Researchers developed a self-powered thermoelectric sensor using porous LIG, achieving precise strain-temperature decoupling ...
Research on dichroic mirror pulses advances quantum sensor technology, enhancing measurement precision for earth observation ...
KAIST's ultralow-power CO2 sensor enhances breathing monitoring, combining flexibility and accuracy for effective use in ...
This study presents an innovative CDs@ZnO gas sensor, achieving high sensitivity and fast response for ethylene glycol ...
This study presents a highly sensitive optical fiber sensor for arsenic detection in water, achieving a remarkable 0.09 ppb ...
This innovative technique from Umeå University detects bacterial spores at low concentrations, crucial for preventing ...
A new method using magnetic field measurements identifies individual lithium-ion batteries, enhancing safety and efficiency ...
TU Delft researchers developed innovative hydrogen sensors for safe energy use in aviation, enhancing carbon neutrality with ...
TPMS are crucial for modern vehicles, improving safety and efficiency by monitoring tire conditions and preventing accidents ...
Spectrometers are used worldwide under diverse climatic conditions. Their dependable performance relies on the integrated ...
OHSU's PAC-MANN test offers a breakthrough in pancreatic cancer detection, using a small blood sample to monitor protease activity with high accuracy.
A $1 million DTRA grant enables researchers to create efficient detection methods for sulfur mustard, crucial for minimizing exposure in hazardous environments.
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