SCIENTIFIC ABSTRACT FEYGIN, N.P. - FEYGIN, YA.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413010001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

161
HERE JOT 0

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FRMSUZOV, B.L., kand,med.nauk, POLTAK, L.A., n','IGIN, N.P., (kiyev)
Antibiotic therApy in chronic highmoritia. Vest,oto.-rin, 20 no'14
104-105 Jl-Ag 158 (MIRA 11:7)
(ANTIBIOTICS)
(SINUSITIS)

FE 'f G I NN
Morphological characteristics of palatire tonsils in dogi~
ultrasonic irradiation. Zhur.ush., nos. i gorl. bol. 24 no.5:
S-0 164. (~IIRA
1. Iz patomorfologicheskoy laboratorii (zav. - doktor med. nzwi-k
N.Yo.Botsman) Nauchao-issledovatellsko o instituta otolaringoicai;
Min.-isterstva zdravookhraneniya IJkrSSR tffir. zasluzhtnr*,.y dayot,11
nauld prof. A.I.Kolomlyclionko).

Rai

RZMXR~~-, ~PEMN V.1.1t Heft. Th=. tOll I", liqzcmi). 68~

[PIC
MIMI
_NRI

PXYGIN, S.A.; TYU]rYAKIN, S.P.
Tech4cal and economic indexes of the production of heating gas
from oil-shale fines. Gas. prom. no-3:9-11 Mr '57.
(MIRA 12:3)
(Oil shale@) (Gam muufacturo and vorks)

lot,
all a
all
Jill
Jill
off I I I

vun
all AN A 'A
IV s

fir
I N
-1 fir IVISA
11-al
r r. afji-v-

FEIGIN, S.A.
I
Technical and economic indices of the gas-chemical processing of
unsorted oil shales. Trudy IGI 16t478-482 161. (KMA 16:7)
(Oil shale)

S/065/62/000/006/003/007
E075/E136
AUTI-1011S.- r-eygin, S.A., and Straumo, M.K.
TITLE: On the method of estimating costs for petrochemical
plants I
PERIODICAL; 1(himiya i tekhnologiya topliv i masel, no.6, 1962,
35-41
TEXT: A inethod of distribution of expenditure between tb,~
products and intermediates of petrocbentical industries is
described. For products derived from catalytic cracking,
stabilized gasoline and its overhead fraction are included among
the principal products. Hoavy catalytic gas oil- is costod in
the same way as the feed.for the process. Th(.- value of dry gas
is estimated to be 20'io' higher than that of liquid boiler fuel or
crude oil. For high temperature catalytic cracking the
unsaturated hydrocarbons present in the dry gas are also
considered as the principal product of the process. The vallic
of saturated hydrocarbons is estimated to be 20% higher than that
of crude oil. Light catalytic gas oil is considered as the
Card 1/3

On the method of' estimating costs ... s/o65/62/ooo/oo6/OO3/O07
E075/E136
principal product only if it is utilized for the production of
carbon black. Hydrogen sulphide in the dry gas and overhead
fraction is valued separately as source of sulphuric acid. It is
proposed that the principal products of the separation of dry
gases are hydrogen and ethylene. Propane-propylene fraction is
valued according to the cost of the products of separation of the
overhead fractions. The value of propane-propylene fraction is
estimated to be the same as that of butane-butylene fraction and
the value of pontane-amylene fraction the same as that of thermal
cracking benzine. For the products resulting from catalytic
reforming tho authors consider that the valued product should be
the total hydrogen-containing gas and not hydrogen only. The
authors accept the estimate of Giproneftezavoci in which the
aromatic hydrocarbons are the principal products of the reforming
process. The byproducts are valued as follows: motor gasoline
as the feed oil; raffinates as the straight-run benzines;
polymers as the crude oil. It is recommended that for the
production of solid paraffinS the principal products should be
dewaxed oil and slack-wax. The recommentation of
Card 2/3

On the method of estimating costs ... s/o65/62/Ooo/oo6/OO3/OO7
E075/E136
Giproneftezavod to consider the soft waxes as principal products
is accepted. For the production of fatty acid-s by the oxidation
of paraffin waxes, the accepted principal products are
C5-- C20 acids. In the production of detergents all the
propylene polymers are considered as the principal products,
including the dimers. The 80-220 OC fraction of alkyl-benzenes
is valued as benzine front catalytic cracking arid the fraction
boiling above 360 OC valued as boiler fuel*
ASSOCIATION: VNII NP
Card 3/3

4,0624
s/o65/62/00o/olo/oovoo4
E194/Ei84
AuTHORS: Feyginj S.A., and Buchina, L.I.
TITLEt -making and using gas turbine fuels
PERIODICAL: Khimiya i tekhnologiya topliv i-masel, no.10, 1962,
42-46
TEXT; It is desired to use residual or heavy distillate fuels
for gas turbines because diesel fuel, th-ough suitable, is in short
supply. The following maximum requirements apply to gas turbine
fuel: vanadium 0.0005-0-0011i; ash 0.03%; sulphur 3%; pour point
+5 OC. Materials of suitable vanadium conten 't include stra-ightrun
distillates, and distillates obta.ined from therma-1 and ca .talyt. ic
cracking and from coke production. The ec6nomics of making gas
turbine fuels from these materials are discussed a:nd it is
concluded that when making electrode carbon by slow coking of low
sulphur crudes it is more economic to make gas turbine fuel than
diesel fuel, partly.because the motor gasoline yield is higher.'
With high sulphur crudes the advantages are greater because'the
diesel fuel requires hydrofining and the gas turbine fuel does not.
Coking in a fluidised bed of heat transfer medium is also to be
Card 1/2

Prospects of making and using gas ... s/o65/6-2/000/010/001/004
E194/L-1.84
applied and in this case the gas turbine fuel will have a higher
residual content and the motor gasoline yield is higher. Gas
turbine fuel has not yet been made on a large scale from distillates
of coke production, but available data point to the following
conclusions. Gas turbines are still of lower efficiency than
internal combustion engines but in making gas turbine fuel from
low and high sulphur crudes the running and capital costs are only
about half those of hydrofined diesel fuel and, therefore,
considerable economy results from the use of gas turbines. This
conclusion is supported by perfoi,mance figurets for ships' engines
and locomotives.
There are 6 tables.
A550CIATION: VNIX NP
Card 2/2

FEYGINP-SIA.; BASOVP A.N.; SHOLPO, I.N.; ZILIBERMAN, F.Ya.
Economic prospect for the use of high-sulfur mazut by electric
power plants. Xhim.i tekh.topl.i masel 8 no.11:43-49 N 163*
(MDU 16:12)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut po pererabotke
nefti i gazov i polucheniyu iskusstvennogo zhidkogo, topliva.

FEYGIN,.1,~.A..;_ SHOLPOv I.N.
Petroleum crude as a source of amnonia. Nefteper. i mftekhAm.
no.8:31-33 163. (~Mu :L7..8)
1. Voesoyuzrqy nauchtio-lasledovatellskil Listitut po pererabotke
nefti i gaza i poluchaniyu iskusstvennogo zhidkogo topliva.

FEYGIN, S.A.; BURjUZVA, A.I.
Expediency of the production of qmjrWj ig petToleum,prompsing plants.
Khim.prom. no.1,2Q-21 Ja 164. - r ,, OIRA 17s2)

BASOT, A.N.; SHALPO, I.N.; BRANDOBOVSKAYA, L.A.
Economics of the refining of sour crude oilt a topic for
discussion. Khim. i tekh. topl. i masel 9 no.5Z44-48
5 MY"64 (KIM 17:7)
1. Vsesoyuzn-yy naucbno-issladovateltakiy institut, po pere-
rabotke nefti, i gaza i polucheniyu iskusstvennogo zhidkogo
topliva.

