针对海藻酸钠载体强度低、易分解的缺点，采用添加法和置换法对载体进行改性研究，并确定了最佳固定化条件。
Two different methods, addition and displacement were adopted so as to improve the strength of calcium-alginate beads, and the best immobilized condition was adopted.
总之，虽然在实验室条件下髋关节表面置换部件的几何学可能限制他们的活动度，临床病人可能期望恢复到正常，如果不是更好，活动度则在HRA之后。
In summary, although the geometry of hip resurfacing components may limit their ROM in the laboratory setting, clinically patients may expect to achieve equivalent, if not better, ROM following HRA.
在满足热舒适性的条件下，探讨置换通风在工程应用时送风参数的选择范围。
In a comfortable condition for people, discusses the scope of the breeze parameter of displacement ventilation in engineering applied fields.
应用推荐