SCIENTIFIC ABSTRACT SHOR, YA.A. - SHORIN, K.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549910004-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YA.A.
0 reshenii arifmeticheskikh zadach. Poso-
bie dli2 uchitelei ped. uchilishch (Solving arit~wietic
problems; textbook for teachers of pedagogical insti-
Wtes). 2-e pererabot. izd. 'Mioskva, Uchpedgiz, 1953. 100 P.
S): v'nnthly List of Russian Accessions, Vol. 7, N'o- 5, August 1954

SHOR. Ta.A. (Moscow).
Activities of the mathematical circles. )Lt.v shkole no-5:61-65 3-0 '53.
NLRA 6:9)
(Mathematics- Study and teaching)

IGNATIYEV, V.A.; IGITAT'yEy, N.I.; SHOR, Ya.A.; BORISOV, A.A,, redaktor;
RYBI1T, I.V., tekhnicheskiy"F&
(Collection of arithmetic problems; a textbook for pedagogical
schools] Sbornik zadach po ariftetike; posobie dlia pedagogiche-
skikh uchilishch. 2-e izd. Moskva, Ges. uchebno-pidagog. izd-vo
MinisterBtva prosveshchentia RSFSR, 1954. 375 P. (MIRA 8:7)
(A-rithmetic--Problems, exercise, etc.)

SHOR, Yakov, Aleksandrovich; PAZr.LISKIY, S.Y., redaktor; SIDOROVA, L.A.,
171, M.V. . tel,-hnichaskiy radaktor.
[Solving arithmetiC Droblems; manual for teachers in pedagogical
schools] 0 reshenii arifmoticheskikh zadach; posobie dlia uchite-
lei pedagogocheskikh uchilishch. Izd. 3-e. Moskva, Goa. uchabno-
pedagog. izd-vo Ministeratva prosveahcheniia RSFSR, 1955. 105 P.
(Arithmetic--Study and beaching) (HLRA 9:4)

, YAO
Popularization of an outstanding achievement *Teaching mathema-
tics in 5-7 classes.* Stratilatoy.P.V.,ed. Reviewed by- IA.A.
6horo Mat. v shkole no,1:75-78 Ja-F '55. (MIRL 8:2)
(Mathematics-Stud.v and teaching)(Stratilatov, P.V.)

GALAFUTNIK, Tava Moise.ToTIA; iLYAKRINSKAYA, Klavdiya Nikolayevxa; SHOR?
Yakey Aleksapdrovich; LN SHIKIBA, N.I., redaktor; TSrM,
ihnfAi0fff-iidaktor; RYBIN, I.V., takhaicheakir radaktor.
1r
t
[Arithmetic lesson plans for class 41 Plany urokov pe arifmatike;
dlia 4 klassa. Iz4 2-oe, parer. Moskva, Goo.uchabno-padagag. izd-
vo Mixisterstva prosveshchaniia RSFSR, 1956. 150 p. (MIRA 9:6)
(Arithmetic--Study and teaching)

IGNATOYEV, Vanidikt Antonovich; IGNATIYIV, Hikolay Ivenovich; qgW.,Y4kpv
77- -,
Aleksandrovich; SIDOROVA,L.A., redaktor; RYBIN, I.V., tikhnichaskiy
'j7j_a akjor'
[Arithmetic besson plans; for grade 3 of the elementary school]
Plany urokov po arifmatike; dlia 3 klassa nachalinoi shkoly. Izd.
2-oa, parer. Moskva. dps. uchabno-padagog. izd-vo Ministerstva
prosveshcheniia RSFSR, 1956. 181 p. (MLRA 10:2)
(Arithmetic--Study and teaching)

IGNATIYEV, Venedikt Antonovich; PCHELKO. Aleksandr SpiridonovichL-6REX.,
_aUp-Y,AlakBau(iro,.rich~,,�IDOROVA, L.A., rodaktor; RYBKIN, I.V., te-
khnicheski.y_ r.eda ~jtor
CHathoda of teaching arithmetic in elementary schools; a manual
for pedagogical institutions] Metodika prepodavaniia arifmatiki
v nachallnot sbkole; posobie dlia pedagogicheskikh uchilishch.
Moskva, Gos. uchabno-podagog. izd-vo M-v6 proov. RSFSR, 1956-
242 p. MRA lo:4)
(Arithmetic--Study and teaching)

BEREZAIISKAYA, Ye.S. (Moskva).L_SHOR, YaA-,--Ufa-Skva); PROGHUKHAYEV. V.G.
(Moskva). -
"Arithmetic textbook" by I.H. Shevchenko. Reviewed by ILS. Bers-
zanskaia, M A. Shor, V.G. Prochukhaev. Mat. v shkole no.4.-39-46
57 .AW4.1-Oka)
(Arithmetic) (Shevchenko, I.N.) . -

KOUTOROVICH, P.G.; KURBATOV, V.A. (Sverdlovsk); GUTMAN, A.Ya. (Moskva);
DEYIIEGA, A.V. (Kiyev); ISACHKIN, B.Ya. (Penza); IIETRONINA, N.G.
(Tambov); PONDIA-AREV, V.S.(Izhovsk); SELIVANOV, D.P. (Korsunl-
Shevchenkovskiy, Cherkasskaya obl.);-KOLIKOV, A.F. (Kalinin);
SHOR, Ya.A. (Moskva); IVAIMV, M.I. (Tula)
.Discussion of the now mathematics curricula. Mat. v shkole no.3:
4-20 My-Je '59. (MIRA 12-9)
(Mathematics)

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00 a 538.639
00 S!_ 2876. Infbionce of the therno-rappetic treatment on the electric
resistance of soft marmetic materials. V T 4_t_A_,.,Shq7,vnd 1. 2. Startarma
a: R) 47.3-5
Dokl. Akad. Nauk, SSW, 74 (N -'('ICMO) In Russian.
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doktor teklp,,r. nauk
rratae,nr. of reliaLilll*y ar-j sllandLrds, '*,tandh-.tLzEtii-",a 28
tic). t , -~r,. -j. *p 16i ' ,.JMA 17 - 6 ;
4. -
. F,:7m~ 'et radczhnost - ka;~:Iestva pri. V!;aE,-;yru'zrorL
I I .
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CHUYE'V, Yu,V., ucktor teklin. nauk, prof.; IPEL'NIKOV, P.N.i
r' -1-~ I -m~'uv - l.; sr-AUFAITOV, G.F.; PmR 3 Ya.B,; KUZ11411-11
-* B -ed.
V.I ; 'r)GOLIT sidy, V.S. IM-USHKO N.D., i
[Frinciples of operations research in military technology]
Usnovy issledova-iiia operats-Li -v voermoi tekhnike. Moskva,
Sovetskoe radio, 1965. 591 p. (~IIRA 18:10)

SHORY Ya.B., doktor tekhn. nauk, prof.
Reliability problem and statistical methods. Standartizatsiie
29 no. 15:6-10 I-V 165. (ITIRI, 19:1)