. . . . . . . . .
ij
~!b Cain! lit: ra". stouk f Ol- UIC production aCL acr,*vo ca rbon 1) 'Lac kby
.;Ytr,7.,cLion vith the selective solverL.,; of the jr~.v, OJIS of catal.ytic
e
L Wkh. L i;;nsel 9 J 1
Voesoy-umyy nauchno-iLioledmal,r.,' --Prabotke
11 4 :
i graza i poluchen-Qai islrusstvennogo zhidlkogo topliva.

FEY(" IN S, A VSUV, A. N', ; E0,;':A!j"Okr3K;,.YA
I KOGAN' ) YLI
Economic- eva-lualion of the efficlcncy cf alternatives lor rem,"de,ing
existing catalytic cracking antt~i. Illefteper. I. rip leid: m. nc).10:
11-14 '- 6 4,,
.1. Vse5!..)YL' Zrlyy uistituT. po peravaLcAke
jl(,f*L', i wal"I i pa"hichoillpi Lold lVa.

;-Toap,~c,t3 J'cr thn introdurtinn of nea r..: for of
N,nzcno. Nat't-eper. i fipCt,;khim-. no.3%,P-40 1-9:5)
polucl:anlyu isk-us.-Avenn-go

AUTHOR; reygin S A. K ~~ichavt V. M.;
TIT Lr;. i'Prospects' for the- "industrial -introduction of a high temperature ther=_
c-on4-.act crackingprocass,~
.SOURCE: Khimiya L tekhno,l,o&Lya toplit i.masell no. 3 t 196S I.; 42-4S
:-TOPIC T&GS-: fluidized bed,.- refining
pro' Z_4e(t lied dev6lopeir
'-.ABSTRAPT: --the thei~~conl~~ cracki cess~on:a fluldi b
VNIINPIP is high.l_*:promisift~ ~- The :tec,hnolo of:this processpermits creation-of
gy
a mighty, enterpr4ie - (overeat 3. 0 million tons per year of mazut or 1.8-2.0 million
`~asphalt -plar
tons per year of-gietroleuii - )i ~: Technical s:havebeen completed for the._~;
combined instal1a#on of "at-aospheric -distillation and thermocontact, cracking on a
fluidized bed" designed to process 3.0 million tons of petroleum annually. Thfi.
thermocontact cracking process is flexible and, depending on the raw material. and
the processing conditions (principally the temperature', will pe,.-mit production of
a wide assortment of products (gasoline, diesel fuel, gas turbine fuel., raw materia:
for catalytic crackingg, boiler-fuel and coke). The high teotierature (600-5150C)
a
Ccird 1/2,

;ACCESSION NR: AP50066W
Va-riation of the- themoccInthet-- cracking:proiiesa t4eveloped at V1111HP, appeara
promising evea for iner,easing the reserves of petrochemical rav( materiais. tills
variation of the.process. no~ ,only permits! elfective removal of the main mass of
asphalt anid tar si&;tai1cei6 in the fom--of coke from the healty residues, and cre-
ation of a ifidd-variety 6f products, but aLso significantly increases the S,i^.Id
of unsaturated hydrocarb ~ - -A - - - - i--- de of the -two processes fro- crack-
ons. V dcmpar, son was ma
ing ma4ut: . the -yields- ol, the various I fractionc were given. The economic f ~;ttums
'--Gf the Mo-proces ed.- The. author's consider the high temperatu s
_~sas were compax
feasible for industrz4' opei- 4on
_of_~a-t cnaL-4 flwoion --and
ori- has..,S
tablei
7
MUM Wimp
SEMMITTM '00 ENCL-.'.00 SUB CODEt
110- PEP -SOV:-000 OTHERt 000
C r-
Card 2/2!
'FIN
I RIM 010 BY ~ 2w Q _1 R

-5--a~F-f jEfcj/. r
AGGESSION tat 'AP5009899
LTR/(Y,)65/65/000/004/
---- ------ rw
F
iasel na
-SOUECEt ---Kblmiyn,~ Ukhhaogiyt.-~ i 4l964,39-43 j.~---~A
[TOPIC TAGSt petrolem industm oil. distillAtiong lutricantj-jg!Lr cating o~l
- ------ - ----
I, filtrationt q,,~sorption dehydration moleovIor acWorptlonr h4~~ogeration/ MS'en
1ABSTRACT t Now processes.for primary-and secondary puzificatior. of crude oils. -ar
Idiscussed. The two-atage de-asphaltizing of patrolea-asphalt by propane) ccmbindd
with qther purificevion -methods., -is reoommend4 for the production of reaidlmi
oilq. Thia. prqaessresulta in qn inc e& -matput-,of Uie prod-ots and- a,-grF-atM-
diversificiftoA of high3,v viscous oils* Because all the procesr3a diacuased~
-#o- -dirk byr
pro uca- il-ar deditur
required ani by the available reagents, The duosol procens is reccmended for the
production, *4 residuel oils of MS-20 tyDe.kkFurfurol waa widoly- used w a
solvent in -the prodwetion -of M=T-511 fraotions from exildes low in tar and
3uuur. The -011toliv. of reMol-blla .-with Turfurol, pw1gication uxceodo& by 5-0. thi

:1. 52569-65
ACMSION-M AP.5009899
I output af the phenol method, -wA. cons=od lesa energy, Because-other procesaes
1- dilfared -littla economie&Uy-and techni-call,,yr from the J`urfur6l- process,, thei!rl ------
choice was also determined by the reqWxements of dist:Lllate oils. The adso:~ption
purif icatior inothod produced oils of tile best color ary', coking capacity, and in-
creased theAr output by 15%, The authors roconmend tivtt this process be funher
d1civeloped, that,ti-_~to, production of syntliet-10 adsorbent,3 be iacroasod aad that tho
not-hod of aecondary coLtact purification be dio-continuod. The epp3dcation ar the
deep hydrogenation at 50-70 atm, pressure iff also recoitffierided for eecondary
p-ta-iffication of distillate and residual oils, Gspecial:-y &t those plants vita
ac-ce5g t_1 large quantities of hydrogen,. Tho latter mcr;hod Is ertor~cm~l.-&!, imDrvves
~jl quAlity, and can be applied to any type of cr%,de Gjtd to the second-alry pr3ducts.
,omparar.iv~e produotiou figures of oils p=itied by the various mewiods are
tabulatedo Orig, art* haa: 3 tables,
USSOGIATION C. none
SUBMIUMt 00 -EWLt 00 SUB CCDNt FF
NO REF SOVt,- 000 OTHM, .000
C

pu
n. -15

LOVITSKATA, I.Y., nauchnyy sotrudnik; FEYGIN, S.L., nauchnyy sotrudnik
If yon. want to be healthy. Nauka i zhizn' 27 no.8:28-30 49
16o. (MIRA 13:9)
1. LeningradekLy nauchno-isaledovatel'skiy institut fizkulltury.
(Physical education and tralaing)

MGIN, S.L.
Familial alopecia. areata. Vest.derm.i ven. 35 no.lZ84 Ja 161.
(MIRA 114)
1. Iz Yurgins~ogo kozbno-venerologicheskogo dispansera Kemerov--
skoy oblasti %glavnyy vrach S.L. Feygin),,
(BALM=S)

FEYQM!P, 5-Ye., inzh.
Effectiveness of Increatilng the ooorating period between general
overhauls of t1iler and turbine equipment of electric power plRnts.
Elek. sta. 36 no.10:27-N 0 165.
(MLU 18: 10)

IFIYGINS T.S.
Sanitary conditions of the Olm River at Ryasan. Gig. i san.
no-10:46 0 '55. (HLBA 9:1)
(OKA RIVFR--POLLUTION) (IffAZAIIA-VATBR--POLUTION)

FEY31NO T. hS. Cand Med Sci -- (diss) *Dysentery bacteria and
bacteriophalge, which destroys dysentery stimulants,
in the open reservoirs of the city of kazan," Fqazan,, 1959j, 24 ppp
2.50 cop. (Fyasan Medical Institute im Acad. I. P. Pavlov) (KL, 45-60, 129)

FEYGIN, T.S.
Sanitary indications in tho detection of bacteriophage lysing dyeentery
Pathogens in the water of open reservoirs. Zhur. mikrobiol., epid. i
i=un. 40 no.lltl32-137 N 163. (MIRA 17112)
1, Iz Villnyusskogo instit-ata epidemilogii i gigiyeny.

