Composition Design - Globe Thesis

Keyword [Composition Design] Result: 81 - 100 \| Page: 5 of 10
81.	Composition Design And Performance Study On Soft Ferrite Stainless Steel
82.	Design And Test Of Aluminum Matrix Composites Synergy Reinforced By Micron-SiC And Nano-TiC Particle
83.	Composition Design And Properties Of High Entropy Alloys Containing Refractory Elements
84.	Composition Design And Properties Study Of High B_s Amorphous Alloy
85.	Composition Design And High-temperature Microstructural Stability Of Fe-Cr-Al-based Alloys Based On A Cluster Model
86.	Study On The Manufacturing Processes Of Anchor Steels In Xinjiang Bayi Steel
87.	Composition And Design Of High Temperature Near-? Ti Alloys And High Strength-ductility Near-? Ti Alloys And Their Properties
88.	Composition Design,microstructure And Properties Of Lead-free Silicon Brass With Free-cutting Property
89.	Development Of X80 Pipeline Steel At 1750 Hot Rolling Mill In Bayi Steel
90.	The Preparation And Properties Of WCoB-TiC Ceramic Composites
91.	Study On Composition Design And Phase Boundary Construction Of Sodium Lead Silicate Based Lead-free Piezoelectric Ceramics
92.	Study On Composition Design, Formation And Stability Of Uranium Iron-based Amorphous Alloys
93.	Study On Composition Design And Mechanical Properties Of CoFeNi(Cr)-M Eutectic High Entropy Alloys
94.	Composition Design Of Strip Casting Grain Oriented Silicon Steels And Microstructure Texture Regulation Mechanism
95.	Composition Design,Properties And Phase Transformation Behavior Of Fe-Mn-Al-C Duplex Lightweight Steels
96.	Optimal Composition Design And Device Assembly Of The Thermoelectric(Bi,Sb)₂(Te,Se)₃ Zone-Melted Inaots For Commercial Applications
97.	Effect Of Alloy Composition Design On Microstructure And Properities Of Alumina-Forming Austenitic Steels
98.	Composition Design And Properties Of Zr-Based Bulk Metallic Glasses For Biomedical Applications Based On Dual-cluster Model
99.	Composition Design,Microstructure Control And Properties Of WCoB-TiC Based Cermets
100.	Composition Design Approach Based On Cluster Structure Model Of Multi-component Ti Alloys And Their Properties
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