SCIENTIFIC ABSTRACT ZELTNER, G.I. - ZELTSER, R.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001964410013-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The Fractional Parentago Coefficients for the Wave Function SOV/56-34-3-24/55
of Four Particles
7~[Jjj2 (11T1) a' Ij3j,4(j2T2 a' 'T"TI
Thesymbol indicates that the corresponding functions
were antisymmetrized. The indices at j denote the various
angular momenta. The above mentioned function must be
completely antisymmetrized and then it must be expanded with
respect to certain functions analogous to this function
(whicht however, contain other momenta in general).,The
operator of the complete antisymmetrization is put down
explicitly. The expression resulting this way for the above
mentioned function is put down exactly. The expressions
accuring in this function are all put down in detail. The
complete antisymmetric function obtained this way is*still
further transformed, and moreover is standardized. The
fractional parentage formation -resulting directly this way
for the case of different j is put down explicitly. When
some j are identical)the functions obtained by the formula put
Card 2/3 down are not directly standardized so that the standardizing

,The Practional ParentaC-e Coefficient3 for the '4avc Function SOV/56-34-73-24/55
of Four Particles
factors must be.determined as an. additional' st6p. At the end
lenathy, finally standardized oxpressions are put down. The
fractional parentage development discussed were derived in order
to use them for the computation of the two-particle inter-
actien in nuclei. They can also be used in atomic
spectroscopy.
There are 9 references, 0 of which are Soviet
ASSOCIATION: Leningradskiy sellskokhozyaystvennyy institut
(Leningrad Agricultural Institute)
SUBMITTED: Seotember 26, 1957
Card 3/3

~4 (5) SO'1/56-35-4-48/52
AUTHOR: Zelltner, G. I..
TITLE: The Condition of Cyclic Symmetry by Pok and the Schemata of
Young (Usloviye tsiklicheskoy simmetrii Foka i skhemy Yunga)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol 35, Hr 4, PP1058-1059 (USSR)
ABSTRACT: In connection with the construction of the wave function of
a system of n electrons by Pok's method (Ref 1) the followinr,
demands are made on the coordinate wave function T;
1) Asymmetry in the first k-arguments. 2) Antisymmetry in the
iemaining n-k-arguments- 3) The condition of the cyclic symmetry
rL
(1 - >
Pik)T - 0. Here Pik denotes the operator of the
i-k+1
transposition of the arguments i and k. Also k 4 n-k is assumed,
in which case s = n/2-k denotes the total spin of the system.
Every function conatructed in accordance witliYoung's schaine
with 2 columns satis'jfieo these conditions$ i.e.Young's operator,
Card 1/3

SOV/56-35-4
The Condition of Cyclic'Symmetry by Fok and the Schemata of YWng
k
Yn+k,lc A(I I Ik)A(k+l 0 In)TT 8(.,IC+M) (which corresponds..
Mal
to a scheme with two columns which is illustrated in the present
paper) satisfies the following condition of cyclic symr4etry:
n
Pik)Tn-kok 0. The present paper is intended to
i.k+l
show that this result can easily be generalized for Young's
schernata of any form and with any number of columns. The author
investigates aYbung scheme of general nature with p columna
having a length of A >/ x '> 9 0 a >/ x > 0 and
1 2, P.
1 + X2 + 0.0. + XP a n, and he shows that Young's operator
satisfies the condition of cyclic symmetry with respect to
any 2 columns. A function symmetrized with respect to Young's
general scheme has a symmetric character that corresponds
.to the normal Hund (Ehrid) form. The applicability of Fc~la
conditions to Young's schemata with 2 columns is an important.
Card 2/3 special case within the reault obtained. There are 2 figures

SOV'56-35-4-48il 2
5
The Condition of Cyclic Symmetry by Pok and the Schemata of Young
and 4 references, 2 of which are Soviet.
ASSOCIATION: Leningrddskiy sellskokliozyaystvennyy institut
(Leningrad Agricultural Institute)
SUBMITTED: March 23, 1958
Card 3/3
H~ffl

5(4),2%5)
AUT,dORS;l
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/2
Zelltsers-,G.1ty Kartuzhanakiy) A. L. SOV/20-123-3-32/54
On the.Theory of'the Sensitivity Fluctuations of the Crystals
.of Nuclear Photographic Emulsions (K teorii fluktuatsiy.
ohuvstvitellnosti kristallov yadernykh fotograficheskikhemulliliy)
Doklady Akademii nauk SSSR, 1958, Vol 123, Nr 3,-pp 495-497
(USSR)
K. S. Bogomolov's (Refs 1-9.2) attempt to develop a theory of
ionization fluctuations in an emulsion consisting of homogeneous
crystals failed because of non-agTeementwith experiments.
Besides, the failures of this theory showed that 'the ionization
fluotuationo play only a minor part even with respect.to
relativistic particles, and that the experimentally determined
fluctuations of the averago:aensity.of particle traces in the
emulsions are rather due to sensitivity fluctuations of the
individual crystals. The,present paper deals with a suitable
variant of this theory. According to theory, the effect producod
by the sensitizer may be considered as,equivalent to the
production of VoAn silver atoms without exposure. Next, the
distribution of these silver atoms over 90 .. Vn Crystals is
investigated. Vn denotes the density of the trace before

