SCIENTIFIC ABSTRACT VAYMBOYM, V.S. - VAYNBERG, B.R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859110011-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

24(l)
SOVI 112-59 -2-4071
Translation from- Referativnyy zhurnal. Elektrotekhnlka, 1959, Nir 2, p 269 fUSSR)
AUTHOR, Vaymboym, V_ S,
TITLE: Variable-Pitch Mechanical Sound Recording
(Sistema mekhanicheskoy zapisi s peremennym shagom)
PERIODICAL: Tr. Vaes. n.-i. in-ta, zvukozapisi, 1957, Nr 1, pp 94-112
ABSTRACT: A system is described of a 78-rpm variable -pltlch mechanical sound
recorder developed by Vsesoyuznyy institut zvukozapisi (All-ITnion Institute of
Sound Recording) in 195Z-1953. The system comprises a disk-recording
machine of the Neumann Company remodeled so that the motion of the stylus
is controlled by a DC motor whose speed is, in tuz!n, controlled by the
amplitudes of the signal being recorded. With weak signals, the speed
decreases and the grooves are cut closer to eac,.-x other. With strong signais,
they spread so that the amplitudes of the signal- in the adjacent grooves have
enough room on the disk. The variable-pitch system, because of the
Card 1/3

SOY! 112-59 -2-4071
Variable-Pitch Mechanical Sound Recording
sluggishness of its mechanical components, requires an advanced application
of the controlling signal; it is not suitable for direct recording. Therefore, a
sound recorder with an additional magnetic head is used. The controlling
signal is a combination of two signals from the additional and fundamental
reproducing heads. After detection, the signals are summed, converted by a
mechanical interrupter into a series of square pu1ses, and applied to a
potentiometer and further to 10 pulse-height selectors, the latter pass the
signals exceeding a preset value. Each selector is connected to a trigger
couple which operates when the signal exceeds the couple's threshold. The
trigger energizes an electronic relay whose contacts short-circuit a part of
the voltage divider; the divider controls an electrical drive which drives, via
a reducer, the feed screw of the disk-recarding imach:lne. To ensure
necessary control during a full revolution of the turntable, a delay circuit is
provided in the grid of the electronic -relay tube; this circuit receives a voltage
Card 2/3

SOV/112-59-2-4071
Variable -Pitch Mechanical Sound Recording
pulse from the trigger on each operation of the latter. The electric -drive
operation is stabilized by'a DC tachometer generator fed by an electronic
stabilizer circuit. The equipment operates on a pulse no shorter than 30 msec.
The drive error is 0 - 576 of the recording pitch. The maximum gain in the
recorded time of a disk record is about 2576. The practical gain depends on
the nature of the recorded item. In 1955, an improved outfit was developed
for recording long-playing records at 33-1/3 rpm which uses a continuous
electric-drive speed variation under influence of the controlling signal. Circuit
diagrams and photographs are presented. Bibliography: 8 items.
V. S. V.
Card 3/3

VAYMBO'THv_T4~ ~ -
Possibility of increasing the dynamic range of reproduction amplifiers
for high-qualit7 magnetic souzid recorders. Trudy VUIZ no.2:23-41
'57- r (MIRA 12:3)
(Amplifiers, Electron-tub*)
(Magnetic recorders and recording)

OTNOLID, APOLL071011A, L.P.; roc`.; %-V roe.; VASIL,,,VS-IY, D.P.,
red.; VR0M.l'V&,.IY. A.A., i-C.;
r1e.; K_"tZ-A"'24'Y' B.'re.,
raid.; PSIML2., Ye.l., RDZE'~221.-A.T,
GRID-07A, G.L., red.; GRIGORASH, G.L.,
PAR7~1(1!2'7~O, V.I., red.; PUS,%',T, L.A.,
!:.A., red.; MAIZIUL1, ad
boTcls for ap, ratusl Kienltnys polov`i dlia
195. 153 P. (MOskva. V8eSOiUznFi
Trudy, no.3)-
(MT11 12:1~)
recorders and recording--Equipment and supplies)

1~
-q,jy,L4TJ01A, V. I kand. r-hu" "
F
-berLl'.On iq*;
r-e,,,er -i -
"9 63
radiove,--ho,h.

gm red.
jL
BULDY.AlT~,'N,A,, tekhn. red.
(All about stereophonic sound *stam o stereofonii.
Mosk*a, Gosenergoizdat3 1963, 127 p."('*141aftia radio-
bibliot6ka) no./+78).Translated from the N IRA 17: 1)
French.

ACC NRi m603;006 (A~ Monograph
Dubovskiy, B. G.; Kamayev, A. V.; Kuttif-toov, F. M.; Vladykov, 0. M.1 qurin, V. N.1
1-jura!;hov, A. P,; Markeloy, 1, P.; 0chergin, V. P.; ay=o~ps' virideako,
V. Yn.; Dlycv, L.V.; Bogatyrev, V.K.; Vaviloy, V. V.; Froloy, V. V.
Critical pnramatero of aystema with finnionable materials and nuclear safety; a
handbook (Kriticheakiye parametry alatem a delyaGhcbim1sya. venbcheotvami I
yadernaya bezopannoott; opravochnik) Moscow. Atomizdat. 1966. M p. biblic.
diagra., tables. 9000 copies printed.
TOPIC TAGS: nuclear safety, nuclear reactor, homogeneous nuclear reactor,
heterogeneous nuclear reactor, chain reaction
FMOSE ATM COVERAGE: This handbook In intended for specialiats concerned with
the problems of assuring nuclear safety an well as for persons ealculating, de-
signing, operating, and studying the physics of nuclear reactore of various types,,
as well an for students In associated departments. The book discusses methods of
creating and maintaining conditions.uhich will exclude the possibility of an
accidentally chain reaction during the processing, storage, and transportation CC
fissionable materi&U. The book Is based mainly on the results of studies pub-
liahed before 1965. In addition to information on critical parameters of system
with fissionable materials, the authors considered it usePul to include in the
handbook the fundamental concepts of criticality, principles for assuring nuclear
safety, a review of cases of the occurrence of uncontrolled chain reactions,
-Card-112 UD03 621-039-519-4/621-039-58

FACC NR'-A~&ii624
and the basic standards for nuclear safety. The authors exproos appreciation to
M. P. Rodionov, T. I. SukhorarkbG-ft, H, A.Gavrilova, and L. V, AntOnkina, for
their valuable ansistence. There we 6k references, 30 of vh1ch we SOTW.
TAME OF CO7MWS (Abridged)
From the authors -- 3
Ch. I. Basic concepts of nuclear safety
Ch. 11. Reviev of experimental date an critical parameters of ityateme with
fissionable mat~arlala -- 14
Ch. III. Methods of calculating homogeneous reactors -- 88
Ch. IV. Effect of neutron absorbers on the criticality of systems ulth
fissionable materials -- 142
Ch. V. Criticality of- systems of interacting suberitical, "senibliet from
fissionable materials -- 169
Ch. VI. Uncontrolled chain reaction outbursts in systems containing fissionable
materials --202
Ch. VII. Basic standard* for samaing; =Aclear safety -- 214
References - 223
MM CODE: IV am amt ewaAl mm W, Ow/ o= RHPt 034

S/19-1/i52/000/004/014/017
BI 1 0/~ 1 7~8
A UTH 0 R S Vayn, A. S.;L1 Fedorenko, N. P.
TITLE: Application and production economics of 3ynthetic resins of
tl~e vinyl. acetate croup
PERIODICAL: Flasticheskiye massy, no. 4, 1962, 53-55
TEXT: In 1949, the Yerevan plant "Polivinilatset at" bee-an production of
vin,, I acetate and its derivatives. By 1965, 64 lilo polyvinyl acetate is to
be used in the paint and varnish industry for the production of
approximately 200,000 t of water-soluble paint. 46,000,,000 rubles and
25,400 t vegetable oil will thus be saved. The vinyl acetate Croup
.ncludes polyvinyl butaryl for the production of '-C,5 (BF) glues with phenol
resins. Polyvinyl alcohol is used for the production of synthetic fibers.
Howev(-r, working costs must be reduced considerably if production is to be
increased. Trebled output of the synthesis units of the "Polivinilatsetat""
plant, continuous rectification of vinyl acetate., and regeneration of
acetic acid, partial utilization of the reaction heat to preheat reaction
gases, use of ditolyl methane and highly com,,ressed vapor as heat carrier
Card 1/2

