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Review of shortwave infrared imaging and spectroscopy in tissue [Invited]. [PDF]
Biomed Opt ExpressRoblyer D +6 more
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Measurement of atomic scattering factors by cryo-electron microscopy
Shtyrov A +11 more
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Accurate Inverse Design of Broadband Solar Metamaterial Absorbers via Joint Forward-Inverse Deep Learning. [PDF]
Nanomaterials (Basel)Wu Q, Deng Z, Zeng C, Cai H.
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Inverse Infrared Spectral Deconvolution for Quantitative Analysis of Polymer Mixtures in Scattering Media. [PDF]
Anal ChemAkbar PN, Blümel R.
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The inverse scattering problem
AIP Conference Proceedings, 1980Scattered field are described by entire functions of exponential type, characterised everywhere by their distributions of zeros. The paper shows how the inverse scattering problem in one and two dimensions is reduced to establishing procedures for zero location. Several cases are distinguished and suitable methods are put forward for each of them.
G. Ross +2 more
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2003
As shown in Sect. 1.2, for high sounding frequencies, vector equation (1.11) splits up into three scalar equations, and it is sufficient to consider the equation for one component of the field $$\Delta E + {k^2}\varepsilon \left( {r,k} \right)E = 0$$ (3.1) , where $$\varepsilon \left( {r,w} \right) = 1 - \frac{{4\pi {r_e}N\left( r \right)}
Viacheslav E. Kunitsyn +1 more
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As shown in Sect. 1.2, for high sounding frequencies, vector equation (1.11) splits up into three scalar equations, and it is sufficient to consider the equation for one component of the field $$\Delta E + {k^2}\varepsilon \left( {r,k} \right)E = 0$$ (3.1) , where $$\varepsilon \left( {r,w} \right) = 1 - \frac{{4\pi {r_e}N\left( r \right)}
Viacheslav E. Kunitsyn +1 more
openaire +1 more source