SCIENTIFIC ABSTRACT PYANKOV, G. N. - PYANKOVA, L. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343720005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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VOLKOV, Yu.I., inzh.; GAFANOVICH, A.A., kand.tekhn.nauk: GIADKOV. N.G.,
kBnd.sellskokhoz.nauk; GORKUSHA, A.Ye., agr.; ZHITNEV, N.Y., inzh.;
ZANIH, A.V., kand.tekhn.nauk; ZAUSHITSYN, V.Ye., kand.tekhn.nauk;
ZVOLINSKIY, N.P.; ZELITSMUUN. I.M.. kand.tekha.nauk; XAIPOV, A.H..
kand.tekhn.nauk; KASPAROVA, S.A., kand.sellskokhoz.nauk; IOLOTUSHKINA.
A.P.. kand.ekon.nauk; KRUGLYAKOV, A.M., inzh.; KUIIHIKOV, I.I., inzh.;
LAMMIYET, L.H., inzh.; LEBFMEV B.M.. kand.tekhn.nauk; LEVITIN.
Yu.I.. inzh.; HAKHLIN, Ye.A.. inzL; NJXMAYEV, G.S., inzh.;
POLESHCHWKO, P.V., kand.takhn.nauk; POLUNOCHEY, I.M.. agr.;_!!'YANKOV.
J.P.. kand.sel'skokhoz.nauk; RABINOVICH, I.P., kand.takhn.nauk;
SOKOLOV, A.F.. kand.selinkokhoz.nauk; STISIMOVSKIY, A.A.. inzh.;
TURBIN. B.G., kand.tekhn.nquk; CHABAN, I.V., inzh.; CHAPKEVICH, A.A.,
kand.tekhn.nauk; CIORNOV, G.G., kand.tekhn.neuk; SHMMU, B.K., kand.
tekhn.nauk; IRASHICHINKO. A.V., inzh., red.; ELIETSKIN, M.I., inzh..
red.; MOLYUKOV, G.A., inzh., red.; N~AGOSKLONOVA, N.Tu.. inzh.. red.;
UVAROVA. A.F.. tekhn.red.
(Reference book for the designer of agricultural machinery in Wo
volumes] Spravochnik konstruktora seliskokhozisistvannykh mashin
v dvukh tomakh. Koskva, Gos.nauchno-tekhn.izd-vo mashinostroit.
lit-rY. Vol-1. 1960. 655 P. (MIRA 13:11),
(Agricultural machinery--Design and construction)

- - - - -
PIYAITYOV, N., DIP-MKOV, 11.

h/
USSR/Chemical Technology Chemical Products and Their Application. Treatment of
Natural Gases and Petroleum. Motor Fuels. Lubricants.,
1-13
Abst Journal: Referat Zhur Xhimiya, No 19, 1956, 62604
Author: Plyankov, N. A.
----------------
Institution: None
Title: Experience with a Short-Cut Procedure of Petroleum Investigation
Under Conditions of Its Occurrence Without the Use of Mercury
Original
Periodical: Sb. Vopr. neftyanogo proiz-va Molotov, Knigo*lzdat, 1955, 72-~4
Abstract: For the determination of basic characteristics of the petroleum of
petroleum-bearlng strata (pressure, saturation, density, viscosity
and gas-saturation) in lieV of mercury was utilized a saturated
solution of common sant in conjunction with the conventional equip-
ment utilized for this purpose. The proposed method has certain
defects and for this reason the author recommends it only for the
transfer of deep level samples from sample-collectors to containers
and for preliminary investigations.
Card 1/1
------ -- - ------

