SCIENTIFIC ABSTRACT VAGI, J. - VAGIN, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858330003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LANGH, Istvan (Dudupovt); VAGI, JunoB (Budapent)
-- ----- 11-- 1--l-1-1.
Forum of innovators. Ujit lap 15 no.20:30 25 0 163.

VAGI, Mihaly
" evened metal work. Muez elet 15 no.l4jlO J1 160. (MI 9:9)
Obtalwork)

UOP aw".. I - ~
Mrmt about profit sharing at the autmobile repair enterprises?
Auto motor U no.23:4 15 D 158.

VAGI., MiUo s
We announce it from Dobrecen. Auto motor 12 no. 3t6 F 159.

VAGI, Miklos
f~
Up-to-date establishnentd at the.No.5 Auto Aerair Flant. Auto
motor 14 no-15:4 Ag 161.

VIAl" !.Iklo.:;, ---
lip-to-date and cheaper tra=portation. Auto motor 14 no.19:6
0 161.

V "I A i,'
STARK, Firvin, a7 orvostudomanyok kandidatusa; IMPERT, Khroly; VAGI, OsOcarne
Isolation of benzoic acid from the urine of patients Tuyi~ring' from
hyperfunction of the pituitary and adrenal cortex. Magy. Tudom. Akad.
Biol. Orv. Oazt. Kozl. 8 no.4:415-416 1957.
1. Az MTA Kiserleti OrvostudnmazWi Kutato Intezet Xorelettani Oaztalys
es a Buclapeotl Orvostudomanyl Sigetem L oz. Belklinikaja.
(CUSHING SYNMMI, urine in
benzoic acid isolation (Han))
(AIRML CORTAX, dis,
byperfunct., isolation of bensoia acid from urine (Hun))
(BMQATIS, in urine
in adrenal cortex hyperfunct. &Cushing synd., isolation
of benzoic acid Ofan))

HOLW, Istvan. dr.: STARK, Ervin, dr.; IAS,, .2!.zk&rnjq, dr.
Ilffect of Iodine on adrenal cortex function. Ory. hetil. 98
no.12:304 24 Mar 57-
1. A Budapesti Orvostudomnyi %yetem L oz. Balklinikajanak
on a MIA Koki Korelettani Oaztalyanak (igsz&to., RussiWak, Istvan
dr. oryst. tanar, akademikus) kozlemanyo.
(ADRIBNAL COATZX, off. of drugs on
Iodine. on funct. in men & dogs (Run))
(IODINE, off.
on adrenal cortex funct. in men & dogs (Hun))

ZIDUS, L.;-CLAUDER, 0.; VAGI-EDLBAN. K.
Results and methods of In vitro studies an antitubarculotic
agents. Acts microbe hung. 4 no-2:131-146 1957.
1. 1. Inner@ KlInik und Klinik fur Ioingankrankheiten der
Modizinischen Universitat, Budapest.
(NTCOBACTIRIUM TUBIRCUWSIS. off. of drugs on
testing of antitubere. agents in vitro (Gor))

Mestnye vozdushnye linii. fLocal air line-J. Orrazhdanslaia aviataiia, 1934, no. 3,
p. 25-27).
DLC: TL504.G7
Rabota mestnykh vozclushnykh Itaii selikhozaviatsii za ianvarl i ferrall 1 34 g. LThe
operation of local air lines in rural aviation for January-February 19;Y4. (Graz),,Aan-
skmia artatsila, 1934, no. 4, p. 26).
DLC: TL504.G7
Yosdushnye soobshcheniia. fAir co-municationj. Zapiski slushatelei L. A. Ageeva i
M. I. SolovIeva. Pod. red. A. N. Vegenera. Moskva LIzdante Akademii vozdushriogo flota/
1924. 65 P. fold tab.. diagre.
DLC: TL552.V4
SO: Soviet Transportiltion U~LQRIWigatlonp, &DIbliogranhy. Library of Congress,
Referer~ce -Department. Washington, 1952, Unclassified.

NMIROVSKIY, KoLssy Illich, Lashener; VAGIN "A A, redaktor Ltdatelletva;
AVINSON. I.K., takhnicheokiy
[Blectric equipment of electric stations and substations of metal-
lurgical plants; a collection of problems and exerelses) Blektro-
oborudavanie elektrostantsii i podstaateit matallurgicheakikh zavodov-,
abornik zadach i uprazhuenii. Koskva, Goo. nauchno-takhn. izd-vo lit-
ry po chernoi i tevetnoi setallurgii. 1956. 288 p. (KLRA 10:2)
(Mactric substations) (Slectric power plants)

ANNO .,A., redaktor
B V, Semen Tegorovich; FIBIKH, V.Y., redaktor;JJQL.A
izdatel'stva; ATTOPOVICH, M.I., tekhnicheskiy ir_e'&~'.
[Repair of electrical equipment of metallurgical plants]
Remont elaktrooboradovanita metallurgicheskikh savodov. Moskva,
Goo.nauchno-tekhn.isd-vo lit'ry po chernoi i tevetnoi metallurgii,
1957. 503 P. (MIRA 10:11)
(Metallurgical plants--lquipment and supplies)
(Blectric machinery--Maintenance and repair)

I I ". I
T,- "~ -7~'- ,
GROSHEV, Mikhail Vasillyevich; MILLER, A.I., inzh., red.; VAGIN, A.A., itzh.,
red.izdatelletva; KARAS39V, A.I., tekhn.red. - - I -
LHeat calculations for open-hearth furnacesj Teplovye raechety
martenovakikh pechei. Mosk7a, Goa.nauchno-tekhn.izd-vo lit-ry po chernoi
I tevetnoi metallurgii, 1957. 247 P. (MIRA 11:1)
(Open-hearth furnaces)

TAGIN. A.A., inshener, rectaktor; ROLOV. A.P., tekhnicheiskiy redaktor
LRulas for Installation and-tafe operation of crones; obligatory
for all ministries and departnontsJ Provils ustrointys I besopesnoi
skepluatataii grusopodlemnykh kranov; obiasatollny dlia vsekh
ministersty I vedomety. Moskva, Gos.nauchno-tekha.izd-vo lit-ry
po chernot I tsTetuoi matellurgii. 1957. 75 P. (MISA 10-7)
1. Russis (1923- U.S.S.R.) Komitat po nedsoru so besopeonym ve-
denlyou robot v pronyahlonnoott I gornomu nadzoru,..
(Cranes. derricks, etc.)

