Albersheim / Edmonton / Minneapolis / Photon / New York / Oxford / Weinheim / Berlin / Wetzlar / Atlanta / /
Company
Hubbell / Leica Microsystems / IOP Publishing Ltd / National Renewable Energy Laboratory / UT-Battelle LLC / Oak Ridge National Laboratory / Kapak Corporation / /
Country
Germany / France / Japan / United States / Canada / United Kingdom / /
Currency
pence / USD / / /
Facility
University of Tennessee / Oak Ridge National Laboratory / National Renewable Energy Laboratory / Plant Physiol / Georgia Institute of Technology / Plant Cell Walls / University of Alberta / /
IndustryTerm
atomic energy levels / metrology tool / noninvasive imaging technique / in situ imaging / biomass systems / chemical contamination / biomass processing / important structural and chemical information / chemical analysis techniques / natural systems / imaging / subsurface imaging method / topographic imaging / successive chemical treatments / simultaneous chemical / ultrasonic-based nanomechanical imaging / cell wall network / et al chemical treatment / chemical processes / chemical changes / e.g. chemical / chemical treatment / literature protocols / lignin network / chemical / chemical treatments / metal stage / chemical modifications / steel blade / prepared using chemical treatments / /
Organization
USA Department of Physics / US Department of Energy / Bioenergy Research Center / office of Biological and Environmental Research / University of Alberta / Georgia Institute of Technology / Bioenergy Sciences Center / University of Tennessee / Knoxville / DOE office of Science / Department of Chemical and Materials Engineering / /
Nanometrology of delignified Populus using mode synthesizing atomic force microscopy