Excitationlifetime

由NVarkentina著作·2023·被引用1次—Itisfoundtobetypically2ns,inagreementwiththeexpectedlimitoftheEELSdetectortemporalresolution.Themeasuredlifetimesof- ...,2020年8月14日—Theexcitedstatepopulationisinitiallydirectlyproportionaltotheexcitation...Ifapopulationoffluorophoresareexcited,thelifetimeis ...,由SGhosh著作·2022·被引用1次—Thisallowsonetomodulatethenumberofphoto-generatedexcesschargesinsideth...

Excitation's lifetime extracted from electron

由 N Varkentina 著作 · 2023 · 被引用 1 次 — It is found to be typically 2 ns, in agreement with the expected limit of the EELS detector temporal resolution. The measured lifetimes of - ...

10.3.4

2020年8月14日 — The excited state population is initially directly proportional to the excitation ... If a population of fluorophores are excited, the lifetime is ...

Excited state lifetime modulation in semiconductor ...

由 S Ghosh 著作 · 2022 · 被引用 1 次 — This allows one to modulate the number of photo-generated excess charges inside the particle and, hence, its excited-state lifetime. This lifetime modulation as ...

Parallel excitation

由 M Zhao 著作 · 2014 · 被引用 22 次 — The Fourier lifetime confocal imaging method provides a low cost solution to implement excitation-emission multiplexed FLIM as an add-on to confocal microscopes ...

Extending the Spin Excitation Lifetime of a Magnetic Molecule ...

由 K Vaxevani 著作 · 2022 · 被引用 3 次 — The spin lifetime decreases with increasing film thickness, along with the decrease of the effective superconducting gap. Our results elucidate ...

Fluorescence Lifetime

Fluorescence lifetime is an important photophysical parameter that provides insight into the energy relaxation and dynamics of the species under study, ...

Fluorescence Lifetime

The fluorescence lifetime (τ) determines how long a fluorophore remains in an excited state upon excitation which depends on the microenvironment around a ...

Fluorescence Lifetime Measurement

The lifetime of a population of fluorophores is the time measured for the number of excited molecules to decay exponentially to N/e (36.8%) of the original ...