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Progress Report

Progress Report. July 2, 2010. Yu ZHANG Directed by Prof. Wen J. LI. Liquid Proof-mass Accelerometer. Equilibrium Analysis. Suppose at equilibrium state:. From the classical ideal gas law:. Comparisons with Spring-Mass System. 2 nd order conditionally. 4 th order. 2 nd order.

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Progress Report

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  1. Progress Report July 2, 2010 Yu ZHANG Directed by Prof. Wen J. LI

  2. Liquid Proof-mass Accelerometer

  3. Equilibrium Analysis Suppose at equilibrium state: From the classical ideal gas law:

  4. Comparisons with Spring-Mass System 2nd order conditionally 4th order 2nd order

  5. Feasibility • Presumption: • Overall size: 10mm by 10mm by 2mm • Damping medium: air • Moving liquid: DI water • Future work to prove feasibility: • Calculate the maximum liquid displacement may achieve • Estimate the maximum flow rate, and compare to previous values in the CNT flow sensor project

  6. Proposed Layouts

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