SCIENTIFIC ABSTRACT SHULIKOVSKIY, V.I. - SHULMAN, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550130010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

T-.~insac-tlons of the Seminar (Cont.) SOV/572C,
11
IVE'LE OF CONTENTS
.a!c,,:.v Semenovich Dubnov [Deceased) 3
',;?f -"n.Voina-tion on the Activity of the Seminar for the Period
Froul 1 Jul 1954 Through 31 Dec 1957 19
I.iurevlch, G. B. Semicharacteristic and Characteristic Subalge-
br:).3 of a Standard Null Algebra 25
Solodovnikov., A. S. Spaces With General Geodesics 43
i~
Kr~_-..hkovich, G. I. One Class of Riemannian Spaces
103
iklp5hits, A. M. Solution of a Special System of Differential
Equations With Constant Coefficients 129
Shc
, 1J.koV8kiy,__.V. I Differential-Topological Characteristics of
-7 -Fandly of Nets With Equal Chebyshev Vectors and a General
Ap-olar Net 141
(Cont.) _,sional Pro- ir)3

SHULIKM'SKIY, V.I.
Differential-topological characteristic of a system of nets with
equal Chebyshev vectors and a common nonpollar net. Trudy Sem.po
vekt.i tenz.anal. no.11:141-151 161. (bgRA 15:3)
(Aggregates) (Calculus of tensors)

ACC NR:
AR6035P57 SOURCE CODE: TJR/0269/66/000/010/0077/0077
AUTHOR: Shulikovskiy, V. 1.
TITLE: Geodetic field of the vectors of an affinely connected two-dimensional
space %
SOURCE: Ref. zh. Astronomiya, Abs. 10. 51. 576
REF SOURCE; ~ Sb. Gravitatsiya i teoriya otnositelln. Vyp. 2. Kazan', Kazansk.
un-t, 1965, Ili-120
TOPIC TAGS: geodetic field, vector, afftmeba-~~~`space, approximation
,dBSTR'ACT: Arbitrary affinely connected spaces are classified into spaces which
permit one, two and an infinite number of isotropic pseudo-vector fields, respec-
tively. The canlonical normalization on the basis of which the so-called con-
vergence vector corresponds to each nonisotropic geodetic pseudo-vector, is
determined for'each nonisotropic geodetic field of the pseudo-vector. It is
proved that in the general case the geodetic field is uniquely determined by its
convergence vector. The pseudo-vector geodetic fields are divided into two types
depending on the properties of the convergence vectors: gradient fields (when the
Card 1 2 UDC: 523. 11

ACC NR:
AR6035557
corresponding convergence vector is gradient) and special fields. An invariant
criterion of a space permitting the existence of a gradient geodetic field has been
obtained. The 'prop erties'of gradient geodetic fields are investigated for the case
of Weil connectledness. V. Zakharov. [Translation of abstract] [DW]
SUB CODE: 12/
Card

SIITJLIMOVICH~ (".V. , inzh.
Universal multiple bending die. Mashinostroenie no.6t19-20 N-D
163. (MIRA 16:12)

0
SHULIMOVICH, I.V.. inzh.
Use of a universal multiple block die. Mashinostroenie no. 2:
55-56 Mr-Ap 164. (MIRA 17-5)

~; I! T I 1.., 1, ~)* I -, , .. - I "
- - - J 'q - . - -. . ~, .. . .. I
" ~ ve:- z Ei -I rg ~'I, A- f or ma; - " -4 1 ri~ r-,-ib-' c- ~7-r -' a
-n- -
.1 If -1 ~ A4
de-i ce f r r 7 r~, ce, inE e s . ; : - r,,~s no. 4, - - -
-- t
L).,-kg 16L. it'gRA 1~ ~a-iDl~

SHULIMOVIC11i G.V., irizh.
Dies for cutting rods, winding brushho'- levers and mmnufac-
11-ur-ini, looking washers. Mabhinostroenic no.1t66-6 JTaF t 6 5.
(MIRA 18s4)

GREYSUKH, M.V., YERHILOV, A.A.; ZAII-'SSKIY, Yu.Ye.; KAZYMOV, A.A.;
KATSEVICH, L.S.; KIRPA, I.I., KIREYEV, M.I.; KNYAZEVSKIY,
B.A.; KOFMAN, K.D.; KWHAVAINIK, L.V.; KUZNETSOV, P.V.;
MOROZOV, K.S.; RAKOVICH, !.I.; RYABOV., M.S.; SVENCHANSKIY,
A.D.; SOKOLOV, M.M.; SYCHEV, L.I.; TVERDIN, L.M.; KHEYFITS,
_; EP.
M.E.;..51~ALTTK2 Yej 9HTEYN, L.M.; SHCHEGOLIKOV, Ye.l.;
TSAPENKO, Ye.F.; FEDOROV, A.A., glav. red.; SERBINOVSKIY, G.V.,
red.; BOLISHAM , Ya.M., red.; BRANDENBURGSKAYA, E.Ya., red.;
TVERDIN, L.M... red.; FRIDKIN, L.M.Y tekhn. red.
[Handbook for power engineers of industrial enterprises In
four volumes] Spravochnik energetika promyshlennykh pred-
prilatil v chetyrekh tomakh. Moskva, Gosenergoizdat.
Vol.2. (Electric-power supply (conclusion), use of electric
power and electrical equipTent in some branches of industry)
Elektrosnabzhenie (okonchanie), priemniki elektroenergii i
elektrooborudovanie nekotorykh otraslei promyslilenncsti. Pod
obahchei red. A.A.Fadorova (glav. red.), G.V.Serbinovskogo i
IA.M.Bollshama. 1963. 880 D. (miRA 16:7)
(Power engineering-Hazidbooks, manuals, etc.)
(Electric power distribution)

Sh7IIN, N.I., TISHCEINKO, N.A., gorn.inzh., retsenzent; KRASNYANSKIY, Y-.A,,
redaktor.
[Mine hoisting signaler; textbook for workers' production and techni-
cal training] Signalist shakhtnogo podOema. Uchebnik dlia proizvodst-
venno-t6khnicheskogo obucheniia rabochikh. Moskva, Goa. nauchno-telchn.
izd-vo lit-ry po chernoi I tavetnoi metallurgii, 1954. 133 P.
(Mine holating) (Mine communication) (MIU 7:12)

SRULIN, N.I.
....... -- ,
Dispatcher control of electric locomotive haulage at the Gigant
mine. Gor.zhur. no.11:36 N '55- (KLRA 9:1)
1.Glavnyy energetik rudnika imeni Dzerzhinakogo.
(Mine haulage)

OKOROKOV, Mikhail Aleki3eyevich; SKLULIN, Nikolay_ I,vanovic.h; GORBUROV.
K.H., red.; KISELEVA, T.I., red.izd-va; ISLENTIYICVA, P.G.,
tekhn.red.
[Signaling, interlocking, and communication system in mine
transportation] Ustroistva STO i sviazi na vnutrisbAkhtnom,
transports. Moskva, Gos.nauchno-tekhn.izd-vo lit-ry po
chernoi i tsvetnoi metallurgii, 1959. 316 p. (MIRA 12:8)
(Mine railroads) (Railroads--Signaling--Interlocking systems)
(Mine communications)

TRUBETSKOV, L.V.; SHULIN, N.I.
Practice of using track circuits for STS in mines. Sbor. naiich.
trud. KGRIE no.19:65-67 162. (MM 16:5)
1
(Mine rai2r6a,4s---Signaling-Centralized traffic control)
(Automatic control)

