SCIENTIFIC ABSTRACT NAUMOVA, V. V. - NAUMOVICH, V. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136210014-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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KOBTfS, A,V., Cltbets 1, A*T.I; FAUNDTA, T.T.
Iffect of ropeate4ly adalulatered soportfle on tb3 Usher nervous
actlylty of dogs. Flslol.zhur. 6 najt2q~-35 JA-F 160.
(NMA 1315)
1. tharlicovskly meditalaskly Inalltut, Imfedra polkhlatrit.
(NAMOTICS) (OONDITIOM USPONM)

S10321631029100110021022
BIOI/BI86
AUTHORSs Zhukhovitskiy, A. A., Turkel'taub, N. 9.9 Kancheyeva, 0. A.,
Eau.mQya.4V,t_V., and Ryabehuk, L. N.
TITLEs Stepwise chromatography
PERIODICALs Zeyodskaya laboratoriya, v. 29, no. 1, 1963, 14 - 18
TEXT3 A simplified form or chromatography is suggested for indu3trial
analyses. Horizontal steps are obtained instead of peaks by introducing
in the-column large amounts of the mixture to be separated. Complete
separation of the substances is not necessary as the height of the stepe
is such that the components and their concentrations can be determined
with the same accuracy as on the basis of the peaks in complete separa-
tion. The conditions for the formation of steps;are derived from the
equation for the separation coefficient and from the dependence of the
concentration on diffusion, the Henry coefficient, and the Kramp runction.
A column twice as long as that used in detection chromatography is
needed, and the Henry coefficient must be much greater than unity. Com-
plete separation of the steps is not necessary, however, for mixtures
Card 1/2

S/032/63/029/001/002/022
Stepwiee chromatograpty B101/B186
having only 2-3 components. Examplas are given for the separation of
hydrocarbon mixtures on brick powder impreenated with vaseline oil or
hexadecane, or on Al203* Columns of 300-340 cm length or a capillary of
93 m length wetted with hexadecane were uued. There are 5 figures.
ASSOCIATIONs Ina*titut yadernoy geofiziki i geokhimii (Institute of
Nuclear Geophysics and Geochemistry)
Card 2/2

AJNISIMOV, Sergey Borlsovi wi; I. III.ETA3, Yakov Moyerovich; NAUI-.OVA,
Ye.A., red.
[Cyaniding in low-concentration comioundt, with polta!mium
ferrocyanide) TSlanirtwanlo v malokontoentrirovannykh
L;o,gtavakh a zholtol krovinnot soll1u. Lenlngrwil. 19(-u.. 17 p.
'I LA 18;3)

SHASHIN, Mark Yakawlevich, doktor tekhn. nauk, prof.; WAUMOVA,
.'ed
(Evaluating the scattering of the values for the structural
stability of machine parts) 04sanka rasselvanila znachenii
konstruktivnoi procbnosti detalei mashin. Leningrad, 1965.
23 p. (MM 19:7)

SHASHIN, Maria Yakovlevich, doktr-r tekhn. nauk-,, NAUMOVA, Ye.A.,
red .
[Effect of a hardened layer on increasing the durabilit7
of machine parts] Viiianie uprochnonnogo sloia na povy-
ahenie dolgovechnosti detalei mashin. Leningrad, 1964.
33 P. (Leningradskii dom nauchno-tekhnicheskoi propLgandy.
Peredovoi nauchno-tokhniThegkil opyt. Seriias Mettillewede-
nie i terulcheskaia obrabotka, no.2) (MIRA 17:7)

BELOUSOV, Nikolay Nikolayevich, kand. tokim. rinuk; HIKHEYE'VA,
Yekaterina I;ikolayevna, Inzh.; SARAMNOVA, '-tarlya
Iiikolayevrz, inzh.; IIAM-'OVA, Ye.A., red.
[Heat treatment of new foundry aluminum alloys] Termi-
cheEkaia obrabutka nov-ykh litelnykh nliuminievykh spla-
vov. Loningrarl, l')(4. 34 p. (MIPA 18-1)

BELOUSOV, Nikolay Nikolavevich, kand. tek~n.nnuk,, MiEhl-YEIVA,
Yekaterina Nikolay-ema, 4.nzh.; SLFAIFITOVA, Yaxlyft
Nikolayevna, inzh.; NALTFOVA, Ye.A., red.
"-- .!,.
[New aluminum foundry alloys) Novye liteinye a1luminevye
splavy. LenAngrad, 1964- 35 p. (t,',I!I.A 18:3)

DURNEV, Vasil.4y Dmitrlyevichl NAUMVA, Ye.A.j, red.
--"
(Rachanical properti*s ef elactric&I 3td*lgj Hekhani-
.chookie svoistva slaktrotakhaichookikh stalsi. Lsnin--
grad# 1965. 22 po (14IRA 1887)

RAKHSHTADT, Aleksandr Grigorlyevichl NAUmOVA, Ye.A.v red.
9 9-04vw'""
[Modern methods of hardening alloyB used In the manu-
facture of springs) Sovremennye metody uprochnenlia pru-
zbinuykh splavov. Leningrad, 1965. 38 p. (MJRA 19:1)

NAUMOVA, Ye.A.,, red.
[Increasing the reliability of springs] Povyahenie
nadezhnosti pruzhin; abornik. Leningrad, 1965. 47 p.
(MIRA 191l)

SOKOWVt VJA,;__#A~~T40 Y*,A,
Biology of the "nd nwmot, rzy. AN Turk. SM.Ser. biol. nauk
R00207-419 162. 17t4)
1. Naskovskiy SosWarstmayy md"raitat.

n2v-!au"~
Ecologicel and morphological characteriattes of the digestive tract
of sand marnot Spernophilopsis lep*todactylus Licht. Vast. Nook. un.
Ser. 6!- Biol., pochv. 20 no.3s19-25 Ify-je 165. OAIRA 180)
1. Kafedra soologii pozvonochnykh Moskovskogo universiteta.

