SCIENTIFIC ABSTRACT PETRULENKO, A. F. - PETRUNICHEV, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240620013-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

P"r~?UP",Y.')
Devi-ps nrr~7entini, -vinuai rAlps~Alrg -f the 1-
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FEDOTOV, I.I., inzh.; GURIYEV, G.M., inzh.; PETRULEMKO, V.Ye., inzli.;
KRA=NOVSK1Y, P.M., inzh.
Saturation and drying of the windings of asynchronous motors.
Vest. elektroprom. 33 no.10:71 0 162. (MIRA 15:9)
(Electric motors, Induction-Drying)

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RUAANIA / Cosmochemistry. Geochemistry. Hydrochemistry. D
Abs Jour: Ref Zhur-Khim, No 12, 19590 41928.
Author Petrulian, N.; Steclaci,, L,
Inst fN-man-Ti-n-Ac ad emy.
Title Nature of Disposition of Nickel in Ultrabasic Ser-
entinous Rocks In the Sebes Mountains (Southern
E
arpathians),
Orig Pub: Bul. stiInt, Acad, RPR, Sec, geol, si geogr., 1957,
20 No 3-4# 579-603.
Abstract: Serpentinized dunites, hornblendites and other
rocks containing 0,16-O.ZO% N1 were studied by
the microscopic method. The following minerals
were identified: chromIteJ, ilmenite, primary mag-
netite,, pyrrhotine, pentlandite, chalcopyrite 1,
valleriite, chalcopyrite 11, secondary magnetite,
martite,, bravoite, chalcosine, covellite and
Card 1/2.

CERVINSKAS, E., rod. tomn; BIELIUKAS, L, glav. rod.; CHOMSKIS, V.,
red, , GUDELIS, V. , red.; UtUn'LA, K. . red.; FARKEINTE, S.,
red,; _f]7~RUI~~T . red.
(Geographical yearbook)Goografinis metrastis. Vilnius, Lietuvos
TSR Geog:-afine draugija. No.4. 1961. 453 p. (MIRA 15:9)
(Lithuar-ia--Geography-Yearbooks)

KAIW.IS, L.; DABLIZINSKAS, K.; PUDZIUMIAS, A.; GUDEIJS, L.;
hWaS, F~'~~ULIS K '- GREBLIKAS, F.; PMRUSEVICIUS, V.;
~-I
ATIFUS, A. red.
.9 , ; 3LItFTICI-LS, F., tek&m. red.
(Electrificatiur. of agriculturn] Zeras ukio elektrifikavirias.
Vilnius, Valvt-.~~line politiiier ir mokslires literLturos loitkla,
Ic.61. r4l , . - (1-1111U 15:3)
(Litl-mania-Electricit,, in agriculture)

L
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L.U_.~d E. th. P.4mpA7 of LL
=vim=, it. mrst -I- of tb. a.-Cr4rd-I Y'sa'boo. P- W-ticlAs al 12
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gL.4l.. of t,ss Lith,_I_ G_gMpAa-j -d
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taw ry ru m7pt.4 71
l"LluMA, C latb~t1ca pow4stica. of ~ MLjor Ladlos,* to L~
mrPisms"7
NNYM, 1. fftbldskO Ln Ybodylt" %bm MLtMJ%l MAID&OUVIZ7 Of ths
Alsioeptom 125
,Osdolls, V. 6mme Problesms L. tb. ft-tiC-phY sad Pwl--G-gmPhY of
lato Oftbarna,ry in 2-20 ~d lortboM AftriM Acold- W S- DR- 41
fteftly%", A~ MorpbodboatZa MA4POOLS Of n";04 177
GM01*0,1 Mthod Of SystmMU.t.4 tb-
Of W&%.r as, tbM Usis Of laasbol- -%-t- 191
BLUens, J. m4 A. TYLl.- Th-d.-tonss to tb- LlthOsot" SSR _d to
203
US SLILiAgr.4 Dj.~K"
A- CM`*MMtlaa of l4rtlas~l ft"Muts LZ tba P~ A--pMrs
A.-rding W to. ULtd, of Ld 1-1-it, S.-di.,. 1. . Slm,~- ",5
&' L---I-"L-4 r--d- to tb- ft- RL-r sOd tAs Cao.
Straction of tbO FA-s te-oslActrl~ P~r PlAnt 221
T. 2.0-01. or L.AL.. "d Rj__ L. &..U-
Utb.&WA 239
ftelAAM", A. lbil tratim to the 11-bl-d, of F-tsfa Ut~-,ja 253
V. 1-W Pfob~" of lkl-ft~tton "d tzpdient utilimtLas
of la~]. L-d L. pLets,ra Lith-Ls. 2!6,9
jbw, 1. ftm FOOMLL-ltus or raysiml cjso'mpny Of tb' DL,a~'
ft~ Sod FM411- ft-r Mauth. 2dj
"ftl"dyt*l l)- PMLL-L~_7 D-ts - 314-W IsMs BL-L-- sOd Tbtr
?*rT%os~ LA the ?dMitL:,& Mh1sods
lbll.f of La. ftgi-I Z_ of the Last 31aziattoo. as S.'a
I- 11-r )09
Us"oum., T. , .do. Loo.rstuas. SO- lft~ Dhtm~ .. th. L.-~4.atj
ffi~ Fas~aasm,m or norttom Lito-ois,
Z'44~t&.. A- Mos-1 3pria, 1. Satb.~ LLth_i^
Ulb., J. ftts~Uj. fb~ ta~ St-dy -1 U. U"- Da-.1- F%L-'
as,
T
tO LLth-1,

393
Ust Of WsbOrs of th, ~~spajasj Soal.ty of tb. Ll_
L
_
_ SSR IqT
Addm.. of tt. Sao,ty or th. Lltb_t.. =1

of LrA ~d ~-.GMphiosl L-tiWt~ f tb.
A.Ldmy Or Sol.._. of ~ LIthU..,_ M
404
AXAMABI , Llb--7 Of C-&_.. (01.03,35)

ME RULIS, L.
Quaternary deposits of Vilna and its environs.
P. 101. (Moksllnial Pranesimai.) Vol. 4. 1957, Vily-dus, Lithuania
SO: MONTHLY INDEX OF FAST EURDPEAN ACCESSIONS (EEAI) L.C. VOL. 7, NO. 1, JAN. 195e

