SCIENTIFIC ABSTRACT SLONIM, E.YA. - SLONIMSKAYA, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651410001-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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SLOIII M, E. Ya.
Use of concreting trestles in constructing the Bratsk Hydroelectric
Power Station. Mat.po stall.konst. no-5:137-156 159. (HIM 13:8)
(Bratsk Hydroelectric Power Station)
(concrete construction-Bquipment and supplies)

SLOTIT1.,I, B.ya.
Using electronic calculating machires to work out bWge
dcaij.;ns. Transp. stroi. 11 no.808-40@Ag 161. (IMA 14:9)
1. Glavnyy konstruktor Otdela mcistov Gosudarstvennogo
proyektnogo instituta Proyekt$tallkonstruktoi7s.
(Bridges-Design)
(Electronic calculating machines)

SLONIH,, E.Ya., inzh.
Suspended crossing with latticed cable-suspended girders
on the Bukhara - Ural Mountain Region gas pipeline.
Stroi. truboprov. 7 no.10:5-7 0 162. WRA 15:11)
1. Gosudarstvennyy institut po provektirovaniyu,,
isaledoveatp i ispytaniyu st4lLllnykh konstruktaiy
mostov, Moskva.
(Gas, Natural-Pipellnes)

I: IT
1 111. @
laclate-J -1-r--phogranulomatos"s of the stomach and the small
intesLines. irkh. pat. 27 no.3:F:--82 'C'5.
( M I RA 18
1. Kafedra patologicheskoy anatomli (zav. - chlen-korrespcndent
AM SSSR prof. A.I. Strukov) i kafedra gospitallnoy terapil
(zav. - deystvetellnyy chlen AM SSSIR prof. A.L. Myasnikov)
I Monkovskogo ordena lpnlna meditsinskogo Instituta. imeni
Sechenova.

@119ac NOtW tolubility 0! plAylm* I. PhnW. III
of rubtrtj@f ddtork
h
W
am
g c
COMPWtift. ti. P- KII'M'SrAxt awl
YU. Khf4s., 100, 30,781-Mir-"M
work wAq morto I uuL. iin nitturni ruljtKir, HKIJ
(bouplivne), 61(4410 and H".10 (but4dkw.
atyrono). WA SXN-18 (bul4WW.8 Wylcallrilo)
ntlAber. Itis!ktadthttaidoadofrubb
other afzw;rph(ju* polymers) may ba regard(A m
mutual Molution of two liquid phooca, oubject t.0
th,)rmDd)marr)1u laws. Tho MondA studiod Wl into
two groups 4ceord41g to the charsew of
dependeam of the nwehAn"I propart" upon, 'h.
mtio- of the
that tho nuoinalion otmerved in tim prorwrt" of tho
bln-kdd basod on SKS-30 null SKB is govetood by
the snir@rregutmrity of the two-phow structure of
such vulcAnLwd robbers. It in ahown that tho
T

propwt* of the bloodis am determined maLnly by '
w
f
the behaviour of Via unvdlaalivA rubbm them.
solvee, and not bi Cho M404 i"knt& The
vompatibility of two p6lyr6eiio@xnuab be regarded
frorn @wo angles. The inacroscopla compatibility
may be athleved practically at all tinwo, pro
="
id
only that the polyrnar may b6 put into
state. Compatibility in mlero-regkms. is. the

WN
T-@
mutual M)Iubillty or the polynwrm. Is &tOriplood by
their thfirinedyntunie projw,livA "il may kiot
coinridc with tht- it,pero-cufolk -! ibiltly. Tht- r@ivwtl
--for- ilia-divGrgulwa,
bility IA the chain jitrattum of tho nvolu.
cules, ard tho rrltfvd high vlm..@ity vf & I'Llymers
with high inobility of mnikll puirllon@ of th- fl,@xihlfs

SLONIM, I.I.
Nuclear magnetic resonance in high polymers. Analele chimie 18 no,l:
29-81 Ja-Mr 163. -

-URU'IHIIIIN. 'I'. -, SLONIH. 1. 0
A@
(Across the lakes of our countryj Po ozeram mahel rodiny. Moskva,
Opo. Azd-vo dettakoi lit-ry Hinisterntva prosveshchenila RSM.
1952. 104 p. (KIRA 7:7)
(Lakes) (Physical geogra:?hy)

SLONIM. I.Ya.
" @:.@ @
Origin of the names of the cities Demidov, Tutayev and Chekallu.
1xv. Veen. Geog. ob-va 89 no.2:149-150 Mr-Ap '57. (KUkA 10:6)
(Names. Geographical)

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- umrs low pootm,"ift ad
bia-hr- brutel, tort
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&gem the Wirntifivalkas of PnIvnwr abi" tranatersalmas
with = .4 it. Aq kind. Ike ft ANG-40 1. 0 Md.
propffly lsuam silk OW ajq.%mnc* of b
the! P.Aryvmf Chain.
. -.Lf. ..

68316
24.32-0o
14U MOR Slonim. I.Ya.
TIT LE t Deteraination of Particle Size from 3cattering of Ught I.
Formulae trid !1mirimm; for GaIctil,tion of Pirtiel') Radius from the
Optical bem;;Ity aal fr(j;i Intomity ol' je,.tttered Light.
F.IA I OD I ,'AL 01-tika 1 1960, iol 8, ':r 1, pp 98-108 (,jbwill
y of Lcit@orit16 of 1I.,-ht (iof 1, Is usod to @qjaca
6@GT. @;hifrlnls tlicor,
TI If
foriaulao uiyi to -omitruct nomo,^raum. (Figs 2-5)' -jhich can ba uasyl, to
determin,,Yd ;)-.r-I-.ICI0 sizo 1- rli@4,3r;,-z) jystrP,.iz In vhich olactricqI
propertil)s of tha pArticl,%i differ Only u lithlo from the corr,3;IonaInj,
propertioz of 1-11,1@; ...'s3diwn. Thi @apar I!i ontirely th3oratical . ThOrO
:ire 5 f i 6-ur -3j , I t,--.@ 1,3 an-! 1 .3 rof evoncos , 5 of whi ch v ro j jvljt.
5 I;niSlish, I Gormar tmc! 2 tr,@n6lationt; friv, :'usrian into
1. Sn
'oril 28, 195@1

68890
119_1@ 3900
S/051/60/008/02/017/036
ME2
AUTHORS: I.Y dIman @N. fin/dENfinova, Z.M.
TITLE: Determination o' Particle Size from Scattering of Light
II. Determinat in of Dimensions of Polychloroprene L-fex
Using Optical and Electron Microscopic Methods
PERIODICAL: Optika i spektroskopiya, 1960, Vol 8, Nr 2,
pp 243 - 246 (USSR)
ABSTRACT: In Part I (Ref 1) SlonIn deduced formulae for calculation
of particle radii from the results of light xcattering
In a monodisperse system (all particles are of the same
size). If these formulae are plotted to a polydisperse
system (particles of different sizes) a certain effective
mean value of the radius (a) is obtained; It representt,
a mono-disperse system scattering the light i1L the same
way as the polydisperse system under investigation. Two
forms of the mean radius are employed: a mean-number
radius a and a meanxight radius a.
n a3 I
an 00
Cardl/6 @Zx) 11@

68890
S/051/6o/oO8/02/017/036
Deteri.@-L-,@tion of Particle Size from Scatf'014232i Light II.
eri g
Detertratiation of Dimensions of Polychloroprene Latex Using Optical
and Elt:(;'Lron Microscopic Methods
and
Z -j a6 -1/3
aW - (2)
a3
:L I
where -%)I is a number of particles with a radius a i
For particles Whose dimensions are small compared with the
wavelength of icattered light, the Rayleigh equation holds
and measurements of scattering of light yield the value
aw 0 If the particle dimensions exceed 0.1 X the mean
particle radius, found from measurements of the optical
density (turbidity), is given by:

