SCIENTIFIC ABSTRACT PAVLISHCHEV, V. B. - PAVLONSKIY, YA. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239610002-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOROKO, L.N., inzh.; FILONOV, V.A., inzh.; XSENZUK, F.A., inzh*;
TSIRUN It B.M. p inzh.; inzh. Prinizali
uchastiye: BABAKOV, A.A.; BOROVSKIY, V.V., 'ASHCHEMOp B.V.;
UZUTIN, A.G.; ZAVERILUKHA, A.M.; FKAJFK;19rM,, I.V.; ORWVA, T.K.
Experimental rolling of stainless steel slabs on a 1200 inill
with coilers in the furnace. Stall 21 no.12:1092-1096 D 161.
(MIRA 14-:2)
1. Zavod "Zaporozhstall" (for Soroko, Filonov, Ksenzuk,
TSirlin., Pavlishchev).
(Rolling mills-Bouipment and supplies)
(Steel, Stainless)

VIB.., in2h.; PAVLISHCHEV V.B...inah.;
FILORLIV,, V.A., in" [deceased]; IOLk# -
PEMMO, LS., inzh.
Flame scarfing of stainless sUel ingots and the preparation of slabs
for rolling* Stall 23 no .1:73-75 Ja 163. (KERA 16:2)
1. Zavod OZaporozhste.110.
(Steel ingots--Cleaning) (Steel, Stainless-CleanIng)

FILOVDV, VoA., insho [deceased]; YUD1N, M.I., ino.; LOLA.. V.N., insh.;
IWSHOVICH, V.S.p insb.; AVR&MENKO, I.N., inzb.; PAVLISHCHEV, V.B.., -irtzh.
Now technology for the production of wode-strip stainless steel with
a thickness of less thpk 1#5 Mme Stall 23 no.1:60--61 Ja 163,
WrA 16:2.)
11 Zavod *Zaporozhatal'O.
(Rolling (Metalwork))

A054/A127
AlMiC~33. Soroko, L.N.; F110nov, V.A.; Xsenzuk, F.A.; TFIrlin, B.M.; Pav -
li5richev, V.B.; - Engineers
71-.-Et Test rolling of Stai-lle5S 2t""I slabn on the "1,200" mil', witty
reelers In the furnace
Stal'. no, j2, 1961, 1,092 - ,ff)6
TEX7 The ,ossir,111ty and the advantagen of hnt rolling stainies:; st,e.
~~U~ dcub.'~-pnaso structure on the "1200" reveraine mill of th.-
ji', wert ~;'~udlcd. The quality or iurface and viges an(i tno thickness dieft-
~~.ngitudllnally nd laterally) of the stainlonti stool alabn Wel"E' co.~parvd
for .n- "1200" nill and a not-r9llIng continuous sheet mill. 22 LInbn mido Of
tnre,? heatn of ILP,%T (I?rhlBN9T) and 2 atfd grades of aL-canite-ferritp ntr-~C.
tare (A. 18 and B, 6 slabs), totalling 82 tongs were rolled during the tests.
.ne i-labs Kere heated In a pusher-type furnace, fuclled by blazt-furnace gaa.
The rcqLired heating time was originally fixed at 2 h 40 min, but actuai,y th,s
1)erl,,d varied within wide limits, due to delays in rolling the strip on the fb~-
isning stand. The required rolling temp6rature and heating quality could be a-)-
Card 1/3

S 33, t_,11000 c~ 121 0(;', "U'06
A
nu.-ed n'he pusher-typp furn.3rp. When r~11!ng on Iho rnuj7ninz i~,_.ini
the !cad en the motor Increarrd, exceeding tne maxIMUM :,:,11
carbon steel slat~E 1,000 unp. Further tezts were cirrled ou'
razses which yleldel satisfactory rolling rrsults zf the tel. on
the !1oji~,'1j.,jg sTa-rid, On the "InishinF stand the load on the rialln m0cl j1d 1, 1
~xc",.d 'he lim as a rulle, only the value of the RMS current waa some
e, reducing the rollng rpved. It was founa that zome par,,!~ ~ It.-
stand are unsuitable for r,,IIInS stainless steel at a temperature tit
t~.e r~:!Ing end of 900 - 92(,0C. The capacity of the drums Is InsuMclen' t,
I j.,, otrlps at a reduced temperature with a non-unIforzi thichne55 (Lp t-i~ 11,
r,:r,, The guldes, the mrtor, the ball-boarInga (with liquid friction) 6n(,ulo
5 L,~ adaptea to the net conditIons when rolling zl,.-~Inless steel Inflteid , r
c~rt,Dn --tee! Another drawback of the process tested 15 that the strip
r-;,,tIn1ng cutside the furnace, ccol down quickly and thia results In dlffer,~rai,
.n :~rlp-thl_kness. mainly over the strip lengths, On one Bector 7 - 10 r, _ng
a,, ..he end of the strip the maximum deviatlon5 In thicXneen amount to U-29
C,.W~ mm (at a rated thicknesn. of the test strip of 3 ffin), while there drviallxu
only to O.V1 - 0.20 when rolling trio tjwr& btripa on 'trio continuous mAll.
The tnickness differences over the strip cross iectlon are about the aa= an on
Car,! 2,'~_

3/ 133/61/ 000/01 ?-/ C)Dl/'Y;6
r.-ng. c-f btainle~A steel sianR -n .... A054/A127
--n*-!t--~,-~ mill (0-1, - 0. 19 rr= and 0.07 - D. . rjr,. respectlve'y). D~ ~- I
fluctuatl-rls in Lhicknesn and temperal~ure a:ong the 5~rlr'
V-1 t-iocPd uniformly ovpr Its Pritire length and this results In waviness
~Y'l W~rp~'r.g. It was possible to eliminate these defects at tne expen,3e
r ~;j ~ed. and, thnrefore, of tho output. The quality of tht.-edges arl tr.p
t-! f. :,~ wi.. t-ettor for strips rolled on the "1200" reversing mll wil~h th-
in tlip furnace. There were no cracks at the edges and surface defer,*.~
f mr-cr-n--al or1gin (scratches, grooves) were fewer than In the convi-ntlcna~
- :- 1 '-) -~ .HydrauAc scale removal was not applied at it wbs feared to reduce tfe
-,mT.-,~rature of tne rtrip ends. Due to this, however, the m111 scale on the
lied into the surface and, therefore, It was'found more expedient
z,r*,p was ro.
,,rt t , use this measure-
There are 3 tables.
'~,OCIATION. Zavod "Zaporozhstal"' ("Zaporozhstal"' Plant)
bard 3/3

