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中文摘要：
莲花根的丝绸是有容易的吸收和毒物更少的优点的一种自然简历材料。它可以为诊所和织物工程成为新工程材料。然而，在它的电参数之间的关系和丝绸被蘸在的白酒的酸碱值值一会儿是未知的。丝绸的电感，电容和阻抗的电参数在环境被测量，温度从 23 度 C 到当它为 24 h 与不同酸碱值价值在白酒被蘸时，从 45% ～ 55%的 25 度 C 和湿度。电感和阻抗与白酒酸碱值价值在终止形状曲线改变的结果表演，和电容在终止形状曲线变化。终止曲线的最小的价值和终止曲线的最大的价值在酸碱值价值等于到终止的点出现。现象被称为 U/Omega 效果。它意味着丝绸与人的纸巾有完美的简历相容性。学习结果可以暗示丝绸在简历药，织物工程和生物电子有更宽广的潜在的应用。
英文摘要：
The silk of lotus root is a kind of natural biomaterial with the advantages of easy absorbing and dissolving and poisonless. It may become a new engineering material for clinic and tissue engineering. However, the relationship between its electricity parameters and the pH values of the liquor that the silk is dipped in is unknown presently. The electricity parameters of inductance, capacitance and impedance of the silk were measured in the environment with the temperature ranging from 23℃ to 25℃ and the humidity ranging from 45% to 55% when it was dipped in the liquor with different pH values for 24 h. The results show that the inductance and impedance vary in U shape curves with the liquor pH value, and the capacitance varies in Ω shape curve. The minimal value of the U curves and the maximal value of the Ω curve appear at the point where the pH value equals to 7. The phenomena are called the U/Ω effect. It means that the silk has perfect biocompatibility with human tissues. The study results may imply that the silk have broader potential applications in biomedicine, tissue engineering and bioelectronics.
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