SCIENTIFIC ABSTRACT PARKHOMENKO, P. A. - PARKHOMENKO, V. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239230010-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PUKIRNAREVICH, G,t , khnd. t.ekhn. nauki PAIT-IKIKIMFINKO, P.~.; BOTTINSICY, V.Ya.;
GAVRO, L.F.; VORON"I'V, Yu-P, --- - --, - -- -- - -
Behavlor of ~.ydlrogpn during the mfilting operat--on in
ton open-h~-arth furnaces. Met. i gornoT-ud, pr-m, no.1;
2P~30 Ja-F 165. (~U:~A 18: 3)

PUMNAREVICH, G.P., kand. tekhn. nauki DOTVINSKIY, V.Ya.; PARKHOMMO, P,A,I?
VORONCVV Yu.F.
Studying the alag forming process durd-ng the melting period
in b-igh-capacity open-hearth furnaces. Hat. I gornorud. prom.
no.100-32 Ja-F 164. (MIRA 1-1,.,10)

S/137/62/000/o/063//163
A052/A101
AUTHORS: Taskayev, N. D., Parkhorrienko, P. D.
TITLE: The dynamics of sublimation of 3b compounds from lean sulfide oxidized
ores
PERIODICALt Reforativnyy zhurnal, Metallurgiya, no. 6, 1962, 24, abstract 6GI86
ClIv. AN KirgSSR. Ser. yeatestv. I tekhn. n.", 2; no. 11, 1960,
159 - 164, Kirghiz summary)
TFAT; Experimental works were carried out to establish the effect of the
temperature and the granulometric composition of ore on the process of Sb subli-
mation. At the same time the effect of the atmosphere on the depth of sublima-
tion process was investigated. For an Sb-cre the Sb sublimation should be car-
ried out at 1.2000C. A reducing atmosphere facilitates the process of Sb dis-
tillation and decreases the temperature of the process by more than 2000C. The
granulometric composition of ore affects the depth of metal recovery at up to
1,0000C (independently of the character of the atmosphere). Steady conditions
of Sb distillation at > 1,100 - 1,2000C speak for the advisability of carrying
Card 112

The dynamics of ...
S1 137/62/000/006/063/16-3
A05?-/A101
out the process at high temperatures, in partlcular, under conditions of cyclune
smelting.
G. Svodtseva
Obstract~-.r's note: Complete translation]
'-aryl 212

I∑ I.&; PAWWWO, F.D.
110800k#4t Vw eMlotim of antimony compounds from poor
ox!,'diz'ed*'sulfide ores. Izv. AV Kir. SSR. Ser. est. i tekh.
nauk 2 no.11:159-164 160. (MIRA 14:10)
(Antimony organic compounds)

0
6) MORDOW,
Toprocy (Problemb Iti Cosmajony. V.)I
j,
lad-vo AN 3330, IVA. 367 P- R,OW OUP106 FrJh 0-
Oponscring Ageneyt AyAdemj7a nauk !ZSR. AStronvoleheakly &Mt.
ARTICLZ3
Flagnitaidy. V.A. Ct the Origin and RVOlUtiCe. Or COntIMMU
and Oceans
Say'sn" Wast Data In DatonkUlY4 SM garth's
1
A".1.
4%go
I*Yln, 0. Va. ftletory of the Noonle Rotation sM the
Moological ?"parties of Its Raterial 6
Sar"D", V. B. On the Growth of Terrestrial Planets
S
S
f
h
t
em
e
olar
t
ys
lAirwang a. on the Origin o
1~
KiWer, A. To. Tlyt. Dlzlnt41f;a
1CcM9ft'
.
j
in Light Quants Anff warr-Mgnifican ales
of Gaseous Nebulas
Solbolov. V.T. Physics or 111anatary Nebulae
112
Ourzadyan G.A. b7namiss of narotsri ishass
1 157
- zj4pt Proaraze wo the p1namlos or nww%M
*i-s-El"0 211
AV)Wan, T.A. Interaction of Sts" with Dirrome matter 222
Kaplan, S. A. Nagnatle Gas Dynamien and Pr*Uew of
Cosapsony 238
On the Preservation of Contimosmoo
In the Formation of s4exento 265
ParI&MMMko P.O. Bateralming the iotativa or an lzqni-
t'
Ponderan
Thermonuclear Pladium 269
PlkSlIner, B.S. On the 71osories or the 'Zqjdpoa"M%s
Origin of Klemente 273
So=, 0.1. 7k* State of Cosmology Udey vn
KKPM3
1-1-arkla, B.T. conrorecto cc variatle, store aponso"d
by the BMogarlon Acadsiq Of Sciences AW hold In
Budapest on koVat 2_1_28, 1956 333
Terletskly. To. P. Symposium on ftqDlq" In JMq$%p*.
malpetic Fbabows- In Cosmic Physics 334
0101 P.N. conference an Mon-Plaod Star& 335
S.A. Conference an the nWales
or nazataxy Nebulae 354
fts= to. Z. Canterame or the Comaittes On Commegaaw
ted to Rza-W the Possibilities of the Do-
volopoM of XrOugsleatle Astronmq uA Comeopm
O CbSB
Tama
Th
P
A
R
I
Al C
M 359
61
.
C
.
e
Z
O
O
OXM
, 3

OR Nuclear Fbys~cs - SVr'uctture and Properties of Buclei c-4
Abs Jour : Bef Zhur - Fizika, Do 1, 1958, 1&
Author : Parkhomenko, P.G.
Inst -.W-- __- -.-
Title Concerning the Problem of the Origin of Elements.
Orig Pub Vopr. kosmDgonii, 5, M., Ali SSSR, 1957, 181-1-91
Abstract The latest values of the binding energy of the nuclei are
used to verify the correctness of the theory of equilibrium
origin of the elements. The w3ual equation of thermonu-
clear equilibrium is used, and leads to a linear relation
between the logarithm of the ratio of the two cosmic abun-
cances and the difference of the corresponding binding
energies; thus, there were obtained equilibrium lines,
which are exactly determined by the enpirical mterial.
It is shown that the poly-neutron theory of Mayer and Tel-
ler (Mayer, M.G., Teller, E., Fhyui,,al ]Review, 1949, 76,
1226) is not confirmed by the nuntrical data: the neutwn
card 1/2

FAMONEWO, P.G.
Maintenance of abundances during the form2tion of slaments(with
summary in Englishj. Yop. koem. 6:263-268 '58. (MIRA 11:10)
(Cosmogony) (Nuclear physics)

-,~jy OHRITKO, P.G.
0 i w;: F "" - -:-,, ~? E z;
Location of the thermonuclear equilitTium medium Lwith summar7 in
Englishj. Vop.kosm. 6:269-274 '58. (MIRA 11:10)
(Cosmogon7)

iik uclear Ilysics ftreVc~f~~L~'~e"and Properties of Nuclei c-4
Abs Jour Ref Zhur - Fizika, No 1, 1958, 481
Author Parkhomenko, P.C.
Inst
Title Conservation of Ep-ilibrium Abund&uces for Intermediate
Atom--.
Orig Pub Vopr. kosmogonii, 5, M., AN SSSR, 1957, 192-195
Abstract On the basis of a recently published list of masses for
the isotopes of the group of atoms from Z = 31 to z ~= 41,
equilibrium lines were plotted and the equilibrium tem-
perature and the neutron concentration were determined.
Comparison with the results of the earlier work (see
Abstract #480) discloses a monatonic decrease in the
freezing temperature with increasing atomic weight. A
decrease in the corresponding concentration of the neu-
trons with increasing A was observed.
Card 1/1

