Preface |
Basic Studies |
Crystal Morphology Predictive Techniques To Characterize Crystal Habit: Application to Aspirin (C9H8O4) / Paul Meenan1: |
Mechanism of Crystal Growth of Protein: Differential Scanning Calorimetry of Thermolysin Crystal Suspension / H. Ooshima, et al2: |
Source of Nuclei in Contact Nucleation as Revealed by Crystallization of Isomorphous Alums / Manjeh M. Reyhani ; Gordon M. Parkinson3: |
A Kinetic Model for Unsteady-State Crystal Growth in the Presence of Impurity / N. Kubota ; M. Yokota ; L.A. Guzman4: |
Crystallization of Optical Isomers and Polymorphs |
Concentration Change of L-SCMC [S-9Carboxymethyl)-L-cysteine] in a Supersaturated Solution of DL-SCMC with Suspended L-SCMC Seeds in a Batch Operation / Ken Toyokura ; M. Kurotani ; J. Fujinawa5: |
Purity Drop in Optical Resolution of Racemic Mixtures / M. Matsuoka6: |
Separation of L-Mandelic Acid from Asymmetric Mixtures by Means of High-Pressure Crystallization / N. Nishguchi, et al7: |
Morphological Change Mechanism of a-L-Glutamic Acid with Inclusion of L-Phenylalanine / M. Kitamura8: |
Growth Process and Morphological Change of b-Glutamic Acid in the Presence of L-Phenylalanine / Y. Sumi9: |
Crystallization Behaviors of a- and b-Quizalofop-ethyl Polymorphs in Homogeneous Nucleation / K. Miyake ; O. Araki ; M. Matsumura10: |
Crystallization of Di-L-phenylalanine Sulfate Monohydrate from Fermentation Broth / Tetsuya Kawakita11: |
Characterization of Aluminum Trihydroxide Crystals Precipitated from Caustic Solutions / Mei-Yin Lee, et al12: |
Studies Related to Industrial Crystallizers and Processes |
Features of the High-Pressure Crystallization Process in Industrial Use / M. Moritoki ; N. Nishiguchi ; S. Nishida13: |
Semibatch Precipitation of a Metallized Dye Intermediate: Reaction and Precipitation Condition Effects on Particle Size and Filterability / Kostas E. Saranteas ; Gregory D. Botsaris14: |
Effects of Seeding on Start-up Operation of a Continuous Crystallizer / H. Takiyama ; H. Yamauchi15: |
Crystallization of Particular Organic Compounds |
Recent Studies on Recovery of Oilseed Protein by Precipitation / Matheo Raphael16: |
Secondary Crystallization of Paraffin Solidified on a Cooled Plane Surface / K. Onoe, et al17: |
Crystallization of a Fatty Acid Mixture Using Spray Evaporation of Highly Volatile Solvents / K. Maeda, et al18: |
Crystallization of Particular Inorganic Compounds |
Crystallization of Sodium Chloride with Amines as Antisolvents / T.G. Zijlema, et al19: |
Semibatch Gas Antisolvent Precipitation of Poly(2,6-dimethyl-1,4-phenylene ether) / F.E. Wubbolts, et al20: |
Reactive Crystallization of Magnesium Hydroxide / Hideki Tsuge, et al21: |
Phosphate Recovery by Reactive Crystallization Magnesium Ammonium Phosphate: Application to Wastewater / Izumi Hirasawa, et al22: |
Inclusion of Selenium in Ferrite Crystals / Y. Taguchi, et al23: |
Indexes |
Author Index |
Affiliation Index |
Subject Index |
Preface |
Basic Studies |
Crystal Morphology Predictive Techniques To Characterize Crystal Habit: Application to Aspirin (C9H8O4) / Paul Meenan1: |