福岡英平 | School Of Pharmaceutical Sciences Toho University

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著作論文

Physicochemical Properties of Crystalline Lactose. II. Effect of Crystallinity on Mechanical and Structural Properties
Physicochemical Properties of Crystalline Lactose. I. Estimation of the Degree of Crystallinity and the Disorder Parameter by an X-Ray Diffraction Method
Effect of Grinding on Physical and Chemical Properties of Crystalline Medicinals with Microcrystalline Cellulose. II. : Retention of Volatile Medicinals in Ground Mixture
Effects of Grinding on Physical and Chemical Properties of Crystalline Medicinals with Microcrystalline Cellulose. I. Some Physical Properties of Crystalline Medicinals in Ground Mixtures
錠剤の崩壊に対する崩壊剤の膨潤効果
Crystallinity and Physical Characteristics of Microcrystalline Cellulose. II. Fine Structure of Ground Microcrystalline Cellulose
Crystallinity and Physical Characteristics of Microcrystalline Cellulose
Use of Microcalorimetry in the Field of Pharmaceutical Sciences. I. Measurement of Drug Dissolution from Solid Dosage Forms
Solid-State Reaction between Sulfacetamide and Phthalic Anhydride by Grinding
Paracrystalline Lattice Distortion in Crystalline Pharmaceuticals Determination of Paracrystalline Lattice Distortion by Powder X-Ray Diffraction
Pattern Fitting Procedure for the Characterization of Crystals and/or Crystallities in Tablets
Preferred Orientation of Crystallites in Tablets. V. Pattern-Fitting Procedure for the Determination of Strength of Preferred Orientation of Crystallites
Preferred Orientation of Crystallites in Tablets. IV. Features of the Preferred Orientation Plane
Preferred Orientation of Crystallites in Tblets. III. Variations of Crystallinity and Crystallite Size of Pharmaceuticals with Compression
Preferred Orientation of Crystallites in Tablets. II. Evaluation of Preferred Orientation of Crystallites by X-Ray Powder Diffractometry
Glassy State of Pharmaceuticals. V. Relaxation during Cooling and Heating of Glass by Differential Scanning Calorimetry
Glassy State of Pharmaceuticals. IV. : Studies on Glassy Pharmaceuticals by Thermomechanical Analysis
Glassy State of Pharmaceuticals. III. : Thermal Properties and Stability of Glassy Pharmaceuticals and Their Binary Glass Systems
Glassy State of Pharmaceuticals. II. Bioinequivalence of Glassy and Crystalline Indamethacin(Pharmaceutical)
錠剤内の粒子配列について(第3報)圧縮過程でのアスピリン結晶粒子の配列の変化
錠剤内の粒子配列について(第2報)アスピリン結晶形状の粒子配列および成形性におよぼす影響
錠剤内の粒子配列について(第1報)配列状態の測定法
高分子量マクロゴール中におけるアスピリン結晶の成長と分解
Cohesion of Particulate Solids. VI. Improvement of Apparatus and Application to Measurement of Cohesiveness at Various Levels of Humidity
The Rate of Penetration of Liquid into Tablets
Cohesion of Particulate Solids. VIII. Influence of Particle Shape on Compression by Tapping
Cohesion of Particulate Solids. VII. Influence of Particle Size on Compression by Tapping
粉粒体の凝集性(第5報)タッピングによる圧縮応力と粉末薬品の圧縮性
粉粒体の凝集性(第4報)流動性と凝集性

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