On the Theory of the Sensitivity Fluctuations of SOV/20.123-~3-32/54
,the Crystals.of.Nualear Photographic Emulsions
sensitation and V. the number of crystals located on the
track unit. The problem to be solved in this'conneotiQn~is that
regarding the share of urns containing a minimum number of balls
in the total number of urns in the case of a random distribution
of r indistinguishable balls (silver atoms) over s urns(orystal4.,
The calculation process is outlined and the resulting formulae
are explicitly,written down. These formulae contain no arbitrary
parameters and may be:applied also to the ultrafine-grained
emulsions of N. A. Perfilov and may be used for the purpose of
calculating the veil aocompanyiAg the secondary sensitation of
one and the same emulsion. There are 11 Soviet references.
PRESENTED: June 251 1958v-tY A. I# Ioffe, AqndemiciaD
SUBMITTED: June 21 1958
Card 2/11?

23648
S/020/61/137/oo6/007/020
B104/B201-
91!rj: P.
AUTHOR: Zell,tser,j G-~ I.
'T IT L E: Determination-of the totalmomentum of a system of n particles
for the jrl configuration
'6, 1961 1339'-1342
PERIODICAL: Doklady Akaaemii nauk SSSR,.v1- 137.,. no.
TEXT: 5y way of introduction, the author discusses the problem of the pos-
sible. values of th-e-total, momentum of homogeneous particles of an atom shellt
and in this connection he rei -6id-ta Jahn (Proc. Roy. Soc.; A201', 516, (1950))
and Flowers (Proc. Roy. Soo., A2124 248,'(1952)), who have'developed and-uSed
the "Chain". method of determii=ne ~he i-structure of the atcM Shell. 71herl
using this method it is of easential importance'tha*t a certain number'of
different YounC schemes with one and the same j be equivalent as to their
J-struqture.' LarGer j values, hoveverp give rise to difficulties in the
e
calculation. The explicit formula given here serves to determine, th 4-strini.
ture 'by the characters of a c~orresponding reDresentation of the three-dimen-
sional rotation group R It is.shown herie that the irreducible re-pre3entFl-
3'
tion. D -forthree-dimensional, rotations in the -function
of the gr4up R
Card 1 4 A .3

~K.
23048
S/020/61/137/006/007/020
on of the tot'al B104/B201
Determinati f
a representation of R which
space 7 (jm) Droduces in the tensor space 7 1
in reducible -arid 'ia indicated by D
X cj J. This development determines
the J-structure of a tensor-rith -iven exchanaaable symmetry The coef-
ficierito c are determined, by the characters' of the representation of
r
with formula CIXI %(,j ((p),X, ((p) dT. (2).'
qis an anGle of rotation; .-sin(j + 1/2)q sinf/2 describeq.the
character of the irreducible representation bf this Group. To determine the,
y-to know the characters
-structure it is necessar (u); in the case where
the characters coincide, also the J-structures coincide. With the aid of
the unitary group U(k) the author finds:
sin Id T2 (10).
-sin (p'- p) ip I
P'>P-t
Cara 2/4
M -loll

S1020161 37/006/007/020,
:-Determiriation,of the total
pt B104/B201
Those chtiraoters-are written with the aid of definition
D, (III 1p) sin (IP._ 10.1
2
P,>P-l
in the form
D, YI. -1h) (12)_
-5. -(k- .,0)
Formula (12) jointly w-ith (2) fully aeterr.Ane.: the i-structure., A special
case of (12) 1-9 finally.-examined, and the coincidence-of some,J-structures
-is de'rived. The J-structure.of an ant.isymmetrical tensor oftheorder n -in
-dimensional space is.shown to-coincide with the J-structure
the k of a sym
metrical tensor of the sahie order in the kl-dimonsional space. In other
words The J-structure of an antisymmetrical configuration of n particles
with the individual momenta j coincides with 'the J-structlure of a symmetri-
cAl configuratiorr*"of---nt.,~articles'with the individual momenta JB under the
condition of J. ti + (n (1,6-).. The Young scheme'with the decomposl
tion
(p ... pr ... rO. - - 0),
(17),
- ---------
~Card 3/4- h
I

218%&37/006/007/020
S/02C
Determination of 1he total B104J9201
pr.enented in Fig.il, is'examined,' 'and,
((P) (k-q+ r-1),1
i's obtained. This ex .Dres.sio.n is invariant'under a transformation to an
associated scheme (i.e., an.interchan,90 p k.* q), if,'at the same time,
on ic. - k + D - q. In other
one chan~l-es over from dimension k to dimensi
uordsi The schi~me of a given J-rstructure coincides with associated schemes--
under the condition j + (p - q)/2 (19). Condition (16) is a special
case of (19) for p n and q = x - I. Ye. D. Trifonov is nentioned. There
ar6 I figure and 4 references: 2 Soviet-bloc and 2 non-Soviet-bloc.
ASSOCIATION: Leningradskiy sellskokhozyaystvennyy institut (Leningrad
Institute of Agriculture)
PRE, SMITED: December 21, 1960, ~by Ya. B.'Zelldovich,'Academician
P
SUBMITTED: December 17, 1o6o
H I LL
Fig. 1,
Card 4/4
Oil

