International Institute / Prof. L.-J. Li Institute of Atomic / Campus Drive / Engineering Northwestern University / University Science Books / /
IndustryTerm
suitable imaging technique / chemical vapor deposition / facile and high throughput imaging technique / rst-line characterization tool / layered transition metal chalcogenide materials / imaging / secondary electron imaging mode / energy / metal / long range energy transfer mechanism / plastics / niche imaging need / potential applications / metal foil catalyst / mechanisms involving energy transfer / long range energy transfer / transparent electronics / versatile tool / resonance energy transfer / image processing / high contrast imaging / diverse applications / energy transfer / chemicals / e-h / /
Organization
National Science Council Taiwan / National Science Foundation / L.-J. Li Institute of Atomic and Molecular Sciences Academia Sinica / Northwestern University / U.S. Securities and Exchange Commission / Defence Science and Technology Agency of Singapore / International Institute for Nanotechnology / J. Huang Department of Materials Science / Alfred P. Sloan Research Foundation / /
Person
P. Samori / V / S. D. Bergin / N. R. Rao / V / J. C. Meyer / V / P. D. Nellist / V / Jiaxing Huang / Nat / Jaemyung Kim / N. J. Turro / V / D. J. Late / Lain-Jong Li / Jing-Kai Huang / P. Pingue / V / Alvin T. L. Tan / T. J. Booth / V / U. Khan / M. J. Allen / V / /
Fluorescence Quenching: Seeing TwoDimensional Sheets on Arbitrary Substrates by Fluorescence Quenching Microscopy (Small)