SCIENTIFIC ABSTRACT AGEYEV, P.Y. - AGEYEVA, A. K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100520003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/137/62/000/002/007/144
Behavior of composite-alloyed alloy ... Aoo6/Aloi
a vacuumITi and Al change less. When rarefaction varies from I to 1.10-3 mm Hg,
losses of the alloy components are approximately equal. This is explained by the
fact that with a 8reater rarefaction In the furnace, losses increase due to
evaporation, but decrease on the other hand on account of oxidation. The
presence of Co in the alloy has no effect on changes in Cr loss. The addition
of 6% Al to the heat reduces Cr loss, probably on account of the formation of
a protective film on the metal surface. In melts with Ti, Mo and W, the effect
of Al is less marked as compared to melts where these elements are absent.
V. Sheremtlyev
[Abstracter's note: Complete translation]
Card 2/2

88496
3/133/60/000/012/004/015
A054/AO27
AUTHORSt AgeyeY, P.Ya., Doctor of Technical Sciences, Professor, and
-GhMMDT -IDTT, -pA s s i s t ant
TITLEt Influence of Alloying Elements on the Behavior of Oxygen and
Nitrogen in Melting Alloys in Vacuum
PERIODICAL: Stal,19 1960, No. 120 PP-1,093-1,096
TEXTs From theoretical investigations of the optimum conditions of
oxygen and nitrogen removal from the liquid metal during melting in vacuum
furnaces it was found that the degree of degasification depends on the partial
.....pressures of gases to be separated in the melting area. The lower the partial
pressure of the given gas in the gas phase, the more complete its removal from
the metal. Calculations (based on Bachinskiy1s theorem) also prove that low
pressures promote the removal of gases, in the form of blisters, and that they
accelerate this gas removal by improving the conditions for the formation of
the next phase and by enlarging the blisters. In order to verify this theory
and to make a thorough study of the influence of various conditions of melting
and of metal composition on the gas separation, tests were carried out in Mgn-34
Card 1/7

88496
S/133/60/000/012/004/015
A054/AO27
Influence of Alloying Elements on the Behavior of Oxygen and Nitrogen in
Melting Alloys in Vacuum
(MVP-3M) and M-497 (OKB-497) type vacuum furnaces and standard type aluminum
oxide cruoibles. Melting was carried out at various pressures of the inert gas
which wag introdu2ed into the furnace after this had been evacuated to a vacuum
of 1-10-4 - 5-10' mm mercury column. This insured that in the melts with
various total pressures the oxygen and nitrogen had equal partial pressures in
the melting area. In order to prevent the change in gas phase during melting
by 'Uhe gases separating from the metal, the melting area was "flushed" with
clean argon. Holding the liquid metal in vacuum and in argon atmosphere for 10
0
minutes gav various results for oxygen removal (Fig. 1). In melts in vacuum
(10- - N Z mm mercury column) the oxygen content of the metal is 5-10 times
lower than when melting in argon atmosphere, under pressures of 50-760 mm.
mercury column. The decrease in total pressure in the melting area also lowers
the nitrogen content of the metal (Fig. 2). It could thus be established that
by melting in vacuum the gases can be removed more completely than when melting
takes place in an inert atmosphere. To determine the influence of various
alloying elements, meltings were carried out in which the effects of silicium,
Card 2/7

88496
S/133/60/000/012/004/015
A054/A027
Influence of Alloying Elements on the Behavior of Oxygen and Nitrogen in
Melting Alloys in Vacuum
aluminum, chromium, niobium and titanium on gas removal were examined. It was
found that these elements considerably impeded the separation of oxygen from
the metal. The higher the amount of these alloying elements in the metal, the
more oxygen remains therein. It was also found that by holding the liquid
metal in vacuum, oxygen removal was more complete. The delay in oxygen-separa-
tion under the influence of the above mentioned alloying elements can ba ex-
plained by the deterioration of kinetic and thermodynamic conditions of the
chemical reactiont C + 0 --:~& CO (7). In the presence of the above mentioned
elements oxygen can be separated, at least to some extent, by the formation of
the respective oxides of these elements whiGh9 of courset takes more time +'=
the removal of oxygen in the form of CO. With regard to the removal of nit.-)-
gen from the metal it was found that these alloying elements delayed the sel,t-
ration of nitrogen because (mainly at a low carbon content) they form stabli,
nitrodes with N and adversely affect the conditions for the formation of carbon-
oxide blisters. However, increasing the holding time in vacuum improves the
results also in this cass, i.e.pmore nitrogen gas can be separated. When alloy-
ing the liquid metal with elements having high affinity to oxygen and nitrogent
Card 3/7

8806
S/133/60/000/012/004/015
A054/AO27
Influence of Alloying Elements on the Behavior of Oxygen and Nitrogen in
Melting Alloys in Vacuum
the adverse effect of these alloying elements - if their content does not
exceed 5-6~o - on the gas removal cang therefore,be offset by increasing the
holding time in vacuum. The problem of gas-separation from the liquid metal
was also examined during vacuum melting of nickel-base steel alloyed with
titanium, aluminum, chrome, tungsten, molybdenum and cobalt b-10% of each
element) and containing 0.15-0.2V~o carbon. It was found that in the presence
of the above mentioned amounts of C, the chemical affinity of the alloying ele-
ments to the gases did not assert itself and the gas-removal was not hampered,
Vacuum melting also raised the fatigue limit of the steel (at a vacuum of 1o-4
mm mercury columnp 97500 and a load of 20 kg/sq mm, up to 25-50 hours). There
are 2 figures and 5 tables.
ASSOCIATION: Leningradskiy politekhriicheskiy institut (The Leningrad Poly-
technical Institute).
Card 4/7

S/133/60/000/012/004/015
A054/AO27
Influence of Alloying Elements on the Behavior of Oxygen and Nitrogen in
Melting Alloys in Vacuum
Legend to Fig. 1
Relationship between C and 0-content of the metal melted under various
pressures (to obtain a pressure in the furnace above 1 mm mercury column, an
inert gas was applied) Vertical, lef t t oxygen-content, 'p4 f horizontal : carbon
content, %: a- 760 mm mercury column; b- 50 mm mercury column; c. 10 mm
mercury column; a- 10-2 mm mercury column; e- lo-4 mm mercury column.
9010 -
= i i i i i ~1~. 4P~11~ k
I i1 -1 L4 .1 It
q002
Card 5/7
L
005 got 0.02 O'l 6
C"h Amdo.

S/133/60/000/012/004/015
Influence of Alloying Elements on the Behavior of Oxygen and Nitrogen in
Melting Alloys in Vacuum
Legend to Fig. 2
Influence of pressure during melting on the nitrogen content of the metal
(to obtain a pressure in the furnace above 1 mm mercury column, bn inert gas
was employed). Vertical left t nitrogen-content horizontal: pressure, in mm
mercury column 40Z0
4010
4WF
4005
4002
Legend to Table 32 402 PS 41 41 U 1A 0 13 'M 10'0 4-0 70
The influence of alloying on nickel-base alloys with Ti, All CrjWjMo.and Co
(5-10% each) on the oxygen and the nitrogen content and on the fatigue limit
of the metal.
Card 6/7

88496
S/133/60/000/612/004/015
A054/AO27
Influence of Alloying Elements on the Behavior of Oxygen and Nitrogen in
Melting Alloys in Vacuum
:,No. of Vacuump Content of the melt, Fatigue limit at 9750C and,
melting mm mercury; C 02 72- 1 a load of 20 kg/sq mm,
column hours

304 10-1 0,14 0,0015 0,0035 20
3,15 10:1 Ot14 0,0020 0 0030
302 10 2 0 12 0,0008 0:0031 20-35
314 10-2 0:14 0 0010 0 0028
310 1o-3 0,14 0:0012 0:0022 25-40
313 lo-3 0,14 OP0007 ',.0,0025 I

311
1o-4
I
0913
0,0010
11 000022 t
11 25-50 11
312 10-4 t 0115 11 0,0009 1 OpOO28 1
,
Table 3
Card 7/7

