SCIENTIFIC ABSTRACT VECHER, N.A. - VECHET, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859220007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

STRELOV, K.K.; MAMYKIN, P.S.; Prinimali uchastiye: BASIYAS, I.P.;
BICHURRU A.A.; BRON, V.A.; VE
rSJNIL,-"; VORCB'YEVA, K.V.;
D'YACHKOVA., Z.S.; DIYACHKOV, P.H.; DVORYJND, M.M.;
IGNATOVA, T.S.; KAYBICIEVA, M.N.; KELAREV, N.V.;
KOSOIAPOV, Ye.F.; MARITEVICH, N.I.; MIKUYLOV, Yu.F.;
SEMI-'a, N.V.; STARTSEV, D.A.; S7REISHCHIKOV, Yu.Ye.;
TARNOVSKIY, G.I.; FLYAGIN, V.G.; FREYDENBERG, A.S.;
KHOROSHAV111, L.B.; CHUBUKOV, M.F.; SHVARTSMAN, I.Sh.;
SHCHETNIKOVA, I.-L.
Institutes and enterprises. Ogneupory 27 no.11:499-501
162. (MIRA 15: 11)
1. Vostochnyy inBtitut ognA-uporov (for Strelov). 2. Urallskiy
politekhnicheakiy institut im. S.M. Kirova (for Mamykin).
(Refractory materia2B-Research)

AUTHORS: V.echer, N.A-., Lebedev, A A andKorrgrev, 9.D. (Engineers)
TITLE: Use of sinter in open-hearth furnace smelt~*ng .. ~Primeneza'ye
aglomerata v martenovskoy plavke). 1~ - 8/27
PERIODICAL: "Metallurg,f (Metallurgist), 1957, No.69 PP'.17-19 (USSR).
ABSTRACT: Open-hearth ore has been partly or completely replaced
by sinter at the Nizhne-Tagillsk metallurgical combine
since early in 1956. From experimental heats and the stat-
istical treatment of operating data the following main con-
clusions are drawn: under otherwise similar conditions
more sinter is charged than ore (e'.g'. 8% more for rail
steel); more slag is run with sinter than with ore; because
of its lower melting point the- duration of melting is re-
duced with sinter to 12-15 min. per heat; the melt-down
slag contains more ferrous oxide; the phosphorus content at
melt-down is 0~.002-6.012% less; the consumption of ore for
refining is less because of the more oxidized melt-down
slag obtained with sinter; and lime and bauxite consumpt-
ions are also less; the rate of carbon removal during the
ore boil is less and the duration of finishing is reduced.
The reasons for these effects of sinter are discussed and
the corresponding quantititive data tabulated'. The compo-
sition of the sinter was: 58.6% Fe, 19.2% FeO, 62'.6% Fe203i
Card 1/2

130 - 6 - 8/27
Use of sinter in open-hearth furnace smelting (Cont.)
0-- 0 - -
.15~- S, 0.047% P, 0.82% Nn, 7.6% Si02, 3.82% CaO, 1~,60%
1490, 3-.35% Al203; it contained 25% of -'-10 mm fines on
charging
There are 2 tables'.
ASSOCIATION: Nizhne-Tagillsk Metallurgical Combine'.
(Nizhne-Tagillskiy Metallurgicheskiy Kombinat).
AVAILABLE:
Card 2/2

IrCROLRY, A.I.; BLINOV, S.T.; UMMMTS, I.A.; KCBURNEYiff. I.M.; TURUBIM.
A.L,; VASIL'YET, S.T.; CHZRHWM, M.A.; BEWV, I.T.; TELASOV, S.A.;
MAZOT, To7s; KWYXM, V.A.; MLLIKOV, T.G.; BULISXIY, N.T.;
TEMBTSKOV, K.M.; SURMOV, TaJ,; SIADKOSHTIllys V.T.; PALLMS
V.I.; KUROCHKIN, B.N.; ZEMOOV , A.X.; BRLIKOV. K.W.; SABIU7,
M.P.; GARBUZ, G.A.; PMCBZTSKIT, A.A.; AL7=OVq K.Se; NOVOLCDSKIY,
P.I.; MOROZOV. A.N.; VASIL'YEV, A.N.; MARAKHOVSKIY, I.S.; MLIAKH,
A.V,; vlUlKH , X.V.; AGAPOV, T.F.; VlqW$ N.A.; FASTUKHOV, A.I.;
BOROWLIN, A.I.; VAYNSHTEYN, O.Ya.; ZHIGULIN, V.I.; DlKSHTffN$ Ye.I.;
KLIKASHRO, L.S.; KOTIN, A.S.; HOLMOV, N.A.; SIVE=IY, N.V.;
ZHIMMCIY, D.P.; MIKHAUBTS, N.S.; SL3PKANHV, P.N.; ZLVODCHIKOV,
N.G.; GUDMCRUK. V.A.; NAZAROV, P.M.; SAVOSIKIN. M.Te.; NIKMAYBV,
A,S,
Reporte (brief annotations). Blul. TSWIICHM no.18/19:36-39 '57
(MIAA 114)
1. Magnitogorskiy wtallurgichoskiy kombinat (for Korolev, Belilcov,
Agapov, Dikshteyn). 2. Kwnelcsk-47 mietallurgicheskiy kombinat (for
Blinov, Yhsillyev, LN., Boro4ulln, Klimasenko). 3. Chelyabinskly
metallurgicheakiy zavod (for lubanals. ViLynahteyn). 4. Zavod im.
Dzherzhiu~kogo (tor Koburaeyev). 5. Zavod "Za'porozhotall" (for
Turubiner, Mazov, Podgoretskiy, Maxakhovskiy, Savoolkin).
6. Makey'evoldy Wtallurgichesldy za-Tod (for 'Tasillyev, S.V.,
Mallkov, Zhidetskiy, Allferov). 7. Stallproyekt (for Chernenko,
Zhdanov, Zavodchikov). 8. VNIIT (for Belov). 9. Stalinekly metal-
lurgicheskiy zavod (for Telesov, YzIakh).
(Contimied on next card)

KMaW, A.I.-- (continued) Card 2.
10. Nizhne-Tagilleldy metallure-chaskiy kombinat (for Kedvedev,
Novolodskiy, Techer). 11. Zavod "k".07stall" (for Bullskiy.
Slepkanev). 12. TSentrallnyy naualmc-issledovatellskiy insti-
tit chernoy mel.allurgii (for Trub-Arikov). 13. Ukrainskiy insti-
tut metallov (for ShneyerzoT, SW~:nn2'jeyev, Kotim.). 114. Zavod
"Irasnyy Clct7abrl"'(for Palant). 15. TzesoyuzW nauchno-issledo-
vatellskiy institut met allurgiche sko.7- teploliekhniki (for Khrochkin),
16. Zavod im. Tbroehilova (for &blyev). 17. ChelyabinskL7 poli-
tekhnichoskiy institiA (for Moroz-zv). 18. Giprostall (for Garbuz)
19. Urallskiy izatitut chern7kh m3tallo-. (for Paw"Jukhov). 20. Zav~d
im.Petrovskogo (for Zhigulin). 21. Mia~stere-.vo cherno7 malwallurgii
USSR (for Molo-4-kov, Siverskiy). 22. Glavapeteealt Ministerstva
chernoy metallurgii SSSR (for Nikolayev).
(Opea-hearth process)

