SCIENTIFIC ABSTRACT MIKHEYEV, I. M. - MIKHEYEV, M. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134120002-7
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• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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FILIMU. G.P.; 'PARA 0 T.I.; ALXSOVITSKrf, A.Te.; MIKHEM, I.M.
Spray drying of ceramic suspensions. Stek.i ker. 17 w.7:
18-21 JI 160. (MBA 13:7)
(Ceramics-Drying)
P,

6/136/01/000/001/007/olo
Eo:-)i/E2o6
AUTHORS: blikheyev I. M. and Smirnova, Ye. 1.
TITLS: Wrought Semi-fabricated Articles of the Magnesium
Alloy MAIO
PERIODICALt Tsvetnyye metally, 1961, No. 1, pp. 79-82
TEXT: This article deals with the melting, ingot casting,
extrusion, welding and corrosion resistance of the MAIO magnesium-.
base alloy, which contains aluminium, cadmium, silver anci inangan...
ese (% content not specified). According to the authors, melting,
ingot casting and extrusion procedures for this alloy do riot, differ
markedly from those used for other magnesium alloys. Aluminium
and manganese are added during melting, while cadmium and silver
are added in the mixer. Ingots are cast by a semicontinuous
process and then conditioned by machining. Round billets are
345 mm in diameter and 600-1100 mm long; flat billets are 160 x
540 x 700 mm. Bars, panels and strip were extruded on a horizon-
tal press. Tubes were prepared from the bars on a vertical press.
Forgings and stampings were also prepared from the bars. Extrud--
ing the bars, panels and strip at rates of flow greater than
Card 1/3

5/136/61/000/001/007/010
E021/E206
Wrought Semi-fabricated Articles of the Magnesium Alloy MAJO
I
0. 3 m/min. , and tubes at great or t han 0. 5 m/in-in. r esu I t ed i n
transverse tears. Extruding at 350-400")C at lower rates of flow
gave a good surface and a uniform fine grain. The forgings and
stampings also had a good surface and a similar structUro. ~Ilc r0-.
investigations showed that the somi-fabricat ed art ic los cons i st ed
of complex solid solutions of cadmium, silver, aluminium and man--
ganese in magnesium and chemical compounds of complex nature. The
strength of the MAIO alloy at all temperatures 0up to 3000C is
superior to all other magnesium alloys; at 250 C the strength of
the alloy is equal to, and at 3000C superior to, that of the B95
(US7075) aluminium alloy. Alloy MAIO is recommended for short-tIme
service at temperatures below 3000C, Data on the meclianical
properties of this alloy are given in Table 1. Corrosion resistance
of the alloy is somewhat lower than that of the MA8 alloy (a wrought
magnesium alloy containing 1.5-2-50/o manganese and 0.5 0-359. cerium).
Card 2/3

'::-/136/61/000/001/007/UIO
E021/E206
Wrought Semi-fabricated Articles of the Magnesium Alloy 'IA10
MAIO is also susceptible to stress corrosion. Corrosion resistaiice
can be improved to the level of the MA6 alloy by oxidizing treat -
ment, and susceptibility to stress corrosioii can be redut.ed by
metallizing and lacquer coating. Preheated to 300-350 0C, the'alloy
can be welded with the argon-shielded arc. Final heat treatinerit
must be done after welding. Strength of welded joint is 701% of
that of the heat-treated weld metal. There are 3 tables and 3
figures. Table I
Tensile s rcmigth, Yield 6trsngth Elon~,,ition,
kg/mm kg/ram OD
As-e.ctruded 33-39 24-28 8-15
Solution heat
treated 36-39 22-26 8-ili
Solution heat
treated and aged 40-49 28--36 4 _8
Card 3/3

MIKHEYE"i, I.M.; S1,111MOVA, Yo.lo
Dofomv~,.I,n A' !-Ilo %-jignwill-Im alloy I ot.!~. , -. I., nr.
r4, , 1.
79-82 Ja '61. (": - .-':3)

L 28V6 EPRA'aNt C)
E s-4 IJP( JD/ral/JT
ACCESSION M AP5019050.
669-721.5
AUTHOR: Kovalev. 1. G.; Mikheyej 1. M.; ov, V. V.; Shpagin, E. V.;
Mishkino V, L.
TITTZ. High'strength-ma
gnesiua alloy. Class 40, No. 172050
IHCE:'~ Byulleten'jzdbret i
OL en y i tovarnykh znakov, no. 12, 2965, 77
S
Z TOPIC TAGS; ~mnnesiua alloy, high strength alloy, high strength magnesium alloy,
magnesium veldablel- all6y
'OSTRACT:,: This Author Certificate introduces a high-strength mag esium alloy con-
tainipg zinc, cadmium, and zirconium. In order to improve mechanical properties an
weldabili,ty,'~be.alloy-containd.2-4% ziuc, 1-2% cadmium, 0.3-1% zirconiuml
4~5-;-2% lanftanu3~ and the remainder is magnesium. (WWI
g p6 aviatsionnoy tekhnike'
t-h-e State--Cci~mittee~on Aviation Zr4-,fneer1ng18-8-SB)
ENCL-. 00 SUB CODE KM Aq
SUBMtwVD. 30ctO
OTHER: 000 A11D PRESi 14031
In RZF 6011t 000:.

