SCIENTIFIC ABSTRACT AVILOV, S. - AVILOVA, T. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102610020-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AYlIA)V, S., insh.
Installing hidden electric wiring in glass
pipes. Stroitell
no.9123-24 9 160. (MIRA 13:9)
(Blectrio wiring) (Pipe, Glass)

TARULIN, Kh.G.; AVILOT, 3 V
Using oil-base tv drilling fluids with sidetracking.
Aserb,mefte
khos. 35 no.8:41-.42 Ag 056. OffiIA 9110)
(Oil well drilling) (Oil well drilling flulds)

oil
)X. hictal tim er
1:141tudy fWA I 1'.i'611t ~ Nod- (Itkks
055.
d f"Al's III, CO' (:(),) Ili N01101 two 1"wisittil
wd llifilimmokildolu 110
VO-L"it G I Imil. Oxj'gvtl Otlflif~~f'

AVIloOV,T.I., Inshener
Underwater are weldtng with argon shielding.
Svnr.proiav. no.11:
19-20 Ag'55. (MIA 8:11)
(Underwater weldLng and cutting) (Protective
atmospheres)

SOV/ 137-59-7-15098 D
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr
7, 1) 167 (USSR)
AUTHOR: Avilov, T.I.
TITLE: Some Metallurgical and Metallographic Aspects of
Underwater
Welding With High-grade Electrodes (Nekotoryye voprosy
metallurgii i metallovedeni,.,-a svarki v irode kitchestvennymi
elektrodami)
ABSTRACT: Bibliographic entry on the author's dissertation for
the de-
gree of Candidate of Technical Scie-nces, presented to the
Mosk. vystih. tekhn. uch-shche im, N.E. Baumana (Moscow
Technical College irn. N.E. Bauman ), 'Moscow, 1957
ASSOCIATION~ Musk. vyrsh. teklin. uch-shche im. N.E. Bauniana
(Moscow
Technical College im. N.E. Bauman .), Moscow
1. Underwater weld'-ng--Theory 2. Are welding.--Electrodes
Card I/ I

Agj;L ;T. I., (hnd "noch Sci -- U.Iss) "Cor
1. tain Problems of
tho Notallurgy and Motallography of Wolding in Wator by
I-11cans
o'L HiGli-Givaclo Blectrolort." Illoso 39,57- 9 p11
(Min of' llif-,hor
Education U3311, Mos Ordor of Lenin nnd Ordar of Labor
Red Baimer
I
Ifir_hor Teclinical School iri Baunan), 100 copies
(10,, 50-57, 119)
- 18 -

SUBJECTo USSR/Welding 13!-4-5/15
AUTHORt Avilov T.1.9 Engineer.
TITLEs Detorninivir the Efficiency Factor of Iletal-Pusing for
Under-
Water Welting (Opredeloniye k.p.d. protsessit plavlaniya metalla
pri evarkm Y vod*).
PERIODICAL: "Svaroohnoye Proizvodstyo", 1957t # 4# pp 15-111
(U'.')SR)
ABSTRACTt The actual. value of heating of the workpiece by the
welding are
and the actual efficiency factor in the case of welding under
water are riot yet determined. The author's attempts to this
end also did not give reliable results.
SubSect article conisine 4ecriptione of experiments on 4*tor-
mining the thermio efficiency factor of under water fusion,
directly by the quantity of molten base metal and electrode
metal. The first series of experisente were conducted in 2 m
depth in the Moskva river, the second in 10 m depth in the Volga,
the third in 18 m depth In sea. The resulte: of msaiiurements
and calculs,ti.ons are given in the forn.of tables.
Card 1/3 The welds of under water arc welding show a deep funion
zone

135-4-5/15"
TITLEt Determining the Efficiency Pactor of
Water Welding (0 redeleniye k.p*.d.
pri evarke v v0dX
ASSOCIATIONt Not stated.
PRESENTED BYo
SUBVITTEDt
AVAILABLEt At the Li'b:rary of Congress.
Card 3/3
Metal-Fusing for Under-
proteeasa plavlentya metalls

d~L V
LUTHOR: Avilovo T.L, Engineer 135-58-5--4/17
TITLEt Study of the Process of Undor-Water Arc ovelding of
Steel
(Issledovaniye protsessa dugovoy avarki etali pod vodoy)
PERIODICALs Svarochnoye Proizvodstvo, 1958, Nr 5, pp 12-14
(USSR)
ABSTRACTs The article presents the results of an experimental
inveati-
gation. Threp electrode grades most comoonly used for under-
water welding were tried., "I'sN-P", "UONI-13/45-P", and elec-
trodes coated with craft paper. The difference in mechanical
properties of joints welded at different depths Qj 10, and
18 m) was determined and the behaviour of the basic chemical
elements of ~veld metal - Mn, C, and Si - was studied. The
abrupt drop of impact resistance, bend tingle, and relative
elongation with increasing depth at which welding was per-
formed, with the chemical composition of weld metal remaining
satisfactory,, indicated that factors other than the content
of the basic elements are involved, It is presumed that
these other factors are the absorption cf hydrogen by molten
metal, and the oxidization of the metal, which, Sgree with the
Card 112 results of investigations made by K.K.Krrenov.L Ref.
3_7.

Study of the Process of Ujader-Water Arc Welding of Steel
135-58-5-4/17
There are 7 graphs, 1 table, and 5 Soviot referencev.
AVAILABLEs Library of Congress
Card 2/2

250)
S(jV A 3 5- 59- 5-4121
AUTHOR%
Avilov, T.. I., Candidate of
Technical. Sciences
TITLE:
The Static Characteristics of the
Wel.ding Arc Under 11ater
PERIODICAL:
Svarochnoye proizvodstvo,
1959, Nr 5, pp 16-17 (USSR)
ABSTRAM
The artiol.e describes
experiments carried out to determino

the relationship between
certain parE,meter:~ of the underwater

arc on the following
factors: the cooling effect of the

water; thet increased pressure
of the water, the composition

of the gac medium, in which the
hydrogen content reachis

93%. Tho mothod used was of determining
the electi-ical

and geometrical parameters of the arc. The tests
were

carried au.t under industrial conditions at different times

of
the year and at different depths in aea and river water.

They
shovied that the volt-ampere characteristics of an

underwater arc
are always increasing. The higher the cur-

rent and the longer the
arcthe higher the rise of the cuive,

Thio ralationahip is most
pronounced at groat depths. The

intensity of the electric field in
the undorwater arc in-
Card 1/2
creases with the intensification of
the current and the

SOV/135-59-5-6/21
The Static Characteristics of the Welding Are Under Water
length of -the are, which is a charactoristic of an are dis-
charge in waAer, The diameter of the are column increases
slightly with intenser current and de(:reases with the gub-
mersion delth in water. The increased voltage in the under-
water are, as compared with an arc working in the air, is
probably explained by the high hydrogon content in the zone
of the are as well as by the cooling offect of the wator.
There are 2 photos, 6 graphs and 1 table.
Card 2/2

AV HOV 0, TA~F j.. kand. tekhn, n&uk
Properties of the arc in underwater welding. Svar.
proltv.
no.2:19-21 160. O(IRA 13:6)
1. Moskovskly institut Insheneroy
sheleznodorozlmogo
transportae
(Underwater welding and cutting) (Electric welding)

S/135/6O/XO/0ll/O14/0l6
AOO6/AOOl
AUTHOR; Avilov T.I. Candidate of Teclu)ical Sciences
TrRE: Zinc Alloys
PERIODICAL? Svarochnoye proizvodstvo, 1960, No. il, p. 40
TEXT% The author carried out experiments at the
naitchno-issledovatel'-
skly institut avtcmobil'nogo transporta (Scientific Researich
Institute of Auto-
mobile Tran port) oncerning tlae recovery-o-f -ca. - 3 mm thick
zinc-alloy p&rts
by electric arc welding. The -.1omposition of the zinc alloy
was; 4% Al, 3% Cu
and about. 0.1% Mg, the rest Zn, Welding was performed with
03A-2 electrodes with
80 - 110 amps current; about 20 v aro voltage; 0.54-o.72
rr,/min speed; minimum
arc length, and electrode disp:~acemen 4- without. transverse
oscillations~ The
experiments yielded good results, the seam formation being
satisfaztory and tho
weld metal being sufficiently ductile and compa:!t. A certain
increase of base
metal brittleness in the zone adjacent to the weld, when
welding some zinc-alloys,
is caused by the accelerated decomposition of unstable phase,3
under the effect of
high temperature. This must be- taken into accoint when
weld:Lng zinc al2oy parts
requiring high strength. There are 2 figures.
ASSOCIATION- 14IIAT
Card 1/1