VJ~U- T ~, , 4, It .
ZITSMOV. Yakov Mikhaylovich; KASITANOV, S.P., redaktor; VAGIN, A.A,,&-,-.-,
redaktor izdatel'stva; BVINSON, I.K., tekhnLchesR----' -e-
I"WMT Orr
[Gomprehensive mechanization of plants unufacturing refractory
materials] Komplekensia makhanizatelia na ogneupornykh sayodakh.
Moskva, Gog.r&uchno-tekhnAzd-vo lit-ry po chernoi t tavetnot
metallurgii, 1957. 312 P. (MLRA 10:9)
(Refractory siaterials)

RUTIASKIT, Samoa ~Jkhsylovich;.STAMS. Iosif Sonoylovioh; KCROLIT, A.A.,
kandidat takhnichookikh nauk, rodaktor A. inshouer.
.edaktor izIatel'stra; ATTOPOVICH, MA .to redaktor
[Improving friction points of rolling mills) Modernizatsits uzlov
traniis prokatnykh stanov. KoskVs, Go8.uGuchno-t~khn.izd-vo lit-ry
po chernoi i toyetnoi motallurgit, 1957. 189 P. (KIaA 10:9)
Otolling aills) (Bearings)

LZONIDOT, Hikolay Konstantinovich; ARTJTTUNOT. N.B.. red.; I! j6A
red.izd-va; 'LSLEIVIMA, P.G., tekhn.red.
[improved construction of blest furnaces] Usovershenstvovanie
konstruktsii domennykh pechei. Moskva, Gos.nauchno-tekhn.izd-vo
lit-ry po chernoi i tsvetnoi metallurgii, 1961. 57 P.
(MIRA 14:3)
(Blast furnaces--Design and construction)

V!A!G~I~NA ek~~-,Iokaey-oviohLPOZDITYAKOVAI G.L., red. i-.d--va;
- ATTOPOVICH, H.K.., tekbn. red.
[Blast furmace practice] Domennoe proizvodotvo. Moskva,,
Metallurgizdat, 1962. 134 p. (MIRA 15:4)
(Blast furnaces)

MUM, Izrail Mbiaeyevich; GORDIN, Veniamin Avoeyevich; VAGIN, A.A.,
red.; ATTOPOVICH, M.K.9 tekhn. red.(deceeoed]
(High temperature preheating of air in fex us metallurgy]Vy-
sokotemperaturnyi nagrev vozdukha v chernoi metallurgii. Mo-
skva, Metallurgizdat, 1963. 352 p. (MIRA 16:3)
(Air preheaters)
(Metallurgical furnaces)

POKHVISNEV, A.N.; SPEKTOR, A.N.; VAGIN A.A.
PyrometaUurgical method of treating iron-titanium ores from the
"Lysanskoye" deposit. Izv. vys. ucheb. zav.; chern. met. 7
no.3:23-28 164. (MIRA 17:4)
1. Moskovskiy institut stali i splavov.

POMISNEV, A.N.j prof., doktor tekhn. nauk; VEGM, Ye.F., dotsent,
kand. tekhn, nauk; VAGIN, A.A., inzh.
~z ~ ~
Investigating the model of a charging apparatus with a rotating
chute. Stall 23 [i.e. 241 no-4:299-300 Ap 164.
(MIRA 17:8)
1. Moskovskiy inst.'tut stali i splavov.

BARINOV, Yevgoniy IMIlkhaylovich; W-3,1111, A,A., red.
[Brief handbook .or the blast-furn-ace operator] Kra-,
kii npravocKnik domenshchika. Moskva,
1965. 211 p. (NDA IS-.3)

!!ia-e.y--- gQr~ymjch; SEMEMIKO,
GM ER p Vitaliy I-11khaylovich; VAGIN, Andr OU
P.Ao, inzh., red.1 red. izd-va; GVIRTS, V.L.,
tekhn. red.
(Pneumatic pulse machine, its parts and their manufacture] Pnev-
maticheskaia impull snaia, mashina, ee detali i osobennosti ikh iz-
gotovleniia. Leningrad, 1961. 19 p. (Loningradskii Dom nauchno-
tekhnicheskoi propagandy. Obmen peredov~m opytom. Seriia: Me-
khanicheskaia obrabotka metallov, no.16). (MIRA 14:12)
(Pnomatic machinery)

VAGIN, A.G.1 KULIKOV, A.A.
Sensitivity of the skin to tuberculin in healthy pers;,ns and
pulmonary tuberculc,sis patients. Probl. tub. 42 no-3:9-11 '64.
(~nRA .18:1)
1. Kafedra tuberkuleza (nachallaik - doktor med. nauk V,A.
Vasillyev) Voyannc-meditsinskoy ordena Tenira akademii imeni S.M.
Kirova.

VAGIN,A.T.. kandidat tekhnicheskikh nau
14 W-M, S P _~~ I
Calculations for wheels of tractor-drawn plows. Izv. AS BSSR
no.2:81-85 Mr-AP 155. (MLRA 8:9)
(Plows)

UGIN, A.T., inshenermakhanik.
Designing the wheals of tractor-drawn p'Lrjws. Bellkhotmashina no.6:14-15
JS 154. (MLRA 7:6)
(Plows)

VAGIN. A.T., kandydat takhnichnvkh navuk.
"OM
Studir of the working parts of p4Lowing machines used for cutting
the surface layer of virgin swamps. Vestsi AN BSSR.Ser.fiz.-tekh.rAv.
no.3:121-134 156. (KLRA 10:1)
(Plows) (Peat machinery)

_-Y-A-GAXAm-L, jgmd. tekhn.
Stabilit.v of the plow on a horizontal plane. Sel'khozmehinaL no.JZ:
5 D 157. (MIRA 11:2)
(Plows)

KALININ. S.H.; LUPINOVIC11, I.S.; HOLOCHKO, I.S.; ABRAHCRK, A.P.; AUKSNYEV,
Ye.K.; ALISMIK, P.I.; AMBROSOV, A.L.; ARMYEVA, N.M.; ANOUIN, A.H.;
AFORIN, M.I.; BABOSOV, M.M.; BALOBINJ.H.; BARXIOVSKIY, A.K.; BM
DISKO, T.T.; BELISKIY, B.B.; BOBKOVA, A.F.; BOLISHAKOVA, V.P.; BUT,
GAKOV, ll.P.,---VA=,A-T,; BILIDYLUSH, R.T.; VILICIIINSKIY. A.D.;
VLASOVA, K.S.; VOYTKO, D.I.; VOLUM13T, A.G.; GABYSM , M.P. [deceased];
GAYKO, A.A.; GALASHEV, M.A.; GOREGLYAD, Kh.S.; GAIMUSHA, I.F.; GOSTI-
LOVSKAYA, M.N.; GORBUNOVA, N.N.; GORSKIY, N.A.; GORPI11MI, Z.Sh.;
GRUBILKO, N.P.; GUSAKOV, V.A.; GUJDAYKIN, A.I.; DANILOVICH, A.F.;
DFJWiT'YXV, V.A.; DERISOV, Z.N.; DOROMIN, N.A.; DUBOV, A.B.; DUBOV-
SKIY, Ya.K.; YhNTIY.HIY3V, B.Ye.; ZHARIKOV, I.S.; ZHILIN, A.P.; ZHCOUIE-
ROVICH, A.M.; ZHMiAVM', B.N.; ZAB=O, D.A.; 2AKRARMIKO, G.D.; W-
BETS, V.M.; IVITSKIY, A.I.; KACHURO, I.M.; KEDROV-ZIKIDWI, O.K.; KIDA-
LINSKIY, V.A.; KIMiVARLITS, A.F.; KOVALEVSKIY, G.T.; KOVALICHUK. P.P.;
KOZHANOV, K.Ya.; KOZLOVSKIY, I.Ye.; KOCMOVA, Z.N.; KRIVODUBSKIY.
I.P.; KMYAVTSEV, S.F.-, KUSTOVA, A.I.; LAFFO, A.I.; LARIONXNKO, V.B.;
LASHERVICH, G.I.; MALIC&EVELlY, V.I.; HAHIKO, H.F.; MARKOVETS, A.F.;
H&TMMQ,i(.Y9.; MEDVEDEV, A.G.; MELITMM, Ya.D.; HOISEYEV, I.G.;
NUSORDr, V.V.; HUKHIH. N.D.; NAGORSKAYA, Ye.D.; NALIBOTSKIY, S.B.;
NIKCLATAVA, Yu.N.; IMDOLUGOV, I.T.; CRLOVEKIY, I.A.; ORLOVSKIY. K.P.;
PAMMICH, A.A.; PE:XIN, A.L.; PROKOPOV, P.Ye.; PUSHKAREV, I.I.;
RAZMYSLOVICH, I.R.: RAWKSHKO, A.V.; REMMA, Z.1.; RINXIS, V.A.;
ROTDO, A.I.; ROGOVOY, P.P.; ROZENBLYUM, B.M.; RYZHMAU0V, A.G.; RUSI-
NOV. A.A.; SAVCHENKO, A.I.-, SAPUNOV, V.A.; SAFROROV, I.P.; SVIRSKIT,
Ta.H.; 39VMIXV, V.P.; SRRGF-7EV, I.V.; SDUNOV, A.L.; SlDonlmo' G.M.;
(Continued on next card)

