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12th International Conference on Properties of Water and Steam (fwd)
Sender: anneke@tiber.nist.gov (Johanna M H L Sengers)
Subject: WSN: 12th International Conference on Properties of Water and Steam
WSN SUBSCRIBERS PLEASE NOTE
What follows is the program of the 12th International Conference on the
Properties of Water and Steam. Although the main focus of the conference
is on water and steam in thermal power systems, the program has a very
strong science component that should appeal to a wide audience. Note, for
instance, the three sessions on molecular simulation, the four on
frontiers of aqueous physical chemistry, the three on supercooled,
superheated and stretched water, the four on hydrothermal oxydation,
and the two on nucleation.
Johanna M.H. Levelt Sengers, NIST, 7/18/94
PRELIMINARY PROGRAM
12th International Conference on the Properties of Water and Steam
Physical Chemistry of Aqueous Systems Meeting the Needs of Industry
Dr. James C. Bellows, Conference Chairman
Westinghouse Electric Corporation
The Quadrangle MC 200
Orlando, FL 32826-2399
Fax (407)-281-5047
Tel (407)-281-3225
September 11-16, 1994
Holiday Inn International Drive Resort
Orlando, Florida
Organized by
ASME Research & Technology Committee on Water and Steam in Thermal Power
Systems and the International Association for the Properties of Water and
Steam
About the Conference
The 12th ICPWS continues the series of International Conferences on the
Properties of Steam started in 1929. The conference is concerned with
the physical and chemical properties of water, steam, and aqueous
systems. The conference has traditionally provided the scientific
foundation for the thermal power industry and is expanding into new
areas of high temperature aqueous technology applicable to new steam
cycles, use of steam in chemical processes and pollution control.
The 12th ICPWS includes 31 sessions with over 125 papers.
Plenary and keynote papers provide highlights and overviews of
topics of particular current interest.
Final program
The final program of the 12th ICPWS will be available at registration.
Abstracts
Abstracts of the 12th ICPWS will be available at registration
Proceedings
The Proceedings of the 12th ICPWS will be published by Begell House.
Each registrant will receive a copy.
Registration
The registration fee for the 12th ICPWS is $250.00. It may be paid
by check or credit card in U.S. dollars. MASTERCARD and VISA
are the accepted credit cards. Purchase orders cannot be accepted.
A $20.00 discount is provided for early registration. Early
registration must be postmarked by August 15 and received by
August 30, 1994.
Housing
The Conference hotel is the Holiday Inn International Drive Resort.
Information
Full information on the conference can be obtained from Dr. James
C.Bellows, Conference Chairman, FAX (407)-281-5047. Information
on the program can also be obtained from Prof. J.V. Sengers,
Program Chairman, IPST, University of Maryland at College Park, MD,
FAX (301) 314 9404
SESSIONS OVERVIEW AND SCHEDULE
The sessions, and session chairs, are shown on the following two
pages. The papers and authors are listed by session and subsession
in the following order:
Plenary
Hydrothermal (Supercritical Water) Oxidation
W.S. Hurst and J.M.H. Levelt Sengers,
NIST, Gaithersburg MD, U.S.A.
Chemical Processes in Steam Cycles
O. Jonas, Consultant, Wilmington, DE, U.S.A.
High Temperature Measurement Techniques
W. Allmon, Babcock and Wilcox, U.S.A.
Supercooled, Superheated and Stretched Water
J.V. Sengers and S.B. Kiselev,
IPST, University of Maryland, U.S.A.
Plant Cycle Chemistry
A. Bursil, Grosskraftwerk Mannheim, Mannheim, Germany
Molecular Modeling of Aqueous Systems (Molecular
Modeling)
R.D. Mountain, NIST, Gaithersburg, MD, U.S.A.
