众所周知，这些化学性质的精确值与现代海洋中的海洋表面温度相关联，并作为对过去温度的代理。
The exact value of these chemical properties is known to correlate well with sea surface temperatures in the modern ocean and are used as proxies for past temperatures.
科学家们同时担心，随着二氧化碳排放量的增加，海洋将会吸收更多的温室气体，进而改变海水的化学性质。
Scientists are also worried that, as carbon dioxide emissions rise, the ocean will absorb greater amounts of the greenhouse gas, shifting the chemistry of seawater.
人类将学习如何以陆地和海洋为生，并回到简单的性质是手工而不是电力的工具上。
Humans will have to learn to live from the land and sea again and go back to simple tools that are hand made and non-electrical in nature.
海洋中所有的生命都被海水包围着，并受到海水性质的影响。
All the organisms in the ocean are subject to the properties of the seawater surrounding them.
它改变了海水的化学性质，使海水的酸性增加而不适宜生物生存，威胁到到很多重要的海洋生物。
It's changing the chemistry of seawater, making it more acidic and otherwise inhospitable, threatening many important Marine organisms.
论文介绍了海洋沉积土的来源与分布情况，以及淤泥质粘土的工程性质。
The source and distribution of marine sedimentary soil and the engineering property of silt clay are introduced.
目的：为进一步确认海洋假单胞菌碱性蛋白酶(mpap)的纤溶性质，并观察其抗栓作用。
Objective To further study the characteristics of fibrinolytic activity and the thrombolytic effect of MPAP.
对一株海洋杆菌产低温溶菌酶的分离纯化及理化性质进行了研究。
The study on the physical and chemical properties and purification of low-temperature lysozyme of a marine bacterium is conducted.
海洋化学最基本的性质酸碱度在发生变化，而且只要二氧化碳排放量增加，就会继续变化。
A most fundamental property of ocean chemistry, PH, is changing and will continue to change as long as CO2 emissions are increasing.
本文应用线性波理论，通过波浪叠加法，探讨了海洋平台油气生产立管系统的动力性质。
In this paper, linear wave theory and wave superposition method are used to study dynamic behavior of oil or gas production risers on the offshore platform.
矢量水听器由于兼顾了实际海洋声场的标量和矢量性质，而越来越受到人们的关注。
The vector hydrophone gives attention to two aspects: the vector quantity and scalar quantity , so more attention is paid on it.
纯化的重组菊粉酶的其他生物化学性质与海洋季也蒙毕赤酵母中的野生型菊粉酶相一致。
Other biochemical characteristics of the purified recombinant inulinase were the same as those of the native inulinase produced by the marine derived P. guilliermondii strain 1.
通过海洋物探方法和地质钻探施工，基本揭示了本区海底地形地貌特征、岩土层结构及土的物理力学性质。
By methods of engineering drilling and geophysical investigation, this survey had ascertained the topographical feature of seabed, strata structure and physical mechanics property within survey area.
通过海洋物探方法和地质钻探施工，基本揭示了本区海底地形地貌特征、岩土层结构及土的物理力学性质。
By methods of engineering drilling and geophysical investigation, this survey had ascertained the topographical feature of seabed, strata structure and physical mechanics property within survey area.
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