Analyzing Carbon Nanotubes in Strong Spatial Confinements :

To analyze particles in motion, experimentalists have been following a 100-year-old theory that asserts that the microscopic movement of a particle is identified by random collisions with molecules of the adjoining medium, irrespective of the macroscopic forces that influence that motion.

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David Blankschtein , Walter Nernst , Yuhao Li , Alex Noy , Sidi Zhao , Zhongwu Li , Albert Einstein , Yuliang Zhang , Skyla Baily , Lawrence Livermore National Laboratory , Energy Frontier Research Center , Department Of Energy , Massachusetts Institute Of Technology , Scientists At Lawrence Livermore National Laboratory , Energy Sciences , Office Of Science , Study Co , Carbon Nanotubes , Strong Spatial Confinements , Ella Maru , Massachusetts Institute , Industry Focus , Study Co Lead Author , Lawrence Livermore National , Yun Chiao Yao , Enhanced Nanofluidic Transport , Basic Energy ,