In order to examine the surface morphology, the sour cherry
stones and activated carbon were subjected to scanning electron
microscopy (SEM). Supplementary Fig. S3 illustrates the SEM
images. Significant differences were observed between the surface
topography of sour cherry stones and activated carbon. SEM image
of sour cherry stones showed the absence of micropores, as supported
by the BET results (41.54 m2g1). Also, activated carbon exhibit
an even, homogeneous, highly porous and well pronounced
array of honey-combed structures, indicating good possibility for
the dyes to be trapped and adsorbed
In order to examine the surface morphology, the sour cherrystones and activated carbon were subjected to scanning electronmicroscopy (SEM). Supplementary Fig. S3 illustrates the SEMimages. Significant differences were observed between the surfacetopography of sour cherry stones and activated carbon. SEM imageof sour cherry stones showed the absence of micropores, as supportedby the BET results (41.54 m2g1). Also, activated carbon exhibitan even, homogeneous, highly porous and well pronouncedarray of honey-combed structures, indicating good possibility forthe dyes to be trapped and adsorbed
การแปล กรุณารอสักครู่..
