Abstract Lead ion (Pb 2+) is one of the most toxic and widely polluted heavy metal ions.
Given the potential health risks and economic losses associated with Pb 2+, the rapid …

Hypothesis Modification of cellulose derivatives with citric acid leads to gain in sorption
capacity towards metal ions, which has been many times applied for heavy metal …

The utilization of the abundant yet environmentally polluting green algae as renewable
source for new materials is highly desirable. This study presents the utilization of raw …

In this study, different concentrations of graphene oxides prepared according to Brodie's and
Hummers' method (GOB and GOH, respectively) were integrated with mixture of citric acid …

In this work we report hydrothermal synthesis of citric acid-assisted [Ce 2 (MoO 4) 3]: Tb 3+
nanophosphors. The phase, morphology and optical properties were systematically …

BACKGROUND AND OBJECTIVES: Falcataria moluccana is a potential forest tree species
with high economic value in Indonesia, and it is widely planted in various forests and …

Carbon rod electrodes (CREs) were obtained from recycled zinc–carbon batteries and were
used without further modification for the measurement of trace concentrations of lead (Pb) …

Depuis les années 2000, le nombre de références bibliographiques sur les capteurs dans
les eaux douces et les eaux résiduaires est en constante augmentation. Un travail de …

We prepared a flexible and processable cellulose/polyphenylacetylene/polyaniline
(Cell/PPA/PANI) triple-layer composite using a convenient one-pot method in water. The …

Cellulose is a unique biopolymer having distinctive structure and exceptional qualities
beneficial for numerous industrial, environmental, medicinal, and pharmaceutical …