The microstructure of the prepared porous bioceramic material, including surface porosity and apparent contact area with the artificial mucus film are computed and analyzed. The surface micro-configurations of the porous material before and after sliding on the mucus film are observed in 2D and 3D by digital microscopy. We describe how much mucus enters and stays within different pores, and how the porous material with rough/porous surface contacts with the mucus film (elastic surface/gel). The presented results illustrate that the material with different porous structure can lead to different mucus suction, surface scraping and changes of contact area and condition during sliding, which will be active for high friction of robotic endoscope with the intestinal wall for intestinal locomotion.
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机译:Influences of Acute Intestinal Obstruction upon Renal Functions. : I. General Observations on Functional Disturbances of the Kidney. : 急性肠管闭塞症ノ肾臓机能ニ及ボス影响ニ就テ : 第1回报告 肾臓障碍ノ一般的観察