SCIENTIFIC ABSTRACT PIKELNER, S. B. - PIKHTOVNIKOV, P. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240820010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LIVSHITS, M.A.; PIKELINER, S.B.
-,- ..... .I ~ -
Diamgnetic ejection of gas concentrations from sunspot
areas. Astron. zhur. 41 no,3:464-472 Fq-Je 164.
(MIRA 17:6)
1. Institut zemnogo magnetizma, ionosfery i raspredeleniya
radiovoln AN SSSR i Gosudarstvennyv astronomicheskiy institut
im. P.M. Shternberga.

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i. Frjsudarsl-v,,rir,:.,y ins' ;-tl.t im. 11,A. ~hternberva.

PIKELINER, S.B.
The galactic magnetic field (thevet of a report). Trud7 Astrofiz.
Inst, AN Kazakh* SSR 5002 165. (MIPA 18:6)

PIKELINER, S.B.
Spiral arms and interacting galaxies. Astron. zhur. 42 no.3:
515-526 W-Je 165. (KIRA 18-5)
1. Gosudarstvannyy astronomicheskiy institut im. P.K.Shternberga.

i S B. , prc.".
Spirai a-rms of galaxies and thelr magnetic f'eid.
Zem. i vse'.. I no.4-24-32 165.
!*-~:'--

ZEL I WIVICII, Ya. Ft.; C-E',*,Nl~ - " , . -; -- ~, F L I N"Fl i , ~ . 11,
Quar te ts I a 9 t r 0 r~--i F, ! -!j -~ -,~ -, 1 , I- i- -- , - ~ -'- C-- - - - 5 , - --, :~ f-~ - ~ .Uan. f,Z.
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nauk P7 no. 1 ; 1, -1 -21, :8, ~j

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TAGSs mud2oon, aoside rjw, mom, bftVmv mmum spect"noW
appros pi to the iii"b"f6r,new, stable Ps
V6011111" ch
wrevlewede rpmel 9
'GAON a" -so WND assumed quarks haTinS charges
~,7-w)~" 1/jig Slid .I/)y192j, of well 08 others havlas Integral
charsem, The lightest fmetiormd-charge quark Is aWposed to be
stable In vacuum as well In contact with oralmary matter
AnUD2619, 03.00trons). 9M t1om are given under which integral.
'ChiWee leles cm be stable, Various possible sommes of q
aw"M Owed# the most DW rful being cosmic ~ Mys - fm Superstars
0 Ithe -ndbIlation of quarks is Won diseiissed In
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Aindloates ". ant1partiolel ) q to thus on, ordlaW.baryovi of thres'
At q" As a soni pre tbarefore ammilbils via
tia WC i SM.22

ACC HL - Ap6016ah
a series of podr conletons, OtIor lilmly voym we also traoodo Possibilities
of detaftl" quorks we reviewed, Inalmd1w AM mom spectrosoopic
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ACC NRI AP6016849 ~qOTJRCF, CODE: V11/0026/66/000/005,'01 I 1 '01 1
AUTI-1011: Pikel'ner, S. B. (Moscow)
ORG: none
TITLr: Magnetic fields and solar atn)().qph(~re. Dvnar-nics of the solar
SOURCE: Priroda, no. 5. 1966, 111-112
TOPIC 'FA(-,F): sun, solar atmosphrrc, snlar zi~ li-.~Iy, solar flare,, -(dar v1? wil,
solar magnetic field, sunspot, solar rriroria, solar- (-1),rorylosphorf" I
wave, photosphere, solar wind, toroidal inagnetic fiek], cosmic ra',
ABSTRACT: The author reviews1riefly quiet-star sr)lar pheziorri(na. Ili, ~,Xplaj:j~~
the mechanism of solar convection, and analyzes the dimensions and pr~,perli,"s nf
solar granules, and the vertical and horizontal movements of tile granular s, r-i, ',
of the solar magnetic field. The differential rotation of the Sun is discussori, and
the activity and changes of magnetic fields in sunspot.,; are explained. The sun is
said to resemble a magnetic star with a variable field. The author also re~',iews he
Card 112

L 44195-66
ACC MR, AP6016849
information of a magnetic field in an active area and the probable existen( e of
toroidal magnetic fields, as well as the convective movements which produce various
waves which heat the chromosphere and the corona. Calculations of their move-
ment, the energy they carry, and their periodicity are mentioned. The chromo-
sphere is stated to be favorable to the appearance of gravitation waves. It is possible
that granulation and some types of photospheric movements are closely related to
these waves. Temperatures in the solar, atmosphere and in sunspot centers are
examined, the origin of solar wind. and differences between photosphere and
chromosphere in an active area and in a normal area arepxplained. The correla-
tion between chromospherii6 flares and splar cQsmic- \11 emission is assumed.
Lay
Solar flares which are considerably weaker and smaller than ordinary flares are
called "whiskers", but the cause for their appearance is not yet known. JGCI
CODE: 04, 03 SUBM DATE- none/
I Cmd 2 / 2_

ACC NR& AP6013952 SOURCE CODE: UR/0026/66/000/004/0018/0028
AU7HOR: P.Ail-el'ner, S. B. (Profeasor)
ORG: State Astronomical Institute im. P. K. Shternberg, Moscow (Gosudarstvennyy as-
,tronomicheskiy institut)
TITIZ: Cosmic explosions, giant stars and galaxies
.SOURCE: Priroda, no. 4, 1966, 18-28
TOPIC TAGS: galactic structure, galaxy, cosmic radio source, gravitation effect
!ABSTRACT: A popular account of present day knowledpe concerning explosions which take'
I
.place in the nuclei of galaxies is presented. The following topics are covered: an
!explosion in the M82 galaxy, galaxies with high speed movement of gas in the nucleus,
iradio galaxies, quasi-stellar sources, energy of explosions, explosions in gaseous pro-
'togalaxies, galactic subsystems and the formation of rectilinear bridges. The author
concludes that an explosion at the very early period of galaxy development leads to the
,formi,ation of a galaxy with a bridge instead of a conventional spiral galaxy. This
ifirst period is relativel short--the stars of a spherical subsystem are formed over a-
y
,period of less than 5-108 years. At the same time, approximately half of all the spi-:
Val systems have a bridge. This means that the explosions in the earlier stage of
i
;gal"y development were rather probable. If the probability of explosion at this timet-
I
UDC: 523.038.85
Card 1/ 2 i

ACC-NRt -AP6013952
-were the same as in the initial period, i. e. , if, in the last half of a billion years
~strong explosions took place in half of all the observed spiral galaxies , the number
!of radio galaxies would be much greater than the actual number. Consequently, in the
learly period of galaxy development when they contained a large amount of gas. explo-
~sions took place much more frequently than they do today. This supports the hypothesisi
that it is precisely the gaseous concentrations which explode, i. e., the energy of ex
plosion is the gravitational energy of the contracting gas. Orig. art. has: 9 figures.1
i
SIM CODE: 03/ SUBM DA77;: none
I Card

L A112-66 EWT(I)
ACC NRt - AF603IM6 SOURCE CODE: UlVO053/66-TO-88/003/0505/0526
ill ...-,AUTHOR: Pikellner, S. Be
ORG: Astronomy Institite im. P. K. ShternbM (Astronamicheskiy institu~) B
-;TITI,E: Dynamics of solar Atmosphere
SOURCE:. Uspekhi, fiziebeskikh nauk, vo 88# no, 3P 1966, 505-526
TOKC TAGS:
thermodynamic equilibrium, gravitation wave,, solar atmospherep
bremostrahlungs, solar photospheres, solar coronas solar wind,, solar energy, entropys,
olair magnetic fields, solar prominence, sunspots, solar activity.. solar chrom6aphere
4f,
ABSTRACT: Sma.11P
erlodic verticpl motions in the photosvhere and horizontal
motions in large nucleus-like formations were observed on the solar
Large motions occur I
our. ace.. .0 meridiops), circulations and in differ-
lential rotatio-n-whete the 4ngular velocity increases f. - thepolestothe.~
equator. Motions in the photosphere create waves whose energy dissi-
1pateo.; Those waves deliver little energy by radiation and heat the upper
ayers causing th
e high coronal temperature. The coronal heat gene-
!-I.rates the solar wind or outflow of ionized gas. 'Deviations from thermo-
dynamic equilibrium are caused by the emanation of thermal and mechant-
_J,~cal energy from the photosphere. Studying the convective motions in the
74blar atmosp
_~ejrci facilitates understanding'of stellu atmospheric phe
i1iii-E~iiif6iria-ifon of iadfitfii s6laienergy inio me chanfEdI7en_e-r-~V' 'e~"
... Ir
UDC 1 523-745

