SCIENTIFIC ABSTRACT PATSUKOVA, N. - PATY, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239510006-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

--r. ---- . 1964
pA7SMMV., NilkoUy Grigorlyevich t )~ _.,i
-''- W(~ :" i"
I Tba2mm3actric Ponr 1963

PATSUKOV, V.1.
Using the condenser spinni methc6 for the processini; o. ' "pre-7aarial
polyacrylonitril fibers. Tek6t.prom. 24 no.1-36-37 Ja '64.
(MIRA 17:3)
1. Nachal Inik apparatno-pryadil'nogo 1)rolzvodgtvfi Bogus;avwcoy
suk-onnoy fabr:Lki Imeni 1 Maya.

SPIT TIN, V.I.,, allcad.p red.; KOLLI, I.D., kand. hUrn. nauk, red. ZJILLIGOV-
SKAYA, V., kand. klaim. rmuk [triinolatorl, 1-'-,1'KOVA, '., ~translatorl;
tATS~UKOY,k, N., kand.khim. nauk [tmLaslatorj; PASHMM, A., kand.
khim. nauk rtranalatorl; PIKMhV A., kand. khim. nauk Itranslatorl;
SEMDOIKO, K., kand. khim. nauk (translatorl; TUOVA, N. [translator];
14ANUYLOVA. G.M., red.; RYBKINA. V.P., tekhn. red.
[Inorganic polymersl Neorganicheskie polimery. Mosk-va, lzd.-vo
lit-ry, 1961. 470 p. Translations from foreign journals.
(1-111 LA 14:13)
(Polymers)

VOSMMSKATA, N.K.-, PAT5LTKqj4,--]9.B.
Ileats of formation of the double salts KCl.ZnS04, KBr.ZnS04, and
KI.ZnSO4. Doklady Akad. Nauk S.S.E.R. 87, 219-21 152. (MLIU, 5:11)
(C,A 47 no.13:6241 '53)
1. Institut obahchey I neorganicheskoy khtmit imeni N.S. Kuraakova,
Akademiya nauk S.S.S.R., Mosoow.

PATSUKOVA, N. N.
Dissertation: *Research In the Field of the Thermodynamics of Double Salts. Cand
Chem Sci. Inst of General and Inotganic Chemistry, Acad Sci USSR, HDOCOW 1953.
V-30928
SO: Ref2rativnNy Zhurnal, No. 5, Doe 1953, Moscow, AN USSR (XISW

~ I - I -" I; -~ 'v, "- '--! i"!
VOSXRBSERSKAYA, N.K.; PATSUKOVA, N.N.
I ~i -
Heats of formation of double salts MeM-ZnSO4. Izv.Sekt.fiz.-khim.
anal. 26:117-122 '55. Oam, 8: 9)
1. Institut obahchey i neorganichaskoy khImIl im. N.S. Kurnakciva All
SSSR. (Heat of formation) (Salta, Double)

PATSUKOVA, N.N.
Magnetic properties of double salts YiajHI-ZnW4. Jzv.Sekt.fjz.-khim.
anal. 26:132-137 '55. (HI&k 819)
1. Institut obshchey I neorganicheakoy khImii Im. 11.S. Xurnakova All
SSSR. (Salts, Doilble)

'~' /"7~` v'~'//A~
USM/ Physical Chemistry - Thermodyasmics. Thermochemistry. Equilibrium. B-8
Physicochemical analysis, Phase transitions
Abs Jour : Referat Zhur Xhimiya) no 4.. 1957) 11138
Author : Banashsk Ye Pstsukova N.D., Hassonskaya I.S.
Inst : Iwtitute of General and Inar-gtnic Chemistry, Academy of Sciences USSR
Title : Thermodynamle Properties of PbFCl, PbC!l2 and P`bF2 at High Temperatures
Orig Pub Izv. Sektora fiz.-khim. analiza IONKh AN SSSR, 1956, 27, 223-232
Abstract In the previously described calorimeter (RZhKhim, 1955, 23243) were measured
by the method of mixing, the enthalpies of P`bn1 (I), PbCl 2 (1,)' and PbF2
(III), at differ-~,nt temperatures. On the basis of experimental data were
foun,d the empirical equations: for M
10-3T2 . 6-.18 + J05T -(,94o and
H (cal/mole)!ft 19-26T + 2.29 . 2 -
rcomole degree) . 19. 26 f lo-3 T - 6. 18 . 1W T- (salid phase,
T 6oo-8790 K)
--27-90 - 4350 and C t-27-97 (liquid phase, 879-9500 K);
L al/mole = 87F'0 (T Ojlt) = 8790 K)
For (11)
in liquid phase, T - 28.37T - 7186, Cp =-28-37, L melt. - 5200.
H2~3-16
Card 112

