SCIENTIFIC ABSTRACT PERZ, M. - PERZYNA, P.

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• Collection: Scientific Abstracts
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• Document Creation Date: January 3, 2017
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• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PERZ, MarJan
Geotrichum eandidum as a ca-,;se of co, nc' VC
oczna 35 no.3:44-3-446 165. ival m. oses. n,
Notes on corneal aspergillosis according to our observations.
llh-A.t459-461
1. Z Oddzialu Ocznego Szpitala im. .,-. Strusia (Ordynator: dr.
,.,,d. I . Perz) i z Zak.]Adu Mikologi i,b'-arskiej A14 s, Poznanii;
t:Uerownik: prof. dr. med. J.

OLSZAK, W.; IyRzYrm,_~._ (Warsaw)
"Equation for the elastic-plastic state of the soil"
report presented at the 2nd All-Union Congress cn Theoretical and Applied
Mechanics, Moscow, 29 January - 5 February 1964

PMZACKI., W.
TECTIOLOGY'
Per',odicaln: PRZTV2~Z'31, SIF(~-27WCT,. Vol. 12, no. 9, Sent. lord,
I
FM- ZACKI, *j. The migat I rv!iistry In the ("er-an ~'P-Aeral Rup'll 11 c 1). " ')
Month3y List of East European Acce-ninns (FFAT) IL, Vol. b, ~x.2,
Fellruar:, 1`15',,

ERZADAaV2 U. P., L~--ndidaxa Oi VB-GerinnrY 6ciiencuD Firau vot-DrInarim-w A. 4.
d~1-0-v---~ci Res-Vat Expt'l Station (NIVGG) Z. Ye. Zhirkova
"Identification of Salmonellae in Chkalov Oblast and their Pathogenicity in the
Young of Furm AnirAls"
As a result of bacteriological, biochemical and serological studies of a large
amount of pathological anatomical material sent to the veterinary experimental
atation from various rayons of Chkalov Oblast, tho authors isolated W. strains
of bacteria of the Salmonella group.
Veterinariya,, Vol 27, No 1, pp 2,3-27p 1950
U-5549v 16 Feb 1954

ELISEYEV., K. M. and NDCHEGPJIOV,, Xh. E. (Docents), FEEMMAIST,, 0. P. (Candidate
of Veterinary Sciences), ATACHXIN, Zh. A. and TULAKrN-,7-.-r.-Ve-t-e-r1nary Doctors,
Semipalatinsk Zooveterinary Institute).
"The vork of helminthological brigades..."
'Veterinariya, vol. 39, no. 2, February 1962 PP- 15

PERZISH&VIGH, L.114-.11-
...
Influence of me height of r,,cclu---ion on the intensity of masti-catic-i
and the degree of food grindin& by dentures. Trudy IZG!a 63:81-cfj
,6o. (DENTAL PRUSTRISIS) (IMSTICATION) (1-111a 15: 1)

M4wticatiographic data on the influence of t%c heirLint of occiussicn
, - r. - r,
mastil.cation by. dental prostheses. 7-za:~.- '3:91-Ti '60.
15: 1)
(DEIUAL PAOSTIFLSM) (MASTICATIOii)

PXRZASHOVMa~IJL-
Pecullarities of dental prosthesia in accelerated odontotripsis.
Stomatologiia 38 no-2:53-54 Ap 159. OURA 12:7)
1. Iz 1-y Leningradskoy gorodskoy stomatologicheakoy polikliniki
(muelmyy rukovoditell - prof. 1.S. Ibibinov).
(DENTAL PROSTMIS) (TRITH-MUTHATION)

PERZASHK13jIQH,__j. _-N.
Cand Med. Sci - (diss) "Features of the chewing function as a func-
tion of the height of occlusion in dent-al prosthesis." Leningrad,
1961. 18 pp; (Ministry of Public Health RSFSR, First Leningrad
Medical Inst ia.eni Academician I. P. Pavlov); 350 copies; price
not given; (KL% 5-61sup, 205)

".
The xitlo-il, r~r tl~c, t-r~lin~cnl, )f ral 'r:vid~,. r . 4/".
- . ~ f - I .",
""' '-, "':,I. '), 1-0. ?, -j?JIY 105?, -jratisiav-~,
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P'ERZELY, GY.
Recent drita (in tho ~!arming of Um iti-ittmiphero ewwwd !molar Ac(.Ivlt.~.
p. 121. Vol. 60, No. 2 MbxArw- 1956. Huda,,,est, llnngai-y.
IDGII.ki-cls .
SOURCE: East European List, (EZAL) Library of Congress Vol. 6, No. 1
January 19~~6.

PERMINSKII., Z. [Perzynski,, Z.1, inzhener (Pollsha)
Electrogeoosmosis. Tekh.ml. 29 no.6:3'1-39 161. OUPA 14:7)
(Soil stabilization)

PMMWYANKO, A. Te.
u Star.. i instr.
Chuck for polishing tvo parallsl OPOnings vith Ons &dJ stment-
vol. 24 no.9:28-29 S 153. (MLRA 6:10)
(Grinding and polishing)