S/'-35/61/000/003/010/014
A
Are-Welding Silumin A006/AOOI
was 8 g/&mp.hr; tlh~, ',oefffiolent of building-up - 6
g/eLmp./hrj the coeffic-I.ent
of metal loss was between 10 and 40%. it was establlshed '.hat
metal losses
depended mainly on the deeree of preheating the part, stability
of the arc and
+ L I I
the quality of the e'ectrode coating. S-o ol,tain qualifledi
welds with minimum lo,,ts
c", metal, maximam .-turent Inten&,ity tuid ininimum length of
irc should be emp"Oyed;
the metal should be preheated at"-150 - 250 0C. Experimental
welding was perfornied
with three silumin grades, mainly employed In automct,!1e
building: 1) normal
or non-modlf led MKqC (MKTsS) silumin contalning (in %) ; 5 - 7
Zn; SI '3. 5, - 5, 5;
CU 1.5 - 3; Mn OA - 0.7; Mg UP to 0.3%; Fe -aP to '.5%; the rest
Al; i1
modified A44 (AL4) silumins contalning: iip to 0.-~(; Si 8 -
10.5%; Mg
0.17 - 0.3%; Mn 0.25 - 0,5%; Fe ur, to Ji Zr~ up tc, 03(, the
res" A". 3) The
modifier added to the livid metal ccntains 45-% VaClj 40% C,
N~LF ard !5% Na3 %lF'6-
Modified heat treated silumins, quskrch hardened ft*
4) C ~ 53r C for 2 - 6 hours, and
aged at- 175 C for 12 hours. it was found tnat the une of OZA-2
electrodes made It
pcaslble to replace expensivs gas welding ftr repair of ellumin
automobile
parts by arc weldirg. The method dce.- no, req-lire add!t-'inal
equipment. Con'ren-
tional welding d-., generators may be ased. Freh-~at.!ng of ~he
parts miy be per,"'crTrr
ed using any heat source. The adv&rtags of arc welding of
silumin is the possi-
bill.ty cf repeated weldIA-4;-up of cral,k3 and bu-nirg3 If only
the previously bu'Llt-
up metal had sufficiently cooled dcwn, i. e, that it.s
shr.'xLkage had ceased.
Card P,/3

M - -
'\,,, -AVILOV, T., kand.tekhn.nauk
Eleatrio welding of automobile parts isade front aluminum
alloya. Art*
tramp. 39 no,4%25-27 Ap 161# (MIRA 14:5)
l,-Xauchno-Aosledovatel'okiy inatitut aytomobIlInogo
tramportas
(Aluminum alloyvi-Welding)

AVILOV, T.I., kand.tekhri.nauk
- -
Reply to N. M. Madatov's articlo entitled "Cm-tain
peculiarities in
the underwater burning of a welding are." Svar. proizv.
no-3:
41-43 Mr '62. (PIRA 15:2)
(Underopter welding and cutting) (Madatov, N.M.)

AVILOVj T., kand.tekhn.nauk
Electric welding of parts made of aluminum alloys.
Avt.transp.
40 no.900-32 S 162. (MIRA 15:9)
(Electric welding)

I W"' " I j~'IIIILI- toklill. nauk; V-i~'~,:AIIIIV
I.' . .*"
- t C I p ; n 11.
vICIZling of lloat exellazil-.ors for ga.,;
tia,bines, Svilro froi::Ire
zio.8:34 Ag, 165- 18:8)
1. Moskovskiy avtomokllanichoskiy bistitut.

A v i 'AYN:
"Welding of thin-leaved (2--3Mm)zlnc allo.~rr, by aluminun
f-.,jectrodcs."
Report prenented at the Ist All-Union ConVerence on welding oi
heterogenems
metaln, tit the Inst (A' Flectric Weldine, lin. Ye. 0. Paton,
lit-P) June 1.963.
(Reported In Avtomaticheskaya evarka, KLev, No. 9, Sept 196,3, PP
9',-96 Uuthar,
V. R. ftyabov)
19 may 64

v.
26966 syrumsviy, V. S. , SILAYEVA, E. V. , AVILOV, V. - Viyaniye
Komi) leksoobrazovaT?Iya Na
Velichinu Potentsiala Sitstom, Imeyu..hchikh Analitichyeakoo
Znachy'3iiye. Soobsbch 4.
Zavodskaya, 19h9p No 8, S. 896-99
SO: Letopis' Zhurnaltnykh Statay, Vol. 36, 19h9

AVIWV.V,A.. inshener
f
Statistical analysis in the determination of
unahine-tool precision.
Veet.sash.35 no.8:66-.69 Ag'55. (MLRA 8:10)
(Machine tools)

ANDRIANOV, K.A.; KU!4.ASlff-,VA, N.A.; AVILOV, V.A.
Condensation of lb, 0-diliydroxy(iiznotliylsiloxanes
with
tetrabutoxytii:anfiva. Izv. AN SSSR Ser. khIm.
no.9tI616-
1619 165, (YJRA 18s9)
1. Institut elementoorganicheskikh soyedineniy A14
SSSR.

.162479-65 -EWT(x)~ RN
[icaii-1,01i 1i R I-AP50209 76 190/0/0071008/147711477~;
U11/0
k"_
VA
V. A., -Avilov V,
TITLEI rm~t _t
7707170:a7r i ZS t i On~r_~
ISOURCEt Vys6koaolekulya'6,Vye soyodlnenl,~a, V. 7, olo, 8,,:
'f#1965, ~477
TOPIC TAG8i organoslltc-~n,lpolymer, sill,tone, phen)'lailcesquioxane
ABSTRAM )ligh-molocula:t-t~iiisli,,C,,-benzeti.-i-oolub.le ~iolymetre
having
- -_ __ - I . - -i - F1
glass transition temperallupt of above __ 31~, oChave, betn prcpared.
from
cyclic-phanylsi 1sea qis6itame octamer (Cr,115Si0j,!)8. It Is note4 1~
that previdus"Mattenptt-lal; polynerizing i0i4e actaner were
-unsuccessful
-cjkreted out fn-tij,D steps: -Allrst-~ -in a-high-
The.-polymerization vas I
boiling solvent -- (pref erabl-r,, d1nethylfo,,-iaanidd) in the
presence of
on alkali to comp~e"___di;js$),.Ut_ion -of
thti-l-a-tarting--liaterial, --- and--tit
Oholi t solvent at 250-1~7:D(11, Ism)
ASSOCIATION4 none

1, 21188-66 EWT(m)/EWP(J)/'r/Ewp(t)/ETC(m)-6 IJP(o). JD/WW/RM
RK 6008047 SOURCE CODE: UR/OC20/66/166/004/08S5/0856
ALMIOR, Andrianov, K. A. (Mudemician); Kur!jk~ ~.j~ 4-1
A.; Sushchentsova. r. r.
Hyagkov, V. -A. ; ~A~vllo-v-,V. A,
ORG: All-Union Scientific Piwearch Institute of Synthetic Fibers
(Vsesovuznyy
Tj - I i-il Ftl , 1
nauchi~~fs-sledovatellsk Institute of
Fine Chemical Technology ~P4 M. V. Lamonosova (Moskovskiy Insfitut
tonkoy Rhimi-
TITLE: ~olymerizati~nlbf phenylcyclosilsesquioxanes 11
,SOURCE: AN SSSR. Doklady, v. 166, no. 4, 1966, 055-856
!TOPIC TAGS: organosilicon cempound, polymerization
'ABSTRACT: The octamer (CfiH5SiOj,5)e was synthesized in w4tr to
study'the reaction
of its polymerization uhich can be repre nted as followst
sio Wr
40S1 >
S10 /0 AV
:Card 1/2

L 21188-66
~ACC NR: AP6008047
,,where 0 = CGHS and the hydroxide serves as the catalyst.
Polyphenylsilsen-quioxanes!
;with a reduced viscosity in 1%, benzene solution aquo to 0.4B7,
1.974, 2.1, and
.5.84 --tere obtained. All readily formed transpart-ntVfilms
with glass -tranoition tern-
peratures above 4000C. Thermqgravimetric anal~i).s "showed that
the polymers have
.very hIgh degradation temperat-ures. Heating to 9000C do 8 not
cause the dograda-
.tion of the polysilsesquioxane part of the polymer; this%%setio
these polymors apart
'from polyorganosiloxanes having linear and branched chains In
which not only the
!organic part of the molecule biat also the main chains under1jo
degradation., Orig.
.art. bas: I table.
!SUB COM 07/ SUBM DATE: DSJun6S/ oRia REr: 002/ OTH REI'% 002
t
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of an
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poten-
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coneoutra-
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V. S. Syrokornskil sad V. It. A,tilov ~M stale t Wv. I
Zz ~jkj?,* W. 16. ItANIVII: ef." C.A. 44. 1AS17P.
1. , of "Virious publicati t"s Q( the wrk~ are run%
"larised and the aipifiranm is -fiocuwwd from theoretical
Ant of view. Complez-formIAS ions sit dividril into
"a
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a I forming tompt!Aca with boil. 1-4-
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4e.
pending on ronditions fe.g., M ion in traIrm of If of V)
lOrtferene*s. 0. hf. Koeolipoll