KHOWTOV, Aron Io9ifovichj_AGITW, PTaprof., doktor takhn.nauk,
retsenzent; VWWSKIT, S.I., red.izd-ra; UNTIM, M.34,
tekhn.red, k
[Complex doaxidatlon and alloying of steal with silicon-
chromium] Kompleksnoe raskislanie i legirovanie stalt elliko-
khromom. Moskva, Gos.nauchno-tekhn.izd_vo lit-ry po chernot
I taretnot metallurgii. Moskva, Gos.nauchno-tekhn.izd-Yo
lit-ry po chernoi I tevetnoi metallurgii, 1961. 90 p.
(MIRA 14:12)
(Steal alloys--Metallurgy)

PHASE I BOOK EXPLOITATION SOV/5411
Konferentslyn po fiztko-khimicheskim oanovam proizvodstva Btali. 5th,
Moscow, 1959.
Fi--iko-khimicheakiye osnovy proizvodstva stali; trudy konferentaii
(Physicochemical Bases of Steel Making; Transactions of the
Fifth Conference on the Physicochemical Bases of Steelmaking)
Moscow, Metallurgizdat, 1961. 512 p. Errata slip inserted.
3, 700 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut metallurgif imeni
A. A. Baykova.
Responsible Ed.: A.M. Samarin, Corresponding Member, Academy
of Sciences USSR; Ed. of Publishing House: Ya. D. Rozentsveyg.
Tech. Ed.: V. V. Mikhaylova.
Card 1/16

Physicochemical Bases of (Cont.) SOV/5411
PURPOSE: This collection of articles Is intended for engineers and
technicians of metallurgical and machine-building plants, senior
students of schools of higher education. staff members of design
bureaus and planning Institutes, and scientific research workers.
COVERAGE: The collection contains reports presented at the fifth
annual convention devoted to the review of the physicochemical bases
of the steelmaking process. These reports deal with problems of the
mechanism and kinetics of reactions taking place in the molten metal
In steelmaking furnaces. The following are also discussed: problems
Involved in the production of alloyed steel, the structure of the ingot,
the mechanism of solidification, and the converter steelmaking
procime. The articles contain conclusions drawn from the results
of experimental studies, and are accompanied by references of which
most are Soviet.
Card 2/16

Physlcocherntcal Bases of (Cont.)
Urazova, V.A., and Yu. T. Luka8hevich - Dwanovs,
Inclusions In the Titanium -Containing Low-Carbon
Steel
Lukashevich - Duv anova, Yu. T. , and 0. V. Dimant.
Inclusions in Zirconiuni-and Niobium-Containing
Low-Carbon Steel
Kholodov, A. 1. Precipitation Deoxidation irs a Basic
Electric Furnace
Kholodov, A. 1. Precipitation Deoxidation in an Acid
Electric Furnace
Vo1nQv,_S,G., Development and Introduction of New
Ye-chniques in MWdng Ball-Bearing Steel; Mechanism
of the Formation of Nom-netallic Inclusions
Ageyev, P. Ya. Kinetics of Metal Deoxidation Processes
Card 13116
SOV/5411

354

364 j
384

391
398
422

Physicochemical Bases of (Cont.
SOV15411
Karasev, V. P. , and E. Ya.Ageyey. Feasible Ways of
Accelerating the Deoxidation of Metal 432
PART IV. THE APPLICATION OF VACUUM AND
THE GAS CONTENT IN STEEL
Shumilov, M.A., P. V. Gelid, and F. A. Sidorenko. Some
Specific Features of the Process of Ferrosilicon Disintegration 445
Gelid, P. V. , and R. A. Ryabov. Effect of Carbon on the
Permeability of Steel to Hydrogen 457
Novik, L. M., A. M. Samarin, M. P. Kuznetsov, A. I. Lukutin,
and D. P. Ullyanov. Improving the Quality of Rails Made of
Bessemer -Converter Steel by Applying Vacuum Treatment 461
Oyks, G. N. , V.I. Danilin, I. I. Ansheles, G.A. Sokolov, and
Card 14/16

Physicochemical Bases of (Cont.) SOV/5411
B. Z. Kononov. New Techniques in Making Ball-Bearing
Steel With the Use of Vacuum 466
Ageyev, P. Ya, and B. G. Chernov. The Effect of Alloy-
1-ng ements on Oxygen and Nitrogen Behavior During
Melting in Vacuum 474
Polin, 1. V. , and E. I. Serebriyskiy. Content of Gases and
Nom-netallic Inclusions in Stainless Steel Remelted in a
Vacuum Electric Furnace 483
Voroblyeva, T.M., L P. Zabaluyev, Ye.S. Kalinnikov,
and A. F. Tregubenko. Effect of Ladle-to-Ladle Vacuum
Pouring on the Quality of 30 KhGSNA Steel 495
[The following persons participated in the research:
T. M. Bobkov, Yu. P. Shamill, G. P. Parkhomenko,
N. M. Shabli, and A. N. Men'.
Card 15/16

KMASEV, V.P.; AGEYE.V, P.1as
oxygen removal from molten iron deoxicUzed by aluminum. Izv. vys.
ucheb. zav.; ohern. not. 6 no.7t83-90 163. (KIRA 16%9)
1. logningradskiy politekhnicbeskiy institut.
(Steel-Metallurgy)

A j..'Mov I V~A, A GEETEV
J h c. nin . -m e t rl C. L 4.
1.~.n in g r a d 5 y po s n

KAII-Movip 'V.A.; AGEYEV, P.Yll.
Gas penetrability and the sorption propertios of slagb. Izv. vy5.
ucheb. zav.; chern. met. 8 n0-5:29-33 165.
(MIFLA 1-8:5)

h,GI 7i -~ Y.
53 ' - 1
.- :..Jay .- ~,,e+ -1. , , t 5
- n , ,a T, udy LFT no.2 2
7-rocEs~&~: In ~'h,! "Y~Ite7, g';` (wn I&C
165.
- o,
Op

CHEIRNO~y P.6., ~GEYEV, P.Ya.
Nit-rog~.n behavior in iron-base allrys during their smelting in
vacuwn. Trudy LPI no.253:22-27 165.
(MIRA !8,-8)

",f- v
AC K
T 1 ME - Bensvicir of ultrL en In lron-baae al,0-18 dUrinR their VBCUUM melt4RE 4 1
Lea ni 1 - Pj ltekhr ',chesk i y s N ~- va va
've f-~l-i Y-h ~~ ti-r1r, --,g i ya f ta " ~,-l -A% I -New methodz EL-id technology
i!. steel sm-21tirig prcduction), 22-27
'4~clusqlm, Chemical
T,,~ F TAGS L;tp-iniusv 5 te
--anium n1trldne,
1-~ s fq
!ifT-lAv a low
Al-07Rk". StA~Lless steeds c
resent In mpta, fl-n
is
t, F
DCA, contalz more than 0.002-0.003% nitrogen ar, ajAy6cLj -1-11C
Card 1/4

-77
L 62787im-65
ACCESSION NR: AT5ol442o
Fteels cf this kind (0-5 mm Rg) l'-20 min reduces their oxygen content to at
content.
Steel
~4 v r Izi- - it t-, Z, P tee
a
t'n e m e ',,Z
s- -awing t~ its
Card 2/%

i_ 62737-19 5
ADCFSS-101i NF- J.T`C~44-)'
,~ " _O
wh' ch
I 'nFO-! -m -f t r,
g,-. frcvn 7! i j- 4 W=~c; qpler-t~,d
I Y I ic: -w~is t, be

-M hft i waii a-Lbu J nvent i ga U-0 Tile ariciiti~,,rl Fif u o T-Orl to thia
st.p-e- dLu;rlng ."Ls vai:--Aum :Df-I Ling, at v,- effective; this
tf>" t, t hc "IC t 'UhA t i' ps f' this steel
reveal its nitr(-gpn to be alffost t, ,-tu- in the mi of fine-disperse
-if t in mr.,".er
T~he
be
qF t h an,
-xcha. e
r,,qct jr~ TIN + T6 + T, i E; im-mE&I- that the
1, f R~ he of-A'- tC"l :if* : if". It.
Tili ehould
Pre,Ac-g,iinv~tr~ over Bf? the intc-n,-4,4-~ ~1--.1--o-genefous solution
~-i which the chemical redaction t"k-es '-h,: L.w &-e experi-ments
'-,AicAte that the b-havlor of n1tr(Eer, Y~ jependD cm the fom
Card 3/4