GRIGORITNVA, G.G. [Hryborlieva, H.H.], student 1;
PWRUIJI, F.O., naucbW rukovodital'. dots.
Studies on Odonea Province fron 1917 to 1957. Prittai
Zbir.stud.rob. 149 no.15:141-143 159. 04I%~ 13:10
1. Odeaskly 9OBudarstvewW universitat.
(Odessa Province)

PgrH',INI, F.Ye,
New mateerial's, umisel 11- scianc 9 , 0.- the gauthern br)-,zdRr,7
line of forests in the right-bank area of the Ukraine; interfiuve
between the Southern fiiig aiid '1hp Dnieper. Trudy Od. un. 152. '6kir,
14r- . , . i p"o'-Ig . ~,, , , ~ rI 0 , 1 1 , '-- ~ I I ~ . " ; ~ "

NJ-

PETRUNI. N.M.
Bffect of aeffeine on the secretion of carbon dioxide through
hu-n Bkin. Yiziol.zhur, [Uirr.] I no.2:108-112 Mr-Ap 1~5.
(MIRA 9:9)
1. Kiivalkiy institut gigi3reni pratai i profzakhvoryuvan'.
(GAMINE-PHYSIOLOGICAL AF?9CT)
(CARBON DIOXIDI) (SIC IN)

PETRUN I PH.M., i,auk
Role of respiratic- through the skLvi. Felld. -; akush. 2~' -n -,-- -
37-39 Ag'63 (MIRA lca',2)
1
I. Iz K.,.vPvkF:-,,r, in-tittita g-igiyeny truda i profess llon&l lryi~'-
zabolevaniv.

PETRUNI, N.M.
Tissue respiration changes durir-g various st-ages o,' he-Ptac',-'or
poisoning in animals. Farm. i toks. 2b no.4:4iO-494 .-.-A9'63
(M`IRA 17:4)
1. laboratoriya biokhimil Kiyev3kogo Instituta gigiyany truda
i profession&llnykh zabolevaniy.

PETRUNI, N.Ns, kand.biol.nauk
Reepiration of the skin in different C02 concentrntions of the air
Trach.dolo no.81837-838 Ig '58 (MMA 11:8i
1. Iriyevskiy institut gigiyeny truda i profesnionalInykh sabolevAniy.
(SKU)
(CARBON DlQXMB--pHTSloI4GlCAL KrFZCT)

PETRUNI. N.M.
Cutaneous respiration in =an, as affected by increa-sed concentraticns
of oxvgen, carbon dioxide and nitrogen. Dokl. AN SSSR ll,. no.",:
611-613 Ja 158. (MIRA 11:4)
l.Jk'redstavleno akademikom L.A. Orbeli.
(RESPIRATION) (SKI14)

PMUN N. I,%
Inst. ind. H-vg. and ind. Dis., Kiev. *Rest-irution through the hiunan sk'n. Effect
of terpperature and D~ysical work on excretion of carion dioxide through human sKir.
(Russian text) DOKD~:,Y .3iSR 1953p 93 (74~-747~
It is shown that In the determination oF heat nroduction by the human hody it is
necessary to add to the CC, elimiDated via the lun s, the amount of about 1.ff
at normal conditions or 6.4 at highc-r temperatu-re ~400) which represents the
contribution of the skin as ar. eliminLt--*on ort7an. During active ph,, w~,rx
this factor rises to as high as 7.2%. Kosolapoff Cheu- Alstr.'.
SO: EXERPTA ~EDICA, Section .'I Vol. 7 No. 11

FETRO, N. M.
oil
t Ths of in eflinhWhe of carboa &oxide.
Inst. Ind. Hyg. and OccupatiorW,
D6,144.
i Sanij. 1954. No. 5, 45 -increase of
temp. fromf(7
20 40 lauls to Increased elimination of CO,
through the skin (from 1.6% to 6.5% cnlcd. on that ellm-
wated via the lungs), under conditious of phys. rest. With
work of moderate intensity a similar change occurs (Irorn -
1.6% to 7.2%). G. hf. Ko,%olapoff

-F2TMM' 0 N.Kj_ -
Cutaneous respiration in man. Effect of temperature and phyvical
work on oxygen &b~orptlon through the skin. Dokl.AN S= 111 no.l:
228-231 N-D '56. (NlRk 10-2)
1. liyevskiy institut gigiyany truda t proftabolevanly. Predstavleno
akademikon L.A.Orbell.
(RISnUTIO* (SKI]o

Op Trul I AJ6.,,.kandidet biologichaskikh nauk
6.
Effect of high axygen concentrations on cutaneous reaDiration in
mea. Vrach.delo no.7:735-737 Jl '57. (KLRA 10:5)
1. Kiyevskiy inBtitut gigiyany truda i professional'nvkh rabolevaniy
(RESPIRATION) (OXYGEN)

PETRUNI, N.M.
Some peculiar features in the cut&neous respiration of man according
to the skin area. Dokl. AN SSSR 114 no.4:904-907 Je 157.(KLRA 10:9)
1. Kiyevskiy nauchno-tooledovateliskiy institut gigiyeny truda i
professionallnykh zabolevaniy. Predstavleno akademikow L.A. Orbeli.
(SKIN) (RIBSPIRATIOV)

ETC) U /Y,' Al M
AUTHOR: Petrun', N. M., 2
TITLEt The Influence of Increased Concentrations of Oxyg-n, Carbo-,
Dioxide and Nitrogen on Human Cutaneous iespiration "ViiYaniye
povyshennoy kontsentratsii Kisloroda, uglekisloty i azota na
dykhaniye cheloveka cherez koznu)
PERIODICAL: Doklady All SSSR, 1958, Vol. 11i.1, Nr 3, pp. 611-613 (USSR)
ABSTRACT: This influence was investigated only very insufficiently. The
author studied the influence of gas concentration at the chest,
the stomach and the thigh ~,front) of five practically healthy
patients. The methodology was especially worked out bl.- the author.
The patients were in the state of rest at a temperature of 180
to 2oO. The first of the four test series served as a control,
the second investi-ated the influence Of 02, the third that of
C021 and the fojrth that of N2 . Table 1 shows that the skin of
all these three parts of the body absorbed 02 and separates C02.
The respiration was most intensive at the stomach, weaker at the
chest and faintest at the thigh. The amounts of 02 and C02 were
about the same. In the second (02) test series the concentra-
Card 1/4 tion Of 02 was go/. to 92~6. The O*bsorption through the skin was