ACC NRi AT601z)0~1i SOU11CE CODE: UR/.3177/6r)/021/000/00:38/00~)2
AUT11011: Clicklivii, i~ 11, (Acadeni ician AN UkrSSIO; Sjf'.yqL), I h,ssor'
b1cleshko, V. 1, i(I i I r i)f tochnical science-n); llrnkoflyr~v, V. 1. (Cnwh - 1 (4 Inchnical
(Engmecr)
Mulin, D. 11. nj-tiw, i). Lola, V. N. (Enginuer), Moi,tihovich, V, ;i. (Engtnccr); lli~-Iishcljev
13, (Enrinver); oi-,,ko, b. . (I.,mrincer); titikhobrus, Ye. 11. (Engineer); Kl.iol
j'rE_nF,incer,'; Yudin, Al. 1. (Engineer)
ORG: none ' J~
1A \b
TITLE: Improvements in tbe tvchniquvs of prothiction of Khl8Nl0T cold-rolled wide-Btrip
steel at tho, Zaporozhst;ill 1)1.uitjl
SOURCE: Dncj2r2pe1-rovsk. Institut chernoX i wtallurgi . J'rudy, v. 21, 1965. Prokatnoye
proizvoddtvo (Welding production), 38-52
TOPIC TAGS: stainless steel, bright stock 1uhricant, mcW1 rolling, sheet metal, industrial
Plant / Hhl8NIOT stainless steel, P-28 bright stock lubricant
ABSTRACT: On ine reasing to 11. 8 tons f rom the previous 10. 3 tons the weight of the ingots
Cord

L
ACC NR, AT6012089
7,
of Kbl8N10T stainless steel used to produce 1000 min wide phects the Zaporozhstal' Plant
found it possible to reduce by 40-50 kl,/n]1712 the wastage of mebil (luring slabbing. Offier inno-
vations introduced in recent years at Wis plant include: fettling, name scarfing and planing
of ingot surfaces so as to eliminatv drfec(s of metallurgical origin prior to slabbing. niese
measures, along with iniprovenicias in the ingot reheating regime, have made it possible to
increase the productivity of slabbing mills by 15-20"V. The ingots theinse ~k es are cone-shaped
in order to optimize the conditions of crystallization of the 111olten met.1 1. Aftvr trimming and
heating to 1050-1300*C the slabs proceed to a continuous strip mill where they are rolled into
1000 mm wide strip. By. introducing the coid rolling of this strip in a reversible four-high mul
with a reduction of 85% and by abandoning the practice of intermediate quenching during the
Produ tion of 0. B-1. 4 mm th!ck sheet ii rol Ie(l froniJ.0 inin thick stock, using P-28 biig, it
Stocilifl(highly viscous mineral oil) as the lubricantil using highly polished rolls, and increasing
the convexity of the rolls to offset the increase In roil pressure, and thus streamlining the
'rolling techniques to an extent at which it became possible to roil in 13 passes 0. 8 mm thick
Istrip without overloading the rolls and main drive, the Zaporozhstall Plant has found it possible
to increase by 81% the productivity of its sheet mill and by 160%, the productivity of its rever-
sible cold-rolling mill. The annual savings produced by these innovations amount to: for the
slabbing-mill shop, 162, 000 rubles; for the sheet-mill shop, 91, 000 rubles; for the cold roUlng
shop, 719,000 rubles. Orig. art. has: 3 figures, 9 tables.
ISUB CODE: 13, U/ SUBM DATE: none/ OJUG REF: 015
Cwd 2./2_ U-, -47
4, ~r_

Yl--VIA~HCHUEF V.F.
Kul d exLr a--', f rc-,Zi ~- ~-:f a--,: - ' r. a r T rr-at--- I r t pa -a .-
_ lay, ra.,t- 'in I I. Vos i,
detitorl a. Mat- k I L'v:'r . z he i I. i d, uj,
no.5tJ63-166 I t-, 1, 17.w
2. 01cruzlinoy '.~~,77,inl(hnykh Ttkhorkeanakogc.
-.1k.T-iga.

, PAVLISHRI;, I X. , ITEZITIPMCIRM, 1.
"Controlled Groving of Winter Wheat Plants with Unstable Harcaty." Tr. from the Russi-an.
p. 28. (ZA SOCIALISTICKE ZI-27DELSM, Vol. 4, no. 1, Jan. 1954, Praha, ~:zschoslovalkia)
So: Monthly List of East European Accessions, LC, Vol. 3, 110. 5, :Jay 1954/Uncla-,sified

rip-nilpaimmy" 1.1)., PAVL1SHIN, M.N.
7'ransforming 4inter wheat by directed conditicning of p1anta witti
loosened harell'.y. Aiyrobiclogiin n(,,2:272-2-7 Mr-Ap "')3.
(MIRA lt);7)
1. Llv)v.-;kiy st3l'skr)khozyay,,3t-vonrIy.,, institut.
(wheat)

I , s , i iI'l , N .
IIECH MRGM ', I ~D. uokLor , j1 I~,ckhoz3,ayqtvannykh muk; POLISHI-N,1- --- -I--
POLYAKOITA, LAI,.. LL;YUK, 1.1 1-
0. -,i,,rt3nce o* nat : d aeca-etJon of naw-thorn and medlar.
A-.,-;-~.Lliologiia nc;,(', J19 920 Ili-D '61. 15.2-
1. L,v.-v '~.--'y sellskol,-Iiozyayqtv--=yy institut.
~, 1: awt 11 o r,-, I- ('Medlar)

PAVLISHIN, V.A. Ch-3r"sskoy oblasti, ud. 3nev~henko,
d. 52); Sl'rKCYVSKI'-f, N.E. f -.orsu-,i I --She-ichenkovsk I y, Cherkasskoy ablast ~- I
ul. Shav--tienko, d.5.)
Abd(minal syndrome im rVocardial ixif&rctiori. Vast. khir. 92 no.l:
93-94 Ja 164. OC~-A 17:41-1)
1. Iz khiz-argicheskogo ctuJelonl~a Korsuri'Shavcherikovskoy bc,l Irii tsy
(clavnyy vrach - V.A. Pa, - , Charkasakoy oblasti.

PAVLTS111'. 0 V.I.; V.yco
Some cf I z,,,i,!ori and gen,~., 'e --.1 , ! --,, ~ *./ -
from rack q ben-f! r- I a V~d ,i It,". I or minera Its (7- - n I,.
Min.sbor. 18 no.3:',07-331i 1 -,4. (MIRA 1-8:8)
1. GosudarfAvenTivy LjTiiV(2j9iLOt Imeni Fra-A,~, 1,",'(-v I tA
ge-C,!ogi,Aesj-.ikh rAuk AN Kiyev.

MATKOVSKIY, O.I.i PAVLISHIN, V.I,j FRIKAZGHIKOV, L.4.
Biotite from rocks en-rinhad by dark-colored minera1z. Rtn. 960r.
no.l7t220-225 16~~ (MBU 17-11.
1. Gosuda?-btverLny:i antverBltnt tTx-4n-, Franko, LIVO-V i volodarok-
Volynakly Ekiped.,.trIv- "Iyevokogo sovet-i narodnogo khozyaystva.