N~ *, , . . - : -
V.: :~4.I- - . ,
F ~ -i,~ i, 6- -
~, ~: I , 4 f.; ~ , ; ~l -~' -3 -

137-58-6-11698
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 69 (USSR)
AUTHOR: Vecher, N.A.
TITLE: Use of Sinter in Open-hearth Smelting (Prii-neneniye aglomer-
ata v martenovskoy plavke)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1957, Vol
18, pp 427-430
ABSTRACT: Bibliographic entry. Ref. RzhMet, 1957, Nr 6, abstract
9693
1. Open hearth furnaces--Performance 2. Sinters--Applications
Card 1/1

SOV/ 137-58-7-14367
Translation from: Referativnvy zhurnal, Metallurgiya, 1958, Nr 7, p 60 (USSR)
AUTHORS: Khudyakov, N.A., Krivonosov, V.S., Privalov, I.I.,
Vecher, N.A., Petrov, G.A.
TITLE: Open-hearth Procedures With Oxygen-enriched Air (0 tekhno-
logii martenovskogo proizvodstva stali s primeneniyern kislo-
roda dlya obogashcheniya vozdukha)
PERIODICAL: Byul. nauchno-tekhn. inform. Ural'skiy n.-i. in-t chernykh
metallov, 1957, Nr 3, pp 50-63
ABSTRACT: The experience of the Novo-Tagil Metallurgical Kombinat
in using 02 in its 380-t furnaces is presented. Only magnesite
was used to service the furnaces. Charging was performed in
from I hr to 1 hr 20 min. Melt-down time was significantly
reduced. Utmost removal of P is facilitated by running off the
slag without keeping it in the furnace. Slags from heats in
which 02 is used are characterized by highc:r basicity, Tlit!
formation of the slag is accelerated. During the period when
the 02 operation of the furnace was being developed, an ele-
vated C % was noted, but all conditions exist to attain a faster
Card 1/2 rate of C burn-off. [Mrij in heats with 02 is somewhat higher

SOV/ 137-58-7- 14367
Open-hearth Procedures With Oxygen-enriched Air
than in heats without 02. [P ] dropped to 0.01216 instead of 0.02% in heats
without the use of oxygen. The use of OZ has a favorable effect on [S]al-
though it is the lower, the more rapid the conduct of the heat. The follow-
ing conclusions are drawn from the experimental heats conducted: use of
02 increased output per open-hearth furnace by 15.6%; charging-box capac-
ity should be raised from 1.24-1.75 m3. The time required to heat the
charge can be reduced to 40 or 50 min. Further increase in output depends
upon organizational and technical measures, including an increase in the
dimensions of the smelting volurne of the furnace.
M. P.
1. Open hearth furnaces--Performance 2. Oxygen--Applications
Gard Z/Z

PANFILOV, Mikhail Ivanovich; VECHER,.-RA,, retsenzent; DOKSHITSKIY, A.B.,
red.; BURIKOV, M.M., red. izd-va; MATLYUK, R.M., tekhn. red.
(Handbook for the 6pen-hearth furnace operator] Spravocbno-- ruko-
vodstvo stalevara martenovskoi pechi. Sverdlavskv Gos. nauchno-
tekhn. izd-vo lit-ry po chernoi i tnetnoi metallurgiip 1961. 298 p.
(MIRA 14:11)
(Open-hearth process)

I-VECHER, N.A.; UMIMN, P.Y.; PANFILOV, M.I.; PASTUImV~ A.I.; TSEXHANSKIT,
-----k-X';-ARONOVICH, M.S.; POSTSATEV, A.A., inah.; GAIRCMNKO, Y.T.;
ORMANO M.Te.
Review of D.A.Smoliarenlcols book "Quality of carbon steel."
Stall 23 no.9s8OO-804 3 163. (MIRA 16s10)

VECHER, N. .9 inzh.; GM4AIDZE, G. Ye-i inzh.; FANFILOV, M.I.r dotsent;
MILIKO? M.M., inzh.; 14EMHCHIYp N.P. I imzh,; ALFERov, K.S.. j, inzh.;
ANTONOV, S.F.j DTKSHTEYN, Ye.I.; YAGJIYHt M.I.; BELIKOV9 K.H.;
GONCHAREYSKIY9 Ya.A.; TRIFONOr, A.G.; SEDACH9 G.A.
*Open-hearth plants with large-capacity furnaces" by D.A. Smoliarenko,
N.I. Efanova. Reviewed by N.A. Vecher and others. Stall 21 no.2:125-126
F 161. (MIRA 14-3)
1. Sverdlovskiy sovet narodnogo khozyaystva (for Vecher, Germaidze, Pan-
filov).
(Open-hearth furnace-De ~~_ an' istr
d cot yction)
(Smoliarenko, D.A.Tq(Efanova, N.I.

.tj.; RUDNITSKly,
A,F- LEKONTSEV, A
jV lij.~ red.;
retsenzent; DovCIjPOL, v~j., md.; DUBM
GETI,ING2 YU.P red.
.ad!4-.
[Vanadium of the Kaclka*ne-,r depositj Kaellkanarskij. var
Sverdlovok, Srednc--Urallskoe knlzbnoe izd-vo, 1964. 302 P.
(Ililpil is - 1-1)

VE-CHER, N.A., 1whener; MEW, A.A., inzhener; KORNMV, N.D.. inzhener.
Using sinter in open-hearth furaaces. Stall 16 no.12:108n,-1031
D 56. (KLPA 10:9*,
1. Novo-Tagillekiy metallurgichealwiv, amd.
Noen-hearth furnaces)

vZ5 V, N.D., inzhener.
_ . Wh.Aft~n;h~nqr; Ij~p]CV, A.A., inzhener; KORNEYF
1
Using sinter in open hearth smelting. Metallurg 2 no.6:17-19 Jo 157.
(MLEA 10:6)
1. Nizhne-Tagillskiy metallurgicheskiy kombinat.
(Smelting) (Open hearth furnaces)

."I '- I ~.,, -,*z,, ' - '.
-, ~11 :-1 :".4.-., 1- ~!.
, 1~ :; . - , '; -% *

R 11A , wich- IVANOV N.I., retsenzent; KULAKOV,
gLH.F_ PUandm - .9
14INSKIKH B.M., red.; B)SIYAS, I.P.,
A.W.-, rCTBenZenT,; Lt. Y
hd.; MIKHAYLIKOV; S.V., red.; TEIEGIN, A.S., red.;
BURIKOV, M.M., red.lad-va; ISLBNTIYEVA, P.G., tekhn. red.
[Highly efficient open-hearth furnace performance] Vysoko-
proizvoditellnaia rabota martenoTakikh pechei. Moskva,
Metallurgizdat 1963. 270 p. (MIRA 16:8)
(Open-hearth furnaceR)

T1,111-1-F, Ya.1, GEYOFRIKH, V.4.
iron activity in solid 5o-;u--'~on3 cf' ~Lri
t'i:,. khim. 39 no.5i1229-I.'c:32 Pfy I t, " 4 ~.KIRA ;;,-8,
1. Moskovskiy gosudarstvernyjr universitst, imeni M.V.

e r 2
Ic5.
dent
:"SSR (Ar

YECHERs A.A.1 GErDERIKHy V.A.; GERASIMOV, Ya,I,
Thermod,ynamic properties of iron-silicon alloys. Izv.AN 53-CR.
Neorg.mat. I noi,10-,1722-1731 0 165,
(MIRA 18:12)
1. Moskovskiy gosudarstvennyy universitet imeni M.V.Lomonosova.
Submitted July 5,, 1965.

