SCIENTIFIC ABSTRACT PROTOPOPOV, S. N. - PROTOPOPOV, V. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343320019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

--PROTOPOPOVj S.N.; TATUR9 S.K.9 prof., doktor ekooom. nauks red.; KOCIWOV,
red.; POSHESHULINv I.P;, tekhn. red.
[Accounting for reconstruction works] Uchet vosstanovitellrqkh
rabot. Pod red. S.K.Tatura. Moskva, Gos. fin. izd-vop 1946. 93 p.
(MA 14:8)
(Construction industry-Aceounting)

PROTOPOFOV, S. N.
Bukhaalterskiy uchet v podryadnykh stroitelInykh organizatsiyakh (Bookkeeping in
contract building organizations) Moskva,, Gos. lzd-vo Lit. po Stroitel'stu I Ark-hitekture,
1953.
398 P. Tables.
N15
611.91
-P9

P%. ',up OPO 11, 1 S. III.
Accountancy
Bukligalterskiy ucinet v podryadnykh stroitelinyRh orj~anl-zatsiyakh.
Moscow. Gosudars-It-ionnoe Izdatellstvo Literatury po Stroitellstwi i Arknitekture, 1~53.
pp. 3,19; 23 x 14,
LXI-li-l

Z', T,
`31

PROTOR,)POV, S. III.
Social Science
Analysis of the economy activity of construction nrojects and Imilding
organizations. Aoskva, Gostinizdat, 1)52
Monthl_y List of Russian Accessions, Library of Oqpgreas, jime -1953, 'Uncl.

PROTOPOPOV, S N N15
748.1
.Pq
ME BETRIEBSANALYqE IN DER BAUWIRTSCHAFT. BERLIN, DIE WIRTSCHAFT, 1955.
379 P. TABLES.
TRANSLATION FRONTHE RUSSIAN: "ANALIZKHOZYAYSTVENNOY DEYATELINOSTI STROYEK I
TROITELINYKH ORGANISATSIY", PIDSODW, 1952.
BIBLIOGRAPHICAL FOOTNOTES.

PROTOPOPOV, S. U.
PROTOPOPOV, S. N.
OFCANISATION UND PLUTING Df FAUL:WESEN (VON) D. I. MjKSHTEYN, S. N. PPOTOPOPGV, --,E. D.
SYRTOVA. BERLIN, DIEWIFTSCFAFT, 1954. 271 P. TABLES. TRANSLATION FP01Y THE RUSSIAN,
"ORGANIZATSIYA I PLANIPJDVANIYE STP.OITELISTVA," POSKOW, 1951. BIBLIOGRAPETCAL FOOTNOTES.
fV5
661
.B91

Annliz Idio7..lql-stvemnol -lei-te2lnosti- stroek i stroitr~lln-,,k:i o-:7nnjz7tsjj
of tl-,- econc-mic -etiv4117 of b-.1,7-14-2-
-7.
10';P. 3 20 7: Z 4~ n 7,
SO: MonW~,- TArt o-,' Pussinn Acces,~J-ons, Vol. 6, "To. 2, lY 1953

BUKSHTEYN, D. I.; PROTOPOPOV, S. N.; and SYRTSOVA, E. D.
Organizatsiya i Planirovanie Stroitelstva (Organization and Planning of Buildings)
2106 p,p Published by GGSFINIZDAT, Yjoscvw, 1951. 1

EUffOPUPGV,ZJU.,---TIM&ZYKV, S.P., nauchan red.; GERASIHOVA, G.S.,
red.izd-va; KAUNOTA, G.D., tekhn.red.
[Accounting in capital construction] bukhgalterskii uchat
v kapitallnom stroite stva. Ixd.2., dop. I perer. Koakvae
Goe.izd-vo lit-ry polyt
strolt., arkhit. I stroit.mterialang
1960. 270 P. (MIRA 14:1)
(Construction Industry-Accounting)

PIqCTOI'U0Vj S. N.
Bukhgalterskii uchet v podriadrrylt, stroitelrWkh organizatsiiakI fAccounting in
contract construction enterprises/. Moskva, Gos. izd. lit. po strait. -I arkh.,
1953. 399 p.
SO: Monthly List of Russian Accessions, Vol. 7 No. I April 1954.