ILIIN., Anatoliy Afanaslyevich; PELIPENKO, Viktor Hikolayevich;SHULIN,
II.I.,retsenzent; GUZOV,E.S.,retsenzent; BYKHOVSKIY,Ya.t~-.-,-
red.
rDispatcher coummication using the contact network in
mines] Dispetcherskaia sviazl po kontaktnoi seti rudnikov.
Moskva, Nedra, 1964. 163 p. (MIRA 18:3)

N
1 ~11 01 - Jok t,?)" Lek~jrl. na-uk ) VASHCH-E.NK"
A L'i K HO V , G M , -I - Va-,ES' , F BELLM 'Kl'v , Ve
K I 74-E N, A . A t - -
S 0.; IY Vr =ER i-KO BE ZLTFF , V, R. SHUIL-l"
N.I.~ RODIONOVA, N,.P.r ved. red,
[Tec!hniclal proglre,93 at the "Glgant" Mine in the Krllvoy
R~,g Basin] Teklmricheskii progress na shakhtp "Gigant"
v Krivnrozhskom ba-qseix,-e. Moskva) Nedra., 1964, 11-9 p.
(MIRA 18;)"
2. Glavivyy inzlh~,ner i na,--halln.lk shakhr.7 "Gig%--it" v Krivo-
rozhskom Basseyme (f-:~,- Vashcher-ki).

AUTHOR: Not given PA - 2875
TITLE: Dissertations (July-December 1956) Department for Chemical S cience.
(Otdeleniie khimicheskikh naLuk, Russian)
FERIODICAL: Vestnik Akademii Nauk SSSR, 1957, Vol 27, Nr J+, pp 132-133
(U.S.S.R.)
Received: 5 / 1957 Reviewed- 7 / 1957
ABSTRACT: At the Institute for General and Nonorganic Chemistry the following
dissertations were submitted for the purpose of obtaining the
Academic degree of "Candidate of Chemical Science"!
E.F.SHUBOCHKINA: "On the Velocity of Reactions of Innerspherioal
Exchange in Some Platinum Compounds".
At the Institute for Organic Chemistry:
N.M.NAZAROVA: "Catalytic alkalization of Paraffin and of Olefines
at High Pressure".
V.M.SHULIN: "Research of Thermal Transformations of Tatramothylane
0~e r~alorethylene at High Pressure".
At the Institute for Physical Chemistry:
N.N.KAVTARADZE: "The Absorption of Hydrogen in Condenses Metal
Laye rs" .
Card 1/2

PA - 2875
Dissertations (July-December 1956) Department for Chemical Science.
At the Radium Institute:
The following dissertation was submitted for the purpose of obtaining
the Academic degree of "Doctor of Physical and Mathematical
S ciences":
W.F.LIVIN: "The Determination of the Quantum Characteristics of the
Resulting Nuclei f rom the Reactions of the type ( d,p) by the
Analysis of the Products of the Reactions".
ASSOCIATICN: Not given
PRESENTED BY:
SUBMITTED:
AVAILA13LE: Library of Congress
Card 2/2

YASKEVICH, A.T.; SWLIP, V.P.; SHCHEKOLDIN, G.N.; ZAPECHEL'ITYUK, F.I.
More efficient production of nephelize concentrate. Prom.energ.11
no-5:25 MY 156. (Rephaline) (MLU 9: 9)

SffULIPENKO, 0. 1.
Structural properties of binomial coefficicents. Trudy KIPP
no.16:17-21 157. (MIRA 12:7)
1. Krasnodarskly Institut pishchevoy promyshlennosti, Mekhaniche-
skly falrultet, I-afedra matematiki i teoreticheskoy mekbaniki.
(Conmnatlons)

?HkSE I BOOK EXPLOITATION SOV/5608
Katskova., 0. N., I. N. Naumcva,, Yu. D. Shmyglevskiy,and N. P.
Shulishnina
L.-~
Opyt rascheta ploskikh i osesimmetrichnykh sverkhzvukovykh techeniy
gaza metodom kharakteristilk (Computation Practice of Horizontal
and Axially Symme3 tric Supersonic Gas Flow by the Method of
Characteristics) Moscow ' VychislitelInyy tsentr AN SSSR, 1961.
57 P. 1,100 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Vychislitellnyy tsentr.
Resp. Ed.: Yu. D. Shmyglevskiy; Tech. Ed.: A. I. Korkina.
PURPOSE : This book is intended for those Interested In gas
dynamics and analytical computing methods in the investigation
of axially symmetric supersonic flow
COVERAGE: The book deals with the application of the method of
characteristics for calculating partial derivatives of the
hyperbolic type used in the investigation of axially symmetric
supersonic flows. Vychislitellnyy tsentr AN SSSR (Computer
Card 1/3

Computation Practice of Horizontal (Cont.) SOV/5608
Center of the Academy of Sciences USSR) has been deriving
experience from the use of this method since 1955. The authors
thank P. I. Chushkin. There are 11 references: 8 Soviet.,
1 English, I French,,and 1 German.
TABLE OF CONTENTS:
Introduction 3
Ch. I. Method of Characteristics 5
1. Equations and their characteristics
2. Elementary problems 9
Problem a 10
Problem b 14
Problem c 17
Problem d 19
Problem e 20
3. Remarks on established formulas and methods 23
4. Numerical examples of solving elementary problems 25
Card 2/3

CI;USIIKIT!) P.I.; SIMLISIRM1,A.,
-A.T.; STVYGLEVSKIY, Yu.D., otv. red.;
OUOVA' POPOVA, N.S.,, teklm. red.
[Tables for supersonic flow around blunt-nosed cones] Tab-
litsy sverkbzvukovogo techeniia. okolo zatuplennykh konusov.
Moskva, Vychislitellny-i tsentr AN SSSR, 1961. 91 p.
(MIRA 15:1)
(Aerodynamics, Supersonic--Tables, etc.)

ACCESSION NRs AP4o2h563 S/0208/6h/ODL/002/0306/0316
AUTHORS; Belotserkovskiyp 0. M. (Moscow); Golowazov, M. ff. (Moscow);
Shuliahnina P. (Moscow)
TITLEt Solution of equilibrium dissociating gas flow over blunt body with detached!
shock
SOURCE: Zhurnal vy*chislitellnoy matematiki i matematicheskoy fiziki,, v. noo 2.~
196h.. 3o6-316
TOPIC TAGSt equilibrium gas,, blast body., thermodynamic equilibriump shock ways#
equation of state,, equilibrium constant
ABSTRACTi The symmetric flow of an ideal dissociated equilibrium gas over a blunt
body has been investigated. Thermodynamic equilibrium is assumed to hold for
characteristic flow times much larger than gas relaxation times. The direct
method is used with approximations taken normal to the shock waves The continuity I':
and stream function equations are written in curvilinear body-fixed coordingtes to
which are added the equation of state and the energy equation for a non-heai
conducting gas. -A aptem. of 2N independent integral relationships is.. obtained by
dividing the space between the body and the shock-wave into N-1 lntermieUate *11nes,
C.M.1/2.

