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Controlled Spalling Technology

Teacher Information

Name
HU Huan ZJU Faculty Homepage
Department
ZJUI
Research
Advanced Nanomanufacturing,Bio-inspired micro/nano sensors,Lab on a chip integrating Nanotechnology
Document Type
Book Chapter
Flexible, Wearable, and Stretchable Electronics

Publication

Chapter Title
Controlled Spalling Technology
Author
Huan Hu, Renwei Mao, Katsuyuki Sakuma
Chapter
7
Source Title
Flexible, Wearable, and Stretchable Electronics
Author/Author of Source
Katsuyuki Sakuma, Thomas J. Watson
Publisher
Taylor & Francis
P-ISBN
9780367208905
Abstract

Wearable electronics are demanded in many applications. However, traditional semiconductor manufacturing is based on bulk wafers and it is very challenging to mass-producing flexible electronics. In the last decades, many technologies have been developed to address this challenge such as using flexible materials instead of silicon, using silicon on insulator surface and peeling off the top thin silicon films. Here, we review another promising technology for achieving flexible electronics – controlled spalling, which uses mechanical stress to facilitate peeling off thin film directly off a bulk silicon substrate. This technology is CMOS-compatible (where CMOS is complementary metal-oxide-semiconductor) and can potentially achieve system-level wearable electronics integrating sensors, signal processing, and communicating units.

DOI
https://doi.org/10.1201/9780429263941

Print & Electronic Holdings

Holdings
International Campus Library-Special Collection
Call Number
TN4/LF1/SC2
Barcode
000000338544