Janice L. Panza and Eric J. BeckmanMamata MukhopadhyayJerzy Baldyga and Marek Henczka and Boris Y. ShekunovGerard Charbit and Elisabeth Badens and Olivier BoutinKeith P. Johnston and Sandro R. P. DaRocha and C. Ted Lee and Ge Li and Matthew Z. YatesBoris Y. ShekunovAlbert H. L. Chow and Henry H. Y. Tong and Boris Y. ShekunovSergei G. KazarianNagesh Bandi and Christopher B. Roberts and Ram B. Gupta and Uday B. KompellaB. L. Knutson and Marazban SarkariPhilip G. JessopTerry A. BergerM. D. Luque de Castro and A. Jurado-Lopez and J. L. Luque-GarciaJerry W. KingJean-Yves Clavier and Michel Perrut

Preface	p. iii
Contributors	p. xi
Part I. Fundamentals
1. Chemistry and Materials Design for CO[subscript 2] Processing	p. 1
2. Phase Equilibrium in Solid-Liquid-Supercritical Fluid Systems	p. 27
3. Fluid Dynamics, Mass Transfer, and Particle Formation in Supercritical Fluids	p. 91
4. Methods of Particle Production	p. 159
Part II. Drug Delivery Applications
5. Colloid and Interface Science for CO[subscript 2]-Based Pharmaceutical Processes	p. 213
6. Production of Powders for Respiratory Drug Delivery	p. 247
7. Control of Physical Forms of Pharmaceutical Substances	p. 283
8. Supercritical Fluid Impregnation of Polymers for Drug Delivery	p. 343
9. Formulation of Controlled-Release Drug Delivery Systems	p. 367
10. Processing of Biological Materials	p. 411
Part III. Other Applications and Scale-Up Issues
11. Asymmetric Catalysis in Supercritical Fluids	p. 461
12. Analytical and Semipreparative Supercritical Fluid Chromatography in Drug Discovery	p. 497
13. Drug Extraction	p. 539
14. Development and Potential of Critical Fluid Technology in the Nutraceutical Industry	p. 579
15. Scale-Up Issues for Supercritical Fluid Processing in Compliance with GMP	p. 615
Index	p. 653