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Focus on Imaging Methods in Granular Physics
This Focus Issue reviews methods for acquiring microscopic particle properties and for connecting them to the macroscopic physics of granular media. A variety of methods are presented, utilizing electromagnetic waves ranging from x-rays to radio waves. These methods provide information in the form of images, scattering, tomographic reconstruction, and the tracking of phase shifts.
Guest Editors: Erik P. Gilson and Hong Qin
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
Simon Weis; Matthias Schröter
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
Karen E. Daniels; Jonathan E. Kollmer; James G. Puckett
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
Axelle Amon; Philip Born; Karen E. Daniels; Joshua A. Dijksman; Kai Huang; David Parker; Matthias Schröter; Ralf Stannarius; Andreas Wierschem
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
Joshua A. Dijksman; Nicolas Brodu; Robert P. Behringer
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
Ralf Stannarius
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
D. J. Parker
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
Felix Ott; Stephan Herminghaus; Kai Huang
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
Philip Born; Karsten Holldack
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
Axelle Amon; Alesya Mikhailovskaya; Jérôme Crassous
FOCUS ON IMAGING METHODS IN GRANULAR PHYSICS
J. R. Agudo; G. Luzi; J. Han; M. Hwang; J. Lee; A. Wierschem