67589
/0' 1~000
AUTHOR: Perzhnyanko, E.A. (Moscow) SOV/179-59-5-7/41
TITLE: WdTi7o-n-o 11 'Long Wave fil oil a F 10(1 t i lig hody
PERIODICAL: lzvestiyEi Akademii nauk SSSR, Otdcleniye teklinicheskikh
nauk, Mekhanika i mashinostroyeniye, 1959, Nr 5,
P1. 34-4o (USSR)
ABSTRACT: An arbitrary solid body with vertical sides is assumed to
be floating on a heavy ideal liquid.I(The depth of the
liquid is small in relation to the length of the waves;
the dimensions of the body and its immersed depth are small
in relation to the depth of the liquid. The induced
vibrations of the body and the waves reflected from it are
also small. The liquid is imagined divided into two
regions, one underneath the body, the other outside it,and
the differential equation for the pressure is set up for
each region. The equation is solved for the boundary
conditions appropriate to a rectarigular strij. and to a
circle by the Fourier method of separating the variables.
The method of solution can also be applied to an ellipse,
Card 1/2 Thanks are expressed to L.N.Stretenskiy for advice e

67509
Action of Long Waves on f, p1c.atilig ijo(ly SOV/179-59-5-7/41
(luring the preparation of the paper. There are
It figures and 1 Soviet reference. //
SUBMITTED: blarch 10, 1959
Card 2/2

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W~372, May-i 1956.,

WTI-or exten4s;
boundary. rendatl
xkli to more coqn~llcated
IL
a tat 11 a. F-is (11 paps).'Roso.
nance of body rexonence of wi-tres of* two different thl"Se.

asidering force
cc
vibration, loody offers most realsmce to wo- -
6b browavexi te at rascaLnce.~ Effect is simillir to that of a
c absotbi P-At Button, USA

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10 (4) 8/020/60/130/03/008/065
AUTEOR: Persh ranko, E. A. B014/BO14 %
TITLE: on ot ave diflitance of a Body During Its Notion
in a Circle
PERIODICAL: Doklady Akadoxii mauk OBOE, 1960, Vol 130t Nr 3, PP 514 - 516
(USSR)
ABSTRACT: In the present paper a body in assumed to move in a horizontal
circle with constant angular velocity &a beneath the free sur-
face of a perfect heavy liquid. It is further assumed that the
velocity potential of the liquid, be constant on the axes of the
body.- The author studios the actions of a body in a round basin
(came :E), in a circular channel (case II), and in a circular
cylind*r (case III). The equation for the velocity potential Ti,
which As assumed to be known, in given for the motion of the
body in an unbounded liquid. The velocity potential of wave
notion (1) In sought in cylindrical coordinates. The equations
for thio three above-mentioned oases yield the exact value of
the wwre potential at a sufficient distance from the body. In
the neighborhood of the body these equations offer a close ap-
Card 1/2 proxiiwitiono but do not warrant a rigorous satisfaction of tv

PEPZT'~' Z.
For a proper system of work in desipming offices. p. 186.
PSCHANIK. (Stcvarzyszeni e Inzyni,6row i Technikow Mechanikaw
Polskich) Warszawa, Poland. Vol. 4, no. 4, July/Aug. 1959.
Monthly List of East European Accession. (EEAI) LC, Vol. 9, no. 1,
,Tan. 196o.
Uncl.

PERZ'11~'A, Barbara
Inpress,'onB of' the Scientific conference at the Vhmicipal
Clinic cf Jaw Orthodontics in Zwickau. Czas. stamat. 18
no.3017-319 Mr 165.
1. Z Zakladu Ortodoncji Akademii Medycznej w Poznaniu
(Kierownlkt doc. dr. T. Ziolkiewicz).

FEUMA, Barbara
Preoperative orthodontic procedures in complete cleft of the lip,
alveolar pro6ess and palate. Poznan.tow.przyjaciol nauk, wydz. lak.
21 no.5:1-.26 161.
(CLEFT PALATE surg)

PERZYKA, F., inz.
On more proper utilization of machines. "ormalizacja P
28 no.1 2- 576-579 D 160.

P.
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and rate svn-- it ~ tro T r, A al teen rc.4:
i . Dept, rtment c1' 'Ie~A of c ililiol,:3 feed 1- , 1 ll'-- tI to Of
Bao-' c. rec hn 1 c-i I ~ ct b- c-f P,-ce 3 'A'arse...
Pro,,en-.ed by vof,

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ACCESSION 0033 15'
AP5~ 536
Mr" 016
AMO~ i. ' W) [W
P B~ejdi~,_ 4.1arsaw)-
rej!zyna,,
Thei f:ztms wave n rate sen
a sitive and work hardening
prope#a#on a
mec
F. Ki
TOPIC TAGSZ-~; t ain- Faye
in r propagatiow viscoelutia-miedium, plastic material,
e.: sL t r, al
r4, eficitiye ma e
-ABSTRACT: The paper'
s w1utions of certain.boundarX va~u prdbl,~ms for
work-hardenin '~formation-rat --sensitive plastic- materW_-#t7This: is a. con
and di e
tinuation of, eari5'~er imestigation bythe author dealing with the prcTagation
of -stress wares in a1irate-sensitive plastic medium (ZAMP 3s V. 14~ 1963
241
-but
ii~_the -preilent. paper more involved equations are necessary o describe
thelproblem..: it is assumed that thle~material can be treated like a viscoelastic
out._
p~asticp for-which the differential e~qu'ations are written Your types -of
..waves are, coiwidereds~ aphericalr cylindrical radial) cylindrical--shear, and
for-each of these types'of umvesp the work of. plastic
*41/3

