Novel T-channel nanowire FET with built-in signal amplification for pH sensing
The low level of output signal in conventional silicon nanowire field-effect transistors (FETs)
could limit their potential deployments as integrated chemical and biomedical sensors. We …
could limit their potential deployments as integrated chemical and biomedical sensors. We …
[PDF][PDF] Novel T-Channel Nanowire FET with Built-in Signal Amplification for pH Sensing
KS Shin, K Lee, JY Kang, CO Chui - researchgate.net
The low level of output signal in conventional silicon nanowire field-effect transistors (FETs)
could limit their potential deployments as integrated chemical and biomedical sensors. We …
could limit their potential deployments as integrated chemical and biomedical sensors. We …
Novel T-channel nanowire FET with built-in signal amplification for pH sensing
KS Shin, K Lee, JY Kang, CO Chui - 2009 IEEE International Electron Devices … - infona.pl
The low level of output signal in conventional silicon nanowire field-effect transistors (FETs)
could limit their potential deployments as integrated chemical and biomedical sensors. We …
could limit their potential deployments as integrated chemical and biomedical sensors. We …