1"AW017AP Ye. K.
Lab. Chair of Miercb1ol., Kazan State Med., Riot. (-19"-)
"Microbes-antagonists of diphtheritic Uacilli.ll
Zhur Mikrobiol., Ppidemcil, i Imaunobiol., lio. 6, 1944

USSR/Microbiol.3tZ - General Micr-,biolo(_~y. F
Abs Jour Ref Zhur Diol., No 1, 1959, 655
Auth:)r Namiova, E.K.
Inst
Title Comparative Evaluation of Nutrient Media witl-, Soclii:m
Tellurite for Cu.1tivati,)n if Diphtheria Dacteria
e)ri(,; Pub Labor. delo, 1958, No 1, 43-44
Abstract No abstract.
Card 1/1
6

Rq~qYA&,J4.x,W-d ot sent
PractIcal valne of @one wthods for the laborstor7 dlWosls of
diphtheria. ffAxemadeshur, 40 no.304-48 My-Je 159.
(KIPA 12tll)
1, In Wedry mikrobiologil (sav. - doteent Z.A.Karimays)
LLsanskogo iteditainskogo InstItuta.
(DIMHERIA--BACTJARICLOGT)

NAUMOVAg Y&J.
---
lbtWA of staining diphtheria Wtoria, lab. delo 6 no,4s46 M."
'160* " 1-371-27
2. Wedrs, atkrqbiologi:L Kammkogo moditsinskago instituta.
(STAIM AND SUMIN (MICRMCGOPY) (DIMTHERU)

3TAROSELISKAU,, K.B.; BERIM# H.G.j MAUMOVA, 1,102MOVAl KG.
Aotion. of r me orgmic phosphorus compounds on microargani=o.
Zhw.mikrobiol.,, spid, i iawn. 32 no.n:87-91 N 61. (MIRA 14: U)
1. Is Kazanskogo gosudarstvennogo meditainakigo instituta.
(PHOSPHORUS ORGANIC COITOUNDS-MYSIOLOGICAL EFFECT)
(BAMERIA 0 PATHOGENIC)

t; ROVA,S.A,t
NA as ten FEW
-"L-Rfov jots.j SHAMSUTDINOV, N.S., a in
RYAPJVA,H,I.; OSMOVA, V.P.; KMSINA,K.D. (Kazail)
Figb,'Ang diphtheria in the country; abotraot, Kasomedozhuro
no.ltll3 U-PI161 (KM l6sU)

BREZGUNOV, V.S,; LIPIN, MI.; ',IATIIOSCVA, V.R.; NAUMOVA, Ye.K.
Comparative evaluation of the bactericidal Vroperties cf aquargen
ard antibiotics in pure microbial cultures and their a5sooiatir~rz.
Nauch. trudy Kaz. goo. med. inst. 14:121-122 164.
(MIR. P~:,))
1. Kafedra mikroblologii (zav. - dotsent Z.Kh.Karimova) I
kafedra obshchey khimii (zav. - dotsent Ye.M.Kozyrov)
Kazanskogo meditainskogo instituta.

GORIKOVA, S.A.; DUNAYEV, V.G.; IMATROSM, V.R.; NAUMOVA, Ye.K.; STUDENTSOVA,
I.A.
Canparative characterist1ca of the biological and ant.-microbial
effect of armin and ItB chlorinated analogue. Nauch. trudy Kaz.
gos. med. inst. 14:151-152 164. OCRA 18:9)
1. Kafedra mikrobiologii (zav. - dotsent Z.Kh.Karlnova),
kafedra farmakologit (zav. - dotsent T.V.Raspopova) Fazar.-
skogo meditsinskogo instituta i kaCedra organ-'che.,,koy khlmil
(zav. - Prof. A.I.Razumov) hazarinkogo kbimiko-teklinologicheskogo
instituta.

KONOVALOVA, N.G.;_.E~UMCVA,-Ye.K.; RVIIEVSKAYA, G.F.; TII-EYDIA, S.M.
Bactericidal effect of organophosphorus pref4rations and
antibiotics on staphylococci of the genitals. Nauch. tz-udy
Kaz. goo. med. inst. 14:207-208 164. (MIRA 16:9)
1. Kafedra mikrobiologii (zav. - dotsent ZAh,Karimova)
i kafedra farmakologli (zav. - dotsent T.V.Ra3popova)
Kazanskogo moditainskogo Im;tItuta.

MATRCSOVA, V.11. ; NAUMOVA, Yv,K,; IT'SK'NEUVA, I.V.
Pharmacological and mcrobiological c~Iaractarjstlc~, of ttree
new groups of organophoophori.-o preparations. Nauch. truoy Kaz.
goo. ned. inst. 14:229-230 164. (41EA 1R:9)
,il (zav. - clot.9eilt Z.Khjarlmova) I
1. Kafedra m1kroblolop
Vttfedra farmakologii (zav. - dot.!~(,nt ra.Raspopova) Kazan-
okogo medit.,jAiskogo LrLstltiita.

U"
Farm Animals.
Cattle.
,ABS . JuU.-L RLaBlo!., !io. 6, 1959, No. 25829
AUTHOR Gumenyuk, 1. a,t_Havmovaq Ye, H.
L3T. -
Penza Institute OA. ~
g
TITL-!,' The Influence of Mil king and Feeding FrPquen-
cies upon the Cows* Milk Production mid Physl
logical Condition.
ORIG. -PUB. : Sb. tr. Penzensk. ii.-Idi. in-tag 1958f vy-p. 2, 1
318-324
AB3TPuX*T : One group of cows was kept on a 4-interT&I
daily regimen (control), and the other on a
2-interval feeding and milking regimen (expe-
rimental). Within the t;'.me stan of the experi-
m.nnt (from 10 May to 5 Augus ) t the milk
yields increased in 60 percent of the covs of
the experimental group and decreased in 7 per-
cent. There wan no difference in pulse and
respiration rates, 11b and erythrocyte contents,
The bibliography consists of 11 titles. --
F, M. Kazantsey
GA.iD:

NAUKOVAp--.TeJ.
Aeselerated, nothod of preparing adsorbed agglutinating dysentery
memo Trady T=NrM llt2R4pQS7 060, (KM 16o2)
1e Tomakiy neacbno-iseledovateltakiy institut vaktain 1 syvorotok.
(SHIGSUA ) OWN)

KHOMULLO, M.I.;,.PAUNDVA,,_Ye.S.l BYSTRITSKAYA, T.I.
Etiological picture of bacterial dysentery In the Gity of
Tomsk. Trudy Tom NIIVS 12tl32-135 #60 (MIRA 160-1)
1. Tomskiy nauchno-isoledovatellskiy institut vakt9in I
syvorotok.

