SCIENTIFIC ABSTRACT VASILEVICH, V.I. - VASILEVSKAYA, G.K.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858810006-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VASILEVICH. V.I,
Classification of lichen and mountain-cranberry pine forests* Vest.
LGU 16 no.9:5-15 161. (MIRA 14:3)
(Feanvii, Northweote7m --yorest ecology)
(Pine)
M -

I . VASILEVICHy V.I..
Association of species and structure of phytocoenoses. Lokl.
AN SSSR 139 no-4:1001-1004 Ag 161. (MIRA 14:7)
1. Botanicheskiy institut im. V.L. Homarova AN SSSR~ Predstav-
leno akademikom V.N. Sukachevym.
(Phytosociology)

VASILEVICH., V.I.
Q~xantitative criterion of the similarity between phytocoenoses.
Probl. bot. 6:83.;-94 14 iPhytooociology) (MIR& 16:5),

VASILEVICH, V.I.
"The phyUsociology of boreal conifer-hardwood forests of the
Great Lakes region* by F.F.Maycock and J.T.Curtis, Revisited by
V.I.Vasilevich. Bot. zhur. 47 no.51755-757 IV t62. (MM 160)
1. Botanicheakiy institut imeni V.L.Komarova AN SM. Leningrad.
(Great Lakes region-Forest ecology)

VASILEVICH. V I
A--M-f ~*
Relationship between the reproduction of pine and the undervood. Bot.
I zhur. 47 no.9tl383-1337 8 162. NM 16 15)
1. Botanicheakiy institut imeni V.L.Komarova AN SSSR, Leningrad.
(Pine) (Forest ecology)

VASILEVICH, V.I.
Statistical approach to a plant association. Trudy Bat. inst.
Ser. 3 no. 15:94-105 163. (MIRA 17:5)

VASILEVICH, V.I.
Morphological analysis of the meadow contin"m. Bot. zhu--. 48
1 no,11:1653-1659 N 163. (MIRA 17:4)
1. Botanicheskiy Institut imeni Kumarova AN SSSR, Leningrad.

VASIUMCH~ V.I.
Use of parital conjugation in analyzing the atructure of phyto,-
cenoxies Dokl. AV SM 148 no.1s214-n6 Ja t63.
I (MIRA 16:2)
1. *tanich'eskiy institut im. VA. Nomarova AN SSSR. Predstavieno
akademikom V.N. Sukachevym.
(Plant commmnities)

VASILEVIGH, V.I.
Review of the works on the use of interspecif,Lc correlal~.Ic~rs for
the classification of vegetation. Bot, zhur, 50 no.1:143-147 Ja
165. (MIRA 111: 3)
1. Botanicheskiy institut imeni Konvirova AN SSSR, Leningrad.

KRASOVSKIY, L.I.; LIVOV, P.N.1 VASILEVIGH, V.I.
Reviews and bibliography. Bot.zhur. 50 no.11:1648-1650
N 165. (fJ71RA lqjj)
1 Arkhangeltakly lonotakhn1cheakly institut. 3ubmitted Mity 5,
1;65 (for Krasovskly, Llvov). 2. Botimichniskly Inotitut Iment
V*L.Komarova AN SSSR, Leningrad. Submitted FAy 4, 1965 (for
Vasilovich).

~7 ---Z.
- --~- _,-7 , r - / c- -,, - , z' f/ , i- , . -~
SMIRNOV, V,G.; VASITF.VIC- 11
Testing burnt-out areas by borings with core extrxetion. Podzem.
gaz.ugl. no-2:59-61 157. WaA 10:7)
1. Vseso.7uznvy nsuchno-Issledovatellskly Institut Pod%emeaz.
(Coal-Testing) (Boring)

SMIRNOV, V.G.; VASIIJIVICH T
Using a cumulative expolding pipe cutter for the underground repair
of borsholes. Podzem. gaz, ug~* noo.1:62-,64 .'59.-
(KRA 12:6)
ljNIIPod,z~mga%.. (Gas producers-Maintenance and repai .r)
(Pipe cutting)

Li.
"On an Island of Peat," (Na Ostrove Rolchogo Uglya), by N. Sviridov, G. Vasilevoy
and S. Betsrum, Tekh. Molod., No. 12, 1953-
Abs. D21o896, 29/4/55

UM/Modicine P01"Cias and PolecMing Jul 191t6
H%dicine Nightshade
"Contexqxn-ary Status of the Edibility and Tcxlcltjr of
Morels," R. P. Vaeill'kov, 8 pp
*Prirode Wo 7
As coca as the anrw tbave aU typon of nowele appear
tbreughout the forests of the USSR. Many -of these
nwela are edible and have for maror yearis been used
as food by the peoples of Russia, Europe, Asia and
Ndrth America. There have also been eme serious
woes of poisaaIng, however, from eating these morela.
Tho author states that. there are edible as vell as
poisonow morels, and he goes an to give a brief
34T54
USM/Medicine - Poisons and Poisoning (Contd) JuII946
description of each and the reasons for the toxioity
or nontamlolty. Re c=cludea by, stating that this
1problem is far from being solved and there still re-
maing much work for micrologists, chemists, and
Itbaymacologists.
ID

v41T,TimV, D.P.
USS/Ked1cim rangL Nor 48
Medioine Literature, Medical
"Review of A. 1. Molodchikov's Book, 'The Fungus
World)," B. P. Vaoillkov, 2 pp
"Priroda" No 11
Reviews unfavorably. Author does not know his
fungi. Published by Goskolltproevetizdat,
Moscow, 1947, 40yooo copies, price 3 rubles,
20 kopeck.
P~211//.9TO/2
FIB 23/49T92

USSR/Medicine - Mushrooms May 48
Medicine - Nutrition
"A Critical ]Review of Articles on Mushroom Re-
sources and Their Calculation," B. P. VasilIkor,
3 pp
"Priroda" No 5
Wes iummary of works on this subject from 1825 on,
am various estimates of the amount of mushrooms in
,the USSR.
VA5A9T83