Calculations of Water and Steam Properties for Industrial Use
(Industrial Calculations)
B. Rukes, Siemens, Erlangen, Germany
Metastable Steam and Nucleation (Nucleation)
R. Heist, University of Rochester, NY, U.S.A.
Frontiers of Aqueous Physical Chemistry
R. Fernandez-Prini, CNEA, Argentina
Thermophysical Properties (of Water and Steam)
K. Watanabe, Keio University, Yokohama, Japan
Alternative Power Cycles
B. Bjorge, G.E., Schenectady
Sunday, September 11, afternoon
Registration 2:00-8:00
Sunday, September 11, evening
Reception 7:00-8:30
Monday, September 12, morning 8:15-9:55
Greetings and Plenary session
Monday, September 12, morning 10:20-12:00
Plenary session
Monday, September 12, afternoon 1:00-2:40
Hydrothermal Oxidation 1
Chemical Processes in Steam Cycles 1
High Temperature Measurement Techniques 1
Monday, September 12, afternoon 3:10-4:50
Hydrothermal Oxidation 2
Supercooled, Superheated and Stretched Water 1
High Temperature Measurement Techniques 2
Monday, September. 12 afternoon 5:30-6:30
IAPWS General Assembly
Tuesday, September 13, morning 8:15-9:55
Plant Cycle Chemistry 1
Molecular Modeling 1
Industrial Calculations 1
Tuesday, September 13, morning 10:20-12:00
Molecular Modeling 2
Industrial Calculations 2
Tuesday, September 13, afternoon 1:00-2:40
Hydrothermal Oxidation 3
Supercooled, Superheated and Stretched Water 2
Industrial Calculations 3
Tuesday, September 13, afternoon 3:10-4:50
Hydrothermal Oxidation 4
Supercooled, Superheated and Stretched Water 3
Wednesday, September 14, morning 8:15-9:55
Chemical Processes in Steam Cycles 2
Molecular Modeling 3
Wednesday, September 14, morning 10:20-12:00
Nucleation 1
Frontiers of Aqueous Physical Chemistry 1
Thermophysical Properties 1
Wednesday, September 14, afternoon 1:00-2:40
Nucleation 2
Frontiers of Aqueous Physical Chemistry 2
Thermophysical Properties 2
Wednesday, September 14, afternoon 3:10-4:50
Plant Cycle Chemistry 2
Thermophysical Properties 3
Wednesday, September 14, Evening Banquet 7:00-10:00
Thursday, September 15, morning 8:15-9:55
Plant Cycle Chemistry 3
Frontiers of Aqueous Physical Chemistry 3
Thursday, September 15, morning 10:20-12:00
Alternative Power Cycles
Frontiers of Aqueous Physical Chemistry 4
Thursday, September 15, afternoon Excursion to Kennedy Space Center
PROGRAM
PLENARY LECTURES
Significant Contributions of IAPWS to the Power Industry,
Science and Technology
J.M.H. Levelt Sengers
Fossil Fired Power Plant Technology, Its Trends and Future
K. Miyagawa
Water: A Traditional Solvent Pregnant with New Applications
M.J. Antal, Jr.
