SCIENTIFIC ABSTRACT PIK, I. SH. - PIKALOV, F. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240820006-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PIK, I.Sh.; AOMM-0, V.S.
Modernization of a Ei&_Afrequency generator for ~,eatinE noloine cxr-
positions and for a further intensif ication of ;-_5cesses Df -E- -D7-
pression molding of phenoplasts. Plast.massy no.q:(1-() ',,I.
( 14 1 Rit 1 ~ . I "
(Phenol condensati.-)n products) (Plastics--Molding)

FIKv I,Sh.j VOLXGVAv M*Ye*
Holding powder X-1&56 for tbreed parts of bigh water resistance.
FUst.maspy mo*2172 161o (MIM 14t 2)
(Karacharovo-Plastiep-41oldiag)

]PIK. I.Sh.; Prinimali uchastiye -%rundina, F.I.; LYSMOVA, R.I.
Quality of products from polytetrafluDroethylene as deterr-Ined by
the conditions of its treatment. Plast.mas97 no.6:33-r- 160.
(MIRA 13:11)
(Ethylene ) (Plastics)

FIX, I.Sh.
Intensification of the processes involving the compression molding
of thermosetting plastics. Flast.massy ao.6:75-76 160.
(KIRA 13:11)
(Plastics-.4olding)

BOCJ4/'BC,64
AUTHORS: Pik, 1. Sh , Sindarovskaya, A S.
TITLE: Dependence of Shrinkage of Thermosetting Plastics on the Yrps-
sing Direction
PERIODICAL: Plasticheskiye massy, 1960, No. 5, pp 36-39
TEXT: In the introduntion the authora atate that the shrinkage Qf plasl~cs'
which is of particular importance for the production of high-precisi-in
units, has hitherto been toolittle studied. The work of T V Trofimova
and N. P. Radikova (Ref. 2) on these problems was checked at the autho-,E~'
laboratory in 1954. In this connection, anisotropic shrinkage was also
found. The present paper reports on the shrinkage of samples -,nsistini, f
a hollow parallelepiped 100 XIOO M50 mm, and a cylinder of 50 mm in he;~7nt
and diameter on top of it. Three sides of the parallelepiped were ~ Mm.
the fourth 15 mm thick. The material used was plastic of the K-18 2
type (produced by extrusion), of the K-214-2 (K-214-2) type, faber-
and aminoplast. Samples were measured at different pcints in a~!rcrd7in-e
Card 112

Dependence of Shrinkage of Thermosetting s/1q,j'6o/ooG/'ccj5,'.-
Plastics on the Pressing Direction B004/BO64
with standard M-1-43 (GKhP-1-43), 16 to 24 hours lifter pressing Th-
following results were obtained: Shrinkage of saml;les chang,:!s with
ing direction. Shrinkage in the (Iirf~ction of stamp motion i~i
higher than in perpendicular direction Shrinkage perpendcular to 014.
direction of motion is the same on all four walls, and is 0 '-,% lower
the parallelepiped than in the cylinder. 1n the cylinder, shrinkage al-n~
the external diameter is higher than along the internal J:amete.-
are 2 figures, I table, and 2 Soviet referenceg
Card 212

S1 19 1/(,O/()00/'GC)4, C)07/'--' r
BO' 6/B or) [I
AUTHORSt Pik, 1. Sh., Sindarovskaya, A. S.
TITLEt ShrinkaCe of Plastics
PERIODICALt Plasticheskiye massy, 1960, No- 4, 1,P. 30-114
TEM The authors report on their experiments aiming at the preventicn of
waste on account of excessive shrinkage of molded materials. They comparp
the results of their study from 1954 with those presented by A. D. Sokoic'
.
and A. N. Luknitskiy (Ref. I)i T. V. Trofimova and N. P. Radikova (Ref. 2),
I. F. Kanavets and K. P. Sedova (Ref. 3). They state that the characteristic -
values obtained by these research workers for the effect of the molding
temperature on shrinkage are in agreement. Contradictory results, however,
were obtained for the influence of the specific pressure applied, its
duration, and the heat treatment of the specimens. The purpose of the
authors' study was: 1) to determine the actual and the calcuiated total
shrinkage of voloknit, aminoplast, and of the initial molded materials,
J(-214-2 (K-214-2) and K-18-2 (K-18-2), which are widely used but have nct
been investigated so far; 2) to determine the influence of the most im-
portant conditions of molding (temperature, duration of pressure
Card 112

Shrinkage of Plastics S/ 19 1j60/OOO,'o04, 00-, ()l C~
B016/BO58
application, preheating by high-frequency current) on shrinkage. For this
purpose the authors used three types of specimenst a) standard disc;
b) standard block; c) a special bushing (height,15 mm; outer diameter,
35 mm; inner diameter, 20 mm). Shrinkage was determined from the standards
T')(TT1-43 (GKhPI-43) and calculated from the formulas mentioned in this
standard. The duration of pressure application was chosen from f-OCT
(GOST) or TV (TU). Shrinkage varies in the various directions. The a,ith-:-9
recommend the following measures on the basis of their studies: 1) m:ldine
should be carried out at a minimum temperature in order to prevent was+e
owing to excessive shrinkage, but at a maximum preheating of this material
in hioh-frequency current Cenerators or electric heating chambers And ~It a
predetermined maximum duration of pressure application. 2) For the des-gn
of products and molds the authors recommend to use the maximum and
values of actual shrinkage, which sets in with an increbse rf tLe
temperature by 500C for phenoplasts and LY 35C for aminoplasta, ~tior,6
with a reduction of the duration of pressure applicat)n tc a a1A
with high-frequency preheating. 0. 1. Lebedeva ;,articipated In th'. -xr,--
mental part of the study. There are 2 fiE-ures, ( "ables, and ~ S-VIet
references.
Card 2/2

