Search Results - "Box, Michael A."

Seasonal variability of aerosol optical properties in Darwin, Australia by Bouya, Zahra, Box, Gail P., Box, Michael A.

“…This paper investigates the annual cycle in aerosol optical thickness (AOT) and Angstrom exponent in Darwin, Australia, a coastal site in the Tropical Warm…”
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A linearized radiative transfer model for ozone profile retrieval using the analytical forward-adjoint perturbation theory approach by Landgraf, Jochen, Hasekamp, Otto P., Box, Michael A., Trautmann, Thomas

“…For the retrieval of ozone profiles from space‐borne radiance measurements, a new linearized radiative transfer model LIRA is presented. The model enables an…”
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Inversion of multiangle sky radiance measurements for the retrieval of atmospheric optical properties 1. Algorithm by Qin, Yi, Box, Michael A., Jupp, David L. B.

“…An inversion technique is developed that retrieves single scattering albedo and phase function from multiangle sky radiance measured at the ground. A linear…”
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Inversion of multiangle sky radiance measurements for the retrieval of atmospheric optical properties 2. Application by Qin, Yi, Jupp, David L. B., Box, Michael A.

“…In the first paper of this series, we described an inversion scheme that retrieves single scattering albedo and phase function from multiangle sky radiance…”
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An efficient method to increase vertical resolution of actinic flux calculations in clouds by Kay, Merlinde J., Box, Michael A., Trautmann, Thomas

“…The errors associated with using different vertical resolutions for broadband actinic flux calculations have been investigated for the case of a boundary layer…”
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Radiative perturbation theory: a review by Box, Michael A.

“…Radiative perturbation theory is a computational technique which can greatly ease the burden of repeated solution of the radiative transfer equation for model…”
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Vector Green's function algorithm for radiative transfer in plane-parallel atmosphere by Qin, Yi, Box, Michael A.

“…Green's function is a widely used approach for boundary value problems. In problems related to radiative transfer, Green's function has been found to be useful…”
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Extended discrete-ordinate method considering full polarization state by Box, Michael A., Qin, Yi

“…This paper presents an extension to the standard discrete-ordinate method (DOM) to consider generalized sources including: beam sources which can be placed at…”
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Extension of the discrete-ordinate algorithm and efficient radiative transfer calculation by Qin, Yi, L.B. Jupp, David, Box, Michael A.

“…As an accurate and efficient algorithm, the discrete-ordinate method (DOM) has been used to solve the radiative transfer problem of plane-parallel scattering…”
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Accelerated higher order radiative perturbation computation: an application of GDOM by Qin, Yi, Box, Michael A., Trautmann, Thomas

“…In a previous paper by the authors, the computational expressions for the higher order terms of the radiative perturbation series have been developed, and…”
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Computation of Green's function for radiative transfer by Qin, Yi, Box, Michael A., Douriaguine, Paul

“…In an accompanying paper, we develop the computational expressions for the higher order perturbation of the radiative transfer equation, and present some…”
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An efficient method to increase vertical resolution of actinic flux calculations in clouds by KAY, Merlinde J, BOX, Michael A, TRAUTMANN, Thomas

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Higher-order radiative perturbation theory by Qin, Yi, Box, Michael A., Trautmann, Thomas

“…As a computationally effective tool, the first-order term of the radiative perturbation theory has been computed successfully, and has been applied in a number…”
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Inversion of multiangle sky radiance measurements for the retrieval of atmospheric optical properties. 2. Application by YI QIN, JUPP, David L. B, BOX, Michael A

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Inversion of multiangle sky radiance measurements for the retrieval of atmospheric optical properties. 1. Algorithm by YI QIN, BOX, Michael A, JUPP, David L. B

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Retrieval of the phase function and scattering optical thickness of aerosols: a radiative perturbation theory application by Sendra, Claudia, Box, Michael A.

“…In a previous paper we showed that radiative perturbation theory offers a suitable platform to solve the problem of retrieving key phase function details from…”
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Radiative transfer through inhomogeneous turbid media: implementation of the adjoint perturbation approach at the first order by Polonsky, Igor N., Box, Michael A., Davis, Anthony B.

“…Recently, the advantages of application of the perturbation technique which is based on joint use of both the direct and adjoint solutions of the radiative…”
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Radiative perturbation theory for polarized radiances: 1. Theory by Tian, Yalong, Box, Michael A.

“…Radiative perturbation theory has proven to be a useful tool in radiative transfer calculations, especially in situations where repeated solution of the…”
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Higher order perturbation theory applied to radiative transfer in non-plane-parallel media by Box, Michael A., Polonsky, Igor N., Davis, Anthony B.

“…Radiative transfer in non-plane-parallel media is a very challenging problem, which is currently the subject of concerted efforts to develop computational…”
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Approximate determination of aerosol size distributions by Box, Michael A., Lo, Shui-Yin

“…An extremely simple, practical method is presented for determining aerosol size distributions approximately. Assuming a Haze H model for aerosol particles, a…”
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