ACCESS101 n: AT5014420
Soluble in tw alloy) the elimination of nitrogen from the melt is very-s
Conversely, if the nitrogen is canyerted frcm clissolved state to commpoumn
a crystalline structure differing fram that of the metal, the rate of its
-11mination fron. the melt is marke(Uy Intensified. Orig. art. has: 3 figures)
taides.
A.:'S ':V ::'fni-gM'dp'.K'Iv
ral I-n in
SURMITTED: 00 :MCL.-
TO. ?J9 SOV: ~X~!
Card 4/4
STUB CCOE! M, SS

N-.anglu- the ol
Metallurf, lo

MA' bods for measuring i,',ro dl(!Jf),~, l,r;.c fj*",!~?
r~ tem a 1:1.'t - 3-1 rtc,.
lp, n 1. nprad rh" y paj-1 i tp, ~~hn 4L uhP 3k:,y i.r. ~- t

__ AGEYEV,-R-iV~","-616ktromekhanik
We are repairing the contactors of transmitter relays. Avtom.,
telem. i sviaz' 6 no-3:34-35 Mr '62. (MIRA 15:3)
1. Kontrollno-ispytatel'nyy punkt Kungurskoy distantsii signalizatsii
i s-vyazi Sverdlovskoy dorogi.
(Railroads--Electric equipment) (Electric relays)

AGEMo S.
What kind of dailv assignment organization? Mastsugl, 9 no.*.20
AP 160, (MIRA 1-3:11)
1. Bachallnik shakhty Orblysayevelcaya No.2" kombinata Kusbassugoll.
(Mine management)

8/137/6i/m/012/041/149
A006/AlOl
AUTHORS: Lebedev, K.B., Ageyev, S.A.
T ITIE On the problem of rhenium extraction from copper concentrates
PERIODICAL, Referativnyy zhurnal. Metallurgiya, no. 12, 1961, 22-R3', &betmt
120161 (Izv. AN KazSSR, Ser, metallurgii, obogashcheniya i ogneupo-
rov) 1961, no. 1 (lo), 48 - 54, Kaz. summary)
TEX-Tj The authors studied conditions of Re-transition into a solution,
when processing the concentrates with various reagents and by indirect determina-~
tion of the form of Re-odourrence in Cu concentrates. If Cu-sulfide concentrates
are processed with water during a sufficiently long period of time at high tem-
perature, N% of Re, contained In the concentrate, can be dissolved in the solu-
tion. If the concentrate s processed with alkaline solutiona (soda or caustic
Na) the degree of Re dism,lving in the solution inox~-aases noticiably, depending
orr temperature and somewhat less on the duration of processing. When the conoen-
tratq is prooesied during 4 hours at 60 - 7oOc, 65 - 70%cf Re can be dissolved in
the solution. More th&n 50% of Re can be dissolved in the solution with alkaline
solutions under the following conditions: 50 - 600C: 1 - 2 hours mixing without
Qard 1/2

On the problem of rhenivm extraction ...
S/137/61/000/012/041/09
A006/A101
wation; alkali consumption - 10 to 15% of the concentrate weight. Mirltiple
processing ot the. concentrate.yith alkaline solutions does not noticeably in-
crease Re extraction'into the solution. Prolonged lixiviation promotes Re transi-
tion into the solution, in partid'ula'r at elevated temperatures. The use of ultra-
amic., waves of 21,.5 li~yyoles frequency (under similar oenditions) promotes Re
transition into the solution, When processing the ooncentr&tepi with a Na hypo-
chlorite solution it was revealed that changes in the NgOH concentration, within
f0 - 50 g/l, do not affeot the degree of Re transition Inio the solution, which
is neither influenced by higher temperatures. Under certain conditione 73.3% of
Re can be extracted from the concentrate into the Na hypochlorite solution, and
up t:o 80% at triple processing.
G. Svodteev&
[Abstracter's note: Complete translation]
Card 2/2

5/08 1 /62/000/013/021/054
B1 50144
ALIT HURb Lebedev, X.
TITLE: Extraction of rhenium from copper concentrates -
11MIODICAL. 1jeferativnyy zhurnal. lffiimiya, no. 13, 1962, 395, abstXact
13K61 (Izv. jUN KazSSR. Ser. metallurgii, obogashcheniy" i
ogneU,"OrOV, 110# 1 (io), 1961, 48-54)
1
EXT: The followinS methods of exil-ractinj rhenium from copper concentrates
are considered: hydrometallurgical processing of the concentratea with
extraction of the copper, rhonium and other valuable components; choosing
a selective solvent for extraction of the rhenium directly from the
c
concentrates; extraction of the rhenium from wasteo resulting from.
processing of copper concentrates by a pyrometalluraical method,
particularly from dusts. Experimental data are given on.the effect of
temperature, duration of processing of the concentrate, and of ullrasonics
on the extent to which rhenium passes into solution. [Abstracter's note-.
Complete translation
Card 1/1

L 23876_6~ EWT(n)/EPR/EWP(t)/8WP(b) P.%-4 TJP(c) JD/ML%
ACCESSION MR: AT5002755 S /00-0-0 6 ",;1 1_110/ OM / .004 0/ (j'O4 3
ATUIMOR: N. A. Yeraillav, V. V.;
e A.; Okhotnl~f,~~aj
RB ml,c kov, Ye, S. ; Fi I imon
TAITLE: PEcovery of rhenium fror3 copper conce-E-al-~.s leaching
SOURCE: Vsesqyu3~nqye__~ovesh6haniye po bleme renlya._2d, Moscow, 1962. Reniy
trudv coveshchanlya. ~!oscow, !?~-vc
TOPIC TAGS: rhenium, rhenium extraction, copper concentrace, alkaline leaching:,
rhenium cementation, pctassium perrhenate
ABSTRACT: The authors propose a method for recovering rhenium I,c which the con-
centrate (about 30% copper, 3% lead, 2% zinc, and 0.003% rhenium) is leached with
sodi-,-n hydroxide, rhenium and lead go into solution, and their cementation is then
A comnlete flow dligram c,4' 'I),, nrorinc;q fi~ given, and the
out on zinc.
~)!--cedure is descrlt)-?d in deta!.!. V)e methor' -c;- e tr, t)~,th copper and
-~,:-t---'ead rhe~illum-containi,,S concenltra~-_~.q. r.c,very of the metals is
estimptee as fol'ows: rheniur !r 50-557.; leac
in -jde lead, 20-257.; zinc in sheet zinc, up 77.. art. has: 1 f igure.
Card li2

ACCESSION NR: AT5002755
and I formula.
ASSOCLAMON: None
SUIV117ED! 05Aug64
W REF SOV- Oll
Cord 2/2

LEBKDEV, K.B.; S.A.; V.J.
I :.', I... 1-0 L . -
i'dieniu-To. ri,covery froin alka]i ssol-utiun~3 Iv -- 't, -3 )f ion excharga
Und advorpt,lon. Tra.-ly In8t, met. i ol)oi,. . K~izakh. SSR 91.13C~-135
- (I al P-4 . .9)
164 -17 -

AGETEVP S.M.
Testing motor-vehicle ncales. lzm.te*n,-b. no.9:58 S 10'5- (IMIRA 18: 10)

8229
S 032~62/028/006/0n,6/025
B110/3101
G. , %-e,-ev S T i.:atyashi, 0.- Ye. , and Chechina,
M
IT m7 A colorimetric method of determining the water content in
41
kerosene
U 0
Zavodskaya laboratoriya, v. 25, -no. 1962, '70
T::;X.T.-. anhydrous GuSO 4 added to hydrocarbons -for the purpose of
'otc.r.-,ininc: t';1eir water content formad a blue crystal hydrate Wit,., the
V.,a.Cr. T'le st--ndards Were T)rcpared from. 1 liter ~Iuel filtlerc-d off
calcined con-oor sulfate vias mixed vit-h 0.2, 0.4, 0.6, CD.8, or 1.0 Of
-or and filtered off with &lass filiters containin& fieshl- calcined .`C0
The color filtrates stored under exclusion of air -"omained usal-ile for one
month. 'lie fuol to be analyzed v;a-s treated similarly, and the resulting
color s-ade was ccmDared with the standards. Tn S Way, an aMoUnt 0:
0.3C C/114--er ras ascertained as com-,are"` with calcula-z.c.-f v.,ater co-.ent 0~_
r.28 g/liter, and 0.20 g/liter as com-pared with 0-175 C/liter.
card 1/1

1. A07EY-N, S. P., RESK"TOV, Y~~. 1.
2. USSR (600)
4. Coal Kines md Mining
7. Steadfast increase in the productivity of coal combines. Mckh. trud. rab. 6, no. 11,
1952.
9. Monthly List of Russian Accessions, Library of Con,gress, March 1953. Unclas'sified.

