SCIENTIFIC ABSTRACT PALEYEV, I. I. - PALFALVI, A.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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LYKOVV A.V., akademik, red.; SMOLISKIY, B.M., prof., red.; KUTATELADZE,
S.S., prof. red.; PALEYEV I I prof., red.; ELIPERIN, I.T.,
kand. tekhn. nauk, reE_;_iI'?~_TT'EV, L. 01
i red. izd-va; VOLLKHAROVICH,I.,
tekhn. red.
[Heat and mass transfer]Teplo- i mansoperenos; doklady. Pod ob-
shchei red. A.V.Lykova i B.M.Smollskogo. Minsk, Izd-vo Akad.
nauk BSSR. Vol.2.[Heat and mass transfer during phase transitions
and chemical transformations]Teplo- i massoperenos pri fazovykh i
khimicheakikh prevrashcheniiakh. 1962. 377 p. (MIRA 16:3)
1. Vsesoyuznoye soveshchaniye po, teplo- i massoobmenu. let.
Minsk, 1961. 2. Akademiya nauk Belorusskoy SSR (for Lykov).
(Heat--Transmission) (Maas transfer)
(Phase rule and equilibrium)

prof.; STIRAK-OVICH, K.I., prof.; AG.'-.?O,'I(T, Ye.A., datsent;
PALEYEV
Z V.A. p dotsent
"Principaes of thc theory of heat transfer" by V.S. "'hulov-skii.
Reviewed by I.I. Paleev and others. Izv. vys. ucheb. zav.; energ. 5
no.6:128-129 Je 162. WIR;, 15:6)
1. laningradskiy politekhnicheskiy inatitut im. I.I.I.1..Llinina.
(Hent-Transrais- ion) (Themodynami c s)
(Zhukavskii, V.S.)

VITAMIN, Lyudmila Aleksandrovna; KATSNELISON, Boris Davidovich- PALEITV
1-tekhn.re'd.
111ya Isaakovich;KUTATELADZEpS.S., red.; SOBOLEVAJO.M.,
[Atopization of liquids by spray ncizzles) Hasl;ylivanie ziAdkosti
forsunkami. Pod red. S.S.Kutateladze, Moskva, Gosenergoizdat,
1962. 263 p. (IURA 15:7)
(Atomization) (Combustion)

PHASE I BOOK EXPLOITATION SOV/6121
rn:~r_ Lyudmila Aleksandrovna, Boris Davidovich Katsnel'son, and ll'ya
I a
1:;.i~ikovich P leyev
I_
1~ :.;;~vlivaniye zhidkosti forsunkami (Spray Atomization of Liquids). Moscow,
-- nergoizdat, 1962. 263 p. Errata slip inserted. 6000 copies printed.
,t ~c, page): S. S. Kutateladze; Tech. Ed. : Ye. M. Soboleva.
-11WOSE: This book is intended for technical personnel and senior students in
h..-ols of higher technical education engaged in the design and construction
and spray installations.
0~'ERAGE: Regularities of liquid-jet disintegration and a generalization of ex-
pt rmiental data on atomization of liquids are presented. Descriptions and
w,s;, characteristics of various types of atomizers are given and some ex-
of atonit.,er design are presented. Combustion of a single droplet and
;~lji: :-fuel spray is studied. Therv are 147 references- 109 Soviet.
krighsh, and I French.

BIDYJI, Arkadiy Grigorlyevich; GLUVICII, A.M., doktor teklin. nauk,
prof., red.; FAIZ,"EV, I.I., doktor tekhn. nauk, prof.,
retsenzent; ZHITNIEM., O.S., tek-hn. red.
(Fundamentals of radiation-heat exchange) Osnovy teploobmena
lzlucheniein. Pod red. A.M.Gurvicha. Moskva, Gosnenergoizdat,
1962. 330 P. NIRA 15:6)
(Heat-Radiation and absorption)

IALETEV, 1-4.,inzh.-kapitan 1 ranga
Take b--ttIer care of aquatic eqwilme,,.t. Voen.znan. )6 no-11:
32 N,6o. (MIRA 13:11)
(Aquatic sports-l%lail,ment and ~;upjliss)

FAIRYEV, P., in2h. kapitan 1 ranga.
Marine engineers. Voen. znan. )5 no.11:24-25 11 '59.
( M TtA 12: 12 )
(Marine engineering)

SNOLENSKIY, A.N.; PALEYEV, N.m., inzh., red.
[Design and construction of steam turbine pLrt,-3. K,~a-
struktsiia i raschet detalei paroqkh turbin. M..skva,
Mashinostroaniep 1964. 466 p. (MIRA 17:12)

KISELEV, V.V., inzh.; ~~TSEV, S.F., inzb.; SHELF.ST, F.A., i-nzh.;
12=1K, F.I.. --'nzh., retserzent; FALEYEV, irzh., red.
[Locomotive compressors) Kompressory lokomotivov. MoAva,
V.ashinostroenie, 1965. 334 p. (MIfU 18.4)

VEY (I H) V.Y~,.; ThOYANOVSYF, , b.Y,. ; Frinlma2 uchastiye YAZINTSEV,
F.V., inzb.j ZALIF, G.A., ioktor tekhri. nkuk, retsenzent;
FALEYEV, N.M., inzb., red.
IIn%bsIigaI.i:;ns and calculations of the stages of axial-flow
L I
tur-I-IIIE;'qj lsslr~ci.-vuniia i rasc~,ety stupenei osev)-kh turi~in.
Vio6i-va, 1,,~d-vc, ff!-'.ushinostroenie," 1964. 627 p.
(MIIU 17-f'.)

GOT,nVIITSMT, A.r,., pr, -Je-paseA
A 1 c t s A
Ye K
jokt(-)r tekhn, riitik prof. r t,-n ze n T. P AT --~ TV N. I-,. i nzr% red
Rotary compr,!N 3.,3or!i Ictu -,r~nj- k -.)more, qsory Py
~',OIOVinf,30V i or MIcs k v ii ,:-v- "Miishinos'.roeri-," 1-.-
311,
1. vak ~.epi~wykr~ i :ravIi,~r,eskikh mashin V .,-k..)w,~,ogr
,r,99hego tekhnicheskogf) 0~~-ha imeni N.Ye.. Faurn,,~!ia
(for all ex,n)pt ';trfikinov, -1 , Ifileyev" .

FALEYh-V, inzh., retd.
["he 6C?. ~2/i4
sar.4 e i nstruk'
instruction zeli tGr,
obsluzh' 'vanliu. 3. izc..Jl Vosk~a, Ma!~nino-
:3troenie, 1965. 1F6 ni. 16:2)
Di zeleotrui -ei I qy7 zav, im. Kii-ovii.

