SCIENTIFIC ABSTRACT PESHIKOV, F.V. - PESHKOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240210013-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PEMIKOV,- F.V., starshiy modellyer
Improving the designing of medels and assembly of uppers for
sandals. Kozh.-obuv.prom. 4 no.6:26-28 Je 162. (MIRA 15:6)
1. Mosk-)vskiy kozhovenno-obuvnoy kombinat.
(Sandals)

- - J7 KOV, 1. , i n2. h..-CCdT,G '-kcvn_"r.- . R.EE'VENKOV, 1. , maycr , vjyenri~7 .- ~- -:7~- i K
FEST
Fe--Vc.gc ~~,.aSSa
Airilane 2anuilng witiriout thrust. Av. I k~ism, 4" r1o.2,flLr~. F
(~j 7 ?,A - p ~,.

ZAYDBCHEDVMT, A.D.; BMSMYN, M.Kh., KIRIYEMM, N.Y.; ABRANDTA, V.V.;
GUMBIN, N.S.; SMOMLING, B.N.; TABO, Ta.A.; PEW, Ta.A.-,
PBSHIMTO FJO ~'
Artificial. leather for the uppers of open summer footwear. Leg.
prov. 16 no.1:20-23 Ja 156. NLRA 9:6)
(Shoe Industry) (Leather, Artificial)

L 2440-6~ E7.4P(e)/FPA(s)-2/E7~iT(m)/FPF(c)/El.4P(i)/EPF(m)-,',/EPA(w)-2/E;WP(t)/_
j0
EWP(b)/EWA(h)/_E'WA(1) IJP(c) JD/130/,3S/WH
ACCESSION NA: ATS023817 UR/OODO/62/000/000/0347/0354
AUTHOR: S arodubtsev �#-V.; A~ixovp S, A.; Domoryad, 1. A.4,qftshikov, Ye. V.,'
Khiznich!�O. It. P.
-TITLE: Change In the mechanical characteristics of certain solids exposed to
pum radiation
SOURCE: Soveshchanive Po probleme Dey~~i eLyqd~rAyh"4_VqchA4y nqj"terialy.
Moscow. K~.'Deystviye yaderivykh izlucheniy na materialy (The effect of nut ear
radiation c~ ~tala); doklady soveshchaniya. Moscow, Izd-vo AN SSSR, 1962,
347-354
TOPIC TAGS: gamma irradiation, quartz, shear modulus, irradiadon effect,
dielectric. property, solid mechanical property
ABSTRACT% The effect of fradis on on certain mechanical and dielectric pro-
r 'a
~e a rRochelle salt crystals, and ceramic barium
pertie ed quartz flM
itanallf udled. A 1.2
t A apt 5 MEV Co6O Isource.,ovas employed at a dose rate of
t
10 r/h The shear modulus of fused uartzlincreasee with the dose, and at
1.5 x 109 r, the change AG/Gis 0.2W!~+ _0%%). Gamma irradiation also
changes the linter dimensions of fused quartz. These changes in elasticity
-Card 1/2--_

L,2440-66,
ACCESSION NR: AT5023817
and size may be satisfactorily explained by assuming a partial ordering
(crystallization) of the lattice,under the influence of Wrays. The observed
effects of intense JIrradiation on the lineardimensione and "melting!' point
of'Rochell salt appear to be duo to the destruction of the sample., The con-
siderable :ffect of Z irradiation on the dielectric and elastic properties of
BaTiQ3 ccramice are qualitatively similar to the aging process* The presence of
healing at room temperature indicates that ge least some of the defect centers
(or now states ~of the domain walls) are unstable$' Orig. art. hass 8 figures*
ASSOCIATION: none
SUBMITUD: IgAugU ENCL:- 00 SUB CODEt NPp_ 88
NO REF SOV: 004 OTHER: 008
Silicon
CW, 2 /2

FESHIKOV, Ye.V.; STARODUBTSEV, S-V.
Effect of radiation on the properties of Rocbelle salt in
low electric fields. Fiz. tver. tela 4 no.1:239-t45 Ja 162.
(MIRA 15 -.2)
1. Iriatitut yadernoy fiziki AN U7.SSR, Tashkent.
(Dielectrics, Effect of radiation on)
(Electric fields)

YE. V.
PH;LSE I BOOK EXPLOITATION SOV/6176
Xonobeyevskiy, S. T., Corresponding Member, Academy of Sciences
USSR, Reap. ~d.
Daystviye vadernykh izluchenlv ra materialv (The Effect of
Nuclear Radiation on Materials). Moscow, Izd-vo AN SSSR,
1962. 383 P. Errata slip Inserted. 4000 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Otdslenlye tekhni-
cheakikh nauk. Otdc--Ianlye fielko-matematicheakikh nauk.
Reap. Ed.s S. T. Konobeyev3kly; Deputy Reap. Ed..t S, A.
Adazinakly; Editorial Boardt P. L. Gruzin 0 V. Kurdy=ov,
B. M. Levitakly, V. S. Lyanhenko (Dsoeasedl'iu. A. Martynyuk,
Yu. 1. Pokrovskiy, and N. F. Pravdyuk; Ed. Of PlAblishing
Houae: M. 0. ftkarenko; Tech. Ede& T. V. Polyikova and
L N. DorokhIna-
cam 1/14

The Effect of Nuclear Radiation (Cont.) sov/15i76
PURPOSE: 'It'his book 13 intended for personnel concerned with
nuclear materials.
COVKRAGH. This In a collection of papers presented at the
Moscow Conference on the Effect of Nuclear Radiation on
Materials. held December 6-10, 1960. The material reflects
certain trends in the work being conducted in the Soviet
scientific research orginization. Some of the papers are
devoted to the experimental study of the effect of neutron
Irradlution on reactor materials (steel, :errous alloys,
molybdenum, avial, graphite. and n1chromea). Others deal
with the theory or neutron irradiation effects (physico-
chemical transformations, relaxation of Internal stresiee,
Internal friction) and changes in the structure and proper-
ties of various crystals. Special attention Is given to
the effect of Intense Y-radiation on the electrioal,
magnetic, and optical properties of metals, dielootrios,
and aemiconductors.
Card 2/14

The Effect of Nuclear Radiation (Cont.)
SOVA176
Konozer%o, I. D., and V. I. Ust'yanov. Effect of Y-Rays
bn Properties of CdS Single Crystals 318
Titov, P. P., A. K. Kikoin, ean A. 7e Buz Stimulating
Action of X- and Y -Haye on 210 rooeas 329
Pyalobzheskly,-A--V., V. JD.-VaX'kQ-v* and V. N. Lukinskaya.
Effect of Radiation on Corrosion Properti6s- of Metals and
Alloys 332
2alwhka,-A-P., P. 0. Idtovchenko, and V. 1. Ustlyanov.
Kethode of Investigating Pr4-e-r-U-es of Semiconductors
Irradiated by y-Q"nta
3teg!q4.ubtsqv,---4. I. A.,Domeryad a-
-Y., S. A.L-Azlzov, -Y-
Pee and L. P. Khiznl enko.
hikov -1h
of Some Solids to Y -Radlation
C&M 12/14
6

FWHIK ; STARODUBTSEV, S.V.
.T~SOV~Ye ~
Aging of BaT403 4eramics stimulated by gamma-radiation.
Izv. AN Uz. SO. Ser. fiz.-mat. nauk 6 no.5:37-39 162.
MIRA 15: 11)
1. Institut yadernoy fiziki AN UzSSR.
(Barium titanate)
(Dielectrics, Effect of radiation on)