KI 11 IV, I.N., student; STRUSTS, H.N..dots.. nauchnyy rukovoditel'
Heat factors In the design of crystallizers. Sbor. nauch. rab. stud.
SNO DII no.2:119-139 157. (KIRA 11:12)
l.Ketallurgichaskly fakulltet Donetakago industriallnogo institute,
im. N.S. Khrushchava.
(Steel ingots) (Solidification)
(Heat exchangers)

NOW
IT.

V P.-. Pr6wnaterlak na 'U1604, f"Awar; -
m at (W44his MatirWm Ba"
mvml&13%de Rt Moscowt Gowdarst
KM

I
GVERDTSITELI, I.M.; _KEKHMXVj---I-.F.; IpTDLF
,R' Kh.N.; ABASHIDZE, G.S.;
KOIASHVILI, M.V.; UGREVELIDZE, D.SP-
Technological processes for obtaining molding materials based
on tung cake, Plast-massr no.Us49-50 161. (HIM 1440)
(Tung nut) (PAlaStICS)

L_I(L6 6 'r Jjp(c) R11/GD-2
Etil M
_-66 _Fjqpjj)L_ _C_V
ACC NR, AP6009533 /V)
SOURCE CODE: UR/0413/66/000/005/0069/0069
INVEWOR: Pevzner, -A.; Akqt1n, M. S.; Kikimey AW
Faydell, I. Ya.; Sokolov, A. D.; Timofeyev,-m-.-T-.
ORG: none
,TITLE: Method for obtaining compacts. Class 39, DO. 179466
'SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 5, 1966, 69
~TOPIC TAGS: polyvinyl chloride, phenolformaldehyde, compact
;ABSTRACT: An Author Certificate has been issued for a method of ob
Itaining compacts by combining phenol resinAwith pQlyrin I chloride-'in
the filler, using a mechanochemical method. Phenol resins and an1l1ner
lphenolformaldehyde resins are used to obtain materials which are I
! ~mpq?~Yj,_qus to waterp- -chemicalL and_ ~rop~qal oondltions.
iSUB CODE: 11, 07/ SUBM DATE: 27Nov64/
C.,d 1/1 2.743.22.067.0
UDC:- - -�-7A-6j',- -23

trovich
New rotary production line. Isobr.1 rate. no.10:12-15 0160. (MIRA 13:10)
(Machinery. Automatic)

MIKHEYEV. 1,P.
All-Union conference on the secondary use of pol7mers in the economy
hold at the end of July 1964 in Kiev. Plast. massy no.12265 164.
(MIRA 18:3)

i" 7 1
KIMMYBV,1.5. (Moscow)
Physics tables for students. Pls. v shkole 15 no.4:95-96 ji-Ag
'55. (KM 8:10
(Physics-4ables. etc.)

WVI, A.A., polkovnik; 14ININ, R.A., polkovnik; KAFUSTINq V.Ya., podpolkovnik;
KAPUSTIV, V.Ya., podpolkovnik; RASHAISKIY, B.R., podpolkovnik; )jjjUjM,,
I.V., podpolkovrik; VILICHDISH170 I.K.p polkovnikp red.; SOKOWVA# G.Twom"'
%126. red.
[Regulations for small ams fire] Pravila strel'by iz strelkovogo oru-
zhiia. Moskva, Voen. izd-vo H-va obor. SSSR, 1961. 116 fAIRA 140)
(Shooting, Military)

BONDAPMKO, S.S.; KASHANSKIY, B.H.; KAPUSTIN, V.Ya.; KRAMARENKO,
P.T.; LOVI, A.A;4 MIKIMYEV I V.- POLETAYEV, A.S.;
SELEZNEV, M; red.; V,-LICHINS"KIT,
I.K,, red.
[Instruction in firing at night from small arms and grenade
launchers] Obuchenle strellbe nochliu iz strelkovogo orwhiia
I granatometa. Mosk-va, Voenizdat, 1%/.. 214 p.
(MIRA 18,.4,)

1. 4"TKILMEVV K. 1'.
2. usa (6ou)
4. Turpentine
7- Purification of turpentine oloorosin by a "continuous settling"
method, Der. i lesolthim. prom., 2, No. 5, 1953.
9. Monthly Iist af Russian Accessions, Library of Congress, April, '()53, Uncl.

MIJWYEV, K.P.
Increase the selection of wood chemistry products. GA'droliz.
i lesokhim. prom. 14 no.8:15-17 161. (MIRA 16:11)
1. Gorlkovskiy kanifollno-terpentinnyy zavod.