Y
USSR/Chemistry - Analytical,, Meeting
"Conference on Analytical Chemistry In the City of Gorlkiy,"
V.I. Kuzjietsov
Zhur Anal Khim, Vol 7, No 4, pp 25), 254 , i1A.
Regional conference held 4-0 June 52, called by Gorlkiy State U.
Forty reports
were heardp a number of theut devoted to the theory of the
action of orl; reagents,
and to their utilization in analysis. V. L Kuznetsov and L.M.
Kullverg reported
on the effect of the peculioxities of the mclecular strucLure of
an orij reagent
on that reagents reaction oa.pability, B.A. Platunov pointed out
that the com-
pleteness of the pptn of W by Org reagents is detd by the nature
of tho preci-
pitator and the state of thc W in soln. V.H. Peshkova spi5ke on
the eatte with
which dioxime complexos of hi could be extracted during the
colorimetric detection
of Wi in the presence of Co and other elements. A.K. Babho
reported ort utilizirq;
silocomolybdic acid and phosphomolybdic acid in analysis. V.B.
AvIlov was heard
on the physicochem bases of the iodometric detection of Ao, Sb,
Fe, Sn, Or, and
V, and on the theorstloal bises of certain oxidizing-reduaing
reactions. A.M.
Vasillev, V.F. Torpova and A.A. Busygina reported on the
possibility of separating
Cu, Cd, and Zn by ionic axehango on Wofatit R with solns
containing
thiosulfate and aoetates. Reports were also presented on
anitation-hygienic
analysis.
261T27

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Vt-d Ofat 110 hill. i(KIIIII)CIrk (1011, Of Ft 1,11011111 bt S-

41" 11CUMI, And wmkky I)L-. oed:a 11i'thi pr~r-
tl;, r f 11 crrvil" ions whiril fcn:, Ve tl~, 0.
e, ~~ 0' tarturIL v4' t4fimllievilt ELCM i I -AILS Pj~Alb it, k%etr
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lit th'ie tvritHlom POWILI., ,14 j III 4,.tc'n S'eir
1 v.. re~,p. M,111. Of fllllt~, w m-M (114
"A m-ilir the miflmi~n (1-m-it. I,domctric oc-ti, of Fcl*
:!Ci~l nuOillm ill the pr
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II,s -O.or of ilv- )I-
fivit lo, k,WV6 g ill,! j,"Itiltial 1.1
i t LI-V -I-Aicrilc. tag..
tim iiyAtrin. lit IILl oi 11,1SO,. ont:
r tvi(. Itils"Ittylk 41CIMS will tvr:r m d"fic tac;,! If
()If HIM.. H It. o...1114i v0d ;mi tiltir "Iti.,
-Dr criii i*lit.,
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to P"
4.11 k tl-* 'wil rg. ill ~mlv Ill tilt: pic"Ou'-
4'art k (-r th!('bA!iVYIiL 'It
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-I vchlity decreAmcil potti Oklit 4 Wh t" ,
th.t( glar l,xi~iitljn mipt zt Lictilt. Ttit but ~onett. for It M
kl~i~. S, Itt JIL"Ot htri :t-~v iv.Oltv 'IrCtIAL-I t Ile
it'- u

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k, Otm mv~mbto. Thv fp~ flit L

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tilistilta to n rlxf~q of I,

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4',

411"1
Qn nNidiring viretif- Ill

l
Vel;
ivEll", these Itnift vitl0i ill, ;I it 11

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eq,
iolor FX4,11 its jlcl 01~111 in lf~soi (12t lllv~ %[A

Ill), irr
y.), For t itratt"ll of Fi; I I t.,). I W!, I i1v ~tl,i r1,.
r

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'

tkl
yAtin fil '/Ti-;
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Til', H llrv,-nv, ,f HV,

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-If VV.*

ov, lvil.~ lillp".11~4! Ill pik-kilo,

113POS Which of Fe ~lo

I
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il

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13), furthrr
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cxl~s,ph. of the
lopt. depell'I'A ell flit: allit. of 11,,%O, ill file

At I-)w coucti.

vqal a it. Stolue v,milds. tright tmj Tna4c Ftnble fis nit cKi-

41,11i'l.1 by ll'ing tarlatic acid 4'r 1,1`0, to incrVast tll~ jpi~

W.1flills (If iy~teols. 11m, V1, 1;1 N ill Olt

"Allopo., wagreductil
fly Bi riedul,lo.. Similarly TO ~ wild

811*'In N litsO. und ottark,
mc-i"i mit l'-d-1c,l, Tlie;e I"

r0u(ifor exoti, %Trr, dmic many cinm.
Til' fit pri-smimol

St%, 4. %vn% di-111. Jv potpith'iretrit! titmtivll
1% ith V, in JhL

'
%,.* moe n,:-- sit At N) Witil V.5, , pr( ci 01, AF., 'Ill;.

latiotly
yv(Imed by FtSQ4 Its tfic p1r,i lli~r (,I )fit
,

.
frolai of malk ftlirf Afif "a 4 1" M, in prc,K-n~ 4 tv lily 1!1

vVIlimoric im tholl wlll~ 4 lt,~r sulall

qlIvItItirs of %III, the
prml,, (I ~51_ R.

r

AVILOV, V.B.
SpecAraphot,metric study of the behavior of redox indicators.
Trudy kom. mral. khim. 8:227-235 158. (MIRA 11:8)
l.Urallskiy R:omudaretvenny7 universitat im. A.M. Gorlkoge.
(Indicators and test-paper&)

.go
bM 19 "1 Al 0.1 9 ~A w
10
R .4
U;.
"i UO 0.0.
-A' 8
0 0
0 v2
0 0 14
OIUSD 00
00- g*o 0.
In
4.3 d0 ~l3jj : a
V . I o His
.., .1 & 'In a -t-
w! t~j & . 1,; 1
ch bd 0 :1 A . . -4 02
I . % 0
fig '31
U. . , J
to .0,13
K-4
1H io a
il Ul I . l A
8 &1 A 0
Rol

SY'137/61/ooo/oll/121/123
A060/A10l
AUTHOR: Avilov, V. B.
TITLE: F~indamentals of the bromatometric determinat:lon of
antimony, tin,
and arsenic
PERIODTCAL: Referativnyy zhurnal, Metallurglya, no. 11,
:!961, 13, abstract
11K78 ("Tr. Ural'skogo elektromekhan. in-ta :inzh. zh.-d.
transp.",
1959, no. 2, 721 - 81)
TEXT: A study was made of the reduction behavior of systems
Br V/Br0
BrV/Br-'. and 13r,/2Br-1. A:5V/AsllI, SnIV/snI1, SbV/SbIII
:in h
,~drochlorlc and
sulfuric acid meala. The bromatometric determination of AsT
is carried out
with an HC1 content of 2 K/liter. The potential differenee of
the sy.'.3tems
,;rV/Br- I
I and AsV/AsIII should be>0.12 v. qbe determinal,,ion of Sb
in carried
out at an TIC1 concentratim of 1. 1 - 4.2 M/3 Iter or
7oncentration of 2.6 -
5.1 Moles/liter. The determination of Sti is possible at an
flCl content from 1 to
10 Wliter. 1.4 M/liter Ls the best concentration.
[Abstracter's note; Complete translation] P, Korostelev
Card 1/1

- -
I
Possible practical applications of complexes foroed with
the anions
of organic acids in media of various aciditieti. Trudy
kom. anal. khim.
11:44-51 160. (MIRA 13:10)
1'. Ural'skiy ole1tromekhanichaskiy institut itahenerov
thelatnodorosh-
~iogo transporta. 1V : %
(Uomplax compounds) (Acids,Organic) 'jj~- -
(Oxidation-reduction reaction) f, V -

AVIDQJJ,T~lentin Pavlovick
.'I..-,.. - , , I -- -K- , -PANOVAq A. I., red.
iad-va; IYEPUSALIMSKAYAt Ye.,
takh, ." red. -
(Preliminary testing of clays in field condillons)
Predvaritell-
nye iBpyt&nIiu glin v polevykh usloviiakh. Ifoakva,
Gosgeol-
tekhizdatp 1963. 125 P. (MIRA 1618)
(Clay-Testing)

AVIT.OV, V.I.; YEDWA)ZOV, G.H.
Reinforcing doop prospecting wells with lirAra.
Burenle no.I:
11-13 165. (MIRA 1815)
1
C. Prikiunakaya kontora razvedochnogo bureniya,,

