SCIENTIFIC ABSTRACT PAKHALUYEV, K. M. - PAKHMURNYY, B. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238810005-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

8/133/61/000/002/009/014
A054/1033
Oxidation and Dsoarbonization of Stools in Reatiniq Furnaces Vired With
Natural Gas All
Figure 1:
Relationship between the oxl-
dation of carbon stools an4t
the coefficient of excess air.
1- ateelCT-2 (St-2), holding
time 60-67 sin.; 2- steel 45,
holding time 58-65 minutes;
3- steelN 707), holding time
59-67 min.; figures on the
curves metal temperatures,
0C.
Card 7/11
40
'It't
0
##4
0
PO
J70-01,
0
coeffie'dent of excess air
a

3/133/61/000/002/009/014
A054/AO33
Oxidation and Doaarbonisation of Stools in Beating Furnace* Fired With
Natural Sao
Figure 3a d
Effect of the heating tempera- 0
ture of the metal on Its
cinder losses.
I- stool 60C'.1A(60S2A)1 .-d0
2-' 451 3- A 30KhGSA).j -4---
w X 15 15 5-sox H PA
1-50 nN), 6-Y 7 (U7~1 holding U
0
time for each case 6o-66 sin.,
coefficient of excess air
0.70-0-89. 0

41 IJ
0

..... .
j v A V, A W
Urd 9/il
Boating tomperatuxe, OC

S/133/61/000/002/009/014
AO54/A033
Oxidation and Decarbonization of Stools in Heating Furnaces Fired With
Natural Gas

Figare 41 ,4
d
Effect of the holding time of a
metal during hosting on its losses
due to cindering. 3
I- steel 6032A; 2- U7; 3- ShKhI5j
8
5OKhN; 6
4- 45; 5- - 30KhGSAI d
-,4 0
I-

he ting temperature for all cases#
a .
M
0 k

830-8500C, coefficient of excess airs 40
f1w
0-78-0-89- 0

0
Card 9/11
om"rwv, AvN
Holding tine, sin.

5/133/61/000/002/qO9/014
A054/A033
Oxidation and Doaarbonization of Steel@ in Beating Purnaces Fired With
Natural dAs
Fig"e 51 42
Relationship between the total de;th
of decarbonization of steel and the
coefficient of excess air.
I- steel 45; 2- 5OKhN; 3- u7i 0
4- ShKh15; heating temperature 10
'A
0
12000C, holding time 60 sin,
A
coefficient of excess air
card 1.0/11

3/133/61/000/002/009/014
A054/1033
Oxidation and Decarbonization of Stools in Hes,
Natural Gas
Figure 7t
Relationship between the total excess
oxidants-as compared with the equi-.
valent amount- in the combustion
products of natural gas and the 00-
efficient of ex6ese air.
1- at BOOOCI 2- 10~,00 C; 3- 12000C
040
0 0
Furnaces Fired with
0 A
4F qf 77 4? 0 JV I/
A&VPWU9AW MJ&WIM &V#= 4
coefficient or excess air
Card 11/11

SHKLYAR, F. R.; TIMOFEYEV, V. N.; Prinimali uchastiye: PAMNALUM
K. M, inzh.; KOROLEV, N. M., in.,%hs; CHERDWKH., V. I.,
GERASIMOV, G. I., laborhmt; R".TSEVA, E, P.,
laborant; RUZHEMEVA, T. M., laborent
Experimental investigation of the regenerative heat exchange
process. Sbor. nauch. trud. VNINT no.8-119-136 162.
(MIRA 16-1)
(ALir preheaters-Testina)
(Heat--Transmission)

TIMOFEM, V. N.; SHKLYAR, F. R.; PALTUSOVA, K. I.; Prinimali uchastiye:
P~A-ERALUYEV. K. M., insh.; IDUMV, 0. A., inzh.; DHUSOVITINP
A. M., inzh.; GORDEM, S. V., inzh.; RUZHENTSEVA, T. M.,
jaborant; GERASIMOV, G. I., laborant
Aerodynandco of blast furnace air preheaters Sbor. nauch.
trud. VNIIMT no.8:302-347 '62. ?MIRA 16:1)
(Blast furnaces)
(Air preheatere-Aarodynamice)

TRAYANOV, G.G.; P~KHALUYKV, K.M.; BLOKE-R4, Ye.P.
Test characteristics of certain bumers for the combus-Aon- of
natural gas. Gaz. prom. 7 no-4t23-28162 MRA 17, E7)

