The Tactile Sensing with Light Propagation in a Four-Layer Slab Waveguide for Breast Tumor Detection

H. LeeJ.
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Abstract

Light propagation in a 4 layer slab waveguide is considered. The supported modes are of higher orders than zero, with a larger node concentration toward the layers with larger refractive index. Additionally, we consider the geometric optics approximation to describe very thick waveguides. Light can be coupled from LED by direct focusing with a lens, and coupling can be optimized by introducing a transverse displacement in order to focus it on the layers with larger refractive index. Further optimization can be done by tilting the lens and bringing in some degree of coma aberrations.
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四层平板波导光传播触觉检测乳腺肿瘤
研究了光在四层平板波导中的传播。支撑模的阶数高于零,且节点浓度向折射率较大的层方向增大。此外,我们考虑几何光学近似来描述非常厚的波导。光可以通过透镜直接聚焦来耦合,并且可以通过引入横向位移来优化耦合,以便将其聚焦在具有较大折射率的层上。进一步的优化可以通过倾斜透镜和引入一定程度的彗差来完成。
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Smart Bio-Polymeric Matrix for Accelerated Wound Healing and Tissue Regeneration Novel Implications of Tissue Engineering in the Treatment and Management of Rotator Cuff Tendinopathy The Tactile Sensing with Light Propagation in a Four-Layer Slab Waveguide for Breast Tumor Detection Comparison of Kinetic Models for Dual-Tracer Receptor Concentration Imaging in Tumors. In Vitro Ultrasound Measurements of Powered and Unpowered Total Cavopulmonary Connection.
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