SOV/ 137-58-7-15494
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 224 (USSR)
AUTHORS: Pyankov, N.N., Grafi E.K., Potapov, V.P.
TITLE: Metho-d?o-r-Cornbatting Corrosion of the UndergrIound Equipment of
Wells in the Krasnokarnsk Oilfield (Metod bor'by s korroziyey podzem-
nogo oborudovaniya skvazhin na Krasnokamskom neftepromysle)
PERIODICAL- Novosti neft. tekhn. Neftepromysl. delo, 1957, Nr 9, pp 26-29
ABSTRACT: A combination of measures taken at the Krasnokamsk oil field for
combatting corrosion (C) of equipment is described. An increase in
C of underground equipment of the wells was caused by the appear-
ance of 0? in entrained gas caused by the pumping of air into the.
collectors holding sulfide oil with an admixture of HZS. Measures
taken against C consisted of cleansing of the products of G of the
inner surface of casings and of the outer surface of pump and pres-
sure pipes and the coating of the cleansed surfaces with a mixture
of petrolatum with Krasnokamsk oil and paraffin waste. Designs of
devices for the cleansing and coating of the pipes are described. The
abovedescribed methods of prevention have considerably decreased
but not completely eliminated C of pumps and pipes; inhibitors must
Card 1/1 be used. Z. F.
1. Petroleum industry- -Equipment 2. Industrial equipment--Cor-
rosion 3. Pipes-Cleaning 4. Anticorrosive coatings- -Materials

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oll kAmell C sod amt. (if I in the C 1, Oven loy therinpilwal
ffvm*Wf = IWA ithireiii w 16 little folliora-
tectivir mortism in Ism, .4 - I in nig, (* m the r.mmen. ,.I
Hit in mg. per ru, m. iti air. I' ~ t lie rate it( sic inhalatain 00
the ewe. (d loor.,lective w kin 4 1 low a C
in cu, in,. &
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ZOO re. per toot. coll., will ft.. ft anti f. are migm-linst,; its
Xivm by ~%pit. curvort. The value af K incfrwft~ with
the ilermir tof thickness 411 the C [&yet And 4W,%4vhr,
00 4rj lit lid traprior bin Mile C844.1 a" K~ Owe. X hn-FrAW-4 at zoo
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Of -00
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00 .00
Oxillatioribyatnumplorrical)
r'Aiscerl t6 rate devaluoratkIn. 91m, amwe so in the cam (if small drolim. T
fidlowing momIumm was obtained (or the effivi of small silditions of tho
HH > %0.(% 0 > NCI > ~A)q - NH > of, > 4 -1). The
lirt r,,w- waft-o hav. the eivet ul ;~Itidly miucing ;he mhU- filps and itu-mm.
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L! see
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00
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P I YINKOV, V. &.

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qussm/chmixtry - Mercury lob 119
Chmintry - Oxidation
"Oxidati on'and ZYaporation of Mercury, Wops T A,
Pyankov, Donets Ind Inat, 8 pp
Zhur O~ahch Khim" Vol XIX, No 2
Stelod dopendency of ovaporation. speed of nercury
diope undor dynamIc 0condItions upon values of t1wir
radii at 1200 and 40 . Speed of evaporation, frca a
=it of surface varies Inversely with radiii~ of,the
dLrop. Proposes formula to calculate evspomtion
speed of mercury drops In an air flow. For oxidation,
a 4.top Ln air, protective properties of ~oxide
46MM~
USSR/Chemintry Morcury (Contd) Fob 49
film &r6 greater, the less the radius of the drop.
Braporat I an speed of oxi di ze& surface does: not As, -
pend on radius of the drop. After ozoning., Of.
mercury surface, Its evaporation speed decreased
150 - 20Q times up to 400. With further increase
In temperatiLre, protective featuree of oxidLe f I I&L
were lenn effective, the lean the curvature of the
eurface. Submitted,18 Oct 48.
46Aqr25

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KFALETSKA, N.I.; ORMHOVSKIY, 1-1-S-; PIYANKOV,,P.I.; OSTROVSKIY, 11.11.
BIRBRAYER, M.L.; ABRP140VA, V.I.; XOG-lull, G.Kh., kand.med.nauk;
ANDZHEWV, V.O., kand.med.nauk
Abstracts. Sovet. med. 27 no.9:131-133 S263 (MIRA 17:2)
1. Iz kafedry gospitallnoy terapii Voyenno-meditsinskoy ordena,
Ienina akademii imeni Kirova ( for Khaletska7a, Chekhovskiy).
2. 1z kliniki infektsionnykh bDlezney Permskogo meditainskogo
instituta ( for Plyankov). 3. 1r kafedry lnfektsionnykh bo-
lezney Blagoveshchenskogo meditsinskogo instituta. ( for Os-
trovskiY) 4- Iz kafedry kozhnykh i venericheskikh bolezney
Odesskogo meditsinskogo instituta imeni Pirogova ( for
Birbrayer). 5. Iz kafedry kozhnfth bolezney 11 Moskovskogo
meditsinskogo instituta imeni Pirogolra ( for Abramova).
6. Iz kozbnogo dispansera 24-y gorodskoy bollnitsy Dnepro-
petrovska (for Kogan). 7. Iz nauchno-issledovatellskogo in-
stituta glaznykh bolezney imeni Gellmgolltsa (for Andzhelov).