131 OB/ B -,a()'
A UT H 0 h S e . V tarodubt sov , S. V.
'TL L .
~;amm~ A - , ii di u,~ u(; ;~g n6 of DaT i 05cornmico
10 D : C A LAkziaemiya nauk 'jzbLkskoy T
Zvesti
ya. e r iyii
f-,zikc-matematicrieskikn nauk, no. 5, 196~, 37-59
T _~'X T :The effect of Cam.7.~_ --raciation up~:,,r the electromecri--ical ELI-10
dielectric properties of BaTiO, at 2C),J.2 00 in weak electrical fielcs was
studied. A resonance method A. Ceber, U. F. Koerner, ?roc, :. i- E.,
46, no. IG, 1751, 1958) was usec to measure the resonant frequency
::/P 1 -0 2, and tne resistance equivalent to the electromecaanical
r = D '
losses, R The latter was determined from its relationship to the
,_1 f r
,-factor; rR Cf2 . D is the diameter of the specimen, E is Young's
r
Card 112

S/ 1 66/62/GO0/'005/CK)3/306
,~amma-induced a,-.-ng of BaTiD5cer"MIC3 B100186
muoulus, v is tne clen,-It,i, j s i'oissor.'s ratic', is tne dis~iac,~;-.ent
of tne resor,i~rt frequonc.i vh~n a connec*.,,-' to tne
specimen. -7rradiataon po-rizej specimen5, type cau3ed
to increase and 'n capacitanc a na h to decrease
r e i~jw-l requE!ncy
monotoni C;L! !Y wi t n t I me of Irradiation. ')'pecimena of thc, Lype I-,, -:,~V~sj
showed a more distinct ch~~nje in " Lnd tan . Gamma irradiation ac,,elerates
the process of a6kn6, but does not interfere with the logarithmic criange
in time of the intrinsic properties of the material. It either favors tne
migration of the domain walls and defects or produces new defects. Triere
are 2 figures.
ASSOCIATION: Institut vacerno .-iziki AN UzSSR
(Institute of Nuclear
?n~, 5 a c 5 z
S I TT ED July 2, 1~io2
Card 212

2kJ-0 00 3 5-, 101131 IIS-1)
AUTHORS: Peshikov, Ye. V.,
TITLE: Changes in the prDperties
crystals (in weak
33362
S/181/62/004/~Cl/C
B104/B1 12
and Starodubtsev, S. V.
of irradiated Ro,3helle Balt sinUi-
electric fields)
PERIODICAL: Fizika tvordogo tola, v. 4, no. 1, 1002, 21159 - 245
TEXT: Rochelle salt single crystals were exposed to Co6o rad).ation ~-f
0.5-10 6 r/hr at 10 - 200C in a waterproof apparatus. Their dielectric
properties were determined with fo-~l electrodes on X-cut plates 0.4-0.9 mm
thick and 0.3-1.0 cm 2 large. Measurements included the temperature depen-
dence of the capacity and loss anele of crystals irradiated with different
doses, the variation of the Curie point as a function of the doses, the
effect of annealing on the tan-5 of the irradiated crystals, the effect of
irradiation on their nonlinearity, their resonant frequency, and their
Q-factor. Their specific properties were substantially changed by
irradiation. The inturprotntion of tho chfilij.,on iti very difficult due to tree
complex relationship b,_~twcen the measured characterioticti, and (iiii, to !fic
Card 1,1?

_5336~
S/181/62/0C4/_ ~, 17
Changes in the properties of DVA/B112
lack of data on the type and properties of lattice defects. 1.'! 1 e I * 1 i, i
value of Emax is attributed to the inhomogeneity of a real crystal: Tne
conditions for a transition in the various microvolumes are not sim-,ilt-aneouo-
ly satisfied, and there is a transition domain instead of a transition point,
The effects of internal stresses and deformations reduce F_ far away from
the transition point, and shift the Curie point. The linear dependence of
the Curie point. on the dose sugpeqts an accumulation of defects which is
proportional to the dose, The Ctirie point also shifts with the number- f
defects. The fixation of the domains influences the dielectric find
electromechLnical losses substantially, The nonmonotonic variation of tale
loss with the dose is unclear. T11e increase of losses at hic.1, larCe Ioses
is possibly not due to domain processes. There are 9 fit,-ureo %nd ,3
references: 7 Soviet and 1 non-Soviet, 'rhe reference to the English-
lanC,uage publication reads as follows. A. (,, Chynoweth. Fhys, hev_
no, 1, 159, 1c)59.
ASSOCIA-I61' Ins ti tu t v ad ernoy f 1 7.1ki nt (In-, t i tutf
e' 1,
:s:-aya Pn
SUBL!I_`f .'D: Au'r-Us.
Card 2/2

(1) up(c) GG
I ALL riffs AP5027389
AIMIM: Starodubtsev,
S_ V.; 6esa~iko, Ye. V.
ORq: Tnstitute of Rucyel4ar, Weics, AN SSSR, Wsrow Onstitut ynrlern6.v1_,r1z1k1 AtJ SSSRI
TITLE: Radiation chnnizes of props-rtips nf fo-ri-s-lectrier, Ai)- ko nn Int.1-rn") dis-
placement field
SOlMCF': Fizika tverdosn telf), v. 7. no. 11, F?6%, 317c;-11T)
t14
TOPIC TAr.S: rndtn ion immay-P, PovheJ1#- r;nlt, sulfate,
garmna NA4L t"J44;..' t'4%QJWC4%4C
ABSTRAC e properties of triplycene sulfrite ntid Rocbe)le sn1t irrndtateC with
gamma r Fit a (lose rate of ods-0.6 Mr/i;r-i- were Investivated.
The comparison of the plot of the dielectric constent near the upper peak value or
the Curie point E versus the external biasing field with that of E as a fune-
max MA;
tion of the Internal space charge field showed that the effert of the Diasing and
space charge fields are equivalent and can be considered to be secondary effects
arising as a result of trradiation. An attempt wns made to explain an increase in
Emax of Rochelle aalt at; small doses of x-ray and gamma Irradintion. The effect of
the space charge field diuring pulsed polarization of Irradiated triglycene sulfate
was als Investigated. Orig. art. has: 6 figures and 2 rcirmulas. ICS)
_ZP
SUB VODE- A01 SuBM DME90 26mar65/ omr. nlr: on7/ m RFP: DW ATD PRES