L 26112-66:
Acc NR, AP-6M3M6
causes, convection. Convective instability occurs in layers of ionized
hydrogen in which the logarithmic gradient of radiation is greater than
Ithe algebraic' one. Gas rises by convection to the height of homogeneous
f atmosphere, and Is assimilated there. The velocity of the gas elerhent
determined by the lifting force, and reaches 2 km /sec in the rarefied
1.upper layer. The entropy of the system decreases in this layer because
of radiative energy transfer. 7te instability of convection to very In-
there, and convective transfer reaches its maximum. The importanbe'x~
of convective transfer decreases in the highest layeri because of the
Ismall absorption coefficient.
Granules are not caused by convection; their mean size is about 700 km
and their lifetime is about 8-10 minutes. Bright granulei move upward,
and the maximum speed is attained 40 seconds after the maximum bright-
iiess. The period of upward motion is 2.5 minutes. Very large granules
t?;~- J,have horizontal motions and are found deeper than normal granulati6n.'
'Mhe horizontal motion in large granules.' or supergranules, may be caused
by the magnetic field.
In addition to convective motions, a regular solar motion covers
Ljarge~ areas -puzja~~t~~ This. motion consists of the differential io-..
-POhe
`CWd.2AI.

26112-66
..:ACC NR, AP60n4196
LO
tation and the meridional circulation. 7be differential rotation is char-.
acterized by an increase in the angular'velocity from the poles to the equa-
p j tor for. upper layersof the surface. The meridional'circulation shows a
dMt of prominences. and other characteristics of long-lived phenom-
ps ow.
11-A;ena tr
A ansber. from middle latitudes to the pole s'lasts; about 6 - 7
-yeais., -The latifitdinal change of sunpots during a s ar cycle shows a
016* cii6lkion. from low lafif~des'to the' e"'qiuat6r. 'the . merldional ciicu-
atio'n- rhayW, e3iplainect-b a sph rotation. of the sun which may turn
'y
6 a 6aroclink rotation. ' The rise e the* 'circulation changes e
thi angular,
oicifty, a- d ti -th
n ansfers e angular moment 'from layer, to layer forming
jrhetiroien*eous ro,tation.,
V
7he,mcition in the: s ar atmosphere is also caused
.01 _by Its magnetic
',Aeld. A- strong magnetic field e7dsts in sunspot groups where individual
"~spots have their own polarities. The spot polarities ofthe solar Northern
Hemisphere are opposite to those of the Southern Hemisphere; but the
lpolarities are reversed in both hemispheres at the beginning. of a new solar
,activity cycle. - Before the magnetic field appears on the surface, action
motions take place in the solar photosphere.' Outside -magnetically-active i.
regions a weak magnetic field covers the whole solar surface. This
!fleld in stronger in near-polar regions and polarities are opposite in
C~.

ACC NRs AP6011486
ki the &rf6d of in f fin d
-each hemisphere. a urn solar activi y the crease
polar field reverses polarity. Active belts and bip6lar regions in the
North and South may beexplained by a toroidal field beneath the solar
A surface.
Convective motions in the solar atmosphere create waves of a dif-
-.1erent kind which dissipate in the solar atmosphere and heat the chromo-
phere and the corona. There are accelerated and decelerated magnetic
sound waves, Aliven's waves, and inner gravitationat waves. Alfven's J~
J;vaves are predominant in the chromosphere, especially above the active
regILOns. Acoustic waves are generated with isotropic turbulence and very'l,
small Mach numbers. The total flux of energy carried by waves i1i equal
to id? erg/cm see and its intensity increases above the active regions.
i7be change of this flux to determined by reflection, r0raction, and ab
sorption. The photosphere reflects waves having periods larger than
13 min- the other waves penetrate into the chromosphere. '- -The propagation
of waves in the -solar atmosphere is caused by.interchange of their ener-
gies. The temperature of the solar atmosphere is determined, by the
7q balance between heating by weak shock waves and gravitational waves and
Oling,by radiation. The density decreases with the altitude and the ra-
c
I diatiow Wave'energy heats the upper stmosphpr!c,ltkyorm,'cat~!1!~gthe
-'Cwd 4/

L 26112-"
ACC NRI AP6011486
'te*mperatur,e In the corona, to rise t WK. At the coronai level the ther-*
o
imal-velocity of.protons is equal to the solar parabolic velocity# and dis-
f or
isipation o the c ona eliminates surplus energy. The flow.'of waves from
the chromo*phere:to the'corann above active regions is increased and the
omes, denser and hotter.
,,~~orona bec
The bremestrahlung ("braking radiation") of relativistic electrons
generates X and gamma radiation. The cosmic ray pressure creates
0
1bursts and eJections of gases with velocities up to 15 0. km /sec. The
7ihock.wave propagated in the corona generates plasma 'Waves which are
,~Aransfdrrned into electromagnetic waves. Relativistic electrons b6hind
~,Jhe shock wave cr' lung. DAg art has: 4 ffgures
eate magnetic bremsstrah
and 21 fornm1as. [ATD_ PRE~~S
SUB COIDE 03 20 SUM DATE,.- -none ORIG REF 027 OTH REF: 042

PIKSBUMI.M.
-
Some problems of preparatory operations in sbiv repair. Nor.
f lot 15 no.6:16-17 Je '55. (KIRA 8:8)
1. Nachallnik planovo-proisvodstvennogo otdela zavoda imeni X
godovshchiny OktyabrIskoy revolyutsit.
(Ships-Maintenance and repair)

nlyoj, I
El -'1 02 L~'IyCj C-%l
J,,'ar: "".:f 93737.
V,~
le Uiaract,~ristics of :,rcsl--u i-loill-eys
19:17) 2) i,ir 4,
'U. -ne"
C U: 1, -clis .XL:ct(:.'. 11"'t. a twc:,ty-f 1,1-
.,-)U.r culturL
f 250
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b-,rc I- -cif ic "L Z,!,
y
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y DL N

.A/ '/ /-
YAKOV19VA, L.A. LOIN. B.A.; MXPIKAU. S.M.; NOVIKOVA, M.I.; AVETISOVA, S.A.
Characteristics of Breslau perat hold fever in monkeys in radiation
sickness C-ith summary in i;ngliahl . Med.rad. 2 no.4-.58-65 Jl-Ag '57.
(MIRA 10:11)
1. Iz laboratorli radiologii Sukhumskoy mediko-biologicheakoy stantsii
AMU SSSR.
(RCENTGEN RAY6, effects,
on exper. paratyphoid fever in monkeys (Rus))
(PARATYPHOM FEV&;RS, experimental,
eff. of x-rayo In monkeys (HUB))

FLATONCIV, F., doktor tekhn.nauk; PIKEPSGILI, A., inzh.
I -
Automatic electronic humidity meter for determining the humidity
of grain. Radio no.8:27-30 Ag 162. (IIII,.A 15:8)
(Humidity-&asurements) (Grain elevators--Electronic equipment)

