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2004年9月27日
王野平 宋蕴璞 赵立群 医用生物力学 2000年第3期第15卷 论著
摘 要：应用材料力学中的弯曲理论和拉伸理论对用微型形状记忆合金骑缝钉治疗后的隐裂牙的抗折力进行了分析和研究。结果表明，用形状记忆合金骑缝钉治疗的隐裂牙，其抗破坏为2236±1654N。而没用形状记忆合金骑缝钉治疗的隐裂牙，其抗破坏为1348±947N。经统计学分析，用形状记忆合金骑缝钉治疗的隐裂牙，其抗破坏能力要明显大于未用形状记忆合金骑缝钉治疗的隐裂牙(P<0.05)。
A THEORETICAL AND EXPERIMENTAL STUDY ON CURING SUBCLINICAL FRACTURE OF THE TEETH WITH MINIATURE SMA STAPLES
wang Yeping,Song Yunpu(Dept. of Mech. Eng. Shanghai Tiedao University)
zhao Liqun(Ganquan Hospital Shanghai Tiedao University)
Abstract：The strength of the teeth with subclinical fractures which are cured with miniature SMA staples is analysed and studied using bending theory, tensile theory and experimental method in mechanics of materials. Results showed that the strength of teeth with subclinical fractures which are treated with miniature SMA staples is 2236±1654N, the strength of teeth with subclinical fractures which are not treated with miniature SMA staples is 1348±947N, and that the strength of teeth with subclinical fractures which are treated with muniature SMA staples is obviously greater than that of the teeth with subclinical fractures which are not treated with miniature SMA staples(P<0.05).
Keywords：SMA tooth of subclinical fracture, biomechanics参考文献：
[1]孔冬古。镍钛记忆合金在纵裂牙修复中的初探。口腔材料器械杂志，1994；3(4)：168.
[2]刘鸿文等。村料力学(上册)。北京：人民教育出版社，1979：56～312.
[3]王野平等。医用形状记忆合金(SMA).中国医疗器械杂志，1999；23(3)：155.
摘 要：应用材料力学中的弯曲理论和拉伸理论对用微型形状记忆合金骑缝钉治疗后的隐裂牙的抗折力进行了分析和研究。结果表明，用形状记忆合金骑缝钉治疗的隐裂牙，其抗破坏为2236±1654N。而没用形状记忆合金骑缝钉治疗的隐裂牙，其抗破坏为1348±947N。经统计学分析，用形状记忆合金骑缝钉治疗的隐裂牙，其抗破坏能力要明显大于未用形状记忆合金骑缝钉治疗的隐裂牙(P<0.05)。
A THEORETICAL AND EXPERIMENTAL STUDY ON CURING SUBCLINICAL FRACTURE OF THE TEETH WITH MINIATURE SMA STAPLES
wang Yeping,Song Yunpu(Dept. of Mech. Eng. Shanghai Tiedao University)
zhao Liqun(Ganquan Hospital Shanghai Tiedao University)
Abstract：The strength of the teeth with subclinical fractures which are cured with miniature SMA staples is analysed and studied using bending theory, tensile theory and experimental method in mechanics of materials. Results showed that the strength of teeth with subclinical fractures which are treated with miniature SMA staples is 2236±1654N, the strength of teeth with subclinical fractures which are not treated with miniature SMA staples is 1348±947N, and that the strength of teeth with subclinical fractures which are treated with muniature SMA staples is obviously greater than that of the teeth with subclinical fractures which are not treated with miniature SMA staples(P<0.05).
Keywords：SMA tooth of subclinical fracture, biomechanics参考文献：
[1]孔冬古。镍钛记忆合金在纵裂牙修复中的初探。口腔材料器械杂志，1994；3(4)：168.
[2]刘鸿文等。村料力学(上册)。北京：人民教育出版社，1979：56～312.
[3]王野平等。医用形状记忆合金(SMA).中国医疗器械杂志，1999；23(3)：155.