State of the Art in Fossil Power Cycle Chemistry
R.B. Dooley and A. Bursik
State of the Art in Nuclear Power Cycle Chemistry
R. Riess and P. Millett
Session: HYDROTHERMAL OXIDATION 1
Predictions of Thermodynamic and Transport Properties for
Nearcritical Aqueous Solutions
M.A. Anisimov, S.B Kiselev, V.D. Kulikov and D.S. Kurumov
Experimental Study of the PVTx-properties of binary system
carbon dioxide-water in the supercritical range
I. Abdulagatov, A.R. Bazaev and A.E. Ramazanova
Thermodynamic Properties of Solutions of Air Constituents in
Near- and Supercritical Water
J.S. Gallagher, D.G. Friend and J.M.H. Levelt Sengers
Phase Behavior of Salts in Supercritical Water Oxidation
G.T. Hong, F.J. Armellini and J.W. Tester
Phase Behaviour and in-situ Density Determination in
Concentrated Salt Solutions under Hydrothermal Conditions
G.K. Anderson
Simulation of Phase Equilibria of Multicomponent
Aqueous Systems for Supercritical Extraction Technologies
Kh.S. Abdulkadirova and S.P. Khokhlachev
Session: HYDROTHERMAL OXIDATION 2
Supercritical Water Oxidation Kinetics: A Tale of Two Approaches
P.E. Savage
Kinetics and Catalysis in Supercritical Water Oxidation
T. Mill and D.S. Ross
The Influence of High Temperature Water on the Reaction
Pathways of Aromatic Nitroamines
X. Wang, L.U. Gron, M.T. Klein and T.B. Brill
Molecular Simulation of a Chemical Reaction in Supercritical Water
P.B. Balbuena, K.P. Johnston and P.J. Rossky
Reduction of Nitrate Salts under Hydrothermal Conditions
S. Buelow
Session: HYDROTHERMAL OXIDATION 3
Spectroscopic Analysis of Reactions in Aqueous Solution at
High Temperature/Pressure
T.B. Brill, M.W. Kieke and J.W. Schoppelrei
Spontaneous Raman and CARS Spectroscopy of Supercritical Water Combustion
T. Dreier, M. Ridder, G. Schiff and A.A. Suvernev
Raman Spectroscopic Studies in Supercritical Water
L.E. Bowman and J.L. Fulton
Hydrothermal Reactions of 1-Nitrobutane in High Temperature Water
S. Iyer, L.U. Gron and M.T. Klein
Supercritical Water Oxidation of Chemical Agents,
Propellants, and Other DoD Hazardous Wastes
D.A. Hazlebeck, K.W. Downey, D.D. Jensen and M.H. Spritzer
Session: HYDROTHERMAL OXIDATION 4
Corrosion in Supercritical Water Oxidation Systems
D.B. Mitton, J.C. Orzalli and R.M. Latanision
Applications of Synthetic Fluid Inclusions in Supercritical Water
Oxidation Research
R.J. Bodnar
Optical Monitoring of the Oxidation of Methane in Supercritical Water
R.R. Steeper and S.F. Rice
UV-visible Absorbance Spectroscopy of Organic Probes in
Supercritical Water
G.E. Bennett, T. Xiang and K.P. Johnston
Optical Probing of the Supercritical Water Environment
H. Ochel, W.S. Hurst, V.E. Bean and W.J. Bowers, Jr.
Session: CHEMICAL PROCESSES IN STEAM CYCLES 1
Aqueous Ionic Equilibria at Extreme Conditions: Some Daring
Predictions That Didn't Go Wildly Wrong
W.T. Lindsay, Jr.,
Partitioning of solutes between liquid water and steam in the
system {Na-NH4-Nh3-H-Cl} to 350C
J.M. Simonson, and D.A. Palmer
Relationship Between Boiler Water-Steam Distribution
Coefficients and Dissociation Constants of Contaminants
G.V. Vasilenko, V.I Zarembo, A.A. Slobodov and R.B. Dooley
Partition Ratio of Ammonia and Reaction Kinetics of Hydrazine
at Atucha I Steam Generator
N. Piacquadio, and G. Urrutia
Partition of Boric Acid Between Liquid and Vapor Water in the
High Temperature Region
J.L. Alvarez, H.R. Corti, D.G. Gomez and R. Fernandez Prini
Session: CHEMICAL PROCESSES IN STEAM CYCLES 2
Steam Nucleation Models for Impure Steam: Experimental Studies
F. Sigon, M. Cociani and P. Pinacci
Laboratory and Field measurements of Droplet Nucleation in Expanding Steam
V. Petr and M. Kolovratnik
Condensation Effects in Transonic Flow Through Turbine Cascade
M. Stastny
Investigations on the Early Condensate in Steam Turbines
R. Svoboda, H. Sandmann, R. Romanelli and M. Bodner
Preliminary Study on Precondensation of NaOH in Steam
due to early condensation
T. Mizuno, K. Kato, K. Ohta and N. Shimizu
Session: HIGH TEMPERATURE MEASUREMENT TECHNIQUES 1
The Need for and Application of High Temperature
Measurement Techniques in Power Plants
P.J. Millett
Spontaneous Raman Spectroscopy for Power Plants
W.E. Allmon, W.S. Hurst, W.J. Bowers, Jr., V.E. Bean and P. Millett
High Heatproof Insulation System used in High Temperature Steam Atmosphere
T. Iijima
Potentiometric Studies at ORNL with Hydrogen Electrode Concentration Cells
R.E. Mesmer, D.A. Palmer and D.J Wesolowski
Session: HIGH TEMPERATURE MEASUREMENT TECHNIQUES 2
Advances in Measuring Chemistry Parameters in High
Temperature Aqueous Systems
D.D. Macdonald, L. Kriksunov, J. Mankowski, C. Liu, K.