PIATONOV, P., doktor tekhnicheakikh nauk; PIKERSGILI, A., dotsent
Automatic electronic molature meter. Muk.--elev. prom.
28 no.7:13-15 Jl 162. (MIRA 15:9)
1. Odesskiy tekhnologicheakiy institut imeni Lomonosova.
(Grain-Drying)

~ I k - A, 'I I , -,
IVAIROT. A., kand.tekhn.nauk; PIIMSGILI, A., Inshener.
Using electronic indicators for controlling the work of contilmous
transportation systems. Xuk.-elev.nrom. 21 no.8:16-18 Ag 15?.
(MIRA 10.11)
1. Odesskiy takhnologicheakty institut im. I.Y.Stalina.
(Conveying machinery) (Electronic instruments)

AUTHOR: Pikeragill, A. and Derzhavets, A.
TITLE: The HF Dynamic Loudspeaker (Vysokochastotnyy dihamicheskiy
gromkogovoritell)
PERIODICAL: Radio, 1957, 9 9o p 45 (USSR)
ABSTRACT: This article deals with the application of the HF spherical
dynamic loudspeaker described in the German "Funkschau" # 22,
1956. The authors of this article stated that the performance
of the loudspeaker was satisfactory with a 3-5 watt amplifier.
When a 8-10 watt amplifier is used, such loudspeakers practically
would not influence the tone color, which is damped by the other
loudspeakers. The power increase caused also considerable non-
linear distortions. The authors developed a similar design of
a HF loudspeaker free from the aforementioned deficiencies,
which is to be used only in combination with other loudspeakers
reproducing frequencies of 1-15 kilocycles. It has a consider-
able directivity because of the diffuser. The design of this
loudspeaker is described in detail.
The article contains 1 figure and I German reference.
AVAILABLEt Library of Congress
Card 1/1

05418
9(2) 3CV/107-59-8-3~/4r-
AUTHOR: Pikersgill, A.
TITLE: A-n Amplifier and Acoustical Unit
PERIODICAL: Radio, 1959, Nr F, pp 48 - 51 (USSR)
ABSTRACT: The author provides a detailed description of a
console designed for large rooms. It consists of
a phonograph, tape recorder, radio receiver and a
40 watt LF amplifier. The dimensions of the con-
sole are 12?5x57Ox4OO mm. Two series-connected,
cophased _-_-1A9 woofers having 30 and 50 cps as a re-
sonance frequency, two 5GD-14 woofers with -C and 10
cycles resonance frequency and four 2GD-11-1 tweetel-
reproducing frequencies up to 15 kc are insti'Lled.
V%' e louds,eakers 2GD-3, 5GD-14 are not suit3ble for
this purpose, since they cause distortions at hi,7her
frequencies. The arrangement of the loudspeakers
Card 1/2 is shown in the diagrams of Figure 6. The circuit

05418
An Amplifier and Acoustical Unit
diagram of the LF amplifier is shown in Fitlure 1.
1he amplifier contains the following tubes: tAo
6N?S, one 6Zh8, one 6N70, three 6NBS and four ",-PO';.
The rectifier unit is composed of two 5Ts3S ker. otro,-,.p
and a selenium rectifier with VS-45 discs. Tubes
6N8S may be replaced by 6N1P tubes. When replacing
tubes 6ZhB by 6Zh3P or 6Zh1P, circuit adjustments are
necessary. Replacing the 6N?S tubes is not advisable.
A tone color control is also provided. The tape sye,~-d
is 385 mm/sec (type of recorder not indicated). The
pass band is 30cps to 15 kc. There are 2 circ--;it dia-
grams, 10 diagrams, 2 graphs and 1 table.
Card 212

PIK19RSGILI, A.; DKRZHAVITS, A.
....... - 1".....
High frequency dynamic loudspeaker. Radio no.9:45 S 1;7.
(PIRA 10:10)
(Loud-speakers)

PIMMGTLLI . A* Mramnovodsk)
'Baku" radio receiver. Radlo no.1:21 J& 154. (VLRA 7-.1)
(Badlo-Rec*Ivers and-reception)

PIXFP'7")ILI A.; DIMHAVETS, A.
Low-frequisacy amplifier with an acoustic aggregate. Rallo no. 6:37-
39 Je 158. (MIRA 11:7)
(Amolifiers. Electron-tube)

197-57-1-53/60
AUTHOR: Pikeragill, A. (Odessa)
TITLE: Filter for Effective Noise Suppression. E
om7erience Exchange (Filltr dlya
effektivnogo podavleniya pomekh. Obmen opytom
PERIODICAL: Radio, 1957, Nr 1, p 58 (USSR)
ABSTRACT: In designing superheterodyne receivers with double-frequency conversion, a very
difficult problem is that of suppressing signals whose frequency equals the first
intermediate frequency. The ordigary rejection filter in.#'the input of the receiver
provide inadequate attenuation. The author suggests a new filter-stage circuit designed
with me 6Zh4 tube and deep negative feedback. It was tested by the author at 3.550
kc and killed almost all noise in the 23.2 -6 me broadcast receiver.
There are 2 figures in the article.
AVAILABLE: Library of Congress
Card 1/1

AUTHORS- Pikersgil A.
TITLE: LF Amp I A:, z S
s akusticheskim. at,ref.'h' x.
PERIODICAL: Hadio, NT R
ABST,:ACT: The authors w, ;t:jp-~F.or for hij-h-qL;a1ily !C'To-
duction of* ar,~ t~,_vp instructi-r,s fcr as-
sembling su-_:, a ievii;r=. several "cudsperakers may he
used, the :~,.),,nd frequencies ran(-,7 ef r 0 m
14,000' cycles. nas an -utput of 2G va witin
a nor.-1,.nc,;;r ~r`.,. ~-i r Dl." not more tl.an 71;e
-Ps.
t e : c r w. t,-.a :-;i.,x- I I-
1:' t ne am-, fi r r
f0 'win" t it t~ .5 a~
a-, n., J'
Lie .'e it a
S - - v; S r a7 r. e - .
...erp arc,
Card 1/1 1. Amplifier5-Oharacteri3tics

PIMSGILI p A. (Odessa).
- -W" 1-.11 .- I
Filter for effective suppression of noise. Radio no.1:58 Ja '57.
(Electric filters) (KGRA 10-2)

PIRF,RSGILI, A.A.; PIATONGV, P*N.
Selecting the work parameters of automatic capacitance moisture
meters for grains in a flow. Izv, vys, ucheb, zav.; pishch. tekh.
no*2tl47-154 963* (MIRA 16: 5)
1. Odesskiy tekhnologicheskiy institut imeni Lomonosova,
kafedra mekhanizataii i av-tonatizatsii proizvodstva.
(Moisture-Heasurement) (Grain-Testing)

AUTHOR: Piker,.~ ~-i 1 G. R. 5,_V1 1/ 21
TITLE: Unusual Weati.er -'hononena ( leobyknovennyye javleniya po
PERIODIC,I.L: Meteorolo.-i-.'a i _-ilrolol-iya, Nr 6, ~4_ 7,L (`S~'R)
ABSCRACT-
Card 1/2
In t-e Kul--r?
- re i:)~i the sum;:ier of 1957 w--c dry az~d hot.
AlreF-,Iy in t~,~: mi'dle of April the air te.,:t ' er-.ture rose up to
3.) - 370 -nd in sone ;il-.ces reached 40-410. It r%i.~.ed or.ly seldom
and ir--e--ularly. On July 25 th, there was an extre--ely violer.t
dovmpour with ail in the dictrict of Stanitsc, Vozneseriskaya
(Labinskiy district). Within 5o rainutes 1.1,1 ni dreci,_itation fell,
The rei,,-,`it of t'.e ~i-.ilstonea anounted to '-c)--) - 2*~'o t'.%t of
several 'n_,ilstozies to hoo arid 14oo ,. T E. f I -t .
multif.,-,ce sh- ,c, or t.,(,- form of shape.'ess ur,1- i C hunks. T) i e
damL,7e, caizsed b `- -. Jl anJ floodo was co.-,L;_~ 1 _-~ -i'. ' . A I f 1',-)n t
sect or ( in c on o )-i wit~~ % doe-) c,,-rl,)::(! o -; (2:- t 0
per!etr.- to ! i:;tc) t. L.- rircul:~tioll System of r
ne which vi~_s for:ic~' ovcz, t~,e coritral re,-i:) t. of ';),.-th Caucasun.
Another 1- re phor,-) enon was P ctron,~ list of irl" ill t 10:~
of the Kr!!snodar :,.jr,~ort (Sei)to:-1)(.lr 4~h , 1 7 t, i~ - ;-, - ~ .
Wit"in 15 - 20 mili!lt-q t (' velocit.; _'J - Sec

