bioenergy 中文意思是什麼

bioenergy 解釋
生物能
  1. On the basis of summarizing the present researches and applications on bioenergy utilization technologies, this thesis focuses attention on experimental and applied research on biomass gasification technology. as a key thermochemical conversion technology, the novel pyrolysis technology in this thesis can produce mcv fuel gas, which undoubtedly keeps harmony with the status quo of rural economy and characteristics of biomass resources in china

    本文在綜述國內外有關生物質能源化利用技術(主要是熱化學轉換中的氣化工藝)的基礎上,圍繞生物質熱解氣化集中供氣系統的攻關項目,針對我國農村經濟發展現狀及生物質資源特點,對適合我國農村應用的熱解制取中熱值可燃氣技術進行了詳細的試驗及應用研究。
  2. Suggestions on the bioenergy research, such as increasing biomass resources, improving biomass processing techniques and energy transfer efficiency, are recommended

    建議以擴大資源總量、提升能源轉換的加工技術水平和能源利用效率等為重點。
  3. Lin gan warns that china ' s drive towards bioenergy should not overlook the poor

    甘霖表示中國開發生物能源不應忽視貧困弱勢群體的需求。
  4. China is increasingly looking to bioenergy to meet the needs of its growing economy. but its energy strategy should not overlook the poor

    中國正期待開發生物能源來滿足經濟發展對能源的需求。但是,中國的能源政策不應忽視貧困弱勢群體。
  5. With the development of the computer and the constantly expanding of it ' s applied domain, symbol computation present gradually powerful bioenergy. in this paper, using the computer algebra as the tool and the differential algebra as the background, we discuss the theory of " ac = bd " and the differential characteristic method and their application in the differential equations

    隨著計算機的發展和應用領域的不斷擴大,符號計算在數學領域中體現出了日益強大的生命力,本文就是以計算機代數為工具,微分代數為理論背景,討論了「 ac = bd 」理論及微分特徵列法的相關理論問題以及它們在微分方程組中的應用。
  6. In this paper, the present situation and development trend of bioenergy world wide are briefly introduced and the biomass production potential of china in recent years and long terms is estimated

    摘要本文介紹了國內外生物質能發展的現狀與趨勢,概述了我國生物質能源近期和遠期的潛力。
  7. Nowadays, bioenergy is a mature technology which, in its several facets using modern biomass or conversion systems, provides a significantly greater contribution towards the state primary energy supply than do all the existing and planned wind and solar projects together

    目前,全球生物質能轉換技術已經相當成熟,在轉換過程的各個方面都應用了先進的生物質能轉換系統。在我國的一次能源供給中,生物質能供給量超過了現有和正在計劃的風能和太陽能供給量。
  8. On the one hand, the performance criterion like gas production rate, tar content and operation mode has reached the commercialization level presently. on the other hand, studies on gas clarification and tar cracking technologies have been performed to optimize its technological and economic performance further. first of all, after a brief introduction to the concept of bioenergy and the common technologies adopted for its utilization, a review of current researches and developments of biomass gasification technologies is given

    通過中試試驗研究,改進了該技術在產氣速率、焦油含量、運行模式等方面的性能指標,使之達到了可商業化水平;同時,結合集中供氣示範工程的設計,在完善焦油取樣測量技術的基礎上,開展了燃氣凈化和焦油催化裂解技術研究,進一步提高了該技術的技術經濟性能,為今後使該技術應用於氣化發電奠定了良好基礎。
  9. It is point out that study on the high - technology concerning bioenergy is key links in china

    指出研發高新技術是我國生物質能發展的關鍵。
  10. The potential for bioenergy in china is significant, moreover with the introduction of more efficient technologies

    我國生物質能儲存潛力顯著,如果引入更有效率的轉換技術,則生物質能的供給潛力更大。
  11. And the “ image ” of biomass and bioenergy is generally much poorer than wind and solar in the public mind due to a lack of understanding of the technology and production

    由於缺乏對應有的技術和產品的理解,公眾對生物質和生物質能的認識遠遠少於對風能和太陽能的認識。
  12. Bioenergy is the energy from the reaction of organic carbon material with oxygen. the organic material derived from plants and animals is also referred to as biomass

    生物質能是一種含碳有機物與氧氣反應所產生的能源,那些來自植物或是動物的有機物通常也被稱為生物質。
  13. Bokanga also called for the establishment of ' bioenergy scientific units ' in african countries conducting biofuels research, with experts available to advise governments on improving production efficiency

    Bokanga還呼籲在從事生物燃料研究的非洲國家建立「生物能源科學聯盟」 ,依靠這些專家來建議政府改進生產效率。
  14. However, the prices of bioenergy are not yet attractive when compared to conventional market prices, besides the existing barriers related to all aspects including technology, market, finance, and current legislation

    然而,與常規能源相比,生物質能的價格仍不具備吸引力,這與現存的各種障礙有關,這些障礙覆蓋技術、市場、金融和立法等各個方面。
  15. This paper analyzes worthing methodologies, externalities - based decisions and policy mechanisms to guide governments, planners, decision - makers and managers in the correct evaluation of bioenergy use and production faced to other alternatives

    本文首先分析了有價值的技術、引入外部性的市場決定以及政策機制,用以幫助政府、政策制定者、市場策劃者和經營者對生物質能及其產品做出正確的衡量和判斷,以便和其他可再生能源相競爭。
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