"14 7-~' - '4- W-A/
C
ANOSOV, V.Ya.; ATSUKOVA, N.N.
Reply to A. V. Storonkin's article
V. IA. Anosov and N.N. FRtsiikova."
2684-2685 11 '57.
"In regard to the article of
Zhur. neorg. khim. 2 no.11:
(MIRA 11:3)
1.1netitut obshchey i neorranicheskoy khimii Im. N.S. Kurnakova
Akademli nauk SSSR.
(Salts, D,1~bie:) (F~ision)

SPITSYN, Vikt. 1.~ PATSUKOVA, - N.N. [deceased)
Heat of formation Of H2WO4- Zr,.ur.nl,-org.l,-him. 10
2399 N 165. (MIRA 18-.12)
1. Kafedra neorgan~lcheskoy khtmii Moskovskogo gonudarstven.,;ogo
universiteta imeni M.V.LomonoL3ova. Submitted May 9, IIP64.

PATSUKOVA, N.N.; L-YAKHOVI&TSUYA, T.Ye., reeL.-, ZU)BIN, N.V., tekhn. red.
Wvw""WfflI-L"-.I-
LYF experience in increasing milk yields] Noi opyt pov7sheniia udoev.
Alma-Ata, Kazakhokoe goo. izd-vo, 1956. 17 P. (MIRA llt7)
1. Doynrks kolkhoza imeni ftlotova, Aama-Atinskogo rayona, Alma-
Atinskoy oblasti (for Platsukova).
(Dairy cattle-Feeding and feeding stuffs)

USSR/Atomic and Molecular Physics - Statistical Physics. Thermo- D-3
dynamics.
Abs Jour Ref Zhur - Fizlka, No 4, 195Y, No 8994
Author Banashek, Ye.I., Patsukova, N.N., Rassonskaya, I.S.
Inst Institute of Gene"7~a ~imd_~~o_rg_;anlc Chemistry, Academy of
Sciences USSR.
Title Thermodynamic Properties of FbFCI, FbCl 21 and FbF2 at High
Temperatures.
Orig Pub Izv. Sektora fiz-khim. analiza IONKh AN SSSR, 1956, 27,
223-232
Abstftct The method of mixing is used to determine the specific
heat and melting heats of the salts PbFC1, and FIbF2 and PbCI2,.
Calorimetric measurements are used to determine the beat of
formation at 250 of the doubie salt PbFC1 from the component
salts. A reversible polymorphic transformation of PbF2 is
observed at 4500.
Card 1/1

SHAPIRO. I.S.. inzh.; PATSULD, R.V., inzh.
Pnewnntic electric-are cutting of metals. Ivskehinostroitell ni).9:27-2P
3 158. (MIRA 11:10)
Mectric metal ciitting)

H", R S 3hapi rc; , 1 ngi neer, Fn tqu I o , R. V
-IT I, F: A i r-.,. rr 'u t t i n F o f V e t a I s ' V r) z d u s h n o - d -,; w-i aa r eA 7n e0
I E R 10 D T C A. Vashinostrottel', r o . 1) p
AFSTRACT: Air-nr? retl,.od of ci:tt,ing TretAls, was devplope~ in 1`0
All-'Tnion ',cient.if:c iesefirch Institute of
of Yetpls anl (,,gn h- --ised for surface marhininF -~f R:mosl -9
metpls and alloys and for cutting hard-oxir!Rble re--'.s ;r
a thickness of "': mm. 'he new method is a
inp and melting with t~e ail of carbon or graphite elec1r:)-ies
and simultaneous blowinir of the molten met;,l ~y P, ,~et ~f
pressed air. ',eneral information is presentei or 1xr-rie--ps
gnined with air-arc c-itting at vprious mRchinel--ji 1-iir,~- r~-n-,
such as; %,oskovs~,i.v zqvo,i "Yompressor" ("'oscow _T p r esr
Plant' 47e-4 likhacheve (Auto-notilr~
19 Avtozavod 7.r 1
khachev), F~en-enskiy z;;voj khimichesLoiro r,- vn F,
( PenzB Mrchinebui Iding FlPnt of _-semi call :. -!uiprTenf
Card 1/2

Air-Are Cutting of "letqls
gradskiy -Pvod imeni 'etr,vn (.'+Pjinj7rsd i-pn
: er,~v
Yanoners.~iy sudoremontnyy zqvod v leninvrp~e "VnnonersVi.v ;Ipnt
of -,hip "epiq ir in I eningra~
i. Cutting tools-Operrition Air--AppAcntion!; 1.
arcs--App"Pations
Cnrd

PATSURi&. V., sturchiy kinomekhanik (OmBkaya oblast').
Shortcomings of KPU-50. KinomekIvAnik no.4:30 ft 153. (KLRA 6:6)
(Moving picture projectors)

it XURACHET. A., PATSURA V., KOSOV, :,
2. USSR (600)
4. Hiving-Ficture Projection
7. More about the article "Urgent nroblems"
Kinemekhanik. V0-9, 1952
9. Monthly List of Russian Accessians, Library of Congress, January -1953. Unclassified.