KUZOICH, G.P., inah.; MIKHEYEV, Lje., insh.; STSPANOV, Ye.A., inth.;
SHIROKOV, A.P., kand.tekhn.nauk
Automatic drive for coal saws. Makh.i avtom.proizv. 18 no.3:
20-21 W 164. (14IRA 17:4)

BIKK IN, I.1h., Lash.;_ HIM _Iff, N.A., master
Di"tcher control systen for water-supply stations. Gor.
khos.Mosk. 34 no.4:31-33 Ap 160. (MM 13:8)
(Water-supply engineering)
(Remote control)

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MIKM EZV, 1-1. A.
8The Yodeling ?f Thermal Installations* 1936 46i~

MTV17EYEV, ITTATL AI,E:"JANDRCV'ICJ'
Tec'rnoloRy
-------- gnster 4"mbbq*~ for the power engineerinC school q . .I'os.-rva,
PuMamentals of heat tr
Wi~izd--Va, 1947. - -- ---. --
Monthly List of Russian Accessionso Library of Congress, June 1952 UNGLA3STFIED.

A.
r; phy -4
(Principles ,)I I;nn t tr,
SC: :~!1nufFicttir1r,, r~,nd -r in tile x;ipt
Llbrnry of Gonirrf-3~111 i "').

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oldrienio reMkikeskikk Nawk (Bulletin of
the Academy of Science* of the USSR, Section Of
Technical Sciencre?. SePL 1948, P. 1433-1443,
prtopOges substitution Of plats condeftswrO f"r
rommt,nly-oord tubular condensers. This substitu-
tion I, considered both technically and economleol-
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'ilKHIV, MIKHAIL ALEKSANDROVICH
1\
Garovy teploperedachi. Izd. 2, zanovo perer. Dopushcheno v kachestve uchebnika
dlia vysshikh ucheb. zavedenii. Moskva, Gos. energ. izd-vo, 19L9. 3'.,4- p.,
diagre.
Bibliography: p.289-393.
Title tr. : Fundamentals of heat transfer. Approved as a textbook f or 3chot- Is
of higher learning.
,,X320. M57 19L9
301 Aeronautical Sciences and Aviation in the -loviet Union, Library of ~-oonrresa,
1955

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MTKHFIEV, M. A. PA 243T47
MU/Sngineering - Heat, Rest Trwufer Oct 52
~Wffeat Transfer in Turbulent Flow of a Liquid Through
pipee'04 M. A. Mikheyev, Corr Rem, Acad Sci USSR
No..Ig, pp 1448-1454 9ji-
Ana,lyzes experimental data for air, water, alcohol,
acetone, benzene and mineral oils with wide range of
change in their ]pbysica properties (Pr= 0.7 - 700),
flow velocity (Ret-1.10 -2.166 and M =0.2 -0.971 temp
pressure, and heat flow. Develops new formula for
process of heat transmission in turbulent flow of
fluids in straight pipes and channels. This formula
is applicable for any cross-section shape, including
slotted (a/b z4-4o) and annular (d.2/dul-2).
243T47

9-ILA.;. -BAUM, V.A.1 VOSMENSKH, K.D.1 FEMNSKIYo, O.S.
[Beat transfer In melted met&U] Teplootdacha rasplaylewVkh
metallov. Moskva, 1955. 13 ~. (MIRA 14:7)
(Beat-Transmiseion)

Translation from Referativnyy Zhurnal, Mekhanika, 1957, Nr 11. p 71 (USSR)
AUTHOR: Mikheyev, M. A. , Baum, V. A. , Voskresenskiy, K. D. , Fedynskiy, 0. S.
TITLE: Heat Transfer by Molten Metals. (Teplootdacha rasplavlennykh
metallov)
PERIODICAL: V sb. : Reaktorostroyeni i teoriya reaktorov. Moscow, Ii-d-vo AN
SSSR, 1955, pp 139-151 (Allso, in English, Progr. Nuclear Energy.
19 56, Se r. 4, No. 1, pp 2 Z 3 - 2 3 2)
ABSTRACT: Contains fundamental information of experimental installations,
measuring techniques, and testing methods.
Investigated was the heat transfer by mercury, tin, lead, bismuth,
sodium, and bismuth-lead and sodium -potassium alloys.
The flow velocities varied from 0.1 to ZO m/sec, the Reynolds num-
ber from I x 104 to 6.5x 105, the Prandtl number from 4x 10-3 to
3.2x 10-?-, and the specific heat flux from Zx 104 to I X 106 kg-cal,"mZ'h r.
The Authors offer criteria for pure and oxidized surfaces based on
600 test points.
Card 1/2 A comparison is made between the test data and eXLsting theories.

