295 results on '"Ueda, Mitsutoshi"'
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152. The electrical conductivity of Cr_2_O_3_ doped with 16.5 mol%TiO_2_ at 1073 K
153. Oxygen chemical potential distribution and void formation in the oxide scales which have the vertical interface for the flow of ion
154. 火力発電用高Crフェライト鋼の高温水蒸気酸化に関する物理化学的研究
155. Effect of Grain Boundary Fe2Nb Laves Phase on Creep of Austenitic Heat Resistant Steel of Fe-20Cr-30Ni-2Nb in Steam Atmosphere
156. Thermal Diffusivity Measurement of Oxide Scale Formed on Steel during Hot-rolling Process
157. Oxidation of SOFC Interconnects
158. Solubility of Fe in Molten Al-rich Al-Mg-Si Alloy at 973 K
159. Pd箔支持プロトン形SOFCにおける酸素透過
160. Solubility of Fe in Liquid Al-rich Al-Mg-Si Alloy at 973 K
161. Solubility Limit of Fe into Al-Mg-Si Melt at 973 K
162. Oxygen Chemical Potential on the Surface of Growing Scales in High Temperature Oxidation of Fe-Cr Alloys
163. 安定化ジルコニアを用いた高温酸化皮膜表面の酸素活量測定
164. 1073KにおけるCr_2_O_3_-16.5mol%TiO_2_の欠陥構造
165. 823 KにおけるFe_3_O_4_の高温酸化に及ぼす水蒸気の影響
166. Preface to the Special Issue on Front Line of High-temperature Oxidation Resistance on Structural Materials in Future
167. Phase Stability of Iron Oxides on Palladium–Iron Alloy at Elevated Temperatures and Its Application to High Temperature Oxidation
168. The Effect of Water Vapor on the Transition from Internal to External Oxidation of Austenitic Steels at 1,073 K
169. 化学ポテンシャル勾配下における酸化物膜中のボイド形成
170. 1473KでMg2SiO4を生成する固体間反応に及ぼすMgOへのTiO2添加の影響
171. 873 K~1173 KにおけるBa(Zr0.9Y0.1)O2.95の酸素透過
172. 酸化スケールの熱物性評価のための測定手法の検討
173. Estimation of the Effect of Grain Boundary Diffusion on Microstructure Development in Magnetite Bi-crystal under Oxygen Chemical Potential Gradient at 823 K
174. Solubility of Fe in Al Rich Region of Al^|^ndash;Mg^|^ndash;Si System at 973 K
175. Void Formation at the Interface of the Duplex Scale Formed on Fe-5Cr Alloy at 773 K
176. Hydrogen Permeability through n-type Cr2O3 Scale at 1273 K under the Oxygen Activities of 1.6 × 10–18 – 1.0 × 10–16
177. Quantitative Analysis on Internal Oxide Precipitates in Fe–1 mass%Si Alloy Formed at 1473K in Ar–17.6%H2–12.2%H2O
178. Electrochemistry
179. In situ observation of breakaway oxidation in the early stage of steam oxidation of austenitic steel at 973 K
180. The effect of Water Vapor on the Distribution of Oxide Precipitates during Internal Oxidation of Ni-5Cr Alloy at 1073 K
181. Oxygen Activity Distribution from Atmosphere to Scale Surface on High Temperature Oxidation of Iron
182. Fe-9 mass%Cr合金上に形成する酸化皮膜の熱サイクル過程に発生する亀裂と組織の関係
183. 純Feの高温酸化時の酸素ポテンシャル分布
184. Possibility of Metal Film Supported Electrolyte for Proton-SOFC
185. Void Formation Induced by the Divergence of the Diffusive Ionic Fluxes in Metal Oxides Under Chemical Potential Gradients
186. Oxygen Permeability through Internal Oxidation Zone in Fe–Cr Alloys under Dry and Humid Conditions at 973 and 1 073 K
187. 酸化皮膜中の動力学的組織変化に及ぼす外部電流の影響
188. 973Kにおける高Fe濃度側でのAl-Mg-Si系合金融体とFe系化合物の相平衡
189. 安定化ZrO2を用いたFe-Mn鋼の高温酸化皮膜表面の酸素ポテンシャル測定
190. Kinetic decomposition of SrCo0.8Fe0.2O3-δ oxygen permeation membrane under oxygen chemical potential gradient at 1173K
191. Oxygen Permeability of BaCe0.9Y0.1O3-x at 923-1073 K Under SOFC Atmospheres
192. Distribution of oxide precipitates of Fe2SiO4 and SiO2 in internal oxidation zone of Fe-Si alloy
193. The growth of the oxide scale on alloy interconnects under electrical current supply
194. Void Formation in the Growing Scale Induced by the Divergence of the Diffusive Ionic Flux in High Temperature Oxidation of Metals
195. The Effect of Water Vapor on High Temperature Oxidation of Fe-Cr Alloys at 1073 K
196. Oxidation rate of ZMG232L alloy with an electric current supply
197. Influence of electrical current on the scale growth of Fe-Cr alloy interconnects
198. The activity of iron in Pd-Fe system at 823 K
199. Oxygen Potential at Surface of Scale on Fe-1.5 mass% Mn Steel at 1123 K
200. BaCe0.9Y0.1O3-xの酸素透過能
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