HATKOVSKIY, 0.1.; YASINSKAYA, A.A.; CHULOCHNIKOTj V.I.; PAVLISHIN, V.I.
SulfJde and complex metal deposits In the Chivchin Mountains.
Min. sbor. no.16:273-284 162. (MIRk 16:10)
1. CYD$Wartjtvennyy universitet imeni Ivana Franko, L'vov I
Llvovskaya geologicheskaya ekspeditsiya.
(Carpathian 14ountains--Ore deposits)

KUSKEV, V.G.; PAVUSHIN, V.11.
Xngnssium-ferrugl noun low alum!ns micas fromi the rocke of Uw
northern Krivoy Rog Davin. Minoribor. 18 no.1a49-58 964.
(MIRA 1635)
1. LabDratoriya geologii dokembriya AN SSSR, Leningrad i
Gosudaretvennyy universitet ineni Ivana Frankoj, L'vov.

PAVLISH1N V.I.; SLIVKO, M.M.
-,P , - 1.
IsomDrphic mixability In the series CaCO3-NhCO3' Min. sbor.
no.l6t445-449 162. (MIRA 16:10)
1. Gosudarstvennyy universitet imeni Ivana Franko, Llvov.
(pystems (Chemistry)) (Calcium carbonate)
(Manganese carbonate)

ME 1WHIM, U I.; PAVLISHIN, V.I.
Feodorov Scientific Session, Min. abor. no.15.448-449 161.
O'CLF1. 15: 6)
1. Gosudarstvennyy universitet, L'vcv.
(Mineralogy)

PAVLISKA, Svatopluk
Reconstruction of cupolas with the diameter of 900 nm according to
the principles of modern me7ting techniques. Slevarerstvi 9 no.11:
430-431 N '61.
1. Transporta, r-.p., Frydlant nad Ostravici.
(Cupola furnaces) (Founding)

Anthropology
Karel; )n -,,ot :7iven-7.
"Conforcnce of -ra,~'-Iora and in t 0
of
ic, 'Jucl, Val 7 ")0
7
Tac. c-~i. annivi,,r~i!'ry of t,~:~ death
0" u
of on ej lc; zo-, at dottw,~ldov. _-,~o confer-
ancc ,;.as s, r,nsoi-od .-Y --he .~t 60ciety Of the CZQC'tloslova~,
Academy at Brno. 66 Czach narticinants, 2 from Blulr!aria, 2 frorr,
"oland, nd I fr-o-, Scotland v.,ere nrezent. ZrJ of
rov i t)w o~ -u r 0 7 0 C r o~- -ivon. Aio reference3.
1/1
ROIKOVP S.R.; ZHUBANOV, B.A.; GUMAMALIYEVA, K.Z.; PAVLITENKO,, L.V.
Polymer synthesis. Part 4: Synthesis of mixed polyamides based
on xylylenediamine, hexaza.-thylenediamine., and adipic acid. Vysokom.
soed. 4 no.3:414-418 Mr 162. WIRA 15:3)
1. Institut kbimicheskikh nalik AN KazSSR.
(Polyamides)

C/)
2. 'C34, 'LC
R:; f
v
1. e s I x
I 1 3
1 A ",'111 il C
S tu"~ x I d c: sf~ c;.-,
al~d -'.-xj i er. E: z I aM t
t C) r e a c t r~S.: S'v 0
1 C.acl a :1
0 1 "- a:-'I d, i-- 5as -um~ d 1, :1 in-,r,:.djc. c r.c
r riE s t -D t'-c alio'-.~- I CI I f cc
L Cn n-- : - I
s t mi c t u 1-,~e f - 1 r. c: s c h a n E vc, f t h to r t i t; -7.X
p- an~4 m-I -olyamides ther,~fare bc studit~d. i :' C: T n.
zy po 1 y c ond ens at ' on of co rre s pond'- rC d i ami ne s a: t sm i x u d A A
r f d 4- am i n e 3re SO: 20,
ratio:, o 5 5 5 0
Ihe meltini- .~cirn*s of salts obtained --c
ar. d 9- -.-eous-alcoholic
lard 1 17

S/1 90162/0041005,'V 14,
Studies in the 'ield of... B110/B144
solutions were p-1 + III = 233cC, m-I + III = 1870C, II + 171 o-
Polycondensation was conducted in an N stream. at a teu.,,)erature el o,~%-
2
270'C but hiEher than the meltinj- point. The thermomechani cal curvr-s
found writh an apparatus by B. L. Tsetlin et al (Zavodsk. labor.,
19,16), the meltinE points ;:ere d~_termined accordinE to P. J. Flory, u,,.C:
the intrinsic visco--i ties in cresol or highly concentrated H ~0 . were also
2 4
hard, stable, horn' ' !~:e,
determined. All mixed I and III polyamides arc
and insoluble in the usual solvents. Their melts yield semitrL .. s:)&rert
-fibers which can be cold drawn by 300-400 7fo. alleltinr :)oints an,. flov:
tenoeratureg of m-I + IT!, D_I + 171, and p-1 + 11 + IIT pol~am.--d--s
aLnc~ease continuously with the LLnount of I residue. This'su,,Jests
isomorDhous substitution of I residues in the cr,,stallinc reCion. ,he
distinct mirimum of the softeninC point - composition curve for
M-I + III : P-I + III = 40 : 60 and II + III : P-I + I:.! ` _~C : 7~ i s
probably due to a lareer --mount of amorphous polymer &no copolyr,.vr.
Different dependences on ~h(i composition of mixed m-l, ILI, an,1 III polly-
amides are probable due to: (1) creat difference in the linear dimensions
of diamines and (2) d1sturbance of axial symmetry of the macromclecui,: 'ty
Card 2/3

COUNTRY : 'D; Gc 3 T-k V IA 11
CATEGORY : Fh,,~-rnacolorr axid -,IoxicoloCy. rChcnot%~~rp-:-,cutjc:.j
Ant'blnt'c~i
PZhRinl., Vc. 19~9, 40.
A U
'.,aviltsa, D.;
IT'ST.
T-,TLE Lllcr:-,ic ilanifestations Af ter Administrat ion
of -lenicillin
:T,'- -1," s n V: 10 r-7 11
CAR5:

KHLCPKOV, A.M.; STHDKINA, O.S.; PAYLITSKAYA, S.S.; GAVRIL0VA, K.K.;
KOROCHKIIN, L.I.
Changes in the organs of horse3 used for the production of
serum against tick-borne encephalitis. Trudy TmNIM 11:
311-318 '60. (MIRA 16:2)
1. Tomskiy mauchno-issledovatellskiy institut vaktsin i sy7orotok
i kafedra gistologi-i Tomskogo meditsinskogo instituta.
(EZ,CEPHALITIS) (LABORATORY ANDLU-S-DISEASES) (SERUM)