MALININ, S.N.---(continued) Card 2.
SKOROPANOV, S.G.; MOUFNICHRIKO, L.A.; SKIRNOV, T.Ye.; STTAROVOYTOV,
K.T. [deceased]; STRELEOV, I.G.; SUSU)V, V.P.; SMO.TJKOV, G.Ye.;
S'MAROV, A.Te.; TIMMININ, T.D.-, TISHOVICH. I.I.; TROPASEIKO,
I.N.; TRIZITO, S.I.; TRIKA, N.K.; TUZOVA, R.V.; TURETSEIY, R.L.;
UKANSKIY, M.N.; URIYEV, I.M.; KHOTIKO, A.I.; KHROBOSTOV, S.R.; TS3-
KEIANOVICH, F.V.; CH?affAVSKIY, I.G.; CHULKOVA, Ye.I.; CHUNOSOV, H.Me.
SHEMPELI, V.I.; SHIKHAIJMV, N.Y.; SHILYAR, A.Ye.; SHCHERBOV, N.A.;
YURGFJIS, B.A.; YUSKOVETS, M.K.; YAKOVLU, B.I.; YAKMSON, S.A.; YARO-
SHZVICH, A.A.; LUTSE11KO, M.N., red.; LARIN, V., red.; K CHITS, G.,
takhn.red.
(Measures for increasing agricultural production per 100 hectares of
land on collective and state farms of White Russia] Maropriiatiia po
uvelicheniiu proizvodstva sallskokh02i8istvanpoi produktaii na 1G0
gaktarov zemellnykh ugodii v kolkhozakh i sovkhozakh BSSR. Red.kolle-
giia; I.S.Lupinovich i dr. Minsk, Gos.izd-vo BSSR. Red.sellkhoz.
lit-ry. 1959. 601 p. (MIRA 13:4)
1. White Russia. Kinisterstvo sel'skogo kho2ynystva.
(White RuaRia---kgriculture)

VAGIN, A.V., Gand A r Scl -- (diss)
Oll a 7~-
of fir-groves 'LL~ their age." Mos 1958,
18 pp (Min of Higher Education USSR. Mos Foresil
Inst) (aseepim ). 4uthor not shown on cover.
(KL, 21-58, 92)
51

USSR / Forestry. Forest management. K
Abs jour :pef Zhur - Biologiya, No 18, 1958, No. 82206
Author :Vagin,. A. V.
Inst H."gh School of Forest Engineering
Title Yield of Grades in Fir Forests in Relation to Their Ago
Orig Pub Nauchn. dokl. vyssh. shkoly. Iesoinzh. delo, 1958,
No 1, 25-28
Abstract No abstract given
Card 1/1
22

Raf i.l.,
ye, 1-959, 110- 72

YU r

'
4,
14,3
1~ 0
2? t

UGIN. G.I., gorny7 inzh.ener; SMOGANOV, G.S., takhniki-elaktromakhanik.
D.c. drive winch for suspending safety ladders in vertical shaft
sinking. Ugol' 31 no-5:10-11 NY '56. (KLRL 9:8)
(Coal uines and mining--Safety measures)
(Winches)

VAGIN, G.I. , inzh.; PINIKOVSKIY, G.S.
Borehole charge firing In stages during shnft sinking. Shakht.
stroi. no.6:26-27 Ja '59- (AIRA 12:9)
1. Treat Krivbaseshakhtoprokhodka.
(Shaft sirflcing) (Blasting)

88677
12.0iloo
S/127/6f)/000/001/001/005
B012/B056
AUTHORSt _V4gin,_G. I_., Manager of the Trust, Zaslavskiy, Yu. Z.,
Chief Engineer of the Trust
TITLEt Large-scale mechanization of the sinking of vertical shafts
PERIODICAL: Gornyy zhurnal, no. 1, 1960, 44-48
TEXTt The sinking of shafts (usually to a depth of from 700 to 1000 m) in
the Krivoroshakiy basin largely determines the total construction time of
the mine. In 1957, the trest Krivbaseshakhtoprokhodka (Krivbass-
shakhtoprokhodka Trust) was established in the Krivorozhskiy basin,
similar to the other trusts in the coal mining industry, in order to in-
crease the speed of sinking vertical shafts. Starting in August 1957,
the collective of engineers and technicians has taken a number of important
measures on the basis of experience made at home and abroad. Concrete of
high early strength is used for reinforcing the shafts. Metal casings
(Fig.1) developed by engineers of the Trust are used for this purpose.
In most cases concrete is fed to a depth of up to 650 m through a pipeline
as is shown in Fig. 2. Fig. 3 shows a mechanized mixing installation
Card 1/8 1Y

88677
S/127/60/000/001/001/005
Large-scale mechanization of .... B012/BO58
operated by two to three persons. The control of the loading equipment
in the Novaya-Rakhmanovskaya mines, Yuzhnaya Gleyevatakeys mines, and
others was centralized from a control column with automatic blocking of
the loading equipment and the hoist. Despite the rook hardness of 10 to
20 (according to Protodlyakonov), the measures indicated resulted in an
increase in production. Fig. 4 shows equipment for shaft sinking
according to the parallel process without provisional reinforcing,
developed by the engineers of the Trust. The collective of the Trust
works together with the krivorozhakiy institut Giprorudmash (Krivoy Rog
Institute Giprorudmash), krivorozhakiy institut Krivbassproyekt
(Krivoy Rog Institute Krivbassproyekt) and Dnepropetrovskiy gornyy
institut (Dnepropetrovsk Mining Institute) and makes here a number of
recommendations for the increase of the speed of sinking and the
production as such. There are 4 figures.
ASSOCIATIONt Treat Krivbassshakhtoprokhodka
Card 2/8

88677
S/12 60/000/001/001/005
Large-scale mechanization of ... B012YBO58
Fig. 1. Displaceable metal casing for shaft
reinforcement by concrete of*high early
strength.
Card 3/8

88677
5/127/6SIGOO/Col/cOl/005
Large-ocale mechanization of... B012/BO58
Fig. 2. Scheme for concrete mixing.
Legendt (1) Section A-A.
Card 4/8
V,

. 88~77
S/127/60/000 001/001/005
Large-scale mechanization of ... B012/BO58
13
ICard 5/8

