SCIENTIFIC ABSTRACT PETUKHOV, A. V. - PETUKHOV, B. S.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Wasurements

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"A ~ ro--'ect for a Temi or~iry ; :-,,, : icl-,)n -,tnri Tect! icia I!ij,,r t !, T! '.
i~x,onometry by ~he --inin,rid u;bia5t' -~-.ientific-Aesearc~: Institute ;~f Aer-!al
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PRTUKHOV, A.P., student
Influonce of the Dain stimulus on the flexor reflex and its Inhibition
in frogs. Trudy Izhev.gos.med.inst. 13:477-481 '51. (MIRA 13:2)
1. Kafedra fiziologii IzhevokWo moditsinskogo instituta. Zaveduyushchiy
knfedroy - prof. Tu.P. Fedotov.
(REFLMS) (PIIN)

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boonc!van e. Z( V ,:e f t.~ Cil 1. r,: ~;e ve r~~
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tu~ k. i k i~ e;

KUPALOV-YAROFIOLE, I.K.[trars--a7--r I -, YET-uKBOV, A.S.., -ed.
[Collected translations.; ri--velties in geoplWslcal instrument
designl Sbornik perevodav; novinhi geo'Lizicheakogo I.riboro-
stroenlia. Moskvi~, 19i 2. 23 j-,. (ML~A 1-7-4)
1. Eozicow. lri.-'tittit t.,!khnichjeskoy informatsii i ekon,)mi~he-
.zkikh issled,~v;;rdy ;.(-) neftyanoy i gziz(jvoy prop-,-shlenno~:ti.

GORB~.CIIF:V, ~* P . ; P~M,KRGV, A,V. ; , A.f..
GecloFy of tn.~ '.*-f-e,-,-.- --..
17-21 165. , ... .-I.
1. Troot.

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1, Vf* F'f't- I C' ~ I' rl~-Y cl

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PNUKMV. A.V., insh.
Infinitely variabln transmission in tractors. Mekh. I .31ek. sots.
sellkhou. 16 no.4:20-22 '58. (W RA lltlO)
1. Moskovskiy institut makhanizatsii I Plektrifikateii sel'skogo
khozyaystva.
(Tractors--Transmission devic9s)

FWfMOV, j,.V,,;_C~!.HSfJOYOV, N.11.
Using laminated wood T,!Ratire in repairing equipment. Stan. t Instr.
29 nD.2:30-33 7 (MIRA 11:3)
(I-iLminnted plastics)

n7mfcv,
Solar energy. N-C) 2 Yr '( " . WITIA I " - k I
1. Zamestitel' preds~datplva reliosaktsii Nauchno-telhnicheskogn
obsiichestva enerpeticc~ieckoy Fromyehlernosti.
(Solar enerpv)

PErUKHOV, B.
Ones more on solar water beaters. NTO 2 no.7:58 JI '6r,.
(MIRA 13:7)
1. Prodsedatell geliotaichatcheskoy sektait Moskovekogo obla -
stnogo pravleniya Nauchno-tekhnicheakogo obshchestva energeti-
cheskoy promvablennosti.
(Solar water heaters)

PUrUKROV. B.. ~zund. tekhn. nauY
Using solar energ7 in collective 'arm product.,)u. Sel'. strc'. ?
no.3:22-24 M7-Je '54. ( M-7 U 13 -- 2 )
l.Predsedatel' geliotek"-ichaekoy sektaii lloskovskogo otdmleni7a
VBeao7u?nogo nRuchnogo inzhen9rno-tekImIcv-ieskopu o nncliestva Pnprp-p.-
tikov.
(Solar radiatiun)

PLTTIKHOY, Boris Fedorovich; TSTPKINA, F.L.. red.-, POPOV, N.D., telr-hn.red.
[We are friends forever; notes about a trip to Czechnslovaklaj
Druzhba nnveki; zametki o prebyvanii v Chokhoslovskii. Moskva,
Izd-vo "Sovetakela Rossiia," 1959. 61 p. (MIRA 130)
1. Predeedatel' Kroanodarskogo krayispolkoma (for Petukhov).
07-echoslovakia-Description and travel)
(Czechoslovakia-Industriea)

PLEKHANOV, P.S., inzh.; PF"]W.HDV, B.G., inzh; SAKHAROV, G.A., inzh.
Production nf plate. Izv.vya.ucheb.zav.; chern.mot.
no.9:77-85 S '58. (MIRA 11:11)
1. Kuznetskiy metallurgicheakiy kombinat.
(Iron-silicon alloys) (Plates iron and steel)

UTHJh Eng I J~U: e r(S,r, ,., r Ho3f-ar - h Eiv, i ii,or
ITLE. PrOdUCLIOn Of CrLLOMIUM StLIAC-L-UZai St.eei in -180 ton Open--Hear-rL
Furnaces "Vyplavka kh-romistoy konstruktsionoy- stali v 380--t
mart eno-vskikri pe --aakn). I W) - 3-6/22
'E.RIODIGAL.- 1~ Metallurg" (Me L al 1u rgi S! ), 195 7 ~ No ~ 3, pp ~li -.14 W, S. S, R
BSTRACT. At present part of the output of 20X and 40X ch-romium steels is
produced in 380 ton open hearth fu-maces, In the present article
details of this practice are given and are compared with taut
used for production of 190 ton furnaces. The charge --oasists of
6"-)-685 ho", metad 32-38% steel Scrap, 10.6 - 12-3% :ron ore and
4.2 - 5.9% 1~mestune. The compositions of'Vie steels are as
follows.- 40X - 0-35-0,42% C, 0'.50-0,70% Mn 0,21 -0,,~3% Si uzid
0,90-1,03%- CT; 20X - 0,16-0,18% C~ 0,50-0,64% Mn, 0-22-0,31% Si
and 0,76 -0. 9.1-';10 0 i .The del'ails of the praclice varied w.~'I-- - tie
~-omposj.J.' !on of the bath on melt down, FactoTs studi E-d gLrd for
whic,K, comparison for the two sizes of the furnaces is mad.- In
clude metal compositic.,D at various stages raTe of
T,ion a-k. various stages. duratious of tiie vaiaous -3Tat.:t-; r~f tn~
process, -,.Dtal removal Df deoi.,aising elements and ~-m -
perature. The general conclusion 's that proiucri.ion -:,"
types of steel in the larger furnaces is I-erfectly frias~,L)1, it,
presen4s rL,-, special difficulties ,No differences -9r; I"?

Card 1/ 2 in t-ie mechanical properties of the metal produced in 'r,e -,w-
L
sizes of furnace and both have the satiSfaCTOry
,
'
L
It has been calculated that for a morittily produci.i,,-ii jr. T~:e

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PETU?JlOlr ., B, , kand. telrAm. nauk
Sim rayc through g-Inf3s. I,obr. J ra's. rjo.1-16-i7 Ja 16~.
0.~ 1~ - 12,
1. Predsedatell ge,aceek--sid 3a,-.chno-tekhiiJch-qi3kogo ob,,3hrhesi'v;i
onergrlikov ~'SSE
!Sc.iar energ-y.~

S/133/66'/O0.D/,-;!
A054//Ar)29
ATMI ORS Petukhov, B G., Morol%ov P.K hnglneprS
TITLE. Melting Chrome-Nicke) Steels in Large-Capa,lty
115ing Nickel Protoxide 11
PFRIODICAL Stal', 1960, No 10, pp 892 - 8~j6
TEX"", Substitution of nickel metal by nickel prcloxide in 20 - 35-t'--~n ar-
furnao?s and 60-ton open-hearth furnaces estahlishei the fact that n1cke. prC.I-.x-
Ide could be used up to 97 - 98% of the tota. amount added, resulting in a 5iv
ing of melting costs and a shortening cf the melting time Wl*,h the5r- resu.-
as a basis, tests were made with nick prot:,xide when(meltIng in
)~en-hearth furnaces 12YH3A (LQ2jt!jA0 I-,IXH,:, i!7~
,D".Iier type chrome-nickell struc'rura' s'eels with a minim"m nicke. -on+ent
Nickel protaxides were applied in 21 mP'*InFs in pe.!Ptlz,~d and in I" me_'ing~
in pDwler fcrm, They had the foli-~Wlnp