ANDREYEV, M.F.; BKJAE, S.S.[deceiired]; ~3UGLAYEV, 1,.I.;
.Kh.l,'.; FALIIEV) inzh., red.; POLFTA~i~.B.', F.G.,
kand. tekhn. nauk, retEenzert; D12-TIVA, F.F., tek-hr- red.
[1,eat exchtmCen,.7 of pow(l--- enUineerli~j, systern-s) leploo*[)Fi,.n-
naia pparatura energeticlieFkikh ustanovok. [Byl
,kndreev i dr. l,'ockva. Yashgiz, 19t3. 23(,
(MII;A 16:12)
Ofeat exchanj!ers)

S~OIXNSKIY, A.tv'.; IAM-NEV, N.M., inzh., red.
[DeesigT. -in% ~-' F---- ' K -, n-
struktsiia i rascriet :,ar vyyli tbr*bin.
Mashinostroenie, 4(,~- i.. (I I:iA " 8: i )

PALITIV, N.R.. vrach
~An and the Antarctic allaate. Zdorovle 2 no.9:16-18 5 156.
(ANTARGTIC REGIONS) (MIRA 9:10)
(GOIA-PHYSIOLOGIGAL BMCT)

P%A= I LICM KIPWITATICI
(FI-t
coatinect&I tip-041t;an' Sk-i'A.-Ific Results) Lem~,rrsa. ltd-
-h- ...y 1919. 16, p. 2,-Cl -pl.. pri.t.d. Sn... It.,
mt.ri.ly, t- 2)
Spomb-na, A,-y, "kt1,b.sk1j I -t-kti .... sty
L"Lltut.
fid., ". So-,. 1~-Ur of D"aLhins,
PMOUSSo This bwk is Lnt-W f- pclr C~IOCIALS,
astoo-I.Cl.t., #Jul Awpoysi-I'ta.
COVvUG9' MIS tce,A Is Valum, ' of 0 sultl-l~ Ork ants,"., -larittric aste
aellected by the PI-t Coattmeate-1 Erpedl'.1no w tt* A--l-otio (1945-
57). sent out under the aus;ti- of tbe Ar-fteskly 1 -1,-
Issledesetel'skiy lzfitlt~t ~4 ~%,rztlo Soleatiftz U,-!o Institute)
- P.,1, of the IGI Plot- 7L. f -.N. - to --.y -
~a betwo*o 7. w I I Is$ lacalt~de ~ 19 c 70-5 Lstit~ ~s.z of b-ut I
to 1-! 1-1, -d
to 1-~ tr.
bat-aa pbs,-.- "Cl L~ ~rj ..! ...-I -t--'
L. the -'s s.-- -1 '..-z ~!-" --I
tb. tb- 1-s rf 1-i- '.' '.- .-f. :1. t~.
Dryg.l..i 1.1-4, -1 !,-r, ;4-
ceogr.~hl~ 4, 1
t the A . ..... No -oo-'-, 1-
.d N.P. Auj..
~6% AntUmit", 68
sod
A *P'- C-twa;-7
T f-
-ELf L..t UtZZ T-'end It. Dy~-. 73
L.. Adgism be the Devi. Jim. -4 A44-1 X.Cl- of the
93
't-.1tsvia" U.S. alc..r.pta. Ch-t.'I.Uo. of the Lys. of
Q"fttim t 04,
&&kLia. 0.1. j-pbArjb Observations 111
K.S-Li. Field L. Me P.Clom of KI-yy 11.5
Pj., W V.A. Tftit.koy.. I .... tigsti.. of 1. the
IWCIM of mim" 135
4vtk-w. A.D. S.LmU. Ob..rvittioba L. kimyy IS3
Stodles Ln &"t AcLeratica 157
AVAILAMSt Ub,sry of Ccog".. (G86O.S58)

PAMffZV, N. R.
Bffset of arctic and antarctic climate on the cardlovasculax s7svem;
observations on the drifting scientific station *North Pole 40 and
in the Antarctica. Teraparkh- 31 no.11:17-22 N 059. (MIRA 13:3)
1. 1z Instituta terapit ANN SSSR (direktor - deystvitel'ny7 chlen
AMN SSSR prof. A.L. Wyasnikov. nauchnvy rukovoditall - prof. G.R.
Danishevskly) t Dtd"la polyarnoy maditsiny (nachallnlk - dotuent
B.I. Shvorin) Glavsevmorprutt, Moskva.
(COLD CLIMATIC)
(CARDIOVASCULAR STSTEM physiol.)

PALEYEV, N. R-, Cand. Medic. Bel. (dies) "Effect of Climate
of Central Arctic and Antarctica on Organism of Man,' vo=ccw,
1961, 12 Do. (Acad. Med. Sci. USSR) 250 copies (KL Suup
29?).

-PALWEV, N.R. (Mbskva)
Effect of the nature of work an arterial preswn-e in human
oubjects under Arctic and Antarctic conditians. Klin.med.
39 no.5:22-27 My 161. (MIRA 1495)
1. 1z Instituta terapli AMN SSSR (dir. - doystvitellnyy chlen
AMS SSSR prof. A.L. )Vwnikov).
(COLD-PHYSIOWGICAL VFECT) (BLOOD PRESSURE) (EMCISE)

ACCESSION NR: AT4041519 S/2732/59/002/000/0167/0162
AUTHOR: Paleyev, N. R.
TITLE: Medical investigations in Eastern Antarctica
SOURCE: Sovetskaya antarkticheskaya ekspeditslya, 1955-1958. Pervaya kontinental'naya
ekspcditsiya, 1955-1957 gg. ; nauchny*yc rezul'taty* (First continental ex-pedition; scientific
results). Trudy* ekspeditsii, v. 2. Leningrad, lzd-vo "lorskoy transport, " 1959, 157-162
TOPIC TAGS: medicine, pkysiology, neurasthenia, Antarctica, polar medicine, mountain
sickness, blood pressure
ABSTRACT: Physiological f;tudies were ninde from December 1955 through March 19,571 at
the Mirny*y and Pionerskaya stations in Antarctica and aboard the vessels which carried the
field workers to and from Antarctica. The following conclusions were drawn: 1. After
several months work in Antarctica the human body experiences changes of a physiological
character. In 17 out of 25 subjects blood pressure decreased by 15-25% in 5 others it de-
creased by 10 mm and in the other 3 it remained constant. This drop in blood pressure
occurred gradually, at different rates, and after attaining a minimum remained stablo for the
Card 1/3