Eklund, R. Biswas and L. Wang
Development of External Reference Electrode for Accurate High
Temperature/Pressure pH Measurements
S.N. Lvov, G. Perboni and M. Broglia
Characterization by SERS of Passive Films on Iron, Nickel,
Chromium and Stainless Steel in Aqueous Solutions at 25C and 288C
L.J. Oblonsky, J. Gui and T.M. Devine
Session: SUPERCOOLED, SUPERHEATED AND STRETCHED WATER 1
Clathrate Structures and the Anomalies of Supercooled Water
C.M. Sorensen
Spectroscopic Evidence of Aggregative Properties in Deeply
Bulk Supercooled Water
P. Migliardo
Metastable Features of Water; Hydrogen-Bonding Structures at
Ambient and Low Temperatures
J.C. Dore
Structure and Dynamics of Supercooled Water Studied by
Neutron Scattering
M.-C. Bellissent-Funel
Session : SUPERCOOLED, SUPERHEATED AND STRETCHED WATER 2
The Thermodynamics of Supercooled Water: A Critical Review
P.G. Debenedetti
On the Entropy of Glassy Water
R.J. Speedy
Limits of Stability of Metastable Water and Amorphous Ice:
Results from Molecular Dynamics Simulations
F. Sciortino
Limits of Stability of Metastable Water: Results from a Lattice
Model of Water
S. Sastry
Random Network Models of Metastable Liquid Water
M. Sasai
Session : SUPERCOOLED, SUPERHEATED AND STRETCHED WATER 3
Liquids at Large Negative Pressure: Highly Stretched Salt Aqueous Solution
Q. Zheng
Physical Limit to the Stability of Superheated and Stretched Water
S.B. Kiselev and J.M.H. Levelt Sengers
Raman Spectroscopy of Supercooled Water at High Pressures
N. Karger, H.-D. Ludemann and M.G. Sceats
Thermodynamic Singularities of Liquid Water
H. Sato
Thermodynamic Limitations on the Metastable States Description
V.P. Skripov
Session: PLANT CYCLE CHEMISTRY 1
Water Treatment for Utility Boilers - International Approaches
M. Ball
Assumption of Boiler Scale Growth Rate in Oxygenated WaterTreatment
J. Izumi, T. Morimoto, S. Tsubakizaki, S. Tsunoda, H. Ota and T. Gengo
Effect of Boiler Feedwater Quality on Boiler Tube under
Conditions of Oxygenated Water Treatment
Y. Takano
Deposition in Power Plants - Mechanisms and Impact
B. Warwood, F. Roe and J. Sears
Behaviour of Extremely Small Amount of Corrosive Elements in Cycle Water in
a Fossil Plant and State-of-the-Arts Condensate Management System for
Fossil Plants
T. Kusano
Session: PLANT CYCLE CHEMISTRY 2
Lead Species and Lead Migration in PWR Secondary Conditions
D. Feron and I. Lambert
Secondary System Chemistry Control and Related Material Compatibility
Problems in the Steam-Water Cycles of Nuclear Power Stations
P.K. Mathur
Perspectives in PWR and VVER Primary Coolant Technology
M. Zmitko and Kysela, J
Influence of the Presence of Nickel Rich Alloys in PWR Circuits on Dose Rates
J.C. Robin
Migration of Organochlorine Impurities in WWER Circuits
V.G. Kritsky, V.I. Pentin and S.M. Bashilov
Session: PLANT CYCLE CHEMISTRY 3
On Behaviour of Hydrazine in Water Coolant
V.N. Voronov, Nazarenko, P.N.; Chubukova, I.K.
