SCIENTIFIC ABSTRACT AVDEYEV, V. V. - AVDEYEV, K.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102530002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACC NR-. AP6032924
SOURCE CODE: UR/014Z/66/oog/003/0354/0359
AUTHOR: Avdeyev, V. V.
ORG: none
TITLE; Estimating the accuracy of direction finding of a
pulse-modulated
scanning radar with discrete signal processing
SOURCE: IVUZ. Radiot-ekhnika, Y. 9, no. 3, 1,966, 354-359
TOPIC TAGS-. radar scanning, pulsed radar
ABSTRACT; W. Storz and W. D. Wirth proposed a !general formula
for
estimating the potential accuracy of pulsed rada.r with binary
quantization of
detector output signals (Nachrichte*ntechn. Z. , 1963, v. 16,
no. 12, 643). The
present article considers this related problem: assuming a
single target lying
within a given range, find the limits of accuracy- which are
imposed by a
Card UDC: 621-396-3

NR: AP6032924
noncorrelated noise that acts jointly with a definite 6 ignal
-fluctuation type; the
accuracy of determining the target angular posi-lion during one
revolution of the
antenna is considered. Antenna a.zimuth rotation and stationary
point-type target
are assumed. The cases of nonfluctuating and
independently-fluctuating targets
are examined. As the estimated piots of optimal quantization
threshold vs.
signal-to-noise ratio show, the discrete signal ;)rocessing is not
as efficient as
analog (higher loss in the strong-signal range iv caused by the
nonoptimality of
the quantization threshold). However, considering possible
saturation in analog
storage units and loss caused thereby, both metliods are roughly
equal in their
direction-finding accuracy. Orig. art. has; Z !'.igures and 17
formulas.
SUB CODE: 17 SUBMDATE. Z70ct64 ORIG REF. 002 OTH REF: 003
Card

MEN-hum
6-66 INT(d)/EWT(l) WAIR
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~ACCESVONNR: AP.5018265 U14,10108/65/0201007/1)07410075~
6V.396
AUTHOW., A elev, V;6.y. (Ac,~ e inernber)
TITLE: Potential accu.lla&~ of direction findivg to a target
fluctuating in unition
SOURCE: Raidiotekhriikaj v. 204 no. 7, 1969, U-75
JOPIC TAGS- direction findink, noncoherent.TaMir
1 ABSTRACT: Formulast for the 'otential accuracy of direction finding
to non-
P
fluctuatijig and indepem;lently fluctuating targel:o by a pulsed
noncohe mat radar
were devieloped by P. 84erling (Russ. transl.:~, "Voprosy
radiololkatsionnoy
teIrchniki, no. Z, 1957). The. prooent short arVicle considers the
case of a
fluctuating- in-uni son target. Ai asyMptotic Rlrmula is suggested for
calculating
the minimum dispersion of the estimated angui,
';ar coordinate, for IL strong-signal I
.4 case
It is found that iin flas caso, the potenWil, accuracy of directl6n,
finding is~ I
'I 1.8-times lower than tbat La the case of a nonfluctuating target,
butis higher than!
that in tho cas e of an Indepandently fluctuating target. Orig. art.
han., I figure
and 3 forn-mlan.
Card 112

L, 6446-66 EVIVI
ACC XRs 05026204 SOURDS 00131,11 UR/0142/65/008/01)4/06 030
AUTHORt Ai V V. V
ORO inone:
TITLEt ftidinr, the centior In,a Fiacket of binary-oquAnt
ized a
SOURM 1111Z. Radiotekhi
~Wf V0 8, 'no. 4* 1965, 500-503
TOPIC TAGS,s 50'arch radairp radar scanning
ABSTRACTs As radar seaYdh does not permit optimal evaluation of the
target az
the maximm-likelihood p,rincipli was applied by Sverling In order to
develop
an algorithm for procesiling an Incoherent packet of nonquantized
signals. Using
the same mothods,the prosent article develops an'algorithm for
prooessing a
packe of binary-quantiited signals for nonfluetuatingl
unison-fluctuating,, and
-4g targets. It is found that the measurement of the target
Independently fluctuati:
the detector signals are binary-qutintized, should be o-arried, o u t
by
azimuth, when
superposing upon the sequence of "units" aa antis3mmetrical wolght,
function
which depands on,the antenna diteotional pattern with low
signal-to-noise ratios
this funct-lon. ha's the sme form for different tyj;ms of fluctuation
of return

L 6446-66

ACC NRs AP5020204

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- AVDFYFV, Ya.l.; GAMZATOV, S.M.; LYKOV, Ye.A.
Controlling n gasser at well No.1 :in the Kultak area.
Burenie
no.3:29-31 164. (MIRA 18:5)
1. Treat "Karshineftegnzrazvedka".

SHUTEIVICH, I.Ya., inshener; AVDEYEV. Ye.A., inzhener.
Establishing rice flolde and rice growing in Krasnodar Territory.
Gidr.i
mel. 5 no.12:3-11 D "53. (MI-RA 6:11)
('Krasnodar Territory-Rice) (Rice-Arasnodar Territory)

CHUKLIN, S.G., doktor tekhn. nauk; AVDEYFV, Ye.S.,
inzh.; NIKULISHINA,
D.G., kand. tekhn. nauk .......................
Principles of designing and operational
characteristics of
ctd,ling panel syslams of refrigeratoT ships.
Sudostroenie 30
no. Lls29 N 164. (MIRA 180)

ACC NR: I AP6027234 ,SOURCE CODE: ItR/01091(,6/011/0013/1419./1427
.AUTHOR: Avdeyev, Ye. V.; Voskresenskiy, G. V.
ORG: none
TITLE: Calcula tion of the diffraction radiation by a linear, source
moving near a
!periodic delay structure
SOURCE: Radiotekhnika i elektronikas v. 11, no. 8, 19W. 1419-1427
TOPIC TAGS: electromagnetic radiation, q~lectro magnetic: wave
diffr~Lction.
delay &W.-ob=
ABSTRACT: Earlier Voskreseaskiy articles (Dokl. AN SE 3R, 1964, v.
156,
no. 4, 770; ZhTF, 1964, v. 34, no. 10,- 1856) reported an exact
solution of the
i problem of radiation that arises; when acharged filament c r a
lineal.- current
moves uniformly in the vicinity of a periodic delai structu:.-a
which is formed by a
COIJ 1/2

I
'ACC NR: AP6027234
set of equidistant perfectly-conducting semiplanes. The present
article develops
these formulas for calculating energy characteristics of
radiation that occur under
he a6ove-described conditions: total energy loss for radiation,
spectral density
of the source loss over one spatial period of the delay
structure, and approximate t
total energy loss (valid for two boundary cases:
ultra'-relativistic source speed
i and low source speed). Plots of total loss vs. source speed,
for two fixed values
of b/a, are shown; b - filament target parameter., a - structure
period. A
numerical example of the spectral distribution of radiation, at
the first spatial
harmonic, at various source speeds, illustrates the radiation
characteristics of a,
linear source. Orig. art. -has: 8 figures and 16 formulas.
SUB CODE: ZO, 09 SUBM DATE: 03May65 C.)RIG REF: OOZ

AVI)MEV, Ty.Aj;.,N:[KOLAYEVA~ A.P.; SK0114IKOVA,
N.B., red.
[Analysio of graphic work schedules ,tithout using,
electr-DrAc computers. Report at the ;;;eminar
"Pract-,'ce
in using computer and organizational techniques In
construction" conducted by the Institute of Standard
arul Experimental Dezign and Technolol::Ical Research
on
May 12-11!~1964] Analiz setevykh graf,lkov bez
primene-
ni.1a EVI-1, Doklad na seminare "Opyt primeneniia
vychisli-
tellnoi :1. organ I zats I onnoi tehhniki v
stroitel'stve,"
provederu:iom institutom Giprotis 12-16 maia 1964 g.
,',osk-va,
Giprotis,, 1964. 7 p. (MIRA 18: 8)
1. Institut ekonomiki I organizatsii proryshlennogo
proiz-
vodstva, 33ibirskogo otdeleniya Al,' SSSR (for
Avdeyev, Nikolayev&).