SHOR, Ya.B., doktor tak-lin. nauk, prof.
Against simplification in the science of the reliability
of machinery. Standartizatsiia 29 no.7.17-20 Jl 165.
(,MIIRA 18: 11)

KUGELI, R.V., dol-ttor tokhn.nauki doktor tekhn.nauk
Problems in the olanaif Aation of failurea of whines and
their parts. VestamaBhin(xjtr.*46 no.lsl3_18 Ja 066.
(MIRA 19il)

('A) L 27317-66
ACC NRt AM6003226 Monograph UR/
Chuyev. Yug V.; Msllnikov, P. 14 Petukhov, S. I,; SteRanov,, G, F*;~ :J'7
Shor, Ya. B.
Principles in the investigation of operations in militarytechnics
(Oanovy isaledovaniya operatoiy,v voyennoy tekhnike),Moscow,
Izd-vo "Sovp-cokoye radio." 1965. 591 p. illus., biblio., index*
6000 copies printed.
TOPIC TAGS: operations researel ilitary operation, military
engineering, weapon test, antiaircraft defense system
PURPOSE AND COVERAGE: This book is intended for.engineers engaged in
military operations research. The reliability and efficiency of
a variety of products of military technology are critically
reviewed. Analytical methods used in evaluating these charac-
teristics in diverse. combat'situations are presented. The book
also contains information on the classical an-d the latest mathe-
matical optimization methods used in solving military engineerlng,~
problems. Special attention is given to statistical combat
modeling using computers. The text is illustrated by numerous
examples.
UDC: 519.8

L 32694-66 EWT W/EWP W/EWP (k)/EVTP (h)/E14P k 1)
ACC NR. AP60162'16 (A) SOURCE CODE: UR/0122/66/000/001/0013/0018
AUTIHORS: Kugel' R. V. (Doctor of technical sciences); Shor, Ya. B. (Doctor of.-
technical scien~es_-
ORG: none
TITLE: Problems of the classification of the failures of machines and their elements
SOURCE: Vestnik mashinostroyeniya, no. 1, 1966, 13-18
TOPIC TAGS: material failure, mechanical failure, reliability.. reliability theoryp
probability
ABSTRACT: Failures which occur under normal operating conditions are classified,
using thirteen groups indicated by number: 1) conditions of appearance of failure;
2) reasons; 3) possibility of subsequent use of part; 4) nature of change of param-
eters of lzrt; 5) presence of external phenomena; 6) interrelationship between
failures and elements of part; 7) aftereffects; 8) method of elimination; 9) com-
plexity of elimination; 10) frequency of appearance; 11) possibilities of prediction;
12) origin; 13) possibility of elimination of causes. Various types of failures
are examined. It is concluded that analysis of ---Rchine failures during operation
is of great practical value. The combination of all data on failures gives an ob-
jective representation of the reliability of a machine and allows measures for in-
creasing it to be developed. Orig. art. has: I table, 3 formulas, and I graph,
SUB C / SUBM DATE: none/ ORM REFt 003
15~E: -139 14
/) I I-N UDC: 621.004.6

SHOR, Te.
Trailer with pneumatic loading and unloading of sugar (from
"Food Engineering," Aug. 1957). Sakh.prom. 33 no.3:69-70
Mr 159. (MIRA 12:4)
(Unites States--Sugar industry--Equipment and supplies)
(Loading and unloading)

SILYUK, N.; SHOR, Ye.
Using electronic calculating machines for the automation of office
work. Biul. nauch. inform.: trud i zar. plats, 4 no.10:68-71 '61.
(MIRA 14: 10)
(United States-Office practice-Automation)

SHOR, Ye.
Establishing work norms for office workers performing simple work.
Biul. nauch. inform.: trud i zar. plats. 4 no.3:71-75 161.
(MIRA 14:3)
(United States-office practice Production standards)
(United States-Time study)

SHOR, Ye.Ya.
Attachmen Sed in
and semiautomatic
cop7-boring on multispindle automatic
machines. StanJ inBtr. 29 no.1:52-33
Ja '58. (MIRA 11:1)
(Drilling and boring mach1nery-Attaunmonve)

BARSANOV G.P.; KaUGLOVA, N.A.; AG&JRZYANTS, M.S.; -qttq~,_Ye.N.,
I
,translator]
[A.E.Fersman mineralogical Museum; a brief guidebook]
Mineralogicheskii muzei im. A.E.Fersmana; kratkii pute-
voditell. Moskva, 1957. 36 p. (MIRA 18:8)
1. Ak-adeuiya nauk SSSR.

SHORIN, Yu.A., inzh.; KONDRATIYEV, A.D., inzh.
Operation of the r-as and oil system of generators. Elek. Sta. 32
no.12:61-62 D 161. (MIRA 15:1)
(Turbogenerators)

SHORAKMMOV, A., geroy Sotsialisticheskogo trada.
-.0-
Under new conditions. Nauka i pered. op. v sellkhoz. 8 n0.5:7
MY '58. (MIRA 110)
1. Predsedatell kolkhoza imeni Sverdlova, Yangi-Yullskogo rayona.,
Uzbekistan.
(Uzbekistan-Collective farms)

Sl;( '-:.
'.,. Septic tarks in the set,-erecre and drainage system. ; . 459.
vol. 30. no. 12, Dec. 1956, 6AI, 'AICDA I TECF.YjKA Wars-,a,,-a, Poland.
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A. N.
9. Monthly List of Russian Accessions, Library of Congress, 1 -1953. Unclassified.

It
8ong
12 15-'. 3/121/6o/ooo/o i1wloo.;.
A""MORS: -Akhmechet, L.S., Blokh, 0.1., Shor~ln, Vq,
TITLE: Majznetostriction Drive of Miqroteedsl~
PERIODICAL- Stanki I instrument, 1960, Nr 1, pp 18 - '20
TECT: The authors point out that the machlning accuracy of parts depends to a
great extent on the possibility of very small displacements of tools a~ad
blanks. Small feeds make It even possible to correct the setting of t-oole
in order to compensate for the wear. With the aid of magnetostrictio:-, a
microfeed drive is obtained which ensures stable. minor displacements of
tools and blanks. The principal layout of thc- devIce, based an the c-hangs-
in the length of a ferromagnetio niskell rod in direction of the induced
magnetization, is shown in Figure 1. A description of the magnatostriction
drive (magnetostrictor) is given. By using mi-3rofeed drive it Is possible
to effect a successive displacement of the movable parts of the Machine tool
during an automatic operation Qyolle. The mi:n1mim feed necessary for sucah a
displacement corresponds to the magnetoetri-;tive elongation of the rli-!~el
rod during one cycle of magnetization, whi-!~: -the tota-1 displacement of -Lqe
movable machine tool part during P---neatsd cycles of magnetization is limited
Card 1/4 only by the free length of the rod. The o.L-ratlonall characte.ri-stil-.