ARTYUKH, N.I.; PAT:~~RA,
Fyv*ffrience cf''~a--;Ing ~ic,rr:t-r!j --'D d!-Ijpf3tcre.-3. Farm6fsev.zhur.. .9
no. 1: 89-91 16". . (m:u is,, i
'7
~. Apteka Nn.(,3 g. Bar~vshevk., K,yevqkcjy oblasti.

PATSTUF,
The nu~llsoil plow. Liu] . tc+h.-kon. inforrr
I (,I ~
11 ~I . lli~-'/'.
(plik" .-1!12)
(Flows)

FATSYUK, A.S.
The PRM-1, 5 oubsoiler. Biul.tokh.-ekon.infom. no.7:76-78
161. (MITUL 14:8)
(Plows)

PATSYUK, A.S.
Thp R111-2 scarifier for terraces. Biul.tekh-ekDn.inform. no-9:
7('-?'l '61. ( KRA 14: 0 i'
(Cultivators)

PATSY UK V A.S. --.
Devices for setting trellis post.9 and tightening Are in vineyard-S.
Biul.tekho-ekoirsinform. no.8:71.-73 161. (HIII 14:8)
(Viticulture-Equipment and supplies)

PATSYEIK, A.S. --- --- ---
The OIID-100 sprayer. Biul. tekh.-ellcon. inform* Goa. nauch. . -iss.l.inst. -
nauch. i tekh.inform. no.4:78-80"62. (MDA 15:7)
(Spraying andCb3ting equipment)

PATSTUK-,-
The KSNU-5,7 cultivator and the ADSN-1,8 disk harrcw for tilLage
in orchards and berry patches. Biul.tekh.-ekon.inforn. no.1j:
53-57 160. (MI-qA 13:~)
(Gkiltivators) (Harrows)

PATSYMK, A. S. ; VORONOV, I. G.
Agricultural Mchinary
Ridding J,;te seeds of dodier anJ Johnson grass s-~eds. I. G. Voronov. A. S. Patsyuk
Sel. i sem. 19, No. 6, 1952.
Month-- List of Russian AccessLins, Library of Congress, September 1952. UKLA.ssrFr-~.D.

VORONDVP I. G.; PATSYUK, A. S.
Just
Ridding jute seeds of dodder and Johns-)n i7rass se,-~cls. Sel. i sm--. 19 no. 6, 19~~.
Monthly Ust of Russian Accessions, Library of Congress, September 1952. U ~CUIS IF I ----

PATSYUK, A.S.
The PASSb-2,8 ammoniam-herbicide nachine and the OPUb-1,2-
1,4 machine for ligging root-crops. Blul.tekh.-okon.iuform.,
no-7:48-52 160. (MIRA 13:7)
(Agricultural machinery)

PATSYUK, A.S.
The FS-0,9 garden rotary cultivator. Biul.tekh.-ekcn.Inform.--
Oos.nauch.-issl.inst.nauch.i tekh.inform. no.3:58-;k '62.
fMIRA 1515)
(Cultivators)

VORONOV, I. G.; PATSYUK, A. S.
Jute
Ridding jute seeds of dodder and Jo-nscn gr- ss seeds. Sel. i sem. 19 ,a. 6, 1 T 2.
9. Monthl List of Russian Accessions, Library of Corigress, SeptembQr ...- 9% 2!-Inc~l .

PATSYUK. A. -~. ; VORONOV, I. G.
Agricultural Machinery
Ridding jute seeds of dodder nnd Johnson Urnon seeds. 1. 0. Voronov. A. :;. Pntsyu],
Sel. i sem. 19, No. 6, 1952.
9. Monthl List of Russian Accessions, Library of Congress, September 195
-1 A Unci.

PATSYUK, A.S.
The SKON-298B planter. Biul.tekh.-okon.inform. no.3:51-52
161. (MIRA 14--3)
(Planters(Agricidtural machinery))

KIRDYUCHEVA, A. 1. ; ~~TT, V.A., nauchn. red. ; SHNEYEELMAN, B.A. ,
red.
[Continuous and rapid method- for the preparation cf
dough for baked products; reviw of foreign patents]
Neprer--vnye i uL3korenrWe sposoby prigotovleniia te.-ta
.y
dlia khlebobulochnyll., izdelli; obzor inostraraVkh F)a-
tentov. Moslcva, TsN11111, 11463. Yt p. (MIRA 17 1',)

LTENKO, Vadim Vladimirovich; LURIYE, Tamara Samoylovna; PATT,
Vitaliv Aleksandrovich; MURASHEVA, 0.1., red.; SOKOD)VA, I.A.,
tekhn,re&,- ----
[Use of molasses in the baking industry] Primenenie patoki
v khlebopekarnom proizvodstve. Mosk-va, Pishchapromizdat,
1960. 34 P* (MIRA U.: 6)
(Bread) (Sirups)