The Influence of Increased Concentrati,)ns of Oxyi-,en, Carbon 2o-3-56,"59
Dioxide and Nitrogen on Human C,taneouB Respiration
now incre;Fed by 43,7 times wnilst or' ly 1,'8 tinies more C02 was
separated. This incidentally applied to aL parts of the skin.
Analogou.. cutaneous respiration can be ob:;erved when the total
surface of the body rests in a hi6h concentration of 02. A com-
parison with lung respiration showed an absorption of 29,e6c,,
02 whilst only 0,')',.. C02were eleminated through the whole of the
skin. So it is possible in this way to increase the supply of 0 2
and to raise the efficiency of the organism (references 4,5,13).
The supply of 02 through tne skin can also be more effective
than the subcutaneous way. "hL: results uf the third ',C02) test
series confirmed the statemtnts that the accumulation of C02
under theclothing at different te-peraturLs car. create di-fferent
disturbances within the organism frefere:,ces 1,3,14-17,. At
concentrations of 80-;', to 8%~ C02 it is no lon6er separated through
the skin but absorbed. With ti.i, oxygen is separated. Such a
"reverse" gas exchange was observed with all patients, it was
dissimilarly intenoe at separate parts of the skin. In trie fortn
(N2) series it was demonstrated that at a 92 '' to 95,." nitrogen
concentration 02 as well as C02 are eliminated whil,t N2 is ab-
Card 2/5 sorbed. This was most intense at the sto~-ach, weakest through

The Influence of Increased Concentrations of-Oxygen, Carbon 2o-3-5~,/"59
Dioxide and Nitrogen on Human Cutaneous Respiration
the skin of the thigh. In all cases the quantity of O~ elimina-
ted was 6 to 7 fold that of C02' This difference may e explained
by the considerable difference of the partial pressure of these
gases in the blood and in the surrounding air. It has often been
referred to the nitrogen absorption through the skin, and to its
toxic effect, if N2 is in overpressure (references 6,1o, 11).
The statements above demonstrate that the process of gas exchange
through the skin is diffusionlike and is caused by the partial
pressure mentioned above. There is no difference between its
mechanism and th t of lung respiration. With the investigated
changes of the gas surroundings all topographical pecal.-arities
of the respiration were maintained. All this shows that under
unusual conditions the human or.-anism should be protected not
only by a gas mask but also by protecting clothes against skin
contaminations.There are 1 table, and 19 references, ? of which
are Slavic.
Card 3/4

The Tnfluence of Increased ConcentratiorA of Ozygen, Carton
.L .1 j / ~
Dioxide and Nitrogen Cutaneous Respiration
PRESENTED: September 18, 1957, by L.A. Orbeli, Member of the AN 'jSSR
SUBMITTED: September 17, 1957
AVAILABLEt Library of Congress
Card 4/4

DOLNITSKY, O-V-; PETRUV, N.M.; swRINOK, A.R.
oxygen saturation of skin graft and recipient zone for
i4roving the take. Acts, chir. plast. 'Praha) 7 no.4:
303-309 165.
1. Bogomolets Kiev Medical institute (Director: Prof.
V.D. Bratus) and Kiev Scientific Research Institute
of 0--ipational Hygiene and Diseases, Kiev, USSR
I
. -ector: Prof. L.I. Medved).

. .. 1. .
~,F 7 IN I , ". 1~1, , 1(~Kl - I - - 1 -c, -1 - .-.. . . . . . I .
...... . -1 .
. .. I ! , -:, . . . - , . . . .. I . I . .

PwnwN v-, w.m., doktor biologicheskikh nauk
Kffect of increased oxygen concentration on the re;spi---'-'tcz7
function. Trach.delo no.11:101-104 N 162. (MIRA 16t2)
1. Laboratoriya biokhimii Kiyevskogo instltuta gigiyeny truda
i profeaslonalInykh zaboleranly.
(OXYGEN-MSIOLOGICAL SrFECT) (RESPIRATIOII)

PEM 1 11 N.M. Wyev)
Efrect of baz~mmtric pressure on himan respiration through various
skin &ream. Gig. truda i prof. zab. 4 no-3:54,--55 Mr 160.
(MliA 15:4)
1. Institut gigiyeny truda i profeesionallnykh sabolovaniy, Kiyev.
(ATHOSPHFJUC PRFZSURE-PIIYSIOLOGICAL EMCT) (RESPIRATION)

PrfRUN I , N. M. [ Pet run 1, M. M. I
Apparatus for determining humn respiration througb different
segment* of the skin. Piziol.zhur. [Uk-r.] 5 no.6:837-840 N-D
'59. (MIRA 13:4)
(RISPIRONVICR) (sirix)

PETRUNI, N.M.
Some features of cutaneous respiration in children of dIfferent ages.
Fiziol.zhur. 47 -io.8:939-94.1 Ag 161; (?U. -4 1 / : e)
1. From the Biochemical Laboratory, Institute of Occupational
Hygiene and Proflessional Diseaaes, Kiyev.
(SKIN) (RESP11-ATION) (CHILMEN)

FETRUNI, ii.M.; KORNIYENKO, Z.A.
Irranscutaneous respiration in subjects suffering frorn certa-in
dermatoses. Vest. derm. I ym. 34 no.4;33-36 160. (Yli;iA .13:1Z
(SKIN-DISFASES) (RiSPIRATION)

PATRUNI. Mikoley MikhBylovich-, USPENSKIY. V.I., red.; LYUDKOVSK-AYA,
2.11-T-k&.- - - -
.0 a . re (T.
[Goa exchange through the skin and its importance for the
humn organiamlGazoobmn chores kozhii i epo zwichenif- dliq
orgxinizm cheloveka. Mosk-va, Gos. izd-vo ned. lit-rv ~bd-
4z. 1960. 176 D. - (MIRA 14:5)
(RASPIFLATION) (SKIN)

PETRUNP, N.M. ~Kiyev)
Recent data on cutaneous respiration in "n. Usp. sovr. bioll. ~Q
no.3:359-3742 My-Je 160. (Y-at . ~-z: -,
(SKIN) (H-SPEUTION)

