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Decoupled cantilever arms for highly versatile and sensitive temperature and heat flux measurements

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Academic year: 2021

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FIG. 1. Euler-Bernoulli beam theory is used to model the bi-arm cantilever as a one dimensional  structure and to predict its thermomechanical behavior
FIG. 2. The bi-arm cantilever design prevents parasitic and non-thermal bending effects by  separating the detector- and sample section of the cantilever into two separate arms, while  enhancing measurement versatility and sensitivity at the same time
FIG. 3. Bi-arm cantilever experiments are carried out in a vacuum chamber on a self-contained  platform mounted on an optical breadboard consisting of two focused laser diode modules, two  PSDs, a cantilever base heater strip and thermocouple for temperatu
FIG. 4. Determining the absorbed power by the cantilever is crucial for accurate power  calibration, necessary for absolute heat flux and temperature measurements
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