801-19
Magnetostriction Drive of Microfeeds S/121/60/000/01/01/001
of the magDetastriction drive is determined by. -the following f,;.r_ctirns-
1) the variation in magnitude of magneto~~tr!:!tive elongation due to
different physical-chemical properties of the rod material and valriations
in magnetization of the 3oil field; 2) -I,-h-- effect of tifte resisting force
on the magnitude of microf-~ed ~11.1i'igur- 2 1,he ratio of relativs magnetc-
strictive elongation P
A =: --T-- for va.~'Ivis materials.
The authorsstate that, the limiting val7ass of relative elonga-tion of various
ferromagnetic materials can. ~,e in3reased by a suitable therma-' or rre-:~nharucal
treatment of the r--d bianks. !he ov~_ratlire qualities of' the magne-lost-riction
drive with nickel rod were analyzed on a z acial de-ice (Fij2;,~~re 3a) whinah
was designed and constricted at the Odess4k-
SPM-:~ Laborato_-TIL- 'The slectric
circuit of the device iz shown in F re 3b, Lever-type microgages (with
graduation values of 0.001 mm) wTzrt~ used a5 measuring instrumen-tts, re-c-Ord-in-'.-
the motion of th'~ rod. armat',ir,&, of r~-IaotroIndu.~tIv(,- plok-up.-,,
connected to the phauv-z~~miillf.Jv,~-, w,',-~ Jn ~ontaof. wIth twO
,-~f the rod. Figurs 4 shows furction -haxa,_~terizzing "the ?.ra~,iativn In
~,.iagnltude of magr!etos'~rlotivt- eILqrZAI.I-,7i -,he magnetlzza-~Ion of tne coi-~
field is varied, in the case of abiienc~_ cf 5.yia], rpzistirg
of the force Q, grippLnz the magn-elto3tri~_-'~or rod during the feed 'LS
Card 2/4 illustrated by a grape. F~howr iri FIR,ure 1-1, Ir. is evident from the GraPh T_rlat'

80119
M,agnetos---i.!.._*on Drive of Microfeeds S/1 2 1100100-0/0 1/0 1/001'
if the resisting forces are increased, the magnetostrictive elongat.-ion of
the rod is reduced accordirZ to a law approaching that. of linearity. The
authors emphasize that an Important operative characteristic of the machine
tool is the stability of the microfeed. Repeated measurements of rod
elongation at different. intensities of the magnetic field and duration of
cycle (Figure 6) showed that the limit of errors of microfeed. doe-E not
exceed .10%, while the average magnitude of error of some displaceme:its
amounted to approximately 2 - 3%~ Figure 7 shows an oscillograph record.,Lr~
of the microfeed process. As a result of their Investigations the aut-ftors
draw the following conclusions: 1) At a constan-t load Q, generated by the
forces resisting to the feed, it is necessary i.-.o sale.3t the cross-section
of the nickel rod in such a way tbat the rated stress In- It should not
exceed 6' - 3 '-. 4 kg/mm2. In this case that. load does not lead to sub-
stantial variations of the magnetostrict-ive effect, and the feed magni-.%lde
during each cycle is determined by the field intensity of the coll; 2) If
during the operation of the feed mechanism variable re-sisting forces possibly
arise, the variable component of the rated ccympresslve stress of tine rc~i
,'ard 3/4 should be less than 0.5 kg/mm2; 3) the ma&rietillng c-311 should ensure a

8ol.lq
Magnetostriction Drive of Microfeeds
S/.121/60/000/02/01/00.1
field intensity :Ui the magnetic circuit of approximately 60 - W ampere
turn-3/cm; 4') in order -to prevent a substantial thermaI elongstion of the
rod, the current density In the coil winding should rot exceed 2 ampl=2.
Four graphs, 1 circuit, 1 photograph, I diagram and 1 oscillogram.
Card 4/4

GINI)ISY A.P., inzh.; SHORGIN, V.S., inzh.; PrInimal uchat3tiye
TAPASHCHUK, A.Kh.
Saturation of electric motor windings with insulating
lacquers using an ultrasonic technique. Energ. i elektrotekh.
prom. no.1:30-32 Ja-Mr'64. (MIRA 17:5)

P.
3ho~,.---n t F , -h~ irflaence of int,-~rmiol,~,cal~-:- interaction on the s-ec'.?-xm of
co:--,bi*nn'L--~,n U~sf~ersion of li~-ht. 873
The li:riit~!,tions of the exilanat-ions for the infli.~enc- of '.nte--molec-j-1n-- intez-action
uron the vibr---ting fre::,jencies as given '.y Buchhein and other -authors who have stu.-LI!-d
in-lactive -Inter act i --m are coInted out. The real --h-ift of '-~,ands is d-.~e to sev-ral
C-1-1ses, the n:)st i-ro--ta-nt being the elect---ic anhan-riony of the v--brations
in the presonce Df p:-e-.1Dm-* ating orlentations of di-poles, def-omiatim of 10
In - I I - lar
;.;.Olecules in the fleld of atPacent -oolar :~:olecules ani the interaction of vibrations
of sLA! -1--noles. It is 3hown 'h.:-,t in pol:~,r li:-.u'ds one can observe incongruit
tY
bet-,,r--en 'he freouencies of tFe bands in the disuersion spectra and the absorption
Tae L. !-=. K-Z-~:j%r Inst. of --hysic.al Che:r-istry, ';'-~Scow
Oct. 2,-~ , 191",
of rHiy,-1ic;il ~';e isbry N.). 8 (1949)

~'H 0 p I " I -. *, , ~. . -. .
A. A. Sltorl -in, G. G. Abriko~ov, N. it. Bere,,-Awt, Z. S. BrontiLein,
S. Ga.'evska-. V. 1. N. ',T. Kondalrov, 1. 1. Weyer, V. I.
Ulif~-,n, i. Usaatchev, A. Filatova, T. F. Chitcharove-, Z. G.
shor co,uthDrs of ',-~e book "Definitions - Faunp~
shch~ V. ja
T Ga Ski
-w -lora o-~' ~ orthern Se,~s in USSR edited bi Prof. S. yev
PT-proved by the Ministry of USSR Hi--her Educat-Jen as a =nual
for universities. Stat Publishing IISGI'!~;l "Icscov - 1948.
SC: IM 651015

1. SHORIGINAY N. N.
2. USSR (600)
4. Wood -Chemistry
7. Valuable work ("Chemistry of wood." N.L. Nil~tin. Reviewed by N. N. Shorigina). Bum.
Prom. 27 No. 8, 1952. A
9. ~bpU List ~Lf Ruppiln Accessions, Library of Congress, February 953. Unclaisfied.

SHORIGINA, N.N.; KOLOTOVA, L.I.
Chlorination of hydrolytic lignin. Izv.AN SSSR Otd.khim.nauk no.3:562-566
My-Je 153. (14T.RA 6:8)
1. Institut orpanichenkoy khImil Akademii nauk SSSR. (Liguin)

KOMSKIY, D. Prinira.1i VOLKOV, V.; VOLCHKOV, V.;
GORSHKOV~ A. KOPYTOV, Ye.; SALOV, V.; SHORIKOVAI T.;
STOLYAROV, Yu.r red.
[Cybernetics made easy] Prostaia kibernetika. Moskva,
Molodaia gvardiia, 1965. 158 p. (MIRA 18:7)
1. Sverdlovskiy gosudarstvennyy pedagogicheskiy institut
(for all except Stolyarov).

