High temperature storage and temperature cycle TSV Copper sample

badage1988

@badage1988-HXxZQu • Oct 22, 2024

Oct 22, 2024

1.3K

do anyone know how to interpret the graph which the y axis = modulus, hardness VS x-axis = displacement into surface . this graph is the result from the nanoindentation test of my High temperature storage (HTS) & Temperature cycle (TC) Through silicon via (TSV) Copper sample. your help is greatly appreciate.

if someone is interested to assist me i will post the graph image into this website.

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badage1988

@badage1988-HXxZQu • Jan 8, 2009

do anyone know how to interpret the graph which the y axis = modulus, hardness VS x-axis = displacement into surface . this graph is the result from the nanoindentation test of my High temperature storage (HTS) & Temperature cycle (TC) Through silicon via (TSV) Copper sample. your help is greatly appreciate.

if someone is interested to assist me i will post the graph image into this website.
0
badage1988

@badage1988-HXxZQu • Jan 8, 2009

do anyone know how to interpret the graph which the y axis = modulus, hardness VS x-axis = displacement into surface . this graph is the result from the nanoindentation test of my High temperature storage (HTS) & Temperature cycle (TC) Through silicon via (TSV) Copper sample. your help is greatly appreciate.

if someone is interested to assist me i will post the graph image into this website.
0
Kaustubh Katdare

@thebigk • Jan 8, 2009

Upload your image on imageshack or flickr and paste the complete URL in add image button, viz.

[PS: Do not spam the forums.]
0
badage1988

@badage1988-HXxZQu • Jan 9, 2009

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badage1988

@badage1988-HXxZQu • Jan 18, 2009

can anyone help me interpret this graph... what could be some of the possible answer.... i know that the different in graph might be due to the different in temperature whereby the HTs is higher than TC cylcle...

does microstructure actually affect the reading ...?? please help me
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