PA5/49TB4
UM/Madicine - Mush-rooms May 48
Madiotne - Nutrition
D. Golanzovskly's #Procurement and Processing
of Mushrooms.,O" S. P. Vaoillkov., :4 YP
~Ihlroda" Wo 5
Rov-lava unfavorably. Handbook for caterers dis-
busses food value of mushrooms, structure of mush-
-roome and conditions for their growth. types of
mushrooms, and pickling of mushrooms. Published bi
Vaesoyuz Oblyed Tsentrolaktakhayr1e, Moscow, 1946,
20,000 copies printed.
5/49T84

VASIJZVSIKA, zqI_._(Kiiv)
Fhot*-recording device. Ili7kl.mokh. 2 n9.3:347-348 136.
(Vibra tion--Kessuroment)(Physicol Instrments) 9:10)

VASIUVSKAYJ~j A.
Extracurricular work of teachers. 11rof.-tekh. obr. 22 no.7.
22-23 J1 165. (MIRA 18:8)

VASILEVSKAYA, A. (1--ningrad)
Education and training comprise the same process. Prof.-telkh. cbr.
21 no.9;8-9 S 164. (MIPA 17:11)

VABILEV,SKUAj,A.D.; ARTYUSREVSKIY, G.H., rod.
(Chemistry in the publications of White Russian scientists;
bibliography for 1945-1963] Khimiia v izdaniiakh uchezWkh
Belorusaii; bibliograficheakii ukazatell literatury 1945-
1963 gg. Minskj, Nauka i tekhnika, 1961~, 225 pe
(MIRA r, 112)
1. Akademiya navuk BSSR, Minsk. FuLdamentallngya bibliotaka.

X A,G -
1Aj
On t'M t tam i- -Th-, hur-i-7arks - -
In Mrhpu. Pbui; ViLCI 14.77-2-5.43; NatSC)i 41.W-77.45;
CaSOi 4.78-1,S.M; and tfgSO. 2.19-&r6% catrd. on dry
Vt. An nnzdy-6ia of the brin(! at the. time of Sipta. is alwo
It fprm-q (",Ijv 101CU the Ca" is prMntand IscDr.1-
Z7ed Of tables (n 1.401, IAG8), ts"Acs (1.401.
2.488), orthorhombic tbenaidite (1.473, 1.454), and Italite
1.544). 'n" sheaflike crystals gradually dkippear to
orut crOorhombic then-,rdite aith this compn.: inclsture
f
9.98; MgCO.O.40: IIAR(JICO~bO-10; MgS0,0_71; NA~90,
84.30; aud NaCl 2.06%. The hightr the temp.. within the
range the fa-Mr this convrTsiou. Photarnitfo-
grapbs of the different-stag-tg of crystu. are given, as well as a
plLi-" diagram of tht sy-itrm MgSOrNaCI-1110.1,
Malzolm Audegg"

VISYAGIN, N.I. (deceased]; VASILEVSKAYA, A.G,
Experiments on the recovery of thernardite, from the brine of lake
Bollshoi Anzb-Bulat., Trudy Khim*-met.inat.Zap.-SibfilJS & -
qSR
no.1209-46 158. (mm 14 16 )
(Bollshoi Anzh-Bulat., Lake--Thenardite)

NIKOLISUYA; YU.P,j VASILEVSKAYAO A.G.
On the recovery of thenardits from the brine of lake Ku-.b*,
Trudy M2im#-met*inst*Zap*-Slb*fil#AN SSSR no.12:65-75 158.
(MIRA 14 - 6)
(Kuchuk, Iake--ThenarAite)

Sci - (diss) 'Thyziico-cl emeal
. VASILEV.97 4YA, A.G., Cand ~Ihem
,j q-
i 4eei-w:fm the fomat-j on of thenardite in *iw lakes of the
I
KulundinLir steppl-1.11 Kazan', 1959, 1h pp (Min of Higher
Education U55H. Kazan' Order of Labor "ed Bamer State Univ
in, V.I. Ullyanov-Lenin) 150 copies (FL, 2t'-% 123)
- 1b -

VASITZVSXAYA. A.G.
]Binary compounds from calcium and sodium sulfates and their role in
the formation of natural thenardite. Isv.Sib.ots. AN SSS-R no.l.*76-"
'59- (MIRA 12:4)
1. Znpadno-Sibirskiy filial AN SSSR.
' (Thenardits) (Sulfates)

',LPFRSHKOV, I.N.; SOLOVIYRV, V.K.; MINKO, G.H.; KOLOSOV, I.S.:
ILXVSMA,-z&.G.
Calcium content of natural salts of Xrasnoyarok Territory.
Izv. Sib. otd. AN SSSR no. 10:36-46-.160. (MIRA 13:12)
1. Institut obahehey i neorganicheakoy khtmii imeni N.S.
larnakova i Khimiko-metallurgicbeakiy institut Sibirskogo
otdeleniya AN SSSR.
(Krasnoyarsk Territory--Calcium salts)

f
A A r
'TOPIC TAGS: ferroelectzia-=.zsf -9friglycine sulfate, double refrac-
tion
A 15 a' Me ele-ctro-optlc&L pzcrpez+U-1ea of trigly--ine aalfatc- were
investigated both a b o v e an dI ow t.'- C'l r 10 ~Pl t C
C.111i/z

--A: I
CV

ODS! -'-VRj0D70_jWjM7M5M537"%
AUMOR: Vasilcvskaya,, A. S.
'ORG: none
i TITLE: Concerning the electrcoptical properties of crystals of FDP type
SOMRCE: Kristallografiya, v. 11, no. 5, 1966, 755-759
i TOPIC TAGS: ammonium compound, potassium compound, rubidium compound, phosphate,
electrooptic effect, electric polarization, pressure eff cct
ABSTRACT: To ascertain the nature of the clectrooptic c-L:"LCcts in crystals, and also
for practical applications, the author investiGated the clectrooptic coefficients of
mechanically free and clamped crystals of annonium dihydrophosphate (ADP), potassium
dihydrophosphate (KDP), deuterated potassium dihydrophosphate (DKDP) and xubidium di-
hydrophosphate (RDF). The -values of the electrooptic coefficients and their disper-
sion were determined in the wavelength interval from 4000 to 7250 A. The experimenta
setup and the measurement procedure are described elsewhere (Kristallografiya) v. 10,
no. 31 1965). The measurements were made on 450 Z-cuts of crystals made in the form
,of priinis with the long dimension in the direction of the applied load (110). Three
- four samples of each crystal were tested. The piezooptic coefficients and their
wavelength dependence were different for the different crystals, but exhibited a
similar variation., the difference being mostly quantitative. It is shown that the
electrooptic effect of mechanically clamped crystals is go - 94% of the electrooptic
Card 3/2 UDC: 548.o: 53T.228

