1. In-Situ Observation of Fracture Behavior of Silicon in a Transmission Electron Microscope
- Author
-
Syugo Tanaka, Kohei Okada, Kensuke Nakata, Taeko Ando, and Masahiro Nakajima
- Subjects
Brittleness ,Materials science ,Silicon ,chemistry ,Transmission electron microscopy ,Tension (geology) ,Electromagnetic shielding ,Ultimate tensile strength ,Fracture (geology) ,chemistry.chemical_element ,Composite material ,Tensile testing - Abstract
This study reports a combinational method of tensile testing with TEM observation to observe the local area in a large magnified view. Our target material is single-crystal silicon that behaves in a brittle manner under tension until fracture in general. We developed a novel silicon chip for tensile testing of nanoscale silicon film with compliant mechanism for maintaining the observation point on the tensile specimen. The experimental results showed crack initiation and then incredibly crack shielding in single-crystal silicon under tensile loading.
- Published
- 2018