Large-scale mechanization of....
Card 6/8
-8867f 7
S/12 6-910001CO110011CO5
BO12YI1058
Fig. 3. Mechanized concrete-
mixing installation of the
Mine imeni Lenin
Legondt (1) Building for two
mixers, (2) building for two
scraper winches, (3)'cement
store, (4) aggregate- a *nd sand
bunker, (5') inclined ramp for
bunker loading, (6) concrete
mixer of 425 1 capacity,
0 scraper winch .'.- -10 (LA-10),
(8~*skip for charging the
mixer, (9) dump car (dosage
Anstrument), (10) horizontal
screw conveyor, 11) vertical
screw conveyor, ~12) water- and
calcium'chloride container,
(13) bunker for ready mixed
concrete.:

Large-scale mechanization of...
Fig- 4- Shaft sinking equipment
proposed by the Krivbassehakhtoprokhodka
Trust
Legends (1) Concrete mix*r, (2) set of
concrete lines for feeding concrete into
the shaft, (3) tentering frame, ',:r~;
4) short shield-loading platform,
5) conical part of the shield loading
~
platform, (6) ring platform for sinkers,
(7) displabeable planking, (8) lower
bottom for the planking.
Card 7/8
8a677
S/ 12 7/60/000/00 1/00 1/005
B012/BO58

Large-scale mechanization of ...
A
7
.88677
8/127/60/000/001/001/005
B012/~058
A POJPeJ no A A
..- ; wo~`
Card 8/8

88717
5/127/60/000/007/006/011
IDIDO B012/BO52
AUTHOR: Vagin, G. I., Administrator
TITLE: Economical application of concentrated bilateral explosions
in the sinkinj; of vertical shafts
PERIODICAL: Gornyy zhurnal, no. 7, 1960, 44-47
TEXT: A new method suggested by the author is described. It is based upon
concentrated bilateral explosions, and consists in the following items:
after the formation of a cut by blowing up the first two circles (one by
instantaneous firing, the other one by a 25 millisecond delay), the charges
of the two semicircles I (along the uprising of the rock layers) are blown
up at the same time by a 50 millisecond delay. Then, the two semicircles
II a-dipping are blown up by 75 millisecond delay (Fig. 2). Explosions
carried out by this method in the Mines imeni Artem, imeni Kirov, and
Ventilyatsionnaya No. 4, prove its expedience (Fig- 3). Experience proved
pare granulated slag to be the best,though not the most perfect, stemming
for vertical boreholes. Best results in blowing up are obtained with bore-
holes of 1 m distance in rock of hardnesses between 11 and 15 accorr,i If?
Card 1/4

88717
Economical application of
B/127/60/000/007/006/011
B012/BO52
Protod'yakonov. The new method makes the utilization of exPlosive energy
more economical since it does not only separate and divide the rock but
also eject it. Labor input is thus reduced by 7(y/f
0, and specific consump-
tion of explosives per m3 of blown-up rock is also reduced. Besides, the
tensile stresses in instantaneous firing of many charges along the circum-
ference become very high. This has a positive effect on the outlines of
shaft walls. There are 4 figures, 1 table, and 1 Soviet-bloc reference.
ASSOCIATION: Trest Krivbassshakhtoprokhodka (Krivbassshakhtoprokhodka
Trust)
Card 2/4

Economical application of
Card 3/4
158717
S/12 1
3C,4 2 0 r- 2
. Y--.~ .1
ill I., - ! 1~1 ~
Z-- 7
!
59
T I (-- - ~"
V%

Economical application of
Legend to Fig. 2: Scheme of concentrated bilateral blowing up of a shaft
face: 1) Down-dip of blown-up rock
Legend to Fig. 3: Chart for drilling and blO%7ing Up in sinkinC shafts at
the Mine imeni Artemt 1) Auxiliary cut, II) main cut, III) boreholes of
the first series of bilateral explosions, IV) ditto of the second series
88717
S/127/60/000/007/006/011
B012/BO52
Card 4/4

MONIN, G.I.; MALEVICH, N.A.;jAQIIRG'I.
wBoring and bl:aating op4ations in mininis by E.O.Mlmeli.j
Revieved by G.I.Monin, N.A.Malevichp G.Ijagin. Gorahur.,
no.2:80 F 161. (MA 11.14)
1. WerAralknyy nauchno-isoledovateliskiy institut Rodzemshakhtos-
,troy (for Monin,, Malevich). 2. Krivbassebakhtoprokbodka (for
Ilagin). (Boring) (Blasting) (Mindeli, E.O.)

VAGIN., G.I.-
I-
IncrearJng the offic-lemsy of aine, construction Trudy HIEI
no.'L5!393,-393 161. ilfERA 14:12)
1. Upraritlyayus'bahiy trestom K-rivbassshakbtoprokhodka.
(Krivn.y Rog Basin-f-Uning engineering)

VAGIN, Gennadiy IvanoyUh;PIVIKOVSKIY, Glob StaniBlavovich; GIMNEGOVA,,
E.N., red, izd-vaj MKLYAR,, S.Ya.p tekhn. red.
(Using portable formwork in supporting mine shafts)Kreplenie
Btyolov Bhakht s primeneniem peredvizbnykh opalubok. Moskva#
Goagortekhizdat, 1962. 146 p. (MIRA 15:13.)
(Hine timbering)
construction-Formwork)
(Concrete

VAGIN, G.I., inzh.; LOCA,~HEV, N.T., inzh.
Waterproofing r-'ne shafts in the western Donets Basi-n.
Btroi. 9 no.4:ZO-23 Ap 165. (MI.-RA I E: 5)
1. Trest Favlogra&haklitos troy (for Vagin). 2. Krivoro3nski.,,-
filial Vse,-,oyuznogo nauchno-issledovatel'skogo instituvt organizatsii
i mekhanizntaii shnkhtnogo stroitel'stva (for Logachav).

VAGIN, I. ~e (Direct-or)
"Colisepticemia of lanbs."
SO: Vet. 28 (1) 1951, P- 51
Fegan Oblast Veterinary-Bacteriological Laboratory

VAGDI 0 1.--qe--- -- - --
Been - Dis6ases
Let's got rid of foul broods in bees. Pchelovodstvo, 29, Fo. 7, 1952.
9. Monthly List of Russian Accessions, Library of Congress, October -1951. Unclassified.
2

VAC-IN, I-To.
Npizootiology of foot-wA-mouth disoase In Shoop =A goat$.
Vaterinariia 30 no.1:26 Ja 153. NLRA 6:1)
1. Direktor Fer&nskoy oblastnoy vetb&klaboratorit.
Foot and mouth disease has occurred during spring months., at the time
of lambing., Kids and lambs therefore., also contracted the disease., which resulted
in high mortality. A daily dose of 20 cc to 30 cc of 1:1.,000 solution of blue
vitriol in water was given internally for a period of five dayal incidence of
the disease disappeared immediately ther*after, 256T53

TAGIN, L., nachallnik.
mWWO.",
Our experience. Radio to.11:9-10 N '53.
(MI2A 6:11)
1. leningradskiy otdol radioinformataii. (Radio in agrioulture)