PRO"ITIC-L-C-1y, 11 . ",f.
A aaH7 Irliozi a iitve an oi d,: ;.a: e1 I no-t i s t,-re'r-_ i , tro., te-I ' zi~;hh or sli- (-!-a "-~ s--' a c~*
the ecoziumy activity of c,mitruction projects and buildirkg organizatuions). '.'o skva,
Gosfhaizdat, 1952.
SO: Monthly Liqt of Russian Accessions, Vol 6, No. 3, Ju--ie 1953

FRC)TCPCPC,V,
'I!ld
V tY Cf
Of
'7 2
--dat
~ticn
Hf)971rl--RQl2F7
1. ,,,ns*lr:.icticn industfY

TROTOPOPOV. Ser qy Niko a evich; GRINSHPAN, Sh., otv. red.;
RYBALICHENKO, R., . izd-va; LEEEDEV, A., tekhn. red.
[Analysis of the administrative operations of construction
projects and organizations] Analiz khozisistvennoi doiatell-
nosti stroek i stroltellnykh organizatsii. Izd.2., perer.
Moskva, Gosfinizdat, 1956. 231 P. (MIRA 16:7)
(Construction industry-Accounting)

-ZROTCjPG'rOV, Sergey '.ikolaye~ricla.
T
RUSSIA(1923-
Calculation of fixrd capital in constr~zction agen!Aes
qr,5686.B7R85 1(,,46
1. Construction industry-Accounting. 2. ConstructIon indiistry-Rtissia
1. Frotopopov, Sergy Nikolaevich.

MALYSHEV, S.P~; PRMPOPOV, sj~ .
Quick-acting secondary device based on eleatric-contact
method, Biul.tekh.--ekon.inform.Gos.na~ich.-issl.inst.nauch.
i tekh.inform. no.!.'43-45 '63. (MIRA 16,4)
(Electronic Instruments)

PROTOPOPOV, S. P.
Patogenez I Lechenie Dlitelno Ne Zazhivalushchikh Ran (Pathogenesis and Treatment
of Delayed Healing in Wounds), 184 P-, Moscow, 1950-

USSR/Medicine - Wovocain Block Apr 51
"Anesthesia of a Nerve by 14orocain in the Light of
N. Ye. Vvedenskiy's Parabiosis Theory," S. P.
Protopopov, Inat Surg imeni A. V. Vishnevskiy, Acad
Med S~i USSR
"Khlzurgiya" No 4, pp 7-19
Studled physiol aspects of. transmissi'on of natural
stimuli through nerve parts blocked by novocain.
Made comparative evaluation of different methods
of blocking (chamber method, painting with novocain
gradual infiltration of novocain, intraneural method)
and physiol evaluation of natural elec discharges
186T71
USSR/Medicine - Novocain Block (Contd) Apr 51
under pathol conditions (inflammation). Describes
methods of blocking and shows results on the stimuli
in graphs and oscillograms. Physiologically,
anesthesia is analogous to parabiosis.

PROTOPOPOV, S. P. -, KLYACMOD. V. R.
-
Combined endocrine and tissue therapy of bronchial asthma.
Klin. mod., Moskva 29 no.7:78-80 July 1951. (CIAL 21:1)
1. Prof. Protopopov. 2.0f the Institute of Surgery imeni A.
Vo Vishnevskiy (Director -- Prof. A. A. Vishnevskiy), Academy
of Medical Sciences, Moscow.

PROTOPOPOV, S. P.
1`11knlai Evgenl-vich Vvedmnakii significance of his works
in clinical surgery. Klin. mod., Moskva 30 no.4:65-69 Apr.
1.952, (CLML 22:2)
1. Professor. 2. Of the Institute of Surger7 imeni A. V,
Vishnevskly (Director -- Prof. A. A. Vishnevskiy), Moscow.

PROTOPOPOV, S.P.; ARSHINOVA, M.N.
Basic problems In the scientific research act..:,Ity of the A.Y.Vishnov-
skil Institute of Surgery of the Academy of Medical Sciences of the
U.S.S.R. Vest.AMN SSSR no.4-W-25 153. (KUU 7: 1 )
(Surgery)

PROTOPOPOV. S.P., professor; GOLOWOV, V.D.
Report on the Fifth Plenary Session of the Board of Directors of the All-
Union Scientific Society of Surgeons which took place in Moscow, December
24-27. 1952. Xhirurgiia no.6:84-91 Je '53. (KI.RA 6:8)
(Surgery-Societies)

PROMP(jeol ~-P
VISHNrIVSKIY, A.A., professor, otvatetvam7y redaktor; PRIOROV, N.I.,
professor; zamestiteV otvetstvennogo redaktora; 14OLWOM, S.F.,
radaktor; GOLDVANOV. V.D.. professor. redaktor; GABERLAND, M.I.,
tekhniche&,Iy redaktor
[Anesthesia in surgery. Transactions of the Commission on Anesthesia
and of the Yifth plenum of the Board of the All-Union Scientific
Society of Surgeons] Obezbolivamle v khirurgii. Trudy problemnol
komissil po-obezbolivanilu I piatogo plenum& pravlonlia Vessoluzno-
go nauchnogo obahchastva k-hirurgov. Moskva. Goa. izd-vo med. lit-77,
1954. 247 P. (MLRA 8:1)
1. Chlon-korrespondent Akademil meditsinakikh nauk SSSR (for
Viabnevskiy) 2. Chlon-korrespondent Akademii maditainakikh nauk
SSSR (for Priorov)
(Anesthesia) (Surgery. Operative)

FROTOPOPOV, S.P., professor (Moscow)
jm~,% i, -
*Therapy of ulcers of the lover extremities.0 R.F.Akulova. Reviewed
by S.F.Protopopov. Whirargiia, no-7:84-85 Jl '54. (MLRA 7:10)
(ULCERS) (AKULOVA, R.F.)

