SCIENTIFIC ABSTRACT SHAPIRO, Z.A. - SHAPIRSHTEYN, YA.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548330001-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KAKAYEV, M.F., prof.; SHAPIRO, Z.A.
Diagnosis and modern treatment of hemophilia. Vrach.delo no.10:41-44
0 960. (MIRA 13:11)
1. Kafedra fakulltetskoy khirurgii II (zav. - prof. M.F.Komayev)
Dnepropetrovskogo meditsinskogo instituta i Devyataya gorodskaya
klinicheskay-a bollnitsa.
(HEMOPHILIA)

SHAPIRO, Z.A.
Dispensary and clinic card for a hematological patient. Probl.
gemat.i perel.krovi 6 no-4:43-45 Ap 161. (MIRA 14:6)
1. Iz kafedry fakulltetskoy terapii (zav. - prof. P.N. Stepanov)
Smolenskogo meditsinakogo instituta.
(M4ATOLOGY) (MEDICAL RZOORM)

SHA.PIRO,.Zallman Berkovich, inzh.; OKUNEVA, A.I., Inzh., vedushchiy red.;
TUCH11fSXIT,-1i'.'i'.,-- inzh., red.; SOROKINA, T.M., tekhn.red.
ECnsting iron reinforcements In permanent molds] Lit'e chugunnoi
armatury v postolannve formy. Moskvn, Filial Vaes.in-ta nauchnol
I tekhn.inform,., 1956. 9 p. (Informataiia o nauchno-isaledovatellskikh
rabotakh. Tema 2, no.I-56-218) (MIRA 10:12)
(Lie casting)

SH&PIRO, Z.B.; NOVAK, A.G.
Casting iron chain rollers. Lit.proizv. ao.8:27-28 N 154.(Mr.RA 8:1)
(Iron founding)

AUTHOR: Shapiro, Z.B., Engineer,
.d
TITLE. New Acid-Resistant High-Strength Cast Iron (,Novyy kislotoupor-
nyy vysokoprcehnyy chugun)
PERIODICAL; Liteynoys Proizvodstvo, 1956, Nr 5, pp 24-26 (ussR)
ABSTRACT. Acid-resistant nickel-chrome cast iron, extensively used in
petroleum processing industry abroad and also by the Gorlkovs-
kiy autozavod (Gorlkiy Automobile Plant)(for engine cylinder
bushings), contains laminar graphite, impairing the corrosion
resistance and the mechanical properties of the metal. Thus
new cast iron has been developed in experiments with magnesium-
treating,) and decreasing the content of chrome and copper, to
bring graphite into a globular form. The experiments were
started with cast iron of the following compositi~~.i, in 0,;;
2.6-2.9 C, 2.2-2.5 Si, 1.4-1.7 Mn, 0.8-1.1 Cr, 1~-18 IN-J.
3.0-3.1 Cu, up to 0.10 P. up to 0.02 S. The article gives
detailed -information on 'he technology of the tests. It' was
finally decided to limit the copper content by 4~,~ and the
chrome content by The composition and the mechanical
properties of the new cast iron are shown, in 3o-aparison with
Card 112 two s9ecial steels and an acid-resistant cast ircr, i-ith laminar

New Acid-L~~Iesistant HiCh-Strength Cast Iron l28-::)P_--,r-11_/_16
graphite (table 4). The corrosion resistance of the new cast
iron is considerably higher than the resistance of the other
tested metals. Test series of stop cocks was cast of the
-new metal. Their chemical composition, micro-struoture, me-
chanical. prope-ties and machinability proved satisfa3tary.
They are ncw unde:7going industrial corrosion fatigue, tests.
It is expected that the metal will prove reliable material
-for equipment prGcessinp, hig'-ccrros-ve petroleum products
n
at high temperatares and pressures.
There are 3 Eilalohs; 4 tables, 5 photographs. and 3 references,
I
i of which is S,%viet; 1 German~ and 1 French.
AVAILABLE; Library of Congress
Card 2/2

.-SHAP1110, Z.B.
New acid-resistant high-grade cast iron. Biul.tekh.-ekon.inform.
no.6:9-10 158. (MIRA 11:8)
(Cast iron)

18(5) SOV/1 28-59-8-18/29
AUT'HOR. Shapiro, Z.B., 3ngineer
TITLE-, New Fluidity Test Bar
2BRIOD-ICAL.- Liteynoye proizvodstvo, 1959, Nr 8, PP 36 - 37 (USSR)
ABSTRACT~ A new fluidity test bar is xecommended by the author,
which is called "different walls comb" (Fig 1,2).
The walls of the test bar have thicknesses of 1 to I Omm.
The achieved test results are better than those of
the spiral test. There are 2 graphs, 1 photograph,
1 draming and 1 Soviet reference.
Card 1/1

ACC NJR. AP?006214 SOURCE CODEz UR/0363/67/003/001/02G~/0209
AUT'HOR: Shapiro, Z. I.; Fedullov, S. A.; Venev-tsov, Yu. N.
ORG: Phvsicochonical Institute im. L. Ya. Karoov (Fiziko-kht-aicheskiy inst_Atlut)
T__TI.Z'. DoterrAnation of the Curie temperature of the ferroeloctric UN'Dc_~
SCURCE: AN SSSi, Izvestiya. Neorganichoskiyo mnaterialY, V. 3, no. --2rg
TCHC 0--ar-ir, point, :Lithium comr)ound, niobate, forroolectric crystal, dielectric
C on s ~~, a nt
in o~--~er to ref-'na tho Curio point o' t-inerature measuron~_,n's o'
.he dlniac~~ric constant were made on single crystals of bot-In a-~~bG, and a Solid soba-
tior, of -lie connosition Li(N-b().qT&0.I)O~. The Curie tem-Derature, deter-ninc-1-i fron
dialectric constant maxima, was found to be 1210�101C for Lii~bc~ and 1120�-!~-c for
solid solution. Ln Li,'~603, the dielectric constant alon1c, the pol.,r axis -is -,Tuch loss
t*lan in the De-~-jondicuiar direction, as in the case of bariira tit.-ate six--lo cl-j--t-o'la.:
Some anomali os in the dielect-ric constant wore found in the 600-9z:OIC range. Thez-.o-
gran-.ic neasurements showed the maelting Doint of IJ.'N7b03 to be 1245:':5'0. Cf all known
has the highest Curie T)oint. The data obtained on t4ho CUTie
point-s of' JN
OC3 ara of major iz-,mortance for the praparation of si-nZlka-
c:-.ain single crystals vith higher dielectric, optical and piezoelectric pro-pertias.
Card 1/2 TJ-DC.' 537.22-6-33

ACC N,,!.
Ai~thorz are Eratleful to G. P. Yuznotsova, V. L. Farshtondiker and R. M. Tolchinskaya
for assistance in the determination of the molting, point'. Orig. art. has., I figure.
Sb-3 CODS: 20/ SUEM DATE: 13.kpr66/ OUG REF: 003/ CTH REIF: 004
Card 2/2

VILENKINA, A.Ya.; SHAPIRO, Z.I.; ARIUVICH, A.M., prof.
Blepharoconjunctivitis and kerato-iritits in discoid lupus
erythematosus. Vest. oft. 76 no-3:71-72 My-je 163.
(MIRA 17:2)
1. Nauchno-issledovatellskiy institut glaz~ykh bolezney
imeni Gellmgolltsa TSentrallnyy kozhno-venerologicheskiy
institut. -

ABRAMOV, M.A.; ALIVMWIZAIIE, K.S.; AMIROV, Ye.M.; ARENSON, R.I.; ARSHNIYEV,
S.I.; BAGDASAROV, R.M.; BAGDASAROV, G.A.; BADAMYANTS, A.A.; DAKIYZ-
LTAN, G.N.; D2HAFAROV, A.A.; KA7AK, A.S.; )MCHENSKIT. N.M.; KOM-
KHOV, S.I.; ICRASNOBAM, A.Y.; KURKOVSKIY, A.I.; LALAZAROV, G.S.;
LARIONOV, Te.P.; LISMOARTEN, M.Te.; LIVSHITS, B.L.; LISIKTAN,
K.A.; LOGINOITSKIT, V.I.; LTSMOVSKIT, P.S.; MOLCHANOV, G.V.; MAY-
DELIMAN, N.M,; OKHONIKO, S.K.; ROMANIKHIN, V.A.; ROSIN, I.I.; RU-
STAMOV, E.M.; SARKISOV, R.T.; UCHYPNIK, P.I.; SOBOLEV, N.A.; TARA-
TUTA, R.N.; TVOROGOVA, L.M.; TER-GRIGORYAN, A.I.; USACHEV. V.I.;
YATN, B.P.; CHICHEROY, L.G.; _~iWIRO, -Z.L.; SHZVCHUX, Tu.I.; TSUDIK,
A.A.; ABUGOV, P.M., red.; MARTYNOVA, M.P., vedushchly red.; DANIyj-
LYAH, A.A,; TROFIHOY, A.V., tekhn.red.
[Oil field equipment; in six volumes] Neftianoe obonidovanie; v
shesti tomakh, Moskva, Goa.nauchno-tekhn.izd-vo neft. i gorno-
toDlivnoi lit-ry. Vol-3. [Petroleum production equipment] Obo-
rudovanie i instrument dlia dobychi nefti. 1960. 183 P.
(MIRA 13:4)
(Oil fields--Bqnipment and supplies)

TUR-GRIC.,-,ILAN, A.I.; DA',*'IYKLYA"I, A.A.; SHAPIRO, Z.L.
&iui,ment for t--a he-znatic Fealing- of the huad in deen
drill-'ng. Neft. khoz. 4,1 no.2:19-25 -;; 16-z.
.i - -1 (2kaRA 17:8)

SWIRO,-Z.Sh.
Comparative evaluation of results in studying aniseikonia on eiconome-ter
and by sterepbotogrammetric method. Biofizika 10 no.22.137-342 165.
(MI- RA 18 - 7)
1. Gogtzdarstvennyy navichno-L~slelovatell-ckiy institut glaznykh boj-ezney
imeni Gallmgolltsa, Moskva.