PIK. I.Sh.; SINDLROVSKAYA, A.S.; Prinimls. uchastiye O.I.MBIWA
Shrinkage of plastIcB. PISBt.massy no-4-.30-34 16o.
KFA 13: 7)
(Plastics)

IPIK. I.Sh.; SINDAROVSKAYA, A.S.
Shrinkage of articles made of thermosetting plastics, as determlned
by the direction of the compression molding. Plast.massy no-5:
36-39 16o. (MIRA 13:7)
(Plastics)

S/191/60/000/006/009/015
B004/BO54
AUTHOR: Pik, I. S11
TITLE: The Dependence of the Quality of Ftoroplast-4 Products an
Processing Conditions
PERIODICAL: Plasticheakiye massy, 1960, No. 6, pp~ AO
TEIT: The author discusses some conditions for the pro'~essing of Ftoro-
Plast-4 (polytetrafluoro ethylene) to avoid rejects. 1) Cracks often
occur in sheets 20-30 02 thick. The author investigated a, '.ne influence
of the cooling time in the furnace. b) of preliminary drying ~3r --'- pre- V
heating of the molded material,.and d) of the specific molding preisure
Whereas b) and c) exerted no influence, a prolonged cooling in the
furnace (4.5 h instead of only 2.5 h) reduced cracking L-, 40%. A molding
pressure of 225 - 250 kg/cm2 (instead of 320 kg/cs2) yielded shp-et~~
out cracks. 2) Cracks in rods (35 X 215 on) can be avoided by precise
dosage. Table I shows the mechanical properties of produits mo:ded a*.
2. w thin this
a pressure of 110 - 350 kg"am The propertieR are
Card 1/2

The Dependence of the Quality of Ptoroplast-4 S/19 60/000/006/009/015
Products on Processing Conditions B004YS054
pressure range so that the molding pressure suggested (200 - 250 k9/cA 2,
is permissible. The shrinkage of sheets, rods, and packing rings was in-
vestigated (Table 2), and a molding pressure of 200 - 250 kg/ce2 was again
found to be an optimum. The author gives the calculation and data of
shrinkage for various dimensions of the product. Table 3 shows that the
shrinkage of sheets decreases with increasing thickness. F. I. Skundina
and R. 1. Lysenkova assisted in this work. There art 5 ta~I-es,
Card 2/2

PIK, I.Sh.; NOTUN, B.K.; PWROV, A.K.. red.; ZHURAVSHY, Ya.B., red.:
LTJR'YE, H.S., tekhn.red. ; KOGAL , V. V. . teLhn.red.
LAxperlance In molding articles mde of aminopInsta] Up y t
presBovanila izdelii iz aminopImstov. Pod obahchei red. A.K.
P-3trova. Mo,.-;k-,ii. GOs.nauchno-ttjkhn.izd-vo khim.lit-ry, 191),-,'.
139 P. (Miu '~):q)
tAminopl~)stlcs)

IRA. N.V. Itranslatorl.-PIL.- LTS.. [tranalatorj; SIROTIKA, N.Ye.
(tranalatorj; SEaWVANTM , B.V. (translatorj; MOROZOV, I.I.,
red.; ALSKSAHMOVA, A.A., red.; SVESHNIKOV. A.A., tekhm.red.
Nuestions of the reliability of electronic equipment. Collection
of articles translated from-the Inglishj Voprosy nadezhnosti
radioslektronnoi apparatury; sbornik statei. Mozkva, Izd-vo
'Sovetskoe radio.0 1959. 185 p. (KIRA 13-9)
(Electronic apparatus and appliances)

Oct
A 6 C 0 V 9 4 B L 6 0 0 4 a s if w
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VORONIN, V.A.; PIK L I - PIDNSKIY, S.S.
LL~~~
Practice of using the GD-300 geodimeter. Good. i kart. :o.9:
2?-31 S162. (MIRA 15:10)
(Goodimeter)

Pfi, L.I.; PLONSKIY, S.S.
Prqctice of creating horizontal control by the trilateration method.
Geod. i kart. no.7:15-18, J'l 163. (MIRA 16:8)
(Triangulation)

VORDNIN, V.A.; FIX, L.I.; FLOMIY. S.S.
Testing the GD-300 oPtical distance meters Geod.i kart.
no.6:14-23 Je 160. (MM 13:7)
(Range finders-Testing)

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FIX, M.N., red.; SHMIDT, I.L., red.; BORUNOV, N.I., tekhn.red.
[Regulations for operating electrical nrtworkB and power
plants)Pravila tekhnicheskoi ekspluatat!ii elektricheakik-h
stantsii I setei. Izd.9. zanovo perer. Moskva, Gosenergo-
izdat, 1962. 198 p. (KMA 15112)
1. Russia (1923- U.S.S.R.)Glavnoye ene-.-getichenkoye uprrivlo-
niye.
(Electric power plants) (Electric power distribution)

eod 'ki t.er Puri f i c W ~ on
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ACC NR, AR6020711
AUTHOR: Gershman, I. I., K.
TITLE: Study on the forratJon and evaporation- oA' fue-L fiir:~ii
SOURCE: Ref zh. Dvig vnutr no. 2, Abs, 2,39.231
REF SOLT13CE: Tr. Tsentr. n.-I. avtomob. A avtonotor,-i, In-ta,
1965, 3-29 - -
TOPIC TAGS: fuel, fue'l evaporation
ABST--ACT: An experimental s' D*.' r c,~ e 3.9 e s I e a d I r. c- t a ' 11 eC.-e
ment and evaporation of P. f-ael f:,o;:, a '-Ot surf~4rc In a,-,
airflou, is described. rprans- a:,, oo a-s!raot'l
.1 1 1
SjB CODE: 21 SUBY, DAT E: noie/
s-cord 1/1 --- -- uDc: 621-436.oig.6.ooi-5

