Font Size: a A A
Keyword [alloy phase]
Result: 61 - 80 | Page: 4 of 8
61. Investigation On Effects Of Si To The Phase Structure And Electrochemical Performances Of La-Mg-Ni System A2b7Type Hydrogen Storage Alloys
62. Isothermal Section Of The Gd-Fe-Mn System At500℃and Electrochemical Performance Of Their Alloys
63. The Calculation Study On The Alloy Phase In Typical Wrought Magnesium Alloy
64. A Study On The Microstructure Of Ageing And Harness Of Ti-40Al-10Fe Alloy
65. Phase Structure And Hydrogen Storage Properties Of LaMg8.52Ni2.23M0.15(M=Ni,Cu,Cr) Alloys
66. The Research On Structure And Properties Of FeCoCrNiCu0.5Al(Si)X High Entropy Alloys
67. Effects Of Cold Drawing And Aging On Microstructure And Properties Of Cu-Cr Alloy
68. Nickel Titanium Base Shape Memory Alloy Phase Transition Behavior Of Synchrotron Radiation And Neutron Diffraction Experiment In Situ
69. Study Of Phase Structure And Electrochemical Properties Of Low Cost AB5Type Hydrogen Storage Alloys
70. Isothermal Section Of The Ho-Fe-Mn System At773K And The Structure And Electrochemical Performance Of Their Alloys
71. Structures And Hydrogen Storage Properties Of La-Mg-Ni-based AB2Type Alloys
72. Mechanism Research On Laser Cladding Pure Metalon Titanium Alloy
73. Development Of The B2-containing TiAl-based Intermetallics And Its Low-temperature Superplasticity
74. Effects Of Boron On Microstructures And Mechanical Properties Of Zr3Al-based Alloys
75. Phase Separation Kinetics Of Fe-Cr Alloy:a Simulation With Phase-field Method
76. Thermodynamic Optimization And Calculation Of The Nd/Pr-Fe-B Systems
77. Variant Evolution During Heating Transformation And Microstructural Evolution Of Twins Induced By Electric Current Pulses In A Cu-Zn Alloy
78. Isothermal Section Of The Dy-Fe-Mn System At 773K And Magnetic Properties Of Their Compounds
79. Cluster Formula Describing Alloy Phase And Applying In Cu-Ti Metallic Glasses System
80. CrMnFeCoNiZr High Entropy Alloy Hot Working Behavior And Finite Element Mothod Simulation
  <<First  <Prev  Next>  Last>>  Jump to