literature (1958-1960)] Geterogen-
wji kataliz v organicheskoi khimii; bibl-iograficheskii ukazatell
otechestvennoi i zarubezhnoi literatury (1958--1960). Moskva,
Izd-vo Akad.nauk SSSR, 1962. 275 P. (MIRA 15:7)
1. Akademiya nauk SSSR. Institut organicheskay khimii. Sektor seti
spetsialInykh bibli ?tek.
(Bibliography-Catalysis)

V374
S/19.0/62/004/002/002/021
15 9?)L)o B I 1,10/B 10 1
4! -
AUTHORS; Kotlyarevskiy, I, L., Fisher, L. B., Dulov, A. A.,
Slinkin, A. A., Rubinshteyn, A. M.
TITLE- Synthesis and some physical properties of poly-p-dii3thynyl
benzene
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v. 4, no, 2, 1962,
174 - 181
TEXT: Poly-p-aiethinyl benzene with alternating ternary bonds and J)henylene
rings was synthesized from p-diethinyl benzene according to Yu. S. Zallkind
(Zh. obshch. khimii, 6, 530, 1936). The diethyl benzene mixture obtained
during styrene production was dehydrogenated to divinyl benzene, brominated,
dehydrobrominated, and pol,@-condensed in water-alcohol or water-dioxane at
20 - 400C in the presence of CuCl, NH Cl, and 0* to orange-red, powdery
4 2
oligomer (I) insoluble in water and organics:
Card 1/5

33374
S/190/62/004/002/002/021
Synthesis and some physical ... B110/B101
CH =' CH., ozv I -CJ1Br-CJJjBr X01I
C111 13
@Zo
KOH
C11
11C =-'c -r`@-c C -(C C-- 6= C) -C=C-/z \'@@-!C=-C[1-11cr
,n=3-4
It explodes under rapid heating to 120 1300C in N2 flow, but is no longer
explosive in the form of pressed tablets up to 140 OC in N2 flow. Thermo-
gravimetric and quantitative studie-. showed that the color change (to black)
at 40OCC was not due to decomposition but to intramolecular polymerization
and structuration processes. The conductivity of tablets pressed at 5000 atm
was examined with direct current at 5-10-3 mm Hg. The tablets werb heated
in N flow for 20 hr. The conductivity is described by: 6' = 6' exp (-E/kT).
2 0 -
Resistance and artivation energy Of conduVAvity decrease with increasing
heating temperature (220 - 60000) 0- ohnrll - cm-1 ; M-0. 1 ev at 60000)
Ultraviolet irradiation of a sample heated at 2200C raises the conductivity
Card 2A

33374
S/19 62/004/002/002/021
Synthesis and some physical ... B1 lOYBI01
reversibly by some orders. This effect decreases with increasing heating
temperature (40000 and disappears at 500 and 6000C completely. The sign
of the thermo-emf and the reversible resistance decrease during oxygen ad-
sorption confirm the hole character of the conductivity. The speciffc@mag-
netic susceptibility of the initial oligo;mer d4fer@mined between 20 and i'600C
at H = 3500 - 4500 oersteds was after pressing at 590iOatm:
6
-0.2-10- . The maximum number of unpaired electrons exists on heating
to 2200C, maximum '>,value at 4000C, while ferromagnetic H dependenc@ on'
-1 T
was observed. The intensities of the epr signal as dependent on heating
(2 h@;) in vacuo and N2 (0'5@- 02) pass through a maximum at -2200C. X-ray
studies with an YP(-55(URS-55) device showed increasing crystal formation
(favored by pressing) with increasing heating temperature. The electric
and magnetic properties of slightly heated amorphous samples are determined
by individual unpaired electrons and energetic barriers between the loosely
bound, conjugated sections while ultraviolet irradiation increases the
number of current carriers. At higher 'temperatures, the individual conjuga-
ted sections are.bombined tc microcrystalline domains, and the number of
electrons which have not yet entered the domain of strong interaction
Card 3/5

Synthesis and some physical ...
33374
5/190/62/004/002/QO2/021
B110/B101
decreases. At a certain stage, furtheT crystal growth gives rise to
formation of diamagnetic graphite structures. At 400, 500, 6000C, electric
resistance and activation energy of conductivity decrease with increasing
heating temperature due to the presence of strongly interacting electrons.
Two tkpes of structurally different polymers are likely to exist. The con-
.version of the ordnge-6olored, explosive initial polymer at 2000C is likely
to proceed according to:
C)
C
C C - (C' C - 7C)n-'= C
7:-
C-(C C C n-G.=C-
Card 4/5

Synthesis and some physical ...
33374
S/190/62/004/002/002/021
B110/B101
At higher temperatures, domains are formed with ferromagnetic electron
interaction due to cross linking which are superposed by diamagnetic inter-
action on further crystallization, Tallroze is mentioned. There are 4
figures, 4 tables, and 14 references; 11 Soviet and 3 non-Soviet. The too
references to English-language publications read as follows: A. S. Hay, J.
Org. Chem., 2 1960; D. D. Eley et al., Disc. Faraday Soc., 28,
j, 1275,
55t 1959-
ASSOCIATION: Institut khimii Vostochno-sibirskogo filiala AN SSSR (Institate
of Chemistry of the East Siberian Branch AS USSR). Institut
organicheskoy khimii im. N. D. Zelinskogo AN SSSR (Institute
of Organic Chemistry imeni N. D. Zelinskiy AS USSR)
SUB;.,!ITTED: January 30, 1961
Card 5/5