SHAFIRn, Z. yA.
0 sushchestvovanii kvazikonfor:nny kh otobrazheniy. DAR, 30 (1941), 685-687.
SO: Mathematics in the USSR., 1917-1947
edited by Kurosh, A.G.,
Markushevich, A.I.,
Rashevskiy, P.K.
Mobcow-Leningrad, 1S'1+8

SHAPIRO, Z. Ya.
Ob ellipticheski-kh sistemakh uravneniy s chastnyT-.i prAzvodny-ai. DAN, 46 (1945), 146-149.
SO: Mathematics in the USSR, 1917-1947
edited by Kurosh, A.G.,
M,arlcushevich, A.I.,
Rashevskiy, P.N.
Moscow-Leningrad, 1948

Mathematical Reviews tapiro, Z. iiA-h. first boundary problem for an elliptic
Vol, 14 No. 7 system of differential equations. Mat. Sbornik N.S.
28(70), 55-78 (1951). (Russian)
July - August, 1953 The systern considered is of tile form
Analysis. 3 alit ,
0) E ilik-o
~ k-1 CIX.Oxh
where the /I ikare constant nX?j inatricesand it = ji(xi, x2, xj)'!
;it) unknown n-vector. It is assuined that tile form
Q(S" S2, .0) =det A asis,
is definite and irreducible. The author proves that for this
system the Dirichlet problem in tile half-space x3>0 has,
;in (explicitlv given) solution for ar6itrarily gi-.en hounded
Colitilluous data it (x" X!, 0). She al-so reduces the Dirichlet'
problein for all art.itrary sinoothly bounded (lomain to al
systent of Fredholin integral equations. This is accomplished.
by c(instructing fuodaineotial solutions of 0) and represent-
illt~ tile desived Sollitioll by an integral analogous to tile!
potunt ial of I double Livur.' L Bcrs (New Yot-L, N. Y.).

1. Sait foftction, =~z%A si x>O,r=.O ~f x<
du dmi - plan, Re,.A
116 A >o application A4(XI)a
'
utioiv~ Sur R, CA h0167
>-I dans Vespace D'.,dcs distrl
morphe ct se proltinge analytiquement ,au plan entier en
tine fonCtion mdromorplie, avec des poles simples aux
points - 1, -2,~ Le r6idu an point k est
k
3
(6I,'=d&ivde d'ordre'P'de-la masse deDirn R&ultats
analogues pour
OXI )*:Co. 1-xI .Ctlc.
2. Soit dans R" unc fonction continue F, homogane
de de&4 1, >0 ch* debars de Yorigine (exemple-,
x-+Fyx) ddfinit.une distribution.Ft;
pour Re A
A-*FA e4 liolomorphe'dans ReA>~-n, 6L valF~irs dans
9y; Oe~ se prolonge amlytiquement en une f4tion M&.-
romorphe avec polen, simples aux points,.~;-x, 7*--#----w 1. - -
Etude des distributions homog~nes &-de-ONN A (i.e.-
p) pour -foute i D=~ ace des
=
l' b
m
fonctiams inUlMmcnt dijfftentiables; A ~U
ja

-----------------
- Exemple: soit 01,+Viii-otle la~sp~6equ
point -`~i de 2r,'A4.1~(P
r
----------------------

- -. - -..- -1-1;--.--.!--,---~l ~-~

rZ

r t bomde, fornide -de points rMuctibles
Si k variOd G=O Cs
d'ordrO! 1
1'application A-;4' se prolonge m une fonction
.
'
mdromorphe. A chaque composante connexe..de. 61=0
compo! ]a. suite -de'
;de de'points de dqrd- tn correspond
poles simples -1/m, -21m, Pour la caIcul dei rdsi-
dus les A. utilisent up rdsultat de Lqra~ (C. R. A.cad.. Sci.
:T,
Paris !34 (1952), 1112-A 115; AIR It, 477].- Dans '.e cas'
*
gdndrai!, les cornposahtes de G=O formdes de points
d'ordre r et de degr6 itt donnent des poles (1pultivieS) aUJK'.

; '
points
')"
Fourier de fonctions et distri-w
d,
� 5.
Wions hornoemes. On se ram4ne A une intdgrale sur fl:-
par p "4ge ep coqrdo-nnd6 polafres. Tabl7au de fdrwafles.,
L Li,
us (Nancy).

i
A qii

A-L

FM, Boris Abramovich, prof.; BAKR:SHIYAN, F.A., prof.; AIIDRIYEVSKIY,
F.P., dotsent; MIROSHKOV, R.K., dotsent; NAGAYbVA, V.M., dotsent;
SOBOLEV, N.A., dotsent; SOKOLOV, A.M., dotsent;
dotsent; SHUSHARA, G.N., dotsent; KAPLAN, I.B., starshiy pre-.
podavAtel'; POLOZKOV, A.P., starshiy prepodavatelt; FOL02KOV,
D.P., starshiy prepodnvatell; TOPAZOV, N.G., starshiy prepoda-
vatell; SHCIMUAKOV, S.S., starshiy prepodavatell; Prinimali
uchnstiye: GOLIDMMYZER, A.L., prof.; BARAITENKOV, G.-S., dotsent;
BEWIAN, Ya.R., dotsent; LUNTS, G.]~., dotsent; SHESTAKOV, A.A.,
dotsent; GMURKW, V.Ye., starshiy prepodavatell; Rozentall, H.I.,
assistent; SOKOLOVA, L.A., assistant. ROZANOVA, G.K., red.izd-va;
KUZIMINA, N.S., tekhn.red. (Continued on next card)

YUKS, Boris Abrano-vich--(continued) Card 2.
[Higher mathematics; methodological instructions and control
assignments for the students of correapondence technical
schools of university level] Vysahais m8temstika; metodi-
cheskie ukazaniia i kontrollnye zadaniia dlia studentov zaochnyL-h
vyssh.ik-h tekhnicheskikh uchebnykh zavedenii. Izd.9. Pod red.
B.A.Fuksa. Moskva, Gos.izd-vo "Sovetaknim nauka," 1958. 179 P.
(MIRA 12:9)
1. Russia (1923- U.S.S.R.) Ministerstvo vysshego obrazovaniye.
Metodicheskoye upravleniye.
(Mathematics--Study and teaching)

lh C PHASE I BOOK WILOUVATION'
Gellfand, Izraill Moiseyevich, Robert Adollfovich Minlos, and Zorya Yakovlezna
Shapiro
Predstavleniya gruppy vrashcheniy i gruppy Lorentsa, ikh primeniya (Rotation
Group and Lorentz Group Representations and Their Applications) Moscow,
Fizmatgiz, 1958. 368 P. 7,000 copies printed.
Eds.: F. A. Berezin and L. A. Stebakova; Tech. Ed.: S. S. Gav--ilov.
PURPOSE: This book is intended for mathematicians and physicists and for
students of mathematics and physics.
COVERAGE: This book is devoted to a detailed study of the representations
of rotation groups in 3-d-imensional space and to the Lorentz g--oup. For
the benefit of physicists and physics students the authors have included
in the book all basic material on representation theory vhich is applicable
to quantum mechanics. Mathematicians and mathematics students who are
studying representation of Lie groups. may use the book as an introduction
to the general theory of representaldions. In addition -the material included
Card 1/10

Rotation Group and Lorentz Group (Cont.)
SOV/2242
in the book renders sufficiently clear the connection between representation
theory and other branches of mathematics, such as spherical functions, -tensors,
differential equations, etc., which had not previously been analyzed in the
general case. I. M. Gellfand and Z. Ya. Shapira wrote the first part of
the book on rotation groups. K. A. Minlos wrote the second part on
representations of the Lorentz group and relativistic-invariant equations.
This part was based mainly on the work of I. M. Gel,fand and A. M. Yaglom
"General Relativistic-invariant Equations and Infinite Dimensional Repre-
sentations of a Lorentz Group" (Zhurnal eksperimentallnoy i teoreticheskoy
fiziki, vol 18, No 8, 1948). The authors thank F. A. Berezin, editor of
the book, for his assistance. There are 25 references: 23 Soviet, 1 German,
and 1 English.
TABLE OF CONTENTS:
Preface ~7
PART I. REPRESENTATIONS OF A ROWJ-ION
GROUP OF -DIMENSIONAL SPACT.
Ch. 1. The Rotation Group and Its Representation 9
Card 2/10