SHORIN, A.
Planning the construction of roads. Zhil.-kom.khoz. 12
no.11:25 N 162. (MIRA 15:11)
1. Zaveduyushchiy gorodskim otdelom kommunallnogo khozyaystva,
Volgograd.
(Roads-Design)

137-58-6-11678
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 65 (USSR)
AUTHORS Glinkov, M.A., Men'shikov, R.I., Morozov, V.A., Shorin, A.F.
TITLE- Thermal Operation of an Open-hearth Furnace When Oxygen is
Used to Intensify the Combustion Process (Teplovaya rabota
martenovskoV pechi pri primenenii kisloroda dlya intensifi-
katsii protsessa goreniya)
PERIODICAL V sb.: Primenenlye kisloroda v metallurgii. Moscow,
Meta.Ilurgizdat, 1957, pp 95-114
ABSTRACT Results are presented of an investigation on the introduction
of 0 into the flame jet through a tuyere from the sides of the
duct into a 200-t furnace at the "Zaporozhstal' " Works. When
the oxygen enrichment of the air is Z5% and the maximum heat
input is 33.2 mill. kcal/hr, output rose by 32.2% and the nom-
inal consumption of fuel dropped by 16.816. With 30% enrich-
ment and a maximum heat input of 33.4 mill. kcal/hr, the fig-
ures were, respectively, 61.0 and 35.076 of those of non-oxygen
heats. Ratios for output and unit fuel consumption to average
thermal stress and degree of enrichment of the air by 0? are
Card 1/2 given. The following factors are examined: the conditions of

137-58-6-11678
Thermal Operation of an icont.)
temperature in the course of a heat, the distribution of heat flow across the
area of the bath, and the change in the composition of combustion products
in the working space. Heat balances are compiled as an average for a heat
for various thermal and oxygen regimes,
G.G.
1. Open Irea--th fuxraces- -Performance 2. Oxygen--Appli-cat-Ions A
Card 2/2

SOV/133--59-6-13/41
AUTHORS: Kornfel I d, V. N. , Candidate (if' Technical Sciences,
VoYtov; A.O., Koshelev, V.I., Shorin,_Aj~., and
Dymov, B.K., Engineers
TITLE- Thermal Performance of an Open Hearth Furnace when
Blowing oxygen or Oxygen Water Mixture into the Bath
(Teplovaya rabota martenovskoy pechi pri produvke
metalla)
IIER10DICAL: StaI2, 1959, Nr 6, PP 513-520 (USSR)
ABSTRACT: Thirty eight experimental heats with blowing oxygen
into the metal bath were carried out on a 200 ton open
hearth furnace operating with 70% of hot iron. The
moment of the beginning of blowing was varied. In
order to decrease the formation of fumes during blowing
in some heats, water was introduced into the oxygen
stream (0.7 - 0.9 litres per 1 m3 of oxygen). The
consumption of oxygen during blowing varied from 25 to
35 m3/min and when using water additions from 27 to
37 m"z/min. Thermal load during the experimental heats
was manually controlled on the basis of systematic
Card 1/6 analvses of the combustion products in vertical flues

SOV/133-59-6-13/41
Thermal Performance of an Open Hearth Furnace when Blowing oxygen
or Oxygen Water Mixture into the Bath
and temperatures of the roof (magnesi-te chromite) and
the top of the air regenerators (upper layers -
forsterille bricks). In some moments of the heats the
thermal load -was limited by draught capacity of the
furnace. The oxygen supply to flame was cut off during
blowing period in order to economise oxygen. The
experimental results obtained are shown in Figures I -
It was found that4 1) Due to an acceleration of
decarburi;E-ation of metal and an intensification of the
evolution of Co from the bath, thermal load during
blowing is considerably decreased. Correspondingly the
mean thermal load for the whole decarburisation period
(from charging of hot iron to the end of blowing) also
decreases. 2) When the blowing is started at an
optimal moment, the course of heat in the thermo-
technological sense substdntially differs from the
usual one for the open hearth process. Under
experimental conditions the mean thermal load during
Card 2/6 blowing was decreasing to 14 million cal/hr, whereupon

SOV/133-59--6-13/41
Thermal Performance of an Open Hearth Furnace when Blowing Oxygen
or Oxygen Water Mixture into the Bath
during 30 - 40 minutes it actually amounted to
5 - 6 mil cal/hr and during 15 - 20 minutes of the
most violent evolution of CO from the bath, the
supply of fuel was completely stopped. 3) The mean
thermal load for the whole decarburi-sing period (from
charging hot iron to end of blowing) was actually
determined by the proportion of the period taken for
blowing, the earlier the blowing was started, the lower
was the mean thermal load for this period. 4) The
absorption of heat by the bath (per unit of time) and
the coefficient of the utilisation of the furnace
working space increases during blowing. On average
during blowing as well as during the decarburisation
period the above factors were higher the earlier
blowing was started, 5) The period of decarburisation
decreases more, the earlier blowing is started,
whereupon the rate of decrease of the decarburisIng
period increases faster than the rate of increase of
the rate of heat absorption by the bath. Therefore~
Card 3/6 if blowing was started moo early, the metal remains

SOV/133-59-6-13/41
Thermal Performance OL an Open Hearth Furna-~~e when Blowing Oxygen
or Oxygen Water Mixture into the Bath
insufficiently heated when the blowing is finished
and it is necessary to heat it further under
inconvenient conditions of dec-arburised bath.
A rational relationship of the duration of the
decarburising period and intensity of heating up metal
will be obtained only if the blowing is started at an
optimal moment, as only then will the maximum thermo-
technical effe,.::t be obtained. Under experimental
conditions, the average specific consumption of
conventional fuel for heats in which the blowing was
started at the optimum moment decreased to 87 kg/t
(with specific consumption of Oxygen 37 m3lt?
including 22 rO/ton added to flame before starting
blowing). 6) on the addition of water to the stream
of oxygen for the prevention of excessive fuming, the
abovementioned relationship remains valid. However, as
a proporticn of heat is consumed for the evaporation of
Card 4/6 water and heating up of the steam formed ti a

SOV/133-59-6-13/4i
Thermal Performance of an Open Hearth Furnace when Blowing oxygen
or Oxygen Water Mixture into the Bath
temperature of the products of combustion, the
decarburisation process proceeds less intensively and
the heat absorption by the bath and the thermal
coefficient of utilisation of the furnace working
volume are lower than on blowing oxygen alone. The
minimum average specific fuel consumption for heats
in which the blowing with the oxygen-water mixture was
commenced at the optimum moment for the experimental
condition amounted to 107 kg/ton for the whole heat
(at the same oxygen consumption as on blowing oxygen
alone)., 7) In the course of heats with blowing oxygen
or oxygen water mixture, the temperature conditions of
the furnace lining do not differ materially from
ordinary heats, providing the thermal load is controlled
according to the intensity of the evolution of carbon
monoxide from the bath and normal conditions of normal
combustion in the working volume are maintained. A
high velocity of the processes taking place during
blowing requires continuous-watching of the thermal
Card 5/6 conditions of the heat (an appropriate automation of

