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The device deformation changes (∼3 μm) induced by power dissipation of 9.5 mW (temperature increase of 395 K) are found to be negligible with respect to the dimensions of the polyimide fixed island structure (160 μm × 120 μm).The optical characterization methods are proved to be a useful tool in design of new thermally based MEMS devices.
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This study investigated the relationships between the interface pressure produced by intermittent pneumatic compression (IPC) devices, the deformation of extremity tissues produced by this pressure, and changes in venous blood flow associated with this deformation by use of magnetic resonance imaging (MRI) and duplex ultrasound (DUS) imaging in addition to the pressure measurement.
These results suggest that HPG can be used as an alternative method for sterilizing various polymeric scaffolds and medical devices without structural deformation.
We describe the elastic deformation of device due to thermal pulsed loading.
To minimize device compliance, the specimen deformation was measured directly on the loading plate with three sensors.
In this paper, a novel optical device for measuring the deformation of liquid free surfaces is presented.
Terrestrial laser scanning (TLS) is capable to be a reliable deformation monitoring device with high-precision for concrete composite structures.
Under an applied deformation, the device (being bended) can transfer the mechanical energy to piezoelectric voltage that carries the information of glucose concentration.
Based on the piezo-enzymatic-reaction coupling effect of GOx@ZnO nanowire, the device under an applied deformation can actively output piezoelectric signal containing the glucose-detecting information.
The simplicity of the suggested technique enables the fabrication of a quite cheap device for measuring surface deformation of nontransparent liquids, which provides good accuracy and reproducibility.
In this paper, we present the numerical model of an experimental device for measuring the deformation of a bearing ring under radial force.
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