Various composite materials used as biomaterials were tested by 20-, 50-, and 80-N chewing forces in distilled water and a poppy seed medium by using a computer-controlled chewing simulation procedure. In each chewing test, steatite balls 6 mm in diameter were used as an antagonist material. The mean volume loss of worn surfaces and the surface roughness of the composite materials was measured with a contactless 3D profilometer.

中文翻译：

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通过咀嚼模拟研究咀嚼力和磨料对复合材料耐磨性的影响

使用计算机控制的咀嚼模拟程序，在蒸馏水和罂粟籽培养基中，对用作生物材料的各种复合材料进行了 20、50 和 80 N 的咀嚼力测试。在每次咀嚼试验中，使用直径为 6 毫米的滑石球作为拮抗剂材料。使用非接触式 3D 轮廓仪测量磨损表面的平均体积损失和复合材料的表面粗糙度。