SOV/133-59-6-13/41
Thermal Performance of an Open Hearth Furnace when Blowing Oxygen
or Oxygen Water Mixture into the Bath
the control of this process is necessary), Under
the experimental conditions the optimum moment for the
beginning of blowing was found to be between 60 and
80 minutes after the beginning of charging of liquid
iron. The optimum moment can be shifted nearer to the
time of charging liquid iron, by decreasing the
proportion of the cold component of the charge.
However, the advisability of such a measure should be
detex-.n:Lned undex- the actual cond:itions of the economy
of the process as a whole. There are 8 figures and
4 Soviet references.
ASSOCIATION.~ Tsen-troenergoehermet i Moskovskiy institut stali
(Tsentroenergochermet and Moscow Institute of Steel)
Card 6/6

- SHIORIN, A.F. (Moskva)
Microhardness of lignite coke. Izv.AN SSSR. Otd.tekh.nauk. Met.i
topl. no.4;176-179 J1-Ag 162. (MIRA 15-.8)
(Coke-Testing) (Hardness--Testing)

- -.-- - - ~ -- -- - IN 1 : I . . ~" ' 0 111~ " t',- - - - - - - ..' I .
SHORIN A.F..
I
Investigation of lignite coke as blast furoce fuel, Izv. vys. uclieb.
zavt; cherne mote 5 noe9:43-48 162. (MIRA 15:10)
1. Moskovskiy inatitut stali i. splavov.
(Coke-Teating)

Z WOK EXPWITA"NON s o v /4 3 5 4
ry L t
Proizvodstvo spirallnogo metallorezhushchego instrumenta metodom
eVruchivatitya dvukh metallov (The Manufacture of Helical
Metal-Cutting Tools by Twisting Two Metals (Together) Moscow,
Mashgiz, 1960. 54 p. 4,500 copies printed.
Reviewer: G. V. Podgurskiy; Managing Ed. for Literature on Metal-
working and Toolmaking: V. V. Rzhavinskiy, Engineer; Ed. of
Publishing House: G. I. Baydakov; Tech. Ed.: G. V. Smirnova.
PURPOSE: This brochure is intended for designers and process
engineers in toolmaking and machine-building plants.
COVERAGEi Practical experience gained in the design and produc-
tIon of helical metal-cutting tools (face-milling cutters,
end-railling cutters, arbor-type reamers, and others) by hot
twisting of two different metals is discussed. This method
was developed and applied by the Kolomenskiy teplovozostroitell-
nyy zavod im. Kuybysheva (Kolomna Diesel-Locomotive-Building
c at7j-_-W4

KARPOVIGH, Nikelay Kenstantinevich; SHCHIN, A.M., podpolk$Tuik, redaktor;
MYASNIYLOV, T.F., tekhuicheskj5;-AaAkt-Oi~.--
[Aerial photegrammetry'l Aerofetogrammetriia. Izd-To 3-0, perer. I
dop. Moak-ra., Veen. izd-ve MiUigtSrBtT& *bor.-SSSR, 1956. 178 P.
(Aerial Dhotegrammetry) (MLRA 9:5)

BULINSKIIY, Vadim Aleksandrovich, professor, doktor tekhnicheskikh nauk;
ORIN podpolkovnikq redaktor; KTJZIMIN, I.F., tekhnicheskiy
_RM"or.- ~. -
re
[Dynamics of maneuvering fighter planes in air battle] Dinamika
manevrirovaniia samoleta~-istrebitelia v vozdashnom boin. Moskva,
Voen. izd-vo M-va obor. WSR, 1957. 199 P (MLRA 10:6)
(Airplanes--Piloting)

ZHUKOV, Vladimir Hikolayevich: SHORIN. A.M., polkovnik. red.;
SOLOMOITIK, R.L., tekJm.red.
[Airplane armament] Oruzhie avietaii. Koskva, Voen.izd-vo
M-va obor.SSSR, 1959. 133 P. (WM 13:5)
(Aerial gunnery) (Airplanes, Military--Armament)
(Bombing, Aerial)

OCHEROV, Ivan Kirillovich; MARISOV, Vladimir Illarionovich; SHORIN,
,A.M., polkovnik, red.; MY.ASHIKOVA, T.F., tekhn.red.
[Guided missiles; according to foreign data] Upravliaemye
snariady; po inostrannyin dannym. Moskva, Voen.izd-vo M-va
obor.SSSR, 1959. 295 P. (MIRA 12:12)
(Guided Missiles)

NIKOLAYEV, Mikhail Nikolayevich; SHORIN, A.M., polkovnik, red.; VOLKOVA,
V.Ye., tekhn.red. - ~ - -: ---:~ _
[Anti-missile missiles; based on data from the foreign press]
Snariad protiv snariada; po materialam zarubezhnoi pechati.
Moskva, Voen.izd-vo M-vs obor.SSSR, 1960. 146 p.
(Guided missiles) (MIRA 13:12)

TATARCHENK03. Aleksandr Yevgenlyevich; SHORIN, A.11.,-_red.; I-IYASNIKOVA,
T.F., tekhn. red.
[Ballistic rocket ; according to materials published abroad)
Ballisticheskaia raketa; po materialam zarubezhnoi pechati. Mo-
skva, Voen. izd-vo M-va obor. SSSR, 1961. 76 p. (MIRA 14:12)
(Rockets (Aeronautics)) (Artificial satellites)

NIKOLAYEV, Mikhail Nikolayevich; ~11ORIN, A.M-, red.; MYASNIKOVA, T.F.,
tekhn. red.
[Antimissile missiles; from materials in the foreign presoj
Raketa protiv rakety; po materialam zarubezhnoi pechati. Tzd.2.,
perer. i dop. Moskva, Voenizdat, 1963. 198 p. (MIRA 16:4)
(Guided missiles)

t,
mi!-Lez~kle sc-,~,ntsii
I.io slcva I
V(:)e-nj.zda-,, 8 ~t l' -, A? 9

LE,VA!;'r()VSKFY , Vladiini r Isaakovich; S11011111 I A.A.', , rpti,
- I
['~Ifayc- To the moon and the Flanets of the so.',~r Fvs~eml
Put.1 k Lune i plarietam solnechnci siste:71. '! (-, s 1 c -. - --- ,
1 205 p. (,*JtPj~
Voen! zciai , 1~ 6f' .