'ACCESSION NR: AT4041519
remainder of the stay. Most of the subjects developed neurasthenic symptoms expressed in
irritability, impatience, insomnia or sleepiness, frequent dreams, and increased fatiguo~
.there were six subjects with cardiac neurosis and ma-ny had frequent headaches. Shortness
of breath developed in the open air and the pulse bocame quicker. Everyone gained from 3
to 12 It- in weight. Most of the subjects noted increased need for urination. Sweililig uf : ~ie
face was noted in 25% of the subjects. Z. Changes were different in diflerent subjects. The
changes were expressed most clearly in vrung peoplo, engaged for the most, part iii offc,-
work, who h~id not previously worked m the. Far Nortl-, the cliangc-,, %~! i-c
by men *in the 30-40 year age. group who %yere in physical I;dwr ~Ulll
time in the Far North. 3. "hose p1hysiological chiu~gvs were cau.;ed hy the C-ill-litte
(rev(-.;-sal of the season,;), a constant low ternperatur,,~, :ow atmospheric
parl.cd by sliarp pressure ch,uigcs), rarified dr and, ox~ gen (ICI lCiUlICY,
r,-~jatlve hurrodity (inside the buildings the relative humidity waB 25-40'1'), the oifoc-, of -s o: ;. r
radliation with a high content of ultraviolet rays, the prolonged Antarctic darkness and th e
psy. `~ological effect of removal from accustomed conditions. 4. The condition of mombers
of the sledge-tractor train and those at P-hionerskaya station resembled mountain sicknGas.
Card 2/3

ACCESSION NR: AT4041519
However, mountain sickness develops in the mountains of the middle latitudes at an eievation
considerably exceeding the elevation of Pionerskaya station (2,700 m). 5, Experience at
Mirny *y revealed that 1-1-1/2 years is the period of maximum productivity of personi.el
working in Antarctica. 6. During the voyage in the tropical zone there was a rapid drop i;.
blood pressure in the overwhelming majority of subjects. This decrease occurs more rapidly
and is rnoro marked in young peo,)1e, but restoration of the blood pressure levei also ",egins
more rapidly in young people than in, older subjects. Certain studies on aw effects of c'~oth-
ing were niade and are also discussed. Orig. axt. has: 3 tables.
ASSOCIATION: none
SUBMITTED: 00 ENCL: 00
SUB CODE: M, PH NO REF SOV: 000 OTHER: 000
Card 3/3

- PAIRM, lR.P-, kemd.Tred.nauk
Adaptation of -he hll-.mn orga=sm to polar cliMtic comd-i-
tions. Felld. i &kush. 28 no.2:27-32 F'b3. XF1 1b.-9)
1. 1z gospitallnoy tev~f,,ticheskoy kliniki I 14oakovskogo
ordena Lenina medits lnsko 01as tituta imeni I.M.Sechenova.
(ACCLIWIZATIONJ (ADAPTATION (BIOLOGY))

KOCHESHIWY,K.A.; KARGIN, V.A.;TALA1AT3VA,T.T.; SOGOWVA, T.I.;
PAism, 0. A.
Macrowlecular polymers of ethylene obtained from mixturea of
lit'hiiim organic compounds with t Itantuq tetrachloride. Vysokom.
Bond. 1 no-1:152-156 Ja '59. (KIRA 12:9)
i. Fiziko-Whimichaskly institut in. L.Ta.Karpmva.
(Ithylene) (Lithijim orgpnlc compounds) (Titanjun chloride)

&I*' point -values, the. latter
ums 00
OTSM 005
AD
aq

6jr.i2!A tio-i",catialyst, :61~
;;."--OF&anome
taw
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qi~v~ Tne
---Nvas. myesiii Aed":'~i~ 'Cid t are Mime~Jbinneir.1ii
ga. -P
=14 J& bi-id
isies-. ~~jftf~y nb.;,6AUirathd'-n-he" x-and`;`-,rAIU6 -of'RU fa sUrrij to
r
1e
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6
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u
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p di lwa
a n

PALEYEV).-O.A.; SHFVERDTNA, N.I.; SOGOLOVA, T.I.; PALKYEVA, 1. Ye.;
KAMM, V.A.; KOCFMP.KOV, K.A.
Us~lng (r,-C H7CdCl, and n-C31i','Gdl ir, ethy ere
3ff7)2Cd'n-C3
zatior.. Vysokom. soed. 8 no. 1:8-10 J& 166 WHA --9:1)
1. Fiziko-khimicheskiy institut imeni Karpova. Submitted
January 28, 1965.

PALD
-P

,.I-
NDCHF-SHXDV, X.A.~ PAIZUV,_O.A,. SOGOWVA, T.I., SMYERDINA, R.I.,
-ULUATEVA, T.T., RODIGNOV, A.N.
Wouvea= composamts des catalyssure do Is polywrisation do lletbylsmo
done des oDrAltions habituelles st IMabituense.
Report wubmitted for the Intonational 3yupoelva of Macrowlecular ChadmUl,
Peals, 1-6 Jay 63

. . ..... ................
ACC NRi j*X6029j50 SOURCill CODES UV0;25ra166/000/006/0W6/0087
(A)
At;'."0: Palpy-CY, -P.G. (1,;ngineerf Lieutenant colonel)
ow; Xone
An improved arrangement for towing airplanes
SOURCS; VeatrLik protivovozdushnoy oborony, no. 6, 1966, 86-97
T
2021V TAG3: towing vehicle, airfield facility
"'reACT: A special modified truss-like vehicle making a connecting link between the
tow truck and the aircraft is described and illustrated. It is proposed to use this
intermediary two-Vneel frainework as a carrier of various equipment needed for handlinL;
the aircraft at the takeoff strip. The adjustment and rearranf,-ement of the truss struc-'-!.
ture for fixing and holding various equipment articles is described by using a series of
photos. By applying such an arrangement, the equipment is readily accessible and more
~onvcriient to handle than when kept and transported in tow trucks. Orig. art. has.
5 Photos.
SUB CODE: 01/ su-4i DATEi None
Card

