In this study, a Methyl Green (MG) dye pollutant was separated by Mobil Composition Matter
No. 41 (MCM-41) in a fixed-bed continuous column with investigated three parameters …

Harnessing green electricity by hydroelectric cell from water molecule splitting based on
uniquely processed ferrites, multiferroic, composites and metal oxides has astonished the …

With the emerging “Internet of Things” technology, humidity sensors are becoming
indispensable in agriculture, industry, medicine, and environmental monitoring. However …

Silver nitrate of desired concentration was doped in the as-synthesized MCM-41
mesoporous silica and the prepared samples are spin coated onto interdigitated thin films …

As the core of a humidity sensor, the performance of the humidity-sensitive material plays an
important role in the humidity sensor application. Through the doping of KCl, a feasible way …

Abstract A 3D porous P4VP film prepared via breath figure (BF) is used for quaternization to
synthesize humidity‐sensitive polyelectrolytes. By combining the BF method, gaseous …

In this study, mesoporous molecular sieve (MCM-41) was successfully synthesized from coal
bottom ash (CBA). Different ratios of sodium hydroxide and CBA, as well as various …

The present article reports the synthesis of a new magnetic mesoporous nanocomposite
with core–shell structure, formulated as Fe3O4@ MCM‐41@ ZrCl2. The prepared reagent …

In this present study, we report multi-functional application of as synthesized carbon
nanotubes as both electrolyte and electrode material for supercapacitor due to its porous …

The study presents findings on the relative humidity (RH) sensing capabilities of a resistive
sensor. This sensor utilizes sensing layers composed of a ternary nanohybrid, consisting of …