.-ur~-evy
2ub 1212-11/n;
11cr : Protopopov, S. P., Pro' ssor
fe
- i t 1 e : Important problems of present day surgery
Period.ical : Vest MW SSSR, 1, ':-1-1, Jan/Mar, 1955
FD
-1769
bntract : The 26th jUl-Union conr,ress of surgeons was held on Jaruary 20-27, 1 5
2,500 people attending. Representatives of 1~i foreign ccuntries att-ende,"7 the
z2etings. Some of the most important problems presently facing surGery in
the Ul,~'SR were discussed. All sDeakers emphasized that surgery in 'uhc WSIF.
reflects to a fairly full extent the physiological teachings of' I. P. Pavlov.
Materialistic trend in various sciences provides a basis for favorable devel-
opment, of m-dicine in 6eneral and surgery in particular. "Protective stinu-
lation" was recommonde(I for most postoperative cases; this includes encourag-
ing word from medical personnel, supervised gymnastics, early or
early postoperative removal from confinement to bed, occupational therapy,
oxygen therapy and the like. Use of "protective stimulation" is
more often in surgical cases. Caution was voiced in the use of -me(Lic--en-tous
oleep.

PROTOPOPOV, S.P.,profesaor
To all medical personnel. Yeltd. i akash-no.1:63 Ja 156 (NLRA 9:4)
1. Zamestitell direktora instituta khirurgii Iment A.V.
Vishnevokogo ANN SSSR po nauchnoy chasti.
(PIROGOV. NIKOLAI IVANOVICH, 1810-1881)

PROTOPONY, S.F.
. . - -- ~-'WtY'~, ,
First 4;ongrevs of Surgeons of the R.S.Y.S.R. Bkoper. khir. 1 no.5:
63-64 5-0 156. (KLRA 10: 2)
(APPZNDICITIS) (UIBS--DIMASIS)

FROTOF M V, S.P.,professor
To all medical personnel. S.P. Protopopov, Zhur. nerr. i psikh.
56 no.1:80 156 1 . (NLRA 9:4)
1. Zamestitell direktom Instituta khirurgil Imeni A.Y.
Vishnevskogo ANN SSBR po rauchnoy chasti.
(ACADMT OF MJDICAL SCIJWCBS OF THE U.S.S.R.)

PROTOPOPOV, S.P.,professor (Moskva)
Problems of hypothermia in surgery. Vest- AMN SSSR 11 no-1:48-58
156. (MI-RA 9:5)
(BODY TAKFARATURN
hypothormia, controlled)
(bU,HGARY, OPIRATIVN
b7pothermia in)

PROTOPON-VI-S.P., professor
I -
Surgery of the large vessels: according to materials of the igighth
Session of the Vishnevskii Institute of Surgery of the Academy of
Medical Sciences of the U.5-S.R. held on Now. 13-14, 1956. Vest.
.kAii 356R 12 ac.2:65-71 157. (VIRA 10:101)
(BLOOD UbSELS-SURORY)

PROTOP professor (Moskva, D252. Novopenchanaya u1., d.19/10,
J~mdamontals of lower extremity thrombophlobitis; compound therapy
[with summary In Inglish. Page 1571. Vest.khir. 78 n0.3:3-11 Mr 157.
(MLHA 10:6)
1. Is Instituta khirurgii Im. A.T.Vishnevokogo Akademit meditain-
skikh nauk SSSR (dir. - prof. A.A.Vishnevskiy)
(LZG. din.
thrombophlobitia, ther. (Rue))
(THROMBOPEMITIS, ther.
logo. methods (Bus))

- ~ I- I i
i~~ P.-I.--' r- L; li- ~'-'
q ! I
PROrOPOPOV, B.P.. prof.
Plenary session of the administration of the All-Itussien Society
of Surgeons, Krasnoyarsk. 1957. Vast.AKN SSSR 13 no.1:87-90 '58.
(SURGIRT) (MIRA 11:2)