UT I 1 3 7.tn!t,(1r(,, F. Y.-i. , P,il v
T I TL7`1 t jepo~n~lence of t~:p tc::ip~..rittire
of ceaium on tunraten on the
PI.;RIODICAL; Zhurnal te)~hnichc-skoy fiziki,
3h2l-l
B1 2. /Bl'~2
1. , Tind Tontel-ode, A. Ya.
thrpshold of ourf:,.ce ioni7ation
cesium vipor tension
v. no. 2, 1,1.0:
TEXT t A un 4 f o rT c I e c t ro~ e 6u r f ac e i s c on s id. e red wh i c h i s only I i. t
covere-I b~- tHF;o--bed, %to-9 of' the ionizel element.
1+ F,:,n -mperature ~epenJ~noe of
holls for the ti,
A + p (V
T
s,irf--i,ce icni?:ation current, rhere - is the ion charE,-e, s is the ioni7in-
surf-!c,~~ A is th- r-_.tic, of the st~itistical sums ~f ionic ar~J
_~at~s, r, i~~ the atorric flu- -).,r ~iu-f~ice unit 2re3 D(?.- jecon"-, V is thr-
io:ri -:ti~n .)nt,:rti-_l of -- atom,,( is lh(--. -,,;ork function of -~-.t,
~i A t correctinn to , ror th,~~ ef:ect of n (-Ipctric E-_,r~a~~., I
V >kT. the :.-.-.n 17.--,~;.F
f k a w*-ere ]Ls
a- fan--tion, 7
-n order to veri- f- the.3e theoretical ts ex~t-r
a cy--Irdr--za, capacitor was placed 'Into an unsoldered b~~Pt%
with C2 vapor and containing a Tungsten tl.read ',)(j --.,crons in uiamet-~
and 14 cir, long, wnich was fastened %long its axis. Ions emitte" fr~.:r ",%t
centra'- Dortaon z,.f the thread were collected by the measuring c -ir-, i
j L e
Tne bulb was vrovided with taps contmining :r.etal Cs and i tj-~ "a
The temlera-~ure cf the Lhread was measured vitn un -,Dpt.,ca'
a7 tempc-ratur~s, :,t -A-is ieterii.ineJ from the filac,ent T--.,,
Tem-,eratur,- :)f the first thermostit v.as kept above thit of tLe :3econi wn'
-used to c~ilculRte the vapor prezq,,lure -,f C:-;. The ion current N~tll MP11-
9~red with a mirror g-ilvanometer of a sensitiv:ity :imit of 5 a/sc-IF,
un-it The temperaTure lepen.lence of the i-miz,ition of C-3 on Vi w!,.~m st,,~ -1
Card ~/5,

'BI
0
Ln CR v-q-,,r pr~:,a- -irp range of 9 w m~
tn- -,,.reshold t,.:mperature from 9,50 to 1 1 K 3ince th- (-rrcr a-,e t,-
-,f the chnnf,,~ :r the !t~,7ree of ils-)rpt:w, is -ibo-,A-c E.
re-vir-tte-. as r,pe3 or
k T0 0
Pr---fee,-or A I ~;ubanov and N D, are -hanked ',-~r
--ere are and referenced: 6~:~v-,e- and 7
four ~nzst recent rererences tc Enplish --ang-iage ;~ublica-.-:ns re 5~ 4
'N 'B N a t t 1 r. zh ~ m Pr-,.-:, of -,,.e ~'nt,~rnat:.Dna:
:~-zatacr. Phenomena .n 3ses k-z p-,i s i
C Ev an s P r,-- c Roy 3D- A'
-, , )"; J 5 Ta... -a r J a r.
iev 414 --15. 1,-"; T. J Killian P - s v 7 -711.
I -
A330CIATION., F~z~kic-tekljnichesi~l.v .nst-,, tut A. F !of!-,: A j ~'R
Leningrad' (Physicctechnica' Iw7TaT-,te .Mena A F 1 f Az
USSR Lenangrad)
SUBLITTED. ire -,61,
Csrdl 411,'5~,r

3 7 011
3/057/62/032/004/017/017
-9,~ /.9 B173/BI02
AUTHORS: Zandberg, E. Ya., Ionov, N. I., Paleyev, V. I., and
Tontegode, A. Ya.
TITLE: Determination of thermionic emission constants from energy
distribution curves for thermoelectrons and positive ions
PERIODICAL: Zhurnal tekhniche8koy fiziki, v. 32, no. 4, 1962, 503 - 516
TEXT: For plane and coaxially cylindrical electrodes with homogeneous
ivork function, expressions ("ideal" retardation curves) for the emission
current are derived on the assumption of Maxwellian energy distribution,
and extended to electrodes with inhomogeneous work function (experimental
retardation curves). As the areas of different work function (spots)
cannot be localizedonly a qualitative consideration is possible. The con-
tact potential field of the spots is regarded first as being compensated
by the external field (independent emission of individual spots) and then
as not being compensated. The mean work function of the cathode was deter-
mined from the saturation current at given temperature. An apparent con-
tact potential difference, which can be determined from the experimental
1 / _-~
Card a

PALEYEV) V.G., inzh.; KARTSIN, N.A., inzh.
Technical centers in plants. NTI no.11:23 964.
- (~GFIA 18.-1i
1. Byuro tekhnicheskoy informataii Mobellno-derevoobrabatuvayushchego
kambinata imeni Yermana, g. Volgograd. (for Paleyev) 2. Byuro tekhniche-
skoy informatsii zavoda "Krasnyy Oktyabr'" g. Volgograd (for Kartsin).

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77777.

~--dT AT
ACC NRI AP6028620 SOURCE CODE: UR/0057/66/036/008/1459/1468
AUT11OR; PaleZev,V.1 . Karstayev,V.I.; Zandberg, E,Ys.
-A
ORG: Phy_sicotechnical Institute im. A.F.Ioffe AN SSSR, Len"grad (Fiziko-tekhnich-
eskiy institut AN SSSR)
TITLE: On the applicability of the Saha-Langmuir formula to the description of the
temperature dependence of the positive ion current incident to surface ionization of
atoms on silicon
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 8, 1966, 1459-1468
TOPIC TAGS: surface ionization, silicon single crystal, work function, thermionic
emission, contact potential, Richardson equation /0A/ CLJ^f1F*J7-
ABSTRACT: The authors have previously investigated the surface ioniia'tion of Na, Li,
and In on a (111) face of a silicon single crystal (ZhTF, 35t 2092t 1965) and obtained
from their results, with the aid of the Saha-Langmuir formula, the value 4.9 V for the:
work function of the (111) face of silicon. This value of the work function is much
greater than the value 4.0 V obtained from Richardson plots. Possible hypothesized
reasons for this discrepancy are discussed briefly and most are found to be unconvin-
cing. To clarify this situation, measurements of the work function by different
techniques were undertaken. The measurements were ~aade on the (111) face of a p-type
silicon crystal with a resistivity of about 1000 ohm ca. Contact potential work
Card 1/2