Rotation Group and Lorentz Group (cont.)
SOV/2242
1. Definition of a rotation group 2. Introduction kj'L parameters
into a rotation group 3. Invariant integration 4. The relation
between a rotation group and a group of unitary matrices of the
second order. 5. Definition of representations of a rotation group
2. Infinitesimal rotations and the determination,of the irreducible
representations of a rotation group 1 22
1. Definition of the matrices Ak which correspond to an infinitesimal
rotation 2. "The relations between matrices A,, 5. The form of an
irreduc:G-.,le representation 4. Decomposition of a representation
to irreducible representations 5. Exa=les of representations
Supplement to Article 2. Proof of the differentiability of the
matrices T 41
3. Spherical fungtions and representations of a rotation group 42
1. Definition of spherical functions 2. Differential operators
which correspond to infinitesimal rotations 3. Differentih.1
equation of' spherical functions 4. Explicit e--dpression
of spherice-1 fimctions 5. Expansion of Panctions on a sphere
in spherical functions
4. Product of representations 54
1. Definition of the product of representations 2. Transformations
Card 3/10

Rotation Group and If.)rentz Group (Cont.)
SOV/2242
which correspond in the product of representations to infinitesimal
rotations 3. The product of two itreducible repre3entations
4. The decomposition of the product of two irre-lucible representations
when one of them has a weight of 1 or 112
5. Tensors and tensor representations 65
1. Fundamental algebraic operations on tensors and in-Tariant subspaces
2. Determination of the weights of irreducible representations by
which a tensor represF-ntation is decomposed 3. Decomposition of a
tensor representation to representations which are multiples of
irreducible representations. Tensors of the third rank
6. Spinors and spinor representations 80
1. Definition of a spinor and spinor representation 2. Symmetric
spinors. The existence of irreducible representations for any (l
or 1/2) weight 1 3. Fundmental operations of spinors, 4. On the
kind of irreducible representations into which a spinor represen-
tation can be decomposed
Ch. 2. Further Investigations of Representations of a Rotation Group 87
7. Matrix elements of an irreducible representation (generalized
spherical functions)
Card 4/10

Rotation Group and Lorentz Group (Cont.)
SOV/2242
Gordin coefficients for the case when one of the products has
either weight 1 or 1/2 3. Symmetry of the Clebsch - Gordon
coefficients 4. Transfer from a canonical basis in R 1 x R2
to the basis (ei Q 5. The Racah coefficients
PART II. REPRESENTATIONS OF THE LCIPMTTZ CiRCUP
Ch. 1. The Lorentz Group and Its Representations 165
1. The Lorentz group 165
1. Definition of a Lorentz group 2. Orthogonal systems of
coordinates 3. Surfaces in 4-d-tmensional $pace which are
transitive with respect to a Lorentz group. The connection
components of a Lorentz group 4. The relation between a
Lorentz group and a group of complex matrices of the second
order with determinant equal to unity 5. The relation between
a proper Lorentz group and a group of compl-ex matrices of the
second order with determinant equal to unity (second presentation)
6. The Lorentz group as a group of motions in Lobachevskiy space
7. Definition of a Lorentz group and the fundamental concepts of
the theory of representations 8. The relation beltween represen-
tRtions of a proper Lorentz group and representRtions of a group
Card 6/1o

Rotation Group and Lclrentz Group (Cant.)
SOV/2242
general Lorentz group 5. Wo-valued representations of a general
Lorentz grcrup 6. Bilinear hermitian nondegenerate form invariant
with respect to the representation of a full Lorentz group
Spinors and spinor representations of a proper Lorentz graup 228
1. Spinors of rank 1 2. Omitting the indices of spinors of the
first rank 3. Spinors of higher rank 4. Symmetric spinors.
Realization of all irreducible finite dimensional representations
of a proper group 5. Omitting the indices of spinors of higher
ranks 6. Another description of a spinor representation 7. Unitary
representations of a proper Lorentz group 8. Remark on tensors
9. The difference between spinor and tensor representations of a
Lorentz group
5. Finite dimensional representations of full and general Lorentz groups.
Bispinors 257
1. Bispinor of the first rank 2. General case. Bispinor of rank
(k,n) 3. Irreducible representations of a general group 4. Teasor
representations of fall and general Lorentz groups
6. The product oftwo irreducible finite dimensional representations
of a proper Lorentz group 266
1. Decomposition of the Kronecker product of two irreducible
representations of a proper Lorentz group into irreducible
Card 8/10

Rotation Group and Lorentz Group (Cont.) SOV/2242
representations 2. The Clebsch-Gordon coefficients
Ch. 2. ReLativis"Ic-Invariant Equations 274
7. General relativistic-invariant equations 274
1. Definition of relativistic invariant equations
2. Conditims for
the relativistic invariance of equations for the case x*-O
3. lNetermination of the matrices LO, L1, L L 4. Relativtotic-
" 2
t
th
t
0
E
~
x =
invarian
ions wi
s
equa
qufftio
ich are invariant
5 .
with respect of a full Lorentz group 6, Remark on the operators
T . Case of the general Lorentz group
8. Equations obrainable from an invariant Lagrange function 288
1. Invariant Lagrange function 2. Equations obtainable from
an invariant; Lagrange function 3. Equations obtainable from
an inva-riant Lagrange function (conclusion) 4. values
constructable from the wave function and the invariant form
5. Remark on the values quadratically composed from the vave,
function 41
9. Examples of relativistic-invariant equations 303
1. Dirac equation 2. Duffin equation for scalar particles
3. Duffin equation for vector particles 4. Equation for two-
component neutrino 5. Maxwell equation for an electromagnetic
Card 9110

Rotation Group and Lorentz Group (Cont.)
SOV/2242
field in a vacuum 6. The Pauli - Fierz equation 7. Examples
of infinite dimensional invariant equations
10. Determination of the value of a rest mass and the spin of a
pextiale 324
1. Plane waves. Energy-impulse vector 2. Rest system. Rest
mass. 3. Spin of a rest particle 4. Spin of a particle
in s~m arbitrary system of coordinates 5. Particles with nu-1-1
rest mass 6. Polarization of particles with mill rest mass
7. Rest mass, and the spin of particles described by equations
from them preceding paragraph 8. Infinite dimensional equations
-11. Charge and energy of relativistic particles 342
1. Determination of the charge and energy 2. Finite dimensional
equations with positive charge and matrix To reduced to diagonal
form 4. Equations with positive charge and matrix % not reduced
to diagonal form 5. Pauli theorem 6. Infinite dimensional
equations with positive charge or energy
Appendixes
Bibliography
AVAILABLE: Library of Congress
Card. 10/10
355
369
IK/mg
11-9-59

AUTHGA: S -pa---Z-. SOV/42-13-3-11/41
-hapi ,
TITLE: On a Class of Generalized Functions (Ob odnom klasse obobshchennykh
funktsiy)
PERIODICAL: Uspekhi 11,later.-,aticheskikh Nauk, 1958, Vol 13, Nr 3, pp 205-212 (USSR)
ABSTRACT: Let the functions P = P,(xl,..,x,,) (i=1,...,k-,Cn) be
differentiable arbitrarily often, let the surfaces P 0 be
free of singularities, let 'he family of surfaces P
form regular nets. Let dV dxi ... dxnbe the element of volume
in R Let the form w be defined by the relation
dV = dl' 1, dPa ... dP k '-VT;
co evidently has the order n-k. Let y be a function of the
fundamental space of the finite functions with derivatives of
arbitrarily high order.
Generalizing the definition of 5(P) due to Gellfand and
Shapiro ERef 11 the author defines the generalized functions
9 (Pi 9P 29 ...,2k) by
Card 1/2 6(P19P 2v ...7P 0' f(x1'-- xn) w,
w

On a Class of Generalized Functions SOV/42-13-3-11/41
where is the (.i-k)-dimensional manifold P (xi,---,x.)
~ 0q...? Pk(xl""'xn) = 0. Then the derivatives
-3M 6(pV-1p k)
defined. Some properties of the
-~P'L . . . -~I- k-
1 k
functions defined in this way are considered. The application
of these results to the regularization of divergent integrals
is announced.
There are 2 Soviet references.
SUBMITTED- January 23, 1957
Card 2/2