ACCESSION NRi AP4024563
N I+i+i
thus 1-2.3 ... N'
and integrating the continuity equations along lines a constanto The resulting
equations are shown to be applicable to any arbitrary body contour. The equilibri-
um constants are approximated by
F1_n_K_p,- A In T +
and the solution is given up~-Vo 14ebond -dider"' iipji6ijDation on a digital computer
BEW-2, using standard programming techniques of flow around blunt bodies. Kumar-
ical results for a sphere and ellipse are given at Mach 6* Y* 1.4,, and T - 300K,,r
and for various free stream static pressures. Orig, arts hass 50 equations and
12 figures.
ASSOCIATION: none
'CL 3
SUBHITTED: l5Aug63 DATE ACQi 16APr64 EN 00
aSUB CODBt AS No.Rw sov: oo6
OTHMt 000
Card 2/2

S;L.6(jl:ov, P.!j_j'j' I
.C,, YU.7.; O.J.
Intoracticn of Eallium., indium, thalliurri, -er:r~anium, tin, and
lead with boron. Zhur. strukt. I:him. 1 no. 4:45-'L-463 I'-D 160.
14:2)
1. Inotitut i spetsialInykh splavov AN U-33119
Kiyev.
(Boron) (1-1,etals)

s/84q/62/ooo/ooo/co2/di6
A0O6/A1Ol
AUTHOR: Shulishova, 0. 1.
TITLE: On the problem cf calculating the energy of crystal lattices of
inorganic compounds
SouRCE: Vysokotemperaturnyye metallokeramicheskiye materialy. Inst. metallo-
ker. i spets. spl..AN Ukr.SSR. Kiev, Izd-vo AN Ukr.SSR., 1962,
13 - 18
TEXT: Sarkisov has derived a formula to calculate the energy of crystal
lattices, but without taXing into consideration the nature of bond in the com-
pound;
-.17/3
E K m3 (aMefMe + axix,
Ne mx aMeF1/3 + a F1/3 + Ffl/3'
Me x x
where K is the empiric coef f icient depending on the type of - the last f illed-up
shell of the metal; mMe, mx are the numbers of atoms of the metal (M) and non-
metallic material (x) in the molecule; m is their sum; aM., a. are the atomic
Card 1/2

S/180/b-41--
E202/E335
AUTHORS: Samsonov, G.V. and Sh (Kiyev)
J_~
TITLE: Calculation of the crystal-lattice energies of
metallic compounds
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye
tekhnicheskikh nauk. Metallurgiya i toplivo,
no. 3, 1962, 51 - 55
TEXT: Although Sarkisov's formula for the crystalline-
lattice energy of a metallic compound NX , given by:
) 14
rs
M Vj,,~(A CY5 + Ax f
M M tA '~ingion the last filled
(where K - empirical coe&icient depen
sh.ell-of M, N. 'x - number of M and X atoms in the
molecule, respectively; m - their sum; A~11 AX atomic
fractions of the corresponding components; F repulsion'
Myx
effects of the electrons of skeleton atoms; F f repulsion
effect between the valency electrons; fmtf x - valency electrons),
Card 1/4

s/i8o/62/000/003/003/Oi6
Calculation of .... E202/E335
permits the calculation of E , for compounds the bonds of which
cannot be referred to the determined types, there are inherent
difficulties in determining the multiplicity-of the bond &
and the calculations are very cumbersome. The authors overcome
these difficulties by relating the magnitude of the lattice
period a 0 (assuming ao = ka, where a is the lattice parameter)
of a single-type compound to the electronic structure of the
components, viz: 113
A., -+-A F' ,
15)
P'MfM -,- Axix ) 1`3
in which the repulsion effect of the shared electrons F is
2/3 f
given by (A INKfM+ AXfX) and is thus independent of the
U
principal quan~_um number and the introduction of ce. Relation (5)
substituted in Eq. (4) gives:
Card 2/4

S/180/62/000/003/003/oi6
Calculation of .... E202/E335
E = KI a m (%fM " mXfx) 2 (61
-a a
0 mMmx
which for pure metals reduces further to:
E = Kf2/a (6a)
Calculations of a and comparison with a as a/ao (a/a N.
0 0
for the b.c.c. and f.c.c. metals, hexaborides and certain
fluorides confirmed the suitability of the authors' asstuaption.
The values ;,( KI , which depend on the crystal-line structure
of the metal, were also evaluated for the b.c.c. and f.c.c.
metals and compared, using the known data ofthe bond energy
of the metals. It was found that Sarkisov's formula is more
strictly obeyed by the metallic bonds rather than ionic.
LAbstractor's note: references to Kapustinski's empirical
formula for the lattice energy were ignored since it is of con-
siderably lower accuracy than the one of Sarkisov; Eq. (6) is
incorrectly printed in the journal.]
Card 3/4

S/180/62/000/003/003/oi6
Calculation.of .... S202/E335
There are 7 tables.
ASSOCIATION: Institut metallokeramiki i-spetsiallnykh
splavov AN UkrSSR
(Institute of Powder Metallurgy and Special
Alloys of the AS UkrSSR)
SUB,'KITTED: January 10, 1962
Card 4/4

S/226/62/000/005/004/007
E202/E192
AUTHOR: Shulishova, 0.1.
TlTLE: -Approximate method of calculating the energy of
crystalline lattice
PLRIODICAL: Poroshkovaya metallurgiya, n0.5, 1962, 43-46
TEXT: An approximate formula for calculating the energies
of crystal lattices for compounds conta-ining a mixed type of bond
is developed by means of non rigorous considerations. It is
assumed that the energy of the crystalline lattice consists partly.
of ionic energy Ei, determined by the percentage of the ionic
bonding and the covalent part of energy E., giving the total
lattice energy
E = k E i + (I - k) E
where, k is the percentage of ionic bonding; Ei is given by
E 256.1 mf M fX (2)
r + r
M X
Card 1/ 3

Approximate method of calcu'lating ... S/22b/b2/OOU/005/004/007
E202/E192
in which III -is the number of ions in the molecule, fm and fx
are the ionic charges of metal and non-metal, and rM and r X
ionic radii for coordination number 6.
The value of Ec is found from:
f f
E F + 1 EX _ X
Z 1n + '21 EM - M n 2
n=1 n=l
in which the first ter~i is the sum of ionization potentials, the
second the energy of the metallic bond, the thir.d the energy of
the nonmetallic affinity towards the f-electrons, and the last
the energy of rupture of the nonmetallic bond. A list of values
of k, Ei, Ec and E, calculated in this way for Ti, Zr, Hf,
V, Nb, Ta and W carbides is given and a similar calculation is
also made for Ti, V, Cr, Sc and La nitrides, comparing the results
with the ava.Llable experimental results.' The discrepancy between
the calculated and experimental results does not exceed 10%.
There are 2 tables.
Card 2/3

Approximate method of calculating... S/226/62/000/005/004/007
E202/E192
ASSOCIATION: Institut metallokeramiki i spetsiallnykh splavov
AN USSR
(Institute of Cermets and Special Alloys, AS Ukr.SSR)
SUBMITTED: May 11, 1962
Card 3/3

M-Y: 'K~~ '4~ -t
tv -7- , t7V-";~
i
AID Xr.-984-7_ 'June
SUPERCONDUCTIVITY OF GALLIUM NITRIDE N6SR)
Alekseyevskiy, N% Ye., G. V. Samsonov, and 0. 1. Shulishon, Zhurnal
eksperimentallnoy i teoreticheskoy fiziki, v. 44, no. 4 Apr 1963 1413-1415.
S/056/63/0'441004/041/044
Gallium nitride superconductivity is reported as the first.instance of nitride
superconductivity. other than that of transition -metal nitrides. Gallium nitride
and indium nitride samples were prepared with precisely stoichiometric com*-..
ja
position and oxygen impurities and were tested in powder form for supercon-
ductivity. To determine the dependence of critical field on temperature, the
maanetic moment of the samples was measured at several constant temperature
values as a function of magnetic field.. The indium nitride samples showed no
superconductive properties at temperatures down to 1.38*K, while pure gallium
nitride exhibited superconductivity below critical temperature of 5.85'K. ?With
increased oxygen impurity, the critical temperature fell sharply to below 1.38*Y_
In contrast to nitrides of transition metals, GaN` samples have the same critical
temperature regardless of the method of preparation and have a narrow hysteresis
loop of dependence of magnetic moment on external field., similar to.that of pure
r:p
metals.
caxd 1/1