Fa, TS.-
~Ilixoz 1 eto Frof iluktixa v Lvete sovrazzericyKt. dEini.y~h. V :,L3:lii veee-y-Uz
0~ ~ezd t iEieri a tov, epidemioloj~cv, Alikrot io I oj ov I ij)fektsi or, i f3tcv " I A. ,I ~4(
z i5 ~-42
6os Letopie'LLurnal'nyi, O-Autey, loi.

PIK. Ts.D.; VORONTSOVA, Ye.l.; GOROMSKATA, Te.N.; MISHCHMO, B.B.; GORLIN.
no 0001.0w
Prevention and pathogenesis of ailicosis. Gig. sanit., Moskva Fo.12:
20-27 Dec 51. (CLKL 21-4)
1. Report presented at the Scientific Session of the Institute of
liabor Hygiene and Occupational Diseases of the Acadeny of Medical
Sciences hold In February 1951.

KHRONOV. S. I.: PIK, TZ. I.: ARISHIN, P.A.: NIKITINA, L.M.
Ethyleyeloheptane
Contact transformation of ethylcycloheptane in the presence of platinized carbon.
Vest. Yosk. un 7 No. 2, 1952.
9. Monthly List of Russian Accessions, Library of Congress.Uctober, 19521M%. Unclassified.

PIKADDV, A.P.
Genera,,c,r of saw'~ooth v-,l,~.ageB a per.-,-: i -i--.
,!, --A
Prib, I tsklh. eksp. 9 no.~t!3(--Ilz S-C '64. 1 . . . -
, . Mentral 'naya naucrrc-i ssledova'-el Iskly laty-rti-,- -!Yti
AN ArmSSR.

.. ~ I ~,
---7- .
.,., - .- : I

LAFAKHA, A.A., kandonef;.nauk; PIK-LEVDVTIV, kand.biolog.nauk;
SHEMA, V.I., knnd.rl-od*-- iii-A '-'
S&Imonel-la infection in children, maim.17 in infants. Pediatriia
no.2tl6-21 162. 4MIA 1513)
1. Iz kafedry infektalonnykh bolezney u detey (zav. - prof. A.T.
Nualmicheva) leningradBkop pediatricheakogo meditsinskogo insti-
tuta (dir. Ye.P. Semenova) i Detskoy infektsionnoy bollnitsy
(glavnyy vrach K.A. Dadkina) teninskogo rayona.
(SADICNELLA) (OFArTS-DISEASES)

GUSARSKAYA, I.L., kand.med.nauk; FIFL-IZVONTINI E.M., kand.biologicheakikh
nauk; KOMMIM, L.D.1 PE-MOVSKAYA. Z.N.
Clinical and bacteriological characteristics of cold enterAla in
children. Sov.med. 24 no.Ut20-24 N 160. (MIRA 1423)
1. Iz Le~ningradskogo nauchno-issledawatel'skDgo pediatz-icheskogo
institute, (dir. - L.S.Kutina) i Detskoy infektsionnoy bolinitay
(glaVW Vrach A.M.Belyayeva) Leninakogo rayons, Leningra4-.
(INTESTINES--DISFASES)

PI ICHAK, G.A.
14- - I
Fission barrier of a rotating nucleus. Zhur. ekep. i tear. fiz.
42 no.5:1294,,-1302 )V 162. (KRA 15:9)
(Nuclear fission)

SOV/110-59-6-9/24
AUTHOR: Pik-Pichak, A.A., Engineer
TITLE: The Design of a Solid-Poled Rotor (K raschetu
massivnogo rotora)
PERIODICAL :Vestnik elektropromyshlennosti, 1959, Nr 6, PP 36-44 (USSR)
ABSTRACT: Difficulties with damper windings in salient-pole
synchronous machines has led to the idea of replacing
them by solid poles. This raises the problem of
determining the parameters of the equivalent damping
circuits existing in these solid poles. The present
article offers a solution for the case of a machine without
connections between the poles. The process of pole
magnetisation by a.c. from the stator side with open field
windings is considered. In this case the stator winding
may be considered as a source of electromagnetic waves of
long wave length and the rotor poles as receivers of
energy therefrom. Problems of the propagation of these
waves and transmission of energy from stator to rotor can
be treated by Maxwell's equations. To determine the rotor
parameters it is first necessary to find the equivalent
Card 1/6 pole resistance relative to the eddy-currents flowing in