NAUMOVA, Ye.V.1 KONDRATITEV, I.F.
Measu.r!rig traverse lep b.- '.*-,- tamllh~, =,*,!.,J.
i kart. nc.2:28-31 Ja 16-~. (m, aA -.8; ~)

BMUTT, B.B., inzh.; DMTISOV, N.I., *.nzh.; HAGRODSKIT. 1.A., kand. takhn.nauk;
POZRITKOVA, Te.l., nauchnyy sotrudnik; KAUKOVA. Z.I., nauchnyy sotrudnlk
Prepamtion of viscose pulp of lov ash content. Bum. prom, 34 no.11:
13-14 N '59- (MIRA 13:3)
I,Prioxerskly teellyulosnyy sayod (Bukaty, Doulsov). 2, TSentrallnyr
nauohno-looledovatellskir lustitut t"llymlosnoy I buaazhnoy prolvehlon-
nostl (for Wagordekly, Poshitkova, Raunoyaj.
(Ariosersk-woodpulp)

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ARLDoplants
Chemistry - Formaldelwde
mAstLon of Wktor an AmInoplastep* A. A. Tausheydtj.
UnIngtad Sci Ron Mwt of Pleableas
Newwaa
e-
CW
PrIkied mdaus voi ux, io 6
Won eximplist products are treated with hot vaterp
fwasUsb1de In obtalued, quaatity dependivg on seem.
Altioms of pregglag. JPormld*Wdo &In prodaced,
'althooo In comolderably smaller quentitys vboa
mt1wasoarbagide Is heated in vater. Fbenomem MA
F-
~/Cbwdstv7 - Resinous Pr*daots,, Jan'
Anloglasts Nost&)
be salalsed by detmohmat of formaldehyde from
wtheme groups In reat& molecules .*Ad by fact tbat,
adsoplosts, widergo slow hydrolrels vhea heated
vith vater. Bubmitted 17 16LY kT-

PHASE I BOOK E(FLOITATIOIN SM/1902
Chegodw"t 0*0* OCJZ~-"- "~""Wa 0 SM Ts,S, DunaMsksys
ftwel"ty (nmeasayleses) 21 eal e4. Lienlogred, GookhImisdatp 1960.
.190 p. Imte *Up in"rtied. 15,,000 copies printed.
Ed. (TItle VW): L,V. Cbereshkovich; 19d.: To. Is Shur; Tech. Ed.:
Too Ta. Rrukh.
POOM,., This book is intended for technical and scientific personnel and de-
stpers In the chemical, refrtgeration, food, pharmactutical, electrical and
electronic Industries.
COVZUGZ% The book deals with the development and application of rluoroothylenos
in the Boviet ftlano It contains date am the paqWrtles, or flaorostbylenes
end an miethadis or processing them. The material Is based on research carried
out*at the NIIM - Naskovekly nauchnow-Issledoystallekly institut plasticheskikh
isams (moscom, scientific Research institute or Plastics), where special methods
for the febriestion of bellow*,, valvess and pipes are currently being developed.
Cara=24
NAGRODSKIT, 149; NAMOVA-0 ZJ
Lowering the general and harmful tar content of woodpulp br
means of surface active substences. Ban* prom. 34 no,4-.5-7
Ap 159. (MIRA 12:7)
I.Tgsntrallnyr nauchno-lealedovatel'skir institut tsellrulavno~.
I bumashnor proaWshlennosti.
(Woodpulp) (Surface active agents) (Wood tar)

-MAUMOVAt Z.11-1 NAGI(ODJftl, I.A.
i
VAMWactum Of madp&lp with a low iron content. Bum.pr=. 38 no42:15-17
F 1634, (Mia 16:2)
~. Vee"yuqWy mmobna-laeledovatellakiy Inatitut bumashnoy lw*v-
Sh"anopti.
(Woodlpulp industry)

RIUMOTA, Z.T.
I"
The photolibrary aid the perawwat exhibition of publicationti of
the KomrqT BstwAc&I Institute of the Ac&doay of Sciences of
the US,S,R, B3t.rhur. 42 me.21331 Ir 057* (KM 10-30
(Moscow-4tany-4xhibitions)

NAINOVA, Zimida Vasillyevna; LEBEDEV, D.V.,, otv. red.;
VINOGRADOVA, N.F., tekhn. red.
[Annotated bibliographic index to the "Izvestiia
S.-Peterburgokogo botanicheakogo sada" and to the
"Izvestita Hatanichaskogo sada Akademii nauk SM,"
1901-19321 Annotirovannyi bibliograficbeakii spra-
vochnik k lIzvestliam S.-Peterburgskogo botaniche-
skogo sada" - "Izvestiiam Botanicheskogo sada Akademii
nauk SSSR," (1901-1932 gg.) Moskva, Izd-vo "Nauka
196/se 237 P. (MIRA 17:41

soY
AUTHORS: Morgulla, N.D. and Naumoveta xq-11-6-26/27
TITLE: The Problem of Converting the Thermal Energy Into
Electrical Energy by Employing Thermal Electron Emission
(Letter to the Editor) (K voprosu o preobrazovanii
teplovoy energii v elelctrichoalcuyu putew ispol'zovaniya
tormoolektronnoy emissii) (Pialmo v rodalctsiyu)
PERIODICAL: Radiotekhnika i elektronika, 1959, Vol 4, Nr 6,
pp 1065 - 1066 (USSR)
ABSTRACT: The authors commenced the investigation of this problem
in 1949 and some of the results obtained were published
in a number of articles (N. Morgulis and P, Marchuk
- Ref 2). Similar work has been done in America and
the results were published at a later date in a number
of papers (K. Hernquist et al. - Ref 1). T7ie authors
point out that another type of energy convorsion by
thermaelectronic means is also possible. This method
was studied experimentally by employing a -,.pecial tube
provided with an L-cathode fitted with a tungsten plug
Cardl/3 having a diameter of 3 mm; the tube had a-i anode with a

