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Development of a new preparing method for seed crystals to control polymorphism.
Mako HOSOKAWAEShuntaro AMARIEHiroshi TAKIYAMA
The effects of design and manipulated variables under high shear field
on the characteristics of MnCO3 crystals in tubular type crystallizer
Hiroshi TAKIYAMA
[Plenary Talk] Solid dispersion melt crystallization concept for improvement
of dissolution rate
ACT-26@Bolor-Uyanga TumurbaatarEShuntaro AMARIEHiroshi TAKIYAMA
Development of solubility improvement method for poorly water-soluble API using crystallization from phase-separated melt
3-3@Shuntaro AMARI
Investigating the effect of operation conditions on the properties of ectoine particles for improvement of the purification process
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Operation Strategy for Quality Control of Crystalline Particles in Cascade Type Continuous Flow Process
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Particle Design of Spherical Crystalline Agglomerates to Remove Mother Liquor by Reslurry
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Improvement of Dissolution Rate by Using Crystalline Solid Dispersion Based on Binary Eutectic System
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Improvement of Homogeneity for Agglomerated Crystalline Particles by Using Modulation Operation in Reaction Crystallization
PD211@Mana KOYAMAEShoji KUDOEShuntaro AMARIEHiroshi TAKIYAMA
Development of Novel Cascade Type Crystallizer for Continuous Production of Crystalline Particles with Desired Quality
C317@Shuntaro AMARIEChinami SUGAWARAEHiroshi TAKIYAMA
Development of Continuous Flow Production Process with High Shear Field for Reaction Crystallization
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Effect of Two Kinds of Supersaturation on Crystal Qualities during Cocrystallization
O1B-4@Eriko SATOEYutaka KAMEYAMAEShoji KUDOEHiroshi TAKIYAMA
Crystallinity Change and Degradation Process of Cefixime Trihydrate during Drying
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Quality Control during Cocrystallization by Using Two Kinds of Supersaturation Operation
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The@Condition@and@Scale@Formation@Dynamics@during@Start-up@Operation@inSuspension@Melt@Crystalliztaion for Organic Compound
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2021N528ú@Shuntaro AMARI@Mana KOYAMA@Shoji KUDO@Hiroshi TAKIYAMA The 5th Asian Crystallization Technology Symposium@Best Research Award
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