Endothermic Crystallization of Lysozyme to the Orthorhombic Crystal from th Aqueous Solution at 35℃
スポンサーリンク
概要
- 論文の詳細を見る
- 社団法人日本物理学会の論文
- 1976-01-15
著者
-
Hayashi Shizuo
Department Of Physics Faculity Of Liberal Arts And Education Gunma University
-
Hayashi Shizuo
Department Of Physics Faculty Of General Studies Gunma University
-
Takizawa Toshiharu
Department Of Physics Faculty Of General Studies Gunma University
関連論文
- ^2D NMR Study of the Dynamics of Bound Water Molecules in Dipalmitoyl-Phosphatidylcholine-D_2O System at a Low Water Content
- ^2D NMR Study of the Dynamics of Bound Water Molecules in Dipalmitoyl-Phosphatidylcholine-D_2O System at a Low Water Content
- A Deuteron NMR Study of the Dynamics of Water Molecules Bound Tightly to the Phosphate Group in Dipalmitoy-Phosphatidylcholine-D_2O System
- Temperature Dependence of Partial Specific Volume of Lysozyme in solution : A Transition Related with Crystalline Polymorphism
- Endothermic Crystallization of Lysozyme to the Orthorhombic Crystal from th Aqueous Solution at 35℃
- Theory of Viscoelasticity in Temporarily Crosslinked Polymers : VI Semiphenomenological Extension and Non-Newtonian Viscosity
- Theory of Viscoelasticity in Temporarily Crosslinked Polymers (V) : Relation between Molecular Weight Distribution and Viscoelastic Properties
- Theory of Viscoelasticity in Temporarily Crosslinked Polymers (III)
- A Molecular Theory of Viscosity of Dilute Polymer Solutions
- Theory of Viscoelasticity in Temporarity Crosslinked Polymers (IV) Relaxation Spectrum and Molecular Weight Dependence of Viscocity
- Three Dimensional Theory of Viscoelasticity in Temporarily Crosslinked Network Structure
- Theory of Viscoelasticity in Temporarily Crosslinked Polymers (I) Treatment in Single Relaxation Time
- Hole Theory of Regular Solution
- Viscoelastic Properties of Network Structure
- Theory of Viscoelasticity in Temporarily Crosslinked Polymers (II) Relaxation Spectrum and Steady Flow Viscosity