3/02 62/143/006/017/024
The'importance of conjugation... B1o6YB138
dealt with in a communication by I. L. Kotlyarevskiy, L. B. Fisher, A. A.
Dulov, A. A. Slinkin, A. M. Rubinshteyn (Ref.-6t Vysokomolek. soyed., 4,
no. 1 (1962)). Where the degree of conjugation of the polymer is not too
low, the electric characteristics are determined by the second factor.
This is confirmed by the following; if methylene bridges, which reduce
conjugation along the chain, are introduced in the macromolecule (polymer
2 in Table 1), the semiconductor properties are not destroyed but rather
intensified (E 45 decreases)t as the mobility of chains and the packing den-
sity increase, promoting electron interaction between the chains. With
introduction of the group -CH 2-CH 2- (polymer 3), the reduction of conjuga-
tion is so intense that it is no longer compensated by an increase in pack-
ing density. In all the polymers investigated, the effect of relaxation
polarization (reversible decrease of electrical conductivity on application
of direct current) was observed. It is due to the translation of charged
sectors of the polymer chains in the electrostatic field. The temperature
of this polarization (2000C) is 30-5000'- lower for pollywr.3, '@than "for thq others,
which shows that chain mobility is highest with this polymer. Similar
results were obtained for the electric properties of polyferrocenes (Ref-7:
A. A. Dulov, A. A. Slinkin, A. M. Rubinshteyn, Vysokomolek. soyedin.,
Card 2/4

S/020/62/143/006/017/024
The importance of conjugation ... B1006/B138
4 (19062)). A. A. Berlin assisted in the present work. There are 2 fig-
ures and 1 table. The English-language references read as follows:
D. D. Eley. G. D. Parfitt, Trans. Farad. Soc., 51, 1529 (1955);
I
M. Hatano, S. Kambara, S. Okamoto, J. Polymer Sci., 51 (156), 26 (1961).
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo Akademii
nauk SSSR (Institute of Organic Chemistry imeni N. D. Zelin-
skiy of the Academy of Sciences USSR). Institut khimicheskoy
fiziki Akademii nauk SSSR (Institute of Chemical Physics of
the Academy of Sciences USSR)
PRESENTED: January 5, 1962, by B, A* Kazanskiy, Academician
SUBKITTED. January 2, 1962
Legend'to Table 1: (1) Structural formula of the polymer; (II) molar
weight; (III) activation energy of the electrical conductivity, E CT (120
2500C), ev; (IV) ao, ohm- 1. cm-1; (V) irreversible change in a after heat-
ing; (VI) number of unpaired spins per g of N (on the basis of epr);
Card 3/4

3.,
ACCIZSION NR: AP3002300 S/0,1162/63/000/996/440/4!a
AUTHOR: Slinkin, A. A.; Dulav, A* A*j* Rubinahteyn, A. M.
ZME: Catalytic properties of chelate polymers
BOURCEt AN SSSR* Izve Otdelenlye khAmichesk1kh =A*g no, 61 1963a
TOPIC TAGS: chelate polymersg poirlerizations surene', catovt1a
polymerization.. nickel., cabal+,,; xaomium,, COWW'o mine
ABSTFACT.- Because of the special nature of the electrical, =0141C. and
catalytic properties of chelate polymers.- the. catalytic acU'dw a
polymers of the structure indicated in formula (1) of the Enclosure have
been studied. The polymers were synthesized at the laboratory of
V. V. Korshak at the Inatitut elanentoorgiLnichedakh sayedinenly AN MR
(Institute of Organoetlemental Canpounds AN a=)* Study of their catalytic
activity in st-.,rrene polymerization -t= rwde at the Institut oramicheskoy
khIrdi imeni N. D. Zelinakogo Aff SSSR (Institute of Cr&nla Chemistry AN SSSR)e
The polymerization was carried out under static conditions with vla=vtw
Cardl/3
-------------- --------------- ........ ........................

ACCESSION NR: AP3002300
agitation at 77,4 plus or minus 0.05C with Ool g of the powdered chelate
polymer catalyst and either 22 ml of pure-styrene or a Ill solution of styrene
in toluene, The reaction kinetics vere observed dilatonetr1callya I'k,was
found that the rate of formtion of polystyrene ranged frm 0.020 to 0.067 W*
for pure styrene and from 0#007 to 0*0113 g/hr fcc the 1/1 o"utlono The
catalytic activity of the cbelates decreased in the aMer Pi Mw 42 Is
greater than Mn sup +P- In Greater than U1 sW +2;'the chel&Uw contaInIM ZU
or Co were inactive. Orig* art has: 3 formulas and I table*
ASSOCIATION: Institut organicheakay khimll Imu N, D, Zelinakogo AN SM
(Institute of Oroanic Chmistry Al; SM)
SUMTTED: 23Jan63 DATE AM: idju63 MCLS 01
SUB C01DE: 00 110 MW SOV: 005 arm: ooo
Card2/3

SLINKIN., A.A.; FtMOROVSKAYA, E.A.; RUDIDSINEYN, A.M.
Electron paramagnetic resonance spectra and magnetic
susceptibility of alumina-chromia patalysts. Ki1q.ijcat.
-5)
4 no.2:230-238 Mr-Ap 163. - WRA 16-
1. Institut organicheskoy khimii imeni N.D.Zelinakogo AN SSSR.
(Catalysts-11-1agn-atic properties) (Chromium oxides---Spectra)

DULOVY A.A.; SLINKIN, A.A.; RUBINS11TEVI, A.M.; KOTLYAREVSKIY, I.L.
Electric conductivity, electron paramagnetic resonance spectra,
and the structure of .polyarylene-polyacetylenes. Izv. All SSSR.
Ser. khim. no.11:1910-1920 N 163. (MIRA 17:1)
1. Institut organicheskoy khimii imeni N.D. Zelinskogo AN SSSR.
i Institut khimicheskoy kinetiki i goreniya Sibirskogo otdeleniya
Akademii nauk SSSR.