L 45917-66
ACC NR, AP6028620--
functions were derived from retarding potential curves of the thermoelectron emission
current and of the positive ion current from surface ionization of cesium by compari-
son with analogous curves obtained with tungsten and graphite emitters. The thermo-
electron emission current was also measured, and work functions were derived both from
Richardson plots and from the total emission current. The retarding potential curves
showed that both the electrons and the positive ions had Maxwellian distributions with.
0
temperatures equal within the experimental error of 100 C to the temperature of the
emitter. The contact potential work functions derived from the retarding potential
curves were independent of temperature over the investigated range from 1100 to 1600'K~
and were equal, within the experimental error of about � 0*1 V, to the value previously
obtained with the aid of the Saha-Langmuir equation from the temperature dependence of:
the surface ionization. The total emission current work function was equal to the con-
tact potential work function of 16000K but had a temperature derivative of 6 x'10-4 V/
degree. The Richardson plot gave the previous low value for the work function (4.07 �
0.05 V). From the agreement between the contact potential and surface ionization work
functions it is concluded that the Saha-Langmuir equation correctly describes the
temperature dependence of the surface ionization of Na; LJ., and In on silicon. Possible
reasons for the low value of the Richardson plot work function are briefly discussed,
but none is qelected as the most likely. The authors thankli,j,jonov and H.D,Potekhin
for discussions. Orig. art. has: 5 formulas, 6 figures and I table.
SUB CODE: 20 SUBM DATE: 03jan66 ORIG. REF: Oll OTH REF. 008
Card 2/2 7'

Y:: -..
vl.~ e. ', 1ID674-% E EWP(b)tE.WA(m),) IJ~(c)
* ~' L .
IP ACC NR,
AP5028326 SOURCE CODE: UR/0057/65/035/011/2092/2098 92
AVMOR: 4ondberg, X. Ya.; Paleyev, V. 1.
faysico-technIcal Instit t* In. A.F.1offe, AN SSSR, Leningrad (Ftziko-
TIM: Surface Ionization of atoms on silicon
SOURCE: Zhurnal tekhnicheskoy fizikl, v. 35, no. 11, 1965, 2092-2098
79PIC TAGS: surface Ionization, crystal surface, semiconductor crystal, silicon,
alkali metal c,-4vw-
'Indlus work function, thermlonic omission
V1
ABSTRACT: The thermoelectronte ~Mlsslon from and the Ionization of Csj K9 Nat Lit
and In on a (212) face of an n-type semiconducting silicon crystal (resisttvity,
130, *M cis) has ban measured at temperatures from 1100 to 2600PK. The measurements
were-undertaken because surface ionization on semiconductors has not been thoroughly
investigated and the measurements for silicon surfaces of N.G.Bonskovskly and B.N.
Formozov (Izv. M SSSR, nerlya fizich,,28, 1522, 1964) are questionable, owing to
the high atovic bem Intensities that were employed. The 30 x 2 x 0.4 mm3 silicon
crystal was etched with a mixture of HW3 and BF and washed with boiling water; it
w .a5 mounted on tantalum and heated electrically during the measurements. The temper-
ature was measured with an optical pyromoter, the brightness temperatures being re-
duced to thermodynamic temperatures with the aid of the date of F.G.Allen (J.Appl.

L 10674-66
ACC N1h AIP5028326
Fbys., 28, 2520, 2957). The Cs atomic boxxx were obtained by reduction of the
cKbride with 'calcium; the remaining atomic boom were obtained by evaporating the
motals. An iron oven was employed for the Ll evaporation, and fused quartz ovens
for the other settle. The atomic bean intensities at the ceystal ranged
were used
7
tion 10 atoWcu2sec fOr CS and K to 5 x 109 atom/cn2 see for In. The silicon crysta
-was outgassed and annealed at 1550-ISDOOK before the measurements. During the anneal
the room temperaturo resistivity_of the silicon crystal decreased by a factor 2 and
thereafter remained stable. 7he length of entrance alit of the mass spectrometer
was I mm; Ions were accordingly admitted only from the central portion of the crystal
where the temporatur was uniform. 7be pressure -in the stainless steel chnmber was
maintained below 10 ma Bg during the measurements. 7he thermoolectronic work
function, derived from Richardson plots, was found to be 4.04 t 0.05 V; It was inde-
pendent of the field strength at the crystal surface over the range from 75 tiD 1250
V/cm. Me teoperature dependence of the surface ionization currents of Cs and K was
found in the temperature ran" investigated; the surface Ionization thresholds for
these potals occur at lower temperatures. The surface Ionization currents of Na,
I&I, and In varied with temperature in accord with the Saba-Laugmuir equation, and
ell throe metals gave the same value 4.9 V for the work function, within the experi-
mental error of less than 0.2 V. Possible reasons are discussed for the large dis-
crepancy between the thesmoolectronte and surface Ionization work functions and no
satisfactory explanatlon In found. Further Investigation to necessary. The authors
Cw4 2/3

10674-66
A.C-C Hlb AP5028326
thank-N.Dipotab N.1.10mov for diacussin am work. OrIg. art. beg:
Mm.
I= DATS: 2War65/ GRIO, REF: 007 OM REIP: 006
SM CM: 20 b

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KHODOROV.Ye.l.; PALXMA aI.L. redaktor
[CW9nt kilns] Pephi teemntnol promyshlormosti. Pod red. 1.I.
Phleeva. Moskva, rometrolizdat, 1950 (KL&A 9:3)
(Cment Idlum)

PALEYM, , I.Ye,; SHEVERDINA, N.I.; ABRAMOVA, L.V.; MOCHMhTO'.'. F.,A.
Chemical compositim of the Iffiaise reagent". Dok-1. AN SSSR
159 no.3-.609-611 N 164 (MIRA 18,.!)
1. Fiziko-khimicheskiy institut imeni L. Ya. Karpova 2. ~h~an
korrespondent AN SSSR (for Kocheshkov).

L 17714-66 =PQ)/zwT(a)/T
ACC ]IRS M03M$ (A) 9WJCZ C009i U11/0190/66/008/002/00DO/0M
AUTHORBs. Palmm 09 Asi Mbeverdinas W. I.; 39golovat T. I.J Palwyevap I. To.;
Karging V. A&1 ~qchwnkovp 19 A*
OROS Ptsvico-Chadcal Institute In. L. Ta, larpov (Fisiko-klxWche institut)
zf: TITUS Application, of (n'C3H7)2Cdp n-C3H?CdCI and n-C3HjCdI In polymerization of
I3W]RCZ1 lowlakulyarmM soyedinenlys, v. Bs no* Is 1966s B-10
TOPIC TAWS polyethylene plastic, organocadmium compound, polymerization catalyst
ABSMACTs In this work, (" ~OjGd (I)v n-4 HjCdGl (II)v and n-C3H7CdI (III) In
:iidxtiares with TiC14 were lWaitijaited as po"Z91isation catalysts ror Eropyle a
VAbstituting for the generally used organic aluminum compounds. This is an
expansion of the earlier published study by the authors on organic cadmium
1G---UNUD as 00sponents of Mixed polymerization catalysts (Vysokomolsk. soy9d.0 5.,
WWMWW
1963) a n and ni we white solids Insolubig In n4mum (solvent used in
I*Me rMAYINWIzation), Ion poorly developed surface stroott" and, therefore, are
A
Card 2/2 LUt 66.095-26#676.7h2

