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Beadwork / Bead / Phase transition / Gas / Ice / Crystal / Physics / Optical materials / Granular material


PHYSICAL REVIEW E VOLUME 59, NUMBER 5 MAY 1999
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Document Date: 2009-09-02 12:52:07


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City

Haverford / Reading / /

Company

Refs / Dalsa Inc. / Vibration Test Systems Inc. / Kodak Inc. / /

Currency

USD / /

Event

Business Partnership / /

Facility

Haverford College / University of Pennsylvania / /

IndustryTerm

horizontal kinetic energy / stainless steel beads / dilute gas / stainless steel / excited granular gas / average energy / uniform spherical steel beads / kinetic energy / granular gas / energy gap / steel spheres / maximum energy / crystal-gas coexistence / e-print / controlled energy / mean particle energy / gas phase / energy / /

Organization

Haverford College / National Institute of Health / W. Losert / 1 D. G. W. Cooper / 1 and J. P. Gollub1 / 2 Department of Physics / American Physical Society / National Science Foundation / Physics Department / University of Pennsylvania / Philadelphia / /

Person

A. Puglisi / V / /

ProvinceOrState

Pennsylvania / Massachusetts / /

Technology

simulation / /

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