PAIRALUYKVp K.M.; KOWLEV, N.M.; ZEIRKIN, V.S.; SOBOLIV, A.A.
Rqw1enoe in the operation of a holding furnaos, with uncooled
hearth supports. Stal 9 22 nool2sI135-1136 D 162, (MIRA !5t:L2)
lo Toosoyuznyy nauchno-inaledovatellskiy inotitut metallurgicheakoy
tepletekhniki i wrod "Kramyy Cktyabrl.*
(Furnaces, Heating)

PAKHALUYEV, K.M.; KIJZOVNIKOV, A.A.; NOVIK, G.P.; BORODIN, V,P.j SOBOIYV,
,.-A.; ZUBKOVA, N.M.
Industrial operation of holding furnaces fired by natural gas
for direct low-oxidation heating. Stall 25 no.10:957-961
0 165. (MIRA 18~11'
1. Vsesoyuznyy nauchno-issledovatellskiy institut
metallurgicheskoy teplotekhniki I zavod "Krasnyy Oktyabr'".

PAKHALUM n t tin H inzh.; BORODIF, Viktor Pavlovich,
insh.; DARKOTAN, Petr Emnanuilovich. izzh.; SOLGANIII, G.Ta.,
vedushchiy red.; POLOSINA, A.S., tekhn.red.
[Use of natural gas in metallurgical furnaces) Primazenie
p1rodnogo gaza v metallurgicheBkikb pechakh; opyt stalin-
gradekogo zavoda 'Lrasnyi Oktiabr'O Koskva, Gos.nauchno-
tokhn.izd-.vo neft. i gorno-toplivnoi lit-ry, 1959. 110 P.
(MIRA 12:10)
(Gas, -Nature.1) (Ketallurgical furnaces)

PAKIAWYEVII, MIS-AN-17,* ~=A-,-,A~~ICH
N/5
740. 1
Pl
Svarshchik Na;7revatelInykh perhey (The heating furnace welder, by~
yev i K. V. Urushev.
K. M* Pakhalir
Sverdlovsk, Metallurgizdat, 195b.
183 p. diagrs., tables.
bibliography: p. ~~179)-

LUKAWVP A. P.; V. S.; U-U, A- P.; PAID14UT'ol V- )L
-He&t %rmsfer mrA vertlc*l h"t c6Da=tlvlty of & pmcklM n.idlz*d bed
of ri-&-crained rial."
report submdttd for Zod AU.-MlOo COof M PAWt &I VASS TrMotqrO "'k' 4-12
may 1964.
V.al brarich. AS USEM-

PAIZETAi-TOV, A. M. ~ 171A:TV, V. Y., GOL07A, F., A:,l',a3IYZ'V~:KAYA, E. A., :,: J V-, i-. J.
"Thermal de,~;radat-ior. of Pol,'saccarAcs," a paper presertc-i 0~
.1., '71 E(, S -)
Congress mi the Chemls~r:- u~-d Of . . F ~-MerS, 2, J3---L' 'Y b M- " -,:,
llorcs- .-'eseurc'-. Ins'.
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GORDIYANKO, P.A., stershiy nauchM sotrudnik; FXDDTOV. V.I., inzh.-
laborant; SHILINIM, V.I.. mlalshiy muchnyy sotrudnik;
BUMTSEIT. V.Kh.. dektor geograf.nm3k, redo; IAMUMA, M.N.$
red.; nWMZj3ZA, L.P., takhnred,
[Noterials of the Soviet Antarctic Zxpedition, 1955- ) Kate-
rialy Savatskol antarktichemkol skepeditsil. 1955- . Lenin-
grad, Isd-vo wAorskol transport.* Tol,11, [lee cover of the
shore waters of eastern Antarctica] Ledlenol pokrov pribrash-
nykh vod Vostochnoi Antarktldy. 1960. 116 p. (NIRA 14:2)
1, Sovetskaya antarktIcheeksym ekspedlt lyaq 1953-
(Antarctic region&--Russian ez;~I:ration)