F--FYGIN-, V.
FEIGIN, V. Kustamo--remeslemaia promyshlennost' SSSR. Moskva, Moskovskii
rabochii, 1927. 127 P.
HD2346.R8F4
NN
DLC:
SO: LC, Soviet Geography,, Part 1, 1951, Uncl.

FZTGIN, V., inzhenar.
Giant controlled by electrons. Tekh.mol.23 [1.~241 no-7:22-13 JI
156. (Automatic control) (Rolling mills) (KIU 9 . 9)

FlUGIS, V.A. , inzh.
Work of the Scientific-Technological Societ7 of the White Russian
Machiner7 Industr7 should contribute to the sollition of vast problems.
Mashinostroitell no.9:47 B 159. (MIRA 13:2)
1.Zamwititell predsedatelya Pravlaniya nauchno-takhnichaskogo
obshchastva mashinootroitellno7 promyshlennosti Belorusaii.
(White Russia-Research, Industrial)

FLYOTIN, V.."l, s. i
~ nzh
Mechanization of auxllicu.-y operations in forge shops. Mekly. i avtoma
proizir. 16 no.6:28-29 Je 162. OMIRA :15-.6*1'
(Forge vhops.-Technological Annovations)

FKYG IN I V. A.
Conference of cutting-tool industry workors in White kwaia.
Stan,,.'L instr. 34 no.2.*,45 F 163o (MRA .16:5)
(White hassiar-Machine-tool, industry)

FEYGIII, V. 1.
"Single Armature Cascade Booster with the "Rototrol' Exciter,"
Elektrichestvo, M No. 2, 1948.
Engr. Cen. lab of Automatics, Ministry of Ferrous Metall USSR.

4'~
Set) 48
~'.1 Regulators, Autoratic
Furnaces, Electric Arc
*AUtomatic Regulators for Are Stee2 Melting Furnaces,,
Xquipped With 'Regalex' Electromechanical Boosters,"
Yu. 1. Yefroymovich, Cand Tech Sci, V. I. Feygin,
Cen lab of Automatice, Min of Terrous Metals.,
3-Pv
'P24= Energet" No 9
z"awnt tren& in &ezignimg regulators for sulject
fumcee is to replace relay-contact circuits by
*Uctromachine automatic circuits. Research is being
Carried out in VZI (All-Union Electrotech Inst) and
30/49%8
UW/kn,gjn6#rjng (Contd) sop .48
ISTA (Cen,IALb of katc=tics). Existing regm3A-
tars are of rototrol or regalex type. FMwr
described in Previous aTticls (see 3M5)- Zn*Qr
gi*013 detailed account of construction and POT-
form=ce of regulex type, vith one circulIt dia-
rwn, and three graphp.
30/49T68

may 49
Slectrothermal Bquipment
Aatomntic Control
"Reriev of 'Electrothermics,'" V. I. Faygin,
Rngr, I p
"Blektrichestro" No 5
Book is symposium of technical and informative
material oa research, design and manufacture of
electrothermal equipment. Points out absence of
material on induction smelting furnaces for
ferrous metals and on ferroalloy arc furnaces.
in AAAitinn, problems of automatic control
55/49T51
USSR/Englaeoring (Contd) May. 49
and regulation of electrothermal units are insuffi-
ciently covered. Over half of the articles are
theoretical; general level of articles differs
videly. Periever recommends establishment of nev
electrothermal journal.
55AM1

r r
T
PHASE I TMISURE ISLAND BIBLIOGRAPHIC REPORT
BOOK Call No.; 7116F6.T54
Authorst EFROP-10VICH Yu.V., Cand. of Tech. sciences
KR1CP7,VSK1YjGdA , Enginecr
LEVITANSKIY, B.A., FlIgineer
MAIMA, R.Yu., Cand. of Toeb. Sciences, deceased
NEIFAKH, Cand. of Tech. Sciences
POPOV, M-D., Engineer
S7!OROI)INSKIYP I* M., Cand. of Tech. Sciences
SOSUNOV, V.N., Nginear
STASYUK, V.N., Engineer
TAITS, A.A., Engineer
FEDOSIM, L.71., Engineer
Engineer
CIMUSTKIN, A.B., Engineer
SHMENTSIS, A.N., Engineer
Full Title: A HIINDBOOK FOR ELECTROTECHNICAL PFRSOME1 III FMROUS 'TITALLURGICAL
INDUSTRIES.
Transliterated Title: Spravochnik elektrika pxedpriyatii chernoi metallurgii
Publishing Data
Originating Agency: None.
Publishing House: State Publishing House of Scientific-Technical I,iterature on
Ferrous and Nonferrous Metalltirgy ('Ietallurgizdat). r..Toscow.
Date: 19r2 No. pp.: 1167 No. coPles: 14,GCO
1/2

r-ric;T~" .! I.
OCCCCC58
2/2
Call No.: TN686.T54
Full Title: A HAITDBOOK FOR TMECTROTECHNIUAL PERSONN EL IN FERROUS ,MTALLURCICAL
INDUSTRIES
Editorial Staff
Compiler: Tikhomirov, I.G., Engineer Tech. Ed.: None.
Editors: Shalyapin, M.G. Appraiser: None.
Levitanskiy, B.A.
Text Dnta
Coverage; A detailed handbook containing technicalAata on specifications,
standards, design and operation of var-!.ous types of electrical
equipment in ferrous metallurgical industries: electric power supply
plants and their distributing systems, transforming stations and
transmission lines (high and low tension), blast furnace works, rolling
mill plants, open-hearth plants, mines, electrical steel smelting and
ferroalloy furnaces, sintering plants, coke plants, and electrical
transport, Tables nnd diaGrams. Subjcict index.
Purpose: A handbook for electrotechnicnI personnel, engineering tochniciana,
machine operators, and planning personnel of metallurgical industries.
Facilities: None.
No. of Russian references: References listed at end of each chapter.
Available: Library of Congress.