LEVIT, M.S., kandidat tekhnicheskikh nauk; SHORIN,A.P., inzhener; RUBTSOVA,
T.V., inzhener.
Practicing continuous refining of fats at the Moscow Margarine Plant.
Masl.-zhir.prom.21 no.2:12-16 '56. (MUA 9:7)
l.Veesoyuznyy nauchno-iseledovatellskiy institut zhirov (for Levit).
2.Moskovskiy margarinovyy zavod (for Shorin, Rubtsova).
(Moscow--Oils and fats)

SHORIN, A.P., inzh.; ZELIKSON, T.I., inzh.
Operational experience of the Moscow Hydrogenation Plant.
Masl.-zhir. prom. 23 no-9:33-35 '57. (MIRA 10:12)
l.Mosgidrozavod.
(Hydrogenation)
(Moscow-Oils and fats)

SHORIN, A.F. , inzh.
Heat method for unloading fats. Mael.-zhir, prom. Z4 no,3:32-37
158. (MIRA 11:4)
1, Moskovokiy gidrogenizatsionnyy zavodo'
(Oil industries-Equipment and supplies)'
(Loading and unloading)

USSR/ GI-= 44.zal T=chn -,! zg
y. Pr- cts a-rd Their Application -- Fa'~-3 and oils.
WxA:e--,. 5-,iap. Detergents. Flotation reagents, 1-25
Abst J~~u=ai: Referat Zh:~;.r N~; 2, 1957, 6397
Aut'nj,)r: Lev~'_I'y M. S.~ A. F., Rubtsova, T. V.
Title: PLvttirg '.Pt-3 Practice ;if CcntfiiucuI3 Refining Of Fats e;. the MoscOW
Marga::Iree Flan-A.
Original
p-rcm-st'
Publicat~or.: bkasl-:~b .-_7 , iqr-6, N_ 2) 12--L6
Abstra,_-": A layauf sht7wr c.-P a tmit of the laval Company for a continuous
refining ~)f fats amdi a description is given of the technological
of the as well as of the average expenditure
indices c~=-putel_ -na-Z 1 -,on of refined fat. The disadvantages and
the advantag~-_,-as featiLres of the unit are listed.
Card 1/1

C,!! (~ ~ i , " fA.3.
.i - '.2
"ne Ush economic and gebgraphical reglilon. izv. All Kir. SSR. Ser.
est. i tekh. nauk 3 rjro.5:5-30 161. (14LV-- 15:9)
(Osh Province-Economic geography)

STIORIII, A.S.
Naukatsk' Distr4ct, Osh Province; conr,"se economic and geograph-:,.-jal
Y L -
f-latures. Izv. Aff Kir. SSR. Ser. est.i tekh. na-uk 3 no.5:31-45
16-1. 1-NaiAats',-,i.Y District-Economic geography) (MIRA 15:9)

I
SHORIN. A. S.
Dissertation defended at the Institute of Geography
ror the academ4c degree of Candidate of Goographical Sciences:
frOshskiy Intra-oblast :1,conomico-Geographical Rayon."
Vestnik Akad Nauk No. 4, 1963, pp. llQl-145

124-58-9-10641
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 9, p 168 (USSR)
AUTHOR: Shorin, A. V.
TITLE: Multi-specimen Testing Machine for Stress-rupture Testing at
Elevated Temperatures (Mnogoobraztsovaya mashina dlya
ispytaniy na dlitet' nuyu zharoprochnost')
PERIODICAL: V sb. : Issled. po zharpofochn, splavam. Vol Z. Moscow, AN
SSS R, 1957; pp 281--284
ABSTRACT: Description of the design of a machine for the concurrent
testing for stress- rupture 'bq4avior in tension of six specimens
5 mm in diameter and 25 m'm in length. The greatest load per
specimen is 750 kg, the highest test temperature is 9600C.
A five -compartment electric furnace rated at 5 kw is employed,
in which two compartments are controlled by PNO-25.0 type
regulators.- Maintenance of a constant furnace temperatur~e
and automatic recording'is accomplished by an EPD-12 type
electronic potentiomeier~. It should be noted that fairly sig-
nificant temperature dilfferences (3-50) obtain between speci-
mens during the tests an~, in particular, after a cold speci-
Card 1/2 men has been installed 'to replace one that has failed (30-350)

124-58-9-io641
Multi-specimen Testing Machine for Stress-rupture Testing (cont. )
at the two adjacent specimens and 7-100 at the other three)-
G. A. Tulyako-
1. Testing equipment--Design
Card 2/2

- I-- I: -- ,,-, -, ~ - r Y-
CHERTKOV, Khaim Ayzikovich, DOIGIY, A.G., retsenzent; SHORIN, D.M., red.;
FIBMLIN, K.Z., red.; MSNAYA, A.K., tekhn.red.
[Manual on marine boilers and shiD hulls] Posobie kotellshchiku-
sudokorpusniku. Izd.3-e, perer.i dop. Moskva, Izd-vo "Rechnoi
transport," 1957. 199 p. (MIRA 11:1)
(Hulls (Naval architecture)) (Boilers, Marine)

GRIGORIYIPV, Vitaliy ronstantinovich; KIRILLOV, Grigoriy Konstantinovich;
RABRY, Isaak Takavlovich; SHORIN, b.K., red.; ALWEM, V.I.; red.
I-
izd-va; 7ILIPPOV, A.L.,
[Maneuverability of oil barges in push-type towing] Upravliaemost'
neftenalivnykh sostovov pri tolkanii, Moskva, Izd-vo "Rechnoi
transport," 1958. 55 P. (MIRA 11-'7)
(Towing)

/ .//l ~ / I /,i-j'
MATROSOV. G.F.. Inzhaner; SHORIN, D.M., inzhaner.
Efficient method of attaching amok@ stacks to boilar fire grates.
Rach. transp. 16 no.3:19-21 Mr 157. (MLRL 10:4)
(Boilers, Marina)

TROFIMOVA, V.I., nauchnyy sotr.; SHTLMIAN, P.A., nauchnyy sotr.; GROZNOV,
S.R., nauchW sotr.; SIDOROVA, L.I.,, nauchnyy sotr.; DUNTSOVA,
V.G.; KAZENOVA, A.R.; FROTOPMV, S.I.;.SHORIN, GAF., red.; LOBANOV,
D.I.9, red.; MOLCHANOV, O.P.9 ked.; MARTINOVA) Ye.G.,, red.; SIDOROV.,
V.A.., red.; TINATKOV, V.D., red VAGANOVA, N%A*, red.;
BABIGEVA, V.T... tekhn. red.
(Collected recipes of dishes for workers and students] Sbornik
retseptur bliud dlia pitaniia rabochikh i studentov. 2 perer dop.
izd. Moskva, Gos.izd-.vo torg.lit-ry., 1961. 491 P.~:~' (WRA 15--il
1. Russia (1917- R.S.F.S.R.) Ministerstvo torgovli. 2. Nauchno-
issledovatellskiy institut torgov.1i i obshchestvemogo pitaniya
(for Trofimova, Shteyman, Grozncrv, Sidorova). 3. Upravleni-ye ob-
shchestvennogo pitaniya Ministerstva torgavli RSFSR (for Duatsova.,
Nazenova). 4. GlavrWy kulinar Upr - gh-11mg, ma'.-ImItani7a
Ministerstva torgovli RSFSR (for Protopopov).
(Cookery)

