The spectrogram suggested that the absorption peak of the pigment was 627nm in alkalinous condition, 527nm in acidic condition.

光谱学图谱表明该色素碱性条件下最大在627nm处，酸性条件下最大在527nm处。

On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

根据等离子体物理学和光谱学理论，建立了一种电弧等离子体测试方法─—光谱多线解析法，可对未知配比混合电弧等离子体、温度甚至压力空间布作同时测定。

The spectrogram suggested that the absorption peak of the pigment was 627nm in alkalinous condition, 527nm in acidic condition.

光谱学图谱表明该色素碱性条件大吸收峰在627nm处，酸性条件大吸收峰在527nm处。

On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

根据等离子体物理学和光谱学理论，建立了一种的弧等离子体的测试方法─—光谱多线解析法，可对未知配比的弧等离子体的成分、温度甚至压力的空间分布作同时测定。

The spectrogram suggested that the absorption peak of the pigment was 627nm in alkalinous condition, 527nm in acidic condition.

学图表明该色素碱性条件下最大吸收峰在627nm处，酸性条件下最大吸收峰在527nm处。

On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

根据等离子体物理学学理论，建立了一种的电弧等离子体的法─—多线解析法，可对未知配比的混合电弧等离子体的成分、温度甚至压力的空间分布作同时定。

The spectrogram suggested that the absorption peak of the pigment was 627nm in alkalinous condition, 527nm in acidic condition.

光学图表明该色素碱性条件下最大吸收峰在627nm处，酸性条件下最大吸收峰在527nm处。

On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

根据等离理学和光学理论，建立了一种的电弧等离的测试方法─—光解析法，可对未知配比的混合电弧等离的成分、温度甚至压力的空间分布作同时测定。

The spectrogram suggested that the absorption peak of the pigment was 627nm in alkalinous condition, 527nm in acidic condition.

光表明该色素碱性条件下最大吸收峰在627nm处，酸性条件下最大吸收峰在527nm处。

On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

根据等离子体物理和光理论，建立了一种的电弧等离子体的试方法─—光多线解析法，可对未知配比的混合电弧等离子体的成分、温度甚至压力的空间分布作定。

The spectrogram suggested that the absorption peak of the pigment was 627nm in alkalinous condition, 527nm in acidic condition.

光谱学图谱表明该色素碱性条件下最大吸收峰在627nm处，酸性条件下最大吸收峰在527nm处。

On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

根据等离子体物理学和光谱学理论，建立了一种的电弧等离子体的测试方法─—光谱多线解析法，可对未知配比的混合电弧等离子体的成分、温度甚至压力的空间分布作同时测定。

The spectrogram suggested that the absorption peak of the pigment was 627nm in alkalinous condition, 527nm in acidic condition.

光谱学图谱表明该色素碱性条件吸收峰在627nm处，酸性条件吸收峰在527nm处。

On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

根据等离子体物理学和光谱学理论，建立了一种的电弧等离子体的测试方法─—光谱多线解析法，可对未知配比的混合电弧等离子体的成分、至压力的空间分布作同时测定。

The spectrogram suggested that the absorption peak of the pigment was 627nm in alkalinous condition, 527nm in acidic condition.

光谱学图谱表明该色素碱性条件下最大吸收峰在627nm处，酸性条件下最大吸收峰在527nm处。

On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

离子体物理学和光谱学理论，建立了一种的电弧离子体的测试方法─—光谱多线解法，对未知配比的混合电弧离子体的成分、温度甚至压力的空间分布作同时测定。

The spectrogram suggested that the absorption peak of the pigment was 627nm in alkalinous condition, 527nm in acidic condition.

光谱学图谱表明该色素碱性条件下最大吸收峰在627nm处，酸性条件下最大吸收峰在527nm处。

On the basis of theories of plasma physics and optical spectroscopy a new method named Multilineal Spectroscopy Analytic Solution for diagnosing are plasma is proposed.

根据体物理学和光谱学理论，建立了一种的电弧体的测试方法─—光谱多法，可对未知配比的混合电弧体的成分、温度甚至压力的空间分布作同时测定。