ATWIFIV, Yu.A.; 1111,C)LAYEVAr A.'s
Contral of a:)mplax develorment operationi usinj a orltl,-,al
path
method (intre,)duation to the "Part-T.Ime" aystem .. Vy,-,ha
s~'.2 E4,
no,11-c'27-54 164 (VIRP, l8al)
:i,

AIIDEYEV, Yu.G., inzh.; BELONOZHKOI A.F.,
in,-,,h.
Determination of 'the optiymm diameter of
boreholes in
drilling with rock drills. Shakht. sI;roi. 7
no.6:17-19
je 163. (MIRA 16:7)
1. Vsesqi-uznvy nauchna-issledovatellskiy
institut tsvetjiykh
metallov (for Avdayev). 2. Trest
SViTtetsshakhtostroy (for
Belonozhl,:o).
(Rock drills)

AVDEYEV Yu G, - VOR014IN
0 , 4-, p I.S.; KOROSTYLEVP N.P.; SMIRNOV, V.G.;
16dum" A.I.; CHEBOTYREV, B.A.; ZENKOV, B.N.; KARABACH, T.L.
Determining the efficiency of various ways of charging
boreholes
along the contour of a mine working. Shakht. 3troi. 8 no.10: -
19-21 0 164. (MIRA 17:12)
1. Vseao3l-uznyy nauchno-issledovatel'skiy institut tavetnoy
m-etallurg-iii (for Avdeyev, Voronin, Karostylev, Smirnov).
2. Rudnik imeni )CIII s"yezda Komnunisticheskoy partii
Sovetskogo
Soy-uza Zyryanovskogo kombinata (for Fustovalov, Chabotyr-ev,
Zenkov, Earabach) .

AVPI~,LE~, Yu.G.0 gornyy inzh.
FjBview of the book by K.I.Ivanov, V..N.Glazunov and
M.F.Iladion
'Nodern methods of boring hard rock.,' Goz,.zhtu-.
no-3:80 Mr 165.
(MIRA 18:5)
1. Vsesoyuznyy rutuchno-issledovatell:3kiy institut
t9vetnoy
metallurgii, Ust"-Kamenogorsk.

AVDEYEV) YU I.
2788. Vozniknovenie, i razvitiye veilrarskoy respublik-i M.
1~5b, 15c. 21cm. (Mosk.
ordena Lenima Gos. un-T in. M. V. Lomonosova Yurid Yak.)
100 ekz. B. M.-
(54-56699)
SO: Knizlinaya Letopis, Vol. 2, '1955

Antmv, Yu.r.
... i - -. ....
Dynamics of path0mcIrphological changes in the
kidneys and
lungs in aoute, amyl, alcohol poisoning. Sud.-med.
eksper. 7
-no.1t2Z-24 Ja-.Mrt(4 (MIM 17:4)
1. Kafedra sudebno3, meditsiny ( zav. - dotsent Z.I.
Safonova)
Onskogo meditsinokogo inotituta, imeni H.I*Kalinina.

DINISINKO, Vasiliy Somenovich [Danisonko, Vasill]; AVDIM. Tu.O.,
red.;
WASHNIKOVA, 0*09,, tokhn. red, . . . ~' - -1. ~
[In the Air Northl Ik dalskii pivnochl. [Kylv, Vyd-vo TeX IKS(U
"Wlod I, N 19571331 p. (min 11:8)
L '(Arcitlo rMloss.-Descriptlou antl travvly

BOBOSHKO, Konstantin Klementlyevich; AVDEYEV
Yu.,OjAvdieiev, IU.0.1,
red.; TIEICHISHIIIA, 11,,AjTymA~s~~~a,, i.,T.),
tekhn. red.
(Pulse of the seven-year plan; studies on now
machinery and
their creators] Pul's serWrichky; naryiq pro novu
tekhnilm ta
Ii tvortsiv,. Kyiv, Vyd-vo TsK LKSMU 111olod," 1961.
146 p.
(Technology) (Suggestion sys-Wma) (MIRA 15:3)

PIS IMEMY, Grigoriy Clavrilovich(Fys Imennyi, H.R. 1,
kand.ist. nauk;
AVDEYEV, Yu.Cl.[Avdiei4ov, 1U.0.), red.; KALASHNIKOVA, O.G.
[K-allia-s&-yYo-vel, O.H.), tekhn. red.
[Kighty army of a Great Nation; young peoge about the Amed
Forces of thel U,..J.S.R,,] Mohutnia amiia Velikoho Narodu;
nolodi - pro-,jiMoini ayly SRSR. Kyiv, Holod', 1963. 85 p.
(miRA 16:6)
(Russia-Amed Forces)

ALMSEYN, V. I.; AVIXIIYNV, TI~Jq -
...MOMMIN W-
Centralized wid automatic control of maohinee in a
coal-proparation
section. Ko)m i khim. no.5:12-15 156. (HLRA 9:10)
(Coal proaration) (Automatic control)

AVDEMA) A. A.
121141 (Effmi of Culthating Soil on Activity of Micro.
or pnixim Under Vineyards )a aw Southcrn Chernozems. I
i Nllinnir'planlaylinol ~braboill liod vinagradniki na
lurth,
n)klt thernotrisink)i na delviel'-unst' pochvenn)-kh
niikro-
urpanitmov. A. &I'M-tit-eva, Ndivoredente, 1054, no. 4,
Apir.
11. 74-70.
)eptlt uf plimingi ciinditimi and number of soil jnkto
117:1111silis At new le%cl; nitraN and plinspliftte
wiritcirit. Crapl,-,
Ac.

Ind -firscm). -19561-
see abar Vol. -51. or tai
he din
ct~amj zMW rcr ~qt. itina officlamles of raw,
4% 4~? A nII.T --I I- ~I

SOV11 12-53-1-171
TAnslation from: Referativnyy zhurnal, Elektrotekhnika, 1958,
Nr 1, p 20 (USSR)
AUTHOR: Avdeyeva. A. A.
TITLE: Balance Tests ol a Boiler Operating With Variable -
Compotoition Gas Fuel
(Balansovyye ispytaniya kotla pri rabote nagazoobraznom toplive
peremennogo
sostava)
PERTODICAL: Naladocha. i eksperim. raboty ORGRES, 1956, Nr 13,
pp 9-16
ABSTRACT: Moscow gas consisting of coke gas, natural gas,
petroleum gas and
water gas, was burned in a fire box of 200 m3 (with the back
and side walls
screened) under the boiler of 65 t/h, 23 atin gauge, 3851 C.
Effect of boiler
load within 35-55 t/h, on surplus air CG 1. Z5-1. 15, on heat
loss q2 r 5-61a and
q3 = 0. 3-0516; on g-ross boiler efficiency 92.5-93.016 was
determined. From
the relationship C02 - f (00 obtained for each individual gas
and for the mixture
(CO2,'max - 10. 5 -12. 576) it follows that, with a variable
gas composition, 0( can -
not be kept in a definite relation to C02, i. e. , the
percentage of C02 content in
Card 1/2

SOV/1 12-58-1-171
Balance Tests of a Boiler Operating With Variable -Composition
Gas Fuel
the combustion products cannat serve as.a characteristic of
burning conditions
in the boilers operating on variable-composition fuels. It is
suggested that
combustion be maintained on the basis of 0? content in the
combustion products
which is, practically independent of the fuel composition. To
evaluate heat
losses associated with combustion products, Professor Ravich's
method is
recom. mended, which is based on the heat capacity of fuel
defined as the maxi-
mum comblastion temperature at 0(= 1 and as.sumes that all heat
is consumed
by the combustion products. The above method saves time in
calculating the
heat balance compared with the conventional method; fuel
analytais and deter -
n-dnation of its calorific value become unnecessary; there is
no need to deter-
mine the weighted mean specific heat of combustion products.
P. I. A.
AVAILABLE',: Library of Congress,
1. Boilers--.Operation 2. Boilers--Test methods 3.
Fuels--Performance
4. Mathematics
Card 2/2

