SCIENTIFIC ABSTRACT VOLOSIEVICI-MIRZA, L. - VOLOSOV, D.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860720001-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-V cia; BALAII, Marloara; DIM.ITRIU, Carmenj CHEORGHTU,
. _W;~j W1 ;I
Tony; BARBAia~^k, Ceoilia,
Types of nervous system in rats. Stud. cercet. neurol. 10 no.lt
23-35 F165.

VOLOSIN, Antal, dr.
Uterine perforation in our 10-year clinical mater'.Fl. Orv.
hetil. 105 no.31sI453-1455 2 Ag 164.
1. Karcagi. Varosi Tanacs Korhaza, Szulo- es Nobetc-g Os-,tasy.

a en)
Technical workerst academies Jm the Debrecen vehicle repair
plant* Magy vasut 8 no-1:3 1 Jat64
FRI- MILES-

VOLOSINOVSZKY, Janos (Debrecen)
Polytechnical instruction in the Debrecen Vehicle Repair
Shop. Magy vasut 8 no.10 14 16 my 164.
M, -W-A- M, I 't 4.-."
MIXI-Q-W RG r?, WE M-
~1-1 -0 1 NIM

VOLOSIVETS, A.I.
Study of plague phages, and the resistance to th-A= in i~acter-4al
mutants. Report No.1: Biological properties of plague phages.
Biul. eksp. biol. i :red. 56 no.9:81-84 S 163.
(MIRA 17:10)
1. 1z Vsesoyuznogo nauchno-issledovateliskogo institute. "Mikrob"
(dir. - Prof. 11.1. Nikolayev),, Saratov. Predstavlena daystvitell-
nym chlenom AMN SSSR N.N. Zhukovym-Verezhnikovym.

VOLOSIVETS, A.I.
Phage-resistant mutants of plague bacteria and their properties.
Biul. eksp. biol. i med. 56 no.llslG7-110 0 [i.e. N 1 163.
(MIRA 171ll)
1. Iz Vooooyuznogo nauchno-inaledovatellskogo inatituta 'Mikrob"
(dir. - prof. N.I. Nikolayev), Saratov. Predstavlena deybtvitell-
nym chlonom AMN SSSR N.N. Zhukovym - Verezhnikovym.

IiACCESSION NR: AP4026375 S/0219/64/057/003/0073,/0075
AUTHOR: Volosivets
TITLE: Phagorosistant mutanbrf
frequency in call
'Virulent strains
populations of plague bacteria
SOURCE: Byul, eksper, biologli 1. meditsinyok, V, 57, no. 3a 1964o
:i7l-75
TOPIC TAGS: plague bacteriap virulent strainp avirulent strainj
phagorosistant mutant$ baotoriophaeo, phagorosistant mutant formation
!ifroqueneyq phagoresistant mutant property
IIABSTRACT: The present study Is a continuation.of an earlier investi-
gation in which phagoresistant mutants formed in virulent strains of
i1plague bacteria were found to vary in their properties more than
those formed in avirulent strains, In this work, four virulent
istrains of plague bacteria were investigated to find phagorosistant
mutant formation frequency and to determine the nature of phagoresis-!
'tant mutant properties. For.methods of determining the formation
1frequency and the properties of phagoresistant mutants the reader is

!'ACCESSION NR: AP4026375
~Ireferred to the earlier study. Properties of initial colonies of the
;I
livirulent strains were compared with those of the phagoresistant mu-
Jtants isolated from the virulent strains. Results show that the
ifrequency of phagoresistant; mutant formation in virulent strains is
I
4ower than in avirulent strains. The frequency does not appear
~:dependent on the phage under examination, but somewhat dependent on
ithe degree of virulence of the investigated strains. Phagoresistant.
mutant properties are characterized by instability. Sensitivity of
.:initial colonies to phage action resulting in resistant variants and
the formation of phagoresistant mutants in the presence of phages
suggests that phagoresistant.rautant formation is adaptive in origin
..and contradicts the spontaneous mutation selection hypothesis* Orig,
art, has: 4 figures and 1 table,.
'ASSOCIATION.- Vseso-yuzny*y nauchno-issledovateitakiy protivochumnVy
linstitut "Mikrob" (All Union Scientific-Research Antiplague Institute
"Microbe")
:!SUBMITTED: ogmar63 ENCL:
k!UB CODE: NR RU SOV: 005
00
OTHER: 003
Card:,-~ 2/
- - - - - - - - - -

POPOV) G.G.; VOLOSKOV, G.A.; PERCHIMMIA, Ye.A.
Nothods for testing plastics for static stresn-r-uDLI.Jre stretwtn.
Zav.lab. 31 no.10:1239-1242 065. (MIRA 19: 1)
1. Vsesoyuznyy nauchno-issledovatel'skiy inqtItut zheIeznodorozhno4q
transporta.

BELOTSERKOVSXIY, A.M.; VOLOSHOV, G.A.
Investigating the effect of vacuum on the quality of secondary Foly-
caprolactam in autoclave liquefaction. Plast.masEy no.9:63-~6 '61.
(MIRA 15:1)
(Asepinone) (Nylon)

L3571-.66 g1g(m)/E1VP(w
ACCESSION NR: -APS024818 VVIIEMI MUR/0032/65/031/010/1239/1242~---'i
620.17 67 .5.06
F5,
AUTHOR: G. G.- Volosko Go A.; Perchikhina, Ye. A.
P020V
TITLE: A method for,t~esting plastics for permanent static strength
SOURCE: Zavodskaya laboratorlya, v. 31, no. 10, 1965, 1239-1242
TOPIC TAGS.i tensile strength, plastic strength, synthetic material
ABSTRACT: Tests are made for experimentally verifying the hypothesis that the
variance in data on the durability of plastics can be reduced by evaluating the~,_Ioad*
capacity of a specimen from the ratio a of the permanent strength a to the momen-
tar~ strength d m. A batch of specimens was divided into two equal 6ups by random
selection. The first group was tested for momentary tensile strength. The data
were arranged in increasing order from a to , and each specimen was assigned
min Umax
its own ordinal number., It was assumed that if the second group of specimens were
tested in the same manner for momentary strength, the distribution of data would
be the same as for the f rat group. The second group was tested for permanent sta-1
tic tensile strength with the same stress being,applied to all specimens. The in-
dex of relative loa capacity a /d for each~specimdn has its own value asso-
p m
Car 112

L 3571,-66
1ACCESSION NRs APS024918
Ic'iated with the variance in the Individual values of the momentary tes'ts. I. e., in'
spite of a common stress for all samples In the second group, the specimens are test-
ed at various levels of relative load capacity a. In addition to this, the static
urability of the spcimen in the second group of tests increases with the indivi-
dual momentary strength of the specimen. The values of static durability for the
specimensinathe second group were thA-n arranged in incivasing order and each speci-~
'men was assigned its own number. The specimens in the second group were then assign-
~ed a momentapy st'refigth corresppnding"to the ordinal numbers of the specimens in th
ifirst group.~ ThusTor each ordinal nVmber there is a m6mentary strength a and a
static life T (in hours), the static stress being identical for all specimmens.
These data are used for plotting a permanent strength curve with the relative load
-axis. The results show a considerable reduction in variance
~factor a along the y
'of data when compared with momentary strength tests alone. Orig. art. has: 3
'figures, I table.
ASSOCIATIOXt,,Vsesoyuznyy nauchno-isaledovatellskiy ingtitut zholetnodorozhnogo
,transporta (All-Union Scientific Research Institute of Railroad Trans _ ation)&A I
port
SUBMITTEDs -00 ENC161 00 SUB CODE: MT, AS
00 REF SOVt* 000
OTHERt 000,
tard 2