ACCESSIT I!R: AP4011M
S/018-1/64/006/001/03-16/031.7
AUTHORS: Shapiro, Z. I.; Fedulov, S. A.; Venevtsev, Yu.. N.
TITLE: Curie rvint of ferroelectric lithium tentiqlate
SCUIRCEt Fizika tverdogo tela, 6, no. 2, 1964, 316-317
TOPIC TAGS: ferroe2ectric lit tantalate, Curie point, dielectric property,
lithl'am carbonatej tantnlun pentoxide, lattice parameter; hexagonal oxis, rhombo-
hedral axis, dielectric permability, bridge 1IFF-300, piezoelectric effect
ABSTRACT: An attempt was made to determine the dielectric properties in ceremic
specimens of 2-ithium tantplate across a bropd temperature range. Experivental
specimens viere produced from lithium carbonate and tantalum pentoxide. They were
purified by two repented heatings (60 min each), one at 3-100C and one at 1350C.
X-rP7 analysis and subsequent calculations proved that the lattice parf-meters of
lithium tantalRte were: on hexagonal axes -- a H = 5.153 1 and c,, = 13-775 A*; on
a
rhombohedral axes -- aRh = 5.4?0 A and &Rh = 560121. Dielectric permeabilities
Card 1/2

ACCESSTOZ NR; AP4011779
were measured with a bridgo LTP-3DO at the frequency of 250 kilohertz. The curve of
C = f(T) showed a sharp ma.ximum at the temperature of about 665C. Dielectric
permeability at rooin temperpture was ?0, at the maximum it reached 1850. Above the
Curie point the change in the dielectric permeability was calculsted from the Curie-
I?eiss law. The srecimens showed a weak piezoelectric effect. 1.1hese results dis-
prove the claim made by H. D. Vegave (Acta Cryst., 7, 191, 1954; tFerroelectricity
in crystnls, " p. 103, London, 195?) , to the effect that lithium tantalate forms
si r,,vie pyroeleetrical c.~-,,.3tnls. At the present time the authors Are undertak-irg a
study of properties exhibited by LiTaO 3 and LiNbO 3 and also of solid solutions
bnsed on these substances. Orig. art. has: 1 formula and I diagram.
ASSOCIATICIlt Vsosoyumy%v nauchno-issledovateliskiy institut khImicheskikh
reaktivov i osobo chisty*kh khItdchoskikh veshchostv, Moscow (All-Union Scientific
R(,search Institute ef Cherrdcal Reactions and of Pure Cheadcal Materials)
SUBITTTED: 12tug63 DATE ACQ: 14Feb64 EF CL: 00
SUB CODE,. CH, PH NO REF SOVi 000 OrHER:- 002
Cord 2/2

ACC NR: AP6000532 SOURCE CODE: UR/0070/65/010/006/0869/0874
AUTHOR: Shai3iro, Z. 1. - Fedulov, S.A.; Venevtsev, Yu. N.; Rigerman, L. G.
ORG; All-Union Scientific-Research Institute of Chemical Reagent:B and Very Pure Chemileal
Substances (VsesoyuznyynancE;7!Ws-re-ao-v-a-CellskiyinstitatkhimicheskikhreakUvov I osobo
chistikh khimicheskikh veshchestv)
TITLE: The study of phase transitions In LiNbO 3 ard LM03 compounds
SOURCE- Kristallografiya, v. 10, no. 6, 1965, 869-874
TOPIC TAGS: lithium compound, ferroelectric material, phase transition
ABSTRACT- Although B. T. Mattias and J. P. Remeika (Phys. Rev. 76 9 1886, 1949) d1scoverec
in 1949 that LiTaO3 and LiNbO 3exhibit unique dielectric properties, these dielectric proper-
ties and the nature of polymorphic transitions of the compounds have not yet been thoroughly
studied. Consequently, the authors studied within a 0 - 1000C temperature range the
structure (using x-ray diffraction) and electrical properties (a. c. bridge) of these compounds.
A brief description of the sample preparation-and ep9rimental methodolp is followed by a
presentation (in the form of graphs) o dielectri , and cond~6&16rdata. The article
concludes with a brief discussion of the results. The IdTaO3 compound contains a ferro-
electric transition at 630C, whereas LiNbO3 Is, apparently, a "frozen!' ferroelectric. The
authors express their thanks to V. S. Kharitonoy for his help during the investigation.
Card 1/2 V Y", UDC: 548.736:536.42

L 12102-66
ACC NRt AP6000532
Orig. art. bas: 4 figares.
SUB CODE: 11, 20 SU13M DATE: 14Dec64 ORIG REF: 006 OTH REF: 006

A Ht V-~'V ICH, M. , L! X.; V I r.-M I m NA, i,,. Yn. dek i ~r med, nauk; S if., P I RO, Z, . 1.
---- ------ - --- ----
al.d C--rlleal lesions in discoid lupus er-jthematcsua.
vo~ 1) e 164.
c.-! a - r m I -n. 38
(TAURA )8:6)
institut (dir. - dote-ent
glazmykh bc~lezney imeni G--Ilmg.Dlltsa
dctcSt::r,, A,V.Hc:-1a--,,l~3:-v 'p Mc'sl-fa.

L 5710 jP CIO
4-65 EUT (1)/EPA (s)--2/MVC(t Pt-4/R-4I
Yr
ACCESSION NR: AP50161510
q MVMW65/029/006/1047/1~~O_ A:,
AUTHOR: Shapiro Z-I---1redulov,S.A.; Vene ..LGW
vtsev;Yu.N., Ri&
I
TITLE: Investigdtion-of the lithium tantalate-lithium niobate system
Z7Report, 4th All-tTnion,Conference on Ferroelectricity held in Ros ov-~
t
on-the-bo-n~ ~2- a ~Sep~tl-9-641-7-
.SCURCE: AN SSSR.Izve;3tiya.Serfizicheskayti,, v.29,no,6,1965,1047-1050.,~
TOPIC TAGS: ferroelectricity, lithium compound,-tantalum compound,.-
niobim compound, solid solution, phase,transition, dielectric cons -
tant, electric conductivity, x-ray measurement
ABSTRACT: The authors have investigated I;iTa03_LiNb0 solid solutJDns,
in order to elucidate thie lectric operties of MbO3, those of
LiTa.03 being better knoim.,The materi s.were pnpared by the conven-,
tional ceramic techniques. The.solid solutions were investigated by
x-ray diffraction, apparently:at room temperature Lattice, 0onstants
were measured with accuracies of. 0.001 and C*003 1*-,The 3attice cons_~
tants varied smoothly mid monotonically with composition over the ea- I-.
bcoro 1/3

L-57494-65
2"
ACCESSION XR: AP5016152
~2'
tire range. The distortion and volume of the unit cell increased, with
increasing LiNbO3 content. Dielectric constants were mdasured'at tem-,
peratures up to 1000OC; measurements at higher temperatures were not
possible because of the increase of conductivity,with temperatur
Ig e;;,
dielectric constant peak was observed in all samples containir I 's
than 7W. LiNbO3, The maximum v4ue of the,dielectric.cohstant increas.
ed vith increasing LM03 content. Extrapolation of the temperature of,
dielectric constant peak to pure*,LiNbO3 gave.a'Curie point for this
material roughly equal to or someii *hat higher.than,its 11700C meltin 'g
point. The logarithm of the conductivity was for all samples a linear
function of the reciprocal temperature,.except that in some samples
there was a small kink in the curve near the Curie:points such as is
characteristic of ferroelectric phase transitions. Such an anomalyoc~-.-
curred near 6000C in the curve for pure ~LMO3;, this is ascribed, howl'
ever, not to a phase 'transition-l Wt to "some changes in the magni-
tudes of the electronic dipole moments due to a discontinuous.sbiftot
the-relative displaceinents of the s eparate ions"a, It is Concluded that
LM03 is a "frozen" ferroelectric ora pyroelectric. A-thorough
F
W3
ard
C

L 57494-65

CCESSION NR: AP5016152
~
~
41
~
Structural analysis of this system overa wide temppratui4 range is
desirable. Orig.art.hav 4 figures,
ASSOCIATION: VNII IRZA
SUBMITTED: 00
ENC L 00
SUB CODE-$ SS
NR REF SOV: 004 OTEM: 006

X'~

6y0

3/3
Card

TOPIC TAGS: crystal, piezoelectric Rryat , p0ta8G'1UM.C0Mp0UnQj -n]LUUUV,'Wg UlAWANNUM-1-
compound, alkoli metal, fenoeleptricityl.crysta3-lization
ABSTRACT: Prevriously reported Soviet source av&'disd-fffe 4~6iFch
-d F groWifie:
--d- of s i'eiff pbt_a~siumt
.large piezoefectric singl& rygtafg'd p ~s Wtirifobid an
-talate using the technique of spontaneous or orient ed:(s eed) crystallization
_7
'from a fluxed melt.,
In the most recent Soviet publication, thp subject has been e;i1arged t
0
;include all niobates and tantalates of alkaline metals,--lis the Czochralski
Ing
Aechnique to grow single crystals of these compoundsK. How'ever, Ahe
.em
phasis was put on metaniobate and-metatantalate of lithitma, the.. proper-,-.!
-ties of which are relatinly unknown as compared to those of corresvondi
-Card- -116-

