Trilochan Gadly

TL;DR: This contribution provides definitive evidence for the involvement of discrete multiple electronic states for the excitation dependent emission in carbon nanodots and the presence of different types of aggregates even at very dilute solutions used in ensemble fluorescence spectroscopy, where fluorescence intensity shows linear dependence with absorbance.

TL;DR: Results have been explained based on the molecular origin of PL in CDs invoking the similarity between CD and citrazinic acid, and concentration-dependent spectral splitting of the main excitation band in combination with the temperature-dependent PL results has been envisioned assuming self-assembly of CDs into various H-aggregates.

TL;DR: In this article, the solvent extraction and liquid membrane studies on Ln(III)/An(III) separation using ethyl-bis-triazinylpyridine (Et-BTP) as the extractant were conducted.

TL;DR: It was observed that the distribution coefficients deteriorate significantly for both Am(3+) and Eu(3+ though the separation factors were affected only marginally, and stability of the n-Pr-BTP and its SLM was studied.

TL;DR: The results indicate a spectacular enhancement in the selectivity as compared to that in molecular diluents with a separation factor (S.F.) of >3000 for Am(3+) over Eu( 3+) using the methyl derivative (Me-BTP) in RTIL medium using [C(n)mim]·[NTf2] as the diluent.