sov/log-4-6-26/27
The Problem of Converting the Thennal Energy Into Electrical Energy
by Employing Thermal Electron Emission (Letter to the, Editor)
protective ring and the diztance between 1he electrodes
was 2 mm. A drop of caesiura was introducisd into the tube
and itm vapour promijura was kept conatetnt nt a t omparat tire
t by means of a thermostat. When a negalAve potential
was applied to the anode, a large ion cur.-ant was observed.
When the electrodes were shorted, a large cloctron
current 1 0 was obtained; the magnitude of I a could
be controlled by the vapour pressure and the cat6odo
temperatur8 T . It was found that at t -- 180 C and
T v 1 300 C , the ion current at -90 V was
20 mA/cm ; the short-circuit cur2'ent was 1 2.0 cm 2
the optimum useful power was 0.6 W/cm' and the efficiency
was about 50,'0- It is thought that the performance of this
type of enorgy-convorting device could be iinprovod
further.
Card2/3

0 6/21
The Problem of Converting the Thermal EnerSysoyJao9de-c'Er"ica Energy
by Employing Thormal Electron Emission (Letter to t-ie Editor)
ASSOCIATION; Institut fiziki AN USSR, Kiyev (InstLtute of
Physics of the Ac.Sc., Ukrainian SSR, Ki7ev)
SUBMITTED: February 9, 1959
Card 3/3

1,1367
S/18 60/)02/03/26/028
Ix 0 0 Bb06xBO17
AUTHORS: Morgulis, N. D.INaumovete A G
TITLE: Utilization of Thermoelectric EmIssion for Direct
Convarsion of Thermal Into Electric Enerwv
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No~ 3. IP~ 537-542
TEXT: In the introduction, the authors refer to the greal importance of
direct conversion of thermal into electric energy, and mention a mono-
graph by A. F. loffe in which "vacuum thermocouples" wero suggested.
Some theoretical results of a previous paper (Ref. 2) are also dealt with
in detail, and the results of a number of publications ar,) discussed,
above all, with respect to the investigation results obtalned with tungsten
L-cathodes. For verifying the various results, test tubee were produced
with plane tungsten L-cathodes and small anodes (electrode spacing:r_- 2mm);
a drop of metallic cesium was introduced into the tubes so that the cesium
vapor pressure p depended on the temperature of the thermostat which
contained the test tube. The cathode temperature T was measured with an
LK
Card 1/3

87-367
Utilization of Thermoelectric Emission for S/18IJ60/'O(j2/03/26/026
Direct Conversion of Thermal Into Electric B006/B011
Energy
optical micropyrometer, from which the cathode output was determined.
A negative voltage V of 50 - 100 v was applied to the ancee, and a
relatively high ionic current I;, was observed# which steeply rose with
increasing p and increasing T. 11 PI was considerably higLer than would
have corresponded to the 3/2-law. The compensation effeci ef the ionic
space charge due to the thermal electrons of the L-cathodit was investi-
gated. Fig. I shows the brightness temperature Tbras afunution of I
(curve 1), and Fig. 2 :hoj: Tb as a function of the short-circuites
electron ourvent I n Yeatigation of the dependence Of In on 100
howed that I. =aye?; set equal to Iso/k, with k - IfW,(Cur;e II); the
2 a
:Ctual Yalu* of I corresponds to a k1< I and lies bel;ween the two
p 7 FS:
Curves I and II. Fig. I shows the ratio a and F:Lg. 2 analogous
P - IOU/10# computed from ths Richardson f;r:PU/&'p.OV'ie. 3 shows the static
characteristics, i.e., the funotion IeO(V) with small V for the brightness
temperature 1#28000. Fig. 4 shown the load characteristic;;, i.e., the
L~'
Card 2/3

8167
Utilization of Thermoelectric Emission for 5/181/60/002 031261028
Direct Conversion of Thermal Into Electric B006/BO17
Energy
resietance dependencea of the output 2
WR - 'OR On VR - IeR aid Is are
shown. Fig- 5 shows WR(Tbr)- Finally, Fig* 6 given the curyte analogous to
Fig- 4 for special parameters (Tbrc--1v3000C Ieoc:e2.0 &/CG2, output
C'-O.6 w/oa2t ncl~5%). The cathode area in the experiments was 0.07 cm2.
These results, are compared with those of Ref- 3, where high,ir efficiencies
were obtained. The experimental results of the present pays:: indicate
a new possibility of obtaining high leo and n at relatively low cathode
temperature*. In conclusion, the authors thank V. A. Uorozo-rekiy for
having supplied the test tubes. There are 6 figures and 11 :?eferences:
7 Soviet and 4 English.
ASSOCIATION: Institut fiziki AN U83R Kiyev (Physics Inatitute of the
AS UkrSSR, Kiyev)
M MITTED: MaY 4v 1959
Card 3/3

8 215C
d S/04SJ60/)24/06/04/017
BO19/B067
AUTHORS: Morguli4, N. D., laumovatep A. G.
TITLE: Formation Kinetics and Some Proper as of Oxyllen Films It
Adsorbed on Tungsten
PERIODICAL: Isvestlya Akademii nauk 33SR. Serlya fizichoWcaya,
196og Vol. 24t wo. 6, pp. 647- 656
TEXT: This to the reproduction of a lecture delivered at th-v 9th All-
Unioa Conference on Cathode Zlootronics from October 21 to 2), 1959 in
Moscow. This paper Is devoted to calculation problems of oxy,gen adsorp-
tion on tung3ten. In the introduction, these processes are discussed in
gener&l, and formula (1) for the rate of formation of a film adsorbed on
the surface to given. Furthermore, the test tube shown in F4.g. 1 in dis-
cussed with which the surface potential of a tungsten band a.)ntained in
the tube can be neasured. This tube is equipped with an Allp4t=t manometer
by means of which the pressure jumps in the ionization can bii measured.
In this part of the paper, B. A. Chuykov, Ya. N. luchero , V., K. Madved9v,
and Yu. S. Vedula are mentioned. The second part of the pape:? deals with
Card 1/3 It