441.
AE"'

YARN=
PATUSHINSKAYA, R.A.
Atypical meaBler, in children IwIlth su=3a-7 irl j~rrxllrO. Pedi~trlis
36 no. 2:61-65 F '58. (MZ-(A 11:3)
1. lz kafedry detskikh bolezney (zeiv. - prof. R-J%-Fatushinsks.7a)
Ryazaw3kogo maditainakogo institutfi imeni skad. I-P.Pavlova.
(ki"SLES) (AliTIBIOTICS)

PATUSIIIIZKAYA, R.A., prof.
Scarlet fever. Zdorovle 6 no.9:20-2l S 160. (MIFA 13:8)
(SCARLET FFVE-~)

FATUSHINSKATAI, R.A., Prof.
AVIOW
Scarlet fever. Rab-i stal. 36 no.10:23 11 160. t,(MIRA 13:10)
(Scarlet fe7er) 4

AROIUVTCH. V.V., PATUSHINSEATA, R.S.
huto%atic control of tne direct hydration of ethylene.
Kh1m.prom. 2:143-147 My 160. (MTRA 13:7)
(Ethylono) (Hydration)

ARDBDVICH, Y.T. (Moskva); ANIBINDV. 1.A. (Moskva); ILTUDKIRSHY, N. I.
(Moskva); PANSMNSWA, R.S. (Moskva)
Quality control of some processes in the chemical industries,
Avtom.i telem. 21 no.6s821-832 Je 160. (HIBA 13:7)
(AutomtIc control) (Chemical engineering)

-T~If7y-y' -
- ATUS' - - ,
Fish Tru,19 - -.' I-rtr:
A red'x~i-n -:--t 1 .- r- --t .. .... I .7i -11". 11
. .. . . r I i. . , Y I !.
9. Monthly List of Russian Accessions, Library of Congress, ji~n~! 1953. Unclassified.

,rU r L-i S.H / 1Y 5 Ir, y, 6. ,.
KNVORKITAB, A.A.; FATUSHIWSKIT,_G.,I,.; GHFB"ANOVA, G.N.
Liver diatheray as a method of treating mercurialism. Trudy AXE
SSSR 31:136-140 '54. OCLRA 7:10)
(Diathermy) (Mercury--Toxicology)

IVANOVA, V.A.; PATSYUK, M.L.; KOZLOVA, E.A.; Prinimala uchastiye,
LESHCHUK, L.F.
Preparation of furfurole by the "Aggrifuran" battery method.
Y
Sbor.trud. NIIGS 11:119-126 163. (MIRA 16:12)

PATVAROS, Jozsef, okieveles banyamernok, a Tu.-JoularlYck
kandidatusa, tudomanyos kutato
Concentration of the mining of multil lo-.,team coal derositB.
Bany lap 9" no. 2:73-78 F 164.
1. Nehezipari Vuz3zaki Fp-yetem jianyarri;veletitani !ansszek,
Miskolc.

PATVAROS, Jozeef, okleveles banymernok
Foundations for the technical and economic evaluation of losses
in the coal resources at the installation of new shafts. Bany
lap 96 no.2t83-88 F 163.
1. Nehezipari Muszaki Egyetem Banyamuvelestani Tanszeke, Ydi3kclc.

PATVAROG, J.j FALLER, G.
"Report on the coal-mining eaction of the I*rmanont "Industrial and
Agricultural Exhibition" in Moscow." (To be contd.) p. 292.
BANYASZATI IAPOK. (Magyar Banyanzati os Kohaszati EFOresulet) . Budapest,
Hungary, Vol. 12, No. 13, July 1959.
Monthly List of East European Accessions (EFAI), LC. Vol. 8, No. 8,
August 1959.
Uncla.

FALLER, Gusztav., oklcve-e.~ b&nywT:crnrk; 'Pj',.TVARCI',, Jozoef,
banyamernok
Soviet-made mining machinery. .9-n-ny lap 93 no.P:53'7'-5:40
Ag 160.
1. Banyaszati hutntc, ~fur i-allcr).
~ -4., ~ - - i ~:.. -Aan)mmuvelestani Tans-,t:ke,
2 Vehezipar' 1 , s. ak
14iskolc (for :atva.-c~3

PATVARM, Jozsef, okleveles banyamrnok
Some imeatigations in connection with the simultaneous and
non,--sinultansorus working of steep-pitch-3d coal seams closely
situated to one another. Bany lap 96 no.6-377-383 A 1163.
1. Nehezipari ftwzaki Fgyetem B&nya=velestard Tanszekp
Hiskole.

