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Light, X-ray, and Neutron Scattering of Flow
Light, X-ray, and neutron scattering techniques have long been used to understand the physics of fluids at the nano- and microscales. From protein morphology to polymer orientation to interactions between suspended particles, scattering methods offer perspectives on fluid properties not attainable with other approaches. This special topic focuses on the coupling of scattering techniques with flow and how this pairing provides new insights into the physics of fluids. Contributions to this topic span a variety of scattering techniques and reveal how scattering can expand our knowledge of flow.
Guest Editor: Peter H. Gilbert
Particulate, Multiphase, and Granular Flows
Yu-Fan Lee; Kevin Whitcomb; Norman J. Wagner
LETTERS
Feng Wei (魏峰); Yu-Xin Zhao (赵玉新); Wei-Dong Liu (刘卫东); Qian-Cheng Wang (王前程); Rui Yang (杨瑞)
Viscous and Non-Newtonian Flows
Joshua P. King; Calum S. G. Butler; Stuart W. Prescott; Anna V. Sokolova; Liliana de Campo; Ashley P. Williams; Rico F. Tabor
LETTERS
Han June Park (박한준); Sangeun Bae (배상은); Hyungrok Do (도형록); Wontae Hwang (황원태)