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A room-temperature, open-air method is devised to selectively intercalate relatively low-molecular-weight polymers (approximately 10-100 kDa) from dilute, volatile solutions into open-end, as-grown, wettable carbon nanotubes with 50-100 nm diameters. The method relies on a novel self-sustained diffusion mechanism driving polymers from dilute volatile(More)
Laser-driven particle acceleration is revealing itself as a very promising future alternative to RF particle acceleration. The concept of this acceleration technology is to employ a photonic structure that controls an electromagnetic wave in such a way as to produce a continuous acceleration force along the electron beam trajectory. The electrons travel in(More)
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