S/I 9 1 /62/000/004/0 11- 4/0 17
Application and product.'on. B 11VYB 138
are planned, to improve production processes. Costs of xaterial -for 1 t
vinyl acetate will thus be reduced 10-15 and power costs several times.
Production costs of 1 t vinyl acetate will be reduced 41.4 '! inci,.ndin~ raw
70
material, power and overhead reductions of 18.1 18.1 ~-', and 5.2
respectively. Cont Inuous production means that polymerization till,"I'3 C~!~' 1) e
reduced to nearly 1/5, the amount of reaction apparatus to 1/6, arid a!-
2,
a six-fold increase in output per m 44-4 ~c reduction in labor force,
5.3 i." reduction in the annual vinyl acetate consumption, and almost
iG-12 reduction in the polyvinyl acetate costs. Capital investment for
vinyl acetate can thus be reduced by 50 Expansion of industrial iinits
and hiEher capacity increases productivity and reduces C,3LD-'tal inV~-St,7i-,j
and production costs. The production of acetylene from, hydrocarbonz!
reduces costs 35-45 Ne-.;, efficient methods of producing acetic acid.
will reduce costs to 25-33 thus involvinE a reduction of 20-25 ~o J.".n the
cost of vinyl acetate. All these factors would contribute to rudi.-,cirq-f, the
cost of producing polyvinyl acetate by 50-'-,5 ~-'. There is 1 tablo.
Card 2/2

VAYN , A. S.
Rav material factor in the distribution of tbe plastic industries.
Plast. massy no.8:55-58 164. OCTRA 17:12)

VAYN, D.Sh., inzh.
Use of shunting switches as busbar connectors. Energetik 9
no.1-0:19-20 D '61. (YJRA 15:1)
(Bus conductors (Electricity)) (24lectric switchgear)

-VAYN, Lazar' Illich; ZABULIKA,.V., red.; ZFEMANYAN, N., tekhn. red.
(For obtaining 70 per cent of -young pigs in tbB.first half year]
Za poluchenie 70% porosiat v pervom polugoii. Kishinev, Goo.
izd-vo "Kartiia moldoveniaske," 1961. 13 pe (MIRA .14:3.0)
1. Glavnyy zootekhnik Chadyr-Lungskogo rayona (for Vayn).
(Moldavia-Swine)

VAYNp U* As (mnY be 5arle as I-,. A. Veyn)
Roll imeneniya reaktivnoy sposobnosti organiz-ma pri vozdOistvii preparatav salivareana
kDissertation)
In List of Works Produced in the Physiology Dept. of VM1 tAil-union -Lnst. of Experimental
Medicine imeni A. M. Gortkiyj Report on VII11's rOBbarch vork for 1938-1939, published
Moscow-Leningrad 1940
U-3060 p 2/328

VAYHAGIY.,,_,j.-V.--[-V.ainahiiq IN.)
Fruit bearing of som& herbaceous plants In various mountain
belts of the Uk--ainian Carpathians. flauk, zap, Nauk.-pryrod.
muz. AN URSR 9:12-1-128 161. 14MA 15:2)
(Carpathian Mountains-Plants-Production)

VAYNAGIY, I.V. [Vainahii, I.V.)
Effect of periodical freezing an the gemination of seeds
of some herbaceous plants of the Carpathians. Nauk. zap.
Nauk.-pryrod. muz. AN URSR 10:45-54 162, (MIRA 16:8)

VAYWIY, I-V- (Vainahil, I,V.1
Intensity of germ4nation of seeds of certain plants of the.Ukrainian
Carpathians collected at different altitudes. Ulmbot.zhur. 17 no,2.6
5o-6o 16o. (MIRA 13:11)
Livovskiy Mazey yeateetvennykh nauk, otdel botanikio
(Carpathian Mountains-Botany) (Gormination)

VAYNAGIY, I.V. [Vainahii,, I.V.j
Characteristics features of germination in =untain plantso Ukr.
botahar. 18 no.4:74-80 161o OURA 14:8)
1. Livovskiy nauchno-prirodovedcheskiy muzey AN USSR, otdel botaniki.
(Carpathian Muntains-Botarq) (Gfirmination)

VAY*NAGIY, I.V. [VainaYi-1, T.V.]
Gemination power of '&~e seeds of Caipathian wild herbaceous plants
in a laborat-ory. Ukr, boll. zhur. 20 no.4.-48-5? 163.
(MIRA 17:4)
1. Nauchno-prirodovedcheskiy muzey AN UkrSSR, otdol, botaniki,
LIvov.

VAYNAG.IYR Ij. [Vainahii, I.V.]
Occurrence of dogtooth violet (Er7tbronium denscanis L.)
in the Ukraine. Ukr. bot. zhur. 21 no.1:99-101 164.
(MMA 17:3)
1. Llvovskiy nauchno-prirodovedcheakiy muzey AN UkrSSRv
otdel botaniki.

VAYAAUSXkS, serzhant
Fr,)m a notebook a little cross fell. Starsh.-serzh. no.1:25
Ja 161. (MIRA 14:7)
(Atheism--Study and teaching)

VAYNAUSKap -I.
rzh. no.5:21 MY "63,
Vruits of labor remain, Starabs-se I (MIRA 16tlO)

VAYNAUSKA-0-0 V. V.
"Investigation of Errors of Phototriangulation NetworkB." Cand Tech Sci, Moscow Inst
of Engineers of Geodesy, Aerial Photography, and Cartography, 12 Fab 54. Dissertation
(Vechernyaya Moskva Moscow, 3 Feb 54)
SO: SUM 186P 19 Aug 1954

VAYRAUSKAS, V.V., knndidat tekhnicheskikh muk.
Precaleulation of anticipated accuracy of aerial triangulation note
plotted on mechanically operAted optical inat:mmenta. Geod.i )mrt.
no.IP:16-21 Je 156. (Triangulation) (MIRA 9:10)

VAYNAUSKAS, T~V., kandidat takhnichookikh nauk.
'Idj4-~f multiple intersections in photogrammetry. Geod.i kart.
no-7:13-18 J1 157. (MIRA 10:10)
(Photogrammetry)

VAYNAUSKAS, V.V. [Vainauskau, 7.j, dotsent, kand.tekhn.nauk
Adjustment of aerial triangulation strips with control
points located at their ends. Izv.vya.ucbeb.zav.; geod.i
aerof. no.5;91-96 159. (14IR& 130)
1. Kaunmskiy politeklinichenkly inotitut.
(Aerial pbotogrammetr7)

SOV/154-58-3-6/24
AUTKORt Vaynag~~~_.R4ndidatc of Technical Sciences, Assistant
Docent
TITLE: Balancing of Unclosed Traverses by Distributing Lateral
Closures According to Higher Power Functions (Uravnovestiivanjye
vytyanutykh poligonometricheskikh khodov putem raspredeleniya
poperechnykh nevyazok soglasno funktsiyam vysshikh stepeney)
PERIODICALt Izvestiya vysshikh uchebnykh zavedeniy. Geodeziya i
aerofotos"Yemka, 1958, Nr 3f PP-49-56 (USSR)'
ABSTRACT: This is an approach to the problem of substituting the balanc-
ing by the method of least.squares by a distribution of the
closures after a preceding elimination of the angle closures.
This method is applied to unclosed traverses. The longitudinal.
closures are distributed prop'ortionally to the first power of 1
and the lateral-closures proportionAlly to twice the second n
power of this term. n denotes the number of sightings in the
traverse, i the subscript numbering the point in the traverse.
The accuracy of the results is about equal to that of balancing
by least squares. The method proves to be simple and not
Card 1/2 wearisome. In balancing short traverses it is sufficient to

SOY/154-58-3-6/24
Balancing of Unclosed Traverses by Distributing Lateral Closures According to
Higher Power Functions
distribute the closures in proportion to the lengths of the
sightings. There are 2 figures, 2 tables, and 2 references,
1 of which is Soviet.
ASSOCIATIONt) Kaunaeskiy Politekhnicheskiy institut (Kaunas. Polytechnical
Institute)
SU13MITTED: March 22, 1958
Card 2/2

VAYNAUSKAS, V,V,
Adjustmant of large aerial triangulation nets. Geod. i kart. no.8:
40-46 Ag 163. (MIRA 16:9)
(Triangulation) (Aerial photogrammetry)

VAYNAUSKAS 9 V. V.
Combined adjustment of the results of photogrammettic and physical
meapurements in phototriangulation series. Good. i kart. no.2-.42-49
F 163. (MIRA 16:3)
(Aerial photogrammetry)

