The division-of-amplitude photopolarimeter (DOAP) is a sensor that can rapidly determine the polarization state of the incident light.

分幅仪(DOAP)是一种高速测量态传感器。

Bright areas reveal undeflected or stationary nodal regions while contour lines trace out areas of constant vibrational amplitude.

亮区表示未受转或稳定节区而轮廓线则描绘出等幅区域。

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向双轴晶体,计算了完整干图,反映了相位分布决定等色线、幅分布决定消影规律。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵在固相和流相相位相反，即慢纵在流相幅大，而在固相幅较小。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率幅运动方程，该方程正确描写了共态存在和驰豫现象。

The division-of-amplitude photopolarimeter (DOAP) is a sensor that can rapidly determine the polarization state of the incident light.

分振幅光偏振仪(DOAP)是一种高速测量光波偏振态的传感器。

Bright areas reveal undeflected or stationary nodal regions while contour lines trace out areas of constant vibrational amplitude.

亮区表示未受偏转的或稳的波节区而轮廓线则描绘出等振幅的区域。

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针取向的双轴晶体,计算了完整的偏光干图,反映了相位分等色线、振幅分消光影的规律。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵波在固相和流相中的相位相反，即慢纵波在流相中振幅大，而在固相中的振幅较小。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

The division-of-amplitude photopolarimeter (DOAP) is a sensor that can rapidly determine the polarization state of the incident light.

分振幅光偏振仪(DOAP)是一种高速测量光波偏振态的传感器。

Bright areas reveal undeflected or stationary nodal regions while contour lines trace out areas of constant vibrational amplitude.

亮区表示未受偏转的或稳的波节区而轮廓线则描绘出等振幅的区域。

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

意取向的双轴晶体,计算了完整的偏光干图,反映了相位分布等色线、振幅分布光影的规律。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵波在固相和流相中的相位相反，即慢纵波在流相中振幅大，而在固相中的振幅较小。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

The division-of-amplitude photopolarimeter (DOAP) is a sensor that can rapidly determine the polarization state of the incident light.

分幅仪(DOAP)是一种高速测量波态的传感器。

Bright areas reveal undeflected or stationary nodal regions while contour lines trace out areas of constant vibrational amplitude.

亮区表示未受转的或稳定的波节区而轮廓线则绘出等幅的区域。

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向的双轴晶体,计算了完整的干图,反映了相位分布决定等色线、幅分布决定消影的规律。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵波在固相和流相中的相位相反，即慢纵波在流相中幅大，而在固相中的幅较小。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学法写非绝热电子跃迁过程．导出并求解了跃迁几率幅的运动程，该程正确写了共态的存在和驰豫现象。

The division-of-amplitude photopolarimeter (DOAP) is a sensor that can rapidly determine the polarization state of the incident light.

分振幅振仪(DOAP)是一种高速测量波振态传感器。

Bright areas reveal undeflected or stationary nodal regions while contour lines trace out areas of constant vibrational amplitude.

亮区表示未受转或稳定波节区而轮廓线则描绘出等振幅区域。

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向双轴晶体,计算完整干图,相位分布决定等色线、振幅分布决定消影规律。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵波在固相和流相中相位相，即慢纵波在流相中振幅大，而在固相中振幅较小。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描写非绝热电子跃迁过程．导出并求解跃迁几率振幅运动方程，该方程正确描写共振态存在和驰豫现象。

The division-of-amplitude photopolarimeter (DOAP) is a sensor that can rapidly determine the polarization state of the incident light.

分振光偏振仪(DOAP)是一种高光波偏振态的传感器。

Bright areas reveal undeflected or stationary nodal regions while contour lines trace out areas of constant vibrational amplitude.

亮区表示未受偏转的或稳定的波节区而轮廓线则描绘出等振的区域。

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向的双轴晶体,计算了完整的偏光干图,反映了相位分布决定等色线、振分布决定消光影的规律。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵波在固相和流相中的相位相反，即慢纵波在流相中振大，而在固相中的振。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用于力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振的运动方程，该方程正确描写了共振态的存在和驰豫现象。

The division-of-amplitude photopolarimeter (DOAP) is a sensor that can rapidly determine the polarization state of the incident light.

分振幅偏振仪(DOAP)是一种高速测量波偏振态的传感器。

Bright areas reveal undeflected or stationary nodal regions while contour lines trace out areas of constant vibrational amplitude.

亮区表示未受偏转的或稳定的波节区而轮廓线则描绘出等振幅的区域。

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向的双轴晶体,计算了完整的偏,映了相位分布决定等色线、振幅分布决定消影的规律。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵波在固相和流相中的相位相，即慢纵波在流相中振幅大，而在固相中的振幅较小。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

The division-of-amplitude photopolarimeter (DOAP) is a sensor that can rapidly determine the polarization state of the incident light.

分振幅振仪(DOAP)是一种高速测量波振态的传感器。

Bright areas reveal undeflected or stationary nodal regions while contour lines trace out areas of constant vibrational amplitude.

亮区表示未受转的或稳定的波节区而轮廓线则描绘出等振幅的区域。

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向的双轴晶体,计算了完整的,了相位分布决定等色线、振幅分布决定消影的规律。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵波在固相和流相中的相位相，即慢纵波在流相中振幅大，而在固相中的振幅较小。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

The division-of-amplitude photopolarimeter (DOAP) is a sensor that can rapidly determine the polarization state of the incident light.

分振幅光偏振仪(DOAP)是一种量光波偏振态的传感器。

Bright areas reveal undeflected or stationary nodal regions while contour lines trace out areas of constant vibrational amplitude.

亮区表示未受偏转的或稳定的波节区而轮廓线则描绘出等振幅的区域。

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向的双轴晶体,计算了完整的偏光干图,反映了相位分布决定等色线、振幅分布决定消光影的规律。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵波在固相和流相中的相位相反，即慢纵波在流相中振幅大，而在固相中的振幅。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

量于力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。