PXTIUN, N.M.; KORNTYMO, Z.A.
Skin resviration in patients vitb psoriasis. Trach.delo no.4:
397-399 Ap 160. (MMA 13:6)
1. Klyevskiy nauchno-issledovatel'skiy justitut gigiyony truda
I professionallnykh zabolevaniy i Kiyevskiy gorodskoy kozhno-
venerologicheakiy dispanser.
(MRIASIS) (HISPIRATION)

P~ .,. .,
'or ,
1.11~ -r-_ - I .
, - - . , . - 1 .1 :1 4 - .
; - ~ -in . .
ik' - - , I a.: I I - I ".- ! 1 ..h ( I :~. , . "" 0; ,, .. , '. ) , 2 ~' op L -b ( F. , : " - !;,

AUTHORt petrun', N.
SOV/20-1-14- 4-62~/~,~
T'.2LEt Oome Peculiar Features of Hum,,:n Re,3y.iration Virious Secti:~ns
of the Skin (Nekotory, c osobennosti 4~,khaniya chelove'r~:I c-.ere:: r-iz-
liduvp uchagt!.ci kozhi)
PERIODICALi Do .lady All 1 Vol . 1 1.1
p- '~O,j - )U.,!7 IUSSR.)
Mr ;
,
,
ABSTRACTt In earlier --.:4-,eri t-.e --,.uti,.or (refer-rces state,-4 t'..,t on the
~ 0
a-vera -e 174,6 c~,:12 ire ab.3orbed ard 174,0 c:.I:z CC, -tre ~,tr '.-dour
aparate3 b~- the ht;:n-~n ~n the st-te of rest. -"e:n:er,~.ture
the wc-`~-, of' :.~.uscies -'nfluer,--e III.is Process. ~r.
t.,.e -f t'.c- -rt--*re
viere cur. ~ t~~ a:--; .3t :n t'--e fra,-,-mer tary .1a -- --r * -43 -.&Y
be c~,r-,udcd t,';--t the reip-irat--or. the ;-.2iv~r!ual Sec~ions
,f Ain takes a different c--urse. .'hr- detc=~rTt tion :)f thl*.~ -i,rjb-
leia is of intercst from the st-an~poirt of t-.e ind,~ar-431 ar~
cultural toxicolca-. For the irvustii.-ation sarve~ 10 ::en an,-'
4 womer.) practically healt.1,y perscras in thest-te of rEst Cr.
their back or stomacl~) -t a -,e:.-qerature of 20 - 250C. An ~~pparatus
was expresly corstructed fcr purpose (fi--izre 1). ~'he results
-
Card 1/4 4
-
of the investi -ation ~~f the
t
rsit
of
ti
th
th
i
,,
.
ri
e
rL
~
on
e
res,
r~,ue,.
y

sav/2o-114-4-62/63
Some Pectiliar Fuatures of flu mar. Rt? r--L t4-* or. 7:.r2 ~:,us Sec * i r-- - f
sKin :nd their ccn~,-trison witi, d:-.ta en the pi~ln~,narj rei,,i~%tion
are --iven in t:-*L.Ile 1. Te hi~-he3t 7as-ex(-!~an-e (12,1,6',
of ~1-3orbed 0, L,n-3 12-3,52 13/1hour of separated CC calcLl-tted
n 1 29
furl :~i, of took -1-ce -)n the aldomen. Th iftcr:Aty dor-reased
ir. the f(,ll(,win,, or!ur: thurax, loins, F(irear-~i ~.rjd
!-.:ind, 3han' -nd foot. v;iriation3 of the v-ilues ~f the
-ex-'.~,n -e viere Jletar:.:in~,d, in2reases as well ;,3 decreases. "he wc-
%ien I~aJ JI-1-i.-her Values Dr the ajdcmen ,r- t'.cr--x t,-ia!~
Lite men, in -other I-laces t-e values were equ,,.l in bo--h 3exes. '21~us
the intensity of resparation decreases in the direction towards
the periphery, i.e. the extrc!.ii.ieq. From the i,iven LI;AIL the cause
0f the disa-reemcrt of V~u v.--Ilues of C, and CO for the o. u -
2 ':'vel,
tanecus r--sliration by individual authors (references 2, 1 1 - 131
17-19, 21, 122) also ~ecc,:nes clear. '.hey did not take 4nto ac-
count the topr;.,-ralhical 1,eculiarities of the gas-exchan~e. 'he
ccmpar~lon of the reopir,,ition throuCl, individuiii :3ectionq of the
skin with the pulmonary respiration made by the uuthor showed that
the cutarecus rez:~irution on ubdomen, bicl: ar.~' thorax in the state
ol" rest i3 :..ore inIEn-,.-ve than the ;:,.~127.onary re3l:ir---tion. '2he cu-
tanecus res~irELtion or. tI 'j 1(-ing J3 equal to 'he pul--crwy respira-
tion. All other secti tht~ 3',in breathe less intensively ttan
Card 2/4 ons ol &

SGV/20~~2/63
Some Peculiar F.--.&tures of H-uman Respirat-ion ':hr~,uj~ Varicus Secti,~r3 :f -be Skir
the lunjs. It was not possible to disccver an~, rules ~r~vernln.: the
ajreement 'jetween the number of sweat in in-JiviJual gec'.ions
of the skin and the intensity of the respiration of t~iese sections.
As the sweat -lLrds (accordinr t~) Kuno, reference 3~ be di-
vided into active and pas-:ve ~,nes, the test of Minor w_-Is perflcr~-_ed.
'The results showed a dependence of th,. Gas-excha_n~;e on the uc*.i-
vity of the sweat ,-l nd-s. Besides a complete aCreem-?nt of the in-
dividual peculiarities of the cutpreous respiration of in ~ivd:iai
sectiono of the skin Otn the individual peculiarities of i,er3l.i-
ration was determined. '-he interisity of re.3,,iration was also
er in sections of the skin with hi6her temperature. Based on the
different intensity of respiration of individual sections of the
skin a different suaceptibility of these places toward various
.-aseous substances may be assumed. '2here are I fi[:ure, 1 table,
und 23 references, 11 of which are Slavic.
Card 3/4

sGv/2O-U4-"v/63
Some Peculiar Features of Hum[!n Respiration 21,rau-t Va it--is SeCti-On:3 ,-- the ~;k'-'r.
ASSOCIATICYs Scientific Researc!-~ Instilute ~'cr LabOr RY06" And 0--cupatims'
Diseases, K iyev
(Kiyevskiy inq titut
profescion. 11nY.-zh zabolev.:~ril-)
PFLESEN!2EDs January 1, L. Cr:e1i, Aca,ic --.ician
SUBMITTEDt December 4, 1956

