These results demonstrate that the RF analysis tests have potential as a tool for structural detection in Ni-Ti instruments and that the method presented is feasible for clinical application.
自然频率分析法的结果显示,不同制造方式的镍钛合金根管锉,在经过使用后会 有不同幅度的下降以及长度的增加量,因此可以将这种检测方式应用在临床上。
These results demonstrate that the RF analysis tests have potential as a tool for structural detection in Ni-Ti instruments and that the method presented is feasible for clinical application.
自然频率分析法的结果显示,不同制造方式的镍钛合金根管锉,在经过使用后会 有不同幅度的下降以及长度的增加量,因此可以将这种检测方式应用在临床上。
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