PIYANKOV, P.I.
Comparative evaluation of the uninterrupted and 2-cyqle methods
of antibiotic therapy in typhoid-paratyphoid diseases. Sov.med.
26 no.10:54-58 0 162. (KIRA 15s12)
Iz kliniki infektsionnykh bolezney (zav, - dotsent V.I.
Rabinovich) Permskogo meditainskogo instituta. Nauchnyy
rukovoditell raboty - prof. X.V.Bunin.
fT r1Tr%1AVr%-1PTUN f A I'Vrr A UTnr N forvzmnTn wrirwu% tvAz)ArvwunTn wrirro%

i"YANKOv, V. A.

d voorlaflOA
don in
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4V N
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R
inercurY
2
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KOSTYUK, A.P.; PIYA.NKOV. V.A.
Nquilibrium constants of the interaction of potassium brozomercurate
ana potassium iodomercurate with alkali. Zhur.neorg.khim. 2
no.7:1535-1537 Jl 157. (MIRA 10:11)
1. Odesakly alektrotakhnichoskiy institut s*yazi.
(Chemical equilibrium) (Potassium com-Dounds) (Alkalies)

137-58-6-11477
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 32 (USSR)
AUTHORS: Arkadlev, A..G., Zaretskiy, M.M.,
TITLE: New Instruments for Automation of Titanium Production (Novyye,
pribory dlya avtomatizatsii titanovogo proizvodstva)
PERIODICAL: Tr. Vses. n.-i. alyumin.-magn. in-ta, 1957, Nr 40,
pp 413-419
ABSTRACT: A description is presented of an instrument developed by
VAMI for automatic identification of the most highly heated
working tip of a multiple junction thermocouple in the retort
of a unit for thermal reduction of Ti with magnesium. The in-
strument consists of a device sensitive to sign with Z telephone
step selectors (SS) actuated by a synchronous low-power motor
and serving to effect a differential connection of 2 thermo-
couple working tips to an electronic amplifier (EA). At the out-
put of the EA there is a relay RI, which, jointly with another,
R2, functioning en bloc with it, stops SS-2 and connects the EA
and the regulating instrument that automatically controls the
operating cycle of the unit with the working tip with the maxi-
Card 1/2 mum temperature. Meanwhile SS-1 successively connects the

137-58-6-11477
New Instruments for Automation of Titanium Production
other junctions to the EA. If their thermo-emf (i.e., temperature) is at all
times less than the thermo-emf of the working tip permanently connected
through the SS-Z, the SS-2 will remain in the same position. If any of the
thermo-ernf is greater, the SS-I is shut off and stops, and the Rl connects
the SS-2 which, on reaching the working tip connected through the SS-I,
cornes to a stop and turns on the SS- I through the RZ. The cycle is then
repeated.'
M.L.
1. Titanium--Production 2. Thermocouples--Temperature factors
Instruments--Design 4, Magnesium--Applications
Card 2/2

AUTHORS: Plyamkorrr, V.A., Nikiiina, U.S., Kostyuke A.P. "/78-3-7-24/44
TITLE: On the ln*eraction Between Zino and Oxygen in Solutions of
Alkaline Halldva (0 walmodeystvii tainka a kislorodom v
rast-5-ora.galoganidov shcha-lochafth metallov)
PMODICAL- Zhurnal iD)-,orgardcheskqy khimii, 1958, Vol- 3, Nr 7, PP 16DB-16io
(USSR)
ABSTRACT: The valocit7 of the reaction of zinc with oxygen in solutions of
chloridear bxmides I, and iodides of potassium at various ta"ra-
tures arO various ooncentrations of the reacting substances was
The geaotion valocity of the interaction between zinc and oj7gen
increases from iodid.,q to chloride. The reaction der.-.lops probably
according to the followi ng 'scheme: 12-
2 Zn + 02 + 8 017 + 2 H20 = 2 ZnCl + J+ OH . The results indi-
cate that in tha first stage of tas reaction unstable zinc-
halide e4mpli~:x salta are formed from the solutions of which the
suxplus zino-TorLion 1.3 precipitated while zinc hydroxide or
basic zine '.Aliae !a fomned. Thexv is a linear connention between
Card 1/2 the conr_-Rn+,:mtion of cu:ygen and the quantity of zinc. The

