化学学报 ›› 2002, Vol. 60 ›› Issue (9): 1619-1623. 上一篇    下一篇

研究论文

封闭体系中水溶液导电行为随时间变化规律的研究

鲁传华;贾勇;李全;张菊生   

  1. 安徽中医学院药学系,合肥(230038)
  • 发布日期:2002-09-15

Study on Conductivity Change of Aqueous Solutions over Time in Closed System

Lu Chuanhua;Jia Yong;Li Quan;Zhang Jusheng   

  1. Pharmaceutical Department of Chinese Traditional Medical College of Anhui,Hefei(230038)
  • Published:2002-09-15

在封闭体系中,较大的时间尺度上二次水及NaCl,HOAc,C_5H_5N,苦味酸等 溶液电导率在确定的温度下不再是恒定值,表现出持续变化。变化轨迹可分为电导 率随时间增加而增大的水型轨迹和随时间增加而减小的吡啶型轨迹两种类型。对比 实验表明产生这两类导电轨迹的原因是由于物质对水的结构有促进能力和破坏能力 两种不同功能所造成;而电导率持续变化的原因则可能与自然环境某些电磁辐射场 强度的持续变化有关连。

关键词: 电导率, 水溶液, 时间, 变化, 电磁场

In this paper, the conductivities of double-distilled water and aqueous solution of NaCl, HOAc, C_5H_5N, etc. were determined in an elongated time period. It is found that the conductivity values of the solutions at certain temperature are not constant and change over time. On a large time scale, the variation trajectories can be divided into two groups. The one is that the conductivities increase with time increase, known as "water type trajectory"; and in the other the conductivities decrease with time increase, known as "pyridine type trajectory". Contrast experiments showed that the "water type trajectory" would be obtained with the promoter of water structure, and "pyridine type trajectory" would be obtained with damager of water structure. They would be related to the strength of electromagnetic field radiation in natural surroundings.

Key words: ELECTRICAL CONDUCTIVITY, AQUEOUS SOLUTION, TIME, CHANGE, ELECTROMAGNETIC FIELDS

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