Requirements and preliminary specifications to design a micro-satellite flower constellation, named FLORAD, of millimeter-wave (MMW) radiometers for atmospheric observations are here introduced. The FLORAD small-mission scientific objectives are aimed at the retrieval of thermodynamical and hydrological properties of the atmosphere. Radiometer specifications and inversion algorithms are briefly discussed, pointing out the trade-off between performances and complexity for low-cost low-weight micro-satellite platforms. In order to fulfill the goal of a short revisit time for meteorological monitoring and nowcasting purposes, a flower constellation (FC) of micro-satellites is proposed due to its design flexibility. ©2008 IEEE.
FLORAD: Micro-satellite flower constellation of millimeter-wave radiometers for atmospheric remote sensing
Cimini D;Montopoli M;
2008
Abstract
Requirements and preliminary specifications to design a micro-satellite flower constellation, named FLORAD, of millimeter-wave (MMW) radiometers for atmospheric observations are here introduced. The FLORAD small-mission scientific objectives are aimed at the retrieval of thermodynamical and hydrological properties of the atmosphere. Radiometer specifications and inversion algorithms are briefly discussed, pointing out the trade-off between performances and complexity for low-cost low-weight micro-satellite platforms. In order to fulfill the goal of a short revisit time for meteorological monitoring and nowcasting purposes, a flower constellation (FC) of micro-satellites is proposed due to its design flexibility. ©2008 IEEE.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