Influence of Organics Thermolysis Products - Acetic and Formic
Acids - on Distribution Ratios of Chlorides between Water and Steam
O.I. Martynova, T.I. Petrova, A.A. Zonov and O.S. Ermakov
A Potentiometric Study of the Hydrolysis of
Ethylenediaminetetraacetic Acid, EDTA, to 150C
D.A. Palmer and C. Nguyen-Trung
Determination of Low-Level of Carbonic Acid in Steam-
Condensate Cycles of Fossil and Nuclear Power Plants
S. Charbonneau, R. Gilbert, L. Lepine, and J. Stodola
Characterization and Fate of Natural Organic Matter in Steam-
Condensate Cycles of Fossil and Nuclear Power Plants
L. Lepine and R. Gilbert
An Improved System of Processing Analytical Data of Power
Cycles with Respect to Trouble Diagnosis
H.D. Pflug
Session: MOLECULAR MODELING OF AQUEOUS SYSTEMS 1
Hydrogen Bond Network Collapse in High-Temperature High-Pressure
Water from ab Initio Molecular Dynamics
E.S. Fois, M. Sprik and M. Parrinello
Spatial Structure in Liquid Water under Normal and Critical Conditions
I.M. Svishchev and P.G. Kusalik
The Dissociation of Water: Molecular Dynamics Computer
Simulation of the CF1 central force model
A. Nyberg, D.E. Smith, L. Zhang and A.D.J. Haymet
Simple Polarizable Models for Water
P.G. Kusalik
Session: MOLECULAR MODELING OF AQUEOUS SYSTEMS 2
Critical review of the available computer experiments on water
A. Wallqvist
Computer Simulations of Aqueous Systems: Evaluating the
Transferability and Reliability of Molecular Models of Water
D.E. Smith
Computer Simulations of Supercritical Water in a Wide Range
of Densities
A.G. Kalinichev
Molecular Simulation of Supercritical Aqueous Solutions
P.T. Cummings, H.D. Cochran and A.A. Chialvo
Computer Simulation of Water and the Dielectric Equation of State
M. Neumann
Session: MOLECULAR MODELING OF AQUEOUS SYSTEMS 3
Organic Reactions and Interactions in Water
W.L. Jorgensen
Thermodynamics and Structure of Hydrophobic Hydration by Computer Simulation
B. Guillot
Session: CALCULATIONS OF WATER AND STEAM PROPERTIES FOR INDUSTRIAL
USE 1: IFC-67 and the Need for a New Industrial Formulation
Need, Requirements and Concept for the Development of a New
Industrial Formulation
W. Wagner and B. Rukes
Effects of the Enthalpy and Entropy Accuracies of IFC-67
Formulation on the Power Cycle Calculations
K. Miyagawa, K. Oguchi, N. Okita, T. Sato, Y. Takei and Y. Takeda
Some Observations on the Representation of the Thermodynamic Properties
of Steam and the Interpretation of Some Thermodynamic Diagrams
G.J. Silvestri
Industrial and Scientific Utilization of Formulations Representing
the Thermodynamic Properties of Water and Steam
P.G. Hill
Session: CALCULATIONS OF WATER AND STEAM PROPERTIES FOR INDUSTRIAL
USE 2: Basic Equations for the New Industrial Formulation
Development of Fundamental Equations G(P,T) and Backward
Equations T(P,H) and T(P,S) for the new Industrial Formulation
A. Kruse and W. Wagner
A New Equation of State of Compressed Water for Industrial Use
I. Tanishita, Kijima, J.-i.; Oguchi, K.; Takaishi, Y.
New Thermodynamic Equation of Liquid Water for Industrial Use
R. Mares and H. Sato