AUMORs Avdeyeva, A.A. Engineer SOV/96-58-6--4/24
TITLEs Some test results on boilers workij:Lg on gaseous
fuel. (Nekotorye
rezulltaty ispytanir kotlov, rabotayushchikh na gazoobraznom
toplivG)
PERIODICAla Teploenergotika, 1958, ~ . No.6. pp. 21-30 (USSR)
ABUMACT; This article gives -the results of -beets on
boilers under operating
conditions when burning gas from the Shebelinsk field and
Mosmow
town gas. The boiler furnace chae)ere were originally
intended for
pulverised. fuel. Me normal operational instruments were
used and
additional gas analyses were made. Heat balances were
calculated
by a simplified procedure. Gas from the Shebelinsk field was
analysed
with t#e results iven in table.l. The calorific values was
9050
kcal/k-7at N.T.P. fODC, 760 = Hg). The first boiler -bested
was type
TP-150, W01-king at 36 atm. and 4250C. For conversion to
natural gas,
its six Babcock-Taganrog Boiler Warks burners were replaced
by th6
type illustrated in fig.1, with central gas-delivery.
Details of
the fitting of the burners to the furnace are given.
Operation was
unsatisfactory and much moke was formed. The tips ot the
burners
were modified by providing a large number of holes iniotead
of slots,
and other maoditioations were made. The boiler tests were
then
undertaken, with the results given in table.2. and fill.2.
The
results are fully discussed, but may be slumarised by saying
that
Card 1/4

Some test refiults on boilers working on gaseous fuel.
SOV/96-558-6-4/24
the burners with central gas-delivery worked
unsatisfactorily on
this boiler under the given conditions. A similar boiler,
type
TP-150 was fitted with combined fuel-gas burners with
central gas-
delivery, its shown in fig.l., but also worked
unsatisfactorily.
During major overhaul in June 1957, burners with
peripheral gas-
delivery, its illustrated in fig.3., were fitted. This
yielded the
results given in table.2. and fig.4. In summary, the
disoussion of
the resultis indicated that, on boiler type TP-150. these
burners
considerably improved the efficiency of combustion as
compared to
those with central ga"elivery. Nevertheless, the
o-peration of the
two boileris was not entirely satisfactory. Tests wars
made on a
boiler 07-2-SP of 230 tons/hr, 100 ata and 5100r, fitt-ad
with slot-
type burners. The furnace was intended for burning
pulverised
anthracite dust with liquid ash-recoval. Multi-nozzl-P
gas burvsrs
of the typie illustrated in fig.5. were fitted in the
tmbrasures of
the main solid-fuel burners. The gas ducting of the
tombined
burner is illustrated in fig.6. The test results
on this boiler are given in table.3. and fig.7. The
lismussion of
them may be summarised by saying that these burners did
not ensurs
complete combustion of the gas. Tests were made on a
Borsig-type
boiler of 90 tons/hr, 32.5 atis., and 4000C.. originally
intended
for burning pulverised fuel, but fitted with burners with
peripheral
Card 2/4

Some test results on boilers working on gaseous fuel.
SOV/96-58-6-4/24
gas-delivery, as illustrated in fig.5. They were examined
after
operating for * months. The gas chambers had then burned
away and
some gas was burning in the space between the gas chamber
and the
furnace lining. The test results are given in table.4. and
fig.9.
Combustion of the gas was incomplete. Tests were also made
on a
Borsig-type boiler of 75 tons/hrf 32 ata and 4000C, with
burners
intended for gas only. These are illustrated in fig.10. and
consist
of two vertical headers each with 190 holes of 6 = diameter.
The
test results are given in table.4. and fig.9. curve.2.
Combustion of
tJ.ie gas was again incomplete. The noxt tests used a boiler
type
TP-230 burning Moscow town gas, and tin Wlis of Which is
giTen in
table.5. The boiler delivered 230 tons at 100 atat and
5100C, and
had six Babcock-Taganrog Boiler Works burners with central
gas-
delivery, the type illustrated in fig.l. The test results
given in
table.6. showed that this boiler worked satisfactorilyl
operation
was stable and soot and smoke formation were not observed.
Since the
tests were made on different boilers under different
conditions, they
cannot provide a fully rational basis for selection of
burner design.
However, none of the burners ensured coVlete combustion of
gas over
the entire working range of excess-air factor. Beat lasses
greater
Card 3/4 thAn 1.4% due to incomplete combustion show that
the flows of gas

Some test results on boilers working on gaseous fuel.
SOV/96-58-6-4/24
and air are not proporly mixed. The burners may be classed in
two
groups, according to the manner of mLxing the gas and air. The
first group includes those in which -the flows of gas and air
meet
in the furnsice chambor at the outlet of the embrasure. The best
results with this group were obtained on burners with central
gas-
delivery whon the ratio of the dyn=Lc head of air to that of
gas was
1.25, and on multi-nozzle type burne:rs when this ratio was
0.66.
Very poor combustion was obtained on burners with centria gas-
delivery When this ratio was 0.04. 'Ile second group in that of
burners in i&ich the gas and air f lows meet in the actuiLl
embrasure.
Here the best performance was by burners with peripheraX
gas-delivery
and a dynamJLc head ratio of 0.071 the worst occurred With
Tertieal
burners and a ratio of 0.32. It follows that the best head
ratio of
air to gas depends on the type of burner. For simplicity of
construction, and ease of operation and repair, burners ivith
central
gas-deliverjr are best. In some cases they have been inittalled
without
stopping th,D boiler. Multi-nozzle burners and those with
peripheral
gas-delivery are much more complicated. Further work ir"Lll be
done to
study the relationship bestween. the efficiency of combwition
of gas
and the dynsmic Lead ratio with various kinds of mixing and with
different t, es of burner installed on a single boiler. There
ars
YP
6 tables, 10 figures, 3 literature references (Soviet).
ASSOCIATIONt ORGRES
Card 4/4 1. Boilers-.-Test results 2. Fuels-.-Performance 3.
Gases--Analysis

AVDEYEVA, A. A. (Eng.)
"Several Facts Concerning Experiments by the ORGRES MES
(state T3-USt for
the Organization and Efficiency of Electric Power
Plants, Ministry of Electric
Power Plants) with Boilers Operating of Gaseous Fuel"
(Tbeary and Practice or fts CombumtIon; Tmumactions or a
ScUmt1fle m4
T8CbnICIL1 IbOtIW) :LAnUWm41s G0vt0Vt0khLZ"tt 1958- 343
P-

AVDF,T&ITA, A.A., inzb.
Some test results of gas-fired bollexe [witb summary in
Nuglishl.
Teplonnergetike. 5 rio.6:21-30 Je 1513. (MIR& 11:9)
P. Gosudare,tvannyy treat po orgniazataii i ratsionalizataii
I
elektostant-siy.
/(Bot' L~ra--Testing)

8(6% 1 SOW 11 ?.-59-4-6546
r zhurna~. Elektrotekhnilta, 195.9, M- 4, kU S
Translat'am om: Reier-ativayl p 2 - S ZRI
AUTHOR: Av-deveva, A. A. , Z-nd Lin'kov, A. N.
TXTLE: Some Proltlems in Gas Fixr;!
PERIO-n.','.GAL: 14ali!.dochm~.ye i eksperim. rabolty ORGRES,
Nx 15, 1958, 209-223
ABSTRACIT: 'Teats of lr-:~ustxial plants have showa that m
bcflers from
the anthxacAe culm over to a gas fuel, the ouperheatez-:!Ieam
temperat-are
erope Z5-300C. In 2witching boflars from & liquid fuel ovez- to
a gas IfUel, the
s=er'teated-steani tempexature rises by 15-2.00G. In -."Ala
Connection, to
the superheated -&team tarnperatuve, it -I.- expedient to
1~u".. the gas
with- L. ~IUI. -flame in the first ca;3e, a=d to burn ;-t with
v. bright 1.1.a-me n the
!;econ-l caoe. Tlie efficiency of gas burning that' io
deter-m--'ne,-, by tHe
;-czrnplete comb-aotion depends on: the relEAion. 'between the
dyaamic- pres~m-es
of air g2_3 n, the stream turLullent agitation, shape ani size
ox ga.;-cut-let
porto, shape P.-ad size of embrasure, and Ot"Ier 'LaCtOr9. Oil
b&OiG Of te8ti)
conal-acted with four b0iIeTB haviag external-mi:0.ng buraerz;
aad four bo;-IP-rL;
Carr! I/Z

