Solodov AP (1962)
The end effect and temperature distribution in the tube with insulated
terminals. Thermal Engineering 6: 60-63
Solodov AP, Isatchenko VP
(1965) Heat transfer by condensation on the wave shaped surface of
horizontal tube (in Russian). Proceedings of ZKTI 57: 160-164
Isatchenko VP, Solodov AP
(1965) Heat transfer by condensation inside the vertical tube (in
Russian). Proceedings of ZKTI 57: 148
Solodov AP, Isatchenko VP
(1967) Statistical model of dropwise condensation (in Russian).
Teplophisica vysokich temperatur. AN SSSR. Vol.5, N. 6: 1032-1039.
Solodov AP (1971) Condensation on laminar
fluid jet. Thermal Engineering 4:50–53.
Isatchenko VP, Solodov
AP, Samoylovith Yu.Z (1972) Experimental investigation of water steam
condensation on turbulent fluid jets (in Russian) . Heat and mass
transfer. V.2. P.1. Proc. of IV All-Union heat mass transfer conference.
Minsk
Isatchenko VP, Kushnirev
VI, Solodov AP (1972) Heat transfer analysis for condensation from
gas-vapor mixture on dispersed fluid jet (in Russian). Heat and mass
transfer. V.2. P.1. Proc. of IV All-Union heat mass transfer conference.
Minsk
Isatchenko VP, Solodov AP
(1972) Heat transfer at condensation on continuous or dispersed fluid
jet. Thermal Engineering 9
Isatchenko VP, Solodov AP
at all (1976) Heat transfer at dropwise condensation initiating by
promoter injection. Thermal Engineering 12
Solodov AP, Gorenflo D
(1976) Zur Berechnung d. Waermeuebergangs bei einphasieger freier
Konveftion in der Naehe d. kritischen Zustandes. Waerme- und
Stoffuebertragung 9: 151-158. Springer-Verlag
Bier K, Gorenflo D,
Engelhorn H, Solodov A (1976) Waermeuebergang bei einphasiger freier
Konvektion in der Naehe des kritischen Zustandes. Waerme- und
Stoffuebertragung 9: 193-202. Springer-Verlag
Isatchenko VP, Solodov
AP, Sennikov VV (1979) Heat transfer at vapor jet condensation in fluid
flow. Thermal Engineering 5: 20-24
Spasskov MV, Solodov AP
(1983) Heat mass transfer calculations for vapor jets – fluid in PWR
equipment (in Russian). Problems of atomic science and engineering.
(series: Reactors physics and engineering) 7(36): 50-55
Isatchenko VP, Solodov
AP, Jakusheva EV (1983) Heat transfer at water steam condensation with
octadecyl additive on vertical plate. Thermal Engineering 9: 49-51
Isatchenko VP, Sotskov
SA, Solodov AP, Omarbekov TO (1983) Heat transfer at water steam
condensation with octadecyl additive on horizontal tube. Thermal
Engineering 10: 52-55
Solodov AP, Ejov EV
(1984) Mathematical model of jet condensation (in integral form). Heat
and Mass Transfer - VII. Proc. of All-Union Heat Mass Transfer
Conference. V.6. P.1. Minsk
Solodov AP, Ejov EV
(1984) The jet condensation model. Thermal Engineering 3: 32-35
Isatchenko VP, Solodov AP, Maltsev AP, Jakusheva EV (1984) Asymptotic
analysis of dropwise condensation (in Russian). Teplophisica vysokich
temperatur, AN SSSR. Vol 2. N 5: 924 – 932
Solodov AP (1985) Linear
instability analyze of phase interface (in Russian). Interinstitute
Transactions 54:105–116. Publishing MEI, Moscow
Solodov AP, Spasskov MV,
Ustinov AK (1985) Experimental investigation of jet condensation by
laser diagnostics (in Russian). Theses of reports of VII All-Union
Conference “Two-Phase Flow in Power Machines and Plants”. Leningrad. Vol
2
Solodov AP, Ejov EV
(1985) The numerical analysis of adjoint problem of mixing condensation
(in Russian). Theses of reports of VII All-Union Conference “Two-Phase
Flow in Power Machines and Plants”. Leningrad. Vol 2
Saltanov GA, Solodov AP
et al (1986). Surfactant Influence on Heat Transfer at Boiling and
Condensation. 8-th International Heat Transfer Conference and Exib.,
S-F, California, Aug.17-22, N.p.b. 07
Solodov AP, Jakusheva EV,
Krukov CL (1988) The features of water steam condensation with octadecyl
additive on tubes from various metals. Thermal Engineering 2: 25-28
Sevastyanova LA, Solodov
AP, Globa VZ, Tkachenko SI (1988) Jet condensation of water steam in
swirl flow of organic fluid. Thermal Engineering 2: 68-70
Solodov AP, Ustinov AK
(1988) Investigation of the condensation cone pulsations. Thermal
Engineering 7: 62-65
Solodov AP (Ed) (1986) Practicum in heat transfer (in Russian).
