Hewlett-Packard was able to retain its ranking as the microelectromechanical (MEMS) sensors’ top producer in 2009 under the fabless firms and semiconductor Integrated Device Manufacturers (IDM) category, with Texas Instruments in second position and maintaining its second rank in 2008, according to the iSuppli Corp.
An amount of $300,000 has been received by Pronghorn Technologies as Phase II Enhancement funding relating to its total residual oxidant (TRO) sensor’s further development, with each of the NAVSEA and the U.S. Department of Defense providing $150,000.
The low power DM-100 SmartWireless brand of Detcom gas detection sensors are able to detect and monitor continuously monitor a broad range of toxic gases.
An electrical fire was averted at the Austin-based historic Texas Capitol on April 30, 2020, due to the timely action of the security professionals of the building, by immediately reacting to a signal that was triggered by a smoke detector installed in the reference library.
Movement of injected carbon dioxide plume in an underground Cranfield Oilfield is being tracked by installing Electric Resistance Tomography (ERT). This oil field is located near Natchez, Miss.
Knowledgeable consultants who are familiar with the local markets have conducted primary and secondary research on the Chinese Auto Sensor Industry.
Yaacov Shoham, CEO of Jerusalem, Israel based IDenta has released recently additional information related to IDenta’s activities in the U.S.
The Harvard researcher team has collaborated with scientists from the University of Houston, the Rice University, and the Austin-based University of Texas to develop new gadgets that offer unparalleled exotic and amazing features by chemically constructing nanospheres clusters from a liquid.
Imec and Holst Centre have developed very sensitive integrated sensing elements for gas detection. The polymer-coated microbridges in high-density arrays can detect ppm-level concentrations of vapors using on-chip integrated read-out techniques.
Professor Michael Strano and Paul Barone, a postdoctoral researcher in the Department of Chemical Engineering at the MIT are developing a novel blood glucose monitor capable of providing more accurate readings and eliminating the requirement for finger prints
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