DULCJV,, A.A.; SLINKIN, A.A.; RUBINSHTEYN, A.M.
-1 @---
Electric and magnetic properties of thermally treated
polymers based on ferrocene. Vysokom. soed. 5 no.10:141+1-
1446 0 t63. (MIRA 17:1)
1. Institut organicheskoy khimii imeni N.D. Zelinskogo AN
SSSR.

AKIMOV, V.M.; KLYACIIKO-GURVIGII, A.L.; RUBINSHTEYNp A.M.;
SIMULIN, Yu.N.; SLINKIN, A.A.; SEMINAp R.T.
Study of catalysts for ammonia synthesis with different
degrees of reduction. Tzv. AN SSSR. Ser. khim. no.12:2208-
2210 D 163. (MIRA 17:1)
1. Institut organicheskoy khimii im. N.D. Zelinskogo AN SSSR.

SLINKIN, A. A.; LEVI, G. I.; KIPERMAR, S. L.
Calculation of the energy of bonds between the catalyst surface
and the reacting atoms of organic molecules (on the article by
V. Kh. Matiushenko "Theory of catalyst selection and the bond
energy 0). Zhur. fiz. khim. 3? no. 3:712-715 Mr 163.
(MIRA 17-5)
1. Institut organicheakoy kh*U imeni Zelinskogo AN SSSR.

SLINKIN., A.A.; FEDOROVSKAYA, E.A.
Electron paramagnetic resonance spectra of products obtained from
the high-temperature.interaction of CrO with 1112Gr,07., 'Vr04,
K2C03-' KCL, and KOH. Dokl. ANI SSO"R 1503no.2:329-310 My 163.
(MIRA 16:5)
1. institut, organicheskoy kbimii im. N.D.Zelinakogo. Predstavleno
akademikom A.A.Balandinym.
(Chromium catalysts-Spectra) (Chromium oxides)
(Potassium dichromate)

ACCESSION NR: AP4010036 S/0062/64/000/001/0026/0034
AUTHOR: Dulov, A. A.; Slinkin, A. A.; Rubinshteyn, A. M.
TITLE: Electric and magnetic propercies of products from the thermal
treatment of polymethylvinylketocne
SOURCE: AN SSSR, Izvestiya. Ser. khim., no. 1, 1964, 26-34
TOPIC TAGS: polymethylvinylketone, electric properties, magnetic
properties, crystallinity, electric conductance, EPR spectra, poly-
methylvinylketone adsorption of oxygen, semiconductor, p type semi-
conductor, n type semiconductor, polymethylvinylketone thermal treat!.-,
ment
ABSTRACT: The electric conductance, nature of the EPR signal and
crystallinity of polymers obtained by heating polymethylvinylketone
at: temperatures up to 870C in a nitrogen, hydrogen or air atmosphere
were studied. The electric properties and nature of the effect of
oxygen on the EPR signal and conductance differ sharply in poly-
mer-hylvinylket.one heated at low temperatures (400-500C) from those
- 1 3
_Co@

ACCESSION NR: AP4010036
of the polymer heated to 670-87OC: with increasing temperature
oxygen has an increasing eff;--ct on the intensity and width of the EPR
signal; the effect of oxygen on the conductance decreases; asymmetric
EPR lines appear because of the graphitic nature acquired by the poly-
mer particles. Below 570C the polymer, in a vacuum, behaves as an
n-type semiconductor; in air, as the p-type- From the effects on the
EPR spectra it is concluded that-the adsorption of oxygen at temper-
atures up to 500C is due to chemosorption, but in the 570-600C range
it is both chemical and physical adsorption. In the polymer treated
at low temperature, the electric conductance is strongly affected by
oxygen and is determined by the electron exchange between areas with
a high degree of conjugation in the polymer. On increasing the temp-
erature of treatment, the formation of unpaired electrons in the
polymer is not due to a rupture of the C - C bonds, but to the form-
ation of complexes with transfer of the charge. Orig. art. has:
7 figures and 3 tables.
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo
Akademii Nauk.SSSR (Institute of Organic Chemistry, Academy of Sciences
S.SSR)
2/3.
card

.A-CCESSION NR: A?4010036
SUBMITTED: OlJul63 DATE ACQ: 14'-7eb64 ENCL: 00
SUB CODE: MA, PH NO REP SOV: @009 OTHER:.! 006
--Cord33

RUBRISHTEYN., A.M.; YOSHT, F. [lost,, F.); SLIKIN, A.A.
X-ray diffraction and magnetochemical studies of Hi-Al 0 cata-
lysts for simultaneous hydrogenation and dealkylation of cresols.
Izv.AN SSSR.Ser.khim. no,2:248--257 F 164o (MIRA 17:3)
1. Institut o!ganicheskoy khimii im. N.D.Zelinskogo AN SSSR i In-
stitut teoreticheskikh osnov khimichekoy tekhniki Akademii nauk
Chekhoslovatskoy Sotsialisticheskoy Respubliki, Praga.

LYUBARSKIY, G.D.j YEVZERIKHIN, le.l.; SLINKIN, A.A.; Prinimala uchastiye
FEWTOVA, G.A., studeatka
Garalytic activity of solid solutions in the system nickel -
copper. Kin. i kat. 5 no.21311-318 Mr-Ap 164. (MIRA 1718)
1. Fiziko-khimicheskly inBtitut imeni Karpova.