----------- -
'J
24636-65.,
,k
4
e ion the fr nt of the shoc'k,vave (stron- discontinuity)~is equal to
9
-zero
e ly,-,~he problem of a:plastic medium with work- hardening reduces
to the tic_~Iprdblem,, involving a nonlinear Volterra differential equa
tion of the second Uad. This equation is solvnd by successive approximations.
-the vall of a
zone coolastic--deformationr,~bbhind,.the front of-
In -the a of via
is- solved along the characteristics
strong or weak disi~ozf ~inuity,, the problem
by
an - approximate finite~~difference methods - Intbe-zones of inelastic deformations)
-unified Tom, of _eqWition' is obtained-for all waves., and the boundary condit-
sobition of.-the genexalf zed -Pic ard- problem i ---Examples -of the
-V- pri*agation wfA spheilical vive and of a plane wave in half -space are presented
-:--for the case of -soft t
-4 eel. -Comparison of the results of the work-hardenj
1---theor-y--and--thi!-theory-i-of a--- perf ect 7PUstk -shown in practice, the influence
f I rk~fiiidei
Vo mn'be neglecteds least in a certain range of deformation
o
rites - "'* C i;:n~_-the a at
6 1 - taff of the computing center of the Polish Acade-
The. "thors
D7_ of Scienceil for val~cble assistance in. th programming of-'the computations
Orig., arti bow -t 15. firuren* 3-tables) and 100 formulas.
t- De Ont
-AE-WOCIATnN _ja~rtw rit of - go-chaftic a -of - 0inum: Medit-L)IMPPolish- -Acadezy o.f
SeWices

PERZYTJA P Piotr
The constitutive equations for work-liardenin& and rate sensitive
plastic materials. Proceed vibr probl 4 no. 3:281-290 163.
1. Departmerit of Mechanics of Continuoui Media, Inatitute
of Basic Technical Froblemb, Polish Academy of Sciences,
Warsaw.

L
POLAITD/Solid State Physics - Mochanical ?roportics of Crystals E-10
and Polycrystallim Substances
Aba Jour Ruf Zhur -- Fizikn, No 12~ 1958, No 27592
Author 013zr-lr 'Inclaw, Porz
Inst Not Given
Title Extronu~,. in the 7hcory of Flaoticity of Non-
honogoncous and Aninotropic Bodies.
Orig Pub tArch. -icch. stosowrinoi, 1957, 9, No 6, 695-712
Abstract tNo abstract

~,L/ 1, ~D
-i- ~,
AUTHORt Perzyna, F.'O
S/04 62/000/004/063/099
TITL:;i Analysis of propaiation of plane elasto-plastic waves in a
nonhOMOgE-1100us medium. 1. Finite strains
PERIODICAL: Referativn,.-y --hurnal, Yatematika, no- 4, 1962, 61,
abstract 43260. ( Bull. Aced. polon. sci. Se'r. sci. techn.',
1960, 8, no. 9, 485-492)
"I'XT : 6
1- By a mathematical investigation of the equations of motion
conditions are obtained which must be satisfied by the dependence stress-
deformation and the properties of the inhomooeneous medium in order
that *the problem of propaCation of charge and discharge waves can be
solved by successive aTproximation and with the aid of difference
equations along the characteristics.
Abstracter's note : Complete translation.-
Card 1/1

9
.
AUTHORt Perzyna,
3/04 6 2100 0/004/064 /09 9
C 1 11 YC 3.3 3
TITLE: Analysis of -iropagation of plane elasto-plastic waves in a
iionhomogeneous medium. 11. Infinitesimal strains
PERIODICALt Referativn-,,y zhurnal, 11.1atematilka, no. 4, 1962, 61,
abstract 13281. ("Bull. Acad. polon. sci. S6r. sci. techn.",
1960, 8, no. 9, 493-502)
TaT: This is the continuation of the paper ORef 43280). it is
assumed that stresses and deformations are connected by a linear law.
It is shown that the clAaracter of the solution depends on whether the
pressure at the boundary of the medium increases from a certain value
forward or from zero fc,rward. In the first case there arise waves of
discontinuity. ?he problem is solved according to the method of
successive approximaticns and reduced to two generalized Piccard
prob--ms. The author mentions the modifications which roust be carriel-
out in this method, if the pressure at the boundary of the medium in-
creases monotonely from zero forward.
7 -
~Abstracterls note t Complete translation.
Card 1/1

28125
P/03 60/012/rO3/006/007
1~ 21 D242YD302
AUTHOR: Perzyna, Piotr, (Warsaw)
TITLE: General analysis of the problem of propagation of
plane elastic-plastic waves in a non-homt)geneous
medium
PERIODICAL: Archiwuin mechaniki stosowanej, v. 12, no. 3, 1960~
371 - 378
TEXT: in the present paper the author analyzes the propagation of
plane strain waves in a non-homogeneous elastic-plastic body
assuming that the strain-displacement relation is
r=(x, t) = U (x, t) + 1- Lu (x, t)]2
x 2 x
where the subscript x denotes differentiation with respect to x.
Since the practical aspect of this paper consists in possibly
applying the considerations presented to investigating plane stress
Card 1/8

