The heat carried by the ocean current thus prevents loss of aquatic life due to unfavorable temperature fluctuations.
海流传送的热能，可以避免水生生物在不利的温度波动时死亡。
It's equipped with a power saving circuit, a data interface, indication of exceeded measuring ranges and a flexible current sensor, and can be used even under very unfavorable mechanical conditions.
它配备省电电路，数据接口，显示超过测量范围和灵活的电流传感器，可用于即使在非常不利的力学条件。
The results show that the structural strength and stiffness meet the requirements of China current code under the most unfavorable conditions.
分析计算结果表明，结构在最不利工况下强度、刚度均满足我国现行规范要求。
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