Fluorescent carbon dots (CDs) have acquired growing interest from different areas over
decades. Their fascinating property of tunable fluorescence by changing the excitation …

Due to poor rate proficiency and electrochemical capacity of transition metal oxides,
production electrode materials as operative way to develop the electrochemical …

This work present a highly sensitive fluorescence method for auramine O (AO) detection in
food and drug samples based on carbon nanodots (CDs). The AO can effectively diminish …

The development of electrode materials for energy storage is an important request for
providing novel active materials. Co-precipitation synthesized nanostructured magnesium …

Carbon based materials due to high conductivity can provide the best conditions for energy
storage through electrochemical process. Especially, nanosized carbon materials with active …

This study aimed to improve the fluorescence performance of lac dye by preparing carbon
quantum dots in an attempt to diversify the applicability of lac dye in fluorescence detection …

A fluorescent probe based on N, P-doped carbon quantum dots was established to detect
chlorpyrifos. N, P-doped carbon quantum dots were prepared by one-step hydrothermal …

Steady state and time resolved spectroscopic investigations on a pristine short-chain dyad
(E)-(((9H-fluorene-2-yl) imino) methyl)-N, Ndimethylaniline (NNDMBF) and its …

Spectroscopic studies by using steady state as well as time resolved techniques were
conducted to examine how photophysical properties of the nanocomposite forms of a …

In this chapter, the measurements of fluorescence lifetimes of short-chain dyads ((E)-4-(((9H-
fluorene-2-yl) Dimino)-methyl), N, N dimethyl-aniline (NND MBF)-graphene quantum dot …