VAYNAUSKAS, V.V.
Combining analytical and graphic series in aeratriangalation.
Geod.i kart. no.12:40-45 D 162. WRA l612)
(Aerial photogrammetry)

VAYNAUSIUS., V.,V-----
Multiscale sm-tial ixl-ane phototriamgul--tion.
no.9:33-1,1 S 16L (Aerial photogrametry)
Geod. i
(=-j 14:9-j

VAYNAUSKAS, V.V., dotsent, kand.tekhn.nauk
Estimating the precision of phototriangulation strips by the use of
models and geodetic control points. Izv. vys. ucheb. zav.; geod. i
aerof. no.4:83-89 '61. OMIRA 15:1)
1. Kaunasskiy politekhnicheskiy institut.
(Aerial photo grammetry)

67350
344) 13. Ll 0 0 0 S CJ'V/1 5 4 - 5 9 - 5 - 7 /17
AUTHOR: Vaynauskas, V. V., Docent, Candidate of Technical Sciences
TITLE: _'djustment of Aerial\Triangulation Cha.-LnB Having Two Sets of
Initial Control Points
PERIODICAL: Izveotiya vysehikh uchebnykh zavedeniy Geodeziya i
aerofotosl'yemka~ 1959, Ur 5, pp 91-96 ~USSR)
ABSTRACT: In the present article the author investigates the problem
~
as to how far the effect of random errors in aerial triangula-
tion chains can be reduced by applying the best adjustment meth
od and how accurately the residual error to ba expected can
be predetermined. In order to simplifir the theoretical treat-
menti these problems are studied with the help of a straight
line divided into regular sections (Fig 1), For this line the
author formulates the analytical expression for the residual
root mean aqiiare deviation of the i-th link of the aerial tri--
angulation chain (1) and estimates the acouracy of trian6LIlation
for the linear, squarej and cubic distribution law of discre-
pancies. When establishing aerial triangulation chains from
the two end-points of the line and connecting the two symmetri-
cal halves in the middle of the triangulation chain, the s1mi-
Card 1/3 larity of results allows to set up the Legendre function (10)

67 350
.)OV/154-59-5-7/1 7
Adjustment of Aerial Triangulation Chains Having Tric, 5ets of Initial Control
Points
for th'e adjustment of a polygonal. line,, first neglecting angu--
lar cong-ruences. The coefficient q i known from the LGgendre
function can be replaced by the relation
-\/2 3'
n
The maximum residual. error for the value i n/2 ia found in
the middle of the triangulation chain (Fig 2 )~ With a linear
distribution of discrepanciesgos, very convenient formula is
obtained for the residual error of the i-th link. The accuracy
of determination of the residual. errox, by the method mentioned
in the second place is increased by 5(Yi!j as compared to the
first method, 20 aerial triangulation chains were investigated
for the purpose of checking this new method, and the accuracies
obtained with the help of various adjustment methods were ccm-
pared (77ig 3)- In all cases the sq'uare method proved to be
the most suitable adjustment methods Adjustment methods of
higher degree offered no further advantages, There are 3 figures
Card 2/3 and 4 references, 3 of which are Sovietl.

SOV/154-:53-5-7/17
Adjustment of Aerial Triangulation Chains I'laving Two Sets of initial Control
Points
ASSOCIATI:011: Kaunasskiy politekliniclieskiy inatitut
(Kaunas Polytechnic Institute)
SUBMITTED: JanuarY 7, 1959
Card 3/3

ARIMUSHKIN, L.S.; DUMOV, V.I.; VAYNBAUM, I.F.
Resulto of experimental investigations of centrifilgal-type
hydrodynamic sealings. Izv.vys.ucheb.zav.; av.tekh. 5 no.3:
131-142 162. (MA 15:9)
(Sealing (Technology))

L 21411-66 F-t',T(m)/EV,?(w)/E,'IP(v)/T/EV-'P(k)/ETP(m)-6 vpj,,/r:m/Dj
FA-CC NR: Ap6aO9927 SOURCE CODE: uR/o4l3/66/ooo/oo4jollq/oj2d
INVENTOR: Arinushkin, L. S., Abramwrich, R. B.;; V b I -Y."
a;M a I D=gy _V
Mikhaylov, Yu. N.; Fedorov, A. ~ayE,--dillay tE V
ORG: none
TITLE: Aviation turbogenerator. Class h6, No. 179131
SOURCE: Izobreteniya, promvshleanyye obraztsy, tovarnyye znaki, no. 4, 1966,
119-120 1
TOPIC TAGS: turbogenerator,.gas turbine c7
ABSTRACT:-The proposed turbogenerator contains a gas turbine, an electric generator
Fig. 1. Turbogenerator
1 - Electrogenerator; 2 - oil heat
exchanger; 3 - fan; 4 - auxiliary fan;
5 - turbine P3k.
621-313-322-81:629.13

L-2 411-66
ACC-NR-. Ap6oo9927
a. speed regulator for the. rotor, an Qil-zyzt= to ltAbZjqat,% an6L, - cool the rotor
bearings, as well as an air cooling system with a centrifugal fan. To increase the
s-'ervice life of the turbogenerator, the oil system contains a heat exchanger through
which cooling air is blown by an auxiliary centrifugal fan mounted an tbq turbine
shaft. In variation of this turbogenerator, the air-cooling fan blades'~'Xre located
on the rear side of the turbine disk. The. disk and blades are Me in one piece
(see Fig. Orig. art. has: 1 figure. (TNI
SUB CODE: 211 SUBM DATE: 27Aug63/ ATD PRESS: 9

ng - Instruments, Electrical May 50
Petroleum, Prospecting
Equipment
*Instrument for Measuring the Potential Difference in
Low-Capacitance Systems," S. Ya. Vaynbaum, 2 pp
'*Zavod Lab" Vol XVI, No 5
E
IDescribes instrument designed on basis of ballistic
-galvanometer method and constructed maintaining con-
stancy of time for charging condenser and for remov-
IzS its residual charge. Accuracy of readings is �
1 mv, and all necessary commutations are automatic,
16oT44
USSR/Engineering - Instruments, Electrical MaY 50
(Contd)
Instrument of this type used for period of over 2
years by petroleum prospecting expedition in the Mid-
dle Volga region for mass measuring of oxidation-re-
duction potentials of rocks.
16oT44

-X
~, M~j
~-RWMN
J~
VAXKBALE, AND KPROVA, N. A.
Anomalous Values of Bituminosity of Rocks in the Central Volga Regions
Tr. n,-j-, in7ta, geofiz L-zeokhim metodoy razvedki., No 31 1954o pp 89-92
Experience in the use of luminescent-bituminological surveys of deposits
a-long the central Volga show that the anomalous values deijend upon the
geological structure of the deposits and that their lower limi-1, must be
determined fo:7 each region separately. Fog deposits with carbonate
rocks these viLlues are not less than n*10--2%, but for deposits in whose
cross sections hydrochemical depositions have developed they are 6.24*
10--4% and higher. (RZhGeol, no 3. 1955)
SO: Sum. No. 639, 2 Sep 55

_UYfflWff,_&_La.-_YAGOFAROV' E. Xh.
2
Conditions goverring the formation of the Uwer Carboniferous
terrigenous layer in the Kama-Kinell Depression. Sov. geol. 5
no.10:104~109 0 162. (MIM 15: 10)
1. Nu7byahawkiy nauchno-issledovateliskiy institut neftyanoy
promyshlennoati.
(Kuybyshev Province-Geology, Stratigraphic)
(Orenburg Province.-Geology, Stratig:mphic)

I
ANDR&EV, V.Y,;-.VAYIT8AUM., -I.Ya,; POLYAKOV, V.A.; I*TILqoIT,- S,V.-
TRUSILKIN. P.G.: KHAY11MIP L*G.
Structure of the eastarn of t-1.1p, Zhiguli swell in.
connec-,tion with oil prospects. Geol. nefti i gaza 7 nc.12-.
6-Ii D '63, (MIJRA 17-.8)
1. Kuirbyshevakiy nauchnc;--isal,~.ciov-iteilakiy inoTAtut neftyancry
prompffilennos t-4'.