PARKHOPaY.U. C.".
I - -- -
Omer rV,
-?'oe orig!n cf the el' ~to L _th summary in German]
157,
f"I -,,- ~e.xr pnruics) (Chemical elements)
Von. koss. 1:
(WLRA 1 G: Q )

~;-PAMOWKC, 1'. 0.
Contervation of a ullibriun abundance for Intermediate atomm rwith
aturory, '.n Garouni. Von. kosm. 5:192-195 057. (MMA 10:8)
(Nuclear physics)

AERAMOV. R.I.; BnIZU, V.I.; MITSKIY, S.M.; ZATULA. V.1.; ZOLOTAREV.
Y.H.; Zt=AMN, I.S.; WINA, MJ.; KOLYMMINA, B.S.; KUDASOV,
L.P.; H IN, V.N.; KOVEM, ME;,; NMA 9 I.Se; OLFYNUOV, M.5o;
,PARKHOMMO, F.Ho; TOKASOVSKIT, Y.I.; YXIMMS, Uh.; KHRAMTSOV.
Vo 2 AIN-C, N.V., red.; SMIMOV. P.A.. tek-hn.red.
[Planning on collective farms; marmal] Plonlrovenle v kolkhozakh;
spravochnik. Kursk, Xurskoe knizlmoe i2d-vo, 1960. 437 P.
(HIRA 14:2)
(Collective farms)

PAIRKHOMMP P.P., inzhener.
% I m 6 ~- ~ 6 RW I rr--i I m
Apparatus for regLUting automatically the water level of the
head water at a hydroelectric power etation.. Ilek. sta. 26
no.1:54-56 A 155. (MIR& 8:3)
(Hydroelectric power stations)(Governors (machinery))

PAMOMMO P P inzhener.
-w-,r
Reducing the temperature in the abutment of a turbine-generator unit.
Blek.sta.27 no.6:53 Je 156. (MIRA 9:9)
(Hydroelectric power stations)

PARIMMOITKOZ 11. P. and MUKANOV., T. T.
-------
"Problems Concerning the Automation of the Anlaysis of Relay Schemes."
report presentea at All-Union Conference on Problems in the 11heory of Relay Devicea,
InBt. for Autcnation and Remote Control AN LEM) 3-9 Oct 1957.
VestAik AN S&9R, 1958, No. 1, v. 28, pp. 131-132. (autor OBtianu, V. 14.)

PARK-;GIENEOP P.P., Cand -ech Sci -- (Ijiss) n-~,:echanization of
tbcb-,Dr(messes of analysis of relay action devices." Yos, 1950,
16 pp (Acad Sci US3R. Inst of Automation and Tclemecha:--ics)
.L50 cc,pies (n, 35-59, 11h)
- 40 -

ISM# on of Mae".*

t%9ox7 as LTVU*Gti
Davedow
:e
r 4
41"Wett Uog Lte low I I W~.Uly Uskvatnyth
,.:
n
sy
C
ev!ew~tloheoklkh a totes)
FIRIGNICUS T*!Ildk Akadelds asuk Isis. 193t~ NY 1. Fr f3a-539
ASIVIAMI the GuRrere'n" deallfts with this V"blvar took also* In No*-
:!
f"S septen'ber 22 to 26, 1954 "a as opesed b7 V. A.- ?Mpo
after, bb"T"a of the to
obooks" "Wavlosio (Xssiau&l eoml %4- of he Usn .1
solamsto sentse J. xv-Sho 71-mg, U-stlu To. Z. ?.YV%4. ris-
l
:
ad their 4-lov-41
et a" Xu ,eye* r
parted as "Aaft
Sre".,%*4 fee Mark of the, osf*,,MM*o "a "d.rtk.a 'by 5
onueno;. Newts go" ~ld tyl 1,
4. N ftrtak vaklr &ad T T., rova".4 on a.. to,
&tl= POSIVIV Is the 6-60 Of 741~00 N799-" -1th
dealt 1~ his r wpm" with %in m.coarfuzy-
-ml *lease
Is
Lth
ag
ERLI"is of pal.@ systass v
ipoke slim the V"%L~ of as In*-*m$ of th.
I
of the
is otifitsd tX* posalbill1log at pul,s yst,so.
is- I.
;
M
i
reating
16 A. Elect- -L"Iygod psi"
,
I" 0.111
kt~ -
r -18 iu.ti...
.
Is % Y*S" .4%k- Ad* ZAAC V.I:. -.d.z.tf.u.
to
*.Jr~ Yet...

4 of trsa-Avot~.
-ttf"*d of v,rtuvb,tj-.
Mo;
Tr f~-Objvatt wish
i
0-tiou r ..I

tt
doted the
-
=6"
.0
ta
oont'la prates..
b-1 Ila ocastsu; I.. of so
t
high
P.-Its th. b..t,
ft" 2/3 P-6010 eant"I
A.- A. 4i;wrilur -L"Iys.i Modem. to"I".4hsal..1
,,(i$vPo1At-g,Ib4 ap-s417.4 -f"IU "t-aile
of Yates. of a waft. WAXW.7 .9
iF~khv-k* rq~o~f.d as 11. ff..$ "A ... Will..
ht
a
u
f~ th.L of -I.Y 4r4.,..
T%-T&- S-Vil~-kLY is- $1 .1 'ff.11. -t-.1 L.
::
:,
t
of ru'.1.h
Of

If. i'h th.
rbli
by =4-. of bA.h
- W.;-V I:E-' r-;t1;..
n
~
.
th
r~oo' *D6Adir i tb. tdchAL441
e
~, of
'I
z4 th

,or. 4 it. t.: f..
'I Tkrf.fl~ u-ti.
,
:
Sasko, 13'1~ her d.-I.Vfts Nb. ft-.7 &.4 hr
ppu U." of
du.~Jf; mi.natis *yet.".
Card 3/3

SOV/24-59-3-2?/33
AUTHOR: (Moscow)
TITLE: A La:rge-Capacity Logical Analyzer for Use with Relay Sys-
tems
PERIODICAL: Izvestiya Akademii nauk SSSR Otdeleniye telchnicheskikh
nauk, Energetika i avtomatika, 19~9, Nr 3, pp 179-180 (USOSR)
ABSTRACT: This brief note outlines the purpose and functions (but
not the design or operation) of a machine for testing relay
circuits; the results are recorded manually. The figure shows
the various functional units in the machine, but the functions
of most of these units are not indicated. The machine was
designed and is used at the Institute of Automation and Tele-
mechanics, Academy of Sciences USSR, at which Institute the
author works. The paper contains 1 figure and 5 references,
of which 3 are Soviet and 2 are English,
ASSOCIATION: Institut avtomatiki i telemekhaniki AN SSSR (Institute
of AutomatioL and Telemechanics, Academy of Sciences USSR)
SUBMITTED: July 17, 1958.
~Iard 1/1

PA MMEM. F.P., -,Voskvs.)
Analyzing relay circuits by means Of a machine [with summary
In Bngllshl. Avtom. I talon. 20 no.4:486-07 Ap '59.
(MIRA 12:5)
(Blectric network analpers)