A054/AOC'9
Melting Chrome Nickel Steels in Large-1-apac I tv Open-Flearth F)-irnace-- lising. N4
Pro t oy. I de s
P. + ! z -d Pr':'+:;XidP5 !r;
Pr- -~,xides Powler w-,rm
9eat -Siability, OC 850,
Meerianical Strength, kg/ cm-'~ 4b - 6c~
Porosity, % - 36
Specific Weight, g/cmZ - 7
Ni-Conteni. % 8 1 '--7
O-Content. % 1 19
The nickel quantity obtained from the nicke, prc-xides, the nickel -z's
s,ag. the reduction rate of nickell fr-~,n the ' -- x i de Stheir influen:-
cxI4-a,icn of r-, Mn, P, the gas sa~uraTicr aij 7cr'en* -~f non-me,-31-,.,-
in z-teE-- ano tne me-ting times were lnve~~11631~--J. 7ne charge ~onsi5l.-
67% liquid pig iron, 37 - 331 scrap, 4.3 - 111me a-nd 1", 1) - 12 '-1 i,--;r
I* was found tk--at nickel protoxides wer- r-?du,?E-d t~ nickel in
naces not only by carbon, phospnr.rus, manganese and iron, bu-t abcv- ?V-.,
also by hydrogen and abcve 2~~,O - V)OOC by carb,:~,n monoxide. The rr-du- A --T' t7
Card 2/4

S/1313/60/000/0 17,/^,0 1 /r%1
A054 /AON
Melting Chroae-Nickel Steels In lArge-Capacity Open-Hearth Furnac'es U~1,ng
Protoxides
latter above 700 - 8000C took place quickly -and c,~mpletely EY applYing n!-K-1
protoxide a sm&~Ier quantity of iron ore had t.? be added to Ine -17argr- and in
spite of the increased amount of carbon during fu_,~Izin, the Mr-liting time r-rnalir.,~d
uncT..-mged, f~r some types it was even shortened Thr. influence of nicke: prcl-~-x-
Ide on the oxidation of the elements of the bath was examined with ~ne aid of
samples taken before adding NIO and 20 min after adding, it was e_~tabili-,J J,,at
Ni protoxide 1had a similar effect as iron ore, carbon. manganese -3cid P?,csphDrj:~
oxidize intensively, while the sulfur content did not change, (I *,~n of nickel
protoxide oxidize-s un jr the effec,~ of 0.04 - o o8% c., The ana'yse- cf
taken from metal and blag, during fusion and b~,Iling showed that af,er tale n~-Jluc-
tlcn of nickel from Its protox1de, It.s concentration did not. change, whereas
hardly any nickel could be found In the slag (ab,~ut 0 02%) It wtt,~, Qierefvrf~.
concluded, that the reduction of nickel from nickel protoxide took plac,- inst.,int-
aneously. The nickel yield of Uie pelletized subst-ance was ab~out 96 ~ - 99 5%,
while from nickel protoxide powder no more than 90 - 95% could be ob*ained. Ni-
ckel prot.oxide had no adverse. effect on the macroetructaire and '.he mechanical
Card 3/4

3/1 33/r'x)/~Y)W~j I I"
A05VA029
Melting Chrome-NIckvl Steels in Large -Capacity Open-'Ieartn N,.cl'.e"
Protoxides
properties of the steel, tbe gas cont-n? and th3t cf non
was not. Increased. Savingz as a result of f.he usc of nlApl Trctoxide w-r?, -v,-
at 55 rubit-s/-n for the 17KhN;~. .31 12- ru)D,-/-n !2KhN'!A'
rubles/ton for the ?OKhN3A and a, Qk- rjt',eF,"-JT, f ie 20Kh2NLA ~Vpf, rte._
Them are 2 figures, 3 tabl-s and 7 Soviat rf--ferer
Card 4/4

SHIROKGV, N.I,.; PETUKHOV, B.G.
Deoxidation of rail steel by ferrotitanium aud a reduced
amount of aluminum. Izv. vys. ucheb. zav.; chern. mot.
5 no.10:42-49 162. (MIRA 15:11)
1.. Sibirskiy metallurgicheskiy institut i Kuznetskiy
metallurgicheakiy kombinat.
(Steel-Metallurgy) (Railroads--Rails)

PETUKHOV, B.G.,- In--h.; SHIROKOV, N.I., kand. tekhn. nauk.
- Use of chromium-nickal chIp for steel smelting In. basic open
hearth furnaces. Trudy Sib. met. inst. no.4:158-170 '57.
(Chromium-niclml steel---Metallurg7) (MM 11:6)

SHIROKOV. N.I.. kand.tekhn.nAii1r- PETUFYOV. B.G., inv.,.: rERMIJKO
Deoxidizing rail fteel v~.thout aluminum or by replacing it with
calcium silicon. Izv. vys. !.icheb. zav.; chern. -fetal no.1:41-~"-
ja 158. (MIRA 11:5)
l.Sibirekly metallurgicheskiy- Institut i Kuznetskiy me-6allurgicheskiy
kombinat.
(Steel--Metallurgy)
(Calcium-silicon alloy)

PZTUKHOV. B.G.
Production and uoe of op"n-hoarth iiinter. Bitill. T51111CM
nv. 10:42-43 058. (HIRA 11:7)
1. Kuznetskiy metallurgichoskiy kombinat.
(Sintering)

SOV/ 137-~8-7-14 i74
Translation from Referativnyy zhurnal, M-tallurgiya, 1958, "*r 7, p
AUTHORS Petakhov, B.G.,,'Shirokov, N.L
L'IT L E. Use of Chrome-nickel Swarf in Bas L Open -hearth Steelinaking
(Ispol'zovaniye khromoriikele~,oy StrLIzhki pri vypla%,k(- stali %.
osp.ovnykh martenovskikh pe(hakh)
PERIODICAL- Tr. Sibirsk. inetallurg. in-ta, 1957, Nr 4, pp 158-170
ABSTRACT: A method has been developed for the reduction of Cr frorn
Cr-Ni swarf charged into the open hearth after the dephosphor-
ization pericd. Experimental heats (EH) were run at the Kuz-
netsk Metallurgical Korribinat in 190-t basic open hearths ,%-ith
basic roofs to smelt steel (St) of the f3ilov.,ing grades 40KhN,
20KhNZA; 12KhNZA, etc.. 15 to 30 min before the start of purc
boil, 2-3 t charges of Cr-Ni swarf xvere added to the furnace.
constituting 2.8-5.2wo of the v-eight of the metal (Me) charge.
The degree to whi(h the Cr was recovered drcpped as the We"11ht
of the a6.' ' s,.k,arf was inc reased. it amounted to 33-9V~-, -Vt,-r
addition ,he s,~varf, (Cr200 amounted to < 8%. No differ-
ence in t. luidity of this slag from others vas noticeable. The
Card 1/2 steel of t1 Ell did not differ in 11-1 ] ,[0 1 , and mechancal

SO%r 1 137-58-7 - 14 174
Use of Chrome-nickel Swarf in Basi( Open-hearth St-dy-naking!
properties from the St smelted in the ordinary way. The quantity of nown-o-titilik
inclusions in the Me of the Eli was gignificar:tly higher in the t oursc (-f Oil- Ell
than in standard heats, but it hvk ame normal at the 1-noment of di-oxidation. F 11 e
rate of C: oxidation diii-ing the poriod of slag contrcl and pur( boil was lo,.%er 1j%-
0.03-0.05%. This is explained by the reduction in the ~vrnperature of the Me dU (I
to the addition of the swarf. The duration of the EH was increased by 10-2; inin
owing to the lengthening of the Elag-control process and t.iv reduction in thu rate
of C oxidation. When this rnethod is used, little or no Fe-Cr need be ad(It'd t o
alloy the Me.
M ~ K.
1. Open hearth furnaces --Performance 2. Steel--Production 3. Chrormum
-nickel alloys --Reduction 4. Chromium- -Recovery
Card 2/2

SOV/ 137-58-10-20629
Translation from: Referativny), zhurnal, Metallurgiya, 19;8. N'r 10, p 4Z f tjssj~)
AUTHORS: Shirokov, N.I., Petukh-v, B.G., Yeremenko, S.N.
TITLE. Deoxidation of Rail Steel Without Aluminum or With Repiace-
rn~-nt Thereof by S111CO-Lalclum. (Raskislenlye rel'sovoy sta,
bez alyurninlya ill s zarnenoy yego silikokal'isiyem)
PERIODICAL: Izv. vyssh. uchebn. zavedeniN. Chernaya metallurgiya,
195e, Nr 1, pp 41-54
ABSTRACT: To reduce the alumina -inc lusions content of rail steel, this
being one of the assumed causes of rail lamination, experi-
mental heats of grade R50 steel were run in 380-t basic open-
hearth furnaces without deoxidation of the Al in the ladle, and
also with replacement of aluminum by Si-Ca. Determination
was also made of 1 01 and of the stable no-rrietallic inclusions
(NI) in the liquid steel in the process of melting and pouring.
It is established that the ( ontents. ( omposition, and quantit'.. (,I,
stable NI in the steel during the period of pure boil undergo
virtually no change and are not dependent upon the duration of
the boil of the steel in the furnace. The NI an-l N content .,)f the
Card 1/3 steel at the rnoment of its release from the furna( c in( reases.