L 1648-66 21476 a )AP511 -0-21TI-a"r~( 1,j p
ACCESSION NR* AP5021428 UR/0076/65/039/008/2080/2081
541.11
r
AUTHOR: Vecher, A. A.; Vechez~, R. A.; Geyderikh, V. A.; Vasillyeva, 1. A.
:TITLE: Nature of the conductivity of the solid electrolyte 0.85 ThO2 + 0.15 La203
!SOURCE: Zhurnal fizicheskoy khimii, v. 39, no. 8, 1965, 2080-2081
MPIC TAGS: thoriuAxide, lanthanum oxide electric conductivity', galvanic cell,
itransference number
1ABSTFACT: Derivation of the equation for the average ion transference number
tion
~Eo
ishows that if the thermodynamic dhta for areaction occurring in a cell are known,
-this equation can be used to calculate the average ion transference number for an
ielectrolyte for certain given electrodes. The emf of the cell
Card

L !648-66 - ---------
ACCESSION NR: AP5021428
'was measured at 10000K and found to be 300 1 20 mV. The thermodynamic emf E cal-
culated from data for FeO and Si02, is equal to 797 � 20 mV. Hence, t 38
0.03 for the electrolyte 0.85ThO2 + 0.15La203 im,~
with the electrodes Si, I
92
10-37 atm) and Fe, FeO (p t_ 10-2, atm), which is close to the value reported Jin the
literature for the electrolyte D.MrO 2 + 0.15CaO for approximately the same condi-
itions. It is concluded that thermodynamic quantities for Sio cannot be obtained by,
,'the emf method with a solid electrolyte having oxygen conductivity because an appre-I
ciable electronic conductivity arises in the electrolyte,'-and the galvanic cell
.ceases to bd reversible. Orig. art. has: 4 formulas.
'ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova (Moscow
,!State University)
~SUBMITTED: 06Mar65 ENCL: 01 SUB CODE: GC
NO REF SOV: 001 OTHER: 004
:'Card 2/2 06-P

VA' -TV
V.~
c
K-) s lt(~; v z k I- r1l"W
-1 . ., I.- i,. r D nc. ri

USSR / Farm Animals. General Problems
Abs Jour : Rof Zhur-Biol., Ho 6, 1958, 26096
Author i Zafron S., Vochora A.
1--ist : Not given
Title : 1, Novi MQthod for tho Prosorration and Stora,-,o of the
Moist Corn Grain for Foddor (11ovyy sposob konsarviro-
vaniya i khranoniya vlazhnogb zerna knikuruzy na dorm)
Orig Pub : Molochn. i myasnoye zhivotnovodstvo, 1957, No 6, 35-39
;,batract : The experiments carried out by the authors demonstrated
q-1
the possibility of the successful storage of the moist
grain of the waxy ripo corn under anaerobic conditions in a
storing place isolated from the air and provided with air-
tight walls. The moisture amounted to about 40 percent.
Therc was but 2-5 percent of mildevred grain.
Card 1/1-

WZHIEMA, A.F.
"Means of Storim_c Untreated Kernels of Corn for Fodder";
dissertation for the degree of Candidate of A.-ricultural Sciences
(awarded by the Timiryazev Agricultural Academy, 1962)
(Izvestiya Timir7azovskoy Sellskokhozyaystvennoy Akademii, Moscow# No. 2,
1963, pp 232-236)

VECUMYEV', . L. Yq..
%WMAO '-
Growing peaches. 3st.v shkole no.1:81-82 Ja-F '56. (MLRA 9:5)
1. Uchitel' biologii meditainakogo uchilishcha goroda Zhitomira.
(Peach)

Organization,~~ J?lanning,: and. Economics (Cont.) , 471
COVERAGE: This book is one in a series of textbooks prepared by
the "Economics and Organization of the Machine-building
Department" of the Moscow Institute of Engineering Economics,
imeni S. Ordzhonikidze. Part I (maintenance) is written by
N.N. Zakharov, candidate of technical sciences, docent;
Part II (Power), by I.M. lUieyster, candidate of technical
sdiences, docent; Part III (Equipment),by M.S. Murav'yev,
candidate of technical sciences, docent; Part IV (Supply)
by 14'N. Demchenko, dandidat~:i of technical sciences, docent;
Part V 'Transportation) by H.N. Demchenko, Ya. P. Vecherin,
and M-A Sventitskiy. The following aspects are discussed:
organization, planning, economics of mainteneance, power,
equipment, transportation, warehouses, and the question of
supply operations in a machlne-building plant.
3
Card 2/14

Orgenization,.,Planning'. and Economics (Cont.) ~71
TABLE OF
CONTENTS:
Foreword 3
PART I. ORGANIZATION, FLANNINGi AND
ECONOMICS OP MAINTENANCE 5
Ch. 1. Importance of Equipment Maintenance in a Socialistic
Enterprise 5
Ch. II. The Nature of a System of Preventive Maintenance 7
Ch. III. Estimating Basic Data Pointing to Preventive
Maintenance, as Exemplified by the 1D62 Machine Tool 11
Ch. IV. Char'acteristics of Basic Symptoms Indicating the
Need for PreVentive Maintenance 18
Card 3/14

Organization, Planning, and Economics (Cont.) 471
Ch. V. Operations Preparatory to Maintenance 24
Ch. VI. Organization of Maintenance 30
Ch. VII. Planning and Recording Maintenance Operations 37
Ch. VIII. Organizing the Labor and the Work Sites 45
Ch. IX. Ways to Reduce the Down Time of Equipment During
Maintenance Operations 50
Ch. X. Wages of Maintenance Workers
53
Ch. XI. Estimating and Decreasing Maintenance Costs 57
Ch. XII. An Example for the Calculation of the Yearly
Voluzde ct'Malhtenance Operations, the Number of Mechanics
Needed,and the Percentage of Average Down Time of Machine
Tools During Maintenance 65
Card 4/14

Organiiation, Planning, and Economics (Cont.) 471
PART II. -ORGANIZATION, PLANNING, AND POWER ECONOMICS 70
Ch. I. Characteristics of Power Economis of a Machine-Building_-Ylant 70
1. Power equipment and souicea of power supply 70
2. Power requirements and technological improvement
as related to banic production processes 73
3. Structure.of power distribution of plant 76
4. Calculation of power and fuel requirements 82
Ch. II. Organizing More Efficient Power Consumption 83
1. Measures for improving the efficiency of power
c-onsumption 83
2. Utilization of secondary power resources as a 88
factor in the economy of power and fuel
3. Effect of improved power consumption on volume and
distribution of specific power expenditures 92
Card 5/14