PROTOPOPOV, S.P., prof.; KRYKSKIY, L.D., kand. med. nauk.
Tenth'session of the VishnevBkii Inctitute of Surgery of the
AcadenW of Medical Sciences of the U.S.S.R. Test. AMN SSSR 14
no.2:73-81 159. (NBA 12:4)
(IMART-SURGIRY) (SURGIRT, PIASTIC)

I -1,G, 6 ,
t-,~W'OPOI~U~l S.P., prof.; PFI( '. ,
.y I . K- .
I I .. 1: 1 .:,-, 1.
Surgicni tociiniquo In acuto
27 no.1l.-70-7/, t! 163 C : r - uc,: : 1 )

PROTOPOPOV, S.P., prof. (Moskva)
Second All-Rues-'an Congress of Surgeons. Khlrurgiia 19
no.8:138-143 Ag t63. (ICRA 17:6)

VISIDIEVSKIY, A.A., prof. Taureat Leninskoy promii; PROTOPOPOV) SOPS, prof*,
'---i
zasluzhennyy deyatell nauki RSFSR; ARSH1210VA , ft..-,-kand.ried. nauk
Ch the 60th birthday of Professor N.I.Kralkovskii. Sovet. med.
27 no.9t148-149 S163 (MIRA 17:2)
1. Deystvitellnyy chlen AMN SSSR (for Vishnevskiy).

PROTOPOPOV, Sergey PeIM3d_qh LYUSTIBERG V.F., inzh., ved. red.;
KHIMCHENKOP N.V.,, kand. tekhn. nauk, red.; SORDKINA, T.M.,
tekhn. red.
[Electronic device for determining residual austenite in
steel]Elektronnyi pribor dlia opredeleniia ostatochnogo
austenita v stali. Moskva$ Filial Wes. in-ta nauchn. i
tekhn. informatsii, 1958. 9 p. (Peredovoi nauchno-
tekhnicheakii i proizvodetvennyi opyt. Tema 33. No.F58-92/4)
(MIRA 16:3)
(Steel--Analysis) (Electronic measurements)
(Austenite)

Bapay, s.P. zasl. dayatell nauki RSFSR doktor med. nauk
I ----V f 1, prof
otv. red.; BAZHENOV, P.S., zaal. vrach RSFSR, red.; IVANOV,
S.S.0 zaal. vrach RSFSR, kand. med. nauk, red.; KOKIN, M.K.,
zaal. vrach RSFSR, kand. med. nauk, red.; TROFIMOV, K.A., red.;
TSUKANOVA, Ye.P., zasl. vrach RSFSR, red.; SHIPEROVA, R.Ya.,
Aa9l. vrach RSFSR, kand. med. nauk, zam. otv. red.; ANTONOV, V.,
red.; KUZIN, N., tekhn. red.
(Problems of practical medicine; from the prectice of medical
institutions in Orel Province] Voprosy prakticheakoi meditainy;
iz opyta meditsinskikh uchrezhdenii Orlovskoi oblanti. Orel,
Orlovskoe knizhnoe izd-vo, 1962. 335 p. (MIRA 16:6)
1. Zaveduyushebiy Orlovskim oblastnym. otdelom zdravookhraneniya
(for Trofimov).
(OREL PROVINCE-MEDICINE--PRACIIE)

FROTOPOPOV, S.P.
Dermatoplasty by the implantation method in extensive burns.
Eks khir.i anest. 6 no.1948-51 161. (MIRA 14:10)
IBOUPJIS AND SCALDS) (SKIII-TRANSPLANTATIOR)

PROTOPOPOV, 5.2. ~ prof.
International'Congress on Mebology. Vast. AMN SSSR 15 no.9:65-
67 '60. (MIRA 13:11)
(VEINS)

PROTOPOPOV, S.F., prof.; UIUMOV, K.B.
Anesthetizing properties of the benzoic ester of diethylp-l-op-th-mol.
Akt. vop. obezbol. no.2:219-225 159. (MRA 14:5)
1. Iz Instituta khirurgii im. A.V.Vishnevskogo AMN SSSR (direktor -
chlen-korrespondent AMN SSSR, zasluzhenryy deyatell nauld FsFSR
prof. A.A.Vishnevskiy). (ETHANOL)

IIIVYDOVSKIY,I.Y., otv. red.; YEGOHOV,B.G., red.; KR,1YHTSKIY,N-A-,
red.; 1PRIOROV, U.N.. red.;,PROTOPMY.--5-,P,, red.; (aI-
GOROVSKIY, I.M., red. GRIGCROVSI:IY, I.G., red.; LTTJEOY-
SKATA. N.I., tekh. red.
[Problem of trnums; trananctions of the 11th session of the
General Meeting(f the Academy of Medical Sciences of the
U.S.S.R.] Problema trsv%v; trudy XI sessii obEhchago sobraniia
AkBdenii meditainskikh nauk SSSR. Otv.red. I.V.Davydovskii.
Red. kol. B.G.Rgorov i dr. Moskva, Goi3.izd-vo med. lit-ry.
196o. 175 P. (MIRA 14:5)
1. Akademiya meditsinskikh nauk SSSR, Moscow. 2. DeyBtVit8l'-
nyy chlen AKN SSSR, ( for Davydovskiy)
(TRAUKATISM) (BURNS AND SCALDS) (RADIATION SICMESS)
0/