80)
AUTHOR: Parkhomenko, P. P. 30V120-124-1-23169
TITLE: The Principles of the Mechanization of the Analysis of Relay
Contact Circuits (Printsipy mekhanizatsii analiza releyno-
kontaktnykh skhem)
PERIODICAL: Doklady Akademii nauk SSSRv 1959, Vol 124, Nr 1, PP 83-86
(USSR) i
ABSTRACT: In the general case a relay circuit consists of receiving,
intermediate, and executive elements. The contact double
poles of the class 7(p >0, q = 0, r = 1) can be represented
in form of a Bul's function of p variables and therefore they
may be expanded in the following manner:
2p-1 p
f(al,....'ail .... P a 2: h 1 T1 -a
P 1=0 ictl
and IT alrb'the symbols ror Bul's sum and Bul's product
respectively. The coefficiants h Imay'assume the values 1 or
zero. The structural analysis of such double poles on the
basis of operational conditions consists of the separation of
Card 1/3 all combinations of the states of the receiving elements

The Principles of the Mechanization of the Analysis SOV/20-124-1-23/69
of Relay Contact Circuits
P
i ...... ai, .... 9~1 Pi from the aforementioned expan-
sion. The following holds: 1) Every contact double pole of
class H can be transformed into a contact double pole of
class TF . 2) Every circuit can , when determining the chains
f 1ZkI and f tZkj , be reduced to the form of a double pole.
According to what has just been said, the method of decomposi-
tion into unit constituents (konstituyent yedinitsy) is aiso
suited for the analysis of circuits of a general nature. This
method, which is natural for one-cycle circuits, can easily
be generalized for multi-o3rele circuits if represented in form
of a "one-cycle equivalent". This notion is explained more
in detail by the author. For multi-cycle circuits it is of
importance, apart from carrying out a structural analysis,
also to determine the ordex with respect to time of the
effect produced by the elements. The course of calculations
is followed step by step. 'rho principles discussed here were
Card 2/3 used in connection with the construction of a special logical

The Principles of the Mechanization of the Analysis SOV120-121-1-23169
of Relay Contact Circuits
machine for the analysis of relay circuits. In conclusion,
the advantages of such a logical machine are pointed out.
There are 2 figures and 8 references, 7 of which are Soviet.
ASSOCIATION: Institut avtomatiki i telemekhaniki Akademii nauk SSSR
(Institute for Automation and Telemechanics of the Academy
of Sciences, USSR)
PRESENTED: JulY 17, 1958, by V. S. Kulebakin, Academician
SUBMITTED: July 17, 1958
Card 3/3

:1 E
81.
18
-.1hi.r
64 Z*4 'A
4 V V
IMP

J. /-rvjqrl 'rlaYnVAY
U;vjUlQj TOZ-1GOD-F
jv.21T .,3."
09?
We
JO Tw3uOO 7Tu
VAO14ot-qW
96T
JOJ 2.484C O""qO .. tn ~.Jfto.,
X.7
=XvU=(27U Z11 Mffj
t41-1=410 AVTDV -tOj OUW"W XjTcvdv0-tj2TH ill,
Ilt WUOUTPUOD V667 &AT'4QnpUj Pug OATS
'O!sOm ATun doo7 wT*#J&2*Xff "UnSUVIO09 t;t;2;;-A I Aa *LUIS"
01"aA ZUTGO v2UGvOdmZ **Trj jo UCS%vj xqwl~mqv Zia
9%T Ovrn4 &&V
-rrnj ja IZTSQC PUV - -L - ITIA MIM+ -
qw, I"
R&M2TO4 touanb
-ITU gulfal. gwa*#,Cc Imarv -ff-A7"A-3---W-j--&
9TT gtvu3lg avTMDJTZ POIC04-4 ul
-1-4 21^.LT-2 "'OvZou.2 10 son VOUTocaa .7.111 .P'Toja0z
60T ewn%-Jod *srD4
"q=0l OR4 JO u*TI*0V"2 'M'A 'tIUWTZGQ'
C6 OUOj%OQ" *qUOVIOUTOD
pug 2wg%uno~j ougu qimaD IITDGJTZ Js%unoo 1100"014%l0a 'IVA UTPOR
02PTJS JO 82194Q *V-X 'AOTTA&IND
amzmirm 40 Mos" ^11 "YJ
quawaTaba pug Amtv-U,:,U.qDOv
-stal erSeaOsTo ja 0;129 lues"d Yw~ 3UO"GZOAVQ -T-M OTUAID
COINTHx4nma 40 SKMOU 7vu2p=
VADA"04
gvzjcuAoo do RIMU
dm '"U"AU" *Z6
j,, Iq p&T" 0001 0" w91014" *M% JO 340M IVT*a
f*j'AjTV.JOq.I.d ON '94usucd~,22 688130w4uOD SmEn UATnO&Tsl
qu,z,ssq%uAs j0 gpcN%gz Vm LA%Tnexto LOT&& ul "NTINTUTE
42V;Aq jo B.Olqcjd VZSSXS t1rUST6 QTUW20W*T*X JO U2TOOV
-,4ur.-;dTnb* po;nqU%M .20j gonsce pus sms%els 9:!R%zqv%
to-4 OpnTRUT Aems
.uOQ ITtvrn9T%.rvd aluacdTubs Q%uvqO&%O
OV&P n JC VaTusuawmatoz Pug UOIZMW%Tkv ja O%n -C
a T -
X= hv TATvv"*mOT*% I Ptl%'mO%Av 204146'4 O'ZZ
A LOT ut P04019-9 qOjpn%O NUMUOD RO" WU IIDVVXMD
.69TUT406mor" jo PTOU 043 ul ga"UTSUD PUM NAW14"
&02 POPUO%ul 0-t 2416;149 20 901%sonos slu Issoms
.04UP44"aw
VU-M-TtW j0 -vx faarw" 'T j pg -4~dV
~z -pe2ulad 561402 000't 'maoffln dre 12san
-096T '"Otem (walu"PONOT04 relas-pul) WITUVA~T67i IAVW
WISPINOZAN 2014Tiza -mm Im- "P-vm
momaxam Now