On the Interaction Betw9tp- Zino and Oxygen :Lu Solutions SOV/7a-3-7-2J*/44
of Alkalina HaBldta
concentzation of the hEL11des exeroises oomparative3q little in-
ftum-oq upon. xeaotion veloolty. With an inormse of balide con-
to 16 t1mes its amount.reaction velocity Increases by
3 ~to 4 timea IA3 bwmt, Also. the cono*ntration of zinc in the
sobition extroise-n onXy little influence on the velocity of
reac-Uon. Thwrs ar-A fir-irest, 3 tables.~ a14 4 references,3 of
which. ara scorl'st-
SUBMITTED: Jangf 28D 1957
1. Un-,-Chemical reLRctions 2. Oxygen--'Chemical reactions,
3~ Alkali halide solutions.-Ghemioal properties
Card 2,/2

SOV/136-59-1-13/2)+
AUTHORS: Arkadyev, A.G., P~~nkc~v.V.~A. Strelets, Kh.L. and
Forsblom, G.B.
TITLE: Development of a System for Automatic Control of the
Magnesium-Thermic Titanium Reduction Process (Razrabotka
Iskhemy avtomati(-.heskogo regulirovaniya protsessa
magniytermicheskogd vosstanovleniya titana)
PERIODICAL; Tsvetnyye Ketally, 19,59, Nr 1, pp 53-62 (USSR)
ABSTRACT: The authors describe the titanium production process in
which the tetrachloride reacts exothermically with
Magnesium at a temperature of 850-9000C and overe They
suggest that control of this process requires control of
tetrachloride food and reaction-vessel coolingg of
charging of magnesium and discharging of magnesium
chloride and of non-reactive zone heatinge They describe
work on the possible automation of the process;
Engineers L.B. KuTelyuk, N.A. Plakhotnikova I B. LIvin
and R.A. Sandler participated. Studies of temperature
distribution in reaction vessels showed that temperatures
at a given level were uniform within 15-200C (except at
Card 1j)+ the start)9 but the level of maximal temperature shifts
during the process (Fig 2 shows temperature vs time

BOV136-59-1-13/2)f
Development of a System for Automatic Control of the Magnesium-
Thermic Titanium Reduction Process
curves for levels 1-5 (in ascending order of height)
against time (hours)). From an examination of the
requirements for automation they conclude that the system
should be based mainly on keeping the.process at the
maximal temperature and mention that a suitable device
has been described (Ref 2). The authors outline the
system they ha'79 de7eloped. In this (Fig 3)9 PSR1",
potentiometersq connected to the appropriate junctions of
multiple-junction thermocouples, control the heating of
the upper and lower parts of the reaction vessel; the
middle-zone temperature is measured by an EPP-120-2S
potentiometer to whielb the max1mal-temperature finder
automatically connects the highest-temperature junction
of those in that zone; during.the heating.the zone-
.temperature is controlled'by a contact on the potentio-
Met rg operatingl.through a type IR-130 controller and a
typ: IM-2/120 actuating mechanism, the regulating valve
Card 2/)+ for the tetrachloride flow; this flow is also controlled
by the pressure in the vessel (the manometer being

SOV/136-59-1-13/24
Development of a System for Automatic Control of the Magnesium-
Thermic Titanium Reduction Process
provided with a DSR 1 secondary instrument with contacts),
manually$ or remotely by a transducer PD1 and a secon-
dary device EPID-05 with an integrator; a computer
provides, depending on signals from the integrator for
the appropriate influxes of totrachlorideg the tapping of
magnesium chloride and magnesium addition and the ending
of the process. The authors give descriptions of the
circuits (Fig 10 the ITK-205 maximal-temperature finder
,(made by the Jai IsMA) and the multiple-junction couples
it requires, the control valve and the flov transducer
1, type -PD1- (pit. rn). They outline tests on a pilot-plant
scale installa ion which shoved that the temperature
control (Fig 6) was bettor than with manual regulation
(Fig 7) and that better-quality processes with higher
Card 3/1+