USSi~/G,.!._ur-;l Pr ~, I P-lt*. L I'--t:. L 1 : 3r f
Ii.fx:'~ti us P!,
Abs j ur R '~Lul- - D i -I N - 1~" 19~u' 605(l('
I'usaik ~'3kfi G.V.
0 V c 1~ -1e I ~Iup, IrritnAl .i 'xjI0 )f ~ rtica3
T111IL-i U-,. ,, V c F --,nti f :.Ac C) 'L, 2,, i..
D tit*. Tu' ~ i'~.
Or i , Pul Tv. M I -t :iccl. i~~ -t-., L'j:"7, vy-, 26, 5'~-;3.
Abstract Ii- s ;iV. irl'it'l-
t i i:. t: i o f n. i f trauxi, i.-,~octi -, f
-idrei.aLi_ a.i,, c ..-tical tr-,jaa lcd t , thu cloval f
-r i-. tlac skii-
C.-ird 1/1

o

IGRISTAN, Ye.L.; TURENEY, YaAS4. Prinimali uchastiye-. KOLOSKOVA, V.G.;
__?ERINAp Y#.KOVLEVA,, N.I.j VAYXULI., A.A.,.
Pressing iron ores and retreating magnetite concentrates. by the
re-flotation cwthod with anion conectore. Gor. zhur. no.12:47-
40 D 161. (MIRA 15:2)
1. TSentrallzwy nauchno-issledovatellskiy institut chernoy
met4LUurgii Im. I.P.Bardina., Moskva.
(Iron ores)
(Flotation)

pils~iil.;Ik. Tli.
1) o r t! t t inu : '* .1 J
I , it-! of li I gh-o.ir c(t Rot!i t 1 ng 1) 1- k,~ , "("'In4 Tocil r!ow
Aviation Teclin-ologicnI lris~ ~'l -'-I- C-L. ~-'oscow, V. k- 51-1
r
SO.' SUM 24), 19 Oct 1954

-~7, H ~ ri A ) Y,~ ,
180 ) PEASE I BOOK EXPLOITATION SOV12686
Moscov. Avintsionky-j tek~molcglebeskly inrjtltut
Voprosy soprotivlenipi materialov; prochnost' alyuminiyevykb splavov (Problems
of the Strengt-h of Materials; Strength of Aluminum Alloys) Moscow, Oborongiz,
1959. 117 P. (Ser-..es,. Its. Trudy, v-yp. 37) 3,600 copies printed.
Sponsoring Agency: Ministerstvo vysshego obrazovaniya SSSR.
Ed. (Title jvige): SAI. Scren!3en; Ed. (Inuldc book): B.V. Zaslavokly;
Ed. of Publishing Bou-se: L.I. Sheynfayn; Tech. Ed.: L.A. Garnukhina;
Managing Ed,: A.S. Zaymovskaya, Engineer.
PURPOSE: This collection of articles is intended for workers of enginbering d634A
officeaj, induqtrlal 1W..oratoees !jad scientific institutes of the machine-
building indcttt'-rj a;sd f,,-r reRearch fellcqa and studentEs of advanced courses
in 8choole of hie.~~r te~~Lvafcal educa"-don.
-B of 8 articles in which
COVERAGE: T-Iis meebanical properties
of deformed a1um!mma aLioya are described. rae- load-carryIng capacity of parts
Card 1/4

Problems of the Strength of Malerials (cont.) sovI2636
made of V~Lese I's cunsidered and s=e ras:lt-s of the investigation of
tte distn1bution cf stresses and stra-'Ls in parts ana joints are gtven.
TABLE OF C MIT= :
Th~ Eff,~,it zf 11.~-aign and Material of a Rotating Disk on
Stressed Condition arad Capacity 5
The aiftLor con-aidere prc;~Iam-i cf loal-carrving
capacitv In elksti(- plask.1c In connection with the
special features of U-;.e eLL6g-?-Am of -',lie deformatia.r. of material in
rotatir,Lg :U f;U.
2. 'YarLcv,,
I G.T. and Skorry. TLe Prciblem of Approximation of
Deformation ~Iiagrems 13
The properties of the def,~--ryation diagrams analyzed for alumiam
structural alloyp- disclzrAed-
3. Giatsintov, Ye. V. Effect of scue Structuyal Parameters on the
Distribution of Stresses in Fir Tree Fastenings 35
The stressed condition in an elaztic region in flexure is
analyzed based on the example of a blade root fir tree fastening.
The dependence of the stressed condition on tLa design parameters
Card 2/4

ProblF-v. of *.!2,~ 1-"trer4,rth of MAterisis (Cont. ) savl,?686
introduction (T , - , .:-:,,-jccwb1acAti= of elastic properties of materials
of the blade ".d aisk are shown.
4. Stepanov, Ye.P. 1wrR,,9ti.gation of Stresses in a Wedge Under a Triangular
Load (Applied to Cattera) 52
The author wes tbe optic met!iod of investigating stresses vhich makes
possible an ana4sis of the applicability of corresponding
theoretical solutlcrw tc tlte~ determination of a plane stressed state
in cutters.
5. Kogayev, V. P. Basis for *-'le Choice nf an Eqizal Strength Beam for
Calibrating Wire rensGmeters in the Presence of Transversal
Vibrations 62
In connection wit,): t---'e elaboration of eq7ullnent for the calibra-
tion of tran-smitters.,calculation of an equal strength beam with
transversal vibral--ioas present is given.
6. Serensen, 9.VjM.,If. Steyany, V.P. KogAyev, and Ye. V. Giatsintov.
Stability of the Function of Distribution of Durability in Test-
ing the Stab-13.1ty of Aviation Alloys 69
Card 3/

Probl,ems of the Stre%eA of Wterials (Cont.) SaV1 2686
Pr6blemq of t%e ats:1,11-ity of avletion strvctura:L alloys are con-
sidered In the static aepect in ord..jr to Ottair, a stable distri-
bution of ditratility at 'rarious le~Tels of stress.
7- Voronev, S.M. ['Decaased~ aAd M.N. Stepncrv. Fatigue T-1yal t of
Aluminum Alloy AE5 With a Sl ate:dke Structure of Fractures 85
The relation of fatigee to elatelike stracture of fractures
is ana4zed in studying the Ftabi2ity of silation structural
al.10YE.
Stepaov, M.N. S,zx-face Stremgt:aing of AlumimLw Alloys AK4-1
anA LrDI'7 by Henmicr flardering 96
Fat!ox- resistance of cold-hammered samples with ebanging
parametera of the strengthered layer and Vie mechanical
properties of the layer are &-seribed.. The dependence of the
value of final stresses an the hmmering technology J.6 shown and
thestrengthened lityer are determined.
AVAILABLE: Library of Congress
IS/gMP
Card 3/4 12-9-59

PESIIIY, V.G., gornv:r inz-h.; YARMOLYUK. V.T., gornvy 1nzh.
Shaft bottom vith a high traffic capacitv. Ugoll Ukr. 4
no.8:24-26 Ag 160. (MIRA 13:9)
(.'1wov-Vo1y-n'Basin--Mine haulage)

-.~' ri --, t t'a)4~ -'V -
USSRA-ledicine - Virm, Diseases MaY 5 3.
"An Urwual Outbreak of Encephalitidk' A.V.Peshl-in
Zhur Ne,.,ropat i Psild-jet:&- i#.q Vol 53, No 5, pp, 356-61.
Ten cases of a vei7 severe form of encoph-alitis vore observed in tho Far East
a short ti= 2go. The clinical syndrome of the ~Usease, itdch jjj~_affected tac spinal
cord and the peripheral nervous systen in addition to the brain, vao vei-y wrar,-Lial.
113 c T;-embers of the hunters' f.
A - rersons afflicted had hunted narine ducks or vnr --arLi es.
A minor epizooty mong c,-,ts proooded the rritbreak. 'P.A.Glushc~nnko, ,,irnlogist of the
group i-bich Invest.-igatcd the outbreak, isolated a spoci-Ile vIrLw from t1le brain
of patients who had died of the disease. This vinm proved to be rListinct from the
viruses causing tick encephalitis or mosquito encephalitise

PESHKIB, A.V.
An unusual outbreak of enceDhalitis. Zhur.nevr.i x)sikh. 53 n0-5:356-361
MY '33- Oa.RA 6:3- )
(Brain-DisemBee )

PESHKIN, 1.
USM
About housing (Magnito,gorsk, Ciielabinsk, HSFSH)
SOURCE: N: Iloscow News, 146, Soviet Union Abstracted in USAF "Treasure Island",
Report No. 12~jj on ftle In Library of CoMrona, Air Inforimt.1un Divisloo.