ACCESSION NRS AP4037243 S/0062/64/0001005109091091V
AUTHOR: Dulov, ks A*; LLogon'kLy. B. I.; RagLmov# A* Ve;
'SILnkLn. As A*; BqttlLnt A* Ae
TITLEt Electrical and magnetic properties of polyarylesequIS0648
SOURCE: AN SSSR.' Izv. SerLya khLoLchookaya# noo Sp 19649
i 909-91Z
TOPIC TAGSt organic somLeonductort semiconducting polymer,
polyaryienequluone
ABSTRACT: A study has been made of the electrLeal and paramagnetic
proportion of polyarylonequLaones (1) with the general formula
7,
and x-ray diffraction patterns hav* been rsiorded, Polymer@ I
i Card 1 AS

LACHINOV, S.S.; RUBINSHTEYN 7 A.M.; AKII14OV, V.M.; KLYACHKO-GURVICH, A.L.;
KONYUKHOVA, I.N.; KIJ7NETSOV, L.D.; LEVITSKAYA, T.T.; PRIBYTKOVA, N.A.;
SLINKINY A.A.; CHESNOKOVA, R.V.
Complex investigation of iron catalysts for ammonia sTnthesis.
Kin. i kat. 5 no.3:478-489 My-Je 164.
WIRA 17: 11)
1. Institut organicheskoy khimii AN SSSR i Gosudarstvennyy institut
azotnoy promyshlennosti.

rC Sr.74",n t@' Of I f e
'Al
12
7e'@ Inskogc
-Pskcy
v I en o, a'kad n, m' '.-cm .4 Fla lar d ll -,YTr

DAVYBOVA. I.R.; KTPER-M,"14, S@L-; SLINKIll, A.A.; DTILOV, A@A.
C-at,al-y-tic acLivJty all scme synthetic organic pol@,imers. Izv.Allf SS'SR.
Ser.khim. no.9. 2-591-1598 S 164. (MIRA 17:10)
1. Institut organicheskoy Y'-,hiinii im. N.D.Zelinskogo AN SSSR.

SLIME', A.A.; E.!.
Oc@,-u---rance of fine straut-ure in the el:itron pp-ramaggne-tic resmance
spect-r= of chromic oxide alloyed -4dth tj 4 ions. DoK. AN SSSR
159 no.4:904'@--906 D 164 (MIRA 18:1)
1. Institut organicheskoy khiml-i Im. N.D. 2-elinskogo All &SSR.
Predstavieno akade-mikom A.A. Baland-inym.

RIIBTNSIITFYN, A.M.1 PRIBYTKOVA, N.A.; AKIMOV, V.M.; KLYACHKO-GURVICH, A.L.;
31,INKINY A,,A.; WWNIKOVA, T.V.
Complex investigation of iron catalysts for amonia synthesis. Part 2:
Structure and texture of doubly promoted precipitated catalysts. Kin.
i kat. 6 no.2:285-293 Mr-Ap 165. (MIRA 18:7)
1. Institut organicheskoy khimii imeni Zelinskogo AN SSSR.

0

-@@Cc- -, @-@@02'441' /V) SOURCE CODES 02o 6 69jooi/0111/01 13i
3 Uk/0
AUTHOR i PLa v. At A# ; Slinkin A, A Rilbinshteyn A. M Kotlyarevakiyp I* Lo;
d-r-@y vsy 5.; ih;er-g`17n-@a,.
Shvartsberg 'I V. R.; ganina
ORG: Institute of Oraanic Chemistry im. N. D. @tjinskiy, Academy of Sciences, SSSR
(instit-u--t--o-r-g-a-n-i-c-h-eskoy khimii Akademii nauk SSSR)-; Ins itute of Chemical Kinetics and'
Combustion. Siberian Branch. Academy qf_Scierices, SSSR (Institut khimichaskoy kinetiki
i goreniya Sibirskogo otdeleniya Akademli nauk S@-S-R@-
TITLES Iqfluence of disturbance of conjugationi on the properties of semiconducting
PA11 Y-M 2 -ra
SOURCES AN SSSR. Doklady, v. 169p no. 1, 1966,, 111-113
TOPIC TAGSt semiconducting polymer, conjugated polymer, semiconductor conductivity
ABSTRACTS It has been frequently reported in the*literature that the disturbance of
conjugation in organic semiconductors as a result of either noncoplanarity of aromatic
rings or introduction of allphatic, oxygen, or sulfur bridges into the conjugated
chain lowers the electric characteristics. In the present paperp the intensity of the
influence of these different types of conjugation disturbances was compared in a so-'
ries of polymers Qf a single class, the polyarylenee2@yacetrleneaf Aose electrical
conductivity 0 and ESR spectra were meaidi-ed- The introductio-n o irarious groups di
turbing the conjugation into the conjugated ;hain was found to hinder the processes
Card 1/2

-0 A)
AUTHOR: Slin'ko, A.A. 130-f -18120
TITLE: Study of'- iiailyiWy Rail Production Experience (I"zucher-iye
opyta proizvodstva zheleznodorozhnvkh rellsov)
PERIODICAL: Metallurg, 1957, vo.8, pp. 41 - 43 (USSR)
ABSTRACT: An account is given of matters studied and comments ma(le
by an inter-works study group held at the Kuznetsk and N-izhniy
Tagil' (Nizhne-Tagillskiy) Metallurgical Combines and the
"Azovstall" Works from November 15 to December 15, 1956. The
group contained representatives from the above plants and also
from the imeni Dzerzhinskiy (imeni Dzerzhinskogo) Works and
the Ukrainian Metals Research Insttute (Ukrainakiy nauchno-
issledovatellskiy institut metalloy). Shop-managers, foremen,
roll-setters and rolling-mill operators represented the works.
The group was divided into two sections, the first concen-
trating on heating technology, rail rolling and mill equipment,
the second on heat treatment, finishing and quality of rails.
The author gives tabulations of the main plant (Table 1) and
U- 11
operating (Table 2) characteristics of the rail-girder mills
studied. Comments made by the group on each of the shops are
summarised, as are their general recommendations. The latter
include the production of low-carbon cast iron rolls ("Adamiterl
Card 1/2 and "Phoenix" types), better utilisation of rolls 'UhrouE;h