VOIDBOYEVO I.N.; KOSTINI A.P.j BULGAKOV, A.A.;
VOZNYUK, V.S.,; XAIM=Vp A.M.; SOTUDENTSOV, S.A.; BERSHIDSKIY.,
P.L; MOISEW G.A.,, inzh., retsenzent; SOBAKIN, V.V., inzh.,
red*; VOROTNIKOVA, L.F.,, takhn, r1w,
[Tbe TG102 diesellocomotive)Toplo.vos TG102. Pookvat.Tranazheldor-
izdatp 1962. 150 p. , (MIRA 16:1)
(Diesel locomotives-Hydraulic drive)

AUTHOR: Zelltser, IA., Candidate of Physical SCV/29-58-1,o-7/28
Scienoes.
TITLE: Temperature of the Moon(Temperatura luny)
PERIODICAL: Tekhnika molodezhiq 1958, Nr 10j. P19 ~-9) -', USS
ABSTRACT: In the Glavnayaastronomicheskaya observatoriya Akademii
nauk SSSR,(Main Astronomical Observatory 7AS USSR) moon
temperatures are investigated. The observations are made
by means of received reflecting telescopes with para-
bolic mirrors, The radiation by the mirror of the telescope
consists of sun radiation reflected by the moon and of
the radiation originating from the moon. In order to
be able to compute the temperature of the moon it is
necessary to know the intensity of the radiation originating
from the moon. Fortunately both radiat *ions have a different
wave-length and may be separated by water filters which
only absorb heat radiation. It is true, however, that the
water filter cannot separate both radiations completely. In
order tofind exact values additional computations have to
Card. 112 be made. Absorption by the earth's atmosphere has also

TemRerature of the Moon, SOV/29-58-10-7/28
to be taken into account. The latter changes night by
night and has to be determined for each individual caset
At the moment it may be regarded as certain that the
temperature of the moon fluctuates between +12000 at 'noon
and - 1500C in the afternoon (lunar time). The ob-
servations showed a considerably rapid decrease of temper-
ature at dawn. Within 3 hours temperature drops through
almost 2000. This points to a moderate heat conductivity
of the s-urface layer. It is probable that the moon surface
is covered with an about 5 cm high dust-like layer. Por
the time being it is difficult to say anything about the
layers below.
AssocIATIOjq: Nnovokaya obsorYatoriya, (Pulkovo Observatory)
Card 2/2'

PHASE I BOOK E M OITATION SOV14313
Barabashov, N.P., V.A. Bronshten, M.S. Zelltser. N.L. Kaydanovskiy, A.V. Markovs,
K.P. Stanyukovich, N.N. Sytin~ ~ya, ~A.V. K~habakov, Sh.T. Khabibullin, V.V.
Sharonov, and A.A. Yakovkin
Luna (The Moon) Moscowq Fizmatgiz, 1960. 384 p. 4,500 copies printed.
Ed.: (Title page)t A.V. Markov,.Doctor of Physics and Mathematics; Ed.: G,A.,
Manovd; Tech. Ed.: N.Ya. 14urashova.
FURPOSEt This book is Intended for astronomerej antrophysicietsj and other scien-
tific and technical personnel interested in lunar research.
COVERAGE: 'The book, written by 11 Soviet authorities, summarizes and evaluates
research done to date in selenology. The motions rotation, and figure of the
Moon, physical properties of the lunar surface, the question of the existence of
lunar atmosphere, mapping of the Moon, radar investigations, and tha effect of
external cosmic forces on the Moon are discussed. An index of Russian and LatIm
designations of lunar features is included. The text is illustrated with 110
figures and 32 tables. There are 74 references: 34 Soviet, 32 English, 6 Ger--
man, and 2 French.
Card 1/6

The Moon SOV/4313
TABLE OF GONTENTSa
Foreword 5
Ch. 1. Motion, Rotation.. and Fig-are of the Moon (A.A. Yakovkin) #7
1. Certain data on the Moon, its motion and figure 7
2. History of the theory of the Moon's motion 10
3. Determination of the lunar mass 13
I+. Optical libration of the Moon 1-6
5. Determining the coordinates of lunar surface features from observation 19
6. Corrections for the relief of the Moon's limb 22
7. Physical libration of the Moon 28
8. The figure of.the Moon 39
9. Determination of the elevations of lunar mountains 45
10. Processing the observations of the lunar occultation of stars 47
11. Utilizing lunar observations for geodetic purposes 50
12. Possible utilization of lunar observations for interplanetary, navigation 52
Bibliography 11~
Card 2/6

The Moon SOV14313
Ch. 11. Lunar Cartography and Selenographic Coordinates (Sh.T. Khabibullin) 57
1. Selenographic coordinates 57
2. Cartographic grid for lunar maps ~58
3. Physical coordinates of the Moon 60
4. Methods for the determination of selenographic coordinates 63
A

5. The system of -post',vions of the Moon's surface details
j

8
6. Maps and photographic atlases of the Moon 70
7. Possible method for determining geographical position on the Moon 72
Bibliography. 75
Ch..III. Description of the Surface of the Moon (A.V. Markov) 77
Bibliography 101
Ch. IV. Problem of the Moon's Atmosphere (W.N. Sytinskaya) 103
1. Introduction 103
2. Theoretical considerations 10~,
3. Observations of the lunar occultation of stars, as a means of detecting
the atmosphere from refraction phenomena 10c)
4. Attempts to detect the lunar atmosphere by spectroscopic methods 114
5. Estimation of the density of the lunar atmosphere according to the
brightness and polarization of diffused light 116
Card 3/6