Organization, Planning, and Economics (cont.) 471
Ch. III. Organization and Planning of the Operation of a
Thermo-electric Power Station 93
1. TET (Thermo-electric power station) as the power
base of the plant 93
2. Organizing and planning ~the product-ion of electric
power and heat 94
3. Organizing and planning the maintenance of basic
equipment 100
4. Organizing and planning labor and wages 101
5. Planning'and'analyzing the cost of electric power
and heat 104
Ch. IV. Organization of Power Plant Management 1o6
1. Duties of the office of the chief plant engineer lo6
2. Funbtions of the basic sub-sections of the OGE (office
of the chief plant engineer) 107
Card 6/14

Organization, Planning, and Economics (Cont.) 471
3. Organization of primary pecording of powe,r
consumption and determining norms of power consumption log
Ch. V. Basic Technological and Economic Aspects of Power
Management in a Machine-building Plant 118
I. Classification of indices 118
2. Indices of economical production and distribution of
power 120
3. Specific power consumption per production unit 123
4. Indices of the cost of power and the specific power-
consumption cost 123
5. Indices of power supply per worker per year 129
Bibliography
130
PART III. ORGANIZATION, FLANNING, AND 14ANAGE14ENT
OF EQUIPMENT 131
Card 7/14

Organization, Planning, and Economis (Cont.) 471
Ch. I. -Purpose of Equipment Management in a Machine-buildinS
Plant 131
Ch. II. Classification and Proper Nomenclature of
Equipment 137
Ch. III. Standardization of Tools 145
Ch. IV. Determining Tool Requirements of the Plant 148
Ch. V. Estimating the Serviceability of Tools 149
Ch. VI. Estimating Operational Stocks of Tools 156
Ch. VII. Planning and Regulating the Use of Tools 16o
Ch. VIII. Planning and Regulating the Production of Tools 166
Card 8/014

Organization, Planning, and Economics (Cont.) 471
Ch. IX. Organizing the Central Toolroom 168
Ch. X. Organizing Workshop Toolrooms 171
Ch. XI. Supplying Work Places With Tools 174
Ch. XII. Organizing Tool-Dressing 178
Ch. XIII. Organizing Maintenance and Overhaul of Tools 181
Ch. XIV. Organizing Technical Supervision of the Use of
Tools 188
Ch. XV. Production Structure of Tool Workshops 190
Ch. XVI. Planning of Tool Production and Production Work
of Tool Shops 194
Card 9/14

Organization, Planning, and Economics (Cont.) 471
Ch. XVII. Production Work of Tool Shops 195
Ch. XVIII. Management of the Plant Tool Department 195
Ch. XIX. Technical and Economic Indices of the Plant, and
Bases for the Economic Accountability of the Plant Tool
Department - 197
Bibliography
199
PART IV. ORGANIZATION, PLANNING, AND MANAGEMENT
OF SUPPLIES AND STORES 200
Ch. I. Importance to National Economy of Efficient Management
of Materiel Used in Socialist Machine-Building 200
Ch. II. Organization, Planning, and Management of Raw
Materials and Technical Supplies 20D
Card 1o/14

Organization, Planning, and Economics ( cont.) 471
1. The role of raw materials and technical supplies 205
2. Supply systems of machine-building enterprines 209
3. Norm-setting basis for materiel and technical
supplies 213
4. Planning materiel and technical equipment supplies 221
Estimating raw material supplies 224
Procurement 229
Ch. III. Organization of Stores 235
1. Purpose of stores in machine-building enterprises 235
2. Types,and technical organization of stores in a
machine-building plant 236
3. Estimating the storage area 242
4. Technical equipment of a store 242
5. Organizing storage operations 247
C, h. IV. Organization of Management and Economic Accountability
6f Materiel In the Procuremetit Department 256
Card 11A4

Organization, Planning, and Economics (Cont.) 471
Bibliography 1 260
PART V. ORGANIZATION, PLANNING, AND MANAGE14ENTS OP
THE TRANSPORTATION DIVISION 261
Ch. I. Meaning, Purpose, and Basic Principles of Intra-
plant Transportation 261
1. Meaning and purpose of intra-plant transportation 261
2. Structure of transportation management in machine-
building plant 264
3. Types of transportation and transportation means used
in machine-building p1ant8 266
4. Organization and management of machine-building
plant transportation 273
!5. Determining the turnove.- of goods 277
6. Basic estimate of intra-plant transportation 28o
Card 12/ 14

Organization, Planning, and Economics (Cont.) 471
Ch. II. Organization of Railroad Transportation 280
1. Basic premises of railroad transportation in a
machine-building plant 280
2. Organization of goods transportation 286
3. Flow and turnover of goods 289
4. Coordinated technical operation of access routes
and junction-station routes 292
5. Organization-of coordinated technical operations and
intra-plant transportation 294
6. Principal objectives in organizing loading and
unloading operations 299
7. Estimating transportation needs of the railroad
department 302
S. Indices and ~gagex : of technical operations and management
of railroad transportation 307
Card, 13A4

Organization, Planning, and Economics (cont.) 471
9. Organization of rolling-stock and railroad-track
maintenance 310
Ch. III. Organization of Automotive and Inter-Workshop
Trackless Transportation 311
1. Characteristics of automotive-transportation 311
2. Basic aspects of systems used in inter-workshop
transportation 313
3. Determination of requirements and operational indices
of transportation means 317
4.- Maintenance of transportation equipment 319
Ch. IV. Planning and Economic Accountability of Intra-
Tlart Transportation 320
1.. Planning intra-plant transportation 320
2. Essentials of economic accountability of the
transportation department 322
Bibliography 324
AVAILABLE: Library of Congress 5OZk
-9-5
qard 14/14 N

DOBROSELISKAYA, A.F., kand.tekhn.nauk; DLUGACH, B.A., kand.tekhn.nauk;
VECHERIN Ya E.,-inzh.; RZIUBAS, A.T. or" ~ -
e
Advisability of the operation of small-capacity approach line&.
Trudy TSHII MPS no. 196:162-180 160. (MIRA 14:5)
(Railroads-liranch
lines)

klf~
VECHERIN, Ta.P., inzb.; DXRIBAS, A.T.; DOBROSELISKAYA, A.F., kand.tekbn.
F.A., inzh.; TIKHONUMN. Yu.N., kand.okon.nauk
Cooperative use of engineering equipment resulting from the
combination of transportation systems. Veat.TSHII MPS 18
no.2:21-25 Mr '59. (HIRA 12:6)
(Railroads--Equipment and supplies)
'~.'L'
6,

DERIBAS, A.T., inzh.; DLUGAGH, B.A., inzh.; VECHERIN, Ya.P., inzh.
The bunker or bunkerless loading of coal? Makh.trud.rab. 11
no.9;24-26 S '57. (91RA 10:11)
(Coal handling)

--VXMM4aa P inzh.; KUKUSHKIN, I.I.,, inzh.; DLUGACH, B.A.,, kand.tekhn.nauk
Estimating the equipment requirements of loading and unloading units.
Trudy TSNII 14PS no. 196:79-108 160. (MIRA 14:5)
(Loading and unloading)

VECURIVI, Ya.P., inzh.,- KUKUSHKIN, I.I., inzh.
Operational requirements for the equipment of industrial railroad
stations. Trudy TSNII 14PS no. 196:130-161 160. (MIRA 14:5)
(Railroads, Industrial)