E,7P(e)/5'.'T(m) "5'r-
ACC NR-. AP6029817
AUT-HUR: Shulishova. 0. 1.
! J-P C 'I J-!j/JC-/AT/Vd"
SOURCE CODE: bR/0363/66/002/008/1434/1438
ORG: none
TITLE: Superconductivity of NbC-Nbk4 solid solutions
SOURCE: XN SSSR. Izvestiya. Neorganicheskiye materialy, v. 2, no. 8, 1966, 1434-1438
TOPIC TAGS: niobium c-&~J superconductivity,
ABSTRACT: A series of niobi- 7, 2-9. 1% nitrogen and
3.4-3.5% carbon were synthesized and LESred for superconductivity,.~ It was fouud
Fig. 1. Composition dependence of critical
temperature Tk of niobium carbonitride.'
Card _112 UDC: "46.882'171.1+546.882.261

ACC NR; AI'6029817
that Lhe critical temperature of tile. carbonit rides is greatly affected by tile
com.poSiLion (see Fig. 1). Thu highest crLtiC,11 Lemperature (TO of 17.9 K was
obtained in a compound with the approxLmate formula (NbC)0 (NbN)o .10, which
. 30
corresponds to about 4.85 valent electrons per atom. All the carbonitrides with
compositions between (NbC)oi2 (NbN)0.3 and (NbC)O,,, (NbN) 0 6 have a critical tem-,
perature of 17.4-17.8 K. t is not that still igher values of Tk can be obtaingd.
with carbonitrides of stoichiometric composition (tile niobium nitride in carbonitri~
tested had the composition NbN NbNa 19
0. 786- .986)- Orig. art. has: 4 figures and v. 1
2 tables. [TDI:
SUB CODE: 11, 20/ SUBM DATE: 17Jun65/ OTH REF: 009 / ATD PRESS: 5069
2

ACC NR: A"'1402
OURCE- CODE: UR/'0363/66/002/012/2145/2150
A U TH 0 RShulishova, 0.1.; Shcherbak, I.A.
ORG: Institutc of the Problems of the Science of Materials Acedemy of
-'Science UKr SSR (Institut problem materialovedeniya Akademii Nauk Ukr
SSR
Cl'I'LE: Investiiation of some physical properties of'HfC-k-loC and TaC-
eloC solid solutions
SouIRCE.. AIN SS.SR. -Izvestiya. Neorgan-icheskiye materialy, v. 2, no.
12, 19066, 2145.-2150
TO?IC TAGS: metal compound, refractory compound, retractory
alloy, sintered compound, halknium carbide alloy,
ABSTRACT:
HaEnium carbide-molybdenum carbide alloys and tantalum caribide-mxlybdentm
carbide alloys, both with a 'MoC content of 0-100 mol%, were synthesized
from a mixture of hafnium oxide, tantalum carbide, mlybdenum powders, and
carbon black. The mixtures were hot compacted at 2000-2200C for 15 min. The!
sintered bars were vacuum annealed at 2000C for 1-2 hr and slowly cooled.
Card i/3 UDC: 54- 165

ACC NR:
AP7002402
All alloys- were found to- be-fiomogeneous single-phase solid- -solutions with a
free carbon content of less than 0.5%. The dependence of the tem:perature
of transition to the superconducting state (Tcr), melting temperature (Tm)
resistivity (S) , rwcrohardness (H), -and lattice constant (a) on
composition or valency electron concentration is shown in Fig. 1.
7ne Oifc) 0, go (,bC;) D. 10 and (HEC) 0, 85 (~bC) 0. 15 alloys have a melting tempera-
ture higher than 3900K, which makes them the most refractory in the
investigated systems. The obtained results also show that in solid solutions
of the 1V and V group metal carbides with tungsten carbide, the most refractory~
compo~unds sba-dd be.,~ouxfit in died region of electron...conce,ntrations of -about 4.-2 valence
oleerrons per atom. The alloys of the HfC-WC system should have the highest
temperatures should have an
m,21rzing temperature. Compounds with higjh T
electron concentration of 4.8---4.9 valence electrons per atom. All low-
.temperature measuremants were conducted at the laboratory of. Corresponding
&~-Iember AN SSSR N. Ye. Alekseyevskiy in the IFP AN SSSR im. S. I. Va-vilov.
..UDC:
rd 2

A~:C 'NR:'
b
4v q'? e '~g Pf fy
Tcr, 0 '
A
Tcr,'K
j FiF. 1. Composition or,
electron concentration
dependence of T c ( 1 , Tra
.9 03), It 0), -,nd a (5) in
the HfC-I,',oC (a) and
t IN2 C W111,9
TaC-,',IdC (b) syntems
t C"
ISOr
kg/r=2
M2
d,4 4,6'd
Sj AV,
h
MUG
11 SUB"'I DATE: 03Dec65/ OR i G F, F 005/ OTH RE7 t 0 11
Card L3 ATD PRESS: 5113

ACC NR.
667b
Alj~IHOR: Shulisbova, 0. 1.
ORG: none
TITLE: Supcrconductivity and nature of the bond in carbides and nitrides of transi-
tion Yiietals and in their solid solutions with structure of "he NaCl type
SOUMCE,: A." BSSTA. Institut fiziki luverdogo tela i poluprovodnikov. nimicheskaya
svyaz' v polviprovodnikaldi i termodinamika (Chemical bond in semiconductors and thermo-
dynamics) . 14insk, Nauka i tekhnika, !966, 299-316
TOPIC TAGS: transition metal, chemical bonding, carbide, nitride, solid solution,
superconductivity, valence electron, phase transition, critical point
ABSTRACT: The purpose of the investigation was to investigate the variation of the
~.emperature T. of the transition to the sunerconducting state as a function of the
iconcentration of the valence electrons in compounas~of sto~ichiometric copDosition,
and 'he laws governing the variation of T. in the region where the compounds are
homo-eneous and in a continuous series of solid solutions of carbides and nitrides
at, electron concentrations ranging from 4 to 5.5 valence electrons per atom. The
jpreparation of the samples is briefly described. The materials tested were nitrides
of Sc, La, Pr, Ti, Zr, Hf, V, Vb, Cr, W, and U and carbides of Ti, Zr, Ff, V, 114b, Ta,
Mo, and U. The solid solutions were of the systems TiC-NbC, ZrC-INbC, HfC-T-ilbc,
ZrC-TaC, NbC-10DIV, NbC-TaC, =-TaC, HfC-MoC, and TaC-MoC. The superconductir4g, tran-
Card 1/2
UDC: 541-57

M
ACC NRI AT'(003839
sition temperature was determined by a magnetic method from the change of %the mutual
induction of measuring coils in an ac bridge. Plots are presented of the critical
emperature, of the composition of the solid solutions, of the concentrations of the
valence electrons and of the state density, of the critical temperature, and other
physical properties as functions of the metal content and of the number of valence
electrons. The distinguishing features of tl-e superconductivity of the individual
metals and compounds are discussed in light of various superconductivity models.
fComparison of the various existing models leads to the conclusion that the experi-
mental data agree best with a model which presupposes a strong coupling between the
atoms of the metal and nonmetal. This model also affords a satisfactory explanation
of the shape of the state-density 6urve. Orig. art. has: 4 figures and 4 tables.
SUB CODE: 20/ sum DATE: 2oAug66/
ORIG REF: 005/ OTH REF: 030
~_C_ard 2/2