L _49
-MgEq~-NN NR: AP5W8477
0
sodium and, potassium compounds. The w rk was motivated by the pre-
2
1~viodsly detected ferroelectric property in ceramic samples of j~iTaO~
and some preliminary indications that LiNb03 may be pyroelectric (the
roelectric" of Megaw).
jrozqn fear
Such materials in single crystalline form are known to display an electf dzr-
optic effect which makes their application very promising in optical shutters
or modulators at uhf (at least 10 4
Mc/
s ec)'- 'The stated* purpose of the',.. i,.--
work was to produce large flawless crystals b
y.the Czochralski-technique
which was considered more advantageous than the previously us edJechniques'..-
t in universal'WsP'
xperiments were carried o
Crystal growth P. u crystal
lization apparatus which Nva:s designe e
h
ad by t e5pecial.Design Office ofth
Institute of Crystallography, 4cademy of Scienceq.USSR,- The p o-wder'ed
charge wi:9 inductiOn heated in platinum or platinnu-ifi-rhodium crucibles to
-1 temperature 50-760 C above the mi elting point of the corresponding- c
om.
pound. The crystals were grown in air at pulling S eeds of 11--25 rrim/hri'
P
ACrystal orientation was o]Aained by selfa-nttcleation of the M~it:-on* a Platl
num wire acting as a 1001, C
seed. All erystals:were annealed at 1050-U
Card ~t6

41~4`R __-~N _F~_A~ to wl~~XD4 11~ R~L_'ifZ A-~_
t
L 40052-65
0107
ACCESSION NR: 0500%M7
F-ThY-9ifigi-e, crystals of the following materiials- were:,obt Amled b
y using k
-Cio6hralski te e- LiNbO (m = 11700 C) aximum.size of
chniqu p m
3
AO x 50-150 mm, transparent or yellowish (after- annealing)' orient6din the -
(mP -dimen-
'[00011 direction; LiT 1560*C), intensely yellow'green,
sions unspecified, prepared with some difficulty because.of a, reWivel~~, .
'thigh melting point; and NaNb03 (mp =. 135TC),-.maximum, size of -10x50 mm-~
grown with extreme difficulty because of strain which'produces'.cracks.
The strain is due to five phase transitions betweenF6.40-C and room. tem-
perature.
I Attempts to grow,NaTaO KTaO 3 -and Kr4bO In"le crystals by'the
3 P 0 3 S 9
Czochralski technique failed because of the high melting point (over ~ 1~6506
tof NaTa03* or incongrigent melting of the potassium compounds. The thost
!suitable growth techniquei for large single. crystals of the potassium com-,.,
ounds are believed to be either cryst. lization fr6m -fluxed melts,'with.
p
seeding -as described by (". E. Miller" or hydrothermal growth. - Thei
.grown by. th . z chralski tec4niqiiia but
NaTa,03 single crystals might be e
incrucibles made of more'refractorymetal,s.or alloys.-
LQqtCL

'49052-65
L
ACCESSION nR:'___4_b5_60_84:,7_7'__
Ohly samples of rubidium and cesium niobates dnd tantalates-were.pre-,'.
pared by the usual ceran;Tic techno ogy toestablish their crystal: structure.
The x-ray study of the samples indicated a structure different from perov-_
skite for these compounds. This finding seems to'contradict..a.p-revious
.0
Soviet source which attrjibuted pqroviAite structure to RbNbOj.:and RbTa 3
The Karpov PhysicochemicdUnstitute and the All-Union Scientific Re-
search Institute of Chemical Reagentp.and High-pur Subs es were
given as the authors' affiliation.
-In a' post-scriptum, the authors pointed out recent m'e_r1c_a*n__s_our'_
which reported e large electro-optic,effect ip single crystals of K(Ta, Nb )0,3
solid solutions, and in LNb03 and LiTa:03-'~ crystals grown.by the
Czochralski technique. 6.
COMMENT: The technique used by the authors to'produce sing. e,!~rystals:
of LiNbO and'LiTaO 3 closely re6embl'' described
es the-on'e more rec
3
by A. A. Ballm*an. However, the crystals produced by the .9ovZ4
A
.according to the descriptions.given seem to e.s6mewhat b1ferio-r-in. re--,.
spedt to color ana dirnensions.-:Tht authors of the Soviet
CAN

Ir
On
Acad.. Scl. ussp,)
LD
f an o y
r
0-0- 0, the S-oaoo. The
f ~X-) ~rlu,
C S C C_-It- In f*-"-.ct- lcjl-~ o I, PI C; to Oac'- -&-uno t !on f
ja~",Dso Of is t-o I i7--v cc-~ua~-- ior, 1 and "o Lot'lne
-a:.3t-
0 on 0 G 0 o al, 0 S t S d. e t C. -rm i n C d "by
cqaa~,ion ii; corl,reC Uja. a Miu
rt. has: 2 fol -as.
D'TZ: 25,-'arU 2-dG P C02
_3
UDC: 5-, 7-948-5

Y,
L L On an asymptotic formula for the
-zummmber Ab groups whose order does not exceed n.
Mat. Sbomik N.S. 26(68), 47"6 (1950). . (Russian)
Let A (n) tve-the-number of Abelian groups of order a and
L
S(x) E A (n), S(x; k. 1) Z AW.
It ir. shown that,, for large x,-.
+0(xits
SW -rx )I
il a P,~- 0(kO~,
-k )+
Ikld
where A similar result is
givea~ 4ar I= 0. To obtain these results~
the properties~ of,
the'Dirkhtei series J:x(n)A(n)ii`7- - '-,L(rs x") art con-
cters, mod " R., I he prou
Uio
zid~ i~r chara r - f (2) zippezirs7
to belvalid only for d 1, since' otherwise it is not nece~arily
S(x; k, J) =A (d) Similairly, th,
'trde that S(xld;,.;~ld 11d) U
treatinintof the case 1-0 breaks ~d6" when k is not piiine,
W as it is, not then. possible to,separat e but the, lactors A (ko)
fioni~ Ae sum"Considerid. As-'L'mefitiooed b~ thi'*uthorN~~
ini Mote id&~!after subm 6~ the, result, (1) h"'already'
iSSio
b6twobtain. . in a. arperjoiiii`:b~:.:Kendall and,the. ~re-
~d Sh
[QuarL~, J*. Math Cford (1) 18;,497-m-208
CA (1947);, ),-:226j' ffliei.6 ih
these,Rev. 5 is an error. in, e main
;";,. ~_: 'not , w , .
ii6~. Landau's *parameter g is, I and 0 - hich:~
ineaiis ~thatlthe* error.term, m-ust.be multiplie&b~40'
oi2 x
giving S(x) -ax-__0X1+0(X1 I X).), it should also 1. men-
.af .60 result,(l). is qlngimally,'due to EM6~' and
Sodne6es'rActi Litt.'Sci.- Sz6ged, 7~, 95-402 (1934)]~ i~ faci
irdatiown ~l the revi d iei;dall until ireceilt1k.
so to. iewer an
(Cambridge,,Eng1and)..1.1
777 -7
A
.40;

A
9~-ft
Ilro
-]P"tec2ff, 1. L
On the Jaws of dwriweddof ihe-
~
t
ac
mal ,

an
parts: of ~ expfiential fudction Izvestiyx

Akad. Nau at
k SSSR. Ser.: 15i 47-'52 (195 1). (Ruman).

nd aa'real fiurfim
Ut q be an integer greater than unity a
ber-The fr-actional Darts jaq'j fpr.k--0, 1i 2,,- - deterinine
a distribution function o(x). Coriv"Iy, if a distribution
I functio~i a(x), is gi~,en it may be possible tu; find an a sIuch
that vr(~) is the distribution function i^or the sequence 1~0).
i
It is Iiioved that a necMary and sufficient co
ndidon.ffir
ti

a distribution func On O(X)
to be that~ of a sequence
(ag) (k=O, 1, 2, - - .)is that, for every continuous function
!W of period I"

P1
f (x) da

The uencmsity of the C011d;L1-,XG- S1101-M.'TO prove.it'
sufficien I- used is mado -4 1h,- Lystems
and work of Kry(c"' Bogolyubov~' A Criterion fo.- -im-
form distribur--iaj- --wen. .-R. A. Rir-;.
Source Vol - 13
Math~mtical -Rsview:~ 3

MathaMUS11.1 11111IT&I"
Vol* 14 woo 7
July - AmSuat 1058
Analysi a
m egg
PaILA-Z. jupple ent to my paper, "The uniquen
problem of the repreelentation of a function by a tri o-
enet
nometric a@ .11 Uspehi Matem. Nauk (N.S.) 7, no.
7 'no-
5(51), 193-196 (1952). (Russian)
The nuthor reverts to a few problems discussed in her
in her
monograph on -the uniqueness of trigonometric :series
"i"
[Uspehi Matcm. Nauk (N.S.) 1, vo. 3(31), 348`.(I04bl);
these Rev. 11, 26], corrects a statement and mentions-i tew
new results. (1) It turns out that Verblunsky's generaliza-
tion of a clasi of sets U (sets of uniqueness) introduced by
I N. K. Bnry [Fund. Math. 9, 62-115 (1927)] 1 's Invalid, not
only as a proof but as a result [see also the preccdlnig
review]. (2) The, old problem whether sets At (sets of
multiplicity) in the ordinary sense are the same as set At
in (lie narrow' serlF has been solved, negatively, bR 1.
i ~apirn-Pynttckil EMoskav. Gob. Univ. UZenye 7.apiski 155,
Matellialika 5, 54-72 (1982); un(ortunatcly, at this writing,
the paper Is not available to the reviewer]; more precisely.
there existsa perfect set P of measure zero which is a set At
iction F(x) of bov
tholigh for every fill trided wiria6un
and constaiii in the intervals contiguous to P we have
J*Pei"1dFxV-v(l). The problem of RajcInnin whrilier':
i every Hosed set U isa subset of a set 11, Efor'the olefinil io".
c.gr., I lie revit-wer's "Trigonoinctriqal series",
Lwtnv, 1935, lip. 266, 287] lias also lx-~n solved, in.11tv
m-galkv sLnse, J)y 1. 1. ~aljiro-llyaleckif [loc.. citj-,,
A. Zjgntund