USSR/Optics K
Abs Jour: Referat Zhur-Fizika, 1957, No 4, 10674
Author : Bolokhovakiy) A.) Voloskov) oner') I.
Inat :Not Given
Title :High Power Motion Picture Projector for Wide Screen Motion
Picture Theatres.
,Orig Pub: Kinomekhanik., 1956, No 2, 20-24
Abstract: No abstract.
Card 1/1

V~~~ ; M ILYY, K.
Testing motion-picture projectors In workshops and repair stationa. Kinonekha-
nik no.10:33-37 0 153. (91-RA 6:10)
(Moving-piature projectors)
WN M-_ 11-M M
AM; W. ME M 3A 16 IRS,

F-fF
VOLOMOV, N. N.
"Measures in the case of udder pox In cows."
Veterinariyaj Vol. 37, No. 8, 1960o p. 26
QL; VJ - D r, `~- 6zvA , Wvaf-
I 11,r I

VOLOSKOV, N.N.
Measures to be taken in case of udder pox in cows. Veterinariia 37
no.8:26 Ag 160. (KM 15:4)
1
1, Glavigy veterinarnyy vrach Shilovskogo rayons, Ryazanskoy
oblasti.
(Shilovo District-Smallpox in animals)
(Cowe.-Diseasee and pests) (Udder-Dineases)

VOLCIAOVI F. A.
e~lz
Prewention and thorar,,., in Mo3kva,
112 p. (5C-211114')
SF961. V6

VOLOSKOIJ, P. A.
VOLOSKOV, P. A. (?rofessor) Creative jath of the IMIerited Worker of' Science of
RSFSR - Professor P. N. Andreyev.
So: Veterinarlya; 2h; 10; October 1947; Uncl.
TABCON
0 0 0 0 0 0 0 0 0 0 0 9 0 0 0

VOLOSVM~ P. A. Professor
All-Union Institute of Experimental VeterinarT Ycdicine
"Stages of the development of artificial insemination of apricii1ture
animals."
SO: Veterinariia 25(5), 194,8, 21
0 0 0 0 0 0 0 0 0 0 0 0

VOI.93KOV, P. A.
Voloskov, P. A. - "Basic causes of eterility in f-rm An!mFkls And mepsLres of Drev-rtion,"
In the symposium: 3or",.a s -,espl:dJ.;e= s.-kh. -zhivol. h,
Moscow, 19L9
CSTer:
P- 5-13
SO: U-4355, 14 August 53, (Letopis 'Zhurnal lnyk~ Statey, No. 15. 191~9)

VOIO,70vj P. A.) PMf.
"The methods of eradication of sterility of cattle"
S3: Veterinarifa. 26 (3), 1949, p. 29
0 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

V. A.
now to preverit SLeill.LLy in coas "fook-/a, Uon. iza-lo !3UI'k',ilz. 1:4-ry, 1Z.1--,
,-4 P. (r~l-lWl)
11 .11
SF201-M

VOLOSKOV
Professor Voloskov, All-Union Institute of R~merimental Veterinary
Medicine, gave a lecture on "The bases of Michurinite teaching and its
application in veterinary medicine", at the first oblast conference
of veterinary workers which was held from. November 23 to 25, 190, in
Kostroma.
SO: Veterinariia; Vol. 27; No. 2; 58-59; February 1950 Uncl de g
Trans. 211 by L. Lulich

VOLOSKOV, P. A., Prof.
"The principles and the mathods'or therapy in veterinar7 gynecology."
SO: MERINAMA 27(12), 1950, P. 34
0 0 41 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

VOLOSKOV,, P.A.
At the Y_V_&IT Plenum of Veterinary Seer-Uon of the All-" lor. Acad--;--,~, of
il -ni
Agricultural Sciences, hela 6-10 October 1950, P.A.Volosyov reported on
"The system of measures in the fight against sterility of farm animals
and in protection of the young".
SO: Veterinariia; Vol. 28; r1o. 1; 54-57; Janukiry 1951 Unci de g
Trans. # 147 by L. Lulich

VOLO-SKOV, P.
"Now Discoveries in the 14'ield of Veterinary landiciziell Tr. from ti-e 'Puscian.
P. 951, (71 SOCTIMISTIECKE 7o1. 2, no, 0", AuTustt-, 10/52, Fnalra,
Czechoslovakia).
SO: '.bnthly List of East European Accessions, LG, Vol. 2, No. 11, Nov-1953, Uncl.

VOWSKA P.
Cows
Controlling -sb,3x-MtY In cows Kolkh. proizv. 12, No. 1, 1952.
9. Monthly List of Russian Accessions, Library of Congress, June 1952 Unclassified.
k~ MIMPIRIST 11 - 'M -Ir
KA~
"SUMM" M

VOLOSKOV, P.A., professor.
v 11.r-~
,
Fundamental problems In the fight against sterility In cattle.
Veterinarlia 30 no.11:38-48 N '5J. (MLHA 6:11)

VOLOSKOV) P.A.
Ways of increasing the number of cattle,
Moakyn, Manie, 195h. 30 p.
(Vsesoiusnoe obshchestvo po rasprostraneniiu politicheskikh i nauchnykh znanii.
serila 5, no. 5)
1. Stock and stock-breeding - Russia

.,.Author Voloskov, P~ A.,, Dr. of Biol. Sciences
Title Stock raising
Periodical Nauka I Zhizn', 21/3j U-13, Mar/1954
Abstract An epizootic plague killed off cattle in the Soviet Union almost caus-
ing irreparable damage to the herds. This has been conquered by the.
scientists and the farmers, but now lose comes from barrenness. In 1952p
as compared with 1940,.collectivo farmers obtained from 100 females,
U fewer calves, 27 fewer lamba and 163 fewer pige. Besides, young
animals often die. Veterinarians find that proper feeding of the males
improves this aituatIon, reducing barrenness.
Institution
Submitted ........

YCLOSKOV, P.A., professor, daktor biologichookikh nauk; RUBIKOV, A.A..
"OfilftfieblologIcheakikh nauk.
Pathogenesis, prophylaxis and therapy of parturient parents in cows.
It
Yetertmarlia 31 no.12:38-44 D 154. (KLRA 7:12)
1. Vesagynsvy institut skeperimentallsoy veterinarit.
(COWS-DISR&M) (MARALYSIS)

VOLOSKDT, P.A., professor; BELENIKIY, M.L.; EDZNDV, N.A.
Uperience in elimiwtinf, sterility in ca,ttle. Yeterin&rii& 32
no-7:24-31 Jl 155. (KLIRA 8:9)
lJoes9yusn" institut eksperimentallney vaterinarii (for Toloskov).
2*Nach&llnik vaterimmege otdel& Smolenskey obl&sti (for Belaulkir).
3.Direktor NIVOS (for Koznov).
(S M ILITY IN ANIKALB)

VOLOSKOV, P.A., professor.
--- -Mad"Ww"
Infections of generative organs in cattle and prevention methods.
Vaterinariia 33 no.5:30-36 XY 156. (MLHA 9:8)
1 (Cattlo-Diseases MA post@)
(Generative organs-Diseamos)
t

VOLOSKOV, P.A.
[Curing sterility is an important means of increasing livestock
and rroductivityj Likvidataiia ialoTosti - vathneiskii resery
uvelicheniia pogoloylia i produk-tivnosti zhivotnovodetva. Moskva,
Gos. izd-vo mel9khoz, lit-ry, 1957, 94 p, (MIRA 11:5)
(Sterility in animals)

VOLOSKO~, P.A.,, prof.; PARUSOV, V.1).y asph-ant
Disinfocting, trill t.,fr.-rm of 111hrio fetur. 42
no.11:80-81 N 165. (!!Ii-,A 2()-1)
1. Vaesoy-uznyy institutu eksperim-2ntaltn07 vote-rinarl.i.

