Real-time techniques for aerodynamic size measurement
chapter published in 2011
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Summary
Real-time techniques for aerodynamic size measurement is a scholarly chapter[1].
Key Facts
- Real-time techniques for aerodynamic size measurement authored Paul A. Baron[2].
- Real-time techniques for aerodynamic size measurement's instance of is recorded as scholarly chapter[3].
- Real-time techniques for aerodynamic size measurement's page is recorded as 313-338[4].
- Real-time techniques for aerodynamic size measurement's DOI is recorded as 10.1002/9781118001684.CH14[5].
- Real-time techniques for aerodynamic size measurement's part of is recorded as Aerosol Measurement: Principles, Techniques, and Applications[6].
- Real-time techniques for aerodynamic size measurement's language of work or name is recorded as English[7].
- Real-time techniques for aerodynamic size measurement's publication date is recorded as +2011-07-07T00:00:00Z[8].
- Real-time techniques for aerodynamic size measurement's sponsor is recorded as NIOSH Division of Applied Research and Technology[9].
- Real-time techniques for aerodynamic size measurement's main subject is recorded as industrial manufacturing[10].
- Real-time techniques for aerodynamic size measurement's main subject is recorded as particulates[11].
- Real-time techniques for aerodynamic size measurement's main subject is recorded as aerosol[12].
- Real-time techniques for aerodynamic size measurement's main subject is recorded as air sampling[13].
- Real-time techniques for aerodynamic size measurement's main subject is recorded as respiratory irritant[14].
- Real-time techniques for aerodynamic size measurement's main subject is recorded as nanotechnology[15].
- Real-time techniques for aerodynamic size measurement's published in is recorded as Aerosol Measurement: Principles, Techniques, and Applications[16].
- Real-time techniques for aerodynamic size measurement's title is recorded as Real-time techniques for aerodynamic size measurement[17].
- Real-time techniques for aerodynamic size measurement's author name string is recorded as Malay K. Mazumder[18].
- Real-time techniques for aerodynamic size measurement's author name string is recorded as Yung-Sung Cheng[19].
- Real-time techniques for aerodynamic size measurement's author name string is recorded as Thomas M. Peters[20].
- Real-time techniques for aerodynamic size measurement's cites work is recorded as Calibration and use of the Aerodynamic Particle Sizer (APS 3300)[21].
- Real-time techniques for aerodynamic size measurement's cites work is recorded as Respirable droplets from whirlpools: measurements of size distribution and estimation of disease potential[22].
- Real-time techniques for aerodynamic size measurement's cites work is recorded as Size shifts in measurements of droplets with the aerodynamic particle sizer and the aerosizer[23].
- Real-time techniques for aerodynamic size measurement's cites work is recorded as Droplet distortion in accelerating flow[24].
- Real-time techniques for aerodynamic size measurement's cites work is recorded as Particle Morphology and Density Characterization by Combined Mobility and Aerodynamic Diameter Measurements. Part 1: Theory[25].
- Real-time techniques for aerodynamic size measurement's cites work is recorded as Design, construction and evaluation of a multi-stage "cassette" impactor[26].
Body
Geography
Real-time techniques for aerodynamic size measurement's part of is recorded as Aerosol Measurement: Principles, Techniques, and Applications[6].
Designation and Status
Real-time techniques for aerodynamic size measurement's instance of is recorded as scholarly chapter[3].