I B= UPLOITATICK :~Ov/ "I I
P,%-A.jY. ll.kr.t.YlLh
d!.lr.t,ykh av-~t1th-kikh sist~; trudY k0OX--t-il
of the
~L-y _-,2 AfPIL-Itom of DI-O-1- Allo-tl~ SY't--;
C-farv- A IX.&O-, L2 SSSR, -.4. 572 P. -.0c0 C.pl..
J4-Cy. "A!-'Y. -" Sar-. 9.%'i ... 1'.TY k--It-t 3553 P- -'t-t'-
wravlenLyu. Loititut I tdl-kl-jjLi.
Ull~---Ul S--A I M.A- D-t- of T-h-1-1 SOi ...... Y.3. D~le.ll-nk,.
: --holoal V.A. , C-UdAt. or
a-T.. L.-.,, D-t.r Seiano... I.S. hcr-.,
G-5- P-A J-, Da.t., f T.obaU I &.A. ?Wdba-, Do."r of T-nnio-l
*-*---. A.?. Khrixi~v. C-41,w: of Tsch.I.Al SOI ...... . ~4 T..Z. T.Ypki..
]:-%o7 of *_~.i-l As .,. U., Y..Z. T.],pki., D..t., ~f T.ott-l
Z.~,~", 94. of Pu%Ll%x_lA4 It--- K.L. P~Ijyat.kly; T-b. Ed., $.0.
-at.. a- -.-_Azdd for the .-bars of %be -f.r.m. And
CCT~_~l 710 C*a-ra- = the Pr-blva. of Theory And APplifttian or D-acr*ta
4XI-osattc L7tt"ni U-0k P1444 in M- fr~ SApt~ber 22 to ~6, 19-8. it -
UIQ fit., ZU-tad w 41-4 - Of the P--t it.,- f %,n'. t,~-ry
.md t__U*T,..i or -t-t'... sy3t- anl to plconing for fut-
ta P~P-rs ~L--d L the .-f.- b.- b4ot, livided into four
-I- T
g-p Itr_.Lt. Ara dt'.-O.4 ., .." - ..; 'd.
cf -I.:, P.rtu-~I.r F"Ot I., -trol Yit- 1. ~~mn Ar.
- q-~!-k Th. --J g-.;. of P"F.r. 1,
Ca`Iot-! t' the And yOI_-I. or p,4,L.A ith
f !-I- r.t.- I,, the C~ly of
In ..a..- ." ;~ %'; -1 -1 1~--
Th, h!. A ~r
of _L-, 4--l. .! z--,
for ~~C!43 of
C-P.
pra,t,-1
of -t-1
J-lzy-! As r.l~j, H- "r. .1,I r-1
zltlnd -1-1 utth~!s Of JtO%!y st,~ con,11-11;nO .n
-.f twjI.r a, rf-t~ or th.
-t f
3-- of
Of tI. I.e.- F.P-' ho'.
Ltd !--tlo.A. P-ril-liti- rd -f-- .'.-P-7 -,t Of th.
2M-lk, I.A. LPoscov).
4uttor V%4;it&l C-P`O&tGr For ProCrAnne,j CO-ntrcl
j A =;-t.r to' oontrolli-C AAchine tool.
..-Uting of IrAight 11n., AnI There
re- is ... .. .. f_
_==!!, A VAchIns For CompOtlOg Li...r of
T- Ar. An 2-1-di-f PultiPlinati- 3bO
-P.P. (M-
-)' Hlgh C'P"ltl MA,hU, for Ali,,,,
ft Ar
ne AuthOr deforlbee the Asohiss, hfah he 4-10W unJar the sup,m isl_
-r Prof-wor M.A. D-~tr or TauhjOil Soiat,,-- Th.- Are 6 _f-
Soviet --I a M41tb.
Carl-,- Traxsform.tla.. of riit. state Aut-
371
lia W
"' rat 41"uss- flAttv 'ut"Ats Oltb a fixed structur.
'r's"'"Of `rbtrLr7 SlOnts datermined by several states. the author
fox"Ll"ll 6 system of equations b..'l so C-no-PLi... or Logi," ti,. f_
ti-, is. ld,-. - traasltl~ t-trcca, 9jUiv&lcz-e ~-!
""* If --tOlOat- and describes 0=0 brzn-~-hjng. experiments. There ra b
nf&ft=eaJ 5 30"'ts (lo'ludind 3 tra:ialattoas) And I zolish.

5/04
JY62/000/003/075/092
oil 0333
AUTNORs Farkhomenko, P. P.
TITLEs A universal machine with large capacity for the analysis of
relay circuits
PERIODICAL: Referativnyy zhurnal, Matematika, no. 3, 1962, 53,
abstract 3V279- ("Teoriya-i primeneniye diskretn. avtomat.
sistem". M., AN SSSRp 1960o 365-370)
TEXT: Described is the principle of the method of operation and
the structure of a special logical machine for the analysis of relay
devices. The general form of the formulas is given which describe the
contact two-terminal network and thb circuits acting on the element of
the relay device. The notion of the single-cycle equivalent of a multi-
cycle relay device is introduced. The principle of decomposition into
the constituents is described which serves as the base for the working
of the machine in the analysis of a single-cycle circuit or of a single-
cycle equivalent. The algorithm of the working of the machine in the
determination of the successive timely action of the elements of the
relay circuit and in the control whether the working of the devices
corresponds t6-a giVen cift-inAable',is deicribed. The principle of SnL
Card 1/2

S/04#62/000/003/075/092
A universal machine with large ... CI11/C333
automatic verification of real relay devices with the aid of the machine
is presented. The complete block diagram of the machine is given and
its working is described. Bibliography WjLth 6 titles.
[Abstracterits note: Complete translation.-)
1~06
Card 2/1,

32588
V2160 S/569/61/003/000/007/011
14 -D~/3) '71 D201/D305
, ~'9490 tjq
AUTHORS: Lazarev, V.G., and.Parkhomenko, P.P. (USSR)
TITLE: Mechanization of analysis processes and of the struc-
ture synthesis of switching circuits
SOURCE: International Federation of Automatic Contro'L. 1st
Congress, Moscow, 1960. Statisticheskiye metody iss-
ledovaniya. Teoriya stru]Ktur, modelirovaniye, termi-
nologiya. obrazovaniye~ Mloscow, IZd-vo AN SSSR, 1961?
357 - 36~
TEXT: The authors present certain results of research on the mecha-
nization of the processes of analysis and of synthesis of switching
circuits as obtained at the Institut avtomatiki i telemekhaniki AN
SSSR - IAT (Institute of Automation and Telemechanics, AS USSR) and
at the Laboratoriya sistem peredAchi J_nformatsii AN SSSR - LSPI
(laboratory of Information Transmitting Systems, AS USSR), The ma-
chine for analysis of relay switching circuits was developed in
1957 at IAT by P.P. Parkhomenko, under the leadership of Professor
M.A. Gavrilov. The first model of the machine for the synthesis of
Card 1/fi/

32586
S/569/61/003/000/007/011
Mechanization of analysis processes D201/D305
switching circuits, consisting of four relays with two output ci.--
cuits each, was developed in 1956 at the LSPI by a group r_-_nsisting
of V.G. Lazarev, A.A. Arkhangelskaya and S.S. Kraynov under the
leadership of V.N. Roginskiy~ The second perfected model was deve-
loped in 1957-1959 at LSPI by A.A. krkhangelskaya, O.F. Sergeyeva
and S.S. Kraynov under the leadership of V.N. Roginskiy and V.G.
Lazarev. The circuit analysis of a system consists in determining
states of operating components, including their interdependence in
time. In practice, this reduces to checking the circuit structure
and determining the sequential operation of multi-contact circuits
in time. Determination of sequential time operation of components
of a multi-contact circuit may be made from the results of struc-
tural analysis of its single-contact equivalent . The bloc diagram
of the machine designed using this principle is shown in Fig. 2,
where B - external disturbance unit, determining the initial sta-te
of input components and changes of states of reacting components
occurring in the steady-states of thE! circuit; 3-delay unit, used
for simulating delays in operation and release of the circuil com-
ponents; 0 - feedback unit for transnitting from the output to the
input the intermediate component sta-,e combinat:ions,
Card 2/~/

32588
S/569/61/UO3/0r,)C/'-'O
Mechanization of analysis processes D201,-D305
1 2
1 BF(YB(t) output, M)m(yB (t) - YM(t) ) i, r(ym(t)
is the logic of the algorithm realized by the machine, for obtain-
ing the table of commutations of a multi-contact switching syster-
The synthesis of a relay switching arran,,-,ement is actually the de-
sign of the switching part of the circuit together with, for a mul-
ti-contact system, choosing the intermediate relays and their se-
quence of switching. The design of such a machine was made poEsibleL__~
by the graphical method of obtaining the required synthesis alg-ori-
thm given by II.N. Ro in ki (Ref. 10: Graficheskiy metod postroeni-
ya skhem kontaktnych (1, k - polyusnikov (Graphical Method of (1,
i-)-Pole Switching Network Design)~ Problemy peredachi informatsii,
Izd-.vo AN SSSR, 1959). This graphical method lies at the basis of
design of the fully automatic machine for synthesis of relay sys-
tems. From the, conditions of connections between the input and each
Of tWO OUtpUtI3, the machine makes it possible to construct a swit-
ching system of two operating circuits, conBisting from the con-
tacts of not more than 4 relays. The synthesis conditions are supp-
lied as a set of numbers on a special. board. The resuits of sy-nthe-
Card 3/~'/

