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关注：1
2013-05-23 12:21
求翻译：最后一个问题是有机溶液的选择。首先是溶质的选择。我们选择反饱和吸收性能高的金属酞菁化合物和C60，二者皆在波长532nm附近有较大的可饱和吸收，在该波长附近的较宽波长范围内，它们的激发态吸收截面大于基态的吸收截面。其次是溶液的选择。应该考虑采用熔点低，易蒸发，低黏滞性，折射率易匹配，热致折射率变化大的溶液，与溶质配合。我们用500mW的Ar＋激光作光源，对4种溶质和溶液组合做光限制特性实验，这4种溶液是：C60＋甲苯、PbPc(CP)4+氯仿、PbPc(CP)4+ C60+氯仿、PbPc(CP)4+C60+甲苯，实验结果见图6.25。可见混合液体PbPc(CP)4+C60+甲苯的限幅阈值最低。是什么意思？ 待解决
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- 离问题结束还有
最后一个问题是有机溶液的选择。首先是溶质的选择。我们选择反饱和吸收性能高的金属酞菁化合物和C60，二者皆在波长532nm附近有较大的可饱和吸收，在该波长附近的较宽波长范围内，它们的激发态吸收截面大于基态的吸收截面。其次是溶液的选择。应该考虑采用熔点低，易蒸发，低黏滞性，折射率易匹配，热致折射率变化大的溶液，与溶质配合。我们用500mW的Ar＋激光作光源，对4种溶质和溶液组合做光限制特性实验，这4种溶液是：C60＋甲苯、PbPc(CP)4+氯仿、PbPc(CP)4+ C60+氯仿、PbPc(CP)4+C60+甲苯，实验结果见图6.25。可见混合液体PbPc(CP)4+C60+甲苯的限幅阈值最低。
问题补充： |
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2013-05-23 12:21:38
正在翻译，请等待...
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2013-05-23 12:23:18
Finally, there is the issue of organic solvents. First, the agent of choice. We select high-performance anti-saturated absorption of metal phthalocyanine compound and C 60, 2 of them at wavelengths near 532 nm has a greater capacity to absorb, in the wavelength of the near a wide wavelength range, t
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2013-05-23 12:24:58
Last the question is the organic solution choice.First is the solute choice.We choose the counter-saturated receptivity high metal phthalocyanine compound and C60, the two all have nearby wave length 532nm in a big way may absorb saturated, nearby in this wave length wide wavelength range, their exc
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2013-05-23 12:26:38
Last question is selection of organic solvents. First is the solute select. We choose high metal phthalocyanines reverse saturable absorption performance and C60 compounds, both near the 532nm wavelength has a larger saturable absorption, in the vicinity of the wavelength over a wide wavelength rang
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2013-05-23 12:28:18
正在翻译，请等待...
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