124-11-12810
Heat transfer by molten metals (continued).
From an evaluation of a variety of test data a new criterion is pro-
posed in the form of a formula which applies to molten metals as well
as to "common" liquids in which the Prandtl number exceeds 0. 7.
Investigations were also performed on the heat transfer in conditions
of natural convection on heated plates and tubes for heavy and alkaline
molten metals and their alloys.
As a result of the evaluation of the test material, and also from
available data on liquids exhibiting low heat conductivity, the Authors
submit a single criterion formula for the heat transfer in large
volumes, applicable over a wide range of Grashof and Prandtinumbers.
The data relative to the hydrodynamic resistance in the flow of
liquid metals show that the general formulas of hydrodynamics are
applicable. (V. N. Krylov)
Card Z/Z

DIYAKOIOV, Garman Konstantinovich. doktor takhnichaskikh nauk, sasluchannyy
de.fttell n-Irl I tekhnIkI;KIRPICH3V, N.V. , akademik, redaktor Cdeceased)
MIXEMM, M.A., akademik. redaktor; INRYUGIN, T.M., redaktor; BABXVI-
4"dw.-v--i--I,'-f6daktor; KAKM. Ye.T., takhnicheekly redaktor.
[Problems of the theory of similitude in the field of physicochanical
processes) Toprosy teorii podoblia v oblasti fisiko-khtmicheskikh
protsessov. Koskva. Isd-To Akadevill nauk SSSR, 1956. 2o6 p. (waA 9:6)
1. Dekan mekhanIcheekogo faku-11teta Kazanekogo khImIko-tekhnologIche%-
skogo institute, (for Dlyakonov).
(Dimensional analysis)

MIKHRUT Mikhall A,~akaandrovich. akadenik; IMUZHILIUI G.N., rateenzeat;
I&V redaktor; LLRIONOV. G.Ye. takhaichookiy redAktor
[Principles of heat transmission] Onnovy teplopersdacht. lzd. 3-s,
parer, Mosicya. Goa. anarg. izd-vo. 1956. 392 p. (KLRA 9:8)
1, Chlen-korrespondent AN SSSR (for Kruzhiliu).
(Heat--Transmission)

INATATOT, A.Ta.. kandidat takhnicheskikh nauk-,_g;_W
..)W. N.A.. akadealk.
Heat transter by water flowing along a pipe bank. Teploonergetika
4 no.3:48-50 Mr '57. (KIaA 10:])
le idnergiticheakiy institut AN SSSR.
(Heat-Transmission)
(Hydraulics)

o~ I
24(8) PHASE I BOOK EXPLOITATION SOV/3501
Akademiya nauk SSSR. Energeticheakly inotitut
Voprosy teploobmena (Heat-Exchange Problems) Moscow, 1959. 237 p. Errata slip
inserted. 2,800 copies printed.
Resp. Ed.s M.A. Rikheyev, Academician; Ed. of Publishing House: G.B. Gorshkov;
Tech. Ed.: I.F. Kuz'nin.
PURPOSE- This collection of articles is intended for scientific workers, engineers,
and postgraduate students specializing In thermodynamics.
COVERAGE: The collection reviews problem of heat transfer and explores possibili-
ties of ftftmsifing heat exchange. The heat exchange theory is outlined, and
Russian scientists who contributed to its development are mentioned. Thermo-
physical properties of some molten metals and alloys are analyzed, and methods
used to determine them presented. Equipment used for measuring thermal conduc-
tivity, heat capacity, and kinetic viscosity of these metals are discussed. Re-
sults of experimental study of the intensified heat exchange for a water flow In
an annular channel are analyzed and the instruments used along with the pilot
plant for studying convection heat exchange in contacting nonmiscible fluids are
described. Instruments and equipment used for determining the linear expansion
Card 1/4

Heat-Exchange Problems
SOV/3501
of metals, the consumption of a liquid, and the aboorption capacity of a surface
arealso described and illustrated. A number of equations for solving various
thermodynamic problems are presented. Each article ia accompanied by references,
the majority of which are Soviet.
TABLE OF CONTENTS:
Editorial Foreword
3
Mikheyev, M.A. Development of the Science of Heat Exchange During the Last
Forty Yeard~ 5
Nikol'skiy, N.A., N.A. Kalakutskaya, I.M. Pch;lkin, T.V. Klassen, and V.A.
Vel'tishcheva. Thermophysical Properties of Some Molten Metals and Alloys 11
Pche"lkin, I.M. Heat Capacity of Molten Metals
46
Sidorov, E.A. Radiation and Con7ection Heat Exchange in an Absorbing Medium 49
Fedynskiy, O.S. Intensification of Heat Exchange for the Flow of Water in an
Annular Channel 53
Card 2/4