PESHKINP IV
USSR
On Bearing plant in Kaganovich
On "Kalibr" (Gauge) PLant
On Shoo Factories "ParLzhskaya Kommunall (Pari3 Commme) and "Burevestaik"
(stom Omen)
SOURCE: 14: Moskovskdue MILLiardy (Lbscow's Billions) 1949, Moscow
Abstracted in USAF 11T~sasure Island"S on file in Library of Congress, Air
Information Division, Heport No. TI 28838-7 TI 28837-7a TT 28836-7c

< nSHKIN -I,--
------
Thera Is ouch a thing as Knrsk iron ores. lUn.tekh. 4 no.4:33-37
Ap ,6o. (MIRA 13:9)
(Rusk liagas tic Aa omaly- Iron ores)

FESHYXI Illya So:Lomonovich; ZELENKO, G.A., red.; 010BOILVA, V.I.,
r
LSoviet metallurgists outrun the American ones; from the
creative practice of workers and specialists of pyro-
metallurgy] Sovetskie metallurgi obgoniaiut amerikanskikh;
iz tvorcheskogo opyta rabochikh-masteroy ognevogo truda.
Moskva,, I,,:d-vo VTsSPS Profizdat, 1961. 188 p.
(MIRA 15:1)
(Steel industry)
(United State"teel industry)

Peahkin, 111ya. Solomonovich
Kak rozhdayetBY8 Stal' (How Steel is Made) Moscow, Detg:Lz, 1957. 222 p.
(Serles: 61*01'naya biblioteka) 50,000 copies printed.
Beep. El.: Kuzinal, G. I.; Tech. Ed.: Shevchenkol G. No
441
PMME: The purpose of this book published by the Government Publishing House for
Children's Literature, is to acquaint young readen vith th6 techniques of Iron-
,~md steelywaicing from itt; beginnings to the preserit-day advanced techniqueS
enployed in the S:)viet steel industry.
COVERAGE: The book begins by describing prehistoric uses of metals for r-king
inplements abd weapons. The author outlines the develalment of the iron and
steel Industry in fkasia and praises the achievements of Rassion inventors,
engineers and speed-up workers. Basic methods of steelynaki g are described in
nontechnical terrmi. There are numerous illustrations.
Card 1/3
4
PHASE I BOW EXPLOITATION

How Steel is We
TABLE OF
CONIMS:
441
Forevord 3
Ch. 1,, Hm Mn Leamed Abcrut the PMerties of Iron 7
Ch. II. The Beginning
Ch. TII. Food for Bleat Furnaces
25
57
Ch. Iv. Haw Oar Blast Furnaces are Built and What Takes Place in Them 81
Ch. V. Blast Furnaces Obey the Will of Their Yzaters 97
Ch. VI. Rrm Cast Iran to Steel L17
Ch. VII. Steelvmk-Ing in Progress 130
Card 2/3

Hov Steel is Made
Ch. VIn. 9peed-up Workers
Ch. U. Grades of Steel
Ch. X. Birth of a Steel Ingot
Ch. XI. Final stage
Ch. XII. Great Discoveries
Ch. XIII. Steel - the Basis of Oar Growth
Ch. XIV. Today and Tanorraw
AVAILABLE: Idbrary of Congress
GO/bmd
27 June 1958
441
142
159
174
188
193
205
2",4
Card 3/3

FESf IF IN) I I
I ar-AL-C of r. hc, n,
op. -mrl 71 ~r!
ra L-, t c rrt i f r

PESTIKIN, I.
In 5talingrad. V7mpel 11 no.4:11-12 F ltk3. OCR/, 12: Q 11
(Stalirwri,d-Deacript Ion)

PFISM117-N. I.
, ~t, o-- Soviet in-lustrj . vympsi 11
Drsk. a r,3%, ~.-r
D I!kg. ( I t: A:, - -. )
(Orsk-IndiistrieB)

PBSEXIN, I.; AYDIIIDN', G.. redaktor; FATROVA, I., tekhnicheskiy redaktor
.-UNINSIONO"
Pavel Petrovich Aaosov (1799-1851) Moskva. Ind-vo ?*I TMM
ONolodmda graxdHa." 1954. 358 p. (MIRA 80)
(Anosew. Pavel Petrovich, 1799-1851)

PEMINP I.
29057-Bogatoe Nuledstvo. (0 Rabote Metallurga P. 02. Boyarshinova. 0 . 3aatoust)
Ogonek,, 1%9., No. 38, c;,'B., S,, Portr.
SO: Letopist Zhurnaliny-kh Statey, Vol. 39, Moskva, 1949

PESHKIN~ 1.
USSR
Bearing Plant im. Kaganovich in Moscow
SOURCE: LI.J. Lbskovskiye Millardy (Moscow's Billions), Moscow, 1949
Abstracted In USAF "Tn3asure Island". on file in Library of Congress, Air
Information Division, Report No. L8ja

PESHKINP 1.
USSR
On automobile plant in Stalin, Teplogonskiy
Zavod (Plant)
On Iloscow
On Moscow
SOURCE: M: Hoskouskiye Villiardy 1949 Moscow
Abstracted in USAF "Trea.sure Island",, on f-Lle in Library of Congress, kir
Information Division, Report No. a29510 b29502 c2950

PESHKIN., I.
USSR
On Chelyabinsk Plant "KaUbr" (barge)
On Poclollskiy Plant "Pod" Yemnik (hoist), etc.
SOURCE: LI: kosbovskiye Llilliardy 1949 Loscow
Abstracted in USAF "Treasure Isiand"P on file in Librar.,,r of Congress, Air
Information Dtvision,, Report No. 29231 b29232

PESHKIN, I.
USSR
On--Electric P'n-nace Steel Made in Open Hearth Furnaces
N: Moscow News, 10 April 043, USSR
SOURCE: Abstracted in 1;SAF "Treasure Island", on file in Library of Congress,
Air Information Division, Report No. J~M

FESHKIN, I.
USSR
-Voseow
On-Bearing Plant im Ka&anovich, Political impact of Innovations in
Technical Processes.
SOURCE: M: Moscow's Bulletin, 1949, Moscow Abstracted in USAF "Treasure Island"
Report No. J~ftM on file In LibrAry of Congross, Air Information Division.

PESHKIN, I.
USSR
Armaments Plant whose d1rector is Tomilin; evacuation, production.
SDURCE: N: Moscow Nevni. Moscow-14 June 143
Abstracted In USAF "Treasure Is.1i nd", on file In Library of Gongross, Air
Information Division, RA.-port No. T. 1. -062226

PESHKIN), I.
US3R
Moscow
On--(Moscow Tramsormer) Plant, Diinano Plant in. Kirov
SOURCE: I,: Moscow's Elillions, 1949, ILoscow Abstracted in USAF "Treasure laland"
Repoet, No. L2oo on file in Library of Congress, Air Information Division.

PESHKI',I, 1.
USSR
Kosco,vr
On- "Freezer" (LI-Iling Cutter) Plant Im. Kalinin Number of Workers.
SOURCE: M: Moscow's BiLUG93, Moscow, 1949 AbsLrzcLed in USAF "Treasure laiana",
Repol-t No. 292~~ on file in Library of Congross, Air InforiwitLon Division.