Study of Railway Rail Production Experience. 130-8-18/20
improved control procedures, trial rolling of defective blooras
afler roll changing, recognition of serious defects"of roller
straightening machines of UZTM design and development of
better ones, wide adoption of the Kuznetsk "floating" hot
tops, standardisation of determinations of inEot temperature
on charging into the soaking pits.
'there are 2 tables.
ASSOCIATION: Ukrainian MietalsResearch Institute. (Ukrainskiy
nauchno-issledovatellskiy institut metallov)
AVAILABLE: Library of Congress
Card 2/2

SOV113-7- ")q- I- 1557
Translation from: Referat,vnyy zhurnall. Merallurgiva, lq5q,. Nr 1. p 208 JUSSR)
AUTHORS: Dyubin, N. P., Slin'ka, A. A
TITLE: A Summary of the Work Performed at be 'nierpi.ant School for Rail
Manufacture (':togi rabo,y mezl-.zvodskoy shkolv po re!-sovomu
proizvodst-vu,l
PERIODICAL@ BVul. nauchno-tekhr, nfo-m. IJI,-. n.-.. in-, melallov.- 1058, Nr
5, pp 65-75
ABSTRACT: The work of the school was carr ed ow -:o the Ku2nets1c ard Nizhwv-
Tagil Met-allurpral Kombin@os -3Lnd at the "Azovsral:': pl@Lnt As a
result of familiarization wit], tl-@e moinuf@.crure of raLls, -ecernmenda-
rions designed to improve the perform.;nre and qualitv of -a,.'s were
developed. The following topics were studied: Casting of steel,
shapes and dimensions of i.ngots. the Motal soaking temperature and
holding time for ingots in soaking pits and furnaces, groove design
of rollers for rolling of rails, retarded cooling afte- rolling., m-
provernent of the tiesion of soali nv p@is, roil -changing p-oc edures,
installation of addition-al equipment and improvement of ex;sting
Card 112 equipment, and the operation of tl@e Te@-hwcal Controll Dvison.

SO V/1 37-59- 1- 1957
A Summary of the Work Performed at the Interplant School. for Rail Manufacture
Figures on productivity and quality of rails of the three planis are presented.
Factors responsible for the greater production of first-grade rails at the Kuznetsk
Kombinat as compared with other plants are listed.
P. G.
Card 2 /Z

S/137/61/000/012/080/149
A0061AI01
AUTHORS- Aleksandrov, P. A., Slin1ko, A. A.
TITLE: Calibration Euid rolling of blanks for guide blades of steam turbines
PERIOM-CAL: ReferatIvWy zhurnal, Metallurglya, no. 12, 1961, 7, abstract 12D46
("Sb. tr.- Ukr. ri.-i. in-t metailwl, 1961, no. 7,-153-164),
TFXT: When manufa-3turing blades from a rectangular blank by machining,
about 85% of stainless stesi is rejected as chips and -the external high-quality
metal layer is removed. Cold rolling, a process which is sometimes employed,
is complicated and labor-oonsuming. A process was assimilated on the 5rO mill
for the hot rollirig of double turbine blade sections, which reduced 'the produo-
tior price by 44% and raised the factor of metal utilization by 2.5. The initial
0 0
,0 %11, thq tinal temperature is 920 - 930 C. The
temperature of rolling is I,Oq
init-ial blank has a rectangular seation And tolerances in tha width of + 5 mm.
From 2 tested methods of doubling the turYn-e blade sections the most effective
one proved to be the doubling by the thiok parts, assuring more unifortn deforma-
tion, better filling of the grooves, and reducing the size pf out-off ends.
The design.of the roll-adjacsnt fixtures is simple; the se3tion grooves are of
Card 1/2

S/137/61/000/012/080/149
Calibrating and rolling of blanks ... A0061AI01
the closed type., Cutting,of the shaped sections does not present any difficultim.
With the aid of high-quality hard rolls and improved heating methods, the factor
of metal utilization can be raised, in the case of a shaped blank; up to 0.8 -
0.85 on account of a further reduction of allowances for machinirg.
B. Ilrakovich
[Abstracter's note-, Complete translation]
Card 1/2

,9/i3O/62/W0/00i/004/OO4
A006/A101
AUTHORSi Gunin, IN., Slin1ko, AA_
TITLEi. Manufacture of a turbine blade by rolling and welding
PERIODICALt Met.allurg, no. 1, 1962, 35
TEXT: The guide blade of a 300,000-kw turbine has a complex shaped out-
line of 320 mm width, weighing 78 kg per I running meter. To save metal, reduce
labor consumption and the turbine weight, a hollow blade was manufacturedat.the
Ukrainian Scientific Research Institute of Metals by welding a special-shaped
rolled blank with 2 sheets. The blank was rolled in 5 passes. The high tempera-
ture of pass I was utilized to produce strong non-uniform reduction of the ini-
tial blank, asBuring uniform deformation during all the subsequent passes. De-
formation of the strip during cooling is compensated by bending the metal to the
reverse side. After cutting and machiniftg, two 6-mm thick sheets are welded to
the initial blank and the ends are welded together (Figure 1). Metal consump-
tion as compared to a blade produced from a rectangular blank was reduced by a
factor of 2.2 and labor consumption by a factor of 2. There are 2 figures.
ASSOCIATION: UKRNITI
Card 1/2

S/130/62/000/001/004/0o4
Manufacture of a turbine blade ... Aoo6/AlOl
Figure 1: Profile of turbine blade
Card 2/2

SLINIKOP A.A.; ALEKSANDROV, P.A.
Forced increase in width and average elongation In rolling with
irregular reduction in height. Izv. vys. ucheb. zav.; chern.
met. 6 no.7:106-111 163. (MIRA 16:9)
1. Ukrainskiy nauchno-issledovatellskiy institut, metallov.
(Rolling (Metalwork))

SLINIKO, A.A.j PUDINOV, V.V.
Effect of the shape of the groove on metal pressure an the
rolls. Izv. vys. ucheb. zav.; chern. met. 7 no.1li89-92 164.
(MIRA 17:12)
1. Ukrainskiy nauchno-isaledovatellskiy inatitut, zetallov.