VOLCCK(')V 1',A. SUINAYKIN, A.,~., starshiy winchnyy sotrudnlR;
yrof. ;,
LUGHKO, M.A.p star2hly nauchnyy sotrudiiik
Treating trichomonianis in bulls. Veterinarila 42 no.?:80-81
J1 165. (MIRA 18:9)
1. Vsesoyuzriyy instItut eksperimentallnoy veterinarli.

MIT~ I --- ---- ---- I - - -
VOLOSKOVI P.A.p doktor biol. nauk, prof.; OSIPOVA, V.N.p red.
[Prophylaxis of genital infections in anirals) Frofi-
laktika polovykh infektsii zhivotnykh. Moskva, Kolon,
1 1965. 223 P. (MIRA 18M

;I , ! . 'i "I i "
- I,,- -,$~ r-ol, ~, S ladshly
0A t, ... . v Ir-
Isolating cultirr~..q of 7,7!1,ir~o ret-,.j. ~; f,., ,, ., :", r , -. r ! , !!
I . I I
41 nn.L78 Ja t65,. (WhA 18s2'
1. Vscsoyu:zn),y InstIt.,it c':cs-:f--rJrlpntal'nrjy veferin;tril..

- 1, VOLOSKOVP,A.., prof.; 111CHKO, M.A., aspirant
Pathogenesis of trichomoniasis and the bio-lo,:,-.,, of Triclro=cm--s
foetus. VeterinarlliaOno.8:30-31 Ar~ 163.
(MIFLA 17:10)
1. Vscsoyuzny.-,, institut eksperiventallnoy veterinarii.

VOU)SKOV) F,A., prof.
The 90th anniversary of I.I.1yanov's birth. Veterinariia 37
no.10:94-95 0 160. (Y1RA 1514)
(Ivnnov, Illia Ivanovich, 1870-1932)
(Artificial insemination)
TIN 1WROMITA-M

VOWSKOV, P.A., prof.
Results and prospects of research in the field of the ph7siolot7 and
patholog7 of reproduction in farm animals. Trud7 TI17 23:99-113
'59. (MIRA 13:10)
1, Vsesoyusny7 institut eksperimentalinoy vaterinariie
(Reproduction) (Artificial insemination)

VOLOSKOV, P.A., prof., doktor biol.nauk
physiology of tho postnatal period and the effective time for
nating cows. Zhivotnovodstvo 21 no,8t67-71 Ae 159. (MIRA 12:11)
(cows)

VOWSKOV, P.A., prof.
Electric ejaculator for obtaining nporn frou bulls and rune.
Voterinariia 36 no.10:47 0 '59. (WRL 13:1)
1. Vaesoyuznyy institut eksperimentallnoy vaterinarii.
(semen)
(Veterinary Instruments and apparatus)

i~L ~KOV,,_Rptr,Aletseypy~c4o prof., doktor biolog.nauk; RIVXIND, T.D.,
red.; ATROSHCHnKO, L.Ye., tekhn.red.
(Possibilities for increasing the number of cattle] Razervy
uvelicheniia, pogoloviia krapnogo rogatogo skota. Moskva.
Isd-vo "Znania.0 1959. )l p. (Vassoiusnoo obahchestvo po
rasprostransaiiu politichaskikh i nauchnykh 2nanii. Ser.59
Sel'skoe khoziaistvo, no.21) (MIRA 12:8)
(cattle)

.-TCLUXOT. Petr Aleksayevich, prof.; ROZ=STYENSEIT, K.T., red.;
GUMICH. M.M., te~.re~dd.
[Fundamentals in the control of sterility 4n cattle] 09novy
bor'by a besplodiem krupnogo rogatogo skots. KoBkva. Gos.izd-vo
sallkhoz.lit-ry, 1960. 203 p. (MIRA 14:3)
(Sterility in animals) (Cattle breading)

VOLOSKOV, P.P., polkovnik meditsinskoy sluzhby, kand.med.nauk
Organisation of treatment for the alightLy wounded during the
regrouping of the army. Voen.med.zhur. no.2:76-77 7 158.
(MEDICINE, MILITART AND NAVAL, (MIRA 11:4)
(W care for superficiRl wds. during regrouping operations (Rua)
OUNDED AND SICK,
anme)

SOV/177-68-2-14/21
17(6)
,, Colonel of the Medical Service, Candidate of Med
AUTHORt Voloak2y,_P.P
ical Sciences
TITLEs On the Organization of Treatment for the Lightly-Wounded During
R"rouping'of'the Army.
PERIODICALt Voyenno-meditainakiy zhurnal, 1958, Nr 2, pp 76-77 (USSR)
ABSTRACTs The article deals briefly with problems connected with the treat-
ment of the lightly-wounded during re-grouping operations, when
.medical units must be re-locatedt often over considerable dis-
tances. The author briefly.discusses the case of the 3rd shock
&rimy during re-grouping operations on the Baltic front in Janu-
ary, 1945, involving a 500 km march and the transportation of
1058 lightly-wounded troops. fie compares the periods required for
treatment of lightly-wounded patients during the re-grouping (Jan-
uary), defensive operations (February), and offensive action (11ar-
ch), both from the day the wound was received, and from the date
of receptAn of.the patients In the hospitals for the lightly-
Card 1/2 wounded (GLR). These periods were 72 and 64 days (Jan.), 25 and

SOV/177-58-2-14/21
on the Organization of Treatment for the Lightly-Wounded During Re-grouping of
the Army
10 days (Feb.)t and 29 and 23 days (Mar.) respectively. Moreover.
he adds, that'the character of the wounds treated during all three
periods was similar. The main reason for such long periods of
treatment during re-grouping, states the author, wan that treat-
ment was possible only during brief halts on the road, and that
without benefit of fully not-up hospital units, as the army was
under way most of the time. The author also deals with other as-
pects of normal treatment that suffered as a result of the re-
grouping operations on the period required for the treatment of
lightly-wounded patients, that these be concentrated in one army
GLR In the rear, to join their units after recuperation. There
is 1 Soviet reference.
Card 2/2
0

VZMOVp-..V.I..; CHIRIKOV., B.V.
Skin effect In transient oporation. Radiotekh. I elektron. 9
no.5:910 W 164. (MIRA 17:7)