FMHKIII, 1.
Pavel Petrovich Anosov, 1799-1851. MoskTa, Molodais gwardiia,
1954. 360 P. (MM- 7:11D)

Pl:Zii:"'Il"il 1.
About producti,,ri at MaCnito,,orsk Netallw-~,Jcal FomLinfit '1r1. Stalin
Soviet Source: N; crud, ~ Fel "'.6, l'oscow
Abstracted in USAY11"Iroasure Island," on f i le in 1,11 rary c1' Coni-ress, Air I nformatic,:l
Division, Report. No. L~~. '"ll('-,%SS I I J 11,D.

PHSHKIN, Illys Solomonovich; KMINA, G.I., otvptstvenllyyred.; SHFVCHERKO,
~ takhn. red.
[How steel in made] Xak r*hdaetsia stall. Moskvs, Goa. izd-vo PI
detskol lit-z-y. 1957. 222 p. (MMA 11:5)
(Steel)

FESHKIF, Illya Solomonovich; MAKSIMOVA, N.A., otveetvennyy redaktor;
'_'-ttXVIWV',"'IU.. otvestvennyy redaktor; PCHRUINA, D.F..
tekhnicheskiy reda)-tor.
(How steel is made] Kak rozhdaetsia stall. Roskva, Gos.izd-vo
detskoi lit-ry Hinisteretva prosveshcheniia RSFSR, 1955.167 p.
[Microfilm). (MLRA 9:1)
(Steel--Juvenile literature)

, '' -1 I;_ -
, --f -11, 1 ~ --I" L 1-1 - ~IIIUV U T .
leolle and steel. 1-,.oE?:vg . F-r-)Cizdtit, 1 1(,. L-I r. (4,7, - c:~4 2 -7 7, )
TN70L.AQ14

-PESHKIN., Illya Solomonovich; IESKOV, A.V., kand. ekonom. nauk, nauchnyy
---red-4- SKCWMHNAYA, A.D., red.; KLYUCHEVA, T.D., tekhn. red.
[Russian metal; natural resources, techniques, people] Ruaskil me-
tan; prIrodnye resursyp tekhnikep liudi. Moskvap Izd-vo "Sovetakaia
Rossiia," 1961. 242 p. (MIRA 14:1))
(Metallurgical plants)

PASHKIN, Illya Bolomonovich; PETROV. D.. redaktor; HOROZOVA. G.. teklmiches~iy
ktor
Ly ~
Muth pave the ways; Grigoril Pometin, his teachers and comrades)
iolodye prob:ladyvaiut puti: Grigoril Pometun, ego uchitella I
tovarishchi. [Moskva) lzd-vo ?*K VLKSM 'Holodaia gvardiia," 1956.
95 P. (KLRA 9: 10)
(Technical education)
(Your,ding)
(Pometun, Grigorti KonstantInovich, 1929-

GORENSHTEYN, B.V., 'kand.tekhn.nauk; CHINENKCV, Yu.V., kand.tekhn.nauk;
ABOVSXIY, V.P., inzh.; GUTOVSKIY, E.V., ibzh.; NOVIKOV, V.S.,
- inzh.1,jT5M1IN, I.G., inzh.
. -
Use of long cylindrical precast prestressed concrete shells. Prom.
stroi. 40 fi.o. 41] na.013-17 Ap '63. (MIRA 16:3)
.(Hoofs, Shell)

=____USSR/GhemisVTiY. -
-Card.1/1:
~.';_.Aithorz: Peah)d,n, M. A.

I
Effiect, the lower conorntrAton limit of flnmo
or temperaturo on

Poriodical. Zh'ur7.,.Fiz. aftlin. 28j, Ed. 3P 433-434i March 1954
Abstramt I Con*ontration limits of 'flame propagation expand during tneranne in
tem~erlkture of-the combustible mixtum a :.A theoretical oxplanation
of this rhoubmenon is given by the tharml theory of flara pro-
i
-pagatibno On the bases of aimple ide
a~b of the thermal theory the
author derived the vatbematical dependence of the change in the
lower :Wdt Df flame propagation upon the initial tommrature of
the canbustible'mixt-dre. Any change In the initial temperature
of the .-combustible mixture is followed by a changa in teniverature
in tbelfront of the f3ame. Mme proMation in poBvIble, provided
there Is sufficient heat in front of tha f1wo for heating the
reforeiieez. Graphe*

Submitted 3 April 30., 1933

AVTHM: PESTMIN ALA. PA - 356',
2ITLE: -fh-e-V-eI6O-JWdf the Combustion of Varloum Gas Mixtures in Engin"13.
(0 razlicbnoy Intensivnosti izmeneuiya skorosti agoraniya v
tailinare avigatelye, a sostavom amesi dlya benzina i benzola,
Russian)
PERIODICAL Zhumal Tekhn.Fix. 1957, Vol 27, Nr 5, pp 1064-1065 (U.S.S.R.)
ABSTRACT: It was exlerimentally established that in the cue of combustion
en,gines vd.th spark ignitian the charaoteristics of the ocaposit.1cm.,
of gas ab:tures among the poor zixtures axv different in gasollxmt~
(benzine) and benzol. Pressure inaicator diagrams showed that th-i-E,
is due to the stronger and mors, regular &Aamoter of the oambustl.on
process in the successive oyoles in the case of benzol. The in-
ventigatim was carried out with etbyl:Lzed benzine for airomf-4
and origbua vineml oll bentol. The qyMmAer diameter ma 160 mxn,
the pistai stroke was 190 mm, oompression E = 6P5. Imization
diagram ivere made vddoh showed, an the most striking feature, tb-,~
more ineek character of the modiftoatian of the flame velooity
aooording to the composition of the mixture in benzol, with equal
velooitivi for benzine and benzol In a rich mixture
( Ct = OAD -# 0.90). This can probably b4rplainad by the
afterent W'luence exercised by high pressures and temperat--sra-s
Card 1/2

P 1__r ~) /_/ tf / f V, /11 - 19,
AUTIM Peahk!Ln, L.A. 76-12-23/27
TITLE: Pressure Impact on the Immr Concentration Limit of
the Flame Disruption in a Flov~U vii~aiiii uavieniya na niziu-Liy
koritsent rats ionnyy predel sryva plmeni v potoke).
PERIODICAL: ZhunuLl Fiticheakoy Khimii, 1957, Vol. 31, Nr 12, pp.2757-2758 (USSR)
ABSTRACT: It is a letter to the editor. A stable turbulent flame front is only
possible when the heat liberated at the beginning of the front and at
the places of ignition and the heat removed to the fresh mixture im-
mediately adjacent to the front, suffice for ignition. The equation
for the dependence of the quantity of heat removed to the fresh mix-
ture, on the pressure and on the exoess-air coefficient:
0 rn
3nat,-_,- is derived here, in which case Q - is the transferred
quantity of heat, (X - the excess air coefficient of the induction
mixture, k - the heat transmission coefficient, and n - a constant
abstract number. When the mixture becomes poorer and 0( greater
(due to the drop in temperature of the products of ocubustion), the
quantity of heat transferred to the fresh mixture deoreases.'ghen
this value attains a certain minimum, a further ignition of the mix-
Card 1/ 2 ture becomes impossible, and the flame breaks aymy.