S/lc)9/62/007/009/014/018
D409/D301
AUTHOR: VLa g ~in
T ITLE: Tcll~.Perature regime ofL oxide cathodes,dgrinj3 pulse
liadiotekhnika i elektronika, v. 7, no. 9, 10,62,
1608 - 161a
T,7,"' -A'T The author inves-Wi.~-ated the following effects in pulse dis-
chare.es in helium; the pulse-temperature rise of the oxide-cathode
surface, the cooling down of the surface in the interval be.,neen
pulses, and the relation betwecn pulse duration and the'cool-,n,--,-
time of the cathode. The exDerinents were conducted at a T)ulse du-
ration of 100 to 1200 micro;econds, and an emission-curren-t density
of up to 15 A/CM2. This co,:!pares very favorably with other inveoti-
gations, in which the pulse duration did not exceed 2 microseconds,
and the current density 5.5 A/cm2. The temperature regime of the
oxide ci~lhodes vias studied by the photoelectric method. The light.
flow from the investigated cathode was directed through a channel
and monochromator to a Dhotomultiplier; the voltage at the ;)hoto.-'n,1-
Card 1/3

S/109/62/007/009/C!4/01P~
Temperature regime o-'L' oxide ... D409/D301
tiplier was measured, after amplification, by means of an oseJ4.7-lo-
graph. Sintered oxide-cathodes with nure-nickel base,,vere inves7i-
gated. The helium pressure in the experiments nas 0.5 mm. HE. -,'he
pulse-temperature rise on the oxide surface was investi;~ated under
various operating conVLtions of the cathode (the emission current
varied from 8-15 A/cm , and the temperature from 850-9500C). It
found that the temperature rise follows the iavi
T+(01 t) = B-%/TJ (5)
where B is a constant which deDends on the power, imparted to the
cathode during thepulse, and n -them physical Pronerties o-" -he
0 1 '
oxide coating. Formula (5) c~n be used for calculLting (to an accu-
racy of t 5 ~Fo) the expected warming-up of the oxide surface during
a pulse of given duration. It was found that the cooling dovm. of
the surface (in the interval between pulses), is slower for catL-
des with higher oxide-layer resistance. Further, the dependence of
the pulse temperature on the anode current, was investigated, as
well as its dependence on the nean cathode-temperature. It was
found that the pulse temperature decreases with increasing mean-
temperature, The pulse temperature rises in direct proportion with
Card 2/3

S1109 62/007/009/014/018
Temperature regime of oxide ... D469YD501
the square root of the discharge time, in the interval between pul-
srus, the.temperature droDs to its mean value, at a rate which de-
pends on i# 7; e size and properties of the subsurface oxide-layer. The
.Longer the,.Tulse which heats up the cathode surface to a given 'Ilem-
perature, the slower the surface cools down in the interval between
pulses. The pulse.temperature rise of the surface can restrict th6
magnitude of the allowed specific cathode-loads (even under free.
operating-conditions), if the pulse duration exceeds 1000 microse-
conds. There are 12.fi-ures.
SUBMITTED: December 29, 1961
Card 3/3

TOPCHIYEV, A.V., akademik [deceased]; ALANIYA, V.P.; VAGIN, M.F.
- ------
Synthesis of o-fluoro-&Lnitrostyrene and a study of its polymerization
capacity. Dokl. AN SSSR 151 no.1:114-116 Jl 163. (WRA 16:9)
1. Moskovskiy ins.itut neftekhimicheskoy i gazovoy promyshlennosti
im. Gubkina.
(Styrene) (Polymerization)

EW
NR- AP3003556 S/0020/63/15-1/002/0350/0352 ce,5
"'IAUTHORS: (Deceased, Acaeemician); A2aniya, V.P.;
vagin, M.P.
.=.E-. Problems in the polyTerization~f bitroolefins
.,SOURCE.- AN SSSR. Dolcladf, v. l5l., no. 2, 1963o 350-352
!TOPIC TAGS: -polymerizat-lon, nitrQolefin,, olefin, nitroisobutylene,
!dehydration.,-nitroisobutanol, catalyst, anion exchange resin,
'infrared spectroscopy,, cyclohexylydenenitromethane,
1-(nitromethyl)
~cyclohexanol, I-cyclohexynylene nitromethane, cyclohexylydenenitro-
Methane, synthesis
,ABSTRACT: In a study involving the polymerization of nitrooldins,
!nitroisobutylene and cyclohexylydenenitromethane were synthesized and
:theiA- tendency toward polymerization was investigated. Nitroiso-
:butylene was prepared in 651% yield by dehydration of nitroisobutanol
:in the presence of phthalic anhydride. Nitroisobutanol was prepared
I
!in 53.3% yield by condensation of acetone with nitromethane in the
presence of sodium methoxide at 200 for 30 hours with stirring,
.Card
-3

L 12656.16,3.
,)ACCESSION NR: AP3003556
Tendency of nitroisobutylene toward polymerization was studied by
arying a) the type of-ca ysts benzoyl chloride, benzoyl peroxide,
lammonium persulfate, sodium methoxide, boron trifluoride, and phos-
,phoric acid caturated with box-on triflueride), b) the amount of cata-
Aystj, C) the temperature (oil bath, water bath, ice-salt mixture)
11iand d) the reaction time. A three-neck flask equippod with a meehan..
Acal stirrer and a reflux condenser was tased. The polymer was
,Purified by dissolving in benzene, followed by precipitation with
;nq.thanol,, filtering and drying under vacuum. Only benzoyl chloride
,and benzoyl peroxide proved to be useful catalysts in polymerization
'of nitroisobutylene. With benzoyl chloride aa the catalyst, maximum
yield (80%) was obtained after 14 hours by using 101% of the catalyst.!
,The optimum temperature was 150C. With benzoyl peroxide as the
:catalyst, the yield was 20-21% and the optimum temperatjxe range
;120-140C. The amount of catalyst was varied from I to 10% with no
:significant influence on the yield. Polynitroisobutylene is a dark
powder., insoluble in water, ethanol and ether but soluble in benzene
'and acetone. It melts at 98C; has a molecular weight (Rast method)
of 1700; and exhibits parama,&,netic properties. Cycloherylydehe-
nitromethane (33-36% yield) was prepared by dehyd-Fa-t7l-o-n--oT-T-7n-ffr-o-
1 4;ard 2/31__-_._1-1-___-_ ---------

1 12656-6--1----
ACCESSX011 NH. 'AP3003556
methyl)oyclohexanol in the presence cf phthalic anhydride. A mix-
ure of two isomersi I-eyelohexynylenenitro-.~nethane (b.p. 98-1020/12m)*
:and cyclohexyl denenitromethane (b.p. 108-110*/12 mm) was obtaine.j.
il-(Nitromethyl%clohexanol was prepared in 41-45% y1old by conden-
!sation of cyclohey-anone with nitromethane in the presence of sodium
methoxide. With condensation in the presence of anion exchange
401,",
resins AB-17 and An~berlite T-RA- .,the yield'-was much purer.
clohexylydene hitromethane was polymerized in the presence of
icy
isodium methoxide at 20C vrith a 57% yield. The polymer is a yellow
amorphous powder, soluble in water and lower organic acids but in-
Zoluble in organic solvents. It has a molecular weight of 900. Its
possible structure was cop-firmed by infrared spectroscopy. Orig.
:art. has: 2 figures, 5 formulas, and I table.
'ASSOCIATION: none
SUBMITTED: 24NoV62- DATE ACQ: 30jul63 ENCL: 00
8UB CODE: CH NO REF SOV-. 002 OTHM: 003

VAGINY N.A., inzh.
Effect of blasting on the state of a bolted roof. ShakhT,.
stroi. 5 no.10:24 0 161- (HIRA 16:7)
1. Urallskiy nauchno--issledovatel'skiy i proyektn3r( institut
mednoy promyshlennosti.
Mine roof bolting) (Blasting)