STAXHEYXV,D.D.; TOBIAS, D.A., Imndidat
takhniehaskikh nauk, retsensent;
TAURIT. O.N., iniibener, rateenzent; AVILOV, V.M.V
rednktor;
XODJL', B.I., tekhnichookly redektor*-'"
[The assembly line In mass machine production)
Potochnsis Untie
v mossovom mashinostroanil. Moskva, Goo.
nauchno-tekhn. izd-vo
mashinostrott. lit-ry, 1951 202 P. (Kicrofils] MRA
10:1)
(Machinery industry) (Assembly line mothods)

SOV/137-59-3-5935
Translation from: Referativnyy zhurnal. Metallurgiya, 1959,
Nr 3, p 141 jUSSR)
AUTHORS: Avilo.v, V. P., Postnikov, V. M.
TITLE: Electric Welding of Storage-battery Vesselv on the
"MShP- 150"
Machine (Elektrosvarka akkumulyatornykh sosudov na mashine
"Mshp- 1 "0".1
PERIODICAL: Byul. tekhn. inform. Sovnarkhoz Kursko.go ekon.
adm. r-na,
1958, Nr 3. pp 13-14
ABSTRACT. Use of resistance seam welding of storage -batt e
ry vessels made of
pickled steel 1-1.25 mm thick instead of manual arc or
automatic
gas welding has; reduced the percentage of rejects and,
hence, has
increased ou7put by a factor of 2 to 3. The welding was done
on a
stock MShP- I'10 machine.
A. P.
Card 1/1

ACC NRI AP6029897 SOURCE CODES UR/0413-56/000/015/0059/0069
INVENTOR: Leybov, E. L.; !LtLrothkin, Yu. M.1 Avilov, V. Yej,,~
Sokolov, I. L.: Mamontova, L. 1'.
ORG% none
TITLE: Vacuum e.le.ctromagnelic relay. Class 210 No. 184351
SOURCE: Izobrat prom obraz tov zn. no. 15, 1966, 59-60
TOPIC TAGS: electric relay, vacuum ro&wj-
ABSTRACT: A vacuum electromagiietic relay is introduced whosie
coil, wound vith a
heat-reaistant wire, such as glass wire, is placed together with
a contact system in
Fig. 1. Vacuum rellay
1 - Coil; 2 - contact system;
3 - small log; 4 - glass tube;
5 - armature- 6 - isturn spring;
7 - plate.
621.318.56o 04-186.2

ACC NRj
a glass tube (see Fig. 1). To reduce both the weight and size
of the relay,.the
device has a rotary armature, positioned parallel to the ciAl
axis, and a return
I
spring, placed together with contact springs on a plate
perpendicular to the armature
Orig. art. hass 1 figure.
SUB ODDHi 09/ SUBM DAT14 06Feb64/ ATD PRESS: 5069

L 811,72-66 EINTMIENAW.-
ACU-M7 XF 024993 SOURCE COM tTR/0286/65/000/0 61005610056
AUTHORSt Lpybov# E. A,~ KijLoohkjRj_Yu. If.; Ayilov, V. Y!..;
K~dr2nKinLV._P.
Pleshkova, L.-Ye.-
ORGi none
TITLE: Vacuum-sealed Ligh-voltage electromagmetio relays, Class 21,
No. 173845
~fannounced by Organization.of the Leningrad SNIQi (Orgaiiiiiataiya
3AeningrMsko9o,
:SOURCEt Byulleten' izabrotaniy i tovarnylch znakov, no. 16, 1965, 56
TOPIC TAGSt electromagnati-D equipmen~j relay eyetemp contact stress
'ABSTRACT: This Author Cortifioate presents a vacuum-sealed
high-voltage eleotro-
Imagnetic relay. The relay aoil together with the contact system is
placed inside aril
-evacuated tube (see Fig. 1).. The relay is set on a bantam mount.
The design is
..intended to increase tha wewr r0813tance of the contacts vLnd to
reduce the sizei of
,the relay. The relay wnaatwe is attached to an omega-sh&ped
laminated apring
fastened to the frame oir thei electromagnet. This arrangement,
together with the
contact springs, is locitted in the upper part of the reAr frame.
Card 1/2- UDC: 621-318-56-(127-3

Fig. 1. 1-eleotromagnet coil; 2- contact SYstem; 3- bantam
mount; 4- tube; !5- armature; 6- omega-shaped laminated spring
Orig. art. haas .1 fi(,w!e.
SUB CODFII EE/ SUBM DJLTEt 06Feb64
Caxd 2/2.

11~7
Or 1 i, ~ --. :#~ )'I
Vo
Junc !o

1. AVILOV-KAMAUKHOVO B. N.
2. USSR (600)
4. Eleotric Power
7. Remarks to Eng. P. P. Porokhnya's letter, Prom. energ., 9, No.
11, 1952.
9. Monthly List of Russian Accessions, Library of Congress, _
Febrta ry 953. Unclassified.

1. AVILOV-KA-UlAUKIK"J, 9. 11.
n. USSR (600)
Ir-
4. Electricity in Mining
7. Demand and load coefficients of transformers of tuiderground
section stib-stations.
Ugoll 27 no. 12, 1952.
9. Monthly jAst af Russian Acceasions, Library of Congress, March
1953. Unclas3ified.

WSR/Pbyzics - Energy ConBumption 1 May
52
"investigation of Mechanisms According
to Energy
Cbaracteristics," B. N.
Avilov-Karnaukhov
'Dok Ak Nauk SSW Vol U=IV, No 1, pp
25-26
Subject characteristics are Important
for analy-
zing and standardLizimg energy
consumptiou /%cf -
V. I. Veyts, "I% Ak Nauk SSSR, Odtel
Tekh Nauk."
No 11, 1549, i946); thus it is
possible to det the
wet probable value of such '-%sic
indices as fric-
tion or resistance coeffs in the
operating part of
a Ynechanism and to compare qualities
of mechanism
or their modification. Discusse6 the
indices of
operation under normal conditions of
use in the
224T92
case of scraper conveyers type ST -11
set up in a
minimg drift (data according to tge
"XeLvelektromon-
tazh" TrusT., In form of output
(tons/hour) versus
power. Submitted by Acad A. V. Vinter
5,Mar 52.
224T92

AULOV7~AW a k nauk.
.. prof0seor, doktor tekhniche ki I
Distribution cw?ves representing (hily energy consumption
in coal mines.
Nauoh. trudy NPI 26:350-354 '55. (MIJIA 9:12)
(Coal mines and mining) (Electricity in mining)

AVILOV-KARNAUKHOV B.N.
~ .
Investigating the onera commotiun of electric
continuous perforatince of ne,-hnnisms. Trudy NPI
drives in cnos of
33:21-25 '56.
(MLRA 10:9)
(Machinory-.-7,loctric driving,,)

AVILOV-UMMMUL IS-H doktor tekhnichaskikh nauk,
professor.
6104W&W
Calculating eLbetric power for Donate Basin coal
mines with
correlation functions, Ilektrichastvo no,4:60..64 Ap
157.
(KLRA 10:5)
I.NovocharL-seekly politakhnichookiy Institut I.m.
Ordzhonikidze.
(Blectricitr in mining)

Ii,ikolayevich, doktnr toklin. nauk, vwof. ; KAYALOV,
Georr,iy Mikhayloydeh kand takhmiauk, dotaunt;
BRUSENTSOV,
Leonig Vasillyevich, assiatent; SHALTGIN,
lgor'Vladimirovich,
assistent
Devices for studying the long-term nroceseeii. 1xv. vys.
uchab.
zav.; elektro-akh. I no.7:92-98 160. (KIRA 13:9)
1. Zaveduyu9b,.hiy kafedroy elektrifikataii
iwomyahlennykh
-ored-orlyatly Sovocharkasakogo Dolitekhnicheikogo
Inetitut (for
Avilov-Karnaulrhov). 2. Novocherkaoskiy
-oolitakhnicheakiy institut
(for Kayalov). 1. Kafedra alaktrifikateii iwomehlennykh
twednri-
yatly Novocherkaeak6go loolitakhmicheskogo inatitut (for
W.^I)RAntSOV).
4. Kafedra elektrifikataii promy-shlemykh prEdpriyatiy
Novo-
nherkasakogo politekhnicheskogo, Institut (for
Shalyi;in).
(Recording instruments)

AVILOV-KARNAUKROV Boris ~&kqjgWkc,11, doktor tekhn.
nauk, prof.
-
Electric power :alculations for coal mines. I'm vys.
ucheb.
zav.; elektrome'Kh. 6 no.12:1309-1323 163. (MIRA 17:1)
1. Zaveduyushchly kafedroy e2ektr-Ifikatoli
pzvmynblennykh
predpriyatiy, vqktor Novocherkasskogo
politel:hnichciskogo
instituta.