SOV/1A?-59-4-6546
S/Me Rr-oblems i-a Burning Gas Fuel
having internal-n-Lixing burners, the following concluaions are
d:rawn:
Fox va-xilous cases of air-gas mixing, optimam values of a vary
widely. Fcr
an external -mixing burner, the heat loss due to chemically
;--c!Z.-nPlete
combuEtion decreases with increasing n. The best results have been
obtained
wit"a n it 0. 1. With a bright flame combusti:)n, the
central-gati-distributior.
buzner sh,.%uld be used; with a dull flame, the preliminary-mix
burner should be
used. With the v,ortex-t)q)e air supply, the'Ziest results were
obtained from a
peripheral -gas -distribution burner. Within 90, 000 -140, 000
kcal/m3h-, in the
furasce, the proper burner design would reduce losees due to
cher-rdically
-Mce.implete combustion to a minimum for bot:h bf ight and du,111
flarnes. The
centr aL -gas -distribution burners are most rational as they are
simple to
ma=&LCture, ccrivenieat to mount and repai::,, and reliable L-1
operation.
S. M. Sh.
Card 2/2

AUTHOR: Avdeyeva, A.A., Engineer
SOV/96-59-8-6/27
TITLE: The Analysis of Boiler Combustion Products by Gas
Chromatography
PERIODICAL: Teploenergetika. 1959, Nr 8, pp 16-20 (USSR)
!ABSTRACT-., Existing methods of gas analysis are not
accurate or quick
enough to meet the needs of mcdern power station practice
and accordingly ORGRES has been trying to use chromato-
graphic methods of gas analysis. An experimental ohrometo-
thermal gas analyser type KhTEhG-1 was developed by the
All-Union Scientific Research Institute for Petroleum
Prospecting: it is a portable instrument intended 'for the
determination of hydrogen, oxides of carbon, methane.
propane, and other hydro-carbons in gas mixtures. Aasorp-
tion development chromatography is used to determine the
hydrogen, carbon oxide, and methane. The adsorbent is
activated charcoal grade AG or KAD, and the devorbent is a
flow of' air. The basic principles of operation of the
equipment are briefly explained. In the gas analyser the
- consists of silica gel grade ASK and diatomite,
Card 1/4 carriei

SOV/96-59-8-6/27
The Analysis of Boiler Combustion Products by Gas
Chromatography
and the solvents are dibutylphthalate and medicinal
paraffin; the mobile phase is air. As the gasec,us com-
ponents are recovered from the analyser they are burned by
contact with wa incandescent platinum wire. The chromato-
thermal gas analyser consists of three main units; a
schematic diagram is given in Fig 1. The function of the
first unit is -to clean the gas and air prior to analysis,
to measure quantities and to establish rates of flow. The
second, chromatography unit consists of three tubes of
sorbents,, one oontaining activated charcoal, another con-
taining silica gel saturated with dibutylphthalate, and the
third diatomite soaked in medicinal paraffin. The third
unit is a thenno-chemical gas analyser which determines the
thermal. effect'of burning the gas on the platinum wire. The
third unit is then discussed. It is based on the principle
of an unbalanced bridge, whose circuit diagram is given in
Fig 2. The method of operating the gas analyser is explained.
A complete analysis to determine the content of hydrogen
carbon monoxide and methane takes ten minutes; subsequent
Card 2/4 determination of ethane, propane and butane takes 30
minutes,

SOV/96-59-8-6/27
The Analysis of Boiler Combustion Products by Gas
Chromatography
and finally w1th determinatioia*of the isomers of propane and
butane the total time is 50 m:l.nutes. The ihromato-thermal
gas analyser type KhTKhG-1 wao tested at the Heat and
Electric Power Station of the Moscow Power Institute. The
instrument was first calibrated using a recording potentio-
meter type MIP-09 to chart the results. Fig 3 shows a
typical chromatogram for a ga;5 mixture of the following
volumetric composition: hydrogen 0,02~o, carbon monoxide
0.04%, methane 0.05%. Similarly Fig 4 is a chromatogram
for a mixture of methane 0.5ci~, ethane 0.5%.. propime 0.5%,
and butane 0.5%. Analyses of combustion products taken
from different boilers when burning Moscow City gas, Moscow
brown coal and Chelyabinsk coal are tabulated to show the
consistency of the results. lt will be seen that the re-
peatability is good, the grea-est differences tieing: for
hydroe;en 0.004%, for carbon monoxide 0,005%. for methane
O.OC7%,, Other chromatographic methods might be applied to
gas artalysis, and thermal treatment might be used in other
ways. Fig 5 shows a chrometogram of a mixture containing
0.5% of each of the following gases: hydrogen, carbon
Card 3/4 monoxi.de, methane, ethane, propane and butane. The
procedum

SOV/96-59-8-6/27
The Analysis of Boiler Combustion Produi,.ts by Gas
Chromatography
was to inject one ml of the mixture into aluminium oxide
contained in a coiled metal tube which was then beated to
800C. The chromat-ogram, was produced by passinE; air
thrc,,ogh
the co-111 at a, rate of 40 mlAln. The time requii' ed tv
analyve this mixture was only 5 minvates. The method may
be used 'to analyse complicated mixtures of hydrocarbons.
It is concluded that gas cbrontatography should be used
extenEiively for the analysis of gas in power stations. The
method. is more accurate than existing methods and 7-.an
d'4-.
termine quantities down. to 0.01% by vol,)me with cal error
not greater than 5%. The tima required to determine
hydrogen carbon monoxide and inetdiane is only tuen minutes.
There are 5 figures, I table .%nd 6 Soviet references.
ASSOCIATION: ORGRES.
Card 4:A

27918
S/096/61/000/011/003/oo6
0!9 0 E194/E155
AUTHOR~ Avdeyeva, AA., Engineer
TITLE, -TF-eusc 'o:rgas, chromatography for the analysis of
combustion products
PERIODICAL,,~ Teploenergetika~ no. 11, 1961, 37-42
TEXT,. Severa:1. types of chromatographic equipment for gas
analysis have been developed in the USSR but as yQt none is
specially designed for the analysis of combustion products,
which
has a number of special fcature,-i. In existing designst, the
column i8 filled with activated charcoal which can adsorb both
combustible and certain incombustible ga--.es. In particular,
the
adsorption properties of activated charcoal relative to carbon
monoxide, oxygen and nitrogen are very si.milar and the three
gases
are evolved from the column almost simultaneously and so they
are
difficult to separate. Again, Soviet chromatographs, commonly
use
detectors based on the thermal effect on burning the
combustible
componentv of the 1gas mixture on a platinum wire that forms
part
of a Wheatstone bridge circuit, Incombutstible gases can
affect the
result insofar as 'they aria of different i;hermal
conductivity.
Card 1/7 or

2'1918
The use of' gas cbromatography s/cq6/6l./ooo/oI1/003,/oo6
El94/El55
Ussually the gas is blown through the column with air and the
platinum wire i.s m.aintained at atemperature of 650-750 OC. At
this temperature the thermal condiictivity of oxygen is greater
than
that of air, whilst that of nitrogen is :iess~ Thus, if tlie gas
to
be anal-ysed contains nitrogen and oxygen in the same
proportions as
in air the instrument does not react to them at all; if there is
more nitrogen a. positive nitrogen peak in shown, and if more
oxygen a negative oxygen peak. Carbon dioxide can give similar',
anomalous effects. A brief review is given of various attempts
that have been made to overcome these di,"ficulties, but none of
them are without their defects. Work oil the use of gas
chromatography to analyse combustion products was carried out in
the laboratory for the Intensification oT Furnace Processes of
ENIN AS U;35R. The object was to find methods of separating
carbon
monoxide, nitrogen and oxygen so as to bi,!~ able to determine CO
accurately in the presence of nitrogen iii any proportions. In
seeking ways of -improving; the separation, spe--ial attention
was
paid to C-Dlumn geometry and it was found that satisfactory
separation could lie obtained on a column with an intprnal
diameter
of 3 mm and a length of 3.5 m with air sweep, With these
Card 2/1