, r- ~j vz 4 v ~ I -
FEYGIN , ' , OMYUSTKIII. A.B., redaktor-, SDXROV,
- Ye.B., tekbmicheakiy redaktor
V.11., reclaktor;
(Bleatric-machine power booster in rolling millO Maktromashi rove
usilitel-I v prakatrqkh teekhakh. Mo9kv&, Goa* nauchno-tekhn, izd-,Yo
lit-ry po chernoi i tavetnoi metallurgii, 1954. 83 p.' (KIRA 8:4)
(Electric generators) (Boosters, Slactric)

ZHIRYAKOV, N.I.; LMSYUK, B,Z.; R"INOVICH, B,T,j SOZAYEV, S.Hs: FAYGIN. V.1.
Automatic control in the production of xino. TSvet. met. 27 no.1:
30-41 Ja-F 154. (NIMA lOt9)
(Automatic control) (Zinc-Netallurary)

CHMYUSTKIN, A.B.; Fd)ZED[AN, Ye.A.; FRYGIN, V.I., radaktor; NZPOMNYASHCHIT,
N.Y., redaktor,- ATTOPOVIcH, M.T7'n?M eskir redaktor.
[Automatic control of rolling-mill machinery] Avtomaticheakoe
upra.vlenie prokatnymi stanast. Izd.2-oo, perer. i dop. Hooky&,
Goa'--.nauchno-tekhnJsd-vo lit-ry po chernoi i tsvetnoi metallurgii.
1955. 614 p. (KLRA 8:12)
(Rolling-IdU machinery)

YZYGIN, Vilctor Iqsifoy~A- DOOKINA, T*.V., redaktor; SUSHM, I.N..
radii Ur JIVUSON, I M., tekhnicheskiy redaktor.
Ys.
~C,
Lltrnamoelectrle amplifiers used in rolling millsJ Blektromachia-
aye usiliteli v prokatnyth teekhakh. Izd.2-ce, dope Moskva, Go$.
nauchno-tekha. izd-vo lit-ry pe chernoi i taystmol metallurgil,
1957o 101 P. (MIU 1o:6)
(Ilectric controllers) (Zlectric drivirg)
(Rolllag mills)

13 7- 58 - 5 - 88 513
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 16 (USSR)
AUTHORS: Feygin, _ .1 Zhiryakov, N.I.
_Y. L _
TITLE: A Computer-relay Circuit System for the Automation of
Certain Technological Processes (Schetnaya releynaya
skhema dlya ;xvtornatizatsii nekotorykh tekhnologicheskikli
protsessov)
PERIODICAL: Sb- statey po erLergetike. Moscow, Metallurgizdat, 1957,
pp 302-309 .
ABSTRACT: Computer-relay circuit systems may be successfully
employed in the design of certain automatic systems ime..ded.
to perform control functions relative to production machinery.
A computer-relay system is described which is capable of
adding and subtracting electrical impulses. The circuit com-
prises an input circuit unit and a computer circuit unit. The
input circuit unit reacts to the sign of the impulse and segre-
gates odd and even impulses - The computing circuit unit
contains n computing relays, where h is the maximum
Card 1/2 value of an algebraic'sum of impulses for which the system is

137- 58- 5-8858
A Compute r- relay Circuit System for the Automation (cont. )
designed. The paper describes the employment of the computing ci-:cuits in
the automatic regulation of a rolling mill and in various temperature-control
slistems -
I
V.K.
1. Mathematical computers--Circuits 2, Industrial I)rod~ict,,*(,n--E(ju~r..,tiEPt.
Card 2/2

ALIMOV, I.S., inzhener; BOGUSLAVSKIY, I.M., inzhener; MIRYAKOV, N.I.,
inzherar; YBYGIN, V.I., inahener.
Equipnent for preventing overheating. Priborostroania no-7:28-30
Jl '57. (KIRA 10:
(Thermostat)

4UTHORS: Zubkov, G.A. and Feygin, V.I. 127-11-10/12
TITLE: Automation and Dispatching in the Ore-Mining Enterprises (Avto-
matizatsiya i dispetcherizatsiya na gornorudnykh predpriyatiyakh)
PERIODICAL: Gornyy Zhurnal, 1957, # 11, pp 64-72 (USSR)
ABSTRACT: The authors describe the work performed by the Designing Bureau
of the "Tevetmetavtom*atikall Trust ( HE UMA ) on the automation
and dispatcher control of processee in the ore-mining enter-
prises. Designs and schemes of the developed equipment are
brAefly described. A set of signalization, centralization and
blocking equipment for the control of underground transport,
CUf3, has been contructed. The set inclUdes;': a dispatcher
panel, relay-cases, inlett-diatx4buting boards, devices for
communication with portable and'stEltionary oQectaj switch
drives, traffic lights, relay and cable cases, pulse indicat-
or13, etc. Thelaxge-scale manufacture of this equipment has
beigun in the "Tavetmetpribor" Plant in Nallchik. Automatic
ventilation doors for tlie mines of non-ferrous metallurgy have
beign designed to operate concurrently with the C4E - and dis-
paboher systems. The door is moved by a 180-w electric motor.
Ne'N communications means have been constructed for dispataher
Card 1/3 control: loudspeaking communication apparatus of *the nron

Automation and Dispatching in the Ore-Mining Enterprises 127-11..10/12
3-1.20 type for underground operation which contains only semi-
conductor elements; high-frequency installations for loud.-
speaking communication of the BL13-lu type high-frequency in-
stallation for information, search and communication of the BCC
-124 type, etc. High-frequency equipment with semiconductor
elements for communication with a moving shaft cage has been
constructel and put into operation in one mine in Degtyai-kh.
At the present time, a oystem of automatic and remote control
of shaft mechanisms is being designed; only one worker, the
cager, will be needed to operate mechanisms in all horizons of
a mine. As soon as telovision sets are installed in all the
horizons, the operation of shaft mechanisms and the mine car-
exchange will be carried out automatically,,even without a
cager. In 1955, Tsvetmetavtomatika and Gintsvetmet desigmed
ste:nd,rd installations for the automation of mining pumping.
Since 1956 these installations have been manufactured by the
Tairetmetpribor Plant. Tsvetmetavtomatika has designed ATB-229
apparatus for temperature protecting of electric motor windings
an4t bearings by means oJ! thermistors connected with relays. The
relays can be fixed for various critical temperatures from 800
to 1100 C with intervals of 100. Experimental consignments of
Card 2/3 these devices with TP -33 thermistors acre being manufactured

,Automation and Dispatching in the Ore-Mining Enterprises 127-11-10/12
by the Tavetmetavtomatika, and beginning from 1958 their
production is planned in the Llvov plant "Termopribor". Tsvet-
metavtomatika together with the Degtyarkk Mining Administration
are developing a system of electric locomotives remote control
from a switchboard located at a loading (or unloading) point.
Tsvetmetavtomatika carries out desigAing, manufacturing and
introducing dispatcher control systems into operational mines.
Standard devices manufactured by industry are used for this
dispatcher controls Hoireverp some special indicators have
been designed and are being designed for the control of some
parameters. In particular, a special gamma-relay has been de-
veloped for the control of the pre level in hoppers. The re-
lay operates on semiconductor dlements and cobalt radioisotopes.
The article contains 10 photos, 1 figure and 10 Slavic refer-
ences.
AVAILABLE: Library of Congress

SOV/136-58-6-8/2:1
AUTHORS: F_pj-gin, __V,1.__&nd Zhiryakov, zi. I., Boguslavskiy, I. M.
TSTLE: Automation of Rolling Mills in Von-ferrous Metallurgy
(AN,tomatizatsiya prokatnykh stanov v tsvetnoy metallurgii)
PERIODICAL: Tsvetnyye Metally, 1958 11ir 6, pp 42 - '2 (USSR)
ABSTRACT: This article deals mainly with work done by the
ICB Tsvetmetavtomatike. on the automation of the three-high:
hot-rolling mill at the imeni S. Ordzhonikidze Works and
of the reversing cold strip mill at the Kirovskiy zavod
(K:Lrov Works). The viork on the first was carried out with
the participation of B.S. Fradkin, V.S. korozov and A.A.
Vasillyeva. This mi.",J rolls mainly billets of t e L-62
(115 x 800 x 600 mm) and L-90 (100 x 800 x 350 X brass
izrto coiled strip (4.0 - 6.0 mm thick) or sheet (15 mm,
thick), generally in nine passes. The first stage of
automation embraces all the operations, previousIq carried
out by the operator, all the roller tables, the t-ilting
lifts, the middle-roll moving mechanism and the screw-down
to a programme, synchronization of the roller speeds wlth
ihat of the rolled strip to avoid surface damage. The
openator now merely selects the appropriate programme an-a'
Cardl/4 looks after the mechanisms; the arrangement (Fig-are 3)

