Direct measurement of spatial modes of a micro-cantilever from thermal noise

Après quelques mois à Vienne, autre capitale médicale de l’époque, il sera nommé à Montréal devenant à 25 ans professeur de physiologie, histologie, pathologie à l’Institut

We have developed an experimental method for the measurements of thermal conductivity and specific heat of a single suspended glass fiber, thermal contact resistance between two

When heating the cantilever with the laser beams, we create a temperature profile T (x) along the cantilever length, which is non-linear: not only there are two heat- ing points,

We present here the first extraction of the individual loss angles of the materials currently used in the mirror coatings of interferometric GW detectors, namely Silica, Tantala,

In this part, we have seen the effects of the tempera- ture change on unimorph piezoelectric cantilevers. These effects are significant and it is necessary to reject them when

As the micro-fan that will be used in the final device was not yet available the measurement characterising the cooling capabilities of the microchannel was

Further, it is shown that as the current intensity of EMAs increases, the resonance curve shifts toward smaller values of frequency and the nonlinear characteristic of the

angle, warping displacements and stresses for cantilever girders with inner flexible