3 25T8
S/569/61/003/000/007/011
Mechanization of analysis processes ... D201/D305
sis are displayed on a light grid. The machine has 204 relays type
PKH (RKN). The synthesis time of one variant is about 1 mm, The se-
cond model of the machine produces not only the synthesis of the
switching system but also the process of checking whether the co
tation table can be realized or not, the process of choosing the mmu-
minimum necessary number of intermediate relays and the process of
constructing the commutation table itself, The machine incorporates
a counter, automatically consisting of the number of contacts of
each relay and the overall number of contacts. There is a safety
device included, protecting the machine against the operator's mis-
take. The second machine has about 1000 relays type MI and five
type HJH -11 (ShI-1 1 ) and IU14 -25 (ShI-25 ) selectors, The design 0.1 a
machine for the synthesis of systems with a larger number of re-
lays (9 - 10) is limited by the operating speed and dimensions of
the machine. These are the reasons why the electronic variant of
r
the machine is under devlopment at LSK. A discussion followed in
which the following took part: Shcheglovitov (USSR), R,K, Beiikov
(USSR), B,L, Timofeyev (USSR) and V.D. Kazakov (USSR). There are
figures and 13 references: 11 Soviet-bloc and 2 non-Soviet-bloo,
The references to the EnglisY~-Ianguage publicr-tions read as follows:
Card &/,g,/

PARMO]CM., P. P. and TOM=, Yu. L.
'Ninimizing number of substantial connections tetween rorws of flow table"
report submitted for the Intl. Symposium on Relay Systems and Pinite Automata Theory
(IFAC), Moscow, 24 Sep-2 oct 1962.

..LiE~S .3uOu WRITE 13ELOW THIS LiNE T
P0,TCAQD
ACCESSION NR: AT4631767 8/0000/63/000/000/0126/0144
AUTHOR: Parkbomenko. P.P.; Tomfelld, Yu. L.
TITLE: Minimization of the number of essential connections between the lines of a flow
table
SOURCE: AN SSSR. Strukturnaya teoriya releyny*kh ustroystv (Structural theory -of relay
devices). Moscow, Izd-vo AN SM, 19.63, 128-144
TOPIC TAGS: control system, automation, alltOITkiLtiC control, feedback, flow table, relay,
relay structure
ABSTRACT: The authors have arbitrarily broken down the process of relay device 6truc-
tural synthesis into the following five stages: (1) Ile verbal description of the problem;
that is, the verbal exposition of the relations between the assigned sequences of input in-
fluences and the required sequences of output influences corresponding to them, aswell as
instructions regaix1ing additional requirements and constraints. (2) The representation of
the verbal assignment.of the future relay device in formal language, suitable for the further
processing of the problem. (3) Feasibillty check.of the ais igned operating bonditions,
qord 1/5

ACCESSION KR: AT4031767
determination of the necessary number of second.Lry (ipterMediate) elements, and the
ordering of their state combinations so as to exclude impeimissible race conditions. (4)
The construction of a truth table (table of states, table of a single-cycle equivalent of a
multi-cycle (i. e. , "sequential") system), with consideration of the secondary elements.
(5) The construction of a structure to satisfy the derided truth table and the additional re-
quiroments and constraints. It is noted that, as a rule, and in a certain sense optimal solu-
tion must be achleved.in the second, third and fifth sy~.thesis stages, with the criteria of
optimality, in tie sim~*'lest case, being minimum sequ6hce length, minimum state number
and rnininium element number. The present article deals with problems relating, pioiniarily,
to the third stage in the synthesis of relay device structure. The synthesis problem using
flow -tables is considered on the basis of the following example: a relay device is tobe con-
structed which will provide a means whereby any of three water-pipe filters will be switched
over for washing in the same order (sequence) in which they become clogged. The filters
are to be switched for this washing operation one at a time. State and flow'tables, corres-
ponding to this problem, are calculated and analyzed. General rules for joining the lines of
the tables are derived and applied. 7be compression operation is discussed in terms of the
selection of the pusible variants of Has union. It Is domqaaft-ated that the problem of
Corj! 2/5
.7rof- 4~f =~W:14-_ 14.

P07, TCARD
ACCESSION NR: AT4031767
minimizing the number of lines of a flow table iwuces itself in this case to a reordering
of the lines and columns of the compression matrix in such.a. manner as to obtain from
the given matrix a minimal quantity of diagonal blocks, having no empty non-diagow
cells. The authors described how this operation is accomplished in actual practice, and
then turn their attention to the problem of the determination of the necessary number of
secondary elements and the arrangement of the combinations of their states; that is, the
matching of these combinations to the numbers DP the states of the secondary elements
of the device (the line numbers of the compressed flow table). The method described is
essentially that proposed by S. Caldwell (S. Cald*eU, Logichesidy sintez releyny*kh
ustroystv. M., 1262). A method is explained for minimizing the number of ribs of a flow
graph, based on the possibility (described in the article) of redistributing the connections
(relations) between the lines of the flow table. 'rho possibility of such minimization in
general is shown to flow from the ambiguity of the solution of the problem. In the given -
case, the ambiguity is present when there are three or more single sate nu bers (one of
which is normally steady) in at least one column of the flow table. Extensive flow
variation tables are given in the article and their use is explained in detail. It Is pointed
out that when complUng such a table, the different constraints Imposed on the flows
(transitions) can be taken Into account. For exainple, transitions of more than two cycles
Cord 3/5'

ACCESSION NR: AT4031767
to steady states can be forbidden for part or for all of the lines. The table of variants
should not include those flow variants which do not patisfy the limitations adopted. Con-
sequently, the minimization of the number of ribs of a flow graph is reduced to a rational
selection of ) lines ione line from each group corresponding to one steady state) of the
table of variants. 71e point is further made that all possible solutions of the minimiza-
tion probably can be achieved by representing the table of variations in the form of a cer-
tain algebraic formWa (similar to the McClusky formula representing a Quind table in the
minimization of Boolean functions) and subsequent transformation of this formula to the
form of the sums of phe products of the logical variables, which in the case considered in
the article are the flows (transitions) between the lines of the compressed flow table. The
limitations and peculiarities of this method are notEd and analyzed. Orig. art. h~&: 5
figures and 11 tables.
ASSOCtA77ON: none
4/5
Card
7

POSTCARD
ACCEWION NR; AT4031767
SUBMrITED; 14NovOSI DATE ACQ: 16Apr84 ENCL: 00
SUB CODE: EC, IE NO REP SCFV: 005 OTHEM 001
Card 5/5

AVEN, O.A.; DVORETSKIY, V.M.; DOMANITSKIY, S.M.; ZALMANZON, L.A.;
KRASSOV, I.M.; KRUGP Ye.K.; TALI, A.A.; KHOULOV, V.A.;
BULGAKOV, A.A.; DEMIDENKO, Ye.D.; BEIRNSHTEYN, S.I.; YEWLIYANOV,
S.V.; LERNER, A.Ya.; I-EYEROV, M.V.; PERELIMAN, I.I., FTTSNTER,
L.N.; CHELYUSTKIN, A.B.; ZHOZHIKASHVILI, V.A.; ILIIN, V.A.;
AGEYKIN, D.I.; GUSHCHIN, Yu.V.; KATYS, G.P.; MELITTSER, L.V.;
LPAZ_ I (V -P MIKHAYLOV, N.N.; FITSMER, L.N.; PARKHOWNKO,
P.P.; ROZENBLAT, M.A.; SOTSKOV, B.S.; VASILYEVA, N.P.; PRANGISHVILI,
I,V.; POLONNIKOV, D.Ye.; VOROBIYEVA, T.M.; DEKABRUN, I.Ye.
Work on the development of systems and principles of automatic
control at the Institute of Automatic and Remote Control
during 1939-1964. Av-tom. i telem. 25 no. 6-807-851 Je 164.
(MIRA 17:7)