SOV / 137, -)8- it) -20(,_-1
Deoxidation of Rail Steel Without Aluminum (cont.)
After deoxidation in the ladle in the ways indicated, 1 0 1 is the same a.; in
standard A] deoxidation. In a ladle sample of the nietal, the smallest
amount of stable NI and the most favorable composition thereof (ininimuni
Al 20, contents) are found upon deoxidation with Si-Ca. The production of
first '39rade rails frorn this metal is lower with standard deoxidation than
with the variants practiced in these experiments. The macroscopic struc-
ture of the rails improves upon deoxidation b~,, Si-Ca in the ladle and is im-
paired upon deoxidation by Fe-Si aloi.e. The quantity of stable NI in the
finished rails declines relative to the ladle specimens of the metal both with
the standard and with the experimental methods of deoxidation. The quantity
of stable NI in the experimental steels is virtually identical in either pro-
cedure and is less than the content thereof in steels deoxidized in the ordi-
nary way. In the experimental steels, the inclusions consist primarily of
SiO (50-651o), while in the standard heats the dominant component is A1203
( - ~0%). The total degree of contamination of rail metal deoxichzed in the
standard way and by the experimental procedures is virtually identical and
is considerably greater than in ladle specimens due to sulfides and oxides
and the appearance of sulfosilicates in the NI. Consecutive planings of the
raii heads show that when aluminurn is replaced by Si-Ca, the number of
clear rails, excluding those showing NI in the form of scratches due to
Card Z/3

SOV/ I 37-58-10-2Ob29
Deoxiclation of Rail Steel Without A!uminum (cont.)
reduction, is greatest, but the mean length of the scratches on une rail
examined was also the greatest of an~'. Steel deoxiclized bN, the experimental
methods is of coarse granular structure (Nrs 2-4). Upon deoxiclation by the
experimental variants, `Tb increases (by 1.3-0.9 kg/rnrri2) and the plastl(
and resilience propert,es dinimish b is reduced by 0.6-0.3'% and i; I)v 1.1-
1.4%. At the test temperature, -+ ZO'C and -40oC, ak diminished by fa(tors
of 1.5 to 2. Owing to the impairment of these properties, the question of
eliminating addition of Al or replacement thereof by Si-Ca vvill have to be
solved after track-service testing of experimental rails.
V. IVI.
1. :*tee'L--Y'roce,-,ciing 21. .'.Lf?el
t 4
4. Alurriinum uxl-ies --Deterrf!iriatioti
Card 3/3

V130/60/000/0 10/002/5) 3
A006/AO01
AUTHORS- Petu!ihov, B. G. Morokov, P. K.
TITLE, Deoxidation and Alloying of Chromium ContaLilng 3tee.1 With Sili--o-
Chrome In the Ladle
PERIODICAL: Metallurg, 1960, No. 10, pp. 12-14
TEXT't In chrome- containing steel melting, ferro&rome is usually added io
the pool after preliminary deoxidation. This method was however replaced at
various plants by deoxidation and alloying of the steel in the ladle. Already
in 1942, alloying of steel with chromium, by adding silicochrome irto the ladle
and the furnace pool was started at the Kuznetskiy metal lurg I oheskiy kombinat,
KMK, (Kuznetsk Metallurgical Combine). This method was developed by engineers
A. I, Khomutov, V. Ye. LeykIn, and P. A. Sakharuk. However, the insufflc�ent
heat charge of open-hearth furnaces and the lack of commercial silicachromp did
at that time not permit the introduction of this deoxidation mode The use of
magnesite-chromite refractories for open-hearth furnace vaults makes tt possible
to heat the metal to a temperature which Is required for its alloying and de
oxidation in the ladle, and to obtain high-quality steel. In May - September
card 1/3

S/ 1-30/60/000/01CV002/~YJ 3
A006/A001
Deoxidation and Alloying of Chromium Containing Steel With Sillcoch-ome In thp
iladl e
1959, 60 experimental melts were made at KM In 190-ton furnaces by melt Ing
chrome, chrome-nickel and chrome- a 111 con-manganese steels tneluding 20X (20F-h,
40)( (4OKh), 45 X (45Kh) , 17XN2(17KM2), 4oYH (4oKhN) , and l5)((_HA (15KhSNIO
steel. For camparlson the eame steel grades were deoxidized by the conventiona'
technology. "SlKhr 18" silicochrome, containing 18-20% Si, 48-50% 1~r, 3-3 5% -_
and 0.05--0.07% P, was used for alloying and deoxidizlng the metal ir the lad,'E-
The experimental and conventional melts differed only by the technology of deoxi-
dizing and alloying the metal In the ladle. It was established that ty Intrc-
duzing silicochrome into the ladle instead of ferrochrome 31, ~-r and Mg los.~ wa~~
reduced, the components were uniformly distributed in the ladle, ~ne proper*IiE-s
of the metal were higher than required by GOST and did not differ frbm the
properties of metal deoxidized by the conventional method, The Internal s1r.i--
ture was satisfactory and the metal had high mechanical properties Flake
sensitivity was not increased, As a result of reduced Si and -r loss and
-nonsequently of a diminished consumption of ferrochrome and blast njrna.~e ferr:-
Card 2/3

S/130/60/OO0/Oi0/O02/0G3
A006/A00l
Deoxidation and Alloying of Chromium Containing Steel With Silicochrame In tne
Ladle
silicon, the new method ensured an economical effect ranging between 11 9 and
18.2 rubles per ton for different steel grades. There are 3 tables,
ASSOCIATION: Kuznetskiy metallur-gicheskiy kombinat (Kuznetsk Metallurgical
Combine)
Card 3/3

KABANOV, V.F.; NLSTEAENTO) lt.li, ; YCITHIOV) 13.G.
Production unci u.3e of fr..r open-hearth furna,--u3 in T.re
Kuznetsk Metallurgical Com;.ine. '.;iul. T~,I!C'ma. iio.1:36-3'
161. H~i'-
1. 1,uzr,,.tqki,, mo tit I hirgi,~1wisIdy keilr.!dnitt~
(5tAir.L;k---,'jlljtL!ring)

POrMOV, B.G.,
"About Rail 6teel Cuntaminat4Ui-! L,y IncJUSiLF,S anc the
Aluminur. Fur its Deuxidation ,
lecture given at the Fourth Cunferen-e cr, bteelmaking, A.A. Baikcv Ins-_*t~-,e f
Wt,nliurgy, Moscow, July 1-(, IQL;7

137- ~_)8-
Tral;."lla-,or. from
AUTHORS put-akho- P, p
TITLE, Produ( tior, ,I WKi~k;.SA Y,~r: If.ghcr '~;Pc' ~f~'
Ma, rost ru, ttirc t:id Mr, hlt!',~, j: P:cpt,r-,-.cs t
ioKWJSA s
PFRIODICAI~ S h, ~r. Kuz:~,-tskt,,L~(j rjjt-zh~dji pravi. Naut hzi-lokht;
hornt'N 1,60. %")1 L PI) ;~O-";
ABSTRACT A civ~k r.;)*.-.)-. .- i)ffvrvd ~d apmLi-ing, arld hea!
treatincr.: pro, vd-,iri- f~,r iOKh(.JSA stect and tit mva,;.iro_s tk,
e h m i ra t v r o I(I,,,cn gu a r s f- v
gregation, k rat ks. and
ha 111 , a 1 1) --o pc rt i t* I he s t v c~k a s s mi v 1 t ed , n a ba s: ct
pv 11 11 c'i r t 11 t! S ~ 1;'! " 11 vr a 1) 1) ro( c ss a n d t t~ cl k o~,- - ovv n 2 a s
D-)xidatiw~ -k t, iv, Si-Mr., V,-Si, Al. and Si-C-t Pour;!,.,4 %k as
n~yot Inspe( nor.
fron; !hc !i"'l (111-", !i\ trW11 ladIc to it 1 i40 ko i,
\kd~~ to 1 :"0". !hr it:tzol It ,,.;is found that "Own thr
dut, I.,) rc(
o:-. d r, j ppc d I ron: Z!, 4 t k) 70"'r, hu, rv it-, du,, o
r coa
Ca rd IZ rcii. 1n( rc~,'rd~ fo ra, ti"kcl,