12117
AV211ORS: Grit:orlyev, Ye. P. , -'o 'I o t a vi nV.
Pavlitsk.aya, Ye. D.
TITLEs On the Decoy of Rh 106 (0 raspade Rh 106
PERIODICAL: 1~.ve3ti..*a Akademil 7h) uk :3t3 "I It , 3v, riy a Pi '..I CIO- blla~- it
Vol. 22, Jlr .", pp. 194 - 197 (USSR)
AB32RACTi Zhij ij a lectiiru hoH at tku VII All Union Ccnw-lt-t~vp C,~r-
fore nce on ',*uc I e a r jpe c tro a copy , vil) 4ch via3 6 ovotei I t , ~ *~~lu
invc.,ti,atlor of radiation accompary~'n~; the radioartive
transmi o' '-~u 1 ~56 i, Wh 106 Pd'l 06 vliL~. t1,.(, of
-:32ec ,, rome ter wi V,, doizble focusin6. (Ref 1). In, ap'pa-
ratus tl-.~ diaphraj-,ms near to the source were rumovc-d "".e
thic-!k,neo~- of t~~e otherc increased to from ~; - 9 mm .`if- ir-
side of ~~e aparatus. at the rim of the diaphra,-m5 !-,oare~;t
to the scurce, .,,,ag boated witi beryllium, pl,,.te,3 21,F cr--
version llnes, 0~e com~.ete /' -spvcLrum L,.T,.d tl-lo
photc, (2:ectrons were ii.ve3tif,-ated. 10
1) 1,, t:~e i7.vest--';ation of the ccntiniio~~a
Card 1/3 resiilts werL, obtained, whic'-, ~o no'. corresp-nd t3 t.,2 la*.~.

(in the Decay of 1111 106
by A 1 r ( Re f 2 ) %T it". rc. npec t t,, t:.c. c 2
e , n e .
Apectrum (. nsitj coi:iporents). Therefore con~rcl uxVeri7.c1r.',s
were ~,crforiied witr, the ~~_sr 42~
i . of p32, A376 . -
,e c tre y
lead tc the conclusion that the spectrometer accurately re-
produce,~i O,c "cr.,: ~C t!:c C --spectra up to 3 :,11OV, t h I --,
value, hcaever, a distortion of the shape io Z)Ale
obaervatio:. of in'erral oonversion proved tc bc .1iffi(n.1t, ~,:,d
it -aas ~osoille to measure the K ai,d L ronvc-i:si,!, lines
of the trarsiti~_n with an eneri,~-y of 513 and 623 -.0. 11. "As
caze t,.e d%tz, ~j.- Al'i,,r~:er correspond tv t~ie ')Pre re-
sults, wit', t~:(2 cxecption of the line L-623, 'llone I..'an
treated in 9ii;3 iper. 3) The n pe c t rU 10: "Ills IL
t!:as r, ex.- ~ancd ac,,ordin,, to the i.,Ilutr electror,
synmetri.,: nc,~rcc.
n -a' 7 1L_; tWO d I rC(' t i0 II, S: 2he 1,11,; tu e, le'l " r~2-3
cif t'.e .' t;_r-.3itionn aith ~13, ,125 nA 1V,5,' keV were measured.,
and V-~_ir r(_-_i:eotivc intensity was dete-iiined. Pb, T31 ar.u '.'h
served u.-, b) 2he ran~je from 100 - '00 'r-eV
1nvesti.--tQd :::,,d(-,r 'lie a_,sunp~ion that acccrdin!_ to the
scneme, t.., trz~ns_itjon witl: thu enert;ies 150, 220, :)'0, 54~~
U711 390 k(:N `)u lLoter:iired. 2he ex-.erimant prcVed LO
Card 213 be difficult. ':c, ihto )ea~zs ccul-' lie fourd

On the Dcca7 of D io6
-, -, 12 /1 -
and the upper inter :citi limit of the possible -.ransitiorz;
wis assumed to i3c ). I o~ 3 , f tile in ton si ty of -luanta -.;ith
the cnerry of 513 1'eV- 4) The authors establisled discre.-
pancies in the decn.y scl.ciic by A] burger( bet'veen tale
cwiponent5 of the -spctrum and the relative intcr-,3 ties
of the ), -trunuiti~)ns' t-~at 13 to say for the ty;~c E ..c
c o rd i n-:- t o t ~. c- h e r e c- 1) t,, i n A resu I ts tt, e c ~, e f f i - , .; :- f Z'!. L
intensity coi.-,ponents of the tranoitior, o~-nverz;: -n a'. ',-,I ke','
f -3
iounts to ~ 3 '5 L l ) - I (" allich v:'1110 11190 Co-'ru.1p 11'~j .(- t"U
cc-n--,A-ition of E 2 (,- , e5 10- 3 ) (Ref 3) ~ -",c re s, r(2 ' f i -~ -Q
1 table, and 11 references, 5 o' -;hick-, arf-- SC)jrj(!,
ASSOCU.-ION: Fizic'iej!1:ij institut L&,.Jn,~-.ads':oc0 60S. vjnivcr~itcf~- i-_.
A - A Zhd-~nova
(Ph~-sics Institute, L(:z:ir, -rad State University A
Zhdarcv)
AVAIL.ABL-'- Library of CunGress
1~ 1. TIM then IlLun-Decay- Kna lye i a
Card 3/1

V/-) T-~'kJi ~ P, [)
GRIGOROYN, Yo* P.; ZOIDTAVIN, A#Vo.; KUZIKIN. I.I.; PAVLITSKATA. 79.D.
0b the lh!06 decay. liv. AN SSSR. 39r. f12. 2z noo'2:194-19? 1 158,
(MM U:4)
1, Fisicheekly lustitut Imningradskogo goimdaretyemxogo univermi-
tat& In* J6A, Zhdaxurm~
(11hodlum-lootopen-Decay) (Phenium-Isotopes-Dooay)

,nn
r17yA-1TV1AYi9' yk,-T
BOBOIRVSKIT, V.I.; PAV3=KATA* T-so-It
-""~--
[How to prospect for fluorite] Kak iskat' f1luorit. Moskva, Goa.
Isd-vo gaol. lit-ry, 1952. 23 P. (MLRA 7:3)
(Fluorite)

FAURCHEMO, S.Ye.
Comparative evaltation of therapei;tic methods used in polypi of
the female urinary canal. Urologiia 25 no. 5.56-56 -S--0 ~60.
(~MRA 14: 1)
(URETHM-TUMORS)

VOVKv I.N.; PAVLIV, B.A.
Conversion of imono- and diphosphohaxoses by hemolyantea of erythrocytes
in cattle and swine. Ukr. biokhim. zhur. 37 no.3031-344 165.
(MIRA 180)
1. Kafedra biokh!Lmii Llvovskogo zoovaterinarnogo instituta.