Presuare Impact or. the Iower Concentration Unit of 76-12-23/27
the Flaw Disruption in a Flow
cri_ P
0( 2 :P12'~
The published results of the experimental investigations show that
the change of the concentration-limit at the breaking of the flame
under a change in pressure can be expressed by this equation. Various
valuest n--0.8 [Ref. 33 and n=0.95 CRef.43 are given for the
exponent n. It ie assumed that these differences are due to the dif-
ferences in construction. There are 4 references, 2 of which are
Slavic.
SMUITTED: March 17, 1957
AVAILABLE: Library of Congress
Card 2,12

KHOLSHCHEVEIKOV, Konstantin VasilOyevich. YIDIM, Olog Nat:trwrlch, -~ IN-
knnd.tAhn.na,A,red,,* MOROZOVA9 P.189 red,; GAIMiLti.IIIA, ~ . . .
red. ;
[Choice of operating paremetern and design of gna turbinea; study
mpmnll Vybor parametrov I raschet gnzovol turbiny; uchebnov
I
noBobie. tloskva. Goq.i7d-vo obor. promyehl.. 1958. 103 v. (M`J, 11;7)
(GAs turbines)

A~T.I-I'OR. te. - '
ITIS T I
C i, c ri:~ 1, i c C,-
a s a)
1,111RIC DICILL. T
AI~STRACT
A-
C~c
L
T-
A T1
a -i r- i F I Bata of tLe um: s are tabult~'ued, cavirat 'Lon
teristi,~s we,-:-e Jct(~rmiiied zatid coi pr~,~(-d c-) v., i ntwo
r e 1 a t ioas h J- 1), the hPad developed by the T,ui:~ tt;e ~;nlet
--,ressu-re, it',.E:r factor-s cc 1.1:', - ! -: i - I t
it a-,1-: i f 1-1c e 1, ni r", ~3 Ir
r r, t~., u~ r e

-.96-58-
C) - o r R~i i~l.,Dse.-
65 C f
Th ~,,r *
Ics- c c -,D
-c d f ?0 L.C.
e e
Te ~c
cc, -2 J
d t ,~~,jo u r
-I v :L ! t s t C s
'd F-

96-~~
The Inf luence o f t"ie Te'npei ature of the Liquid on the Uavitat _~,'n
Uaractoristics of a uentrifuFal Punp
A co7plex rarazcter is I-,J*Lvon for th- quantity ~f Ii,-_,ia I'L-
vapcurised d,,irinC cavitation. The rela, ionshi-, bet-.~,f -n tl,-:s
7D-arameter an(i tein-,erature is plotted in Fi~ .10. TI e joint
influence of various ph,7sical parameters on the vDlur.e Df
vapour bubbles formed durini~ cavitation and on the
of cavitation is illustrated ~_-,raphically in IriF_.11.
Another factor that can influence vapour and bubble f-r::ia'iDn
Is the presence of dissolved Gas in the liquid. TI.e rIfI'IC!_iCe
of other Criteria on cavitation should be invest_'L~,~_ted. I-, _:L
conclubd that calculations of the inaximum -,rcs--ur; req~.iir;d at
the T)u_mp inlOt for cavitationless operation sha,ild r.-,ake allow-
ance for changes in the cavitation safety-factor arisin;- fro-~
changes in the physical properties of the linuid. When
calculations of the pressure r-~quired for operati,I-r, or, I.ot
fuel are basc!d on data for cold fuel, an exces~;ive
be arrived at if the calculation i:erely talres account of
the chan6e in vapour prescure.
There are 11 figures, 1 table and 3 refererces, 2) ,f ;;~.ich
are English and 1 RusL~ian.
AVAILABLE: Librr_~ry of Con:-,ress
Card 3/3 1. Centrifugal pumps-Cavitation 2. Cavitation-Test methods

P~ISIEOV, M. I
-A. ; SIT~CRINA , 7 . ~..
"Sul) c;f m ar,,~, L .,, LL, -i~ - ~, "
c r I -I.
report ss-ibmittei tr~ -.ni 1.~-xopcazi Ele -ti-c,.,, I.- --- -, : . ,
Prague, 2~~ Au~~-~ Se. , ..

0 A.
PES I i K V, ~
Var~atic-n of unu
bacter-liza aF -ri
mu,-atior. :,roce.,-,,;. Qenotlka no.3:111-119 S
1. lns~itut morfolo-ii 1-11",. 'votrykh Imcni
SF,SR) Mcskva. Sul--)"-j-ted N"ly 31 2965.
A.N.Severtzova A~;

MSHKGVp VP6; PAPSHrllp ~-.Ya.
SuperconduotIng thoul evitcheas Z?mr. eksp6 i tear, fil,
48 no.2 093-40) F 165. (MIRA 18ill)
lt Inotitut 1,lisichookikh problem AN OSSRi

SOV/147-59-2-17/20
AIJTHORS: Dumov, V.I. and Peshkin, M.A. (Moscow)
TITLEt On Two Features in the Cavitation Chnracteristics
of a Centrifugal Pump with a Feather Type Impeller
and Divided Discharge of Fluid (0 dvukh osobennostyakh
kavitats:Lonnylrh kharakteristik tsentrobephnogo nascsa
s kryllchatkoy perlyevogo tipa i partsiallnym
otvodom zhidkosti)
PERIODICAI,:Izvestiyik vysshikh uchebnykh zavedeniyj Aviatsionnaya
tekhnika, 1959, Nr 2. pp 147-150 (USSR)
ABSTRACT: The two features discussed are: 1) sharp fall in
pressure head on reaching a certain rate of discharge
(capacity) of fluid which is not prompted by any
variations of the flow parameters and 2) instability of
the pump operation which is exhibited in the form of
strong pressure and output oscillations. Experiments
were carried out on a pump of this type, which is
shown in Fig 1. Its impeller, as shown in Fig 2,
consisted of three radial vanes. The collector was in
Card 1/4 the form of a ring and had two discharge nozzles with

sov/147-59-2-17/20
On Two Features in the Cavitation Characteristics of a
Centrifugal Pump with a Feather Type Impeller and Divided
Discharge of Fluid
tangential outlets. The pump was driven by a d.c.
electric iziotor. The pump worked in a closed circuit.
The intaki.-i pressure was varied via pressure changes in
the supply tank (to which nitrogen was fed from pressure
vessels) and the rate of flow (discharge) was controlled
by a valve at the exit. Pressure was measured by
standard manometers and the rate of flow by the
orifices. The experiments were made with kerosene
and with viater and consisted on obtaining pressure
head-capacity characteristics for various intake
pressures and numbers of revolutions (H-Q characteristics).
The results are shown in Fig 3 for n = 20,000 rpm and
15,000 rpm, upper and lower curves, respectively.
The first feature of this type of pump, i.e. the
sharp drop in pressure head, is clearly seen on the
graphs of Rig 3. Computations show that this
behaviour is caused by the cavitation produced (at
those capacities) in the diffuser inlet. If the pump
Card 2/4 is operated under cavitation conditions for a

sov/147-59-2-17/20
On Two Features in the Cavitation Characteristics of' a
Centrifugal Pump with a Feather Type Impeller and Divided
Discharge of Fluid
sufficient length of time, impeller vane pitting
appears, the amount of metal lost depending on ttie
material of the impeller and the degree of cavitation.
Fig 4 shows such pitting suffered by the inlet section
of the diffuser of the tested pump. The second
feature, i.e. the instability of the operation of the
pump, appears at much lower capacities. It is
accompanied by sharp pressure variations, fluctuation
of discharge as well as by noise and hammering blows.
This instability is related to cavitation in the
impeller and may be avoided by increasing the pressure
at the pump intake. Fig 5 shows the range of pressure
variation for the tested pump when running at
20,000 rpoi and having the inlet pressure 1 atm
(circles) or 0-5 atm (black points). As the pressure
at the inlet to the pump was increased above 2 atm,
Card 3/4 these pressure fluctuations died out completely (for

