海洋化學的 的英文怎麼說

中文拼音 [hǎiyánghuàxuéde]
海洋化學的 英文
thalassochemical
  • 洋 : Ⅰ名詞1 （海洋） ocean 2 （洋錢） silver coin 3 （姓氏） a surname Ⅱ形容詞1 （盛大; 豐富） vast; m...
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 海洋 : seas and oceans; ocean; [詩歌用語] blue海洋霸權 maritime hegemony; 海洋保護區 marine preserve; 海...
  1. Combined heat and mass transfer by natural convection which is caused by heat and mass diffusion can be seen in nature and some processes of industry, such as evaporation and desiccation. these processes relate to aeronautics, hydraulics, mechanics, chemical engineering, oceanography and aerography

    熱及物質擴散引起的傳熱傳質復合自然對流常見于自然界和蒸發、乾燥等工業過程，涉及到航空、水利、機械、化工、海洋、氣象等諸多領域，其流體力學和傳質傳熱特性一直是人們研究的重點。
  2. To study the biogeochemical cycle of phosphorus, it is very important to accurately determine the concentration of orthophosphates in the surface of oceans, especially oligotrophic open - oceans

    痕量活性磷分析是探索海洋，特別是寡營養海區生物地球化學過程的關鍵。
  3. This paper reviews the development of genetic marker technique and introduces the applications of genetic marker technique to the study of systematics, biodiversity and phylogenetics of marine copepods

    摘要研究回顧遺傳標記技術的發展及其在海洋橈足類分類學、群體遺傳學、系統發育和分子進化研究等方面的應用情況。
  4. The plan of the research institute becomes, in the near future, with the ocean chemistry, the development and engineering turn of halo bios resources, the ocean information technique processing, ocean environment and ecosystems protection, etc. aspect for center of research direction, and gradually formats the aspect advantages in using of the salt water and the half salt water ( the haloid water ) chemistry resources, the ecosystem system monitor and controlling, algae cultivating and biology active material, the development research of nourishment supplies and bio - products, the ocean environmental protection and ecology etc., end can become one of important bases in the ocean realm of nation and tianjin for high level creative talented person development, hi - technique research and result conversion, high decision advisory, and the double that attains the economic performance and social performances win

    研究所計劃在不久的將來形成以海洋化學、海洋生物資源開發及工程化、海洋信息技術處理、海洋環境與生態保護等方面為中心的研究方向，並且逐步在鹹水及半鹹水（鹵水）化學資源利用，生態系統監測與調控；藻類培養及生物活性物質、營養物資及生物製品開發研究；灘塗資源開發利用；海洋環境保護和生態學等方面形成優勢，最終可以成為國家和天津市海洋領域高水平創新人才培養、高新技術研究和成果轉化、高層次決策咨詢的重要基地之一，達到經濟效益與社會效益的雙贏！
  5. The entire library collection covers marine ecology, marine biology, marine geology, aquaculture, fisheries management, and pollution, marine zoology ( ichthyology ) and oceanography, analytical chemistry, sediments and remote sensing

    藏書中包括海洋生態學、海洋生物學、海洋地質學、水產養殖學、漁業管理、污染、海洋動物學（魚類學）和海洋學、以及分析化學、沉積學和遙感方面的書籍。
  6. The site provides information resources focusing on limnology ， lake management and freshwater benthic ecology ， as well as the domain of sustainable development of freshwater and marine eco - systems ， including knowledge of limnology, eutrophication, pollutants, lake restoration, as well as other related information

    該網站重點提供有關湖沼學、湖泊管理和淡水底層生態學以及淡水和海洋生態系統可持續發展領域的信息資源，內容包括湖沼學、富營養化、污染物、湖泊恢復的知識以及其他有關的信息。
  7. But geochemical studies have suggested that little of the riverine carbon, derived from plants, actually makes it out

    但是地球化學的研究卻顯示：河流中的碳，源自植物，實際上很少會流入海洋。
  8. " a most fundamental property of ocean chemistry, ph, is changing and will continue to change as long as co2 emissions are increasing. that is not debatable.

    "海洋化學最基本的性質酸堿度在發生變化，而且只要二氧化碳排放量增加，就會繼續變化。那無可爭辯。
  9. The phenomena under investigation are often vexingly complex, and they engage a large array of scientific disciplines : geology, geophysics, geochemistry, geobiology, physical and chemical oceanography, meteorology, atmospheric chemistry, and planetary science

    我們所調查研究的現象通常十分的復雜，因此需要眾多學科專業知識的配合：地質學、地球物理學、地球化學、地球生物學、海洋物理學與海洋化學、氣象學、大氣化學和行星科學等。
  10. Ocean science and engineering research institute will this be the work of target, has already rather had own special features at the development of the realm, for example making salt, salt chemical engineering, ocean chemical engineering and make the salt machine etc., already had accumulated a lot of research experience at the academic realm, such as seawater kinematics, oceanic chemistry and developments and using of its resources, hydrology geology of the coast, salt pan biology, water - salt system phase diagram, inorganic separation, crystallography and so on, and is utmost developing oceanic resources attains, at the same time, doing the resources circulation & reusing and reducing the environment pollution