-. .I . -~ ~ '41, , . .
. * ~;, ~-, ~ -q! - . 71~ - 9 . *- ,- 'I:- 1:~ - 1--~7-; -~:-
I - I, f I z

~- -,:
. I , ", - . P. .
I . - - . i
!,~, ~,- ~ , N-~ I ,
- 1, - .. - ~,; I -
I . 4 !, -I. - ~ Z'A * - . - ;

FALIrR, GuFztav, okl. I-lanyarerroVr, evvetern! md.jurktus; XATILARCS, Jczrpf,
~,nnyarrernrk, Pryr-',r-ml tarern,-ver.
Srvlpt min!no rscninpry. Rmny lay 93: nc. 1:3(-1P. in 'I,

FALLER, Gusztav, okleveles banyamerpok, egyetemi adjunktus;
PATVAROS, Jozaef, okleveles banyawrnoh, egyatexi tumrsoged
Soviet mining machines. Bany lap 93 no,,1:36-38 Ja 160.
1. Nehezipari Muszaki Egyetem Banyanuvolesi Tanszek, Miskolc.

FALIFI, Gusztav, old.,banyamernok.; PATVAIROS, Jozsef, okl.banyamernok.
Soviet mining, machiniory. Bany lap 93 no.6:410-411 Je 160.
1. Banyasmti Kutato Intezet (for Feller). 2. Vehezipari
MusWAki Egyatem, Danywmvoloutard Tarazek, M skolc (for
Patvaros).

FALLY'R, Gusztav, okI. banyamernok; PATVAROS, Jozsef, okl. baryamernoi..
Shaft borJng machinea. Bany Iap 93 no. ;2:539-540. Ag'~L,.
1. Banyaszati hutat~:) Intozet (for Faller).
I -
2. Nehezipari Vusza~i Egyetem, banyamu-vulesi Tanszek, 11~isk--Ac - -
Patvaros).

PATVAROS, Jozaef, dr., okleve'les w%varne.-noK~ tudirimanyok
k&ndidatuea, -,udomiipvcs kll~n~o
~uta ~;n the r)r ~re :rA-':i ek~lr;--on sye,em fo:-
minertil de;~asili3 vll,~~. ard T.PdILIM gi-adients, Bany
lap 97 no.12t~15-820
1. Gnair of of Hoary indust-vi
MIL Bko-c .

FATr
"Searching for looseness in vacuum equipment" by W. Gorski, ft.
Pytkowski. Revievpd by Paty. Slabopiroudy obzor:Suppl.1
Literature, 24 no.4:347, L29 163.

FATY, 1.iucr
. mr -1 -~6 " : --irary, F -, k c; r J, y ma t '- - , ~ '15 -- -. -
~,u Is ',,. yer A I orA!,
1: 51 '0~,4 -

0504
AUTHOR- Paty, Libur.
TITLE- A Water-flow Alarm (Signalizatsiya protcka
okhlazhdayushchey vody)
PERIODICAL: Pribory i tekhnika ekspevimenta,
P 155 (USSR)
A.BSTRA-'T: The alarm (Fig 1) consists of a glasti tube v' ~ 1al, iiilu~,
Lube (adjusuable) at the top and the out.f~ill ;jL tJ.'
bottoin, The water stri-kes a plate near t~ie of) L Loll,,
which is pivotted at 0; the contacts K a-re opei, df'
the flow is sufficient. There is 1 figure an'i i
English reference.
ASSOCIATION: Kafedra vysokochastotnoy fizilci i vakuumnoy
tekhniki Karlova universiteta, Praga. of
High-frequency and High Vacuum Physics at
University in Prague)
SUBMITTED: December 9, 1957
Caro 1/1

PATY, L.
High-vacuum gas-leak valves. P 774
SLA-BOPROUIJY OBLOR (Ministerstvo vscobenibo strojirenstvi, Ministerstvo spoju
a Ceskoslovenska vedecko-tachnick.- spolecnost, sekce elaktrotechnika) Praha,
Czechoslovakia. Vol. 20. no. 12 Dec. 1959
Monthly List of East European Accessions (L!;EAI), LC. Vol. 9, no. 2.
Feb. 1960
Uncl.

'um No.
12 V C, ~111-

PATY, L.
Pumping properties of the discharge nanometer. p. 106. (Ge5koslovensky Casopis Pro
F~,siku. Vestnik. Vol. 7, no. 1, 1957.)
SO: Monthly List of Last European Accession (EEj-.L) LC, Vol. 6, no. 7, July 1951". Uncl.