ADIANSKIKH S,A. inzh.,- VAGIN, N.A., inzh.
Using ro(I bolting Ln explosive store roorms. Sbakht.stro-i.
6 no.1:26-27 Ja 162. (11:M 14.-- -12)
1. Urallskiy nauchno-issledovatel'skiy i proyektnyy institut
mednoy promyshlennosti.
(Coal mines and mining-ftplosives)

VAG3]1,, N.A.9 inzh. (translator]
Robbins cutter-load8rL. Sbakht, stroi 6 no,5.*30-31 M7 162.
(14IRA 15:7)
(United States-14ining madhinery)

VAGIN, N.A., inzh.
C~ -- -
Slot-and-wedge bolt plug for roof bolting in hard rocks. SbRkht.-
strol. 6 no.9s25 3 162. (MIRA 150)
1. Urallakiy nauchno-issledovatellskiy i proyektnyy institut
mednoy promyshlennosti.
(Mine roof bolting)

VAGIN NA-p in2h.
Rook removal train with a scraper winch (from "Hine and Quwr7
NsInseringim, Mays 1962), Rhokhteatroi. 6 no.3.1:30 N 162.
(MM 15t12)
(Canada-Mine railroado)

YAGIN
ki~olp'-.'Fr lqYI-94; -KMINSXIY, Kark Somarlyevicho,. POPOV, ISTS 0
LIVSHNS, B.Te., red.; VOLKOV, N.Y.,,tekhn-,,redo
DU ~J~snube Riverl Reks Dunal.., Leningrad, .,Gidromteor Azd-vo,
~96q.~, 98 p. (XIRA"*14:4)
(Danube Valley)

A124AZOV., A.1-11., doktor geogr. nauk; BONDAR, K.; VAGIN, N.F.-
GEDERD., V. DIYAKOITU, K IDiaconu,cl. 1:1' tta F-.];
Stanescu,V. STENESKU, S.'Stanescu,S.
STENESKU,V.i L
MAYSTRENKO" 7u.G.; MIKHAYLM, V.N., kand. geogr. nauk;
VIKIFOROV, ,Ya.D., kand.tekbr-. nauk; RAY, I.A.; RODIONOV,
N.A.; FILIZ~NKO, V.M.., red.; ZARKH, I.M., tekhn. red.
(Hydrology of the region of the Danube estuary] Gidrologiia
ustlevoi oblasti. Dunaia. (By] A.M.Almazov i dr. Moskva
Gidrometeoizdat (otdelenie), 1963. 382 p. (VJ.RA 1?:li
1. Gosudarstvennyy okeanograficheskiy institut Glavnogo
upravleniya gidrometeorologicheskoy sluzhby pri Sovete
Ministrov SSSR (for Mikhaylov, Ilikiforov, Rodionov).
2. Dunayskaya gidrometeorologicheskaya observatoriya Uprav-
leniyq gidrometeorologicheskay sluzhby Ukr.SSR (for Vagin, Ray).
3. Institut gidrobiologii JWI Ukr.SSR (for Almazov, Maystrenko).
4. Nauchno-issledovatellskiy institut gidrotekhniki Komiteta
vodnogo khozywyetva Rumynskoy Narodnoy Respubliki (for Bondar,
Gederim, Dlyakcnu, I-Iitsc,, Stenesku, V., Stenesku, S.).

I TAGj!hwLrdO,,J,,,
Unsuccessful heating radiator mode2. Tod.1 san.telrh.no.1:33 Mr 156.
(Radiators) WaL 9-7)

1, VAGIN, P. . YASN'OV, G.
2? USSR (600)
4. P=ping Machinery
7. Pump for sumlying fame with water.
KTS~ 12 No. 10, 1952
9. Monthly List of Russian Accessions, Library of Congress, ip
_2M 1953. Unclassified.

VAGIR, P., dote.; SYCHUGOV, U., inzh. (g. Barnaul).
Automqtic photoelectric cutout switches. Zhil.-kom. khoz. 8
no.11:26 '58. (MIRA 11:12)
(Electric cutouts)

."- VAGIN, P.; MITTELISHTM, H.; .KHODOSH, M.
Jifficient deliver7 of materials for erecting buildings. Avt. transp.
37 no-2:10-11 Y '59. (XIR.A 13:1)
I.Mosetroytrans.
(Building materials--Transportation)

VAGIN, F.I.,kAnd.tekhn.nauk; STCHUGOV, N.A.,aspirent
Automatic photoswitch for electric lighting. Kekh. i elk. sots.
9~11khoz. 15 no.2:43 158. (MIRA 11:5)
1. AltAyakiy sallskokhozynyatvennyy Institut.
(Electric switchgeRr)

VA
VAGIN, P.i., dotsent
Use of animal reflexeu in systems of autcmatic regulation and control.
Mekh. i elek. sots. sellkhoz. 21 no.4:27-29 163. (MIRA 16sq)
1. Altayskiy sel'skokhozyaystvonnyy institut.
(Farm mechanization)

VAGjN,_.P&ve1._1,7ppv _BOVICH, Aleksandr Aleksandrovich;
#,4; GLF
SOIDDENIKOVA, G.A.p red.
[Principles of automatic control and automation of produc-
tion processes In agriculture) Onnovy avtomatiki I avtoma-
tizatsiia proizvodstvennykh protsessov v sel'skom kho-
ziaistve. Moskvav Izd-vo "Kolos," 1964. 270 p.
(MIRA 17-.11)

VAGIN.. P.N. , inssh.
Transportation of details of prefabricated houses according to
a time table for absembling the buildings, taking materials
directly from trucks. Trudy 14IEI no.17:147-153 161.
(MMA. 1/,-11)
(Precast concrete construction)
(Building materials--Transportation)

SHUNLYEV, Boris Konstantinovich,-, A Anzh.,-ratsenzent;
KUV.';ITINSKIY, V.V.. kand.takhn.nauk, red.: DUGIIIA, N.A., tekhn.red.
[Gear milling by the axial and vertical feed method] Zubofresoro-
vants metodom dvukh podach.- Moskva, Gos.nauchno-tekhn.izd-vo
masbinnstroll.lit-ry, 1958. 48 p. (MIRA 12:1)
(Gear cutting)

- VAGIN, S.B.
Mesozoic waters in the eastern part of the Kuma Valley. TTud7
MIMiGP no~27:70-79 160. (M IU 13: 9)
(Kum& Valley-Waters Underground)

VAGIN, S.B.
Recent data on the hydrogeclogy of the eastern Yarpinsk swell.
Izv. vys, ucheb. zav.; neft' i gaz 4 no.4t7-12 '61. (MM 15:5)
1. Moskovskiy institut neftekhimicheskoy i gazovoy promyshlennosti
imeni akademika I.M.Gubkina.
(Karpinsk region-Water, Underground)

-IAGIN . S.Bi-L4.RTSEVI, A.A.; OTMAIIJ, N.S.; SHUGRIN, V.P.
Some recent data on the hydrogeolog7 and tectonics rof the
YeyskBerezanikaya gas producing area. Dokl. AN SSSR 139 no-5:
1205-12197 A[ 161. (MIRA 14:8)
1. Moskovskiy institut neftekhimichoskoy i gazovoy
promyshlennosti im. I.M. Gubkina. Predstavlono akademikom
D.I. ShcrW-akovym.
(Krasnodar Territor -Geology., Structural)
(Water, Underground~