PROTOPOPOV, S.P.
Nervous factor 'in
veins of the l(wer
(VARIX)
the pathogonesia of var1co3e dilatation of the
extremities. Khirur,viia, 36 no.6.115-119 ja 160.
(MIRA 13:12)
(NERVOUS SYSTEM, AUTONOMIC)

VISHNEVSKU, A.A.9 prof., zasluzhennyy doyatell nnuklp 0".Tvdej
VITEBSKIY, Ya.D.9 kand.med.nauk. zamestitell oty.redvi ARLMP
D.A., prof.a red,g tROTQPOf!~P,-,-~f.; zasluzhenxzv~
de~yatell nauki RSFSRD r~d-. (Mosk7a),- MUKOVSKIY.. N.I.9 prof.9
red. (Mookwa)) KOVALESKOp D.G., prof.9 red. (Leningrad);
MITROFANOVA9 V.P,,v tskhn.red.
[Transa'-%tions of the Interpravince Conference of Surgeons from
the Urals and Western Siberia, 1959; complications of peptic and
duodenal ulcerq acute intestinal obstructiong problems in thoracia
surger7~ osteoartioular tub6rDUlOBiOq and some otber problems in
surgery and urology] Truc~r Mezh '~Iastnoi nauchnoi konferentaii
9
khirurgov oblastre-I Urals, I Z& i Sibiri; oelozhnaniia iazvennoi
boleani zheludka i dvenadtsatiperatnoi kishki, ostraia kishechnaia
neprokhodimoaVp voprosy khirurgil organov grudnoi polostiq kostno-
sustavnogo tuberkuleza i nekotorye drugie voprosy khirurgii i
urologii. Kurgan, Izd-.vo gazety "Sovetskoe Zaurallep" 1960. 483 p.
(MIRA 14:7)
1. Mezhoblastnaya nauchnays, konferentsi-ya khirurgav oblestey Urals,
i Zapadnoy Sibiri., 1959. 2. DeystvitelOnyy eblen AM SM (for
Vishne-vakiy). 3. Chien--korrespondent AMN SM (for Arapov).
(SURGERY-CONMESSES)

'-* PROTOPOPOV, S.P.p prof.p zasluzhennyy deyatell nauk RSFSR; KRAKGVSKIY,
prof . (Moskva)
International Congress of Phlebologists in Cha~bery (France),
May 6-8, 1960. Sov.med. 25 no.1:152-154 Ja 161. (MIRA 14:3)
(VEIIE-DISFASES)

rk6T61 Pe-I PC, ~," I" /~
PROTOPOPOV, V.A.. Inzh.
--:
Circuit for warning singals. Ibiergetik 5 no.12::21-22' D 157.
(Electric substations) (MIRA 10:12)

pROT,Op.OpI,O.V.,,_V.B. (Leningrad); ALEKSEYEV, N.I. (Leningrad)
inv--stigation of flange couplings for flanged pipes. 3troi. trulboprolr-
10 no.9:14-16 S 165. (MIPA 18:9)

F-RC,TOPQ.LOV,,,V,_B., Inzh.
Elastic helically wo7.;rd gaskets for Bteampipes flange couplinF!:-
Elek. sta. 35 no.12:11-17 D 164.
(MJRA. 18:2 )

ACC NR: __ AP6013489 SOURCE CODE: UR/0120/66/000/002/0037/0040
AUTHOR: Degtyarev, Yu. G.; Kazarinova, M. I.; Protopopov, V. N. 114
ORG: none
TITLE: Fast neutron -spectrometer using Si surface-barrier detectors and Li6F
SOURCd Pribory i tekhnika'eksperimenta, no. 2, 1966, 37-40
TOPIC TAGS: spectrometer, neutron spectrometry, neutron bombardment
ABSTRACT: '~euq~n spectrometer has been developed whose sensing
A semicondu4o4~
element is a thin film\of Li6F sandwiched between two layers of n-Si. Neutron bolff-
bardment of the film yields the splitting reaction LO + n -s. T + a + Q, in which the
combined energies of the triton T and the.a-particle equal the neutron kinetic energy
plus the reaction energy Q. A section of the sensor is shown in Fig. 1. Allowing
for the loss caused by the g6ld foil, the authors used a figure of Q - 4.6 Mev for
thermal neutrons and 4.7 Mev for those above 3 Mev energies. The preamplified
pulses from each counter are summed, giving an output of about E + Q, and this out-
put is connected via an expander to the spectrum analyzer; with tRe expander, any
desired portion of the energy spectrum can be observed. Amplitude spectra of tritons,
et-particles, and neutrons were obtained for bombarding energies up to 3.2 Mev. De- I
Card 1/2