68890
S/051/6o/008/02/017/036
Determination of Particle Size from ScIalivel4ri-allof Light II.
Determination of Dimensions of Polychloroprene Latex Using Optical
and Electron Microscopic Methods
(Z-V any _@.3n9 (10)
a 13
ai
The mean particle radius found from tDe intensity of
scattering of light at an angle of 45 is:
ny
FEN) aN
a 1 13
IE-j iai
Card 3/6

68890
S/051/6o/oo8/02/017/036
11221/Eigl
Determ-Liiation of Particle Size from Sea er 9 of Light II.
Determiiiation of Dimensions of Polyc hloroprene Latex Using Optical
and C.1--r-an Mlevoecopic Methods
For small particles n1P = n*P =.3 and Eqs (10) and (11)
become identical with Eq (2) (az= aI = aw For large
particles ny and ny are both less than 3 To
calculate them we can use the expressions:
lip Acig Y(Z)] (12)
Ig Z
and
V (z)) (13)
A I g 95
The values of n(P and N decrease with increase of
z (z = 8tra/%) for example, when z = 2 , n = 2.81
Cardli/t; 1P 4/

68890
S/051/6o/oo8/02/017/036
E201/E391
Determination of Particle Size from Scattering of Light II.
DetermInation of Dimensions of Polychloroprene Latex Using Optical
and Electron Microscopic Methods
and n. = 2.95 and when z = 8 , n4) = 1.53 and 2*04.
Throughout the range _z = 2-8, n,, N n.. The formulae
quoted above were used to measure the dimensions of
globules of polychoroprene latex. To measure scattering
of light the latex (with dry residue of 43-5%) was diluted
and a 10,10 solution of ammonia was added to avoid coagulation.
Optical density was measured for dilutions from 1:3335
to 1:10000 using a photoelectrocalorimeter-nephelometer
FEK-N-54 with 5 cm long cells, employing light of four
wavelengths. To determine the intensity of light scattered
at an angle of 45 0 a nephelometer NFM was used on solutions
diluted in the ratios from 1:5000 to 1:40000. Electron
micrographs of the latex were obtained with an electro-
static Zeiss microscope D-2, with a magnification of 8000.
Dimensions of the globules in the electron micrographs
Card5/6 -ere measured with a special microscope, MIR-12. The results
tIr

WHO
s/o5i/6o/oo8/o2/Ol7/O36
Determiit,,Lion of Particle Size from geR142MAg of Light II.
Peterminetion of Dimensions of Polychloroprene Latex Using Optical
and Elm;tron Microscopic Methods
are summarized in Figure 2, where the four arrows
represent the mean radii a n and a w obtained with an
electron microscopL, and the values &t, and a, found
optically. In agreement with theory, an < at, < a IC. a
The results show that determination of the particle size
of latex from light scattering, using formulae deduced for
particles with optical propertles differing only slightly
from those of the surrounding medium, gives results which
agree satisfactorily with electron microscopic measure-
ments. There are 2 figures, 1 table and 5 references,
2 of which are Soviet, I French and 2 translations.
April
28, 1959

_57 tI 4 00 68893
S/051/60/008/02/020/036
AUTHOR: Slonim, 10yat 9201/Z391
TITLZ: A Nomogram'Tor Calculation of Particle Diameters From
Turbidity Using Mie's Zquation
PERIODICALi Optika i spektroskopiya, 1960, Vol 8, Nr 2,
pp 255 - 257 (USSR)
ABSTRACT: Mie's theory yields the following relationship between
the light scattering coefficient K and the characteristic
turbidity, [Y.1 or a suspension of particles of diameter
D
Kle = 2[XI X/31r (5)
where Ir DA , X is the wavelength of light in the
suspension medium and:
E-tj = iim(V-/Cvol)c V014 0 (3)
where C Vol is the relative volume of the particles in
the suspension. When Eq (5) is used to calculate the
Cardl/3 41

68893
S/051f6o/oog/02/020/036
E2Bj/E
A Nomogram for Calculation of Particle amMers From Turbidity
Using Mie's Equation
Studert Yu.I. Vilents helped in construction of the
nomogram.
There are 1 figure and .3 references, I of which is Soviet
and 2 are English.
SUBMITTED: June 1, 1959 Pr
Card 3/3

3/0 5V6010091002 /003/00 6
1201/2691
AUTHOR: Slon!!A.@@-,
_,:Z@
TI TLI i Detexwindti= of the ftrtiel* Size from Scattering of Ligj
Nomograms for the Determination of the Size of Rod-Shapod
Particls,s
PMODICALsOptika i spektroskoplya, 1960, Vol. 9, No. 2, pp. 244-247
MTt In his earlier work (Ref 1) the author published nomograms for
calculation of the size of spherical or near-spherical particles'fron their
light-scattering properties. Frequently particles are in the fom of rods
(e.g. viruses) with their diameters considerably smaller than the length#
(the latter comparable with the wavelength of light). The two nomograms
(Figs. 1, 2) given in the present paper can be used to calculate the air* of
rod-like particles by two methods: either using measurement# In transmitted
light or measurements in scattered light. In the former case the particle
size Is deduced from the "characteristic turbidity" Ctl (which Is the limit
of the ratio of the turbidity T, in cm-1, to the concentration of particles.
when the latter approaches zero) aLndA which is the attenu&V.on coefficient
Card 112

.51032,,',';21G2810Z)81G1 0/0 14
3,104,3102
L@,ulbi.-..ov, A. N. , Vnrenik, A. F. , an. 31oni.::, I. Ya.
TI:i:@ nuclear m,.,Lnetic resonance spectrometer of the TaLA and
Its ta--ts
laborato-riya, v. 28, no. 8, 19052, 991 - 995
-7: At t*,'Ie Central Auto;:;ation Laboratory a nuclear -maEnetic resonince
s -3 :c * -c a rlfoi br:)ad linez was developed for industrial purpo-ses. T v; o
11 ato
.5tu,,,y.)es ;.ere I.-uilt, one of rhich tas tosted at 'he Automation Libor, ry
-in" other at *V..e Instittite of Plastic3. The spectrometer has three
n com -,onon ts. "':x :,a-not system, the su,,.)ly systc.-;i-fjor the macnet.
ccntroi, and the recordirC apparatl.;s. The nuclear maZnetic
r.@3c,nznce of the fluorine nuclei in calcium fluoride war, determined in
orler to test th-.@ utility of the instrument. For the second [e-mail] t*-e
nuclear :-arnotic resonance line, a value was found which deviates by 2V.
t'... n1ready kno--jn. cluick method 'or arriv*ng at the deEree of
in ca:jr,-,ne raZ developed in the course of investiratinr various
cr@,. A :@-pccinl receiver for nuclear a-,aj?netic'resonance*siCnr-13 and a
1/.2

, /,-, J' 2 /6 '-, /C 2z-,/ 1-11 i/3 1 4
3104 '--,IC,2
c @ i r n e t i c ro j @ n a no e
;tabilizaticn of th,@ mzqnotic fiald -,,.are deyelo.)O"t for
'-LE."; rez.Li:-tion -,,jork. The- -uclear rnaCnetic resonance spectrum can 'C@e
0 1
winutes and the resolving power is 2*10- . There %-n
r,@corded
6 4. ---u r P- a
T.-.entrallnay@t liboratoriya avtoinatiki (Certral Automation
*' "auchno-issle-tovatel'sk-y institut plastmasz
1'aboratory) o I
(@cientific :Zesearch institute of Plastics,
G-@rd 2/2