The Design of a Solid-Poled Rotor
SOV/110-59-6-9/24
it and then to refer this resistance to the stator
windings. The equivalent pole resistance may be found
by means of Poynting's theory written in the form of
expression (1). In this formula the expression for the
complex magnetic field intensity of the waves on the
pole surface is of fundamental importance. In the
present article its determination assumes, firstly,
that the B/H relationship for the pole steel is given
by formula (2) and. secondly, that the hysteresis loops
are replaced by the equivalent sine curves and
hysteresis losses in the steel are allowed for by Eq (2a).
Other simplifying assumptions are also stated; they
involve the use of formulae (4) to (8). The validity of
formula (4) in this case is discussed. All the electro-
magnetic processes are considered separstely on the
direct and quadrature axes on the assumption that the
armature reaction flux that penetrates the solid pole
is known. The case of magnetisation on the direct axis
is then considered at length. Electromagnetic waves
Card 2/6 radiate from the stator winding: they meet the surface

The Design of a Solid-Poled Rotor SOV/110-59-6-9/24
bounded by the rotor configuration between two
successive pole centre-lines and are then propagated to
more remote surfaces located on the end surfaces of the
pole. As a result, all the surfaces of the pole are
filled with lines of force which for a half-period are
directed from one half of the pole to the other. As the
wave penetrates into the solid pole the magnetic field
intensity is rapidly damped and so only the surface
layer of the pole conducts the armature reaction flux.
Consequently, the magnitude of the magnetic flux is
governed not by the section of the rotor steel but
mainly by its perimeter. Investigations show that the
field intensity along the pole-arc varies according to
curve (2) of Fig 1, to which Eq (9) corresponds. An
approximate expression is thereby derived for the
perimeter and finally expression (10) for the magnetising
force H. This expression makes no allowance for
hysteresis; when the appropriate correction is made
Card 3/6 expression (11) is obtained. Then expression (15) is

The Design of a Solid-Poled Rotor SOV/110-59-6-9/24
derived for the active power absorbed by the pole.
Expressions (17) and (18) are next derived for the
amplitude of the currents flowing in the surface layers
of the pole piece and the side surface of the pole
respectively. The complex expression for the impedance
of the pole derived from Eq (1)~ (14), (18) and (5) is
given by expression (19). Magnetisation on the quadrature
axis is then considered. As will be seen from Fig 2,
flux entering the side surfaces of the solid pole cannot
return through the pole and evidently closes through the
surface layer of its end surfaces. Therefore, all
surfaces of the pole participate in conducting the flux,
all the lines of which necessarily pass through the
section of the surface layer lying in the plane of
symmetry of the pole. The distribution of magnetic
field intensity on the surface of the rotor pole is
shown by curve (1) of Fig 2, to which Eq 120) corresponds.
Expression (21) is then derived for the total length of
the surface layer conducting the given flux in the plane
Card 4/6 of symmetry of the pole. Methods similar to those used

The Design of a Solid-Poled Rotor
SOV/110-59-6-9/24
in the direct axis determinations then serve to derive
Eq (22) to (25) for H, the active power absorbed, the
amplitude of eddy-currents in the pole and the complex
impedance to eddy-currents respectively. The method of
referring the rotor characteristics to thm stator winding
is then considered. The damping action of the solid poles
is considered as equivalent to that of two short-circuited
windings, one on the direct axis and linked with the
direct flux and the other on the quadrature axis and
linked with the quadrature flux of the machine.
Reference to the stator winding is based on the well-
known formula (26). For direct-axis magnetisation the
current distribution along the pole-arc is given by
formula (27); then formula (27a) is derived for the
total current in a turn that would create the same
rectangular mmf wave as the pole. Expression (28)
is then derivod for the equivalent electrical resistance
of the pole and expression (29) for the reactance. The
Card 5/6 vector diagram of a machine with solid-poled rotor is

The Design of a Solid-Poled Rotor SOV/110-59-6-9/24
given in Fig 3 and is explained. This diagram is used
to derive the expressions for the current resistance
and reactance on the quadrature axis. The formulas
given in the article were found to be in good agreement
with test results. A numerical example of a calculation
is given as an appendix. There are 6 figures and
4 Soviet references.
SUBMITTED: 10th January 1958
Card 6/6

AUTHOR: Pik-Pichak, G. A.
L3366
S/056/62/043/005/022/058
B102/B104
TITLE: Equilibrium shapes ana fission of a rotating nucleus
PERIODICAL: Zhurnal eksperimental'noy i teoreticheskoy fizixi, v. 45,
no. 501), 1962, 1701-1708
TEXT: 'he equilibrium shape and the stability of a rotating nucleus whose
shape can Do approximated by a triaxial ellipsoid are ot-died on the basis
of the liquid-drop model. It is found that the zeroth ellipsoidal
approximation can be applied in inventigating the stability of tno nuclear
equilibrium shape throughout the variation interval of the fission
parameter x = (5Z 2e2/1OR )/(4nR 20). R is the radius of a sphere of equal
0 0 0
volume and 0 is the surface tension parameter. At x - x 0 - 0.81 the t,,,,pe
of instability, and therefore the relief of the total-energy surface,
changes considerably. For x ycr the instability does not lead
to fission but to the formation of a now equilibrium position, in wnich
Card 112