The Moon SOV14313
6. Use of radioastronomic observations to roarch for the lunar atmosphere 122
Bibliography 123
Ch. V. Physical Properties of the Surface of the Moon 125
1. Albedo and the color of the Moonts surface (N.P. Barabashov) 125
Bibliography 155
2. Polarization properties of the Moon's surface (A.V. Markov) 156
3. The temperature of the Moon's surface (M.S. Zelltser) 174.
Bibliography 201
Ch. VI. Investigation of the Moon by Radio Methods (N.L. Kaydanovskiy) 20~-l
.Introduction
1
t
t 20~3
20A
he Moon
. RAdioloca
ion of
Bibliography : - - . j-
21~?
2. Radicastronomic investigation of the Moon 221)
Bibliography 239
Ch. VII. Characteristic Features of the Moon's Relief. Basic Problems
of the Origin and Sequence of Development of Lunar Formations
(A.V. Khabakov) 241
1. Some general features of the lunar figure 21+2
Card 4/6

The Moon SOV14313
2. The scale and typical forms of lunar relief 254
3. Classification and nomenclature of the typical forms of lunar relief 258
4. Criteria determining the sequence of formation of lunar relief 269
5. Main periods in the history of the development of the Moon's surface 282
Bibliography 295
Ch. VIII. The Role of External Cosmic Factors in the Evolution of the
Moon (K.P. Stanyukovich and V.A. Broxishten) 29~1
1. Structural features of craters 302
2. Location of craters on the Moon's surface 304
3. Formation of seas and clefts 305
4. The theory of explosion phenomena resulting from the fall of meteorites
to the Moon 312
5. Formation of bright rays near lunar craters 325
6. Collisions of meteorites with asteroids 328
Bibliography
Ch. IX. Surface Structure of the Moon (V.V. Sharonov) 3311
1. Method of investigation 331
2. Summary of the basic data 335
3. Hypothesis on the fresh rocky surface of magmatic rock 338
Card 5/6

The Moon SOV14313
4-. Hypothesis on the change of color in minerals due to the effect of
various types of radiation
-.5.-; Hypothesis on crust weathering and sedimentary rocks
6. Hypothesis on dust cover resulting from rock erosion
Hypothesis on ground cover made of meteoric material
B. Meteoric slag hypothesis
Bibliography
Conclusion (A.V. Markov)
Appendiaes
AVAILABLEs Library of Congress (QB 581-M3)
342:
34A,
39-
351
354
36,,!
365
378

ELIKINr M.A.; ZELITSER, M.Ya.
Rupture of the ovary.in children. Akush. I gin. 40 no.1:141-
W Ja-F 164. IMIRA 17:8)
I., Boltnitsa Leningradskogo ordena Lanina i ordena Krasnogo
Znameni zavoda "Bolishevik" (giavnyy vrach V.A. Tvaradze) i
bollnitsaimeni Uritakogo (glavnyy vrach D.S. Shushkov),
M." ft

ZELITSER, M.Ye.
PLU)otiona4 otate of thapanmas in Oatuxmiom; proliminary,reporto
bnidy' Inst.kraevpat. 'AN Kazakh.SSR 10t.U6-120 t62.
(MnA 16ZO
(WO POISMING) (PANCRUS-DISLUES)

L IAV
ALATORTSET. S.A. " prof., doktor tekhn.nauk-; ANERWEV, A.V., kand.tekhnj
nauk; AjYCHAROV, I.L., inzh.; BALIITSKIY, S.I., inch.; BXZWSOV,
Y.G., inzh.; VIffffITbXIY, K.Te., 'vs,nd.tokhn.nm&.; VLASOY, Y.K..
inch.; VORONTSOV, N.P., kand.talchu.nauk; GIPSMI, M.K., insh.;
GLUZMAK, I.S.. kand.tekhn.nauk; GUROYET, S.V., kand.tekhu.nauk
(deceased]; 1EMlX, A.M., kand.tekhn.nauk; YEGURNOV, G.P,g kand,
tekhn.nauk; YWIMOV, I.P., inzh.; ZHWOV, L.I., kand.tekhn.
nauk; 2BLITM N.M,, iAnzh.;-KO3AGHEV, M.N., knnd.tekhn.nmik;
KOTOV inz ~.'INOV, G.P., luzh.; LAPOVENKO, N.A., kand.
tekhn.nauk; MAZUROK, S.F.. inzh.; MMINIKOV, H.V.; MUDRIK, N.G..
inch.; NIKONOV, G.P., kand.tekhn.nauk; CRLOV. Ye.I., inzh.,-
POTAPOV, M.G.. kand.takhn.nauk; PRIMSKIY, G.V., inch.;
RzHgvsxiyl V.V., prof., doktor tekhn.nauk; RYAKHIN, V.I., kand.
takhn.nauk; SIMKIN, B.A., kand.tekhn.nauk; SITHIKOV, I.Ye., inch.;
SOROXIN, Y.L. inch.; STASM. V.N., kana.tel-dm.nsuk; STAIMVICH"
Ye.B., inch.; SMOWK0, A.A., inzh.; TYUTIN, I.F., inch.;
TYMOVMCIYO L.G., inch.; FISE1010, G.L., kand.tekhn.nauk; FURMANOT,
B.M., inch.; MUTA7EV, M.G., inch.; SHESUO. Te.F., rof., doktor
takhn.nauk; TMPIGOM, A.M., glavnyy red. CdeceasedS;
(Contimied on next card)