2,-, 1_2 5
P/03 60/012/003/006/007
General analysis of the problem D242YD302
waves in soils, the influence of the transversal motion may be
disregarded. A similar assumption may be in*~rocluced if the propa-
gation of stress waves in very thin bars is investigated. Taking
the quadratic terms in the (e - u)-relation, it is possible to in-
vestigate the wave motion under high pressures, usually accompa-
nied by great plastic strains, The purpose of the mathematical
analysis presented in this paper is to give the conditions to be
imposed on the functionf3, determining the (d - r; )-relation and the
mechanical properties of the non-homogeneous body in order to ob-
tain the solution describing the propagation of loading and unloa-
ding waves by the iteration method or the method of characteris-
tics, An analysis is also made of the discontinuities appearing on
the front of the elastic wave and on the front of the plastic wave
as a result of definite boundary conditions in the case of lineari-
zation of the (d - O-relations., In the discussion of the non-li-
near body problem the author first considers the loading process
He assumes the stress-strain relation in the form
o' = f (E, X)
Card 2/8

~ : 1,~ .,
P/03 60/012/003/006/007
General analysis of the problem D242YD302
The author points out that the function f(e, x) should be determi-
ned on the basis of experimental investigationsCyf c the body consi-
dered. He assumes that this function is of the lass in rela-
tionto the variables e and xp and that its geometrical Imal-e in the
(o,, a, x) space is a surfacep whose convexity Is turned in the di-
rection of the positive o axis. The equation determining the motion
of the body is
U of
+ e -, WjS(1+U~)U.,+~-,(X)oX 0.
The above assumptionS for f(E, x) do not admit the formation of
shock waves or discontinuity waves resulting from the surface con-
ditions of the soil for x = 0. In view of the non-linearity of Eq.
(1.1.2) the author gives its oolution by the method of characteris-
tics. He then considers the unloading proceen, for which the rela-
tions are given in the form
of (E, X)
f (F', X) - 0(E"(X) - E),
Card 3/8

"'1" ~
P/03 60/012/003/006/007
General analysis of the problem ... D242YD302
where P-0 (x) is the Strain in the unloading wave. The equation of
motion of the body in the unloading zone is
olu + LD-, W (1 +uj tL_ + F (u., x) ~ 0. (1.2.2)
Jr 0
which is alno a non-.linear equation. Since the problem of propaga-
tion of waves for a body characterized by a non-linear function is
very complicatedl the author in the subsequent analysis confines
himself to a linear function f(6, x). In discussing the physical-
ly linear body, the author first considers the loading process for
which he assumes the relation (1.1.1) in the form
t) a ~x) e (x, t) for E (x, 0 - E, (x),
1 0 I:X) v (x, 0 + I a W - 0 W I e~ (x) for c (x, t) lt~- e, (x),
where e 8(x) denotes the yield point. It Is assumed that cL(x) .:> P(x)
Card 4/8

P/033/60/012/ C5/006/007
General analysis of the problem D,-4,"'/D)02
in the entire body, and that both functions are of th(,~ C claos.
The loadinC zone is composed of two regions, the elastic and the
plastic. In the elastic region the equation of motion is
&u a(x da (X) 1
(2.1.2) - - _ II I f U') u" - C, , W11, U, (2.1.2)
d12 (XI
In the plastic region it is
d2u 0 (X) (X)(1j1(Xj
m n W dx 2
d 1JU(x)
dx
In the case of Eqs. k2.1.1) discontinuity waves may appear, depen-
din on the boundary conditions. If on the surface x 0 a pressure
PM is applied starting from a certain value p = p 0 the front of
the elastic wave and the front of the plastic wave are strong dis-
continuity lines. The author first discusses the elastic wave pro-
blem for which he obtains the non-linear integral Volterra equa-
Card 5/8

28125
P/033 60,'012/r)03/()06/007
General analysis of the problem D242YD302
tion
it, W I + 1 1 2 FO, +(Z' U~. W)
0
He assumes that the function yl(x, u x satisfies the Lipschitz con-
dition in relation to u x . The series
U~.(X) ju~,,W-U~'(4, (2.1-14)
is absolutely and ttniformly convergent and its sum
UX(x) = lim lxxn W (2.1.15)
is the solution of the integral equation (2..L.10). In the case of
the plastic wave problem the author obtains the non-linear Volterra
integral equation
Card 6/8

P/03 60/012/003/(06/007
General analysis of the problem ... D242YD302
The solution of the problem in the unloading zone may be obtained
by using the inverse method. The author finally mentions full li-
nearization. He states that under the assumption that E(x, t) =
= Uu(x, t)/dx the Eqs. (2.1.2) and (2.1-3) become linear. Such a
problem was solved in detail by the author in a revious article
(Ref. 2: Arch. Mech. Stos., 5, 11, 1959, 595-612~. There are 21re-
ferences: 1 Soviet-bloc and 1 non-Soviet-bloc. The reference to the
Engl i sh- language publiCL.tion reads as follows: P. Perzyna, The pro-
blem of propagation of elastic-plastic waves in a non-homoEeneous
bar, in "Non-Ilomogeneity in Elasticity and Plasticity", Symposium,
Warsaw, September 2-9, 1958, Pergamon Press, New York-London, 1059.
ASSOCIATION: Department of Mechanics of Continuous Media, IBTP
Polish Academy of Sciences
SUBMITTED: January 25, 1960
Card 8/a

OLSZAK, W.; PERZYNA, P.;J,
Fatremun theorems in gener-1 viscoelanticity. Bul Ac Pol tech
iko.1:17-24 161. (Em 10:9)
1. Department of Mechanics of Continuous Media, Institute of Funda-
mental Technical Problemst Polish Academy of Sciences. Presented
by W. Olezak.
(Elasticity) (Viscosity)

PERZYU . Piotr
Study C the dynamic behavior of rate sensitive plastic materials.
Ar$Uw Lch 15 no.1:113-130 163.
1. Department of MAchanica of Continuous Madia, Institute of Basic
Teohnical Problems, Polish Academy of Sciences.. Warsaw.