Heat-Exchange Problems
SOV13501
Deryugin, V.M., and O.S. Fedynakiy. Convection Heat Exchange in a Direct Con-
tact of Nonmiscible Fluids 67
Kirillov, P.L., V.I. Subbotin, M.Ya. Suvorov, and M.F. Troyanov. Study of Beat
Transfer to Sodium-Potassium Alloy in a Pipe 80
Kondratlyev, N.S. Average Heat Transfer for a Turbulent Flow of Eutectic
Bismuth - Lead Alloy In Short Pipes 96
Ivanovskiy, M.N. Accelerated Method for Determining the Coefficient of Average
Heat Transfer in a Pipe i00
Adrianov, V.N. Application of Electroanalogy to the Solution of Problems of
Radiant Heat Exchange 113
Lel'chuk, V.L. and B.V. Dyadyakin. Heat Transmission From a Wall to a Turbu-
lent Air Flow in a Pipe and the Hydraulic Resistance at High-Temperature Pres-
sure Heads 123
Minashin, M.Ye., V.I. Subbotin, P.A. Ushakov, and A.A. Sholoknov. Utilization
of a Microthermocouple in Studying Heat Transfer 193
Card 3/4

Heat-Exchange Problems SOV/3501
Pchekki.n, I.M. Instrument for Determining the Coefficient of Linear Expansion
of Metals 200
Korotkov, Yu.A. Unit for Metallization Carried out by Sublimation of Metals
in a Vacuum 202
Korotkov, Yu.A. Instrument for Measuring the Consumption of a Liquid 206
Buleyev, N.I. Distribution of Velocity and Temperature for a Turbulent
Liquid Flow in a Circular Pipe 208
Khrustalev, B.A. Instrument for Determining the Absorption Capacity of a
Surface 233
AVAILABLE- Library of Congress
Card 4/4 TM/sfm
5-13-60

24(e) FUSZ I 8= CULOTTATION 3OV/111Z6
Akedealys VISUX W38. gCOrgOtiChOSkly IftStIt-At
TeploporaAacha I t*plovore modeltrovantys (Most Transfer and
Modollvg of Seat Processes) Moscow. ltd-O As SSSR. 1959.
419 P. L-reta slip Inserted. 3. 500 copies printed.
So@ Id.t N. 4. Rlkheyev. AGadmalclacti td. of' PUDLIGAIMC
=s 0. A. Ivanovas Tools. gd.g G. 5. Shavchoako.
0 FURPOUS The - I Is Intended for salen4lats OcOcOrmed with heat
transfer, best emission. and hydraulics of liquid petals, etc.
CCVZR"Ml This 0011SQUOU to dedicated to 'no 01840r7 Of LOGAL841CI&A
a. 1. Sirpichev who La the twenties Initiated a systematic
12118tiptIOA of boat transfer processes and the' offlotOMY of
beat apparatus. Later he led the develapment of research wors In
this field. Two special collections devoted to morka'or Kirpicne-le
eaba" 1PAve been published, one 1& 19)8, Matertaly sovosheltaniya
pa medeltrovenlya (Materials or the conference on Podeiloij and in
1951. Toorl7a podoblya I nodelirovanlys (Theory of Similitude
am rodellaw). The preeent colloctlort pr*p-r*d in 19~6 roppea,mate
furUker devel pment of the work or this school - This theory to
rVINISMAW f:r the Analysis of Many heat probleam in the rt*ld of
slaotploal and radio eOSjno*rlr%. of groat importance are the
first al2tagatic Investigations of heat ~rscafer and the
11FIr"1106 Of liquid 4QtdaA which as & now kIJWl Of heat carrier
So be used IA the various branchas of modern eAgJn**r1r4. As &
MSUI% of' special Investigations of st** cases of convective
beat transfer. a dependence of the procoes an the kind or liquid.
temperature. Pressure. direction of the heat-flow. and other
testars me diaaov~ro4 and established. On the bRALS Of a wide
=11"LlOR of 4ximPteantal data, now dependable reconowniAt tons
beat analysis of anctskesping equipment were developed. Of co,
less LR%Or**t to the work on heat transmission In boiling liquids
a" Ask COMORsatIOD Of vapor$. All Investigations are based an
the theory of' similitude, the nature of which. according to P. v.
Kirplatiev. to that of' *expertmentation.* Work an the theory of
a regular regime applied to a system or bodies with an Internal
agar" of beat to of interest rep the future.
Card 2/20
fll=sv~ R, A.. (L S. Fed-ftakly. V, 11, D212vain. V. L. Pw_tMv.
met -musaxon to th-e-n-af-or-Wets,10 in pipes 69
Tlkls article gives results of the first most complete
LAVOGLICation or average heat *mission In a turbulent
flow of liquid metals through straight pipes. 3upplementtng
UtS report Of the ZziternatLanal Conference on the Peaceful
god, or Atomic Margy. this article provides more complete
tables Or values and deserip;tons of experiments. 11. A.
10l't1thabov, A. V. Ostpov, and G. A. Chlzbowsk&Ya cooperated
with Uft authors in conducting experiments; S. A. 51kol'okly.
?. V- InSANGA. A. N. SOIOV'Yev. 9. A. Xalakutskaya. and 1. A.
P9hOIkIS with the GOOPOPAtIon of V. A. Vol4tishchove determined
the Physical PPOPOrtl4S Or ftetalol dot& an the viscosity of
-load. ftrouPy. and sodium are takes rros the works of Khal1los.
ShvId.hotakly. and Chlong. Thar* spe 0 references- 4 Soviet.
and 4 English.
Card 6/20

