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Optical Properties and Solubility of Ozone in CCl4 at Low Temperature

机译:低温下CCL4中臭氧的光学性质及溶解度

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摘要

Ozone was concentrated in CCl4 matrix at successive cooling. It has been shown that absorption spectra of ozone in CCl4 (lambda(max) 258 nm) are practically identical to these in an aqueous solution. Vibrational structure typical of gaseous ozone over the Chappuis range has been retained. Position and shape of the bands for the D-3-CCl4 system are independent of temperature. Molar absorptivity of the Chappuis band has been measured (epsilon(600) 8.0 +/- 0.3 M-1 cm(-1)), on the basis of which limiting solubility of ozone in the CCl4 at 760 mmHg has been determined.
机译:在连续冷却下以CCL4基质中浓缩臭氧。 已经证明,CCl4(Lambda(MAX)258nm)中臭氧的吸收光谱实际上与水溶液中的这些。 保留了在Chappuis系列上典型的气态臭氧的振动结构。 D-3-CCL4系统的带的位置和形状与温度无关。 已经测量了Chappuis带的摩尔吸收率(ε(600)8.0 +/- 0.3 m-1cm(-1)),基于该臭氧在760mmHg下的臭氧的溶解度的限制性已经确定。

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