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Wakayama National College Of Technology | 論文
- Characteristics of Strain-Induced Boundary Migration as Evaluated by the Crystal Rotation Axis Method in (001) [100] and (112) [111] Aluminum Bicrystal Deformed by Plane-Strain Compression
- Relationship between 〈111〉 Rotation Recrystallization Mechanism and Slip Bands with Compressive Strains during Tensile Deformation in Aluminum Single Crystals
- DAMAGE SURVEY REPORT ON MAY 27, 2006, MID JAVA EARTHQUAKE, INDONESIA
- 19pPSB-44 Rotational effects on the on the ortho-para conversion of H_2 interactingwithameta10xidesudace
- Effects of Proline Substitution on the Thermal Stability and Hydration of Collagen Triple Helix
- Synthesis and Thermal Stability of New Collagen Model Peptides Containing 4-Hydroxyproline and 4-Fluoroproline
- Stabilization of Triple Helical Structure of Collagen Molecule
- NMR Analysis of Collagen Model Peptide with ^C and ^N Labeling
- Synthesis and Characterization of the Collagen Model Peptides Containing 4-Fluoroproline
- New Method to Enhance the ortho-para H_2 Conversion by using Dynamical Quantum Filtering Effect and Steric Effect
- Molecular Orientation Dependence of o-p Conversion of H_2 Scattered from a 3d Impurity Sitting on a Metal Oxide Surface
- 29pPSA-34 Molecular Orientation Dependence of o-p H_2 Conversion in Scattering Process
- Elementary Excitation Spectrums for Correlated Electron Systems at Finite Temperature
- H/Pd(111) Absorption and Desorption Dynamics : Hydrogen-Induced Lattice Relaxation Effects
- Probing Local Surface Reactivity With Hydrogen Molecules : Realizing an Atom/Molecule Scanning Probe
- Magnetic Properties of Fe Thin Films on Cu(111)(Condensed Matter : Electronic Structure, Electrical, Magnetic and Optical Properties)
- Effects of Oxygen Vacancies on the Electronic States in Copper Oxides
- Dynamics of STM-Induced Acetylene Dissociation on Cu (100)
- Quantum Dynamics of Abstraction in H(g)+H(a)/Cu(111) : Direct (Eley-Rideal) and Indirect (Hot-Atom) Processes
- Scattering Dynamics of Hydrogen Molecules on Metal Alloy Surfaces : Probing Local Surface Reactivity with Hydrogen Molecules