27918
The use of gas chromatography .... s/o96/61/000/011/003/oi)6
E194/EI55
proportions the presence of nitrogen in tlie sample does not
interfere with the determination of carboti oxides, whether
or not
the mixture contains C02 and 02, With a column of these
proportions the sensitivity to methane is poor, being about
0.1% CH4 by volume,, When the methane content must bb
determined
accurately the column should be split into two parts
connected in
series, the total length remaining 3.5 m and the second part
being
1 M. Arrangements are made to introduce a sample between~the
sections. A test is first run in the ordinary way with a
column
length of 3.5 M. T'hen if it is necessary to determine a
concentration of CH4 less than 0.1% a second sample of the
mixture
is introduced at the intermediate sample point. The effective
column length is I M. A column of this c-:~nstruction may be
used
in a portable gas analyseir, which is brierly described. The
air
first passes through a filter in which it is dried and
cleaned,
then it picks up the gas sample and passe.9 through the
column.
The separate components of the analyzed mixture reach the
detettor
where they burn in turn on a platinum wir-it, thus
unbalancing a
bridge and causing the deflection of an instrument. An
inatrument
Card 3/7

'j
2791"
The use of gas chromatography . ... S/1)96/6i/ooo/oll/oo3/oo6
E11)4/E155
of this kind can easily be made in quite a small laboratory.
Separation of a mixture is improved when the sample is small.
The lower limit of sample size depends up3n the sensitivity
of the
detector, and. with the equipment described it is 0,,5 - I mt
for
rich mixtures, The maximum sized sample which can be
adequately
separated is 10 mt,, The method of introducing the sample is
most
important and in particular the sample should be introduced as
close as PDSSible to the column so that it reaches the
adsorbent
quickly. The beat way of driving the sample from the sample
tube
to the equipment is by liquid displacement, and laboratory
equipment -u5ed for this lyarpose is descrilbed. Liquid
displatement
methods-of sampl-ing have their disadvantages, principally
because
some liquid is left behind in the calibrated volume. A dry
sampling tube is described in which by means of a four-way
tap the
flow of gas may bB directed through the sampling tube or may
by-pass it. The methods described are particularly convenient
for
mobile installations. It is convenient to use the standard
portable gas analyser type V'PT-J1 (I)GF-11) as a
platinum-wire
detector. A pointer-type mi-cro-ammater is connected atros!3
the
Card 4/ 7

2791.8
The use of gas chromatography .9qae s;/o96/61/000/011/003/006
1',194/E155
bridge in parallel. with an electronic potentiometer type
'_~rlil-09
(EPP-09) with a scale of 5 mV. The VOltiLge applied to the
bridge
is maintained constant and depends upon 1the problem in hand.
Each
component of the mixture reacts differently to increase the
temperature of the platinum wire, as is illustrated by the
graphs
of Fig~5;c In this figure the instrument deflection (in min)
is
plotted against the voltage applied to the bridge. The rate of
air flow -was 40 m~/min, and the column dimensions were ? = 3
i 5 in
d = 3 mm, Curve I corresponds to H2, 0-M curve 2 to CO, 0.3%-~
curve 3 to CH4:, 0,6%. Curve 4 relates to a column of 1 M,
d = 3 mmq with 100% mitrogen. It will be seen that
the-character
of the curves is (Rifferent for the different gaseso In
particularg
methane is detectcd only if the voltage is greater than-1.7 V.
The shape of these curves; explains the lack of success in
developing an instrument to indicate total under-combustion in
combust,ion producta. In practiceq a voltage of over 2 V is
used
only whert methane must bt detected, becatuse the wires
quickly burn
out at voltages above 2AJ. If it is rvquired to detect only CO
and H2 a vOlt'Mge (If 1-4 If is sufficient,. The instrument is
calibrated with a gas mixture containing known proportions of
the
Card 5/7

27918
The use of gas chramatography .. ... S/096/61/000/011/003/oo6
E19VE155
substances to be analysed. The laboratory uses a volumetric
method
of making concentrated mixtures, followed by dilution. The
accuracy
of the final result; depends, of course, an the accuracy
of.making up
the standard mixture a-nd it in conside-red that the overall
accuracy
is 0.05%~ Because of its simplic-i-ty -and high accuracy gas
thromatography will. be more widely used Cor the analysis *f
products of incomplete combust-ion in research institutes and
power
stations. However, the method-requires 1-."urther detailed an4
general study.
There are 5 figures and 6 Soviet-bloc reirerences,
ASSOCIATIONs ENIN AN SSSR (ENIN AS USSR)
or
CaLrd 6/?'

AVDEMA, A.A., irizh.
Gas burner with central gas feed. 'reploenergetika 9 no-3:38-41
Mr 162. (MIRA 15-2)
1. Gosudarstvennyy trest po organizatsii i ratsionalizatsii
rayonnykh elektrostantsly i setey.
(Gas burners)

AVDEYF.VA,_.L. A. _
Chromatographic analysis of the combutition products
of natural gas.
Gaz.delo no.100-35 164. (MIRA .17:4)
1. Energeticheskiy institut im. G.M.Krzhizhanovskogo
AN SISSR.

- AVI)EYEIIA, A.A.. inzh,,; FETISOVA, V.N., tekhni),
Preparation of' control mixtures for cal,ibrating
chromatographic
gas analyzers. Teploonergetika 11 no,, 1:94-96 Ja
164.
(14 IRA 17 - 5)
1. Energeticheskiy institut im.
G.M.Krzhizhanovskogo.

AVDEYEVA, A.A.. in-.h.,- VETKIR, G.I., inzh.
Di3tortion Df the senple of combaation products
after the
determination of oxygen using VTI wid ORSA apparatus.
TPp-- oen ergs tA-kEL 11 no.5:93-94 Myl&~. (MnUt
1.7t 5)

AVDEYEVA.p A.A., inzh.
Effectiveness of burning ma2ut. sta. 35 no-5~79-80
W "64. (MIRA 17: 8)
1. Energeticheskiy instituto im.
X-rzh!.zhanovskcgo AN SSM.

AVDEIEVA, A.A., inzl,.i SFEYSHFR, V.A... kand.
tekhn. nauk., red.:
-~_"_"'IMO_tEWKAYA, L.A., red.
(Methods and i,-ontrol of gas combusti.)n in
electric power-
plants] Metod*y i kontroll szhiganits gaza na
elektro-
StEmtsilakh. Moskva., Energila, 1965. 143 P.
(MIIU 18t?)
2. ORGRES, trust.,, Moscow.

AVDEYEVA A.A., inzh.1 POLYATSKIN, M.A., kand-, teklin.
nauk
i 'I
%ccuracey of tho determination of comlutitible
components In com-
bustion products. Slek. stas 36 no.11 t25-28 N 165.
(MIRA 18:10)

2 RE-22ZEEM
L 3o?85-66 EWT(M)/EWP(t)/#'ET1 IJP(c) JD/WB
ACC NRz AF6022097 SOURCE CODE: UR/006/66/600 00410
AUTHOR: Avdoyova, As As (Engineer)
E
ORG: Powor' Institute ime Go Mo Krzhizhanovskiy (Ehargetichoskiy
nki
TITIS: Using tho chromatographic method for chocking corrosion
rocosse3
SOURCE: Toploon-argetika, no. 4. 1966, 88-90
TOPIC TAGS: eorrosion, corrosion protection, gas chromatography,
water
ABS-MACT: . In the determination of the cori6sive agents involved
in power-
station corrosion problems, as wall as the dotormination of the
concentration
of corrective ad(litivos -- lumwnia and hydrazine - the methods
currently
usod are not imViciently sonsitive. This article presents a
description
of the analybILO&I portion ot vQ:rk jww going on at -the author's
institute in
nnoction with possible use of a chromatographic method for such
analyces.
their methad. air is made to bubhlo through a mimple of the vater
to
be analysed for a time, until there is generated on top of the
liquid an
equilibrium gms phase which can be muilysed chromatographically.
It was
found that 40 minutes of reciroulation bubbling wan sufficient to
establish
Oquilibrium, a* 60 minutes vere used in all. further experiments
to'insure
accuracy, Thet davice,with proper substitution of adsorbents in
the gas
.chromatograph column, could be used for the d6torldmation of
hydrogen oarbont
coxygen and nitrogen in wat~r*-'s*_a*r*9'l'es-.'. ' Orig'* arte
hast -7-figures ?-T 0 P.-Sy -
SUB COD3: 13, 07 / SUBM DATE t none / ORIG REF 1 003 / GrTH REF 1
001
rmn. *ei..% em-ez., en

