而这就是光子(在制造“超级光子”方面)的问题所在,当温度和辐射强度降低的时候,光子数目也同样降低。
Therein lies the problem with photons – as temperature and radiation intensity decrease, so does the number of photons.
而这些趋势都与海洋表面平均温度的增高有着非常紧密的联系;同时它还和同时期内,全球大气平均温度的增高情况相符合。
These trends are closely linked to increases in the average temperatures of the ocean surface, and they correspond to increases in global average atmospheric temperatures during the same period.
但是随着海水变暖,它的层次会更加分明,温度更高的海水会停留在表面,而这里正是生物体进行光合作用必需的地方。
As the ocean warms, it becomes more stratified, with the warmer water remaining at the top where the organisms need to be in order to do photosynthesis.
Because temperature is constant H only 0 cares about temperature. and that's equal to zero.
因为温度是常数,而H只和温度有关,所以这等于0,如果这等于。
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