TH744.23 2000042333磁致圆二向色性对法拉第旋转器消光比的影响=Effectof magnetic circular dichroism on Faradayrotator’s extinction ratio[刊,中]/王光辉,吴福全(曲阜师范大学激光研究所.山东,曲阜(273165))
O436.3 2005020902 非常偏振光在单轴晶体表面的反射-透射研究=Reflection and transmission of extraordinary beam at uniaxial crystal surfaces[刊,中]／宋哲(中科院上海光机所．上海 (201800)),刘立人…//光学学报.-2004,21(4).-17...O436.3 2005020902 非常偏振光在单轴晶体表面的反射-透射研究=Reflection and transmission of extraordinary beam at uniaxial crystal surfaces[刊,中]／宋哲(中科院上海光机所．上海 (201800)),刘立人…//光学学报.-2004,21(4).-1701- 1704 为分析非常偏振光在晶体表面的能量损耗,给出一种 求解反射率和透射率的方法。展开更多
The Jones matrix of practical Faraday rotators is often used in the engineering calculation of non-reciprocal optical field. Nevertheless, only the approximate Jones matrix of practical Faraday rotators has been prese...The Jones matrix of practical Faraday rotators is often used in the engineering calculation of non-reciprocal optical field. Nevertheless, only the approximate Jones matrix of practical Faraday rotators has been presented by now. Based on the theory of polarized light, this paper presents the accurate Jones matrix of practical Faraday rotators. In addition, an experiment has been carried out to verify the validity of the accurate Jones matrix. This matrix accurately describes the optical characteristics of practical Faraday rotators, including rotation, loss and depolarization of the polarized light. The accurate Jones matrix can be used to obtain the accurate results for the practical Faraday rotator to transform the polarized light, which paves the way for the accurate analysis and calculation of practical Faraday rotators in relevant engineering applications.展开更多
文摘TH744.23 2000042333磁致圆二向色性对法拉第旋转器消光比的影响=Effectof magnetic circular dichroism on Faradayrotator’s extinction ratio[刊,中]/王光辉,吴福全(曲阜师范大学激光研究所.山东,曲阜(273165))
文摘The Jones matrix of practical Faraday rotators is often used in the engineering calculation of non-reciprocal optical field. Nevertheless, only the approximate Jones matrix of practical Faraday rotators has been presented by now. Based on the theory of polarized light, this paper presents the accurate Jones matrix of practical Faraday rotators. In addition, an experiment has been carried out to verify the validity of the accurate Jones matrix. This matrix accurately describes the optical characteristics of practical Faraday rotators, including rotation, loss and depolarization of the polarized light. The accurate Jones matrix can be used to obtain the accurate results for the practical Faraday rotator to transform the polarized light, which paves the way for the accurate analysis and calculation of practical Faraday rotators in relevant engineering applications.