YAYIMAJLq, Ya. S.: I*Oter Med Sci (disa) -- "The functional stat,,., of 1-,he thy-
roid gland in atherosclerosis. Changes in the function of the thyroid glanP,
under the influence of Iodine and ascorbic acid". Moscow, 19'--B. 11L pp (Min
Health USSR, Central Inut for the Advanced Treining of Physicians), 200 copiea
(KL, No 2, 1959, 124)
k

VAYHBAUM, Ya.S. Noskva)
Fimetional changes in the thyroid gland moder the influence of
mcorbic acid and lodine in atheroBelerosis. Klin.med. 39
no.2:108-~L12 P 161. (MIRA 14:3)
1. 1z 1-y kafedry terapil (zav. - ~Tof. M..S, Vovoi [deceased))
'v'a
Tgentrallnogo instituta uuovershenstvovanf ,- vrachey.,
(TMO:[D GLAVD) (ASCORBIC ACID) (IODINI (ARTERIOSCLEROSIS)

VAYNBAUM,..Ya.S.; SHISITKINA, T.N.; &DOTOV, A.A.
Study of external respiration in mitral stenosis. Zdrav. Kazakh.
22 no.10:10-16 t62. (MIRA 17:5)
1. Iz Instituta eksperimentallnoy biologii i meditsiny
(cUr.-prof. Ye.N. Meshalk-1n) Sibirskogo otd-aleniya AN SSSR.

1,TZRALKIN. Ye.N. , prof. (Novosibirsk ul. Potaninet d.23,k-v.l); IISSIULKIT,
P .7
I.N.; LEVINSON, YU.M~; YAYNBAU14, Ya.S. -. SIUSNOV, A.A.
Surgical treatment of mitral menosle, Vest.khir.90 no.2:
70-75 F 163. WIRA 16:7)
1. Iz Instituta eksperimental-Inoy biologii i meditsiny (dir.
prof. Ye.N.Meshalkin) Sibirskogo otdeleniy-a AN SSSR.
(RITRAL VALVF,--SURGLILY)

-Vn
No. 3. 8"1195f)).-The factors Influencing the yield L4
jwj"in wvrr studied. on the basis of the tlao o~ljwnr#t
,A procr-A designed fur hog mumas nwmtwjne it: v%t.
with IICI soln. (pH 3.4. raw matr6d; solvent mfio
1:2.5. temp. 40') for 8 hrs.. cool to IK-1111% %tAnIl 2 hri,,
filter, bring to 40', cit. once each with 21), 15. and IK.'
vat. of ether. condense to plastic consistency. add 3M
lactose for each 10 cc. of thick mass. and dry at 3&,U
For beef mucous membrane use a raw material: ClIn.
liquid ratio of 1: 1 -U at pH 3.0. X1. M. Nkur

DEMSKIYI A.; TAMAROV, Ye.; VAYNBERG, A.
Grain cleaner with the efficiency
Muk.-elev. prom. 29 no.7:24-25 Jl
of 100 tons per hours.
163. (MIRA 17:1)
1. Nachallnik konstrtiktarskogo sektora Gorlkovskogo
otdeleniya Vsesoyuznogo nauchno-issiedovatleliskogo i e
eksperimentallno-konstruktorskogo institula prodovol!Ot-
vennogo mashinostroyeniya (for Tamarov). 2. Odesskiy tekhno-
logicheskiy institut im. M.V. LomonosovNjfor Vaynberg).

VAYNBEWe A., inzhener,
Pa~phleta for workers in farm flour mills. Muk.-elav. prom. 23
no.6t.2l.Je.157. (KLRL 10.-9)
1. Orlovsko3re upravlenlya promprodtovaroy,
(arain millink machinery)

VAYNBERG, A.A.
Investigating profiled-ple~~t beap cleaners. Trudy Od. telkh.
inst. 14t81-80' 162, (MIRA 16.2.2)
1. Rabota vypolnena na kafedre tekhnologicheskogo oborudovaniya
Odesskogo tekhnologicheakogo instituta. Ruk:)voditell raboty -
kand. tekhn. nauk, dotsent Kotlyar, L.I.

BANIT, Ye.,A,,; VAYIT~RG, A.A.; DUDAREV, I.R.
Priji.-Aple of the operation of a centrifugal flowmeter* Izv- vys.
adw1b, zavb; pishch, tekh. no# W04,107 161, (MIRA 14:5)
1., Qdesskiy tekhnologicheskiy institut imeni, I.V. Stalina.
Kafedra tekhnologicheskogo oborudovaniya.
(Flowmetere)

KOTLYAR, Leon losifovich; KEMLINM, Nusya Yakovlevich,- OSTAPCIIUK,
Nikolay Vasillyevich; VAYNBERG, Anton Antonovich; DRUMM,
L.M., red.; SOKOLOV, k-.Y'a-,-, Prof., doktor tekhn. nauk, red.
[Design and operation of, sieves in screening machines) Kon-
struktsiia i ekspluatatsiia sit proseivaiushchikh mashin.
Moskva, 1963. 130 P. I% (141RA 17:7)

VAPIDERC, A. Engineer
"Tnvestigation of Contemporary Systems of
Electrical IlAchines for Autoruatic Reoulation
of Steel-Halting Arc Furnaces." Thesis for
defrree of Cand. Technical Sci. Sub 10 Jun 49,
Moscow Order of Lenin Power Engineoring Inst
imeni V. M. Molotov
Summary 82, 18 Dee 52, Dissertations
Presented for Degrees-in Scienc2and
EngineerinF! in Moscow in 1949, Fron
Vechern.va-va Moskva, Jan-Dee 1949.

JSSR/Electricity - Literature Nov 52
"Rel~iev of Yu. Ye. Efroymovich and V. I. Feygin's
Book 'Automatic Control of Metallurgical Arc Fur-
aacesl," Doe A. D. Svenchanskiy, Cand Tech Sci, and
Cand Tech Sci A. M. Vaynberg
Elektrichestvo" No 11, pp 91, 92
Published 1951 by Metallurgizdat, contains 236 PP-
~I The following topics are covered in the book: (1) elec
characteristics of arc furnaces; (2) theoretical
principles of arc furnace control; (3) description
of existing controller systems and designs (including
240T72
amplidyne and relay-contact types); (4) comparative
analysis of controllers and selection of most suit-
able types; (5) problems of adjusting and operating
controllers.
24oT72

112-57-8-16811
Translation from; Referativnyy zhurnal, Elektrotekhnika, 1957, Nr 8, p 126 (USSR)
AUTHOR: Vaynberg, A. M.
TITLE: Electrodynamic Forces in the Channels of Core-Type Induction Furnaces
(Elektrodinamicheakiye sily v kanalakh induktsionnykh pechey a serdechnikom)
PERIODICAL: Tr. Moak. energ, in-ta (Transactions of the Moscow Power-
Engineering Institute), 1956, Nr ZZ, pp 1.87-200
ABSTRACT: Electrodynamic forces in the chann~zds of melting core-type induction
furnaces cause motor or centrifugal effect, pinch effect and eddy-current ef-
fect. In present calculation methods, the forces causing the above effects are
considered as independent and produced by an interaction of the channel current
with two different magnetic fluxes, one due to the inductor, and the other due
to the channel current. In addition, skin effect and proximity effect are usually
neglected; the cross section of channel is assumed to be round and infinitely
thin, and the channel a.,ds to be a straight line. In the calculations, only one
effect has been taken into consideration while other effects have been neglected.
In the present work, the following assumptions are made: a straight-line channel
Card 11Z
Card 2 IZ

PHASE I BOX EXPLOITATION SOV/5785
Vaynberga Aleksandr 14oiseyevich
Induktsionnyye plavilynyye pechi (Induction Melting Furnaces) Moscow,
Gosenergoizdat; 1960. 455 p. 6000 copies printed.
Ed.: K.D. GutterruLn; Tech. Ed.t K.P. Voronin.
PURPOSE: This book is intended for students specializing in electrothermy and may
also be of use to technical personnel in industry.
COVERAGE: The book consists of three parts: 1)the'iheory of induction heating; 2)
coreless induction furnaces; and 3) core-type induction furnaces. Designs of
modern induction furnaces are discussed in detail. Special features in de-
signing the main parts of furnaces and methods of designing induction furnaces
are also discuosed. The author thanks E*P* Leonoval G.S. Vaynberg (deceased),
V.I. Krizentally and D.B. Mondrus for their assistance. There are 32 references,
all Soviet.
Card 11#4

VAYNBERG, Aleksandr Moiseyevich; GU7TERMMy K.D.p red.; VORONIN, K.P.,
1-
(Induotion smelting furnaces] Induktsionnye plavillive pechi.
Moskva, Gos. energ. izd-vol 1960. 455 P. (MIRA 3-4:7)
(Smelting furnaces)

