148f. Thermodynamically Consistent Adaptation of Scaled Particle Theory to an Arbitrary Equation of State: Hard Sphere Fluid Properties and a New Reference System for Solvation Theories

148f. Thermodynamically Consistent Adaptation of Scaled Particle Theory to an Arbitrary Equation of State: Hard Sphere Fluid Properties and a New Reference System for Solvation Theories

Author(s):

Publication title:

2005 annual meeting & fall showcase : '05 AIChE, Oct 30 - Nov 4 : conference proceedings, Cincinnati Convention Center, Cincinnati, OH : non-topical presentation records : 01. Engineering Sciences and Fundamentals

Title of ser.:

AIChE Conference Proceedings

Ser. no.:

P-221(2)

Pub. Year:

2005

Pages:

1

Pub. info.:

New York: American Institute of Chemical Engineers

ISBN:

9780816909964 [0816909962]

Language:

English

Call no.:

A08000/2005 [CD-ROM]

Type:

Conference Proceedings

Details

TDL ID:	ZA00061192
Series ID:	PA00000008
Conf. info. (Name):	AIChE Annual Meeting
Conf. info. (Number):	2005
Conf. info. (Venue):	Cincinnati, OH, USA
Conf. info. (Date):	2005.10.30-2005.11.04
Note for article:	AIChE 2005 Annual Meeting, Oct 30-Nov 4, Cincinnati, OH

Similar Items:

1 Conference Proceedings On the Use of Scaled Particle Theory to Determine a Broad Range of Hard-Sphere Fluid Properties with High Accuracy Daniel W. Siderius, David S. Corti American Institute of Chemical Engineers	7 Conference Proceedings THERMODYNAMIC PROPERTIES OF POLAR FLUIDS FROM A PERTURBED-DIPOLAR-HARD-SPHERE EQUATION OF STATE Bryan, P. F., Prausnitz, J. M. American Institute of Chemical Engineers
2 Conference Proceedings 28j. Investigation of the Role of Geometry and Fluid Structure in the Description of Depletion Forces Via Scaled Particle Theory-Based Integral Equations for … Daniel W. Siderius, David S. Corti American Institute of Chemical Engineers	8 Conference Proceedings 148k. Equation of State for Hard-Spheres and Hard-Chains in the Glassy Region S.M. Waziri, Esam Z. Hamad American Institute of Chemical Engineers
3 Conference Proceedings 475f. Extension Of Gibbs' Dividing Surface Analysis To Cavities That Intersect A Planar Surface: Calculation Of The Line Tension Of The Hard-Sphere Fluid Daniel W. Siderius, David S. Corti American Institute of Chemical Engineers	9 Conference Proceedings Depletion Force Between A Colloid Particle And A Wall: Simple Theory By Means Of Scaled Particle Theory Corti, David S., Reiss, Howard American Institute of Chemical Engineers
4 Conference Proceedings Revisiting Scaled Particle Theory of the Binary Hard Sphere Fluid Michael Heying, David S. Corti American Institute of Chemical Engineers	10 Conference Proceedings (173f) Correlations Between Static Thermodynamic Properties and Dynamic Transport Properties of Confined Fluids: Application to Adsorption and Diffusion in … William P. Krekelberg, Daniel W. Siderius, Vincent K. Shen American Institute of Chemical Engineers
5 Conference Proceedings Geometric Model of Depletion Forces in Hard-Sphere Colloidal Dispersions Exposed to Various Surfaces Daniel W. Siderius, David S. Corti American Institute of Chemical Engineers	11 Conference Proceedings (670g) Computational and Theoretical Study of Coupled Finite Systems: The Effect of Particle Number on the Thermodynamic Properties of Small Systems Donya Ohadi, Ricardo Fariello, Mark J. Uline, David S. Corti American Institute of Chemical Engineers
6 Conference Proceedings 385a. on the Apparent Breakdown of Equipartition in Molecular Dynamics Ensembles Applied to Nanoscale Systems Mark J. Uline, Daniel W. Siderius, David S. Corti American Institute of Chemical Engineers	12 Conference Proceedings 404f. Monte Carlo Simulations of Tetrominoes: Structural and Thermodynamic Properties of a Seven-Component on-Lattice Fluid Model Brian C. Barnes, Daniel W. Siderius, Lev D. Gelb American Institute of Chemical Engineers

1

2

3

4

5

6

7

8

9

10

11

12