ACCESSION NR: AP4041470
5/0103/64/DZS/006/"63/0979
AUTHOi,- Parkhomonko. P. P. (Moscow)
TITLE: S~ntbssle of relay structures consisting of functionally con*ete systems
of logical elsaants
SOURCE: Avionatika i telemekhanika, v. 25, no. 6, 1964, 963-979
'tOPIC TAGS: relay system. switching theory. autonutic control. astonlatic
control theory
ABSTRACT: A method for constructing relay (switching) structures is suggested
*hich is basod on certain assertions of the information theory; the method is
tentatively termed "the method of maximum increments of knowledge. 11 It can be
used for synthesizing many types cd structures from different logical islemenft.
At each stop of the*syntbesiaing process. only such experiment as yields a
ma3timum increment of knowtiedge is materialised. This principle corresponds to

pima-tow 'r
ID'
X 0-- dt
24-
volv
--ol#a-- on. -i: D:eq, iii,w t
4 all

IV _-'iVLbj6----_-'jndd-A
hV4bb _c~ i
e case. r v iridtatl'i e
f I wt
i onsi
i 4's-oh"in'd- -auto rnatdn w iiotl: stro ng-,~~
li-havill ~~Pasenaiall
-.d 0
9u --,-I Jormulas
tU
em_ AlfikitxtW
:777~
y_ -

L o4983-67
ACC NRs AT6030873 SOURCE CCIDE: UR/0000/66/000/000/0269/0276
AUTHOR: Gorovoy, V. R.; Kucheroy_,_Y.__K~~; Parkhomenko, P. P.; Tomfel'd, Yu. L.
ORG: none
TITLE: A logic machine for automatic synthesis of (1, Q-terminal switching
networks
SOURCE: Moscow. Institut avtomatiki i telemekhaniki. Abstraktnaya i strukturnaya
teoriya releynykh ustroystv (Abstract and structural theory of relay devices).
Moscow, Izd-vo Nauka, 1966, 269-276
TOPIC TAGS: switching theory, automatic machine, automaton, finite automation,
automatic synthesis, machine synthesis
ABSTRACT: The authors describe a special-purpose machine ("Parus-l") intended for
automatic synthesis of (1, k)-terminal switching networks by combinational logic.
The automaton developed at the Institute of Automation and Telemechanics is capable
of synthesizing (1, 4)-terminal n-e-t-w-or-k-s--u-sfn-g--E-,~ar-i~bleti, ~(1,8)-termihal networks
with 5 variables, and (1, 12)-terminal networks with 4 or fewer varinbles. The
synthesized network may contain a maximum of 14 nodes with at most 10 switching
elements connected between any two nodes. Input data (logical requirements) in the
form of a truth table are introduced through 16 groups of 3-position switches (16
switches per group). The three positions correspond to the D, 1, and don't-care

L 04983-67
-A C NR, AT6-030873-
outputs of the SyRthesized network. Results are displayed on a board containing
signal lights each of whicii represents one contact between two nodes. It was
established that of the synthesized networks 60% contained the same number of contactsi
as the reference structures, 3% had fewer contacts, and 37% had more contacts. The
number of redundant contacts usually did not exceed one. Orig. art. has: 2 tables.
[BDI
SUB CODE:' 09/ SUBM DATE: 06Jun66/ ORIG REF: 003/ OTH REF: 003/
Card

ACC NR: AP7004243 SOURCE CODE: UR/0103/67/000/001/0100/0111
AUTHOR: Parkhornenko, P. P. (Moscow)
ORG: none
TITLE: Synthesizing relay systems by the method of substitution of input
variables
SOURCE: AvtorrLatika i telemekhanika, no. 1, 1967, 100-111
TOPIC TAGS: relay system, automatic control system, logic element,
optimization ,
ABSTRACT: A "universal" algorithm is described which is intended for
synthesizing any type of single-output or multi-output relay structure consisting of
any logic elements (contact or contactless).under any input conditions (with or
without negation of input variables, with or without constants). Headed from
Card I /Z UDC: 62 - 50

ACC NR: AP7004Z43
inputs to outputs, the algorithm is a multistep process of constructing the relay
system; at each step, the solution is optimized. The resulting structure is not
minimal, in the general case, but sufficiently economical insofar as its number of
elements ig concerned. The algorithm permits imposition of additional conditions
and constraints on both logic elements and synthesized structureB (cascade
structure, variouu points of application of input variables, topography of signal
sources, load capacities of logic elements, structures corresponding to Boolean
functions, contact parallel -series and bridging structures, etc.). "The author
wishes to thank Yu. L. Tomfel'd for his useful comments and advice. " Orig. art.
has: 19 formulas and 4 tables.
SUB CODE: 09, 12. / SUBM DATE: l8Jan66 / GRIG REF: 007 / OTH RF-F-. 00 1
Card 2/2

kCC NR. AT6030872 SOURCE CODE: UR/0000/66/000/000/0189/0224
z;AUTHOR: Karibskiy, V. V.; Parkhomenko, P. P.; Sogomonyan, Ye. S.
ORG: none
!TITIZ: Failure analysis of combined systems
:'SOURCE: Moscow. Institut avtomatiki i telemekhaniki. Abstraktnaya i strukturnya teo-
Iriya releynykh ustroystv (Abstract and structural theory of relay devices). Moscow,
lzd-vo Nauka, 1966, 189-224
1'OPIC TAGS: circuit failure, material failure, signal analysis, mathematic analysis
45STRACT: Problems in analyzing memory-less digital systems for the purpose of check- I
ling on their efficienc.1 arid predicting failure are discussed. The proposed tests are
in the form of minimum sets of input variables intended to produce a measurable re-
~5ponse of the controlled system. In the present paper, the problem is extended to gen-J.
!eral combined multi-output systems which may consist of arbitrary logic elements or
lany combination of subsystems. The methods for constructing minimum verifying and di-
agnostic sets are given for: a) sets of input variable values, or input variables,
i
f-'or a given number of controllable output poles and internal subsystems (minimum veri-
Ifying and diagnostic tests); b) sets of controllable output poles and internal subsys-
items for a given number ofinput variable sets; 0 sets of pairs, i. e., input set-