BELOZEROV, V.G., (Kursk, ul. Engellsa d.136, kv.27); SKVORTSOV, B.A. (Leningrad,
.!fDyuza pechatnikov, d.7.kv.26); PARKHUMGFUK, Ya. (Liningrad, u1.
ScTuzza pechatnikov, d.7.kv.26); TRAUBE, Ye.S. (Donetsk,, 5, u1. Shchorsa,
J.12. kv.8); DROZDOV, A.D. (Novocherkassk, u1. B.Khmellnitskogo d.151.
~v.26); VA71NBERG,,.A.M. (Moskva,, V-180, Malaya Yakimanka, d.22, kv.19);
FILATOV, Mo Kemerovo, u1. Dzerzhinskogo d#27$ kv.1.1),-, GANZBURG, L.B.
(Ioningrad P-3, Krasnosellskaya, d.12, kv.2); BUDANOV, V.D. (Moskva,
A-287, Chuksin tupik, d.4, kv.17); LYSENKO, N.G. (Kiyev, U1. Sulimov-
skaya, d.5.kv.71); SHERGIN, Ye.N. (Cherkassy, u1 Uritskogo, d.37,kv.0t
TRUSHCHEV, Ye,A.; SUVOROV, Yu.1. (Riga) u1. Suvorova, d.20, kv.11);
ALRTAMONOV, I.G. (Riga, u1. Suvorava, d 20, kv.11); OKHAFKIN, V.V.
(Yaroslavl$ Tutayevskoye shosse, d.32i; OLIKHOVSKIY, I.L. (Khar1kov,
pr. MoskovsLy; d,199)
Discoveries and inventions. From,energ. 19 no.7155-56 Jl 164.
(MIRA 1821)
1. Bereznikovskiy sodovyy zavods byuro po ratsionalizatsii i
izobretatellstvu,, Permskaya obl., g. Bereznik:L (for Trushchev).
2. Yaroslavl', Tutayevskoye shosse, d.32, YaZMOGK (for Okhapkin).
3. Khartkov, pr.Moskovskiy, d.199, Kharlkovskiy elektromekhani-
cheskiy zavod, byuro po ratsionalizatsii i izobretatellstru (for
Ollkhovskiy).

MINIX07, A.I.;.VAYNBERG, A.S.; VASILIYRVA, G.N.,rod.; BOKOWVA, I.A.,tokhn. red.
[Progreselve practices In Ukrainian champagne plants] Persdovoi
opyt zavodov shampanskikh vin Ukrainy. Mookira, Pishchepromizdat,
1957. 45 P. (KIRA U-12)
(Ukraine-Champagne(Wine)) L,

VAYWBM, A.Ya. (MOSCOW)
Complete automatization of continuous flaw processes in the dairy
industry. Avtom. i telem. 15 no.5:406-411 S-0 154. (MM 8:1)
(Dairy indastry)

VAYNBERG, A.1h,
Controlling fat content of hlgh-fat,cream In a dairy prod=tion line,
Priborostroanis no.5:28 Kv 157. (NUU 10W
(Cream--Testing)

of So-$ V.I. DI-lo-shin, Ac&d4=ice-n (Pesp. rz!.~. N
Rttp. ltd.), TU. S. ZaBlavsk-'r (Deput'- T-Sr. Cl I
34.), L.K. Tatett.nko, B.I. V*rknoyskly, S.T. 1, Marcy, L.I. retrft*3%~
and X.O. Zolevinskaya (dccretar7).
of_N~Llj~hLrjg H114"I P.X_ Boly-i-j Tech. Id.s T.P. tolgnavs~
intend - --*'-- -- . .....
n1POSX1 This book is ad for
Instrutent manufact pftimlioto In the field at me-
chino and ore :hO use radioactive Isotopes in
the study Of materials and processes.
COVERAGE% This collection or papers covers a very wide field or the
UtilitatiOn of tracer atthods In Industrial research and contmi
tachniguss. ?be topic of this volume Is the use of radioisotopes
in the atchine-and instrument- manufacturing Industry. The In"-
vidual papers discuss the applications of radioisotope technique*
In the study of metals and Alloys, problems orfriction and Wbrl-
cation, metal cutting, engln* perromanc*, and defects in metals.
Several papers are devoted to the use or radioisotopes In the *at*-
matlon of industrial processes, recording and measuring devices,
quallty control# flowasterso level gauges, safety devices. r*41&-
t1on counters, etc. Those papers represent contributions or Nap-
I Ou a, Sovl&t Institute& and I aborstorI&S. They we" published as
transactions or the All-Union Conrx-rence on the Use or Radiou.
tive and Stable Isotopes And Radiation in the Wational Economy
and aclence, April 4-22, 2957. No PersonslItIbs are mentioned.
References are given at In* end or most t",,papsrs.,-'-'.,.-,1.,.'
INP!~' 0.1., B,j. r 1-9,Xz1d7p and To. Ta. Oveha"nko (Flzlche~
2a7 Inbtitut ImenI P,W. l4bodova AN SSSR I KonstrUktorskoyw
bruro 'Tsvotmet&vtomatjk%-~ "an SM - Institute of physics
'Neni P.N. Lebodey,.Academy of Sciences, USSR, and Design Burgam
Tavetmetsvtomat_4ka MT6M USSR). jVcw Typo of a RAdLoa0j;Iv,
DOnsluetor
159
(Tsentrallnyy nauchno-Issledoystallakayo jabOra-
torlys. Goagort*khnadzora - Central Sc11ntIf1c.Rese# h Laboratory
Of Oosgortekhnadzora USSR). Industrial Instruments for Oaxona-M
Density Control 165
and K. L. 0.1-din (Pjzjko-tdftdeheskIy Institu-
Akadeall nauk U33R ~-Zjvj;d Jc;j.trOj-nO-jzmsrItda,nyjdx prIbor.,
in-Lii-t- 41- rtq9'.C= ==d Academy of Sciences,
and Monitoring and Metering Tmatrustntatlon Factory). Mar =a,
Calcula-
tion and Study of the Density or Iron-ore Sjurr7 on the a",& sr
Gawma-riq Absorption 174
-V1mhAXAk-4-A- (Xlnlstsrstvo ar"ital'stra *2&ktro
Mlniotr7 for the Construction or Electric Power St E;ActolY #a=
ations im use
USSR), Performance or Oamma-ray Spoil Motors on Dredges
L_-Lgb&a2~~ (Loningrodskly fizIko-t*khojcboskjy Instj r
Akadval I* nauk 30 - Leningrad Institute or Phyal =4 Tocialo-
logy~ Academy of sciences. Ussx). Application O;Otbs Qsmsa be*-
fleeter Doolgned by LrrI, Academy of Science*, Gan 194
D54PAkmx--q-X- (Kimistoretvo "Ohnozo riot& gEEE - ministry of
the River 724st, USSR). Us* of Radioactive R~diation in River
Transport 190
X.Phg', A.1, I (Vnescrur"r nauchoo-14sUdavatallsidy Institux
molochnoy Prosqublennosti - A.11-Union Scientific Research Cr the
Dairy Industry). Use or Radioactive Radiation in the Automatla
-Control and Regulation of' Technological Processes of J)airy ft-q-
ductlon
11411~ R'X (roontrallnyy nauchno-losladovatel I tidy institt
komhevenno-Obuynoy prowyahlennosti - Central AcIentiffe Regamrah
.U.tit.to of the L*ather and Shoe Industry). I;&* of Radioactive
I*OtOP*a In the Leather Znduatry 196

VAYNEERG,-A.Yap, kand,tekhn.nauk; BRUSILOVSKIYj, L.P.
Autcmatic control devices for dairies. Biul.tekh.-ekon.."nform.-
Goo.nauch.-inal.inst.nauch.i tekh.inform. 16 no.7i45-48 163.
(HIRA 16:8)
(Dairies) (Automatic control)

kanci. lleAlin. nauk~ URUSILOVSKEY.
Leonid Petrovich; T_--M!O, L.M., retsenzent; IRZfEVSKIY,
V.P.$ retsenzent; SIHINALOV, V.N., retsenzenI14-
SHAESHAYEVICH, M.L., spets. red.; KORBUT, L.Y., red.
(Automation of tec-hnologIcal processeo I'h -the dairy in-
dustry] Avtomat-..zatalia tekhnologicheskikh protsessov v
molochnoi pronrshlennosti. Mosknira, Fishche-vais. proVish-
lennost', 1q64. 246 p. 18:3)
1. Leningradskly tekhxologichesk�y i=titut- kholod'111noy
prc,myshlennost-I (for Shuvalov)~, 2. Vsesoyuznyy nauchno-
issledovatellskiy i eksperimentalynyy institut prodov.Dll-
stve-mogo mashi-nostroyeniya (for Shabshayevich).
3. Ins-titut PishchepromavtoiPatila (for Irzhevskiy).