8215S
Formation Kinetics and Some Properties of Oxygen 8/048J60/024/06/04/017
Films Adsorbed on Tungsten B019/BO67
the adsorption kinetics of oxygen films on tungsten. In Fig. 3 the de-
pendence of the contact potential on the period of adsorption with dif-
forent oxygen pressures is graphically represented. From thin diagram
the authors obtain t1he coefficient for the oxygen con4oneation
(Y ru 0-05) by formula (6), and they point to Its low value fiomparod with
other results* In the disous-ion of this result it is Dointed out thet
this problem has not yet been theoretically dealt with, and :.n conclusion
it to stated that on the basis of the results obtained here :.t is diffi-
cult to determine the coefficient of oxygen condensation. In the com-
prehensive discussion of the properties of the adsorbed oxygon the
dependence of the oont ot potential on the period uf adoorptJ.on and the
temperature (Figs. 6, ;), the dependence of the jumps on !he temperature
for pure CO nd pure 0 21 and the dopendenoI of the jumps on 1ho adsorp-
tion period :ith various pressures (Pig.11)8 are dealt with. Slhe existence
of a second adsorption phase of 0 2 which could not be proved here is
diacussed. ftrthermore, the effect is pointed out in which apparently
the film of CO molecules to replaced by 0 molecules. The authors thank.
Yu. G. Ptu~hins for assistance given A the performance of' the work.
Card 2/3

82159
Formation Kinetics and Some Properties of Oxygen S/04BJ60/024/06/04/017
Films Idsorbed on Tungoten BO19/BO67
There are il figures and 12 references: 7 Soviet, I British, ! American,
and I German.
ASSOCIATION: Inatitut fiziki Akademii nauk USSR
(Physics Institute of the Academy of Sciences, UkrSSR
Card 3/3 Ve

30336
D274/D303
AUTHOR: Naumove-cs', A.H.
TITLE: Autodesorpticn -1- -isidual gases from tungsten
surface# observed by means of an autoionic projector
PERIODICAL: Ukrayinelkyy fizychnyy zhurnal, v. 6, no. 5, 1961,
703 - 705
TEXT: The autodes~rption of residual gases from a tunirsten surface
was observed by means of Mdller's autofionic projector Ref. 1: Ze.
f. Naturf., Ilaq 88p 1956). The tungsten surface was mounted on a
holder which was filled with liquid nitrogen; afterwaris the nitro-
gen was solidified (by means of a vacuum). The experimental lamp
was filled with helium to a pressure of approximately 1-10-3 mm Hg.
Before the helium wkLs let in, the surface was heated in a vacuum of
approximately 1o10-1 mm Hg-v so as to smooth its Gradual increase
of voltage was accompanied by the appearancet on the Frojector
screen, of autoionic pictttres, whereby a large number of bright
spots was observed. A picture of such spotsp radomly eistributed on
B/185/61/006/01)5/014/019
Card 1/3

30336
S/18 61/u06/,)05/014/019
Autodesorption of residual gases D274YD303
the surfacep is shown. The fact that these spots appear as entities
and are not dtvided into parts, leads to the conclusioa that these
are adsorbed 4toms. The picture has also dark parts which corres-
pond to (0111- and (112) - planes. Other pictures were obtained by
inoreasing the voltage to values, at which the autodeBorption con-
tinued, and then reducing it to values which ensured t4e stability
of the attained state. With continued autodesorption, the adsorbed
particles are mainly found in the region of the lines which connect
the fOlO) - and the fool] -plane through the 10111 -plane. With a
further increase in voltaget auto-evaporation of several layers of
the tungsten itself takes place. The corresponding picture showed
that the adsorbed particles still remained on the Burfacet while
the tungsten started evapord*M. Oxygen was used in Ih( investiga-
tion; this was due to the strong bond between oxygen end tungsten.
The tungsten surface was heated in a vacuum in a flow of oxygen and
then expose at room temperature for several minutes. Ihen the 02
was evacuated. From the pictures obtainedp the concluEion was rea-
ched thatthe, bright spots were due to the adsorbed oxygen. Effects,
similar to the just describedp have to be taken into F-ccount when
Card 2/3

36336
B./185/61/006/v )5/()14/019
Autode8orption of residual gases ... D274/D3103
autodesorption is used for obtaining clean tungsten sur.'aces. There
are 3 figures and 5 non-Boviet-bloc references. The reffirences to
the Engliah-language publications read as followst E.W. MfillertActa
Metallurgicat 6# 620, 1958; E.W. Mdllert Phys. Rev., 102, 618t
1956; G. Ehrlich, F. Huddat J. Chem. Phys., 33, 1253, 1960. VK
ASSOCIATION:
SUBMITTEDt
Instytut fizyky AN URSR m. Kyyiv (Institu-;e of Phy-
aice, AS UKrSSRt Kyyiv)
June 29, 1961
Card 3/3

5/195/62/003/00:)/003/003
E039/E420
AUTHORS: Medvedev, V.K., Naurnovets, A.G.
TITLE: Papers on adsorption at the Tenth All-Union Conference
on cathode electronics-
PERIODICAL: Kinetika i kataliz, v-3, no.2, 1962, 299-30C
TEXT: The conference was hold at Tashkent, November 23 30, 1961.
The papers reviewed are_as follows: V,A.Simonov (NIVI)
interaction processes of charged and neutral particles ivith solid
surfaces and the problem of obtaining pure high temperature plasma.
V.N.Ageyev, V.I.Agishev, Yu.I.Belyakov, N.I.Ionov and
Yu.K.Ustinov of Fiziko-tekhnicheskiy institut im. A.F.Ioffe
AN SSSR (Physicotechnical Institute imeni A.F.Ioffe, AS JSSR)
investigated the interactions of residual gases with tun;sten at
pressures of 10-8 mm Hg, and the pumping of oil diffusioi and
titanium absorption pumps. Yu.G.Ptushinskiy and B.A.Ch-iykova Ix
of Institut fiziki AN UkrSSR (Physics Institute AS UkrSS*1) made a
mass spectrometric investigation of the adsorption of ox-igen and
hydrogen on tungsten. V.M.Gavrilyuk and V.K.Medvedev Physics
Institute AS UkrSSR) investigated the adsorption of Ba and CO on
Card 1/3