7:
I Mm E&LOITATION sOV/1626
mank 33311. gnorgatichositty Institut
TOP "Oporedachs I toplavore sodellra'AftlYs (Most Transfer and
IUW at Rost Procosseal Masco. Id-vo AN S532. 1959-
jilt 9- to, slip Inserted. 3.5Zolcoples Printed.
fts gd.s R. A. %jkIj~yQv. acaawalclazi Cd. of Publishing
=. a. A. Ivabowas Tecs. Sd.t 0. 1. ShowchsnkO.
FUZV=s The bank to Intended for scientists concerned with heat
transfer. beat emission. &ad rAydraulles or liquid notals. sta.
CCVlaa=t This collection to dAdIcated to the *@Mary of Academician
n. 1. "lahow who in the tavantles initiated a syste~tic
law"tilption Of beat transfer processes and the sfficta~, of
beat apparatus. Latsr he led Like development of research work In
tble ftelA. Two special collection* devoted to works of' girplcho-'s
*she" base been published. now in 1939, PLaterialY so-sahchanlya
pe aw"Itrovanlys (Materials of the Conference an Modeling) and In
1951. %NWriya podablys I I IlrOvanlYa (ThscrY of $%attitude
arid nodellag). The present collection Prepared in 1956 represents
furthev development of the vork of this school. 'his theory to
tanUmatal for the analysis of many heat probleas in the field or
sleatirlooll and radio engineering. Of great lapartanco are the
first systeastla Inventigatia" of beat transfer and the
aldromilas or liquid Metals which As a no- kind of' heat carrier
d" be me" In the various branches Of MOdOrD OW2104ring. As a
result of $postal Investigations of &one cases of c0cw4lotive
beat transfer, a dependenco of the process on the kivA of liquid.
pressure. direction of the heat flow. and other
discovered =4 established. On the basis of a old*
Pollination of experimental "to. now dependable recommendations
a= analysis of engineering equipment Nor* developed. Of no
=
loom Interest to the work on beat trAnsCts4IOO In boiling liquids
sad Abe ooodensation of *&pore. All Ln.settgatlona aft boned on
08 tftwQ97 at atelIttude. the nature Of Which. &CCOrdICA to R. V.
KIrpladwo . to that of '*sport sentat Ion.. Work on the theory of
a VGVLLAP 1`06196 Applied to a system of bOdLOO Olth an Internal
bewr" of beat Is of interest ror the future.
------------
A khyesv R. A. Average ".at in the ?ION of Liquids wNd
GAa a result or the &J%411111 QJWI rw"rolIzation of 22
AtA Of tZW average ftegg_tons for In Arlo~s llq,tds In
turtk4efit notion 4 ~. in long Pipes (,or-9th to dianoter
ti the follo.ar ablishad,
.1 q"tion am as*
(:W/?rN) 0. 5 In ehich the average to";.tu.,
or the dxrra~
an
M as fluid L r 16 the determining tompamt,,,N aW the
eq1ALT&l*Rt (114rdmul1c) dlftawLer a ~6.1~ the detersinin
On a dtagrani in ~r R t,a ""S'On-
the f., the eq~tlonl Nuf Pr .0 rL/.
110-f(14F) the first irli.lll compared to ". .. r,
as" dais Oft beat trorxr.r. PlultiPlYing KO bY 05,
sthe nots"I'sil sa$ divided '"to 7 9"aJP48 1) GxP*1`I**ftt4I data for
sees and at*&e 2) tru& I!QALdS 1.0 cire.1-r pipes 11 Waterf ~%..
46M stage 10 Circular CUtl2AILS ;. Oster and air In rwct",j._
channels Z: air In oc"'I - . Or trapwro!44L. rectanawl4r. o. , ..
GOCLIOU 1 .Ir In cacl-lut-.8 caftoosod of an outer conduit and I or
Pipes Inside 7) air arw -t.r in C.w.lta corp.Sed of - -~,,
conduit 4,01- 19 PIPes in.l... -0,,fIrN t.,
calculated U7 the V,op"vj
-here &,N i~ rofo,eft-owl
A
Konjf~At-,vv. V.
-,,.-yrskjy. mna t 'IT
The &rtic., 0 cs t. of
so 60er"Ce meat &-jr*r I------... ilr%* Ion or
, ..r, 4.rflitnt .,p.,L1v1t1i ."r1LA"_sTft f.r 1,.4z
transfer in - %.. .1 -t.- ft 4!-~loed -4 1:1.9ract, of
4Lrr%r4r*=w-s are g:ven. rr.. _rk wss dorg t th~
Laborstortya toplopolvd-Chl ",Lit". ~..
M&DOF%tlirli of the Peat T-rmnsrt, :mstlt.te. &joey of
twa, wasp the Cuid.rt. of q. 'Ikheye..
he tests Ne-
carried ON' by the Author$ Of Lit* artltle. ~Snjgtjr,, In no
fItP*rllftlsts were Senior --ndinvor S. A. Vol-tish2now anj
ReChanic 11. L. Par-no" ThOr~ aft 7 references, 6 Soviet .1

