COMSOL models for Electronic "photoreceptors" enable prosthetic vision with acuity matching the natural resolution in rats

The in-vitro and in-vivo COMSOL models described in paper <em>Electronic “photoreceptors” enable prosthetic vision with acuity matching the natural resolution in rats.</em> Flat_pdish_final.mph: In-vitro model of the photovoltaic array tested in a Petri dish filled with 10x diluted saline water. Flat_RatEye_final.mph: In-vivo model of the photovoltaic array implanted in the subretinal space of an RCS rat. The rat eye is anatomically realistic, while the head is replaced by a cylinder for computational tractability.本数据集包含发表于论文《电子"感光受体"实现与大鼠自然视觉分辨率匹配的修复型视觉》中提及的体外（in-vitro）与体内（in-vivo）COMSOL仿真模型。 Flat_pdish_final.mph：为在盛有10倍稀释生理盐水的培养皿（Petri dish）中开展测试的光伏阵列（photovoltaic array）体外模型。 Flat_RatEye_final.mph：为植入RCS大鼠视网膜下间隙（subretinal space）的光伏阵列体内模型。该模型中大鼠眼部具备解剖学真实性，而为提升计算可处理性（computational tractability），头部被替换为圆柱体。