Card 4/4

......... . .
FIZIN
FT
77
Sr
Y
k
v .,c ~.,4
W" -M
t7
-sli
VA 1-1
-NQ
ox
nv
-am,
_,Ask,
It ~~cu Y-1
Ake
'5A
ty.
bO
its"
"biwiq
tbi
t-L

~) F- f K U N. ~ C
KAZITSYN. Yu.V.; !F~ ~-F- L RUNIKVIST, D. V.
Joint scientific meeting of the Pedorov Institute and the All-
Union Mineralogical Society. ZapJass.min.ob-va 83 no.4:424-
427 154. (MLR& 8:2)
(Mineralogy)

7 4
6
d
~
-
-

Ain%
aid
Coll.

PETRUNI, V.P.
Age of river terraces of the southern Maritime Territory; discovery
of stone implements In the c*amtril region of the Sea of Japan.Hat.
VSW111 no.1:58-73 156. (MLRA 10:1)
(Maritime Territory--Stone implements) (Maritime Territory---
Paleogeography)

FETRUNI, V.F., kand.geologo-mineral.nauk
Some petrographic features of olivine diabae~-s from the 'Lngu2e,.s
River. Sbor. nauch. trud. KGRI no.7285-95 159. (KIRA lb*~q)
(Ingulets River-Olivine dJabase)

1: ~4~, ~~ j " , -.1, -Id -' 1-1 1 ., in *1 r - r- I , 7 ~ ~t 1 1 K ,to I son t i RKLLIBY,~ , L, S
0.
il
,- -T-S t-4 I I I ZR * 4 On Of P'-)n' - an I -- r--- * -.! -..; s .-;' tne so -I'Lne 7T -- -.~
rLs"i '. *-nid Kilh, no " " - . , , - I , - :!-,T?,A ',~' 2
:~ - I
: kra i -te .- Li me 9 t c), ie -

FETRUNI, V.F.
Ametbyst in the veathering ffurface of the TakovlevEikoye iron-am
deposit in the Kursk Magnetic Anomaly. Kora, vy-retr. no.5:65--67
163. (KIRA 16:7)
1. KrivoT(phskiy gornorudnyy instit-at.
(Kursk Magnetic Anomaly-Amethysts)

PETRUN', V.F., kand. geol.-mineral. rrauk, dotsent
Stratigraphic analogy of Fftvv7 Rog talc schists to the
Yakovlevo deposit in the Kursk Mag~netic Anomaly. Sbor. nauch.
trud. KGRI no.13-.41-47 162. (MIRA 16:8)
(Kursk Magnetic Anomaly-Geology, Stratigraphic)

PETRUNI, V.Po; PIR " V, B.I.
Formation of karst-suffosilon caverns in iron ore rocks of the
Krivoy Rog Basin. Izv.vys.ucheb.zav.; geol. i razv. 5 no-5:26-33
My 162. (AURA 15:6)
1. Krivorozhakiy gornorudnyy institLt.
(Krivoy Rog Basin-Caves) (Krivoy Rog BaBin-K&rst)

BELOKRYS, L.S.; FETRUNI-, V.F.
OrigAn of the exotic boulders in the Pontain sediments in the
southern Ukraine. Izv. vys. ucheb. zav.; geol. i razv. 4 no.3:
126-128 Mr 161. (MIRA 14:6)
(Ukraine Boulders)

PETRUNI, V,F.
History of the Utilization of mi-nerals and rocks for pr.~tlv-~
toola from the Stone Age to the Bronze Age (arahAaological
and mineralogical ourvey). Ner.z lat,tekh. no.T.88-
2)
98 161. (MIRA If
~krz.haeology)
~D,Iineralogy)

PETRUN, V.F
-- - ------7
New
.1
~i
.i
r~
i,
kand.geol.-mineral.nauk (Krivoy Rog)
stone for ornamental objects. Priroda 52 no.3.-114-1.15 163.
(MIRA 16:4)
(Krovoy Rog Basin-Hornfels)

PETRUNI, V.F.; BELOYRYS, L.S.
Archaeological study method recommended to geologists for use in
the Crimean Mountains. ?kVdy Kom.chetv.per, no.26:161-10 '~I.
( Yd RA ' ~': 5 /1
(Crimean Mountains--Geological surveys)

-2zaagL-1~- -
Thin needle-shaped cazsiterite from the southern Maritime Territor%v.
Geol.rud.mestorozh. no.4:95-9/7 JI-Ag 161. (KUtA li~:10)
1. Krivorozhsl,,iy gornorudnyy institut.
(Maritime Territory.-Cassiterite)

"-~UN I ~lv - P~-
Tiger's eye and griqualandite from the Krivoy Rog Basin. Lap. Voss.
min. ob-va 89 no.5:564-570 160. (XIU 13:10)
1. Krivorozhskiy gornorudnyy institut.
(Irivoy Rog Basin-Amphibole)

PETRUNI, V.F.
Using archaeological data in geological prospecting. Sov.
geol. 2 no.9:124-131 S 159. (MIRA 13:2)
1. Krivoroshekly gornorudW institut.
(Prospecting) (Archeology)

PE!RUNI_,_Y.-F.
Two types of cal,-it~- druses 'r, t?~e I-on--Ian recrystallized
U-mestones of the right bank of the lngu2ets River. Zap.
I
Ukr. otd. Min. ob-va [no.1j:",,-136
Efficient replaoament of t,~,- ljjim:'mti!Ig devicti of mlk,ro-
scopes for st.:,dying ore -esear---h or studen' irdrjera-
graphic laboratc~ry. t,5 (MIEA 1, : 0.
1. Krivorozhskiy gornor-jiiy". Lristi'-A, kafe0ra mineralogi-,
petrografii 1, poleznyki, iskopayemykh.