ALATORTSV, S.A.---(continued) Card 2.
KIT, I.K., zanestitell glavnog*o red.; SSMO, Te.F., zanestitell
otv.red.; BUGOSLAVSKIY, Tu.K., red.; BYKHOVMAYA, S.M.. red.;
DIONISIYET, A.I.. Imnd.teldm.nauk, red.: KOZOIN, Tu.V., red.;
SOKOWVSXIY. M.M., red.; YASTREBOV, A.I., red.; DEMIDAM, G#P#q
kand.tekhn.nauk, red.; lOtIVSKIT, M.H., kand.tekhn.nouk, red.;
LTUBIMOV, B.N., inzh., red.; HOLOKANOY, P.L., inzh., red.; RRISH,
A.K.. inzh., red.-. RODIOITOY, L.Ye., kand.tekhn.nauk. red.; MA-
VUTSKIY, S.O., inzh., rea.; TRAMiAll, A.I., inzh., red.;TRYMOV-
SKIY, L.G.. inzh., red.; FUELEY, A.S., daktor tekhn.nauk,-red.;
SHUKHOV, A.H., kand.tekhn.nauk, red.; TER-121AMIYAN, T.G., red.
izd-va; PROZOROVSKAYA, Y.L., teldm.red.; KONDRATIMA, M.A.,
tekhn.red,
(Continued on next caid)

ALATORTSEY, S.A.--(continued) Card 3.
(Mining; anencyclopedic dictionaryj Gornoe delo; entsiklo-
pedichaskii spravochnik. Glav.red.A.M.Terpigorev. Chleny glav.
red.A.I.Baranov i dr. Moskva, Gos.nsuchno-tekhn.izd-vo lit-ry
po gornomu delu. Vol.10. [mining coal deposits by the open-cut
method] Razrabotka ugollnvkh mostorozhdenii otkrytym sposobom.
Redkollegiia toma; IT.Y.Molinikov i dr. 1960. 625 p.
(MMA 13:2)
1. Chlen-korrespondent AN SSSR (for Mellnikov).
(Coal mines and mining) (Strip mining)
go, i OR

KASM40VI U.j VAYSBIATt A.S.p vrach; ZELITSERp N.Ya.j, vrach
Control of trachoma ~m Kolkhozabad District, Zdrav. Tadzh. 7
no. 3:17-19 14j.4a 160. (MIRA 14:4)
1. Predsedatelf Kolkhozabadskogo rayonnogo ispolnitelinogo komiteta
(for Kasymov),
(KOLKHOZABAD DISTRICT-CONJUNCTIVITIS9 GRANULAR)

.(Assembly-line methods)
(Graders 03arthmoving machinery))

Z:CLITSXR, R., insh.
Improving the MI-Imortar, pump for feeding thick mnstics to upper
floors. Xa str6i. Mosk.-2 no.12tl6 D 159 (KIRL 13:3)
(Pumping machinery) (Mortar)

AID P-9
Subject USSR/Engineering
Card 1/1
Author Zelltser, 11. 'S.
.Title Execution of window-glazing jobs

Periodical Sbor. mat. o nov. tekh. v strol., 2, 22 28, 1954
Abstract Various tools and equipment are described for effi-
ciency in window glazing of a multi-story building with
aluminum window sashes (on the Smolenskaya Ploshchad'
iii.w0scow). 9 graphs.
Ins'Utution All-Union Association of the Building Industry
(Soyuzspetsstroy)
Submitted No date

ZBLITSKR, R#Sq , Insh.
Reusable portable container for ceramic titles. Suggested by
R.S.Zelltser. Rats.i izobr.prodl. v stroi. no.10:47-48
159. (HIRA 12:11)
1. Po materials, tresta Hosotdolstroy NO.3 Glavmosetroya.
T11iles-Transportation)

KANYUKA,,N.S., kand. tekhn. nauk; KUCHER, M.G., inzh.; KRYUKOV,
I.M.; ZEL4TSER--R-V-a . RODICHKINA, M.P.; MIKHAYLOVI I.K.;
GAYD~Y~,K. . 7reK
(Overall mechaniz Iation of the assembly of Industrial
structures; methodological manual on the selection of ef-
ficient sets of assembling machinery) Kompleksnaia mekha-
nizataiia. montazha prorqshlennykh sooruzheniij metodicheakoe
posobie po vyboru ratsionaillw1kh komplektov montazhnykh ma-
shin, Kiev, Budivellnyk, 1965. .192 p. (MIRA 19:1)
1. N4chno-issledovatellskiy institut stroitellnogo proiz-
vodstia.
lw~