-ACC NRI---
effect of free crystals in the case of KDP, RDP,, and DKDP) and 60 - 70% for ADP. It
is also shown that the ratio of the contribution of electronic to electron-ion polar-
ization to the electrooptic effect) which amounts to about 50% in the case of free
crystals., is altered by application of pressure to a small degree in EDP., DEDP., and
RDP, but to a larger degree in ADP. The difference is related to the presence of a
different system of hydrogen bonds. The author thanks A. S. Sonin for a discussion of
the results,, M. F. Koldobskaya for supplying the samples,, and 1. S. Rez and 1. S.
Zheludev for continuous interest and advice, as well as L. A. Shuvalov for supplying
the data on the dielectric properties of the RDP crystals. -Orig. art. has: 5 figures
and 3 formulas-
~SUB CODE; 20/ SUM DATE: IgMay65/ ORIG RU: OOV OTH REF: 0.12
Card 2/2

KARASIK, M.A. [Karasyk, M.A.]; VASILEVSKAYA, A.Ye. [Vasylevslka, A.IE.1;
PETROV, V.Ya.; RATEKHIN, Ye.A. LRa Yn-, IE.A.3
Diste,bution if mercury in the fossil coal of the TSentrallnyy
F~nd Donets-Ma)ceyevka regions of the Donets Basin. Geol.Lbur- 22
no.2:53-61 162. (MIRA 15:4)
1. Institut mineralInykh resursov AN USSR.
(Donets Basin--Mercury)

VASILEVSKAYA, A.Ye.-; SHCMIMAY-OV, V.P.; KLDENCHUK, V.P.
Determination of mercury in coals by dithizona. Zav.lab.
28 no.41:415 (I-IIIb% 15.5)
1. Institut mineraltnykh resursov AN USSR.
(Mercury--Analysis) (Dithizone)
(Coal-,Analysis)

DVCRNIKOV, A.G.5 VASIIZVBKAYA, A.Ye,) S11G1FvRBAKOV, V.P.
------- :--- --.' .
Some characteristics of the distribution of mercury disTersion
halos ip the soils of the flagol*nyj Range. Gaekhimiia no.5~
478-483 My 163. (MIRf~ 16,:7)
1. Institute of Mineral Resources of the Academy of Sciences,
U.S.S.R., Moscow.
(Nagolln7y Range-Merclary ores)

cem.- of rner~. co, (;n 'n Basin
n0.11: 11,94-1496 10,

VASIMVSKAYA. A ;,,PHCHERPAKOV. V.P.; LEVCHE14KO. A.V.
2!5~~M~-Y~f
Deterndantion of syn-al I amounts of mercury in waters. Zhur.
anal.khime 18 no-7:811-815 JI 163* (KIRA 16:11)
1. Institute of I-Lineral. Resources, Academy of Sciences, Ukranian
SSR, Simferopol.

DVORNIKOV, A.G.; VASILEVSKAYA, A.Ye.; SHCHERBAKOV, V.P.; SHVAKOVA, A.A.
Mercury dispersion halos in the soils of the Magollno-Tarasovka
and Marlyevko-Darlyevka complex metal deposits. Izv. AN SSSR.
Ser.geol. 28 no.5:96-100 Yq 163. (KIRA 17:4)
1. Institut mineralInykh resursov AN UkrSSR, Simferopol'.

SHCHERBAKOV, V.P.; VASILEVSKAYA, A.Ye.
Determination of mercury in the products of coal processing.
Zhur. anal. khim. 19 no.3:308-311 164. (MITF-k 17:9~i
1. InstItut m1noralInykh resursov All UkrSSR, Simferopol'.

,joyt7j.. V P , JjAl' "0 ' - .,
VASILEVSKAYA, . . 111~ ". f 0 !,,,,
I I $f " V.-, 0
y in Goals. "I'll r. aral. ~~-
J2.
Ne.,( metriod for the determination of r.-.rc1jr- i,
19 no.1.0;1200-1203 164- ( M 1R; 3.7: 12 )
1. Institute of Wnev-d Fesources, Simferopol.

A 9
AUTTIOR- VasUevskm&,,A. Ye., Lenskaya, L. K.
TITLE, Determinadon of boron in opi-Wr natural hy rnfanp of qili~yhr- arid
and crystal violet
SOURCE: Zhurnal analiticheakov khirnfl, v, 2r, no, 196~, 7-17-749
-MPIC TAGS- homn riAt~rmiati-r,
amo p i an t-- a rt~ 4P.5 c -1,c- t-%
Card j 2

L 58901-65
Aff-F.S.910N NR- AF-5016097
Statistical treat-mentof the results showed a rElative ormrof 9.7'7 fnrthf, %X3Lqr%A W10
ASSOCLATION- InBtitut minera-Privkh NlLne--al Rp-aour(,es
SUBMITITD- I !.Jtjnf,4
NO REF SOV: 005 01-HEP,- oo?
*40-
card 2/2

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no. 747 :3.
op: i

KARASIK, M.A.; GONCHAROV, Yu.l.; Z~ILEVSKIAYA, A.Ye.
HerouU in the miner&? lzed -wa teru and brinej of the Permian hatlogene,
formation in the Donets Ba,91m, GeokhJ.mtia no.'-IiI17-121 A 165. j
(MIRA 18W
1. InslAtut iiinerall-vkh resursov Gosudaretvennogo geologicheskogo
l,cm-4'.-Ota SSER.

VAS=SKAYA) D. F.
VASILEVSKAYA, 0. P.: "Measurement of the ultraviolet radiation absorbed by the
leaves of garden plants". Leningrad, 1955. Min Higher Education USSR.
Leningrad Agricultural Inst. (Dissertations for the Degree of Candidate of '.'
Technical Sciences.)
So: Knishnaya letopis' No. 49, 3 December 1955. Moscow.