KLEPIKOV, V.V. t kand. geogr. nauk; MOROSHKIN, K.V..,- BOGOYAVLENMIIY, A.B.;
NAZAROV, V.S.; MAKSIMOV, B.A.; ZHIVAGOO A.Y.; BRODSKIY, K.A.;
ROUMI, V.M.; ANDRIIA."UIEV, A.P.; IEVAP M.M.., red.; KOTLYAKOVA,
0.1., tekbn. red.
(Trarmactions of the Soviet Antarctic Expedition] Trudy Sovetskoi
antarktichoskoi ekspediteii, 1955. lAningrad, Izd-vo "morskoi
transport." Vol .22. LThird Sea Expeditionol the diesel-electric ship
Obt, 1957-1958; observational dataj Trettia morskaia ekspeditaiia na
d/e "0b'" 1957-1958 gg.; materialy nabliudenii. Pod red. V.V.Klepiko-
va. 1961. 233 P. (MIRA 10.11)
1,, Sovetskaya antarktichaskaya ekspeditsiya, 1955.
(Antarctic regions-Oceanographic research)

GORDIYENKOV P.A., at. nmuchnyy sotr.; FEDOTOV, V.I., insh.-laborant;
SHILINIKOVO V.I., alad. nauchnyy sotr.; BUYNITSKIT, V.1h.,
doktor geogr. nauk, red.; PAKHAREVA, K.M~, red.; DRDZHZHINA,
I" P. , tekhn. red.
[Transactions of the Soviet Antarctic Fjpedition, 1955-1
Tr%* Sovetakoi antarkticheek?i ekspeditaii, 1955-. Lenin-
grad, Imd-vo OMorskoi transpOt. Vol,11AIce cover of the
coastal waters of eastern kntarcticalLedianoi pokrov pribrezh-
nykh vod Vostochnoi Antarktidy. Pod red. V.Kh.Buinitskogo.
1960. 116 p. (MIRA 16:3)
1. Sovetskaya antarktichaBkaya ekspeditsiya, 1955,
(Antarctic regions--Sea ice)

PAKHARYEVA. N.A. i NORKINA, S.S.
mu
Oriyentirovochnoye obslyedo vaniye rastyeniy vologDdskW a& soctyerzhaniye
alkaloidov. UclWen. Zapiski (Vologod, Pyed. In-T Im Molotova). T.V, 194,1_1
S. 209-23-Bibliogr: 9 Nazv.
SC.LETOPIS NO- 34

V. A.
- - - -1. --
"Investieation of the ajK~Izji!E -,r -ali~trum simlie x L." ~. '. ':or~-na a-~~ " .
Pakhareva (p. 1720)
SC,: jouraal of General 'yhemistry ~~hurnal ~-~,Fhchei Khimilj 1)511, Vol 2~, ';e: ).

f ~ '. % ..
88303
S/041J60/01 2/004/004/011
/k.jtoo C111/C222
A'UTHORSt Pakharev N.A., and Lyashko, I.I.
TITLEt On the Solution of Filtration Problems by the Method of Majorant
Regions
PERIODICAL: Ukrainakiy matematichookiy zhurnal, 1960, Vol. 12, No. 4.
Pp. 402 - 411
TEXTs The method of majorant regions due to N.A. Lavrentlyev and N.V.
Keldysh and extended by G.N. Polozhiy(Ref. 1,4,5) and others in j~pplied
to concrete problems of the plane theory of filtration in homogeneous and
heterogeneous media.
To every stationary plane ground-water movement in a homogeneous medium
which satisfies the linear law of Darcy, there corresponds a complex
potential by which all essential f4ltration characteristics can be
expressed. The rate of filtration v and the consumption of fluid q by an
arbitrary contour in the plane of filtration are given e.g. by
do where w + i is the
dz 'be L
Card 1/ 4

88303
S/04 60/012/004/004/011
CIIIYC222
On the Solution of Filtration Problems by the Method of Majorant Region@
mentioned potential. Since the usual determination of w with the aid of
the conformal mapping often causes great difficulties, Polozhiy proposed
the construction of auxiliary regions (majorant regions) in which the
sought filtration characterisitc can be determined relatively easy and
which give least upper and greatest lower bounds for the real value of the
sought magnitude. The authors use this method for the following two casses
1. for the determination of the outlet velocities of the fluid for a
filtration below a two-grooved floodbed with deep-set apron at various
bottom marks of the upstream and downstream water in a permeable layer cf
infinite depth (fig. 1) and .
2. for the determination of the discharge through an earthwork weir with
mattress type drainage on a permeable base of finite depth (fig. 3)
Card 2/4

88303
S/04 60/012/004/004/011
C1 1 IYC222
On the Solution of Filtration Problems by Vle Method of Y'aJorant Regions
TOP
0--"0F-1L--.- ~-
D 1:
-d"
If in the case 1. H is the level difference of the water level and k is
the coefficient of filtration then, in a numerical example (a - 4, d - 3,
t for the outlet velocity vic of the filtration the authors find
the limits
0.1529 kH