Heat troj~~ in the molecular manometer.
u-stuhl Elck-tronik und Vakuumphysik Karlsuniv
Prague). NaIurwisstnrchq!cn 46, 422-13JI959).-In u
ing the mol. manometer (Knudsen's abs. inanotnCter) to.
measure ahs. gas pressures in the range of 10-4 to 10 mm.
Hg, where a hot plate, a cooler suspended plate, and the
coot retaining WSW are at temps. To, T2, and Tv, rtsp.,
Tj and To may be easily measured, but T, is normally
difficult to det. because of the delicacy Of suspension.
The usual nssumption of T, - T~ is showh to be somewhat
in error, lending to errors of 2--6% in the range of 35-200'
Lj- and the pressure range cited above. Herbert A. Pek)tl
A
U

ACC NRa
AUTHOR:
AP6032754
Paty, L. (Doctor)
SOURCE CODE: CZ/0030166/000/008/0242/0243
ORG: Department of Electronics and Vacuum Physics, Karlovy University, Prague
(Katedra elektroniky a vakuove fyziky Karlovy university)
TITLE: Cryosorption method for ultra high vacuums in small glade eyetems
SOURCE: Jemna mechanika a optika, no. 8, 1966, 242-243
TOPIC TAGS: cryogenics, cryogenic engineering, cryogenic pump, vacuum pump, sorption
ABSTRACT: The author describes a cryosorption air pump especially designed to attain
in one day a pressure below 1010 torr using only liquid nitrogen. For the study of
molecular sorption and desorption it is essential to use an ultra-high vacuum air
.exhauster employing neither oil or titanium, which produces light hydrocarbons in
surface reactions, particularly methane. Small ilass ultra-high vacuum systems can be
useJ to aLtain pressures as low or lower than 10 Omm Hg without titanium. These are
cryosorption air pumps with a molecular sieve chilled by liquid nitregen. The author ,9
patented design for such im air pump is described, referring to a drawing and mention-
ing a Simax glass cylinder containing a granular molecular sieve fixed to nickel foil
with connections for electric current to degass the foil. This cylinder is immersed
in a Dewar vessel with liquid nitrogen. When a water air pump is connected with two
such exhausters and an ionization manometer, the whole system can be degassed in a few
Card 1/2

ACC NR3
AP6032754
hours, a vacuum below 1010 mm Hg is attained in the course of a working day jmd the
residual gases orp entirely free of hydrocarbons. orig. art. has: I figure.
3 ao
SUB CODE:I by /SUBM DATE: none/ ORIG REF: 002/ OTH RM D05
2/2

I, -)/~
AUTHOP parv 1.1b";
THU Or, h, Pt ti r L z' 1v pr u - ,.j r v - I
PFR I CID I ( Ai h Is- rl k v I -i p I - r) r
N(, 5 1, p () "C4
a a on a r J d I I
TEXI Thp llAst 14w vi,
a u u m C. ~ b ri I (I'l Iud I h M'~ th C 11 41 f1) f I rt -lo I m d t~ V
E r v I c w p r e~ j r T 11 (It I Ilial op t p rc j -i i t It I ; i
rasng.:~, f,om kie ., ~pjm D~ t j~, 1,31 L,r, to r rrij- It!, ,I,, A
f q, ~- t a Izi Iar it q u ipm n i f, ,
T p,,,
i gh c- n Q i f- -i n p PII I b tIqui pm eyl f r pr k' -I I, 1 71 V
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PUM F. p ~ t~ I - 0 t I rig at ~ C' I ~ f~ r jj f"!
r p~ r I on 1. 1 Irr, I:
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h o A e U -j - r (, t ~ -~ -i rv- r ~- 1 1 c. n c, f r I I I -,! L i i rr,
(i n J - n n-, n t F,-. tit ar pamp - T

Z/031/60/000/005/002/056
E~~2/'Fg'z
On the Pr-:3ent Star..~- ut' L,ow Prt-SSU-.'-Y S I r t~
te~-hniques ba-e b(.-.omt-- wtdely liied in industry surb a4
Ple:tronics. meta.llurgy, -hem.xcal industry. cptical induz,tr~
pharmA-.euti,~al indu~-try, an well- as th- food
inclust'ry.. Low-prc-~Fstire hag be~omb- (--Kt--mely
important in physir~, in particular, in L ow
pr essure physic s has t o consider the phenomena oc (,urring in 6
vo-lume of gas or raref ied g,ss as wel I a-" th,- -urf ar e pherictrit-ria
taking pla~,e at the boundary betwe-~,ti a wait
pressure medium. The theoretical dr-sr-tiption of the volume
phenomena such ai movement of a gaseou-s medium if. usually
in poor agreemonx with the 6xpErimental data uxile~s it an
be assumed that the -olliRions of the MC-leLLIC-i -ith th,z walls
are 1n5tarA'aneou-;;. 3 &~ the attachment tim,~ of a mol~,~ule to
the wall is extre.-mo.ly short Howev er in generil T III s'
a~,tsumptiovi is not truf- In particular in ultrahigh va;:u,3 it
is nece-~;EFary to (on5ider thc pr'ocesse, of evejjt~rat.iorx and
rondensation of the moiccules at the walls a-i well is Olt
sorption and deworptl0l). evaporation and condensation cf the
molecules of gases and %apvur~ in order to redu,.c- thi
evapoiot)(-)n cind (ond#-Ti-,itiori oi Tlit, wall im-'1e!:1)1i- ir, - V-1"U11171
C'-%rk1

