Steady-state photoluminescence alone can mask critical differences in optoelectronic materials, prompting researchers to combine time-resolved, spatially resolved, and spectrally resolved methods into unified characterization platforms.
Correlative Photoluminescence Techniques Reveal Hidden Material Dynamics
Steady-state photoluminescence alone can mask critical differences in optoelectronic materials, prompting researchers to combine time-resolved, spatially resolved, and spectrally resolved methods into unified characterization platforms.
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