05468
SOV/1~0-59-3-39/46
AUTHORS: Vasileys,ka7a, D. P. and Denisov, Yu. N.
TITLE: A Hall-effect Mag-nie'f6m6ter (Magnitometr, osnovannyy
na effekte Kholla)
PERIODICAL: Pribory I tekhnika eksperimenta, 1959, Nr 3,
pp 144-145 (USSR)
ABSTRACT: A piece of n-type Ge 2 x 1.5 x 0.7 mm. is used to measure
fields of strengths from 100 to 17,500 oersted to � 1%.
Fig 1 shows the circuit, in which '751 denotes a 75 IiA meter
and the battery has an output of 15 V. Resistance R
serves to set the zero. The output is 4.3 4V per
oersted with a main current of 1 mA (resistance of Ge
in current circuit 47 ohms). The probe contains a
thermistor and heater spiral (not shown in Fig 1), which
raise the volume of the probe to 1.8 =3; the tempera-
ture is stabilized (presumably at some value above 300C,
since the readings show very little temperature error in
the range 16 - 300C). The instrument has five ranges
and is calibrated against a proton resonance me-ter.
There Is 1 figure and 3 references, 2 of which are
Soviet and 1 English.
ASSOCIATION: Ob"yedinennyy institut yadernykh issledovaniy (Joint
Institute of Nuclear Research)
SUBMITTED: May 4. 1958

21(9) SOV/89-6-6-7/27
AUTHORS: Vasilevskaya, D, P., Glazov, A. A,, Danilov, V. I., Deni8ov,
-T-u.-K., Dzhelepov, V. P., Dmitriyevskiy, V. P., Zamolodchikov,
B. I., Zaplatin, N. L., Kollga, V. V., Kropin, A. A.,,,i"
Nieli-i'--$nX3, Rybalko, V. S., Savenkov, A. L., Sarkisyan, L. A.
TITLE: Putting Into Operation a Cyclotron With a Spatially Varying
Tension of the Magnetic Field (Zapusk tsiklotrona s prostranst-
vennoy variatsiyey napryazhennosti magnitnogo polya)
.PERIODICALs Atomnaya energiya, 1959, Vol 6, Nr 6, pp 657 - 658 (ussR)
ABSTRACTt In the present "Letter to the Editor" the authors report on
some measurements and theoretical considerations concerning
some parameters of the new cyclotron. In the Laboratoriya
yadernykh problem Ob"yedinennogo instituta yadernykh issledo-
vaniy (Laboratory for Nuclear Problems of the Joint Institute
for Nuclear Research) in the town of Dubna the new cyclic
accelerator was started in January 1959; this new type shows
both an azimuthally and a radially periodically varying magnetic
field. The diameter of the magnet of the accelerator is 1200 mm.
The lines of constant field tension have the shape of spirals
Card 1/3 of Archimedes, r - 16.2 y, periodicity of the field structure:

Putting Into Operation a Cyclotron With a Spatially SOV/89-6-6-7/27
Varying Tension of the Magnetic Field
N a 6. The mean value of the field tension increases radially
according to the relativistic mass increase of the accelerated
ions. Since the acceleration originates from the center of
the magnet the fundamental frequencies of the free oscillations
change accordingly 14za 0, qr ' I (at r.0) to qz= 0.2,
qr ' 1.01 (at r - 52 cm). It was shown theoretically that the
radial increase of the mean magnetic field tension which is
necessary for the elimination of the nonlinear resonance effect
occurring in the center of the accelerator may decrease with
increasing N, according to
H12N(N-1)! and with an increase of the radial spacing in the
case of a fixed N as (-k,A 2)N-2 . These investigation results
were taken into account in selecting the six-spiral structure
of the magnetic field in the center of which no nonlinear re-
sonance occurs. All measurements of the field tensions were
carried out by means of a nuclear magnetometer (error �1.5 00).
A resonance quarter-wave system with one D-shaped electrode
Card 2/3 was used for the ion acceleration. In the cyclotron deuterons

Putting Into Operation a Cyclotron With a Spatially SOV/89-6-6-7/27
Varying Tension of the Magnetic Field
were accelerated up to 12 Mey and a-particLes up to 24 Mev at
a minimumamplitude of the acceleration tension on the duant
of 8 kv. Tht; two methods which were used for measuring the
energy in the case of a maxiiaum orbital radius are briefly
described. A picture shows the accelerating chamber of the
cyclotron (Fig 2), another one an autograph of a neutron beam
in the case of different radii. The investigation results prove
the possibility of producing a relativistic cyclotron with a
proton energy which equals that of a modern phasotron. There
are 2 figures and 2 references, I of which is Soviet.
SUBMITTED: April 9, 1959
Card 3/3

82897
S/120/60/ooo/02/028/052
2-,3 ~0 0 E032/E414
AUTHORS: Aleksandrul G. and Vasilevskayl...D.E.-I
TITLE: Magnetometer Based on the Hall EffectTand Working on
Alternating Current
PERIODICALi Pribory i tekhnika eksperimanta, 1960, Nr 2,
PP 107-110 (USSR)
ABSTRACT: A description is given of an instrument based on the
Hall effect (Ref 1) in n-type germanium. The instrument
has been designed for: a) measurement of the absolute
magnitude of magnetic fields between 0.03 and 17000 oe
to an accuracy of + 1% + 0.5 Oe; b) relative
measurement of the topography of magnetic fields to an
accuracy of 1 to 390' and c) measurement of fluctuations
in the magnetic field at a given point. The probe is
excited by an alterDating current (4 mA) at 2500 ub~
The Hall emf is amplified by a narrow-band amplifier
having an overall amplification coefficient of 1.5 x 106.
The instrument was calibrated with the aid of a nuclear
Card 1/2 magnetometer. There are I figure and 17 references, k711--

82897
S/12o/60/000/02/028/052
E032/E414
Magnetometer Based on the Hall Effect and Working on Alternating
Current
5 of which are Soviet, 10 English and 2 German.
ASSOCIATION; Ob~edinennyy institut yadernykh issledovaniy
(Joint Institute of Nuclear Research)
SUNITTED: February A, 1959
Card 2/2

