We detected and compared the transmission spectra and reflection spectra of the filter glass and leafs with the spectrofluorimeter and spectrophotometer.

利用该简便方法,在荧分上分别对滤片和叶片进行透射谱和反射谱测绘,并与紫外-可见分上测绘结果进行比较,两者基本一致,证明该法是可行。

This includes mainly the technique of the sealoor topographic survey, the technique of the seafloor mophological survey and the technique of the sea subbottom profile survey etc.

它主要包括海地测绘技术、海观测技术、海地层声学探测技术等。

We detected and compared the transmission spectra and reflection spectra of the filter glass and leafs with the spectrofluorimeter and spectrophotometer.

利用该简便方法,在荧光分光光度计上分别对滤光片和叶片进行透射光谱和反射光谱,与紫外-可见分光光度计上结果进行比较,两者基,证明该法是可行。

This includes mainly the technique of the sealoor topographic survey, the technique of the seafloor mophological survey and the technique of the sea subbottom profile survey etc.

它主要包括海底地形技术、海底形貌观技术、海底地层声学探技术等。

We detected and compared the transmission spectra and reflection spectra of the filter glass and leafs with the spectrofluorimeter and spectrophotometer.

利用该简便方法,在荧光分光光分别对滤光片和叶片进行透射光谱和反射光谱,并与紫外-可见分光光果进行比较,两者基本一致,证明该法是可行。

This includes mainly the technique of the sealoor topographic survey, the technique of the seafloor mophological survey and the technique of the sea subbottom profile survey etc.

它主要包括海底地形技术、海底形貌观技术、海底地层声学探技术等。

We detected and compared the transmission spectra and reflection spectra of the filter glass and leafs with the spectrofluorimeter and spectrophotometer.

利用该简便方法,在荧光分光光度计上分别对滤光片和叶片进行透射光谱和反射光谱测绘,并与紫-分光光度计上测绘结果进行,者基本一致,证明该法是行。

This includes mainly the technique of the sealoor topographic survey, the technique of the seafloor mophological survey and the technique of the sea subbottom profile survey etc.

它主要包括海底地形测绘技术、海底形貌观测技术、海底地层声学探测技术等。

We detected and compared the transmission spectra and reflection spectra of the filter glass and leafs with the spectrofluorimeter and spectrophotometer.

利用该简便方法,在荧分计上分别对滤片和叶片行透射谱和反射谱测绘,并与紫外-可见分计上测绘行比较,两者基本一致,证明该法是可行。

This includes mainly the technique of the sealoor topographic survey, the technique of the seafloor mophological survey and the technique of the sea subbottom profile survey etc.

它主要包括海底地形测绘技术、海底形貌观测技术、海底地层声学探测技术等。

We detected and compared the transmission spectra and reflection spectra of the filter glass and leafs with the spectrofluorimeter and spectrophotometer.

利用该简便方法,在荧分上分别对滤片和叶片进行透射谱和反射谱测,并与紫外-可见分上测进行比较,两者基本一致,证明该法是可行。

This includes mainly the technique of the sealoor topographic survey, the technique of the seafloor mophological survey and the technique of the sea subbottom profile survey etc.

它主要包括海底地形测技术、海底形貌观测技术、海底地层声学探测技术等。

We detected and compared the transmission spectra and reflection spectra of the filter glass and leafs with the spectrofluorimeter and spectrophotometer.

利用该简便方法,在荧光分光光度计上分别对滤光和行透射光谱和反射光谱测绘,并与紫外-可见分光光度计上测绘结果行比较,两者基本一致,证明该法是可行。

This includes mainly the technique of the sealoor topographic survey, the technique of the seafloor mophological survey and the technique of the sea subbottom profile survey etc.

它主要底地形测绘技术、底形貌观测技术、底地层声学探测技术等。

We detected and compared the transmission spectra and reflection spectra of the filter glass and leafs with the spectrofluorimeter and spectrophotometer.

用该简便方法,在荧光分光光度计上分别对滤光片和叶片进行透射光谱和反射光谱绘,并与紫外-可见分光光度计上绘结果进行比较,两者基本一致,证明该法是可行。

This includes mainly the technique of the sealoor topographic survey, the technique of the seafloor mophological survey and the technique of the sea subbottom profile survey etc.

它主要包括海底地形绘、海底形貌观、海底地层声学探等。

We detected and compared the transmission spectra and reflection spectra of the filter glass and leafs with the spectrofluorimeter and spectrophotometer.

利用该简便方法,在荧光分光光度计上分别对滤光片和叶片进行透射光谱和反射光谱测绘,并与紫外-可见分光光度计上测绘结果进行比较,两者基本一致,证明该法是可行。

This includes mainly the technique of the sealoor topographic survey, the technique of the seafloor mophological survey and the technique of the sea subbottom profile survey etc.

它主要包括海底地形测绘、海底形貌观测、海底地层声学探测。