CAJ | 학술논문

基于菲涅尔公式推导了P偏光以布鲁斯特角入射时测量透明组织在二维空间中的折射率分布，并设计搭建了相应的实验系统来验证该技术的可行性。实验结果表明，反射光强较小的部分对应折射率较大的物相，反射光强较大的部分对应折射率较小的物相，从而可以清晰地分辨出生物组织中的不同结构，这与理论模拟结果是一致的。此外还给出了实验误差的来源，分析了实验解析度，结果发现解析度可达0．044。该研究与传统方法相比，具有非侵入性、非破坏性、精确、快速、简单等优点。
기우비열이공식추도료P편광이포로사특각입사시측량투명조직재이유공간중적절사솔분포，병설계탑건료상응적실험계통래험증해기술적가행성。실험결과표명，반사광강교소적부분대응절사솔교대적물상，반사광강교대적부분대응절사솔교소적물상，종이가이청석지분변출생물조직중적불동결구，저여이론모의결과시일치적。차외환급출료실험오차적래원，분석료실험해석도，결과발현해석도가체0．044。해연구여전통방법상비，구유비침입성、비파배성、정학、쾌속、간단등우점。
Based on Fresnel formula ,the refractive index distribution of transparent biological tissue in two-dimensional space was theoretically derived by using P polarized light incident at Brewster angle and a cor -responding experimental system was designed and constructed to verify the feasibility of this technology .The experimental result indicated that the reflected light intensity is stronger corresponding to the phase with a big -ger refractive index and the reflected light intensity is weaker corresponding to the phase with a smaller refrac -tive index.So the different structures of biological tissue can be easily distinguished by this technology and the experimental result was in agreement with that of theoretical simulation .In addition, the source of experimental error was provided and the experimental resolution was analysed detailedly .The resolution can be up to 0 .044 . Compared with the traditional methods , this method is non-invasive , non-destructive , accurate , rapid and sim-ple.