Unusual We-_t,~er Pheno len,,--
j, 11, ~0- ;/ - _,_ - '.I z 24
and more. This velocity could te nepsured oni. 4 n t 18 r i on
in other places it nover exceeded 15 - 2o m, sec. T,,.c .reci-d-
tations amounted to 3o - ~o mn near in ot::or
places 7 - 11 mm .;e:-c nu-;er exceeded. T.e of . i_~~ -:: s
conne,:Aed -;,ith t-~e evoliAion and shift of th,11 )r7.- 1A
downpour center )el-red on t h t c,,. . r
Sei,te r.
p.m. '~o - 6o km. wcot of Krzinnodar. First it with~)ut
siderable variatiwis of inte:.sity tor-trds southc-.st , t~ C-.,. 0~_t-
ward. A_,,proxin-tuly 3o klm Wore Kr~_snodar t:..-, cr::A, r
move towards nort'.e~,..,;t whille its intengity ;-.nl e -,, 1, e -. f, 1 7,.-- i n c -2 -12 e d
rapidly. Its inte.-.,ty reached its maximii.. at Kr-~sno4lIr -,;~ th
velocit,~ of ifo - 5o I-r.-,.hour. Later the center e -in ~!,. t i - 1k-
vii3e loot) with a ~,Ii - t-r of approxin..-,ely 1 ~o
1. Meteorology--USSR 2. Climatic factors 3. Precipitati-Dii
4. Storms
C.A rd 2,12

_0' /I
Czechoslovakia / Analytical Chemistry. E-2
Analysis of Inorganic Substances.
Abs Jour: Ref. Zhur - Khtmiya No. 2, 1958, 4326
Author : Bardodey, Krivutsova, Kukachkova, Pikha,
Zdraz.hil
Title : The Photometric Micro Determination of Hydrocy-
anic Acid and Cyanides
Grig Pub: Ceskoel. hyg., 1957, 2, No. 4, 244-250
Abstract: A previously described method (Epstein, E.
Analyst. Chem, 1947, 19, 272) has been modified.
In the HCN determination I liter of the air to
be passes through 2 wash bottles containing 3
ml. of 0.1N NaOH for about 10 minutes. The con-
tents are washed and neutralized by the addition
of 0.3 ml. of 2M Na H2P04. To 2 ml. of the re-
G ard IA

Czechoslovakia / Analytical Chemistr-y. E-2
Analysis of Inorganic Substances.
Abe Jour: Ref. Zhur - Khlniya No. 2, 1958, 4326
sulting solution is added 0.2 ml. of 1% solution
of chloramine T and shook for I minute. To that,
ml. of the pyridine-pyrazolone (PPR) reagent
I vol. pyridine - 4 vol. of 1% of I-phenyl-3-
?
methyl-5-pyrazolone) Is added 6 heated for 7
minutes on a water bath at 70 C. and cooled.
The extinction is measured in the photometer us-
Ing an S 61 light filter. The resulting red-
violet coloration changing Into blue with time
Is stable for 20 minutes. The detection minimum
Of HON is 0.1Y ; the limit of dilution 1:10(
Instead of PFR, pyridine-phloroglucinol (PFRJ
reagent (1 vol. of pyridine + 4 vol. of 1%
phloroglucinol solution) can be used. In this
case the readings are taken after a 7 minute
Card 2A

AccaSsION Us AR4033593 I/0169/64/000/002/oNT/002r
SOURCSs\ Ref, sho Geofise, Abe* 20191
,AUT11ORs Ootrovokiya A* 14#1 Pikhap Taol Bkallskiys Loj Hironovap L, Iol Vitmanp
N. G.
TITLEs Tidal tilts ind iouted by observations with photoelectric tiltwters at
Prahibrain (near Prague)
CITED SOURCBs Sb. Isuch. sesm. prilivov. No. 3. M., 0 GSBR, 1963, 69-69
TOPIC TAC-St gravity field, tiltmeter, photoelectric tiltmeter, earth tide,, tidal
Itilt, earth tide component
!TRANSLLTIONt Photoelectric tiltmeters of the institute of Physics of the Earth Of
'
,the Academy of Sciences USSR were met up at Przhibram in 1960 at a depth of 1,300 a
near the horizontal pendulums of the Czechoslovakian Academy of Sciences. The
electrodynamic constants of the tiltmtera were determined to an accuracy of 0.1-
0%3%. The record of the tidal tilts was continuous with small gaps from June to
~,Dooamber 1960. The behavior of individual components differed sharply from one
!another* Over a 7-month period the tilt in the north-mouth direction was 3" and in
Lco,d 1/2

ACCMION Us AR4033593
Itho east-mot direction We This tilt was caused by the movement of two block$
IsIong whose contact a mine working had been excavated* Us rate of the tIltIMg did
not reinaln constant with time, which appreciably worsened the results of analysis
of the tidal observations* Harsonio analysis gave the following mean values I
determined fram the 1~ waves
T,-, a 0.665 1 O.Ou YB.W a 0.702 10.019.
These figures indicate the existence of a real difference between YN-S and YN-W
at Prahlbroose Be Pertsey
DAIS ACQs 3Uhwft 60 COM AB Ems 00

KAFKA, V. (Praga, 2-ya Sallovskaya, 10, Chekhoslovakiya); KJSIL,
M. (Praga, Chekhoslovakiya); SOVOTNYY, A. (Novotny, A.] (Praga,
Chakhoolovakiya); PADOVFD, I. [Padoved, J.) (Praga, Chekhoslovakiya);
PIHA, Z. [Picha, Z-1 (Praga, Chakhoslovakiya); SHORM, F. (Sorm, F.]
ff~-aga, Chekhoslovakiya)
TrOatmenL of ma; "gnoLnl neoplasms I n female sex organs by means of
6-azauracil. Vup on.K. 8 no. 10ill-14 162. (KRA 170)

k..M
E~ W
WIT-01
S
190
--cases- eza 0
som th- e -spiTade - svioatbness as,-vl)
-~ThU':Point#
to _-the :pipservation. of dyzidmi6 s ityqf-flov in irdividus, cross
.sections: of the boundary layer, vhich. also confirms the c6ir6i -of the--form factor
-Rl~ 6'j, vhIch-In A suffitiently developed turbulent boundary, la
~NT -, - - -- - ' - - - . .- -1 - ---- -- -b -- Wer is approximately
NI --is.- f(IIe*) - that -the - change -
6anbe-e-stablished fran. he cour 6f Vi.
of the turbulence- of the main f lov does affec
Fihe entire area
layer -but ain part of outer edge.- At the va
ito
ouhdM7 it at
on4. a.cert
the v611-knm law,of almilarity-holds Orig art has: 6.figures,and 1
good.
rM o-:~.%-..-F-~.;.'
V8tAV..tG==O-dhaniXy-tW,': prai" ftnititutavf Ther,momechanics-
'-0
i6
L 0
A

11
;FIKHALENKO, I. G., gornyy inzh.-elektromekh. j SIDORUK , N.S.., gornyy inzh.-
--viektramakh.; FAYERHARK, A.A.; gornyy inzh.-elektromekh.
Automation of the production processes in the Southern Mining
and Dressing Combine crushing plant. Gor.zhur. no-3:53-55 Mr 160.
(MIRA 14:5)
1. Yuzhnyy gorno-obogatitellnyy kombinat, Krivoy Rog.
(Ore d ressing) (Automatic control)

FINHARTY Josef
Effect of latticelike poymerization and porosity of
katexes on separation of sodium and otassium. Rudy
12 no. 6tl8O- Je 164.
1. Research Institut of organic Syntheses, Pardubice-
Rybitvi.