L 277.1".6
ACC-NRI AF6W3W5
ient as astelystse I is readily soluble In organic solvents and was fomW
to. be. a. vwy effective catmost, at very low (I g MIS per 3.1 kg of
VD] The product sm~rmrsd With I (saftening point 237-239C) bms high
tilwiu_ (MOD-450D and may serve In the preparation of strong
rllm and fiberse-eOrIg. art. but I table*
899:CCDEs 07/ 39M DAM 28j&%65/ oxia Rwt whl OTH RErs 001
77- .77,
r5j7~~,,;; 77.-7
77 . - Z. '4 ", :

P A I EY E V A,

SHEEA~RDINA, N.I.; FALEYEVA, 1. Ye.; :AY'i-SEVA, N.A.; K0CI*1,SKHK0V, K.A.
Preparation Of R2Zn-type organozinc compounds in the aromatic,
heterocyclic, and aliphatic-aromatic series 'r- means of the
Grignard reagent. Dokl. AN SSSR 155 no. 3:6,21-625 Mr 164.
(IMIRA 17-5,~
1. Fiziko-khimicheskiy institut im. L.Ya.Karpova. 2. Chlen.-
korrespondent AN SSSR (for Kocheshkov).

SHEVERDINA, N.I.; PALEYEVA, I.Ye.; DELINSKAYA, Ye.D.; KOCIIESHKOV, N.A.
New organocadmium compounds cf the Ar2Cd class, and their
dioxanates. Dokl. AN S&-M 143 no.5:1123-1126 AP 62.
(YdRA 15:4)
1. Fiziko-khimicheskiy institut im. L.Ya.Karpova. 2. Chlen-
korrespondent AN SSSR (for Kochesh~ov).
(C~idmium organic compo,inds) (Dioxanate)

Kre-nfon,*, A Cor ilng Mt. ler
r,2 s ;,,-) r.,. -m-
d
at S 'e,,*.Ifi;~ ,,~seexch Physico-
I.Ute va. Yair;~~Dv - "&--sear-ch in
c t . mcni L.
rcplm of cc--.pozds of zirc and
" Nornin;; senrion 2,~ p 62) Ord yK',,C'
is inc-'--ded in the L'at of Pirticlpanta in t1he
~olloqulur. M-C!-T,3r:X,V is alBo scheduled as President
~f the Morning sessic)n 21i S-p )
FF'!70V, Cleg, A., Faculty of Cherr-Istry, Moaccrw
University - "On Lie synthesis of optical
active ulkylmaFneslum and alkyllithium compaunds by
means of mercurforganic compounds" (Mor-nipg session,
25 sep 62)
report to be submitted fOr tbA IrAl- C011OqUiUM Cn Or9=Q315t&1nc DorlTntiyea
(C=) parij, Fr-, 24-28 Sop 1962.

L 12436-63 W(J)/EFF(c)/EW(in)/BDS ASD Pc-4/Pr-4 RMIWd 7
ACCESSION NR: AP3001156 S/0190/63/005/006/084,6/08-49
AUTHOR: Kocheshkov, K. A.; Kargin, V. A.; Sheverdina, N. I.; Sogolova, T. I.;
Paleyeva, I. Ye.; Paleyev, 0. A.
TITM Polymers of ethylene prepared by means of organoeadmium-titanium tatra-
chlorid mixtures
SOURCES Vy*sokomolekulyarny*ye soyedineniya~ v. 5, no. 6, 1963, 846-849
TOPIC TAGS: polymers. ethylene, organocadmium compounds, titanium tetrachlorida,
polyethylene, dioxanates
ABSTRACT: The polymerization of ethylene was conducted in a reactor filled W----h
ethylene gas to which were added 300 Sal of hexane and from 0.025 to 0.007
of an organic cadmium compound, cooled to -30C, and followed by dropwise add'Ltion,'
under constant stirring, of a titanium tetrachloride solution in hexane, in a ratio
C-Me/ TiCl sub 4 = 1/1. The highest yields were obtained with (n-C sub 4 H :5,'~.b 9)
sub 2 Cd and (p-CH sub 3 C sub 6 H sub 4) sub 2 Cd, and it was observed that ao:7-
plazas of the cadmium compounds with dioxane were equally 8ff9CtjV6. Tn
the polymerization processes conducted with diphenyleadmium and phenylcadm4-umlodide
it was found that the yield of an e3sentially similar polyethylene amounted in the
Card 1/2

L 1-2436-63-
ACCESSION XR: AP3001.156
latter case to only one-half of the one obtained with diphenylcadmi=, thus
ing the equivalency of the same radicals In the organometallic component in th-3
catalyst and the essential role played by their number. The obtained polyet'hylanes
were essentially white powders. Thermomechanical studies were conducted oz,
obtained at 180-185C and 90-100 atm, which were stretched in one direction. -~.t -.,,s
found that the polymers possessed sufficiently high values of recrys tall 1 za tion
stress and tensile strength and high stretch and softening point values, the lattor
in the 130-135C range. Orig. art. has: 2 tables.
ASSOCIATION: FUlka-khAnicheakly institut im. L. Ya. Karpova (Physico-Chemical
Institute)
SUM(ITTED: 25NoY61 DATs Am.: oijuO ENCL: 00
SUB CODE: 00 No RZY SOV: 006 OTHER: 005
cord 2/2

D214/D307
'WHORS: Sheverdina, N.I., Abramova, L.V., Paleyeva, I.Ye.
and Kocheshkov, K.A. Corresponding Member of the
AS USSR
TITLE: Preparation of organic salts.of di-n-butyltin
PERIODICAL: Khimicheskaya promyshlennost', no. 10, 1962, 7-8
T::XT: This paper reports a new method of preparing organic
salts of di-n-butyltin, suitable for application on an industrial
scale. The ir'nteraction Of SnC14 with B-C4119 hgCl in (n-C4H9)-.)O
forms (-n-C4Hq).) SnG12 which on treatment with 3076 ethanolic NaOH
n L
gives a precipitate of ( -C4H9)SnO. A slow addition of this oxide
(1.25 moles) to 2.5 moles of a warm ouanic acid (60-70*C) gives,
after 2 hours, the organic salt (95-987o yields). In this way the
dicaprylate, dilauratc, disteanate, and dioleate of di-n-butyltin
were prepared. The dimaleate and diacetate were obtain7ed by adding
.1 mole of the oxide to 1 mole of the corresponding anhydride dis6ol-
ved in toluene (yields > 9576). There is 1 table.
Card 1/1
S/064/62/000/010/001/002