M-6
pistr; 4E2o/4Eg4(b) 2 oyi/ E3b/4E3c 2 ~oyis/4E3d
E2b"-
OR- OE
/Ore.
AM.
wm =mm out mm a
as ft WW& um QL
..9*0 &w. ON
am b 0l exp(L
o lu ohm W" km
I ,
by
by W sC a, mx. tmp. MO. - Taos weve
ciodkiam of bdk ~Wtlug W wooos. The
idoft of the Term ft" 0.1 ft 30
U="" w"
.011~0ftbutibm 2 X 101 to -1 X 10, kcw./sq. M.-*
K*rW& no. (Re) kam I X IaA to 0.3 X. 10% od ka -
%4(pifr (raw 4 x 10,70 to!
MA Uhl=
V--V-
;;m am
-F lu
bftt-&&= w fai. & 21 rb eute---
W7
31. So, Me, and X-Re ANGY a AN Ow
Al~ a L. wem cwgdaW by nktim He NJ + 0414
whm Up b dm -ifowt "a" so - ft,. (Ro) Md.,*
of ow &M. U. ~ rw a " rat US-9, w= ktur:
Y, brl~fd 4.8 + 0,014 Q%jt

H ro
ovaa
~vlc~hj IUKHEYEVA, Irista Mikhayl j
SKVORTSOVp S.A.p red,; BORUNOV, N,Lj, tekbz6 red,
[Brief course iz heat transfer] Kratkii kurs teploperedachi.
Moskva, Gos energ.izd-vo, 1960o 206 p. (MIRA 15:2)
?Heat-Tranad anion)

PHASE I BOOK EXPLOITATION SOV/4396
Akademiya nauk SSSR. Energeticheskiy inst1tut
Konvektivnyy i luchistyy teploobmen (Convection and Radiation Heat Exchange)
Moscow, Izd-vo AN SSSR, 1960. 254 p. Errata slip inserted. 3,200 copies
printed.
Ed.t M.A. Mikheyev, Academician; Ed. of Publishing House: G.D. Gorohkov; Tech.
Ed.: V.V. Brugul'.
PURPOSE: The book is intended for scientists and engineers working in various
branches of science and industry concerned with thermodynamics and heat trans-
fer problems.
COVERAGE: The book consists of 19 original articles on various problems in thermo-
dynamics. The following subjects are discussed: mechanism of heat transfer
processes, intensification of heat exchange, determination of thermophysical
properties of operating media, heat transfer in supersonic flow of gas, and
combustion chambers and nuclear reactors. Theory and experimental techniques
are described. E ach article describes the conditions of the experiment and
tables of the experimental data obtained are given. The data may be used for
calculations of heat transfer and heat exchangers, always taking account of
Card 1/ 5

Convection,and Radiation Heat Exchange SOV/4396
the special experimental conditions under which the data were established.
No personalities are mentioned. References follow most of the articles.
TABLE OF CONTENTS:
Editor's Foreword 5
and
Voskresenskiy, K.D.,/Ye.S. Turilina. Influence on Heat Transfer of Internal
Sources of Heat Acting in a Flow of a Liquid in a Pipe 7
Motulevich, V.P. Heat Exchange in the Frontal Point of Blunt Bodies in a
Supersonic Flow of Gas 16
M.ikheyev, M.A. Heat Transfer and Hydraulic Resistance of a Plate 25
"'Mikheyev, M.A., S.S. Fillmonov, and B.A. Khrustalev. Investigation of Heat
Exchange and Hydraulic Resistance of Water Moving in Pipes 33
Card 2/5

Convection and Radiation Heat Kxchange SOV/4396
'6
Pchelkin, I.M. Heat Transfer in Vertical Pipes in Natural Convection
Alad'yev, I.T., and L.D. Dodonov. Critical Thermal Currents in Boiling
Underheated Water In Channels of Complex Form (100 ata pressure) 65
Alad'yev, I.T., L.D. Dodonov, and V.S. Udalov. Experimental Data on Heat
Transfer in Bubbling Boiling of Underheated Water in Pipes 79
Usmanov, A.G. Generalization of Experimental Data on Viscosity and Heat
Conductivity of Liquid Metals 97
Adrianov, V.N., and S.N. Shorin. Investigation of the Process of Combined
Heat Exchange In a Combustion Chamber 107
Polyak, G.L. Radiation Heat Exchange of Bodies With Arbitrary Indicatrices
of Surface Reflection 118
Filimonov, S.S., B.A. KhruBtalev, and V.N. Adrianov. Measurement of the
Components of Combined Convection and Radiation Heat Exchange by the Method
of Two Radiometers 133
Card 3/5