Energoatomisdat, Moscow. 286 pp
Solodov AP (1990) Numerical model of heat transfer by direct contact
condensation. Thermal Engineering 10
Solodov AP (1992) Integral method of boundary layer problem (in
Russian). Publishing MEI, Moscow. 79 pp
Solodov AP, Ustinov AK
(1992) The laser investigation of the integral and spectral pulsation
parameters of vapor jet condensation in fluid. Heat Mass Transfer
MIF-92. II Minsk International Forum. Vol IV
Solodov AP, Sidenkov DV, Kutakov II (1993) Physical and mathematical
model, algorithm and program for computation of heat mass transfer and
resistance in steam condensation in inclined tubes. In: Proc. Engng.
Foundation Conf. on Condensation and Condenser Design, St Augustine,
Florida, ASME, pp 569–580
Solodov AP, Sidenkov DV (1994) Algorithm of numerical solving of heat
convection problem in areas of composite geometry (in Russian) In: Proc
of the First Russia National Heat Transfer Conf. Publishing MEI, Moscow
Solodov AP (1994) Interface instability and turbulence in liquid-vapor
system (in Russian) In: Proc. of the First Russia National Heat Transfer
Conf. Publishing MEI, Moscow
Solodov AP, Kutakov II,
Sidenkov DV (1994) Algorithm of numerical model, algorithm and program
for computation of heat mass transfer and resistance in steam
condensation in inclined tubes. In: Proc. Engng. Foundation Conf. on
Condensation and Condenser Design, St Augustine, Florida, ASME, pp
569–580
Sakrevski SL, Zanev SV,
Solodov AP, Sidenkov DV (1994) Diagnostics of in-line equipment in the
system of regenerative heating. Thermal Engineering 1
Solodov A, Eroshenko E (1996) Calculation of the two-dimensional
temperature distribution in finned tubes at pool boiling. In: Gorenflo
D, Kenning DBR, Marvilett Ch (Eds). Eurotherm Seminar Pool Boiling 2,
Edizony ETS, Pisa, pp 141–147
Sakrevski SL, Zanev
SV, Solodov AP (1994) Diagnostics of low pressure direct contact heat
exchangers by using the appropriate mathematical model. Proc. MEI. ¹671
“Optimization of the power system flow diagrams and states”
Salomsoda FG, Solodov AP (1997) Heat and mass transfer by condensation
and sorbtion from geothermal steam (in Russian). Proceedings of the
Russia Academy of Sciences, Energetika 4: 35–47.
Sakrevski SL, Solodov AP (1998) Dynamic model of the low pressure direct
contact heat exchanger. Thermal Engineering 7:48–51.
Solodov AP (1999) Solving
of Falkner - Skan Equation in Mathcad. Computer Press 5. Supplement on
CD-ROM
Solodov AP (1999) Solving
of partial differential equations in Mathcad. Computer Press 12.