VAYNBERG, A.Ya.,, kand.tekhn.nauk; BRUSILOVSKIY, L.P.
Devices for the au,,~Omation of processes in enterprises of the dairy
Industry. Biul.te~:h.-ekon.inform.Gos.nauch.-issl.inst.nauch.i tekh.
:Inform. 17 no.7:60-62 J-1 164. (MIRA 17:10)

v p ~Aj rz c k,(i 1 ~3 ,
VAYNBERG, B., kand.tekhn.nauk.
Indices of adiabatic and isothermal curves for a real gas.
Khol.tekh. 34 no.3:48-55 JI-S 157. (Knu 10:10)
(Gases) (Refrigerants)

X~ WUY M-1
VAYNBERG, B.G. DECEASED
1896 196o
SEE ILC
14MOBIOLOGY

VAYNBERG, B. I.
USSR/Physics - Phosphors
Spectra
YAY 50
"Certain Properties of Phosphate Phosphors," V. V. Zelinskiy, F. M. Pekerr-an,
T. V. Timofeyev, 11. 1. Vaynberg, State Opt Inst, 5 pp
"Zhur Eksper i Teoret Fiz" Vol XX, No 5
Describes properties of phosphors prepared from phosphates of Cd, Ca, Sr and activated
fti, Pb, Sb, Ce, or combinations 11h L Pb and Ym -.-Sb. Gives Their absorption and radi-
ation spectra, damping laws, and temperature dependence of brightness. Submitted
1 Sep 49.
R 16OT108

A
toll
S.S.S.R., Sm Fie. 15 8lb-2
1,. (1) by dimt be* h. =b. bW jer
mist.; (2) lby reaAction of the bakwo cam '_ the
phosphisla. The fint process is awe desirailrWb., rtftom- t
litkated by smapa. and rea4lons of PA. PrrPmtW".'
wen made by beating ffdxt. of CAC% with P,% and lAttf
Iritht==. or dhVcl heating at plaff. is.
Pmd cao are not lwnln&,Kvnt; l1b,"Ibctit
hindnewmcr is ablained with a powslet, ig Illftmelic.0
rhe change in p/Cl 14tin change. the twight,im,
and 34ightly the "Iskm 4 the vinksio" lWak. The 1~. I
Win was fi-Aind to I%r 3; 1. The atut. c4 Sh Ili the tho-.
iA U11.1clermilleA IXVAURe of to" b) eta;al.; It Call
C-a the im.fvr a( 0-0.117, The Slo bund of -17SAXI ins,
dis&pl*At4 when the content of Ain fsm~ to .31%. llh.~.
Pikin with mn have nutic. brightnecl, It ca is
rvpU-d by Sr. the Ain and P bands am dilpfaced In
uppodite ifirections. Fr. Cu. Cr, and Ph hare it quench.
Ing ao"3. Alyw~qytkm simetra show that Sb atmrb%
"-waler radiallm and transmits the tntily in Ain. Sh,
can be replAcrd by III or Pti. The ejurcitul ill-tribution
of hak)p".phates depends an the exciting radhition, At
high canclu. of Sb all cars ew hind at 610 tug having a
Im al t low. It : sbx that Sb#0,Mn hu a rett
1515 .) b., Mo. ( Cu salts makes the
=&~lmdbappra, In Ibis phosphor, The bixhtnq-%,, W
.( a 1.n1hVKI1hAC- OCCIVAUNI With Ili-AID Ot Pt*-Mft
6 mduced: the t-Jm Is ont I.Avwabk for not,,wripownt
kTmo. The afterglow cumists of 3 callp-ments, short
due to Sb and kmg due to Mo. A. palmWff

ics-_L,u,m,iniscence, for defectoscopy FD-
U Si/~h`w 1235
Y
Card 1/1 Pub. 153-19/22
Author Vaynberg, B. I., Danilov, V. F. and Pekerman F. M.
Title Luminescent lamp for analysis of luminiscence
Periodical : Zhur. tekh. fiz., 24, 1707-1710, Sep 1954
Abstract : A source of luminiscence excitation for the analysis of materials is
described. The source consists of a luminescent vacuum tube made of
glass transparent in the near ultraviolet up to 360 millimicrons and
absorbing in visual light (glass UFS-4). This lamp is considered ad-
vantageous in comparison with other. Indebted to P. P. Feofilov and
S. I. Levikov. Three references including one US.
Inatitu-cion :
Submitted : January 1954

0 F
24M NASI I BOOK EXPLOITATION SOV/1365
L'Yov. Universytot
Raterialy X Va*scT-=.,) ss--Tdsh,:h&ntya pa spektra3kopil. t. it
Xolekulyarnaya zpekt.-Osy~pj7a (Papers of the 10th All-Urdon
Conference on Spectroscopy. Vol. Is Mlecular Spectroscopy)
(L-vov) lzd-va L-voyakago wndv-ta, 195T. 499 p. 4 000 copies
printed. (Seriess !tat nz7ohny7 zblra7%c# v7p.
Additional Spcnsariru; Agauoyt Akademiya nauk SSSR. Komla3Lya po
spektroakopli. Ed.i -Jazer, S.L.; Teoh. Ed.s Saranyuk, T V.;
Editorial Board. rA.Materg, O.S., Academician (Rasp. Ed.: Deceased),
Hoporent, B.S., Doctor of Physical and Mathematical Sciences,
Fabelinakly, I.L., Dootor or Physical and Mathematical Sol-once&,
Yab7lkazrk, V.A.. Doctor of Physical and Mathematical Sciences,
Kormitnuu, V.G., Candidate of Technical Sciences, ftakly, SA.,
Candidate of Physloal &M PAthematical Saiince, Klisovskly L.K.,
Candidate of Phgalloal. and Xathexatical Scieniso.: WILyanchU, V.S..
Candidate or P"Ical sz-4 Mathartatical Sciences " alauber"n,
A. Y*., candidate or Physical and Hathestatistal 601onces.
Card 1/3o
Babushkin, A.A., B.A. 07azdov, w4 P. Y&. Olazussov.
Spectrophotomatr1a squipcoat for '.he Continuous
Absorption Analysis saut Registration of Gas
Concentration 360
ArkhangollskVz V.A. B.I. Y&MtM, and T.K. RazusAms
Simple y4thad of ~ ~e -the Passing or sow
Optical Katerials in 54huxam-a Spectrum Region 363
Orudinklm, X.P, Spa atrophotow trio Dabsrstination of
WAt4r Purity 364
OvesshkIns G.V, Condensed DischaMe Through a Capillary
As a rotterful. STjra* of C(mtinuous Spectrum In
Spectral sv4dies 365
Yakowlev, S. Ya. A Wodge-Ah"d Blank BodY as a
Source of RaUstioss for SpeatroDhotoosetria
YWasureawnts
368
O~M.23/30

.=140VAS T*K&
AHOLAMLLIESKMAg V.A.; VAnMBW, B~_11jo,_P
Determination of the pe=eabilit7 of the Schumann Rpectrum region
by optical materials, Fiz, sbore no,3:363 1579 (MIRA 11:8)
1, Gosudaretvennyy ordena lenina opticheskly institut Im. SI
Th-vilova.
(Phoophors-Optical properties) (Speatrtim, Ultraviolet)

51 -4-5-19/29
AUTHOM Arichangellsimya, V.A., Vaynbarg, J3.1. and ;~azumova, 4141
TI TLE Thermoluminescent Monocrystals of CaSO4-Mn (Tormolyuminestsiruyushchiye
monokristally CaSOI-Un)
PERIODICAL: Optilm i Spelctroalcopiya, 1958, Vol IV, Nr 5, pp. 681-683 (USSR)
ABSTRACTt The authors preparod largo crystals k1 x 10 x 10 iruri plates) of
CaS04-Mn by slow cooling of a melt consisting of 45/.NaCl,
45% CaSO4 and 10% MnSO,,. The melt -was cooled from 10000C to room
temperature. The amount of Mn varied from about 0.01%to 0.1%.
These crystals exhibited bright green thermoluminescence when
excited by short--ravelength ultraviolet, X-rays, IS-rays or ~-rays-
Thermoluminescent intensity of powders prepared from monocrystals
grown as described in the present paper was 2-3 times higher than
the emission of povders prepared from monocrystals grown from a
solution in H2304 ~Ref 6). The main maximum of the thermal
stimulation curves (830C) was the same for monocrystals prepared
by growing from melt and those grown from solution kFig la, 1b).
Thermolumtneucence curves of monocrystals and powders differ
considembly in +hei'. half -width of the main Maximum and the position
Card 1/2 of the maximum is slightly displaced toviards low temperatures in