VAYNSHTEYN, B.S.,, kand. ekon. nauk; LEYKINA, K.B.; MINTS, M.G.;
LUCHINSKIY, S.M.; KIYEVSKIYO V.G.j kand. ekon. nauk,-
CUREVICfl, M.S.;
ZIKEYEV~ B.7., kand. tekhn. nauk;
SARYCHEV, V.S., kand. tekhn. nauk; APARIN, I.L.;
KRINITSKAYA, M.Ye.; DZIKOVSKIY, G.I.; ZPLITSER) R.v-
GOLIDENBERG I.L.; ISAKOVSKIY, I.G.; DJjjjW1V-A'7-4'-V1j'j'
[Economic efficiency of capital inv estments and the
introduction of now equipment in construction) Ekonomiche-
skaia effektivnost' kapitallnykh vlozhenii i vnedreniia
novoi tekhniki v stroitel'stve. Moskva, Stroiizdat, 1965.
235 P. (MIRA 18:8)
1. Moscow. Nauchno-issledovatellskiy institut ekonomiki
stroitellstva. 2. Rukovodite*ll sektora okonomichoskoy
effektimnostA novoy tekhniki Nauchno-issledovatellskogo
instituta elconomiki stroitellstva, Moskva (for Kiyevskiy).
3. Sektor elconomicheskoy effektivnosti novoy tekhniki
Nauchno-isoledovatellskogo instituta okonomiki stroitell-
stva, Moskva.(for all Wopt Demidova).,4. Vauchno-issledo-
vatellskiy institut ekonbmiki stroi-tellstva, Moskva, (for
Demidova).

ZLATKOVSKAYA', N.M.- ZAXSTWSKAYA~ L,yao,* ZELITSER, S.F.
Some characteristics of the clinical manifestations in, diseases
caused by homadsor~ing viruses. Vop, okh. mat. i dot. 6 no.11;
14-19 N 161.. (NIIiA 14: 12)
1, Iz infekl;sionnogo otdela (Zav. Prof. q.Yo. Sukhareva) katodry
podiatrii (zav, - doyatvitalinyy chlon 1091 886H prof. O.N.Speranskiy)
TSentrallnoiro instituta usavershenstvovaniya vrachey i Instituta
virusologii imeni D.I.Ivanovskogo AMI SSSR-
(RESPIRATORY ORGANJ--DISZASES) (VIAUS DISEASES)

gasoline fractions
SOURCE- Khimiya i tekhnolo 1, 1965, 12-16
giya_~OpUv i masel, no.
TOPIC TAGS: h ptane, iromitic 1,ydrocarbono napthalenet crude
reactioni
Petroleum
ABSTRACT: in previous studies an empirical equation has been st%-
gested for the determination of the heat of reaction of hydroform-
Ing:
q (4.5 al + 5.36aa +-5.45b)
298 ~c
where q298. = -heat of reaction*at 2980C,:kcal/kg a a3t ce b
yields of aranatic hydrocarbons from naphthenes ana paraffins, gas
and coke respectively (Inpar cent weight of crude material); Y=
coefficient$ depending on gas composition and varying from 2.5-t0
.'-.3.2,. -----The-,heat 1 of----roa6tiOfl--:.df-,--hydrod~7AdkinE f heptaneqcaleulated-
~rom fhmi s.7equatiorf and th&'d6tual value are ~2 ~in& 97 kcal/kg, re-
spectively, Thus calculation by this equation is substantially
in error. Tn addition. this f3auation cannot bp umpri in Aaf-a-4-

~65
ACC NR: AP6012991 0
ing the heat of reaction-of the process under-industrial conditions,
that Is, in 4000C. The empirical derivation of this equation casts
.doubt on Its possible use-in-qualitati-ve description of the plat-
,forming process. Accordingly, the authors developed an analytical
I*method of determining heat of the reaction In catalytic reforming
abased on a kinetic scheme of the process, affording determination
,of heat of-reaction with.,considerably greater accuracy than other
!'methods. The crude material' usually contains a slight amount of
.olefins, which upon further analysis Is united with the paraffins.
The possibility of calculating the heat of reaction of the complex
technical mixture of hydrocarbons with different molecular weights

no
RE
-'u Cu ~D nOn-3
ZHOROVp Yu&Mol PANGli'34KOVp 06M&; MLITSERp 8*Poj TIRAKIYM, Yu~As
~wslopment of the m&thematical deacription of platforming for
optimization of a prooeso. Part I* Kin. i kato 6 noe 6:1092-
1097 N-11 165 (MIRA 1911)
lo Moakovokiy institut neftakhimichealcoy i gazovoy, prom"blen-
nosti imeni Oabkinao SUbmitted June 23# 1964.
low

'A
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SOS 1,,,A"kikk MISS, Pkuj;:
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008 -00
east witbableficscW. PhOll frcm peat or twown c.Al pyr~ly.
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Na abletate vW glymol dkblurohydiin, reacts with novo. see
sod lac to give in it ILvad-like tesin. It. At. L.
call 0
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GOMM., M.A.p starshiY nauchru'Ootrudnikj Z_UITSERp V-Ya., inzh,-
-mekhanik; TOPOR, I.Al, agronom-plodavod
illing station for sprayeri6, Zashch.rast,at vred.j bol. 5
no.7*18-19 Jl 1600 1611)
1, Moldavskaya stantsiya Vsesoyuznogo instituta zashchity
rasteniy (for 15ontarenko). 2. Sovkhoz imeni Frunze (for
Zelltser,, Tlop3r).
(Spraying and dusting equipment)