SOV/136-c8-6-8/21
Automation of Rolling Mills in voa-ferrous Metallurgy
does:provide for immediate manual-take-over. The authors
describe the system in detail and state that experience
has shown that the automation had led to some process
advantages and a 296 increase in rolling rate; the power
of the motor preventing further improvements; a."Umost all
occasions of manual take-over were due to outside factors;
the scatter in the thickness of the product was 35% less
than with manual control. The automation of cold-rolling
mills was started at the end of 1956. With the partici-
pation of B.M. Avdeyev and S.I. Alimov, the 250 four-high
mill for cold-rolling brass from I to 0.4 mm at rolling
speeds up to 3.5 m1sec has been automated, some original
(Ref 4) proposals as well as some made by the TsKB
"Elektroprivod" (Ref 5) and TsvIITMash (Ref 6) being, used.
For the continuous meaE;urement of metal pressure on the
rolls, a strip strain gauge (Figure 4) is used, provision
beimg, made for calibration directly in the mill, according
to a proposal by Ye.S. Rokotyan and I.M. Meyerovich of
TsKBIUA of TsvIITMash. When the pointer on the indicating
instrument reaches the maximal desired value of the pressure,
Card2/4 it operates a photo-re'Lay to produce the appropriate change

SOV/136-58-6-8/21
Automation of Rolling Mills in moa-ferrous Metallurgy
at the stand. For the continuous thickness control of
the strip, the system adopted (Figure 5) is based on two
radioactive isotope devicec*, one before and the other
after the mill. An integrating device ~Figure 6) is
included in the system to ensure that only sufficiently
important changes in thickness operate the control system.
For stopping the rolls Just before the end of the strip
reaches them, a system (Figure 7) based on counters of the
number of turns of strip on the coilers is used; for
thicker strip (0.7 mm end over) the metal is allowed to
leave the coilers but rot the rolls, the control being
effected with the aid of a small, type FR-236 photo-relay
(Figure 8). In 1957, the KB TsMA studied the indirect
measurement of roll temperature from that of a small volu
of air in contac8 with the rolls. Model tests have sh8wn
an error of + 3 0 for an ambient tempcrature of 20 + 5 0-
Card 3/4

SOV/136-58-6-8/21
Automation of Rolling Mille in Non-ferrous Metallurgy
There are 8 figures and 6 Soviet references.
ASSOCIATION: KB Tsvetmetavtomatika
Card 4/4

9(6); -18(5) PHASE I BOOK EXPLOITATION S011/2851
Feygin, Viktor 1= fqvich
Elek'v-ronnyye pribory v metallurgii (Electronic Instruments in
Metallurgy) Moscow, Metallurgizdat, 1959. 221 p. Errata slip
inserted. 6,100 copies printed.
Ed.; B. V. Rabinovich; Ed. of Publishing House: T. 1. Kiseleva,
Engineer; Tech. Ed.: P. G. Islentlyeva.
PURPOSE: This book is intended for foremen and skilled workers of
laboratories and industrial control rooms.
COVERAGE: The author presents brief Information on the electron and
the electric field and discusses the principle of operation and
construction of electron tubes and photocells. He describes
electronic devices, including devices for automatic 2ontrol of
industrial processes in metallurgical plants, and presents a
brief discussion of automatic measuring instruments using
radioactive isotopes. The author thanks B. A. Letitanskiy,
Card l/ 4

Electron~.c Instruments (Cont.) SOV/2851
Engineer, for reviewing the text and S. Z. Grinberg, Engineer,
for his help in preparing the manuscript for printing. There
are 10 references., all Sovle`t;.
TABLE OF CONTENTS:
Foreword 3
Ch. I. Electron Tubes 5
1. Electron and its properties 5
2. Diode 11
3. Triode J6
4. Multielectrode and multiple-unit tubes 25
5. Gas tubes. Barretters 28
6. Photocells 35
7. Specifications of most common tubes 39
Ch. II. Electron-tube Rectifiers, Amplifiers and Relays 118
1. Diode rectifiers 118
2. Vacuum-tube amplifiers 52
3. Photoelectric relays 67
Card 2/4

Electronic Instruments (Cont.) SOV/2851
4. Electronic time relays 81
5. Displaccz-~ent relays 92
Ch. I II. Electronic Measuring Instruments 97
1. Electric: transducers 98
2. Automatic electronic compensators 105
3. FEP-3 photoelectric pyrometer 137
4. IT-235 X-ray thickness gage 144
Ch. I V. Electronic Controllers 155
1. Position control and position controllers 156
2. Proportional control and an IP-130 proportional-plus-
integral controller 163
3. ERK-77 quantity controller and ERS-66 ratio controller 175
4. Electronic servo systems 186
Ch. V. Instruments Using Radioactive Isotopes 192
1. What are radioactive radiation and isotopes? 192
2. Methods of measuring intensity of radioactive radiation 200
Card 3/4

Electronic Instruments (Cont.) sov/2851
3. Use of radioactive isotopes for controlling
industrial processes 2011
4. Gamma-ray relay 208
5. ITU-1195 type radioactive thickness gage 214
Bibliography 221
AVAILABLE: Library of Congress
JP/Jmr
Card 4/4 1-2o-6o

14(5)
SOV/127-59-3-11/22
AUTHORS: Feygin, V.I. and Fromberg, A.B., Engineers
TITLE: Devices,for the Protection of Bushings and Electric
Motors From Overheating. (Apparatura dlya zashchity
podshipnikov i elektrodvigateley ot peregreva
PERIODICAL: Gornyy zhurnal, 1959, Nr 3, pp 41-45 (USSR)
ABSTRACT: On the bas.'Ls of research conducted by the institut
elektrotekhniki AN UkrSSR (The Electro-Technical
Institute of the AS UkrSSR) and the Institut Ener-
getiki AN BSSR (1,Mhe Power' * . Institute of the AS
BSSIR)'.,the Deq'ign Office of Tsvetmetavtomatika de-
veloped a universal device for protecting bushings
and windings of electric motors from overheating.
The de"vice (ATV-229) was built-in to motors of ven-
tilato*rs for local ventilation in the Degtyarka
Copper Aline. Its working
is based on the property
.
of some thermoresistances to instantly reduce their
Card 1/3 resistance when a certain temperature is reached.
(a

SOV/127-59-3-11/22
Devices for the Protection of Bushings and Electric Motors From
Overheating.
The Tsvetmetpribor Plant is producing this equip-
ment. In 1958, a new device, called temperature
signalizer ST-12, was developed. This device guards
against the simultaneous overheating of 12 points of
the motor, thus replacing twelve ATV-229 devices.
There are 2 varieties of this device, the ST-12c-234
(figure 3) for automatic control of circuits, and
the ST-12r-224 for manual control. The feelers of
the device are semiconductor thermoresistances with
relay characteristics. Thermo-resistances fixed on
bushihgs or windings of motors are connected in
series with electro-magnetic relays. The feeding
.of feeler circuits is made through a regulated
Card 2/3 transformer, four rectifiers assembled on germanium

SOV/127-59-3-11/22
Devices for the Protection of Bushings and Electric Motors From
Overheating.
d5odes and a voltage divider. When overheating
occurs in one of the 12 controlled points, a corres-
ponding relay plugs in a general warning and a lamp
is lighted which indicates the overheated point.
There are 2 schemes and 1 photo.
ASSOCIATION; Tsvetmetavtomatika, Moscow
Card 3/3

SOV/137-59-12-26587
Translation from: Referativnyy zhurnal, Mcitallurgiya, 1959, Nr 12, p 119 (USSR)
AUTHORS: Alimov, S.I., Zhiryakov, N.I,, Feygin, V.I.