-32460-65---
ACCESSION NR- AP4047166

n- d of the A61

ivery pides..",
attention should be given to the fiiounting4 Atta hment
Orig art. has: 9 figures -
4.

ASSOCIATION: Ukrdinskiy n. institut meiallov (Ukra.4nian Scieritific"?lRes"e-ii-
ch7
Metals Institute) 'd

,
4:.r

TTED.- 00 ii*,;V7.
9UBAfl
hij
di, 66

Nil REV SOV4 001
44

. . . . . .
. . . . . .

A

Ccird 2/2 . . . . . . .

-SLINIKO, A.A. i VOLCIM, F.R.
Metal pressure on the rolls of a 350 @--ontinucnus rf:,lli-nc, mill.
m
Sbor. trud. UN11M no.9i@217-222 '6-L (Ki-RA is'..1)

SHELUIN, M.N.; PAUK, M.Ya.; FUNTIKCIV, VA.; VARLAMOV, S.S.; AIW:@q,-A.G.;
TOMEZIOVS V.K.; ZAGNIYEVJ V.M.
Saving of power in a compressor station. Promenerg. 17 no.7:6
Jl 162. (MIU 15:7)
(Compressed air) (compressors)

GLAZEDV, P.G., inzh.; SLADYOSIITEYEV, V.T., kand.tekhn.nauk; TELESOV,
inzh.; OFENGENDEN, A.M., inzh.; STRELETS, V.M., kand.tekhn.nauk;
XURZOV, K.F., inzh.; Prinimali uchastiye: IMALIEH'i, A.V.; DRUZHININ,
I.I.; YELI)SH, i@.V.-, YIEWTUSHENP3, V.B.; OSIPOV, V.G.; [e-mail]'@B,
Yu.Z.; I @E, NI.V.;
ZELENIOV, S.N.; GENKIN, V.Ya.; HT
VYSOTSYAYA, T.14.
Inve@-tigating the operation of' multiple-pit continuous steel cast-
ing arrangements. Trudy Ukr. nauch.-issl. inst. met. no.7:133-142
'61. (MIRA 14:11)
(Continuous castinF--Equipment and supplies)

sum I F.0, p N.
MURAV IEV, V. N. AMITY, K,
FbTLANIN, R@V, WIPOV. V,G.,; KUCHMINSKM, Yu,,M,
Na4 urb cf the
cast lngo-?@
@g RA i I -,L.)

SLA.DKOSHTEIEV, V.T.j AKH'IYfUKIY9 V.J.,- '-I-.)TANLNy H.V.; KUCIU.IINSK'IY, Yu.m.;
A.N.; Prinimalf ucinast,iya? GRIGORIYEV, F.N.; DRUZHIHIN,
I.I.; OSIPOV. V.G.; RAMSHCREINKO, P.A.; XOPYTIN, A.V.; KOLESNIK,
A.Ye.; KHAVALADZHI, V.I.j N(XSCCNiF',BKG@ O.V.
Material balance of smelting witb oritinuoui casting. Sbor.trad.
UNIIM no.11:124-130 165
(MIRA 18911)

IENSKIYI Yevgeniy Grigorlyevich; ZASLAVSKIY, Naum Moiseyevich;
STEPANCHUK, Petr Alekseyevich; SLINIKO, B., red.;
ZELENKOVAY Ye., tekhn. red.
[Mixed brigade operating on a business accounting basis] Kom-
pleksnaia khozraschetnaia brigada. Kiev, Gos. izd-vo lit-ry
po stroit. i arkhit. USSR, 1960. 32 p. (MIRA 15:3)
(Kiev-Construction industry-Finance)

BURSHTEU, Illys Markovich; SLIBIKO. Bgris-11yanovich; KIYANICH M-O, F.,
red.; BABILICHANOVA, G., takhn.red.
[Preparing the site for construction] Podgotovka uchastka pod
stroitel'stvo. Kiev. Gos.izd-vo lit-ry po stroit. L arkhit.
USM, 196o. 62 P'. (KIRA 14:4)
(Architecture, Domestic) (Building)

KASPIN. L.A., kand.ekonom.nauk; PALIM, I.S., star-shiy- -wuchnyy sotradnik;
KHORIKOT, A.N., starshiy nnuchn7y notradnik; SUTCHM, Tu.I.,
starshiy nauchnyy sotrudnik; AKS3110T, D.G., inzh.; ELIGORT, Te.G.
Prinimali uchastiye: XARAICURCM , M.I.', lmni.tekhn.nauk;
KUCHERMO. K.R., kand.takhn.nn-k; PEDAN, M.P., nnuch.sotr.; POPOT.- Y.Te.,
nauchn.sotr.;.qIN2BURQ. S.M., ELMIXG-B. . red.; XMNKOTA. Yq.,
tekhn.red.
Dconomic aspects of the construction @:%f A-Irar- and five-otor7
apartment buildings of large blocks of br-4,.-kl Mconomika vosveds-
niia 4-5 etazhnykh zhilykh zdanil iz ia-apnylkh kirpichnykh blokov.
Kiev, Gos.izd-vo lit-ry po stroit. ' arkhlt. USSR, 1960. 112 p.
(MMA 14:4)
1. Akademiya stroitellstva 'L arkhitek".=7 USSR. Institut orgazi-
zatsii i mekhanizataii stroitallnogo prolzvodstva. 2. Sektor
okonomiki Btroitellnogo prolzvodst-ya Nauchno-iseledovatel'akogo
institute organizataii i makhanizatoli atroiteltnogo proizvodetva
Akademii stroitellstva i arkbitektury. USSR (for Kespin, Pal'm,
'Khorikov, Shevchuk, Ak-senov, Xl'gort). llauchnc-issledovatellskiy
institut konstraktsiy (for Karakurchl. Kucherenko). 4. Glavkiyevetroy
(for Ginzburg), 5. Nauchno-iBsledovatellskly inntitut stroitellnykh
materialov (for Peden, Popo'v).
(Building, Brick)