SHAPIHO-PYIVfETI`)KIY, i. 1.
USSR/Mathematics - Number Theory Jan/Feb 52
"Concerning a Variation of the Waring-Goldbach
Problem," I. I. Shapiro-Pyatetskiy, Moscow
"Matemat Sbor" Vol XXX (72), No 1, PP 105-120
Demonstrates the theorem that the number of
integers 2.ess than x and not represented in the
form p., , /P-,c, 7 is equal to 0(x/lnMx) for any
fixed M, where p and p are primes and C is a
certain const. iubmittid 21 Jun 51.
203T47

USSR/lUthenatics - Distribution of W/Jun 52
Fractions, Continuous
"A Generalization of the Cdncept,of Uniform Dis-
tribution of Fractional Parts," 1. 1. Shapiro-
Pyatetskiy, Moscow
'Matemat Sbor" Vol XXX (72), NO'3, pp 669-676
Let there be given an increasing sequence of
integers nl, '12, - -,nk, - -; in a number of
important cases, for example f or nk it has
been established that for all a the fractional
parts (anO are distributed unlfor~ly. The author
demonstrates a general theorem establishing the
familiar uniformity of the distribution of
fractional parts (ank) for all a if the sequence
nk is a sequence of pos density7or more generally
a basis of a natural series with certain natural
addn1 conditions. Submitted 10 Jan 52.
lie

217~80

USSR/Mathematics - Trigonometric 23. Jul 52
e Series Expansion
Problem of the Uniqueness of Expansion of a Func-
C14 tion in a Trigonometric Series," 1. 1. Shapiro-
Pyatetskiy
"Dok Ak Nauk SSSR" Vol 85, Iqo 3, pp 497-500
Constructs an example contradicting S. Verblunsky's
theorem, that is, an exampl; of a complete set
which enters the class considered by Verblunsky and
which, however, is a U-set. See S. Verblunsky,
Acta Math 65, 283, 1935, in which Verblunsky con-
siders a certain class of complete sets and
235T74
demonstrates that they are M-sets. Acknowledges
the guidance of Prof N. K. Bari during soln of
this problem,. Submitted by Acad M. A. Lavrentlyev
28 YAY 52.
~H
235T74

SIUIPIROV,- A.I. -
Avulsion of the anterior musculus papi-Ilaris of the bicuspid valve
of the heart in closed chest injury. Med. zhur. Uzb. no. 1:69-1.70
is, 6o. (MIRA 13:8)
1. Iz I kokandokoy gorodskoy bollnitsy (glavnyy vrach - Kabilov).
(REART-WOUNDS AND INJURIES)

T.
E7CRR?TA YEDICA Sec 9 Vol 13/11 Surgery Nov 59
6910. THE TREATMENT OF PROSTATIC CARCINOMA (Russian text) - Shapi -
r n v 1. N. and R o gh d e s t v e n s k y V. 1. - VOPR. ONKOL. 1959.-577-
T7TU--rrGTTables 2
Report on 141 cases; in 34 the seminal vesicles were already affected, in 4 the
bladder, and In I case the rectum. Metastases were present in 45 cases (33.85%).
mainly in the bones and in the lungs. Rectal palpation is as a rule sufficient for the
diagnosis (85%). The determination of the acid phosphatase level in the blood serum
Is of relative importance; only radical treatment (prostatectomy) is possible in ear-
ly cases, In which no metastases are present. Hormonal treatment (orchlectomy
plus sinoestrol therapy) was applied In 134 cases, of which 45 had metastases. The
majority showed marked improvement: cessation of dysuria, decrease of pains,
decrease in size and firmness of the prostate. Of the hormone-treated group, 44
patients could be followed up: 5 had a 5-year survival, 2 lived for 4 yr.. 6 for 3 yr.,
8 for 2 yr., 10 for I yr. and 13 for less than I yr. Hormonal treatment of pro-
static cancer should be considered the treatment of choice. (XV1,q)
; If?

BOGDANOV, O.S.; SHAPIROV, R.B.
Basic processes and flowsheets of iron ore dressing. Trudy Mekhanobr.
no. 122:33-53 159. (MIM 14:4)
(ore dressing) (Iron ores)

MII?ZAYEV, M.M.; KIJZNE-TSOV, V.V.; CHEIDWATENKO, A.S.; CHERNOVALOVA,
V.P.; TOSHMATOV, L.T.; VrTKOV, O.P.; AMINOV, Kh.;
ZHIVOTINSKAYA, S.M.; SHREDER, A.G.; LEPLINSKAYA, A.A.;
PAVLOV, A.A._S ~PI~IOV S.K.; KALMYKOV, S.S.;YAGUDINA,
MOV~ .
S.I.; GIILYA LOVI Dzh.[translator];
SAIDAKHMEDOVI S.ftranslatorl; BONDARENKO,M., red.;
KADYROVAI R., red.; BAKHTIYAROV, A., tekhn. red.
[Fruit of Uzbekistan) Frukty Uzbekistana. Tashkent, Gos.
izd-vo UzSSR, 1960. 6 books in fold. Abrikos, persik,,
sliva. 84 p. Granat, inzhir, khurma. 40 p. IAblonia,
grusha, aiva. 96 p. Mindall, orekh. 26 p. Vishnia,
chereshnia. 18 p. Zemlianika, malinal smorodina. 36 p.
(MIRA 16:7)
(Uzbekistan--Fruit--Varieties)

SOV/127-59-1-18/26
AUTHORS: Bupez~-anov, ?4. K., Director, and Shapirov, V. Sh., and
n, o _hTE
?,Iuzgi '. S., Candidates of Tec -c-a- 17 o c i e ~`ce 6
TITLE: Rail-less Machines for Mining Faces _,n the Dzhezkazgan
Mine (Bezrellsovyye zaboynyye mashiny na Dzhezkazganskon
rudnike)
PERIODTCAL: Gornyy zhurnal 1959, Nr 1, pp 60-63 ("SS10
ABSTRA','T: The State ';cientific-Technical Committee at the Council of
Ministers of the Kazakh SSR, the Karaganda State Council of
the Hational Economy, the Institute of ?.Ilining 13ngineering of
the AS Kazakh SSR and the Kazakh Scientific-Technical Society
of Non Ferrous Metals organized a conference during 1958.
The introduction of new underground technology in the
Dzhezkazgan Mines was the object of special attention during
this conference. The introduction of the following rail-
less mining equipment was recommended: a self-propelled,
2-4 drill drilling rig; a rig for drilling blast holes of
(DO-70 tam diameter; a straight shovel excavator, provided
with telescopic device and a 0.8 - 1.00 cu m bucket; self-
Card 1/2 propelled griper; 5-10 ton capacity trolley- and diesel

SOV/127-59-1-18/26
lail-less "achines for lin4ng Faces in the Dzhezkazgan Mine
type aump trucks; 10-20 ton capacity solf-propelled cars;
self-propelled scaffold for checking of the ceilings, prop
assemblies. Trial op.!ration of a mining section, furnished
with the above mentioned machinery was demonstrated to the
members of the conference. Technical data on the described
machinery is given. There are 4 photos, 1 diagram and 2
Soviet references.
A3.-OCIATION: Dzhezkazganskoye rudoupravleniye (The Dzhezkazgan 'Hining
,,Ianagement) (IGD AN Kaz.-iSR) (The IGD AS Kazakh O-SR),
Alma-Ata
Card 212

. [.r- I.. -, . I - k
~; -1, 1; . ; ') Yf i Y , j'T K I NN. 'G . ; HU, 11 NSWIT,YNT , V.,',I. ; SHATFIROVICH , S . A.
at "n-3 "bormasi.ina" P-Lan" "Tlkcda,~v.
'ra, -
in -~hjnostroi tell no.10.39-/2 0 '64.
OMIRA 17:11 1)

-~ * OBERMETSTER, A.
SHKPIROVSKIY. D.,
- - I .., .1 1---
Development of sea harbors in the last 30 7ears. Mor.flot
7 no-11:11-16 -N '47- OffRA 9:6)
(Harbors)