I 17 - .'8-o -I I(),),)
Produt t,.u. ,f iOKh(;.'-)A h
iliguts III t1w illo.(! I)%' ( OVVI-IIII4 HIC l-WI-irini-,
t r0 I Ig I I v, it, h a , o . i- r ill t ti4.flll( al cmi"p)SIlioll A Hic st(-(-I. within the I----
ui rcd aftc~ tt*(~ tht- prolicrtic., Art ini, reas4- in JCI
Slj I and'; Cri ini aiA dimmish,s I, , %,,hil(~ a rise III [ P 1 ru-
~
du c c s "'(1 -'k Opiliii,.;n mr( li,imt I] propci-tics are obtailled Mlen
(C , Mill SI , Cri i _' - ',.T`,, 'illd tho. tollo~klllg ["01(1 ()blallls
C/(C +N111. Si - U I : x 100 q4 !( 1, 01~lt Ihr t ('1111)c rim, 1111cr\a!
of temperaturc!~ es:,ti)h~hcd ')% Slatidard makes it possiblv to
obtain satist .al. Turv int-, hcw,, ill propci-lics wik vlirl; Ille stee!
0. 3 0 - 0. 3 Z'~i (", 0. 9 1 0 7*,A h, 1 0 1 `,S!, d I. O'~o C r Hic optimum
conditior;s for Iwat Irratint-jit ll'j"(- lwrl; ftmrld be tilt- followill'., qurm lllni~
frorn 890"C aftrr holdii 'i,, b~r 40 :1, (,,j it t.0- 70"C, tempt-ring at 10-
for 40 inin cl;'d
V N.
C a r d Z

PITUKHOV. B.G.; MOROKDV, P.K.
Trial use of open-hearth WlomerAte. Metallarg 4 no.3:11-15
Mr 159. (MIRA 12:4)
1. StarBhiy inzhener-isaledovatell Kuznetekogo metallurgicheskogo
kombinata (for Petukhov). 2. Nachallnik martanovnkogo tsekha No.1
Xu6netekogo met allurgich an~wgo kambbinta (for ":)rokov).
(Open-hearth process)

P'97MOV, R.G., inzhener.
Smeltir4 chromium strwtural steel in 390-ton open-hearth furnaces.
Metallurg 2 no.3:11-14 Mr '57. (MIaA 10:4)
1. Starshly inzhener-insledovatell TSentrallnoy laboratorii Kuznets-
kW met llurgicheekogo ko*binata.
Upen hearth furnaces) (Steelo StructtLral)

PHASE I BOOK EXPLOITATION SOV/5411
Konferentsfya po fiziko-khimicheskim osnovam proizvodstva stalf. 5th.
Moscow, 1959.
Fiziko-khimicheskiye osnovy proizvodstva stali; trudy konferentsil
Whysicochernical Basen of Steel Making; Transactions of the
111fth Conference on the Phynicochemicul Bnoon of Steelmaking)
Moscow, Metallurgizdat, 1061, 512 p. Errata slip inserted.
3, 700 copies printed.
Sponsoring Agency: Akaderniya nauk SSSR. Institut metallurgil imeni
A. A. Baykova.
Responsible Ed.: A.M. Samarin, Corresponding Member, Academy
of Sciences USSR; Ed. of Publishing House: Ya. D. Rozenteveyg.
Tech. Ed.: V. V. Mikhaylovs.
Card 1/16

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

Physicochemical Bases of (Cont. ) SOV/5411
Ladyzhenskiy, B. N., and M. V. Karakula. Making Low-Carbon
Alloyed Steels in Acid Open-Hearth Furnaces 27
Stroganov, A. 1. , and A. N. Morozov. Behavior of Chrc)m!u,-n in
the Bath of a Basic Open-Hearth Furnace 39
Petukhov, B.G. Making Chromium-Nickel Steels in Large Open-
Hearth Furnaces With tne Use of Nickel Oxide 46
Omarov, A. K., and A. Ye. Khlebnikov. Intensifying the Working
Per'od of the Open-Hea_rth Scrap Process 54
[ The f ollo*ing persons participated in the research work:
Engineer Munasypova, Engineer T. Kovaleva, and Technicians
U. Rakhmanulov, V.V. Ponomareva, L. Rusnyak, Z. Zaporozhan,
A. Perkova, S. Buyalova, and V. Guseva.]
Card 4/16

SHIROKOV. N.I., IwAidat te"nicheskikh nauk; FMXHOV, B.G., Inzheneri
BORODMIN. A-I-. iD2heuer.
Zfficient method for the preliminary deoxidation of steel. Stall
16 no.5:415-422 My 156. (MLIRA 9:8)
1. Sibirskiy metallurgichookiy instit-at I luzustakiy metallurgicho-
skiy kombinat.
(Open-hearth process)

U~ ~BG. inzhener; SHIROEDV, N.I., kandidat takhnichaskikh nauk.
-M
Smelting chromium steel from chrome iron ores. Stal.proizv.no.l:
5-22 156. (M2A 9: 9)
I.Kuznetakiy metallurgicheeldy kombinat (for Patukhov). 2.3ibirakiy
metallurgicheski7 institut (for Shirokov).
(Chromium steel) (Smelting)

MDROKOV, P.R., inzhener; FZTUKHO B G . inzhener.
Smelting of chromiun-nickel-steel having a 1.5 7. chromium content in
the burden. Metallurg no.6:20-23 Je 156. (MW 9:9)
I.IspebWayushchiy obyazannestl nachallnika martenovskoge tBekhA
No.1 (for Mcrokov).2.Starehiy inzhener-iseledovatell TsZL (for Petukhov).
3.K:uznetskIy metallurgicheskiy kombinat.
(Chromium-nickel-steel) (Magnitogorsk--Smelting)

f IF T U'/~ /--' v, /~ I-
Quality of chromium steel made in 380-ton open-hearth furnaces.
Metallurg 2 no.12:15-17 D '5?. (MIRA 10:12)
1. Starshiy inzhoner-issledovatell TSentrallnoy laboratorii
Kuznetsko.~o metallurgicheskogo kombinsta.
(Chromium stoel)

SHIROKOV, N.X.; FARTMOV, BAO
- .
Noxydation of rail otsel by Twans of a reduced anount of aluminum.
Hotallurg 3 no.1:17-21 A 158. (MIRA 11:1)
1. SIbirskly metallurgicheakiy Institut i Kuznetakiy metRllurgi-
cheekly kombinat.
(Steel--Metallurgy) (OxidAtion-Reduction roaction)

AUTHOR: Petukhov, B.G. 130-12-V24
TITLE: Quality of Ch-romium Steel Melted in 380-ton 07'en-hparth-
Furnaces (Kachestvo khromistoy stali, vyplavlennio, v
380-T martenovskikh pechakh)
PERIODICAL: Metallurg, 195?, No.12, pp. 15 - 1'/ (USSR).
ABSTRACT: The author Lives com',-.~_trative data in the quality of
types 40X and 20X chromium stecls melted in 190- and 380-ton.
open-hearth furnaces (Table 1). The steels melted in the larger
furnaces were top-poured from .-. double-nozzle ladle directly
into ?-ton ingots. The unfavourable effect of this on the
surface quality of inp_ots and billets was compensated by improve-
ments in macrostructure. Determinations were also made of the
oxygen, hydrogen and non-metallic inclusions at each stage of
melting (Table 2), these beinG independent of the size of the
furnace. Thus, the general conclusion is that the use of the
la-rger furnace does not causp deterioration of the metal.
There are 2 tables.
ASSOCIATION: Kuznetsk Metallurgical Combine (Kuznei.skiy metallurEi-
cheskiy kombinat)
AVAILABLE: Library of Con6ress
Card 1/1

130-1-10/1'/
Deoxidation of Rail Steel a R,-duced Quantity of Alwn-n~om
I
(Kuznetskiy metal,! K~)inbiriat)
AVAILABLE: Library of Corip,ress
Card 3/3

Eff set of the
on the quality
no.6:29-34 Je
introducing aluminum into
steel. IzT.vys.ncheb.z&v.;
1. Sibireldy mstallurgicheakly inatitut i KuznetRkl
cheekiy kombinat. Rokomendovano kafedroy metalbirf
ISIbirsko metal lurgic he sko go instituta.
~Soteel--Hetallurp_v) (RailronAs--Rails)
SHIROKOV, N.I.. kitr
6.11., inzh.

ITWialov B and MOPOYev, I. K.
rlmerieniye za'~,I-,' nIke -Jri v b,-~!
F I Fi vkf, lkhr-mon 1 )-c- lc--~-ykh f- -.ri
rf~ p o- t F --; bmi 1~ ~ e ~ 1 fo r 1 1
Moscow, --C~ J-,;r, lc~7,c.

