By using the method of the gauge transformation, this paper obtains the gauge transformation of Eigenvalue problems of energy dependent potentials and the Backlund transformation.
用规范变换的方法，导出了位势依赖于能量的特征值问题的规范变换及相应的贝克隆变换。
Done clinic experiments to validate the curative effect of OA-kneepad and the feasibility for energy of EMG as the eigenvalue, to evaluate the curative effect of KOA.
为确定便携式OA护膝的疗效和肌电信号的能量作为特征值评判膝oa疗效的可行性进行临床试验。
The method defines the ratio of maximum energy band spectrum to total power spectrum as an eigenvalue of SEMG, which decreases the individual difference effect to the lowest.
该方法的主要特点是以实时取得的SEMG功率谱信号为基础，确定最大功率谱附近的谱能量与全信号段谱能量之比为特征值，将人的个体差异影响降低到最低程度。
The increase of the reduced masses as well as the decrease of the bond-angles will ital to the increase of the irregular(chaotic) extents of responding eigenvalue-spectra of vibrating-energy.
计算结果表明，折合质量的增大，键角的减小等分子结构特征，都将导致能谱结构混沌化程度的增高。
The increase of the reduced masses as well as the decrease of the bond-angles will ital to the increase of the irregular(chaotic) extents of responding eigenvalue-spectra of vibrating-energy.
计算结果表明，折合质量的增大，键角的减小等分子结构特征，都将导致能谱结构混沌化程度的增高。
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