S/195/62/003/00-':,'003/003
Papers on adsorption ... E039/E42O
the (113) section of single crystal tungsten. N.D.MorgLlia
and R.I.Mar.chenko of Kiyevskiy gosuniversitet (Kiyev State
University) investigated the effect of partial adsorption and
desorption of mixed residual gases in anultrahigh vacuum on the
surface of single crystals of Go and Si. D.A.Gorodetskly and
A.M.Kornev (Kiyev State University) dtudied surfaces, covered with
films of adsorbed gases, with the aid of slow electron diffraction.
Yu.S.Vedula-and V.M.Gavrilyx~_ (Phybics Institute AS UkrSSR)
considered the question of different adsorption properties of
tungsten surfaces, cleaned by passing a current and by electron
bombardment. Yu.G.Ptushinskiy and O.A.Panchenko (Physics
Institute AS MirSSR) examinea electron interaction with
adsorption of xygen on thin films of Ni and Au. S.Z.Roginskiy
and V.A.Shishkin,of Institut khimicheskoy fiziki AN SSSR (Institute
of Chemical Physics AS USSR) investigated the form and behaviour of
molecules in autoolectronic emission and its dependence an surface
conditions, temperature, pressure and electric field.
Other papers discussing the same problem were-presented by
A.P.Komarov, V.P.Eavchenko (Physicotechnical Institute imeni
Card 2/3

Papers on adsorption ...
S/195/62/003/002/CO3/003
E039/E420
A.F.Ioffe AS USSR) and A.A.Komarov (Physics Institute AS USSR).
A.Pj,omar and V.,V.Shrednik (Physicotechnical Institute imani
A.F.1offe AS USSR) and A.G.Naumovets (Physics Institute AS UkrSSR)
preserted papers on the use of autoionic emission.
A.G.Naumovets examined autodesorption of adsorbed atoms of 3xygen
on tungsten surfaces. Finally, O.V.Mitrofanov (Institute of
Chemical Physics AS USSR) investigated the activity of sections of
sing-e crystal tungsten with relation to oxygen by an eteting
method.
SUBMITTED: December 26, 1961
Card 3/3

MKOVE
Desorption of potassium from tungsten in an electric field. Fin.
tvar. tela 5 no.S.s2294-2302 Ag 163. (Min 16: 9)
1. Institut fialki AN Ukr M Kiyevo
(Desorption; (Potassium) (Tungsten),

-deidrotion wad invistig-t6d at -.120 t
.80 0
K
by ItUller's
me,thod,.an&.XUller',s experiments on desorption of Ba were ;3.18o.
:repeated at the same -temperatures. The temperature depende.2ce of
the:desorbing field is established a
The probability of diagoci
tion of BaO moleculea,during de
sorption is found to be les3 than
-2
abo 4-.10 Theoretical discussion leads -_ to the conclusion that
BaO is desorbed in the form.of-singly charged ions below 4)OOK,
and in the form of doubly charged ions at 500.- 11000K. Th-,,reare
5 figures.*
Car ------

- --l- _- -, ~---u ,. ~ ~4 j , 11 1. - --- .1 1 - - I -
7111 ~~~ - ~), ~ , ~ 4 , " ~- 7, ~ . . 1. - I
- .-f-.- .- I . - - -- - -,!~
---- 4g-frwn, ~,-- 7r~~ ~ -- ~.,

ACCESSION NR:
AP4041713
6/0161/64/006/007/20:38/2093
AUTHO Rs Naumovets, A. G.
TITLEj Growth of 11thium crysials from a film condensed dii tung-
sten in an electric field
SOURCEs FizJka tvardogo tela, ve 6# no* 7# 1964* 2088-2093
TOPIC TAGOo field emission cathode, field emission atomic str4c-
ture, field emission microscope, crystal growth, lithium, thin film
ABSTRACT: This is'*a continuation of earlier work by the a4thor
(FTT v. 5, 2294 and 2792, 1963) on'the effect of the electrJ.c field
near the surface of a sharp point on film adsorption. Wheroas in
the previous research the film was of less than monatomic thickness,
in the present investigation the author observed the growth of
lithium crystals measuring -10-5 cm on film several nogatoaLc4ayers
thick, condensed on tungsten, in an electric field -10 V/c3a. The
~,o 1/3 7

ACCESSION UR: AP4041713
experiments were made in a Mueller field-emission projector equipped
with a lithium source'obtained by reducing lithium oxide. The
lithiu;d.was evaporated at 1100K., As in the.earl'ier investigations,
fields of both polarities were applied. The resulfs have k~owfi
that the behavior of the thicker layers differs radically from that
of the monatomic layer, and that the character of the effect of
the electric field is kjoverned by the concentration of the lithium
atoms in the layer. The thicker film acquires metallic prorerties
and its surface atom behave like those on bulk metal, where" in*
thin layers the adsorbed atoms are bound to the substrate by- ad-
sorption forces and are differently sensitive to fields of oppositei
polarities. it in concluded that these results can be used to pro-
duce single crystals of low-melting-point Instals for electron-micro-
scopic research. "The author is grateful to correspondin"wober
of AN UkrSSR N. D. Morgulis formery useful remarks and to If. G.
iMedvedev for help in preparing the laxpa-0 Orig. art..hass 2 figure&
and I formula.