~/056/62/045/00/0~7/,)58
Equilibrium shapes and fission of a ... B102/BI04
the nucleus has tnP shape of a triaxia~ ellipsoid. v 0'
M is the nuclear angular mcinientum. 10the moment of inertia of a s?neric~,I
nucleus, and ycr is the critical energy of rotation above wh.,cn tnt!
ellipsoid becomes unstable, The express:on for the fission barrie- as
derived in a previous paper (:,'nETF, 42, 12~')4. 1962), which is valid I" -) r
Y-Ycr, can be applied only to a very narrow range of x. For the
flattened ellipsoia con'sidered ycr '0.2851; this value being not far from
the energy of rotation of a spherical nucleus at which the equilibri,~m
shape becomes unstable ycr ~ 0.2784. For nuclei witn and x - 0, for
which the true shape ano the exact value of the potential energy are
known, the zeroth ellipsoidal approximation is proved to be applicable.
There are ~ figures and 4 tables. The most important English-language
reference is: R. Beringer, W. J. Knox, PhyS. Rev., 121, 1195. 1961.
SUBMIM;D: April 14, 1962
Card 2/2

PI141CHLK, G.A.
Macleon emission by a rotating nucleus.
fix. 38 n0-3:768-772 Mr 160.
(Nucleons) (Nuclei, Atomic)
Zbur.ekspA teor.
(KIRA 13:7)

PIK-PICHAK, G.A.
Anisotropy of the angillar distribution of fission products of
a rotating nucleus. Zhur.sksp. I teor.fis. 36 no.3:961-962
Mr 159. (MIRA 12:5)
(Nuclear fission)

-:' _ 77
21M
AUTHOR: Pik-Pic%al~, G. A.
TITLE: The Anisotropy of the Angular Di:tribution of the Pi.-,--ion
FraEmments of a Rotating Nucleus (Anizotropiya uelovogo
raspredeleniya onkolkov deleniya vrashchayunhchegosya yn3rn)
PERIODICAL: Zhurnal el-aperimentallnoy i teoretichezil-)y fizikl, 1
Vol ~6, T11r ~, pp 961 - 962 (USFR,)
ABSTRACT: The present pai~er ("Letter to the Editor") int,-?Y-.,is to carry
out a theoretical investi-ation of fission probalility and
fra.-ment distribution. If fission probatility depends or.
the angular momentum of the nucleus, it is neceseary, in
order to be able to determine the depondence of the ;iniso-
tropy on x, to take also other participating procez;;es int,:!
accoun , i.e. in the precent case, neutron evaporation
(x= (Z /'A)/(Z2/A) cr ; Z = charbe, A= mass of the fissioned
nucleus). First, the fission probability w,(j,K, &) is in-
vestioated, where j denotes the momentum, K - thf. i.roJe--~tion
of j on t the symmetry axis of the nucleus in the direction
Card 1/3 do, and ~- the angle between the incident particle bear. ?.nd

71
The Anisotropy of tht -nj~ular Di7tribution of the Fission COV
Fra,~ments of a Rotating fluclf-us
the flying-off direction of the fragments. For th,~ anL-ul~r
d ist ributi on wf (&)d" (Z = sin ~ d ~ a f ormul a i s in the
follovinC derived, and for anisotropy
N N
Gf(O)/of(n/2)=7_ Wfi(O) /Z Wfi(n/2);
i max i=O i i.0
W jd j T, ( J )TF r where i
fib^ 3=0 ./(Tn.+ Pf.(j)) is obtained,
0
denotes the number of the cascale step, P the neutron Yillth,
n
and r7f the fission width with a given momentum. The ratios
for Ff )r (fission without neutron evaporation) and r
n f
are discussed. The author finally thanks D. P. Grechukhin
for discussions and I.Halpern for placing experimental
material at his disposal. The author received the paper for
Card 2/3 correction on January 27, 1959 on rhich occasion he, together

The Anisotropy of the Angular Distribiition of the Finsion
1 .1 -~ 7/71
Fragmento of a Rotatiog,Nuclous
with V. M. Strutinskiy, made several supplem-ntary comments
on the subject, which concerned the comparison between ex-
peri-nental data and numerical computations. There are
references, 2 of which are Soviet.
SUBMITTED: November 18, 1959
Card 3/3

ab
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-~7 -27

F-Y-:-ICK,IjeK, 3. :'..
('J '-'-*R -C . )
IsFi5sion -barrier ohotatirig Nuclei,"
I,ai-er -:uhra tted at ti,e ~n . -,iclear ae3cti n--; ir. -vdiuif, and
ph-sicz;, ",)L~Cow, !?-27 .,-v 57.

"o S

Z2

El
'
Z
7-

0,726z' 0.31~,," 1.92z6
4,2,
c:nc-r:--f a-, wrlor,
Card

-11/01 7
AUTEOR: Pika, L-,EnEir-eer, I)octor
TITLE: The Uonversion if iron uxideL~ in BD-'l--
shcheniye okislov zhcleza v :::) IDVC)-' v3de"
I j
P-ERIODICAL: Teploenergetilca, 197)LI, ni 5, pn '/1
ABSTRACT: The article discusErss th,7
gamma iron oxides in feed-7.---t,:r.
Tests were made to asc-rtp-i!- t~e tehaviour Df
water. Pure san-les of " rDn 1-..Y!royide -- -re
sam-)les of steel of 10 x 2 x 2UG .-' -rere .laced'
25 mm diameter and 250 cw~ lonL- i~ade :)f stee-l
(0 15~b C) 0 3% h1n, and not more than Si, C,0-.1, P
U .05P/b S). Solutions of various cor~,osi4-iDn
the tubes and air was ex-:~elled t~v bDili-
tubes v-ere sealed. The Es and steel sa-,~-'es
tub
analyses, includint o 'Tdinary lDw-c!~&Dp. --tee: 3
steel.
The tubgs speci.---s and s-,l i ions c c eal
at 305 U so that tte iT'terr-t-~! - ~a~ -'-~
the tubes ar:~--' sar-,-'-es ' --3d co2led, '-.c-.-
results r--iven in '11alles 1, 2 a-(f ror
the hjdrated iron oxide v,as red-iceu- 1' 'DIF 31 ,L-
Cardl/a-0 re 0 It wili be seen t1.at ti.e
3 4'