PROTOPOPOVp Vladimir Pavlovich; ZHELFMAYA9, T.0 red.;- ZEIENKOVA, Ye.,
tekJm.reds
[Heating furnaces] PechrVe raboty. Kiev, Goo.izd-vo lit-ry
stroit. i arkhit.USSR, 1961. U5 P. (MIRA 3-4:6r
(Purnaceq) 4

FROTOPOPOV, Vikt.--jr Pavlovjr~b, 188C~-1957
(Selected wo"k-3" t-rudY. Ki~-,.-, lza--,~~
I-. -'I
1961. 5`~ 5 '7 p . 1 ". ~ . -'% i , -

STAPAROV. G.T.; PROTO
reinforced
Sinki= concrete wells using hydraulic earth removal
with the aid of centrifugal pumps. Rats. i Izobr. predl. v stroi.
no.3:115-117 157. (MIRA 11:1)
(Wells) (Centrifugal Pumps) (Excavation)

$ V . ~ .
1~ see JIC
~0- 0 1~1
a
/X~F~

PROTOPC?OV, V. P.
ussR (6oo)
TechnoloI7
Minimum technical knowledge for furnace-mtin. Kylv, Derzh. vyd-vo tekb. lit-ry, 1950.
Monthly List of-Russian Accessions, Librpry of Congress, June 1952, Unclassified.

PROTOPOPOV, V.P. (Kiyev)
Determining the efficiency of heating stoves. Yod.i san.tekh.
no-7:23-26 Jl 157. (MIRA 10:11)
(stoves)

PRDTOPOPOV, V.P. (Ki7ev)
The GOST 3000-4,- method of testing heating stoves needs a revision.
Vod. i san. tekh. no.12:24-26 D '58- (MIRA 11:12)
%'Stoves-Testing)

S/137/61/r/ /011/02~/12-~~;
AC6O/A1O1
AUIHOR- Protopopov, V.. S_
TITLE,. Peculiarities of the operation of high-tonnage open-hearth furnaceS
PERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 11, 1961, 37 - 38, abstract
11V225 (V sb.: "Novoye v teorii i praktike proiz-va martenovsk,
stali". Moscow, Metallurgizdat, 1961, 249 - 252, Discuss, 332 - 334)
TFX-T: Described is operation of two-trough open-hearth furnees of Y".
operating on low-manganese pig iron. The main characteristics of the furnaces are
presented, The furnaces are heated by a mixture of coke and producer gases (75%
of all furnaces) and by a mixture of coke and blast-furnace gases with tar car-
buration of the burners. The productivity of two-trough furnaces heated by a mix-
ture containing producer gas is 5% higher for the actual time than that of the
same furnace heated by a mixture of coke and blast-furnace gases only. The ref-
erence fuel expenditure for the smelting time taking into account the losses of
(25% of the coal in the course of gasification is 111.2 and 107.5 kg, and in one-
trough furnaces - 151.5 kg. The durability of the crown in two-trough furnaces
is 15 - 20% lower -than that in small furnaces, and the durability of t.he hearth
Card 1/3

S/13V6 1100010 11/023/123
Pecullari~ic3 of the operation of... A0601AI01
Is higher, The down-time of large furnaces for hot and cold repairs for 1956
constituted 6.8W6 and that for small furnaces - 7.38%. A comparative Investiga-
tion was carried out. for the quality of the metal smelted In one-trough furnaces
and furnaces in tKe grades. axle, 10 TP , 2OTP , 20 X, 40X , 40 XH
(10tr, 20tr, 2oKh, 40yh, 40KhN) and others. It was concluded thence that the
smelting of alloy grades in large furnaces Is possible and represents no diffi-
culby. The degree of reduction does -not deteriorate, the steel is obtained with
low 02 content (0.002 - 0.005%). The steel 20Kh and )WKh smelted in large fur-
naces have a compact grain structure. The mechanical characteristics are con-
sidera"bly higher 'than those demanded by the technical conditions. There is no
metal spoilage from the liquation square and no spongy centers. The quantity of
nonmetallic impurities is practically the same (0-005 - 0.006%). The ingot Sur-
face in both cases is satisfactory bLo is somewhat worse in metal smelted in -'.wo-
trough furnaces as result of the fact ttiat the founding is carried uut from the
top directly from a large ladle. The total metal output is the same. The oti-r-
put of the first quality was lowered by 1.14% for -teel 40Kh, and by 0.24% for sseell
20Kh or. account of the surface deterioration. The unsatisfactory surface of the
metal wben poured from the top and the Impossibility of intermediate dressing be-
Card 2/3