0-67
_Nxi-AP6031268 SOURCE CODE: U11/0057/60/030/009/1649/1651
AUTHOR: VolonoV.V.I ; pal'chikoV,V,10.; TsellniklF.A,
A_
ORG: nono
ITITLE: On a method of injecting charged particles into A magnetic mirror system
SOURCE: Zhurnal tekhnichoskoy fiziki, v. 30, no. 9, 1966, 1649-1651
TOPIC TAGS: magnetic mirror machine, charged particle, electron trapping, magnetic
trapping.plasma confinemen t),-
ABSTRAM -L.A.Artsimovich (Upravlyayemyye tormoyadernyyo reaktail, str. 3B5.Fizmatgiz
M.,1961) has shown that charged particles can be injected into a magnetic mirror's,
nachilhe by projecting them in the region of the mirror at n small anglo to tho plane--
normal to the magnetic field during establishment of the mirror field. The present
Iauthors show that it is possible similarly to inject charged particles from behind the
mirror, provided the strength of the magnetic field at the injection point is kept
proportional to that of the mirror field during establishment of the latter. To teat
the method, 100 keV electrons were injected Into a 40 cm diameter 150 cm long magnetic
mirror system with a mirror ratio of 2.5. The injector consisted of a ring-shaped
electron gun mounted on the axis of the system, which produced a conical boam of
electrons making an0angle of 209 with the piano normal to the aLxis, i.e., having a
vertex angle of 140 The magnotie,field at the electron gun was kept proportional
Card 2/2 UDC: 533.9

7
&420-6
NR: AP60312ft
to the mirror field during the rise of the latter with the old of a special pulsed
solenoid mountOd within the chamber. With a beam spread of 10 0, Dome I" of the
injected electrons wore trnppod botwoon the mirrors. The lifetime of the trapped
electront within the trap was from 0.01 to 0.1 see and was limited only by scattering;
on the residual gas. There was observed an increase in the fraction of the iiijected
electrons that were trappod with incronsing injection current. This incre 'Oso is In
accord with the theory and is due to space charge effects. At very high injection
currents, however, the oscillations reported by R,,I,,Budker,, S.S.hioiseyov, and the
present authors (Plasma Physics and Controlled Nuclear Fusion Research (Conference
proceedings, Culham, 6-10 Sept., 1965), 11, 245, 1AEA, Vienna, 1965) limit the density
of the trapped particles. The authors thank A~.P.Yershov and A A.Zabrodov for as-
sistance with the experiments. Orig. art. hast4 formulas and 1 figure.
SUB CODE: 20 SUM DATE: OeQot65 ORIO,*RM 001 CM1 REP; 001
Card -2/2 bab

--VDIDSKQV,L Ye.P. --
Functionally correct inaobilization of the wrist. ortropetravm.l
protez. 21 no.4:31-34 AP 160. (KRA 13:9)
1, Is kafedry ortopedii i travmatologii (zav. - dotsent L.A.Smirnova)
Dnepropetrovskogo meditainskogo instituta.
(WRIST-FRACTURES)

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11 Is '4 4 " 11 4 ~U a a as D p A AP 11 i" 1. 4, it J1 '6 it 'I 4j is ja 1: 0
a ,k r a ~y j I M x V. tv (z
VOLO
Prophylactic prope"l" Of Chemical, prep"Atiose to
fatficulIN 610WOMS IN 14bbItN- A6 Rau,
00 r 6i'4. mid. expl. U. M, S. S. 0. 4.10.1m
90 &M jq. U. of follicullfal V) Iftwo-M ar,*
by the Mokw Partory of Fridorrift PrePws-
go Is
000
1,1111 at (n) with I cc. of 12% NH-CI
'741ce. I'M.- IZ20 117.A.M.1 and
1 12% M"," So =0 4p
of "Mraw Fet"M 11,W*00no we"
0o 0
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go I y from the COO
tbeft of NHIC, MW (14114W0, W"
12ihintbe-20"tIsy, 1wasinjetlof Into the rablAts In 4 re 0
twwtkmi (2 a der) - The It" a" %1rd days. Thus U
0 0 4: t*ylwqic pcqm~ks, Swe It Mb been ft-
po"e"M pro
pwte4 that GINWflons are often rdated to a high conen. of
I% pirnbehle that tht Pr Ylactic 15,
11--oo
Contilit In Its "twity to Mutmille 171,
S. A. Karlsis age
I'see
tie 0
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vee
`if
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11 hansit In tho Ili yto-lipoornic to-lotions In thp litaix! under
th. Action of a myrivelval peopstallon,
l
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,
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ill
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.
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tA
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fit the bliorml by injecting sync%frol with thmultAncom drtn.
to( flit protein in the b". Four hriftfv2VrarsoI,I were
ts~t In thic-te eglits. A 1'~ 1111 MAn. q9 ISVII"11`01 WA4 in.
'
I'V1.1 111141 the firck, T"Is %ere 111*1k. After .1, A,
14, 49.
'2
-
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ll
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. Ask
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t to 0
00 With further treAlificeit the chmicrm
'
490
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rite lisAist it v o1 proiq iti did wa chitigr 11
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ph, atill, I'Ar hil",tvir. ..10.1 .4
4ight 4twtrAw fit ""m4itsh tie, -a. 61'.1 f'.

boo
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team 91.10tiv.
to dot it Silts*
J
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1A IF 11
i
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a go a sit is 'a Aff a I go
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go W 1, 0 0 0 0 0 0 0 0 0 0 0 91
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0000 0 O-UU a do* 0 0 -OLO 0 0000 0 090 0 so

1. VOLOSKOVAp A. P.
2. USSR (600)
3. Hog Cholera
4. Data on blood examination of young pigs infected by bacterial causative organisms of
hog cholera. J,)( %,I
Trudy Vaes. inat. eksp. vet. No. 1 - 1952.
A
9. M thl
man _.y List of Russian Acessions., Library of Congress, February, 1953. Unclassified.

VOLOSKUVA, A.P.; GIAVATSKIKH, V.A.
Blood picture of clinically health and p&ratuberculous canals. Izv.
AN Turk.SSR no,2:49-53 155. (MLRA 9:5)
1. Veasoyuznyy institut skaperimentallnoy vaterinaril ABhkhabadskiy
konnyy zavod.
(CAMILS) (BLOOD-UMINATION)

KUI)RYAVTSEV, A.A., professor; VOWSKOVA, A.P., imnd.biologicheakikh nauk
laucoc7tic indix: of intoxication in health7 cove and in cows nick
with protein intoxication. Trudy VIZ7 22:249-257 159.
(MIRA 13:10)
(Protein--Toxicolog7) (I4ucOc7tOG)

KMYAVTSEY, A.A., prof.; VOIDSKOVA, A.P.. kand.biol.nauk.; SADYUMV. D.P.,
aspirant
Change in the blood protein content of young covo following protein
intoxication. Zhivotnovodstv6 20 n0-8:34-35 Ag 158. (KU 11: 10)
l.Ioborstoriya fiziologii Vaesoyuznogo inatituta eksperimentallnoy
vaterinarit.
(Blood proteins) (Cove)
I
0

L-1 U
Abs Juur : Mf Zhur Biol., No 22, 1958, No 101355
Author : Volo!kovq,~
,-,a
Inst : -dl-Union Institutj of i4crimontal Vatcrinri-y A"oedicinc.
Title : The Extensive &pread o-A Trichomonado in Ccattle.
Ori3 Pub : Tr. Vs,_-a. in-tzL elrfporin. vaterinnrii, 1957, 20) 171-178
Abstract : Microscopic u;:aninatlions (on a cruahca di7op of the spenimen)
of sub--tancer; tal:,2n fz-oizi 208 ani=ls ;:e~-)t on farms where tri-
chomoniasis was ia ovidence) revealed movinL*; trichomonnds in
17 of the animals; ~3 pru~g~uit cows, I bull, aal 1 heifer wera
included in this 6roLro. As multiple exraninntionu of stained
specimens which were tc-Ien frorq thu varginal. mucosa of cows
and from the prepuce of bulls belon;giiij, to a herd consist-
ing of 124 heads of cattle were carried out, trichomonads
were discovercd in all of the animls, even in the 2-4 days
Card 1/2
18