Supplement on CD-ROM
Grigorjev BA, Remisov VV, Sedich AD, Solodov AP (1999) Energy efficiency
by gas transport (in Russian). Publishing MEI, Moscow. 152 pp
Solodov AP (1999) Computer Model of Nucleate Boiling. In: Lehner M.,
Mayinger F. (Eds) Convective Flow and Pool Boiling. Taylor & Francis,
pp 231–238
Budsuljak BV, Grigorjev
BA, Sedich AD, Solodov AP (2000) Heat engineering problems by gas
transport (in Russian). Industry of Russia 10–11:112–117
Zoy
AD, Solodov AP, Klevzov AV, Pronin AV, Romanenko AN (2000) Study of
water steam condensation by air cooling (in Russian). Promishlennaya
energetika (Industrial energetics) 8. pp.17-24.
Egov EV, Solodov AP,
Yushkov BV (2000) Calculating model of heat and mass transfer by
direct-contact condensation. International scientific and practical
conference «Ecology and energetics-2000». Materials of conference –
Moscow.: MPEI Publishing house. pp. 364-367.
Solodov AP, Ochkov VF
(2001). Mathcad/Differential models (in Russian). Moscow: MPEI
Publishing house. 2001. 239 pp.
Kazandgan BI, Solodov AP,
Takaev BV (2002). The air-type solar collector with transparent thermal
insulation of the capillary type (in Russian). Vestnik MEI 3. 18 pp
Solodov AP (2001) Dynamic
model of system with heat generation (in Russian). Vestnik MEI 1: 43–49.
Publishing MEI, Moscow
Solodov AP (2001) Heat transfer near the stagnation point
at ñross tube flow. Thermal Engineering 3: 75–77
Solodov AP (2002) Gravitational bubble flow. Thermal Engineering 8:
59–64
Solodov AP (2002) Heat-mass transfer principles (in Russian). Publishing
MEI, Moscow. 96 pp
Solodov AP (2002)
Gravitational bubble flows at increased steam-content. Proc III Russian
National Heat Mass Transfer Conference. Vol 5, pp 110-113. Moscow: MPEI
Publishing house
Rogkov AB, Solodov
AP (2002) Kinematic shock waves of vapor-content. Proc of the I.
All-Russian school-seminar of young scientists and
specialists
‘Energy-saving – theory and practice’, pp 200-203
Ochkov VF, Pilschikov ÀP,
Solodov AP, Chudova JV (2002) Analysis of motion of concentration front
in ion-exchange filter. Proc of the I. All-Russian school-seminar of
young scientists and specialists ‘Energy-saving – theory and practice’,
pp 253-255
Takaev BV, Kazandgan BI,
Solodov AP (2002). The solar collector with transparent thermal
insulation of the capillary type. Proc of the I. All-Russian
school-seminar of young scientists and specialists ‘Energy-saving –
theory and practice’, pp 256-261
Solodov AP, Romanenko AN,
Egorova NV (2002) Calculation model of heat mass transfer in cooling
tower. Materials of the III. All-Russian scientific-practical conference
“Effectiveness increase of power equipment”. Ivanovo, pp 185-188
Ochkov VF, Pilschikov ÀP,
Solodov AP, Chudova JV (2003) The analysis of ion exchange isotherms
with Mathcad. Thermal Engineering 7: 13–18
Solodov AP, Ejov EV,
Egorova NV (2003) E-book version of the course “Heat and Mass Transfer”
(structure and examples). Theses of report on All-Russian scientific and
practical conference “Human measure in information-oriented society ”.
Moscow. Ministry of Education RF, pp 53-54
Solodov AP, Romanenko AN,
Egorova NV, Ejov EV (2004) Differential model of transpitation cooling
in cooling tower. The Vth Minsk International Heat and Mass Transfer
Forum. Vol 2: 321-322
Solodov AP, Ejov EV,
Egorova NV (2004) E-book “Heat and Mass Transfer for power engineering”.
Theses of report on All-Russian scientific and practical conference
“Educational sphere today and tomorrow”. Moscow. Ministry of Education
RF, 252 pp
Solodov A, Ochkov V.
Differential models. An Introduction with Mathcad. Springer Berlin
Heidelberg New York. 2004. pp 232.
Solodov AP, Romanenko AN,
Egorova NV, Ejov EV (2005) The differential model of heat and mass
transfer in cooling towers (in Russian). Vestnik MPEI 2: 43–53