PAVLIV~ Me w
Accuracy of interpolatinst vater level markere. Good. i kart.
no.4:17-20 Ap 163. (MIRA 16s6)
(stream neasurenente)
(Aerial pbotogmmwtz7)

PMILIV, Yu.V., insh.
Deterzaination of ths dew point and corrovive activity of boiler
flue gases. Energetik 11 no.5.09-41 W 163. (MIRA 16:7)
(Boilers) (Furnaces)

PAVLIV, Yu.V. , lnzh. ; BOTVINOV, V.P. , inzh. ; KRYLINSKIY, S.M. , t,3khnik
, gari. Flek. sta.
Special features of firinp the mm-84 boilers using
(~JTR_A IF.
35 no.6:2-6 Je 164. - .1)

,~!~ . I- - i - , . z! - ; :;~ . j, . . ; . , . .- . . . . . . . -
I:,I.I,rl:, : El I . ~. 7 :. .
.It (I 'I ~tf * ,~ , :, ~ : 1 : . iT , 7 , : " :. :I t " " 1 , !, ` '. " T! ~ i . r . . . , - . . . I
"T - . I I I . .
" ii . I ! , . . - : - -

ATD F
Subject IISSR/Electricity
Card 1/1 Pub. 29 - 4/25
Authors Vnukov, A. K., Ye. I. Volkova and Yu. V. Pavllv. Engs.
Title Measuring the temperatures of drums of high pressur-
boilers during the firing
Periodical Energetik, 12, 10-11, D 1955
Abstract According to the circulars of the Technical AJmlndstr,~tion
of the Ministry of Electric Power Stations 4/,r52 and
T1/54, the firing of high pressure boilers has to be ~jone
in such a way, that the temperature differences between
the hotte8t and 8oldest parts of the boiler drums do not
exceed 30 to 50 C. The authors present a simplIfled
method of measuring drum temperatures. Three drawIngs.
Institution : None
Submitted : No date

VNUKOV, A.K., Inshener; VOLKOVA, Ye.I., inshener; RAVLIV. Yu.V., inzhener.
Measuring the temperatures in hW.-pressure bollpr drums during
firing. Energetik 3 no.12:10-11 11 155. (KLRA 9:2)
(Bollern)

A-1
13C
,.d by
As. 's
N.; sk c tr4 WWI
tgngM~
m
am,
mtw it 6
Wb;
OR uq
6.d J.
fm tilt cz~ two cd co by

A-1
d
mcbmuo U- kmaktoa by A*
Tb* ntv I' o#
watboponswe Ic
mttwa kwnm- biwig-way -d lot.
004 fig awoke . s-
it ig vw4 &�wW by HiP or HS WO
lostoka Mot be bull vbw us WI",. At a CMIL cg)wr-
MNW,) p b" 6600" V23L as .
84 dilkwt bm I tu &tome td
*0
sk.
10 b qqwtL
1 14
w k >
Oman co OD. o stow we
pboted 110
.'alt
0 "d;; owd up in mWokso W" 0. =OIL is a platimi-d
=dab" of H, taka p1m an tl* WMU es wru. and
way t* ~ 1e as torso as in qmst& J. J. 8-

FAVLIV, YII.V., inzh.
Protective system "or water intake in large modarn boilers.
Energetik 12 no.2-10-11 F '04. ( 1,7: /. )

I"

Leo:-,n3d, ~n o,,'
of lem-l!
X: ~.'nnthl
Uncl.

. PAVLIVKERS M., inzh.
Automatic machine prepa:rea and firealpiroohki. Obahchestv.pit. no.1-34,--36
Ja 163. 1 (MIRA 1634)
supplies)
lunchroom',
etc.-Equipment and
I.Restauranto0
(Asaembly%-lin methods)
II
i

- PAVLIYTrZ,--X..,--inzh.
Carbonated water vending machine. Obshchestv. pit. no. 8:20,S30
Ag 160. (MIRA 14:4)
(Vending machines) (Carbonated beverages)

1- .. i , , . -
I I t 1,7
.. rill - - , ; - .
-. - - , ", - I (
1 1. . .; z, I - . I , .
11 1,- 1
,..I - . I II -
- - M. , , . T sui , lles)

PAYLIME, M.
.
Filling the lens of a television set. Radio no,5:44 MY55.
(Television-Reesivers and reception) (KLRA 8:6)

-FAVLIVKER, M., inzh.
Food cartu for selling hot broakfast6and drinks* Obshchestv.
pit. no.7:32-33 JI 161. (MIRA 14:8)
(Restaurants, 30mchrooms, etc.-Equipment and supplies)

PAVLTY, Yw-iy Gr!gox-2yev-I-.,.Ii; TVIVILST, MikhaJ- ForfIrlyevi-Al.,
'e.3 GODIVIER, F.Te.,.
(Evacuation of the population of clitles.. a method of
protection from nuclear weapons'l Evalcuataiia nase3--nlla
gorodov - sposob zashchity A ladernogo oruzhila.
skva., DOSAAF, 1965. 29 p. (Mil;~A 18.7)

MDMARj,*P.I.; PUZRIN, L.G., LUTSYUK-KHUDIN, V.A.; PAVLIYC-PUK, G.A.;
VOLOSH)MVICH, G. Z.
low phenomenon of plastic welding in the weld zone. Dokl. AN
SSSR 148 no.5:1064 F 163. (MMA 16:3)
1. Institut elektrosvarki im. Ye.O.Patona AN UkrM. Predstavleno
akademikom B.Ye.Patonom.
(Welding)
. &M

_WT1MVFWP
I 0~12AI n__AA 1W)AYIPIdVEWPIV)
ACC 10 AIPGW142 CODI: VI/0125/66/000/001/0075/0076
AMOM...-Pawnyth"k, 9. A.; Popov,, To. N,
17=,- Iffiett of the additLi of various asounts of boron on the properties and
of 11437 DIckel-base steel
SOUMt Avtomstlebe6kaya warks. no. 1, 1966, 73-75
'h igth/EI437 nickel
superature strel
~70PIC TAGS: boron, nickel steel, weldabIlit hi h
A32MCT: 7he proneness of higb-Mi'helt-resistant alloys to form cracks In the near-
~weld zone during their fusion wo!!MA~ a major obstacre to the use FoMese alloys
4U w4ldinents. In this connec= a d a ti the effect of the additicyn
on, the 1-futhor 0 be
various momwits of boroUN0.0on and.0.45%) the properties and weldability of
f
11437,alloy. It ise t-aff-Ished that the strantRad yield point of 31437 alloy
'UST*d with 0.4!,.' 19 are higher than tb*_"___eT_ffw untreated specimens. This to par-
ticularly evident at bigh towiparatures: at SW'C strength and yield point Increase
Card 112 IMC- &21-291*.2A2*AfA-Q4fk-ril-54fl-22