SLONIM, I.Yn.
Nuclear magnetic resonance in high polymers. Usp.khim. 31 nc.51
609-655 MY 162. (KRA 1';15)
1. Nauchno-issledovatel'skiy inatitut promyshlennosti plastichsakikh
mass.
(Polymers) (Nuclear magnetic resonance and relaxaticn)

I_ILO@-6-63' EPF(a)/EPR/WP(j)./M(m)/BDS AFFTC/ASD Pr-4/Fs-4/PC'-4 'RIM
ACCWBION ifff-C AP360603 0/0192/61/
X=OPt Sloamo 1. ya.; Urman, Ta. G.; KbnTgov
A. 0.
=Zt Determination of the moisture content of plastics,, molding powftrs, and
fillers *-the nuclear magnetic resonance waUod
@SOURM: Plasticheekiye mass^ no. 5. 1963, 58-61
TOPIC TAGS: moisture content, plastics, molding powders,, fillers, nuclear magmtic
resonance method., K-18-2 molding powder,, cord caprona,, cay"ne Kj, powdered caprow
(br=d B)
iABSTRM Because the moisture of plAstics effects their mchanical properties a
;number of methods have been devised for its deterirdnatiou.' Of thesep the nucle;@
magnetic resonance method offers many advantages. includirg rapidity,, solleabillty
Ao many kinds of material d ility to automatic control. Tlj@ on used
an a4aptab
it to measure the moisture co4tgat of samples of wood powder K-1&2 Molding pow-
der., particulate cord caironeNqcaprone K), and powdered cap;o-n;--;' b;;n@ B). Miclear
magnetic resonance opeiG@Wii determined with an HOBO type spectrometer from the
!Tsentrallnaya laboratoriya avtomstiki (Central Automation Laboratory),',and-tbia-
results compared with those obtained with standard methods. From the absorption
signals recorded with these materials., their moisture content was determined with
Card 1/2

L 13o16-63
i)ACCESSXON Mfi---AP3000403
Tsufficlent accuracy over a moisture range of 3-17%. The a of the method (elm&
10.5% for the molding powder and caprone K, and about 1% for wood powder and eaprmei.
:B) should be reducible by further refinement of the technique. Drig. art. hw:
ligures and 1 table. 7-
ASOCIATION: none
,SUMITWIM 00 DA33 ACQ: 1OJbn63 RNMI 00
!SUB CME., MA NO MW SOV: 003 006

SLONIM, I.Y&.; URMN, Ya.G.
Nuclear magnetic resonance In oriented polymers. Part ls Formulas
for calculation of the second moment. Zhur.strukt.khim. 4 no.2t
216-223 W-Ap 163. (MIRA 16:5)
1. Gosudarstvennyy nauchno-iBaledovatel'skiy institut plasticheskikh
mass,
(Polymers) (Nuclear magnetic resonance and relaxation)
C@

_L 37020 62 EWMI19n
9M
ACCESS MIT- n: -AR5003006'
-1
SOURCE: Ref. ch. Khtmiya# Abse 20830
AUTHOR: Urmang Ya,.G,; Slonim, 1, YA.
TrTIZ: V,`uclear magnetic resonancd In oriented polymers. II* Films of poly-
ethyleneterephtimlate
CMD SOME: Sb, Vyaoi molekul. soyedinentya. Geterotsepn. vysokownlekuto
soyedinentya. M., Nauka, 1963, 227-232
--..,-TOPIC-TAGS:---nuclear-magnetic-resonance,-polymer-film,-oriented--p I e pal
a ye r"
ethyleneterephthalate, film structure, m aqg n -a t-i c____f_ i e-- 1-d,--- str etched Illimp f Us __r_Q-__
tion, doublet line
t
a
TRANSIATIGN: The nuclear magnetic resonance (MM) spectra of polyethylenetereph-
thalate films which had been stretched unt- and biazially were recorded at tem-
peratures from -196 to +170C. The shape of the NKR lines was found to change
when the film was rotated in a magnetic field. When a film which I-Ad been
stretched untaxially was placed in the direction of the fietd. the line showed a
1/2
"Pard

L 37o?-o..65
!T
ACCESSION HR: AR5003006
doublet structure characteristic -of the -pair--of -protons -in a CItz-gCoupe When's
filat whieh had been stretched uni- or blazially van placed perpendicula
magnetic field, the line had a complex shape indicating orient^tiott of the
macromolecules in the plane of the film. The experimentally determined relation-
ships between the aecond moment of, the NKR and the angle of rotation of the filis
in the field for the cases of uni- and biazial stretching agree satisfactorily
with the relationships calcislated theoretically by the formulas derived in PartI
of the study (see RMKhfm, 1963, 21S26). Authorcl abstract*
SUB CODE: HT 1VFP EWCL: 00
t4r-
-272
Card

sw@jm, I Ja I.,;UBV-IOV,,A.@. A.t-l
L .._
;, @-@ OVAPSKAOr. -, X
3 . ".
.. " [K,)-rar3kaya@ (Moakv)
Study of curing and d#39trutstion of epo-rj resins by nuclear
maor@etl@i Chfan. pn-va 13 111163.

TUTORSKI Y, I.A., SLONIM I. Y-.. , !i*l;MAl - -n,.C,., KUFRYA;TSE-VA. Ye.P.;
DCGADKIN
Study of the y,-,`-.at-!cn of rubber by 'r.& of nuclear
magnetic Daki. AN SSSR !@.- n.@.;;6714-6,6 5 163.
(MIRA l6tl2)
1. Minskovskty inst"Aut tonkoy- khllml.7htiskoy tekhrolojLl Im.
M.V.Lom,-,r,,3sova. A.A. Balar.-U.rqm.

h 27
EPA(s)-2/EWr(m)/EPF(c)/EPR/EWP(J)/r pC__4Ar_4/p9_4/pt_l0 WW/(@
ACCESSION NRs AT4049841 S/0000/64/000/000/0033/0036
4.
AUTHOR: X ZhLgunova,, 1. Ye,,* SlonLm,, 1, Ya. Urman.-Ya. 0.
Heyman$ H. B.
TITLE: Investigation of the degradation products and the change in mobility of
molecular chains during the thermal degradatLon/of polycarbonate
SOURCE: Xhimicheskiye evoystva L modLfikatsLy& polimerov (Chemical properties
and the modification of polymers); abornLk statey. Hoscov, Izd-vo Nauka, 1964,
33-36
TOPIC TAGS: polycarbonateg polyarylateg Li-.rared spectroscopy# ISER spectrumf@
pyrolysis, thermal degradation / Diflon
ABSTRACT3 It was found that the polycarbon e I'M lod with a structure similar
to that of the polyarylates based on diphen, *-olpiopane and terephthalLcOor iso-
phthalic acid (polyarylates TD and ID), has high stab!.Iity-t-ow-a-r-d-s-plii~lysin up
to 400C. The slight gas evolution at 400C creases at higher temperatures and at
SOOC it reaches 16% -f the- weight. -of- the it; Lal-producte- th-the
of polyearbonates H2,CO,CO2,CH4, ethsnes et. lene and propylena were found by
chromatographys The name gases were found the pyrolysis of TD and ID at 5ows
Card 1/3