The uonversion if lr.DL Uyide5 -.-I B~_:Iei Water 0,7/
iron oxides Al,
and tem:-)erq. 'irecl t-,e _ni-~ic I-on
into ma netic; tLis sl-,,,ll I"e t~..en 1-t, ar'.
causes of corrosior.
TI-ere are ~ z~zl_ - r.l'*--,,.t_,,,.
AS60CIATION: CLekh,_,,Zl3v5tski~.-
Card 212 1.. Fer-i wa',el-Imp-rittles
x 'A e. e, L ts

d PftO# oft cathodic towird Fe In rietatral or Ad4:
W., and anodic !n4lk. soln. Inside tbeb6ftrinstatlatim,'
walb.,closest to the fire am Quodic, PeA bccOmck
lialn 040~S`wbcm alk, drpcWts ac"
f

f a a It v ua

morape v v4smalce
t~
.r

.00
-00

see

Joe

see
Ice*

la'

US

-
Ir 0 F
,Uo 3

lor, X Ay"Poo,
ddl7;w- Wi
a wl, b the omm. sa% so hofm do okbw OW
Twialk
=itw&*
Am
a .
.
.
oa

& anotbod to to a weviv wasm -
1..

is 1 40

v

A I# I t A Ad l-LL -(OCAL UMBATIM Ctl~ KAMP
.&V 0"
v-T-T-T
a AV go- -4 v-..~, .-
A31, po pro 0 0is a a ais a Is
9 0 6,10 OVA

MSKOVA, Vol PIKA.* Lps lax., dro
Photmetric detel*ining of =all qmntities of SiO~. Energetika Cz 12
DO-10:503 0 161.

FIKA, Lev# Inse, dr.
Exenination of oxygen corrooion in an aqueouB medi=.
Fhergetika Cz 12 no,7:368-369, 392 J'l 162.

-JUK4-ja-y,-- dr., ins.
Sampling Ifeed water and other liquids. Energetika Cz 12 no.12t
669-670 1 162.
1. Prvni brnenska strojirna, xavody Klementa Gottwald&,
Hradeo Kralove.

PIKA, Lev.
Oxidation of Amm nia aqueous solutions with oxygen at 320% Zhur.
prlkl.khi-. 34 no.7&1621-1622 11 161. (MIRA 14:7)
1. Institut energeticheakogo oboradovaniya, Gradets Kralove,
Chekhoslovak,tya.
(Amwnia) (oxygen)

PrKA, L.
OPusumatic Indication of the Specific Gravity of Pulverized Coal and Other
Substamentw p. 91.
(bUn, Vol-33p MD-4p APr- 1953,, Praha.)
SO% Mwthly List of 4ast &wopeam Accessions, Vol.2, &.9, Library of Congress, Septenber
19539 Owl.

BALON, I, D. , kard.tekhn.nauk; RU4ANENK( , N T. , in zh. j CIPKo in zh. ;
BOLKUNOV, Ye.P., inzh., 7TLTfFV'3FAYA, T.A., inzh., L3!x-;-JROV, F.I., inzh.;
VOIDIIIYIP A.V., inzh. Prinimall ucnastiye: BWAM, WY.F1517,
KOLOS, V.D.; KAYSTIRO N.P. [deceRsedj; 1-1771 NVIKO, V.I.; MAY.ARCHFNKO, N.M.;
ONOPRIYENKO, V.P.; PkLAGUTA, V.P.; PIKA, V.S.; RAQN, B.I.; ROMNOTWO,
Ye.I.; SAYENKO, S.D.; STOLYAR, V.V.; SKORIK, N.M.; TOROPENKO, P.D.
Characteristics of :naking ferromanganese in large capacity blast furnaces
and the ef"ect of slag, conditions on basic technical and economic indices.
Stall 21 no.12:1069-1073 D '63. (MIRA 17:2)
1. Ukrairski.y naiichnn-issledovatel'skiy institut met;illov i zav')d "Za-,)O-
rozhstall".

KUCERA, Vaclav, inz.1 PIKAL, Josef-
Report on the meeting of the 7th Gonnission of the Organization for
Collaboration of Railvaye in Warspw, September 17-27, 1962. Zel
dop tech 11 no.2:57-58 163.

PIKALA, 1.
Education to labor safety on collnctive fams. p. 253.
MECHANISACE ZENEDELSTVI. Praha, Czechoslovakia. Vol. 9, no. 11, Nov. 1959.
Monthly list of East European Acces-iions (EEAI) LC, Vol. 9, no. 1, January 1960.
Unc 1.

FTKA,T.A, Ivan, PhDr.
Industrial safety and working enviroment. Tech praca 15
no.2:114-116 F 163.
1. Vyskumny ustav bezpacnosti prace, Bratislava.

I'lamv, A.
Peat Industry
MechanLzation of peat win-inj-, for f !r'- ..'zer. FoIK~i. . r,Az. 12 '~': . , , ~2.
9. Monthl List of Russian Accessions, Library of Congress, NovemDer lv~)2 /V-Q /
- - - 5~, Uncl.