FERZYNA, 11.
On P nonlinear boandary-vallue probit-yr for a !I-rj3ar ny'--I r rj,- --l, c
Fartial difforential equation. Bul Ar Pol tech 14' nc.12-861.-
16"'.
1. :Iopartmp,t of !4-chanlc,,3 of Continuouts Willa of the Institute
of Fasic Tec=i~:i,, Probl8ma of the Polish AC-Adfiry of Solences,
War 5AW, SubmItted September 9, 19W.,

L A462!-66 Wfv)/EwP(1)&/ETq(m)-6 ijp(c) WW/Ex/RM
6
6
1tui I
11772 SOURCE CO IPO/OP33/6
7
AUTHOR: Perz a (Warsaw); WRIER.
W. (Warsaw)
-
ORO: Department of Mechanics of Continuous Media,, IRTP Polish Academy
.of Sciences
TITLE: Determinant equations for elastic viscoplastic materials under
finite strain
SOURCE: Archtwum mechimiki stosowanej,, v. 18., no. 1,, 1966.t 85-100
TOPIC TAOS: deformation rate
., equation of state, plastic deformationp
elastic deformation

ABSTRACT: The paper deals with a detailed analysis and fox7nulation
of determinant equations describing the behpvior of elastic visco-
plastic materials sensitive to deformstion.\i It is assumed that the
material Is isotropic and homogeneous Ein-a-that the process Is i8o-
thermal. The assumption of the additivity of the elastic and nonelas-
tic parts of the deformation tensor makes possible Individual equa-
tions describing the elastic and nonelastic properties of the material.
A new representation of a material Is proposed which, under certain
additional conditions " vith respect to Cauchy and Green, Is al elastic
.
material. The nonelastic properties of the material consist of the
rhe laxation-type effects and the plastic properties
ological re
card 1/2

L 24632-M
ACC NRs AP6011772
including both lootroplc and anisotrople work-hardening. The effects
are describeds and It Is assumed that the nonelastic part of the de-
formation tensor Is proportional to the Isotropic function of the
,stress tensor. The p3m)portionality factors of that stress depend on
the difference the actual state of stress and that corresponding to the
state of plasticity. The authors discuss the case with limit Y = C~O
and propose determinant pquations for the theory of plasticity. I
art, has: 88 forxulas.~ lBased on author's.abstract] MTO
SUB CODE: 110 128, 20/ DATE: 12Sep65/ ORIG REP: OD/l
OTH REF: 011,
Cma 2/2

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trot Xech~mlco-of coutimus Me ass- IM-ftlich MaMmy-

ENCL- 00 SUO C*DEi a I"

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ACCESSION NR: AP4038484 P/0033/64/016/001/0135/0143
AUTHOR: Perzyna, Piotr (Warsaw); Wierzbicki, Tomasz (Warsaw)
TITLEt Temperature dependent and strain rate sensitive plastic
materials
SOURCE: Archiwum mechaniki stosowanej, v. 16, no. 1, 1964, 135-143
TOPIC TAGS: dynamic metal property, strain rate effect, dynamic
stress, dynamic strain, temperature stress relation
ABSTRACT: A critical review of previous works concerning the
effects of simultaneous action of both strain rate and temperature
on the dynamical properties of metals beyond theelasticity limit is
presented. Constitutive equations describing the behavior of metals
under these conditions are modified by using available experimental
data to obtain more accurace results. Therefore,only narrow ranges
of temperature and strain rate are investigated. Theoretical and
:experimental results are compared in diagrams by plotting the stress-
versus-temperature curves for various strain rates for steel, iron,
and aluminum, and a fair agreement between theory and experiment
'.Card 112- ------

iACCESSION NR: AP4036-484
scan be seen. Orig. art. has: 12 formulas and 5 figures.
ASSIOCIATION: Department of Mechanics of Continuous Media,IBTP Polish
Academy of Sciences
ISUBMITTED: 20Sep63 DATE ACQ: 12Jun64 ENCL. go
:SUB CODE: A51MA NO REF SOV: 003 OTHER: 013
Card 2 2

PERLYNA, P.
Fundamental problems in viscoplasticity. Measm tj--rr
stosow I no.2:3-30 163.
1. Department of Mechanics of Continuous Media, Institute
of Basic Technical Prublems, Pollflh Academy of Scietwort.
Wareaw.

WIERZBICKI, Tomasz
Temperature dependent and strain rate sensitive plastic
materials. Archiw mech 16 no.lsl35-143 164.
1. Department of Mechanics of Continilous Media, Institute
of Basic Technical Problems, Polish Academy of Sciences,
Warsaw.