ACC NRs AP6M142
40-45%. Vhat to more, strans-rupture tests at SOOC under a load of 29 ks/=2 showed
that the time to rupture for specimens treated with 0.45% 1 is nearly 10 tines an
lowas that of untratted specimens and 4 tines as long as that of specimens
treated with obocnB. As for weldability, no cracks in the weld and near-weld zones
of the specimens treated with 0.4nB were detected, who0as large hot cracks wort
observed under analogous conditions in Pe alloy Z14373 1 treat" withooonl. Thus.,
treating wistenitic-Blumic-t"s allovnr%tb O.nx is an effective malms of enhap-
clas theirmachanical " hish-t ratura strength while at the sam time preserv-
Ing their RISb pla'sticity., When ad as weld metal, owing to the prepenc* of a two-
to tonMot tracki-In-
pMse austenits-borlde structure, theme alloys are not prone
the weld. amd In tbe rear--m-al-dame during their fusion welding-, Orig. --art. boo: 2
figures and tables*
30~ 0=3 116 13 201, SM DLIS: nonal ORIC IV: 9D0/ UM'W: 000
Card 21200-

_I 23257-66 EVIT(m)/ElFF (n) _2/8WTP(v)jTr- 0T(WE-',;?VC) -1-i 1'~ C)
MCC AP6DO8072 DDUBCS CODE: CZ/w6~/6~/GDTJ/L)1)1/0()55/006.'
Medavzr, B. I.; a A.-PayliJauk, 0. A.; V.-=
ekotilo L. V.
Tr~
ORG - Institute for Electric fflging in. Ye. 0. Paton; Kiev (Institut elektroeverki)
TIT13: 7he alloying Of high t wature resifftantArNIMMIC type NI-aUoye by boron
Mf i M Kovowe sixterialy, no - Is,.1966, 55-63
"10FIC , !AGS nickel base alloy, CObma-t base &Uoy, boron containing &Uoy, veldabift,
plasticity
AWMCT: TM article dealle witb the lnvegtlga f the effect of high boron
content an t1w properties of nickel- and cuba.1=0alloys conducted at the Insti-
tuts Of neetric Veldizg 'La. To. 00 Paton. Tbe* 1westigation embraced alloys vith
0.003, 0-45s. and 0.70 per cent of boron and without It. The alloys were tkarnally
treated and subjected subsequently to meebanical, strength and veldabIlity tests.
MIS-remIts ~ of.+be tests are'Siven In tabulated florm.- They sbov tbeL the alloying of
.'tbw wAstabit I allayi =8 welded joints of the type Niumic by boron (0-3 to
0.7:pa'r C=Q IaM- to helgMen tbelr strength and ht& teMersturs stabillty, and
at tbe tim. Wdstabing weeptable Plasticity and nofeb. tongboess. The aus-
"t'saltic, bomle structure consists of two pbases wbich mokes, those alloys mprone to
cracking In the w1d astia and In the "Ided some AU* resion vqdd&4. owl". to
9b
Lftd lit

FACC NRS A76OY9"
SOMCE CODE; UR/0000/66/000/GDD/OI32/0134
AUTPORs Modavar, B. I.; Choi tilo, L. V.; Phvliychuk, G. A*
ORGs none
TITLEt Alloying of heat resistant austenitic steel Type W5N20SZ with 0.2-0.7% boron
SOURCE: AN SSSR. Ihstitut motallurgii. Svoystva I primenoniye zharoprochnykh
5-Plavov (Proportloo wid applioation of hout resistant alloya). Moscow, 17.d-vo Nauka,
1966, 132-134
TOPIC TAGS: heat rosistAnt steel, austenitic steel, boron containing alloy,
mechanioal property
ABSTRACT: A table gives the short term mechanical properties of Typos 15&25IN20,','2 and
l4Kh25N2OS2R! steels at 200C. Alloy steels Typo Eh25N2OS2 with additions of boron in
amounts up to 0.5~6f have improved weldability without loss of strength. 3heLr toughness,
is somewhat lower. but is sufficient to satisfy industrial requirements. 5'-'eol-- of
lype XK25N20S2 with 0.2-0.7% boror. can be def'ormed satisfactorily in the temperature
interval 950-11000C. On the basis of experimental data, there has boon developed, for
welding steels of Type Xh25N20S2, an austenitio borlde welding rod, Brand EP532,
containing 2-5_3.0 silicon and 0.4-0.7% boron. Ihe following conclusions ware draiw7i;
i) anoying Of allBtanitio chrome nickel steels, alloys, and welded joints, for oximpla
1

4et-t ~R
I A~~034448
rh25=02, idth amounts of boron from 0.3-0.?% is an effective moans of increasing
their strength and heat resistance, while retaining a high degree of long-to-.T-
~
ductility; 2) these steels, alloys, and welded joints, thanks to their two-phase
iaustenitc-boride structure, have no tendency toward formation of hot cracking. Orig.
:art. hast 2 figuros and 2 tables.

PAVWAK, S.
Thermal Station o f the Electric-Power Plant in Zagreb. p. 376.
ENERGIJA. (Zajednica elektroprivrednih poduzeca Hrvatske i Inotitut za elek-
troprivredu u Zagrebu) Zagreb, Yugoslavia. Vol. 7, no. 10, 1958.
Monthly List of East European Accessions (EEAI) LC, Vol. 8, no. 6, June 1959.
Uncl.

P.A VUD&Y-TI , A. L.
1262. Natsionalizatsiya provWshlennosti v Pol'she M., 1954. 16s. 21sm. (M-vo
Vyssh. obraz aniya SSSR. Mosk. gos. ekon. In-t. Kafedra polit. ekonomii). 100
ekz. B. ts. 754-54876-7
SD: Knizhnaya Letopis, Vol. 1, 1955

VGIJ~!;J-111~11, .!.P.; PMTE, Ye.l.; SA;JKI!LJ, lAVjOGl',,LADSKITY, III.A.
IADngitudinal wave ve:ocitles in specimens of' sedimerita-r.v r( cis,
saturated with kerosene and water, at high prEss-.req. lzv. AiN
SSSR. Fiz. zem. Do.3:72-75 165.
1. Ir:StitLt f17lki -om'i AV i Institut geolui-'! lzerb."~'

-14
.9,5"
-ACOMC111 IR-tt:; APW588
err= r1calmorml.
range of the
i-Ut 8 ixperimeit.61 part of tb Is wt Th' d
k a, ixtWTe vas was
1.3y Te. -re,S&ViLmskiv, Ovigo art. bAs: - 5,:fimxvefl --v Aa 1~toblb,
m1mcut , Mmdeml7a-maut SSSR, lwtitut Tilzild~ Zem3l Sciences
SM Institute of l1byzies of the* Zae4b
Ll OZ
SUL rc62 DAIM AM
4 ITM
NO IM, Sch 001:

77-
........... .. ...