ACCESSION URs A'4041713
ASSOCIATIONs Institut finiki AN UkrSqR, KLev(lnstitut* of PWY,licsf
Ali UkrSSR)
SUak.'TTRD# OlFeb64 RUCLI 00
sun CODES vp w MR Rsr SOVI 005 OTHIlts OOS
~CDd. .31/3'.6_-

ACCESSION NR: AP4Oi740;'l S/0185/64/009/002/0223/0226
AUTHORs Naummuts' A* Go
TITIES Migration of potassium an tungsten in a sUvng electric field
(brief note)
SOURCEs Ukrayinalky4y fi,xy4chny*y zhurnale ve 9. no* 2# 2$&# 22-3-0.26
TOPIC TAGS: autooleatron microscope, surface migration, potassium migrationi,
surface proportyp adsorption* desorption, UxngstAn cathode oontandnant,
mata.12.io surfaaef elootria field effect, muellar microscope
ABST.R=Ts An autoolectron cdcroscopo (based on the Mueller design) was wied to
abaeq the effect of an electric field on the migration of potassium along
tangstan for a very sumn smunt of coating (change in work function lass than
or equal to 0.,6 W)o The measurements of the migration werv based on the Um
characteristic of the autooleatronio muvent from the tung3ton needle# ths
moasurements being taken after the adsorbed K I.Vvr had been degorbed fron
the point -ander the action of the electric fleld and the diffusion of K
from ths peri&ary ofthe needle to Its apex h9A begun@ 7h@ thermal onergy
Card 1/2

Acussioa NR: AP017403
of the migration of adsorlood atoms (adatoms) of K on W was detervained fron, the
slope of log t = f (I/T)cums., t being ths ti= required to reach a "Aflad
stage in tha diffusion process, and T the ta"rature. The fieI4 duo to s-uto-
electrons raised only slightly the migration rate whoreas the field due tc,
auto-ions significantly lowered it, A discussion was given of various nodAls
of adatom mochanisms to w4laSn the observed effects* "Tho author is ind4bted
to Member-Corrospondent of AN UkSSR H. D. Morgulis for his attantion to tIdA
work". Orig, art, has 4 figs,
ASSOCIATION: Mwtyftut Fizy*lq* AN URSR. Kiev (Institate of ftsics, AN IRM)
SUBMITTEDt 19Sap63 DATE ACQt 1914ar64 ENCLs 00
SUB CODE: PH~ SD NO REF SOV: 003 OTMI 003
Cord 2/2

AWMN, V.S.1 BAFdNMKIY, O.A.j BIBIKO V.P.; GORODETSKIY, D.A.;
ISHCHUKO V.Aoj KORCHIMp Tu.P,; !!~Ip~OVZTS.. A.G.;
PANCHMOP O*A* -
- 5 1 ~'. ~ -', '1r "I" - 1~ i I
Aleventh Conference on the Physical Prinaiples of Cathode
liectroniese Radiotakhe i elektron, 9 no,6slO99-1113 JO 164,
(MHU 17 17 1

NAUMOVETS, A. G.
Ormith nf jIthJum cryjtAlo 1'rum a fLl:-n Or,
electric fl-eld. Piz. Lver. toja 6 Ji
tungitgr, in &n
164. 'MIFA 17&20)
1. Institn", fIZIkI AN Uki-SSR, Kiyev.

F-ACC NRI AP6037061
SOURCE CODE: UIR/Or,56/66/051/(,(~5/1332/1340
Fedorus, A. G
AUTHOR: Gavrilvuk,, V. M. (deceased); P~tumqyqtq, A.
ORG-. Institute of Physics, Academy of Sciences, Ukrainian SSR (Institut
Akademil nauk Ukrainskoy SSR)
fiziki
77TLE: Investigation of adsorption of cesium on a tungsten aingle cryst,-l
SOURCE: Zhurnal eksperimentallnoy I teoreticheskoy fizIkI# Y. 51, no. 5, 1966, 1332-
1340
TOPIC TAGS: cesium, tungsten, work function, adsorption, crystal surfacc, epitaxial
growing
ABSTRACT: The purpose of the investigation was to obtain detailed quantitrLtive data
describing adsorption on substrates of known crystal structure, with empl-aris on the
cesium-tungsten system. To this endp the authors measured the work functi-)n for the
(1M)s (112), (100). and (M) faces of a tungsten single crystal, au a lunction of
the concentration of the cesium atcins adsorbed on the surface, by determining the
field emission current from the individual faces in a Mller type electrcn projection
tube. The experimental apparatus was simila to that used by the authors earlier for
experiments with lithium on tungsten (M v. 8, 1821, 1966). The lowest work flunc-
tions 4p of the various faces are in the range 1.35 - L55 ev; the concentration in
2
this case Is respectively 2.6 x 3DIL4,, 3.2 x 101", 3.8 x 1014, and 4.0 x 1)14 at/cM
for the (100), (3-10),, (112)0, wA (111) planes respectively (the accuracy ia 0.1 ev).
Card 1/2

ACC NRI AP6037061
The effect of the structure and of the work function of the substrate on the shape of
the(p(n) curve Is discussed. The adsorption characteristics of cesium and lithium on
tungsten are compared. Whereas in the case of cesium a correlation is obsorved be-
tween d(p/dn and 4p, no such correlation is observed for lithium. The resul-.s also show
that the role of the atomic structure of the surface increases markedly at high ad-
sorbed atm concentrations# when two-dimensional apitaxial crystals of the adsorbate
are produced. It In concluded that a knowledge of the structure of the films is just
as important for a correct understanding of the mechanism of adsorption as a knowledga
of the structure of the substrate. Or1g. art. has: 4 figures and 1 table.
am cm: 2o/ mm mm o9jun66/ ona Rsr: olij ow REP: oo6
2/2

NALTMDVETS AndrGY Semenovich SHTEYNBOK, G.Yu., insh., rod.; SHIRNOV,
B.M, 0 teklin. red.
(Air humidity transducer with a humidity sensitive membrane]
Datchik vlashnostl vosdukha a vlagochuvotvitellaoi pleakoi.
Moskva, filial Vaes. In-ta nauchn. I tekhn. informatail, 1957.
14 p. (Foredovoi nauchno-takhnicheskil i proizvodstvannyl
opyt. Tom 34. Xo.P-57-13/3) (MIRA 160)
(Humidity-Measurement) (Transducers)

HAUMOVETS, A. So, Cand Tooli Soi -- (dirr) "Electronic Tapp It
AJL~ ~V-4;414- I
Pie* 14 Atmospherio Hum, idity and its Physical 4Md6106-
Mon, 1958, 8 pp (MinLbb" of Higher Education USSR# Moscow
order of Lonin and Order of FWt -abor Red Banner Higher Technical
School imeni Bauman). 150 copies. (U, 34-08, 100)
17

JNM~Jmlam=t-
Recent develarmnt in the erecting of drillIM r1ga with
A-abaped dMick3. Neft. khos. 39 no.N68-70 * 161.
(KMA 16 t 7)
(Mvb7shav Province-Cranes,, derricks# etc.)