WLEV, Ya F - VECIIMI" Ya.P.; FILIPPOVA, L.S.V red.; VOROTPIKOVA,
L:F:, red,
[Organization of uniform freight operations in the case of non-
continuous conditions of the operations of industrial enter-
priseslOrganizataiia ravnomernoi gruzovoi raboty pri prery-vnom
rozhime raboty proinyahlennykh prodpriiatii. Moskva, Trans-
zheldorizdat, 1961. 23 P. (MIRA 15:7)
(Loading and unloading) (Railroads-Freight)

DLUGACH, B.A., kandidat tekhnicheskikh nauk: VECM-1114, Ya.P., inzhener.
Technical calculations in equipping loading and unloading ?cnes
along sidings. Vest.TSKII RPS no-3:35-W N 156, (MIRA 10:1)
(loading and unloading)

VEGHBUIN, S.G.
ornyy inzhener; STARTSEY, Tu.G., gornyy inzhenar.
Sliding of internal dtu!rps at the ram7shburun iron mines. Ger.zhur.
no.4:57-59 Ap 156. (MLRA 9:7)
(Kerch--Strip mining) (Ir*n mines and mining)
Author : Vecherkin, S.S., Esikov, V.I.
Inst :Not given
Title iStimulants of Hemosporidiosis in Cattle in 3oophilus
calcaratus ticks.
Orig Pub Tr. In-ta zool. i parazitol. AN KirgSSR, 1956, No 5,
129-134
Abstract A study was conducted of hemosporidia morphology of
large horned cattle on B. calcaratus ticks collected in a
localit-j open to hemosporidiosis infections. In smears
from salivary glands, Malpighian vessels, and ovaries, club-
shaped, rhoribiod-shaDed, round, oval and pear-shaped hemo-
sporidia were found (diameter 2-14 Parasites were found
Card 1/9.
Abr, Jour Referat.Zh.Biol., No 2, 1958, 5349
Abstract in 41%. of tick e-s taken from clinically healthy coVis
O'~
(196 ticks) and from one diseased cow (I tick), Hemo3i)oridia
in these cases had a club-shaped and rounded form (diameter
2-6,U). When tick larvae (N800) -aere implanted on a healthy
COW., the cow became sick and pyroplasms and "fransiella" /T 7
,uere found. This confirms that in the southern Kir,:;hiz SSR
the vectros of pyroplasm and fransiella in lar,e horned
-++1. nvn R (,..q1nqrfttUS tIOks.

USSR/Diseases of Farm Animals - Diseases Caused by Protozoa. R
Abs Jour Ref Zhur Biol., No 5, 1959, 21419
Author Vecherkin, S.S.
Inst Kirgiz Scientific Research Institute of Animal
Husbandry and Veterinary Medicine.
Title Data on the Epizootology of Hemosporidiases in Cattle
of Southern Kirgizia
Orig Pub : Tr. Kirg. n.-i. in-ta zhivotnovodstva i veterinarii,
1957, vyp- 13, 43-53
Abstract : No abstract.
Card 1/1.
- 26 -

VECHERKIN S S kand.veterin.nauk; YESIKOV, V.I., starshiy nauchn
.1
~Ji4o ~i;~Injl~ . yy
Control measures against Hemosporidia infections in cattle in
Kirghizistan. Veterinariia 40 no.7:17 Jl 163. (MIRA 16:8)
1. Kirgizskiy nauchno-issledovatelrskiy institut zhivotnovodstva i
veterinarii.
(Kighizistan--Hemosporidia)
(Kirghizistan-Cattle--Diseases and pests)

USSR/Diseases of Farm Animals - Diseases Caused by Protozoa. R
Abs Jour : Ref Zhur Biol-, No 5, 1959, 21418
of hemosporidiasis after it had begun. In the course
of 2 weeks following the ii:jection of the preparation
no new outbreaks of the disease were in evidence. The
dosages of the solution were 5 ml for adult animals and
3 ml for young stock. -- From the author's su ry.
Card 2/2

v1WHERM S-S.. kand.vet.nauk; YESIKOV, V.I., assistant; CHIMV, A.N.,
nauchnn Botrudnik
Intramuscular injection of trypaflavine for hemosporidiosis in
cattle. Veterinariia 36 n0-3:24-26 Mr 159- (MIRA 12:4)
(Hemosporidia) (Acriflavine)

USSR / Zooparasitology. Acarina and Insect-Vectors of G-3
Disease Pathogens#
Abs Jour Ref Zhur - Biola) NO 8, 1958, No 33976
Author cherkin 9 84 Ssikov, Vi L.
Inst Not given
Title Hemosporidiosis in large Horned Cattle Caused by
Eoophilua Calaaratus Mites. -- Vozbuditeli gemospori-
diozov krupnogo rogatogo skota v Icleshchakh Boophilus
calcaratus.
0i;ig Pub Byul. nauchno-tekhn inform. Kirg. n.-i. in-t zhivot-
novodstva i vet., 1956, 110- 1-2, 54-55.
Abstract Hemospiridin (H) was found in 73 semi-sated B. calcaratus
females, collected from clinically healthy animals raised
in a locality whi,,!h is considered unsafe with respect to
hemosporid.io5is; they were collected in the following
organs: in salivary glands (16.4%), Malgiphian vessels
Card 1/2

VECMKIN, S.S.; YESIKOV, V.7-
Causative agents of cattle hemosporidioses found in Boophilus calmratus
ticks. TrIM7 Inst.sool.i paras.Al! KIr.SSR n0-5:129-134 '56.
(MLRA 10:5)
(Kirghizistan--Ticks as carriers of disease)
(Hemosporidla) (Parami t6m,-Cattle)

Mioz-VaYstva 71"sesoyliz. L-T
SO: Xni7hnnya letorlsl Vol. 1, 19517
.1 , _j

VEChIE=4s S. S.
"The Results of Immunization of Sheep Against BabesiaBis.n Cand Yet Scip
All-Union Inst of Experimental Veterinary Medicine, Min Agriculture USSR, Moscov,
1954. (KL, No 1, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sun. He, 5569 24 Jun 55

VOLKOVAp A.A.; GRMIM, R.V.; TDIDPErEV, A.F.; VECHERKIIIA, L.G.
Experimental study on Dermacentor marginatus ticks as possible
vectors of Brucella bovis. Trudy Inst.zool.i paraz.AN KIr.SSR
no.7:161-172 '59. (MRA 13:4)
(Ticks as carriers of disease) tiBrucellosis)

VICHWOP G.
For putting the principle of material self-interest into practice
an collective farms. Dem. i kred. 20 no.1246-50 D 162#
(MIRA 16:1)
1. Starshiy ekonomist otdela kreditovaniya kolkhozov Brestskoy-
Oblastsoy kontory Gosbanka.
(Brest Province-Colleotive fame-Income distribution)
(Brest Province-Banks and banking)

/__Y__ 4-.1 A &V/7'
CZECHOSLOVAKIA / Laboratory Equipment.
Abs Jour: Ref Zhur-Khimiyap No 12, 1958, 39477-
Author : Vechezek, Kolarzhiki Khundelaj Vecherkova.
Inst :Not given.
Title :An Electromagnetic Automatic Pipette,
Orig Pub: Chem. primysT. 1957, No 9, 487-489.
Abstract: A pipette (P) for aliquoting equal amounts of solu-
tion is provided with a pirton which is displaced
under the influence of an electromagnet. The time
of aliquoting the solution and its removal from
the pipette can be regulated and timed to one se-
cond, and even to less than one second when the
volume of (P) is small. The accurac of the ali-
quoting is 0 1% for 10 ml volume, Re manipulabion
can be done ~y remote control.
Card 1/1

