The spinar is a gigantic machine converting gravitational binding energy into electromagnetic radiation by means of rotation.

旋转体是一架通过自转把引力束缚能转换为电磁巨大机器。

The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.

多幅不同条件视图合成实验表明，该算法在大角度旋转及视差等情况下仍能较好地合成视图。

The conformational energy of n-heptane is calculated as a function of the C-C bond rotation angles with a tetradic rotation.

按作为四元组转动C-C旋转角函数计算了正庚烷构象能。

The key reason for the improved performance are the pairs of counterrotating swirls created at either side of the leading-edge bumps, called tubercles.

隆起前缘能增进性能关理由，是因为在这些隆起节瘤两侧，会产生成对反向旋转。

Rotational alignment of the trochlear component parallel to the epicondylar axis optimizes patellar tracking.25,26 Palpation of the epicondyles is difficult, particularly when using smaller incisions.

上踝轴平行滑车成分旋转位移能使髌骨痕迹最优化25.26。上踝触诊很难，特此是使用小切口时。

The spinar is a gigantic machine converting gravitational binding energy into electromagnetic radiation by means of rotation.

旋转体是一架通过自转把引力束缚能转换电磁辐射的巨大机器。

The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.

多幅不同条件视图的合成实验表明，法大角度旋转及视差等情况下仍能较好地合成视图。

The conformational energy of n-heptane is calculated as a function of the C-C bond rotation angles with a tetradic rotation.

按作四元组转动的C-C旋转角的函数计了正庚烷的构象能。

The key reason for the improved performance are the pairs of counterrotating swirls created at either side of the leading-edge bumps, called tubercles.

隆起前缘能增进性能的关理由，是这些隆起节瘤的两侧，会产生成对的反向旋转涡流。

Rotational alignment of the trochlear component parallel to the epicondylar axis optimizes patellar tracking.25,26 Palpation of the epicondyles is difficult, particularly when using smaller incisions.

与上踝轴平行的滑车成分旋转位移能使髌骨痕迹最优化25.26。上踝触诊很难，特此是使用小切口时。

The spinar is a gigantic machine converting gravitational binding energy into electromagnetic radiation by means of rotation.

旋转体是一架通过自转把引力束缚能转磁辐射的巨大机器。

The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.

多幅不同条件视图的合成实验表明，该算法在大角度旋转及视差等情况下仍能较好地合成视图。

The conformational energy of n-heptane is calculated as a function of the C-C bond rotation angles with a tetradic rotation.

按作四元组转动的C-C旋转角的函数计算了正庚烷的构象能。

The key reason for the improved performance are the pairs of counterrotating swirls created at either side of the leading-edge bumps, called tubercles.

隆起前缘能增进性能的关理由，是因在这些隆起节瘤的两侧，会产生成对的反向旋转涡流。

Rotational alignment of the trochlear component parallel to the epicondylar axis optimizes patellar tracking.25,26 Palpation of the epicondyles is difficult, particularly when using smaller incisions.

与上行的滑车成分旋转位移能使髌骨痕迹最优化25.26。上触诊很难，特此是使用小切口时。

The spinar is a gigantic machine converting gravitational binding energy into electromagnetic radiation by means of rotation.

旋转体一架通过自转把引力束缚能转换为电磁辐射的巨大机器。

The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.

多幅不同条件视图的合成实验表明，该算法在大角度旋转及视差等情况下仍能较好地合成视图。

The conformational energy of n-heptane is calculated as a function of the C-C bond rotation angles with a tetradic rotation.

按作为四元组转动的C-C旋转角的函数计算了正庚烷的构象能。

The key reason for the improved performance are the pairs of counterrotating swirls created at either side of the leading-edge bumps, called tubercles.

隆起前缘能增进性能的关理由，因为在这些隆起节瘤的两侧，会产生成对的反向旋转涡流。

Rotational alignment of the trochlear component parallel to the epicondylar axis optimizes patellar tracking.25,26 Palpation of the epicondyles is difficult, particularly when using smaller incisions.

与上踝轴平行的滑车成分旋转位移能使髌骨痕迹最优化25.26。上踝触诊很难，使用小切口时。

The spinar is a gigantic machine converting gravitational binding energy into electromagnetic radiation by means of rotation.

旋转体是一架转把引力束缚转换为电磁辐射的巨大机器。

The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.

多幅不同条件视图的合成实验表明，该算法在大角度旋转及视差等情况下仍较好地合成视图。

The conformational energy of n-heptane is calculated as a function of the C-C bond rotation angles with a tetradic rotation.