L 27813-65
j-
ACCESSION NR: AT4049841
Infrared spectra of polycarbonate and of the solid residue after degradation at i
SOOC showed that the absorption bands of the CH3 group (2970& L365p 1385 cm-1)
which are present in the initial polycarbonate are missing In the solid residucas
and that the intensity of the absorption bands of the groups Ca 0 and C-0-0 (1780
and 1259 curl) decreases. The increase in the Intensity of absorption at 1600 and.
Soo cm-1, corresponding to the benzene ring# in the solid residue shows that the
residue contains more phenyl rings after degradation, The change In the structure'
and molecular mobility during degradation of polycarbonate was also investigated
by nuclear paramagnetic resonance spectra. Here, the width of the line depends on,
the degree of mobility of the molecular group containing the resonant-ring* At a
temperature higher than 150C and lower than -130C, for the initial polycarbonat@e,
a composite signal is seen which consists of two componentot a narrow and a wide
band. Two regions of decreased width of the line from -150 to -50C and from 150
-170C
o are-found-for-the initial polycarb vwtee ---The-- narrowing-of- the- UR -
t
at low temperatures is due to the mobility if the CH3 groups In the polymer,
narrowing is less marked for the residues The change In the electron paramagnetic
resonaneft spectra during degradation shows hat the number Of 3 9V I in t 0
CH oup
polymer rapidly decreases and that the rigLitty of the structure Increases because
of the formation of eolyphe I structuress )via, art* bast 4 figures@ I table
'ev- and I formulass
@7-

V

-
L 27873-45
:

ASSOCIATION I NaUchfid I" ilhititwiti 4iii",_049 0"
its) -
-lictentific research inst
J
_00 7
.-SIB j%g:
Ap)
SUMMD: -2 ay62
ons
IV an SOVV. 003
7 4W
i@7
-7
41F
L:
n Lu
its C(j:,..,1 _-j.
oC i)OI.,
I L
C. 0 "0 C@@.-".-
U'-,-3 nuclicar ma,rnctic rosonance. TAO US-- of thiS MWLI,,od for dic (10 t4-'l*l'&l illa L.,,,,
n Lh o n, o'
cl@@gvcc: of cl-yst.111inity, is L,-,Fcd on tho thcory that t*,.c protons i
A
Lvive narrow bands hile t@.o_=31 in '!-a Immobil'o "..'do
critical frequcncy here isi0i, - 10D c.,-). s. 'rh_- dvaamic do-rce of crysLil-
avare. %V;f*t incrcasia- temperature,
..n
Gf cialn @@Cgnlcnl.s doponds on t1- te i n 1) a r.
-.-nc,:,---i'Ly of L`.c; chain se azos und 'E.,12 c1c',,,rc;@,- G` c-stallinity d@,Ci-oascs.
_g-rnf@nts incre , i .1 . i a
ri-idity of t1ne polynner str=turc 6,@@Iancls on this dc,,trce of crystallinity,
A. I I A
charactaristac. ,@;nt v. -c Lan-m"da I'Inn-formin-
i:; aii ii-.iport", -In the preF -orl
L U I-C S!''hil.;
nlu',wds
L4
wi -
L".(" ro C 0 C
w,@ro fcundl to hi"h

(I C '.'C.
G 03

SLOND@, 1.Ya.
Shar-es of nuvI-Ar magrietic rescnance llnes in yclymers. Vysokcm.sced.
6 n@.8:137.1--'378 Ax 164* (MIRA 17:10)
Nuclear twignetic resonance in the twc-nomponent pclymer systems. lbid.:
1379-1386
1. NaucYiwo-Issledevatellskly institut plaattchesklkh mass.

UR1411, Ya.','.; 1, Yra.; Kl',!!G'IAI.cj'i, A.S'.
llur@lear vignetle r-@.sonanca in Vyookom.soed. 6 no.9:
-1651-11655 S 162.- (MT.RA 17:10)
1. Nauchno-tsoledovatcll3kiy Institut pla3ticheskikh mass.

UFNAN, Ya.G.; SIMIM, I- Ya.; YERMOIAYLFV, AeDv
Nuclear magnetic resanance in the syste. : polymer in monc,,.tr
matrJx. Vysokom. soed. 6 no.ll12107-210@ N 164 (MIM 1812)

88 Pe-4/0r-4 n
SK
_LT EWT(w)1kPF(c)1EW(J)1T
ASDfv@)-VAM/ESD(t) RX
ACCESSION NR: AP4012078 9/0020/64/154/004/0614/0117
AUTHOR: Slonign, 1. Ya.. 'Urman, Ya. G.; Vonoyats V1. At I Liffan'k
Berlin, A, A.
TITLE: Nuclear magnetic resonance in polymers with conjugated bond systeam.
SOURCE: AN.SSSR. Doklady*. v. 154, no. 4, 1964,'914-917
-TOPIC TAGS: nuclea:r magnetic resonance, coplanar polympro, noncoplaizar
polymers, conjugated bond polymer, magnetic field. aecondkry magnetic moment,
polyphenylene, macromolecular structure, conjugated double bond system.
ABSTRACT: The nuclear magnetic resonance of polyphenylene and its derivativea
was studied, to determine H the molecules have a flat structure a n4 the adjacent
riv4p 4XV onrAplawwo The magnetic field and the secondary manumt of
phenylf;neRpolyazophenyl eAffld methyl- substituted polyazophenylene of
*n 1W
1000-3000 molecular weight ere detehnined at -196C, 20C and L75C. Experi-
t
mental values for the seconda moment of poIM$mm7Bm an niAtch less thm thS
icafd l/a ------

_40
@L 8878-65
ACCESSION P@R: "4012978
theoretical value if the molecule were pWar, but agree with theoretical value-
if the adjacent rings were rotated 370 along the C-C bond between the rings*
Resulta are similar for-polyazophenylene' - The--moment for the -mdthyI-4uhatitUt__.
ed poly azophenylene was found to be no higher than that of the unsitbatituted: Uift.
planarity of the adjacent rings and rotation of themethyl group
indicate:a nmeo
-in Vie inolecule'even at 196C. OrIg. art. _hab: I table, I figure, and 3 for
ASSOCIATION- Institut khtmichaskoy fisikiv AkdmU-K&Uk SWR J (IMM
ChemicaMbleitca, -AcadqU of Sais c Nauch*,@._igud4dovatelld
Plastlelle-a"kh magis tg*lentlflc,-Regisardh-fl"tityAt*-Of A"t
MNCU 00.'
.04Sep63, Se.
SUBPMTTED-.
-:'OTHER: 00
SUB C4?DM; Mpg,. W'i NO REF SOVi. 00S.
CCffd 2/1;
10 LS41)

L 51008-65 EWG(J)/EWr(m)/EPF(--)/WP(J)/T/iWA(h)/EWt(l) Po41/Pr-4/Feb
ACCESSIOR Us AP5011023
zVol
9 WO/O 0 61MA" t2lo 1
558.27
/A
-391,
!AUMORBI: SIM1201. ya.;@Umant Ya. G. I Tj;Mql@M Akmtln; IL 8,
L A. Dj
jTITLEi Inolear, magnetic resonance in oriented polymms, 3.
Red"a
@PO md polyformald!!gdo 6
FICEs Zhu=al ohmkt=
SOU w kbildly V. 69 no. 20 1965 t 192-197
F
=Olear meopetio resomences orysWitne polymarg polgomadftts,
1AISM011i The orient&+U6 *f radlative4. polyworized
A@We (11F) was studied by MIR techniqpse. MIR spectra of "imomorystalMime" (5-6
@;Iw- length) and polycmtalllzm sswo4-m of Pr were deterained &t -196C for difIvent
r
o, entations of the pr#o WoUlIfue axle In the magasti field, The
not_ 'I IV-Sq-- WOU 0
18.5 0.5(9MUA4) Vm dMerimse Aim ths ovICALted 611@
2 (Pau"
(Gms)', and is attrlymt" 'to ohGz4p -in *0 d18t=QG C E &M - 1 Mr A,w o lot.-
or residiwa molecular wtlqm at -.1960, admIated maviss, for AN fa Smoomptankt-7
!Card 1/2