AVILOV-MIMAUKHOV, buriv Nikolayovich, doktor
tekhn.nnuk,prof.
Power chtiractoristics of coal minos.
Izv.vys.m,,heb.zav.; elektromekh.
7 no.1:6C.~72.164. (KRA 17, 19)
1. Zaveduyiishchiy kafedroy elaktrooborudovaniya
promyshlennyk.h
prodpriyatiy i rektor Nuvocherkasakogo
polltakhnicheskogo Instituta.

AlrLLOV-KAWUUKllOV, B.N. t BOGUSH. A.G.; BOLYAYEV, J.P.;
G111S, A.F.; DROZDOV,
, 1670", rATAro"v" 3.14.; MIRCINOV, Ye.F.; M,IKHAYLOV,
D.I.; :)EKBETEV, D.I.;
'JTKOV YE,,M.; CIF-RiffAVSKlY, F.I.
- 7
An outstanding scientist-, on prolfes-ot,
A.G.Betliavskillf: 80th
birthday. :zv.v,rs.uche',,).zav.; olvictromakh. 7
no.112139c.1-1400
414. (MIRA 180)

SOURCE CODE: UR/0105/65/D
AUTHOR: Avilov-Karnaukhov B. N.: Baturo. t-J.1 Bakhv&Loyp Yu.
A.; 3oguqhj_j!_~~;
Boly~Y"_.Y) Gikip, A. 0; PMdpv,,A.,D.; Kav V# V.;
X_o*T6_sfiikov. E. Y._;-'L---1aa1o_v_.15~*_ I.
ORG: none
TITIE: Honoring the 60th Urthday of ProfesLor Yefim Mw*ovich
Sinel"nikov
SOURCE: Elektriche8tvo, no. 9,, 1965o 89-90
TOPIC TAGSb actdemic per8oftnel, electric enitincering
pej!sonnel, cemputer research
ABSTRACT: Professor Stnellnikov was born 11 May 1905 In
Yekater--
Inoslav (now Dnepropetrovsk) In the family of a clerk. Following
.his graduation from the Khar1kov Electrical Engineering
Institute
It, 1930 he was appointed chief of the Technical Division on
Eleo-
trio Drive at the Khar1kov Electrical Machinery Plant. Subse-
quently he was appointcd research engIneer at the Vollta Plant
and later on transferreld to Moscow, to the Institute of Experi-
mental Medicine, while at the same tltiie he continued his
studies.
In 1946 he started working as a senior scientific researcher at
the All-Unlon EleotrioFil Engineering :Institute. Sinoe
September
-1953 Professor Sinellni,kov has been working at the
Novocherkaesk
Polytechnic, Institute. At present he is head of tlie- Chai or
UDC:

r7
ACC NRo
Bleotrical Maohlneryp.,Apparatus, and Computers and Mthematical
Devices. He has been Instrumental in establishing the computer
laboratory at this Institute, where researoh Is beIN; perf*rwed
on the problems of uttlizing oomputer engineering In the dosign
and calculation of eleotromagnetio, mlevohanioal, and thermal pro-
cesses In electrical machinery and equipment. 31nce 1958 Professor'
Sinollnikov has boon Coordinating Editor of the journal Eloktro-
Imeohanika (Bleotromeohmnlos) - one of the serien published under
tne aegis of Izvestlya Vvsshikh UchebrUkh Zavedonly. (News of High-
er Schools). Yefim Karkovich Is moreover a prottinent. eduoutox
and the holder of many sooial honors and oonsultant to a sorlos
of Industrial enterprioes. For his great meritii 'as an eduoator
and for his solentiflo oontributione he has befin awarded. the
Order of Labor Red Banners *ig. aa-t. Mai 3. figure. [%IPRSI
SUB CODE: 09 / SUBM Ukt none

L 21216-66 x
A"M79i-7Tff0A3 582
SOURCE CODE: U
AUIHOR i _;2X=Ka=uKhQxja_X_&j Bogush, A. G.; Gikis, A,. F.;
Drozdov, A. D
1,11al(Wo D. I.; Sinellnikov, 1~~!. M.; Drusentsov, t. V.,*
Denisov, A. A.;
_j,_1
Polyakov, 4.~ A.; ChornyayskJ3,,__F. L; Burok, 1'. S.; Gordeypv, V.
I.; hdart, A. E.;
Kovitlov, V. Yet; K1xennyy,, g~,_G.; Potapenkop V. Ya.
ORG: none
TITIZ: Professor -G. M. Kayal.ov on the occasicn of his 60th
birthda'y ani 37 Ve 8 of
pedagogical actfv-itie-s
SOURCE: Izvestiya vysshikh tic)iebnykh zavedenty. Elektromekhanika,
no. 101 1963#
1181-1182
TOPIC TAGS: electric engineering personnel, academic persDnnel
ABSTRACT: Doctor of Ena:ineering Sciences, Profe,ssor of RII:3hT'
,(Rostovskly Institut In2benerov zhelemodorozhnolso transportat
Rostov Institute of Railroad Englneerdj, Georgly Mikhayloviiah
RAYALOV w9T born on 2-67teptember 60_y*eixrs ago. ],is began him
working career as a standby electrical conatruotIon worker at the
Novorosslysk cement factory, In 1929 lie graduatiod from the
and betvieom 192
Novocherkassk PolyteohnIcal Institute, .8 and 1947
worked in the designing section of the "Blektroprom" trust. Sub-
1/2

L 21216-66
CC NRI All 0135
sequently, he joined the Rostov department of tho GPI
fGfosuelarstvennyy
proyektnyy Institut; State Designing Institute "Tyazlipromel.ektra-
proyekt" where he advanced from a technician of the designing de-
partment to Its chief engineer. From 1933 to 1962 he was docent of
the department of electrification of Industrial. onterprises of the
NPI CNovooherkasskly politekhnicheskiy institut !~menl Sergo
Ordzhonikidze- Novo cherl(nssk PolitechnIc Institute Im. Sergo
OrdzhonikidzD; he taught as professor until 103 and presently .19
a professor of the R1121T. He 1jublished more than 70 scientific
works, Including studies of flywheel-oontaining oleotric motors,
investigations of electrioal loads of Industrial enterprisea,
analyses of basic features of real load graphs, (including their
robabilistio modeling) , proposals for peak load calculation methods
ased on the theory of' mass servicing) and developmei.,its of
methods
U
for the oaloulatlon of extremal loads of heavy consumers, for tho
study of random graphs of reactive loads, for thii evaluation of ,
eleotrio load fluotuat!Lans, and the likes 0, 11, KAYALOV waa also
active In the Party, professional. and solentifli) organizationes
He Is a holder of the 1111or OutstandiN; Work During the Great
Patriotio War of 1941-15145 ggs" medal and the 11B~dse of Honor"
decoration. Orig~.arte has: 1 figure,
SUB CODE: 09# 05 / SUBH DILTE: none
Card /2

CC NR% SOURCE CODE: IJR/010.5/6~-/000/001/0086_66W
A 61
MP6017709
AUTHOR: Avijov-Karna L N. ; Bel I shlwn V. A.; Volobrinakly,
0 '11~ Ya. M. L Venil
S. D.; Yermllov.,_A. A.; Konrh-ntinov-.--.h._T. 'Xn_yazevskiY
__fffher G. R.; Mukoseyev, 'ru, L.: Petrov, I. I.; Serbinovi . . . .
. . . . . . .o a nikovp
_-A, - ; G
T. E 9f,_ M- ---- -
~edorov
A.; 1 V.; aloe
A., Shai
ORG: none
TITLE: Prof. Geor&iy Mikhf9tLovich Kayalov (on his 60th birthday)
SOURCE: Blektrichestvo, no. 1, 19669 86
TOPIC TAGS: academic persomiel,, electric engineering pertonnel,
electric equirmnt
ABSTRACT- In 1929, G. M. Ka;ralov completed t1he electrotechnical
department of
the Mcchmical Faculty of thii N,ovocherkassk Ik:)lytechnical
Institute. Until 1947,
he worked in the planning department of the Rostov Divisicn of the
All.-Union
Electrotechnical Union. In. this time, he Pov-D to the position of
Chief Engineer.
He directed the planning ofit large number of important pieces of
electrical
equip;~ent for various projects. lie was activ%~ in the postwar
restoratiDn of many
important industrial entorprLses. lie is the author of almost 70
published worko,
and h- q 11 s v gn
as mide a great contriWtion to modern, aciettifica y based methol of
de i
and analysis of electrical loads for industrial equipment. He is on
a:'.1umber of
commissions and in many scientific and technical societies. Orig. art
has:
1 figurt?. [JPRS1
SUB CODE-. 09 SUBM DATE: none