On t be Pr el- ent St dr i1 c~ I Lew pr I-, r e Ph y 3
_~ y s; t ~ M , l t I ~ ne , ~ ,~, 'A T v k 0 s 1, A 1 3 1, 111 -1 T i- r I D
theet- phenomeria arc- pr P_~ pnt t t v (-- r y ;im d c. v. r v,?, U,
materials art- (hara,, 1 eri-?~d 1) y h v -; ~D c a I I ed ~. Q nd ris -A I I c, u
., o e f f i ( I en t c . Th i s r_ c) ~ f I I ~ i on , 3n b e u) ea 9 ux vd e 1) i~ r i (r, (- n t a I I ~i
The pro-- ~9~e-; c-f ~orpt j m -~nd d-Qvrpt ion in ?a~: -i,.jm 4vst QWF- I ah
the frorny of ad_~,:,rpt ion chemi,,ai ~(jrpt ion ond ab5crpt ion . ~A -
w.- I I as the r di- -or pt )cn prc,,, es, Th h em i -z -3 1 r pt i I. ri
p r c, ~ c- -? s i s d u e t c ~ h e - Y) cm I c a 1 , f t I r) I t v b W), ell t hu? glz, 011-1 1 t-- - U
and 7 he moke,ui ~E- or ioni nt a -clid ancf.. Tti,- dbsoyp, icr,
Cf gas MV) e'--- -31 F_ I ~ t~: tht; dA I fli~IC'0 "f th' n),~ I e~ u 1
to tile wal I -_i of thF: -YST tzm. T h I, C, n d c- r) " ;% t A f, n n d a-pr- t I c, n
,- f g a -i i an I I, :i p o j r h , - ,) r f u ~ d i I f u -:I I c, n i: f h I? sti, - , , r e d
m ri I e c u - ~ a n (i t ii e ~ a t ~ d , rl i r I j t I o n ~i r f- f u r t h r 3 1) f 1 -3
ph E- nom e va whirh h a . e b f~ r a R n i a I :, # -, ~~ r u,rk t . h ~ I I , I I pa!
produ~. i ng t. r v -, w p r s t i r t. i ~j n o I - i d - d i n T f- ' ) -) -~ -
Thp fir44t I a !~ ~, C, f he Inv, f- I -~ bb a ~) t. h
! r Ln ~ pc r t C~ I (no ~ xA - ~ bv f he lp"Mj~, i r rim I fAf-, I o-rfl , 'i C.
into .he -ir r ;.,~jrtdinw, trj~JiI)w an riw( I I I jr v Iny, ~ V" -D.
C ,, j . / f-

On the Pres"nt 5tote (A Low pr,,ssu e ~YSI-5
The se,~.ond is base:d on binding
, of' f he mo I ec al e,
to a suitabLe evac-uating medium. The diffusion pump,4. turbc.-
moJe,cu.jvrand gas dasrharge, pumpv~ belong to the firs! group.
By mr:aAs of moderin diffusion pumps it is possible i,- prodlic-
vac:v3s, down to 10 mm Hg. The tu_rbomoI,:-.uI6r pump perrvjt_~
evac-uation down to 10 ' 10 mm Hg arid It i, adv_int:~gecsuz; in ttiat
it employs no liquid.,working medi,,Lm ItS eVak-uation
Tata is _indepezidew of pressure over -j widr range of pressurct'.
Ihe gas dIs,.%h:arSc- pump empleys the method of iuaisLng
moler-ule-zi of the em-a,:,~ated ga.Q. )n a magnet i,.:al I y - focu-ied
disc-harge and their removal to 'Inc-gativ-:" electrodes wh-~r,~
'they t-ecvmbin~--d and tht-n_ rc-moved into Ibe ~u_vrouLdljrig rlf:dium
ithrough the outlet holt-s in the pump. Th,~ ionic
the t~vacuajjon efferAQ ba~*:-d on the i-vaporation cf a metitil and
the condensation eva-tiation be),~,Dg to the sscond ~Id-3 of th-
The ~vae~uatjng mt,:hartism in tho , ai, of
ionic. pumping is base,d on the 5orption of -, ti,-it -,i
parTi(Aes Of the eva,~uated 9a, by the rtpgatively chargred Wal 1~
cf an ioni- pump. The pump-i baF;6td on the propert ies ef the
Cal-d Ii/(.