L 57000-65
1ACM33:4Z IRs AP5011823
all,
;G.Peoia4us are 0.5 (9%uss)2 and 2 (gms)2 bi&her for Of vo end 01 145 0 r*6"wT*'
1;th= tka exp"riments.1 valuest Of in the angle between the axis of apsoluen and the
@directlan of the field. The line shape for Isolated nualsar pairs was calcaUted nn;
ithe asaimption of a wifforp distribution of Inter=a1ear vootors on the awfaft of ai-@
cone atter the method of 0. S. Pao (Z. Ch". MO. 16, 527 # 1948). the experiameaL".-
Aine abape was foand to be considerably different from the oalculated-ang and
-disorel(in(W Lis attributed.. in -part to the negleat or-w-type -oz7atiames, In-.the
2
ceacuis.tion. im the wacaution of 4% of the line shape# and at the line widtht
most of' the Weight was given to ths, &IM* orystallites. WtM or7*t&UIt*S a"
oriant4d at 760071 to tho asawasoopio cMW axial X_JM orysteMtea we _11116U41
I
to thig axis. The oclouUted deVeMAnce of the Ifte vIdtk as %* sugla,41 to ft-
@good W?eemsmt with experizental,ftte,* nw anthors; tl--L- Too Asarysm far dstsk--m
go r
Or14C* art. bsse7__C___
the x-ray piotwe of +A* npeolum, 7 mp @#j %otogrffk#'
wd 7 Ovations.
IssocrArims - sauchno4saxetevatelvalc4r, Instumt Plestin a warufte-
Institute of Polymers)
SMUMIXt 12N*v63
NO REF ';OVs 005 OMMS 008
Card 2/?,,//M

r @i in 11, t r I oz lin L! hu r :3trikt. him. 6
1 t"; t Jt-
Aft

L 23332-66 Ellrr(ml/EPF(n)-2/EWP(J)/T/E,,~IA(h)/E!~IA(l)---
90/66/W8 2/02 _T
ACC NR, AP6006979 k SOURCE CODEs UR/01 0
AUTIORSt Urman, Yas Go; Sionim, I* Yao; Termol!M A* D*
VROt _&ientific Research institute of Plastics (Nauchno I ledovatellskiy instilt
plasticlieskikh mass) 0r
TITLEt Investigation of the 'radiation po@aaerizatiJ,of trioxan in solid phase (hth
report in the series "Nuclear magnetic rd`s6_nWffU4-11r-Men polymers")
SOURGE: Vysokomolekulyarnyye soyedineniya, v. 8, no. 2, 1966, 251-255
IDPIC TAGSt radiation polymerization, nuclear magfietic resonance,, trioxane
ABSTRACT: Oriented radiation-induced polymerization of trioxane in solid phase has
been Investigated by NMR. This is an expansion of the work published earlier by
Ya. G. Urman, I* Yao Slonim, and A. D. Yermolayev (Vysokomolak. soyed., 69 2107j, 19610,
The method for preparing monocrystalline trioxane and for its polymerization was
described previously by I. Yao Slonim, Yas 0. Urman, and A. D. Yermolayev (Zh. struct.
khimii, 6, 531, 1965). NMR spectra were taken with a spectrometer 11 Uits Central
Laboratory of Automation (Tsentralinaya laboratoriya avtomatiki) at the frequency of
20 megahertz at hOC. Changes in the HMR spectra observed during Uvv solit. poly-
merization process are shown in Fig. 1. It was observed thats 1) dul-Lig post-
polymerization of the irradiated sample at 5509 the ehape ayid second moment of NMR
line change sharply, The position of the sample in the field also has a significant
UDCs66.095-.26_+6?8-55_

i AC@ NR. AP66o6979
Mwo
POI
the M)noMe
. .....
P
Fig# 1. Shape of NMR
lines at 40C for
three positions of
the sample in the
magnetic fields a#
bo c - t:-ioxane
monocrystal; dj, %
f - trioxane after
irradiation and
heating at 55C for
80 min I gq hp i -
pol"JIMmethylenel
washed of the
residual monomere
effect on the character of NMRs 2) agglomeration of low-molecular products occurs
during polymerization, which is responsible for the appear&=* of a narrow component
in NMR. Orig. art. hasi 5 figures.
SUB CODEs 07/ SUBM DAM 27feb65/ oRici Rut mo/ OIR MWI
Angle and a field-
Samp) 2 a bWO jr/I
a
omer
d
er
.
lymer g h

0 0 IT-0-W-0 A41
0 of 0 0 0 0 aw". 1 4 0 * 0 0 9 0 0 0 0 0 #
& v x x o Li 0
j it
so 10 u 11 wIs 16 if w
ZONIM C.09.%
pMgwun omWWwo. @"bkwtq owd Vu.
00 junc.311. 14.06fli. the tic-
:,I,,4t-Urn rMUISUM jo Wtv*ltd 11. IIW art6lil 44 A 11111114IC'
:0
"IALLUNSKALLIT144102 CLASSOICATION
164043
atg Rig min at is w us n I:m 0 00 a 0 0 1 w 41 9do a 3 0 1
0 0 0 0 o 4 o o 0
00 *00 so : *0 : 00
coo
zoo

two
.

I'
ON I m
- ,

Dithydraties of petsuisum omulsluss by meacts of high

Mo. 12, 01 1 It PAG I. I &ease

(flat of contrell in that une too the derfumit-4 it VIKII It'"is
0 Ifir rmul,ftm by a Istref III "III dwirctimr. The whairr
00 1-411141@.. 1111.111 fh@' ilidtHOCT 44 file C14V fidd pti.111'ril
I.,larrol shr I'"Ill .1641t.s "Ilwil Im.1121414 at
41" .... 1*. -4 alld. wall"o "Itsw 1.-11. it, IIII'lld
.1 the dMilikir" Owl"'Y th.m.,aill's d4us@t .4 . q4-"I
age
4mi m1ming 11.1krilte
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pit,

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0
94* 0 Soo* 0 0 0 0400 0 0 a * 0 0 0 0 0 Is 0 g
10
0
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0
0
4000 o 0 0 0 o g o

LJ
im. 1. W. (;*Men& lIft. No.4.233-&I, -Tbetk,.tub*W
dthydrator ousliewd previously by the tutbw (cf. C.A.
,U. OUP) mW pawated in Mumma is & writwd in dgtaU
in,
tube.
Y. in thr prinsivy and W-M kv. to dw mvndam
@Ilrruit and 37-=Ib-,InS ITITIP.. the Ult coiltent of a
ctude gl was 1'. . .10-, to 0.1ft-, tx4wv Ilst
I-Lint ', to be shut tlown. A n%xink-d torm of tubts will
be uv"l to pftvrnt fvpmtcd clev. bn@kdewn at their ensh
.,mi twnetfAUM Of Oil bttWMU the outti eln-trotle and the
(firk-etric lube mAterW. Bruno C. Uctsom

- . -.- - - -1 . .
1 7 ; - t-I ' ` ' I - - -.
I @ . . I - I . .,
T,) t.1 on; ,-I llj:@:, tl- Flan.'-; c, 7-11,@s-"
I , 1. @ - 1:1 1 @
2'
',-.-ir@'icn T(,-@I-, olo--ical In,;t
FO Vecheryaya Moskva
Surn 71