Pub I, V. F.
7-4- -t
Secondary changes. age relatlor , ;ind map-ping Beparste Intruoives
in the Routhern part of the Maritime Territory. Izv. AN SSSR.
Ser. geol. 23 no.8:116-121 Ag '58. (MIRA 11:11)
1. Krivoro7hekiy gornyv llntztitat.
(M,gritime Tarrigory-Rocks, IgnA,us)

15 -19-~- --3 -2E
Translat'lor from: ReferatIvny
I znirnal, -,eolo~iya, '.9E-, Nr 7,
p 4 2 (USSR
kTJTu OR Petrun', V. F.
TITLE: The Problem of the AFe of the Stream Terraces in Soutin-
ern Primorlye (A Discover of Stone Implements on the
Shore of the Japanese Sea~ L"K- vopr03U o vozraste recn-
nykh terras yuzhnogo Primorlya (nakhodka kamennykn orudiy
na poberezhlye Yaponskogo morya)7
PERIODICAL: Materialy Vse3. n;-i, geolin-ta, 1956, Nr 1 , pp 58 -73
APSTR.LCT: A workshop of apparently incient stone implements w-s
discovered in a constricted place on the T&dU3hi River
0 (on the eastern -slope of the Sikhote-Alin' Range) below
Ustinovka, 30 km from the sea shore. Its traces are
found in u soll layer hnd In diluvial (creep and slope
wash) sandy clay O.b m. thick. This material forms the
upper part of a 10 to 12 meter terrace and of the 3ar-
Card 1/3 face and eastern slope of a prominence on which the

I ~L - 19 -'- 7 - '-' - 12 E -_ --
The Problem of the -Fe of tne Stream Terrhces In 3outherr, PrI.-nor., a
(A Discovery of Stone Implements on ttie Stiore of trie Japanese Seh~'
ified taff and volcanic glass by ancient man was characteristic
of Java, Burma, northern Manchuria, and other regions of the
Far East. This fact demonstrates the existence of a widely
known and well-developed habit of working volcanic material.
The tine of formation of the 10 to 12 meter terrace is corre-
lated with the ChInF-Shul erosion sta,7e (of China). The time of
accumulation of the sandy clays on the terrace surface is refer-
red to the Malan stage (Mapdalenian?)--the time of settlinE of
the ancient Magdalenians in the apper cave of Shuitungkou In
northern China. Consequently, the time of formation of the 10
to 12 meter terrace (the time of accumulation of the alluvium,
formation of the prominence, and development of the deluvium)
is determined to be middle-upper Pleistocene. The position of
the older material on the prominence leads to its correlation
with deposits of earlier times at the Verkholenskaya Gora,
Osinovka, and Khabarovsk sites.
Card 3/3 L. P. A.

PETRUNIp V.F., doteent, kand.goologo-mineralogicheskikh nauk
Geological significance of the c-fsccvery cf pseudo Itachylyte ne&r -'"e
Krivoy Rog Basin. Sbor. much.trud. K3,i,,: no.20(3) :40-44 163.
(MIR/, 16:9 )

...........
E
T I T LE f
S-
r t
Y
sit
pFiiloDICAL: (-3-a
ABSTRA-'T:
des
Sc,%
F~l
Car"; 1/2

Sc-cc,nd T
S(,
Ylap~ing t~~e EffUSI F.- r-:.,
S
SUBMITTz,D:
ASSO~.,IA,"ION: K
1. Geo'ogical tiw-Determination 2. Ge~.iog Ma-, -
L
Car

PTM D H insh.
Uperience in the unit assembly of ships' equipment. Sudostroenie
24 no.8:65 Ag '58. (XI-RA 11: 10)
(Marine engineering)

-:!a r n !z
z n- f,
M(. ~Aovskuy ~orog-' f c~r E~: ~-,'.c

SADIKOV, P.P.; LEMIEVA T P - KORSH, V.B.; HEIMOV, V.K.; PETRUNENKOVI AXe,;
?I-quovp L.B.; !SOAUN, A.K., inah.% retsenzent;71mins, V.IU.p
$mzh., red.; VOROTNIYOVA, L.F., tekbn.red.
[Technological eq,iipment of railroad stations] Takhnicheakoe
08nashchanie stantsii. Moskva, Tranasheldorisdat, 1963.
153 P. (MIRA 16:6)
(Railroads--Stations)
(Railroads-Equipwnt and supplies)

T
PF'RMNKO", A.Ye., ~nzh.
Efficiency of the Plfctr!c ~-erlra. --- c' ` a - '-
-~zc' r, -
. 7 -1 .1c. I : ?' "'. ,
maneuvertng areas ~hel. dor. ~.ransF. 4
y ~- L A -

LF.BiDEVA, TJ.; STRAKOVLAH, I.I., Th',liKOV; L.B.; LOMAKINA. N,N.,
ZABELLO, M.L., -Ab:KOV, NENKOV, A.Yp.; BELYNCV,
- J.,U , -
APUTMIOV, V.A., PF 7
BOBROVA, Ye.,,., -eicupin..ed.
fBa3le requirements-, related Pquipment of
wtrdsl Osnov-nyf, -etx)van!~F. K T.cKhnicheskorr-I
osn-,isnchen--.u q(,r',-'rovocrinyk*,-. tt-,sKvh, Transzhe!-!-~-:zl,i,
1963. ~19 TRUDY. nc..'---

PETRUNMOV inzh. (Chop)
Electromechanical c6avvying of documents. Zhel. dor. tranap.
45 no.3t78-80 Mr 163. (MIRA 16:6)
(Railroads-Communication systems)
(Conveying machinery)

BIBIKOV, D.N.- PSWROICHEV. N.N. Prinimali uchastiye: DOBROVOLIMIYA,
t -
V.K., n~-n6h4ky sot rudh"TWO.'FWOV ICH, A.I.. nauchnyy sotrudnik.
SWRIN, G.S., red.; ZABRODINA, A.A., tekhn.red.
(Difficulties caused by ice at hydroelectric power stations;
planning measures for their elimination) Ledovye zatrudneniia
na gidrostantaiiakh; proektirovanie maropriiatil po okh ustra-
nen.iiu. Imeningrad, Gos.energ.izd-vo, 1950. 158 P. (MIRA 12:11)
(Hydroelectric power stations) (Ice on rivers, lakes, etc.)