A New Equation of State of Superheated Steam for Industrial Use
I. Tanishita, Y. Takaishi, J.-i. Kijima, and K. Oguchi
New Equations of Saturation Pressure and Saturation
Temperature of Ordinary Water Substance
K. Oguchi, I. Tanishita, J.-i. Kijima and Y. Takaishi
Session: CALCULATIONS OF WATER AND STEAM PROPERTIES FOR INDUSTRIAL
USE 3: Auxiliary equations for the New Industrial Formulation
An Algorithm for Setting up Numerically Consistent Forward and Backward
Equations for Process Modelling
Th. Willkommen, H.-J. Kretzschmar and A. Dittmann
Improved Equations for Backward Functions T=f(p,h), T=f(p,s), Ts=f(p) -
A Contribution to the IAPWS Project "New Industrial Formulation"
H.-J. Kretzschmar, Th. Willkommen and A. Dittman
Simplified Steam Property Functions for High Speed Calculations
K. Miyagawa
Interactive Graphical Software for Thermodynamic Calculation
of Steam in Power Plants
M. Pavelek, and E. Janotkova
Session: METASTABLE STEAM AND NUCLEATION 1
New Nucleation Theories and Principle of Minimum Entropy Production
F. Marsik, P. Sopuch and J. Blaha
Effects of Background Gases on the Homogeneous Nucleation of Vapors
R.H. Heist
Experiments on homogeneous nucleation of water vapor
K.A.J. Meyer, T. Rodemann and F. Peters
Experiments on growth rates of monodispersed water droplets
F. Peters, K.A.J. Meyer and T. Rodemann
Session: METASTABLE STEAM AND NUCLEATION 2
Nucleation and Growth Interation in Adiabatically Lifting Cloud Parcel
N. Fukuta and N. Xu
Nucleation of Ice from Undercooled Water
D.H. Rasmussen
Session: FRONTIERS OF PHYSICAL CHEMISTRY OF AQUEOUS SOLUTIONS 1
NMR Studies on the Effect of Temperature and Pressure on the
Structure and Dynamics of Aqueous Systems
M. Nakahara
Structural Studies of Water and Aqueous Solutions at High
Temperatures and Pressures
G.W. Neilson
Structures of Aqueous Solutions of Alcohols: New Results from
Neutron Scattering
J.L. Finney, A.K. Soper and J. Turner
X-ray Diffraction Study on Water in the Liquid and Supercritical States
T. Yamaguchi, K. Yamanaka and H. Wakita
Session: FRONTIERS OF PHYSICAL CHEMISTRY OF AQUEOUS SOLUTIONS 2
Water Structure and Interaction Effects of the PEO-Water System
S. Magazu', G. Maisano, D. Majolino and P. Migliardo
Structure and Phase Equilibria in Aqueous Sodium Chloride
Solutions Encountered in Supercritical Water
S. Cui and J.G. Harris
Ions in Steam and in Aqueous Clusters
R. Fernandez Prini and D. Laria
Simulation of the Potential of Mean Force of NaCl in Dilute
Steam at High Temperatures
R.H. Wood and P.T.Thompson
Aqueous Electrolyte Modeling in ASPEN PLUS
G.F. Bloomingburg, J.M. Simonson, R.C. Moore, H.D. Cochran and R.E. Mesmer
Session: FRONTIERS OF PHYSICAL CHEMISTRY OF AQUEOUS SOLUTIONS 3
D/H and 18O/16O partitioning between water liquid and
vapor in the system H2O-Na-K-Ca-Mg-Cl-SO4 from 0 to 350C
D.J. Wesolowski, J. Horita and D.R. Cole
Standard Partial Molar Heat Capacities and Volumes of Aqueous Divalent
and Trivalent Ions from Measurements near 25C
C. Xiao and P. Tremaine
Thermodynamic Properties of the Aqueous Solutions at
Supercritical Conditions
I. Abdulagatov, A.R. Bazaev, A.E. Ramazanova and R.K. Gasanov
