High Energy Impact Resistance of Sb-Sn Lead-Free SMT Joint

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Solder Joint Material Science
100
Impact Resistance Material Science
75
Strain Rate Material Science
50
Shear Strength Material Science
50
Tin Material Science
50
Shear Testing Material Science
50
Lead-Free Solder Material Science
50
Surface (Surface Sc... Material Science
25
Soldering Material Science
25
Dynamic Loads Material Science
25
Intermetallics Material Science

Keyphrases

100
Solder Joint Keyphrases
100
Lead-free Keyphrases
100
Impact Resistance Keyphrases
100
High-energy Impact Keyphrases
75
Strain Rate Keyphrases
50
Shear Strength Keyphrases
50
Lead-tin Keyphrases
50
Tin Solder Keyphrases
50
Shear Test Keyphrases
50
Lead-free Solder Keyphrases
25
Three-point Bending... Keyphrases
25
Surface Mounting Keyphrases
25
Reflow Temperature Keyphrases
25
Surface Mount Techn... Keyphrases
25
Intermetallic Compo... Keyphrases
25
Dynamic Loading Keyphrases
25
Soldering Process Keyphrases
25
Electronic Intercon... Keyphrases
25
Hopkinson Bar Keyphrases
25
Paper Surfaces Keyphrases
25
Interconnection Tec... Keyphrases

INIS

100
energy INIS
100
strain rate INIS
66
surfaces INIS
66
shear INIS
66
shear strength INIS
66
tin INIS
33
increasing INIS
33
growth INIS
33
layers INIS
33
intermetallic compo... INIS
33
pcb INIS
33
dynamic loads INIS
33
soldering INIS

Engineering

100
Joints (Structural ... Engineering
100
Surface Mount Techn... Engineering
100
Impact Resistance Engineering
50
Strain Rate Engineering
33
Free Solder Engineering
33
Shear Strength Engineering
16
Dynamic Loads Engineering
16
Increasing Strain Engineering
16
Compound Layer Engineering
16
Soldering Engineering
16
Hopkinson Bar Engineering
16
Intermetallics Engineering
Research OutputsResearch Output authored by High Energy Impact Resistance of Sb-Sn Lead-Free SMT Joint is tagged with the concept