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Chapter 7: Atmospheric Transmission

Chapter 7: Atmospheric Transmission

Key concepts: Extinction, absorption, and scattering cross sections, coefficients, and mass scattering efficiencies for gases, particles, and bulk samples. Distinguish the direct beam from the diffuse beam for transmitted light. Beer’s ‘law’ ONLY describes the direct beam!!!!

By nansen
(323 views)

Laser-Based Aerosol Diagnostics

Laser-Based Aerosol Diagnostics

ENV 6130 Aerosol Mechanic. Laser-Based Aerosol Diagnostics. Jun Wang Mar 23 rd , 2010. Outline. Laser Background Theory and Instrumentation Summary References Is there any laser in your life?. Source: Xlaserbeam.com. Light. What is light

By tieve
(76 views)

Ch. 3.4 Scattering and absorption by particles Ch 3.5 Remote sensing by satellite

Ch. 3.4 Scattering and absorption by particles Ch 3.5 Remote sensing by satellite

Ch. 3.4 Scattering and absorption by particles Ch 3.5 Remote sensing by satellite . Text: Sections 4.4 and 4.5, p 122-134 Text: Section 4.5.5, 139-144 Liou : Atmospheric Radiation, ch.3.3, p87-94 Reading assignment: .

By odelia
(94 views)

Thermal gradient estimation using rainbow thermometry

Thermal gradient estimation using rainbow thermometry

MUSCLES meeting Karlsruhe, September 21 2004. Thermal gradient estimation using rainbow thermometry. ONERA Research team Nicolás GARCIA ROSA Yves BISCOS Gérard LAVERGNE. PRESENTATION OUTLINE. Experimental device Temperature measurements Objectives Theoretical aspects Solving methods

By avery
(119 views)

X-ray Absorption and Scattering by Interstellar Dust: the XMM view

X-ray Absorption and Scattering by Interstellar Dust: the XMM view

X-ray Absorption and Scattering by Interstellar Dust: the XMM view. Elisa Costantini. Max Planck Institute for extraterrestrial Physics (MPE). P. Predehl, J. Trümper, G. Hasinger, M.Freyberg, N. Schulz (MIT). XMM-EPIC consortium meeting Palermo 14-16 Sept 2003. scattering in 4 p

By dom
(78 views)

Optical Constants used in Radiative Transfer Models

Optical Constants used in Radiative Transfer Models

Optical Constants used in Radiative Transfer Models. A look at calculated Qabs and Qscat Jeremy Yates UCL. What do we use now. Use MIE Theory n(a) = a -p n+ik for the specific material Geometry (spherical) of grains Produce Qabs and Qscat Solve RT equation and Energy Balance

By druce
(136 views)

Overview

Overview

Scattering by aggregates and layers of closely packed particles Sanaz Vahidinia Jeffrey Cuzzi, Bruce Draine, Frank Bridges. Overview. Introduction Light scattering in nature Saturn’s F ring aggregates Scattering from diffuse particle layer Independent scattering

By faraji
(103 views)


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