Themolu,minescent la"onocrystals of Ca.804-lin 51-4-5-19/29
the case of monocrystals (compare Fig la, 1b with Fig 1v). it
is found that CaSO4:-I&n may be used as a sensitive dosimeter for
y-rays, /%-rays and X-rays (Fig 2 shows thermoluminescent in-tensity
as a function of W-ray dose). The use of monocrystalline samples,
instead of powders, of CaSOI-Mn-makes it possible to increase the
dosimeter sensitivity. There are 2 figures and 7 refaronces , 3 of
which are American, 2 German and 2 Soviet.
ASSOGIATION: Gosudarstvennyy opticheslciy Anstitut imeni B.I. Vavilova
(State Optical Institute imeni S.I. Vavilov)
SUBMITTED: August 12, 1957
1. :,rvstf-..ls - 'Phermoluminescence 2. Crystals --
oard 2/2 Ex~itation 3. Crystals - Growth

VjkY1qBERGj--B-- I.
"Arkh..--~ologo-r~tnrigrafichesf-oye izucherliy,: pwnyatnikov Kliorezma 711I-xiy w."
report submitted for 7th Intl Cong, Anthropological & Ethnological Sciences,
Moscow, 3-10 Aug 64.

ARKHA LISKAYA, V.A.; VAYNBUG, B.I.; KODMOV, Y.M.; RAZUMOVA, T.K.
Laminescence dosimeters for ~_radiation, A -particles* and
:1 neutrons, based on the phosphor CaSO4Mho Atomoenerge 8
no.6:559-561 Je 160. (MIRA 13:6)
(Radiation--Dosage) (Calcium sulfate) (Phosphors)

AUTHORS:
TITLE:
PERIODICAL:
S/08 60/008 06/13/021
B006YB063 8 1
Arkhangel'skaya, V. A.,.VaXnberr,,_B.__I., Kodyukov, V. It.,
Razumova, T. K.
/I
Dosimetry of y-Radiation, p-Particles, and Neutrons by
Means of the Luminescence of the Phosphor Ga Mn
S04'
~.l
Atomnaya energiya, 1960, Vol. 8, No. 6, pp- 559-561
TEXT: In the present article, the authors report on their investi-
gations of the luminescence of the phosphor CaS04'Mn. The energy, L,
stored by this phosphor during its irradiation (called light sum) can
be regained as light when heating this phosphor. The maxim in the
spectrum of this thermoluminescence is near 500 mg, as may"te oeen from
Fig. 1. The brightness of this luminescence is a function of the
temperature to which the phosphor was heated (Fig. 2). This curve has
a peak within the range 80-1000C, which does not depend on the kind of
excitation of the phosphor. The phosphor ia much more cencitivo to
X-rays and soft gamma radiation than to harder gamma rays (curve 1 in
Card 1/3 K

Dosimetry of y-Radiation, P-Parti--Ies, S/08 6010061061131021
and Neutrons by Means of the Luminescence B006YB063 82)14
of the Phosphor CaS04.Mn
Fig. 3). When using a lead filter it,is possible to extend the
sensitivity of a CaS04'Mn dosimeter to the range 0.1-2.6 Mev (Curve 2
in Fig. 3). With a luminescent area of 2 cm2, the lower limit is
0.001 r, and the upper limit is about 400 r. Above this dose the L(D)
curve is no longer straight (Fig. 4a). At Dc--1000 r, this deviation is
only 30% approximately. A dose of beta rays (e.g., of Sr90, Y90) can be
recorded by this apparatus within a range of 1.10 - 1.108 particles/cm2
without the occurrence of non-linearity in the L(D) curve (Fig. 4b).
The sensitivity of this phosphor at -15-kev X-radiation amounts to
some microroentgens. The L(D) curve for this range is shown in Fig. 4v.
When the phosphor is stored at room or higher temperatures, its light
sum decreases the quicker the higher is the temperature. Fig. 5 shows
L(t) for a phosphor stored at 220C, 370C, and 570C. L drops
exponentially with t; at 570C (Curve 3) it drops so rapidly that L
drops to one-tenth of its initial value within 40 hours. This phosphor
has some advantages over SrSEu.Sm, such as its insensitiveness to
moisture, light, and ultraviolet radiation up to 1500 A. High-density
Card 2/3 tl_~

Dosimetry of y-Hadiation, P-Particles, S/1089/60/008/06/13/021
and Neutron3 by Means of the Luminescence Bc)o6/BO63 82324
of the Phosphor CaSO 4' Mn
irradiation of 2600-1800,A for some time leads to a partial loss of the
light sum without radiation (which, however, cannot be brought about
with a lamp or direct sunlight). CaS04-Mn may also be used to record
thermal and fast neutrons. In the first case, the,lead filter is
replaced by a thin cadmium layer, and in the second case, polymethyl
methacrylate is introduced into the phosphor after its preparation.
There are 5 figures and 3 refe-ences: 1 German and I US.
SUBMITTED: September 11, 1959
Card 3/3

68903
S/051/6o/oo8/02/034/036
,,9- 4. 3 3 0 0 E2~1/
AUTHORS: Arkhangellskaya, V.A Vaynber_, and.4azumova, T.K.
TITLE: A Reflexomet*er~tBased on a CaSO 4-Mn Phosphor, for Use
in the Vacuum Ultraviolet Region
PERIODICAL: Optika i spektroskopiya, 1960, 'Vol 8, Nr 2,
pp 279 - 280 (USSR)
ABSTRACT- In an earlier paper (Ref 1) the authors reported the
possibility of measuring transmIssion of optical materials
in the region 120-145 mP using CaSO 4-Mn. This possibility
was based on the ability of this phosphor to store energy
when irradiated with ultraviolet light with wavelength
X < 1500 X and to liberate this energy in the form of
light on heating (thermoluminesc,ence). Within a wide
range of values the magnitude of the stored energy (the
"light-sum") 4epends linearly on the intensity of ultra-
violet radiation and the duration of the radiation.
Using a phosphor sensitive only to hard ultraviolet
radiation and auxiliary light filters with gradwlly
displaced short-wavelength transmission cut-offs (LiF,
Cardl/4 CaF 21 etc), it is possible to separate out narrow spect

68903
S/051/6o/oo8/02/034/036
A Refl",ometer, Based on a CaSO Mn PKOMPW91for Use in the Vacuum
4-
Ultraviolet Region
regions and to measure transmission in them. With such
a procedure it is not necessary to use a vacuum mono-
chromator and this simplifies the apparatus and makes
the method much less laborious (Ref 2). The present paper
deals with the possibility of constructing a simple
reflexometer based on CaSO4-Mn and reports results of
measurements of the reflection coefficients of some
surfaces at 120-145 m1i wavelengths (I.N. Panova took part
in these measurements). A hydrogen lamp with an LiF
window was used as the source of ultraviolet radiation.
To record thermoluminescence of CaSO 4-Mn the authors used
a simple method described earlier (Ref 1). Auxiliary
filters were in the form of plates of LIF (transmission
cut-off at 1050 X), CaF2 (transmission cut-off at 1250 1)
and SrF2 (transmission cut-off at 1400 X). The optical,;
receiver and recording components of the reflexometer are
Card2/4 shown schematically on p 280. The optical component was

689011
S/05l/6o/oo8/o2/O34/O36
A Reflexometer, Based on a CaSO 4-Mn P9001~99P:ror Use in the Vacuum
Ultraviolet Region
a hermetically sealed chamber with LiF windows and a
hydrogen lamp (Figure a). The reflecting surface was
placed inside the chamber on a moving axis which had
several fixed positions corresponding to different angles
of incidence of ultraviolet radiation. Bedause ozone,
Co2 and water vapour in air absorb strongly in the ultra-
violet region the experiments were carried out with the
chamber evacuated to 10- 2 _ 10-3 mm Hg. Screens coated
with the phosphor were placed outside the vacuum chamber
so that their surfaces were in the immediate vicinity of
a lithium fluoride window. One of these windows was used
to measure the intensity of the incident beam and the
others to measure reflected radiation at various angles of
incidence. Calculations and control tests, carried out
with a vacuum spectrometer, showed that the auxiliary
filters made of LIF, CaF 2 and SrF2 make it possible to
Card3/4 separate out from radiation of the hydrogen lamp regions I'K