L 33115-66
ACC HN, AP6024083 SOINIZO-1 COW6- W/6144164/000/0U/003/0236
AIMIOR, Z&VIYAl. A. 5.1 (~,.klman
_k!_A~t MoIchanov, V!_.~~; Krasyuk No Pol
ArranovskTy, K. Yii.i Doreor, A. Ya.i Gr2yor, L, X.1 YooAkovo V,
P., 1 0. Vol
Pjatman, K o I. I Abr.Yutj_n_._j7V._l _Gjj'bftFov,__1~,-F Oranew
1 ?1. 1. 1olhi~"]jii, 11. to'
-Do N.
_Ifo_rRKn_, 0. 3., Slno14 ~Ov" lo. H.; Avil2v auldrov,
kx6r I I
ORG i none
TITIZ 1 0 o Do Dron (an hic 70th birtliday)
SOURCea Mt. KlektronoWanika, no. 2, 1966, 235-236
TOPTC TAGSt olactric onginouring porsonnol, circuit broakov
AlUMC-N Onip noricovich 113-on vaq born In 1896 in Klintsi.. In
1920, ho grivInAtlyl
from Vin phyalos-riath facxCft~r of Khar1ko-v ToclinoloCioml
Infftitut"o Ile bocamn A pro-
foasor in 19)Oo Ile dorondod his doctor's thosin in 19400
lhwizfg the second world
war, hn wan in the navyo Af1wr donobilization in 1930, Ene%noor
Colonel Dron imnt to
work tow7littir, at the Loninitrad Tndustrial Corvispondonao
School. Ile bucarm Un head
of Uin Chair of ThooroElc&ZDasos of Eloctric&:L Technology In
f958* lio io oloun~v
associated with scientific and development work, and has
cooperated closely in Uits
area with the Loningrad "CleArosDA11 plant since 1946, Rlip work
has boon In tho
arou of gerk-duVIN "Wh-M-er - t broakere. Ile has pubbehod over
140
scientifte workm &M 19 invomUonso tj1P'1M7R
SUB MCI 05, 09 / MM DMI rMW
CWd

/WP (k:1 jFWP(b 11
A
A115024912 FWA U`R/03,2/65/O0O/OD3/0I2lh126
AUTHOR: Avilova, -H.M.; Dokto M'a. T. Lutiho ~arint M.; Zqystitnl.
V#A,;
ORG: None
TITLE% Design features and test results of conductional pumpis E3
SOURCE: Magnitnaya gidrodinamika, no. 3, 1965, 121-126
TOPIC TAGS; magnetohydrodynam.1c pump, electromagnetic pump dosign,
unipolstr genera-
toc
ABSTRACT; Design features of iseveral conductionill (direct cuerent
electronj&2etic in-
duction) piimj?~ developed by thin rtuthors are desci,-ibed.
Resultil of tests and. comments
on actual use are also given. A !unipolax direct current genersAor
developed, as a bet-
ter power source for one of the ~pump types is aloo described. The
larger electromagne-
tic induction pump operating on the principle of DC current
ccindugkance In a perpen-
dicular steady magnetic field vas designed to purip ji-qut4 bU 8 uch
as Na and the
__M4 L_J~h
NaK alloy at temperatures of 8!10 - 10500k, It delivers a metal flow
of 7,000 cubic cen,_
tineters per second. The ump requires 10000 ampvres at .6 volt, and
has a winding of
two turns of an (BWO)mm cro.,is-section. Vetailv of the working
section, pressure de
pendence upon flow at various cui~rent magnitudes, and the
efficiency variation data
are given. A maximum tfficiency of 36% was attained at 6000 amperes
and 6000 00/sec.]
UDC 538.4:621.689

ACC NRi AP5024912
0
Tie rectifiers usually used as ',VDwer supply for these pumps (type
ND 10000/5000 and
ANG 500012500) reauire an exorl5itantly large floor space; this led
to the development
of a compact unipolar'generato,r of 11 kw d.c. power (15,000
amperes, .7 volt), with
liquid metal (mercury) brushes,. A description and a schematic
drawing of the generato
is given. In tests, the generalon achieved an efficiency of 76%. For
smaller liquid
metal flows, of several cubic ceistimeters per second, - helical
channel conductional
pumps are quiteappropriate. TheIr have been designed to deliver e.g.
2 cm3/sec. of li.
quid metal at 8000K, using a current of only 100 - 200 amperesi
lbetefore, thex 0
requirements can be supplied by gimall compact rectifiers. 'nie
simplicity anti relipabiwi!
lity of these pumps recouuvLend them for use e.g. in laboratories.
Orig. art. has 7 fi-1
gures.
SUB COM13, 09/ suBm Daiis '6Tan63/
C.qrd

", I ., .~ , , "': ~I, i I.; ~'. Dj7", , ; ,%V I I t)v" ,
";. ;".
- I
I ~, 11, a ,-! v I ,I (IT) t, i~~) 1. ox.1 co I or, t
cn.1 -~- litinri , I., I-.' ,; 1. 1 ~ 7 ~-, o f ! (.-
trt~ (.- t i . o f,0 ii r do crino 0
'r(; I ~;; . rio-i . 1).,.!,-T . kh 17.,. ve shoh. n(~ .
'I : SO-F I? 1 '.)3. r1:9)

1..; %11 ":. I .,1 i~O v,,,, (; . G .
ul',''.k, '.'A, 1. ". ~C! I ( 1, - N.".; ;,,
I ~ , i , 10 ~ .* p ~ ;w
b..
` -o-;ci :-,
of --~iiloropvla-,j-otiic n7l~; con(lonLati C,n ac :
I -
I 'I
ic)il- nov. pmm. kliln'.. veolich. ri,,.5019-100 0.
i,70)

AVILOVAJ 1.V.; BORMAN, G.E.
Decrease of potential of electron detaonment frou
negatIve
ions in a plasma. Teplofix. vys. temp. 2 no.4s517-524
JI-Ag 164. (MIRA 17s~))
1. Moskovskiy snergetichaskly institut i
Nauchn-)-issledovatell-
skly institut vyac,kikh temperatur.

AVILOVA, L.D.
Heat resistance of the epidermal oella of albinop green and
etiolated
sunflower planto., TSitologiia 4 no.ls73-76 Ja-F 620 NIRA 15W
1. Kafedra flziDlogii rastoniy i genotiki HOStDVakogo-na-Donu
universiteta.
(HEAT-PHYSIOLOGICAL EFFECT) (PLANr CELLS AND TISSTES)
(SUNFLOWERS)

AVT1.G'1.,'A,; 1J),; MATUKIIIN, C-.R.
Effect of anti S04-- on the accimulatlon anti
Ollstribution
of nw~lelc acids in the root cells of the sunflower.
Bot.
zhur. 49 no.9gl,'235-1338 S 164. (MIRA 17t)2)
1. Rostovskiy goaudarstvennyy universitet.

Jmethti~ oI!d(tetI1fl1uo(ko( the decoct poillim talit.
ppralure or. ml!~1116fillm 111tialle. R. 1'. "'Iv vvh,~nko and
1~ Va , w a . -131 1=1 C-(Ixer
~MimTvmlix r
7-21. M Mj.-A 60-mg,
mill- of MCN(6 it- pbox-d In n tot tulv, the tea tubc
in ell tdrWly heauNl Al block slaut evniveriNI by
a rub4tr hose, ter, The bI(Wk ii '11ACA lit Ole
rllc -f 'O'J'-I ju4k; 7DICIx is 4. 11:4dell jump Itl
FIL

28(5) SOY/64-59-3-19/24
AUTHORS: Oveharenkop B,Gov Golovkoj A* F., Vosvilcjv,N, No,
TITLEt Experiment of A lying a Column of the Ammonia Synthesis
11th
a Top GIAP-DATZ 0 t ekspluatataii kolonn sintoza ammiaka o
nasadkoy GIAP-DATZ
PERIODICAL: Khimicheskaya, promyshlennoutt, 1959t Nr 3, pp 02-85
(USSR)
ABSTRACTs Until recontly the Dnoprodnerzhinskiy azotnotukovyy
zavod
(Dneprodzorzhinsk Nitrogen Fertilizer Works) used a supple-
mented attachment according to Fauser with two tubular heat
exchangers and a secondary pipe for su;plying cold gas(Fig 0.
It was found out however, that this attachment does not offer
optimum temperature conditions. In 195CI a new type of attach-
ment was developed in the GIAP by So S. Lachinov and
constructed in the DATZ in two constructional types (Fig 2).
The attachment has two heat exchangers in the catalyst chamber,
and 2 secondary pipes for the supply with cold gas, and it is
called GIAP.-DATZ (abbr. GD-2). Some dala are given on the
application of a column (D = 0*85, H - 14 m) with a attachment
Card 1/2 GD-2 and iron catalysts with two accolorators(K20 and
A1.0 3) -