USOR / Diseases of F'aiTi DO-senses Caused by Protozo:!. R
Ab:3 Jour Bif Mur - B.I.ol., No 22, 1~~81 Ito 101355
~~nd 2 wecks old calvas zu:iong them. R)=Anationr, porformud
on 59 Nnirnla from infoctioa-f roe fprms revealed trichomo-
nado only in one cow followInG. an early abortion and in one
heifer, and in two hoi-Lor calves, which were not yet matcd
and which wero Itopt separated from young bulls. Biblio3ra-
phy with 20 titles. D. Musin.
Card 2/2
Card 1/1
15

SHVALEVP V.N.; CHUMBURIDZE,, O.G.; ANDRLUVA, V.A.; V%~KOVA_j V.X-q.;
XURTSIN, I.T.
Changes in the nervous apparatus of the stomach in experinental
peptic ulcer. Dokl.AN SSSR 149 no.3&703-706 Mr 163.
(MM 16:4)
1. Institut fisiolokli Im. I.P.Pavlova AN SSSR. Predstavleno
akademikom V.N.Chernigovski'm.
(PEPTIC ULCER) (STOMACL-INNVERVATI-qN

5(2)
AUTHORS: Babkin, M. P. 1 . 3 7
Lotareva. V. I.
TITLE: Solubility of the Oxalates of Calcium'. Strortium, Barium.
Iron., Cobalt, Nickel Mangan,-3e, Zine,. Cnftilum. an.1 Lead
in Aqueous Soluticns -f Acetic Acid I Rastvorimogtl oksalatov
kalltsiya, strontsiya,. bariya., 7-heleza, kcbal'ta: nikelya,
margantsa, tsinka, kadmiya i s-;intsa v vcdnykh raatvorakh
ukausnoy k-A.sloty)
PERIODIC AL: Nauchnyye doklady vysshey shkoly: Khicii a i khtmi-cheakays.
tekhnologiya, 1959, Tir, 1 , pp 89-.91 (USM
ABSTRACT: Where it is kncwn in uria*,.~-.ical chemistry tc precipitate
metals as oxalates there ha7e be5n no numerical data-an the
solubility of oxala-rsea in aceti.- acid although an addi-~ion
of aceti,; acid --a rocommerded for soma precipitatians of
oxalate in analyrical t-~xtbo.~ks. Fcr thij reason tht~! salts
CaC 0 if 0,. SrC 0 it 0, PaC 0,;jl.O, MnC 0 .2.1ff 0, Znc 0 211 0,
2 4^ 2 2 4* 2 ~ ' e! ' 2 4 '~ 2 2 4* 2
F,3C204' 2H20; C'.C_1O 4* 21110, IT--,c.,oA.21T..0'. e4c_o 4" 311,0 and
Card 1/2 *PbC204 have beart kepis ~_n aciv-~" Qf varlcuq ccncentvations

sov /1
Solubility of the Oxalal,3Fj ~,f r, a 1 c i ~m
Nickel, Manganese, Zinc.. Cadm."..x, ami Lead ir Awjn~us S~Jutl w~3 ~-f Ace""Ic
Acid at rom tompo:rat,4rv for fri,-r daya unrl then a--- 2; (7. .1cr fou--
hcuri, wheronftor ~,hr~ widleso'Azl-6 oyr6--te was i-ap"W"It'd by
filtration ani the ov~ala;p. --r.,ntains?d ia -wh? , acid solu--
tion acidifiod wi~,h aulfti-r-'s wa-, 'itratl~-d 'Vith potassium
permanganaie. The solubilt-ty vali;e--i w-Ls givEr. in the --,able
and lie betrae-, (fc,: lcad.' and 4'.1,10-4 r30,,,/,
fcr bariAr- The sc'--jlpility irp.,rea5es ir.1t*.,a^,'1Y ili4 ar inciease
in the concentrati.-n-z .;f Lite ucid and r-achas ri~)rimt~m fcr
Ca and Pb at irl/ /', Apor 13r, Ba. CA at 2m! 1.1. for Fe- Co
Zn at 1 ml/". and for N:L and Yz, at 01.6 m1/1. wh--r,3af+,gr
decreaaes slowly (".ag-rnm, Fig '~' ). Tlv~re are
table,. and 1:~ --efersncea, :.f' wh--h ari Soviet.
ASSOCIATION: Kafedra analiticheskoy khImli Dcnetskogo induetrial,nogo
instif.-uta (Chair' ~f Ara'lyt-,--al Chemlstry of the Df)nett
Instit-ite of Ir.duZtry)
SUBMITTED: July 1C, '95,-,
Card 2/2

BABKINO M.P.; VOLOSKOVETS9 A,L.
Dsts=instion of the phenol content In waste vatera by hitration.
Nefteper, i neftakhim. no.3s7-8 163. WIRA 1719)
1. Done-.skly politekhniobaskiy institut.

Phot.ocolorimetric dott;nninvAllor of phinols by I-,',
kbim. zhur. 30 no.12:1347-113."9 164
1. Dcynetz3kiy j..olitvUnjcher,,'r.-Iy -Jr..9titul.,

ISUPOVI V.F., insh.; NOSOV, V.A.,, inzh.; SUKHMAN, Lola*, Inzho;
SMIRNOV, L.A., inzh.; CHIPURNOVA, A.A., inzh*;-Priniw&Ii
uchastiyei SEMEIMMO,, P,?,; GLAMUMO, T.V.; KORMMU, S.K.;
VOLOSNIXCV,.B.M.; BMAKOV, A.1.1 FADEYEVI I.04i RMMdV, A.A.
Use of lightweight grog firebrick for the lining of riser heads.
Stall 22 no.6:517-518 Je 162. (KMA 16:7)
1. Meta-liurgicheakly kombinat im. Serova i Urallnkiy nauchno-
issladovatellskiy institut chernykh metallov.
(Steel ingots) (Refractory materials)

TOLOSMOTI Vladimir Petrovich; SIROTIN, A.A., kand.takhn.nauks' red,;
"MWIK, I.T., red.; TZSMWSKIY, S.I., red.; MURAKIM, T.S.,
red.; fiKWGV. A.D.V red.; SMSKOT, T.S,g red,-; B7, Teo Po a
red.; SMINILOVSKIT, N.N., red.; BURUNOT, N.I., takhn.red.
[Use of computers-for automating electric drives] IspolIzovanie
vyohislitollnykh mashin d1in avtomatizateli elektroprivodov.
Moskva. Gos.onarg.izd-vo, 1960. 119 p, (Biblioteka po avtomatike,
-no.17). (MIRA 14:3)
(Automatic control) (Alectronic calculating machines)
(Electric driving)

VOLDS141KOVO V.P.; SARDINSKIY, N.P.
Light pulme loop regulator for a continuouo opring rollin Mill,
(MIRA 14-M
Prom.energ. 17 no.1:38-43 Ja 162
(Rolling millsi
(Governore(machinery))
W