AVDEYEVA9 A.- B.v CAND GEDL-MIHER Scit // THE
HYDROGIEOLOOY
OF THE PRINCIPAL DEPOSIT4 OF CARBONACEOUG WATER$ Of THE
/I
NAKMIGMEVANSKAYA ASSRb Moscowt 1960. (MIN OF HEALT14
USSR.
CENTRAL Sci RES INST OF HEALTH RESORT SCI AND
PHYSIOTHERAPY).
(KL9 2-61t 201).
-44-

-AUEML, ~AB.
Conditions governing As
~j
the Rakhichevan A.S.S,11.
159.
formation of carbonated waters in
Uch.zap,AGU,, Geol.-geoq,ser. no.143-54
(MIRA 15:12)
e~
(Ne.khichavan A.S.S.R~neral waters)

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AYDRYEVA,A.Y., professor, doktor tekhnichaski.kh
nauk; PITELINA,N.T.,
- - '--, Ifi,zwe"n''a- r
Solubility of sulfur gases in various oils.
Khim.prom. no.2:51-53
F 147. (KLRA 8:12)
1. TSentrallneiya nauchno-iseledovatelloUays
laboratorlya "NIOGAZ"
(Sulfur compounds) (Solubility)

AjZi I A v
Gazovaya scra. (Sulfur from outp,,oJng gas) Moskva, Goskhemizdat,
lc5O.
106 p diegrs., tables.
I'Litpratura" at the end of each chapter.
A description of technological methods for the extraction of sulfur
from. sulfide
ores and gases, as wr-,11 as methods for reprocessing of sulfurous
anhydrides and hydroFen
sulfides into elemental sulfur. L-Ists Alpo main proluctional
system's for sulfur from
gas and metbods for analytical control of -rocesses.

MIN, I.A. ,..-AV
,.A*jWA11MM, NIP,
QMjjrAAOV
Corroalon of araente-Roda npparatua of desulfurating
installations.
Rhim.prom.no,4:2)7-239 is 56. (NLR& 9:10)
1.Gosudarstvennyy naurhno-is.sladavatellskiy institut
promyehlennoy
i sanitarnoy ochiatki gazov.
(Corrosion and anticorroaives) (Arsenic) (Sulfur)

rAVDIMAIJAJ.; TSYGANOVA. P.A.; SOSNOVSKIY, L.B.
lot
Studying'th* corrosion resistance of materials for making
apparatus
uved in the production of pectin fron beat pulp. Xhleb. i
kond. pros.
Vno,5,:-l.?.A!,-'37...-.-. - . (MLRA 10W
1 'Nosiovsk.1l.y takhnologichookijr ino.titut pishchevoy
promrshlonnosti
(ior Avdpjvirm and TSvga suyy konditerskly nauchno
Aqv*j. 9.. Va,spoyu
iseledovatellskiy Inotitut (for Sotinovskiy)
(Pectin) (Corrosion and azticorro;ives)

< j t
137-1957-12-24542
Translation from: Referativnyy zhurnal, Met-illurgiya, 1957, Nr
IZ, p 228 (USSR)
AUTHORS: Avdeyeva, A. V., Sokolovskiy, A. L., Tsyg3nova, P. A.
TITLE: Corrosion Resistance of Metals in Sugar and Caramel Syrups
(Korrozionnay.rt stoykost' metallov v saklinrnykh i karaniel'nykh
siropakh)
PERIODICAL: Khlebopek. i konditersk. prom-st', 1957, Nr 4, pp
12-14
ABSTRACT: Some results of corrosion experiments conducted on
various
metals in the preparation of cararnel under both laboratory and
industrial conditions. The degree of corrosion was determined
by the weight method. Sugar (pH Z.87; 3.14) and caramel
(pH 6.?2; 6.14; Z.81; 2.12) syrL.ps were investigated its the
corroding media. Tests in the plant apparatus have demonstrated
that steel 3 is unsuitable either for syrup made of crumbs or
for caramel syrup. Cu is unsuitable for syrup made of crumbs,
-,vhereas Cr and Cr-Ni :iteels are corrosion resistant; in the
media mentioned.
Card 1/1 0. P.
1. Caramel syrup-Corrosive effects Z. Sugar syrup-Corrosive
effects 3. Metals-Corrosion-Test results

A v.N: Y F 1",/) /J . 1""- 137-58-5-10155
Translation from: Re:l'crativnyy zhurnal, Metallurgiya,
1958, Nr 5, p 181 (USSR)
AUTHORS: Avdeyeva, A Sokolovskiy, A. L. , Tsyganova, P.A.
TITLE: An Investigation of the Corrosion Resistance of
Metals in the
Confectionery Industry (Issledovaniye korrozionnoy stoykosti
metallov v konditerskom proiz\,odstve)
PERIODICAL: Tr. Mosk. tekhnol. in-t pishch. prom-sti, 1957,
Nr 10,
pp 96- 103
ABSTRACT: A study is made of the corrosion resistance of
Zh-17-T,
Ya- I-T, and St 3 steels and of.A1 and Cu, at IZOOC, in the
fol-
lowing aggressive mediums: 1) sugar syrup with 1% added lac-
tic and 1% added citric acid, pli 2.87, 2) invert syrup, pH
3.14; 3) caramel syrup on molasses base, pH 6.22 and 2.8;
4) caramel syrup on invert sugar base, pH 6.14 and 2.12. Zh-
17-T steel proved fully resistant to all these mediums.
Ya-I-T
steel was less stable. St 3 steel was totally unstable. Al
starts
to corrode in acid caramel syrup. Cu corrodes in acidified
syrups. Shop tests showed that steels Zh-17-T and Ya-l-T
are
completely stable in a medium of caramel crumbs and caramel
Ca rd 112 syrup and are suited for the fabrication of
cooking tanks. Studies

137-58-5-10155
An ln~estigation of the (cont.
are made of the corrosion strength of metals in caramel
mass with 1% lactic
and I% citric acids added (at 1450C).. in ca ramel
fillings (I part apple puree
plus 1 part sugar at 950) and in reboiled preparations of
apples, apricots. and
alycha I a member of the damson plum familv; Transl. Ed.
Note] (at 1?-Oo *).
Zh- 17-T steel and Al are completely stable in caramel
mass. Ya - 1-T and CU
become corzoded. St 3 steel is completely unstable.
T.A.
1. Metals--Corrosion 2. Industrial plants--Equipment
Ca rd 2/2

SOV/ 13-7-58-11-2-3042
Translation from: Referativnyy zhurnal. Metallurgiya, 1958,
Nr 11, p 173 (USSR)
AUTHORS: Avdueva A. V. , Sokolovskiy, A. L. , Tsyganova, P.
A. , Begunova,
-T. N.
TITLE: Investigation of Corrosion Resista-Mce of Metals in
Aggressive Media
of Caramel Production (Issledovaniye korroziynoy stoykosti
metallov v agressivnykh sredakh karamellnogo proizvodstva)
PERIODICAL: Khlebopek. i konditersk. prom-st", 1958, Nr 2, pp
14-15
ABSTRACT: A study was made of the corrosion of Zli-17-T and
Ya-l-T steels,
Al, Cu, and St3 steel in a caramet mass, caramel filling (I
part
apple puree + I part sugar) and in boiled apple, apricot, and
damson-
plum purees. Zh-17-T and Ya-i-T steels are resistant in all
three
media, Al is resistant in the cararnel medium, Cu in the
caramel
filling and in the boiled purees. The addition of 10/o citric
and 1%
lactic acids to the caramel mass and filling does not
increase cor--
rosion. The addition into the boilcd puree of 20/o a line
must have
been skipped in the Russian original. Trans. Note . . . , .
Cu. Upor.
the addition of 20/o trioxyglutaric acid to the apricot puree
all metdls
Card 1/2 are corroded. Tests under shop conditions showed a
good resistance