DIM, S.P*
Mine of commydet labors Ugoll 35 noollill-13 N 160. OaRA 13112)
1. 3tchallnik shakhty Wo. 2 "Polysayevelmya" kombinata Kusbasougoll.
(ftznetak Rasin-Coal minee ard mining-Labor produotivit7)

A r r-,r r LT. 1/012 86 A 5 /000 IM/0081/0081
_,!~ToI4 NR: AP5019052
A'711'P '~hr* r 1 in F i shk c)-,
M A z e
TIT 1L An automatic device for surveying in~,s, P,q. ?--ver, "'lass 42,
No. 172060
,SOURCE: Byulleten' izobr-eteniy i tovarnykh znakov, no. 12, 1965, 81
7OPIC TAGS: surveying, radio transmitters I
ABSTRACT: This Author's Certiricate introduces an -3,AtrgDatir device for surveying
jobs, e.g. on a river, The instal lat. ir,,n- t i ri 5z !zi'-~- 'rans--ei-~er on the bank,
a w I n C F., ~ r! :- a -P unit al-4 I
a ~P, 711 e
y c on t Dn 11 are p 00T ..as an a3-~
A li'~gh
a *~)e X-a
itransmit-ter fr-- the main transmittc-r bv a ,t~ e e.-, e 3 a.. f-: An inJ i c or f or
em - t n-f a refetence h-merq)oIa) is connected at the outtut of the f.-

Card
L 628qC-6q
ACCESSION NR: AP!,019052
.phase sensitive urit of the equipment al)oa7-,! '~e
Or,

I
--- .1
... ' -,'. 4~ I-
. ~ . J~a~ 2/
- i - , 41 . ~ -- --. -

. 1 --extra transm: - -or ;
~ -- ' ~ ne ind ; ~ia! -r
. .:.. 1- 1
.1

Ai:,cyev, V. A. - "Fatz-.2. In on, t'le Lines of t.-.e :Raiilroad-
Hub o, iic Sout'i,.-jeAcm Railroad Line (19)16-19::3)." Voro:-,,ez'-, State "ledica-1
of Candl -4
Inst. Voronez)i 19,' ,6 (Dissertation for ti,c Dp -eo Ll-atue in 1,.'edical
Sciences).
IT
So: Knizhnaya Letopi ', No. 10, 1~56, pp

AGEYEV, V. A.
AGEYEV, V. A.: "Traumntism from Railroad Tlrbmport Vehicles on the
Lines of the Voronezh Center of the Jouthea stern Rail-
road Line (1946-1953)." Voronezh State Yedical Inst.
Voronezh, 1956. (Dis-ertation for the Degree of
CDndidate in Xedical Science)
So: Ynizhnays Letopis', No. 18, 1956.

AGMV, V.A.
Determination of residual stresses b7 I rays. Part 1. Zhur. tekh.
fiz. 28 no.11:2514-2519 N '58. ()CIRA IZ:l)
(Strains and stresses) (X rays--Scientific applications)

AGEYICV. V.A.
Determination of residual stresses by X rays. Zhur. tekh. fiz. 28
no.11:2520-2526 N '58. (MIRA 12:1)
(Strains and stressas) (X rays-Sciantific applications)

AGEYEVt V. A., CAND PHYS-MAT" SCIp "DETERMINATION OF
RESIDUAL VOLTACIES OF X-RAYS." DNEPROPET-
PovsK. 1961, (MIN OF HIGHER AND SEC SPEC ED UKSSR. DNEP-
ROPETROVS bTATE UNIV im 300TH ANNIVERSARY OF THE REUNIFI-
~,,V-i
CATION OFAUKRAINE-vt4qm RUSSIA). (KL, 3-61p 202).
28,71

MALININ. V.M.; AGEYEV, V.G.
Appitratus for preventing fibrillation. Had. prom. 11 no-3:56-58
Mr '57 (MLRA 10: 4)
1. Hauehno-isaladovatellskiy Inatitut okaparimentallnoy
khirurgicheskoy apparatury I instrumentov.
(MEDICAL INSTRUMENTS AND APPARATUS) (ARRHYTHMIA)

AGEYEV, V.G$-,, uchitell
Methods of solving calculation problems in a school chemistry course.
Khint. v shkole 18 no.1:52-55 Ja-F 163. (?URA 1614)
i
1. SrodayaYa shkola s. Kozlovka Atyashevskogo rayona Mordovskoy ASSR.
(Chemistry-Froblems, exercises, etc.)

AGEYF,V, V.G., uchitell
Burners for the demonstration of the burning of am.-.onia in oxygen.
Khim. v.shkole 18 no.5:55-56 S-0 163. (MIRA 17:1)
1. Kozlovskaya srednyaya shkola, Mordoskaya ASSR.

NR: AP6029842
AUTHOR: Ageyev, V. 1.
ORG: none
31
TITLE: Multistage pulse-signal amplifiers with mutually compensated stage
groups
SOURCE: Elektrosvyazl, no. 8, 1966, 23-28
TOPIC TAGS: pulse amplifier, amplifier design, electronic amplifier
ABST, R.ACT: The correction coefficients and the relations between time constants
oi rtages, in parallel -circuit h-f-compensated broadband amplifiers, were
established by F. Muller (Proc. IRE, 1954, no. 8); 2- and 3-stage mutual
compensations were considered. This article offers some design hints for 2- and
3-stage mutually -compensated groups ("dyads" and "triads") that form a broad-
SOURCE CODE: UR/0106/66/000/008/0023/0028
Card 1 /2
UD.C;_ 6.21.375.....01.6.756

L o8978-67
ACC INIR: AP6029842 0
band pulse amplifier. Transient-response data calculated on a digital computer
for a "dyad" is tabulated. A modification of the Elmor formula is suggested for
calculating the transient-response time of a multistage amplifier consisting of the
"dyads" and "triads. 11 For 6-, 8-, and more stage amplifiers, maximum numbers
of "triads" is recommended. The above type of multistage amplifier has substan-l'
tially higher Q-factor and lower power consumption than the conventional
identical-stage amplifier. "In conclusion, the author wishes to thank G. S.
Tsykin for his.advice, and V. N. Trunin for his help in the computer work.
Orig. art. has: I figure, 8 formulas, and 4 tables.
SUB CODE: 09 / SUBM DATE: 03Dec65 / ORIG REF; 006 / OTH REF; 00 1'

AGETEV, V.I.; BELONOZHKIN, A.L. redaktor; SPIRIDONOV, N.Y., tekhatcheekly
- WUVi or
CIate fall planting of sunflowers] Podzimnii posev podsolnechnika.
CKuiby-shev] Kuib7shevskoe kn-vo, 1954. 23 P. (HIRA 9:8)
(Sunflowers)

SHM, N.A.; LOUHIN, A.M.; AGEYEV, V.I.
.., ~
Auto,stic control of radio transmitting installations. Slektro-
sviaz' 10 no.1:35-38 Ja 156. MR& 9:5)
(Radio--Transmitters and transmission) (Automatic control)

AGEYEV, V.11., inzh.; ROSTOTSKIY, V.K.p inzh.; IVANOV, V.A., inzh.,
senzont; MIKOV, F.I., inzh., red.; ELIKBID., ',;.D..*
tekhn. red.
[Machines and equipment for rural construction] Mashiny i
oborudovanie dlia sellskogo stroitellstva; spravochnoe po-
sobie. Moskva, Hasligiz, 1963. 31S p. (IMIRA 16:12)
(Hural construction-Equipment and -supplies)

AGL7EV, V.11,1., kand. akon. nauk; REKITA:R, Ya.A.i USTR:!"~~"").-
7 CZT-T-'
okonomist; XEL'NIKOV, A.A-~ kan-d. ekar.. na~'Jk:
V.A., ekonomist; FYLIZDIBAbN', V.G., kand. ekon, ni~uk:
SERGEYKVAj K.A.~ inzh.; CFUDNOVSKIY, D.M., nauchr , red.
[Method of calculating the economic efficiency of technologi--
cal progress in the building materials and structural ele-
ments industry; using the example of several branches ana
types of production] Metody rascheta ekonomichaskol effektav-
nosti, tekhnicheskogo progressa v promyshlennosti stroitell..
nykh materialov i konstruktsii (na Primere nekotorykh ot-
raslei i vidov proizvodstv), Moskva, Stroiizdat, 1965. 157 p.
(VIlRA 18:4)
1. Moscow. Nauchno-issledovatellskiy institut ekonomiki
stroitellstva.