SLONIM. L.S.,- innhaner; SIIINSKIY. G.U.
New method of assembline. chnirs. Der.prot. 5 no.12:8-10 D 156,
(MLRA 10:1)
1. Kona t rukt orskoye bLwuro MoskavBkogo oblFistnogo upravlonlyn mestnoy
promyshlonnosti.
(Chitirs) (joine.7)

L 234.@0-65 VdT(d)/EWT(m')/EWP(f)/T_2
ACCESSION NR: AR5000899 0/1)273/64/000/01010009/0010
somm nef. zh. Dvlgaf@ell vn'utrennego spranlya. Otd. vyp.. Abe. 10. 39. 68
AUTHOR: I m L. S T-r-u libagn qm, J @ A
-swan
TITLE: Calculating the process of supercharging in a two-cycle Internal combustion engin
CITED SOURCM Tr. 2Lelyab. I etaktrifik..e. kh., vyp. 16, 1963. 97-104
TOPIC TAGS: two cycle engine. engine supercharging system. supercharging coefficient,
supercharging phase calculation I I
TRANSLATION: Selection of pressure levels and optimal parameters for air aucts of
the tupercharging system is of major significance In engine design. Hence. on4 should
know the amount of working gas per cycle passing through the air ducts.of the super-
charger, from the receiver Into the working cylinder. Uperimental studies established
that supercharging of two-cycle engines with slot scavenging should begin after closure.
of the scavenging ducts, rather than after closure of the exhaust ducts as thought
previously. 7be process.of supercharging consists of two, stages: - 1. the supercharging
stagn during w:haust, and 2. the supercharging stage after completion of exhaust. The
fortner stage can be considered as a continuation of the scavenging process. the.latter
card

L 2,4450-65
ACCESSION NIA: AR5000899
takes place with exhaust ducts already closed, hence the prearure -increases steadil
y In
the oylinder aM drops to the receiver. Experimental results served to establish the
dope ndenco of gas flow rate on rpm and supercharging pressure. This dependence
@.ppi-oaches a linear form in relation to change in rpm, or to the level of supercharging
proo oure. The ratio of the actual, experimentally defined, rate of gas flow to its
analytically determined value was termed the coefficient of supercharging. Within
the jitudied range of operating speeds, that coefficient exhibits a rectilinear relationship
to the number of revolutions of an engine's crankshaft and comprises a function of duct
charmel cross section dimension and of the level of supercharging pressure. Values Of
ternis In the expression for a coefficient of supercharging are given In relation to
*ar ious pressures and various periods - duct cross sections. Results of experimental
studies indicate that the dependence of the coefficient of superchArging: on superchargkng
preesure is curvilinear at oinjitant rpm. It Is concluded that an empirical coefficient
of supercharging should be Included In calculations of the supercharging phase for a two-
cycle engine when Mining the rate of gas or air flow through distributtac ducts. Bibla
with 2 UUOGI 3 illustrations. P. sh9lest
'BUD CODEs PA ENCL: 00
2/2
Cord

IVENSKIY, G.V.; FOSSE, Z.V.; SLONIM, M.A.
Twelve-phase bridge rectifier with series connection of primary
transformer windings. Izv. NIIPT no.8s83-110 161. (MIRA 150)
(Electric current rectifiers)
(Electric power distribution-Direct current)

AID F - 889
Subject USSR/Electricity
Card 1/1 Pub. 29 - 22/23
Author Slonim, N. M.
Title incre'ase-ofIthe no-load current of repaired a-c motors
Periodical Energetik, 10, 38, 0 1954
Abstract In reply to a reader's question, the author gives a
brief explanation.
Institution Not given
Submitted No date

SLONIM, M.A. (Leningrad)
Use of the dilference equations method in calculating inverse firing
in converter systems. Izv. A111 SSSR. Energ. 1. transp. no.5060-568
S-0 164, (MIRA 17:12)

SLOIIIM, N.M.
Mounting bull-b"arings on shafts and thi washing of b*arings.
Enorgetik 4 no.8:40 Ag 156. (KW 9:10)
(Bearings (Machinery))

B01MON, I.N., inzh.; VINOGRADOV, X.V., inzh.; VICLIANIUMM, A.Le, inzh.;
GOLIDGCIV, B.G., inzh.; KUZONIN, V.S., inzh.; XULIKOT, P.S., inzh.;
LIBEZY, N.V., lnzh.; LITI, S.S., kand.tekhn.nauk; ROUUOV. H.S.,
inzh.; SIDOROV, T.D., inzh.; SMOLOV, D.Y., insh.; SUNIM, NX,
inzh., laurest Stalinskoy premii; XFWZYN, A.L., insh.; ANTRUSHIN,
B.D., inxh., nauchnyy red.; SIKAKOV, S.N., insh., nauchn" red.;
TRUBIN, V.A., glavM red.; SMIN. A.T., sam.glavnogo red.; GRIND-
VICH. G.P.. red.; MWIFANOT, S.F., zed.; OMYRIYEV, I.A., red,;
ZIMIN, P.A.. red.; VIDOYMO. Z.I., red.izd-va; SHIROKOVA, G.M.,
red.izd-va; MLIKINA, R.N., tokhn.--ed.
tPower engineering handbook for construction work] Spravochnik
energatika na stroitellstva. Izd.2.. perer. I dop. Pod red. 'N.M.
Lebedeva. Koskve, Gos.izd-vo lit-ry po stroit.. arkhit. i strolt.
materialam, 1960. 736 p. (MIRA 13:11)
(Power engineering)

CZECHOSLIWAKI@/'/ Virology. Hummi and &n1mal Viruses E-3
Abs Jour Ref Zhur - Biol., No 2, 195F, No 5009
Author Slonim, Shtepanek
Inst Not k.1ven
Title Investigations of a purified Virus of Czechoslovak Tick Ence-
phalitia by an Electron-Optical Method. Coimnunication IV. Vi-
rus of Czachoslovak Tick Encephalitis.
Orip Pub t Ceskosl. epidemiol., mikrobiol., imunol., 1956, 5, No 4, 173-
177
Abstract i The virus (strain JIR) was introduced into mouse brain, and
the brain susDension was then treated with acetone, ether
and methyl alcohol, or by a cruder method -- with bentonite
and subsequent freezinF. The titer of end products of puri-
f ication (DWI obtained by the first method, attained
Card 112

yq
vc.
VI

A-n-,
"krch

ZONI"a, Yu- ',I-
ft'ir,.,ilar of i,he Tashk,.,nt ;%3trono dcal Observatoryllj No. 220) 8 pp p 1949.

IMONIM., Yu. M.
ll'@ircidar of the Tashkent Astronomi@;al Observactory", No. 221 1949.

Yu.
"Circular of the Tashkent Astronomicil Observatory", No 222, 8 PP 1949.