KARTSEVI A.A.; VAGINY S.B.
P41eohydrogeological data of the formation and disintle~,Tation of
oil and gas accumulations as revealed by the studies of th-n
flesozoic; sediments in Giscaucavia. Sov.geol. 5 no.8:10/+-121
Ag T62v (MIRA 15-,9)
1. Moskovskiy ins-,Aut neftekhim-'Lcheskay A. gazovoy proiriphlcnro~jtl
Juni I.M. Gubkliia.
(Caucasuv, f4orthern-Petroleum geology)
(CaucasuE, Northern--Gas, flatural-Geology)

VAGIN, S.B.; GORDINSKIY, G.Ye.; GRIBOVA, Ye.A.; DUBROVSKAYA)II,..!.;ZHDANOV,
7-.T.-j,--P-rof. ; ZIUZINA, N.G.; KARTSEV, A.A.; YlTYAZEV,V.S. dot-".;
IXONOVA, R.A.;POKROVSKAYA, L.V.; ~5JDARIKOV, Yu.A.;YUDII,,G.7.,drts.;
SOKOLISKAYA, Z.V.; TOMKINA, A.V.; USPENSKAXA,N.1-U.ppror.;FOMKIN,
K.V.,kand.geol-min.nauk; CHMYSHEV,S.M.; YAVORCHUK, I.V.;
BAKIROV, A.A., prof., red.; DI!ZIENT'YEVA, T.A., ved. red.
(Geological conditions ard basic characteristics of oil and
gas accumulations in the limits of the Epi-Ifercynian
Platform in the south of the U.S.S.it.j Goologicheskio uslo-
viia i osnovnye zakonomernosti razirieshcheniia skoplenii
nefti i gaza v predelakh epigertsinskoi platformy iuga SSSR.
Pod obshchei red. A.A.Bakirova. Moskva, Nedra. Vol.2. 1964.
306 p. (MIRA 17:12)
~. Moscow. Institut neftekhimicheakoy i gazovoy promyshlen-
nosti.

TALHOV, S.; VAGIN, S.B.; SHUGRIN, V.P.
Gas content characteristics of waters of the Mesocenozoic sediments
in the southern Tajik depreBaion. Izv. ya. ucheb. zav.; neft' i
gaz. 7 no.lOsl5-18 164. (MIRA 180)
1. Moskovskiy institut neftekhimicheakoy i gazovoy promyshlennostl
Im. akad. 1.M. Gubkina.

VIAGIIIII, 'J'L.er.,-tn '-A'Klh~ylovich Ell 7 .
I
R93153
17, 8 (I.E. VCSE-," DESYATTAH) TSRjTNERA CZI,,'C;Y PSHExIlITCY
GEKTARA (17.8 ChNTERS (850 KGS) CF '.TINTER ',-ilB,,T FEit n'CT!lRE) KUY-B-ISHEl,
F,UB'f,SlfLVSK--YE KNIII.12K-Y,,,~ Iz:D-'IC, 1955. 14 p. (P!~,'l,."-,'DCV(jY CPYTI V SIELISKC14
,KHC-~Y,l,'(STVE')

VAG IN, I ~ T. - -- ---)
Carreat problems in maintaining apartment houses controlled bv the
economic councils. Zhil.-kom. khos. 10 no.8s8-9 060.
(Hru 13:9)
1. Sachallnik planovogo otdela upraylenlya zhillshchno-koamnall-
nogo khozyaretva Uralnmahzavoda, g. Sverdlovsk.
(Sverdlovsk--Apartment houses-4(aintenance and repair)

VAGINP V.; SURNACHEV, B.
Signaling by means of odors. Sov. shakht. 12 no.6:21-22 Je
163. (MIRA 16:9)
1. Starphiy inzh. shakhty "Koksovaya-l" v Kuzbasne (for Vagin).
2. Voatochnrj nauchno-iasledovatallskiy institut po bezopasnosti
rabot v gornoy promyshl'9 nnosti (for Surnachav).
(Coal mines and mining--Safety measures)

ACCESSION NR: AP4031622 8/0053/64/082/004/0707/0748
AUTHORS:- Vagin, V. A.; Kotov, V. 1.1 Semenyusbkin, 1. N.
TITLEs Methods of high-energy particle separition
SOURCE: Uspekhi fizicheakikh nauk, v. 82, no. 4, 1964, 707-748
TOPIC TAGS: particle acceleration, particle-spectroscopy, particle
spectrum, separation, relativistic particle, high energy particle
ABSTRACT: The existing and proposed methods for the separation of
.high-energy particles are systematized and described. Some of the
problems involved in separation of low-yield high-energy particles
and their importance to research are discussed. The presently de-
veloped electrostatic separators are shown to be inadequate for
bigger energies prpsently available and p;anned to be produced with
future accelerators. Electrodynamic separators, which have a higher
energy range are described. .1t,is indicat;ed.that when it comes to
Card . 1/6
r

ACCESSION MRs AP4031622
production of puid beams of ultrarelativistie particles, it will
.becdme necessary~~to separate,the particles on the basis of other
attributes than orb presently used, for example the differences in
such characteristics of theitnuclear interactions as total cross
sections, kinematiVs, and angular distribdtions. Higb-frequency
separators now under construdtion in seve~alrlaboratories,,including
the:SSSR Joint Institute of Nuclear Resea#ch, are described. The
section headings are: I. Introduction. II. Separation by using the
distinguishing features of the interaction between particles and
their decay properties (1. The absorber method. 2. Muon beams.
3. Neutrino beams.). III. Electrostatic separators (1. Principle
of electrostatic separation. 2. Schematic diagram of electrostatic
separator. 3. Iqn7-optical systep of separator. 4. Example of exist-
ing separator. S... Region of application of the method of electro-
static separation.). IV. Blectrodynamic separators (1. Pritciples.
2. f4otion of charged particle in high-froquency fields. 3 High-
frequency separator for Stanfprd.two-mile,linear electron accelerator.
COM 2/6

ACCESSION NRs AP4031622
4. OIYal electrodynamic particle separator. S. CERN bigh-frequency
separator. 6. Region of application and prospects of development
of high-frequency separators.). Conclusion. Orig. art. bass 22
figures, 93 formulas, and 4 tables.
ASSOCIATION: gone
SUBMITTEDs 00 DATE ACQx 07May64 ENCL: 03
StM~ CODE s ZIP NR'RZF SOVt 012- OTHER: 059
A
Crd: 3/6

C:~i
ACCESSION NR: AP4031622 ENCIDSURE: 01
bia~ram of OiYal electrodynamic particle
9
separator: 1 - resonator, 2 - multiple
acceleration system, 3 - collimator, 4
deflecting system, 5 - generator, 6 -
hydrogen chamber, MR - magnetic lens,
M electromagnet
1 and 2 -'mag. lens IM -17
2
IMMWAW
lens un -16
4 6
AM M
jf N OAP
5.
Card 4/6

ACCESSION NR: AP4031622 ENCWSURE: 02
a d
I Cre.-O ~' j moxrq
. je'~
e f
Block diagram of multiple-acceleration system used in OIYaI electro-
dynamic separator; I - accelerating frequency of OIYaI proton syn-
chrotron, 2 - pulse to turm off the accelerating voltage.
a - frequency comparison circuit, b - modulator, c - hf power
amplifier, d - 15 Me resonator, e standard generator, f phase
shifter
:'Card 5/6

