A Digital Photograph Of The Cu Meshes From Different Reaction Times

A Digital Photograph Of The Cu Meshes From Different Reaction Times Download scientific diagram | (a) digital photograph of the cu meshes from different reaction times. sem images of the cu mesh after (b,c) 0 h, (d,e) 2 h, and (f, g) 4 h reaction in the alkaline. (a) digital photograph of the cu meshes from different reaction times. sem images of the cu mesh after (b,c) 0 h, (d,e) 2 h, and (f, g) 4 h reaction in the alkaline solution with (nh 4)s 2 o 8. download : download high res image (306kb) download : download full size image; fig. 3. xps spectra of the cu mesh after (a) 2 h and (b) 4 h of reaction.

Demonstration Of Applications Based On Ert A Top Optical Microscopic The xrd patterns of cu mesh with different oxidized time show that there are diffraction peaks at 36° and 38.3°, which are located on the (1 1 1) crystal plane of cu 2 o and cuo, respectively. due to the existence of impurity atoms in the cu mesh, all diffraction peaks shift to the left as a whole. This switchable cu 2 s copper mesh can be used for oil water separation on demand, and fig. 5(a) shows digital photos of the separation process of 1:1 petroleum ether water mixtures and 1:1. Cu mesoscale mesh transparent electrodes. a photoresist layer (az1512, az electronic materials) was spin coated for 30 seconds onto cu thin films rotating at 4000 rpm and were then soft baked for. Cu x o with different morphology were etched on the surface of copper wire mesh by anodic oxidation method, showed excellent photo electro fenton catalytic performance. a synergistic effect of photo fenton and photo electro catalysis occurred at the cu 2 o photoanode.