P C G, A it 1". 4,
rll c t ra 11 ai. -I ~s wo
wheels] Blektriche:31mil- f !:L-i s s j:-i,- t

7
-pear 9-an 07. 1 IT4
At r
Instrument Manufacture and' autonatte control devices; handbook i2i~~
five volumes. v. 4: AutoMmMe conEral and auto tic devices
(Priborostroyeniye i aredstva avtomatiki; spravochnik v pyati
tomakh. t 4! Avtomaticheskaye regulirovanive i sredstva avtoms-
tiki). Moscow, Izd-vo "Has-itnostroye-nive", 1965. 716 P. illue.0
biblio., indey. Errata sli:? Inserted. 24.000 copies printed.
TOPIC TAGS: automation, auto-zatic control systems, automatic con-
troller classification, static: linearization, designing complex
automation
PURPOSE AND COVERAGE: This is the fourth volume of the handbook:
"Instrument manufacture and automatic control devices." it con-
sists of two parts. Part uie presents the fundaventals and defi-
nitions of the theory of automatic control. modern methods of

Cord 1/4
rL .50185-65,
IAM5015052
the volume contains descriptions of typical electrically, pneu-
maticaljy, and hydraulically operate4 controllers, actuating
mechanisms, and control systems. It also gives basic technical
characteristics of electronic computational techniques applied
in automation, anti elucidates problems of the organization and
planning of the most widelv used systems of automatic control.
TABLE OF CONMTS [Abridged):
Part 1. Theory and methods of designing automatic control systems
lo Fundamental principles, sturcture of systems, and a definition
of the tlieory of autorratic control (Ye. G. izvol'skiv, L. G,

Y ` ~-- --7-1
- 111 3. Elements of automatic controll -- 58-132
; 4. Automatic controllers (Yu. Ye. Ruzskiy) -- 145-176
S. Met~oda tor calculatirg the dynamics and the statics of SAR
(system of automatic iegulsZion), the SAC (system of automatic
control) and servosyste-u-s (L-. G~ aa-d V.~V.
I -- - - --.- - - -- - - I ~ ~ ~ -, -- -, - 7::

-50M4 15Y--",
E~
AN5015052
6. Nonlinear cb*aracteristLes and methods of designing SAR and
servomechanisms -- 230-294
7. Static linearization (G. M. Ulanov, and K. A. Pupko 294-344
8. Variational methods and the theory of accumulati,ve errors 344-361
9. MethodF for experimental testing of automatic control
sy3temt -- 361-387
10. Problems of the theory of automatic control -- 387-419
11. Princil-les of design ing aye tem.9 o f com-, 11 ex au tomat ton by
!Part II. The means of automation
applyiag control cotiputerr. (A. S. Uakov) -- 419-437
12. Classification of the means 7-faL~t-omation kM.
Rakovskiy) -- 437-4.0
13. Electrical and elecl:ronic controllers (V. A. Bodner) -- 443-497
14. Means for automatic rc-gulation and control -of electrical
drives (T. Z, Portnoy) -- 497-525
15. Electroni-cc-o-m-pui-eri- tf.chnology for au-Ior-i-atic control and
regulation (B. M-. Yikubson) -- 525-575
16. Pneumatic c6-n-t-r-01-1-er-9- and schemes of ~-vpicall pne-imatic. SAR
(V. S. Prusenko) 5~5-618
Card 3/4

L 50185-65
1AM5015052
17. Hydraulic aid electrical-hydraulle means of automation and
auxiliary devices -.- f.)18-645
18, D e a i g n i n gsystems f :)r control and automatic regu I at ion
(A. B. Rodov) -- 645-1)94
SUB CODEi IE suBmi'rTED 05Feb65 NO REF SOV- 344
OTHERt 051
,-, ~j f ,
Card 4/4

S/181/60/002/011/031/042
B006/BO6O
AUTHORS: Ageyev,WV. N.,I Balabanova, L. A., and Bredov, M. M.
MaNAM,
TITLEt A Study of Plasmon Spectra
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 11, pp. 2899-2905
TEXT: The authors wanted to work out a method of determining the plasmon
spectra, when assuming for energy values to be absolutely accurate on
three points. In a previous paper (Ref- 7) they had described an electro-
static energy analyzer, which is specially suited for measuring the energy
on plasmons. The simplest variant of this instrument (single-stage device
with homogeneous field) was made use of here. The plasmon energy was
determined in aluminum. Fig. 3 shows the spectrum, taken by oscilloscope,
of the characteristic losses in aluminum. The plasmon energy wa's deter-
mined from the line distance; it lies with a probability of 0.9 at
tW= 15-18 t 0.06 ev. The values found by other authors range between
14.7 and 15.8 ev (Refs. 10-19) and are compiled in a table. If the value
tWis theoretically calculated on the basis of the model of free electron
gas in aluminum with a - 4.0496A and no . 4/a3, one obtains 1(0- 15.78 ev,
Card 1/2

A Study of Plasmon Spectra
5/161 60/002/011/031/042
B006XB060
whereas, if the oscillations of polarization of ion trunks are considered,
one obtains 15.48 ev, which comes very close to the value determined
experimentally. The mean free path of a 14-5-kev electron in Al for the
production of a plasmon amounts to 200-650 A. A. Ya. Vyatskin is
mentioned. There are 3 figures, 2 tables, and 19 referencest 8 Soviet,
5 German, 4 US, 1 Japanese, 1 British, and I French.
ASSOCIATIONt Institut poluDrovodnikov AN SSSR Leningrad (Institute of
Semiconductors of the AS USSR, Leningrad)
SUBMITTEDi July 19, 1960
Card 2/2

~ACCBSSXOH NR; AP4020587
AUMOR: Ageyev, V.H.; Ionov, N..I.; Ustinov, Yu.K.
S/0057/64/034/003/0546/0557
MLE: Application of a pulse mass spectrometer to investigation of adsorption
.characteristics by the flash method
SOURCE: Zhurnal telchnichelcoy fizilci, v.34, no.3, 1904, 546-557
TOPI6 TAGS: pulse mass spectrometer, pulse mass spectrometer manometer, flash do-
,sorp~ion curve, carbon monoxide desorption, carbon dinoxide desorption, water de-
so
ion, hydrogen desorption, oxygcii desorption
ABSTRACT: The pulse mass spectrometer described by Ye.I.Agishev and N.I.Ionov (Zh
TF,28,1775,1958) was employed as the partial pressure gage in an investigation of
,adsorption characteristics by the flash desorption method proposed by J.A.Becker
and C.D.Hartman (J.Phys.Chem.57,157,1933) and further developed by G.Ehrlich (J.
Chem. Phys. 34,29,1961) and others. Mc theory of the flash method is developed bria-
'ly and.the principal equations are derived. A 0.025 mm diameter 120 mm long tung..~
j :ptan wire served as the adsorber. This was mounted near the ion source at one end
:.9f the 2 liter mass spectrometer chnmber. During the heating of the wire (duration
1/3
Card

ACCESSION NR: AP4020587
about 0.1 see) the accelerating potential was applied in 50 microsec pulses at re-'
Igular intervals. The ions automatically sorted themselves into malss groups during
:their drift to the ion detector (a secondary electron multiplier) at the far end of-,,,..,:,
the.spectrometer chamber. A four grid ion gate was located directly in front of t4e,
detector and was so pulses as to pormit only ions oS a selected mass to be recordrA~
The nmplified ion current, after being smoothcd by an integrating circuit with an.
~appropriato time constant, was displayed on an oscilloscope. The temperature of Vie,
!tungsten adsorber, obtained from tho unbalance voltage of a bridge in the heating.
circuit, was also displayed on the same oscilloscope. Thus, flash heating and de-
sorption curves for a selected molecule were simultaneously automatically recorded.~
'Flash desorption curves were obtained for CO, 1120, 112, 02 and C02 after adsorption
'had be'ail permitted to proceed for times varying from 0.25 to 30 min. The residual
t
;gas pressure during these measurements was about 8 x 10-8 torr. The authors consid-:
or this the most serious inadequacy of the present apparatus, and they are takings,'
to reduce this pressure. All the desorption curves except those for hydrog
on
were complex, In the case of COj threa phases were distinguished, which are tenta-!
tively identified as the 01, 02 and ~3 phascs of Ehrlich (loc,.cit.supra). Ehrlicb.09'
phase PI was not found. The activation anoray for desorption of CO from:PhQQQs1 A2..
2/3
Card