TITLE: An Automatic Programming Controller of the Heat Treating Proce s for
Tungsten and Molybdenum Rods
A IV,
PERIODICAL: Sb. materialov po avtomat z. proiz. protsessov i dispetcherizatsii,
Nr 3. Moscow, 1958, pp 84 - S3
ABSTRACT: The regulator is intended for automatic current control according to
the given program in welding W and Mo rods. A "D-33" type ampdre-meter
of the ferrodynamic system serves as a unit to measure the irtensity of
the welding current through the transformer. The program is set-up by
shaped cams rotated by a synchronous motor. The basic part of the con-
trolling device consists of the "MRShch-PIR" (or ERM-47) electronic unit
of the regulator; the inductive coils are fastened on the master device
(zadatchik) and the foil flag-indicators which can enter into the gaps
Card 1/2 between the coils are fastened to the pointer. Relay coils are switched
V/

,90'V/137-59-12-26587
An Automatic Programming Controller of the Heat Treating Prooevs for Tungsten and
Molybdenum Rods
into the electron unit outlet; they control the reversible contactors of the potential-
controller motor. The controller makes it possible for one operator to attend 8 - 12
welding machines, raising efficiency by a factor of two and ensuring the strict main-
tenance of the set-up conditions for heating-up the rods.
A.3.
Card 2/2

43 A
al RA
j:: 4_V
N gill
IT
va
g.1 .1L
Pall

BOGULAVSKrf, I.M.; ZHIRYAKOV, N.I.; FHYGINV V.I.
Autmation of a reversing mill for a,)ld rolling of nonferrous
metals. Sbor.mat.po avtom.proiz-r.prots.i disp. no.5:72-93 160.
(NIRA 14:4)
1. Konstruktorskoye byuro "I'Svetmetavtonatika."
(Rolling ~i.:,-X-3) (Automation)

S/56 61/006/000/005/008
D201YD303
AUTHOR: Feygin, V. I. (USSR)-
TITLE: Automation of the reversible non-ferrous metal cold-
rolling mill
SOURCE: International Federation of Automatic Control. let Con-
gress, Moscow, 1960. Trudy, v. 6. Avtomatizatsiya prois-
vodstvennykh protsessov; khimiya, nefteperarabotka,
teplocnergetika, yadernaya energetika, metallurgiya.
Moscow, 1961, 421-450
TEXT: The author describes three automatic controls as developed
by the design office of "Tsvetmetavtomatikall for control of four-
high-250 non-ferrous metal rolling mills. The complete units are
now in product-ion and proved to be a success. A reversible four--
high-250 non-ferrous metal rolling mill consists of a cage with
two reels and is used for brass rolling. The rolling reduction
program is 1.0 - 0.75 - 0.6 - O.Si - 0.4 mm. The working rollers
are 250 mm in diameter, end rollers of 750 mm diameter and the
Card 1/ 3

S/56 61/006/000/005/008
Automation of the reversible D201YI)303
body leng-t-1h of 800 mm. Rolling speed = 3.5 m/sec, cooling of rol-
lers with emulsion. The electric! drive consists of a generator-
motor system, the feed d.c. motor power is 300 kWq 450/900 r.pom.g
440 V. Gear reduction ratio = 3~37. The three automatic controls
were applied, ;_wi.s follows: 1) The system of automatic control of
the atriD ttLicknees makes the thickness more uniform and uses the
maximum p'osaible rolling speed. The sensing elements of the system
are the isotope thickness gaugea type MPY-495 (IGU-495) placed on
both sides of the cage and determine the thickness from the amount
of absorbed 3-rediation. 2) The automatic mill stop system (AMSS)-.
Thin tapes are u-3ually rolled without their ends leaving the reels.
The AMSS stops the mili at the required instant, by starting the
braking at the optimum instant, from the courit of number of tape
turns remaining in the reel. The turns.-,counting arrangement is
electromeohaninally coupled either with the reel or motor shaft of
the program controller and automatically stops the rolling mill
in accordance with the given length of the unrolled tape remaining
on the reel, 3) Automatic control system of metal against rollers
pressure3 Tho sensing elements are tenBion-gauge resistances,
Card 2/3

S/56 61/006/000/005/008
Automation of tile reversible ... D201YD303
glued to the internal surface of a glass cylinder under pressure.
The tenslon-gauges Can be calibrated directly on tile mill. The des-
cribed system of automatic control. of re,,rerpible rolling mills
has reduced considerably the dis,,;repancies in the rolled tape
thickness and avide it possible to operate the mills at pressures
within 5~4 of nominal, thus reduci:,.ig the wear of the rollers and
finally increased the overall. efficiency by reducing losses due to
the rejects al.11d waste due to the non-procesoed end9 of tile tape.
A. B. Chelyustkin (USSR) and B. N. Dralank (USSR) took part in
the discussion. There are 5 figures,
Card 3/3

ZUBKOV, G.A., inzh.; jj~YGIN' V.I., inzh.
Over-all mechanization and automation is the decisive
factor in the future growth-of labor produtivity in mines.
Gor. zhur, no.6:3-6 Je 162. (MIRA 15:11)
It Konstruktorskoye byuro IrSvetmetavtomatika, Moskva,
(Mining enginewring-Equipment and supplies)
(Automation)
(Iabar productivity)

FEYGIN, V*I,
Automation of production pr ' oses in nonferrou3 metallurgy.
Melch.i avtom.proizv. 16 no.11.00-33 N 162. (MIRA 15:12)
1. Gla:vnyy konstruktor konsIxukt4skogo byuro "TSvotmetavtomatikam.
(Nonferrous metaii-Metallurgy)
(Automation)

FEYGIN, Viktor Josifovich
[Electronic and semiconductor inntruments in metal-luray]
ElektronzWe i poluprovodn:U:ovye priboi-f v metallurgii.
Moskva, Izd-vo "Yetal-lurgiia," 1964. 386 p. (MIRA 17:7)

L 1653-66 gdT(m)/&[P(t)/MP~k)/WP(b)/EWA(c) JD1HW
ACCUSION 62-0 ---.--'-UR/0206/65/000/013/0i-OllOiOlI
62i.qw.984.002.54
ff- . W, 49
AUTHOR: Bbgnw.. Gedrain. yu, TV., llosbkav V -&A Starikav. V. 8.1
K Chkov. WOO&- r. aff'Wi Akbmtebikl MME17, KvItaliAly. A. 1. 1 yv, r)r.
ozinskly. A. A 1. V-*q "b"S L. 1M-1 TermsMAK. K. z
Rodionov. A. UWA
TITIXt Witbod for -(,Class 0. NO- 172601
'SOURCS: DyuU~tejal Isobratenly I tovaraykh snakow, no. 13, 2965, 202
TOPIC TAGS: metal, metal tube, metal extrusion, tube extrusion
AWMCT: This AtAbor Cortiflesto Introduess a Bru" for tdo odnWice from
solid Ingots. In this method the metal Is first divided into several strips whieb
are subsequently velded In the next die. In order to 76&we the extrusion pres-
sure. the diameter of the Ingot should be emallar them that or the extruded tube.
JAZI
ASSOC*2101W no". -
3DJ~mQ MCLt 00 90 CM. WL A
so Mr SMI Iwo OMMI 000 AND ~14/01