?TKRAR:, M. 1ADERA, K.
Mechanical thickener in cellulr,se nrrduct~on. P. 374.
VCDN IfCSuIODAR.-)'V' .(,inisterstvo enerfetiky a vodniho hospodarstvi a
Vedecka technicka spoleenost pro vodni hospodarstvi) Praha, Czochoslovaki~i.
No. 9, Sept. 1959
Monthly Ust of East European Accessions (ELAI) 1L, Vol. 8, No. 11,
November 1959.
Uncl.

7SVID, A.p kand.tekhn.nauk; LUTSEYKO, I.; PIKHAY, G.; SAMAROV, M.;
ZILDEM, P.; rENISET-10, V.
We get word. Stroltel*;~ no.7:7n 161. (14IRA 14:8)
(Construction industry--Technological innovations)

PIKMY, G.V.; PYATKOVSKIY.. A.G.
Manufacture of roof channel slabs in reinforced concrete dies.
Bet. i zhel.-bet. 8 no.8:366-368 Ag 162. OERA 15:9)
1. Nachallnik laboratorii zavoda shelesobetonnykh izdally
No.1 Kommmarskstroy (for Pikhay).
(Roofing, Concrete)

PIKHAYS G.V.
Manufacture of bw= and roof slabs in dies. Prom. stroi. 40 no.2:48-
49 162. (MIRA 15:7)
(Precast concrete)

LIVANOVA, N.B.; PIKHEIGAS, V.Ya.; Sli;'ICTER, V.C.
Transformations c'
Dokl. AN SSSR lcl no.r:12.-4
~n s-id, in:, alxali-~r-
Ap I ~. X~ ~A I ~';
1. S~jbmltted July 3, IlivZ.

sli 37/160/000/011/0 30~04 3
AOO6/A0O I
Translation from: Referatinvyy zhurnal, Metallurgiya, 1960, No.11, p. 241,
# 27170
AUTHOR: Pikhel'son, V.F.
TITLE: Changes in the Magnitude of Microstresses During the Run-In Process
of a Copper-Steel Pseudo-Alloy
PERIODICAL: Tr. Rostovsk-n/D. in-ta a.-kh. mashinostr., 1959, No. 12, pp.
28 - 31
TE(T: The author studied changes in the magnitude of microstresses
during the run-in process of a copper-steel pseudo-alloy. The tests were made
with two series of ring specimens, used for the investigation of the friction
process, namely: rings with crude and annealed pseudo-alloy. Run-in process
was conducted up o a specific pressure of 60 kg/am2; loading was performed by
steps of 10 kg/cm each; microphotograms were taken after each alternate loading.
It is shown that the initial run-in process, which is accompanied by a high fric-
tion coefficient and high wear, is characterized by lesser changes in the magni-
Card 1/2

8/137/tO/COO/01 1/03C)/043
A006/AOOl
Changes in the Magnitude of Nicrostresses During the Run-In Process of a Copper-
Steel Pseudo-Alloy
tude of microstresses than Uie subsequent periods. In due course the specimen
surface is more and more cold hardened and strengthened, as the deformation
spreads In the layer depth. This causes a still higher increase of microstresses.
It is established that the gradient of stress changes of crude pseudo-alloy is
lower than that of annealed pseudo-alloy; this predetermines is greater wear
resistance.
Z.F.
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

I/
PIKHEL'SON, V. F., Cand Tecn 3cl -- "Study of physico-
me0innical EAnd anti-CrIctlon propevtleB of tne copper-Bteel
. k r.
t" al I oy. "Novoc:.erkassk, 19b1. (Yin o,' H~.- ei- and Sec jp#--c
Ed USSR. Novocrierkasek Order of LaLor Red Banner Tolytech
Inst Im S. Ordzhonikidze) (KL, 9-61, 247)
- 284 -

83720
S/137/60/000/011/026/043
A006/AOOI
Translation from: Referativnyy zhurnal, Metallurglya, 1960, No. 11, p. 199,
# 26862
AUTHORS: Krasnichenko, L.V., Pikhel'son _V.F., Shapkin, V.M.
TITLE: Run-in Ability of a Copper-Steel Pseudo-Alloy
PERIODICAL: Tr. Rostovsk.-n/d. in-ta a.-kh. mashinostr., 1959, No. 12, pp. 32-
38
TEXT: The authors describe the effect of stepped and stepless loading on
the run-in process of a Cu-steel pseudo-alloy. They investigated three groups of
the ClCr, ,"1 20 (PSt, M20) pseudo alloy lith an initial roughness of about o.4 mm,
which were loaded by steps of 4.5 kg1cm , 11.2 kglcm2 and with a continuously In-
creasing load of 0.562 kg/cm2 per minute. The loading time lasted in all the
three cases 80 minutes with bringing the specific load to 45 kg/cm2. The dependen-
ae of the friction moment, the temperature of the operating surface and the coef-
ficient of friction, on the load applied and the run-in time, was investigated.
Moreover, changes in the oil-film state along the friction path were studied. It
Card 1/2

88720
s/j37/60/ooo/*Oji/026/o43
Run-in Ability of a Copper-Steel Pseudo-Alloy A006/AO01
was established that the Cu-steel pseudo-alloy showed satisfactory short-time run-
In ability, which Is explained by the rapid recovery of the oil film at the ex-
pense of the oil accumulated in the pores. The run-in process should preferable
be conducted with stepless loading, since the time required to obtain constant
friction moment and temper ature is in this case twice as short as in stepped load-
Ing. The Cu-steel pseudo-alloy can be recommended as an antifriction bearing
material.
I.A.
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

POD',ND/.',aalytical Chuudotry iialyBis -)f Inurganic Substanccs E-2
Abs Jour Rof Z!iur - Khtaiya-, N-j 3, 1958, fic, 7642
Author Ventslevskayn, ZL~ ~cl
Inst Not Given
Title 'Bic Polarogr!iphic Detemiiniti.)i~ )f Tracc L~I-li.Lits )f Wt,,ds
in Pure
Orig Pub : Cho:-~. 1956, ND 2-3, i8o-i83
Abstract : Your g. )f thc :1lurAnur.. beiag rn-nalyz,~d ir di3solved ir. HCI
(1-.1) r--nd w'ien U,.e r,-)IubilIzati,,n is alri,-)st conplete-d, a
sr-iall quantity A H202 's addod. Tiio s,)lutijn is boilcd to
rei.jove the excess H202 and dilutedtj 100 Ll. Pb, Zai, Cu, PC
nad 141 arc dctcr-Anod In Uiquots polarogmphically. Wheri
the contunt of tlie, detenAnad "otals in th%2 aludnwi boing
analyzed is C10-2% thcy %re c~)ncuntmted by treatoLnt with
NaOR.
Card 1/1

PIM, Xh.0. [Pihl,H.]
b- tonlan S.S.R. Trudy Lev inst.apid.
i m1kroblol. 21s210-215160. iMIRA 1616)
1. I2 Tallinskogo instituta apidemiologii, mikrobiologii i
gigiyeny.
(ESTOVIA-SAIROKELLA INFFLTICRIS)