GAVRILYUK., V.M.; IIAU14OVETZ, A.G.
Surface diffumion of adoorbed atoms in an electric field. Fiz.
tver. tela, 5 no.10:2792-2798 0 '63* (KIRA 160J)
1. InstiLuL fiziki AN UkrSSR, Kiyav*

MANDIC, Drigutinp dr.p STOJANGVrC,, Dngaslav, dr.; FOTIC, HIlan, dr.;
NA IDC . Du"nv dr.
Otw everienoes In the treatment Of Orcm&xill&r7 fistulae
of dental origin@ Lijeca. Tjoen. 85 no.3t269-273 163.
L Is Otorinolaringoloskog odeljonja Zelesnicke bolnice Dedinje
u Beogradu insmi'-) (TSM) (MOUTH)
~WILLAU Saw)

MANDIC, DraguUn; !IAUNOVIC, Dusan
Brvwhofoopic aspects of pulmomry carcinaft. "ki arb.
colok. lok. 91 no.4085-390 1p 163.
1. Otorinolaringolooko odeljenjo Zolesnicke bolnice Dedunjo -
Bso3rad Soft prim. dr Dragoolav Stojanovic,
(LUNG NEOPLASMS) (BRORCHOSCOFf)

NAUMOVIC M.1 Sibalia, S.; VAJ1C. B.
Vitamin A and carotene content In children's blood In the District
of k6ovo-Netchija. Glas.htC.1nst.,Beogr. 4 no.1-2:51-56 Jan-June
155.
(VITAKIN A. in blood,
in child. in garbia.Yugosl..normal content despite
subnormal autrition(Sor))
(CAFDTIU. in blood
in child. in Serbia.Yugool.,normal. content despite
subnormal nutrition(Ser))
(BWOD
carotene kvitamin A in child. In Serbia. rugool..
normal content despite subnormal nutrition(Ser))

VIA
~!211C, S. S1R,%!.:L M. NM:MVIC -' F. FiTRCV`1( and F. TCL)CF.C,'.rl(,
.-edernl Aealti, Ina~itu;.e"~aveznt xawd za zdravstvenu tasticu),
Npnmnevt of llyglie~ne nf Medical Faculty (F%gjjf,-rckj instiLit. Med1c-.'rS'4cR
fnVu1teta), aro iica't I'toples' RepubLic nf Serbia
?a 1.-- "- ?: -i tcm -,eput; ' t k4' S rb i ja ) belgr;- de.
VIte-,ly, A, (Arurt-noIJ& and .'.n Sora or Persons of Varl )--q
,icb on-j
'cna, Vo. 14, No -1-4, -
11~62; ;p JF7-195.
jo--W- --
rac z ~ r e sct,tn t i,-. nd i scw%s i an o f se, rinn v4. tanin A , ca rc -, er:r, I is
Ond tO'~,7 I vi, 5 recited me- And lo wrmcn, fkvprnq;~ Ige
"31 using in diec -lai,l. i or rQrgoi ine; and B. 159 mer. ~,!-A
ove I
wcr.j,.~n firner!j u1jind hog sijk;c bj ff,~rprces in general seemed tt~ ';- oct
't -der enclent '11,.ree tables, 5 diaP,,
bUt Mainly mrratic. 'kw. 1 2
Yugo ~ 1Av 8nd ' 7 Wes t ern r~., f e: tr,L P9

SIBALIC, Stantuir; NAMOVIC. Mthajlo; VAJIC. B0214&r
?he normal values of vitamin A and carotene in blood In our
c(mutry. Srpski arh. c91#*. lek. 83 n0-5-6:638-643 Ksy-June
55-
1. Htgtjgnskt justitut Nandne Republike Srbije u Beogradu.
Direktar: Radouir Gerte.
(VITAMIN A, In blood
In Belgrade workers (Ser))
(CARDT=B. In blood
in Belgr&49 workers (Ser))
(BWOD
vitamin A & carotene in Belgrade workers (Ser))

SI%UC, Boxidar, S.; NAU140TIC, Xthajlo
.WffOWA"W'WMWj-V
Significance of capillary resistance LE the determination of
the saturation of an organism with vitamin 0, Srpski arh.
celok. 19k. 84 no-1:27-32 Jan 56.
1. fftgtjenskt institut Kedicinskog fakultets u Boogradu, v.d.
upraynika: doc. dr. Mlomir SavicovIc. Hlgljaaokl Institut MR
Srbijo u Boogradu. diroktori dr, Radomir Geric.
(VITAMIN 0
saturation, relation to capillary resist. Oar))
(CAPILLARINS
resist., relation to datern. of vitamin C ~at-aration (Sor))

Nt'-wc-ir, m.
Dynamics of vitamir. A. and -i~.iarin S !m -cw milx
under thn Influence of the breed, lactat'lon, -laqso-i, n-v'
nutrlti on. Bull s, Youg 9 'j '64.
1 . Ins titutc c f I It) 4, t I. Y'rOtil(% t', on Cf 1~irvl A, E~A I gNOP . ",U tz" t t e .1
M.Rrin 24, 1464.

16(1)
AUTHORSt
TITLEs
PERIODICALs
ABSTRACT:
Card 1/3
Myshkis, A.D.,-Naumovich, A.F. SOV/20-124-5-4/62
An Improvement of the Method of Reourrence Sequences for the
Investigation of Differential Equations With Lagging Argumont
(Utoohneniye metoda vozvra+,nykh pooledovatel'nostey dlya
isaledovaniya differentoiallnykh uravneniy a zapazdyvayush,~bim
argumentom)
Doklady Akademii nauk SSSR,1959,vol 124,Nr 5,PP 976-979 (USSR)
The authors investigate the equation
(1) y' (x) M(x)y(x-,&(x)) , A< x 0, A (X)~PO
M(X)49 M0< C'O I) 'c-~