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Chemical Sensing Product Applications
6 applications found
Vehicles, missiles & seekers, ignitors, initiators, pyrotechnics, squibs, vehicle sensors, thermal batteries, gyro & inertial systems, radios, avionics, embedded computer systems, stabilization & suspensions, hydraulic actuators, shipborne intelligence, surveillance & reconnaissance systems, advanced environmental chemical & biological sensing applications, unattended ground applications, threat warning systems, IED (improvised explosive device) ...
ByPrecision Hermetic Technology (PHT) based in Redlands, CALIFORNIA (USA)
Surface enhanced Raman scattering (SERS) is an enhancement technique in which nanoparticles are used to provide Raman intensity enhancement. In this application note the optimisation of gold nanoparticles are investigated for the development of a SERS ...
ByEdinburgh Instruments - TECHCOMP Group based in , UNITED KINGDOM
Whether you are working with protein arrays for sensing applications, chemical gradients for cell migration studies, want to understand chemical processes in femtoliter droplets, or are interested to develop the next generation of nano-fabrication processes – FluidFM will open new doors for your research. ...
ByCytosurge AG based in Glattbrugg, SWITZERLAND
PermAlert leak detection system can detect water ingress, fuel and chemical leaks before they lead to health ...
ByPermAlert, a division of Perma-Pipe, Inc. based in Niles, ILLINOIS (USA)
Advanced oxidation processes eliminate pathogens by interfering with the redox balance in favor of oxidation. Their environment is overwhelmed and starved of electrons to a state not compatible with normal cellular function. There is no possibility of any pathogen building resistance to Bio-hydrox. Not known microorganism is able to survive oxidative stress. Advanced oxidation acts on the surface of the cell wall and does not need to cross that barrier. It destroys the seal by stealing electrons followed by lysis ...
ByEnvirocleen LLC based in Libertyville, ILLINOIS (USA)
Many upconversion luminescent materials emissive properties change as a function of temperature, pressure, or the presence of a chemical species. Such properties have long been exploited in the development of luminescence-based sensors. In this ...
ByEdinburgh Instruments - TECHCOMP Group based in , UNITED KINGDOM