S/ 137/6 1/00o/0 I 1102~'1123
Peculiarities of the operation of... A060/A101
fore the rolling for finished grade make it impossible to produce axle steel in
two-trough furnaces. The specific cost per 1 ton of steel produced in large fur-
naces in 1958 is lower by 5 rubles 64 kop. Compressed air is fed into the gas
caissons through injector atomizers in all open-hearth furnaces in order to in-
tensify the burning of the fuel. Since its pressure is low (2-5 - 3 atm) the
quantity of injected atmospheric air is low (1-5 - 2.5 thous. m3/hr). At the
present time an analogous feeding of high-pressure steam (9 - 10 atm) is being
tried out in two furnaces. The steam ensures the sucking in of atmospheric air
in the quantity of 6,000 m3/hr and besides, lowers the pressure of the gas mix-
ture under the caisson by 5 - 6 mm water which Is convenient for furnaces having
producer gas.
Yu. Nechkin
[Abstracter's note: Complete translation]
Card Y3

nTP(~n1-y's . kand.tekhn.nauk
Tonsiometric differential pressure gauge.
no.1:92-93 Ja 163.
1. M046vokiy onergetichookiy institut.
(Tqpsiom~ters)
Teploonergetika 10
(MIRA 16:1)
(Pressure gauges)

PRO u
"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. Sukomel andEngrV. S. Protopopov, Moscow Power Engineering
Institute, Teploenerget I o 3, mar 57, Pp 31-37
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 authors present data on the coefficients of resistance and the
restoration of temperature &wing stabilized motion and in the initial
portionof the tube In a turbulent boundary layer.

SO V/ 1) 6- -1 _2 -4/ _2~~
1200
AUTHORS: Krasnoshchekov. Ye, A., Candidat-e of Te3hiii-c-ni ~~clences,
and Protopopov, V. S., Engineer
TITLE: Heat Transfer in the Super-Crit-ical Region Durin.-5 the
Flow of Carbon Dioxide and Water in PiDes
PERIODICAL: Teploenergetika, 1959, Nr 121, pp 26-30 (USSR)
ABSTRACT: There is increasing interest in heat exchan-o"e unde-r
super-critical conditions, Published work indicates
that existing formulae for calculating heat exchan--e-,
obtained under conditions far removed froL~: the critical
region, are not valid in this region. Therefore, -t-be
authors made an ex-perimental investigation of local
heat exchange during turbulent flow of carbon dioxide
in a pipe in the super-critical region,. The testus were
made with various heating conditions at pressures of
100 and 90 atms, using a un-i'Lformly-heated tube through
which the carbon dioxide was pumped, in a closed circuit.
The experimental equipment is briefly described and is
illustrated in Fig 1. The actual test section consisted
of thin-walled copper tube 6.70 mm internal diameter and
670 mm long, heated electrically, Arrangements were
Card 1/6 provided to measure flow rates, temperatur,--~s and

SOV,11'96- '50- 12--'- /20
Heat Transfer in the Super-Critical ReFion Durin- the Flow of
Carbon Dioxide and Water in Pipes
pressures. During the course of the test's t'lae mean
calorimetric temperature of the carbon dioxide in tiie
section', and the wall temperature, were varied from
test to test in such a way as to reveal most clearl~Y tl-h"
influence on heat transfer of changes in tilre physical
parameters, and in particular of the specific heat at
constant pressure with temperature. T'lliere a_-_ zliiree
typical cases of chan6e of specific hea-L across, clie
tube section: (1) if the wall temj ')eratu--e is less
than that correspondin6 U--o tho :ftaxifflum specific at,
the given pressure, the specific heat rises steadily
frora the centre of the flow to the wall; (2) if the .--Elean.
calorimetric temperature is greater than tilat -_~orrtjs-
, .he specific I,eat-,
ponding to the maximum specific heat U -
of the liquid falls steadily from the nucleus of the
flow to the centre; and (~) if the temperat-ure of
greatest specific heaL lies between t~ifz.~ mean t;r;raperuti.ire
and the wall temperature, there is a maxiijium Ln the
Card 2/6 specific 4at beti,,ieen the nucleus uf flow aric" tLe wall-