USSR/Hw-,mn and "Ini-mal Morphology. Respiritcry System. S-2
Lba Jcu.-: Ref Zhur - Hol.Y !'() 19., 1.958, 88356
Lbstract: of the tissuo. Tho irrusclo fibrc3 of the A--P shared
a tendency to rovuricration. DIC-rve fibre.-, are, ondings
wure proservad in the flop, thus socurinr itr, nbIl.:--
ty to survive, Tho multiple high ciliary cpitholiim
of tho bronchus is capable of motaplasin into a flat
multilayer opitholim.
C.nrd 2/2
20

VECHEROVA. Yu.M..,-tkachikha
Working with modernized loons. I will complete in five and
a half years the assignment of the seven-year plan. Taket.
prom. 19 no.12:9-11 D 159. (MIU 130)
1. Fabrika "Solidarnost'," Ivanovskogo sovnarkboza.
(Ivanovo--Cotton manufacture)
(Loons)

GAGANOVA, V.I., br*adir pryadil'shchits, Geroy SotsialiBticheskogo Truda,
delegat XXIT Oyezda Kom=nisticheskoy partii Sovetskogo Soyuza;
ROZHNEVA, X,1., delegat XXII smjezda Kormunisticheakoy partii
Sovetskogo, Soyuza; VECHEROVA,.Yu.M., tkachikha, Geroy Sotidalisti-
cheskogo Truda, del~_gat_XYMI __s__'_'y__e_z'_da Kommunisticheskoy partii
Sovetskogo Soyuza
Reports of the delegates to the 22d Congress of the CPSU. Tekst,
prom. 22 no-1:5-12 Ja '62. (14IRA 15:2)
1. Vyshnevolgtskiy khlopchatobumazhnyy kombinat (for Gaganova).
2. Pomoshchn1k mastera Kupavinskoy tonkosukonnoy fabriki (for
Rozhneva). 3. Savinskaya fabrika "Solidarnost'" (for ft*herova).
(Textile industr7)
(Oommunist Party of the Soviet Union--Congresses)

VECHEROVSKIY, I.F., Doe Ved Sci -- (diss) "ExP.ari-ment,-U and
clinical data for Lhe problem of the pathogc.,nesiz; of acute
osteomyelitis.11 Kazanly 19$9, 3h pp (Kaz3n' 5ta-te Mled Inst)
260 cooies (KL, 26-59, 1,10)
- 97 -

VECHEROVSKIY, I. F.
Doe Med Sci - (diss) "Experimental and clinical materials or. thie
problem of the pathogenesis of acute osteomyelitis." Kazan', 1961.
32 pp; (Kazan' State Medical Inst); 280 copies; price not given;
(KL,10-61 sup, 223)

VEMM',%, A.
"Controlling the course of suga'.- custallization."
LISTY Prana, Gzeefioslovakia, Vol. 75, 1`10- h, fkr)ril 1959-
'Xonthl-,, Li~-t of licce-.-II19s, (FEAl), !,('?, vc),-. ~', No. ;. "C-p-c
u
"nelassified.

MAHS"LKIII. Georgly Aleksandrovich-, GUSAKOV, A.I., inzh., retsenzent;
dots, ret8enzent, KRUGLOVA, G.I., red.:
a YSHNVA, Te.A., tekhn.red.
[Engineering equipment for confectionery production] Takhnologi-
cheskoe oborudovanie konditerskogo proizvodstva. Moskva, Pishcha-
promizdat. 1957. 571 P. (MMA 11:2)
(Goafectionery-Squipment and supplies)

c n c n-:
f&ctor de"r-r-miring thr, dini),ml:n of thp prn--esp :-,f j',7'f-nUlFV._iOn
by adheaion. Trudy KPIFI' nc).2741"4-142 16~. (MIRA 17:5'

ZAYTSIV, N.Y., kandidat tekhnicheakikh nauk; EDSITSYN, I.A., dotsent, re-
daktor; DAMASKIRL, G.B., redaktor; VZCE3RSKlY,. P.A.., dotaeat, retBen-
zent; KOSITSM, I.A., dotaent, reteenzeh.; USIHIN, T.F., inzhener,
retsenzent; NUIMLIMAS, G.Z., in2hener, retsenzent; MEDUDERVA. L.A.,
tekhnicheskiy- redaktor.
[Technological equipment of bakeries] Tekhnologicheskoe oborudovanie
khlebozavodov. Pod red. I.A.Kositsyna. Moskva. Pishchepromizdat, 1954.
431 p. [Microfilm] (MLRA. 8.2)
(Bakera and bakeries-Ilquipment and supplies)

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Pro", 31,0460WO.-A cm of evapa, y r.
heated steam. wx yet testrpractkay,
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VECHERSKII, P.A., kand.takhn.nauk; YAROTSKIY, V.G., inzh.
Granulation of slat dust. Xhim.mashinostr. no.l-.17-19- ja-F
,64. (MIRA 17:4)

VEGHERSKIY,, P.A.
Performance of adhesion granulators for free-flowing
substances. Izv. vys. ucheb. zav,j piahch. takh. no-4:
108-115 163. (MIRA 16: 11)
1. Kiyevskiy tekhnologichaskiy institut piahchevoy
proWshlennosti, kafedra protsessov i apparatov.

VKELIMKIY P
a
Study of the flow of loose substances in the process apparatus.
Trudy MPP no.21:99-107 159- (MIRA 14:1)
(Granular materials)

VECHIRSIFLU 4
Measuring instrument for studying the flow of loose substances
during their treatment In the processing apparatus. Trud7 ITNT
no.21:109-121 159. (MIRA 14s1)
(Granular materials)

Appa-tus (6r

I ,V.I)CHERSKIYI P.A.
Processing of bulk substances in adhesion granalatorB. Izv.vfa.-
ucheb.zav.; pishch. tekh. no.3:124-125 163. . (MDU 16:8)
1. Kiyevskiy tekhnologicheskiy institut pishchevoy pronTshlennosti,
kafedra protsessov i apparatoy. (Granulation)

VECHERSK I., inzh.
K~It_yu
Electric power Supply to automatic block systems in a.c. eLectr_--
fied railraod districts. Avtom., telem. i sviazo 6 no.3:26-29
Mr '62. (MI 1U, 1 jr: " )
(Electric railroads--Current supply)
(Electric railroads--Signaling--Block system)

V-rmt~-,quy, V. i.
"Application of 1.1onlincar Elements in Automatic Regulation Systems." Cand
Tech Sci, Leningrad Polytechnic Inst, Leningrad, 1954. (RZ19--leldi, 11ov 54)
SurVOY Of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (11)
T
SO: Sum. T.0. 521, 2 Jun 55

VECHEFCY,'~, E.G., Inz1h.
nc.2;
47-~,8 Mr-Ap,

TICHERYA, B.G.; KLIBUS, YU.V.
New grade of stainless steel. Lit.proizv.
(steel, stainless)
no.9s43-44 S 162.
(MIRA 15:11)