AMR: AP4020587
.and A3 was deduced from the desorption curves. It was found that desorption from
P2 is a first order reaction with activation energy 1.6 eV and desorption from P3
js a second order reaction with activation energy 2.4 cV. The rather large discre-I
,pancy botwoun these activation energies and those found by other investigators is
;Inscribed to inaccurate temperature nonsuremerit,by the other workers. An increasing
!final CO pressure observed at high tvmpcraturc!~,is asqribed, as it has been by oth-,
iers, to oxidation of carbon diffusing from within the-iungsten. The reaction was
found to be with H20 and not with CO-~,. "The authors..'are.grateful to Ye.I.Agishov
.for advice and assistance during dev~lopmcnt of the apparatus." Orig.art.has: 13
.formulas and 10 figures.
~ASSOCIATION: Fiziko-tekhnicheskiy institut im. A.F.Ioffe AN SSSR, Leningrad (Ph~s;"~
:cal-Tachnical Institute, AN SSSR)
~SUBMITTED: 06Feb63 DATE ACQ: 3111ar64 ENCL: 00
~SUB CODE: PH NR REF SOV: 006 07HER. 009.
Card 313

c
ACCESSION HR: AP4049049
S/0057/64/034/011/2056/206,S
AUTHOR: t.geyev, V. N. ; Ionov, N. 1. Ustin >v Yu.K.
TITLE. Investigation of chemisor tio of hydrogen on polycrystalline tungsten by
the flash method with a pulsed mass spectrometer
-SOURCE: Zhurnal :2036-2066.
-_f -Zona:vwst --:Chem-. noiption.
ungs en
_Ydro ftda
ABSTIVICT: An Investigation of the adsorption of hydrogen on a tungsten surface was
undertaken because of the large discrepancies among the results of other investiga-
tors. 7hc flash method was employed, and the PRrtinl pressures of the dasorbed gas-
es N,,-erc rvasured with a pulsed mass spectrometer, as described pravlously by the
authors (ZhTF 34, 546,1954). A number of improvements were made in the apparatus.
Vac,ua of the or-der of 10-9 torr were- attalnec! , and Nvit~i the system closed and the
p-unps off , the pressure remained below 10- torr ior as 'ang as a wee1z. The ndsorb-
er was a 12 cm long, 2- micron diameter polycrystalline Tungsten wire. It was
flashed with direct current, and its resistance (and hence temperature) was zoasur-
ed with high-frequeyjcy alternating current. Flash curves of pressure and resistance
1/3

L igoig-65
ACCESSION INP: AP4049049
versus t1me were simultaneously displayed on an oscilloscope. In all the experi-
ments the desorption was complete at a temperature below IMAC; thus, no appreci-
able quantity of atomic hydrogen was involved. The desorption curves were complex
and i-ndicated the presence of two adsorbed pha-ses, both of which -were desorbed by
second order reaction-a. The rate constants ana activation energies for the two
phases were f:iund to be 1.4 x 10-6 cm->/sec and O.Gl eV, and 0.14 cm2/sec and 1.48
cV, respectively. These phases were not the same as those reported by J.Eisinger
(J.Chem. Phys. 29,5,3 9,58) , and it is suggested "hat iis resullts were due to displace-
merit of ndsorbed hydrogen by carbon monoxido, an effect that was observed and men-
sured in the present worx. It is concluded --lat !ie two P~,.ases are d---e to two d.11-
feront types of adsorption conters distributed over the surfaCe of the metal. Argu-
L
ments aro presented to support this view, and potential energy curves are given for
adsorption in tho two different phasos. "The nuthors thank D.A.Idam~*rin for assis-
tance in developing the cloctronica for the experimental apparatus.- Orig.art.has:
8 formulas and 11 figures.
2/3

S',M~I'M7D: OOA~ar64
E~r"-7: X
SU13 CODE, OC NR RZU SOV: OOG OTMER: 014
3/3

106 /1114
A C Ti JQR U 3 t i n o vYU. K. Ageyev, licnav,
TITLE',: Investigation of chemis~~iont 7,--7~,,,xlde on poly-
cr"tFO,11-ne tungsten wires hr. mJ-ho-d
t
SOURCE: Zhurnal tekhnicheakoy f iziki, %,.3' , no, 1 ~7161'5 IL k-~6 -1!! 4
IOPIC TAGS: chemisorption, adsorption, carbou mcnoride, tungsten,
activation energy
'ous work, of the
Thii pAper reporti ev,
1964

-r. fl-l-Ab't - MaS5
tl On method was 1931ploy-ed, ar'8 a PLIISO~a 'was
the desorbed n,,e res. ilual P'less"Ire
mea g, re d t
ter was used tr ame t 0 7- tur)g-
7~r
7'r, (3 'ad use
Fir lit"
j-
Card 1/3

I 5h755--65
ACCESSION M AP501-5636
Three adsorbed phases with ciesorptior~ tivation
_g,qtivatio
7, -_~
Pnd 3.87 eV were found; t'l-,,e:5e are tn tn e -,h!l!? e
r e
dU6 to nit'-Ogen. fhe
n -nqc; qnectrometere The adsorption of CO was foun:~ to be

k-C)iS8I--UN N,-l: AP-5015636
ASSOCIATION: Fiziko-tel~hniclhesklv ir~-tltut im-A.F.1offe Ali' SSSR,
Leningrad (Physico-tachnical InstituLe, AN OSO-0-IRI

i
3/3 'If .,-
Card .

ACC NR, AP50293281 SOURCE CODE; UR/0057/65/035/011/2109/2110
AUTj1OR-. Axelev
,Monov, 1L...
f
ORG: Physico-technical Institute Im. Aj Ioffe. AN SSSR. L I d (Fiziko-
tekhnicheakly institut AN SSSR)
TITLE: Investigationof cheml to q f_2x
sarpt n o I&en on polycrystalline tun sten by the
flash method
SOURCE: Zhurnal t6khnicheskoy--fiziki-,--v-.--35,- no. 11, 1965, 2109-2116
TOPIC TAGS: gas adsorption, chemisorption, oxygen, tunffsten
ABSTRACT: The adsorption of oxygen on 12 cm long 0.025 mm diameter polycrystalline
tungsten wires has been investigated by the flash method, using a pulsed time-of-
flight mass spectrometer to measure the gas pressure during the flash. The apparatus
and experimental technique have been described elsewhere by the authors and Yu. K.
Ustupov (ZhTF 34, 3, 546, 2056 (1964)). After outgassing by the usual techniques
In a vacuum of 10-9 mm H6, the tungsten wire was heated for 100 hours at 23000K in an
atmosphere of 10-6 mm Hg of 02 and subsequently for 40 hours at 22000 K in 10-7 mm
Hg of 02. After this treatment the adsorbed oxygen was.;desorbed as 02, whereas prior
to the treatment only desorption of CO and C02 had been observed. An ionization gage
gave higher pressure readings below 3 x 10-8 mm. Hg than did the mass spectrometer;
this is ascribed to desorption of 0+ ions from the grid of the ionization gage. Therm
Card 1/3

NRv APS028328
0
electron emission from the tungsten wire during flashing-,.was suppressed by an appro-
priate potential difference between the wire and the walls of the spectrometer to
avoid thermoolectron stimulated desorption of 02, CO, and C02 from the surrounding
surfaces. Two adsorbed phases (named pl and 02) were distinguished. The parameters
C, n, and E in the expression CNn exp (-E/kT) for the rate of decrease of the 7 sursace
concentration N of adsorbed oxygen molecules were found to be (2 :L 0.6) x 10 cm /see
2, and 1.5 � 0.2 eV, respectively., for the P1 phase, and 120 + 18 cm2/sec, 2, and
6.1 � 0.4 eV, respectively, for the p3 phase. From the value 2 for n it is concluded
that oxygen is adsorbed as atoms and esorbed as molecules. The stic)cing probability
of an oxygen molecule on the tungsten surface was 0.14 at low surface concentrations
and temperatures from 300 to 18000 K, where the adsorption is mainly into the 02 phase,
and was 0.07 at 3000 K and higher suetace concentrations where the adsorption is
mainly Into the 13, phase. The equiliWium concentration of adsorbed oxygen on tungsten
at 3000 K was 5 x 1014 molecule/cm2, with roughly half the adatoms in each of the two
phases, It was found that oxygen displaces adsorbed CO molecules from the high temper-,
ature 02 state; In this process One 02 molecule displaces two CO molecules. 7be re-
sults of the present work are compared with those of a number of other investigators.
The value 0.14 for the sticking probability is in agreement with the finding of J.A.
Becker, E.J.Becker, and R.G.Brandes (J. Appl. Phys., 32, 411, 1961) but is much smallet
then the values obtained by J.Elsinger (J. Chem.Phys, , 30, 412, 1959) and R,R.Schlier
(J.Appl. Phys.j 29, 1162, 1958). The value obtained-for the equilibrium concentration
of adsorbed oxygen agrees with those found by Becker, Becker and Brandes, and by

ACC NR' AP5028328 0
Schlier (lot. cit.); from this it is concluded that desorption of oxygen as oxygen
atoms or as tungsten oxides (which would not have been detected In the present work)
did not occur to a significant degree. No indication was found of significant diffu-
sion of oxygen Into the body of the adsorbent. Orig. art. has: 3 formulas and
6 figures.
SUB CODE: 20,07 SUBM DATE: ISMar65/ ORIG. REF: 007 07H REP: 011

AGEYEV, V.S.J_ MKOVAI V.F.; KOSTANDOVy A.I., red.izd-va; HOZOV,
".. .,. -.11L-Sa, tekhn.red.
[Lay6ut Vf shaped parts for plaut ventilation] Paskroi
fasomVkh chastei promyshle=ni ventiliatsii. Leningrad
Gosstroiizdat, 1963. 12-1 p. (MIRA 17:31

AGEYEV, V.V.
Foliar feeding of corn with trace element fertilizers. Zemledelie
24 no.3:76-77 Mr 162. (MIRA 150)
1. Kabardino-Balkarskaya gosudarstvennaya sellskokhozyaystvennaya
opytnaya stantsiya.
(Corn (Maize)--Fertilizers and manures) (Trace elements)

AnYEV, V.V.
Possibilities of increasing feed production. Zemledelle 25
no.l2t42-43 D 163. (MIRA 17:4)
1. Kabardino-Balkarskaya gosudarstvennaya, sellskokhozyaystvennaya
opytnaya stantslya.

BERBEKOV, N.L.; -AGS'YEVY VIV.
Harvesting peas with lateral 2") no.~;:60-61
Je 164, 17:8)
1. Kabardino-Balkarskaya gosudarstverinaya sel'skokhozyaystvennaya
opytnaya stantsiya.

~~,V!30-66 Fdr (1) GD-2
ACC NR- AP6007337 s0Uji(;i-', Cow,",: Ult/oz92/66/000/OOZ/0006/0008
AUTHOR: Lodochnikov, E. A. (Engineer); Sherninov, V. G. (Engineer);
Parkhomenko, G. A. (Engineer); 5~1~, V. M. (Engineer); Ageyev, V. Ye.
(Engineer); Vlasova, V. P. (Engineer); Spannut, V. S. (Engin' r
ORG. none
TITLE: Electric microdrivcs of the MB series
SOURCE: Elektrotekhnika, no. 2, 1966, 6-8
TOPIC TAGS: miniature motor, electric motor, servomotor MD miniature
motor 0
ABSTRACT: A miniature contactless IvM-series d-c motoiis briefly described.
It comprises the motor proper, a transformer -type transistorized rotor-position
sensor, and a transistorized commutator; its principal circuit diagrarn is shown.
Card 1 /Z UDC; 6Z1. 313. 13 - 181.4
Card 2/2 <

AcCk'Rl AP6033582
SOURCE CODE' uR/M1166/oo8/01
AUrHOR: Agayev, Ya. ; Allanazarov, A.
ORG: Physico technical Institute, Academy of Sciences TurkmSSR, Ashkhabad (Fiziko-
tekhoicheskiy inatitut AN TurkmSSR)
TITLE: Negative longitudinal magnetoresistance in n-InAs
SOURCE: Fizika tvardogo tela, v. 8, no. 10, 1966, 3110-3112
TOPIC TAGS: magnetoresistance, indium compound, antimonide, galvanomagnetic effect,
electron scattering, phonon, impurity scattering
ABSTRACT: This is a continuation of earlier measurements of magnetoresistance in
InAs, which were confined to transverse ma6netic field. The present meaBurements were
made in both longitudinal and transverse fields of intensity up to lOkOe at tempera-
tures 90 and 300K. The samples were cut from homogeneous single-crystal ingots and
measured by a de null method. The measurements show that the transverse magneto-
resistance is positive and increases in weak fields in proportion to the square of tile!
field. Starting with kOe at 300K and '~, 2 kOe at 90K, the field dependence becomenj--
much weaker, in agreement with the earlier results. A negative msgnetoreAist(1nce7
proportional to the square of the field in weak fields, wan observed in longitudinal
fields. There was practically no change in the effect on going from room to nitrogen
temperature. This negative longitudinal magnetoresistance cannot be ancribed to in-
Card i 1P

ACC NR: AP6033582
homogeneities in the samples and cannot explain within the framework of the usual
of galvanomagnetic phenomena. It can be explained, however, by the theory
proposed by L. S. Dubinskaya (M V. 7, 3821, 1965), which is valid for small values
of the quantum parameter a = tw/W (w cyclotron frequency), since in the present ex-
periments a 4, 0.2 for fields up to lOkOe. The results agree also with the increased
role of scattering by acoustic vibrations with increasing impurity concentration in
the InAs, deduced in the earlier investigation from a study of its electric and
galvanomagnetic properties. Orig. art. has: 1 figure.
SUB CODE: 20/ SUBM DATE: 20NOY65/ ORIG REF:. 0091 OTH REF: 003

L 39551-66 LVT(l)/V,,,-C(k)-2/T TJP(c) AT/GD
~ACC NR: AP6008937 SOURCE CODE; UR/0202/6.51000/005/0007/OOIZ
!AUTI-16R. Agayev, Ya.., Voronkova, N. M,; Zolotarevi--V. F-
IORG: none
!TITLE: Electric and photo- electromagnetic properties of semiconductors in-
alternating magnetic fields
AN TurkmSSR. Izvestiya. Seriya fiziko-tekhnicheskikh, khin-AcheslrJkh
ii geologicheskikh nauk, no. 5, 1965, 7-12
..[TOPIC TAGS: semiconductor, semiconductor research aiternating mAgne tic field
1ABSTRACT: The mechanism of carrier dispersion and its effect on the electric
and photoelectric properties of InSb and GaAs,placed in an iltcrnating magnetic
are theoretically investigated. It is found that: (1) Minimum ratio of the
~-'t coefficients of power series of electric and photoelectric err~Vs corresponds to th
a I./ z

AVEUMEV,, A.S.., red.; AGEZZV.-Y&.4~.dOts-, otv. red.; AREFIYEV, V.A.)
dots., kand. elcon. nauk, red.; DWIDOV, S.F., akademik) red.;
WSHIN, V.Ye.) dots.) red.; KOGAN, A.Ya., starshiy prepodav.,
red.; MIKHAWV, V,I,j starshiy prepod6vatelf, red.; PITAYEVSKIY,
P.I., prof., red.; SLOBODIN, V.M., prof., red.; SIIOWKHOV, Ye.I.,
red.
(Problems in the now system of agricultural planning]Voprosy no-
vogo poriadka planirovaniia sel'shogo khoziaistva; trudy. Kyiby-
shev, Kulbyshevakii planovoi in-t, 1961. 419 p. (MIRA 15:12)
1. Mezhvusovskaya nauchnaya konferentsiya, KuibyBhev, 1960.
2. Zameatitell predo6datelya Kuybyshevokoy oblastnoy komisaii
(for Averkiyev). 3. Kuybyshevskiy planovyy institut (for Ageyev,
Makhalov, Karshin). 4. DeystvitelInyy chlen Vsesoyuzncg, akademii
sellskokhozyaystvennykh nauk imeni V.I.Lenina i Moskovskaya or-
dena Lenina sel'skokho2yaystvennaya akademiya imeni K.A.Timirynev
(for Demidov). 5. Urallskiy filial AkadeiTii nauk SSSR (for
Slobodin). 6. Zamestitell nachallnika otdela sel'skogo khozyaystva
i zagotovok Gosudarstvennogo planovogo komiteta Soveta Ministrov
RSFSR (for Sholokhov).
(Agricultural policy)

ALENSANDER., K,, (Alexander, Kar-I.F.); *EYEV, Xe-r. [trawlator]
Isotope separation by therml diffunion in the liquid phase.
Usp.fiz.nauk 76 no.4-'711-748 Ap 162. (MRA -15:7)
(Isotope separation)

SEMIOKHIN,I.A.; AGEYEV, Ye.P.; FANCHENKOV, G.M.; SIURNOV, B.I.
Separarion of oxygen isotopes by the thermodiffusion method.
Zhur. fiz. khim. 36 no.ltl24-129 Ja 162. OUM 16:8)
1. Moskovady gosi;Aarstvennyy universitet im. Lomonosova.
(Oxygen-.Isotopes) (Diffusion)

AID P 5514
Subject USSR/Propaganda
Card 1/1 Pub. 58 - 5/17
Authors : Skoblikov, A., Yu. Ageyev, Yu. Shvachko, Yu. Sirotkin,
and V. Ushakov.-
Title : The leading role of the members of the Young Communist
League.
Periodical : Kryl. rod., 2, 10-11, F 1957
Abstract : Five short propaganda articles emphasizing the role of
the Komsomol organizations and their members in kindling
the interest of the Soviet masses for the aviation and
aviation sports. 5 photos.
Institution : None
Submitted : No date

MESTECHKIN, Yu.; ESTRIN, K., inzh.; AGIMP Yu., inzh.
: -
*Plastics used in the m%cbtner7 of grain-processing enter-
,?rises. Xuk.-elev. prom. 26 no. 11:20-22 11 '(,0 iMLU 13:11)
1, Starshiy inthener Glavsnaba Gosudarstvennogo komiteta
Soveta Hinistrov SSSR po khleboonabzhaniyu (for Mestechkin).
2. Spetselevatormelletroy (for Estrin, Ageyev).
(Grain--Handling machinery) (Plastics) -
(Grain--Milling machinery)

,Vj Yu.D.
Frocedures in placing inmilators shoij-1A br.; chauged. IVt(,M. talem.
i sviaz? 8 no.1:4-1 Ja 164. (1,11 Wk 17: 3)
1. liachallnik stroitolln~)-montazhnogo I:oyr,,zda No.10 Vse!-nl,-.noE.0
tresta zatrodov Fw proizvodstva sredst.v sinalimtsiA GJavmont.,'l?Ji--
stroya 1.1-inisterstva transportnogo stroited I
s I smi SSSIR.

'Ulf/043'3/6'6-/0'00-/O'lO'/00'43
_/0045
AUTHOR: Agey6va, A* (Aspirant) /0
ORG: VIZR
TITLE; Natural enemies of the bean-seed fly
SOURCE: Zashchita rasteniy, no. 10, 1966, 43-45
TOPIC TAGSI plant peat, bean seed fly, peat control,
U"Itr~~ . A-tt /00-
ABSTRAC Predatory insects, disease, and parasites are the principal
enemies of the bean-seed fly. The parasites Ch. cilicrura and Euooela
tanabae often account for 602 of the deaths in a fly population, and
fungus diseases are the second greatest killers of these pests* The
eggs are laid in the soil where the developing embryos pick up para-
sites which affect pupae; infected pupae are shorter and thinner than
healthy ones. Descriptions of the parasites and predators of this post
are given* Orig, art, hast 3 figures and 1 table* [W'A, 501
SUB COM 06/ SUBM DATE: none
Card 1/1 WC t 632,937,12

L 527 -0/1KPF(a -Pc-4/Fr-4 FM
7 98-65 EWT(
ACCESSION NR: AnO16185 VR/0079/64/034/012/~9338/3942
'i AUMOR-. Pudovik, -!L..~ Xhusainovit, S. G.; Ageyeva, A. B.
TITLE: Reactiy--na vt nucleophilto iva,,pnta vitb estere osainic acid
o", propynylph
SOURCE., Miurnal ol shchey khitmii, v. no. 12, 1964, yn --1942
~4
TOPIC TAGS: phosplinic acid, estea-, catalysis
,Abstract: It waa found that dialk~,Iphosphorous acids, mercaptans, and
amines are added to dialkyl eaters of propynylphosphicic acid in the
presence of alkaline catalysts (ilcoholateB of the alkali metals) or in
:-Lhe absence of catalysts (additiDn of amines: diethylamine and piperi-
;dine), to form mixtures of addition products containing one or two mole-
jc%A1--B of tht; "t;leofh-ilic reago-nLis. The -ratio of the products formed is
''determined by the ratio of the starting materials in the reaction mixture.*)
Alcohols were fouad to add to dijill-,vl esters of propynylphosphinic acid,
t,~ form (flialk-vlt)tiosphone)alkoxy3rcpEnt3s. A". hiph temp.-[,raturea (200-2050)f

-f 'Ormulas and 1 table,
NO RXF SOV: 004
CTILM: 001
JPRS
Cc rd -2A_

WL "Y
:7
2~psht ~y~nG.~q. AILO~reva, A.
TITTLE: Increasing 'Che corrosion ren1stance of aluminum alloy pipes
by the aladdinK thod
Re
CITUD 80MICE*. 3b, Peredovy-yo motody knim. telldinol. i kontrolya
proiz-va, Rost:)v-na-Donu, Rostovsk. wi-t. 1%4, 24-26
TOPIC TAGS- aLuminum base alloy, aluminum, metal cladding, pipe
production, metal corrosion, oorroallori resi3tance
TRANSLATION: The technolog~7' of the production of pipes made of
various alumlnam allo- clid with aiuminum on the Inner surface,
yo I I I
has been devel.)Dod and intro~i-.ce--' 'Into ind-3--ist-r-y.
but aljo other corrosion re.!iatant instals which,.e-can be welded to
aluminum iLlloyaj, may be famploired an a coating. -^" Coatin the inner
surface of the pipe with ductf-le aluminum permits use of higber
extruBion speeds, Prom the abstraot,
Cardl/I SUB CO-)E. M ENCL: 00

AGEYEVAI A,G.j aspirantka
Sprout flies (Chortophila). Zashch. rast. ot vred. i bol. 9
no*5:48-49 164. (MIM 17:6)
1. Vsesoyuznyy institut zashchity rasteniy.

AGEYEVA, A.G.
Species and abundance of Chortophila Macq. flies in populations
of the virgin lands and wheat fields of Kustanay Province. Trudy
Vses. ent. ob-va 50:89-102 165. (ERA 18:5)

ASATIANI, V.S.; prinimali uchastiye: AGFYICVA, A,K.; KMLIDZE, O.Y.;
PICMMYA, T.P.; MIDZN, Tovs,
Data on the comparative biochemistry of man and monkey. Ukr.biokhim.
zhur. ~O ug.3:392-401 158- (MMA 13:3)
1. State Medical Institute, Tbilisi.
(MOMYS) (13LOOD--ANLLYSIS AND CHEMISTRY)

AGEYEVAI A. K.p KEKFIIDZE~ 0. V., KITIYAt T. D., KORDZAIOiIYA, T. P., KUNCHULIYA, V. G.,
--,7R-UT-D-Z-E,--m-'--V-.~7~nEysK-TRi G. V.
(USSR). 1: P I , PICHKHAYA, T. P., ASATWI, V. S., ANASAHVILI, A. Ts.,
The Effect of the Mountainous Climate on Biochemical Aspects of Human Blood.
report presented at the 5th Int'l.
Biochemistry Congrosop Moscow, 10-16 Aug. 1961.