PETUKHOVAp GAI P-ETUKHOVp B.N.1 POLEZHAYLFV, Ye.F.
Effoot of aminazin on reflex anotivities of varied :am 1ty.
fA;zl
Zhur.nevr.i poikh 60 no.8s994,.1001 160. PA 1319)
1. Kafedra klinicheskoy i skeperimentallnoy finiologii (sav. - prof.
V.V. Parin) TSentrallnogo institute usovermhenstvcvaniya vrachey,
Moskva.
(GHLORPROMkZINE) (REFLEM)

PETUKHOVy B.; KAMIONSKIY, L.
11sing solar reflectors in medicine. NTO 3 no.4:5,11 A,~ 'El.
11CRA 14: 3
1. Predsedatell geliosektsii Makoi-qkogo oblastnogo pruvi-eniya
Nauchno-t-Ahnicheskogo obshchestva energetikov (for Petuk-hov).
2. Starshiy inzh. Vsesoyuznogo soveta nauchno-takhnicheskikh
ob-3hchestv (for Kamionskiy).
(Sun baths)

PETUKHOV., A.V., assistent
Results obtained from investigating the performance of tractor-drawn
units with infinitely variable transmission. Trudy MIMFSKH 6:29-46
159. (Tractors-TransmisEion devices) (MIRA 14:5)

PITUNHOV, A_LQXMdr..Vikent-'yex4O; CHESNOKOV, Nikolay Nik-olayevirh-,
_'_'kOSYkWYAK, Te.F., red.inch.; FREGER, D.P.. tokhn.red.
[Use of laminated plastics for thi repair of metal cutting equip-
ment; practice of the V.I.Lanin Machinery PlaAt In Lenlngradl
Primenenie drovesno-sloistykh plastikor pri remonte motallo-
rezhuBhchikh stAnkov; opyt mpabinostrattel'nogo tavoda-imeni
V.I.Lenina v Leningrade. Leningrad, 1956. 17 p. (LeningrRdskii
dom nauchno-tekhnicheek prapagano. Informatsionno-tekhnicheskii
listok, no.16. ModernizRtsiia i femont oborudovaniia) (MIRA 10:12)
(Milling mAchines--Kaintennnce and repair)
(Laminated plastics)

L4
I I I si I a A,

lAmlimr VIDW of RAJUI& In Rm"d ripe% 1111 llw~
inn 1 13 S. Petukh,w~ Mad--
kikh vnuk
go- 4 S,-wncr. ,( th, VSSR. S, J.'J'

an-l ... . ....
itlitAiniNI tht%irt-lital Jala. wilh Ili-
0
talri'A ripprimenuilly. ig fth,mn Vrnplitrally

i
2

t
j gomi

;v Ao
NO 0
0
o u % "all If
0 0 40 0 0 414 00000 0000 0 41 Mi 0 0 0 0

J K H
J
T
PHASE I TREASURE ISLAND BLBLIOGRAPHlCAL PEPORT AID q~09 - I
BOOK Call No.: QC-~2?~P47
Author: PETUIUiOV, B. S.
Full Title: EXPERIMENTAL STUDY OF HEAT TRANSMISSION
Transliterated Title: Opytnoye lzuchenlye protsessov teploperedachi
Publishing Data
Originating Agency: None
Publishing House: State Energetics Publishing House
Date: 1952 No. P-j.: 344 No. of copies; 5,000
Editorial Staff
Editor: Mikheyev, M, A., Corr. Tech. Ed.: None
Member, Acad. of Scl.
Editor-in-Chief: None Appraiser; None
Others: VosPrt~senskiy, K. D.
Text Data
Coverage: The book contains a systematic presentation of theories,
methods and techniques of experimental studies of heat
transmission. The basic heat-measuring devices and
apparatuses are described. The thermal processes, such
as heat conduction, convection, and radiation, arF ana-
lytically formulated with Fourier's equation and criteria
Blo's and Fourier's and also with differential equations
1/6

Opytnoye izuchen"Ye protsessov teplopr-.-redachl AID 3,39 - I
simplified w1th criteria of Peclet (Pe), GraBhof (Gr),
Prandtl (Pr), Nusselt (Nu), Reynold's (Re) and others.
Theory of dimensional and operational similarity is
applied for the development oV experimental models for
the study of practica I Insta 1. la tions .
The book, unlike many conventional American textbooks,
Is written with a mathematical approach to the problems
of heat transmission.
TABLE OF CONTENTS PAGE
Introduction
Ch. I Basic methods of measuring and observation of
temperature, pressure, velocl.ty of flow of liquid
and gases, rate of heat transmission 7
Visual study of flow of liquid and gases 64
Ch. I1 Thermal Conduction 80
Introduction
Determination of coefficient of thermal-
conductivity of sollds (poor heat con-,
ductors). Plate method. Sphere method.
Tube method, 88

Opytnoye Izuchenlye protsessov teploperedachi
Test of heat Insulation under production
Ch. III
AID 309 - I
PAGE
conditions 94
Determination of Thermal conductivity of
gases and llqulds by meti.od of heated air 100
Determination of' heat condUCtiVity In solids
and In poor heat conductors with the method
of "regular" condl-tions 113
Study of stationary processes of thermal
conduction in solids with the method of
electro-thermal analogies 126
Study of thermal conduction in solids with
the method of hydrothermal analogies 134
Convectional heat exchange 146
Introduction 146
Study of heat transmission from cylinders
in the free stream of liquid or gas 1~47
Observation of fluid motion in tubes and
determination of the (critical) Reynold's
number 161
Study of heat transmission and hydraulic
resistance in flow of liquids in tubes 168
3/6

Opytnoye izucheniye protsessov teploperedachl
Ch
AID 309 - T
PAGE
Study of heat transmission and pressure

,h velocities
drop In gases flowing at hig
in pipes 1.91
Observation of flow ot' liquids In hydraulic
shute with external flow around body 194
Study of heat transmission and aerodynamic
resistance of a cylinder placed across the
air flow 20-~
The same for block of tubes 226
Study of heat transmission with boiling
liquid at conditions of free convectlon 23.-'
Study of heat transmission with steam
condensation on single tube ~48
IV Heat transmission by radiati-)n 2f,
Introduction
Measuring of emi3slve poNer Reproduction
of black body, "radiometer", t h e rm(, c 1 eo'~io n I
vacuum tube, bolometer, :ompensating
pyrhelimeter, potentlomelfr and photoelement
Determinatlon of '.-tefan-13oltzmann's constant 2't'1
Determination of coefficlent of emissivity of
solids by radiation method and by the colori-
meter method 4 2-S-,

Opytnoye izucheniye protsessov teploperedac.il AID 309 - I
PAGE
Determination of coeffi,~Ient of exposure
on models 289
Ch. V Heat exchangers (Modelling) 298
Introduction 298
Theoretical basis of modelling: analytical
presentation of process in the specimen,
conversion of equation of process and
boundary conditions to dimensionleBe form,
criterional equation, general conditions of
similarity of processes in the specimen
and model 300
Study of convectional heat exchange in models
and forced flow of liquids in the heat ex-
changers. Conditions of similarity of process
in specimen and model, realization of condi-
tions for similarity, precise and approximate
modelling, computation and construction of
models, i,,;udy of heat tra,418mission and
aerodynFitics in boilers, in water and air
models, and heat exchangers 308
5/6

FBTUXHOV, B.; RAGULIN, R.
Ntermination of heat conductivity of aqueous solutione of monoethanclamine
by the method of regular regiKe. Kholodillraya Takh. 30, So.i. 56-9 153.
(CA 47 no.20:10326 '53) (MLRA 6:3)
1. V.M.Kolotor Energetics Inst., Moscov.

Y\ ti r 1,t- .
ACHIMUN, TI.S., doktor tekhnicheskikh nauk. professor. glavnyy redaktor-,
ANTSTFIROV, M.S., K-andidat fisik-o-matematichealrikh nauk; ASTAKHOV, X.V.,
professor; YUKALOVICK, M.P., professor, doktor tekhnicheakikh asuk;
KORILIN, A.I., kandidat tWmichesklkh nauk; KRIPM, B.S., Inzhener;
IAZARIV, L.P., kandidat tekhnicheakikh asuk; MAURIN, 13., inzhener;
M.ATTUKHIN, V.N., kandidat tekhnicheakikh nauk; NINITIN, N.N., kandidat
fisiko-matematicheskikh nauk; PANICHKII, I.A., kandidat tekhnicheakikil
itauk; .. irandi,~at tekhnicheskikh nauk; PODVIDZ, L.G.,
kandi t tekhnicheskikh nank; SIMONOV, A.F., Inzhener; SMIRYAGIN, A.P.,
kandidat tokhnicheakikh nauk; FATNZIL'BER, S.M.. professor. doktor
tekhnicheskikh nauk; KMIZIT, 9.P., kandidat tekhnichsakikh nauk;
TANISHIN, B.I.. kandidat takhnichaskikh nauk, KAMUS, M.Te., Inzhener,
reduktor; KARGANOV, V.G., redaktor graficheakikh materialov, Inzhener;
SOKOWVA, T.F., tekhnicheskiy redaktor.
(A machinebuilder's manual in six volumes) Spravochnik mashinoatroitelia
v shesti tonakh. Izd. 2-s, ispr. I dop. Moskva, Goa. nauchno-takhn.
izd-,wo mashinostroit. lit-ry, Vol. 2. 1954. 559 P. (MLHA 8-.1)
(Rachinery-Construction) (Mechanical engineering)

LL
PETUKH07, Boris Sergeyevich
'-nTUF.HOV, Borie "ergeyevic!7, Acalemic ,egree of 'octrr of Tec!-r.Lc,,.1 ci-nceF,
on bis defensp, iC June 195', in the Louncil of t~ie l,,osccw ~_rler
of 'enin Power Engineering. Inst imon! ~clotovv of hifz iissertation
entitled: "~Iesparch in the '-eat ex&ange and hyiraullc resistance of
non-isothermal flow of in pipes." For the Academic Degree of
Do tor of ScienceF.
SO: B'--ulleten' H.nisterstva, ~yrrhef-o Lbrazovanlys. SS_'~R, List No 2C, t L'C!o"'er
295'~, Decision of Higber Certification Comnission G,ricerning :)eF..eus
and Titles.