V.P.
ont-Ar.1elB rPt'n Of R
of cOMPOunid wlt" "() rl"I 1'. 5.
lln-03 for A. y 11 -
rez, 24 jio.5:13-13
ejectron clm7,'vtl-r eleTIO'
Y
+
nA
GosudaritVenWrJ Lnstltut lO n., t I t-lat
I travskly I
razinw,loy PrLMyshlc-iinO'3tl I DnaFrf-P8
ty!A zbkb linproYekt. 9

s/14a/60/000/009/015/025
A1611AO30
AUTHORSt Vydrin, V.N., Voloanikov, V.P., Sardinakiy,N.P., an& AmosovtP*N.
TITLEt Investigation of lead in a continuous merchant mill
PERIODICALt Izvestiya vyeshikh uohebnykh zavedeniy. Chernaya metallurgiya,
no. 9, 1960, 110-115
TEXT: Theoretical lead caloulation methods exist for rolling strip
on smooth rollers only. The new method desoribed permits measurements of
lead on any rolling mill. It is based on measurement and comparison of
distances passed by a point on the surface of the roller and a point on the
surface of metal being rolled. Two electromechanical pickups (interrupters)
watch the velocity of the rollers and of the strip. The pickups (rig.1)
have a collector (1) at the same axle (2) with a disc (3) with file-cut on
the edge to prevent slip. ThW axle runs on 'two ball bearings in casing (5)
and Is fixed by the bushing (6) and cover (7), and sealed with gaskets (8 -
and 9) and packing (10). The collector plates are connected to the pickup
mass through the contact (11) so that the brush slides alternately over the
conducting and over the idle plate when the disc rotatesq and the circuit
Card 1/0

S/148/60/000/009/015/025
Investigation of lead ... A161/AO30
interrupts. The brush holder (12) is attached by means of the bracket (13)-
The circuit closes as many times during one revolution of the disc, as
many collector plates are connected with the pickup body. Two like pickups
rotating at the same velocity give the same number of pulses in a time
unit, and the velocitv of the two discs in contact with the roller and with
the strip will differ by the value of lead. A photo shows the pickups in
operation (Fig.2). Pulses from the pickups can be recorded on film with
a MflO-.2 (MPO-2) oscillograph, or they can be counted directly with the use
of a special system. The oscillographing is simple. An oscillogram is
shown (Fig.3). But the processing of measurement results is not convenient.
The special counting system is an electric computer, illustrated in a block
diagram (Fig.4). Voltage pu-lses from the two pickupsMA-1 andMA-2 go into
a limiting circuit 080 -1 or 081f -2 (Ilogranichitell vkhodnykh impull sov" -
input pulse limiter), for even a slight beat of the collector changes the
transition resistance between it and the bruoho and the pulse amplitude
changes. Pulses limited in amplitude go on to amplifiers Y -1 and Y -2, and
on to the shaping circuit 00C consisting of a half-cycle multivibrator with
cathode and anode-grid connection. Sharp output pulses from thecP14C with
Card 2/V

S/148/60/000/009/015/025
Investigation of lead ... A16l/AO30
50-60 microsecond duration are the count pulses. A special control system
has been built for a precise simultanecus start and end of the count from
both pickups, with start push buttonflK earthing the anode voltage circuit
through a high-resistance resistor. The voltage difference formed at the
,moment is differentiated and fed into the pulse-forming circuitcP1,1 , and
the voltage front rises abruptly. The.pulse from thecbt4 is differentiated,
amplified in the ampli.fierY-3 and fed to start the control triggerYT. The
excitation time of the trigger is the metering time. The triggerYTcontrols
through the cathode follower 911, the coincidenae circuitsH receiving also
the pulses from theCPPI(-' units. The counting storage unitsCHP -1 andcHP-2
count pulses during ihe excitation time of the triggerYT. The yr is re-
turned into the at-t position by again pressing.the starting push buttonqK.
The counting storage units are binary counters, but the counters used in
experiments,4ore decade zounters4 (with t1n pries-connected triggers)permit-
ting count + Of 271 2 1 25+ 2 + 23+ 2 + + 20 - 1023 pulses. This was
sufficient at a rolling speed of up to 10 M/aeo and 2 sea metering tirae.
Neon lamps are connected into the anode circuits of the triggers for fixing
the excitation. The system is returned into a start position after metering
Card 3/0

S/148/60/000/009/013025
Investigation of lead ... A161/AO30
by the synchronization push-button KC through the pulse shaper4M, differen-
tiating circuitA19, detectorA for producing unipolar positive pulses, and
the amplifierY -.4. This return system works like the counting control Sys-
tem. The portion of Pig.4 separated out by a dashed line shows the portion
of the system that was absent In the described operating model, but which
car, easily be bui,lt. It is a system for automatic comparison of data that
can produce digital readings, or readings in the form of voltage or current
on a dial indicator graduated in lead units, or on an oscillograph. This
automatic comparator may be in the form of a usual parallel adder working
as subtracter. In this case it would be controlled from a shock oscillator
excited by synchronization pulse with subsequent formation of the produced
pulse series into a series of sharp pulses for controlling the operation
of the adder. This effect can be obtained also with the use of any type of
delay line. This comparing unit can solve the equation
100 An%
n f3
where i is the lead value in per cent;LNn - the difference of the counted
Card 4/10

s/j4q/6o/ooo/ooq/o15/025
Investigation of lead ... A161/AO30
pulse values; nk - the number of pulses counted from the pickup on the
roll. The metering error is 0.098% at maximum pulse number 1023. Experi-
ments were carried out on the planishing stand No.9 of the mill, in rolling
spring steel strip 76 x 9-5 mm. The results of pulse count are given in a
table. The mean lead in normal rolling was 4.9%, the maximum 7.6%, and the
minimum 2-7%. The effect of tension on the lead is shown in curves (Fig-5)-
At a certain degree of velocity miBmatch, when the lead curve crosses the
X exis, the strip slips in the rollers. The front tension increases leadp
but it was produced by the No.10 stand alone in this oaael and the rear
tension from the stands No.1 to 8 was stronger. Conclusions The suggested
metering method permitst a) measuring and recording on osoillograph film
the value and the variations of lead or lag in any rolling mill; b) to
reveal slip of' rolis; o) to determine the rolling diameter in rolling in
grooves from the relation
nrl
nB
where nrl- the number of pulses of the pickup on the strip; ng - the pulses
Card 5/

S/148/60/000/009/015/025
Inveatigation of lead A161/AO30
number from the pickup on the roll; DIr - the roll barrel diameter; DK - the
rolling diameter, There are 5 figures and I table.
ASSOCIATION-, Chelyalwinekiy polillekhinirhatlkly ingtitut ~Chqlyabinsk
Polyte-.hnical 'AnStiT'Ite) and chelys'tinskaye atdalianiye IFT.,
"'Ayazhpromelektro-k~r(,y.4/.t" (The Cholyahinnk Brandh of the GPT
I'Tyazhpromelektropr(W-:k,t'I)
SUBDIITTEDt 7 December 1959
6
Card 6/1#

STOLDOV, YU-1-, inzh.; VOLOMKOV, V.V,, inah.
&-! ar M
AutomUe mehine far o)-& a _ w,
pipeline butt joint*. Sv4r. proiar. nc.4134~-)S Ap '63.
Oa RA 16 j 11)
(Electric welding~--Fquipment and supplies) (Pipelines-Welding)