L 1655-M 34T(d)/KdT(m)/DIF(Y)/IUP(t)/WP(k)/EWP(h)/EWP(b)/FdP(1)/r-MA(c)
;ACCEGSIOW Will AP5021621 IJR102661651000101YI010210102
621.979.984.002.5h
SS qq" 5
AUTI(ORt StjfWM L. C; Gotdy"in,, Yu.' Yu. tFQ_TMQV T. 14. -, ar kov. V. 8.1 4
d v I (Vitnit A. W. 1 4,4,,
K!Zuchkov M
V- It bar L. Kh. I TeRm-ok, 9
YM.Loy 1. V. . Z.
Fodionov. A. S. qw,
iTITLE: Toot for extruding of tubes.- Class 490 No. 172602
SOURCE: 9yulleten' Isobretenly I toyarnykh tnakov. no. 13, 1965, io2
TOPIC TAGS: tube, metal tube, J&e 4Mtrusl q extrusion tool, extrusion press
ABSTRACT: This Author Certificate Introduces a tool for the extrusion of tubes from
solid Ingots, i.e., container, mandrel, welding chamber, and die. In order to in-
crease the rigidity of Individual toole. and ensure their precise position in relation
:to one another, thereby Improving the uccuracy of the extruded tube@, the mandrel is
rigidly mounted in relation to the container; It carries an internal die and is pro;.
Yided vith a central compartment forthe IWt. Radial canals connect this cost-
partment with the welding chamber, vhl,zh to formed between cont4LLn*r wall and the
randrel surface. JAZJ'

L 1655-66
ACCENION XRt AP5021621
ASSOCIATIONt none
StMTTED: 31J=62 INCLI 00 SUB Cots: M
No REF sovi, 000 MtR: 000 ATD PF=tq4fw!
cord 2/2~ hp
-1 M- M, um-mm,

R/0413/66/000/022/0098/0099
ACC NRt AP7000238 3OURCE CODEZ u
Blinov, D. F.; Ovcharenko, Ye. Ya.; Sazhayev, V. G.; Feygin, V. I.;
!Shleyfman, Kh. M.
ORG: none
.-TITLE: Device for automatic detection of flaws on a moving surface. Class 42,
N66'-188685 [announced by the Design Bureau of Automation in the Nonferrous Industry
.(K6n'struktorskoya byuro "Tvetmetavtomatika!')]
.sOPRCE: Izobret6niya, promyshlennyye obraztsy, tovarnyye znaki, no. 22, 1966, 98-99
-TOkIC TAGS: metal surface, flaw detection, metal inspection, optic method, optic
-3. nstrument
ABSTRACT: This Author Certificate introduces an automated flaw detector for the
inspection of a moving surface of an article such as a metal strip. The detector con-
tains a source of light and an optical system for the concentration of luminous flux,
~Iiich is placed in front of a panel with light guides and x4ith light-sensitive elementi
-connected to the electronic inspection device. To increase the sensitivity to small
flaws and to facilitate the inspection of wide strips, the instrument has branched
ight guides which ensure an'optical connection between the source of light, the
inspected surface, and the light sensitive elements. In a variant, the adverse effect
of vibration of the inspected surface on the instrument performance is reduced by
Cwd 1/2 - - UDC: 620.179
r

AP7000338
V-form light guides which ensure a perpendicular directiol fof the light flux toward
the inspected surface. In a second variant, the inspection of any shaped surface is.
done by light guides assembled in a bundle whose shape corresponds to that of the
inspected surface. Orig. art. has: 1 figure.
SUB CODE: 13/ SUBM DATE; 22May64/
Card.

I.- 5'1376-A-5 -E-VP Oc-~~E - Ac-Y/EE-Wr(dN-A-V4T( t~~-WP C~LPbMILk' f d I W,

ACCESSIOU RR: AP50109'16 UR/0286/65/00VOOT/016510165
AUTHOR. Zakheroy, 14, T. -Fe --Rcytbarg, L. Kh.: Shneyerov, 1. S.
MgOrn'.

TITLE: An extrusion.&Ltachmentia Class 491~, No. 169985

CE, Ulletpn!--Izot-eteniy--t-tovarnyl-,Itznakav,--no.~7,--1965-, 165
__ By
_SOU2

-rusirm - - Tianel-
p

AR-STRAM This A~uthor -C'ertificate intr oduces_ aa eltachrient. for the extrusion of
Panels fn-m hollou billets. The device consists of a mandrel (c-ee Fig. 1 of tl-lc,
Enclosure) fitted into a hollow stem and evatered. In the die which, dutring exi-ru-
t'o--:-= the inner wall of the containev. rn order to lcfwer the extrut:,fou furLE:f
sion
,
and to ift-crease the quality of extruded ax-11eleg, the stem is designed as a cy c, I
~
i der in which. the mandrel slides freely and the die has the 5hape of an opf-n ring
Orig. -art. -has 1-.'figure. - NW1
ASSOCIATIOU: none
Sard

li-
11--
i
-

L 2481-6-6 EWT_(4)
1ACCESSION r1R, AP502h36'1' UR/o286/65/000/015/0035/0035
621.165-567.5
621-1136-567.5
~AUTHOR- Gokhman, D. B.; Feygin, V. L.
,TITLE: A device for compensating for axial stresses in turbomachines. Clasn 114
1110. . .... ..
SOURCE: Byulleten' izobreteniy i tovarn'ykh znakov, no. 15, 1965, 35
I
TOPIC TAGS: axial stress compensation, gav turbine, compressor, labyrinth packing
IABSTRACT: An Author Certificate has been Issued for a device for compensating for
laxial stresses in turboniachines, e.g., gas turbinev and compressors. The device con'-
tains a balancing piston and end packing w1dch, with the casing, formG an interitediate
!cavity filled with the working medium whicli is drained off into a lower-pressure aren.
To increase reliability and to simplify the design, the piston is sectionalized in the
Iform of several disks serving as the comporents of the radial labyrinth packing mounted
Ion the shaft end. Withf.n the basing, a shtped fitting is rigidly mounted over the
inlet to the labyrinth packing, thus forming a cavity within the piston,for feeding
the working medium (seo Ivig.'l of the Bnclcsure). Orig. art. has: 1 figure. (LB1
ASSOCIATIO~:' - Ts'entra 113'Y ~Ptloturbifinyy'ihstitut ini. 1'. 1. Polzunova (Central Boile-r'
.,and Turbine Institute
F Lard I J.-C

tB Mi'vi i#l0tRsq TWI !v
L 2h81-66
ACCESSION NR: AP5024:367

tp~ Mom
J

L 12481-4W

ACCESSION IIH .-'AP50214361
ENCLOSURE.' 01

Pig. 14 Sl~r ess compensator A
I Balancin g piiston; 2 - turbine
shaft s h4ed fitting.

\If-
E --;,y C, T F~ 'ir
- I-- j
PALIZAK) 1. q.p V. F. VZ'IIUTI'T qnd IA.G. fjM, ods. Ekonomichenknin geogrrnfiin SSSR.
Dopushcheno VTWSh pri STIK SSSR v knehentva uchobnikn dlin ekonomichesk1kh vu2ov.
v. I (1,W p.); v. 2 (89? p.) v. 1 by IA.G. Faigin, P.I. Kudlonok, B.L. Markus and
others; v. P by IA.G. Feigin, L.V. Oplql;skii, M.M. Galitskii and others. Moskva,
Sotsekgiz, 19/,O. .2 v. (JOT SSSR. Institut ekonomikio
SO: IC, Soviet Geogrnphy, Part 1, 1951; Uncl.

K,:Y,-',IN', YA. G.
FEIGIN, IA. G. Razmeslichenie proizvoditellriylfh sit SS:;R. Moskva, Politizdat, 1-941.
136 n. (Akademiia Nauk SSSR. Inst.itut ekoriomiki.)
SO: LC;,Soviet Geography, Part 1, 1951, Uncl.