PERZYNA, Tadeusz; ADAII-fIAK, Stanislawa; GORLAS, Wlodzimierz; ZAPAISKI,
S tan -i s law.
Pancreatic juice socrotion and behavior of tr-ypvin in exlxjri-
mentid acute pancreatitis. Pol. przegl. chir. 36 no-l'-45-51
Ja164
1 . Z I niniki Chirurgicznej AM w Poznaniu; kieroirnik: prof.
dr. St. Nowicici.
'I(-

FMYNA, TadeuG2, BOWHPUSKA. Irena, SOJKA, Stnnislaw
Effect of hypothermin on the behnvior of electropherstic fractions of
blood proteins In rabbit. Poloki prxegl. nhir. 10 no.2:103-110
Mr 158
1. Z I Kliniki Chirurgicznej A.M. v Pozuaniu. Kierowulk: prof. dr.
St. Rowicki.. Adres autorow: Poznnn. u1. Dlugn 1. 1 Klinika Chirurgic%na
A.M.
(111DOP PROTEIVS, determ.
electrophoresia. eff. of hy-pothermin in rAbbits (Pol))
(IrmiDaMIA. eff .
on blood protein electrophoresis In rabbit (Pol))

PERZYNA, Tadeusz
'tole of infected bile in exDerimental acute necrosis -jA' the pancreas.
Pols~ri chir. 30 1103:585-587 AV 58.
(BIIA,
infected, off. of pred. of exper. pancreatic necrosis (Pol))
(PANCIOAS, dis.
exper. necrosis, off. of infected bile (Pol))

FIRZYKA.Tadouez
Iffect of bile infection on the cowse of Dancreatic necrosis
in experimental investigation$. POZnAn.tOW.Drzyjaciol nauk.
wydz.lek. 18 no.5;33-65 160.
(BI'13 microbiol. )
(PANCRUS pathol. )

PERZM, Tadeuss (Pozrmin, I Klinika Chirurgiczna A. M., u1. Diuga 1/2)
~' .
Procedures in open fractures of the frontal slams. Polski przegl. chir.
29 no.8:755-76') Aug 57.
1. Z I. Kliniki Chirurgicznej A. M. w. Potuaniu lierownik: prof. dr
St. Howicki Praca wplynela: 9. 11. 1957 r.
(IPRONML SINM, fracturee,
3urg. (Pol))

PERZYNA, Tadeus2
raven adninistration of ziovocaine in the treatment of cerebral
concusions. Folaki przegl. chir. 29 no.5:459-462 May 57.
1. Z I Kliniki Chirurficznej A. M. w Pozrianiu Kisrowniki prof. dr
St. Nowicki Practi Wplynaln dnin 9. H. 19.57. Poznan, u1. DiWa I --
Klinika Chirurgiczna A. M.
(BRAIN, wounds and injuries.
concusion, intravenoun procaine ther. (Pol))

PMYNA, TadOUB2
Acute pancreatitis following jxrtial gastrectomy. POI. vrlzegl.
chir. 35 no.4:30'7-312 163.
1. Z I Eliniki Chirargicznej AM w Poznaniu Kien wnik: pref.
dr S. Nawicki.
(PANCUREATITIS) (POSTGASTRECTOMY SYNL,ROI.W)
(PEPTIC ULCER)

PERZYNA, Thdausz; WOJCIECHOWSKI, ~azimierz; GORLAS, Wlodzljnierz;
Z'VAISKT; StaniBlaw
Hepatic changes in experimental obstructive jaundice. Fol.
przegl. chir. 35 no.7/8:763-765 163.
1. Z I Kliniki Chirurgicznej AM w Poznaniu Kierownik: prof.
dr S. Nowicki.
(JAUNDICE, OBSTRUCTIVE)
(COMON BILE DUCT)
(LIVER CYTOLOGY)

FERZYNSKIV Z.,, inz.
Econwq of nonferrous metals. Hor" techn no.12:542-544 161.

PERZYNSY-J Z., ins.; SOSDISKI, R., MgT-11Z.
0--,
Automobile sports under criticism. Horyz techn 14 no.9i
393-397 S 161.

Fz'RZYNSKI,, Z... inz.
The way to this moon. Horyz techn 15 no.12:24-25 '62.

F:~"J)Zyl -)Kl , Z. . inz.
airty-second Internatiopal ?oz., ai., FaIr. HoT7z techn
16 no. 9% 12-13 163.

PERZYI;SKI, Z., inz.
Rofrigeratorv; report froz, the Matallurrical Works in Zakrzow.
floryz techn 16 no. 8: 11-7 '63.

PERZYMIt Z., inz.
Inventiveraeas and rationalization in the armed forces. Frzegl tachn
84 no.45:6 10 N 163.

FERZYWKI,-,~-,,-. Inz.
Repercussions from the exhibition of inventiveneBs and
rationalization. Przegl techn 84 no.47-.7 24 N 163.
1-
h

1-bRZYNSKI, Z., mgr DIZ.
Manve flight vith ths belp of hia mus=lar forces. IforP
techn 15 no*:LO:14-16 162.
0

PEFaYNSKI.0 Z. , inz..
Polish-made engines of Polimb-mada ships; report from the H.C*gl*lski
Works in Po2nan. Horyz tacka 15 no.11:12-15 1621.

PERZYWSKIP Z. inz.
y
Juniors at the start. Horyz techn 15 no.9:16 i62.

FERZYNSKI, Z., inz.
Modem railroad cars. horyz techn 16 no-4:1:2-13 160.

FERZYWKII -Z., inz.
On telepathy from the scientific point of view. horyz techn
15 no.9gl2-14 062.

PERZYNSKI 31 Z. P inz.
1,,000.,000 sewing machines. Horyz techn 16 no.2:12--14 163.

PERZY14SKI ~ Z'. . inz.
Automobile races; problems and prospects, Horyz techn 16 no.1:201-.
31 163.

PERZYN'SK-1, Z. " inz,
The exhibition; Wareaw Polytechnic in the aervice of the national
t.conomy. Horyz techn 16 no.1:11 163.

