研究结果表明，固定率能够较好地表征重金属在熔融过程不同温度阶段的固定情况；
The results showed that solidification ratio could well represent the solidification efficiency of heavy metals in different temperature phases during melting process.
通过对静态仓式堆肥过程中温度变化规律和微生物生长规律的对比，揭示了不同温度阶段所对应的微生物生长期。
By contrasting regularity of temperature change and microbe growth in the static bin composting process, corresponding microbe growth phase with different temperature phase was revealed.
研究者们发现对于人类和大多数哺乳动物来说，连续六个小时或以上的95华氏度以上的极限“湿球温度”，将会使他们面临由于酷热造成的“极易死亡阶段”。
The researchers found that humans and most mammals experience a potentially lethal level of heat stress at a "wet-bulb" temperature above 95 degrees sustained for six hours or more.
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