We introduce a compact MEMS-based microcalorimeter (μC) for rapid ultrasmall-volume
sample analysis. The chip features a time constant of 4 ms, with the possibility of achieving …

This paper introduces an array of single crystal silicon microhotplates for differential
scanning calorimetry. Heat transfer analysis considers the tradeoffs between heating and …

We report on the experimental demonstration of rapid thermogravimetric analysis (TGA) with
minimized thermal lag using MEMS resonant cantilevers. Thanks to the miniature device …

AbstractNanocalorimetry involves using a highly sensitive and responsive sensor to quickly
measure thermophysical properties of a trace sample such as the phase transition point …

Micro-calorimetry targeting sub-nanowatt resolution is fundamental for high-resolution
thermal applications in the biological and chemical domains. Also, CMOS compatibility is …

The suspension bridge structure for bio-thermal detection based on single thermocouple
structure is proposed for the design of silicon-based micro-calorimeter. Due to the use of …

Miniaturized calorimeter can monitor biochemical procedures by just detecting heat change
during the reaction with minimum reagent consumption and short inspection time. This …

A dual-channel flow-through microcalorimeter device is presented along with a non-contact
precision method of temperature calibration. A microfluidic channel with a volume of 550 pL …

We report a new design and operation of a microelectromechanical systems (MEMS)
differential scanning calorimeter (DSC) for heat-capacity measurements. The sensor …

The introduction of the MEMS technology into thermal sensing enables thermal analysis of
minute samples. In our previous study on the cantilever type nanocalorimeter, fast DTA and …