TITIE: New stainleau steels /f
; I
MAshinostroyeniye-, m3. I Q 6`41
TGPJC TAG5: stainless sLeel, a!-',oy nicircl 3tee`/
2'ai 1 82~ 4 G
:it ea ar-_ I unia C e
er
'ABSTRACT: T-uo new types of gtai~l- IVU1,311A I I I
2TI- 1 SN A
f14L and
pA, uy -ka-,L5 puuEuEue uecause me um increases tile at-ablilty of the
austerite du--i---z., cooling. The com-rosition the :heg-rge for Droducin.,~ 'he Rte-21s -;n
:1
Card

T , - : . , -- - - ,
, - .- - - - - - I - - -
YZDCT'YEV, N.P.; VICHNSIAVCV, P.M.; OSTROUMOVA, N.M.; GRILIKHES. S.Ta.
Increasing the durability of Cold and silver plated coatings.
Leg.prom. 17 no.3:43-44 Mr 57. (mk lo:4)
(Gold plating) (Silver plating)

VECH&qLA.VQY-I-V, iruh.
- '-'4,
Determination ef the operational frequency ban-, -Jri
registering the IA ;z f (a) of electrical machines.
Vest. elektroprom. 33 no.10:-,641-68 0 :62.. (MIRA 15:9)
(Electric machinery) (Electric measurements)

Fab-10 1JF'
~c r's
ACCESSION NR: AT5007321 S/0000/64/000/000/0274/0287
,AUTHOR: B-3 1 11. ; Blinovq,_ A._-, Bondarqn)cQjtjf,_; Yero-zol i 1-tv- 14- r.
.Korobe ni _...,_Hironov,'Ye. S.; Haumw.~. Ottgoin, A. P.; Papas uk,
y
V__
qidorov, V. A.. Sillyestroir. G. I.; SkriPokly, A. W.,
r V~ L. ; Kisel-ey,' A. X; ; Kushnirenko. Ye. A..
__P. ;Auslqnq~__,_ ___
,:Livs its~.A. Rod ionov. S. 14. Syf#Kh 're
. _ __L ... .... - YudiiL._L_" Apramy. ~,- A. ~;.
jVassqr7pq -E - _PaR~~~ ; PTtajLc2o
~JL-._P- liei~~e~jv v Y. V.; Dimo_u_G__L,.
J. Ya.; Budker G I.
ITITLE: Colliding electron-electron, positron-electron, and proton-proton beaus
;SOURCE: International Confere.nce on Hio.Energy Accelerators, Dubna, 1963.
Trudy. Aiomiizdat, 1964, 274-287
!TOPIC TAGS- energy t)lasma, particle ph fcs. par-
ye
ticle beam, charged particle beam
ABSTRACT: In the institute of Nuclear Physics* Siberian Department, Academy of
i
Isciences SSSR, prograns on higb-energy particle physics are mainly concerned with
:work on colliding charged particle beame . The Institute considers it unsuitable
Card 1/5

~ACCESSION HR: ATS007921 P
for its purpose to Install huge accelerators whose ccinstruction requIres large
reSources outlaid and long time. For work on colliding electron-electron, po
h
tron-clectron, and proton-proton beams, three installations are being built, s'ich
are in various 5tagea of re-adIness. Work on colliding electron beams was con-
iducted at thr! institute (then a laboratory of the Ins t !t4tq_Qf_AtoiPi c-Energy-JriOl
I. V. Yurchatov) In the rall of 1956, after Kerst's report on accelerators with
co Ild.1- g*-pr-o-ton beams of the FFAG type. By that time Soviet scientists Red al-
r--ady acquired some experience in obtaining large tlectron currents; in particular,
the m.,ntioncd laboratory had inntalled and then obandoned a device for the spiral
atorage of electrons (G. 1. BurIker and A. A. Hatimov, CCFUI Symposium, 1. 76 (1956)),
by which, subrequentlyg circulating currents of the order of 100 amperes were ob-
tained. In 1957 two variants of this device were considered at the same time. The
first one conainted of t-sto accelerators with spiral storage and subsequent transi-
tion of the particles to synchrotron state In comparatively narrow paths. The ,
second one had storage ring-v with constant magnetic field and frequent eicternal In-
1jection because of the damping of the oscillations under the action of radiation.
The first variant was mom cumbervoma; the second variant contained an element not
ideveloped at that time, namely a 100-kilovolt commutator of 10 kilo-amperes with
nanosecond front. At the end of 1957, the first positive results were obtained!
c.,d 215

ON4-65
ACCESSION ~R: AT5007921
with a packing discharger of 100 kilovolts, and work stopped on the variant with
storage rings. Originally it was proposed to set up two devices: VEP-1 of 2x 130
.Mev energyt and VEP-2 of 2x 500 Mev energy. The VEP-1 was considered as an actual
model of an accelerator and as a device for conducting initial experiments at low
energies. After the Panofsky report In 1950 on his work with colliding electron
beams conducted in his laboratory at Stanford, construction ceased on 500- Hev
!storage paths and work was continued on the 2x 130-Mev installation. Insta *d of
,work on colliding electron beams with energies of 500 Mov, work at the end of 1958
Yas conducted with colliding positron-elactron beams and the planning of the VEPP-2
.device was begun, whose main elements are a strong-current electron accelerator and
la hIgh-vacuum storage path of 700 Hev energy. At the present time the VEP-1 and
,V.CPP-2 are installed In Novosibirsk. The VEP-1 is In a state of neglect, but at
;the end of 19611 experiments will be begun with it. Installation of the VEPP-2 has
:been completed. To obtain a marked effect from the application of colliding proton I
,beams , an accelerator is needed with an ene'rgy of at least 10 Gev. Since-the ordi-.
Pary accelerator at such energies is a very bulky machine, it was decided to com-
bine the idea of c4illdi~ng proton beams with the creation of an Iron-less impulse
iaccelerator with very large fields and a neutralized central busbar. This latter
work of creating such a machine was reported by the authors at a Moscow conference
Card 3/5

03014-65
CESSION HR: AT5007921 0
hold In 1956. The presence of a field with two directions in an iron-less accelera-
tor with central busbar permits the acceleration of protons toward opposite sides
In one machine, which makes possible the collision of protons In case of a suitable
irace-track. At the present time the Institute to developing a proton device with
la magnetic field of about 200 kilogau3n and radius of 2 motors for a particle energy
of 12 Cev In the boom (equivalent energy is around 30OGev). Tests are being con-
ducted an models, and an effective method of injection by overcharging of negative
!
lions is under study. Also under development are an impulse electric power supply
,system of 100 million joules capacity and an hf power supply. Since 1958 the
Institute has been conducting theoretical investigations on the limits of applicabi-
lity of quantum electrodynamics.[V. N. Bayyer, ZhETF, 37, 1490 (1959), and UFW, 78,
i619 (1962)] for the calculation of the radlati6nal corrections to the electrodyna-
imic cross-sections [V. N. Bayyer and S. A. Kheyfets, ZhETF 40, 613-715 (1961) and
lNuclear Physics (in print)], and on other problems of high-energy particle physics
:that are connected with the preparation of experiments on colliding beam [V. N.
lBayyer, I. B. Khriplovich, V. V. Sokolov, and V. S. Synakh, in ZI~TF, 19613. The
present report takes up under the mentioned three main headings the following perti-
Inent topics: the accelerator-injection, 3tor* paths, alsitron-aptical channel,
Ccrd 4/5