21.2100 78-':U7
SO 2/32
AUTHORS: Vasllev3kaya D P., Gla%ov, A. A., Danilov
V. I.
,
,
]5ajjj73~ ~Vi
, ju. N. , Dzhelerjov, V. P. , Dmltriyevskiy, V. P. ,
Zamolodchikov, B. I., Zaplatin, N. L., Kollga, V. V.,
Kropin, A. A., Lyu Ne-chuanl, Ryl,alko, V. S., Savenkov,
A. L., Sarlk--,L~,yan, L. A.
TITLE: A Cyclotron With a Simciri-Ily Varying Magnetic Field
Intensity
PERIODICAL: Atomnaya 1960, Vol H), Hr ~, pp 189-200 (USSR)
ABSTRACT: The puper, ~,~)uf-Jine:j f,h- 1-heory of charged particle motion
J. I I ; I ma g I i o t 1. c. r 1. e 1 fj w 1. 1, f IT -1 , j d.f. c :; 1; r u c f; u re a I o n g I t 3
,zirwith mid mdtu~;, ind lnve,;tigation~, per-
fornv.~d durln,(~ 11he y(!nn; )
on a (-.,Icl(-,)trc)n arcelera-
tor viii'h s p ir, t.J. - r- -1 d j,,~,d m-q,n0 Ic ril, Joint Inft-l'ute
for Nuclear (ohlytd.l.nermyy Institut , yadernyh
13sledovanly') The machl.no -viao bUilf, followink!, the
space stability theory developc-rt at Dubno and Harwell.
The authov~-, tht, liriear theory and investui-
Card 1/10 gate the parti.cle vilth re,-,pect to a closed

A Cyclotron With a Spaclally Varylnf,
Magnetic Field Intensity
78 3 17
0!
orbit for th~.- of the field ;-,,here the extre-ne -jaiues
of the vertical corT,r-(.-)nent of the magnetic field
the spiral of Archlirwde~3;
Card 2/10
where E Iz deoth of' maRnetic field variation; ':~ IT-X
radial pItch; N, perj-odicit~r of magnetic field ztructure.
The authors note that a lor,,hrithmic spiral .-jould not be
convenient. In the cyclotron under ('01'101deraticn the
ba3ic focusinji, effect was due to terins contalnli-,~i.,- the
ratio R/ Ix , fol. chulce- of paraimeters 1)~/
Kerst, flat.umnan, and ot.hers (.-,ee refs) e.,.,.ceeded unity in
the whole radial reirlon 1.-jith i.he exception of the
central part of' the ace-leral-c-)r vilic-ve the. I.Inear theor,--
canII011, he The juthors IrIvestifrIate radial and

A Cyclotron With a Spacially Varyingr 7831-7
Magnetic Field Intensity SOV/89-8-3-2/32
vertical osclllatlons and d1scuss the limitation3 on
proton energleo due to resonant osc lations. Next,
they note that the small parameter ~ in Eqs.(2) and
(7) magnify the nonlinear effects In 5 Uch accelerators
and develop equatiotw portrilt-Ung a cholce C)V magnetic
field paramutxr., wh.i.-!h do not. produce norilLnear reso-
11allec'. Expci-Imental Ltivc-~;t.lf-rati'on of' Fitich re:,onnnce was
produced on a mode") wit.1i N I.-,)[ cin, 0.02,
aji(j . 'I
ihown on I J.g. 1. Tfw location of' the centers of
InsLantatwout, orbtl;~; are d(~riot, ed by points, whilf:_- the
ji(A-r- ra(ILI.
n(imbero Indluati-, L T1 I (_ -Or(A.1C,'1.1 COMDutations
ntr,ree VJUAl eApt'.1. i.lfit -fit- f'(w i; > 'X , wfw~re ;. is- radial
coord1n,tt.(- of' t.1w oentc~r of' (:iirvafljm,. Tli(., magnetle
r1old. ol' Ui(_ , cycl~utrclji via.,~ thun bulit w1U N = f"), _x =
= 2.'( cui, arid C= o.,),-)6. TI-ic. (U.-,placerric-rit-S of orbi"*s
In ca;_;(2 weru r1ol.- t1jan I dw,, to tl)e
"v: t,
hIghur h,wjnon,L(,-., ol' t11v-- mtrl. -I(,. Vield Aruct:jre and
did not exceed 2 cm. Vic ;iuthor.,~ dIscu_-SA tne
pki*rt~,-,o relations; and te;;1k,(2d 1Ai(-_-Ri experimentally during
Card -i/10 deuteron uccelcritlon tip to 1`1 fne-v. Minimum notential

A Cyclotron With a Spacially VaryiniL
Magnetic Field Intensity
1-30
.25
T~317
Card 4/10 Fig. 1. Location of` cent,ur:~ of' instantancous orbits
for N = 4.

A Cyclotron With a Spacially Varying
Magnetic Field Intensity
Card 5/10
78317
SO11/89-8-3-2/32
of the deeo was 5 kv. Figure 4 ohows the relation
between Inner beam intensity and accelerator radius with
an accelerating, dec, Voltage of 11 kv. . The beam was
well f'OCUsed everywhere and the half-width of its
vertical spread wa-- leos than 1 cm. Next, the authors
describe the computation,,; of the required magnetic field
arid compare them with experimentally measured v lues.
Figure 7 ShOW:; re. with a = 6 2.7.
';Ults for a field
The abi;olute valueo of' the rield were measured using
the Hall. arid nuclear vesonance effect magnetometers.
In the region of' 250-24,000 Oc-rsted with a 5-10%
gracilent, thu fleld,,; we-re m(--a,,3urP-d with an aCCUracy
of +0.01%. Volume of the magnetometer f'eeler was
?~ 3
2-10 C M , arid the jl,radle-rit.~; were meaoured with an
acOL[racy of +1%. The cyclotron magnetic field
Intenoity wa- stabillzud aC C Urately to 0.005% using a
nuclear stabilizer as det~crlbed by I)rjni--o-; (Pribory I
tekhn1ka e1c.,,perimenta (Inotrume~nts and Technics of
Experimerit),Nr 1, 36 (1959)). Th(~.- h-f system was
described earlier by Glazov and others (Radiochastotnaya

A Cyclotron With a Spa(,Ially Viarying
-Magnetic Field Intensity
78317
40 50
Fig. 4. Particle beam wArrents at various radii
Card 6/10 (v0 11 kV).

