Title Statements
- Full title :Advanced pharmaceutical solids / Jens T. Carstensen.
Summary
One-Component SystemsProperties of SolidsSolubilityParticle Sizes and DiametersMicromeriticsCrystallizationAmorphatesPolymorphismMoisture Isotherms with Crystalline SolidsDrug Substance ConsiderationsMelting Point Diagrams and EutecticsDissolution from Particles and SurfacesDissolution from Polydisperse PopulationsSolid-State StabilityEffect of Moisture on Solid-State StabilityApparent Volumes and DensitiesCohesionPowder FlowComminutionBlendingWet GranulationHard-Shell CapsulesTablet PhysicsPhysical Principles of TabletsDisintegration and DissolutionPolymersCoating of TabletsSingle-Unit Sustained Release Dosage FormsSustained Release by Microencapsulation.
Read More ↓Edition Statements
- Publication Date:©2000.
Publication Statements
- Publisher(s):CRC Press
- Place of Publication:Boca Raton, Fla
- Language:eng
- Publication Date:©2000.
The Physical Object
- Description:1 online resource (viii, 518 pages) : : illustrations.
Edition Identifiers
- ISBN:9781482270549, 1482270544, 9780824704315, 0824704312
- oclc:ocn891656128
- LC Classification:RS201.S57
- Dewey Decimal:615.4
Table of Contents
I. One component systems -- 2. Properties of solids -- 3. Solubility -- 4. Particle sizes and diameters -- 5. Micromeritics -- 6. Crystallization -- 7. Amorphates -- 8. Polymorphism -- 9. Moisture isotherms with crystalline solids -- 10. Drug substance considerations -- 11. Melting point diagrams and eutectics -- 12. Dissolution from particles and surfaces -- 13. Dissolution from polydisperse populations -- 14. Solid state stability -- 15. Effect of moisture on solid-state stability -- 16. Apparent volumes and densities -- 17. Cohesion -- 18. Powder flow -- 19. Comminution -- 20. Blending -- 21. Wet granulation -- 22. Hard shell capsules -- 23. Tablet physics -- 24. Physical principles of tablets -- 25. Disintegration and dissolution -- 26. Polymers -- 27. Coating of tablets -- 28. Single unit sustained release dosage forms -- 29. Sustained release by microencapsulation.
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