-7 ;,4 7'

)3/149/003/015/028
S/020/6

7%,

t 1,
AUTIIORS
4 Toingahsvokaya, L S.9
ian OV4
~ a, og

TITLS Azi inv ati iv: 617 the ve ocities of klast ic waves in.
."iple 'of'- ~of hydraulic pressure
roc
"A ".
and Singl, eaxi'di Colipress ion
4"" .

y4 zauk'!'SSSI4--- BoklvAy~k 3- 1903, 58:4
149 1'. no..
v
.
.

EXT: via in rook eamples 41 d
-"Tho.--propagatio'n of: I'ngit sonic wa
a rtdinal super
-~:Lnve itI. at d
e ~' 'itb:a~ The appa g. 1. The
m pulse. viethod.. ratuB is shown in Fi
I
pie kups-at hydraulic
ibn'rates were WAS= 7,60lectric
propagat, id i':with 'Pie
2
001-. A 00. 2-2000~~; ank-4000 kg/cm,2 -,"the, single~-axial
b6 of 5
-
'
,,pros sure: Of
Up~- tb` a~ I~ydraul ic
Results:
x-Apldly:dus~to the losing. of* higher
C yores. At
creasos l
-
1
~4-
7 ,
~~
1
1
1--
-
u S., v
~--,Press TO
compres6ion I
Increases.nore slowlyo f-the~siiigle-axial

creases, up 2

s a rapi0y-t o.- -At~highor
incre o
o :1000 k9/cm 0

5/020 /01 5/02e
/63 1491003
/
An af the velocltl
e~l of 6
33104/B18
l

Figs I

rp

~'Card
3 A

17(lpll) PHASE I BOOF EXPLOITATION CZECH 3013
Pavlok, Jan, Doctor of Medicine
Specihd hygiena letce (Special Hygiene for Airmen) Praha, StAni Zdravotnick~
Nakladatestv~, 1954. 175 P. (Vojenskozdravotnicka' knihovrm, sv. 22) 1,600
copies printed.
Chief Ed.: Zdentk Macek, Doctor of Medicine; Resp. Ed.: IAbuge TaborovAL;
Tech. Ed.: Oldrich neubert.
PURPOSE: The book is Intended for medical and flight personnel concerned with
problems in aviation medicine. It will also be of Interest to aircraft
designers.
COVERAGE: This book discusses basic problems in aviation medicine. It is the
collective work of 7 authors. Chapters 1, 2, 3, 6, 8, and 9 were written
by Jan Pavlok, Doctor of Medicine; chapters 12 and 13 - by Jiff Mikula,
Doctor of Medicine; chapter 4 - by Otakar 6ernoch, Doctor of Medicine;
chapter 5 - by Vladim1r MaAik, Doctor of Medicine; chapter 7 - by JOq
6tverAk,- Doctor of Medicine; chapter 10 - by Dominik 6apek, Professor, Doctor
Card l/ 7

Special Hygiene for Airmen
CZECT/30-13
of Medicine; and chapter 13 - by Ji34 Um kf, Candidate of Medicine. The
book discusses physiological effects of flight and the usual discomforts,
fatigues, and illnesses experienced by airmen at high altitudes. Devices,
apparatus, and methods employed in controlling, preventing, and treating
various symptoms of over-stimulation of the human organism are described.
The work includes a detailed analysis of injuries to the ear, nose, eye,
lungs, stomach, etc. Other subjects covered include: effect of cold on
the organism, toxic effects of exhaust gases, effect of speed, noise, and
vibrations, and the hygienic measures to be undertakeu for the protection
of the crew. A special chapt-?r is devoted to the diet and training recoft-
mended for airmen. Analysis of the effects of parachute jumping on the
body is also made. There are 111 references: 46 English, 20 German,
17 Soviet, 12 French, 11 Czech.
TABLE OF COMM:
Introduction
PART 1. PREVEMON OF HARMFUL EFFECTS OF THE FMIROWNT
Card 2/ 7

Special Hygiene for Airmen
CZECM 5013
Ch. 1. High-altitude Hypoxia (Anoxia] and Means to Control It 1-1
Short physiological autline 1-1
General measures to prevent high-altitude hypoxia 12
Respiratory apparatus 14
Uquid-oxygen respiratory apparatus 23
Pressurized air 24
Pressurized cabins in aircraft 25
Pressure-demand oxygen equipment 27
Selection of alraft as a means of preventing injuries caused by hgih-
altitude hypoxia 29
Medical education in high-altitude sickness and exercises in law-pressure
chambers 30
Short summary 31
Ch. 2. Physiological Effects of Atmospheric Pressure Changes and Prevention
of Altitude Illnesses 32
Ear injuries 33
Injuries to the nose cavities [sinuses] 35
Toothache caused by the decreaoe in atmospheric pretisure 3")
Card 3/7

Special Hygiene for Airmen CZECH/3015
Altitude meteorism [stomach disorder@ 36
Aeroembolism fbendn] 37
Ch. 3. Temperature Fluctuations in the Atmosphere and Devices to Protect
the Airmen 41
Analysis of the problem 41
Effect of the cold on the airman 41
Physiological way of control-ling the cold and the possibilities of applying
them in flight 42
Flight suit of the airman, requirements for such a suit, especially with
respect to preventing beat losses 43
Flying suit 44
Gloves and fli&t shoes 46
Flight helmet 46
Electrically heated flight suits 47
Heating the aircraft cabin 49
PART 11. HAYMM EFFECTS OF THE AIRCRAFT IN MOT AND PREVEMON OF THESE EMCTS
Card 4/7

Special Hygiene for Airmen
CZECH,3013
Ch. 4. Speed, Acceleration, and Prevention of Harmful Effects 54
Acceleration values and their relation to the duration of ill effects 58
Ch. 5. Discomforts and Illnesses Peculiar to Pligbt 67
Ch. 6. Prevention of Noise and Vibration in Aircraft 74
Outline of the problem 74
Noise and its sources in aircraft 75
Temporary and permanent injuries to the health of the airman caused by
noise and the determination of noise tolerances In the cabin 80
individual protection of hearing [functions of the ear] from noise 82
Reducing the noise level and the devices for this purpose 83
Noise-killing devices for aircraft cabins 84
Vibration and its effects 85
Devices for protecting the airman from vibration effects 87
Sn"Mary 88
Ch. 7. Certain Toxic Agents Peculiar to Flight and Their Role From a Hygienic
Point of View 89
Card 5/7

SPecial Hygiene for Airmen
CZEC-fl/3O 13
Analysis of the problem 89
Aircraft fuel and oil. and their effects on human organism 89
Uhaust gases 97
Ch. 8. Design and Equilment of Crew Space in Aircraft From a Hygien-4 c 1>,)int
of View 104
Analysis of the problem 104
Distribution of crew space in an aircraft 106
Pilot's seat in an aircraft 108
Aircraft control and arrangement of the instrument panel 109
AirmenBl space and its arrangement to protect the ftictions of eye 112
PART III. SPECIAL PROBIEMS OF PHYSIOLOGY OF THE AUMAN 142
Types of special training in aviation 142
PART TV. PROTE-11TING THE HEALTH OF THE AMIM IN SPECIAL CMMS
Ch. 12. Paracbute Jumping and Safety Measures 14,8
Card 6/7