11934' Thr I o~ of form In Trarh Formins. ~ him%wi -
A 14 Mak-v ml () F Fachakhma %ad i Oowad F,il 1 E152
'r W-72.
,,at-noamin. ninfisr- wit)) aIXI UrfIllf"It )',I' t"r[Al h1fillfrt Jd
d,tkM% 'AVIV UU11 At fPrh11?Vf M I-TO11401411011 RiN fl-1,
twid Ivots arr 1.11.111.1t.11 and '11. 'l-vi

i "; ". .I ~, .
I . f , f .
~.eat-a va-able ~c r-,:' - I
I , - , : . . - I
- - , - - L .. C

- - K"', 1 , ;'. . ,Y".
F ~; r t *. - Z, " I - .--- . 1, 1 -
- - .:". . .. . .- . . I 7r , ; -
:-e.T--a "I .. - i-. - - - -
I.., , .. - . . ~ *~ '. S. - --; . . r r., I i-l,(,.,. - :_ - - .
- _ ~ '. ~ ; L~ ~ - .69 1 -

PIKALMY, A. TA; FATCHIKHINA, 0. YE.
Pent
Utilhation of peat in vegetable gardening., Sad I og., no. 2, 1952.
9. Monthl List of Russian Accessions, Library of Congress, X" - 1952, Jncl.

PIKALEVAJ, V.Ya.; KOT(JMINA, G.L.
Use of gas anesthesia in the analgesic stage for the treatment
of massive postoperative pulmonary atelectasis. rairurgiia 39
no.7t82-85 J1163 (MIRA 16tl2)
1. Iz fakulltetskoy khir-urgichoskoy kli-niki (zav. - prof. V.I.
Kolasov) I Leningrads~ogo meditsinskogo instituta imeni akade-
mika I.P.Pavlova.

bABE24KO, Valeriy L;ergeyPv4r)-: ffALIK, retsenzent;
KOSSCV, G.Ya. nauchn. red.; 1AAIM-EVA, Ye.L., -ed.
[Optics of television systems] Ciptika televizlonnyrkh
ustroistv. Voskva, 'Izd-vo "-.ni-~rglia," 196, ` 5 1 .
(V, I ~'-, A -L P : ~ )

T) / k/ /~ 2- ~,' /,/~/ , ~~' /I/
ANUCHIN. Nikolay Pavlovich, prof:; PIXALKIBP Y.M., red.; PARSADANOYA. K.G.,
red.tzd-va; TITOYA, L.L . tek '
(Industrial forest valuation and principles of forestry]
PromWahlenamis takestaiia less i oanovy lesnogo khoziaistva.
Hoskvq. Izd-vo OSoveteksia nauka.0 1957. 260 p. (MIRA 11:6)
(Forests and forestry)

VASIL'YEVA, L.I.; PIKALO, G.I.
Signifloance of zonal correlation for solving projbilem of planning
and developing the oil and gas condensate fields qf Krasnodar
Territory. Trudy XF VNII no.1101-77 163. (MIRA 170)
:- I
I I ,

k4.L ' I r. ~. ',' , ,!!. .~. ;L ' K :,' ~ y N . M.
. ~,-t~ratir.g riarr- iaso"nc- -1'5 ("
A
j ..- - .. - -
.f v-)-,',?rAtryevi(!A -,' 1 :;.' Krasnindar Ter-r! tory. - rir,. y . 1~ .
I f-)~, . ~-,

YU1GFTUYEVA,, H., telyatnits&L~~ ~A-11..red.; TEKHTHEKOV, M.I.,
tekhn. red.
[I,et us raise calves by the group sucking method] Wrashchivaem
toliat metodom gruppovogo podsosa. Gorno-41taisk, Gorno-
Altaiskoe knizhnoe Izd-vo, 1960. 20 p. (MIRA 14t12)
1. Kumalyrskaya ferma Shebalinskogo olenesovkhoza (for Yukhtuyeva).
(Calves)

PIKALOV, A.P.
- -
A nucle a r roLtnc- t I c resonar,~~e I ' i-,7. _'i A=. -: -.1~
m- t. nauk 18 n,).2:1,,.- ~- - .5 16-. ~., ,
1. Mentra~ graya nauchno-issledo, a'-el l3kaya
laboratoriya AN trniyanokc,,y SSR.

FIKALOV, A.P.
Autodyne for a uuzlear mag tit resomnas afectramter ;iLc qaar^.z-
resonator erequemy stlabilization. Dokl. AN Arm. SSR 3~ no.4467-17'
162. (MM 17:1)
1. FIzAka-Luktiniclieskaya laborawriya A4 Amyunakoy SSR.

KOCHARYAN, N.M.; KIRAKOSYAN, Z.A.; SHAROYAN. E.G.; PEUWV, A.P.
Polarization of 4--mesons of cosmic radiation under the earth. D~3kl.
AN Arm. SSR 29 no. 1:17-21 159. (MIRA 12:11)
1. Fizicheekly institut Akademii nauk Armyanskoy SSR. 2. Chlen-korres-
pondent AN Arn7anskoy SSR (for Kocharyan).
(Hgeons)

KOCHARYAN, N.M.; PIKALOV., A.P.; KAGRAMANYAN, A.V.; MkRKOSYAN, E.A.
Effect of the degree of stretch of polymethyl methacrylate on
the magnitude of the second moment of nuclear magnetic resonance.
Dokl. AN Arm. SSR 40 no.lt25-29 165. (MIRA 1817)
1. TSentrallnaya fiziko-tekhnicheakaya laboratorlya AN Arm;5SR.
2. Chlen-karrespondent AN ArmSSR (for Kocharyan). Submitted
March 30, 1964.

