Patrick Getz
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View article: Bio-inspired fluidic thermal angular accelerometer with inherent linear acceleration rejection
Bio-inspired fluidic thermal angular accelerometer with inherent linear acceleration rejection Open
This paper reports on the design, simulation, fabrication and characterization of a bio-inspired angular accelerometer. The sensor mimics the semicircular canals in mammalian vestibular systems. The device pairs a fluid-filled microtorus w…
View article: MULTISCALE LIQUID METAL THIN-FILM PATTERNING BASED ON SOFT LITHOGRAPHY FOR SKIN-MOUNTABLE, SOFT AND 3D-INTEGRATED BIOLOGICAL MICROSYSTEMS
MULTISCALE LIQUID METAL THIN-FILM PATTERNING BASED ON SOFT LITHOGRAPHY FOR SKIN-MOUNTABLE, SOFT AND 3D-INTEGRATED BIOLOGICAL MICROSYSTEMS Open
This paper presents multiscale liquid metal (eutectic gallium-indium alloy, EGaIn) thin-film patterning by utilizing an additive stamping approach for large-scale (mm-cm) soft electronics and a subtractive reverse stamping approach for mic…
View article: ENHANCING SELECTIVITY OF CANTILEVER-BASED RESONANT CHEMICAL SENSORS THROUGH TRANSIENT MEASUREMENTS AT ELEVATED TEMPERATURES
ENHANCING SELECTIVITY OF CANTILEVER-BASED RESONANT CHEMICAL SENSORS THROUGH TRANSIENT MEASUREMENTS AT ELEVATED TEMPERATURES Open
This paper introduces a method to increase the selectivity of mass-sensitive chemical sensors towards volatile organic compounds (VOCs) by analyzing transient data as a function of device temperature.Heating pulses applied to a resonant, m…
View article: MICROFABRICATED THERMAL PRE-CONCENTRATOR WITH INTEGRATED CANTILEVER-BASED RESONANT SENSORS
MICROFABRICATED THERMAL PRE-CONCENTRATOR WITH INTEGRATED CANTILEVER-BASED RESONANT SENSORS Open
This paper introduces the design, fabrication and initial testing of a smart MEMS-based micro thermal pre-concentration (μTPC) system with integrated mass-sensitive chemical sensors for volatile organic compound (VOC) sensing.The presented…
View article: Transient Analysis of Analyte Desorption Due to Thermal Cycling with Varying Pulse Duration
Transient Analysis of Analyte Desorption Due to Thermal Cycling with Varying Pulse Duration Open
This paper introduces heating pulse duration modulation on a chemically sensitive, polymer-coated resonant cantilever platform for analyte discrimination during the desorption phase. As in our previous work, the embedded heaters enable rea…