MIKUYWV, D.V., in2h., red.; YUTORW, S.B., Imud. tekhn. nauk, red.;
-SHMUN, I.MI, inzh., red.; BARIKOVA, G.I., red. izd-va;
tekhn. red.
[Cutting with mineral-ceramic tools; turning and milling] Rezhimy
rezaniia mineralolmramichaskimi instramentami; tochenie i freze-,
rovanie. *sk7a, Goa. nauchno-tekh. izd-vo mashinostroit lit-ry
195s. 49 p. wiA litiol
1. Russia, (1923- U.S.S.R.) GlavniiprcVekt.Hauohno-issledovatell-
ftyebyaro tekhnicheskikh normativov. 2. Wachallnik sekbora nauchno-
isoledovatellskogo bymro tekhnicheakikh normativov (for Mikhaylov).
(Metal cutting)

SHORIN, I. Ye. (Cand Diol Sci); SHABUROV, M. WS.; POPOVIYANTS, M1. N. (Cand. Vet Sci)
"Isolation of a Living Bacteinial Culture of Brucella from a Quasi-Steinille
Semiliouid Antibrucellosis Formol Vaccine, if Veterinariya, Vol 27, No 9, vp 28-30.,
195o.
(This report is from the Dept. of Biochemistry, All-Union Inst. of Experimental
Veterinary Science)
Translation 1,.'-17962, 3 ~iay 51

S' -, C L' --1 " , 7
Foot-and-Mouth Disease
Microbic forms of the virus of hoof and mouth disease. Veterinariia, 29, No. 7, 1952.
Monthly List 2f Russian Accessions, Librar-f of Congress, October 1952. Unclassified.

PARTICLE ACCELER~'-TORS: SYNCHM"I, 01,'
"Universnl Parameter for MeasurinS the Macnetic Field of a Synchrotron"'
bi, V.N. Kannunnikov and K.N. Shorin, Physics Institute imeni P.N.
Lebedev, Academy of Sciemn-ces USSR-, Pribory i Tekhnika Eksrerimentla,
No 3, November-Dece-mber 1956, pp 2 25.
Descr-liption of a scheme employ-ing an electronic switch with low
resistance in the closed state that permits measurements of the zrotjze-
tic field in a spichrot-ron with an accuracy not less 'than 11,'a ia the
ranCe of 1500-12,00 oersted. Reference is made to an arbicle by
Ele,..,ett, Ro':crs, aud S-..,-?.rtz (Review of Scientific Instrkuients, 1951)
24, 732-~138).
Card 1/1

SOV/120-58-4-5/30
AUTHORS: Shorin, K.N., r4etallnikov, Yu-N., Bozin, G.M., Yeremin, L-V.
TITLE: Using PenwZllay Core r- .-j 1 Instruments.in Making
Magnetic Measurements in Accelerators (Primeneniye permal-
loyevykh datchikov pri magnitnykh izmerenlyakh v
uskoritelyakh)
PERIODICAL: Pribory i tekhnika eksperimenta, 1958, Nr 4, pp 25-29
(USSR)
ABSTRACT: Permalloy elements have large sensitivity in the range 0
to a few hundred oersted. They may be used to ez-n-struct 6~p-
paratus having sensitivities in the order of 10-D to 10-0
oersted or better in the case of static fields, i.e. fields
which do not change with time. In !measarihj~q- non-uniform
magnetic fields which vary with time, a permalloy
moving coil instrument will give rise to an error associated
with the hysterisis of permalloy and the dependence of the
field, due to transients in the epre, on the rate of change
of the field with time. A method is described in the
present paper whereby this error may be eliminated auto-
matically. The magnetometer which has been constructed
Card 1/2 using may be used

~-~OTI/120-53-4-5/50
Using Permalloy Core Instruments.in Making,Magnetic Measurements in Accelerators
U --netic fields in accolera-
iaeasure both static and dynamic ma,
Uors in Lhe 0-60 oersted. The sensitivity of the
instrument is (2-3)1O-3inthJSrer*q9, T!-,e insul-rwifient can be used
to iiieas-ure distortions in the mean macra-netic plane in synchro-
1- r)ns. T-'i-- co-moensation circuit w1iich eliTilinates the above
U
error is slliovr-a in Fi~~;.2 and the c-I.ete electronic ni--rcuit
Q-1
used is sliown in Fi,-.G. The moving Wl-An-trunertitwIf 1; ilustrated
'-3
in Fi-,-.3. V.A.Pa~u~cliov, -P.J.S.Rabinovich and V.Ye.Fisarev are
'G, -Led 'or 'hei-r- help. There are fi~rures and 1 E~n-lish
-L U 0
reference.
ASSOCIATION: Fiizich-eskiy instituVI AN SSSR Institute of Physics,
Acade.-iy of Sciences, USSR)
SUBILLPTTED: October 27, l)57.
Card 212

GRYAZI-TOV., A.I.. METAL INIKOV., Yu.N.; MOLCHANOV, S.S.; NOVIKOVA, G.V.;
PETUM6V1, V.A'. PISAREVY V.Ye.; PYSHKIN, B.N,; PANTYUSHKOVA, Ye.V.;
SEDOV, M.G.; SHC311! K.N. - YAKIII-ENKO, M.N.
The 680 Mev. synchrotron of the Physical Institute of the Academy
of Sciences of the U.S.S.R. Atom. energ. 13 no.3:228-234 S 162.
- (MIRA 15:9)
(Synchrotron)

S/908/52/000/000/001/008
Al 63/B1 80
AUTHORS: .3ozin, G. M., Yeremin, L. V., Metallnikov Yu. N.
Pisarev, V. Ye.,-Shorin, K. N.
TITLE; Magnet and magnetic field characteristics of -~the 680 Mev'
accelerator
SOURCE: Uskoritell*elektronov na 680 Mev; sbornik statey. Ed.:by
Z. D. Andreyenko. Moscow, Gosatomizdat, 1962, 5-23
TEXT: The weak-focusing 680.Mov-sypohrotron of the Fizicheskiy-In4titut-,
im. P.N. Lebedeva Akademii nauk SSSR (Physics Institute imeni P.N.Lebedev
of the Academy of Sciences USSR) is based on the.180 Mev.proton accelerator,
which was the model for the big Dubna 10 Bev proton-synchrotron
accelerator. The electromagnets, power systemand certain other parts
were taken from this model. Average orbit radius in the-4~seators is 2
meters, the length of each of.the 4 rectilinear.sect--ons 67 cm, pole
width 36 'am, gap.width at equilibrium orbit 12 am, and angle:of the ci b:~,'.
izi
sectors 86t. The magnetic p:alse in the gap is almost triangular in ahapel'
with an amplitude of 11000 oe (current amplitude--950 a) .'and build-up. tim
_~Card 1/3,.-,,.