UNITAK, Karp Petrovich; WCHKARRIM0, Pavel Ivanovich; SLINIKO. B., red.;
721-2 OV . To.. tekhn."d.
[Manual for the construction foreman] Pamiatka brigadirs-stroitelis.
Kiev, Gos.izd-vo lit-ry po stroit. i arkhit.USSR, 1960. 339 P.
(Building) (MIRA 13:7)

TURUKO, Ivan Yakovlevich; CHURIKOV, Semen Stepanovich; CHAIDVSKIY, Vla-
dimir Alekseyevich,- SLINIKO,, B., red.; BABILICHANOVAp G., tekhn.
red.
[Preventing the corrosion of concrete reinforcements] Zashchits:
armatux7 ot korrozii. Kievy Goa. izd-vo lit-ry po stroit. i
arkhit. USSR, 1961. 18 p. (KM 14:9)
1. Akademiya budivnystva i arkhitektury URSR.
(Concrete reinforcement--Corrosio'n)

DOTSENKOP Nikolay Nikolayevich; SLINIKOy B.Lq red.; GRISHKOY T.I.9
tekhn. red.
[Construction of a precast reinforced-concrete cooling tower]
Stroitel'stvo sbornoi zhelezobetonnoi gradirni. Kiev, Goo---
stroiizdat USSR, 1961. 39 P. (MIRA 15:7)
(Precast concrete construction) (Cooling towers)

VER, Anna Yakovlevna; PIASTININ, Arkadiy Ivunovich; SLDIIKO, B.I.A. -
red.; LEUSIICHENKO, N.L., tekhn. red.
[Petro Stepanchuk, construction worker] Budivellrqk Petro
Stepanchuk. Kyiv, Derzh. vyd-vo lit-ry z budivnytstva i arkhit.,
URSR, 1961. 40 p. KRA 15:2)
(Kiev-Coisstruction industry)

YUDD.I, Vasiliy Klimentlyevich; ZEISTKOV, S-V., kand. tekhn. nauk, dots.,
retsenzent; FLEYSE-IM, N.P., dots., retsenzent; SLINIKO, B.I.,
red.; SERHIN, V.T., tekhn. red.
[Design of three-dimensional frames] Raschet prostranstven-
nykh -ram. Kiev, Gos. izd-vo lit-ry po stroit. i arkhit.
USSR, 1961. 141 p. (MRA 15:3)
1. Leningradskiy inzhenerno-stroitellniy institut (for Zhestkov).
2. Llvovskiy gosudarstvennyy universitet (for Fleyshman).
(Structural frames)

LYSMIKO, Nikolay Prokoflyevich; BOREYKO, Aleksandr Vasillyevich; YAVOR-
SKIY, Georgiy And eyevich; GIRSHTELI, Boris Isaakovich (deceased];
_@LIN'KOj_B.I.j red.; NARINSKAYAy A.L., tekhn. red.
[Continuous construction of residential blocks in Kiev] Opyt po-
tochnoi zastroiki zhilykh massivov v Kieve. Kiev, Gos. izd-vo
lit-ry po, stroit. i arkhit. USSR., 1961. 141 p. (MIRA 14-9)
(Kiev--Construction industry) (Apartment houses)

SOSIS, Petr Moiseyevich; SLI311KO, B.I.., red.; ZEIENKOVA,, Ye.Ye.,,
teldm. red. Am---
(Mechanization of the design of structures according to
standard programs] Mekhanizataiia'r4schetov sooruzhenii po
tipovym programmam. Kiev,, Goa. izd-vo lit-ry po stroit. i
arkhit. USSR, 1961. .153 P- (MIRA 15:2)
(Electronic calculating machines) (Engineering)

YnaZAROV, V.D., kand. arkh., red.; 1,11MVEDEV, IT.I., inzh., red.; DEYII-
TYAR, S.B.' nhuchnyy red.; SLINIKO, B.I.y red.; NAHIRSKAYA, A.L.,
tekhn. red.
[Large-panel housing constructionI Krupnopanellnoe zhilishcbnoe
stroitel'stvo. Pod obshchei red. V.D.Elizarova i M.I.Medvedeva.
Kiev, Gos.izd-vo lit-ry po stroit.i arkhit. USSR, 1961. 194 p.
(MIRA 14:12)
1. Akademiya budivnytstva i arkhitek-tury URSR. 2. DeystvitelInyy
chlen Akademii stroitel'stva i arkhitektury USSR (for Yelizarov).
(Apartment houses) (Precast concrete construction)

SLIPCEMIKO, Pavel Stepanovich, doktor tekhn. nauk-i SLIVIKO, B._L-,,_
red.; ZELENKOVA, Ye.Ye.., teldin. red.
[Earth dams] Zemlianye plotiry. Kiev., Cos. izd-vo lit-ry po
stroit. i arkhit. USSR, 1961. 203 p. (MIRA 15:3)
1. Deystvitellwjy chlen Akademii stroitellstva i arkhitektury
USSR (for Slipchenko).
(Dams)