Special Hygiene for Airmen
Physical aspects of a parachute jump
Physiological aspects of a parachute jump
Ch. 13. Fescue Service in Aviation
Bibliography
AVAILABLE: Library of Congress
Card 7/7
CZECH 3013
149
153
162
173
AC/jb
12-9-59

PAVLDR, Jan,,.,XUDr.; CAPM, Dominik, Prof., MDr.; CERNOCH, Otakar, MUDr.;
MY", Jtri. MUDr.-. MALCIK, Vladi-lir, ?fJDr.-, RIMA, Jiri, MUDr.;
CAISKY, Jlri, MMr.
Special hypienn nf aviators. Voj. %drav. knihovna no.22:1-175
1954.
(MEDICINE AVIATION,
prev. Ar hyg. aRpo~te (Cz))

PAVWK. J.
hepoxemia disorders. Voj. sdrav. liety 20 no-3:103-105
Yjq-June 1951. (CLML ;->0:11)

6489. PAVLOK ~. I / 11
Z letecktho zdravotnicke~o i;staviA. 73r/ ' ve fysiclogii letani 1. new definition in the
r, -1 T--
7
12irysioloa of avIr'Uon Casopis T'ial-Ij 311-vch 294~-,
A new concept is Introduced into the physiology of aviation: the lapse of time during
which the pilot may be exposed to acute anoxia (corresponding to an altitude of 7,000 M)
without permanent darage being done to the organism. The symptoms are tested and observed
in the decompression chamber. The end of the terr- Is marked by the onset of collapse or
spasms. The writing test has proved most effective for observing the course of the
experiment.
Vinaiicky - Brno
SO: Section Il Vol. 12 No. 7-12

I
*PAVLOYOVp F. A., Eng.
Diesel Motor
Improved oil cooling in diesels. Rab. energ. 3, no. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress. May -1953. Unclassified.

'o
A
-Yeori~an -ex no Ork-3.6 -PO b -Thw-~ plam i
6 -boUtbuilt
dodume4atatio& yrovjd"'J~y-& P----
iim'

PAVLOI, 1.
The aluminh plant in Oradea and the aluminum plant a.
Slatipa. Rev chi-mie Min petr 15 ro.84153-455 AgI(V+

POPEK, Milan, in:.; SUCHANEK, Josef, inz.; VASFF, Jaroslav, inz.;
PAVLONKA, Frantisek, inz.
Within 3'. workdays 11~,3~?7 tons of roal extrfirted 'It. tt,e . 7-ne.
Uhli 6 no.11:316-38(l N '64.
1. Scientifir- Rese-irch Inst.P.ut.e (A' "oal, Oqtravu-9advTInI(--~I "ror
all except P,ivionkal. 1. May 1 mine ('or P,ivIonk-fO.

LDIII&Kly.
ter whss# botdro. A. hl. Ny6lottkil I to-
InrIllwil'.1le larquels I'm ontimst wine tw4tits art 911,461f
,'Lin: (1) rellutsme wtialt 10, dinirlbyl philvalmle 2.6.
Ingmml 10. MrICID 62. mfified PIAHI (2) cellu6w
acvialt of av. vimWly 9. dinwtbyl p1sthalatt 4.5. hft~,CO
47. VIOJI W.h. (biartl) thellm, 4.6, zinc %bite ar tilanis
4 ff~ it. Cmtrwhi

PAVLONSM, A. M.
41ne and wine rusking - ejulp-ment and cupplien
Baking protective lac coatin~,,s with hot air. Vin. S"'OIR 12, ?, 14~1.
9. Monthly List of Russian Accessions. Library of Congress. L--cem-ber -195& Unclassified.
2

PAVLONSK-1Y, A. M.
Distillation
Two-vat installation for listilling winery wastes. Vin. SSSR 13, no. 2, 1953.
9. Monthly List of Russian Accessions. Library of Congress, May 1953. Unclassified.

PAVLOSKIT.A.M.
Soviet plate and frame filter. Vin.SSSR 15 no-3:37-38 '55.
(NLRA 8:8)
1. Glavnoye upravleniye vinodellcheakoy pronyshlennosti
(Filters and filtration)

11-2-0-7---66 EWP(e)/EW1r'm)/QYPj~j_ WH
ACC t* AP6002901 SOURCE CODE: UR/0286/65/000/0241006510065
INVENTORI Tovetroplyev, K. K.; Pavlosvkiy, V. K.; Verishtntn, A, G.
ORGI
'TITLEs Class, Class 320 No. 177055
SOURCE: Byulleten' izobretenLy 1 tovarnykh znakov, no. 24. 1965, 65
TOPIC TAGSs. glass, aluninosilicate glass, glass property
ABSTRACTs This Author Certificate Introduced the following glass
ation (in 2 by wt.)v 50-60 S102, 22-32 A1203v 1-2 LTiyl
MaxlAus 15 Na 10v 7-17 K200 and 5-7 T102- The.glass has an Increased
mechanical strangth and higher corrosion resistance after treatment
*1 th f used salt* WK)
SUB-CODIs l1/ SUBM DATE i 05?eb(,5/ ATD PRISS
UDCs 666.113.621-`34133-32-28

-A_CC_NKr__XP5D27443 SDURa _C0JX:' Wbift/65/007/D.U/3445/3447
ly I S_ 5--
~WMORS .910ftell, L'T. I F"I VL.~
on: ii~
11LTLEs XWetrical conductivity amd theymoelectrwoti" ftne in amme "aftafase-
'SOW=
rialka tVer ogo tela, Y. 7S to, 11, 1965, 3445-3447
kith V, 1'~
TOPIC, Tht;SL:. electric conductivi Manganese compound, thoxvicelect"notiva force
ADS TRACT: The authors~ StUdyLthe ejectrl-.al conductivity a,and tbemoolectrwotive
Apree im, of the. cubic, apine" CuRn204% LiHn2O4, NiNn2O4 and NnCo2O4, the tetragonal
SPIDS1 "10204 andi~i number of ternary solid solutions in the system of Kul, Co, Ni and
Co. 9xida.. The values of a and a were measured as a Ametion of temperature in the
200-11004% ~ =nSe,. It was found that OL always increases eVonentially -with temperature.
A chorge,Jn,sigpl was observed for a as a function of temaperature In NM2.04. This and
ve Intions in the temperature relationships for a we not reflected in the cor-
rowndits "Iftiewmehips Aw a. The formmle
Cwd 1/2

1-9576--66
ACC N1h APS027443
is prqpmed, for manganese spinels of the type
00 X <
As" me, Nip Co. Or
O