M~ ----

il y 1.
v
i r,y o f, c ".iffm ~jf, A G x a i~ rl Q I'm - r~ t --:3 e --irl c ra t E,
8.! 1 X; I a t e r I n- z h u r 3~) no. 10: 11, IC-1111 164.
OVIPUI. 17:11,,~
I i te ich r- e sP i v tu t
.--,.-:-kiy po

--

11cli-iv=,

24P.10
D247/ D30~,
A"Th ii6: Y A. Pe r f lltf
k' P ank o v, V. A
P"
M i.- r a r I:u_Iurl':_1e6 clurirg the redu2t1011
f t4_-tra.-.IhIorlde by sodium
i h RIODI C,"L: aj.noy 0
3 4 no, 6
s a i e r e a c r viaS U Sv d 3r :h.~~ work- meri-
m was alded con'inuously
a d I v sojl;~m wa5 added periodicaily --when the previ-
ai;, ad ep 08 % -----d. There was
ij~.' .,nrr_r n i. a i~.i, a n d ,he reac *,-or su--f a,, e -i; a a i r :ouled
r c,.m a a n TI, E. t~, r via I I temperat.ure S I r1 e 21 S U r e a L,
a v e Ur. 1: -
housed
i"n a pro s~ ai n -
"Caas Trie i-_;rfa.:e~ ',,omperature was measured a zingle-
e p as c; rL .h rough tile roof, The clater viall

2401.0
S/ 8 0/ 6 1 0 6/013/020
Sorl_ie temperature re,-_I~ari~:ies D247 /D305
temperature by .,-icse t"o. Lbo Wallo In the
ri~ies from bottom to
uL he reactli.on he teraperature - J
'OP 0~. "he ,'Idalrtlon !:.I titan4zam :-mtral-filorid,.~ c-auses a
-apid risi~ ir !he upper part of tite rea2tor so
t h a t J.' n 12, 0 r,. ". t f,", ed I E, I Z to avoid
,_~Lrajhlor~a" must e as e
MP n g u i-~e ~. D e-m,.) o Li pi e : o v 1~ r n. gi~ an a sc r E- e x, . 71h r1 1: 0 - 7 % o f
!he reducing aj;--ril, hao beEn -u.5ed u p the maxliri~x, teia,,"~ru-ture moves
-o the As m3rt~ s.:di1j,,r- Is used the fus.1c'n tempera-
t; 'ire risf--s ;na.,,p-:y avd the t-E-mperearure above the fuslon bath flallSO
The _~y._',e ~,-.zziaading mrlre reduo-Ing agent. ?he charac-
-.A,r-,-&6 for this reacliori are given gra-
jiange3 are related to the utilIzation
Coefficient of the rea'u.in.6 &-ent and depend on. two things: the
T
high sodjt,liti vapor tension. at. the g-iven temperature and the ability
of sodium to dissol-ve -4n the consld;~-rablelamounta of sodium chlor'
4
de formed. A scdium surplus 1euds t-o vapo_r4.za'ion of i1he reducing
ageni~, as a re:~u!.,_ of which the rea:vtion convinues in. the gaseous
phase. Therefore, the te-mperfl-.ure above the fusion rises. The more
Card 2'/~'

