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Applying X-ray microscopy and finite element modeling (FEM) to identify the mechanism of stress-assisted void growth in through silicon via (TSV)
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Copyright Title

Applying X-ray microscopy and finite element modeling (FEM) to identify the mechanism of stress-assisted void growth in through silicon via (TSV)

Status

Published

on 11 Apr 2012
Year of Creation
2011
Copyright Claimant
Lay Wai Kong
Registration Number
TX0006740760
on 11 Apr 2012

Copyright Summary


The U.S. Copyright record (Registration Number: TX0006740760) dated 11 Apr 2012, pertains to an electronic file (eService) titled "Applying X-ray microscopy and finite element modeling (FEM) to identify the mechanism of stress-assisted void growth in through silicon via (TSV)" created in 2011. The copyright holder is Lay Wai Kong, known for their creative contributions in text registration. For any inquiries concerning this copyrighted material, kindly reach out to Lay Wai Kong.

Copyright Details


Copyright Claimant
Lay Wai Kong

Application Details


Registration Number
TX0006740760
Registration Date
4/11/2012
Year of Creation
2011
Agency Marc Code
DLC-CO
Record Status
New
Physical Description
Computer text data

Personal Authors


Notes


Rights Note: Rights and permissions info. on CORDS appl. in CO
Local Copyright Note: Electronic registration

Statements


Author Statement: entire text: Lay Wai Kong
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