FEMYNSKII Z., inz.
Apparatus for reproductions. Ft. 2. Horyz techn 16 no.3:30~-311 163.

FMYNSKI Z. inz.
=I-,- 2 -10
A achool ispitem fronting toward technology. Hoz7z techn 23
no.2:6-7 162.

FmYIBKI 7. 0 im.
Budapeat; old and now technology. Hoz7z techn 15 no.2.17-19
162o

In the Debiensko mine. Horyz techn no.6:20-24-. 162.

P/oO1/6O/0OO/0O5/V,) i
A223/Ao26
AUTHOR: Perzyfiski, Zdobyslaw, Engineer
TITLE: Light "on the Index" - A Report Prom the Warsaw "Foton" Photocr-~,r-' -
cal Plant
PERIODICAL: Horyzonty Techniki, 1960, No. 5, pp. 195 - 197
TEXT: The article describes the origin and products of the Warsaw brar,,-h
of the "Foton" Photochemical Plant. The first Polish photochemical plant was e.-It~.:)-
lished in Warsaw in 1888 by Engineer Piotr Lebiedzihski, a famous specialist ir~
the field of light-sensitive materials. This plant, which also exported some of its
products, operated successfully until after World War I when It met with financial
difficulties. Lebiedzifiski, trying to save the situation, formed an association
under the name of "Foton" which counted among its members Professor Ilifiski, the
present head of the laboratory of the "Foton" Photochemical Plant. In 1937, th-:~
Photochemical Plant was formed as a section of the Colored Paper and Wallpaper
Plant under the management of the Franaszek Plant in Warsaw. The largest pre-war
photochemical plant in Poland was the "Alfa" Plant in %,dgoszcz, founded in IT-6.
There were also a number of small plants, such as the "Orion" in Kielce and clie
Card 1/3

P/00 1 /6o/Q00/r,,G5/,,o i 1,)n,--,,
A223/Ao26
Light non the Index" - A Report From the Warsaw "Poton" Photochemical Plant
IfEroll in Poznan, both of which were destroyed during World War II. The "Alfa" Plant.
started operating ag&Ln in 1945 immediately after cessation of hostilities, and the
Franaszek Plant -_'n Warsaw after reconstruction under the name of "Film Polski". Tu-
day there are two plaits of this kind in Poland, i.e., the Warszawskie Zaklady Foto-
chemiczne (Warsaw Photcchem1c&l Plant), formerly "Pranaszek" and the Bydgoskie
Zaklady Fotochemiczne (Bydgoszcz Photochemical Plant), formerly "Alfa". Both of
these plants are known under the joint name of "Foton". The Warsaw branch produ.2es
films and the Bydgoszcz branch paper, glass plates and chemicals. The Warsaw Plant
which in the beginning produced the primitive Votopan" amateur film, has conslJcr-
ably increased its assortment and produces today the "Potopan F" and "Fotopan Super"
film with 17 and 210 DIN sensitivity and corresponding to the Agfa "Isopan F" and
"Isopan ISS" films. Although the "Fotopan F" film gives good results and is used
also for scientific photography, the amateur photographers would do well to use
Agfa or Kodak films. The *Fotopan Super" film gives good results under proper ll.glit
conditions. In case of over-exposure the results are not too good and efforts are
being made by the plant to improve the quality of this product. Excellent photos
have been obtained with the latest product of the plant, the "Fotopan Ultra" fi!T
which has a sensitivity of 240 DIN, or by Polish standards C.U.K. The positivF,
Card 2/3

P/oo1/6o/ooo/oo;5,/c~D i IT,,
A223/Ao26
Light "on the _adex" - A Report From the Warsaw "Foton" Photochemical Plant
film of the "Foton" Plant with a fine-grain emulsion does not lag behind its Agfa
or Kodak counterpart. The domestic production of this film covers 60% of Poland's
requirements for this type of article. The Plant also achieved excellent results
with the production of X-ray films. Two years ago an X-ray f I Im wi th a Genf, I t I v I I y
of 440c.U.K. waspiuduced. Lately, the Plant started the production of X-ray film.~
with a sensJ.-.Ivity of 880C.U.K. The Plant has been working on the manufacture of
color films since 1941), when the first research laboratory was set up. The first
positive color films will be on the mw 'et soon. The small-scale production of
negative color films started in 1959 v:;Il be expanded in 1.960. Preparations foi the
production of several color films are in progress. In 1959, the production of Eani
16 mm cinema films was prepared, but the production had to be postponed until better
cutting machines could be obtained. In the first section of the plant the emulsion
is prepared and tested and in the second section the emulsion is spread onto Cellu- V!
loid tape, which is then perforated, rolled and packed. The Plant also carries rut
film developing and printing. There are 11 Photos.
Card 3/3

ELIZIUCLU-1KO, A. Ye.
Engineer, "Electroitotive C heckc for Mal'-'s-pindle Automatics, " Stp-pki i Instrume-nt, 10,
Vo 1. 1939.
Report U-1505, 4 Oct 1951.

