Search Results - (( Atmospheric position ) OR ((( Atmospheric decomposition ) OR ((((( Atmospheric ((precompetitive OR competitive) OR decopositive) ) OR ( Atmospheric (composition OR compositive) ))) OR ( Atmospheric compositive ))))))*

Analytical model of refraction in a moist polytropic atmosphere for space and ground-based GPS applications by Rosenfeld, Simon

Subjects: “…Atmospheric thermodynamics.…”

Remote sensing of the environment and radiation transfer : an introductory survey by SpringerLink (Online service)

Contents: “…-Monte-Carlo method for the solar irradiance calculation -- Calculating radiative characteristics in approximation of the single scattering -- Analysis of the reflection anisotropy. case study: the numerical simulation of waving water surface -- the direct calculation of the absorption coefficient of gaseous constituents of the atmosphere with the use of parameters of the fine structure of the absorption bands -- Calculating transmission functions with modeling absorption bands of atmospheric gases -- Construction and operation of the automated one-channel ir-radiometer -- Remote measurement of the surface temperature field with the automated one-channel ir-radiometer -- Quantification and analysis of the spectral composition of subsurface solar radiation diffuse reflectance in cases of deep and shallow water bodies -- Simulations and analyses of variations in colorimetric properties of natural waters with specific reference to waters with significant spatial heterogeneity of optical properties -- Retrieval of cpa concentrations from the spectral composition of subsurface water column diffuse reflectance: application to environmental remote sensing tasks.…”
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Remote sensing and image interpretation Seventh edition. by Lillesand, Thomas M.

Contents: “…Energy Interactions in the Atmosphere --…”

Integrated ground-based observing systems : applications for climate, meteorology, and civil protection by SpringerLink (Online service)

Contents: “…Preface; Contents; Contributors; List of Acronyms; Part I Basic Instrumentation and Integration Techniques; I.1 Principles of Radiometric Remote Sensing of the Troposphere; I.2 Meteorological Radar Systems; I.3 Principles of Aerosol LIDAR Systems; I.4 Introduction to SODAR and RASS-Wind Profiler Radar Systems; I.5 An Introduction to Rain Gauges and Disdrometers; I.6 An Introduction to Measurements of Atmospheric Composition; I.7 Concepts for Integration of Measurements and Methods; Part II Applications; II. 1 Observing Microphysical Properties of Cloud and Rain.…”
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Remote sensing tools for exploration : observing and interpreting the electromagnetic spectrum by Clark, Pamela Elizabeth

Contents: “…Principles of remote sensing -- 2.1 Beyond human sensors and controlled environments -- 2.2 The electromagnetic spectrum -- 2.3 The nature of electromagnetic radiation -- 2.4 Optics -- 2.5 Radiation measurement -- 2.6 Interactions as a function of state -- 2.7 Atmospheric effects -- 2.8 Surface interactions -- 2.9 Major spectral regions -- 2.10 Interpretation of remote sensing data -- 3. …”
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Proceedings of the 8th China High Resolution Earth Observation Conference (CHREOC 2022) : high resolution earth observation: wide horizon, high accuracy by China High Resolution Earth Observation Conference China, SpringerLink (Online service)

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Geostatistical and geospatial approaches for the characterization of natural resources in the environment : challenges, processes and strategies by International Association for Mathematical Geosciences. Conference, SpringerLink (Online service)

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