IVAHOV, vo;_vwma, 'Ia. ___,
As suggested b7 the district finance department. Fin.SSSR 21
no.5:55-56 My '60. (MIBA 13:7)
1. zaveduyushchiy-TSentralinym rayfluotdelom ?deasy (for Ivanov),
2. Starshiy inspektor byudzheta TSentralinogo rayfinotdela Odessy
(for ZelltBer).
(Odessa--Industrial management)
''(Finance)

50) SOV/71-59-3-42/23
AUTHORt Zelftaere-Ya.-V.
TITLEt Solubility of Hardness Salts in Vodka (Rastvorimost' v vodke
soley zheatkosti)
PbRIODICALs Spirtovaya, promyshlonnoattf 1959, Nr 3, pp 28-32 (USSR)
AbSTRACT: The settling of a.precip~tate from vodka during its storage
depends upon the-solubility of various salts of hardness.in it
T~i a%zal+ nnmnt%a4+4t%,n' n-P' a ginf+OnAd WA+47- IAllanet +hA AQ++14"&
ses
froj
prej
ent
Stu(
vall
stri
Card 1/2 by
autfior shois that these salts can settle in precipitate
[ka in cases when the product of concentrations of the-
ions exceeds a,certain constant value, which is differ-
different salts. The author then cites the re'sults of
which made it possible to find out experimentally the
if these constants for the vodkas of various degrees of
Li
. 40, 50 arid 56%, and for the softened waiter. There-
imiting values of concentrations of various salts have

Solubility of Hardness Salts in Vodka SOV/71-59-3-12/23
been established, which7guarantee the non-occurrence of settl-
ing precipitates from vodkas in the process of their storage.
There aret 6 tables and 2 graphs.
Card 2/2

Ya. V.
.-Cand Tech - Sci (diss) Study of-,water softening process in,the
liquor-water production." &ie,v,_,J9607- 21 pp with,diagrams;
(Ministry:,of Higher and Secondary.-Spe*jialist Education Ukrainian
SSR9 Chernigovskaja0blast Board of the Scientific-Technical Soc_'
iety'of.the Food Industry, Kiev Technology Inst of the Food-In-
dustry). 200 copies; price not given; (KL, 6-61 sup, 217)..~

--------- --
USSR/Chemical Technology. C'nemical Pro('ucts and 1-12
Their Applicatic)n-Water treatraeut. Seviage.
water
Abs Jour: Ref Zhiar-Khimiya, Mo 3, 1957, 9143
'Author 2j_t.-Ler. Ya. V.
Inst Not given
Title The Hardness of Cation-lExchance Softened Water
Used in-tbe Production of.VoLlica
Orig Pub: Spirt.,prom-st, 1955, No 16
Abstract-. -It is proposed 1-o es'tablish..the maximum permissible-
harCiness f the iiater used in the production of
0
vodka by experimental- means, taking into account
the quality of the a,)plied water and the siftenirg-
pi,ocess used,
Card 1/1

5(2)
'AUTHORt Zelftserv YOD YU.0 BOT/32-25-7-9/50
TITLE: CcmplexometTie,~Determination of Zinc and Cadmium in Soldering
Materials (Kompleksometricheskoye oprodeleniye tsinka i
kadmiya v pripoyE,'zh)
PERIODICALi Zavodskaya laboratoriyaq 1959, Vol 259 Nr 79 PP 798-799 (USSR)
ABSTRACT: A volumetric and complexometrio method was developed which is
based upon a different resistivity of trilonate complexes of
zinc and cadmium with regard to sodium diethyldithiocarbaminate
(Ref '). After a separation of antimony and silver In a weakly
ammoy~aoal medium, the sum of zinc + cadmium is tit;ated with a
0.1 m solution of trilon B in the presence of Chromogene blaok
ET-00. The zinc content is calculated from the differenae. In
order to determine the completeness of the cadmium precipita-
tiong-experiments were carried out with artificial-mixtureB
(Table 13 and.with mixtures of different zinc or cadmium
content (Table 2), and it was found that zinc can also be
titrated with trilon B in the presence of larger amounts of
,Card 1/2

as
.9 iflv
94. 1
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HIM i -q
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W.4 .0
4d
M *yi
Aa 14'66p.;: I I I11 , 4 ill ~,J;;A
A
" *he
A
-- - --------------
. ........ ... .. ........ .... . . . . .