UM/ftsineering mar iqw'~
Cranes, Lifting
Loading, Equipment
"Basic Problems or the Mechanization of Transf or Work
14
in Maritime Ports," D. B. Shapirovskiy, Read of
Development and Reconstruction of Ports Se6tion,
Ministry of Maritime Fleet, 4 pp
"Nekh Trud i Tyazh Rabot" No 3
Refers to achievements of dock vorkers in second year
of Five-Year Plan. Describes mechanization of
loading and unloading- -autortrucks, autocranes, eta.--
and improvements effected by reconstruction of 5-tm
imp_ 77T23
USSR/Engineering (Contd) Mar 1948
and 25-ton cranes. This should ensure fulfillment of
third year of Five-Year Plan.
Pi

SHAPIROVSKIY, David Borisovich; OBLWLEYSTER, Arkadiy flikhaylovich;
POLIXARPOV, A.D., rk.; ALWSAIMROV, L.I., red.izd-va-, BEGICHWA,
U.N., takhn,. red.
[Development of Soviet seaports] Razvitie morskikh portov SSSR.
Pod red. A.D.Polikarpova. Moskva, Izd-vo "Morskoi transport,"
1957. 169 p. (MIRA 11:4)
Mirbors)

._2g!~WIP,,OV.',iXIY,-David-Boris.,QXich;_-SKOBELING, L.V., red.; SARAYEV, B.A.,
tekhn.red.
(Development of sea barbor supply centers for materials -nnd
equipisent during the period 1959-19651 Razvitis materialino-
tekhnicheakoi bazy morakikh portov v 1959-1965 gg.; lektaiia.
Moskva, Izd-vo "Morskoi transport," 1959. 55 P.
(MMA 1):12)
(Harbors--Equipment and supplies)

VISMPOLISKIY, S.A., kand. ekon. nauk; BAYEV, S.M., inzh. putey soob-
shcheniya; BONDAHENKO, V.S.; RODIN, Ye.D.; CHUVLWE, V.P.;
TUREETISKIY., L.S.; S~IFJIOV, G.S.; SHAPIHOVSKIY. D.B.; OBMNEYSTER,
A.M.; SDIITSIN, M.T.; KOGAli, N.D.; FETRUCHIK, V A MUND1, A.G.:
KOLESNIKOV, V.G.; KROTKM, I:B:tdeceased],-
ZE34EVICH,G.Bc;,jCZENT=,GoA -T NOWROYTSEV,V.P., kand. tekhn. natk;
ZAI.IAKBGVSI:AYA,, A.G., kand. tekhn. nauk; MAJULISKlY. I.I., kand.
ekon. naul,; N.ITROFANDIT, V.F., kand. ekon. nauk; CHILIKIN, Ya.A.;
BAKAYEV. V.G., doktor tekhn. nauk, red. Prinivali uchastiye:
DZHAVAD, Yu.Kh., red.; GUBffWlAN, K.L., kand. ekon. nauk, red.;
RYABCHIKOV, P.A., red.; YAVLEHSKlY, S.D., red.; BAYRASHEVSKIY,
A.M., kand. tekhn. nauk, red.; POIZUSHKIN, V.A.-,- red.1 BALANDIN,
G.I., red.; ZOTOV, D.K., red.; RYZHQV, V.Te,,-r-ed*,~~,-, BOLISHAKOVA.N.,
red.; VULTSON, M.S., kand. ekon. nauk, red.; 1141TRI-YEV, V.I., kand.
ekon. nauk, red.; ALEKSANDROV3 L.A., red.; LAVRENOV~~.B., tekhn.
red.
[Transportation in the U.S.S.R.; marine transportation] Transport
SSSR; morskoi transport. Moskva, Izd-vo "Morskoi transport,"
1961. 759 p. (MIRA 15:2)
(1-ferchant marine)

SHAFIROVSKIY, D.B., inzh.; POBZPCZfRiYY, I.V., inzh.
Sea harbors,, 1-k-kh. i avtom. proizv.. 17 no.6:22-28 Je ~63.
(1,ERA 10', 7)
I.Harbora--Equipwnt and supplies)
(Loading and unloading)

SHAPIROVSKIY, D.
Research and planning Of COQB'tal structures. Mor. flot 21
no.10:20-22 0 161. (MMA 14:9)
1. Glavnyy inzhener Gosudarstvemiogo proyektno-konstruktorskogo
i nauchno-issledovatellskogo instituta morskogo transporta.
(Hydraulic engineering-Research)

V,V

svs on
h
no ot' opper-z:n,- concentrates. 'zv.
8
(MTRA 18:9)
~plavjv, lmfedra vtomW za's-'j
k'.-',,rrvkh metallo-'r.

124- 19 57 - 10 - 11851
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 10, p 94 (USSR)
AUTHOR: Shapirovskiy, N. 1.
TITLE: Electrokinetic Seismic Receiver (Elektrokineticheskiy
seysmopriyemnik)
PERIODICAL: Tr. Azerb. n.-f, in-ta po dobyche nefti, 1956, Vol 4,
pp 212-216
ABSTRACT: Bibliographic entry
Card 1/1

RAPOPORT, S. Yai; SHAPIROVSKIY~ N. I.; GAITBAROV, Yu.G.
Offshore seismic prospecting in the Azerbaijan S. S. R. Trudy
AzNII DN no.9:11-25 160 (MIR-A 14:5)
(Azerbaijan~*eiemic-prospecting)

AUTHORS:
TITLE:
S/169/62/000/009/027/120
D228/D307
Limbakh, Yu. I., Ganbarov, Yu. G. and Shapirovskiy,
N. I.
Question of the frequency theory of grouping
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 9, 1962, 28, ab-
stract 9A186 (Collection: Nauchno-tekhn. inform. Azerb.
n.-i. in-t po dobyche nefti, no. 3 spec., 1961, 3-19)
TEXT: The authors consider some experimental research on the fre-
quency theory of grouping, carried out under conditions 'of marine
seismic exploration.. The equivalence of the grouping of sources and
receivers, located in an aqueous environment, is shown experimen-'
tally. The change in the form of the experimental seismic impulse
in a group's output is investigated in relation to the dimension
of the seismograph group's base. A description is given of a no-
'mographic method for estimating phase shifts in grouping in confor"
mity with seismic signals of any form. /-Abstracter's note: Com-
plete translation.1
Card 1/1

8/035/62/000/(~*/079/090
AOO1A1O1
AUTHORS: Gadzhiyev, R. M., Gasanov, I. S., Shapirovskly,-N,-I,
TITLE: New techniques and methods of marine gravimetric investigations
PERIODICAL: Referativnyy zhurnal, Astronamiya i Geodeziya, no. 8, 1962, 25,
abstract 8G218 ("Novosti neft. i gaz. tekbn. Geologiya", 1961, no. 4,;-:
30 - 31)
TaT: The method of marine gravimetric observations without anchoring the
vessel is described. This method became possible as a result of time reduction
necessary for measurements at the expense of eliminating interactions in electric
circuits of the AMTE (DGPYe) gravimeter; this was achievqd.by separate feeding
the circuits of thermostat and reading device. When the ship moves from one ob-
servational point to the other, the gravimeter is not set on the deck, but is
suspended to a crown beam mounted on the deck in the stern part of the ship.
Lifting and sinking operations are conducted by one technician from the panel
board. A small number of reference-knot points are established, fixed reliably
by beacons on the sea. Drifting of gravimeter zero is taken into account by obsell~
vations at the ref erence-knot points. The employ-ment of the anchorlessmetioi of
Card 1/2

S/035/62/000/008/079/090
New techniques and methods of... A001/AIOI
observations makes it possible to conduct measurements at great-sea depths.
During one working day, observations at 15 - 20 points can be performed with a X/
rms error of one measurement equalling �O-3 mgal (at the density of network
being I point per 9 km2).
Yu. Yurov-
[Abstracter's note: Complete translation]
Card 2/2

S/169/62/000/001/019/083
D228/D302
AUTHORS: Shapirovskiy, N. I. and Ganbarov, Yu., G.,
TITLE: The question of studying by seismic surveying the
tectonics of Nezozoic deposits in sea areas
PERIODICAL: Referativnyy zhurnal, Geofizika, no, 1, 1962, 27, ab-
stract 1A227 (Azerb. meft. kh-,voWno. 1, 1961, 8-11)
A
TEXT: The results are described of methodical work, carried out
in 1957-1958 by the Azerbaydzhanskiy nauchno-issledovatellskiy
institut po dobyche nefti (Azerbaydzhan Scientific Research In-
stitute of Oil Extraction), on the development and testing of
highly-sensitive lour-frequency seismic-surveying equipment inten-
ded for studying the Caspian Sea's deeply-lying Mezozoic deposits .
A piezocrystalline pressure receiver consisting of 20 - 30 separ-
ate devices with Seignette's salt, joined in parallel and connec-
ted to the secondary winding of the inlet transformer of a 7-P-4
(TR-1) seismic amplifier, was found to be the best'seismic detec-
tor. For 30 receivers and a transformer inductance of 800 henries
Card 1/ 3