473o4-65
U
CESSIM NR: ATS007921
linput and output system, experiments on storage, proposed work, experimental set-
up, physical layout of magnets, power supply, ate, Or1g. art. has 1 9 figures.
ASSOCIATIO11: Inatitut yadernoy fiziki SO M SSSR (Institute of Nuclear Bice,
ISO till SSSR)
SUDHIMD: 26Hqy64 VIChi 00 SUD CODEt EE, NP
140 REF SOV: 012 OTHERt 003

A,- ~ufl. fu~
Rim Waite BIAMOV-1-- vw~v _i
TIM: Accelerator idth nonlinear spiral focusing
SOURCE: A:Aomnzqm energiym, v. 18, no. 1, 1965p 209-213
TOPIC rAGS -. particle accelerator, strong focusing, linear focusing, s-pirELl
cublz- fle!~, Pcce-'era*c- -.-Ias!ng
y (71"ETF V. '~)I
ANSTRA'T: ThIs -work is re'Lated to an, eFull-r stud- ~ - I
ear sT+4-&I fleld. Tn the present i+ is prDposed to use q !Zrlrpl field for
Cora

ACMSION NR- A25009108
umvll-~ cal cl)lat' ons axc- made of the s. z= of I)-.e sla'b 11 ty reg! orn *,hp a
NE RU SOV OC4 I-T4-K-R COC
Fm HE

22413-66 EVVT (m) _IJP(_C
ACC NR: AP6007944 SOURCE CODE: UR/0089/66/020/002/0112/0117
AUTHORS: Vecbeslavov, V. V.; Orlov Yu. F.
ORG: none
;iTITLE: Main properties of nonlinear focusing
;fSOURCE: Atomnaya energiya, v. 20, no. 2, i~66, 112-117
:TOPIC TAGS: focusing accelerator, motion stability, radial accelera-
tion, particle accelbratiori,--p'h-ase equilibrium
ABSTRACT: The main purpose of the paper is to confirm the existence
,of external phase stabilization under cosinusoidal perturbations.
)~Another purpose of the study was to-show that phase stabilization
iactually leads to conservation of stabiliki-ly of motion when adiabatic
;'damping is taken into account, and to confirm the exii3tence of muttial
.phase stabilization of the r-z oscillations which occur in the absEnce
~of an external perturbation near the r-z oscillation resonance. To
:this end, the authors consider a simple model of nonlinear focusing,
;which has no special practical significance, but makes it possible,
Card-..-,.l/? UDC: 621.384.6o

L 2~413-66
AACC NR: AP6007944 G
i becaua-, of its simplicity, to carry out a sufficiently complete
s
:analysis of all the main properties of nonlinear focusing. In'this-
Amodel a symmetrical magnetic field Is used whose series expansion
;contains r and z powers not higher than the fifth. The simple model
!has even in the first approximation a perturbation theory one r-z
rresonance in the center of its stability region. The dimensions of
'the first region of stability are evaluated with allowance for omall
Iz-oscillations. It is established that mutual phase stabilization ,
joccurs in the region of the r-z resonance. A numerical and partially'.
analytic investigation of these effects is briefly presented. The
Icalculations of the simple model confirm the main concepts of the
!theory. Orig. art. has*.'4 figures and 23 formulas.
SUB COM. 20/ SMI DATE: 23Jul65/ ORIG REF; 0031
Card
2/2 'Jaitl

-VECHE-SWV, V.
Pervyi torgovyi reis v ustle Leny. L~M'e first trade passage to the lena river estuaxZ-/.
('Iodnyi transport, 1927, no. 9, P. 342-345). DW: HE561.R8
SOs &viet lZansportation and Ccmmunication, A Bi~jiopxaphy, Librgry of Congress,
Reference Department, Washington, 1952, Unclassified.

VECHET A inz.i CHVOSTEK, J.
The first technical and scientific conference of the briquetting indmtrx.7
in the German Democratic Republic. P&liva 41 no-11,350-353 N 61.

VECHET, A.; VCELAK, V.
Various factors affecting extraction of lignite. p. 265.
PALIVA. (Ministerstvo paliv a Ceskoslovenska vedecka technicka spolecnost pro
vyuziti paliv pri Ceskoblovenske akademJ-i ved) Praha, Czechoslovakia, Vol. 39,
no. 8. August 1959.
Monthly list of East European Accessions (EEAI) LC, Vol. 8, No. 11,
November 1959.
uncl.

VECHET, A., inz.; VCELAK, dr. inz. CSc.
4
Experiences in operating the apparatus of ash radiom-etric
control. Paliva 44 no. 7:217-218 Jl 164.
1. Severomeske hnedouhelne doly, briketarna, Sokolov (for
Vechet). 2. Institute of Fuel Research, Bechovice (for Veelak).

VINTER, V.; VFCHET, B.
A contributJon to the atudy of combined radJatljon- and hf~-Rt-
inactivation of' bacterial spores. Folia microbiol. (Praha) 9
no.6:3412-357 N 164.
1. Department of General Microbiology, Institute of Microbiology,
Czechoslo--rak Academy of Sciences, Prague 4.

ACCESSION Z/0064/64/009/004/0238/0248
NR: AP4042610
AUTLIOR: Vin te r W V. Ve che t11. (Vekhot, B.)
TITLE: Spores of microorganisms. 15. The alteration of heat
sensitivity and its relation to the radiation resistance of bacterial
spores
SOURCE: Folia microbiologica, v. 9, no. 4, 1964, 238-248
TOPIC TAGS: radiation resistance, microbiology, bacteriology,
bacterial spore, bacillus, thermal resistance, dipLcolinic acid,
calcium, x ray, ultraviolet ray, tetracycline, cysteine
ABSTRACT: The addition of different concentrat~ions of cysteine or
thioproline (1.10-4 to 5-10-4 ti) to the culture at the onset of
formation of Bacillus cereus prespores, that is, before commencement
of dipicolinic acid synthesis, led to the death of some of the cells
and injured the thermoprotection mechanism of the surviving spores* i
In control spores with a high dipicolinic acid content, inactivation
by heating at 85C was preceded by a lag phase, while in cysteine-
C=d- J / 2

ACCESSION NR: AP4042610
and thioproline-treated spores this lag phase was cnmpletely absent
and the death rate of most of the spores (D-value - 17) was actually
higher than the final death rate of the control spores (D-value = 33).
A small proportion of the treated spores in the inhibited cultures
(less than 10%) displayed almost the same heat resistance as untreated
spores. The heat sensitivity of treated spores was greater than
might have*been anticipated from their dipicolinic acid content.
Their resistance to x-rays was not reduced, but actually increased.
:.The results are discussed with reference to the differentiation of
a possible "basal" and "additional" spore thermoprotection mechanism
and to differentiation of the nature of heat and raelation resistance
.in bacterial spores. The experimental results are presented in 5
graphs. Orig. art. has: 5 figures.
ASSOCIATION: Department of Ceneral Microbiologyq Inst1tute of
Microbiology, Czechoslovak Academy of Sciences, Prague
SUBMITTED: 29De-c63 ENCL: 00
SUB CODE: LS NO REF SOV: 000 OTHER: 039
-Card.2/2
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