B/081/61/000/013/018/028
B110/B205
AUTHORSt Vaysberg, K. M., Zizin, V. G.
TITLEs Spectrographic determination of vanadium and nickel in
petroleum products
PERIODICALs Referativnyy zhurnal. Khimiya, no. 13, 1961, 529,,abstract
1311324 (Tr. Bashkirsk. n.-i. in-ta 1.o pererabotke nefti,
11960, vyp. 4, 160 - 185)
TEXTs The weighed portion of the petroleum product was irfcinerated by
the method of dry incineration, and the ash was dissolved in HC1. The
aoid was evaporated, the chlorides were dissolved in water, and the
solution was boiled down to the volume required. In the solution ob-
tained, the content of V and Ni was determined with an MOT-28 (ISP-28)
spectrograph. The 0.02 mm wide slits were illuminated, -v'J-.th a three-lens
system, and the electrodes were projected onto the intermediate condenser.
The spectrum-was'excited with a condensed spark obtained from an AT-3
(IG-3) gene.V#tor. Titanium was used as a reference element. Thq. results
of the spec~irum analysis were compared with those of the chemical and
(lard 1/2
S/081/61/000/013/018/028
Spectrographic determination... BIIO/B205
colorimetric analyses. The comparison showed that the accuracy of
analysis is sufficient for practical purposes# ~AbBtracterls notes
Complete tranalittib
Card 2/2
SHABALIN, I.I.; KRUGLOV, E.Aq VAISBERG, X.M.
Spectral determination of naphthalene and its derivativea in gas oil
from catalytic cracking. KhimA tekh.~6pl. i masel 7 no.11:25-28 N ,62.
(MM 15:12)
(Petroleum produ4ts) (Naphthalene-Spectra)
- - ----------------
KUIJ,KOV) V.N.; VARFOL011EY-EV, D.F.; 13011DAREITKO, M.F.; KOTOVA, V.N.;
AWET011, I.G.; YOLYCHEV, V.M.; NOSALI, G.1,; KIVA, V.N.;
FANUJTGjVA,, M.F.; ~7=GIDV, E.A.; SWLEIFV, A.S.; SHIB,4-.LIN, I.I.;
SHIEW]KRAMETOV., O.A.; ISYANOV, I.Ya.; RATOVSYJiYA, A.A.;
VAY�~LERG$ K.M.
Technology of the production of naphthalene from the refining
products of eastern oils. Nefteper. i neftekhim. no. 4:30-33
164. (MIRA 17:5)
1. Nauchno-issledovatel'skiy institut neftekhimicheskikh
proizvodstv i ordena Lenina Ufimskiy neftepererabatyvayushchiy
zavod.
VAYSBERG, K.M.-.-
Answer to E.M.Pats' review. Kcks i khim. noJi60-61 164.
(ZAIRA 1-7:4)
KRUGLOV, E.A.; VAYSB'-"OG, K.M.; ABMAOVICH,
Investigating the indlVichial composition of the Bynth9tlc
fatty nr-'ag of petrolf,,= paraffins. Khim. i tekh. topl. i
maa6l 9 no.5a.36-38 5 W 164 (HIRA
1. Nauchno-issledovateltskiy Jnstltut neftekbimichaskikh
proizvodetv.
VAYSBERG, K.M.; KRUGLOV, E.A.; KHABIBULLIN, M.F.; SMALIN, I.I.
Using the gas-liqaid chro4tography method for studying the various
types of haphthalene. Koks i khIm. no.3:4,4-4.7 163. (141RA 16:3)
- (Naphthalene) (Gas chromatography)
i E--
ylqs E'E FG K m. '. S I ite, 1:1,
Us ing gas chr,-,.-na
quar, uitat i1w. al-,.~l -.r roct~ br 'S
d
10iim. i tekh. t,~pl. c.53-57 S 16-
1. Nauchno-issitdov,-I!,~1
I Alt prcizvodstv.
I
I
PAVLOVA., Yu.N.;_VAYS,BERG, L.A~
Review of the book "Problems of anesthesiology and surgery
In pulmonary diseases." Probi. tub. 1+1 n0.5:86-88 163.
(MIRA 17. 1.)