Experiment of Applyink; a Column of the BOV/64--59-3-19/24
Ammonia Synthesis Witli a Top GIAP-DATZ
The results achieved after I- and 6 months of its application
(Table 1) show that A 4, KH3 F--fl2-5( 6 NH3 - difference in
~ of
the NK3 content before and after the column) and the maximum
capacity amount to 120-125 t/day, while it only was 100 t/day
with the old type. Correnponding experimenta were carried out
in order to examine the effect of the second secondary pipe
for
cold gao on the increase of the oapaol.ty after one yearl tho
results are given (Table 2). A column withan attachment GD-2
can work very stably, aluo with a gas supply up to 30~ through
the second secondary cold gas pipe, this caused an increase in
the capacity by 70%- Examinations carried out during 20 days
on a oo'Lumn which alreadv had worked for 1-5 months showed
(Table '.5) that 140 t NH3 /day are yielded with A %NH3 " 13
and
with a gae circulation of about 70000 Nm 3/11-iour, with the
attachmont GD-2 on the active catalyst. There are 2 ficures
and 3 tables.
Card 2/2

. ; K Al"."'WV, Yu.1N." 'VI fjv,
I r; ;s " I. 'i. . 0 0
I.', IL LoU tva p ! ntrus I on i n tho ral t!dlo Vi
yllv I ,'t,116Y- G00.1-
"I
.'L 110,7--431-5L '6"'* (. PRA Ll;w'-9)
, -, "I
0 u! i;oulialrilL Sibir,kol;c, otdollwiL.)N ',N
!rhiitsk.

I
I AVILOVA, q.M. ( Xi7er--52, Belorueskayn u1., d.1,7, kv.12)
Thymomas. Grudn. khir. 4 no.5t113-115 S-0162 (MIRA 1723)
1. 1z kafedry gi-udnoy khirurgli ( zav. - prof. N.M. Amosov) I
Ki7evskogo instatuta usovershonstvovaniyeL vrachey ( dir.
dotsent M.F. Umovist).

AVILOVA, O*M*, kandomed.mauk (Kiyev, u1. Beloruss:kayaj
d,17, kv,12)
Surgical tr)atment of chronic suppurative diseases of the
lungs
in ohildren. Nov.kbir,ar" no,1117-23 1,52o (MIRA 15:8)
1. Kafedra torakallnoy khirurgii (zav. - prof. N.M* Amosov)
Kiyev-
skogo instituta -asovershenstvavaniya vracbey 1,
torakallnoye otde-
leniye bollnitay Shevchenkovskogo rayona Kiyera.
'(I;JNGS--DISMES)
-1

AVIIDVA,.O.M., kand.med.rauk (Kiyev, Belorusskaya ul.,
d.17, kv.3-2);
DENISENKOR L.V.
Diagnosis tuid surgical treatment of bronchial adenows.
Vest.khi3,.
no.6:37-.41 162. (MIRA 15all)
1, Is k&fod-ry torakallnoy khirurgii (save - profe 11.M&
Amooov)
Kiyevakogo Inatituta usoverahenstvovanlya vrachey i
torakallrogo
otdeleniya bollnitsy (g1. vrach - N.I. Daigunova)
Shevchenkov-
skogo rayon%. (BRONCHI-TUMORS)

AVILOVA, O.M. (Kiycv~, id. Eeloruaskaya,, d. 17p
kv. 12)
Treatment of pleural anipyema in children by, tho
method of
decortication. Grud. khlr. 5 11-D363 (MIRA 17:2)
1. Iz kafedry gru&ioy khintrgll. ( zav. - prof.
I.I.M.Amosov)
Klycvskogo In.-,tituta usover.,henst.vo-vimi)a
x-rache:v.

AVILOVA, O.M.,, kand. med. nauk
Suture of the main bronchus in its rupture. Khirur
ila 38
no.12tl9-23 D "62. IMIRA 17t6)
1. Iz kafedry torakallnoy khirurgii ( zav.- prof.
N.M. Amosov)
Kiyevskogo inatituta ueovershenstvovaniya vrachey
(direktor-
dotsent M.N. Umcivist) i torakallnogo otdeleniya
tollnitay
Shavehenkovskogco rayona (glavnyy vrach N.I.
Begunova).

AVILOVA, O.M. (K-,y,?-, Beloraskaya kv.]-"I
I
3'Jrigie-H',.age nasevtion aP6 ev' ipleurm-l jlliist~t
surgery of the
esophague by st..,mach transpll.nta4inrm. G.-vd. khlr.
6 ro.5.,96-102
S-O 164. (MIRA 18W
1. Yodedra gruiinoy kh!.nirg' ;. (7-iv. --. prof'.
N.M.Amoic.,j) Klyevskogo
instituta usciver-shanstvovanlya vrachey.

;I Is dl; I* nv a
!~itfi:cmn i or%i ivi 1. Incy 'k." AVIN
-ur,
vrachcy.

AVIIIO - Q-m- -
Bronchial aderojoas; clinical aspects and treatutent.
Vop, onk.
11 no.120-8 165. (MIRA 19-1)
1. Kafedra grudnoy khirurgil i anesteziologli (zav. -
chlen-
korrespondent AHN SSSR prof. N.M. Amosov) Klrtvakogo
Instituta
usovershonstvo,mniya vrachey (rektor - dotsont M.N.
Umovist).

axi*W~ ; r, PAWKWOMYRFAIA
0
0
Ito T.
"t
pppp-
CIC i~'% o
C., i4
e0
o
"o
ppwp 0
0
ZA
00% Ltd
0
~o
0A
TO 0
d, 'Pq oift iA L~ 0 m It %I,
VA
01-
uL
0'!I'd e$' Odo
VA "i It
o" o0 a Oe
to
I 'C toe
%V
CTo
C.
V~
eto 0
0;~
C.
0ism V"p
01",
i4
fil 11 ~0
CV 1AI s

MOMSHIN, S.G.-, AVILOVd., T.F,
Sulfides of copper, lead, and zinc its solid
emulsifiers. Kolloli. Zhur.
13, 208-11 '53. (HLRA 6:5)
(CA 47 n0-1839103 153)
1. A.M.Gorlkiy Stalte Univ., Sverdlovak.

iijI,
-JIM loj)

-
-
-ITR-
TT
T
d T
PrA
loV
R(

.
n
is
i
.
vi
m a3
II .
~
A
V"
"

4 7. 48
. 49,111i.-The f Wiley (N~trilmtiml

f the
pattid sit 4 midiiom

Itabiltivi wIth PbS CuS
or b%'; iv-.%% (let 1. 11- "It~ of
l
,
th
billih
ICI
I 6,~bA
t
d Z
SO
~

a
e S
lc )I
A
,
. at
i
a
,. t t
%1j. )
"incle the enitilsim m,.?rr nr-ariy
vi1onmli%pvrsr- wltlimtt nf-
'

ihmting the tunst fro Ittent divit. (approv.
20 A). but the dis.

persily (if ZnS patticit-s
was lowei-ed I)v ZnSO,, Wivit"Al

that of hiS
and CI S %%'its I alwil by Pb(OAr)- avitl
UuR),

r"p. The patticivi ~ wrrv vh;cdv 2-5 p.
Naol I vtogillaiml

cruiakions olal)illrol wIth
PbS rtl)i,llv. awl mith OiS,

slomly. The
dispertity of cmulrintis was iticea-d liv
AICI,

> BaCla > KCI; RIKI tift-mised by KtSQ4
aml K.Xt:(CN~.

The electmlytes afltct the
elec. (J-inrgc of the vinulsions.