~,A_cc _N R _1AT_6_0_ -3 0-8-7 _2*
-output pole, input se,,:-internal subsystem, from the total number of such sets used in
ichecking the system. Aethods for the construction of approximate verifying and diag-
,nostic sets of the three types are reported. A table! listing failure functions for
different probabilities of the system's states is used. Also considered are the meth-
ods for the construction of optimum verification programs with regard to the interme-
diate information obtained in the process of system control, the relative "weight" of
ithe input sets, output poles and internal subsystems., as well as the probability of
Igiven defects. A three-input gate is used as an example for the application of mini-
,20 diagnostic sets foi.~ the analysis of defects. The possible defects are enunerated
and functions are assigned to identify these failures. Truth tables are used for the
,generation of eight miaimum test sets designed to relreal the nature of the failure.
.The approximate test sets are used to determine the particular state of the system from f
a multitude of possible states on the basis of assigned probabilities. The condition-
al diagnostic test Berta are based on consideration or- the available intermediate in-
formation concerning Vie state of the system. The procedure consists in dividing t~e
:y-ossible states of a system into subsets and choosing the subsets for further division
in accordance with the decision that the particular subset does or does not account for
it particular state. Am example illustrates the application of this method. The auth- I
ors thank L. A. Sholoviov for his participating in discussions of the work, and for val-!
l
itable advice, and A. P. Yevseyeva, Ye. A. Adoyan, anti z. r. Baranova for their assist-
limce in carrying out the calculations. Orig. art. hms: 7 formulas, 8 figuz
CODE: 09,12/ SLMM DATEt O6Jun66/ ORIG IMF: 005
Cori

III J16 j
fIVY11--j- , A I
1
m PNOVO.--it .45t
00 if,
00 .1
I Ol Ill a 61 a 6 16, a 0 a 61 fil 41 a 0
- b 6
rarlbod for lit"OUS iFOU ir
OlOwnic submances R
ltt4wd IAm (I s s
N th, 0. -1-1 A ~1"h'
It)5, ; -* 1 11.1 1, .4 Ilk Ip., j
1-,ml ads Atli ag"k "I, A h.1mc."m .00
too
00
ItI
ate 9~199
04) so Go*** 0 000 0 0 so
SOO
zoo
zoo
'00
09
well
I It ad 0 0 do a r
0 0 0 0 0 0 0 0 9 0 0 0 0 0 0
000 00 0 0 0 0 * 0 0 00000 0

PIRETCM, S.
Parkhomeriko, S. "The Pro-l-lem - f the Ural o- Ku znetsl-. Combine and the Phenrlmena of
u - r-1-1 "I.
:Perr.anently Frozer Sr :un~. 11 Scvietskzia Azia, !'osccit, Nc. 314Y 1931, . 1, .

,,,.Stepan Antonovichi kandidat tokhnicheskikh nauk; BIRYUKOV, Tu
rO=rO"r"-. '=If, X.M., tikhmichankly radaktor.
[Now alloys for ship machixtery bearings] Novye-podshipnikovye
splavy dlia sudovykh mekhaxii2nov. Leningrad, Isd-vo "Rechnoi
transport,* Laningradskoe c.td-ni '1956 86 Offm A 9: 6)
0
(Alloys) (Bearings (Kachinery)) (Naval Ong4s)

FA3R 1, , S.A., kandidat takhalcht-skikh mauk.
I ,
Nev mterlials for founding bearluip used Is steam piston and
Internal combastlas engines. Rech.trausp.15 ml,2:17-19 7 156.
Om 9:6)
(Bewings (Nachisery)) (Stcam eagizes) (Gas an& oil eut4,zes)

PARKHOIMKO, Step-an Antonovich
EPP.
.R93146
NOME PODShlPNIKOVYYE SPLAVY DLYA -,'U,'X,Ilfj,-,H '-MHANI7l',OV (hlltl HARING AILCYS
FOR SHIP MECHANISM) L,14INGdAD, IIFJ~,CIVRT TR,~NSPGRTII, 1956. 86, (2) p.
DIAGPS., ThBUS. P. P7.

VAVMMMO~ S. A.
Parkhomenko, S. A. - "Investigation of New AntifrIction Alloys on lead and Zinc Basc-s
and Their Use in Ship Maintenance." Min River Fleet USSR, Imeningrad. Inst of Engineers
of Water Transport Im-ba rad, 1955 (Dissertation for the Degree of Candidate in
Technical Sciences)
30t L-dzhnaya letopislq No 24, 11 June 1955, Moscolwo Pages 91-104

PAREFIORSHKO, S.G.
Freezing of soils and loose rocks. KA.k osn.ach.o merz.zon.
zem.kory no.3:4N-84 '56. (MIRA 13:9)
(Boil freezing)

PARKHCHEN'90. S. G.
25512. 0 Zadachakh Ii2zhenerno-Geologicheskikh Issl.edovaniy, Proizvodimykh V Svfazi S
Vypolneniyem Niveliro,raniya I Klassa. Sbornik Nauc:h.--Tekhn. I Proizvod. Statey Po
Geodezi-i. Kartografii, Topografii, Aeros"yemke I Gravimetrii, VYP. 23, 1949, a. 89-92
SO: Letopis' Zhurnallnykh Statey, Vol. 34, Moskva, 1949

SFJILW. L. I.; PAREHONENKO, S.R.
Denser loading of rosin in bozears. Gidroliz. I lesok-him. prom.
8 no.6:22 155. (19TRA 9: 1)
I.Machallnik otdela onabzhenlya Bortsovskogo lesokhimicheakogo
zavods. (for Shpunt). 2.Zamestitall itachallnika zheleznodorozhnoy
stantaii Borisov (for Parkhomenko).
(Loading and unloading)

PAMMMO, V.
Frcm the history of the petroleum industry. Neftianik 6 no,1:29
Ja 01. (Petroleum-Trwisportation) (MM 14:4)

PARYJIOMNKO, V.
March. Nauka i zhyttia 11 no.3.,47 Mr 162. (JURA 15, 8)
(Ukraine--Spring)

. PARKHO)ENK0,7-
April. Nauka I zhyttia 12 no.,ft,'.6 Ap 162~ (MIRA 15:8)
(Spring)

FAMCHElmo, V.
May. Nauka i zhyttia 12 no.5:55 My 162. (MIRA 15:7,,
(Ma-aine-Spring)

KOSTRIN, K., prof. (Ufa);_EAT~EHOWWO, V,,_~otsent (Yaroslavl')
W.seum needs support. NTO 4 no.10:42-43 0 162. (MIRA 15:9)
1. Pochetnyy chlen soveta muzejra neftepererabatyvayushchego
zavoda imeni D.I.Yiendele.yeva (for Parkhomenko).
(farosliml-Industrial maseums)

SHUPIK, P.; IAITRIK, S.; SlIUMADA, I.; L"'MCF1,21KO, P.; MEDYJOi'IK, R.; RADCHEUKO, P.;
PANCHENKO, V.; LZIFLINKO, L.:. CHEPCCA~JTX, D.; BRATUSI, V.; ISYCHEITKO, I.;
KOI,aSSARM,IKO, I.; KOLOMIYGIOIKO, f.; !~AFJjXJ0IKO, A.; AldITTLMOV, A.;
SKRIFIIIGHENKO, D.; ROMAYPETSKII, A.; PAVIMTKO, K.; 1,7,011121K0, K.;
KOZY--,IUIKO, N.; PARKHOMENKO, V.; Clg;~-ENIKO, 14.
Aleksandr Kirillovich Gorchzlcov; obitiua7. Vrach. delo no.8:11,4-11,5
Ag 160, (MIRA 13:9)
(GORCHAKOV, ALEKSJOIDIt KIRILLOVICII, 1900~1960)

PlitKHOMMO, V.
Masbrcoms. Wauka I zbyttia 12 n,3.10:46 0 162. ()URA 16:1)
(ftshrome)

PARKHOMENKO p V.
July. Nauka i zhyttia .11 n:P.7:50-51 JI 161. (MIRA 14:8)
(Ukraine-nature)

C
December. Nauka i zhyttia 11 zio.12152 D 161. (MIRA 35,2)
(Ukraine-, -Nature study)