SOV/96-59-12-4/20
Heat Transfer in the Super-Critical Rej~-ion During- :1-he Flu; f
Carbon Dioxide and Water in Pipes
All -three -typical cases occurred in the tests. Forty
five -tests were made,, of which J? were at 100 azias
and 8 at 90 atms. The Reynolds number ranzed from
4 x 104 to 3 x lo5. Analysis of the experimental data
throws light upon the nature of the chan6es in heat-
c'
transfer coefficient along the length of the tube.
The changes correspond neither to the chan~,e in specific
heat taken from the mean temperature of the liquid nor
to that taken from the wall temperature, but to an
effective specific heat which may be obtained from
Eq (1). By way of example, experimental curves are
plotted in Fig 2 for a test corresponding to the third
case described above. In previous published work
expression (2) has been recommended for calculations
of heat transfer in the super-critical region, but it
does not fit the present experimental results. The
analysis of the results was therefore combined with that
of data on heat transfer in water, in order to obtain
more general and reliable relationships. Data relating
to 360 experimental points were worked out. They
Card 3/6 included the present authors' 111 points o)tained Vr

66,~'_: 4'
SOV/96-F-9-12-4/20
"I
Heat Transfer in the Super-Critical Region Duri,-.6 the Flow of
Carbon Dioxide and Water in Pipes
with carbon dioxidel and data of the All-Union Thermo-
Technical Institute and the Power Institute of the
Academy of Sciences, USSR for water at pressures
ranging from 227.5 to 280 atms. As was to be expected,
-the application to these data of formulae derivea for
conditions far removed from the critical -,,,ave a '-,great
scatter of results. However, e,,~perimental resulbs
for water and carbon dioxide at super-critical pressureB
are described by the usual formulaevalid for turbulent
flow below the critical region, provided that the wall
temperature is appreciably less than that correspondin
to the maximum specific. heat. With this stipulation, the
previously published expression (3) the least
scatter of experimental points (� l(Ylo),, The expression
requires no further correction when the wall temperature
is below the temperature corresponding to maximijin
specific heatl but in the other two typical cases of
heat transfer the change in physical properties of the
liquid across the section of the flow has -reater effect.
r3
Card 4/6 In these -two cases the influence of the chan-
CD e _L 11 VK

66554
SOV/96-59-12-4/20
Reat Transfer in the Super-Criticai Region Durine, Ujo Flow (if'
Carbon Dioxide and Water in Pipes
specific heat, viscosity and thermal conductivity can
be allowed for to a first approximation by simple
modifications of expression (4). This is illustrated
in Fig 3,where the ratio of experimental values of
the Nusselt criterion to those calculated by expression
(4) are plotted as functions of the ratio of the specific
heat given by Eq (1) to the specific heat corresponding
to the mean temperature of the liquid. It is shown that
experimental data an local heat-transfer during the
heating of carbon dioxide and water in the super-critical
region are satisfactorily described by three expressions.
They correspond to the three conditions of change of
specific heat across the section of flow, and are
expressions (3), (5) and (6). Their ranges of validity
are stated. Graphs of the experimental data and curves
corresponding to the three expressions are plotted in
Fig 4. It will be seen that 90% of the experimental
points lie within � 20% of the recommended relationships.
These relationships can therefore be used for heat
Card 5/6 exchange calculations during the heating of water and
~K

66554
SOV/96-59-12--4/20
Heat Transfer in the Super-Critical Region During -Uhe Flow of
Carbon Dioxide and Water in Pipes
carbon dioxide in the super-critical region. If the
changes of physical parameters across the section are
smalil the formulae (3), (5) and (6) are reduced to the
usual expression (4), which is valid for regions far
removed from the critical. Further experimental work
may indicate a need for more accurate expressions.
There are 4 figures and 9 references, 5 of which are
Soviet and 4 English.
ASSOCIATION: Moskovskiy eneri-5-eticheskiy institut (Moscow Power
Institute) L-r
Card 6/6

KFUSNOSHCHEKOV, Ye.A., kand.tekhn.nauk; PROTOPOPOV, V.S., inzh.
Heat excbange during the flow of carbon dioxide and w&'Aer
in the supercritical area. of paramters of state. Teplo-
energetika 7 no.10:91,-. 0 160. (MIRA 14:9)
(Heat-Transmiss ion)

PROTOPOPOV, V. S.
Cand Tech Sci - (diss) "Study of heat transfer in turbulent motion
of carbon dioxide in tubes in the super-critical area of parameters
of aggregation state." Moscow, 1961. 15 PP; (All-Union Power
Board, All-Union Order of Labor Red Banner Heat Technology Scienti-
fic Research Inst imeni F. E. Dzerzhinskiy); 150 copies; price not
given; (KL, 5-61 sup, 192)

KRASNOSIHCHEKOV, Ye. A.; KURAYEV, I. V.; PROTGFOFOV, V. S.; VON FEN
Qt teat transfer to "
r--,pozt Ba)mIttail TDx 2nb,