Quartz is studied using an electrical conductible degree of ore-bearing fluids and infrared spectrum.

电导度是溶液导电能力相对尺度,电导度大小能直接反映出成矿溶液浓度高低。

Using ultraviolet spectrum, fluorescence spectrum and Fourier-transform infrared spectrum, the secondary structure of polyhedrin was studied.

对多角体蛋白进行紫外、荧光、红外光谱分析，并通过去卷积方法分析了该蛋白酰胺Ⅰ带。

Quartz is studied using an electrical conductible degree of ore-bearing fluids and infrared spectrum.

度是溶能力相对尺度,度大小能直接反映出成矿溶浓度高低。

Using ultraviolet spectrum, fluorescence spectrum and Fourier-transform infrared spectrum, the secondary structure of polyhedrin was studied.

对多角体蛋白进行紫外、荧光、红外光谱分析，并通过去卷法分析了该蛋白酰胺Ⅰ带。

Quartz is studied using an electrical conductible degree of ore-bearing fluids and infrared spectrum.

电度是电能力相对尺度,电度大小能直接反映出成矿浓度高低。

Using ultraviolet spectrum, fluorescence spectrum and Fourier-transform infrared spectrum, the secondary structure of polyhedrin was studied.

对多角体蛋白进行紫外、荧光、红外光谱分析，并通过去卷积法分析了该蛋白酰胺Ⅰ带。

Quartz is studied using an electrical conductible degree of ore-bearing fluids and infrared spectrum.

导度是溶液导相对尺度,导度大小直接反映出成矿溶液浓度高低。

Using ultraviolet spectrum, fluorescence spectrum and Fourier-transform infrared spectrum, the secondary structure of polyhedrin was studied.

对多角体蛋白进行紫外、荧光、红外光谱分析，并通过方法分析了该蛋白酰胺Ⅰ带。

Quartz is studied using an electrical conductible degree of ore-bearing fluids and infrared spectrum.

是溶液能力相对尺,大小能直接反映出成矿溶液浓高低。

Using ultraviolet spectrum, fluorescence spectrum and Fourier-transform infrared spectrum, the secondary structure of polyhedrin was studied.

对多角体蛋白进行紫外、荧、红外析，并通过去卷积方法析了该蛋白酰胺Ⅰ带。

Quartz is studied using an electrical conductible degree of ore-bearing fluids and infrared spectrum.

电导度是溶液导电能力相对尺度,电导度大小能直接反映出成矿溶液浓度高低。

Using ultraviolet spectrum, fluorescence spectrum and Fourier-transform infrared spectrum, the secondary structure of polyhedrin was studied.

对多角体蛋白进行紫、荧、红分析，并通过去卷积方法分析了该蛋白酰胺Ⅰ带。

Quartz is studied using an electrical conductible degree of ore-bearing fluids and infrared spectrum.

是溶液能力相对尺,大小能直接反映出成矿溶液浓高低。

Using ultraviolet spectrum, fluorescence spectrum and Fourier-transform infrared spectrum, the secondary structure of polyhedrin was studied.

对多角体蛋白进行紫外、荧光、红外光谱分，并通过去卷积方法分蛋白酰胺Ⅰ带。

Quartz is studied using an electrical conductible degree of ore-bearing fluids and infrared spectrum.

电导度是溶液导电能力相对尺度,电导度大小能直接反映出成矿溶液浓度高低。

Using ultraviolet spectrum, fluorescence spectrum and Fourier-transform infrared spectrum, the secondary structure of polyhedrin was studied.

对多角体蛋白进行紫外、荧、红外析，并通过去卷积方法析了该蛋白酰胺Ⅰ带。

Quartz is studied using an electrical conductible degree of ore-bearing fluids and infrared spectrum.

度是溶液力相对尺度,度大小直接反映出成矿溶液浓度高低。

Using ultraviolet spectrum, fluorescence spectrum and Fourier-transform infrared spectrum, the secondary structure of polyhedrin was studied.

对多角体蛋白进行紫外、荧光、红外光谱分析，并通过去方法分析了该蛋白酰胺Ⅰ带。