中文摘要：

为在 polyaniline (平底锅) 的 L 丁氨二酸酸(L 毒蛇) 的亲密关系地点被二个连续过程创造：首先， L 毒蛇简单地在苯胺的聚合期间作为模板分子被增加；第二，在平底锅脊梁合并的 L 毒蛇被溶剂提取。有对 L 毒蛇模板分子补足的洞的平底锅为 L 毒蛇和 D 毒蛇的 enantioselective 识别被利用了。印的平底锅的 Enantioselectivity 能在在形状并且在组放对 L 毒蛇模板补足的印的平底锅被归因于洞。另外在这糊，在 L 毒蛇模板的抽取前后的结构的变化被 Fourier 变换揭示红外线(FTIR ) 光谱。

英文摘要：

Affinity sites for L-aspartic acid （L-Asp） in polyaniline （PAn） were created by two successive processes： first, L-Asp was simply added as template molecules during the polymerization of aniline; second, L-Asp incorporated in PAn backbone was extracted by solvent. PAn with cavities complementary to L-Asp template molecules has been utilized for enantioselective recognition of L- and D-Asp. Enantioselectivity of the imprinted PAn could be attributed to the cavities in the imprinted PAn which was complementary to L-Asp templates both in shape and in positioning of groups. Also in this paper, the structural changes before and after extraction of L-Asp templates were revealed by Fourier-transform infrared （FTIR） spectrum.