Please use this identifier to cite or link to this item: http://hdl.handle.net/123456789/32
Title: Proposed Studies on Dissipation Phenomena in Palladium Nano-mechanical Resonators
Authors: Pandey, Chandan Kumar
Keywords: Resonance
Electromechanical systems
Issue Date: 20-Jul-2012
Publisher: IISER Mohali
Abstract: The work in this thesis reports resonance in electromechanical systems. Quartz oscillator showed resonance at 32762 Hz with a loaded quality factor of the order of 104 . Lock-in amplifier was used to increase signal to noise ratio. Another system studied was quartz resonator which showed a resonance peak at 20 MHz and loaded quality factor of the or- der 104 . The final system to be studied was nanomechanical resonator, which was given fabricated. For placing the sample in vacuum, a vacuum can of brass metal was fabricated. For transmission line and sample holder, microstrip waveguide was fabricated from FR4 dielectric material and copper was used for conducting strip and ground.
Appears in Collections:MS-07

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