SOV/137-58-11-23042
Investigation of Corrosion Resistance of Metals in Aggressive
Media (cont. )
of Zh-17-T and Ya-l-T steels in the filling vacuum apparatus.
Only Ya-l-T steel
is resistant in the storage tank for puree treated with SOZ,
and it can also be
recommended for the manufacture of the condenser of the
water-jet air pump
where SO-) of various concentrations may always be present.
T. A.
Card 2/2

06219 ~
50) SOV/64-59-6-11/28
AUTHORSe Av..deyeval A. V.9 Burbs, A..A.
TITLEs Purification of Gaseous Sultur.-i of Arsenic by Line
Milk
PERIODICALs Xhimicheakaya prowyehlennost', 1959, Nr 6,
PP 501 - 502 (USSR)
ABSTRACTs Since only few data are found in publications
on.tho purifi-
cation of gaseous aulfur. of arsenic it has been trLed to
olarify the influence of the main factors, i.e.,C&O concen-
tration, specific consumption of lime milk, duratiom of
scrubbing, etc on the quality of aulflmw. purification.
Gaseous
sul,f,tw. 4 containing 0.4% of As was scrubbed in the
laboratory
at a pressure of 2.5 atm and 1250 in an autoolays In 4
differ-
ent *aIt solutions (Table 1), and it was found that scrubbing
with lime silk (15 9 of C&071) for 59-minuted is the beat
method. Based on these preliminary experiments
iav(istigations
were carried out on a larger scale, i.e.,an 14/Apolant of 70
to 140 t of sulfur- was tested for 24 h. The sulfur..' was
also
scrubbed at 1250 and 2-5 atm, in a horizontal, rotating
cylinder,
Card 112 with variations in the concentration (10-20 g of
CaO/l) as

06219
Purification of Gaseous Sulfur,., of Arsenic br Lim* Milk
BOV/64-519..6-11/28
waill as in the ratio lime milk - suI$ag&,b and the
duration
of scrubbing (Table 2, data of acrabbing with 13 - 15 g of
Cao/I and processing of 100-140 t of sulftO in 24 h). The
best concentration was found to be 15 9 of CaO/l, in which
case the As content deoreases at a working capacity of
70-60
1 approximattly 0.011 - 0.013%, and in
of Olkowr/24 h from
the case of 100-120 t/24 h from 0-070 - 0-190%- There are
2
tables and 2 Soviet references.
Card 2/2

ATMUTAI JI.V , doktor tekhn.nauk; Al-WHIN, S.F., in2h.;
ALTMI911, K.S.,
toozt.'; IM(MSMYN. I.I., kBnd.khiw.nauk; BRUSHTM, M.S,;
GRIGORITEY, F.B.. insh.; ZBFZEZNOYA., T.T., inzh.;
ISTOM3NA, M.H.,
kand.tekha.nauk; KOXLOT, S.A., inzb..; KCLESNIKOTA, T.K.,
inzh.;
KOCIEUKOV, I.A.. inzh.,- UnlIN, O.G., kana.tekhn.nauk;
HANNINA, T.A.,
inzh.; SCIUMTHOT, U.N., inzh.; SHOLTANITSKIT, Me., inzh.;
TMMIN.
A.I., kand.tekhn.nauk; TSYMISKIT, A.A., inzh.;
CBERNOIYANIIIE. A.Ya.,
inzhi; SOLOYSIATA. A.Te., inzh.; BZNI. G.M., inzh.,
retsonzent;
KUSHALKIII, G.A., kand.tekhn.nauk, reteennnnt-, GUSZOT,
A.I., red.;
MAWYHOT, M.I., kaAd;tekhu.nauk, red.; KRUGLOYA,
G.I..-zed.; .1~13IRA,
TO.I.. telchn.fed.
[confectioner's manuall Spravochnik konaitera. Pod
obahchei red. M.I.
Hartynova. Moskva. PiahchQpromizda-b. Pt.2.[Technological
equipment of
the confectionery industryj Tekhnologicheskoe
oborudovanie kondttersko-
go proizvodstva. ig6o. 63o p. (HIRA 14:3)
(Gonfectionery-lquipment and supplies)

---AV-DK-YML,k.-Alakstui,:Ir-a--Vasi-ltyevm., prof.;
OSTROVSKIY, A.I.,, prof..I
retsenzent; KHASILISHGHIKOV, A.I., dAtor kbiy.,. naul,,
ret:3enzent;
KALMENS, R.I., red.; KISINA, Ye.l., -Lekbn. red. '-
(Metal corrosion in the food industrr]Korroziia metallov
ir pishce-
voi prou7shlonnosti. Moskva,, Pishch)promizdat., 1962
20c,? p.
(Food industry-Equipment imd supplies) iMDU 1!;:12)
(Corrosion and anticorrosives)

11YURMY Sergey TJjnofeyPvlch, kand. tekhn. nauk;
BAZANOVA, Adol'aid!i
Ivanovna, nauchn. sotr.; ILIC104KO, Boris
Ilikolayevich,
nauchn. sotr.;.A=
doktor tekhn. nauk, prof.,
retsenzent; SKURIKHIN, I.M., kand. tokhn. nauk,
retsenzent;
CIMINYAVSKIY, N.F., inzh.-konstruktor, retsenzent;
SEBKO,,".,
red.; VASILIYEV, I.# red,
[r-rotective coatings of containers in wine
making] Zashchit.-
rWe pokrytiia rezervuarov v vinode2i i.
Simferopol' , lzd--;vo
"Krym," .1965. 103 P. (MIRA 38: 5)
1. Zaveduyushchiy laboratorlyey Vses:)yuznc)go
nauchno-
issledovatellskogo instituta vinodellya i
vinogradarstva
"Magarach" (for Tyurin). 2. Laboratoriya.
Vsesoyuznogo
nauchno-Assledovatellskogo instituta vinodeliya i
vino-
gradarstva "F.agarach" (for Bazanova, Illchenko).

AVDEYE'VA Alekslindra Vasillyovna; OSTROVSKI'Y,
A.l., prof.;
)KRASILISEICH IKOV, A.I.. doktor khir,. nauk;
FUTS, V.-K.,
red .
[Corrosion in food production and measures for
its pre-
vention*] Korroziia v plshchevykh
proizvodstvakh I sposotri
zashchity. Mlskva, Fishchevaia.
proqvshlennost', 1965.
242 p. (MIRA 18:9)

GERSHANOVICIIPV.N.; AVDEYEVA, A-.V.; GOLIDFJUIB, D.M.
Release of the enzymes of the gluccas transformation
systein
from the spheroplasts of Escherichia coli B obtained
under the
influence of the "gbosts" of the even series of T
phase.
Bickhimila 28 no.4000-708 JI-Ag 163. (MIRA 180)
1. Institut, epidemiologii i mikrobiologii imeni
Gamalei AHq
SSSRJ. Moskva.