SOV/147-59-2-17/20
On Two Features in the Cavitation Characteristics of a
Centrifugal Pump with a Feather Type Impeller and Divided
Discharge of Fluid
the given capacity) as shown in Fig 6. There are
6 figurei; and I Soviet reference.
SUBMITTED% January 12, 1959
Card 4/4

I :. I . , , - 1 , ": !. - ~ , ,
- i I ~; , "', :-r-. I : , ;,~-r rj~. -
'S. 1 2 tt 11 S e. ev -, ~- Ir~j 1" - P ~
, , r~
',a-. . I r-)r,. Y) 'I-, - ": 1- 4 '65. (MILA 1P :1

MINSKIY, Ye.M.; PESHI(INjI.A. (Moskva)
- ------
Experimental study of nonsteady motion of a gas in a porous
medium under a nonlinear law of resistance. 1zv. AN SS'SR.
Mekh. no.1:197-200 Ja-F 165. (MIPA 18: 5)

FESHKINP M.A.; PISHONLIN, A.P.; RODIN, M.A.
Operation Indiceb Df a gas-air inJ',!(,trjr fc,r ,.rc;,Jii-L.-_.:, ,- ~t
of rawdmim poquible velocity. Gaz. prom. (j lo.,"
(IMTRA I'1:e)

MITISKIY, YO.M.; IXTKINA, MAYSIX0, Yu.l.; PESHKIN M A
llon3 ta tionbr- I
.( A-br i'low ',hmjp
,h nedla wh,~rf~~ Al n-r,-4n.~Jj- .,.
of rotil.Rtan(!~) 5 -rud:t *PITr,-" I f, ",
( ,,,I i! ,~ - r ,

TIES H K r
jU~H~.A._
(;es~~;,n (if 1%n frjl' - .
.1jun, vjjjoc4t~j. Gaz. p.,,,m. 8 no.-:_' , -
mixtILre Lit, jrl,.x~x Z~_ ~ r 11, J.
_-':F''.

FES,HEIN,, M.A.
Standard method. for the determination of saturated vapor
pressure. Stardartizataiia 27 no.309-40 Mr 163. (MIRA !6s4)
(Vapor pressure-Measurement)

PESHKIN, M.A.. kand.teklin.nauk
Hydraulic resistance of pipe bends to the flow of a gas-liquid
mixture. Teploenergetika 8 no.6:79~40 Je 161. WIRA 14:10)
(Fluid dynamics)

DUMOV, V.I., inzh.; PESHKIE, M.A., kand.tekbn.nauk
Sdme results of studying the performance of axial helical wheels.
Energomashinostroenie 8 no.2:9-11 F 162. OHLU 15-2)
(Pumping machinery--Testing)

ISSILKIN, M.A.
Effect of the dennity of a modiwn in a cavity on the4haracter-
kstics of cavitation flow (with sumary in English). Inzh.-fiz.
zhuir. 4 no-3:1-16-118 Mr 161. (MIRA 14:8)
(Fluid dynamice) (Cavitation)

-- IESHKIF, M.A, p karid.tel:hn.nauk
Cavitaticauil clutractorlatiC13 of local r(jaifit, rw, j In pipelinea.
Teploonorgotilm 7 no. 1-2;59-62 L) 160. (MIRA 14:1)
(Pipelinps)

s/o96/6o/ooo/on/007/008
E194/E484
AUTHOR: Peshkin, M..A., Candidate of Technical Sciences
TITLE: The Cavitation ChIrl-c-teristics of Local Resistances
in Pipework
PERIODICAL; Teploenergetika, 1960, No,12, OP-59-62
TEXT: Pipework calculations are usually concerned with calculating
the losses on individual sections and in calculating corresponding
pressures at the end of the pipework, If the pressure is reduced
to the saturation vapour pressure, ca tation may occur in the fluid
and then the characteristics alter, Pressure loss in a length of
straight pipework with turbulent flow conditions is calculated by
Eq.(l). Cavitation does not oc--ur if cat the end of the section
the pressure is greater than the saturated vapour pressure,
Hence the permissible irate of flow to avoid cavitation -nay be
calculated if the initial pressure is known, and the limiting
length of the tube may also be calculated, See Eq,(2) and (3).
The resistances of local features have been studied in detail and
their values for flow without ~-avitation are tabulated in handbooks,.
When a hot liquid flows in pipework at a high speed, the presence
Card 1/4

3/096/60/000/012/007/008
E194/E484
The Cavitation Characteristics of Local Resistances in Pipework
of local resistances may cause the liquid pressure to drop to thE
saturated vapour pressure and lead to cavitation, When this
occurs the value of' resistance is not that given in the tables,
Hitherto the relationship between the local resistance coefficients
and the cavitation number has not been determined,, The object of
the present work was to obtain the cavitation characteristics of
certain types of local resistance for certain limiting cavitatiDzi
numbers. Experiments were carried out an various bends arid other
representative elements of pipeworh included in a closed
circulating water system, Pressure measurements were made bef or e
and after the local recistance, the rate of flow an-I tempcraturt-
of liquid was measured. The relationship between the coeffi~-,ezit
of local resistance for two bends of circular sc---tion made of
transparent plastic are plotted in Fig,l, The increase in tire
local resistance coeffi:ient due to cavitaLlon may be almost 50%,
Further tests were made in channels of rectangular section, the
cavitation characteristics are shown in Fig.2 and the nature of
cavitational flow in two of the bends is illustrated in Fig,3 and 4,
Card 2/4

s/oq6/6o/ooo/ol2/007/008
E194/E484
The Cavitation Characteristics of Local Resistances in Pipeworli
Photographing of the flow in the bends shows tiiat a marked
increase in the local resisti-nce coefficient is associated w.1th
the occurrence of clea.rly evident cavitation on the -inner angle
of bend and a wider cavitation zone beyond it, Further tests
were made in tubes of duralumin with an internal diameter of
16 mm, the cavitation characteristics were determined for water
temperatures of 20 and 600C and the -~sults are plotted in Fig,5,
The change in water temperature reducod the Reynolds number by a
factor of about 2 so that there is some chnnge in the value of
the local resistance coefficient and the critical cavitation
number. It is recommended that in making welded bends par ti cular
attention should be paid to the weld seams as they may cause
early cavitation and marked increase in the resistance. The
relationship between tl-.ie critical cavitation number and the
coefficient of local resistance may be calculated theoretically
from consideration of -the scheme of cavitational. flow in the bend
shown in Fig~6. Eq.(,9) is derived for the calculations, To make
Card 3/4

s/oq6/6o/ooo/oi2/007/oo8
E194/E484
The Cavitation Characteristics of Lo(-al Resistances in Pipewark
a check hydraulic calculation of the pipework for flow without
cavitation, it is necessary to know the values of local resistan.:e
coefficient and critical cavitation numbers for all the local
resistances in the system, In this case the limiting permissible
mean speed of flow before each local resistance may be determined
from Eq,(6), A numerical example is worked of calculation of
limiting permissible mean speed of flow of water through a rounli
bend. There are 6 figures and 2 Soviet references.
Card 4/4

