IMCs - Globe Thesis - Globe Thesis

Keyword [IMCs] Result: 1 - 20 \| Page: 1 of 2
1.	Separation And Controlling Of Intermetallic Compounds In Lead-free Sn-Ag Solders
2.	Interfacial Evolution And Reliability Of Lead-Free Solder Joints For Electronic Packaging
3.	Microstructural Formation Of Sn-Ag-Zn Solder And Its Jointed Interfaces
4.	First-principles Calculation For Improving Ductility Of Aluminides By Alloying Elements At Room Temperature
5.	Influences Of Minor Elements Addition On The Interfacial Reactions Between Lead-free Solders And Common Substrates
6.	In-situ SEM/TEM Tensile Testing Of Microsoldered Joint And Ceystal Orientation Of Sn-Cu Imcs
7.	Grain Orientations And Anisotropic Properties Of Cu-Sn IMCs In Micro-Interconnection Solder Joints
8.	Influences Of Rare Earth Additions On The Microstructure And Interfacial Reaction Of SnBi Solder Alloys
9.	Effect Of Dimensional Change And Micro-Mechanical Characteristics Of Cu-Sn Interconnects
10.	The Basic Research Of Rapidly-solidified Lead-free Solders
11.	The Wettability Of SAC305Solder And Growth Mechanism Of Intermetallic Compounds Under Thermal Stress As Well As Electric Field
12.	Interfacial Reaction Between Tin-based Solders And Polycrystalline Copper Pad
13.	Microstructural Evolution And Mechanical Characteristics Of Full Intermetallics Structured Cu/Sn/Cu(Ni) Microjoints
14.	Study On Wetting Kinetics Of Typical Brazing/soldering System And Interfacial Microstructure Of Mirco-interconnections Joint
15.	The Processes And Mechanism For The Enhancement Of Laser-welded Joint Strength Of Dissimilar Ti6Al4V-304 Stainless Steel
16.	Fabrication Of High Temperature Solder Based On Cu@Sn Core Shell Structured Powder And The Study Of Cu-Sn IMCs Growth On Curved Surface
17.	Investigation On The Microstructure,IMCs Morphology And Reliability Of Sn-58Bi-xMo Solder Joints
18.	Research On Interfacial Behaviors Of Al/Ni/Cu Composites
19.	Study On The Microalloying And Interface Microstructure Of Sn-0.7Cu Lead-Free Solder
20.	The Study On Aluminum/steel Interface Layer Based On Synchrotron Radiation
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