KOCHARYAN, N.M.; KIRAKOSYAU, Z.A.; SHAROYAN, E.G.; PINALOV, A.P.
Polarization of e +-mesons in cosmic rays in tbe region of ~Agt
energies. Zhur. eksp. i teor. fiz. 38 no.1:18-C Jan *60.
(MIRA 14:9)
1. Fizic4eskiy institut Akademil nauk *irmyanskoy SSR.
(Mesons) (Cosmic rays)

AUTHOhS: ~arev:. a
TITLE: Thwards the Revision of Standards for '14-ght Screw
fnread ~K peresmo-cr-i ~-.cjrmaley na t-_q;,_ye rez'by;
Pi,R!O~I~AL:
AB6ThACT: Tne article t_reaL,; t!;e a:.u c-' ni6r.-
precision tignt. metric screz t~irea.J extensively used for
3teel-to-cteel" an~: "S'(2Pl- C;-Al'l:nl!lUM" 3crew connections
,-n mcaern IS 'Lo
t r c -, e c '~ s
,or out .nat
the for
stanaard d . lt. e
3 L', n d
',.,-,reajs r--,& se,.
e _~re n,.w cn
-%feLi. ---ere ~Te
fie,ure's an-,
AVAILABLEt
Card 1/1 1. Screw threads-Standards 2. Standardizat-ion-USSR

PIKAIDV, B.I.; GUREVICH, N.Ya.
Tight "steel-in-steel" threaded joints for hole systems. Standarti-
zatsiia 26 no.4:9-13 Ap '62. (MIRA 15:3)
(Screw threads)

8(6) S -IV/, -
AUTHORS: Pikalov, B.I., and Petrosov, V V.
TITLE: The Checking of Blade Blanks of Gas Turbine
(Kontroll zagotovok lopatok gazoturbinnykh lvi;-a~c-
ley)
PERIODICAL: lzmeritellnaya tekhnika, 1959, Nr 7. pp
ABSTRACT: The application of new cast and forged mater_-'s f.-r
the blades of modern gas turbine en6ines 1k-.dq ~c
residue deformations in the blade blanks, Ther-fcr~
it is necessary to getermine the actual residu- :~
formations in blade blanks and to adjust the duel a!-'i
press molds. The Fvithors mention briefly t~:re.' ~ :,, P
thods which might be ijsed for checking b'aae ~s
and point out their disadvantages. One cons:s
cutting the blade biark into sections which ar~ :rl-
spected by am optical prGiector methcd. another
U
thod coneists in applying an optica'L divikling he.,!J,
while the third methcl using rigid profile pa-.*, -
may be used only when -he tolerance exceeds
Card 112 2 mm. At the P'.ant a new wetho,i w,,t~

SOV/1 15 -
The Checking of Blade Blanks of GaS T,_:-bJne En-ines
1 0
and introduced for checking blade blanks TI-,e b--~,,'-
blanks are controlled by universal-section.-il nee-ile
patterns (universai'no-obDrnyy shablon - USSh.; wh-,,-h
are used instead of rigia profile gages. Th--
patterns are instal-led in the universal secl.joni!
control device deve-1--ped by B.I Pikalov accor~-,.,~g
to the system USP 'ur,iversal' b
.no-s orn~ye pris Oso-
bleniya - universa' sectional devices //-Ref
Figure 3 shows such a device with a needle patt~,r-n-
The authors explain n some more detail the perform-
ance of this method in combinations with a
They state that it r)e applied also fc.-
ing other parts cf a ---,ap.'--cnted confi;,ur,n*:cn
There are 2 dia~;rams, I photograph and 1 Snv.,,,,
erence.
Card 212

FIXAIrV, F. 1.
c tv
y e cn z n
24C 56
VC v Z~ r
i -' i r i,
v i)
I-C c - 4

Y I K'%. LOV , ~. - I -
( ~,- 6, .I rr I -j I S Ac, r. y - "t -1 - I I- , '.." ..Y,;' V: : ! - - ,'!.( -C, 7; -I .
I V. 'i i ': r~i t -- 1 .1 -. ," . , ','c . ~ , C. : - '.'.
C: Letc~ Is I Zhurnti I lnykf- --tatey, V,~l. 1.1,, *v-,kvrj , 1949

1. PIXAWV, F. I.,-Prof.
2. USSR (600)
4. Hydraulic Models
7. Modeling and selecting the composition of suspended and bottom silt for a
hydraulic analysis of currents. Gidr. i mel. 41, no. 10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, Januaryp -1953. Unclassified]

p"Lq,

sulm
441: "T ce ciltarl to

id Afflior. no, 1~, 50-67, L,
cro
Ste ?W~ftwsw iwkw
vvoetw#
~
YAW" romiroe-to*JbIlkip

of 4w
"-of thb b6clIA-mit

'
4 1~7

AGROSKID. losif 1111ch, professor. d-r tekhn. nauk, redaktor; DMITRITIV,
Georgly Timofeyevich, doteent; F LOT Fedor 11.1artonovich
professor; FRIMLI. N.Z.. r or,
redaktor
[BydrsulieO Gtdravlika. Pod obahchei red. I.I.Agroakina. Moskva,
Goo. renergeticheskoe lid-vo, 1954. 484 p, (MIRA 8:1)
(Hydraulics)