TERAS, Yu.Kh.[Teras., J.], red.; LAAN, I A red - PIKHL Kh.O.
(Pihlp H.1, red.; TALUTYSTU1, E:T:1Tal3;ei-~ter,". ~,re~d.;
YANUS, L.E.[Jannw. L.1, red.; 1M=SK11, X.S., nauchT77 red.;
SL%IASTIYANOV, A.,, red.; TOOMSALU, E., teklui. rod.
[Investigations In microbiology] lssledovaniia po mikrobiologii.
Tallinn. Vol.l. 1961. 22-1 p. (MIRA 15:6)
1. Eesti NSV Teaduste Akadeemia. Eksperimentaalso ja Kliiniliqe
Neditsiini Instituut.
(MEDICAL MICAOBIOLOGY)

FIRM* Kh.0.
Oatbreak of Salmonella newport infection in a nursery. Zhur.
ml~wobiol.epid.i immin. 32 no.2:124,126 F 161 . (KLRA 14: 6)
1. Is Tallinskogo instituta apidemiologii, mikrobiologii i gigiy-ony.
(SMONE:LlA)

ESTONIA/Chamicad Technology - Ceramics, Giusci, Binding
Materials, Concretes.
Abs Jour : Ref Zhur - E21imiyal No 16, 1958, 54726
Author : PikKlak
Inst :
Title : Industrial Technology ~-n the Manufacture of Glazed TiL~-E;
Orig Pub, : Tehnika ja tootmine, 1958, No 1, 1.1-13
Abstract No abstract.
Card 1/1

SILIA, R.V., kand. med. nauk; PIKHL, Kh.O.[Pihl, H.1; KAPLAN, A.
w -- -
(Reports of the Third Scientific Conference of the Talli-nn Sci-
entific Research Institute of Epidemiology, microbiology, and
Hygiene]Sbornik dokladov tretlel nailchnot konferents1i Tallinskogo
nauchno-issledovatellskogo institute, epidemiologil, mikrobiologii
i gigieny. Tallinn, 1961. 318 P. (MIRA 16:11)
1. Tallinn. Epidemioloogia, Mlkrobioloogia ja Hugieeni
Teadusliku Uurimise Instituut. Konverets, 3d, 1960. 2. TaIlin-
skiy nauchno-issiedovatellskiy institut epidemiologii, mikrobio-
logii I gigiyeny (for Sills, Pikhl).
(INTESTINES--DISEASES) (POLIOMYELITIS)
(CHILDREN--CARE AND HYGIENE)

PIM.All, A. A. (Noril'sk)
Monquitoes and nothAns. Priroda 52 no.1:70 163.
(MM 16: 1)
(Mmquitoes) (Methane)

PIK-HLAY,, E.G. (Moskva)
Gout. Med. sestra 22 rio&9t4l-46 S'63* OURA 16: 10)
(GOUT)

PIKHLAK, E. G.
Genesis, prevention, and treatment of gastroduodenal hemorrhages
complicating steroid therapy. Terap. arkh. no.12:83-90 '61.
(MIRA 1l;:2)
1. Iz otdeleniya infektartrita (zav. - prof. M. G. Astapenko)
Gosudaretvennogo instituta revmatizma (dir. - deystvitellnyy
chlen AMN SSSR prof. A. I. Nesterov) Ministeratva zdravookhraneniya
R_qFSR.
(STEROIDS-TOXICOLOGY) (HEMORRHAGE)
(DIGESTIVE ORGANS-DISEASES)

FIKHLAA, B.G.
Blood transfusion in treating infectious nonspecific polyarthritis.
Sav.med. 25 no.6:90-9.4 Je 161. (MIAA 15:1)
1. Iz kafedry fakul'tetskoy terapii 11 Moskovskogo meditsinskogo
instituta. imeni N.I.Firogova i Institute. revmatizma Ministerstva
zdravookhraneniya RSFSR (dir. - deystvitellnyy chlen AMN SSJh
prof. A.I.Nosterov).
(ARTHRITIS) (BLOOD-TiWISFUSION)

-plKaff, Ye. G.
kcal aftinistration of hydrocortisone in the treatment of
nonspeoific infectious polyrthritis. Terap.arkh. 32 no.10t
71-76 160. (KIRA 14 d)
1. Oz otdoleniya Infektartrita, (zav. - doktor med.nauk H.G.
Astapenko) Gosudarstvennogo nauchno-issledavatellskogo insti-
tuta rematima, Moskva,
(ARTHRITIS, RWJMATOID) (CORTISOVE)

BE30VTSEVA, A.G.; 3 I,ICV, A.G.; I'~AU-IME91 E.; LILLEMU,A.,
kand. 3ellkhoz. nauk; FIKYLAS"TE, L.K.!HhILste, L.1;
F!iOKV0i,CYVA, ZJ.; I-JL,.T*Z,-, VJ.; I:-,AYII,'A,
Z. I. ; T. ~'. FFi~,.-e, _,Cj=.'A, I_V. ; SUi~hCTMA,
V.1 .:ZHDANOVA, L.P., red BkAYNDIII, M.1., tekhn. red.
(Ai-riciinatoloj,icul m:xuttl Cor the ~.vtoiiian Ag-
roklimtiche~kii spravochnil: pc ",:,ton.-koi Ss". Lenin-
(Mli"A 17: 1)
1. Estonian Up-n,%Iuriip_, tjd.-oi eteoroloFichet-koy
sluzhb3-. -. I-E,-tail. kiy nauc~mr)-isslpdovatellsskiy ir:7titut
i rclioi-ats~'i (for Lillema). 3. GI:vrwy
;.gronor. "'.1ravloniya sadovoustva i pchelovodstva Minister-
stva Ih!czyQ-stva Estonshoy SSR (for Kullbin).
(Estor&--C_,ops and climate)

PIKHLER, G.; KHOLITSER, Y.; ULIRIKH, R.; FREYDORFER, K.; FETTS, E.
Unforgettable UVreasione. Ayt.tranap. 40 no.9i12,13 3
062. (MIRA 15:9)
(4ustria-Relations (General) with Russia)

L 3;~~- lip(
ACCMIOW WR; UR/0369/65/000 ~jXWJ/00~0421
-APS022409 0
/0
Boltarovich, A. V. Pi skly, V. I. Gutman, E. M.
AUTHORt ~gers n
q, t;~ ..... boftwo~-
Karp- V
V.,
enko, G
TITLE t -,Corrosiop fatigu f VT3-1 titanium alloy
SOURCE- Fiziko-khimicheskaya nekhaniks materialov, no. 4, 1965, 499-502
TOPIC TAGS: titanium alloy, alloy corrosion, alloy corrosion resistance's alloy
fat igue strength, corrosion fatigue strength/VT3-1 titanium alloy
ABSTRACT: Unnotched and notched specimens of VT3-1 titanium [U.S. Til55A) alloy
in.thei-as-delivered condition (annealed for 1 hr at 870C, furnace cooled to 650C,
held for 1 hr,.air cooled.to room temperature) or after aging at 400-900C for 1 hr
OC for 2-100 hr were tested for corrosion'resistance in 40-78% It 804 and
or at
J
for fatigue behavior in air or in a 3% solution of NaCl. The alloy aged at 700C
the highest and.the alloy aged at 800-90DC.had the lowest corrosion rate:
-O..IhO and 0.121 mm per year, respectively, compared with 0,124 mm per year for alloy
in the si.~delivered-condition...PA6,bigb~at corroition-rate results from the maximum
-th -phase structure'~vhich Increases the active area of microscopic,
alspersion of e 0
galvanic' pairs that cause c6irr;oxion With, aging at; tenperatures. higher than 700C, 1
C