A Cyclotron With a Spacially Varying 78317
Magnetic Field Intensity SOV/89-8-3-2/32
tp, riLd,
A
Fig. 7. (A) Amplitude of sixth harmonic of magnetic
field 11, versus radius. (B) Phase LP of spiral shim
0
versus radius (full line-calculated; crosses--experl-
Y /10 mental data).

A ('.'.,...jGron With a Spacially Varying 78317
Magnetic Field Intensity SOV/89-8-3-2/32
sistema modeli tsiklotrona 3 prostranstvennoy variatsi-
yey magnitnogo polya, Otchet Laboratorii yadernykh
problem OIYaI (Radiofrequency System for a Model of a
Cyclotron With Spacially Varying Magnetic Field, Re ort-
of the Laboratory of Nuclear Problems OIYaI) (1959)~.
The special feature is the existence of a single dee
with a radius of 57.5 cm and a small gap between the
dees and the chamber of 1.5-2 cm. Aperture of the dee
was It cm. The amplitude of the acceleratLon potential
was stabilized to an accuracy of 1.5%. T,-.: reduce the
background due to long-lived radioactive Isotopes, the
cyclotron chamber was made from the"avial" alloy.
Working vaccum. was I to 2-1o-5 mm Hg. The ion source
was of the Penning variety and could be displaced in
arbitrary direction with affecting the vacuum. Three
quartz targets with tungsten wire 3erved as visual or
current measuring indicators of the beam. The authors
claim that all.tests confirmed the l.inear theory of
spacial stability of the charged particle motion in
accelerators, and that the methods of creating necessary
Card 8/10 magnetic field varlations'exhibit sufficient accuracy.

A Cyclotron With a Spacially Varying 78317
107 2
Magnetic Field Intensity ID 1/89-8--~4-2/:~2
Theoretical and experimental investigation of the spac-
ially varying fields and the methods developed for
shimming the central field enable one to obtain, on
cyclotrons of appropriate size, resonant accelerations
of particles up to energies achieved until now only In
phasotrons and with beam currents of the order of
hundreds of microamperes. K. A. Baycher, N. I. Frolov,
M. F. Shullge, and F. V. Chumakov were the managers of
various divisions of the OIYaI engaged in the construc-
tion of the cyclotron. D. I. Blokhintsev, D. V. Yefre-
mov, K. N. Meshcheryakov, and V. N. Sergiyenko showed
interest and helped accelerate the work. E. G. Komar,
I. F. Malyshev, and L. N. Fedulov constructed the chamber
and the accelerator magnet, while A. V. Chestnyy helped
in the early stages of planning the technical problems.
There are 9 figures; and 34 references, 22 Soviet, 3 U.K.
9 U.S. The 5 most recent U.K. and U.S. references are:
N. King, W. Walkinshow, Nucl. Instr. 2, 4 (1958);
D. Kerst, H. Hausman, R. Haxby, L. Laslett, F. Milles,
Card 9/10 T. Ohkawa, F. Peterson, A.Sessler, J. Snyder,

A Cyclotron With a Spacially Varying
Magnetic Field Intensity
78317
SOV/89-8-32-2/32
W. Wallenmeyer, Rev. Scient. Instrum., 28, Nr 11, 970
(1957); W. Walkinshaw, N. King, Linear Theory in S/R
Cyclotron Design, AERE, GP//R 2050 (1956); P. Dunn,
L. Mullett, T. Pickavance, W. Walkinshaw, J. Wilkins,
CERN Symposium, 1, 9 (1956); D. Derst, K. Terwilliger,
K. Symon, L. Jones, Bull. Amer, PhYs, Soc., 30, Nr 1
(1-955).
SUBMITTED: August 27, 1959
Card 10/10

t-lt D.P,- DENISOV YUON.
.9
Device for measuring radial and azymuthal, component3 of the
permanent magnetic field intensity. Prib.i, tekh.eksp. 6
no.5:194-195 S-0 161. (MIRA 14:10)
1. Obuyedinennyy institut yadernykh issledovaaiy.
(Magnetic fields-Yeasuremant).

VASILEVSKAYAj D.P.; VASILIYEV, L.V.; DRIISOV, Yu.N.
(Nuclear magnetometer for measuring highly non-
unifOrm. magnetic fields) IAdernyi magnitometer dlia izme-
reniia sillno neodnorodrqkh magnitnykh polei. Dubna" ObIl-
edinennyi in-t iadernykh issledovanii,, 1963. 12 p.
(MIRA 17:1)

IN
111~a47 e: Tie' -
r-u-n&ins invariable. The
q:!hq!.j--

A(XF-V-,ION NP AL P5007Q 5 Z
-wiffimm, un

L 3063-66
I ACC NR, AP6022212 SOURCE CODE: LM/0-115/66/000/005/0089/0090
AUTHOR; Vasilevskaya, D. P.; Denisov, Yu. N.; Dyakov, N. I.
ORG; none
TITLE: Hall magnetometer
SOURCE: Izaeritellnaya tekhnika, no. 5, 1966, 89-go
TOPIC TAGS: magnetometer, Hall effect, magnetic field measurement
ABSTRACT! The magnetometer described (see Fig. 1) vas developed at the Joint Insti-
tute of Nuclear Research. The device is based on the Hall effect and is designed for
A Schematic diegrm of Hall
Fig, 1
0 ternal equ.111 tit
magnetoweter
salvanometer. a-r, -7
r
ter OW
ow
to external equipment,
Cwd 1/2 UDC: 621.31T.444