S/16 62/000/001/019/083
The question of studying D228YD302
the rating maximum liee on the frequencies 6 - 8 c/s, A piezo-
scythe of kTW-0:3(KTSh-03) wire with a spacing of 100 - 150 m be-
tween the receivers which can be stowed on the bottom, and also a
floating oil-filled scythe with a-plastic hose, containing wires
on the inside and receivers on the outside, are recommended for
thereception equipment. Both designs allow the scythe's lowering
and recovery to be mechanized when working at sea. Specially prev
pared low-frequency amplifiers with right rating cuts on 8, 14,
and 19 c/s and an amplification coefficient of 500,000 - 700,000
were employed in the tests at sea. The apparatus was tested during
correlation refraction method operations on two profiles with a
length of up to 60 km. At distances of up to 10 - 17 km charges
of up to 5 kg were sufficient for procuring reliable recordings;
charges of up to 96 kg are necessary at distances of 40 - 50 km.
The system of counter and overtaking hodographs, obtained on a
profile near the Baku Archipelago, enabled three refracting hori-
zons to be traced here. The deepest of them, lying at 10 - 12 km,
-Js regarded as the roof of the Mesozoic deposits. In the Sumgait.-
Card 2/3

S/169/62/000/001/019/083
The question of studying ... D228/D302
Kilyazi area Mesozoic deposits were traced at a depth of 5 - 6 km.
The data so obtained gave the first information about the tectonics
cf the Mesozoic deposits in the area of the trial operations. /-Ab-
stractor's note: Complete translation.-7
Z
Card 3/3

RAPOPORT, S.Ya.;.SHAPIR0VSKIY,_.N.I.; RUDAKOVSKIY, G.I., nauchnyy
red.; BORUSHKO, T.I., redAzd-va; IVANOVA, A.G., tekhn.
red.
[Present status of and prospects for the development of
shore seismic prospecting for oil and gas) Sovremennoe-
sostoianie,i perspektivy razvitiia saismicheskogo metoda
poiskov neftianykh i gazovykh mestorozhdenii na more. Mo-
skva,, Gosgeoltekhizdat, 1962. 43 P. (MIRA 16-6)
1 (Seismic prospecting)

SHAPIROVSKIY, Ratan Il7ich; GADZHIYEV, R.M., DZHAFARoV, Kh.D.~ red,;
RASMSKATA:-,-T-.A-.~-r-L6-d. izd-va; NASIROV., N.., tekhn. red.
[Geophysical prospecting at sea]Morskaia geofizicheskaia ra7,-
vedka. Baku., Azerbaidzhanskoe gos.izd--vo, 1962. 154 P.
(NIRA 15:9)
(Caspian Sea-Prospecting-Geophysical methods)

ALI-MIDE, A.A.; AIM,RDOV, G.A.; KPLIKOV, V.I.; MUESHKOY D.L.; SHAFIROVSKIY, N.I.
Selecting the site for an extradeep hole for studying the crustal
structure of Azerbaijan. Sov.geol. 6 no.2:3-16 F 163. (MIRA 16:4)
1. Azerbaydzhanskiy nauchno-issledovatellskiy institut po dobyche nefti.
(Azerba-ijan-Bpring) (Azerbaijan-Earth-Surface)
41

ACC NRI AT6028378 SOURCE CODE: UR/oooo/65/000/000/ui,,-ijvL-,i
AU~'011: Vart;ulov, S. P. ; Gagel'ganta, A. A.; Krolenko, 1. 1. ; Levchenko, V. A.
Xalovitskiy, Ya. P. ; Rtlashin., A. P.; Rapoport, S. Ya.; Fedynskiy, V. V.; Shapiroyskiyt:
17;- S-ackinskiy, E. M.
ORG: none
TITLZ: CA!ological results of marine geophysical exploration in the USSR
SOURCE: internatioral Geological Congress. 22d, New Delhi, 1964. Ge6logicheskiye
rezul'taty prikladnoy geofiziki (Geological results of applied geophysics); doklady
sovetskkh geologov. problems, 2. Moscow, Izd-vo Nedri, 1965, 124-141
TOPIC TAGS: geophysic expedition, earth structure, seismic prospecting, ocean floor
topoc;rap~v' tectonics
ABSTRACT: X&rine geophysical exploration have been conducted In the Soviet Union for
the purpose of investigating the cnistal structure, and regional geological investiga-
tioas have been made in offshore areas which are potential oil- and gas-bearing
structures. The seismic method is the most effective and most often used for off-
ishore investigations. Also successful are gravimetric. magnetic, and electric
prospecting methods. The technique of offshore seismic shooting has been greatly
improved, making it possible to operate from a moving ship. The geophysical Lavesti-
igations conducted on the Caspian Sea made It possible to distinguish this areaB of

ACC NRI AT6028378
the Pre-C&mbriari Epihercynian platform and the Alpine geosyncline. Irvestigations
have been made of the regional structure of the south Caspian depression, oil-bearing
regions of folded margins, and gentle structures of the internal depression.
The area of the Epihercynian platform has been found to contain Kara-Bugaz and
middic CaspiLin arches and offshore continuation of the South Mangishlack depression
a.% well as folded zoner. The continuations of the South Mangishlack and Karpinsky
ridLe, the north Caspian zone of marginal uplifts of the Pre-Cambrian platform
and zhe offshore continuation of the Pre-Caspian depression have been thoroughly
investigated. It number of structures In the southern part of the Caspian Sea have
I been prepared for deep d-rilling. At the Sea of Azov a step-like submergence of the
southern slope of the Pre-Cambrian platform has been established, and the Azov
rampart, which connects the Epihercynian folded structures of the Northern Caucasus
and Crii~eai steppe has been located. Offshore continuations of the Kerch~Taman
dislocations have beer. studied. At the Black Sea geophysicists have studied the
ihidden Cretaceous folding and deep-seated faults at the offshore continuation of the
Kolkhida. depression, submergence of the northwestern Caucasus, buried highs south
of the Crimea and t1ae jointing between the Crimean and Dobrudga dislocations. Also
the structure of the crust and the structure of the sediuent=7 strata in the deep-
isea areas have been studied. Seismic surveys have been conducted to study the
!geology of the ?aleozoic deposits and the surface of the basement in the eastern
lBaltic Sea. It ha.3 been established that the thickness ofthe sediments vithin
the offshore continuation of the Poliah-Lithuanian syneclise does not exceed 3 km.
Interesting results have been obtainea from geophysical investigations conducted at
C.,d 2 / -j

ACC N~: AT6026378
,1-c Kal7a ;~ea near the mouths of the Ob and Yenisey Rivers. The regional ::Lructura
of the iwial-Nazim denression and the-Taimir foredeep has been defined, major
-ilatform. struc*.ures have been located in the Yesozic str&ta, and the Taimir has been
we d fuz
folio, -ther out into the sea. Deep-seated structure of the Earth's crust
has been investigated in the transitional zone "between the Asian continent and
the Pacific Ocean, and also at the Okhotsk Sea and in the area of the Kamchatka-
Kur.';c ridGe. It has been found that the Sakhalin Tertiary folding area extends
%Lnder the waters of the Okhotsk Sea. Marine geophysical exploration in the USSR
will be expanded. Orig. art. has. 7 figures.
SUB CODE: 08/ SUBM DATE: 06Jan65/ ORIG REFi 048

SHAPIRSHTEYN, Ya.A.4 KHINKIS, M.V.
Universal mobile system for adjusting the electrical networks
of aecondary commutation in indurstrial enterprises. Energ.
i elektrotekh. prom. no.3,.66-67 -111-S 162. (MIRA Mill)

SHAPIRSHTEYN, Ya.A., inzh.; VOLFAVOVA, L.G., inzh.
Distribution of currents between the bus ba-rs of electrolytic
cells. Prom. energ. 20 no.11:23-25 N 165.
(MI"IA 18--11)

SHAPIRS11TETI-1, Ya.A.
Problems concernimg the electric power supply to departments
engaged in the production of solid alkalies. Prom. energ. 16
no.4:18-22 AP 1~1. - (MLU 14-9)
(Alkali industry and trade-Electric equipment)
(Electric power distribution)

DAYEN, N.A., inzh.; SHAPIRSHTEYN, Ya.A.., inzh.
Electric insulation of bridge cranes used in electrolysis
units. Bezop.truda v prom. 5 no.9:17-19 S 161. U-MRA 14:10)
(cranes, derricks, etc.-Safety measures)

CHIZHENKO, I.M.; NEMIROVSKIY, A.Sh.; SHCHEIMK, S.K.; FUSHKAREV, A.R.;
SHAPIRS11TEY111, Ya.A.
First compem&ting me cury rectifier device and Its operation.
Prom. energ. 15 no.8:20-27 Ag 160. (MIRA 15:1)
(Electric current rectifiers)
(Electric substatiorw)

SHAPIRSHTEYN, Ya.A.
Stabilization of the electric current of the polarized protection
system of a nickel-lined boiler. Energ.i elektrotekh.pron.
no.4.-69-71 O-D 162. (NIRk 16:2)
(Boilers) (Electric protection)

SHAF-2.SHTEYN, Ya.A.J. inzh.; KOTLYAR, !.I., inzh.; IMAZIN, Ye.A., inzh.
Me-rcii-y-type shunting disconnecting switch. Energ. i
elektrotekh. prom. no.1:23-24 Ja-Mr'64. (MIRA 17:5)