24010
D 2 7 D 3 0 50
1-8 fc,:Med, the more i~od-L,.m is dissolved. When no
OJ~'!)u .`~Jai,*..4m vaporizat'Lon ceases and redu.---,ion on1y con-
',j !7~ L
interac~lon of tilamam tera!-1,1 ride and the
0
f !Ihe aiesolved sodi.am, The utilization coeff;...
t, n ar. 1; i., as fo.iiovis: The maximum coefficient is
x ~r.--n the P-mG,,.n,r. of aodlum rem
L - aining i4s Lx; t.), 'p
o d formed ac,~ording t(,, the reactlun 4N-a
1 ?,5'jx. If them SOlUbi'Llty Of c d i m Ili
L3 vi ri
Y v; h e n,. e X
13. 0 2 5 p
rftl,~ 'I gc rr, per a a 0 ove
U f, e rl~,ea .1-i ng , and me I ag, par t s
f 7; Th-.z, car, be. avoided byslovlng :he addJ~t_0_11 01
L
r d - The ~_as-z k), -,he `tver ~;tnd s,--reen tilermo-
e~ wr~rs- T iie S I W the wal 1
mpe rt, -.a rz~ m,-~ re a.~ E- y t-fle
e h-4 gher
LY .1
-,aa I ig ard th~-i -:~by i i ri a r ~a n i-- t e n S I i a 'A 6 t,- -j f tne process. The
Cara

24010
J,714/006/01 33 /0-20
Sc.--e. fc:mpeiature p.e:~~ul lari~ies ... 1) 2-4, 7 D 0 5
d-,s-reD~Lrl-; IS .45t.la 11 0.
I ~he fusion ~,Weve- a-z- lovi speeds,
'; 00. AL ove the f us on
rhe dis-rrp;;,nc.-.y :~iay,rea-h ~h-ugh ne wa~-- tempera-
d 11i', -,, e- X e r~-,a Exper-, ii,ents j ~i ing 10 It-b e rmo coup! e s,
d 6 h - s . T 1,,, e for,~ n e n
L con-ro I:ri- the tE.,nperatu.-e by
I-raree Ir four PlIa.--'el-i tile "'MOCOUPI E--S there musL be-, a re-
s.-i-ve In the t.~--,nppra~.-ure banv' in ihe i'uiming r,--gion.
T i d 800.-Ki-~O w-h a-r- rooling.
IMP e 1' -:1 M" S e
c e mp e r a ' -t re a -,he
e wa, ",usiozi level, ruist be viat;-.,hed and. with
C, 1 zl;r) r,,; a~~ n -, e , i: p o, r a t. u r e . If the u- zation coeffi-
L ~. I-
Kej~* ab~,-.- e G 2 S
by tlon-,,-nuou .eed:ing Of 'sodium simul-
erit
s
a n e ou s 1 Y vi i -t h t a n n I e t, a i r d e -he kneed fof. screen I
empera-
contrcl vali dez~lirie be~-ause the unused sodium will d-Issolve
.11 the sa'L-,,. and 1~here w-Lil. b~l a minimum 'of reaction in -.he gaseous
pz,ocess ~an thus be iritensi-ei-ed. There are
phase. The reducl.-
.4 figures, 'I tvable and non-Sjvie-~-bio: Ireference. The reference
to the Brglish-ian.~uag,~ cubiiic~E~z,ton reads as follovis; Bredino-
I.W. jo.--.,ns,:)n, J.A. Sj,-,:..
Card 5

Vff -

S1073J601026100110211021
B004/BO54
AUTHORS- Plyankov, V. A. and Kostyuk, A. P.
TITLE: Formation of an Oxide Film on Copper Surfaces
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, 1960, Vol. 26, No~ 1,
PP- 138-141
TEXT: The authors made a chemical determination of the thickness of
-w.xide films on copper surfaces. They treated the surface of copper laminae
with dilute sulfuric acid free from oxygen. The latter dissolves Cu.O.,
but does not react with metallic copper at, room temperature. C.,pper
laminae were exposed to the action of air at various temperatures, and
then treated with dilute H 2SO4 The amount of dissolved Cu 20 Ivas
determined by titration of the dissolved Cu. by means of dithizon. Fig. 2
shows the thickness of the oxide film as a function of the duration of
action of different temperatures. Thickness and formation rate of the film
increases with rising temperature. The authcrs disc-ass the deviating
results found by A. G. Samartsev (Ref, 7). Whereas his data for 500 an!
Card 1/3