ACC INR: AP7006203 SOURCE CODE: UR/0363/6?/003/001/0061/0066
0THORZ Alcksoyovskiy, N. Ye.; Sansonov, G. V.; Shulishava, 0. 1.
ORG: Institute of Materials Science Problems, AcadoVf of Sciences, UkrSSR, Kiev
(Institut problem materialovedoniya Akademii nauk UcrSSR)
TITISI. Superconductivity of solid solutions of transition metal carbides and nitrides
SOURCE: AIN SSSR. Izvestiya. Noorganichaskiye materialy, V. 3, no. 1, 1967, 61-66
TOPIC TAGS: swoorconductivity, carbide, nitride, transition metal comound
ABSTRACT: The temperatures of transition to the superconducting state were studied
in systems of solid solutions TiC-NbC, ZrC-NbC, HfC-IqbC, ZrC-TaC, HfC-TaC, FSC-YzC,
Tac-~oc, NoC-NbN and TaG-NbC, constituting a class of compounds with a face-centered
cubic NaCl-type lattice. The transition temperatures wore determined from the chango
in the mutual induction of the measuring coiis on an alternating current bridge.
ku
the values of the critical temperature were extrapolated to a zero magnetic field.
F
ror all systems except TaC-NbC, a nonlinear change of the critical te=erature with
the cocmosition was established. The observed regularities in the change of the
criticai te=erature in these solid solution systems are analyzedq and it is postu-
lated that change of T. with the composition results from a change in the density of i
the olectron'"states. Orig. art. hast I figure, 2 tables and I formula.
SUB CODES 07,20/ SUBM DATES 15Jan66/ ORIG REFS 004/ OTH REFS 013
Card UDCt 537.312.62..

SHULIVNLV~,
Standardization of technical documentation. StandartiUtgiil
29 no.80-6 165. (MMA 18110)

BALA-13ANOV, N., mladshiy nauchnVy sotrudnik, kand.tekhn.nauk; SHULIKEVICH, A.
Increasing the durability of steel parts. Izobr.i rats. no.8:33
Ag 158. (mm 11:9)
1. TSentrallny-y nauchno-issledovatellskly institut tekhnologii i
mashinostroyaniya (for Balabanov). 2. Zamestitell nachaltnika
otdela TSentrallnogo nauchno-isaledovatellskogo institute. tekhno-
logii i masbinostroyeniva (for Sbullkevich).
(Steel--Hardening)

81706
S/020760/1 32/05/36/06-9
BOI I /B1 26
AUTHORS. Petrosyang V. 1.9 K syrevag R. V., Stepukhovich, A. Dog
e o V.
TITLE-. The Composition of the PxDducts and the Kinetics of Butanel
Cracking Initiated by Additions of Ethylene Oxidej
PERIODICAL: Doklady A-kademii nauk SSSR9 19609 Vol- 1329 No. 59
PP. 1103 - 1106
TEXT; The authors studied the above subject by the statistic method in a
high vacuum apparatus. This apparatus consisted of three parts connected
in series: a) a kinetic app4ratus to study butane cracking on the basis
of pressure ohange!; b)~chromatographic separating apparatus; a) hydrogen
and methane combustiowapparatuag also used to detect CO. Table I and
Figs. 1-3 show the results of cracking at 4"--,OOC- It follows from Table I
that small additions of ethylene oxide effect considerable butane crack-
ing. Cracking do6s practically not oocur without these additions at 4500-
All the sharaoteristia products of thermal cracking at higher tempera-
Card 1/4

8'W06
The Composition of the Producte and the s/o2o,/6o/132/05/36/o69
Kinetics of Butane Cracking Initiated by BOil/B126
Additions of Ethylene Oxide
tures (55o-6oo0c) are oontained in the products of oraoking thus ini-
tiated. Additions of 1-3% are the most effective. If the ethylene
,%:r1&, additions are inoreasadq the Irtitiating effect reaches a satura-
tlton point(predieted In Ref. 13). With an ethylene oxide addition of
10%, the craoking attains about 30%. The self-decomposition of ethylene
,)xide o,-annot explain suoh an intensive butane deoompositiong nor the
aomposition of the produatsD as pure ethylene oxide gives only small
quantities of H2p CH4 , 02H4, and C3H8 on decomposition (Table 1). The
paired products of thermal era-king (at higher temperatures) are formed
in the usual quantity ratioe (CH 4 = 0,3H6P C2H6 - C2H4v and H2 - C4H8)
on initiated oraoking. Howeverg with a low concentration of the ini-
tiatorv demethavization and de-ethanization occur to the same extent,
aot an in ordinary oraoking. When the concentration of ethylene oxide
18 raiaed %13-5%)g demethanization begins to prevail, as is the case in
normal cracking. This shift is beat explained by the hypothesis of the
i6omerization of the butyl radicals to secondary butyl radicals. The
&~,,,omposition of the oxide explaina the higher yield of CH 4, C2H61andH 29
Card 2/4 W

The Composition of the Products and the S/02 7 0/132/05/36/069
Kineti,~,s of Butane Cracking Initiated by B01'1 FB1~26_
Additions of Ethylene Oxide
as opposed to normal cracking. A similar pattern is followed by isobutyl
oracking. The starting rate of initiated butane cracking rises with a
rise in the concentration of the initiator. In each case it decreases
with UAme!, and reaches a certain limit, which is practically independent
of the initial concentration of the addition (Fig. 2). The kinetics of
initiated cracking have, as have those of normal cracking, the character
of a process which is self-retarding b the products, and is described
by the equation of Dintsess and Frost Fig, 3). Ethylene oxide also has
an inhibiting effect (Equations (I) - IIV) . The ethylene oxide rate-
constant that was obtained, and the activating energy of the decomposi-
tion agreed with values previously (Refs. 1,7) established. The authors
mention papers by A. I. Terenin (Ref. 12). There are 3 figuresq I table,
and 17 references: 9 Soviet and 8 American.
Card 3/4

-0
The Composition of the Products and the S102001 26/05/36/069
I ~
Kinetics of Butane Cracking Initiated by Bwi/Bi26
Additions of Ethylene Oxide
ASSOCIATION: Saratovskiy gosudarstvannyy universitet im,
N. G. Chernyshevekogo (Saratov State University imeni
Nc G~ Chernyshevskiy)
PRESENTED. January 6, 196o, by A. Vc Topchiyev, Academician
SUBMITTED, July 10, 1960
Card 4/4

SHMIKEVICH. MikhBil Mironovich - DRITREA0, Talida Danilovna,; ZAYCfffXKO,
- IOAKIMIS, A.,takhn. rod.
LKiov; with an index to the mapj. Kiev; ukazatall k plan-akhem .
Kiev, Gos. -izd-vo lit-ry po stroitA arkhit. USSR, 1958. 45 P.
1 fold map. (141RA 11:12)
(Kiev--Maps)

-7.E -ul
t!nd ~'zeromc-t Y f:'~ the ,z , ty
F 3- Be: i: c 8'.C Of

SHULKA,
-id~ _2 C -15 .9enIgToups. Ma- :as
z)5.
1. Chair of 11'!;Lthernat.L23 and Deacriptive c' the
Faculty of F:-'ecfrical P'ngineerir-,:! of the
1
of Technology, Bratislava, Snbr.~~'~Aed

STI-L-LE'r, I ~- 6cc
1. S"-I'UL G. T.
2a USSR (600)
4. Autornatic Control
7. DispatchLng syolLem ~,tt the Vyborg, cornibine. Diuri. prori., No. 6, 1951., No. 6, 11951-
Inzhener Vyborgskogo Tsellyulono-Bumazlinogo Kombinata
ga -onthly List of Ru~sian Accessions, Library of Congress, April 1952. UNCLAZJSIFTED.