F!ETUKWV B.S. kandidat tekhnicheskikh nauk, dotsent; KHASNDSHCHEEDV. Ye.A.,
tekhnicheskikh nauk, assistent; NDLIIE, L.D., kandidat tekhni~
cheskikh nauk.
Investigation of local heat transfer during Viscous flow of a liquid
in a round tube. Trudy NEI no.25:27-50 '55- (MI-RA 9:7)
(Heat--TranBMission) (Fluids)

Subject
Card 1/1
Author
Title
Periodica 1
Abstract
Oub
AID
B. i',3 i
J for m~ a
led 110.
tIf r-I 1 1 91~6
Ai(- theory and practic(- of tho
ine t--)I mt,a ~-. tr .he hf,3 +- trR nsf or ',-n ppe s vi 1 , j, -:
m(-,tho(] ds based on the mea3ur~--
(,rjT. ir~ the wall-I of a th!;".
V-a If -C .Tl-w i t~n (-)f' the expertmenta
(jt' 'Lh ~~i inethod a. re preLserited 5 diagrams.
Institution
Submitted
ii-~ ~i v, In3r-ltute
! ~ C., ~ i

.jgaaaff. B.S., do)rtor tekhnicheakikh nauk: FOL'IM, L.D., kandidat
.tiEaMheskikh nauk; KRLSBOSHCHETOV, Te.A., kandidat tekh-
nicheskikh nauk.
Heat transfer during viscous flow of fluids in tubes and
channels. Teploonere-etika 3 no.12:41-47 D '56. (K6RA 9:12)
1. KOBkovskiy energeticheakiy institut.
(Fluid dynamics) (Heat--Transmission)

PETUKHOv, :). S. (boctor of Technical J'ciences)
Moscow. rnergeticheakiv M!:titut
Istoriya energeticheskoy tekhniki SSSR v trekh tomakii. t. 1: Teplotekh.-,'ka
y of Power Engineering in the in Three Volumes. v. 1: li--!,It Zrigin erinj,.~
(histor-
Moscow, bosenergoizdat, 19u,7. 1-7S, i). 5,onn copies nrinted.
Ed. -Gomp iler : Yorife-Jeratov, I.Ya., Doctor of T(!r-hnical ~,ciences; Atitt-.ors: i i.,4 dy Ik cs
I.S., doctor of Tochnicni `Ic!en(--e.-,; I)e1indkiy, -'..Ya., -andidato of Terhnical
Sciences; Giri-xiellfarl), V 'L., -'andidate or Technical Sciences; KaLafat.J,
~, didate of 'lechnical Sriences; Kertselli, L.I., irofessor; Yovalev, A.i ., -octor
,an
of TecNnical Sciences; Kbnferierato-%,, I.Ya., Doctor of Technical Scit~nces; Lrivrov,
V.A., boctor of Technical ')-ciences; Let)elev, i D., boctor or Technical 'sciences;
Lukinskiy, V.V., Doctor oC Technical ~)ciences (deceased); I~etukhov, 1~octor
of Technical Sciences; jatanovskiy, A.Ye., -octor of 11'echnical Sciences;- ~~emerien]-.o,
N.A., Doctor of lechnical Eciences; Smeilnitskiy, S.U., Candidate of Technical
Sciences; L;okolov, le.Y3... L-ctor of 'Iechnical --cience,; ~;histyakov, S.F., ~andillte of
Te chn ica 1Sciences, and >hcheg4,ayev, A.V., -orresr)on(!iri-- remner, US-i Academy of
Sciences; i:,ditorial L)oard of set: ;)ell'kind, Il.b.) Doctor of Techniral '-ciences;
QlaziL-ov boctor of Tecrinicil '-cierices; 6olu')I.,~ova V.A., .,octor of Technical
Sciences Zolotarev, T.L., "ector of 1'echiiL:al Sciences; izbash, ~,.V., boctor of
Technical Sciences; Ki-rill-in, V.A., ~'orrespondin~, Lember, ~js"R Acadeaw of ---ience!.;

Yonfederatov., !.Ya., ,oct.or of 1'echniraJ S-ience:~; P~art~i,,lova, i'.Kh., uoctor of
technical ~)ciences; Neshkov, V.V., 1-ort.or of TeOenical ~cien~~es; ~-etrov, J....
boctor of 'lechnical L),ien,~~-s; 'i-ro*'indkciy, L-, -'octcr of 'lechnical
Styrikovich, 7~.A., ~orrespon(~Lrw. of* -~J-ence~.; ~n,4
Ya.A.J. Candidate of Technical -ciences. Ed.: 1-zatveyev, U'.A., Loctor of 'Iecnni-
cal Sciences; Technical -e-ivedev, 11.Ya.
PLIRPOSL: 1"he book Is inten-iod f'or techriiclins it) :111 branches or heat. engbiourini,,.
C'OVERAGE : 'his book presents the Jerelopment oz' the )asic branches of heat en-gineering
in the Soviet Union an(! it is the !'ir-~it vol,-me of 3 volumes entitled histcry of
Power Te&Lnolof7y in the JS~1F- 1'he f'irst chapter t!ives a concise history o" the
development of heat enFineering from Its ven, beginning to the nidole of the 19th
Century when the fundamentals ol' the theoretical heat engineerinr were establishe-'.
A detailed description or the -1evq)opment o," heat enFineering in pre-ievolutionary
Rus,
gia is -iven in ;h. 2 to 5 and Its status before 1917 is lescribe-1. in the main
part of the volume, Ch. 6 to 16, the development of vartouE 1)ranches of the -~ov-iet
heat engineering is presented. he theoretical fundamer,*-als of heat engineering,
cf manufacturing boilers, turbine installat tons of heat p,:~aer .-,lants, -11istrict
neating, heat :ontrol, automation of t-ermial processes, an,[ coold-ng techni,-,ueE are
covered extensively. rach chapter is supplemented with a bibliof,raphy. '*he )or;k
is illustrated with photographs, charts and diagrams, workel out 1j,.- the ~t.thor5 of
the res-,ective charters. jit. the en,! of the )ook there is a chronological lisL of
significant -vent-,: the -1e-,rel()!,r,!on~- of heat. enrineering.

S/0294/64/000/001/0078/0081
A~CESSION NRt AP402419i
AUTHORS: Petukhov, D. S.; Royzen, L. I.
TITLE: Generalized equations for heat transfer in turbulent gas
flow in tubes with annular cross section
SOURCE: Teplofizika vy*sokikh temperatur, no. 1. 1964, 78
TOPTC TAGS: beat transfer, turbulent gas flow, annular cross sec-
tion tube, Nusselt number, Reynolds number, heat transfer coefficier*~
adiabatic temperature, unilateral heating
ABSTRACT: This is a continuation of an earlier investigation
(Teplofizika vy*sokikh temperatur v. 1, no. 3, 1963). The most re-
liable experimental data obtained in this investigation (the relia-
bility being ascertained by comparison with other data) are used to
derive equations for the heat-transfer c:;efficients and the adi&-
batic temperatures of the walls of the annular tubes. 12"he empis~jcaj I
[Card 1/4-

ACCESSION NRs AP4024193
formulas derived'arel
Nut..
Nuvv,. 0,86 (ch / 42) -All (2)
NUU.- I - 0j4(dl / d2)*A
Nu.p. (3)
where Nu -- Nusselt nui~ber, Re - Reynolds number, the subscripts
1 and 2 pertain to the inside and outside tube diameters, the sub-
ripts IR and 2H denote that Nuc. pertains to the inside wall with
t'~b";e outside wall insulated and vice versa, and the subscript w per-
tains to a round tube without an insert. C is a correction which
takes into account the fact,that the*exponent of Re may.be smallbr
than 0.8,.and has a value
"rd 2/4