5(2, 3)
AUTHORSi Sheverdina, N. I., Paleyeva, I. Ye.. SOV/2r-'2=~-2--lJO/64
T____
Delinskaya, Ye. D., ocheahVo_v_._Y_. 'A.,
Corresponding Member AS USSR
TITLE: Crystalline Cadmium-organic Compounds of the RCdX.-Cass
in the Aliphatic Series (Kristallicheakiye kadmiyorganicheskiye
soyedineniya klassa RCdX v alifaticheskom ryadu)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 2,. PP 348-350
(USSR)
ABSTRACTt Solutions in ether of the compounds mentioned In the itle.
obtained from exchange reactions of cadmium salts and
Grignard's reagent, are fairly extensively used as am
excellent reagent for ketone production (Ref :). When
dissolved in ether, the cadmium-organic compounds are
considered as dialkyl compounds (Ref 2). However, cadmium-
organic compounds of a mixed type had never been isolated
in an individual crystalline state, The authors were the first
to succeed in effecting this isolation after the reaction
between dialkyl cadmium and the cadmium salts on the
Card 113 equation R2Cd + CdX 2-4 2RCdX (I). The reaction occurs in an

I
Crystalline Cadmium-organic Compounds of the SCVI/;:!~ 3i-1'64
RCIX-Class in the t;iphatic Series
analogous way in the aromatic series as well, For thiB
purpose dehydrated cadmium halogenides in absolute ether
were employed. Contrary to an analog3us reaction, described
by the authors on an earlier occasion ',zirv:~-organi_- compounds,
Ref 3), they had in this case -- due to thos ethei insolubility
of the cadmium halogenides - to employ the approp7iate
suspensions. The mixed cadmium-organic compounds .'obtained
for the first time) are white, fine'.y crystalline powders
that do not melt, but which 9often above '000. They are
energetically decomposed by wate7 and al,~-)hol. Atmoaphertc
oxygen oxidizes them, but does not cause theiZ pontaneous
ignition. With the except-ion -.)f n-butyi-cadmium brom4de,
which is soluble in ether, all tht compounds of the ;thyl
series are insoluble in aromatic hydrocarbons, hexana, and
ether. Unlike in the RZnX (Ref 3), no stable complexes
(e. g. with ether or dioxane) of the compounds concerned
have been observed so far. The interaction of the individual
cadmium-organic compounds described with the halogen
Card 2/3 anhydrides of the acids occurs on the equation

Crystalline Cadmium-or-anic Compounds of the
0
RM-Class in the Aliphatic Series
C2R5CdX + C6H 5Cox --~ C6H5CO-C2H5 (11).
In the experimental part, the usual data are presented.
There are 4 references, 1 of which is Soviet.
ASSOCIATIOR: Fiziko-khimicheskiy institut im. L.Ya. Karpova
(Physico-Chemical Institute imeni L. Ya. Karpov)
SUBMITTED: December 29, 1958
Card 3/3

FIABO-
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PT"r. e

PALEYEVA, Yevdokiya (g.14akhodka); LESKOVp S.; SHITS, 0. (B.Nizhnyaya
Omra v TO-a-AMR)
Readers reply to Valia Mitiukova. Obshchestv.pit. no-4:30-31
Ap 161. (141RA 14:3)
1, Zaveduyushchly proizvodstvom stolovoy No.27, g.Khaburovsk (for
Leskov).
(Cooking schools)

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j=W c'Wk SdW' N' N' '"not"
hot, 101J..'46 wd /ad M,mrstrad) J. No. 4, 6
I Mfi)- The flat an It tivisitism I,* tk.-hI,m Imeodurtitsin of
41ric arid has Imfiresised thitmigh the 1Ah a
ad mrstripbst
tstases to raw pr',duI'tt"n Rempbotifts view by saw
mwftb in d&k -16 pradvictim 'r 1'.. ptidel aod M
A. kramisusuve, PQ- 7, As 'I
live imis with pill, and filmed straws .4 Ajpw#Ww mW
in terrismiatme M mwrtjw and lif shoome front dif."rit
-suivirst it wait fuurd difiry I strains retpumd diffar-
rn
rally Its Shavime, a 11,17:6ferristralins zjss'~jae as '"Wy W
$WIUW. Crude COATI. istilato osii"~
, "S ti a 4wtabk $UAW
polove Our I bear at ralms. By winal 2 3% of ouln. for
time Wind vultmer sod tommiming . sewd. 'now
-01WAN Ow
MINFOX) tbmwtth, citew wid irstrid, of 40-61% were
ubt&iMW. SWWNIY. but 'nth kmer irwids, slocom madir
by bylArtilytivis istIcid rim be isiditrivid. 71ar beat ym4d
from wood sugar was 12`~;. eakd. m itoW sulair (13%
caled. am amt cil sugar fermented, C-swituard culliva-
two in the mame, *uSsilfvAn fatrured furmaltum of Shartattle
w which ywids as high as Wi" ' obtained.
! 414W. L.KAhnsix-
. '.1V .1 AMW~ - F elptis
I ilai 1 (in FAuth-h 47 8V ""
wffb 'W"fA. (NH.).So'. NH.111111).' NH.HCJ".
NH.C1, Mir. N&NIP. m0 Mit(N(h), if wait lowild
their the optimum N rilturnt #1N _'- _sd formarikm
IMS Aviles nil wi3imoui?x--
-.L.PA A it 0 JR4A_ -Ii- 'A. -A -a-, 1. ! ~ A & . . 0
is
1, 104 Iu# per )fill viv M niedium when the N ii-xvir I*
NHIN(is and the initial culture is used its Imixulsts, a timmir,
Cuacd. Oulu I-or ttmlll&uuus frr"Itnialusis to th* mine
nudium the triptimmus, -milent 1A Waste, about OHM mg
fire jtXj cc, Sunwimes the citric " yidd cas be in-
by doulding the 14 contest sod rualtirmt several
4-yesvird
Chansvis j X)% WSW WAD. 'there to no appar"I FVXu-
md ytirld ami am, 4
Iwity is the rielat" birts-es ritrir or
firrah wid-firmIltm-s off
N libeirstird Io the mfdiu"',
the
lend to liberate more N than the liffliner, strillut- I'littilla,s
vidence (if an actual relationship I, usictodusive. There
a wo or* N Kxm-p which is bear jur isa stramis ill A, Mop -
bersome ca vwytnt -rimlivity I., Jim WKI (sither factimis
N
-isturturses curw mind ywld is six-l-ra.-sed Ity smins M WS,
per Ito) tv tas NaN(h m MR(NO00 it) the varied SUBW
"jj~ The Wit of N sm tbtssufn~ is nut kDowill. but Inthro
24 his. all tbe- N 6 in the -Y-11113". Tliii is "'O"I'ary ".
KamuirbWo o"num #bat Ciffm am to formed nod bm
protein sy"tht-sts is sust1drrily interrupted. = of
raidim m cittric tigid inimfim by AWnP- slow. F
JK. kreshng JW. 49 tR Adding k& cmanatim 61 the
flow (if infrulati,m ggyr efo inervaite in citric wid YiOM
ka added 2 day% after lnm-ulstxm gly" ww stuflulatiork
Oma
but chirly ordly to 'lit- we-ali Im-ld "t"""
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and CO. balance us citrx wsd p"Lictsm sbowed that
thick 6yers of mAn. art unsuitittAr and "t armlKa A
awh a isyrr retaub rather than favors citrw arbd f(irms.
tbm. Anamolm cowditions in the Kft. art noriniiiii durinS
acsd prodmi-tion. Acid yveld is larga than would be ex-
pwird from the ib"my that k'011 is fornwil ma an mirs-
inediste tisage Decritaxing C(h content in the au obtme
the mymbout do" mm couie ibr armid yield it? fluctuate.
Saft ambalim d Asparsilho &*or s& relativid to cwk
fainimalimm M - A - C~dlrt. V. A. KjYmmovs and N
makorrotnii. ]bsd W, 14 (in EnsImb 05, In 1-t.
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M (V. S. S. R.) Am.
U. 5, -00
1, No. 2. 40(190~j -Tlw simix. at witami;
11
i
5 ii
d
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n
n
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yeast am awarrat; the amt. varkd
,
witb the cult fts c4
-0
the , . The active yeasts bad the largest amst. al -00
vttasnim. IU teas wnw prsfurnwd an dowes, as wen as
-,n PLants (Phoomy", bAcAwsimmum). 71W tf-Sts gow
Amtkid rtsult P. twnks The plant lem is simpki and
M~ mmsitive ban the do t"t. The rewlts ezpkatn
thr c~nstrzdk-tory data of diffurnt imrstipturs of wits-
min D, 14'. R. Henn
0 - 5 L AMOTALLUN"AL LITER&UPOS CLASUPKAT600
$blow am
I I r I I I I --F -3 q --r
Amme Ivan a Ow a I 'm