B19081621000100010011008
MagneVand magnetic field B163/B180
0.68 sec. The initial growth rate of the magnetic field strength is
20,900 oe/sec. The following modifications were made to the power
system for operation with electrons: 1) a demagnetization device was
fitted; creating an opposite current pulse in the main windings in between
the working cycles, to reduce the remanence field to about:2 oe, 2) a a,
magnetizing arrangement vas added, to create a negative field of 35 oe in
the gap before the beginning of the cycle, (this- helps:to*finish all
transition processes in the magnet and-the power systembeforelthe moment,,
of the injection), 3) a stabilization circuit was added for the initial
voltage at the magnet windings, to fix the initial growth rate of the,
magnetic field with an accuracy of 0.5%, thus stabilizing the in.fluence
of eddy currents-on the magnetic characteristics at the injection. The
injection energy Is 800 kev, and the:initial field.20 oe on average the
field index is 0.66-0.68. The influence of deviations of the .real from
-the ideal magnetic field on the:corresponding orbital deviations from the.1''
ideal orbit, is studied by perturbation.calculations in a linear approxi- iv_
mation, and it is estimated that the greatest deviations from the,equili-
brium orbit in axial and radial -direction are less than 5 cm. Magnetic
field distribution was measured on aA improved permalloy pickup for field
Card 2/3

8/908/62/000/000/001/006,
Magnet and magnetic field ... B 1 63/B 186,
strengths up to 100 oe, and also by the inductive-method, using a ballistic.-!I,
galvanometer or electron integrator, for field strengths above 300 oe.
Figures shov the magnetic setup, field-distribution and equilibrium
orbits along the racetrack with and without field compensation, and the
distribution of the field index over.the radial.ooordinate for various-,
states of compensation and various field strengths, and the arrangement
of compensation'coils. The deviations of the magnetio-median surface from:'
the middle-gap plane are also compensated by special windings, so as n1pt
to exceed 15 mm. There are 9 figures.
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S/qO8/62/OOO/OOO/OO2/QO8
3163/3180
AUTHORS: Gryaznov, A. I., Novikova-,. G. V., Shorin, K. N
,,TITLE: Power supply system forthe electromagnet of the.6ao Mev
accelerator
SOURCE:' Uskoritell elektronov na 680 Mev; sbornik- statey. Ed. by
Z. D. Andreyenko. Moscow, Gosatomizdat, 19062. 24-30
TEXT: The power system used for the 180 Mev proton synchrotron was
completely modernized for operation with electrons, especially with
respect to the weak magnetic field characteristics at the beginning of
the acceleration cycle. A suitably ada-pted demagnetization device was
introduced, the voltage across the magnet windings in the first period
of the acceleration cycle was stabilized, and a negative field created
before the working cycle. This re 'duced the residual field in the 'gap
from 50 to 2 oe. The working pulse was supplied*from a controllable
ignitron rectifier fed from a synchronous generator calculated for an
average power of 3000 kw. The generator voltage is controlled by a...
regullator. Mounted on the same shaft a~-e a 1400 kw asynchronous.motori
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06/62/000/000/002/068.1;1
Power 3upply system for the BM/BIPOI
a 4 ton flywheel for smoothing out power-fluctuations, and a synchronous
generator for supplying the control cirnuits. The field windings of the
synchronous generators are 'Led from two auto nomous generators comounted
with another, 135 kw asynchronous motor an.d a _-ub-exdten'Fbxir phase shifters
regulate the pulse3 controlling the ignitron rectifier. A block-diagram.
of the power system, and circuit diagrams of the ignitron rectifier,
demapetizing arrangement, negative magnetic field system, and initial
voltage stabilizatuion are given. There are 5 figures.
Card 2/2

GOLIDIN, L.L.; SKACHKOV, S.V.; SHORIII, K.N.; PODOSHVINA, V.A.., red.;
VLASOVA, N.A., tekhn. reiL--
[Magnetic measurements in charged particle accelerators] Mag-
nitnye izmereniia v uskoriteliakh zariazhennykh chastits. 110-
skva, Gosatomizdat, 1962. 55 P. (-15'.4)
(Particle accelerators) (Magnetic measurements)

.~,RTIFIVYVJA., SiORIN, K.N.
.- -- --- -,
Ad-histing the gamma-r-ay direction in cyclic electrcr- accelerators.
prib. i tekh. eksp. 10 no,Iv-201-2.02 ja-F 165. (MIRA 18:7"
1. Fizicheskiy InstituL AN SSSR~

S/908/62/000/000/007/008
B163/B18O
AUTHORS: Babkin,.V. M., Bozin, G. M., Gagin, Ye. N., Yeremin, L. V.,
4o ~ , Orlovskly, 0. N., Petukhov, V. A.,
Piearev, V. Ye., Sedov, N. G.', Shorin, K. ff.
TITLE: Some starting-up and operatingproblema of the 680 Mev
synchrotron
SOURCE: Uskoritell elektronov na 680 Mev; abornik statey. Ed. by
Z, D.'Andreyenko. Moscow, Gosatomizd'at.11962. 64-74
TEXT: The momentary particle orbit during the first revolutions is
distorted due to a number of uncontrollable deviations from the Ideal
magnetic field configuration. This must be corrected in order to capturi
a sufficient part of the injecteVelectrons. Indicating devicesimeasuring,
deviations help to find the,inilial conditions, e.g., the correct
injection angle enditiming for which the free oucillatione-about the
equilibrium orbit become minimal during the first revolutions. Similar
methods were used to oorrect.for deviations of the median surfac:,"of the
magnetic field from the geometrical symmetry plane. For theae m aeurement
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S/908/62/000/000/007/008
Soma starting-up and operating ... B163/B180
a chop or was used, consisting of an electric deflector immodistoly bohindi
the 609 magnetic sector field in the Injection line, by which short pulses.
of 1-2 ILsec duration could be selected from the injected beam. The
signalling devices were flags and grids coated with luminescent paint,
sometimes in connection with photomultipliers. In this way the orbit
deviations could be reduced to 2-3 am in radial in 1-2 am in vertical
directi6n. In the quasibetatron and the synchrotron acceleration stages
the envelope of all oscillating orbits T-as measured by movable vanes,
three or four in each sector. In the first stage, about 15 Asec, the
accelerating field is disconnected but the magnetic field is &owing.
When the momentary particle orbit has been reduced, at 0.2 to 0-3 Mm. per
revolution, from the inflector to the central chamber radius, the
accelerating electric field is switched on. Under opt mal conditions, the-
capture coefficient is 2%, which corresponds to 2.5*10~ -electrons per
cycle. To avoid undesirable re3onanae effects from the passing elootron
beam in the resonator during the first stage the resonator is detuned, and
the second stage is performed at a smaller orbit radius. When the field
is switched off at the end of the accelerating cycle, the magnetic field.
is still rising and the.eleotrons hit the target, a tungsten wire I Mm
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3/908J62/600/000/007/008
Some starting-up and operating ... B163/BIBO
diam, inside the acceleration orbit. The intensity of the y radiation
produced was measured in a thick walled graphite ionization chamber. A
total y energy per cycle of 2-10� Ilev could be achieved, gnd the number
of accelerated electrons per cycle was of the order of 10 There are
6 figures.
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