A SU8020 electron microscope was applied to get scanning electron microscopy (SEM) images.
This molecule as electron acceptor was applied into non-fullerene solar cells by using a diketopyrrolopyrrole-based conjugated polymer as electron donor.
Scanning electron microscopy was applied for endothelial morphologic features.
Transmission electron microscopy was applied to study the texture and microstructure of the carbon layers.
Transmission electron microscopy was applied to obtain the particle morphology evolution.
Scanning electron microscopy was applied to surface microstructure studies of the ceramics.
Whereafter MSCs were seeded onto three-dimensional porous nano-hydroxylapatite scaffolds, and scanning electron microscopy was applied to evaluate their growth on scaffolds.
Scanning electron microscopy was applied to investigate influence of electrodeposition method on morphology of polymer films and drop-casted pseudo liquid membrane with an ionophore.
For understanding the electrochemical behaviors of the metallic Sn and carbon nanofibers in the lithiation/delithiation process, in situ transmission electron microscopy was applied to study the single hybrid structure.
Therefore, scanning electron microscopy was applied to visualize the effect of swollenin on cellulose microfibrils.
Scanning electron microscope was applied to investigate the mode of attachment of the peptides on target microbial membranes.
