目的探讨梯度降解肌腱支架材料（GDBM）与肌腱细胞的生物相容性及肌腱细胞在三维支架上培养的生物学行为。
Objective To explore the biocompatibility of gradient degradation biomaterials(GDBM) and biological behaviors of cultured tenocytes combined with this three-dimension scaffold in tissue engineering.
利用激光快速熔凝技术对DD 2单晶合金在超高温度梯度和快速凝固条件下的组织形态和元素的微观偏析行为进行了研究。
The microstructure characteristics and microsegregation of DD2 single crystal have been studied under ultra-high temperature gradient and rapid solidification conditions by laser rapid remelting.
借助高效液相色谱梯度淋洗分析技术，研究了青枯灵在水稻中的降解与残留行为。
Residue and behavior of qingkuling in rice was studied by washing-gradient of liquid chromatography.
由于梯度材料在空间上渐变的特征，使得相应的力学行为与常规材料有较大的不同。
Due to the graded properties of FGM in space, its mechanical behaviors are different from that of conventional materials.
由于梯度材料在空间上渐变的特征，使得相应的力学行为与常规材料有较大的不同。
Due to the graded properties of FGM in space, its mechanical behaviors are different from that of conventional materials.
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