VOLOSIIOV, A.
Standardization of radio measurement equirnent. Standartizatniia
29 no.10:20-21 0 165. (mim 18-.Li)

MARTYNOVA, 0.1., kand.tekhn.nauk; REZNIKOV, M.I., kand.tekhn.nauk;
VOLOSNIXC'VA A ., inzh.
J
Solubility of aluminum hydroxide in water at temperatures up
to 3600C. Izv. vys. ucheb. zav.; energ. 5 no.2:85-91 F
162. .(MIRA 15:3)
1. Moskovskiy ordena Lenina energeticheakiy inatitut. Predstavlena
kafedrami khimii i kotellnykh ustanovok.
(Aluminum hydroxide)

VANSMI;I.I.; GOIIJOVSKIY, S.I.; ZASPIKIIIN, N.V.; LIPHIIA, T.Ye.; Irinimali
uc~astiye: LAZAREVYSIY, ZELETIOVA, I.M.; VOL05NIY)VA,.-T-j,..--,.
'MMOVID, Ye-I. [deceased]': FETROV, I.V.; MIOZOLOV, -r'IO.'V.;'
NIRIFOROVA, D.I.
Use of high molecular organic depressants in the flotation of
c:)pper-nickel ores. Obog. rud 6 no.2:3-9 '61. (MIRA 14:8)
(Flotation-Equiprnefit and supplies) (Wonferrous r~etals)

S/JL39/61/000/002/Oo6/018
AUTHOR: Voloanykh,-N.A:.
TITLE: Calculation of Electron Orbits in a Betatron With an
Increasing Toroidal Magnetic Field
PERIODICAL:.,Izve'atiya vysshikh uchebnykh zavedeniy, Fizika,
1961, No.2, pp.46-51
TEXT: In the linear approximation, the motion of electrons in the
transverse cross-section of the chamber of a betatron with a
toroidal field Is described by G.I.Dimov*and G.P.Fomenko (Ref.1)
IeBM
C/ + leli W2 Q U
Here U(t) V(t) + iq(t) is a complex f,.mction giving the
position of the electron in the transverse crosm-section of the
chamber, I are I cartesian coordinates with origin on the
equilibrium orbit, and 02, Q are constants depending on the
focusing and space-charge forces. 'The spa,ce charge is assumed to
'Its
Card 1/12

21511
S/139/6l/000/002/Oo6/oi8
Calculation of Electron F,0~012/E414
be uniformly distributed through the chamber. An equation
similar to Eq.(l) was investigated by Dimov and Fomenko (Ref.1)
who were largely concerned with the intermediate and final staSe3
of the acceleration process. A more accurate solution is required
for the initial stage. Such a solution is obtained in the present
paper. It is assumed that electron mass is constant and that the
toroidal magnetic field is linearly dependent on time so that
0(t) m. 00 + Bt, (D w const). Using Via substitution
L
z=1a(8+i)2,
y(z) (ia)-'1-z'h e12 U,
Be. eh
a=
B 2m
Eq.(l) is transformed into the Whittaker equation
2
iY +Y + + 1/4 -
== 0
z z2
Card 2/12

S 6/ol8
/139/6i/ooo/002/00
Calculation of Electron ... E032/E414
w2
where 1/4; k =- ix, X
4a
Since 2,,L is not an intiager, the general solution of thi-s
equation is
3/4 z/2 1/40-Z/2
Y(Z) = Aix e- Fl(z) + A2z F (Z)
2
where Fj(z) and Fp(z) are nondegenerate hypergeometric functions
3 ;z
FI(z) F
(4 2
-G
F-.~(z)F IX;
4 2
and' X and A are arb!trary constants.' Using the
substitution af %9~, + t)2 = x; (z a ix) the solution of Eq.(l)'is
found to be

21511
S/139/61/000/002/006/018
calculation of Electron 7032/E414
U(t) A lift. exp + F.(ix) +
(2)
+ A2a"- e
The constants Al and A2 are determined by the initial
conditions U(to) Uo,. U(to) Uo and are given by
e
Al a 'I-F,(Ix,) X.
0,25 Ix F4(,x4)
UO + Vale U. XQ'4
0.5 FIUX.)
r 0,75 1% F.Vx.) 0,25-1
F4(lx,)
00,5 -(Ix.)
4
e FlUx.)
A2 -Ale
Card 4/12 UO a'/- F2 (Ix F2(ix,)

39/61/000/002/0o6/018
S/1
'03
~Calculation or Electron ... L 2/E414
to and',
iwhere xo corresponds to
2
4
F( ix
2
4
N~
:In order to complete.the calculation it is necessary to compute
the functions Fl(2), , F3(2) and F11(2). Direct calculation
F2 (2)
of these functions is not possible because of the slow
.convergence of the series. They are therefore estimated from the
asymptotic representation of the degenerate hypergeometric function.
The appropriate formulae are
F z
.2
Card 5/12

-----------

Calculation of Ele ctron ... F,0712/E414
r(21, + 1)
eXP Ix+j-7 k-it -
(-
1
+ 1 )
2- ~ 2 2
r(2tLA-1)
exp (k-t,
1,,-z),

(p+k + 2' 2
where
q

V2 -I

q
(
k-'n

2
41z

.The above four fun ctions are clearly special cases of
F k + 2-0 + 1; 2i

:Card 6/12

21511
0/002/Oo6/018
S/139/61/00
Calculation of Electron E032/E414
Substituting for Al and A and the asymptotic expressions for
PI(z) into Eq.(2), the-finaf solution of Eq.(I) in found to be
UOMW XO)I,f#
U(X) ~(Eje'+,+t2e-00)
(3)
A MO
15
where 3r
IM In !+Ix -xInx-T(x)--,
8
M(X) I(D(X)I,
F(x) arg 4)(x),
4)(X) (P ix; Ix
I+ n-
q1x1F 4
Card 7/12 n-I

21511
3t
S/139/61/000/002/0o6/oA
Calculation of Electro~n E032/E4i4
All Cos :S.4''~' +a
=2
2
'0
4
a= ImIn
4
The subscripts o indicatos'that the'appropriate quantity in
time to, The constants
be taken at the initial instant of
El and -Ep are given by the following formulas.
p
.,Card 8/12

21511
S/i3g/61/000/002/oo6/018
Calculation of Electron ... E032/E4i4

s/i3q/6i/ooo/oo2/oo6/oi8
Calculation of Electron S032/E414

21511
S/139/61/000/002/006/018
Calculation of Electron E032/E4i4
Eq.(3) can be used to determine the departure-of the trajectory
from the equilibrium orbit at any tinte t > to where to is the
instant of entry of the electron into the chamber.
Acknowledgments are expressed to G.I.Dimov for suggesting this
There are 2 Soviet references@
topic and his interest in the work.
n.b. This in an abbreviated translation.
ASSOCIATION: NII pri Tomakom politekhnicheakom institute imeni
S.M.Kirova (Scientific Research Institute at the
Toutsk Polytechnical Institute imeni S.M.Kirov)
SUBMITTED: Juni 24,1 ig6o
Card,12/12