SHULIKIN, G.I., inzhener.
,-- Valuable form of technical information. (PSupXeetions by progressive
workers in the industry". Reviewed by U.I.Shulikin). Bum.prom-31
no.2:31 :7156. (WaA 9:6)
l.Svetogorskiy tsellyulozno-bumazhnyy kombinat.
(Svetogorsk--Wood-pulp industry)

SHULIKIN-, G*I., inzhener.
%NW2010MM
Information bulletins of the Svetogorsk combine. Bum.proz. 32 no.2:
31-32 F '57. (MIaA 10:5)
l.Ucheny7 eakretart nauchno-tekhnichaskogo otdola Sveko-
gorskogo teellTulono-bumahnogo kombiwta~
(Svetogorsk-Paper industry)
(Svetogorsk--Woodvorking industries)

i;-j7
MALYSHKIN, K.N.; SHULIKIN, G.I.
Introducing automatic control to the woodDulp qnd paper industries.
13um.prom. 32 no.4:18-22 AD '57. (MIRA 10:7)
1. Svetogorskiy tsellyulozno-bumazhnyy kombinqt.
(Woodpulp industry) (P4per industry) (Automatic control)

-.v-,.; /11 "/% I- "- -.
~') / f/C. t- I,' (~ Z-
RALYSIT , K.N.; SIMMKIN, G. 1.
Introducing automt1c control to
Bum. prom. 32 no.5:18-21 My '57.
the woodpulp and paper industries.
(MIRA 10:6)
1. Svotogorokly tsolly-ulozno-burazhnyy kombinat.
(Woodpulp industry) (P~Lper industry) (Automatic control)

,5HUL.lKlfl,_.G., inzh.
Resnarch in a combine. NTO 2 no.1:19-21 Ja ,6o.
OGRA 13:5)
1. Zamestitall predsodatelya sovata pervichaoy organizataii
Ifauchno-tqkhnicbeskogo obshchestva na Svetogorokoic ti;ellyulozno-
buinazhnom kombinate.
(Svetogorsk--Paper industry)

BADIASOV, Ye.Ya.; SHULIKIN, G.I.
. . . - - -1-1--l-,
Automatic measuring of lye. Bum.prom. 35 no.4:16-18 Ap 160.
(MIRA 13: 10)
1. Moskovskiy filial TSentrallnogo.nauchno-iseledovatellskogo instituta
tsellyuloznoy i bumazhnoy promyshleunbsti (for Balmasov). 2. Svetogor-
skiy tsellyulozno-bumazhnyy kombinat (for Shullkin).
(Woodpulp)

YEVILEVICH, M.A.; SHULIKIII, G.I.
Sami-industrial plant for the biological purification of
waste waters. Bum. pro=. (381 no.6:9-11 Je 163,
(MIRA .16:7)
1. Vsesoyuznyy nauchno-issledovatellskiy institut tsel2yu-
lozno-bumazhnoy promyshlennosti (for Yevilevich). 2. Sveto-
gorskiy kombinat (for Shullkin).
(Industrial wastes-Purification)

~Fjj L I 'KIM, " [" , i n~- ~-, ~
,repair ~n-a~,-hcj by -units and sections i.3 im action. Avt. transp.
4": r --!-- . 2 : 'L 7 -, 19 F 1 6 " . (141W. 18:6)

I I ~,,,KOV,
ZI IOF~')
'HIJISX, ;-V"
KHOROSHAV BhY[!FEIr"%fN, V.11MISH-11"'Y
BMiTOLI
M~A,; 3;;('TIN,
Use 311 fr~~-tal2urgicell mag~~evit;e Fowder hirried at low
E, , 1 1 4 2 5 no. D A
JQ. 1.)

VAYNSIVISYN, O.Yix.; i,M,GHAfIOVA, A.A.; 110VOLMSHY, D.Ya.; KIMYUKINA, V,A.;
~MLIKIII 11,L.
-,- , -
Production of 18KI-AIT and 151MG11TA steel in open-hearth furnaces,
Stall 23 no.7:621-623 Jl 163. (MIP-k 16:9)
(Steel alloys -Metallurgy) (Open-hearth furnaces)

DORMIDONTOV, Fedor Konstantinovich; S94.1 111, P.S,...,nauchW red.;
.J., _;A11-7 - ~ ,
KIJSKOVA, A.I., red.; KOITTOROVICH, A.I., tekbn.red.
[Econnnics, organization, and production planning of shipbuilding
enterprises3 Ekonomika, organizatwita 1 plamirovanie pro-
izvodstva sudoitrnitej'iog6*p7Opriia.tiia. Leningrad, Goa.
13niumIne Izd-vn sudoathif. promyshl., 1958. 434 p. (MIlLk 11:12)
(Shipbuilding)

FOLOTSKIY, Solomon Gertsovich;LOG.UIOV, S.P., kand. ekon. nauk, retsenzent;
SATATIOVSKIVY, Ya,S., inzh., retsenzent; SHULIKIII, P.S., nauchnyy
:E~k
red.; SEA.KIIOVA, V.M., red.; TSAL, R.K., hn. red.
[Some problems in the economics of shipbuilding] Nekotorye voprq-
sy ekonomiki sudostroeniiao Leningrad3 Gos. soiuznoe izd-vo
sudostroit. promyshl., 1961. 194 P. (MIRA 15:2)
(Shipbuilding)

USSR/Engineering Hydraulics Jun 51
"Auxiliary Diagram for Calculating Round Pressure-
less Water Conduits," S. E. Shul'kin, Engr
"Gidrotekh Stroi" No 6, pp 4o,41
Suggested diagram for detg crit depths and crit
gradients represents simple and convenient device
for rapid calcn of round conduits working without
pressure, such as discharge pipes of small res-
ervoirs or gravity-flow water supply lines. Dia-
gram plotting is based on reducing eqs, detg the
crit depth and gradient of flow, to dimensionless
form.
__l99T55_____

18(0) P"AS1 I 1= EKPLOITATMW SDV/2301
xiujiy&""crn statoyo fw~7 I (motailurgyo, collection of Articles*
Ne.I InO4 Sodproa4ix, 1959. 177 P. Ip 00 copies printed.
Rasp. Id.s G. I. XopyrLn. Candidate of Technical Sti.nessi Ed.o A. V. P.Pvl
Tech. Ed. 10. 1. Katly.kovs. I i
KIMPOSIs This back in Intended for engineers and technicians at industrial
plante,%r scientific per"n"I at research and educational Institutions,
end for tudentB of advanced metallurgy.
COVERAM The articles In this collection deal with the productloo.and hot
forelbg of to* Iand titanjusi Ingot*. Both thtcrotical.and practical
aspects or* Covered. Topics dts"itod Includee crack formation during
thorsomelthent.al t"atmient. dependence of plasticity of 1-carbon chroms-
nickel steel on the mothod of steelmaking, vacuum malting of dustanitic
so
.8,nless stool# beneficial affect of hot deformation an steel properties,
vectorial properties of shoot metal 4. related to ralling conditionsp
crystallization and ingot structure, present status of tltanium~lngot
productions etc. Nueaa~a references, principally Soviet, acc.ap.ny
the articles.
,dayday, P. 1. Candidate of Technical Science.. Crystallization and
Ingot St"cture .95
&Ioshlnp'D. V.p Engin"r. Cn Certain Characteristics of the Dendritic Cry.-
tallisatlews of Madluss-Alloy Structural Steel 115
polln. 1. V- Candidate of Technical Sciences. Development and Present
Status of the Producti~ of Titanium and Tltaniuw~Allcy Ingot.
-1 OM A~as- 0. , Candidate of T..hnic.1 Sciences. ~bt-roll*d Titanium
T 153
.yFilin, 71. A., Engineer. Structure and properties of Cost induction-
waited Titanium 167
AVAILABLEs Library of ce""se
Card 3/3 OD/l.b
10-12-59.

