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marked decrease » marked increase (Expand Search)
a decrease » _ decrease (Expand Search), _ decreased (Expand Search), _ decreases (Expand Search)
700 a » 00 a (Expand Search)
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A total of 700 DEGs.
Published 2025“…Compared with normal tissues, AAD tissues exhibited a significant decrease in CD8 T cells and an increase in NK cells and macrophages.…”
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Averaged absorption spectra as a function of cost compared to the far-red adapted cyanobacteria <i>Acarychloris marina</i> [62] for (A) 40% of available visible light below 700nm,...
Published 2025“…<p>A clear shifting of the main absorption peak as the intensity of visible light decreases is seen, corresponding to a shift from Chl <i>a</i> and <i>b</i> to Chl <i>d</i> in the antennae. …”
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Mechanism Studies on the Chemical Stability of FIrpic, a Typical Blue Phosphorescent Emitter for Electroluminescence, in the Redox States
Published 2024“…Charge analysis indicates a decreasing trend in electronic delocalization between the LP<sub>N</sub> electron donor natural bond orbital (NBO) and the d*<sub>N–Ir(pic.)…”
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Mechanism Studies on the Chemical Stability of FIrpic, a Typical Blue Phosphorescent Emitter for Electroluminescence, in the Redox States
Published 2024“…Charge analysis indicates a decreasing trend in electronic delocalization between the LP<sub>N</sub> electron donor natural bond orbital (NBO) and the d*<sub>N–Ir(pic.)…”
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Mechanism Studies on the Chemical Stability of FIrpic, a Typical Blue Phosphorescent Emitter for Electroluminescence, in the Redox States
Published 2024“…Charge analysis indicates a decreasing trend in electronic delocalization between the LP<sub>N</sub> electron donor natural bond orbital (NBO) and the d*<sub>N–Ir(pic.)…”
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Mechanism Studies on the Chemical Stability of FIrpic, a Typical Blue Phosphorescent Emitter for Electroluminescence, in the Redox States
Published 2024“…Charge analysis indicates a decreasing trend in electronic delocalization between the LP<sub>N</sub> electron donor natural bond orbital (NBO) and the d*<sub>N–Ir(pic.)…”
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Mechanism Studies on the Chemical Stability of FIrpic, a Typical Blue Phosphorescent Emitter for Electroluminescence, in the Redox States
Published 2024“…Charge analysis indicates a decreasing trend in electronic delocalization between the LP<sub>N</sub> electron donor natural bond orbital (NBO) and the d*<sub>N–Ir(pic.)…”
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Mechanism Studies on the Chemical Stability of FIrpic, a Typical Blue Phosphorescent Emitter for Electroluminescence, in the Redox States
Published 2024“…Charge analysis indicates a decreasing trend in electronic delocalization between the LP<sub>N</sub> electron donor natural bond orbital (NBO) and the d*<sub>N–Ir(pic.)…”
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Numerical simulation data.
Published 2024“…Initially, the decay follows a logarithmic pattern, whereas, at later stages, the attenuation exhibits a gradual and smooth decrease. …”