MRUNICHXV, N.N., inzh.
Now ty-pe of testing haelas. lzv.VHIIG 48:213-216 '52.
(MIR/, 12:5 )
(Hydraulic eneineering-Rasearch)

MRUHICHIIV, Nikolay Nikolayevich; GIRSHKAN, I.A.. red.; PBLIDSHTEYN,
S.-S., t~sihn.red.
(Unsteady flow of water in natural channelsj HouBtanovivsheezia
dvizhanie vody v estestvennykh ruslakh. Koskvm. Gos.energ.
izd-vo. 1960. 70 P. (KIRA 14:2)
(Hydrodynamies)

PETRUNICHEV. NAP, st&rshiy nauchnyy sotrudnik., kand.tokhn.nauk
Heat calculations in planhIn water intake structures on rivers
with extremely icy conditions. Izv.MIG 63i2?-40 160.
MIFA 14 5 )
(lee on rivers,, lakee, etc.) (Hydraulic structures)

PETRUNIGHEV N.N. J, k&nd.tekhn.nauk; PLMOVICH, A.I.y k&nd.tekhn.nauk;
zk6=~ V.14., inmh.
Coordination of research work in the field of ice eg~,ineerirjC-
Gidr.strc.-i. 32 no.7:61 Jl 162. (I-aRA J'f~--'~
(Ice on rivers) lakes, etc.)

7;7
Yw
I ll~w-- V
. . . . ......
9144,16000,04 .0166 01
6
39. -",
M"j.
r
777,7777777: 7
b -0-
vow Ul - `~irtleliks
A
cl, 11.1
I ,
-rise
:V.vo -60
'as
Vj -,'C3-Atrlb1b,
C.-
1 k- C~ 41- 1 10 pliiiii
ASIN
in
!~Uo: a on ze rw
-T-g
ra,
ATZI.Ar
vul
ab. I IvTrm,
Wd s-velocirles
TOO
ob-I e-
lspitftgop,~ v q
u pipe
A, lin xz,~ --.wz
n -roe thb&-
Own
x
un or
OU
aPTOXT.

7user i-paricicjLe

KULAGIN, I~D., kAnd.tekhn.nauk; PETAUNICM, V.A., kand.tekhn.nnuk,
NIKOLAYEli, A.V., inzh.
Investigating cutting by an are-plasma jet re-leased frm an a:---
colunm. Svar. proizv. no.5:1-4 My 161. (MIRA 14:4)
1. Institut metallurgii imeni A.A.Baykova AN SSSR.
(Electric metal cuttimg) (Plasma (Ionized gases))

PETRUDICIEW, V.A.. insh.
Pre5sure of a high-power arc an the weld bfst.~i. Syer. proizv.
no. 7:14-17 '58. (MIFLA l1:?)
1. Inatitut metallurgii iment A.A. Baykova All SSSR.
(Electric wnldiM)

A TJTHr'fl ~e t run-. cn~-v rr: nee
TITLE: i ress~ire of r-. n -_--t, ~c-. 1 1 nF
t i n Ft r - t. , u v u v a n n u
bol'shoy moFhcnnoz
PERIOrICAL: varac,,.noye rroi~,vofis+v:' .7 . r-
ABSTRACT: "-e article gives weneral infor7r,~iiion on investirq,,ion~
pressure .~~ef. Pn~ ~es~!ri~es experi-n-s
out for -eqsuring t~~e arc p!~essure 'or c.;rrents 9---ve
7or this P,_.r~ose R special -4pvi-e, F,cw, in
was 4esipnel with t~,t~ ql-; of wn,.-n -eF4F~ireTren,_~z -f Drpn
arc under fl_~x were Lerfcr--i ! ~escrip
experiments is given, -'.s 9 it wRs sta-e,41 t-n, 1,rc-n
rressure and the pressre Df an qrc -_in,~er ".,-;x qre 917,S,
sirp,ilRr, and that t~~(-re is 'v a very slight difference,
to the increase of was forTR-ion Irorn tre mP_-,nF of " x
-here is 1 -liagrair., r t-~',Les i7r-9pr.s, qn-1 referer-ez,
which are 7vi et -,er!nqn -n nF, I ish .
_nstit-.* -e-a'-: ime-'.
e t a I r g.y imr- '. A.A.
Card 1/1 1. Electric &rcs-Pressure 2. Electric welding-Equipment

33813
5/1)-/62/OOC/Cr, 1/-j921/23-
A052/AlOl
AUT1HOR Petr"in,
TITLE, The thermal and fr*_-~hsLnial effect cf a high-power arc on the weld-
ing bath
PERIODICALs Refera.ivnyv znurnal, Me.-allurgiya, no. 1, 1961', 5-6, abstract
1E28 (V at. "Protse.say pavlenlya cancvn. metalla pri svarke", Mos-
cow. AN SSSR, 1960, 117 - 166)
th & -rrka"~ an:! ac-l-lon Df trie arc was investigated in
.~'r ~Owr
appl'-,at.11or to 4'~je 8,11,Dne -r arc wAiding iffLaer flux, whIch !a zharacterized
by ffts nigh ab_1_1tN -,-~ dee;*n Lr~-.c the base The following phenomena were
st,.idied: The. effec- zf the arc :*--pening on '~.he eCfectIveness of the heating of
the base me"tal, -~rle 1,11-CsRi-c- of -rie nigh-;cwer arc on -.he welding bath, the neat
flow of ,,a ~-wtrf,_. welding arr, ander flax, -%he welding bBtj-., methods
of CalcalatIng '~ne dlmonblonl' the form the fuBlon zone outlines.
Concl-slonsi 1) Tht degrr-.,:- cl '..fte nigh-power arc Immersion under Clux into the
base metal' ln?reasr-i w:'x, ~np Innnease of the 2,,rrent decrease of the arn
voltage &nd -,f ine c-:,, .'i i- wr-~, 2) Wt"' the deepening cf the arc the
Car~ 1/ 3