~ACCESSION NRt "4024193
+ ix (at/ 44 - 5 )", f or, Adi 0,20"
Ord,/d3>OA
!-The empirical formulas for the limiting adiabatic wall temperatures
le and e are
1W 2co
Oo-v 32,010,16 (d, / d2) (4)
01- - Ot. - d, / (12
(5)
!This set of equations makes it possible to calculate the heat trans-
;fer and the adiabatic temperatures of the walls for unilateral heat-
~:ing (internal or external). It is claimed that, compared with the
,presently derived formulas, the published data yield values that
range from 50% to 300 or 400% of the true ones. Orig, art. hass 3
:figures and 5 formulas.
Card .3/4

ACCESSION NR: AP4024193
Associmvm moskovskiy onergeticbeskiy institut (Moscow Power
,Engineering Institute)
AUBMIWEDs MecCi DATE ACQs 16Apr64 ENCLs' 00
,SUB CODE: PR- NR REP SOVj 004 OTHERs 005
Card 4/4

BADYL'"S, I.S., doktor takhnicheskikh nauk; BELINSKIY, S.Ya., kAndidat
tekhniche8kikh nauk; GIMMELFARB, M,L., kandidat tekhnichaskikh
nauk; KAIAFATI, D.D.. kandidat tekhnicheskikh nauk; KKRTSELLI, L.I.,
profesoor; KOVAL9V, A-P., doktor tekhnicheakikh nauk; KOIUWERATOY,
I.YA., doktor tekhnic-haskikh nauk- IAVROV, V.N., doktor tekhniche-
skikh nauk; UWEDICV, P.D., dilktor takhnicheskikh nauk; WKNITSKIY,
V-V., doktor tekhnichaskikh nauk ~deceasedl; X)Q&HQV B.S., doirtor
tekhnichesicikh nauk; SATANOVSKIY. A,Ye., kandidat tekhnicheskikh nauk;
SEMENNNKO, N.A.,doktor tekhnicheskikh nauk; SHEL'NITSKIY, S.G.,
kandidat tekhnicheBkikh nauk; SOKOLOV, Ye.Ya., doktor takhnicheskikh
nauk; CHISTYAYOV, S,F-, kandidat takhnichesktkh nauk; SHCHEGLYAYEV,
A.V.,, BELIKIND, L.D., doktor tekhnicheakikh nauk, redaktor; GLAZUNOY,
A.A., doktor t,ikhnichesldkh nauk. redaktor: GOLUBTSOVA, V.A., doktor
tekhaichesk-ilch nauk, rodaktor- ZOLOPTAREV, T,L-, doktor tekhnichaskikh
6
nauk. redaktor; IZBASH, S V , dok-tor tekhnicheskikh nauk. redak-tor-,
KIRILLIN. V.A., redaktor, MARGULOVA, T.Kh., doktor telchnicheskikh
asuk, redaktor.-, MESHKOV, V V., doktor tekhnicheskikh nauk, redaktor;
PETROV, G.N,, doktor tekhni^-heskikh nauk, redaktor; SIROTINSKIY, L.I.,
doktor tekhn5.cheskikh nauk-, redaktor: STIRIKOVICH, M.A.. redaktor;
SHREYBIMG. Ya.A., kandidat tokhnichasicikh nauk, rednktor; MATVEYEV,
G.A., dok-tor tekhnichesk-lkh nauk. redaktor, MEDVEDEV, L.Ya.,
tekhniCheBkiy redaktor
CHistory of power engineering in the U,S-S~R- : in three volumesi
latoriia energeticheskoy telchn,,kl S.SSR. v trekn tomakh. Mosk-ve.
Gos.energ.izd-vo.
,Continued on next card)

BADYLIKES. I.S.---(continued) Card 2.
Vol. 1. LHeat engineering] Teplotekhnike. Avtorekl.L kollektiv tima
Bodylikes i dr. Red. -sost. toma I.IA.Konfederatoy. 1957. 479 p.
(MIRA 10:B)
1. Chlen-korrespondent Akademii nauk: SSSR (for Shcheglyayev,
Kirillin. Styrikovich). 2. Moscow. Moskovskiy onergetichookiy
institut
(Heat engineering-History)

V,
"Investigating the Resistance of Friction and the Coefficient. of
Wall Temperature Restoration During the Motion of a Gas Through
a Circular Pipe at a High Subsonic Speed," by Doctor of Techni-
cal Sciences B. S. Petukhov, Candidate of Technical Sciences A.
s . sukomei and Engrv-75-71,rotopopov, Moscow Power Engineertr~__
_Tn'stitute, 57, pp 31-37 9
The article describes the method of investigating the resistance of
friction and the coefficient of wall temperature restoration during the
flow of air through a round tube at a high subsonic speed.
The authoru prenent data on the coefficients of reeistance and the
restoration of temperature during stabilized motion and In tho initi&1
portion of the tube in a turbulent boundary layer.
IAI -I

AUTHORs PETUKHOV,B.S., MUCHNIK,G.F. PA - 3565
TITLEt On the By-Er-aulic Resistance in the Case of Turbulent Noniso-
thermal Movement of Liquids in Tubes. (K voprosu o gidravliches-
kom soprotivlenii pri turbulentnom neizotermicheskom dvizhenii
zhidkosti v trubakh, Russian)
PERIODICALt Zhurnal Tekhn. Fiz., 1957, Vol 27, Nr 5, PP 1095 - 1099 (U.S.S.R./N
kBSTRACT: The formulae available showed contradictory results, and experimental
data comprise the modifications of the physical characteristic
values only within narrow limits. For this reason the department
for theoretical bases of heat technology at the Moscow Institute
for Energetics carried out new tests for the measurement of the
hydraulic resistance in round tubes in the came of the motion of
two oils (MS- and transformer oil) and water under conditione
marked by an essential modificatfon of viscosity with temperature.
The experiments were carried out in such a manner that the in-
fluence of input effects was excluded. It was shown that with
cooling of the liquid (in contrast to its heating) the exponent
n ane therefore also ~ depends essentially on Pr F' Furhter analysis
showed that the relation can be expressed by
1
n - 0.28 Pr 7
For the resistance coefficient in the came of a turbulent non-
Card 1/2

VORONIN, Grigoriy Ivnnovich, prof. dok't,tekhn.nnuk., VUKALOVICH. M.P., prof.
dokt.tekhn.nnuk, prof., dok-t.tekhn.neuk,
retsenzent.; ZUBAREV, Y.N., dots.,kand.takhn.nnuk, retsenzent,; ISACIMETO,
V.P., dots..knnd.tekhn.nnuk, reteenzent,; RASSEAZOV, D.S., inzh.,red.;
PETROVA, I.A., izd.red.; PUKRLIKOVA, 1I.A., tekhn.red.
[Principles of thermodynFtmics nnd hpnt trnnsforl Osnovy termodinamiki
I tepl(merednchi. HoskvFt. Goa. tzd-vo obor., promyshl.. 1958. 341 p.
(MIRA 11:9)
(Thermodyn,qmice)
(Heqt--TrRnamission)

KIRILIOV. V.V.-, PETUKHDVP B.S.
Stud.ving the heat exchange during a turbulent liigh-speed gas flow
In pipes. Nauch. dokl. vys. shkoly; energ. no.1:155-160 15P.
(MIRA 11: 10)
1.Rekomandovano kafedro7 TOT Moskovskogo energeticheakogo instituta.
(Heat exchangers) (Aerod7namics)

PZTUKHOV B.6s, doictor takhn. nea1c, prof.; SWOOL, A.S., kand. tekhn.
V.A., Inxh.
Investigation of the temperature recovery factor during flow of
a compressible got in a circular tube. Izy. vyo.ucbeb. zav.;
energ. no. 2:51-57 7 '58. (KIRA 11-7)
1. Hookovskly ordens Lenina energetichaskiy inatitut.
(Aerodynamics, Supersonic)

