Aerosol
a colloid dispersed in gas.
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Product
Fast Mobility Particle Sizer (FMPS)
3091
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Monitor the size distribution of quickly-changing aerosols. Whether outdoors or indoors, some aerosol populations change too rapidly for standard aerosol size measurement techniques. The Fast Mobility Particle Sizer (FMPS) 3091 measures particles in the range from 5.6 to 560 nm with 1 Hz time resolution. This combination of two-decade size distribution and 1 Hz time resolution makes the FMPS a very valuable tool for monitoring particle exposures in rapidly changing environments. Suitable for measuring near street canyons, airports, or mines, as well as emissions from processes such as incineration, cigarettes, or printers.
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Product
Ambient PM TOF-MS FastTrack System
LAMPAS-3.0
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LAMPAS adopts the single-particle aerosol time-of-flight mass spectrometry that can measure single particles' chemical composition and size in real-time and respond rapidly to a sudden source of pollution. Due to its versatility, LAMPAS is generally used to determine pollution sources in the urban, remote, and marine environment or verify the PMF module's accuracy to provide data reports to the environmental agency.
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Product
Particle Analyzers in Liquids and Gases
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Particle analyzers determine the size and distribution of particles in a material.Particle size analyzers work in many areas of research and development, product testing, manufacturing and quality control. Particle size analysis is important in characterizing a wide range of product performance factors.There are several many analytical techniques and approaches for particle size analysis.It depends on the range, the nature of the sample, the method of analysis and the sampling output.Particle size analysis is a very important test and is used for quality control in many different industries like Food and beverages,Pharmaceuticals,Aerosols and more.The tests should be adjusted according to the different materials.
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Product
Sunphotometers
SP02 & SP02-L
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The Middleton Solar SP02 Sunphotometer is a simple low-cost instrument for the determination of the spectral optical depth of the atmosphere. It can be configured for total & aerosol optical depth measurement, column ozone measurement, and assessment of water vapour amounts. It consists of four precision spectro-pyrheliometers axially aligned in a sealed enclosure.