Electrical Conductivity Measurements of Aqueous Electrolyte Solutions
at High Temperatures and High Pressures
P.C. Ho and D.A. Palmer
Determination of Ionization of Water from 250 to 350C
J.L. Oscarson, X. Chen, S.E. Gillespie, H. Cao and R.M. Izatt
Session: FRONTIERS OF PHYSICAL CHEMISTRY OF AQUEOUS SOLUTIONS 4
Thermodynamic Properties of Aqueous Potassium Hydroxide Solutions
A.A. Alexandrov and Kh.D. Tsatsurjan
Thermodynamics of Aqueous Electrolytes at High Temperatures
by the Isopiestic Technique
H.F. Holmes and R.E. Mesmer
Determination of the Heats of Proton Interaction with the Carboxyl and
Amino Groups on Several Amino Acids at 50, 75, 100, and 125 C
J.L. Oscarson, P. Wang, S.E. Gillespie, H. Cao and R.M. Izatt
Phase Equilibria Studies of Ternary Water-Salt Systems at High
Temperatures and Pressures
V.M. Valyashko
Experimental Study of the Thermal Conductivity of Aqueous Salt solutions
at High Temperatures and High Pressures
I. Abdulagatov, and U.B. Magomedov
Session: THERMOPHYSICAL PROPERTIES 1
A New Equation of State for Water as a Candidate for the
New Scientific Formulation of IAPWS
W. Wagner and A. Pruss
Absolute Measurement of the Density of Water in a Range 0-85C and 0.101325MPa
R. Masui
The Density and Phase Behaviour of Mixtures of Water with Simple Gases
A. Fenghour, W.A. Wakeham, A.C. Scott and J.T.R. Watson
Pseudospinodal Phenomena and Scaling of the Isochoric Heat
Capacity of the Metastable Water in the Critical Region I.
Abdulagatov, B.A. Mursalov and N.M. Gamsatov
Session: THERMOPHYSICAL PROPERTIES 2
Measurement of the Diffusion Coefficient of CO2 in High
Pressure Water by the Taylor Dispersion Method
S. Tomita, K. Shimizu, and A. Nagashima
Radiative Contribution of Thermal Conductivity of Steam D2O at High Pressures
A. Tarzimanov, F. Gabitov and F. Yuzmuchametov
The Static Relative Permittivity of Water and Steam
D.P. Fernandez, Y.V. Mulev, A.H.R. Goodwin and J.M.H. Levelt Sengers
An Asymptotic Expression for Phase Boundaries of Mixtures with a
Dilute Nonvolatile Solute: Application to Aqueous Salt Systems
J.C. Rainwater
Lattice Fluid and Chemical Theories for Associating Systems
and Their Application to Aqueous Mixtures
N. Smirnova, A. Victorov and Th. de Loos
Session: THERMOPHYSICAL PROPERTIES 3
Direct Description of Reference Data on Water and Steam
Thermophysical Properties Using Pade Approximation
V.N. Vinogradov
An apparatus for Measuring the Thermal Conductivitiy of
Porous Media Saturated with Water and Aqueous Solutions
G.G. Guseinov
Session: ALTERNATIVE POWER CYCLES
Kalina Cycle Thermodynamics and Needs for Improved Properties Data
M. Tribus
Standard Thermophysical Properties of the Ammonia-Water Binary Fluid
D.G. Friend
Thermophysical Properties of Ammonia/Water by the BWR Equation of State
Y. Ikegami and H. Uehara
Thermodynamic Correlation of Vapor-Liquid Equilibria, Enthalpies and Densities
of Ammonia-Water Mixture for High Pressure Power Cycle Heat Recovery System
Design and Analysis
K.W. Won
Performance Analysis of OTEC Using New Cycle with
Absorption and Extraction Process
H. Uehara and Y. Ikegami