VAYSBERG, L. A.; ROGACHIKOVA, T. A.
Anesthesia in surgery for laryngeal cancer. Vest. otorin. no-4:
36-39 161. (MM 15:2)
1. Iz Moskavskoy gorodskoy onkologicheskoy bollnitsy No. 62
(glavnyy khirurg-onkolog - prof. L. M. Nisnevich)
(LARYNX-C,UICER) (ANESTHWIA)
SAVONICHEVA., I.P., kand. med. nauk; VAYSBEIqG, L.A.
Experience in the use of. anesthesia with separate ~n-.ubst-;On
of the main bronchi in the surg;~cal treatment of julmonarl
t,uberculosis. Khlrurgiia 40 no.3:98-102 Mr 164. (MIRA 17:9)
1. Nauchno-4--saledovatelle-kiy instlwt tuberkuleza (d-,Ir.- kand.
mod. nauk T.P. Mochalova) Miristers-tva zdravookhranen.4ya RSFSR,
Moskva.
SAVONICHEVA, I.P., kand. med. nauk; VAYSBERG, L.A.
General anesthesia in surgery, for pulmona-,7 tziberculosls.
Prob. tub. no.106-42 165. (MIRA 18:12)
1. Nauchno-issledovateltakiy institut tuberkuleza (dir.- kand.
med. nauk G.P. Mochalova, zamestitelt direktor po nauchnoy
chasti - prof, D,D. Aseyev) Ministerstva. zdravookhrananiya
RSFSRq Moskva,
J.
ACCEssiox NR AN4021934 BOOK EXPLOITATION S/
Vaysberg,, Leonid EmmanuilOvich_
Control and organization of production in metallurgical plants (Upravleniye i
or anizatoiya proizvodstva na metallvrgicheskem zavodo), Moscow, Metallurgizdat
1993j, 383 P. illus.0 biblio, Errata slip inserted. 3,650 copies printed,
TOPIC TAGS: industrial engineering., -metallurgical plant,, planning, automation.,
metallurgical plant administration
PURPOSE AND COVERAGE: The book considers the problems of production organization,
the planning and administration of a moOern metallurgical plant. The basic direc-
tions of technical progress in ferrous metallurgy, in the development of the modern
metallurgical plant (combine),, are pointed out. A great deal of attention is given
to the problems of organizing work on the basis of combined graphs to assbre pro-.
gressive technical-economic indicators of shops and plants. Special chapters are
devoted to the problems of the use and maintenance of equipment, powers ources.,
and material-technical supply of a metallurgical plant, The book is intended for
engineers and technicians in ferrous metallurgy and can be useful to students in
advanced courses of metallurgical higher educational institutions and departments,
.VAYSBERG,, L.0
~ 0 -
Photoelectric recording of infrared auroral spectra. Izv. AN
SSSR Ser. geofiz. no.lsI66--~167 A 161, (MIRA 2J+.-.1)
iAuroras--Spectra) (Spectrump Infrared)
VATSBERG, M. Ya.
"Evaluation of Justification and Determination of the Effectiveness of Yethods
of Short-T----m Hydrological Forecasts," Meteorologiya i Gidrologiya, Issue So. 1,
1949.
u-1442, 28 Aug 51
VAYSXR,CL,.II. (Sverdlovsk); VESHLOV, N. (Sverdlovsk); ZINOVITEV, Tu. (Sverdlovsk);
X~,
LEMOV, N.(Sverdlovsk).
("The economics of the socialist-chemical industr7." N.H.Ka_'-vkoy, S.A.
Vnishein. Reviewed by N.Vaisbarg and others) Yon.okon.no-7:150-153 Jl
156, (Chemical industries) OCM 9: 9)
(Kalmykov, II.N.)
(Vaishein, S.A.)
I
k
SHIMANSKAYA, R.I.; PLYUSNIN, V.G.; VAYSURG, N.S.
Use of pyrolysis ta-- from wastes of the synthetic alcohol
manufacture. Khim.i tekh.topl.i masel 7 no-9:34-37 S 162.
