Research Instrument (Aerosols) Equipment Available In Louisiana
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Manufactured by Kanomax USA, Inc.based in USA
Particle size distribution measurement is normally used in order to measure nanosized particle distribution. While Differential Mobility Analyzers (DMA) classify particle by particle size utilizing electrostatic force, an APM classifies particles by mass based on entirely new classification ...
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Manufactured by Kanomax USA, Inc.based in USA
PAMS is an electrical mobility size spectrometer designed for portable, mobile, or handheld aerosol sampling applications. It provides the number-weighted diameter distribution of aerosols over the entire sub-micrometer range (10 to 863 nano meter) in one ...
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Manufactured by Acoem Australasiabased in AUSTRALIA
The Aurora 2000 PM Correlating Nephelometer is part of the ‘new generation’ nephelometers using a single wavelength and an BETA monitor to measure aerosol light scattering and derive particulate concentrations. The Aurora 2000 enables the calculation of a correlation factor based on a PM2.5 reference method which is then used to derive EVERY MINUTE a PM2.5 concentrations along with ...
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Manufactured by TSI Incorporatedbased in USA
Mobile instruments like this Condensation Particle Counter (CPC) are designed to measure particle concentrations in the field. This Handheld CPC can be used to assess concentrations or emissions in larger buildings or areas, such as schools, workplaces, hospitals and other sensitive environments. With performance comparable to ...
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Manufactured by OTT HydroMet Solar Energybased in USA
The CHM15k ceilometer measures aerosol backscatter profiles and cloud bases up to 15 km height. The unit has a solid state laser integrated and operates at 1064 nm, a wavelength where water absorption is not an issue. The detection unit is measuring in photoncounting mode. The CHM15k belongs to an instrument class, which are also called ...
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Manufactured by Bristol Industrial & Research Associates Ltd (BIRAL)based in UNITED KINGDOM
The AOT-100 allows users to hold airborne particles for extended periods with ease. Holding particles in an optical trap enables many different parameters to be studied continuously over times varying from milliseconds to ...
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