Correlation of near‐field optical microscopy and tip‐assisted photoluminescence
Abstract Nanoscale optical imaging has unlocked unprecedented opportunities for exploring the structural, electronic, and optical properties of low‐dimensional materials with spatial resolutions far beyond the diffraction limit. Techniques such as tip‐enhanced, and tip‐assisted photoluminescence (TEPL and TAPL), as well as scattering‐type scanning near‐
W. Pfeiffer +4 more
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Comparison of Electron Compton Scattering with Positron Compton Scattering in Polyethylene. [PDF]
Dapor M.
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Comparison of time-of-flight and MIEZE neutron spectroscopy of H<sub>2</sub>O. [PDF]
Beddrich L +9 more
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Low-Energy Photoelectron Spectroscopy and Scattering from Aqueous Solutions and the Role of Solute Surface Activity. [PDF]
Thürmer S +5 more
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Spectrally Resolved Dynamics of Delayed Luminescence in Dense Scattering Media. [PDF]
Zoghi M, Jimenez-Villar E, Dogariu A.
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Exploring Cyclodextrin-Based Nanosponges as Drug Delivery Systems: Evaluation of Spectroscopic Methods for Examining Structure and Dynamics of Nanosponges. [PDF]
Pyrak B, Rogacka-Pyrak K, Gubica T.
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Heat generation in spatially confined solids through electronic light scattering. [PDF]
Kharintsev SS, Battalova EI.
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Nuclear dependence of structure functions in the shadowing region of deep inelastic scattering
Edmond L. Berger, Jian-Wei Qiu
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