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控制实验水槽和大型养殖水体的温度需要解决一系列技术难题。首先,温度控制的精度要高,其次是温度控制要有一个合理的严格容限,再者就是控制温度还需设置一些能防止生物体受害故障自动防护机构。在实验室中,已开始着手解决这些技术难题,如在同一沉水管上同时安装加热器和恒温槽。但是,由于恒温槽的双层金属结构对水槽气温的反应敏感性大于对水温的敏感性,因此,控制水
Controlling the temperature of experimental tanks and large aquaculture water requires a number of technical problems to be solved. First of all, the temperature control accuracy is higher, followed by the temperature control to have a reasonable strict tolerance, the other is the control of the temperature also need to set some to prevent organism damage automatic protective mechanism. In the laboratory, these technical problems have already begun to be solved, such as installing heaters and thermostats on the same submerged pipe. However, since the double-layer metal structure of the thermostatic bath is more sensitive to the temperature of the bath than to the water temperature, controlling the water