NIKOLYUK, Fedor Galaktionovlicb.,e SLB3^KO, JLJ, , red. @ LEUShGIMKO,
, - - - __nj_ y
N.L,,. tekhn. red.
[Equipment for the manufacture of prestressed concrete]
Oborudovanie dlia proizvodstva prednapriazhennogo zhelezo-
betona. Kiev, Gosstroiizdat USSR, .1962. 65 P.
(MIRA 15:8)
(Prestressed concrete)

LOBEV, B.N., doktor tekhn. nauk', prof., red.;--qLIWKO,, B.I., red.;
BABILICHANOVA., G.A., tekhn. red.
(Heating, ventilation, and air conditioning systems]Sistemy
otopleniia, ventiliatsii i konditsionirovaniia. Pod obshchei
red. B.N.Lobaeva. Kiev, Gosstroiizdat USSR, 1962. 86 p.
(MIRA 16:2)
1. Akademiya budivnystva i arkhitektury URSR. Nauchno-issledo-
vatellskiy institut sanitarnoy tekhniki i oborudovaniya zdaniy
i sooruzheniy.
(Heating) (Ventilation) (Air conditioning)

KOVTUNY Ivan Petrovich;LATASH, M.Ya., red.; SLINIKO, B.I., red.;
LEUSHCHENKO, N.L., tekhn. red,
[Activated mortars, coneretes,and products made of blast-
furnace slags]Aktivizirovannye rastvaz7, betony i izdeliia iz
domennykh shl.akov. Pod red. M.IA.Latasha. Kiev, Gosstroiiz-
dat, USSR, 1962. 134 P. (MIRA 16:2)
(Slag) (Concrete) (Concrete reinforcement)

@I!@EYEIIKC, !vqn Andreyevich', zp-sl. deyatel I naWki i tekhniki Ukr.SSR,
dicktor t cklhn. nauir, prcf . o_.SLIN red. LEUSHCHEN KO,
N@L'i @ekhr, r=d.
1. -
(Winter concreting, masonry and plastering] Betonnye, kamennye
i shtukaturnye raboty na moroze. Kiev, C-osstroiizdat USSR,
10/62, 271 p. (MIRA 16i2)
1. Deystvitellnyy chlen Akademii stroitellstva J- arkhitektury
M.r,SSSR (for Kireveriko).
(Building-Cold weather conditions)
M

ARDNOV, B.A.; RAPOTA, T.D.; ANDREYEV, G.F.; SLINIKO, B.I., red.;
LEUSHCHENKO, N.L., takhn. red.
(Installation of "woodstone" floors] Opyt ustroistva ksi-
lolitovykh polov. Kiev, Gosstroiizdat USSR, 1962. IS p.
i (MIRA 160)
1. Akademiya budivnyteva i arkhitektur7 URSR. Instytut
vprovadzhennia peredovoho dosvidu v budivnytstvo i tekh-
nichnoi informataii.
(Floors)

SOKOLOV, Vladimir Grigorlyevich, k&Ad. tekhn. nauk; SLINIKO, B.I.,
red.; YEREMINA, I.A., tekhn. red.
(Improving the operating qualities of asphalt-concrete pave-
ments]Povyshenie ekspluatatsionnykh kachestv asfal'tobetonnykh
pokrytii. Kiev, Goostroiizdat, 1962. 84 p. (MIRk 16:3)
(Asphalt concrete) (Pavements)

0 0 4 0 0 0 0 0 0 * 0 0 0 0 44-4 4-
04 1 4 1 K It 11 11 W it 66 if is if b v gigs 10 m m a it 0--m-P
1, 4& * 2 6
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f I@v sit '"0 feeff"Its 1.01,
J4
001- fw tin brumn in at
. Zipm
Rithemikow wid B. L, Stm** A Pril"YTM) 1939,
No. 7-A. 43-4VI.--OiFtIW!" of nulnero"s teols rn-qnll-
00
Iffe"Itatilme are medw foir it* ow of "Ibmillit" low .4r,
0 P(W midititifis of With fillihik-I
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rtwially tile Immitir tootts. At 14@ it), Fir .3-4t' , and The
*0 3: grSt cu. File high ilion-da of slippitis laid Ius lifirdfulli it"d
09 high Wild% (up to 00 W) k1g./sq. Col.) tile lNuilic Voills.
So 4- #J. I'li 23-:W%, mul the mt Cu is mussirstird. For
00 Aspecially tkh sp"& of dip@ the b"xite rimts. 9.5-
0: 11.5% Al. 3.5-4.4% Ft. 3.5--4.5% Ni, and the mt Cu is
sugnited. a. Z. Kamich
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The subadtation of aluminum bronzes for tin bronzes.
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"Ithkaft lite addil. of Ulhor Inetal, alld Willi tile addil. "t
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io-
n -

D I UGHIWKO professor; 'kainaidat tekhniaheakikh nauk.
k -- - S - , @ .. - --, 6
Atoms and machines. Zuan. sila no-5:1-3 MY '53. (MT-RA 6:6)
(Xachinery--gaintenance and repair)

VINOGRADOV, N.R. [deceased); YEWILIN, A.A.; HMMNIKOV, V.S.; SLINKO, B.Lo
11@--.,--, - - -
Manufacturing bearings with reticular surface. Tren.i Izn.maoh.no.?:
164-174 '53. (Bearinge (Machiner7)) (Km 91-9)

LINKC, 13.
S
c
I!Jllt@J.A34 TREASURE ISLAND BOOK REVIEW AID 856 -S
SLINKC1. B. L., A. A. YEEMELIN and P. YE. DYAC10E