L 34363-M
ACC Nih AP6022212 112,
measuring stationary magnetic fields and for determining their configurations. The
Aevice uses tvo InAs Hall Pickups (5 x 3 x 0.2 mm in size) and is placed between felt
paddingi in ebonite housi*ngs 80 x 20 x 15 mm in dimensions. The sensitivity of the
Pickups is approximately 0.0015 ltv/tesla and their longitudinal and transverse re-
sistances are approximately 2 ohms. Power supply is provided from a stabilized d-C
source,'vhi~h has d voltage-stabilization coefficient of 1000, a load stabilization
coefficient of 500 and whose load current drift does not exceed t2.10-3%. The com-
parison circuit uses a P15 triode, while a P103 silicon transistor is used in the
additional amplifying stage. The voltage drop across avalanche diode D808 is used as
reference voltage. The excitation current is regulated by potentiomet r R within
50-150 mamp. The entire range of measured magnetic fields of 0-2 te:la h sub-
divided into 7 bonds. Bvitch P sets the desired measurement band. The maximal
sensitivity of the device is 1.3-10-5 tesla with the "operating" and 0.83#10-5 tesla
with "stand-by"'pickup per one division on the galvanometer scale. When Hall emf is
measured with the M95 galvanometer the error of magnetic field measurements is 10.8%.
However, when Hall emf and the excitation current are controlled by the R307 poten-
tiometer, the RMS measurement err-or is reduced to tO.3%. The authors thank 1. A.
Kaplinand P. F. Gavrish for their assistance in the development of the instrument.
Orig. art. has: 1 fijUe_. [DWI
SUB CODE: Oq/ SUBM DATE: none/ OHIO REF. 002/ A" TID PRESS: 6j4jg_v
2/2

08 T L X-
(2 ) /EX
L~Q ~17 - 7A
034 Y9 eWr SOURCE CODE,.. 0 6
AUTHOR: -VasilevskaZa. D. P.; Deq_:Lqqv.', Yu. N.; D'yakov. Us 1.
ORG: Joint Institute of Nuclear Research, -Dubna (Ob"Yedinennyy
ina~iiut y4Lderuykh iseledovaniy)
TITLE:- A precision Hall magnetometer,,,
SOURCE: Pribory i tekhnika eksperimenta, nos 59 1966, 203-2o6
I
TOPIC TAGS: magnetometer, Hall effect
ABSTRACT: A magneto eter based on the jLa_ll etf_g~gzt in described which
comprises a thermostatically controlled InPAa Hall voltage detector
1.8 x 1.2 x 0.3 mm) in size (1), a Hungarian E149 ultra-senaitive
thermostat(2), a stabilized current supply (3), a compensating circuit
(4). and a potentiometer (5) (see Fig. 1). The thermostat, which in
connected to the detector casing by two insulated-rubber hoses, control
the temperature of the detector by circulating water around it. Deteau
temperature varies no more than 10.2-0.3C for ambient temperature
changes of 15C and hose lengths of 7 and 14 M. The maximum measurement
error for temperature changes of t5C does not exceed 0.008-0.012%. Th
stabilized current supply provides excitation current (nominal value,
50 1hamp) to the detectors, This current is kept constant within about
Card 1/2 UDC: 621.317.444

L 08497-67
W AP6034239
E-,
r_L___en=
3,
=W
'. a-5
Fig. 1. Magnetometer block diagram
1 - Hall voltage detector; 2 - ultra-
sensitive thermostat; 3 - stabilized
current supply;,4 - compensating cir-
cuit; 5 '- potentiometer.
10-3% by placing the critical control elements, which include C, pre-
cision resistor used to generate a reference voltage and a comparison
bridge, in the thermostat. The difference between the detected Hall
voltage and the voltage across the precision res"istor is measured with
the potentiometer. The overall RMS measurement error, including
calibration error, does not exceed 0.05%. The circuit, used since 1962,
is,built with s6lid-state components and can measure both uniform and
varying magnetic fields with gradients up to 30 T/m. Ori&. arte has:
4 figures.
SUB COM 08/ S'UBM DATEt 12Nov65/ ORIG REFt oo6/ ATD PRESS: 5103
Card-2/2-0c;

V)VILEVSKt9y'q, &. r
SANNS, Visente [Saenz, Vicente); HIMYLOV, L.R. (translator]; GONIONSKIY,
S.A., kand.istor.nauk, red.; VASILIIVSKATA, B.G., red.; BELEVA,
M.A.,tekhn.red.
(Problems of interocennic canals of the American continent] Proble-
my mezhokeauskikh putei Amerikanskogo kontinenta. Moskva, Izd-vo
inostr.lit-ry, 1959. 203 p. Translated from the Spanish. (MIRA 13:1)
(Canals, Interoceanic)

VASIUVSKAYA, E.S.; SYMIN, L.N.~ SHAMOVSKAYA, M.A.
Methods and apparatuses for the measurement of dynamic
M4Wtostruction paramatera. Trudy instjjKomestwWomor i
izm. prib no.64011-320 162. (HM 16SO
(Magnetic measurements-Equipment and suppliae)

0J.' -7-

VASIIEVSKAYa. F-M-
23611 OB I71ENENII KhRONAKSII PRI GIFERTONIChESKOY BOLEZNI. ELINICh.
MEDMINA, 1949, No. 7, C. 49-55.-BIBLIOGR: C. 54-55,
SOs LETOPIS' NO. 31, 1949.

VASLIaWTATA PoN, 9 MOTIN, N,X.
So-called lupus arythamtom dissemimtus. far. arkh,,
Moskva 25 no.6:63-68 Nov-Doe 1953. (C In 25:5)
1, Of the Famlty therapeutic ClWo (ActIng Director --
Prof. TX Istexamova)p JUst, lieninpad Nedima Institute
Imeni I.P. ftrloy.

VASIIUSXATA. F.M.; VASLOVA, N.P.; ISTAMNOVA. T.S., professor, ispoInyapishchiy
O"TWAIMM" direktora kliniki.
Findings on modifications of visual chronazy in hypertension. Klin.med. 31
no.9:46-51 S '53. (MLRA 6:11)
1. Fakulitetskays, terapevtIches)aVa kliniks. I Leningradskogo meditsinskogo
instituta im. akademika I.P.Pavlova.
(Hypertension) (Nervous system) (Sight)

VASILWKAYA, -F-.-M,-
VASILEVSKAYA, F. M. "The functional state of the central nervous system in
hypertoaic disease, based on data frcm chronaximet.ry.N
First Leningrad Medical Inst imeni Academician I. P.
Pavlov. Chair of Faculty Therapy. Leningrad, 1956.
(Dissertation for the Degree of Doctor inASciences)
Medical
So: Knizhnaya Letopis',, No. 18., 1956

llama: VASIISVSKAYA Frida Moiseyevna
Dissertations Functional state of the central nervous system
during hypertonia disease (based upon data of
chronaxymc-try)
Degreet Doe Med Sci
Affiliation# Cnot indicated2
Defense Date, Places 4 Jun 56, Council of the lst Leningrad lied Inst
imani. ravlov
Certification Dates 11 May -57
Sources EIVIO 15/_57