FLRM,'YJ'J1'TO, A. Ye., Engiacf r
"I~ieuzatic ChuckE with Conbin,,:d Cylinders and Fictons", Stanki I lnstrumeLt, 14-, Lo. 3.
1943.
BR-52059019

Fx_IIZ'dYiKWO, A. Ye, Yndineer
"A Semi-Automatic. f or Grindine Grp-dunteLi Shjf t e witil 31)o Se t t 1116. 11 Stanki I Invtrumt:i,t I?.
No. 2-3. 19L6
BR-52059019

F:-RZHtTYAN-.'KO. A. Yo., Engineer
"A Diamond Substitute Made of Easy-tc-6et Materivdc for Truing Grindiri-, Stcnes, 11 Stanki
0 .
I Instrument, 17, Nos.4-5, 1946
BR-52059DI.9

PERZENYANIKO, A. I-e., Erie, J. ne c r-- Gztvht `7 , I. u., lznCinecr
"A Brilline, and -Boring ficad for Large Blind Holes, 11 Stankri I Inctrument, 17, No. 6, 194,6
MR- 5~20 5 9 0 19

F=WDAW, N.A. (Moskva)
Vertical vibrations of a body floating on the surface of a liquid
between two parallel walls, and waves roe-alting from them.
]Prikl.nat.i makh. 20 :ao.3:362-372 My-Je '56. (HLRA 9:8)
(H3nlrodynamice)

F7
AA
11 -awl. cill-wvii.~, ~ioduvc,.'Jhis "kuation. P1
31 6 23 7
Ideh, 20 (M6,1,
-..A k I d ~Yiti id', is- conmincd betv,-flon Uvo
n i 11111111 c Y: ec
N1 I
the ocntrold. A.tsliOii th,.! br4y
nnd Div. iatt; .11, '1 al-e
comm L-lic-it,Qd up t1m, 5tlftv, Aliquid-_ -7vh-,: ~n-tnh.Q_r
'of
Wailis 11 _60M 1011~- lm-~ the: fon~n lif- an ibf- )it c *5 U.
f t h, St -a I I11,1 M,vr11 c,
.3 Y IS n1mr UW
"iL d fl 'Pv~'atnc*~ 61 tha boupdirj_e'~
Ue to Re -walls
y
I.-A ;Gon (San Djego;~
Y
e

PIELFINYAliX0, Ye. A.
"Arrangement of High and Low Pressure Pneunilitic Chuck" Stanki i Inrtrument U, No. 4.
1939,
ReDort U-1505, 4 Oct 1951.

OROMOV' 1. G., Engineer -- PERMIYANK0. A. Ye., Engineer
"A Drilling and Bor,.ng Head for Large
Blind Holes,"
Stanki I Instrument, 17, No. 6, 1946
ER-52059019

PERZINA, J.
Adjustment of polishing disks. p. 598.
TECHNICKA PRACA, Bratislava, Vol. 6, no. 10, Oct. 1954.
SO: Monthly List of East European Accesslons, (EEAL), W, Vol. 5, No. 6.
June 1956, Urel.

o1 S, ni- s o 11 T
r a ~7
v L ~71 -C, 7 Lr

r, vo~:roo-.- o -,te'aokeni-,~iike kah o:-,neupornom
.7.at--ri-nle. kPo I-,.o-,rod,,i Rahot I. I. hitay,-,orod!~kojo i st,-.ti
'Ic' ",-I
V. V. Goncha-wra I-ak oj~reurorr.6,la
z.!~urr. "Urneul,.ory', 1?49, .%o. 4).
C~rlcu-.orj, !~',49., "o. 6,
-~~,7 -1 - I
. -91. - L, 7 na-,v.
s
1,:topiFl '.1-urnalIny'kh 5:-,atey, No. t'o7,kva, 1 9

FEI-','.OVSKAYA, --
A. E. Sl,:P%.'iP-E,;AK, Voprosy Pitani%~d 3, No. 6, 51-63, 1934

-2~MAW a, Poznan. Sloiracklego 42/2
Monoblock - Its construction and function. Czaa. stooat. 7 no.11:
433-440 Ncrv 54.
L 2 ZLkl~Au ortodonall, Akademli Hadyoznej w Pozaantu. Kierownlk:
doe. dr. 7.Ziolkiewics
(HALOCCLUSION, therapy
Anderson's monoblock. construction & function)

jVWWjL F-
MFHNOLOGY
IMIODICALs MHANIKp Vol. 31p no. 7v July 1958.
PWYNAj, F. WKWIMD BOLLING. P. A74.
Monthly List of East Baropean Accessions (EFAI) Ir, Vol. 8, No. 4
April 1959, Unclue.

FRW~A#_F-
TWHNOLOW
PERIODICAM MEISANIK, Vv*l, 3-0. no* 1, Jan, 1959,
MEZZYNA, F. Veirl-fication of the rigidity of machine-tool aggregates. p. 3.
Monthly List of East European Accessions (MI) LC Vol, 8,, No. 4
April 1959, Unclose.

V
,IEY'7V . ';.
'T,-iriont ot)rabisrf-k d.) m,!~tnlill (T~o-na'lj o, zO~Inf- tOOlt fOT, m^taIF)j by
P. 11,arzvna. I, o-!- ;rte~d in 'jo-w Pr)oks (!ICIW,- ?,!'i a 7~ i i I N'O . I,,, Julio- I ~, I Y~&.

PERZYNA, P.
Analysis of' propagation of plane
nonhonogeneous medium. I.Finite 0 elaOtic-PlaOtic waves in a ra
trains. II.Infinitesinal at ins.
In English. Bul Ac Pol tech 8 no-9:485-502 P60. (EEAI 10:7)
1. Department of Mechan.ics of Continuous Mediap Institute of
Basic Technical Probleims, Polish Acadeny of Sciences. Presented by
W.01ozak.
(Strains and stresses) (Waves) (Elasticity)
(Plasticity)