O,M~A 15:8)
1. Urallskiy filial AN SSSR.
(Petroleum products)
Zr'OVTM-Va YU.N.0 llz'ld.oka=.vmk; VJMMEM, U.S.. kwid. okion. nauk
. - I - I I
FWIM the levol cf the tru4--)L,,g e ClIL"40al 0??glnoem
ia Orlin-M-Ars. Z?wr.TC,10 3.0 no,41451-452 165,
(M.R-k :113sll)
KURT, V.G.; VAYSBERG, O.L.
Starting regulzw observations of infrared caronal lines. Astron
teirk, no.174:11-12 H '56. (MLRA 10:35
1. Gosudarstvennyy asteonomichoskiy institut imeni P.K.Shternberga
i Gornaya asteonomicheskaya stantsiya Glavnoy astronomicheskoy
(Falkovskoy) observatoriya.
(Sun--Corona) (Spectramsolar)
30)
AUTHOR: Tayqbergf 201..'L~! SOV33-35-6-13/18
TITLE: tight Absorption in a Mixture of Negative Ions
0- , H-'and 0-
PERIODICAL: Astronomicheskiy zhurnal,1958,vol 35,Nr 6,pp 931-932 (USSR)
ABSTRACTt The author gives the distribution of light absorption in
several mixtures of negativeions, The results are represented
in 3 figures; It turns out that the observed interstellar
light absorption can in the beat way be explained by assuming
negative ions of molecular oxygen with a small admixture of
negative ions of atom-ic. hydrogen.
There are 3 figures and 5 references, 1 of which is Soviet,
1.American, 1 Canadian, and 2 are English.
ASSOCIATION: Institut fiziki atmosfery Akademii nauk SSSR (Institute of
'Atmospheric Physics of the AS USSR)
SUBMITTED-e. May 13,' -1958
Card 1/1
i
VAYSBERG _-O.AL.,-
First observations of auroral spectra with a photoelectric spectrometer.
Izv. AS SSSR. Ser. geofiz. no.8:ln7-1278 Ag 160. (KIRA 13:8)
1. Akademiya nauk SSSR, Institut fiziki atmosfery.
(Auroras-Spectra)
86213
3, / ?/0
S/O~-9/60/000/008/015/015
E201/E191
AUTHORs Vaysberg, O.L
TITLE: First Observations of theNiuroral Spectra Obtained wit-h
av'Photoelectric Spectrometer
PERIODICAL: Izvestiya Akademli nauk SSSR, Serlya geofizicheskaya,
1960, No. 8, pp. 1277-1278
TEXT: Beginning in November 1959 auroral spectra were
recorded at the'"Lalmrske 11 sta-tiori with a large-apertlare photo-
, ya .
electric spectrometer. The.optical parts of the spectrometer are
shown schematically in Fig.l. A lens 1 projected the image of
the aurora onto an entry slit 2. A rotatable mirror 3 and a
collimator )+ directed the light onto a diffraction grating
The ruled area of the grating was 1~0 x 140 mm and it had 600
lines/mm it concentrated 'light in the second order. A spherical
mirror ~ produced a monochromatic image of the entry slit in the
plane of the exit slit 7. k rotatable mirror 9 allowed the use
of a,second slit 10. Condenser lenses 8 and 11 projected light
onto photomultiplier cathodes (not shown in Fig.1). Light filters
were placed in front of the entry slit to select the required
Card 1/3
First Observations of the Auroral
Photoelectric Spectrometer
6621-1
B/049/60/000/008/01 51015
E201/E191
Spectra Obtained with a
wavelengths. The diffraction grating was rotated with an
asynchronous motor; the scanning rate could be varied from 0.26 to
500 A/see. Photomultipliers were of 6:,Y -19M (FEU-19M) type.
The sensitivity of the apparatus was checked by placing a phosphor
loaded with radioactive carbon in front of the entry slit. An
amplifier was connected to the photomultiplier and the amplified
signal was recorded with a potentiometer )rqi?-,-Og (UP-09). Fig~r'
shows a spectrum of a corona-type aurora of magnitude III. The
spectrum of Fig.2 shows the second positive system of' N- the
negative system of Nt, the first negative system of 0+-., the 0 1
P I
line at 5577 1, other 0 1 and 0 11 lines, as well as N I and N II
lines. It was found that hydrogen emission was usually strong in
diffuse uniform auroral arcs observed to the South of active
aurorae or other arcs. Hydrogen emission was not observed in the
absence of visible aurorae or the band. of N+1 at 4-709 k (Fig-3).