V
A'JM.L- OIRS: Pet-ukhcv, D. S'. , Dr.Tech.Sc. a,-.d Kirillov, -I.V. ,
IT L Co-cernin,- ~~I~_--U exchan-e f-
IiVids in pipe I: (K VCPI-OCIL 0 te-PlCals:11enc. 7;-_'
turbulentnom techenii zhilkosti v trubakn).
F:,RL__.DICAL: Te-Dl~_-'e-t--,-geti'r'Ia, ic~1581 IN 0 7, p.
A F, 3 72-lbl C TMoSt Publil-hed worl-s on M-ie se:.d-ej-Ip_-*.-ic: 1
rOGI.-Ird thu flow of lj'qiliz~ in -_;b
con,-,isti;,; of t,.,;o oi throe layoni. A vel( 'c
:istrilbution law or h-q,)ul.-,e chan., Inv: J.' :01,
I - 4
_Iol- :!:-ch of -,..e .2h-s ver,7,, roub.
Uften leads t---. ~-_onsiJerabl-_-~ 'A'ifferen--o-c
a,nd e-.:Pi~inent ~~,;hen Prandtl'.,-~ nunb,_~r i -r--.-
10 - 20. 2he pn~,-cnt !:rticlc I-ive: t
of r-,_: ~Pirin,,
:_t liv";d "n :'ubt2~-I
7
fc'r t"; c f f i c t U rb I r~:
C, C jt t t h f_~V1 C, C .1
A t cr,,~ t i c:,, Ic:
C
IL' 'juitl ~:'f ;l p-ope:"i

_,,[7
r1
J t
lu be il~tccr:lto(!
Nu:-r,(-1-l1,-, nunber I:-.
.L M, C 'u-ic'I I S, uf ~i,-. ' Ajv! Pr and t Vs nuTA.L,i-:--.J
1 u 1. -a t c a r,iin.-!
-Ire cc,:Tared iz-i F i.I
-p
fo.:,mila %Lnd TAiLrhe-.'0V'!3
c-..' -tihited v~tlue,, j,
-evel-
-.'-)erz r curves are lower
M ar--- aL--ost ho:L-izont-,l.A
e re--ultZ.,- th--t for cr~lcula"Iiori,7 --f
f2c-.,.: in pine.,-~ it
fc;r tl~e coefficIent Of
-L2se. Fi;-.'~ .-j-ves tl~u
inn -Iran
an~ -d t 1 nu-iber -when fte latt~:!r lie.,-. t~ e - -6
,.)nd 0~1 'l-und 11'eynold-~' nu.-iber lies beV.,.-ccm 10" , 1- i 0'
-alority of Lions on
turbule.nt flo,.. of li--iuids in pipe.,,
-,uite a narro-~. rmat~e of Prandtl nu:.-,ber:~ fc)r
,I j
'ar,-! 2/4 tc...Perature "-eacl,,,-., --hun ClIC-n-es in tlie T~h,. ~- 'Zc- 1

C r.-IJ 21;
ConceriAn -.c,-t e :-',UriT!. - tl,e tu,-bulert flow of' 1i --Jid.,~ ir,
pipes.
of the liouid are insiGnificai:t. Heat-transfer
ments were -U)-erefore undert,-d:en usinG -~.raber, t.~,~,,-,S'Coi-..ier
oil and oil Grade IMC under condition,, in wlAch tlierr,, ic a
OLI or
in
physical properties -;;ere al.~,-(-, chanCed but over
limits. Th- chcaracteri-- tics of the ex-peri:-ient,-;,--I d--t:,
thus oll-AL;ine(i and alLo those of Kreith and Sum-ierficld,
--iven in Tab12 The
are referred IV-, later, are
.-eE.ults of '~he tc-,:ts for two oils and water ~,rC! T) 1. 0 t t ed
in Fi -.11. The experinental points a,-rce ::ell one
C,
al-otl---er --,.-.d ivo a ~..,(joth curve in t1)-.- ordinZ.tes
-e scatUer of tl-o t,2-t points bein,- no -ioru thu.- 10-150/~.
The results presented in Fig.4 show thr~'L. th-=eti(-I
calculations correctly represent the relatio-..:-h-'P 1,A1--een
thc Iluss-elt, Reynolds and Prandtl numberE- not only on
the physical propertdos are constant but alco ,.hen Ci.,,-re
is a conciderz.ble chan.e i:i viscosity with
A ne,.. desi-n for::iula i,~ offered on the b,,-,:iE-- of "he
testfi -id ~`-eoretical calculations it * -Iii for
41 106~: V
values of Re-,,nolds number from 10 to ard for Ff~f;-ndtl's
~.,ard 3/4 mL.iber fro:.', 0 7 to 200. E.-AstinE for:-iull---c~ z,.re

CC -/: -1212ii
ConcerninC heat e~~-chcnE~e Jurinr- t1--le turbulent flov. uf
pipes.
adequate only over a -much rarrol,,!er rarli~e Lhz,-, tl,~c
for~.iulae proposed here.
u E,
There are 4 ~i-- res --i.d I" reference- Cer
6 Ruscian.
ASSOCIATIC)II: Moscwa Po-..,cr In.,,titute.
7
Inz-1-itut).
AVAILABLE: Librar7 of I.ongreF-s.
Card 4/4

`-'ilORS: Pot ukhov, 13. S Ye. A.
TI-f LE: Hzydraulic Resist ! ce i. ~ -e ~!r.se of 3. V--' sc-,,.;z Z
Motion of a L-, -id i.-! T,:' us (3i6ravlichesko.,re
pri vy--z'rr-!-,tnom cheskom dvizhenii zhid'~:-)~-ti V
PERIODICAL: Zh%,-:,a1 Tek_hniche:~koy P-*L-.4-,-,i, 11159, Vol. 26, Nr
1)!-. 12o-, - 1214 (USSR)
ABSTRACT: The vell-known for.7ulae for the reoistance coefficie.-it in t'-.e
case of an isother--al moti :~ of a liuuid in tubes are -.,)t
for t','o i~urpose of 3rterr.inin,3 'hyclraulic resista.,.ce :ic---,
exc-a~-,,,-:e. Especially ~;reat differenceo of the values of re-
s.zta,.ce coeffici are oboerved in a viscous (laminary) 1-1
T'-.e experi ental available do not suffice for t"I"e le"
11-~ition of the depe,,;~ence ron P8 , Pe and + within the ran--e of
Pzh
variability. In connection *-era--ith the authors measizrE.,! t~~O
hydraulic iii tlow viscous flow of oil i-, round :1:
rectanjular tu),e . ~;csi,,Ieu tYe authors, also L. D. Nol-le
part in t;;e ex.~uri:-jents. T-.,, ethod of ent~!riri. corr-e-t
'3 jrl ro 1 t
"ard 1/ the !A initfii f:ection assiimed when calm,

Hydraulic Res 4. stnnce in t~~e -':LSO Of !'. %' * -' -,,':S NOn-
Is(.)t:,.er al .'.otion of Lf.~uid in Tu, -as
t I f i e d ~, r. i.-. t s e o f an i s o t h e r n j
Vie liquid. The 011t of ex~)eri-.cntal data s*.)wed t.,-t
t~.,e cor.-ection i.,-, tiic~ section is more si-.,Ie ,nd
it possiblP to obt---,n. .-iore u.,-.iversal de.)endences of the re-
sistance coefficaent.. T..c de endences I on Re in the case of
notion of t~ic liquid in rour. --,r- sh-vil.
I ~~nd rectan~~ilar ti,,I,.e -
f i L,,ur e s 1 und 2 ' . T',. e ! -4, 1 d
j - show t- t , wit- Re EL:-.d ee -I-
being equ 1, '.he reListance coefficient increases wit.- an ~n-
crease of the value pa!'pj. I., the case of liquids capable of
forming drops viscocity is ---,;-,jected to the gre:,test ch%:..-~s,
with temicrature, at L;tarA,.:-' conditions. Other physical
meters de.end onlj little oi-. temperature. The cha.,,,,c of Visco-
Sity m,-,Btt Co'., ared t ) c)t'.:e.-- L;~-:rameters, exercise tl-ie ~;roate2t
influe.,,ce on TI.e ~oi!;t e'aboration of ex,)eri-r:e-.tal lata for
round and rectanilulur tu`~e-s nh~,ws tl.:;t in the case of a non-
isothermal motion of the 1i L,id, the dependence of t'.e
coefficient on the F;hape (if t P crose section ta,- 'eL t:,,~ same
course -s in t,;e case of t,r. motion. I.-,
Card 2/3 of what has been said t:.c, depen~ei-ce of resist-.,-.ce

.~~C of a vicc"),_S
:.!otion of L` uid in _2v ~ e s
coefficient can be rei~resented in form of the equation
Pa' )n
~Lj
Tl,,c resi:-,tance coefficient depends in a hi-h de,.,rec not onl-~, on
but also on pe 4L(figure 4). On thic occasion t*''(,
Ila.
of (, tproduced by Al on the amount f decreases wiit'. an. in-
creuse of Pe There are 4 fiCures, 1 table and 1, refere:.ces,
4 of which, are Soviet.
ASS.~CIATIOIN Mookovs1-ij, ener -eticheskiy institut (Moscow Institute of Power
En1-_Jneeri.-,t:)
SUKITTED: Octoi-er 6, 1~56
1, Oil-Viscosity 2. Fluid flow-*tesistanca 3. Fluid flow-
Test equiprent 4. --thenatics