PARUMMQ-3f-
Jarruarya Nauka i zhyttia 11 no,1961 Ja 162. (MIM 15:2)
(Nature litady)

PkRXHOMENKO, V.
Avgast. Nauka i zhyttia 11 n0.8-31 A '61. (YJRA 14:12)
"na stidy5
, ture

,1"AMMENKO f v I
September, Ilauka i zhyttiEt 11 no.9;1+5 S 161. ~MIRA .14:10)
(Nature study)

PAIUMO)MO V.
1
June. Nauka i zbyttia U nD.6:5,4 Jo 161. (MIU 14:7)
(SPZ-bV)

FARKHOMEJAD, V.
October. Nauka i zhittia 11 no.10:31 0 '61. (YJRA 15:1)
(Wildlife, GDnaervation of)

PARKHOMEN.6-0.,-V- .. -
November. Nauka i zhyttia nO,11:60 11 161. (141RA 14:12)
(Nature a-tudy;,

PAMMONINK-D, T., dots.
D.I.Mandeleev on the trangrports,tion of petroleum prodacts
iii tank vessels. Rech.traasp. 19 no.7:52 JI '60.
(MI" 13:8)
(Petroleum-Transportation)

rii.WOMMO, V.
Yirst petroleum refinery in Bashkiria. Deftianik 5 no.11:3D-31
H l60. (NEU 13:11)
(Bashkiria--Petroleum refineries)

PAROV, Pano, inzh.; HELAMED, Zhuli, inzh.; KWICHEV, Stefan, inzh.;
PAR191
. -i Vadim
,MW inzh.
-~Prj Pr; M-:-~r-kz
Me corrosion and abraison-resist-ant pumps. Tekhnika Bulg 12
no.l~:19-21 163.

1, V.A., uchitell
Relationship between the schools arul the chemical industr7. Khim. v
shkole 15 n0-5:82-85 6-0 160. (KnA 13:30)
1. Sredzkyaya ehkDla ID.42, gArasnodar,
(Chemical industries-Study and teaching)

TO

GANZS S.N. lHanz, S.N.]; PABOOM,'Hy.0, V.B.
..... .
limt fintif-iction ari(I chenically it-itble material3. Kr '- n .
I, 'Ml
Prom,. Ulr.'j no.4:20-24 0-1-163. k IFA 17;6)

GANZ, S.N.; PARKHOMENKO, V.D.
PhysicomechanIcal properties c)f antifriction poLy-fluoroethylene
'Y
resin materials. Plaat. massy no.E:28-31 164.
(MIRA 17:12)

ACC NR' AT7004081 ./1" IV) SOURCE CODE: Ull/3244/66/000/004/0097/0100
AUTHOR: Parkhomenko. V. D.; Ganz, S. N.,,- Golubenko. L. A.; Volodin, 1. S.
ORG: Dnepropetrovsk Institute of Chemical Technology (Dnepropetrovskiy
khimiko-tekhni3logicheskiy institut)
TITLE: Linear expansion and thermal condv-,,tivity coefficients of fluoroplastic
material
SOURCE: Dnepropetrovsk. Khimiko-tekhnol3gicheskiy institut. Khimicheskaya
tekhnologiya, no. 4, 1966, 97-100
TOPIC TAGS: thermal conduction, thermal expansion, temperature coefficient,
filler, linear expansion, fluoroplastic material
ABSTRACT: Expansion and thermal conductivity with BaS04, MOS2, graphite, and
coke used as fillers. It was shown that a very complex relationship exists betweeni
the linear expansion coefficient and the temperature, type and concentration of a
finer. Generally, the increased film cone etdrations contribute toward lowering of
the linear expansion coefficient. Thermal coiWuctivity in determined by the filler.,
1/2

ACC "R- AT70040111
The increased concentration of the filler In the mixture usually increases the
thermal conductivity of the fluoroplastic material. Orig. aft. has: 4 figures and
I table. [AM]
SUB CODE: II/SUBM DATE: none/ORIG REF: 005/
cwd 212

GANZ, S.N... PAMMENK0, V.D.
~3
kitifriction properties Of f uOrop-bis t-4 filled wf t*h gro-and coke.
Plast. massy no.1:40-41 165. (~aRA 18:4)

GANZ, Semen Naumovich; YEMLIYANOV, Miney S*~epanovich; PALUDEMO,
VladJ.mir Dmil-rlyzach; PANAMK, V.(.,., doktor tekhr. nauk, prof.
ret.,Ta-iz-`ent;-BLOKH, G.A., doktor kJLba. nwk, prof.p retsenzent;
KOZOPOLYANSKIY, N.S.I. dots.., otv. red.; DERETYANCHENKO, R.M.,
red.,
[PI11BUCS in the instrument in6ustryl Plastmassy v apparato-
straenii. Kharlkov, lzd-vo Mirlkovskogo univit 1963. 198 p.
MRA 18:6)

Gluizil S.N., kwrid. tek~m. nauk GLOZMAIII, L.-P., .1 1,
., ... .1
i.21.; MORGull, V.S., jr)ZI).
IJ~dng packing comlx).sed of fJlled I'louroplastir materl&ls )Y)
o)Q,gen compressors. Ybifft. i naft.. mashinostr.no.9,09 N li~4
O.ImA JR..- )

-All
T:g
RM
~g :fsi~~K -1 f
OY:
ed,
t
wj_
qa a- aqe--, -ILO
fl
70
-Mi
Rz
IMS
In
MMS

i~FT777777=%-7:
V;-4
Rol,
1 VIN
g~f
-via
US
AMMOVmq
ME
T,
-w
z.
o~
'5
5z tw
2
j

13~
_q-
-1: 7~'
7 ~1*_
il!,SWWW'
VOW-
7 -A
V00367/0381'
OWN
4MM
2.
8--,
ene
uoroFeth u In
er,
1-talyUlAteld
~-,v i2es.-
'A,.~mbtlou Crete-. of ~.;6!-T
f
aj~.t 0.
_"presse
~Zgm Iitis Ai 5 --an
"-;-' --"' I` ft ~ ld
Ar- A'~ 8.~.:
is, W,*
N4
T
vows
~Eu
~z~ VA
-jib, i I
s
greater
Ww
lxturev,.or,~
Be di
AE e er~
W.141__~g___. -,.am-;ip ~s r
sr -96,
-Aid "di"ieb
Ent "Aicitii~lih
M_ --in-1--ple'des- 5.
j7l
ill J,'

71
'. zi,
loft, F-m-404001v, a
~td
RAW
V29
MZ
RN
R l" WINE
-MT 7 -7,-r -
EMU-
-1 Mvl-~z -457
--- - - - - - - - -

GAM, S.N.; PARIKHOUMOI-V.D,; PETMWBi, Ye.P.
Opp~- ---- P,
Device for istudy of the ant1fri,-Alon properties of NaterIale
in corrosive media. Zav. lab. 29 no..6%763-764 163,
(MM 16-.6)
1. Anepropetrovekly Idliniko-tekhnologiches)dy inatitut,
(Testing machines) (Friction materials)
'Cle

GLN,'~, V.D.
Analy-zing the defc, mql, Icn of f3l 1 ed matltrria:~~.
r,
la'It. Massy 164 (MIRI, is-0

GANZ, S.N.P d,Dktor tekhn. nauk; PARKHOMENKO, V.D.
...
Technology of the manufacture and testing of graphitized fluoroplast
piston rings. Koks i khim. no.12:-50-53 163. (M-A 17:1)
1. Dnepropetrovskiy khimiko-tekhnologicheskiy institut.

AH