按作为四元组转动的C-C旋转角的函数计算了正庚烷的构象。

The key reason for the improved performance are the pairs of counterrotating swirls created at either side of the leading-edge bumps, called tubercles.

隆起前缘增进性的关理由，是因为在这些隆起节瘤的两侧，会产生成对的反向旋转涡流。

Rotational alignment of the trochlear component parallel to the epicondylar axis optimizes patellar tracking.25,26 Palpation of the epicondyles is difficult, particularly when using smaller incisions.

与上踝轴平行的滑车成分旋转使髌骨痕迹最优化25.26。上踝触诊很难，特此是使用小切口时。

The spinar is a gigantic machine converting gravitational binding energy into electromagnetic radiation by means of rotation.

旋转体是一架通过自转把引力束缚能转换为电磁辐射的巨大机器。

The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.

多幅不同条件视图的合成实验，算法大角度旋转及视差等情况下仍能较好地合成视图。

The conformational energy of n-heptane is calculated as a function of the C-C bond rotation angles with a tetradic rotation.

按作为四元组转动的C-C旋转角的函数计算了正庚烷的构象能。

The key reason for the improved performance are the pairs of counterrotating swirls created at either side of the leading-edge bumps, called tubercles.

隆起前缘能增进性能的关理由，是因为隆起节瘤的两侧，会产生成对的反向旋转涡流。

Rotational alignment of the trochlear component parallel to the epicondylar axis optimizes patellar tracking.25,26 Palpation of the epicondyles is difficult, particularly when using smaller incisions.

与上踝轴平行的滑车成分旋转位移能使髌骨痕迹最优化25.26。上踝触诊很难，特此是使用小切口时。

The spinar is a gigantic machine converting gravitational binding energy into electromagnetic radiation by means of rotation.

旋体是一架通过自把引力束缚能换为电磁辐射巨大机器。

The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.

多幅不同条件视图合成实验表明，该算法在大度旋及视差等情况下仍能较好地合成视图。

The conformational energy of n-heptane is calculated as a function of the C-C bond rotation angles with a tetradic rotation.

按作为四动C-C旋数计算了正庚烷构象能。

The key reason for the improved performance are the pairs of counterrotating swirls created at either side of the leading-edge bumps, called tubercles.

隆起前缘能增进性能关理由，是因为在这些隆起节瘤两侧，会产生成对反向旋涡流。

Rotational alignment of the trochlear component parallel to the epicondylar axis optimizes patellar tracking.25,26 Palpation of the epicondyles is difficult, particularly when using smaller incisions.

与上踝轴平行滑车成分旋位移能使髌骨痕迹最优化25.26。上踝触诊很难，特此是使用小切口时。

The spinar is a gigantic machine converting gravitational binding energy into electromagnetic radiation by means of rotation.

旋体是一架通过自把引力束缚能换为电磁辐射巨大机器。

The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.

多幅不同条件视图合成实验表明，该算法在大度旋及视差等情况下仍能较好地合成视图。

The conformational energy of n-heptane is calculated as a function of the C-C bond rotation angles with a tetradic rotation.

按作为四动C-C旋数计算了正庚烷构象能。

The key reason for the improved performance are the pairs of counterrotating swirls created at either side of the leading-edge bumps, called tubercles.

隆起前缘能增进性能关理由，是因为在这些隆起节瘤两侧，会产生成对反向旋涡流。

Rotational alignment of the trochlear component parallel to the epicondylar axis optimizes patellar tracking.25,26 Palpation of the epicondyles is difficult, particularly when using smaller incisions.

与上踝轴平行滑车成分旋位移能使髌骨痕迹最优化25.26。上踝触诊很难，特此是使用小切口时。

The spinar is a gigantic machine converting gravitational binding energy into electromagnetic radiation by means of rotation.

旋转体是一架通过自转把引力束缚能转换为电磁辐射的巨大机器。

The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.

多幅不同条件视图的合成实验表明，该算法在大角度旋转及视差等情况下仍能较好地合成视图。

The conformational energy of n-heptane is calculated as a function of the C-C bond rotation angles with a tetradic rotation.

按作为四元组转动的C-C旋转角的函数计算了正庚烷的构象能。

The key reason for the improved performance are the pairs of counterrotating swirls created at either side of the leading-edge bumps, called tubercles.

隆起前缘能增进性能的关理由，是因为在这些隆起节瘤的两侧，会产生成对的反向旋转涡流。

Rotational alignment of the trochlear component parallel to the epicondylar axis optimizes patellar tracking.25,26 Palpation of the epicondyles is difficult, particularly when using smaller incisions.

与上踝轴平行的滑车成分旋转位移能使髌骨痕迹最优化25.26。上踝触，特此是使用小切口时。