PZHKIN, N.A.
Determination of saturated vapor pressure. Zav.lab. 26 n0-3:318
'6o. (MIRA 13:6)
,,'Vapor pressure)

KWIFEIZIN, V.T.; BkZIKEYEV, Kh.G., master; PESHKIN, N_V., elektroolevart (Ufa)
Redesigning the ASDP-50OG unit for velding pipes in a carbon
dioxide atmosphere. Stroi. trubopm. 7 no.10:24 0 162.
(MIRA 15:11)
1. Glavnyy m9khanik stroitellno-montazhnogo upravleniya
No.74 tresta Nefteprevodmontazh (for Kuzhnenkin).
2. Remontno-~mekhavdcheokaya masterskaya treste. Nefteprovodmontazh
(for Bh2ikeyev, Pashkin).
(Pipe--Welding)

FUKSP I.M.; VA[Eff.VA, HTFOVA, F %.~ '101,KOVA, L.P.-, IKELCCOLOVSKAYA,
pop OZT7 ALM. D ! SHM, SE A. A,
ROMASHIKEEV
I C Y, ?r I n I z~i I -I '12111 .9 1 vf; :
L S F ARAV AY -7.1 A , ;A,
G.Ye.; SOLOVIY17A, GJI, , A;i-,,,RTvA!,,TMA', 11 ~ V. AKT~112.',rl A, V. M.
NEMI R OVSK A Y A , M. Ye .1-~T, SOR I NA, !,. S , i K AL ASH IITK OVA, Ye . I . ; PF SIIK C ,
A.P. ; IVA10VA, N, ~ V ALKF3?-fFVA, N.': ~ SADOWITKOVA, n,. N.
Study on the p. ', ty r Y-;~d ic : ng thp diphtheria vaoclmi -~-..qe ir
1. vm~rt5in rot 'K lipwri M.-rhn

ARKIWGEL SKjy H.M.; UMMUN, L.A.; SAZCKOV, 1.3.; PESHKO, M.K.;
SHANURRIKO, *9'.1.; FAYNMWH, N.S., inzh.; KLYUCHV, V.M., inzh.;
PARADNYA, P.F.; LINCHEVSKIY, M.A.;PARSHIN, A.P.
Additional pDtantials in the development of multiprogramm
broadcasting. Vent. sviazi 24 no.12:13-15 D 164
(MIRA 1W)
1. Nachallnik Karagandinskoy direktsii radiotranslyatsionnoy
seti (for Arlchangellskiy). 2. Nachallnik Cdesskoy oblaBtnoy
direk-tsii radiotranslyatsionnykh setey (for Serebrin). 3.
Glavnyy inzh,, Rizhokoy direktaii rediotranslyatsionnykh setey
(for Sazonov). 4. Starshiy inzh. Rizhsko-y direktaii radlotrans-
lv.atsionnykh setey (for Peshko). 5. Nachallnik laboratorii
Nauchno-isslodovatellskogo institute Ministerstva svyazi SSSR
(for Shanurez*o). 6. GorIkovskaya direktsiya radiotranslyatsion-
nykh setoy (for Fayngersh, Klyuchev). 7. Niachallnik Kiyevskoy
gorodskoy direkteii. radioseti (for Paradn-ya). S. Glavnyy inzh.
Uzbekskoy retipublikenskoy direktaii radiot:ranslyatsionnykh
setey (for ULnchevskiy). 9. Nachallnik UfJlnskoy gorodskoy
radiotranslytitsionnoy seti (for Parshin).

Country : USSR
Cate(,ury: Furestry. For,.;sL 'DioloLZr and TypolofZr
Abe J(,ur: RZIMiol... NC 12, 1958, No 53453
Author Pesbko, V.S.
Inst 5v-Ovj.F5-nJF�Z-Tt'c44o1oGY Institute
Title On the Interact:,ca Between Oak and Larch
Orif, Fub: Nauchn. tr. Vv,:-vsk lesotekhn. in-t, -)~7, 3,
242-248
Abstract: The studaus veru conducted at the Sur;i-zh forestry
establisii.io-.nt (f the Tornopol'skaya Ob1c,.st' under the
type of cond-...tioas si,,-Alar to the Grovth cnviromient
of D21 in the tyj~,e of forest wish frefth hc~rnbuari
groves m-A with y,~viG hazelnut growth vQar the woods,
on sli[;h-tly ~)udzolized, sliClitly claycy f,x-,.y soil
(the article ctQs the evaluation data of the test
Card 1/2

PFSPKO, Yu. S.
6342. Funktsionaltnyye lzmereniya pecheni posle rezektaVL t--minallnykh otdelov
tonkogo klahechnika. (Ekaperlm. isololovanlye). Llvov. 1"4. 11s. 22Bn. (L'V-,Iekiy
gos. med. in-t). 100 EKZ. B. Ts. (54-58164).
SO: Knizhamya Letopis' Vol. 1. 1955

"SE10, YU.S.
kiect of penicillin on the resistance of an organism during
oxygen shortage. Vrach.dolo no.2:199-200 7 1,46. (KLRL 9:7)
1, lafedra patfisiologii (zavecluVuehiy profeiisor I.I.Tedorov)
Llvovskogo neditainskogo insituta.
(MLGIIkT,IN) (ANOINIA)

r3mmo, Yu. S.
"Functional Changes in the Liver kfter Resection of the Terminal Sections
of the Small Intestines.r Cand Mad Scip Lvov State Medical Inst, Llvov, 1954.
(KL, No 5, Jan 55)
Survey of Scientific and Technical Dissertations Deferiled at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

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KUZNIETSOV) P.S., dot!i., otv. red.; PESMIONOV, Yu.v., red.; ZEN111, V.V.,
teklm. red.
(Pbysicogeographical regions of the lower Volga Valley! Fiziko-
geoEraficheskie raiony Nizhnego Povolzhlia. Saratov, 1961. 155 P.
(MIRA 14: 11 )
1. Saratov. Universitet.
(Vo3ga Valley-Physical geograpby)

PISHKOV, A.
A.M. Gorlkll on to7s. Det. Irbor. Igr. no.l.:6 155.
(KLRA 10:2)
(Gor'kil. Maksim. 1868-1936)
(Toys)

FESHKOV A-- polkovnil: zapasa, Geroy Sovetskogo Soyuza
Our red battlo flag. Komm. Vooruzh. Sil 3 no.1:70-72 Ja '63.
(MRA Iks 2)
(Russia--Flags)

'MI-T'TI'Oj-Ov$ 'k. I 1""IsIIr:Ovj X.
0
Cattle
Fattening cattle in the meadow. Kolkh. proizv. 12 'to. 4 (19;)2)
9. Monthl List of Russian Accessions, Library of Congress, /Auvust 1952 44~~, Un,1.

PF,S11KOV, A., starshiy inzh.
Improving tho qiUdifications of power engineers. Prof.-tekh.
obr. 18 no.8:28 Lg 161. (NIFUL 14:9)
1. Teploelelitrotsentrall No.12 Moskovskogo rayonnogo
upravleniya onergeticheskogo khozyaystva.
(Moscow-Technical education)

GeOd Zi7d t,
Topot,r;I-f iya (Topo
V I! lus Ajii-y a., ~il-.
Authors :--Pt. 2. A. I. V.
Lib. ".;,~s: Pt . 2