Convection and Radiation Heat Kxchange SOV/4396
Adrianov, V.N. Radiometric Instrument for Measuring the Flow of Radiation 145
Dullnev, G.N. Theory of the Heat Regime of Some Constructions of Ra4io-
electronic Installations 150
Dullnev, G.N., G.P. Pokrovskaya, and A.I. Smirnov. Engineering Method for
Calculating the Heat Regime of Radioelectronic Equipment 161
Baum, V.A. Thermal Modeling of the Heat-Producing Elements of an Atomic
Reactor 176
Usmanov, A.G., and A.I. Berezhnoy. Investigation of Molecular and Thermic
Diffusion by the Similarity Method 188
Minashin, V.Ye., V.I. Subbotin, P.A. Ushakov, and A.A. Sholokhov. Measuring
Error Connected With the Distortion of Isotherms in the Region of the Lo-
cation of Thermocouples 205
Card 4/5

Convection and Radiation Heat Exchange SOV/4396
Filimonov, S.S., and B.A. Khrustalev. Calculation cf Heat Exchange and Hy-
draulic Resistance in Laminar Motion of Fluids in Pipes 221
klad'yev, I.T. Heat Transfer in Bubbling Boiling 233
AVAILABLEs Library of Congress
Card 5/5 AC/m/sfm
10/20/60

MIKEEMNI M.A., akademik, otv. red.; GORSIIKOV, G.B., red. lzd-va;
UVIU"I, S.F.p tekhn. red.; UKOGOL.M.A., I.A., tek-hn. red.
(Ileat trrmsmissionlTeploperodscha. I.oskvn, Izd-vo Akad. nauk
SSSR, 1962. 144 p. (MIRA 15:10
1. Akademiya nauk SSSR. Energeticheskiy institut.
(Heat-Transmission)

ACC NR, AP6034275 N SOURCE CODE: UR/0281/66/000/005/0096/(J-LQ14
AUTHOR: Mikheyev. . A _Yoscov)
ORG: None
TITLE: Fnpirical formulas for convective heat exchange
SOURCE: AN SSSR. lzvestiya. Energetika i transport, no. 5, 1966, 96- o"
,TOPIC TAGS: convective heat transfer, heat transfer theory
ABSTRIXT: The author presents a basis for the selection of the detennining dimension.
;In the case of heat exchange in tubes, this dimension is assumed to be the working
!distance of the heat transfer surface insten.d of the diameter. It is si,own tf~at mo~-
iten metals are commonly used heat transfer agents which conform to genera.11 neat trans-
ifer laws. Empirical heat exchange formulas ore made more accurate for the foliowing
.cases: beat exchange of a plate in a fluid stream; heat exchange during the flow of
ja fluid in a tube; the average heat exchange of a tube in a transverse flow; average
:heat exchange of a tube cluster in a transverse flow and heat exchange of bodies
I
;under conditions of free convection. Orig. art. has: 5 figures, 21 formulas.
~SUB CODE: 201 SUBM DATE: 17Jun66/ ORIG REF: 005
Card 1/1 UDC; 536.242.001.24

HXHNIWI 9.L- --
Protection network for the power supply of electric interlock-
ing systems. Avtom., telem.1 svI&z' 4 no.6:35 Je 160.
(KIRA 13:7)
1. Starshty elektromakhanik IT9 stantsit Tereshchagino
Sverdlovskoy dorogi.
(R&Ilroads--SignaUng-Interlocicing systems)
(Railroads-Slectric equipment)

I.I KlOY01, ~ "kha I i I vancvi~~., d0k to r 'Dio I. naux; LEGNCV A, T-S, , red.
[Tissue extracts Jr. aninall misbanary, dr-i tissue extrr-cts
ye preparaty v zhivctmvcdstve; 0 sukh'Alh
in taolets' T?arexr
tkanevykY, j,reparatakh v tabletk&kh. I-'oskva, lzd-vo ":~nanie,"
1964. 30 1). (Novoe v zhizn,, nnuke, tekhnike. V Serila: Sel'-
Ikoe ki,ozialstvo, n,,.F) (VTPJ, 17: 7)
- k

Putl usk4rentia perevozok gruzov na rechnom transport* fl(mys of accelerating river
shippinej. (Rochnot transport. 1949. no. 3. P. 11-13):
DLCI TC601.R4
80, sortd Inmanodation, a ad CommirAtim- A M-li-ormnhy, Library of Congress,
Reference Departuent. Washington, 1952, Unclassified.

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