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000 0
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Joe lax 0 A a- J
Me &*V ".
-00
Pi4 j. ppafef. 4 t;. S. S- k.) 14.
-00
lQW).-f6~knvrslNplb= was bawd on Lbe
f.(( that NYCOMYCes do" not raw in avitism'sn""'d is -00
an,hout add - .1 vitamin 11, Tiw ityalb"IC cullutr
ru"hum was prrpd. by addt~f to Pit) M.,).l d-d-'r, -00
til.ecse, tor,". asparaffifte O'l /0. KII.P0.
S4),nCk5%. lisrubatctheculturesineethcr-niusuat is-
M' few 10-12 days, boil the Wtures, remove the fJJm'-
-,h with water and sk. and dry to const wt. at 37, 45 -
f,w 2L41 days. The activity of the Witam'D D, Pret"'. was
.h-Id. front the wt. of the Pkw,,Mjwej fil"Is. Usually lh~
wt of the trycelium obtained in a synifirlic medium we-
=00
3- 13 mg. From an addn. of c"A. vitamin D, ut of -n
activv prqm. of vitamin B, the wt. increased to 7()-W rng
11WOMWes is 20-111) times as kmahive to the actim ul
Zee
0 v'famin It, as am pigeons W MtIL. Addn. of only 0. 1

!
0
0 1 11 -1, of the Vitantin rauw~a a Considerable gruwth. rh~
ms #to
It
r
t Zee
ti virAnion
rr-its obtae~l fnern ther arietto ca
s pr
g
%f a 00
ees
Phroalyget agreed with the beat Capt. 'M l"s-.
um amcs. of vitamin H, mn he detected by mram W ,040
Vottrosirwes that c-anw* be darrmd by expis. art anintsh
00
The drin- of vitamin lit in (-Ard fruits, vrxrtablr~. ric .
is dutditful aince the exts. 4 three pub*tartir" hav. 500
di&rent mineral compria., and the changing amts. of org
200
arids can affwt the development of Pk
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entilmigthihidmw and U"mlh N,im-m-al ('14"
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Su hwoom vA kidn*y tumetim K I'All and G
('.v(Wv (Iltsiv Cluj-K("Vir, RuIrtankil MW Gyallm
72, 72 $9 11100); CAww. Zrjw. IM, 1. Z249 -CAmtrurv 1,,
the rvj~jrtx of other., it has been slomn by empts oo rml.
that ~hm Jig" is umd as a renal IxAmmi it also ha~ uthrr
effect.. trgmrdk4o of the ams. injortrA. Foriblorrumitb
px* Im-ibir todes. thr sublethal sluiw sixt ru"y gAll expla.
an the rwative rMeTts of htwnxw* treatment of dsmAgr
rauwd by The ffsCl, Tivainwmt of into with female wx
hmemonr "luced primmutw"I injury ut the ;mmorhyots
od the kWmy. Moreover, hi~tologirAl wid chent examn
showmi distwrhancr~ of the renal functim following treat-
ment with male ses hortnone, Trrutrnrut of trail ths-
arilm with wx bormanes. therefore. 4oe% am app"r to he
b1. C, Moore

FALFAIP Istvan
Manpower situation in the agriculture* Stat szemle
41 no.21ll5-137 F 163.
1. Kozponti Statiaztikai Hivatal esoportvezetojee

1-"I L JLJ
IL
lit
Er
41

r( 4 i r. z rF

L rf) Lv h I
oo~
-to
-egY
'=..ik!
dl Thk raw matakl is remum in Aa
00- at wo-lowo MM Clu ou
lu slatow ladow at 1050-1200, wkh an sk-ps min.
FeNck" D. Ovedum

AUTHORS: Domsha, A.; Palifalvi, A.
TITLE: investigations in the field of iron powder preparation
PERIODICAL: 7ivfiratJ,.,i,yy zYiurrial, ro. 4, 1')(;2, 41 -
4G273 ("Poroshk. metallurgiya", 1961, no. ~, 102 - 111)
7E)rk: In the RNR a meth&d was develol-ed for obtaining Fe-po.,ie- :Dy
ng mi Tne ;i,'-
11 cinder w1th natural gas (the so-called "frame" met"nod).
is dried at 400OC; screened through a s"eve with 1 mm, meshes,ground -'ri a ball
-,i!1 during 30 mir. arid, reduced at about 1,0000~. 71he finished pow(ie;-
0.28 - 1.0% C, 90 - 96% Fe, 3.2~'-' 0; if partially burnt methane is used, 0-
content can be considerably lowered. The expediency Is rioted of employl4r,v, r!-)!.a-
ry gas furnaces for the reduction process. The pressubility arid ainterlnt~ C~Ipikc
ity of the powder and the properties of the sintered products are descvibed~
R. Andriyevskiy
LAbstracterts note: Complete translation'
Card 1/1