SHCHIGLOV, V.P.; SIDNIM, Yu.M.. redaktor; SKRIPNII, N.V., redaktor;
BABAKHANOVA.-4-.~-,'teftiiieheakiy redaktor.
(Zelipse of the sun on June 30. 19541 Solnechnoe zatmenio 30 Hunia
1954 goda. Tashkent, Izd-vo Akad. nauk UsSSR., 1954. 30 p. [Ulcrofilal
(Bollpses, Solar--1954) (MM 7:11)

61()NIM, Yu-m- @ 1.
-.-, --- ---.
Chromospheric flares and some characteristics of active regions
of the sun. Izv-A1I Uz.SSR.Ser.fiz-mat.nauk no.1:83-93 157.
(MIRA 13:8)
(SUR)

SLONIN. Tu.K.; KULZSHOVA. K.F.
Characteristics of the lost eleven-year cycle of solar activity
Trudy Tashk. astron. obser. Series 2 6:101-111 137. (MIRA 11;11)
(am)

SLONIM. YU.M.
-,
Development of sun studies at the Tashkent Astronomical Observatory
during 75 years (1874-1949). Trudy Tashk. astron. obser, Series 2
6:37-60 157. (KIRA 11:11)
(San) j

:ZONIM, YU.M.
'A
'A@" -t46@ik*
Ictive areas on the sun and chromoopheric flares.
astron. obser. Series 2 6:61-100 157.
(Ban)
Trudy Tashk.
(MIRA 11:11)

88821
Translation from: Referativnyy zhurnal,
P. 52, # 2A431
S/oy,/61/000/002/006/016
A001/AO0l
Astronomiya i Geodeziya, 1961 No. 1,
AUIHOR; Slonim Yu.
TME: Chromcspheric Flares and Prominences in Active Zones
PERIODICAL: "Tsirkulyar Tashkentsk. astron. observ.", 1959, mays, 20, No. 300,
PP. 17 - 20
TEXT* Observations with a chromospheric telescope show that prominennes
which are formed in the coronal space are frequently followed by prominences of
chromospheric origin. Streama and loops of ooronal prominences, multiple ejec-
tions 3f a "fan" ("c-pakhalo"), and other phenomena are frequently of repeated Vx/
nature. De32endinS mo7ements of m@Atxer in the coronal space entail ascending
movements in the --hromc3phere and vice versa. Flares and local luminosity growth
appear both in spots of ma-.ter ejection and in spots of flowing in of coronal jets
and strea:ms. An inveztigatl@ln of 30 flares on the disk proper also produced the
Card 1/2

L iL56
S/033/62/039/005/001/011
E032/E314
AUTHOR; Slonim,p XH_t@
TITLE., Relation between chromospheric flares and prominences
in active regions
PERIODICAL: Astronomicheskiy zhurnal, v. 39, no. 5, 1962,
798 - 812 + 2 plates
TEXT: An attempt is made to clasaify chromospheric flares
on the basis of their connection with prominences. The analysis
is based on observations made with the chromospheric telescope
and tho spectrohelioscope at Tashkentskaya astronomich*okayn
observatoriya (Tashkent Astronomical Observatoxy) during 1958
1960. The observational data indicate that in active solar
regions chromospheric flares and prominences frequently accom-
pany each other. Thus, flares are accompanied by the ejection
of chromospheric matter (including retrogressive ejections)
and slow outflow (with a constant velocity of about 10 km/sec)
leading to the formation of prominences. rlares are also
related to the inflow of streams, loops and jets of coronal
prominences. The development of flares is correlated with the
Card 1/3

S/033/62/039/oo5/001/011
Relation between .... E032/014
nature of the accompanying prominences. Flares take the form
of a short impulse in the case of sudden ejections of chromo-
spheric matter,or the form of-extended emission
bursts in the tase of slow outflow of chromospheric matter.
Finally, in the case of coronal inflow, the flares are of the
prolonged pulsating type, which is in good agreement with the
delayed and intermittent development of the corresponding prominences.
The flare-pr6minonce correlation is confirmed-by-the fact"
that flares characterized by plasma motions (flares-prominences)
are similar to the usual forms of sunspot prominences, including
typical loop structures VPettit's sub-class IIIb (Astrophys.J.,
98, 6, 1943)1. This conkirms earlier results reported by the
author (Tsirk. Tashkentsk. astrone obsery.0 no. 300, 17, May,
1959). The simultaneous appearance outside active regions of
these two processes may be regarded as additional evidence for
the correlation between them. Thus, flares accompany-*the
sudden disappearance of extended stationary filaments and the
ejection of matter from undisturbed chromospheric regions.
Card 2/3

S/033/62/039/005/001/011
Relation between .... E032/E314
The correlation between flares and prominences may have a
deeper significance, i.e. the two processes may, in fact,
be different manifestations of the same effect in the upper
layers of the Sun. There are 5 figures and 2 tables.
ASSOCIATION: Tashkentskaya astronomicheskaya observatoriya
(Tashkent Astrohomical Observatory)
SUBMITTED: April 30, 1961 UnitiAlly)
March 20, 1962 (after r*VL& ton)
Card 3/3

ISHCHENKO, I.M.; Yu.M.9 kand.fize-matemonauk,, otv.red.; EYDELIMAN, AoS&?
red.; irAxABA' M-A, Kh.U.., tekhn.red.
[So,,,io eclipsing 'Anary stars in constellations Cygnus, Lacerta, and
Cepheu-@.) Nekotorye zatemnennyo dvoinya zvezdy v sozvezdUakh Lebefts,,
laohelterity i Tsefoia. Tashkent, Izd-vo Akad. nauk Uzbekskol SSR,
1963. 102 p. (Tashkent. Astrononicheakaia obsematoriia. Trudy, Ser 0 2,
Vol. 9).
(MIRA 16-9)

Aocissi(xl NP: AP4007596
XOTHOR: Slo
_@i nim.- Yu.
S/OM/63/000/00h/0067/0077
TITLE: Nature and localization of chromospheric flares
SOURCE: Solnechny*ye danny*ye, no. 4, 1963, 67-77
ITUIC TAGS: chromaopheric flare, brightness pulsation, chromospheric matterl
C:,-ronospheric prominence, coronal prominence, microphobometer, coronal mtcer,
Pulsatini, flare, flocculent field, C type flare, 8 type flare, A type flare,
Balmer continuumi, recombination process, H calcium line, K calcium line, hydrogen,
neutral helium line
tMTRACT: The relationship of flares to solar prominences has been discussed.
Three types of flAres aro considered. Type A is shown to have plasma with sharp,
short pulse jets, type B a strong, contracted radiation burst,, and type C a long-
duration pulsating character. The first two appear strictly in the chromosphere,
whercas typo C has a coronal origin, In order to compare these various flare types
objectively, the flare intensity was replaced by . the 34ne width characteristic
HW It is shown that type C I'lares are generated principally in the growth phase
Cardl/2

AcEsSION HR: AP4007596
of sunspot Groups, *,.-Ii,@-reas types A and B are found in the decaying phase. It is
concluded that these facts notcd , shov the differences between the fast-
Grcxrin- fla s of types A and B and the pulsating flares of type C. The analysis
is cc.ended to connect type C flares with loop prcminences. Variou3 reasons a re
rriven for the hypothesis, emphasizing the similarity between pulsating emission
center for type C flares and the nature of noaal and jet radiation of prCminences.
Two significant observations are cited: the first on April 5, 1960 in group
No. 144, and the second on December 1C. 1956J. in the case cited by H. Zirin
(Ap. J., 129, 414, 1959). This latter observation. supports the hypothesis
that -type C flares are generated in the solar corona, and form spatial multistage
structures. "The author expresses his gratitude to Z. B. Korobova for help in
the Vhotaaetrie measurement&." Orig. art. has: 5 figures and 1 table.
ASSOCIATION: none
SUB' MTZM: 00
SUB CCDE: AS
Card 2/2
DA=. Acq: 2waa64
NO UP SOV: 006
00
OU

