Introducing depolarisation into an inexpensive simple cloud sensor for standoff aerosol detection

Comprehensive T-matrix reference database: A 2012–2013 update

“…[14,69,137,173,174,217]. [4,5,8,9,34,35,38,41,47,[55][56][57]62,63,67,69,80,88,132,133,136,171,173,174,188,200,201,209,218,238]. 3.2.…”

“…T-matrix calculations for Chebyshev and generalizedChebyshev particles[105,121,128,129,203,204,230,252].2.13. T-matrix calculations for finite circular cylinders[21,36,51,57,61,67,78,80,103,128,129,145,147,149,158,180,211,219,222,226,227,235,237,240,241,252]. ,[13][14][15]25,[28][29][30][31]37,40,41,44,45,[48][49][50]54,72,74,82, 92,93,102,110,112,119,120,122,123,...…”

Comprehensive T-matrix reference database: A 2007–2009 update

“…[14,69,137,173,174,217]. [4,5,8,9,34,35,38,41,47,[55][56][57]62,63,67,69,80,88,132,133,136,171,173,174,188,200,201,209,218,238]. 3.2.…”

Sensor systems for the Altair Lunar Lander:

“…[14][15][16] The physiological implications for adverse effects, based on such easy access to the walls of astronaut alveoli, not to mention other threats to health and operations, deserves considerable attention. In any case, in order to detect and characterize aerosols, there are certainly charging/electrostatic techniques 12 as well as optical scattering techniques [17][18][19][20] , including analysis of polarization 10 , that seem appropriate and can monitor aerosols particles down to 0.1-µm diameter. Additionally, aerosol particles have been studied via single-particle mass spectroscopy [21][22][23] .…”