Rather than Salter's osteotomy, the author of the present study preferred proximal femoral varus osteotomy because this method achieves decompression, enables dynamic treatment, does not increase intra-articular pressure, and does not cause a frozen joint postoperatively with good coverage of the femoral head in the hip joint [3, 12, 15, 30, 37].
The combination of RCDzyme signal amplification and proximalis zero-background signal remarkably improves the sensitivity of this method, achieving a dynamic range of two orders of magnitude and giving a detection limit down to 86 pM, which is much lower than those of related literature reports.
This method achieves color tunability by dynamic refractive index tuning by topological reorientation of LC.
Combined with channel compensation and sub-band normalization techniques, this method achieves certain insensitivity to distortions such as low-bit-rate MP3 and WMA, frequency equalization, dynamic range normalization, and TSM (±5%).
The new methodology introduced in this work of a four-variable selection and the evaluation method by means of the inclusion of the fuzzy logic to the AHP is combined to achieve dynamic channel selection of the spectrum.
The plasmonic cells achieved dynamic camouflage (Fig. 8c, d).
Compared with [ 45, 47], the dynamic update method achieved the larger mean sensitivity (85.2%) and lower mean fpr (0.04 h−1) by a multichannel EEG feature extraction method.
A new preoperative adjustment method achieved by resistance compensation method is proposed, and the dynamic equation of triangle mechanism is deduced.
However, the spatial-temporal scanning method achieved effective temporal and spatial integration and was able to evaluate the clustering in different time windows to achieve a dynamic, three-dimensional and multi-scale analysis, making the results more precise.
And lastly, this software uses the Eigenvalue method to achieve the dynamic simulation of the heat transfer process.