L. 35,90-66,
ACCMI
ON NR: AP50
22409
tbe-structure components coagulate,~thuB decreasing the active area of microgalvanic'
pairs and, correspondingly,,the corrosion rate. In isothermal aging, the corrosion
rate increased with exposure time, eig., at 50dC from 0-123 to 0.140 mm per year fot'
2 and 100 hr, iispectively. The corrosion Incubation period of identically aged
VT3-1 alloy Increased witb,the exposure time and decreased,with increasing acid con-i,
centiation. The alloy had1high corrosion rates at acid concentrations of 40-70
and 78$ and a minimm r at a_53$ concentration.
ate 1n:fatIgue and corrosion fatigue
tests, unnotched'and notched alloy specimens were subjected to rotating bend test
at~_4oc in air (.107 cycles) and in humid' air (97X humidity) and in a 3% NAM solu-
tion (5.107 cycles).L.The test results (see Fig. I of Enclosure) showed that the
/mm2.
an' fatigue strength in air..was'52 dan Under thb Action of 3% NAM solutionj
tbei-conditional endurance limit continuously'de'ereased to 48 dan/UM2 at 5.107 cyclei.
Aging at 50M for 2 hr had no effect on the endurance limit of the alloy in all in-
vestigated media.' In corrosive media, the effect of stress concentrators on fatigue
strength was.negligible. Previous corrosion decreased the fatigue strength of VT3-1
alloy. in: air frois 52 to 39.5 dan/=2.11.In.-3%.X&C1 solution the conditional endurance
't 7.
I:hdt a the .5410 - cycle basist.4" he tkhd'* .38: dimhii precor-
1~for
roded opect CU44*;;
suitable. material
wt,"

14 - 57-6- 124 2 1 D
.ranslation from: Referstivn zhurnal, Geografiya, 1957, Nr 6,
p 100 (USSR7
AUTHOR: Pikho, A. P.
TITLE: Agrochemical Properties of Podzol and Swamp Soils in
the Estonian SSR (Ob agrokhimichaskikh svoystvakh
podzolistykh t zabolochennykh pochv
ABSTRACT: Bibliographic entry on the author's dissertation for
the degree of Candidate of Agricultural Sciences., pre-
sented to Est. 9-kh. akad.(Estonian Agricultural
Academy), Tartu, 1956
ASSOCIATION: Est. a-kh. akad.(Estonian Agricultural Academy)
Card 1/1

Name .1 PIKHOP A. F. --- --
Dissertaticn I Cultivation properties of Podzolic and
swampy soils of the Fstonian SSR
Degref- Cand Agr Sci
Dprpn(lre At Estonian Agricultural Academy
I
Publication Date, Place 1 1956, lartu
Source Knizhnaya Lpton'.sl No 5, 1957

PIKHDDYA, R.I.. glavWy veterinarmyy vrach KamenskogD rayona. Kalininakoy oblasti.
Propbylaxis of noninfectious diseases in young animals.'Teterinariis 33
no.7:20-23 Jl 136. (Kw 9:9)
(KamBnskiy District--Stock and stockbreeding)(Vaterinar7 m9dicine)

ELIM&N, A.; j=OVKTNj F., ekonomist; FOLYANSKIY, Mi; ANMNENKO, Ye.
(Roqtav-na-j)onu)- ZHWINIKOVA, T., takhnik Chkalovek,,
Gorlkovskoy obM; PANFIIDVA, V., tekhnik (Chkalavsk, GorIkov-
skoy obl.); GOIDVANOV9 A.
We discuss 0. Gabarov's letter entitled "We must not work this
way $ny longer*. Zhil.-koya.khos. 12 no.8slO,.ll kg162.
(MIRA 16Q)
1. Nachallnik zhilishchno-kommallnogo otdola g. Rolpino,
laningradekoy obl. (for Ellman). 2. Zhilishchno-kaummal naya
kontora treata OlraBnodarstroy", Krasnodar (for Pikhovkin;.
3. Glavnyy inzh. filiala Moskovskogo oblastnogo proTektnogo
in.stituta, g. Klin, MDskavskoy obl. (for Polyanakiy).
4. Nachallnik shilishchno-kon#nallnoy kontory Khabarovskogo
soveta narodnogo, khozyayatva (for Golovanav).
(Housing management)

T
IIIKHCTVKi.;t ~.V.
1,mir~jving ~-hc- -.,pu rf n.nwoviar, llabric~. Lcl.. i.rr,.--.
ii-S I i'li, 17-.Il-))
k . I j

ACC NRI AP7003155 SOURCE CODE: UR/00/66/005/006/0793/0794
AUTHOR: Obukhova, Ye. S.; Pikhtelev, A. I.; Rudnevskiy, N. K.
ORG: none
TITLE: Spectral investigations of a rubidium light source
SOURCE: Zhurnal prikladnoy spektroskopii, V. 5, no. 6, 19a, 793-794
TOPIC TAGS: rubidium, optic pumping, electric lamp, signal to noise ratio, optic
I spectrum, hyperfine structure, temperature dependence, pressure effect
ABSTRACT: To obtain an optical pumping source suitable for use in precision magneto-
meters and in frequency standards, the authors investigated the spectra of electrode-i
less.rubidium lamps similar to those described by W. E. Bell et al. (Rev. Sci. In-
sirum. V. 32, no. 6, 688, 1961). Rb87 Was used as the working gas and Kr and Ar as
buffers. The exciting-generator frequency was 90 - 100 M. 7he tests consisted of
determining the fine-structure components of the various lines present in the spec-
s
trum of the lamp (besides the main 78W and 7947 A doublet), which affect adversely
the signal/nois ratio, the dependence of the line intensities on the voltage applied
to the lamp, the effect of different argon and krypton pressures, and the variation
of the half-width and intensity of the byperfine components of the main doublet as
functions of the voltage and temperature. The latter tests have shown that a change
of voltage from 90 to 150 v (corresponding to an increase in power from ) to 8 watts)
changes the line width by not more than a factor of 2., while the line intensity is

ACC NRt AP7003155
increased by a factor 4 - 5. When the line width more than doubles, self reversal
sets in, and this reduces the usefulness of the lamp. The higher the voltage, the. ,
lower the temperature at which self-reversal sets in (it ranges from 110 to 60C as
the voltage is changed from IW to 150 v). The lamp becomes unstable at voltages i
alwe 1W. Orig. art. bas: 2 figures and 1 table. I
SUB CME: 2D/ sum DATz: 15Nov65/ OTH REF: 002/ ATD PRESS: 5113

ri,vTvvvt., S.
PIIRTBUTA, S.. washinist elektrovoma.
I-, -, ~ I,
Accelerated hauling work. PAst.ugi. 3 no.?. 6 JI 154. OWA 7:7)
(Mine haulage)

SUBJECT USSR/MATHEMATICS/Differential equations CARD 1/3 ?a - 32
AUTHOR PICHTEJEV G.N.
TITYX On the problem concerning the flow around a curved bow by liquid
stream in a bounded and in an unbounded flow of an ideal in-
compressible fluid.
PERIODICAL Priklad. Mat. Mech. j.L 421-432 (1955)
reviewed 5/1956
The author considers the flow around a symmetric bow by liquid rays of a
stream of an ideal incompressible fluid limited by two plates. The axis of
symmetry of the bow L is the middle line of the two platesi the points of
separation of the liquid rays from L then are also symmetric. The distribution
of the velocities on the bow L is supposed to be given. The form of the bow
and the equations of the liquid rays are required. The solution is obtained
by applying the classical method of conformal mapping. The solvability of the
mixed problem thus appearing is proved. The most important difficulty for
concrete problems consists in the calculation of the occuring definite integral
+1
_2 ln f(t) dt
~7j
a
V
where f is a contiztuous, positive and bounded function of the are length s of L

Priklad. Hat. Hech. 1 421-432 (1955) CAU 2/3 PG - 32
12-L
4
with f(O) 0, f(l) - 1. By f the distribution of the velocity Is detez---'ned:
V - v f( Transformations and set ups are given which permit to repre-
0 a
0
sent J as an infinite trigonometric series. The required general equation of
the bow and the equations of the liquid rays are obtained in a parameter re-
presentation. These general considerations are followed by some special casest
1) For V - v tg( n ) the bow is given by the equations
0 4s0 0086
X - 4s0 1 in L g(t) dt, 0
f 1 + t2 4
0
cose t
413 2
Y M -0 f cos g(t) dt g(t) - -1 1n 1+t dt.
7C 1 + t2 4 r2 t 1-t
2) 0 0
The flow around L is considered in an infinite stream and the equations for
the bow and for the liquid rays are given.
3) The Kirchhoff condition (the rays are not allowed to intersect with one
another) is fulfilled if and only if f satisfies the inequality

Priklad. Mat. Mech. 19. 421-432 ('955) CARD 3/3 PG - 32
t 2
f(t) in f(t) f(s) ds) dt - C_ 4 0.
f f
0 0
4) A more exact solution of the problem in questiot. for bounded strea-T, ~s
carried out for
-t -t f t(I-t)(P -t) dt
0 1 (i+t)( -tq 0 (a 2.t11) t ~)( 1
The solution gives, for certain values of the parameter, either a curve
similar to a parabola or to a cycloide.
5) The well-known equations for the flow around plates follow as special
cases from the general results.