Formation of an Oxide Film on Copper Surfacc-s S/073/60/026/ooi/021/021
B000054
750Cagree quite well with those of the authors, Samartsev found at 100 C
a steady increase in film thickness beyond 200 A.-This contradicts the
data of other Investigators c8ncerning the good protective action --f the
oxide film. Experiments at 20 C with 0 2 dried,by means of P20'~' ani With
02 saturated with water vapor, yiel,--Ied a film thiokness of 24 A in. tho~-
case of dry 0 one of 56 A in the case,of moisl.~O D. I. Krasil'shchikov
21 2*
is mentioned. There are 4 figures and 7 references: 4 Soviet, I US, and
2 British.
ASSOCIATION: Odesskiy Plektrotekhnicheskiy institut svya.--4 (Odessa
Electrotechnical.~Institute of Comwanicaticns)
SUBMITTED: January 8, 1959
Legend to Fig, 2: a) hours, b) film thi,,kness
''Card 213

li f 'I ~. I' 7r, 7 Vil.

f)YATWV, V.L.; I)EIENTIYEV. S.K.; MANKOV, N.A.

L 123 __-63 EUP(q)IEW (m)/BDS'. AFFTC -JD
~2
TOMSS101"T AR3005869
S/02?1/63/000/007/BO34/BOj5
SOOCE: RZh. Avtoma'..ika, teleme~dhanika i. vY*chislitellnaYa tekhnika, Abs. 7 B178
AU'll"HOR: Vishnevskiy, Ye. V.; Pyankov, Yu. A.
The calculation of oscillating r ions in a ferromagnetic film p~rametron-
T ME eg
CISED SOURCE! Sb. Vy*chisl. siste.V*. Vy*p. 2.Novosibirskg 1962, 24~30
T AGS: paxumetron, ferromagnetic film parametron
IOPICT
The calcaations were made by means of a system, of equations widc*.
--as rcdi,-ccd to a single differential equation if it is assumed that the winding of
the rl-mmotron covers *Uie film completely and that losses in the windine. and the
capac--tance of t-he para-metron can be neglected. 7~e equation obtained in 'this way
i:az Eolved on an olectronic digital computer ~y.-Eulerls method#; A number of the.
-0-arar.0%lers ir -&.e equation were varied in th
e, course of the solution 7he authcr
precont's gra%,.qs of Vie obtained relationsh' s which can be used as guides in solv-
kD
AnS forlrona:notic file parametrons. 1here are nine illust ns. G. V.
DATE 1XQ: 15.kuc,63 SUB C 0 DE GE, 1011 ENCL: 00
Card

44926
S/745 62/000/004/001/007':
D20-1 D308
AUTHORS: Dyatlov, V. L., Dementlyev, S. K. and Plyqnkov, Yu.1A.
TITLE: Application of the magnetic moment in ferromagnetic
to continuously rotating elemente.of.computers
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Vychislitel!nayal-
tekhnika, no.4, 1962, 13-15
TEXT: The equation describing.the motion of the magnetic moment
in a single-domain magnetic film is analogous to thatlof the move7 4:.
ment of a magnetic pointer. The simplest method of obtaining a , c oM-,
tinuous motion of magnetization vedtoi is.to~use a film in which-~'-;-
the periodically changing magnetic field is perpendicular to the
axis of'weak magnetization. The above equation has been solved'on;.
a computer at the Vychislitellnyy tsentr Sibirskogo otdeleniya AN".','.'
SSSR (Computer Center I Siberian Branch of the AS USSR). One of the',
solutions shows that the process of reversing occurs during a ver
Y,
short interval of time, approximately equal to one period of revo-.
lution of magnetization vector, thus making it possible to reverse
Card 1/2

It

S,'.i,IlTC-'V , Yu . Yu HBC!6,~~ -7Y , A. VGO RYl..,',:-'UK , l4l.A F I il-.'l.'KGV!-. , G V
Synthesis cm, alkoxyethylalkylmalonic ~-sters. ParL 10:
Nuclear (proton) magnetic resonance spectra of alkyl-o~~-
alkoxyethyl,-~Ilonic eaters and their transformation products.
7hur. ob. kh~-m. 34 no.9:2942-2948 S 164.
(MIRA 1.7: 11)
I. Odesskiy gosudarstvennyy universitet Imeni I.I. I-lechnikova i
a. osu-:hu;stvernyy universitet im. V.I Ullyanova-Lenina.
-anskv
K

mic-rograpn
Card 1)13

SUBIEWED::00
ENCL:,- 01 CODE,
SOB

:NO REF Sove 000 HER-.'
.

2/3
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or