SO V i 137 - 58- 12 - 2 _02r)
Translation from: Referativnyy zhurnal. lvlet-il)urgiv~j, 1958
Ni- 12, p 4 (USS11i
AUTHORS: Avilova~ T. P , Sergeyeva, A S. . Nagij-nVjk, F.
TITLE: Xanthate and Frother Adsorption oil the Liquid-gas
Interface lAdsorb-
tsiya ksantogenatov I aeroflotov n-i razdele fitz Mi)dkost
-gaz)
7
PERIODICAL -. T r. ii i - i p royckt it - i n - t a ' U rd I
rnek ha nob rI)' - Nr 1, pl) 19
38
ABSTRACT: The Traube stflagnion-icler is tised to study gets
liquid interface
adsorption of irothers, xanth-Ates 1XI mixtures lhereof. and
mixtures
of these with pine oil. N is found th,o X and frolher
adsorption by the
surface of an ~.ir bubble occurs in I or 2 sov and 1hat all X
except
ethyl show fro-Iiing properties. ButvI frolhi~r stabilizes
froth even In
flotation concent rations, The Influence of admixtures to the
X. such
as alcohols, d xanthogene: carbon disvilfidt-, thiosulfate,
and inorganic
substances, is invesligated. Ili the presence of pine oil the
adsorption
of all the components from the solution occurs independentiv
when
concentrations are low Ili the absen(e of pine o!] X an(.
frothers are
Card I /I adsorbed independent of each other 11 1~

.AVIIA)VA. T.P., kandAbimit.-hestikh nauk
Certain physicoi)hemical properties of new flotation
frothera. Izv.
vys.ucheb.zav.; gor.shur. no.4:120-129 '59. (HIRA 13.5)
1. Sverdlovskiygorgvy institut imeni V.V.Val-.hrusheva.
RakomendovAna kafedror khimii.
(101otalion-Iquipment and supplies)

AVIL -Z.F-ri-)cAnd.khim1cbeskikh nauk; SMITINA, A.S,,,
Insh.;
-.4-LVA
NAGIRNTAK, ?.I.. insh.
Changes with time to the flocculating effect of
flotation
reagents, Izve vyeo ucheb, zav.; gor. zhur. no.
Iltl93-199
16o. (KIRA 13:12)
1. Sverdlovskiy gorAyy institut imeni V.V.
Vakhrusheve, (for
Avilova and Sergeyevik). 2d Institut Uralmekhanobr-
(for Nagirhyak).
Rekomendovana kafedroy obogashcheniya poleznykh
iskopayemykh
Sverdlovskogo gornO9D instituta.
(11otatlon-Squips4at and supplies)

AVILOVA, T.F., kand.kht.n.nauk; DODRi,LYlJR.)Vttp
Simult&neous adsorption of alcohols wid vint-hates, (,ri
the tiurfact, I C
galenite. Izv.v:ro.uchab.zav.;gor.~hur. 7 no.6:136-139
164.
(MIRA 27--12)
L Dallrevostoct!jiyy gosudarBtvenriyv univernitut.
Rekwaendovana kafedroy
noorganlchoskqy Iffilmii,

L 611~27-65 'Flyr(m F( I j )/T/pA (C
WEP,
:'ACOMSION NRt AP50130-6
AMMS 3 AV-ilovtL)- Ti-001 V. T.
r n.2 '~~i
MTV %M 4n nC ft IA~4v%ll +'~A An~A
J~C,4/px
631/W34
6718 - 84 3 4'.
;obiitarl Go Yas
ALA- ~_
SOURCE: Vysokomole3m =?,Yro soyedineniya,ly- 7, no- 5s '1965o.831-8311
"TOP'N TAM Do
1~m r a org=oailu
-pro
thwmal atability
A13SIRACT:--The- purpose- of_*_t60_ investigation -the-Imowlealm--or-
:AY-L
ormosiloy-nnes to limor The
o i matexialf _prilyalumi~_.'
_Zqno xanes.
dig'Onylsiloxane (Al, was-obtained Andrim,ov and T. N. Canim, Ow. M
_SSSR. JDtdL*WJJMV n-t 1956- WO It is sug&itatod that tho strw)ture
ol.~ A if)
By- reacting A with-activatid-chlarine-in. CC 14 polyalumDa~
_w'~r0iihmt1): siolloxeno
(B) -mu obtainea. Tha
sea structure al', (D) is
Cord 1/2

L 617?27m-65
ACCESSION P5013056
con
1 0-
')4
It is conoluded that chloilij~ation dooo not 6~arM the 11ricar
eiructure' of the
'polyzaar ana hau no cignifJ~cont effool, on thei degree of
pcilymerization.' Low mo*~ecu-
j1ar walgbt pol~mera tinaerAo':chlorination mor,a-rapidly thopm higb,
molecrular vriA&1k-t
polymers # Chlorination lest~s to a i~light billkreasu in thei
therwil ptabiki:b~rll~f tho
polynav. The authors thwk 1B.__H._ Prokop z0v and N. 1. SbaEgina, for
the dete-milla-
tion. OT the JR sp-eatra. - C-.!,Igi -arta -has.- 2-i'ables and 3
lormulas.
ASS0071TIONs Dal Inevostool
Uwv gosudarstve=17 univeraitet State
tity) T_
A SUBNMZDs 11Jul64 00 OB'COOBS' OC)
:j
NO RM;1 SCM ()03
011M, 1 00
t
Card

-A L U524-66 EWT( LIN Rif
T
EWA-..
ACC NRi AI)6661075 SOURCE CODM UH~Vi~QA5/007/012'/2168/2 170
-t -vk/ d-,
AUTHORS P - Shapkih, N. P.
A i 10 1 P") T.; Marin,in, V*
ORGs Far-Lastern State Univeri"t (Dallnevostoohnyy gosudarstvveftyy
urdversitet)
7ITLE: Synthe3is of chlorinst4od polytitwdumph)nylsiloxane'441'~
SOURCE: Vysok*wlekuIyarrqy* iooysdinaniya, v. 'F,, no. 12, is65,
2l.68-217o
TOPIC TAM polymr,, organovsi~&Mc com;ow-A -, "gangailiecri compound,
organotitardim
coppound, chlorInated orpnonel;.&Uic coWound, J"", ,fAaz~
-ABWRACTi The synthesis of a 01ora-derivative of
polytitulumphany2Ailoxane is
described. The starting material (polytitaniumphanylsilaxatie) was
prepared after the
method of Ke A, Andrianovs T* 14 Ganina., and Ye. N. Khrusta3eva
(1xv. AN SSWp Otd.,
kMin. n., 1956,, 798)* and the ohlorinatlon"v&3 narried out in CCX4
solution by meaiui
or activated chlorine. The r0ultant mixture ol! chlorinated,
polymers was subjected to
a fractionation analysiae An, iolemental analysts and molecular
weight determination
fDr each fr*ction was aleo, carded outo The thtirmal stabWty of the
inikial polyluir
arsd of its ohlo*V)sted. deAvative, and their solubillty in benzene,
acetone,, and
were doUrnined. The expikrintental results are preven4wd in tableve
A struotiale
C`GX4
for the Initial polymer and Itis ohloro-derivatilre in shown ty'

L n524-M
rE= m A,
JI-Q
opy, Il v fourA Ott the
Us pvpoofA stmture was conrirad by IR speol4roso i w
c6lorimbed derivativo ho a sUghtly highw Uto -AabiUlp. com%mrad
with the
Jxdtla polymr. OrU. wt* but 3 tables arA a fomlo-
SUB OW191" SM DATP 03Y*W/ ORID RV ow/, am MW Wl

AVIIDVA,-T.P.; BYKOV, V.T.; GUJSHCMKO, V. lu.;
RAIIININ, V.P.
Synthesis of plyEirconolo'rganosiloxane. Vyi,okom.
soed. 8 no. lt
11-13 JTa 166 (MIRA 19t1)
1. Dallnevostoolmyy gosudarstvmnyy uriversitet.
Suhnitted
February 3, 3-965.

L 17716-66 EWP(J)/EWI'(11)/T RM
ACC URs AP6003407 (A) SOURVE GODEt UR/D190/66/008/001/0014/0015
AUTIJORS4 Avilova, T. P.; Eykoy, V. T.; Kondratenkop L. h.
ORGt Far Eastern State Unlr=it (Dallnevoatochw gosadaratvennyy
unive Itet)
TITLE: Synthesis of p2ljEbromit-mi pheL
qloiloxane 71
SOURCEe V7aokomoleku3,v&rnyye so7odinenlya, v, Sp no, 1, 1966#
14-15
TOPIC TAGSt pol7siloxanev organometallic compoundl chrDmium
compound polymer-,
organic synthetic process
ABSTRACTs Pol7chromium phinylsiloxane (I) vras prewed In 76% yield
in a manner
analogous to the synthesis of polyforropherkylsilopLnel(K. A.
kadrianov, T. N.
Ganina, N. N. Sokolov. VyDckomolak. soyede, 4, 679, 1162), using
the method of
exchang-3 decomposition of ~henylsodiumoasilane'lvith chr,)mium
potassium sulfate
t obtain,0 was a greon solid,
in aqueous alkaline solution at 78C, The prod4
soluble in organic solvents with a ratio of SitCr 5.8 lo 7,lo
which corresponds
to a px,:)bable atruotures
C
1/2
ard 00s, 541.64+678..84

.L 17716-66
AGG NRi AP6W3407
where x = ratio of SisCro n = number of Cr In the chain.
Proliminar7 experiments
indicate that thermal stabIlity of I is clove to that of other
polymetalloorganio
siloxanese Grigo art,, hapi: 2 tables and I'structurs,
SUB COM 1 07/ SUBM DATE i 03F9b65/ ORM Mit 001
Card 2/2 not