ACC NRI AP7005337 SOURCE CODE: UiVol8l/67/009/001/0145/01-49
AUTHOR: Pi ~A .; Yas1kov, D. A.
ORG: Lenin~-.rad Zlectrotechnical Institute im. V. 1. Ul'yanov (Lenin) (LenL-q~radzfiy
elektrotekh.aicheskiy institut)
TITLE: Dispersion of the refractive index of light in gallium phosphide
SOURCE: Fizika tverdogo tela, v. 9, no. 1, 1967, 145-149
TOPIC TAGS: gallium phosphide, light dispersion, refractive index, light reflection,
laser optic material
ABSTMCT: In view of the lack of detailed data on this subject, and of the im->Or-
tance of GaP as an injection-laser material, the authors study in detail the re-
fraction of light in this substance and present an analytic expression with which
the refractive index can be determined over a wide range of photon energiez (1.0
- 2.35 ev) and for different temperatures (80 - 290K). The theoretical formula was
derived from the dispersion relations. The experiments consisted of absolu-.e mea-
surements of the specular-reflection coefficient of polished n- and P-type GaP
plates and determining the refractive index by measuring the angle of least deflec-
tion of the radiation by a prism made of the investigated GaP. The test procedureS
are described briefly. The refractive index drops from an approximate value of 3.1,
at 2.5 ev to 2.oo6 at 290K and 2.983 at 80K at zero photon energy. The temperature
coefficient of the refractive index is -(-5 X 10-4) ev/'Y. at 290K. Orig. art. haz;
Ca,d 112

; 'ACC NR&
AP7005337
3 figures, 9 formulas, and 1 table.
SUB CODE: 2p/ Sum DATE: o4jm%/ ORIG REF: oo4/ OTH REF: 007
An- PRESS: 5116
[02)
Card 2/2

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77, -

PIKHTOVNIKOV, R. [Pikhtovnykov, R.), prof. (Kharlkov)
Explosion treats metals. Nauka i abyttia 12 no.7:13-14 JI 162.
OaRA 16: 1)
(Explosives in sheet metal work)

ISACHENKC1, Ye. I., PIKIII'MITKV, R. -
Defcrr,at4()nS (Y.,echanics)
"Effect of the speed of deformation on the process of stamping TflrtS from sterl sheet."
Vest mash. 32 no. 5, 1952.
9. Monthly List of Russian Accessions, Library of Congress, October -1959. Unclassified.
2

/ ' 137-58-5-9588
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5. p 108 'USSRj
A UTHOR: Pikhtovnikov, R. V.
TITLE: The Latest in Forming Techniques: Sheet Metal Drawing
(Novoye v tekhnologil shtarnpovki-vytyazhki listovogo metalla)
PERIODICAL: V sb. : Progressivn. rnetody shtampovki i kovki. Khar'kov,
Oblizdat, 1957, pp 164-170
ABSTRACT: The problem of intensifying the cold forming (F) process by
increasing the reduction ratio per working stroke of the press,
employment of simplified forms of equipment, and the develop-
ment of high-speed and superspeed methods is examined. To in-
crease the reduction ratio, heating of the flange is recommended
in the case of Al and Mg alloys and deep cooling of the zone of
maximum stresses in the case of structural steels, as well as
the use of reversible dies permitting the drawing and the re-
drawing operation to be performed at a single stroke of the
press. F with simplified fixtures is advantageous not only in
terms of cost but through the reduction in the number of opera-
tions afforded by it. Development of high-speed and superspeed
methods of cold F is possible if lubricants of optimum viscosity
Card 1/1 are employed. This makes F by shock wave pressure possible. V. F.
1. Brakes ~.Metaiworkingj--Operation 2. t4etals--Processing

l37-5H-t)-l2,'Z2
Translation from R(-ft-rd,,.-.n I% zh~ rraa115 8, '; r'_'5 5 R
AUTHOR Pikhto%niko% R.V.
TITLE Supei ~pcvd Slanipin~4 iitd Draxing of Sheet Metal (Sverklisku-
rostna~,,i lislovogo metalla)
PERIODIC AL Tr~ Kha r ko% - k. d \, iat s. i n - ta. 19 57 N r 17. pp i - (I
ABSTRACT A rat:oi,alt- i,~ 1)r,),.-:dt-d for the possibilit% of emplovir.,_, high
spceds ,:-. 1he pte-,%orking, of rnetals- This proposition :s
proved experil-Tientalk as it applies to cold drawing (Dj in a
speL ial equil)MVI)t %vherc the pun(h actuated b~ the explosion of
gunpov.-dur ga,~cs, attain(-d speeds of as high as 300 zn/sv(
Drawinq proceeded without breakage or noticeable de(line in
the redul lion ratio mheri lubricants of optimum vis(osit% %%ere
(11'r1pioved, ab lhes(- ehininated the pronounced rise in tl1C
for(es of friLtI011 Up to V010( 1TjeS of the order of 100 ni/seL
Further in( rvase in did lead to a de( line in the redut tioll
ratio due to a rise in file forL es of inertia The (.on(. lusion
drawn to the effe( t that a virtually unlimited in( rease in the
speeds of pressv,,orking is possible provides a foundation for
Card 112 the development of new pro( esses of production and in ( ertain

137-58-6-12222
Superspevd Stamping and of Shf-vt Metal
(ases of exc ecclingly simple mcit hining tools and equipincilt.
NII I
1-10~ -~ , ! ., - - : !- : - - , , F-.. I . N- .; --.-! I
a :.; I.(- - -,- ; ~ . : - % : ~ 7
Card 2/2

137 - ~8- 7- 14802
Translation from Rvferativry-.,, zhurndl. Metallurgiya. 1958 '.'r 7 p ' 24 (U55R,
AUTHOR Pikhtovniko,,, P V
TITLE Some Questioris in the Theory of Single-pass Drawing (Nt~ko-
Ior~\(- voprusy teorii odriopervkhodnoy shtarnpovki-,.,\*1~azh),-.ii
PERIODICAL. Trudy Khar'kuvskogo jviatsionnogo instituta, 114';7, Nr 17
pl) 6 1 90
ABSTRACT An tnalvsis is made of the prouess of dra%ving iDi. Aji exani-
inat:ori is made of the r-rie(Aianism of single-pa~,s D, and form
111as a-t- derived to duteri-riine kinematic relationships and to
determine the forces arid stresses at work. An approximatt,
equation is provided for determination of the magnitude of Ifir
,,vork donu in 1). An i1v,(-stiv n sm td
,ation is made of tht- mv( li,i i
deformation of th(- maturidl on the drawing edge of the div. and
it is -,h(,Nvn that plastic -b,fiding con(epts at-(- riot apph( able in
this ( ase. A iriethod for kilh ulating the resistant (I oI Ilit- riwt,j]
tu forging is proviflvd
I's
Card I/ I