9(3)
AUTHOR:
L
ITLE:
SOV/2o-128-3-17/58
Volosok) V. I.
On a Kind of Relaxation Oscillations in an Electron Beam
-~F Vol 128, fir 3, PP 495-493
.,RIODICAL: Doklady Akademii nauk SSSR, 1959~
(USSR)
ABSTRACT: 'At high current densitioaq relaxation oscillations may ect-.1jr
in electron beams, which are due to the presence of a vi-ztual
cathode in the beam. Even at very low amperageB, ouch oncil-
lations may occur in the beams. At bigh amperages i,, these
oscillations exhibit specific features 4s againot
oscillations in the beam of primary electrons; 1) The beact
of secondary electrons is not monoenergetici the conditfo.,-
of the occurrence of oscillations therefore differ from
lations at the point of primary electrons, whi-.h applies ;o
a certain extent also to their nature. Residea, these coi.~~-J-
tions depend largely on the spectrum of secondary electzcns.
2) The period of oscillations is determined by the rate of
ionization of the remaining gas by primary electrons. Thio
is duo to the fact that tho ionization of secondary ions i,j
weak2 on account of their low energy. 3) The potential J-,amp
Card 1/3 occurring in the beam as the virtual cathode vanishes, and'

SOV/2o-1 28-3-17/50
On a Kind of Relaxation Oscillations In an Electron Bea2
likewise the velocities of simultaneously scattering ions
may attain high values if the d~jration of the jump is
siderably shorter than the period of scattering. The meaL
velocity of electrons rises aft.er the jump, while their
charge is considerably reduced without any variation in zhe
space charge of the ions. The author made experiments on
electron beam within a cylindrical system. A diagram illusts-,,Js~s
typical oacillograms simultaneously recorded by two probes.
The potential in the beam center is determined by the space
charge of secondary electrons as soon as the high-tension a--r-
refit has been switched on; and it drops with '-ncreasing ion!c
compensation. However, if the beam potential is almost equal
to zero, compensation is slightly slowed down, followed up
by a rapid upward potential jump and a somewhat slower drcp.
The jumps then recur in a period inversely proportional .Q
the pressure within the system. Some additional experiments
were made for a more exact checking of the mechanism of the
found oscillations: 1) A constant potential V col was applied
to the collector, and the bear, potential was investigated by
means of a net-ehaped probe. The shape of oscillations slightly
Card 213 varies when negative potentials are applied to the collector,

BOV/2o-128-3-17/56
On a Kind of Relaxation Oscillations in an Electron Beam
whereas the amplitude of oscillations decreases considerably
and does not depend on Vcol when positive oscillations occur
at the collector Vcol > 30 v). 2) The found oscillations
depend but little on the other parameters of the system.
3) Oscillations vanish when 'the amperage of primary electrons
drops. In some cases, relaxation oscillations excite oscilla-
tions of higher frequency, %hose mechanism has not yet been
investigated in detail. There are 4 figureMand 9 references,
4 of which are Soviet.
ASSOCIATION, Institut fiziki Sibirskogo otdeleniya Akademii nauk SSSH
(Physics Institute of the Siberian Department of the Acade,,.-y
of Sciences, USSR)
PRESENTED: May 27, 1959, by L. A. .-.rtsim3vich9 Academician
SUBMITTED: Maroh 23, 1959
Card 3/3

Ile
AUTHORS: Volosok, V.I., Chirikov, B.V. 57-11-24/33
TITLE: On Compensation of Space Charge in Electron Beaue. (0 ko:apensatsii
prostranstvennogo zaryada elektronnogo puchka)
PERIODICALt Zhurnal Tekhn.Fiz., 1957, Vol. 27, Nr 11, pp 2624-263o JUSSRJ
ABSTRAM The compensation of the space charge of a cylindrical electron
beam by a virtual cathode with the help of ions developping on the
occasion of ionization of the residual gas is investigated. The in-
vastigation is carried out by the impulse-prooens by means of mea-
suring the electric fie,_Id of -the beam-apace-charge. For this pur-
pose a search electrode in form of a ring was located into the an-
ode. The observations were made by theaid of an impulse-oscillogra]~L
The behavior of the electron beam with respect to time was investi-
gated according to the oacillograms of the electric field of the
beam and of the current flowing towards the collector. At sufficien-
tly small amperages the usual compensation of the space charge was
observed in accordance with E.G.Linder and X.G.Hernquist (J Appl.
Phys., 21, 1o88, 195o). Bat as soon as the amperage exceeded a
certain 1critical value, the course of the oscillogram changed. The
field voltage remained practically constant for some time after swi-
tching on the high voltage, but afterwards it decreased intermitten.-
tly. The current flowing towards the collector, however, increased
all the time in order to reach its steady value in the moment of
Card 1/2 of the jump. After the jumps the usual compensation.was observed

On Compensation of Space Charge in Electrnn Beams. 57-11-24/33
in the beam. The fact that before the jump a part of the current
does not reach the collector can only be explained by the presence
of the virtual cathode in the beam, Which reflects some of the
electrons. The voltage of the electric field immediately after the
jump (E2 ) did not depend on the residual gas pressure and fell
approximately in linearity with the increase of current. The time
12, in which the field-voltage jump took place, was measured. A
qualitative explanation of the observed phenomena is given.
There figures and 5 Slavic references.
SUBMITTIMs February,12, 1957
AVAILABLEt Library of Congress.
Card 2/2
1

VOLOSOV, D. S.
state Optical Institute (-1945-)
ODifferential Yethod of Introduction of Nonspherical Surfaces into ftalcul%t ions Cf
Optical Systems." No. 9, 1945. Iz. Ak. Nauk. SSSR. Otdal. Tekh. Hauk.
BR-52059019-
Mai
t'0.3 w

VOLOSOV, D. S.
f DeSigninK Conpound Photo 7aDhiC SY13t* The State
Counents on Methods o I v ~ qs~~~ 1c-118 (Part 2).
Publishing House of Technico-Theoretical Literatuure) Leningrad-Wscuv)
B-8W63, 3 Dec 54

A11DROUNIKOV. X.S.; BALAKOV, Y.Y.; BUZHINSKIY, A.N.; BURAGO, A.N.; VIMMAN,
L.A.; VISHUVSKIT, A.A.; YOLOSOV, D.S.; GASSOVSKIY. L.M., professor;
GARSHUM, A.A., professor; TELIUSM11CH, X.A.; TVSTROPITV, X.S.;
GURVICH, M.N., professor; KOLYADIN, A.I.; KORYAKI111, B.X.; KMITS-
NIT. A.L.; PAPIYANTS, K.A.; PROKOPIYXY, V.K., professor; PUTSWKO,
Ye.K.: RJMOV. N.A.; RITTNI, N.B., SAVOSTITANOYA, N.Y., professor;
SAYCHMO, A.N.; SANNOV, N.I.; STOZHAROV, A.I.; FAYARMN, G.P.,
professor; FBUILOV, P.P.-. TSARVSKIY, Ye.Ns, professor; CHMUXATATIV,
D.P.; TUDIN, Ye.F.; KAVRAYSKIT, V.V., professor. VAVILOV. S.I.,
aksdemik, rodaktor
LOptics in military science) Optika v voonnom dole; abornik statei.
Pod red. S.I.Vavilova I X.V.Savostlianovol. lad. 3-s, zanovo perere
I dop. Noskyas Vol.2. 1948. 387 P- (MLRA 9:9)
1. Akademiya nauk SSSR. 2. Sostaviteli - notrudniki Gosudaretyan-
nogo Optichaskogo instituts (for all except Vavilov and Kavrayskiy)
3, Voyenno-morskaya akademiya (for Uvraynkly)
(optics)