Parametrically Excited Micro‐and Nanosystems
This chapter provides an overview of parametric excitation as it pertains to resonant
micro/nanosystems. The chapter highlights the feasible physical sources of parametric …
micro/nanosystems. The chapter highlights the feasible physical sources of parametric …
Parametrically Excited Micro‐and Nanosystems
JF Rhoads, C Guo, GK Fedder - Resonant MEMS, 2015 - infona.pl
This chapter provides an overview of parametric excitation as it pertains to resonant
micro/nanosystems. The chapter highlights the feasible physical sources of parametric …
micro/nanosystems. The chapter highlights the feasible physical sources of parametric …
[PDF][PDF] Parametrically Excited Micro-and Nanosystems
JF Rhoads, C Guo, GK Fedder - 2015 - engineering.purdue.edu
Though an electrical or mechanical system is traditionally excited into resonance through
the application of a time-periodic force whose frequency is commensurate with its natural …
the application of a time-periodic force whose frequency is commensurate with its natural …
Parametrically Excited Micro-and Nanosystems
JF Rhoads, C Guo, GK Fedder - Resonant MEMS, 2015 - Wiley Online Library
Though an electrical or mechanical system is traditionally excited into resonance through
the application of a time-periodic force whose frequency is commensurate with its natural …
the application of a time-periodic force whose frequency is commensurate with its natural …
Parametrically Excited Micro-and Nanosystems
JF Rhoads, C Guo, GK Fedder - Resonant MEMS: Fundamentals …, 2015 - books.google.com
Though an electrical or mechanical system is traditionally excited into resonance through
the application of a time-periodic force whose frequency is commensurate with its natural …
the application of a time-periodic force whose frequency is commensurate with its natural …
Parametrically Excited Micro-and Nanosystems
JF Rhoads, C Guo, GK Fedder - Resonant MEMS: Fundamentals …, 2015 - books.google.com
Though an electrical or mechanical system is traditionally excited into resonance through
the application of a time-periodic force whose frequency is commensurate with its natural …
the application of a time-periodic force whose frequency is commensurate with its natural …