VASILXVSKAYA, GaUna [Vasilauskala, R.)
It's never too late. Rab. I sial. 33 no.10:4-5 159.
%_ (Gomel'--Women as engineers) (MIRA 13:2)

VASILEVSKILYA, Galina [Vasilouakaia, Halinal
Motherly care. Rab.i sial- 36 no.1:18-19 Ja 160.
(KIRA 13:5)
1. Tallkovskly detskiy, dom, Puldiovitakiy rayon.
(Pukhovichl District--Orpbans and orphanages)

VASIIXVSKAYA, Galina [Vasileuklmia, Halinal
Idke pines in a forest. Rab.i alai. 36 no.3:18-19 M7 160.
(MIM 13: 10)
(Pdkhovichakiy Die trict--Veterinarians)

,Y4SLU'VSKATA, Galins [Vasileuskaia, He]
On the Dnieper. Rab.i sial. 36 no~8:2-5 Ag 160o (MIRA 1):10)
(Dnieper Valley--Deocription and travel)

VASILEVSKAYA. G&Iina LVasileu'skaia, Halinal (g.Idda)
Ours is a family of workers. Rab.1 sial. 36 no.12:2-3 D 160.
(MIRA 13:12)
(White Russia-Womon-lbployment)

- VASIISVSKAYAs-Gal-ina,[Vasileuskaiap Halina)
A few words about skillful hands and our furniture. Rab. i sial. 37
no-1:15 Mr t61. (141RA 14:3)
(Bobruyak-Purniture industry)
I

ASILEVSKAYA, Galina (Vasileuskaia, Halinal
Maryia. and her frienda, Rab. i sial. 37 no- 4:8-9 Ap 161.
(HLU 14:4)
(Efficiency, Industrial)

VASIIEVSKAYA2 Galina [Vasileuskaia,, Halinal
-------We-MVF-TluTtmt-the *Ustrychnik' State Farm. RabA sail.
37 no.6s4-5 Je 1611o (MIRA 15s2)
(Myniki DiBtriet--Corn (Maize))

VASILEVSKAY, GeLliha [Vasileuskaia, Halinal
Great Achievements. Rab.i sial. 38 no.3:2-,3 Mr 162.
(MIRA 1512)
(Minsk Province-Dairying) ,

VASIUVSKAYA, G. [Vasilettakaia, fl.] (Kobi-yn)
A "noisy factory." Rab.i sial. 38 no.6:6-7 Je 162.
(,',MA 15:8)
(Kobrin-Foultry)

- VASILEVSKAYA. GaUna (VaUleuskaia, Halinal
Stefanida's "commandments." Rab.i sial. 38 no.8:19 Ag '62.
(WRA 15:9)
1. Sovkhoz "Krasnoye", Molodechenskogo rayona.
(Chicanery (Law)) (Molodechno District--Baptista)

- - --- - - -- ---- - -----
VASILEVSKAYA, Galins. [Vasileuskaia, Halinal
Evening gatherings on a collective farm. Rab.i sial. 38
no.12:lo-ll D 162. (KM 16:1)
(Grodno Province-Community centers)

VABILEVSKAYA, Galina(Vasileuskaia.. Halinal (Minsk)
-W
Bar Nlaboring class.m Rab. i sial. 39 no-5910 My 163.
(MMA 16 t 6)
(Minsk-Labor and laborinR classes Dwellings)

VASILMKAYA, Galina (Vasileuskaia, Halina)
They viU underBtand you. Rab. i sial. 39 no.7s9-10
JI 163. (MIRA 16:11)

USS~/Safety Engineering Sanitary Engineering. Sanitation. L.
Abs Jour : Ref Zhur Khimiya, No 2, 1957, 7030
Author : Glushkov, L.A., Kogan, F.M., Vasilevskaya, G.A.
Inst
Title : Effectiveness of Electric Filters for Purification of Air
from Asbestos Dust.
Orig Pub : Sb. Vopr. gigiyeny truda, professionallnoy patologii i
toksi%ologii v prom-sti Sverdl. obl., Sverdlovsk, 1955,
73-79
Abstract : Description of the conditions, procedure and results of
summer and winter tests of an experimental electric fil-
ter of industrial design for the removal of asbestos
dust Zr--ia air used in the recovery of asbestos fiber
and the air of the suction draft system. The electric
filter, is a dipolar plate filter with horizontal gas
.flow and rod-shaped precipitation electrodes, was ope-
rated as second stage (after the dust-settling chambers),
Card 1/2

USSR/Safety Engineering Sanitary Engineering. SAnitation.
Abs Jour Ref Zhur Khtmiya, 14o 2, 1957, 7030
or third stage dust removal unit (after the settlIng
chambers and a twine filter). With an initial dust
concentration, at the ingress to the electric filter,
of o.8-2.4 g/m3 ancl air velocity, within the active
zone, of 1-5 m/second, the degree of air purifJcation
in the electric filter vas of 94-98%, and residual
duat content of the air, prior to discharge to the at-
mosphere, of 20-100 ma/m3_
Card 2/2

s/o62/60/000/009/0!3/021
B023/Bo64
AUTHORSs Shuykin, N. I. and.
TITLEs Catalytic Dehydration of Alpha Isobutyl Tetrahydrofurane
PERIODICAL: Izvestiya Akademii nauk SSSR- Otdeleniye khimicheskikh
nauk, 1960, No. 9, pp. 1664-1667
TEXT: N. I. Shuykin, V. A. Tulupov, and I. F. Bellskiy referred in their
paper (Ref. 3) on the dehydration of tetrahydrosylvane on a titanium-
alumina catalyst at 500-6000C and a pressure of 20-30 mm to the fact that
this catalyst leads to the formation of both open and cyclic dienes. The
authors studied the dehydration of a more complex tetrahydrofurane homolog,
viz.c