AN
I oil A
01
V3
ILI
III-Na ahi;
It-is-
jig
jilt
mpg
h urif
'JrI

SHULIKIN, S.M.. kcand.telchn.nauk
Hot-rolled titanium pipe. Metallurglia 1:153-i66 '58.
(111RA l2f8)
(Rolling (Metalwork)) (Titanium)

MSIN, Yu.D., inzh.; SHULIKIN, S.M., Ikand.tekha.nauk
Plastic and heat treatment of certain binary titanium alloys.
Ketallovedenle 2:251-265 !58. (MIRA 13:9)
(Titanium aiiuys-Metallography)

rv
aft
IF:
yg
"a 64
a F r
14,
T
0 OF

54
-488
31
t8 r V a
Q
0
7 R Jig
A '01

SHULIKTN, S.M., kand.tekhn.nauk; YA14SHCHIKOVA, A.M.
Properties of single.;-phase weldable titanium alloys. Metall-
ovedenie 3:358-366 159. (MIRA 14:3)
(Titanium alloys --- idelding)

7fft, F EXPL-01TATION
, I ROOF SOV/4573
Moroz, Lev Solomonovich, Doctor of Technical Sciences, Professor; Boris Borisovich
Chechulin, Ivan Vasillyevich Polin, Leonid Vladimirovich Butalov, Saveliy
Moiseyevich Shullkin., and Aleksandr Petrovich Goryachev
Titan i yego splavy, tom 1; Tekhnicheski chistyy titan (Titanium and Its Alloys,
Vol. 1: Commercially Pare Titanium) Leningrad, Sudpromgiz, 1960. 515 P.
Errata slip inserted. 4,200 copies printed..
Ed.. (Title page): L.S. Moroz; Ed. (Inside book); Z.V. Vlasova; Tech. Ed.: N.V.
Erastova.
PURPOSE: This book is intended for scientific workers, plant engineers, and
students in advanced courses in schools of higher technical education and
tekhnikums. It may also be used as a manual for designers and industrial
engineers (with the exception of mechanical engineers).
COVERAGE: The book presents data on the structure, phase transformation, and
physicochemical and processing properties of commercially pure titanium.

get ?,rn. v r
Muii
H a-, pf
V~;& Pak -

Titanium and It~; Alloys (Cont.) SOV/4573
Ch. 6. Shape-Casting 309
1. Melting furna~See~ and melting 310
2. Molding mat&iials and making of molds 317
3. Casting pr6perties of titanium and characteristic
feature-d'of producing shaped castings 326
X.
4. Propetties and the uses of titanium castings 334
Biblioi(raphy 338

Ch. 7i' Pressworking of Titanium 339
Heating of ingots and blanks 339
2. Mechanical properties of titanium at high temperatures 348
3. Effect of hot pressworking on the structure and mechanical
properties of titanium 355
4. Forging of ingots 36o
5. Direct rolling of round ingots into sheet 362
6. Manufacture of pipe 372
7. Manufacture of shapes 383
8. Manufacture of wire 385
9. Cold pressing of titanium 389
10. Hot die forging 391
Card-5,/6

Titanium and Its Alloys (Cont.)
11. Stamping of parts from titanium sheet
12. Scale removal and pickling
Bibliography
Cii.. 8. Welding, Soldering and Brazing of Titanium
'I. Welding properties of titanium
2'~ Inert-gas-shielded arc welding
3. \Flux-shielded automatic welding
4, ksistance welding
5. WeIding of titanium to other metals
6. Sol ring and brazing of titanium
' r!
Bibliogra%hy
Ch. 9. MethodsNq Surface Treatment and Coating
- al sur
1. The he al surface treatment
2. TreTatmient w h reagents in baths
w h rea
tic i de
3. Electrolytic ide coating (aiiodizing)
4. Surface cNoating
Bibliography
AVAILABLE- Library of Cong ess (TAW354W
C-ard-6/6---
SOV/4573
395
410
415
418
419
430
458
461
475
477
491
493
493
503
505
508
514
VM/dfk/mas
3-1-61

V.M.
--- -----f,&mbosis of the left coronary artery of the heart developing
in acute hemorrhages. Sud. - med. ekspert. 6 no.3:57 Jl-S'63.
(MIRA 16:10)
1. Voronezhskoye oblastnoye byuro sudebnoineditsinskoy eksper-
tizy (nachaltnik P.A.Gortinskaya).
(THROMBOSIS) (PEPTIG ULCER)

BRILI. M.G.; SHULIKIN, Yu.B.
Large-span roofs made
no. 12:4o-46 16o.
(Aluminum
of lightweight alloys. From. stroi. 38
(MIRA 13:12)
alloys) (Domes)

BRIL-, M.G., inzh.; PAVILAYN7,N, V.Ya., inzh.; SHULIKIN Yu.B. inzh.;
DOERMAN, A.G., kand.tekhn.nauk -_ y I I
Three-dimensional structures with large spans made of light
0
metals. Rasch.prostr.konstr. no.6:5-38 161. (PIERA 15:3)
(Roofs, Shell) (Aluminum, Structural)

ACCESSION NR: "15136 S/0124/63/0001012/VO03/vOO5
SOURCE: RZh. Mokhanika. Aba.-12V35
AUTHOR: Shulsking Yu.B.
TITLEt Stability of a strip fixod at individual points -
CITED SOURCE: Sbj,tr. Lening. In-t inz1v. transp. vy*p. 190, 1962, 33?-342
TOPIC TAGS: elasticity theory, plane elasticity theory, strip 93Asticityo strip
stability
TRANSLATION: The author uses the variational technique developed by A.I. Lurs ye
'for the problem of 'who stability of a plate compressed by point forces (!Kg~j
Leningradskogo Tndustriallnogo kstituta (Transactions of the Leningrad Industrial.
Institute), 1939, Vol 3, No 1) to obtain an approxl=to solution to the problem
of stability of an infinitelylong strip bounded by the lines y = 0 and y = b
loaded along the yl= 0 edge with a uniforuLly-distributed extensive load q and
fixed at individual equally-spaced points of the same edge.
ic (2a (a 1, 2. 3).
1/2
Card

ACCESSION NR: AR4ol5aj6
Actually, the author exudnes the case of supported strip edges and finds the
critical stresses for a nmo4er of values &/fk. G.Xu. r4hanelidze.
kp
r
DATE ACQ: 3lDecO SUB CODS: PH ENCL: 00
Card Z/z