    海洋科學與工程研究所將此作為工作的目標，在制鹽、鹽化工、海洋化工、制鹽機械等領域的開發已經頗具有自己的特色，在海水運動、海洋化學及資源開發利用、海岸帶水文地質、鹽田生物、水鹽體系相圖、無機分離、結晶等學術領域已積淀了豐厚的科研經驗，最大限度的開發海洋資源的同時做到資源循環再利用、減少環境的污染。
  11. Marine resources can be divided as 6 different types : spatial resource, fishery resource, mineral resource, chemical resource, new energy resource and tour resource. the multi - types of marine resources and overlay for their spatial distributions result in the uncertainty. this paper tries to promote srm to define the division in a digital way to solve the problem of uncertainty

    海洋資源分為海洋空間資源、海洋生物資源、海洋礦產資源、海洋化學資源、海洋新能源和海洋旅遊資源，海洋資源的多樣性及其空間分佈的復合性使得功能區往往出現出現重疊，這會使得海洋功能區劃的結果出現不確定性。
  12. This paper reviews the isolation, structure identification and bioactivitiy research of ocean natural products, 127 cembranoid diterpenes, in the past decades, providing scientific evidence for reasonable exploitation and application of oceanic organisms

    摘要綜述了近年來海洋天然產物， 127個西松烷二萜類化合物的分離、結構鑒定以及其生物活性研究進展，為海洋生物的合理開發利用提供科學依據。
  13. Inthe first the marine ecologists re - examined 32 small - scale experimentsin which researchers had altered the variety of sea life and recordedwhat happened

    首先，海洋生態學家們重新整理並分析了32項小尺度試驗的數據，在這些試驗中，研究人員首先改變海洋生物的多樣性水平，然後記錄下隨后的變化。
  14. The epd s water monitoring programme from the 1980s onward had mostly focused on physico - chemical parameters of marine water and sediment. biomonitoring had been restricted to the monitoring of sewage bacteria and phytoplankton as part of the general marine water quality monitoring. there had been no monitoring of effects of toxic pollution on marine organisms

    本署自八十年代開始實行水質監測計劃，一直以海水及沉積物的物理及化學參數為主，生物參數只限於污水細菌及浮游植物的監測，污染對海洋生物的影響並不包括在監察項目內。
  15. Marine geology is a course in which the material compositions, formation and evolution of lithosphere covered with sea water at present and the formation and distribution of mineral resources are introduced, studying the geological phenomena in the view of oceanography

    本課程主要介紹在現代海水覆蓋下巖石圈的物質組成、形成演化以及礦產形成與分佈規律，從海洋科學的角度分析與研究地質問題。
  16. This can prove the validity and practicability of the above methods and show the potential of the methods as well

    這不僅驗證了演算法的有效性及實用性，同時顯示出科學計算可視化技術在物理海洋領域的應用潛力。
  17. The main tasks for oceanographic technology development in the future are : to strengthen research into basic oceanographic science ; tackle the key technologies of marine resources exploitation and environmental protection ; promote the application of oceanographic technologies to marine industries ; improve marine resources development and service support for marine disaster prevention and reduction ; improve marine environmental protection ; and narrow the gap between china and the developed countries in oceanographic technology

    今後中國海洋科技發展的主要目標是:加強基礎科學研究，解決海洋資源開發與環境保護的關鍵技術，提高海洋科技產業化水平，增強海洋開發和減災、防災的服務保障能力，提高對海洋環境的保護能力，縮小中國海洋科技水平與發達國家的差距。
  18. So, the cloning of amphioxus masp gene is very important in the development of masp gene and the immune system, even the origin of the vertebrates

    因此，文昌魚masp基因的克隆對于研究中國海洋人學碩幾l . .學位論文功asp基因乃至免疫系統的進化來說是非常重要的，同時對研究脊椎動物的起源也具有十分重要的理論意義。
  19. The quantity of nitrate or phosphate produced during reminerlization was about 3. 45 percent of total quantity of nitrate and 4. 40 percent of total quantity of phosphate in deep water. these results can make us know the distribution and characteristics of biogenic elements in the south china sea all - around, and of

    上述研究成果更全面、深刻地認識南海生源要素地時空變化規律與特徵，對海生源要素的生物地球化學過程的認識提供了新的佐證，從而加深了對南海邊緣海與大洋海洋特徵的認識。
  20. Entering the new millennium, the ocean science community begins to establish a seafloor observatory network to explore and understand the temporal variability of ocean system including its physical, chemical, biological and geological processes

    摘要隨著新世紀的到來，海洋科學界正著手建設海底觀測系統的網路，以探測和理解大洋系統的物理、化學、生物和地質等過程。
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