Found Spams uniform spherical particles of aerosol optical parameter nonlinear inversion

The present invention discloses a homogeneous spherical particles SPAMS Found aerosol optical parameter nonlinear inversion method, comprising: using SPAMS detecting optical properties of different particle known parameters PSL pellets, then the pellets obtained PSL found by taking the mean scattering intensity; the same time, the single particles are uniformly spherical model according to Mie scattering theory binding ellipsoidal mirror SPAMS derived geometric parameters of the optical scattering theory pellets PSL response; scattering theory scattering intensity of the optical response and the actually measured linear fitting , measured scattering data to obtain a linear relationship with the theory of the scattering data; linear relationship is applied to the resulting aerosol particles by SPAMS measured scattering data to obtain the scattering intensity corresponding to the Mie theory; Mie theory of scattering intensity is nonlinear inversion fitting, The optical properties obtained parameters. The present invention is highly efficient, accurate and suitable for spams, it can be widely used in the field of science atmosphere.