ACCESSION NR: AP4031622
Arrangement of resonators
of the deflecting system
of the OIYaI electrodynamic
separator..
ENCLOSURE: 03
Card 6/6

ACC NR: M7001932 SOURCE CODE: UR:[0120/66/000/006/'~---,-)22/GG25
-rHOR: a i V. - P.;
b Volodin, V. D.; Plyashkevich, N. N.; Sayenko, A
A
Semenyushkin, I. N.; ~tepanyuk, V. L.
ORG: Joint institute of Nuclear Research, Dubna (Ob"yedinennyy institut yadernykh
issledovaniy)
TITLE: System for multiple acceleration of an electrodynamic separator of high-
energy particles
SOURCE: Pribory i tekhnika eksperimenta, no. 6, 1966, 22-25
TOPIC TAGS: particle beam, proton accelerator
ABSTRACT: A system for multiple acceleration of high-energy particles is described.
The system recaptures protons in multiple frequency (q - 100) accelera-
tion conditions previously accelerated to maximal energy and continues
their acceleration for 15-20 psec. The system consists of a coaxial
resonator, hf units, a pulse modulator, and ~ sinchronizer. The fre-
quency of the multiple acceleration is 149.520 mc and the pulse duration
is 15-20 Usec. A 70% coefficient of proton recapture.at beam energy
Z - 10 Gev, energetic spread AE 1.7 Mev, and amplitude of the accel-
0 kv was obtained duri.ng testing
erat.ing-voltage in the resonator.Vr - 7
.
Card 1/2 UDC: 539.1.076:621.384.6

ACC NR; AP7001932
of the system on a proton synchrotron at the Joint Institute of
Nuclear Research. Orig. art. has: 4 figures and 2 formulas.
SUB CODE: 20/ SUBM DATE: 121?ov65/ ORIG REF: 005/ ATD PRESS: 5111
Card - 2

L 3774-66 EWT(m) DIAAP GS
ACCESSION ft A75007949 S/0000/64/000/000/0788/0790
AUTHOR: Veksler Ir. 1. 1 ~i h
'barev. V-' k. j Kuznetso~, A. 9a qukhLno
V A
-K, Vol SemenXus kin, I.--H. Ru]3in , ff. B. a. Stepanyuk * ~V, L. 6, hekhlot,
TITLEt Electrodybamic separator of An!h)rototd ulth 5 Gev/c momentum
SOURCE: .International Conference on High Energy Accelerators. Dubna, 1963.
Trudy. Moscow., At6mizdat, 1964, 788-790
TOPIC TAGS! high energy particle. antipivton, plont particle Interaction
11
ADGTRACT: The study of processes Initiated by such particles as high-energy K.-
mesons and ant1protons Is often determined by the possibility of separating these
particles from an accompanying pi-meson background. The tremendous technical dif-,
ficuities arising in the use of the electrostatic method of separation for obtain-,
Ing pure beams of relativistic particles urgently dictate the necessity of see1cIq;.__.1
new means of separating particles& In IS156, V. 1. Veksler and V. A. Petukhov pro-
pcsed an clectrodynamic method of separating particles according to masses. At t,;J
present time the high-6nergy laboratory of the doint Institute of Nuclear
Research Is perfecting the application of an electrodynamic separator# creat-
Card 1/4

L 3774-06
7"'
Acerr,510H 11R., ATS007949
ed on the basis of this method, of ant1protons with mixnentum up to 5 Cev/c. The i
present report discunses the principle governinp the operation nf the clectrodynamib
separator. At the end of the accelerntion cycle In the synchrophanot von the pro- I
tons are recaptured Into the acceleration regime at a frequency of high multiplicl-,
ty and are subsequently directed against a target. The beam of secondary particles
which then occurs possesses a corresponding high-frequency structure. The negative-
ly charged particles that interest us are extracted by the magnetic field of the I
accelerator to the outside. rurther, as a result of magnetic analysin the parti-
cles are resolved Jn a narrow Interval of momenta, or pulses. A It-tigitudinal dis-
tribution of the resolved particles begins to take plnce over a cerLain distance
of their flight. The antiprotons being heavier particles retire .7-rom the pi-mesons~.
if the,total length L of flight, counted from the target (for the case of relati.
vistic particles) Is equal to
where g Is the operating wavelength of a multiple-acceleration system and 01, 02 arL*
respectively the velocities of the pi-mescyns and antiprotons th units of the speed
of light, then the lag of the antiprotons Is exactly equal to the half wavelength
A/2. On the path of the Oarticlea at thlo place there Is created a high-frequency
transverse electric field With the same wavelength I which ~jg rigidly bound in
eard 2/4
_7
i 737- 7.7~_7777777: 77

L 3774-66
ACCESSION MR: ATS007949
phase with the voltage that Is accelerating the beam at multiple frequency. In cased
of a suitable choice of the phase of the electric field the antiprotons and the pl-
mesons will obtain angular deflections different in sign and can be spatially re-
solved further. The report discusses the composition of the electrodynamic separa-
tor of antiprotons at the high-energy laboratory, which consists of a multiple-
Iacceleration system, deflecting device$ and an ton-optical system. Also discussed
are the separator's characteristics, The device can also be employed to resolve
pi-mesons and antiprotons with smaller values of momenta and to separate K-mesons,
If certain necessary conditions are fulfilled for the separation of antiprotons and.'.
K-mesons respectivelyt
L ]I/s. L
(PC);-Mpcl (NA-Ij! r (PC 12.n A- 2)
where the moments of tha antiprotons and k-Medons are respectively (pc)W, (pc)ki
and the rest-onetgy of an antlpr*ton 18 M c2� anA n t Oi 1# 214,4 OrIgi art, NO t
3 figureat
Card 3/4

L 3774-66
ACCESSION MR: AT50079119
ASSOCtATION- Obl'yedinennyy inathut yadernykh fsafodovaniy, Dubna (Joint Institute
of Nuclear Research)
SUBMITTtDi 169ay64' ENChi 00 too Com Np~
NO PEr SOV.- 003 OTWI 000
CakA ksA

L 25492-66 EPF(n)-2/E.~IA(h)/EWT(Z)/ETC(f)/EViG(m) iJP(c) -'AT
-XCC 'NO, -!R-OH~89 SOURCE CODE: UR/0057/66/036/003/0453/0459
AUTHOR: Drodskiyp Yu.Ya.; Vagin,V,A,;-Kotgj,_Y.,~
ORG: none
TITLE: Asymmetric waves in lasma wav--114,4-c-
SOURCE: Zhurnal tolchnicheBkoy tiziki, v. 36, no.3, 1966, 453-459
TOPIC TAGS: plasma waveguide, dispersion equation, wave propagation, electromaj;notic
wave
ABSTRACT: By asymmetric waves the authors understand waves that do not posses:; full
axial symmetry. The electric and magnetic fields of the waves discussed in this paper
have the form F(r) exp ti(ft - kz + nO)j in d-Ylindrical coordinates r, 0, z, where
f is the frequency, k is a propagation consfant, and n is an integer not less than 1.
The propagation of these waves is discussed in three types of plasma waveguide:
1) the region r a is filled with an isotropic plasma
with dielectric constant (P - fo )/f , where f0 is the plasma frequency;'2) the
region r-.:c a Is empty, the region a