L 06315-67 EWT(l) OW
ACC M AR6016291 SOMICE COLE: UR/0269/66/000/001/W53/00$r
AUTHOR:.I.Slonim, Yu. M. z 3
8
TITLE: Flares with emission of material and photoapheric phenomena associated
with them. Part 2
SOURCE: Ref. zh. Astronomiya, Abs. 1.51*425
REF BOURGE; Solneghrv@Ve dannyVe, no. 1. 1965, 51-57
TOPIC TAGS: solar photosphere, solar flare, solar chromospherep solar corona,
solar magnetic field
ABSTRAGT: The development and ascent of loop protuberances associated with strong'!
,,/chromosphoric flares are discussed and the following conclusions are made. Flares!
of the given type are closely associated with the emergence of the magnetic field
and material from the photosphere into the outer layers of the solar atmosphere.
The interaction cf the ascending field with the field alreactr existing in the
corona produces in-turn condensation and discharge into the chromosphere.of the
coronal plasma. Thus, mixing of photospheric, chromosphAric, and coronal Meterial.-
occurs in the region of flares. The discharge of the coronal plasma cau3ea long-
Card :02 bTC: .523.75:523.7,4

L 06315-67
ACC NR: AR60'162911 0
term pulsations of floccula brightness. Bibliography of 25 citations. V. BarLin
ZTranslation of abstract7
SUB CODE: 03
Card 2/2

SDONIHER, B.H., inzhoner.
Now methods for setting up tanks. Mael.shir.prom. 19 no.1:30-31 134.
(XLRA 7 t 2)
(Tanks)

SLOVIKKa, B.K., inzh.: XAMffSKIT. L.Ta.. Insh., retsenzent; ABAEMOYs
G.L. inzh.. red.; MOLYUKOV, G.A., rod.izd-va; SOXCLOVA, T.F.,
tokha.red.
[Asmembly of equipment and plants of the food Industry; a reference
"nuall Montash predprHAW pishchovoi promyshlennostli kratkoe
spravochnoe posobts. Moskva, Gos.nsuchno-tekhn.izd-vo ushinostroit.
lit-ry, 1960. 376 p.
(MIRA 13:7)
(Pood industry-Nquipment and supplies)

SLONIM, B.M., inzh.
Glass pipes. Mael.-zhir.prom. 26 no-7:35-37 -yl 160.
(MIRA 13!6)
1. Trest 'Prodmontazh".
(Pipe, G18813)

SLO11114ERY B.M.; POVAROV, K.I.; MAKOVITSKIY, B.K.q i=h.,, nauchrqy
red.; GORDEYEV, P.A.p red.izd-va; SBIMSITEVA, N.V.#
tekhn. red.
[Installation and use of glass piping in the national economy]
Stekliannye truboprovody v zarodnom khoziaistve,, ikh mostash i
ekspluatatsiia. Moskva, Gos. izd-vo lit-ry po stroit.,, arkhit.
i strolt. materialam 1961. 179 p. (MIU 15:2)
(Pipe, Glass)

SLOI:I:L;@', inz:..
-- -
:.'aw FacAnZ materials for --las:-. pipes. Mont. i spiota. rab. V 3'.roi.
23 no-3:7-10 '-tr '61, (III.-A 14:2)
1. Spg-tsializirovannoye ul)rwrlen!3e po montaz@u stoklyannych trubc-
provodov tresta Frodmuontazh.
(Pipe, Glas3)

RODIKINv P.P.; SLONL4ERp B.M.; KAU, L Kh.
Brine-cooling coilo made of glaos. Khol.tekh. 38 no.2:51-52
Mr-Ap 161, (MIRA 14:3)
(Refrigeration and refrigerating machinery)

B.M., Jnzh.
Manufacture of the parts of gla.33 pipelines. Mont. o spots. rab.
v stroi. 24 no.1;22-25 Ja 162. (FIX, 15:7)
I* Spetaializirovannoye upravloniye po montazhu ateklyannykh
ti-ubo,,)rovodov tresta Prodmontazh.
(Pipe, Glass)

SILI"ID-MR) B.M., inzh.
Testing the 3trength of the joints of Flass pipelines. I-Iont. i spats*
rib. v stroi. 24 ro-4:17-19 Ap 162. (MIRA 15:7)
3. Spetsiallnoys upravleniya po montazhu stel-dyannykh truboprcyvodav
Tre ta po montazhu prodovollstvennykh predpriyatiy.
(Pipe, Glass-Testing)

V,
ACCESSION NR: AR40434136 5/0282/63/000/012/000110001
SOURCE: Ref. zh. Xhimich. I kholod. mashinastr. Otd. vy,*p. Abs. 12.47. 3 ;i
AUVIMR: S102!aer
TITLE- Glass tubing in the chemical Industry 7
CITED SOURCE: -Vestn. -tekhn. I ekon. inform. N. -1. in-t tekhn. -ekon. Inal
Gee. kom.-ta khim. I neft. prom-sti pri Gosplane SSSR, vy*p. 4. 1063, 27-30 z
TOPIC TAGS: glass tubing, glass product, chemical industry
:TRANSLATION: Notes the advantages and disadvantages of g".,'- kbing- -In
the USSR, glass tubing 1. 5 - 3 m long and with 'diameter to 100 n6n Wth smootli
con.
ends is ntade from low -alkali glass not. containing boron by the metliod of
tinuous elongation. Describes the mounting of the tubes and shaped parts, tbel,
operating conditions, thermal insulation, and exam a of the use of glass tub-;
Ing at various factories. Three illustrations.
SUB CODE: MT, CO ENCIX 00
Card i/I

SLONII-ER; B.N., inzh.
Anticorrosive polyethylene coatings for parts of pipelines.
Mont. i spets. rab. v stroi. 25 no-5:25-26 My 163.
(MIRA 16:7)
(Polyethylene) (Protective coatings)
(Pipe fittings)

SWITIM, Dlnltrlj; SLONNOVA, Miluse
Complement fixation in 4iagnosis of influenza. Cook. epidem.
m1krob. Imun. 5 no-3:125-131 June 56.
1. Z ustavu lekarske m1krobiologie a imunologle KU v Praze,
prednosta prof. 14UDr. Frantisek Patocks.
(INTLUMA, diagnosis,
complement fixation (Cz))

An Intlex of' Z. P. Solovlev r. r;u [e-mail] works
1936. 21 P. (42-261/26)
Z88251-73-S6
1. Soloviev, Zinovil Petrovich 1876-1928 - Bibl.
2. Hygiene, Public - Russia - Bibl. I. Shukhman, M. IF. II. IAkovlev, Ivan
Nikolaevich. III. Moscow. Institut Fanitarnol kulitury.
J- - - - -7., - ."L- - 'T 11. @@Idz-, I.Y., I I- - - --. - -

-Y, '-r' I-.., T.
V, ay I , A .
-).U, 1 i ,I.. I
Phyticitns
Xl'xclzey A - '-d -- --.- - :-. " ` -*.. @ -- -"- !,'- @ . - - @ trr , "@. 7. '_-'52
9. Monthl List of Russian Accessions, Library of Congress, Oitob-r 1952 IW, Uncl.

SLC:I-,,@;KAYA, 1. A.
KfIldicine, .@Civd
Lenin's evaluatlon of the qork of colmtry dcctors. Sov.zdrev., 11, lo. 2, 1952.
Monthl-I List 2f Russian Accessions, Library of ConGress, June 1952. Unclassified.

_aWjjj)WKATA. t"; AWASHUN, I.D., rodaktor; SINCHILO, K.K.,
_ ;d^, Ab;:"q@
tekhnicheskiy rodaktoxi
[Medical service worker* in the revolution of 1905-19071 Hoditsinakie
rabotniki v revoliutall 1905-1907 gg. Moskva, Gos.ivd-vo modell"y,
1955. 49 p. WMA 9: 6)
(Russia-Revolution of 1905) (Medical service employees)

SloCKINSKAYA, I.A.(Mookva)
@-Il
'S'
Wical workers in the Revolution of 1905. L.A. Slonlimalmla. PsIOU
akash.:'no.11:3-10 N 055. (NMA 9:2)
(NWZCDF"ZSTURT)