FFYG IN, YA. G.
Economic geography of the USSR. Edited by S.S. Balzak, V.F. Vas.,rutin, and
Ya. G. Felgin. New York, Macmillan, 1949.
xiv, 620 p. charts, maps, tables. (American Council of Learned Societies.
Russian Translation Proiect.)
Translated from the original Russiar.: Ekonomicheskaya geografiya SSSR.
Bibliography; p. 557-566.

G,.FZYGIN Ya
Problems in technological progress and the distribution of industry
in ths U.S.S.R. Vop.ekon. sio.4:63-79 AP '56. (KWA 9:8)
(Ruallie'-1conomic policy)
(Industries, Location of)

ROZISMID0
The economy of the Latvian 8.8.R. ("The Latvian S.S.R. Outline of
economic geography." Reviewed by X.Rozenfelld. IA.Felgin). Vop.ekon.
no-7:11:6-149 J1 056. (KW 9: 9)
(Latviso-Sconomic conditions)

f /' , - / A,f,~ /~ )
ALAKPATAV, P.; VASYUTIN, V.; DZIRVI, F.; KOLOTIYEVSKIT, A.; POIN, T.;
ROSTOInUT. N,; FZYGIN, Ta.
P.M. I*glav; obituary. Isv. AN SSSR. Ser. geog. no.6:178 N-D 157.
(Daglav. Fritsis WrIevich. 1898-1957) (XIM Iltl)

/C,/.
FIYGIN, Ta.
r-----Dis'trIbution of productive forces in the U.S.S.R. Vop.ekon. no.10:
70-85 0 '57. (KIRK 10:12)
(Russia-Ageonomic policy)

LIVSHITSO Raisa Solomonovich.;,YBYGIN, Ya. G., prof., oty. rod.; FIROGOV,
"A.I., red. Izd-va.; GU 0 1-.P-.-;-tokhn. red.
[Distribution of the iron and steel industry of the U.S.S.R.]
Razmeshchanit chernot metallurgii SSSR. Moskva. Izd-vo Akad.
nauk SSSR. 1958. 374 p. (MIRA 11:11)
1. rlhlen-korre8pondent AN USSR (for Feygin).
(Ir6n iimiustry)
(Steel industry)

OPATSKIT, L.V.; WTGIII,-,Ta G. prof.. red.; LISOV, V.Te.. red.;
GRlL&S1MDM-," -ta.,,"Whn.red.
rDiatribution of food induRtries in the U.S.S.R.] Razmashchania
I
plahchovoi promyablannosti SSSR. Moskva. Gosplanizdat, 1958.
353 P. NIBA 11-12)
1. ChlAn-korr"spondent AM Ukrainskoy SSR (for Feygin).
(Food Industry,)

AIAM!PIYNV, Petr Martynovich- FXTGIN Ta G ..otvetstvennyy red.; SHRUKKAH.
L-Zx-x--&
B.I., red-.izd-va; Ag-iwm. G.A., tekhn.red.
[Elimination of economic inoqualities among people of the Soviet
11ast and the socialist distribution of inductry; historical
account of Kazakhstan] Likvidateiia ekonomicheakogo neravenstva
narodov Sovetokogo Tostoka 1. sotsialisticheakoe razmeshchenie
proqrshlennosti; istorichesicii opyt Kazakhskoi SSR. Moskva, Izd-vo
Akad. nauk SSSR, 1958- 450 1)- (MIRA 11:3)
(Kasaidwtan-Industries)

,-FEYGIN, Yakov Grigorlyevich,; RABINOVICH, H.,red.; DANILINAO A.,. tekhn. red.
tZoeation of production centers in capitalism and in socialleml
Rasmashobenie proizvodetva p).,i kapitaiizme i Sotsialtzme. Isdo 2.#
parer. t dop, Moskva. Goo. btd-vo polit. lit-ry, 1958. 686 p.
I (MIRA 11:12)
(Industries. Location of)

AUTHORs cFeygin, Ya.G. 30V-10-58-4-18/20
TITLEs Modern Trends in the Economic Geography of Wcscarn European
Countries and the USA (0 novykh techeniyakh v ekonomiches-
koy geograf ii stran zapadnoy Evropy i SShk )
PERIODICALs Izvestiya Akademii nauk SSSR - Seriya geograficlieskayr-,
1956, Nr 4,, pp 120-1.50 (USSR)
ABSTRACTt This is a discussion of various West European e.-' American
books and articles on economic geography, develc-iing, in
particular the theory of space economy. On tha whole, it
condemn's the capitalist economic system and praises the
advantagea of the Swriet aociallot economy. There are
10 referencesp 3 of which are Soviet and 7 American.
1. Social sciences 2. Literature
Card 1/1
2 f~~-7

SOV/130-58-10-1/53
AUTHOR: Feygin, Ya. G., Corresponding Member of' the AS UkrSSR
TITLEi Scientific Treatment of the Accomodation Problems of Socialist
Industrial Production (Nauchnaya razrabotka problem
razmeshcheniya sotsialisticheskogo proizvodstva) Fundamental
Directions of Hesearcli ((,)snovnyye napravleniya iss dovaniy)
Ph;RIODICAL: Vest.nik Akademii nauk 8SIL~;R, 1958, Nr 10, pp 3-10 (USSR)
ABSTRACT: The elaboration of a prospective plan for a series of Five-Year
Plarts, in which these problems must be considered, is impending.
In this respect, too little assistance is as yet 1-ing'rendered
to planning organs by scientific institutes. In 1956-58 econom-
ic-geographical monographs concerning the Union Republics and
some economic areas were published. In the field of agriculture,
these problems are being dealt with by VA-,,KhNIL. The Sovet po
izucheniyu proizvoditellnykh sil Akademii nauk SSSR (Council for
the Investigation of' the Productive Resources of the AS USSR)
deals with thede problems in the regions of East Siberia and Far
.East. The Institut ekononiiki Akademii nauk (Institute of
Economics of the AS USSR) has elaborated a series of monographs
Card 1/5 (L. V. Opatskiy, H. S. Livshits, A. M. Korneyev, P. M.

Scientific Treatment of the Accomodation Problems of Socialist Industrial
Production. Fundamental. Directions of Research
Aiampiyev, V. G. Udovenko, and others). Conditions of aocomoda-
tion have changed with the development of science and tech-
nology. In order to save time and capital in the construction
of electric power plants, N. S. Khrushchov suggested that tile
construction of electric power plants with cheap Siberian and
Kazakhstan coal or natural gas as basic energy source be in-
tensified %ithin the next 7 or 8 years. The Economic Institute
and the Council for the Investigation of tM PrOdUCt1".-,R4~OW"fi
of the AS USSR have, under the supervision of V. S. Nemc)Anov,
Member, Academy of Sciences, USSR, drafted a plan of research
for the accomodation of industries, which has,however, given
rise to numerous difficulties. The experience of the economic
councils and the fact that experienced specialists on this sub-
ject are available must be considered an asset. Geographers,
geologists, energy experts, technologists, transport experts,
and others must be empioyed for this task. The coordination of
the work of the Economic Institute with that of others and,
primarily, with the Institut ekonomiki i organizatsii
promyshlennogo proizvodstva (institute of Economics and the
Card 215 Organization of Industrial Production), which is being formed

."0v/ ~0-18_ 1(-"- 1. / "14
,cipntific Treatment or the ,-,ccomrda,:;ion Problems of llociaiisL lndu~3triai
Production. Fundamentai Dirfrctionn of Resparch
in the !"iberian Department of the .1,; tj,~,A. is described as im-
portant.
Card 5,15