S/0179/a/oco/602/0091/0095
I' ACCESSION NR: AP 4035062
iAUTHOR: Shullkin., Yu. B. (Leningrad)
TRUJ: Stress-deformed state of a circular disc loaded along individual
radii
SouRCE: ANN SSSR. Izvestiya. Mekhanika i mashinostroyeniye,, no. 2, 1964"
91_9c~
j
TOPIC TAGS: stress, deformation, disc stress, stress-deformed disc
ABSTRACT: The stress components and radial displacements of a thin circular
11 disc with a free boundary are calculated. The disc is subjected to a radial'
load distributed according to some exponential lav along several equally
SpDarated radii. The com lex representation is used. The perameters for
_P
the case of axially symmetric loading are worked out.
This paper uses a different method to solve-similar problems
worIked by D.V. Vaynberg and E. 3# Umamkiye
V2

ACCESSION NR: Ap 4035o62
ASSOCIATION: none
SMUTTED: 03Jul63.
SUB CODE: AS, GP
Cc4
DATE ACQ:20elay.64 ENCL: 00
NO REF SOV: 005 OTHER: 000

SHULIKIN
Yu. B.
-
Equations for a problem concerning a plate reinforced by radial
M
ribs~ Izv. AN SSSR. Mekn. no.2:152-1154 vx-Ap 165.
(KIRA IS: 6)

MOISEYEV, K.I., student; SIVUKHA, M.I., student; SHULIKIN, Yu.P., student
Investigating the endurance limit of shipbuilding steel to bending
on a level plane together with axial deformation. Trudy LKI no.29:
221-224 '59. MIRA 14:7)
1. Leningradskiy korablestroitellnyy institut, korablestroitellnyy
fakulltet.
(Plates,, Iron and steel-Testing)

SHULtKINA, B.S.
The !L38 semiautomatic line for machining crawler-link
bushings for the S-80 tractors. Biul.tokb.-okon.inform.
no.2:15-18 160. (MIR& 13:6)
(Machine tools--Technological innovations)

w
SHUJIUNA, I.
~
GENERAL
PERIODICALS: VESTIS, NO. 5) 1958
SHULKINA, I. Letviqn folk tales. In Russian. P. 155.
Monthly list of East Eurupean Accessions (EEAI) W, vol. 8, No. 2,
February 1959, Unclass/

TFLOITSYMYA, O.V.; SMJLIKINA, T.V.
Transpiration of some flowering plants at the Alma-Ata Botanical
Garden. Trudy Alma-At.bot.eada 5:1-47-160 160.
(MIR& 13:6)
(Alma-Ata-Flowers) (Plants-T~?anspiration)

SHU L t KT~jjk jP T. V.
Second blooming and secondary growth c.' some perennials. Biul.
Giav. bot. sada no.56:95-99 164. (~ffRA 18:5)
1. Botanicheakiy sad Bot-anicheskogo institute. imeni Ke-marova AN
SSSR, Leningrad.

snLIARIN, T.-th,
Ufa formn and developmental rhythm of sme perennial herbacevis
plp-nt-- (~in corciaction -,dfh th~!I.r in Gjning-a-d).
Bot. zhvr. 50 no.5.709-714. My 165. (MIRA 18,10)
1. Botanixherzkiy institut imani Kcmrova AN SSSR, Leningrad.

K Y, 3
~!'i da t lind chaskil7ii rr~,--
te,
co.,-~,)4-yieA watc-r-,m.1v and raflroad transport ;r- the
Pasin. Zhell..-i-,,--. ~9 no.' :2C-2 ip Tj 1 j7.
(Volga ';a!--'e y - - s
rland

FELIDMAN, B.D.; MEZHOVA. R.v.; SHUL,K~,,- V.P.; TSARMO, A.P., red.;
BOBROVA, Ye.N., telchn.~Wde- - -
CProblems In the standardization of weight norms and routing of
freight shipmentsj Toprosy unifikatsii viseeovykh norm i
marshrutizatsii gruzovykh perevozok. Moskva, Vass. izd-ko poligr.
ob"ediDenip m-va putej soob.. 1960. 175-P. (Moscow. VSeSoiuznYi
nauchno-isoledovatellskii institut zheleznodorozhnago transPorta.
Trudy, no.186) (MIR& 13*10)
(Railroads--Freigbt)

R.V., kand,.tekhn.nauk; SHULIKO, V.P., kand.tekhn.nauk
PiEZHOVA 3 ---
Instead of being differentiated, the making up of shipper's
special destination trains and long distance through freight
trains-should be correctly combined. Zhel.dor.transp. 43 no.
8:49-51 AP 161. (MIRA 14:6.)
(Railraa"-~41&king up trains)

SRULIKOV, M.7.
Intestinal obstruction due to Heckel's diverticulum. Xhirurgila
no.6:77 Je 154. (MLRA 7:9)
1. 1z sallskoy Krestovskoy bollaitsy Telikolukakay oblasti.
(MICKEL'S DIVIRTICULUM. complications,
*intestinal obstruct .)
(IIMMTINAL OBSTRUCTION, etiology and pathogenesis.
*Heckel's diverticulum)

SHULKOVA, Z. P.
36900. 0 vliyanii elektricheskogo polya UVCH na kro-..7anoye da-vieniyye
bollnykh gipertonicheskoy boleznlye.--V ogl- Shulkova. Z. H. Trudy Uzbek.
gos. nauch.-issled. in-ta kurortologii i fizioterapii im. Semashko,
sb- 11, 1949, C. 287-93
SO: Letopis' Zhurnallnykh Statey, Vol. 50, Moskva, 1949

E;iU, ---jKl--,-.,",, - 7.1 P. I A, T. lv~
Traamp:i,. -.f ,;'.Lh an e--r-tr`t, fleld - -Irrahlp,
f re~-, Uen ---y . 1-x-uiy Uz . gus . ria-uA, . , --ns r', '-I'ur, i "i z I'l cl-I'le 11.
. ~ 3 ~ 29 9-3 07 1 5~5. i'l X:~i:u a 8 " -e-, 1~

BERLESKU, E. [Berlescu, E.); LUNGU, A.i KRISTOVYANU, A. [Christoveanu, A.];
SHULLER) A. [Suller, A.]; STOYCHESKU, K. [Stoicescui, K.1; MI-WESKU,
R. (Rumyniya)
Effect of meteorological factoro on the function of the adrenal cortex
dw,ing balneotherapy. Vop. kur., fizioter. i lech. fiz. kul't. 29 no.4:
316-322 Jl-Ag 164. (MIRA 18:9)
1. Institut endokrinologii imeni Parkhona (dir. - akademik Sht. I.
Milku [Milcu, S.] i Institut ballneologii i fizioterapii (dir. -
prof. T.Dinkulesku (Dinculescu, T.]), Bukharest.

'SHUL I IzAN, A.
Za rentabellniui rabotu avtokhoziaistv po novym edinym tarifam. /Tor Drofitable work
of the qutomotive economy in view of the unified rate syste.2 TAvtomobill, 1950
no.2, p.10-11) DLC: TL4.A87
SO: Soviet Transportation and Communication, A BibliograDby, Library of Congress
Teferen-ce DeDartment, Washington, 1952, Unclassified.

SYRIN, A.; SHUU40, A.
"For the further development of the auto-transportation undertaking for general
use," Automobile, 1951.

I - . I ~ - - I I " I -, - . - - - - . 1.
.5..H U LMAAII A
:,%,* ~'.' SHULIMAN, A., kandidat ekonomichesklkh nsuk; SHEYNFATN, M.
Development of the common carrier system. Avt.tranap. 32 no.7:
3-6 ii '54. (MM 7:9)
(Transportation, Automotive)