FROKIN., G.Yo.; GOLIDFARB, D.M.; ILIYASHENKO,
B.N.;,AV_Dr-XEU,-A--V--j
VINETSKIY, YU.P.
Mechanism of radiation injury of the bacteriophage
under the
indirect action of ionizing radiation. Med. rad. 5
no.120~42
160. 1 (MIRk 14:3)
(BACTERIOPHAGE) (ESCIHERICHIA COLI)

AVDMVA, D.
lUllta Vnebarova makes a corrnOlon. Rabotnitsa 37
no.120
D 1.59. (MIRA 13:3)
1. Haeballnik tookbe fabriki "Solidarnostl," posolok
Savlao, Ivannvokoy oblasti.
(Savino(lvanovo Province)--Irextile industry)

r 6 U ~, r tj, y-LI 1; E,A
;-:sth(:d fcr d-,r,ern,'rlrE the
of voly6staris (FIRA 18:8)

L 20378-66- EW1:i~)/LW(J)/T Ww1W
ACC XR: AP6006544 (A)~ SOURCE COM UR/0191/65/000/011/0032/0035
I AUTHOR3i Sedav, Lo N.j Us Pe Z,; Avdeyeva, Go M,
OROt none
J. TITLEt Prqp~lrtiea_of polyesters of diethylene glycolland meleic
ard sebacia acids!
i and their 8 ione copoviers- ...........
SOURGE3 Plastic eakiya massy.. no& lls 1965s 32-)5
TOPIC TAGS, polyesters,resino polymers copolymerization, styrene,
chemical
A
compositionj diethylene glycoll' maleic acid, nebacic acid, copolymer
ABSTRACT.
The influence of the composition on the properties of mired polyesters
of diethylene' glycol ani malaic and sebacio acids and on their
styriane copolymera
i Was investigatod. The polymers were synthesized after P. Z. Li and
L. N, Sedov
(Plast. mikasy No, 9,, 12j 1963) - The effect or polymer composition
on the m lecu"
lar voight acid numl*r; hydro;;l numbers densityp viscosity., density
tT croo
as
linkages, rate of gfilatinizations strength limits *and deformation
was detemined.,
The experluientELI re. tables (see Fig. I)s It was, I
sults are presented in graphs and
found that. the composition of the polymer had a greater effect on its
strength
Card 1/2 UDGI 6178o674,410

L 2Q378-66

ACC NRz'--A~6006544

0

Fig. 1. Temperature

curves for the
copoly-

merization of unsaturated

asters with styrene.

1 - 3s polyester
1; 4 -

Zil

61 polyester 11; 7 -, 92

polyester III& Styrene I
60
-
contentj :1, 4o
7 - 33%j

2, 5, 8 -.5o%j 3j 6j 9
1 561

67% whereJs 11.9 and 111f

refer to
the follow
40

mole. ratios of: Duet is

glycols OuLleic~a el~,

sebacic
acid, I

IzO-50.5j: II

110,33,090) 111

ito.166to. respec-
40 80 fZO ~6V, 834
W

Min~ , i'f tivaye
time
'
-
'
than its ela icit"r
on st

6a-- -irt~-
ba;FY-Ublcst
4 nee
9* gr&Phn,, and 3 equatio
IUB CODIC SUB3 DATE
.,--b tp?,U/ a_ none/ ORIG RIFs 0031 OTH REFt 010

vmb

141V I NSKAYA, M. M.; P IP iR,611NA, M 11. A
-*J'DEYi--", A..
Y-.rjy tr,,t).rapy in ~Dmpourid
trout-plalit, 0t, atorl~ ral. iO no.7119-23
Jl " 65. (Mlrbli -'8.-9)
.L. "Jen4 Dg I ZtAV~ .,. pr of. 'L. ~-agor I,
-;crn 'k.)r; e zp -).,.dent AMON ISISSR
I.. A Novi ko~-a ~ .1 c-del pa""! ju I, i~,-~kov a
natcral:i )pu..,chaloy
clielDvoka (za"!, J`Ilea ANN prff. N.k.K-,ayf)"-
I MIN

TRAMUNIKOV, N.N.; AVDEMA) I.A.; MUSM-GYAN.. S.A.;
LEVITSKAYA, L.A.
Experimentc-LI basio-of chemotherapy of malignant tumors of
'the
extremities by the method of regional porfusion. VeatoMIN
SSSR 17
no.6:67-72 162. (IOU l5t8)
1. Institut eksperimentallnoy i klinizheskoy onkologii ON
SSSR i
Institut, eksperimentallnoy khirurgichDakoy apparatury i
inatrumentov
Ministerstva zdravookhraneniya SSSR.
(EXTRWITIES (ANAMIY)--CANCEil) (PEMSION MCP (HEART))

MAY25VOKIY. AWKEVA, I.A.; ROMAJOWO, Ye.A.; URAZOVA, A.P.;
BONDARIVA, A.S.;
TIM0FNYA'V.'i-'KATJL, Ya.A.; M&WEVA, V.G.; GORIKOVA, U.P.;
TAYb'IIIRk, N.M.
Aurantin and its effect on experimental tumors. Antiblotiki
4 no.4:43.-46 Jl-.Lg 159. (MIRL 12: n)
1. Laboratoriya eksperimentallnoy bioterapti (zav. - chlen-
korrespondent AHN SSSR prof.M.11-Mays-vekiy) Institute
eksperimentall-
noy patologii i terapii raka AMN SSSA.
(ANTINHOPLASTIC AGX4TS pharmacol)
(ANTIBIOTICS pharmEm-ol)

ROW-11ENKO, Ye.A.; AVDEYEVA, I.A.; MAZAYEVA, V.G.
Effect of some antineoplastic antibiotics on
induced tumDrs.
AntibiotlRi 9 no-4:348-351 Ap 161,. (MIRA 19: 1)
1. Laborattiriya eksperimentallnoy bioterapii (zav.
- chlen-
korrespondent AMN SSSR prof. M.M.. M%yevskiy)
Instituta elcsperi-
mentallnoy i klinicheskoy onkologii A14N SSSH,
Moskva.

h
L 23008-6S T$3-21
NN, j o7662
SOURCE CODES UR/0413/66/000/003/0031/0031
XUTHOR: Rozovsk -11'. M.; Fisher, T. L.1 Jasharina Yu I
Chebakova
N. A. KuPain,
U07-rilina, Le Ve J; KaklyarskaZa. A*
ORGI none
TITLE: Iron-nickel alkaline battery. Claiss 210 No. 178401
[announced
by the qcient tjsL-_H".pa"h_;";!j~~tute for Chemical
Current (Waucbno-
ingled0Tate skly institut
khimi'c'iiiiiCii*~*'I'iit7o'chiikov'io'i~-T)
SOURCEt Itabrateniya. promyshlennyye obratttsyq tovernyye
znakit not 3v
1966, 31
TOPIC TAOSt battery, alkaline cell
ABSTRACTs An, Author Certificate has-been issued for an
iron-nickel
alkaline battery with lamellar-perforated electrodes of
01ch the
negative one is made from hydrogen-reduced iron* In order
to,increase
the capacity at low temperatures and after prolonged
discharge, the
active mass of the Iron electrode is supplemented vith
addii;ions of
antimony oxide amid oulfide*eulfurs -The additions range
fromi 2--h% for
antimony oxide and 0.4-4.6% for sulfide sulfur. The Iron
electrode In
Confl/2 VDCt 621.355.8

L 23008-66
ACC 'NRs APOW62
produced In the fors of lasellar tape with 16 to 18%.open surg'ace.
J LD)
BUD CODZI 10/ BUSH DAM 13Aug6h/
2
C

AVERBUKH, T.D.; APA HOV, I.A.; MAYDUROVA, G,,V.;
BAKINA., N.P-; ELINOVA,
NpF.; BURBA, A.A.;-AVDEYEVA. I.V.
J--
Removal of valfur from waste gases of copper aW sulfur
Rlants
by the ratliml of afterburning. Xhim..prom*
no*4:281-288 Ap, 162.
OURA 15:5)
1. Ural'skiy naachno-issledovateltskiy khimicheskiy
institut i
MNinngorskiy medno-sernyy kombinat.
(Gases-Purification) (Sulfur oxides)

Country : USSR T
Cataj;ory. liumn and i'minal Physiology. MOI;,tboliSLI-
Water-so.1t, M~tc~bolisra.
Abs jour: R2;hBiol., Yo 19, 1956, No. 88582
Author : kirdeyera, K I.- -
List : FwAdMh _Aoric-,LLtural Institute
Title : on the ContL-I*~ cf Ca)'P caid Chloridus :-n the
Blood
Serum ct Kmr-ahul Sheep (Praliixinary W-'.)czt)
Oric; Pub: 71r. Ttaka. s.-Idi- in-ta, 1956, 8, 81-83
Abstract: The cantent of Ca, P and chlorides in tho
ticrun of sheep is laver duri:ij the
fall-winter seanson than duriN, the sp:.-inC;-sur=r
period. In youiif, and well nourished ,u1:L;Mls the
quantity of P nnd Ca was higher than in I)oorly
nourished and old ones; the chanrcs in the Ca
Card 1/2
T-6