33813
S /137./62.,"- 21'
7-ic- -.ne I a: e! -T,- f A,52/Al-,-'
effe-i~'ve w,rxjiie-,(- -ncreases ~-onsiderat-y ~ the amount
of tre ne:it t7N a ieepenea ar - .)ver tne fusion zor-e wdt.-. Is ty
2 3% f, I ghe r T h &n a T -.h~ f E, e a r vip ng . 3) The ar~ ieepenlng is conne2+,-d
w!tr !*.e me,hai.!~a'- a;id Increases wl.6 are pressure. Th,:~ pressure of
'-he hIgh-p-.wPr arc --i several times trie pressure of arcs applied at the
man,al wn1ding, &rxi -.Ke sq-iare frrvon of the :urrent; with the increase (.-f
tyLe _e 2 A'-." d ' BITI- -~I le a r - ;,re a zs -a re dp ~ re ase s s llgh,~1~ . 4) The heat flow of
the deeptried welairg ar, -'s rv.~r-ur!f~lrm-*y over the fusion surface.
T~-,e m"Im-im f'-Dw i-% Aserved Ir. ,~he, centre of the heating spot and
de,~reases 17, Tne hea; fiow 2or.::entrat;on decreases with the In-
,reaso c,!' tt,,e ,r,-e, -,,
!r r-~hse ~' -.ri6 ar- %.-jltage and da,,rease of thn welding
apee 1. 5", ynP a:-, t" '..ne metal (-L)r.,:.ributes to the fact that the
mair. pa:- c' nei- ~-Dw ',,Iic Evrfa,--6 a:-~, Is applied to the aqt.ve see-
t1or, of the fus'on z,:r,-3 a-nd only a snip-11 part to the meta-l surface beyond the
fusion zoz~e :1,-n!t,. I' Tne da--a ottained or The heat flow distribution of the
deepened arc -t, D-ne -k~-jlatx- %ne fijalor, z-one dimensions accordIng to the
model :;f -.he nornj3 -,S SC. -1.6 . 7) Rie ta!--ulatlons -,)y the model of the
lt~pt. soir--t~ w*.-.t; arw allcwan3, for the addItIonal heat introduced
Card 2.,'~

33813
3/137/62/000//OC 1/092/23-
The thermal and mecharllza.- e"fect ... A052/A101
by fused metal ca-ri te usect fcr del~ermiring tne thermal cycle of weidlng in 'Lne
next-to-se&m zcne. The-F4 are 28 references.
V. Tarisova
[Avstrac-~er's ncte:
Ca rd 3/3

SOV/160-5q-2-12/34
AUTHORS: Yerokhin, A.A., and Petrunichev, V.A. (Moscow)
TITLE: Kinetics of the Fusfon ana Er"n"Yo-TIO-Metal Tran-for
Process in Arc Welding (Fdnetij,'a protsessa nlavleni-ia i
perenosa elektrodnogo met-alla pri dugcvcy sva-_r~r.e)
PERIODICAL: Izvestiya AkademLi Nauk SSSR, Otdeleniye teklullches
nauk, Metallurgiya i toplivo, 1959, Nr 2, PP 70-77 (USSR)
(+ 1 plate)
ABSTRACT: In this investigation shadow cine-photography, witil a
type SKS-1 camera and a Jupiter Il teleobjective was us,~,].
to study the working 2,one in are welding. A 3 kW laml:
and a condenser were used for illumination, with red ~,nd
blue-green filters to reduce arc brightness. The
photography was carried out by LAKKI. The active su,-"
in the electrode and the arc flaine are shown in Fig -7-1
while Fig 2 shows secondary effects. Tllat changes o,:~2--r-
with time is shown in high speed sequences in Figs ~, 4
and 5, illustrating respectively, the behaviour of a drop
on the electrode, of metal being transformed by short-
circuiting and of metal being transferred dropwise. The
nature of the electrode-wire steel influenced the effects.
X-ray photography showed t~lat contrary to the views
Card 1/3 V.A. Lapidus, the drops in transfer are not hollow (F-',----

SOV/180-59-2-12/34
Kinetics of the Fusion and Electrode-Yetal Transfer Pro2ess im Arc
Welding
Arc length was found to be the main factor governing the
form of transfer. The authors go on to discuss, on the
basis of heat evolution, the kinetics of drop growth and
transfer from electrode to seam. Although they could not
determine directly drop weight from their photographs,
they were able to deduce the rate of change of drop
weight; and this, coupled with indirect determinations
of initial drop weight, led to the weight vs time relaticn
(Fig 7, Table 1). his confirmed that the rate of
electrode melting decreases with drop growth and shcwed
the irregularity of the whole process. Figs 8 and ~ s.)cw
the distribution of drops with their time of existen:~e
for different currents and voltai7es, respectively. Ii-.
their discussion of the effect of the nature of metal
transfer on electrode melting they give some resuits of
measurements with electrode vibration (Table 2) and s~,c,w
that this reduces the average drop-life and increase in
the melting-coefficient value. Noting the predominat-ir,1-
influence of current strength on productivity the aut!iors
-ard 2/3 give results of measurements of ti-le main parameter3 fcr

suv/lbO-59-2-12/34
KineLics of the Fusion and Electrode-Metal Tranzfer Prcce3s in Ar~
Welling
various welding conditions (Table 3, Fig 10). They
discuss the influence of individual factors.
There are 10 figures, 3 tables and 4 references, 3 of
which are Soviet and 1 English.
ASSOCIATION: Institut Metallurgii AN SSSR (Institute of
Metallurgy AS USSR)
SUBMITTED: December 1, 1958
Card 3/3

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S/135/61/000/005/001/011
AOO6/A1O1
AUTHORS: KulagIn I D ; Petrunichev, V. A., Candidates of Technical Sciences,
and N1k'o1_jMev A
TITLE: Investigating the cyt~ing with are plasma jet singled out from a
cathode flame
PERIODICAL: Svarochnoye prolzvodstv~, no. 5, 1961, 1-4
TEXT: A plasma jet is used for severing and surface-planing of different
materials. The plasma jet is produced by discharge of an arc excited between
tungsten electrode I and water cooled copper nozzle 2 (Fig. 1), (Ref. 1, 2). Gas
is blown through the nozzle along the cathode flame which is Ionized and leaves
the nozzle in the form of a bright plasma jet attaining temperatures of 10,0W
15,0000C and more. Of the two existing methods of plasma cutting, namely with
the use of a plasma are, singled out from or coinciding with the cathode flame,
the authors selected the second method to investigate the heat characteristics
and the cutting properties of the plasma arc. The Information includes the
designing of a plasma torch developed for the cutting of a number of materials.
The efficiency of the cutting process depends considerably on the effective
Card 1/10