Card 2/3
8621 -11,
B/049/60/000/008/015/015
H2.01/E191
First Observations of the Auroral Spectra Obtained with a
Photoelectric Spectrometer
Acknowledgements are made to V.I. Krasovskiy who directed this
work and advised the author, to juj,_Ga.119 T, and N V
Dzhordzhio for their advice, and to V.G. Babich for help In
experiments.
There are 3 figures and 3 referencesa 2 Soviet and 1 English.
ASSOCIATION: Akademiya nauk SSSR, Institut fizik.-L atmosfer
(Physics of the Atmosphere Institute,_AB-UM~
SUBMITTED: March 10, 1960
Card 3/3
Possible mechqniqm of the retardation of the earth's rotation.
Astron.zhiw. 38 no*3t545,-549 Yq-je 161. (KM 14:6)
1. Institut fiziki atmoefery AN MR.
(Earth-Rotation)
43410
44
S/169/62/000/011/069/077
31410 D228/D307
AMUR:
TITLE: Spectro-electrophotometry of auroral hydrogen emis-
sion
PERIODICAL: Referativnyy zhurnal Geofizilta, no. 11, 1962, 22-23,
abstract 11G148 (in 'collection: Polyarn. s1yaniya i
S
svecheniye nochn. neba,- no. 8, 14., A4 S"SR, 1962,
36-42 (summary in Zng.))
YM: Spectrophotometric H%-line observations carried out
at Loparskaya $ = 6306, A = 12607) are described. Recording was
conducted in several selected,sky areas in order to obtain the sky.1
hydrogen-glow distribution during an aurora, and also to determine
the glow region movement. Recording was also carried out of auroral A
forms in the background next to these areas. 'Since various emissions
are registered at a different time in spectral scanning, recordings
were doubled for control purposes. Observations showed that hydro-
gen emission is, as a rule, concentrated in one, mostly southerly -
Card 1/3
S/169/62/000/011/069/077
Spectro-electrophotometry ... D228/D307
ihomogeneous arc. In the initial stage of an qurora this arc appear-
ed to the south of zenith and moved southwards, when the 11~y_linc in-
tensity then increased. The intensity of the band (0 2) 142+ X4709 R
L
grew simultaneously. The arc usually reached ZPI 75-~00 . Then a
second (and sometimes a third) arc apl)eared and also moved south-
wards; no Hp is detectable in it. 10-20 minutes after the visible
approach of the arcs a group ot rays passed along the upper arc from
.7est to east, then bright active forrns (auroral splashes) appeared.
HO sometimes weakened,aftex a splash and moved northwards. j~part
from southerly homogeneous arcs, no intensification of the 11,-, -line
as compared with background was detected in any auroral forms. i~
slow diminution of brightness with altitude was noted in a 1hydro"en
..arcf. The appearance of arcs with hydrogen emission only at large
zenith distances and the failure of attempts to record such arcs
at the zenith, together with the high angular spread and the slow
-brightness diminution in a 'hydrogen arc', lead to the.supposition
that a 'hydrogen arc' stems from a projection effect or from the
Van Rein effect. The vinible hydrogen field nection. in governed by
the superposition of the altitudinal and the latitudinal glow dis-
Card 2/3
S1169
/62/000/011/069/077
Spectro-electrophotometry ... D228/0307
tribution. The 11p -line was not once observed in the absence of
visible IYlow, nor when the glow waa Sometimes very wcak. Cases of
diffuse hydrogen-emission glow were noted, too, over much of the
sky to the north of zenith. The ratio of 11~/14709 may reach 1.5
in hydrogen fields and is much less than I in all auroral forms. No
detailed relation between the dppearance of hydrogen emission and
the variation of the magnetic field's H-component wa's detected.
Hydrogen emission was absent on magnetically quiet days; bright
hydrogen fields appear on nights with magnetic storms and intense
auroras. Negative coils are connected with the southwards movement
of the hydro en field.
Z-Abstracter s note; Complete translation.2
Card 3/3
AUTHOR: