SCIENTIFIC ABSTRACT ARSENYEVA, V. - ARSHAKYAN, R.

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• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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AISENIEVA, V.T.; GRAXENITSK11, P.M.; YURIWA, K.S.
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Card 1/1 Pub. 37 - 14/18
Author : Arsenlyeva, Ye, I., Sci*ntlfla Vorker
Title : All-Russian Conferonce on Dispensary Service for
the Rural Population
Periodical; Gig, I man., 3, 54-55s, mr 1955
Abstract t Desoribes the work and resolutions of the Confeftnee
organized by the Ministry of 00oaths nV$R# In *Mk#
October 19-21,9 19540 where 300404904~ trom
,.,different regions and republics wore proatnt.
Institutiont"Mone
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Sot Inishama lotoptop No 17, 1956

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fIzIke; razdolt Maktrichestva. Sost. E.V.Arsonlym,
I.V.Pavlova. Leningrad, 1962. 82 p. (M]RA 170)
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PXUE I BOOK EXPLOITATION 1173
Arsen'Iyeva-Geyll,, Apesa Nikolayevna
...........................
Vneshnly fotoeffekt a poluprovodnikov I diel,oktrikov (Surface
Photoelectric Effect Prom Sealcoaductore and DielectrIcs)
Moscow, Gostoptekhi2dat, 1957. 221 p.~ 10,000 copies printed.
Ed.: Orlova, L.I.; Tech. Ed.t Volchok, KA.
PURPOSRs This monograph is addressed to physlaists &rA,, in gensftl,,
to those interested in solid state physics*
COVRRAGEt This monograph is an attempt to acquaint the reader with
the basic research on surface photoelectric effect from next-
conductors and dielectrics conducted in the Soviet Vnica and.
abroad. The author claims that while In recent yos" consWerable
and very Important theoretical material on surface photaele4tru
effect from nonmetals has been ammulatted this, M&terjAl
Card 1/6

Photoelectric Effect from Semiconductors (Cant.) 1173
has not appeared In the available litmUrs, The sco,* or the
present work is limited to a treatment of photoemission from
the most elemental substances, I.e.,, frow chemical slatients and
simple compounds among the semloonduotors or dislootricso
Photoesission from coated cathodes and from liquids hatl not been
discussed. Experimental conditions and methods of prejerIng
emitters have been described in detail whore Poo$ I The
JL10%, Whose
author thanks Academician P#I* Wdrokil (deceased
Initiative she undertook to write tho book$ hoadem olw-. A.Av
Lebodev, 0. Yo. Pikus and Ye. Ya. Shroyder ior reviewizA the
manuscript, and L.A. Otis " Z*P. Vasilleve. for their help In
preparing the drawings and diagrams. Thm Is an extersive
bibliography; refereneso appear at the and of each chiogtor.
TABLE OF COMENTSt
Preface
Introduction
card 2/ 6

Photoelectric Effect from Semiconductor# (Cont.) 1173
Cho 1. Theoretical Notions of Surface Photcoleetric UNot
From Semiconductors and Dielectrics
1, Inergy spectrum of electrons In crystals
2. Local states
states of sloctroft excitation
Absorption spectra caused by Impurities and electrons
in the excited state 19
Photoomission frm*an Ideal semiconductor or
dielectric 95
6. Photoesission from semiconductors containIng Impurities 32
Cho 11, Methods of Measurement
1. R*tarding-field method in a spherical ogpacitor 18
2. Preparation of samples 46
Cho III.. Surface Photoelectric Effect Itam Oftleanduators
1. Energy distribution of photoelectrone
Card 3/6

Photoelectr1c Effect from Semiconductors (Cont.) 1173
2. The N (E)/*8 function T2
3., Spectral distribution of photoomission output fratt'
sealconductors
4. Photoemission from amorphous arsenic
5. Photoemission from somimstals 1
6. Oeneral remarks on surface photoelectric effect fivo
semiconductors wid semimtala 91
Ch. IV. Surface States
I* Theoretical notions on energy states on the surface of
a crystal 102
2. Some experimental results which can be explalned t-y
surface states 1018
3. Effect of surface states on surface photoelectric
effect from nornetals lie
Ch. V. Surface Photoelectric Effeat From Diolectrics
Card 4/6

Photoelectric Effect from Semiconductors (Cont.) Ir'3
1. Pbotoemission from pure Insulating materials 123
2. Photoemission from color centers In allmli halide
crystals 131
3. Some special properties of photoomission from color
centers 137
Spectral distribution of photoomission output frtu
color centers 142
Energy distribution of photo*lmotrono from F-conters 352
90 Surface photoelectric effect from FI-oontere 129
7: Surface photoelectric effect from barium oxide 1 1
Ch, VI. Photoemission Prom Cool%= Compounds Cs3Sb and
Ce To
1. Phot;emlsslon from Cs,Sb 176
2. Photoemission from C92Te 190
Ch. VII. Effect of ImpurIties and Temperature on Surface
Photoelectric Effect Prom Semiconductors and
Dielectrics
card 5/6

Photoelectric Effect fross Semiconductors (cont,.) l.J3
1. Effect of Impurities 196
2. Effect of tempe:mture 212
Conclusion 222
AVAILABLEs Library of Congress (QCTl5,A7)
J'?Aev
2-1T-59
Card 6/6

ARSnOMA-GRILI, A.I.; VAN BAO-XUII (W44 P&O-MUn)
Sow feattwes of pw4oadmalou from 1wila Mrseal&',
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TITLEs Photoemission fro& gallium arsenide
PERIODICALs Pizike tverdogo tela, v. 3, no. 12, ij6i, 36v - 3627
TEXTt Photosmission from n- and p-type GaAs opocISORN of different
carrIer concentrations was studied by the method of the delayed field In
a spherical capacitor. This capacitor, a glass sphere of 120 as diameter,
whose inner surface was coated with aquadag, served~iw a photoelectron
collector. The emitter, placed inside, was not larger that 10-6-3 213
the vacuum was better than 5-10-6 mm Hg. The exciting monochromatic ligbt
(3MP-3 (UH-3) mirror sonochromator) came from a JjpK-2 (FRX-2) mercury
lamp. The nunber of incident quanta was datoralzed ty mears of a
luzlnophor plus j3Y-18 (FEU-16) photomultiplier.' A vacuum thermocouple
designed by B. P. Kozyrev was used. The photocurroat was measured by a
d-c amplifi*r of the type 3141-3 (EMU-3) with a sensitivity of 4-4-10-15
a/sc.ale unit.. The specimens supplied by Professor D. N. Witalodov sz4
Card 1/4

B/ I 8&-)G03/D12/D0q/02-8
Photoemission from gallium arsenide b I 02/~fl 108
0, V, Yemellyanenko had the following characteristioss
Number type carrier concentr. nobility (Cm2/v -see)
15 n n 4-1015 1450
17 n n 3~5-1017 1200
18 n n 6.5-101 a
19 n n 10 18- 10 19 -
16 p P 5-10 16 200
The parameters of the coarsely crystalline specimens **re determined from,
Hall e:onstant. conductivity, and sign of thermo-eaf. The red 4dge h 90 of
photoemission was determined from the photoemiesion quantua yi4ld Y(hy) b3'
extrapolating to Y a 1-10- ael/quantum. It is 4.38, 4.50, 4.23, 4.24, and
4,36 ev (sequence of the specimens as in the table), The t'hersionic work
functions 9th were determined from the photocurreat saturation potentialt
4"10, 4.06, 3.94, 3,90, and 4,15 ev (t 0.05 ev). the work tan.,tion
Card 2/4
.......... 771-1.1

3/11 10zi/003/012/009/028
BiO2 0106
Photoemission froz gallium arsenide R
decreases with increasing carrier concentratlon4 Tbo photoelectric work
function I ph was found to rise linearly with rising hV for 4.66f.'hye.5.53,
and tends to decrease with increasing c4rrier ooncentTation. 6 a q ph-Ith
grows linearly with hv. 6 m 0-49 - 0.43 for bV a 5.5~ ana 6 - 0.02 - 0.09,
for 4.66 ev. The maximum of the energy distribution 'of tho phof-osl*otrons
was at low energies and was shifted toward higher onargios with loor"6108
hV and/or increasing carrier oonoentration. It is 0ozolud#4 from 6 tUt
in n-type GaAe the photoelectrons are excited from acceptor 1sv4ls of
impurity ions. At high hV they can also be excited from the valence bomd.
Academician A. i. Lebedev and L. L. Koronblit are thsnked for discusel9ne,
T. S. Lagunova. for assistance. Ther* or* I figures, I tablO, h4d 11 k0ftr-
once$* 8 Soviet and 3 non-Scovist. The four most r*owr,t rofersoces to
English-language publications read as followas H. It. Philipp. Phys. Nov.,
lo7, 687, 1957; D. M. Packer, 0. Look. J. Opt. 3oo. our., Lip 10, 699,
1951; F. S. Johnson, K. Watanabe, R. Toutey. J. Opt. goo. Ater.9 Lip iOp
702, 1951; K. Vatanabs. J. Opt. Boo. AMer., 32, 1955.
ASSOGIATIONa Laningradskiy goeudArstyenriyy universitot is. A. ).. Zhd&Aova
Card 3/4 (Leningrad Statt University imoni A. A. Shdanov)

32076
3/161/61/003/012/010/020
c7l 40
AUTHORSs Wing Pao-k1un
TITLE, Influence of illumination on photoomisslon fr*m
arsenide
PERIODICALt Fixika tverdogo tale, v. 3. no. 12, 1961j 3624 - 3533
TEXTs The authors studied the effect of illuminatiom on (;*As pbotoexissi
Method and specimens are described in a previous article (present
periodical, pp. 3621 - 5627). The intensity of Inotdont light was
measured with a thermocouple designed by B. P. Kosyroy. Illumination had
no effect on the spectral distribution of the quantum yield, bLt caused
shift of the volt-ampere charsoteris tics. Amount and direction of this
shift did not depend on the energy hv of the inoideot photons. The thers-
ionic work function of the Omitter was determined from the coalsot poton-
tial difference d between emitter and collector. Illumination reduced the
thermionic work function of n-type aaAs specimens sod raised Cut of p-
type 8p cimens. A was found to depend on intensity (I) of the incident
light a: Aft-, where A in a constant- A as a function of the wav*-
Card 1/1

320
S/166 X6 I /M 3/0 12/010/02$
InflueEce of illumination, B102 , 3106
length I has its maximum at hVW,1-35 ev (ks~4020 2~) which vorrenpon4 to
the intrinsic absorption edge of GaAs. It was established that -.he o:.
served influence of illumination on GaAs photoomissiom is due to a change
of the surface potential barrier, or to a bend of the zones ovin- to the
surface states. Academician A. L. Lebedev is thanked for his iwierest and
discussions, L. P. Strakhov, 0. X. Artamonov, and T. T. Bykava for
assistance. There are 5 figures, I table, and 6 referenceaf 4 !;Oviot and
2 non-Soviet. The four references to Englinh-lampage publications read
as followei S. Rosenfeld a. 1. H. Hoskins. Rev. So%.. last., 16, 343, 1954;
1. Brattain a., J, Bardeen. Bell. syst. techn. J., J2, 1, 19531
A. Kabayashi a. S. Kamaji. J. Phys, Soo. Japan, 11, 569, 1956;.IS.,, 270,
1955; S. R.. Marrion. J. Phye. Chow., ILI 860, 1953.
ASSOCIATIONt Laningradskiy goaudarstyennyy universitat im. A. A. Zhdanova
(Leningrad State University imeni A. A. Zhdanov)
SUBMIMOt July 1, 1961
Card 2

$/lei 62/004/010/010/06)
AUTHORS: ltj_'and DsholopoVas go. B4
TITLB: Preparation of Pba to high strain sensitivity
PERIODICAL: Pisika tvardogo tolat v, 4, no. 16, 1962t 214-2718
TEXT: To study the effect of p-n junctions at the grain borandoiies of
PbS on the strain sensitivity# the authors*subjoeted p-type samples pressed
from PbS powder to thermal treatment at 550 ac for periods rancing fros
0.5 to 30 minutes. The rosistano* 9 as moasured With a 0*46stons orl4ge
and 9 in the case of high-toolstivity wmpl*s with an ?1-911A (9-91/4)
'8
galvanometer (sensitivity 1.5010 4) $wfound to be & linear funotion of
the deformation. The str&in sensitivity was cajoUlatot from the fOrwas,
X - (&R/R)/&, where Ap is the oh&ngo in rosistapos camised bv the relative
deformation L. Thermal treatment led totbo, fol*ation of oxide lillro at
the grain boundaries andv 80fi8#qV4M%ljTq to the fstuatiaft of P-n junqtioas.
(j. C. Slater. Physo Rev## 103# 163iq ig'56). Aoi be&$ treatment prooteds,
these oxide layers become thiok*r (inoreaso in R.) and theri break#
reducin the grain size (door*"* in 1). As A $ft#r it,# decrease then
Card I

0/18 1/6?/004/010/01 Oj'063
Preparation of PbS to high **rain aioa/viS6
again increases, this fact must be attributed to struatural changes it tbs
PbSo Bending tests and tests with ownilateral pressure (oil bath) 4ave
similar results. Oxidation (hosting) Increases the barriers at the 1%3
grains, water vapor lowers them (acoording to T* To Alkova) red4aing the
strain sensitivity. This is due to oxygen and *&ter vapor eausAng 4
bending of the bands In opposed directions. Tbqr* are 3 figuron and 1
table.
ASSOCIATION: Leningradekly gosuderstyannyy universitiot (Leningrad 14ate
University)
SUBMITTED: May-4, 1962
Fig. 2. Dependence of the resistance R, in ohms$ (curve 1) of Pbs samples
and of their strain sensitivity X (ourve 11) on the boating sia* t' in
minutes, of the powder.
Card 2/3

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At Mot-f4d 11I I I" I==M! v 4.4
OOV mlw IV 11111184 4~" P0 W1183"Imll 114110110111 IF
40- : xW4404.4 c 041 to
ZO-1:4 0 OW oil:,%! 4
Im", At 114011im *A 1101110"Imm" I
TV OHM
low~
on IN wqj
PW so
-11101
as `A~ on' we*
Plow -Po
we-, rolls
111141-
-Go
___T_ V r_1 a
. . . I ,
0 411 It 0 It 0 0 f 0 It 41 10 4 01~ 00
10 0 6 0 0 6 0 41 1 0 0 a' 6 610-4- _~ - 9 o 9 ; .0 , , 0 0 0 0

124"
~Jv
f 21
L-7

ARM=, A.A.
Preparation wA certain properties of
-1-o1-3. Zhur.oVokbim. 96 no.3:766-770 Xr 156. (KM 910)
1. Laningradekly takhmaoSicheekly inatitut p1shebovor proWshlau-
nosti.
(Dutomol)

h,Lqj!Lj I
i t4v -Al- ni 1 1.11 1

11 UILIIII!11
'1; 11 H
id! 1

;..KyNn-K , A . , . --- --- -- - -- -
Conden3atiOn of 1.(O(-turyl).3.nethyl-1,3-buWi*no wIth maloic
anhydride. Zhur.ob.khim- 31 no.9:2924-2926 S *61. (101, 14:9)
1. Voronezhakiy tekhnologicheskiy Institut.
(Butodions) (Malelc unWride)
-6.

KAHARCHUK, V.Y.?. (Kanarchukj V.111.); AJLIENYLTK, Tu.V. [A--soniuk, 111-V-1
Imp-oving the effiai-ney of motortruck trimportaU00. MOkb. IIV-
hosp. 14 no.lO,jl9-90 0 163o (MM 1712)
1. SUxshiy inzh. po avtotramportu Kiyevu-Sviatoubinskogo rejoM30go
ob"yedinerdya "Sil'goaptakhatka" (for 4mnm*)* Z's aw-SUIT 1004
Ukritlittikego filialm GmWAr0lv"nmq6 voesqr~ micho~-Usle4oft-
tel'skogo takhnologielwakogo inotituta rerwnta i skapaua-Atail ub-
shianc-traktornogo Wks kfor ArsetWuk).

BIRMIN, Griguriy AlOIMW*Yiob; PAZMj Y-evgoniy Ivanowich;,tt
'~FAROrp K*Ads
kand.tokhn.nank dots., red.; AZAROT, A-3.,
BORODULINA, I.A.* re4l.itd-va; POLIBUTA, R.04, takhm.red,
[VAchining parts on large lath") Cbrobatko daWlei na h-qtqftb
tokarrWich stsukukhe Pod dbehebal red. K*AJ4*sftva. Koskva, Go@.
nauchma-tekbnAnd-wo moihinostv*tt. lit-ry' 19~8. 106 0 (bitilotoott-
km t o1mris -nova tors, no-7) 411% 1215)
Mrning)

The f lmalas a burning of blest-furnace pm Sverdlovsk, Gov. nswi~h-lo-tokhn. Igd-*0
lit-ry po chernoi i Levetnai mstalturgiip 1947. 102 po (50-37W)
TN718.A7
I* Blast-fumaces. 2. 3ftsoss.
~'j j~

- __::6 I -
71.,:-,
bem, ln7,ic-nno. i-.l-ij::.,,nt( :,. .,* Lz(.. ~,a a;=.orIyjj t,)j,j.jvtj, Ilaij,
!:-,. ". 3. ~-5
S!': 7"'i '1 1131 -'. 34

IITAM, B.I., profsesor, rotsemeat; IMCAM. F.T..
t tekhaicheeldkh nxmkg rotmeassn't; VWAVAIROir, A.W., redaktort
KOVALMO, I.T., tekhnicbeekly Maktor
[Ombustion of IndultrUa C"es: meth*" atd IPW*tuml dithipxdo
prorqsblowWkb Vwov; matody I pribory, Brordloirike Gas. wuobw-
takhn. ist-vo lit-ry po chernot I tavetwi metslUVlio Mg. 3" P.
[xicromal (K= MO)
1, TostoobjW Institut toplavoispollsovanLys, (for Are4wav)
(GOA &0 PMOI)

8/4 W11, i5VOCO/C I 'V0 I 1A,
//.7000
Translation from: Referativnyy zhurnal, ElektrotekhniU, 110, 1 k, PO
128673
AUTHORtl Arasyev, A. V.
TT=s The Results of Investigatlons C&rrI*d Out, by t1a OAX
Combustion
PERIMICAL: V ab. t Toorlys, I. oraktiks, ashigma44 gaza, 00toptolOhlltliytt,:~
pp - 150-167
High-eff1clency ch=bOrless bufters suitable top -,cmblotem or 1-~"
pressure gas have been designed. Materials for tmnnels do not &Mqat the
completwess of combustion; they tan be selected solely by kbtir thatroal r",t-
anoe, Reliable individual mixers for gas prsssure of 100-3% m water colum
have been designed to replace the Unsuitable owtral mIxors., Flamp.1-04.s burners
without premixIng h3ve been desIgnod for high-power sUam b*tlorv, 4a.-ses,
produced at non-ferrous metal molting, with the temperature 41 ccmW*jUn of
350-600 k-~al/rm3, and subsurface gas 3an be burned under eantall-Ion of iui
Card 1/2

APSEYEV, A. V. (Caild. Tech. Scio)
"ReLults of Res"earch In the Field of Gas Combustion by VVIDU (All-Union
Scientific Researcl. Institute for Metallurgical Iteat Engineering)"
(Thawy aw ftactice at "a Cdowtions Trs=matums of a sciftsirle ad
Technical 119"108) IAMI09ft4o GCOUPUftloUte M8- 343 7-

SOY/96-59-6-13122
AUTHOR: Ar~.~~A~-V _(Candidate of Technical Scitwou)
TITLE: Th~ Heat Transfer and Resistance of Tubes dur'..ng High
Temperature Heating of Air (Teplootdacha 1 soprotivIonlye
v trubakh pri vysokotemperaturnom nagrave vorkiukha)
PERIODICAL: Teploenergetika, 1959, Nr 6. pp 67-?2 (USSR:,
ABSTRACT: In designing high-tempeTature tubular air hmaterst the
tube temperatures are near-oritical in respoci; of heat
resistance and meohanicai strength4 Oreat ac(Airacy is
therefore required in the heat-trawfor calau.:Ations, but
available data 6n heat transfer and resistan(w to flow
under such conditions are not rel'14ble. Itisras
accordingly decided to make an experimental study of heat
transfer and resistance vhen heating air under the
conditions met In high-temperature recuperato'?s. The
tests were made in tubes of 1 mm wall thi6mous made of
heat-resistant steel and heated by olmctrio current,
Clean dry oompresW air was passed through the tubes.
Dot,ails are given of the experiment&l rig ux4 of the
measurements that were made, Various corroet:.ons that
Card 1/5 were necessary are explained, Local heat--wransfer
coefficients were calculated by formula (1) wid local

SOY/96-59-6..13/22
The Heat Transfer and Resistance of Tubes during High temperature
Heating of Air
friction coefficients by formula (2). It Is considered
that the maximum relativo error in dstermin4ag heat
transfer was t (3 to 8) and in detmmining the
coefficient of friction (4- to 15) %, depeniiAg on the
experimental ronditions. TVO 31ZOS Of tube were used..,
V+ and 22 mm internal diameter. When long t093 were
used the air was heated to between 800 and 850 cC and
on reduitng the length of the heatodoSart of the tubo th#1
air temperatur6 fell to 700 and 600 . Th.1 rate of flow
of air by weight ranged from 14 to 11+4 kg/m4 see and the
linear velocity from 3 to 190 m/sea. The hylraulic
res!stance under isothermal conditions was studied it. the
Reynolds number range of 17000 to 175000 and under beat
exchange conditions from 7000 to 105600. Usat transfer
was studied In the Reynolds number range ot 7000 to
108000. The heat transfer and resistance ralationships
were found to be the same for both sises of t~abe an4 for
different air pressures. Under isothermal m)nditions ths
Card 2/5 tubes behaved as though smooth for Reynolds ambers below
30000; the coefficient of friction tKen followed the

SOV/96- 59-6-1 !/22
The Heat Transfer and Resistance of Tubes during High Temperature
Heating of Air
well-known relationship for smooth tubes given in
expression (3). (See also Fig 1). For vslues of.
Reynolds number greater than 30000 the coefficient Of
friction followed the law for rough tubes. Howeyer~ in
both regions the ooefficient of friction tot Repolas
numbers between 17000 and 175000 may be ealculated
approximately by formula (4). Under beat-tratfifer
conditions the coefficient of friction behavad just as
under isothermal conditions, provided the Re:rnolds n=bor
is related to the flow temperature Mg 20. It It. is
related to tha, wall temporaturep the'sxperix,)utal po*nts
lie considerably lower (see Pigs 2b and a). Under hoat.
exe.unge conditions the coefficient of frict:~.on may be
calzmalated as for isothermal conditions, using a value of
Re7nolds raimber related to the wall temperatur97 but, In
thi3 cased as follows from rig 31 a oorrectl(n mist be
introduced for the temperature factor. Forinlas (5) and
(6) are relevant hares curves eorrespondinig to these two
Card 3/5 formulae, together with experimental data, isre plotted in
Fig 4. As will be seen from the curves given in Fig 5)

BOV/96-59-6--* 3/.!2
The Heat Transfer and Resistance of Tubes during Hj~~ lomperature
Heating of Air
no singlo-valuod Simple relationship was fo=d between the
criteria of thormal. and hydraulic similarity. It &ppears
that heat transfer also depends on the tatperature
corulit'ons,, vhich may be allowed for, by a t"perature
faA.tor (see Fig 6). The influstoo of the taperatu*9
fa o-,or is particularly marked when determlitIrg the Nusselt
criterion from the wall temperature and t1e Be or PO
numbers from the flow temperature (P~g 60. Tho heat
exahan e relatlonship corresponds vell vItIn loma&O Q)
and M for the relationship between the criteria of
thermal and hydraulic similarity vith allt:wanee for the
temperature factor, When the orltar~a art related to the
flow temperature, formula (9) applIam and wh4n they are
related to the wall ts%peraturet formula UO). Valites of
the criteria of thermal similarity calculated from sean
experimental data are in good agreement w1th the calculAted
curves of local heat-transfer, as will be seen from fts 8.
Thus the formulae are suitable for hoat-t:ransfer
Card 1+15 calculations on individual sections of tho tuoes arid on
tubes as a whole. Fol-mulae (11) and (110 are then given

BOV/96.59.6..W22
The Heat Transfer and Resistance of Tubes durIlig High fampor6ture
Heating of Air
for the heat-transfer coefficient. The results art
briefly compared with previously publishod data and are
stated to be intermediate between them. formla W)
for the relationship between the criter1q. of thermal
similarity is in comparatively good agreement with
experimental data only over the Reynolds number ravige
of 20000 to 60000.
There are 8 figures and 3 Soviet reTerenoss,
ASBOGIATION: VNIMT

S11 2 4/6.1 / 000, "0 11/03 2/04.6
D237/D305
AUTHORS: Arseyev, A.V., and Sharova, T.V.
TITLE: Experimental characteristic of gaseous jots
PERIODICAL: Referativnyy zhurnal, Mekhanika, no. 11, 1111g 101,
abstract 11B677 (Bb. 3-ye Vees. sove3hchanl:re p. teo-
rii gorenlyat v# 2. M## 1960# 250 - 261)
TEXT: The results are presented of experimental iwresligation of
a turbulent diffusive flame jet# obtained In combustior of genera-
tor gas in a cylindrical chamber with a burner conelst:.ng of 'two
coaxial pipes, one within the others The following ver) variedt Ab-
sol--te velocities of gas and air emerging from the buraer (during
combustion of cold components by 3.4 times, and hethted above the
ignition point t = 700uGp by 2.3 times), ratio of velceities of
the gas and air (over the range from 3.96 to 0.23), d:.ameter of cy-
lirdrical chamber (55 and 170 mm), initial temperatur! of the com-
por-ents# Concentration of basic gases in the jet, temperaturev ve- Ag"
locIties and dynamic pressure of gases were zeasu,ed over twelve
longitudinal sections, Calculations based on 1he itxp(rimental data
Card 112

S/ 124/61 /000/0 1 - /03 2104 6
Experimental characteristic of ... 1)237/D305
obtained from each section were performed of gas densIty linear
and inerzial velocities, the total amount of unburned ga;p part-'al-
ly combustible intermediatee and total combustion, Exper-mental. da-
ta obtained served as a basis of several deductions of' a physical U.-Ag
ckaracter by the author which referred to boundr-a-ies, iri-ier combus-
tion ani heat conductivity of a flame jetp under 'che j:iv~n experi-
mental condi-ti3ns. [Abstractor's notes Complete translatloal
Card 212

ell

Vk

I
E
P

IVANGV Jlilwlay Iv=vUh; IULAXOV, Alakasy-MMAWViub; =A*Dlp A.S,,#
retoorzont;,A~~ A,V.s red.; WSMA, K44,
MATLYUlt
(Ifficient fuel combuAian In -talbuileal tw'6MMO&I frow Im"tikoo
of the Mapitogw& NotaUurglool kahIM) Astoict4low,
topliva v mUIIagIob*Wdkb poebobi is oW4 Nwhit4gor= ul-~
3wgicbemkogo kmbiftta. bardlov*p 00. Iwo -%ok*u W-mm
so 1"t!
ry PO abormi i tdr".taoi wtallurg$Ap 1%1, Irip., WMA Us
(Kagatogara-metalurgicia ftrSw*S*4;0*""ic4) -

I
ARSEW A.Vj GOIDVANOV, YU.M.1 SMMNMTERj, M.Sho
Dumer for &=&ling Ursm, fter. rate. pNWaO in*&. v
proisy. no.206 161. (MM U111)
1, NiMne-Tagilleldr M4- -1 -%-a y MOO
% (Gas burners)
6
- J.

.-Iskonodr Vasillyovich; LANovsWj, y.ij.o rqdjzd-vA;
ARSEYP
WWZMNSAYA, L.Y.0 tokhn. rad.
(awning of zatural gas] Sabiganle prl"doop p". go..
skvap NoWlurgladut, 1963, 4M p, MRA DO)
.I 7T"[
TIT .

IIZVUXY, A. B.; ARSSM, A. V.; COLUMIJ, I.. A.; 0178MA, A. I.; SOXIIA, 2. T.
"Convective beat transfer in cyllaftica chembers VIth reeimalittm.*
reWrt rAmItted fbr 2nd A.U-L%LOA C=f OR Iftt wo huaftr, mmk, 4-la
may 1964.
AU-Union Scl Pen I"W%uUaW.

-M.P.; SAARIN, A.Mq SWUM I.Dl WAWV V E NOWIRK, Is Lj 1
PANrUEM, L.G., VMLOWVO A.P.; Amaxi, sl:~.~ ikldw,
ZIUMSKnI VODI 3AUOO B.O.r IMMMMO O.Lj 0001101VICKi,
DANILOTI AAI TANX0, luslm.~ PANVO N.A,J~ $Amm"I A, I
PZIROVp Aol.; TABIM1110 PA*j PASTURO KI WQ sill
J~, I I
MUSTALIM, L,A,,; Molaw, v.s.j wwavo
UnWIMO V.D.,j WONO V.P.1 SOAW
PAWFiF29I A.A.1 IWAYU, Y.Ool l0ib~A AM;
I.A.1 WMEWO V41op IIRWHINUI Vol.; www, j 144~j'
NW07UM, D.I.1 UROWASKIN, 1.1.0 WVS Ls.~j KCWA
V.P.; WISHINP KA.1 KOR si*
In"ut-ions. Moto I gornorad, piraws

11 CLI
ACC NP. hfioblj~~j-
so(MCE 0.1/0 Wolit 00t0-0/02
AUTHOR-. wevskly, A. s.; Atoolum, A:.,I
a To 7f 0
W4
ORGI
t
teplotakhaiki) i:
A;
WMM Tsplo- I we
gowe"o. A: its
o'.
(PA&t sad was tunsfoir. v. D ectivit
Milk, NSA& I takhmiks, 1963o~ 06~~ 38
TOPIC TAGSs heat transfer, c. 0020*t'U ~:~M*Ahir i!
WtOi L
h' tit!
0t S" to injected t gb 4'*6'4~
Wder the" coWlitiono'o 0 Irr sok d is'' i
014 tit
P"r 'i coAl 1y tb
duces flow recirculat I I
from the Ps to the Wall its r th k"
without recirculation, The ex
to C Ue t i Joe 6i
1.88 a and 2.43 w long; and 0.3 aid 0.10a Ila dio0otati.I b cyl
:to
divided Into 13 and 16 separate C6 roepect It "lot, k0: Wt
cam 1/2

ACCC NA; A"601367
t of the beat ttaasferlillt VAOMO
J
to 9731r. was Injected through.onei'do
dismators and the f low rates vs~i
number) were determiaod from 4 1
metric section, lu wall tha 061400464 1" dkloi
f
ratio. 4 NuaZINU was calculated 14"0 Platt Alai vai~om f
4 Co,
sixes as a function of the dlst;f~mo bait. i it
*W at a distance L t
on which for a given flow tat* lity" Mitts" ~lk Vlll~4 010 1 am 0 Gi
through the central noaxle was licreased, #If
,,be LV
cbsuber outlet, Waximilm bid iflo. ~;a ft
the central and peripheral notslois woll s4*1. ftmj's In
uniforsity spaced orif ifA*s ft the
Uft
rapidly to the normal value for t6twout wt.t a
Pt~
T
SU COOK: SM DAM 3"S
ip
IN,i
It I '
TAKE

8(5) 30V/14115-59- 3-11/18
AUTHOR S: Kh.!~omoy, Yu.D., and_Arsh, AtX4 (Ryaisan9
TITLE: All-Metal Ignitrons for Contact Welding
PERIODICAL: Avtomaticheskaya 8varka, 1959, Hr 8, pp *,19-84 (USSR)
ABSTRLCT: The article describes a series of now all-metal 1pitrons
intended for electric contact welding applicationat and
discusses several aspe,49 of their use in operatioti. In
these all-metal unite 6ne cooling sloeve is an intogre:1
part of the whole; the jacket is nade ot non-rusting
steel, type lKhl8N9T. The authors onumerate a number
of advantages of these new all-metal types over the glass-
metal types. In this article 3 types of all-cetal igni-
tron are dealt with: the Il-350/0,8, th-e Tl-l40/Oo8t
and the 11-70/Ot8 (Pig 1). The authors 11scues the
choice and computation of operating conditione for a
pair of "reverse-parallel" connected ignitront (i.e. 1he
voltage between anode and cathode of one Ignitron is the
back voltage for the second), taklAg into concidRratiou
the averaging time, "switch-on duratton", and current
Carl 1/3 power characteristics (Pig 2) of the i1raitronu. It is

All-Metal Igmtrons for Contact Welding IXV/12~-59,3-12/18
stated that operating conditions with or Without V~ase
regiAlation should remain the same. Permissiblf? wolding
conditions for a pair of "reversegarallel" cojineoted
11-70/0,8 units are computed in t e text. Seloction of
ignitrons for *reverse-parallel" comnected cirouits is
discussed in connection with the keep-alive curreat and
ignition angle of the ignitrons, and with reference to
meaBurements and data from the Avtozwrod imeni Likha-
cheva (Auto Nofte imeni. Likhachev), Ignitrans for b&l..
an.2ed operation in welding machines should be nelected
with close values of keep-alive current rating. Require-
ments of the power supply for the koep-alive c4rouit
are also discussed . -fo guarantee igul-tion it ..a reHoom-
mended that a keep-alive voltage of no less thim 200 V
at a current up to 30 A is necessary, The auti.oris makei
note of cases of unstable operation-of ignitror.e in
service, due not only to the ignitrono themselves, but
as well to defects in interrupter circuits; explanations
of these malfunctions and means of auiding then are
also briefly noted. It is stated that in the teries of
Card 2/3 all-metal ignitrons shortcomings inherent in glass metal

All-Metal Ignitrons for Contact Welding 4;OV/125-59-8-11/16
construction have been eliminated. Research to im#rove
ignitron quality is recommended as follows: study of
the relation between keep-alive parameters, and load
current and "switch-on duration"; OVady of the relation
between ignitran ignition angle, and the keep-alive
parameters and coo . ; study of the relation between
the keep-alive parameters and the build-up time of the
voltage on the igniter. There are 2 graphs and 1
photograph.
SUBMITTED: April 9, 1959
Card 3/3

ARS"JO A.M. (kqzant)
Appearance of a dirrat curront, co"ant, in reslatann machines
and its elizination. Avtom. avar. 16 no.llsM-93 9 163.
(mm 1711)

PRM I BOOK ZVMTATION WY/4634
Epshteyn, Yevgeniy Fedoroviohp Aunutl' Israililviah Arsh, and Ossrikh londuatinallah
Vitort
vvc h a
Novyye matody rasrusheniya Comykh porod (Now Methods of OL0440991AXW
Mosoovs Gostoptekhlzdat, 1960. S5 p. 2plOO copies pHzW.
Executive Ed.t S.M. Kayeahkova; Toth. Id.t L.V. (1ani".
PUEPOSIt This book is intended for engineers and technicians vorking in tie petrolewsp
coal, mineralp and construction industries.
COVEMEs The author describe now methods of disintegrating rocks In drilling bare-
holes, methods of secondary crushingv and the 4evolopmest of coal and ore deposits.
Rotary-peroussion drilling vith immersed hydraulic drillst ad the disintegra-
tion of rock by means of eleatrohydraullo units and high frequency currents are
described. The results of industrial and laboratory tests of varlow vorking
units are given. No persotuaities are motioned. There we 84 referencest
81 Soviet, 1 Gar-un, 1 English# and 1 Polish.
TAKE-0y -CONTENTS 1
COM63-

CODE' UR/0W0ibjAJ-UXJA
ALTMOR: Arsh, E. I., Kirillov, V. A.
ORG: Dnepropetrovsk Mining Institute (Dnepropecrovskly gorn y Inailtut)
TITLE: InveezigatLon of electric and magnetic properties of surids ttontalzbg
ores for devising means of automation
SOURCE: Dnepropetrovsk. Gornyy institut. Gomays. elaktwonekhaalka i avtomattkik.,
no. 3, 1965, 1267131
TOPIC TACS: magnetic property, polycrystal mineral, saptatic suscep-.ibility,
e~ctrcmagaetic screen, ferromagnstic substance, concentrometer, ore, automation
fAQfAJ-%
ABSTRACT: The magnetic properties of polycryst'al minerals were inve;tigated
using a special i3strument similar to that used for wasuring magnet:c. suscepti-
bility. This instrument is described in detail. It consists *f a mignecic bridge
includiig an U-shaped core containing tvo coils, one of uhich to the generator a44
the othar is the indicator. This instruvent is located Inon
screen in order to protect it from interference when weak wpetic s,implax are
measured. Results of measurements of magnetic susceptibility o9 magietically veak
sands are represented graphically. These results show that sands mi be classified
by their magaetic properties. The magnetic property of a1zerals depands notionly
-T

tilt it- IMatir 11 T
"MIMUMM
ACC
on the presence of magnetits and titanomagnatitts grains, titut also oi the ictflu*=0
of other minerals which are formed Auring the transitiou Wo other form. A
formula is given for computing the magpistie suscaptZility from the contents of
ferromagnetic subitancos. Results of these investiSatiou shoved that dialcometry
0
and kappametry may be used for making conceatrometers, Orig. Art. has: 2 tabl, so
4 figures, and 3 formulas.
SUB COD3: 08#UBM DATE: 040ct65/ ORIC IRF: 007

ARSH, E. I.., Cand. Teen. Sci. (diss) "Invas~i,atlon cf Dcoompo-
sitIon of Wxtite-Hematlte Quartzitea and Ores of 011bas by Ifigh-
Voltage Currents," Dnepropetrovex, 1:',61, 12 pp (Dnepropetrovsk
KInIng Instit.) 200 CGPiOG (KL Supp 12-61, 262).

BURA, G.G., JALm, H.H.]; VITORTv Gl. (VItort, H.K.); ARM, V.I.
MAngs in the 00"IMCM of fOnVOWU Obelft ftift Cleir
disintegration tr htgh-ftepency currents, Oftlomburt Z!
no.W,342 162. (MBA 1632)
1. Dnepropotrovikly 9MV7 institato

ACC Wqz AOW1037
SOURCE COD&s UR/0410-6-6tWOW/D032/0036
AUTHOR: Arsh 9 1 Krastap Le A#j,(Dn*Prq*tr*vsk)
ORGs none
TITIZ: Method of automating the Measurements of the froqu"cy chmpatterlsticis of
the parameters of dielectrics
SOURCE: Avtomstriya, no. 3# 19660 32-36
TOPIC TAGSt dielectric wtoriall frequency characteristic
ABSTRACT: It to shown that the alltometion of the determination of the frequency
characteristics of permittivit"f and loss-angle tangent, which enhances the &county
and reduces the labor requiremont of the messuremnesi, can be scoomplishod by faiku
of a corparlson of two Identical self-excited frequency oscillators wh*n the
dielectric specimen Is placed In the capacitor of the tank,circult ct one of these
oscillators. The relative error of this mthod does not exceed the error ofthe
known resonance methods with circuits containing lumped elftonts. Die use of c".1
puting units of the analog type vwkes It possible to directly determine the
frequency characteristics of dielectrics and to eliminate the labor-.onsuming
analysis of measurement findlxkqs. 7he pertinent formulas are derived. We mthod
of automatic measurements can lie used to Investigate the pdT41ieters i)f now 414lectri
and to carry out extensive euklies at the electrical__propottl4s of vmioua naftrials
and rocks. Orie art. hast 18 XoMlas. 9PUS, 36AW

A" Ng;
Ai~ i UU29fj5 il),N" SOURCE CGD91 U K 0-6-
INVENTORs norinakLy,
vidyk RqPot Rosa%', 9
Krasnovskiyo S.B.t Visogradorr., D*V, I Irglock;q
OROS none
TITLES A all thod of product"$ 0106 tubs bliloss llt~ IMP100103. 41100,
210 No. 189494 Cannoulleed by OWDeeptoottr in lostituto
Arta% (Onepropetrovskiy Sorma inistitut) I Wmiftics S644V-4es"ro 1"Utift of,
Pipes (Ukr*inakiy nauchno-IsaledovaWlskiy tnbW Imt1tut
SOURCES lzobreteniya, pronyableaftyY0 obrostay# t6va:rnyyw smoklo llo~
. .1
24, 1966, 44
TOPIC TAGS: met4l tube, c&ei io a! %%boo 0alad
:1409 b"101- Infr4l' 04&0,0106~,
ABSTRACT i This Author Car-tiflcot* IsiftcMucem a Smatbod.of aopilooive cW.olI
biUots. Th* assembW hoUwo base and tl*M"g bul*ts *ro I=SM.
a~~Inff..sixinll U&Wcal tbnu$b To istjoag* th*.,Vtoductj*fty

Acc mas AP7002
,ind &li6 044er'"i"SWCAM liiddil Of WbOU144 I thWilt 1. Of
p ,
surfaces are heated beforo a c&Ubt4ktl% vwdlrdt~ br 00104$"i
AmerSes from Is VAdftj cy"er. vm-tIU mW be #A by conosct$4 t~a
'billet interface dIM91Y &DUP tb# AWAAWMICTY of.* hilth Alm%0*40
oscillator.
SUB CODZI 13/ SUBM BAM 2604tW ATID

ARSH It To
Atmosomle sallywintla of Crowd WAtors b th* W#60 gorth
of Bovist deserts as 14me" by the Turpy D~ypsmsjoa, V,)pO
gidrogeol. i insh.6a. 80.1913340 461'. 15*2)
Oat"-.Aktar.. %A
Precipitatk.(meteoi,olm r,
2 1 FT

ACCF-0:310M IM: AP4012448 8/1D078/"/00/009/04j0;/040!
AUTHORS: Speranakaya, Ye. I.; krehakuni* A,A,
TITLE: Bismuth oxide--gors"lum, dioxide system
SrO33 Zhurval neoros khft6,p v,, 9,p nc* go 1040 41444
TdPIC TAGS: bismuth oxide aactainlrig a stamp 50 CCU* a
is 41"p stable gese 4 ~IMM* table
talrlir4 systoup PM sit
diagram, differential thermal analysis X rey siso sub 4;
(GeO sub 4) Sub 3, Bi sub 14 0*0 sub ii, Soso of sub g
r;Z
sub 3
AWTRACT: The %06q-002 system was invostlsatoOv diffft
thermal and x-ray aftlysis, Two ph"* "$gram-,-*he sts4aftill
metastable--war *Ktab"abed; for the first t1m rpr US* t1po or I
System (fig. I The qtablsi phase disps shows, chat 11!rcrtalo
the alpba-quartz form thexapasl) of ft% w1th the botia M I t oil ra-
sonal) of Bigo two ampaunds are formed with ftoc~A%0400 vat as or
2:3 and 731- 114(0004)30 "'tUW at 1044 40.0 Is ?Qrmd by an
Cam

ACCESSION NR; AP4012448
exothermic ivaction at about 79OC; Bi,&023, molting; congruently
at 923 - M by exothermic reaction a $820. A oebeotlo mixturo of
and B140804) arystallixes at 96001 4=woitiors 25% B12C~-
75 G*02 A a tactic mixture ofact **sUalizos at 8WC:
67% of Bi 0 azU1 33% 0*02. A ou a* a
2 Jorm of B12N tu" Ot B1140eOg and
tetragonal arystall,z&s at 8300. The imetasUble obase
diagram shows that reaction of the bexapoal f6%% of GeO2 with oublo
body-centered form of Bigo forms one compowid-phaso A. By ex-4
tracting the fusion curve 9f the monotropla ft"s Its
ordinate, the molting temperature of the mozotrolo form of
B120 was determined to be 8360. "A.A. ftshaht~*v "Wod out the
anal;ais. (X-ray analysis) was carried out with.?.A, UzInin.0
Orig. art. has: 3 tables and 4 figures.
ASSOCIATION: Institut obshchqy i noorgazdahosloW, Jd2lmli In. N.3.
10urnakova Akademil nauk SUR (Institute -of 4**V4 mW 34wrp"o,
Chemistry.Acadomy of Salencts 383R)
C.,d

,!,I , f-, -N - 11 ,.1;
I I I
I ~ K.K., I -insh.;,ARSHAKM. D.To.
Axperiwe in sl~reu -~'Ils using the mincls-
Injection silication vothod. Nov.tokho I perei. op v
stroi. 19 no-7-11-14 -11 '57. (MMA 10: 10)
(Odessa-Soil sUbillsation)

ARSIAKUNI, R. G.; KOLCHIN, A. N.; PANCRENKOV, G. H.
INOtOPit' VAlYllill Of 011110012 With tho Lid of a noise Spatrooster.
Zhur. fit. klilm. 37 no, 307-679 Kr 163. (KM 170)
1, Mookovskiy gosudarot"nMy universitets

A.1"', - -6, --j-, ::~ ~ -b i, ;;.M.
I - , ,
masa sije- ,' iio:)vjw an-ilyinis (if prmmn'im. Ztmr. fiz.
kkim, .17 nc.4:q9-~'94, A,,. (mrHA va)
1. Mosk,)vvic4.y g~~sudikrrfwnnrj urAvernifat, imeni P.V. Lomancsova,

Acc t4R,
Al-6029048
SOURCE UR /10- 4-)"-/-b--6-/CC0/0l4/ OM/OM
(A)
0. V.; Bousonovap To, S.; ArshakWj, Ao He
....... .....
ORG: none
TITIZ : A mothod for preparing colcred heat-shielding glass. Class 32p g0$ 183914
SOURCE: Isobret prom obras tov sn, no* Up 1966v 72
TOPIC TAGS: glass, tin, titaniuv, antinomV. iron oxide, safety glass
ABSTRACT: This Author Certificate presents a method fbr preparing colored heat-
shielding glass by depositing a film of iron oadde on a glass bone heated to 550-
650C, This is accomplished by aerosol atomising aqueous *r lWdvochlorio acid s*10-
tions of iron salts containing 15-50% of film-forming salts, To 1m;w0re thi refloo-
tivity in tho infrared spectral ramgop up to 10% of odd" ot the e1wonts .1a the
fourth and fifth groups of the periodic table (for Inetamej, tiop titeaLwap or avu-
mony) are introduced to the film-forwing solution*
SUB COM a ll/ SUBM DATS t 2U&*

XARAPZ!FTAN, S.K.; 4JQjj&f6"_ , .,
nVelologleal Offedi It feddigg SMO sUlAime Offloil to Uriod
poultry@ livo AN An, 831, Bisl. i oollkhos. m0aid 11 ikeo 5:34
my 158. (Foullry-feediag and fe"ing 01affs) (Ur" UtO
(0"06411)
~A' , -!11111111
I [ III I:i'*'

XUAIIETTAN, S.K.; AR.3 ,.,A.V.
Extenal inhibition of uneouditionad refLuom of ogg 14yL-Ig in poatry
MAW to ohaWs in a flxW ammirormat. Joy. AN AM SSR. RL4.
naWd 15 no;3:3-13 162* 4 OaU 1514)
1. Institut fisial"Ll 43ml WrAdewil* L.A.Ojj~OU AS Aramokoy
SSHI
(BOGS-PWWMON)

-A~~HAKYAN, Aj,
Cbange In tbs cOnUttmOd r*flOx activity of dowatle blrds
after changing the 9st#$Ush*d atorsotV" of keepiog condi-
tions. Isve AN Arm,, 881L Biol. nauki 16 moslZ39-45 D '63.
(311U 17o 2)
I# lantitut flaiQ1091i Imed lkademlU LAo Orbeli 0
Armyunskoy SSR,

KWPETYAN, S.K., Akadmiki AFZHAKTAN, A.,V.
Change in the oonditionad rospnoe activi ty ot ImeStic
birds do to a dion tion of the established OtezeoiC* of'
maintenance. DOI. ; SSSR 153 noolt237-239 N 163.
(KMA 17: 1)
1. Institut fisiologil in. L.A. Orbell AN "S. 2. 0
Arm= (for Karapotytn).

W,., f~ . .-;, -11 1~ ~, : ~, : , t'i ; t ''!, i 1, ~ i . 'I , .. : 1'; 11 1; '*f' 1. i . 1 , - ! f : , I 'A.11
I
(! L.:,, -J , , t j i wj ut, f L t ~ ~ it c, t !t i ,), I r, . i (,, t,*. r I, i , Idpim. i-ll, I!."
j r!.-;rJ I'"! r.,- . I ').- ') I ~,, 'o
, ( . . (9-IRA ISO)
I . ! rl. 1 *~ ~ 1 1; f, f ! - 1, 1 rig.1 I I im . I A. f~r b: I I -"N

_AR~IIAKYAN. A.V,
New experimental data on the relation of tkie cor~~jjtjoned
reflex ijetivity On6mjc3 in birdo t1o th'? charlges In diuM&I
pi~otojvrlod, Izv, AN Arm, M. 13101- nailki IS no.928A-95
S 165. WHA M12)
I. Institut fiziologii imoni L,A,OAN011 Ali' Arryanskoy SM.,
Si,bmitted February 280 1964,

AIMHAKTAN, D., inzh. BARKNUMMAN, I., inzho
Inprove heat engineering in koodan industrW ont-orlprissm.
Prom.Arm. 4 no.2:21.U P 161, (MIRA l4s6)
(Armnia.-hat engineering)

I~and. telInt, -iauk; CHLINGARIAN, L.A., kand. tekbr.
riauk; SIiAMftZTAV, Sh.A.p kand. tekhn. muk-, AUMMAH, G.L#
kand. sellkhoz, nauk~ XULCYAN, L.T,, kard. Whii. nauki;
ABSI?AIXAN,-n-T-A BWMAIMAN, I.G.; &WIffANI) S.G., kand.
tekhn. naukj MKMWICUI, S.A.; OSErTAN, A.M., d*ktor ekon.
vauk, prof.; BEK-WEARGMY, BtI&j kwts geogro muk., mdal
AYVJLZIYAN, V.G., otv. red.; FELIDNAR, M.P., etv. red.;
AVET13YAN, A.A..t teklat. red.; CHWAIZAN, T8.F.j tekhn. rod.
(Results of the coabined atudlea of the Sevon problex);hoaaltaty
kompleksqkh isaledovanii po ftvanskoi probIno, Erevop Isd-vo
Akad. nauk Armianokoi M. Vol.J,[Water renotween &md powr
engineering]Vodnoe khoziaistva i energetikas, .1962. 330 pe
(NIRA .15911)
1. Akademiya nauk ArnWanakoy 89R, Irivan. lutittit vodxiykh
problem.
i'Savan Lake regiors--~ater resources devvlopnevt)
(Seven Lake region-Pover er4lneerlq)

d--ktor tek-hn.aaak, I-nzh*-
-i nation of the ootimum v-qI m id' the coeff Icient of cot T -al WdUng
-:.!.go central beating syst*x twbinsm oWeidng at -w-q0dgh stmo
-11fiters. Elsk. eta. 34 no.llo,.1-15 N 163, (101 A 174)
.14

ARSHAKYA~j _D.T., 1n%h.
Featurqs of choosing an effective central hestimg factor In
limiting the pover output or P 'hermal electric power plant.
Izv. vys. ucheb. znv.; enerly, 7 ;o. 4349-57 Ap- 164.
MHA 1"o 15)
1. Moskovskly inshanerno-ekononJeheakly inst3tut Imen'. So
Ordzhonikidze. Pmdetavlens kafedroy teplosilottykh untimovot
I proviyahlennoy enirgetiki.

1. F-61 6, ~ - T-1. t~ lri~mn) I --- - - ruWc i:rlvtm0
- 'av~"V r WilMis 04-8, kvido Uil**4
" ol~Lr41#"oA*"-*;mA#NR-" I'
AM (;~-' Am for &;nt:*l hftt wilipb Arts bol3AW%,p VbIU & jot, t*Mv
n0*1119-4 Ja s&-%. Owy. l9a)

AROYAII, A.A.; AFSHAKYAN, R.Sh.; OVSEPYAN, T.R.
Syntheala of amlnoalkyl anddes of p-4Raminobenzoic acida. I ;Y,.
AN h-mSSR. Khim.nauki. 16 no.31Z77-284 163# (MM 170
1. Inatitut tonkay orgainichaskoy khlmii AN ArsWuskoy SM.

AROYAN, A.A.; SARKISTAN, S.A., ARSHAKYAN, R.Sh.
Synthesis of some 4-alkoxy- and 3-wtbyl-A-*IkoxYb9=J 1-blm-
-chloroethyl)-anines. Ity. AN Am. SSR. Min. natki 16
no-5t491-497 t63. (MMA 1",:l)
1. Institut tonkoy organicheakoy khlail AN Axeyaukor M,

I A-; A..(CYAN, . ~ I.; ;'j. t t"'. "A 1, ",%.;
ARIHAVANO H.Sh,
Synthea::s of' oome .%2,4-triazolyl'), -carbethamythilaolyL)
a 4
&nd 2..tt--mat~.oxyten:;r)tkiinzolyl) amides. lay. AN ArA.SMI.thim.nauki 17
no. 212l:4-211 '64. (MIRI 17t-6)
1. Inatitut tonkoy orKanicheskoy khimit AN Artqmms-toy IPIII.