Z/037/bO/000/005/002/056
E192/E382
On the Pr65ent State. of Low pressu-re Physivs
evaporated metal axe probably the most successtu-1, and arc,
widely used j.n u1 tr :ihi.gh ~ -vacuum toc~hniquas. The evac:uation
me;,.banism is based on the chemir:.al. W.nding, cheat3.cal
sorption. physic-al. adsorpi~lon and absorption of th-# moier.ule-
in that the gas molecule3 reart with a chemi.,z.ally.-activc.
met-al such as titanium or barium and are adsorbed in the
layer of the metal which is evaporated on the walls of thft
pump. By means of these de-ice-s- it i9 possible to obtain
high evae:~uation rates and pressLZes dcom to
1.0,-, 10 min lig ~The condensation metliod permits the alracuation
down to 10-' 13 or 10- 14 mm, Hg. Lvw pressures z:.an be mc-atiured
by the McLeod gauge down to 10" 8 nun Hg. The lndixe:~t
measurement- 1,s usually baeed on the ioni!?atton methed-% and
by means of the Bayard--Alpert deVJL(,~ IJ 18 POSSII)le to
measure pressurstj down Co 10' 11 min Hg~ while the Hobscn-Redhetid
equ_Ipw-.,nt permit~z measurement dciwm ~o 10" mm, Hj;. 11,
Card 5/b

PATY, L.; PLIEPTA, L.
Injecting a fi.--edi quantity of mercurv into a vacuun sy5ten. Frib.
i tekh. eksp. 6 no.1:197-198 Ja-F (K[RA 14:9)
1. Tesla Goleshovitse, Praga.
(Vacuum apparatus)

VOSKREV04SKIY, S.S.; POSTOLENKO, G.A.; SIMOINOV, Yu.G.,- PATYK-KARA,
N,G..i,ANAIJ'YEV, G.S.; PIMENOVA, R.Ye.; YEVTLTVX-, -!.S.;
ht~iJETSOVA, L.T.; SOROXIIIA, Yo.P.; URIN, L.V.;
SLADKOPEI"PSEV, S.A.; ARISTARKHOVA, L.B.; MOVEDEVA, N.K.;
LOPATINA L.I., red.
[Geomcrphological studies; work experience in southeastern
Transbalkalla, eastern Ferganap central Kazakhstanj and
the Caspian Lowland] Geomorfologiche3kie issledovaniia;
opyt rabot v Hgo-Vostochnom Zabaikalle; Vostochnol Fergano,
ISentrallnom Kazakhstane i Prikanpiiskoi nizmennosti. Mo-
skva, Izd-vo Mosk. univ., 1965. 275 p. (mIItA 18-7)

PATY, Libor
"Ionized gases (basic processea)" by E. Badarau, 1. Popescu.
Reviewed by Libor Puty. Slaboproudy obzor 24 no.8:43A Ag 163.

Z/037/60/000/005/037/056
E192/9382
AUTHORS- Piti, Libor and Neuiil, Milan
TITLE: The Evacuation Processes in Diffusion Pumps
PERIODICAL. 6eskoslovensk~ ~asopls pro fysiku, 1960,
No. 5, pp. 435 -- 442 + 1 plate
TEXT: The evacuation processes in diffusion pumps were
investigated experimentally The systein used in the invest--L-
gation is shown in Fig. 2, where B is the glass envelope
of the pump; T is the system of jetsi H is a heaters
V is an inlet aperture; W is an output aperture, IM I'S
an ionisation vacuum gauge; N is a cold trap; I is a
"shallow" probe and A is a deep probe (entering the operating
region). First, the tightness of the vacuum system was
investigated and then the limiting pressure
was measured as a function of the heater power. In all these
measurements, the condensable vapours were caught by a trap
which was cooled by liquid nitrogen. The lowest limiting
pressure of 1.7 x 10-8 mm Hg was achieved at a heater power of
344 W, provided the ionisation gauge was adequately degassed~
Card 1/3

J~RJX�8~000/005/037/056
The Evacuation Processes in Diffusion Pumps
The measurement of the dependence of the limiting pressure on a
constant stream of hydrogen (4.2 pl./sec), which was let in by
various probes, was carried out. This was done at various values
of the heater power. The magnitude of the limiting pressure was
measured when the heater temperature reached its steady value.
The results of these measurements are shown in Fig. 4. Curves 1-9
in the figure correspond to various heater powers and illustrate
the dependence of the limiting pressure on the position of' the
hydrogen admission probes (probes I-X). The magnitude of the
limiting pressure corresponding to the admission of the hydrogen
by the probes entering the operating region (probts A-E) xs
denoted by the points lying on the dotted straight lines. T e
v6riation in the limiting pressure was 1.3 x 10 to I x 10-~ mm Hg,
depending on the position of the probes. The experimental results
can be analysed satisfactorily on the basis of tjib Skobelhin-
Yushchenkova theory (Ref. 5), which assumes the existence of two
processes in a gas stream. This theory is further corroborated
by the results obtained by Florescu (Ref. 13). The authors thank
the Chair of Electronics and Vacuum Physics fot- providing the
Card 2/3

.PATY. Libor
An experimental apparatus for obtaining extremely low preneureR.
~Ilaboproudy ob2or 21 no.2:106-109 160. (KRAI 9:6)
1. Katedra elektroniky a vakucve fyziky, Karlova universita, Praha.
Zamestnow v n.p. TESLA, Holesovice.
(Vacuum pumps)

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