68903
S/051/60/008/02/034/036
F-IOL/F-32'r U e in the Vacuum
A Reflu.-I-ometer, Based on a CaSO 4-Mn Phosp or 5 3
Ultraviolet Region
with maxima at 122, 127 and 144 m1i. The reflection
coefficients of aluminized and Pd-coated mirrors, glass
P-1 and fused quattz measured in these regions were found
to agree well-with the reflection coefficients of the
same samples at the same wavelengths measured with the
vacuum spectrometer. For example an aluminized mirror
Nr 5 had reflection coefficients of 24, 28 and 405/o at
X = 122, 127 and 140 m1i, respectively, as measured by
means of the reflexometer; the corresponding values fo4nd
with the vacuum spectrometer were 23, 28 and 37%. The
technique described can be recommended for rapid measurement
of the reflection coefficients in mass producticn of
mirrors and diffraction gratings meant for use in the
ultraviolet region. The reflexometer can be used also to
measure transmission of optical materials in the three
spectral regions listed above. The37e are I figure, 1
table and 3 references, I of which is Soviet and 2 Englist-.
SUBI'Ll.-21.0 'D. July 25, 1959
Card 4/4

ARKHMGIL I SLtYA, V. A. ; VAYNBXRG, B. I. ; RAZUMOVA, T. K.
Reflesometer based on the CaSO4,Ka phosphor for use in the vacuum
ultraviolet region. Opt. i spektr. 8 no-2:279-280 Y 16o.
(MIRA 13:10)
(Spectrum, Ultraviolet)

YAXIMERG., B.R.
Asymptotic behavior of fundamental solutions to hypoelliptic
equations with two variables and a problem with conditions at
infinity. Dokl. AN SSSR 144 no.5:958-96L Je 162. (MIRA 15:6)
1. Moskovskiy gosudarstvennyy universitet imeni M.V.Lomonosova.
Predstavleno akademikom. I.G.Petrovskim.
(Differential equations, Partial)
W;

VAYNBERG, B*RG (Mosk7a)
Some corre--t problems over the whole plane for hyperelliptic
equations. Mat. sbor. 62 no.2~-186-248 0 163. (MIRA 16:10)

VAYI%'BF,RG9 B.R.
Hypoelliptic equations throughout a space 9 .. the principle of
limit absorption. Dokl. AN SSSR 155 no.1:20-23 Mr 164.
MIRA 17:4)
1. Moskovskiy gosudarstvennyy universitet im. M.V.Lomonosava.
Predstavleno akademikom G.I.Petrovym.

ACCESSION NR- AP4022945 S/0020/6411551001/0020/0023
AUTHOR: Vaynberg, B. R.
TITLE: Hypoelliptic equations in the entire space and the limiting absorption
principle
SOURCE: AN SSSR. Doklady*, v. 155, no. 1, 1964, 20-23
TOPIC TAGS: mathematical analysis, theory of functions, elliptic equation,
hypoelliptic operator, finite function, limiting absorption coefficient, differt-n-
tiable function
ABSTRACT: This paper is a corollary to author's previous papers (DAN, 145,
no. 1, 1962; UMN, 18, 2, 1963; Doctoral dissertation, Moscow State Univef-sity,
1963) in which he examined the problem dealing with infinity conditions distijigu;Eh-
ing the class of functions W in which a unique solution in the entire space of the
equation a
P ( U (X) (X), (1)
exists. In this equation, P(ia/dx) = P(ialc)x 1,D/Dxn) is a hypoelligtic
operator with constant coefficients, P(T) P(d-j ...... G-n) is its characteristic
Card 1/2

ACCESSION NR: AP4022945
polynomial, and f(x) is an Finite function (possibly generalized). In this paper,
author dema~strates one more method of distinguishing the W classes by means
of infinity conditions In integral form. The applicability of the principle of
limiting absorption to equation (1) is proven and the Infinity conditions, obtained
by the limiting absorption principle, which are necessary for singling out a solu-
tion to equation (1) are determined. Author also generalizes the results of his
previous studies to the case when the operatov P(ia/Dx) has variable coefficients.
Orig. art. has: 10 equations.
ASSOCIATION: Moskovskiy gosudarstvenny*y universitet Im. M. V. Lomono-
sova (Moscow State University)
SUBMITTED- 240et63 DATE ACQ: 08Apr64 EN CL: 0 0
SUB COD."-,: MA NO REF SOV- 006 OTHER: 001
Card 2/2

ACCESSION NRt AP4035359 Si'0039/63/062/002/0186/0240
AUTHORr VaynbGrgo Be Re (Mospow)
TITLE-t Certain properly formulated problems in the entire plane for hypoelliptio
equations
'SOURCE: Matematicheoldy sbornik, v. 62j, no. 2, 1963,p 18IS-248
TOPIC TAGS., properly formulated problemp hypoelliptic equationj, constant coeffi-
-cients, asymptotics, uniqueness., existencep singular directionp fundamental solution,
ABSTRACT: The author studies the
__~tquations
IM, i_ Y) f (X, Y).
LA -A;-.
where P(i I I-) is a hypoeniptic operator with constant coefficients
RY
:operating on functions of two variables defined In the entire (xy) plane* He gives.
~detailed proofs ox results formulated in a previous paper (Asimptoticbeskoye
povedeniya fundam3ntal1ny*kh reshenly gipoelliptichesMh uravneniy a dvwVa
peremennymi i zadacha a uvloviywai na beskonechnostip DAN MR,, to IM4,; NO, 5
rd 1/6
ica

ACCESSION NRt AP4035359 I
(1962), 958-961) and some generalizations of these result-so The polynomial P(spz)
i u4 , it-). Lots.
;is called the characteristic polynomial of the operator 11 ax
*17?, z - 6 *iT. The operator P i`~'
~( Z-j i is called hypoelliptic if
the zeros of its characteristic polynomial satisfy the inequality
Ill + -[i 5~1 as 0-~r (2)
for some a, > 0., a2 and Y < Oo W denotes a class of functions given on the entire
(xgy) plane in which there exists a unique solution of (1) for any finite function,
lf(xjy)o The aut1ior obtains asymptotics of the fundamental solutions at infinity
;and classes W for any hypoelliptic operator with constant coefficients satisfying
1two conditions: 1) the polynomial P(sjz) has real zeros; 2) grad P(s,z) ~ 0 at real
Izeros of the pol;ynomial P(s.,z). For the given equationsp the author constructs
!fundamental solutions (and their corresponding classes W) whicft'bave not only a
"uniform" but also a "nonuniform" asymptotic for r -oo,, Fbr the equ'Ation
~2 (xjyj U(ioy),--
(3)
the folloving c(inditions, ut)ich distinguish the clans W# are knownt Theorem 1e
C,,d 2/6

ACCESSION NR: &P4035359
Let f(x,y) be a finite summable functions Theta exists a unique solution of (3) in
the following class of functions W (in the class Wj)1 U(X)Y) W Wxty) C Wj) -if..
I - U ) -- - 7-
As r oo U(X, V) = 0 1 0 1
(4)
Y) Iku (X, y)
A:116
OU(x, Y
+ iku (x,'Ojd~ The following theorem and core
(for the class WIt
t--
Ifollow for (3) frorR the general theorem on W classes and the remark following it.
ISeparate the (x.,y) plane arbi*arily into angles by the straight lines P.,-. y
x tg yyp 0 < (?Y' " CPV 4-1 'Wgi/ o 1.2jaeo.n. The straight line P, is also
denoted by Pn4le The straight lines Pj, V - l)2j.,o*jn divide the plane into n paimi
of vertical angles. From themp ar'bitrarily choose r4l (C' !~ n, ~ n) pairs of vertical
langlese These are called angles of the first type* Of the remaining onesy
!arbitrarily ctioose n2 (0 4 n2 i n-n2.) pairs of vertical angles and call them angles i
of the second type. iake one angle from each of the remaining n-n*l-n2 pairs of
Card 3/6

[ACCESSION NR: AM35359
vertical angles. They are called'angles of third type, and the angles vertical to
them -- fourth type. Theorem 1 is a special case of Theorem 2. Theorem 2: Let
~f(x.,y) be a finite summable function. Thero exists a urtLque solution or (3) in the
ifollowing clacs of functions W; u(x) y) E W if for any E in the interval Of, e