ZELITSY'R. YF4,1,
The Camittee on Stalin Pritts (of the Cot=U of 14inl4ters USSR) in the fields of
science and inventime azinuumes that the follovIng scientific vorks, popular iscien-
tifle bookso rmd textbooks have-been submi,tted~ffbr ccapetition for Stalin Prizes for
,the years 1952 and 1953, Wmt!~m Kultum, Moscov, So, Z21-400 20 M - 3 Apr 1954)z
Raw Title' of Work loadnated
Baranov,.:A.N. !Geodesy Imer- kinistry 6? Railways
Yegunov, K.I. Construction'
Zelltser, Ye.I.
Lebedev, N.N.
Slovodchikov, D.A.
Cheremiqln,
SO: W-30604, 7.JulY 1954

SUZDALISKIYO V. inzh,; ZELITSERS Yu,, J~zh.; PERTSOVO V., otarohiy
ihzhener; KATMAilbV-,Go
Capron is used in the manufacture OtlukchinOrY Izobro i rats,
no.lt4-5 Ja 162. imIRA 24:32)
1 Irkutskiy zavod t7azhologo,mashi-notitroyeniYa'(for Suzdaltakiy).-
2: Vveso~uznyy nauchno-iaaledovatelloll3r inatitut motallurgiobookogo
m4shInoatroyaniya (for Zelltljor). 3, Azarbay&h&nvkiy nauchno-
issleolovatellskiy institut elektrotAklmicheskoy promyohlennosti.
(for Pertsov). 4. Preolsedatell Novgorodsicogo oblastnogo soveta
Voesoymnogo obahchestva izobretatelay i ratsionalizatorov (for
Karbanov).
(Machine'x7 industr7)
(Nylon)

d 'a,contlnuoud oving-7*metdllic* --'with- plasti's.-_,.
-TITLE. Clad init- m -strip
SOURCE: f4 Metallurgiy6Lj- Abs. 1OD151
RFF SOURCE : Tr. Vses. n. _i. i str.
sb. 14v 1964, 131--144 pt79yektno-konstrukt. In-ta metallurg. mashino'.
TOPIC TAGS: polyvinyl chloridej vinyl plast4cj metal claddingp
plastic coating
ABSTFACT:. --A erimental-claddi g line.-:h" -been set up, at~-_he_ I
n exp
Unloin~Sclentific __Xor Planning a d Desi n'of-'-
~Researc --natitute g
Metailurgical Machine in -conTu"Hetion VrIth the V"matproff ~ns itute
In Rustavi. its leng7h is 25 m, width - Am, and height - 3m. The
experimental cladding line is capable 041cladding a continuo*s metal
strip, 300 mm wide and 0.5 mm thick, with polyvinyl chloridet4up to
0.3 mm thick at the. rate of 60 m/4n.. The Eqchnology,an~~t-.qu~pment-':~..-:, 70.
are described in detail, The merits of the given method are analyzed..,
Orig. art. has: 6 figures. Bibliography of 8 titles. L. Kochenova.
(Translation of abstract]
SUB CODE: SUBM DATE., none/
Card I
tDcoo 621.771.8.005

L 29599-66 EWPW/ (m)a /EFWP(y)j:E1jP(t) jEr IITP(c IRMANi/miln
ACC NRi AP6014087 SOURCE CODE: UR/0025/66/000/004/0028/0032
AUTHOR: Zelltser, Yu. (Engineer); Favlov, V.
ORO: CZe'l '~~erl -A 11- Union Scientific Research'Institute for the Planditig-abd D.S&n
of Methllurgical Machinery (vBesoyuznyy natichno-issiedovatellskiy I proyeRFn-6--RonstrUk
torskiy institut metallunglchaskogo mashinostroyeniya)
TITLE: Plastic reinforced metallp
T
,SOURCE: Nauka i zhizn', no~ 4, 1966, 2H-32 and appropriate inserts following p. 32
TOPIC TAGS: bonding property, plastic coating, polyvinyl chloride, corrosion pro-
tection
ABSTRACT: The authWs discuss the method used for binding polyvinyl chlori corro-
--sion-resistant filnAqo a low carbork~steel 4nd. An adhesive based on PED-B epoxy an-a
ercblorovinyl was used for bondingVthe PVC1"film to the band. A schei-at-1-Fis given
for this process. The bonding -operation was made a part of the band manuLfacturing pro-
cess. One important disadvantage was the time required for drying the bonding agent
in-relation to the rate of band feed. This problen, was solved by using rf-curre...
.,ovens. Tests conducted to determine the properties and characteristics ofLthe new
material showed-that the PVC protective coating withstoodboth corrosionl,;-/temperature
and such operations as stamping. Among its highly desirable properties is the fact
Card 1/2

XUSHNAREV, D.M., kand.tekhn.nauk; PAVLOV, V.P., inzh.- ZELITSER Yu I.;
CHEREPANOV, Gs..
Industrial testing of a machine for charging a hole with "igdacit.8
Gor. zhur. Ino.9t46-:47 S 162. (MIRA 15*9)
1. Gosudar''stvennyyUnstitut gornokhimicheakogo syrlya (for
Kuzhnarev, Fa~vlov). 2. GosudarstvemW proyektno-konstruktorskiy
inatitut.avtomatizatell rabot v ugollnoy promyshlonnosti (for
Zel'taer). ). Inatitut gornogo, dela id~ Skoohinskogo (for
Cherepa,nov).
(Uplosives) (Blasting-Equipment and supplies)

ZELIT'"VAI, L.
Zelltsman, L. "Pages -P-.-,om 11-fe", (On the hero of Socialist Labor of the
TFrij1!orsI,cuFol"' Combine, A. S. Allilirjev, outline), Sov. Pr.Lmorlyo, No. 61
19483, P. 58-73.
SO: U-301,2, 11 'March 53, (Letopis 'Zhurnal Inyk-h Statey.9- 110. 8, 1949).

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