biomass resource 中文意思是什麼

biomass resource 解釋
生物質資源
  • biomass : n. 【生態】生物量〈某一地域或單位面積內存在的生物的總量〉。
  • resource : n. 1. 〈pl. 〉資源;物力,財力。2. 方法,手段;機智,智謀,才略。3. 消遣,娛樂。adj. -ful ,-fully adv.
  1. Then, we analyses the actuality of biomass structur in our county. it is very important significance for the improvement and the quality of environment of our rural by using biomass resource

    同時論文還通過對我國生物質資源結構現狀的分析,闡明了開發利用生物質資源對我國農村發展和環境質量改善具有的重大意義。
  2. When the conglomeration becomes serious, it will threaten the steady, safe, and long - term operation of the overall system. on the basis of the technology of purification of hot gas of biomass gasification and biomass utilization technology, this thesis focused attention on the experimental and applied research biomass tar catalytic pyrolysis aimed to the characteristics of biomass resource in china

    本文在綜述國內外有關生物質焦油脫除的基礎上,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生物質焦油催化裂解技術進行了詳細的試驗及應用研究。
  3. As an important energy resource, advanced biomass utilization technology and idea had already been developed in country comprehensive stratagem of japan

    摘要生物質不僅可以作為物質資源,更重要的是可以作為能源。
  4. The results indicated that as the intensity of sward cleavage increased, elymus nutans and other plants that had high requirements in soil aeration and resource space presented an increased competitive edge and the species that had low requirements in soil aeration and resource space presented an opposite picture ; low - intensity sward cleavage could help increase species diversity to a certain extent, but the diversity index appeared to decline as a whole as the cleavage intensity increased ; the effects of sward cleavage on functional groups of the vegetations showed in such manner as e. nutans - represented grasses increased in their composition with the intensity of sward cleavage raised, and sedges and forbs decreased in their compositions with the intensity of sward cleavage raised ; sward cleavage showed a significant improving effect on primary productivity of the meadows and was capable of increasing the proportion of quality - grass biomass to the total plant biomass ; sward cleavage could be independently employed as an effective measure to rehabilitate and improve alpine - meadow grasslands and thus played a basic and key role in the technical combination aiming at establishing hay fields characterized by e. nutans

    結果表明:垂穗披堿草等對土壤通透性和資源空間要求較高的物種,競爭力隨劃破強度的增加而上升,而對土壤通透性和資源空間要求相對較低的物種則相反;輕度劃破干擾對提高物種豐富度具有一定的促進作用,但多樣性指數則總體上表現為隨劃破強度的增加而呈下降的趨勢;劃破干擾對植被功能群的影響表現為以垂穗披堿草為代表的禾草類組分隨干擾強度的增加而顯著上升,莎草類和雜類草組分隨干擾強度的增加而顯著下降;劃破干擾對草地初級生產力的提升具有顯著的促進作用,且可顯著增加植物總量中優質牧草的比重;劃破干擾可獨立作為高寒草甸類草地恢復與改良的有效措施,在定向培育垂穗披堿草型割草場的技術組合中具有核心和基礎性的地位。
  5. Waste is considered to be a resource and most of the city ' s waste will be recycled and organic waste will be used as biomass for energy production

    未來的生態城裡,廢棄物被當作一種資源,城市的大部分廢棄物將被回收,而且有機廢棄物將被用作生物質能以產生能源。
  6. By killing many of the fatter salmon, carrying the nutrient - loaded fish to the forest, and abandoning the carcass with most of the biomass remaining, bears make a tremendous amount of food and nutrients available to streamside plants and animals that would not otherwise have access to this resource

    然而,藉著殺死肥美鮭魚、將這些負載養份的魚帶進森林,並拋棄仍含有許多有機物的鮭魚屍體,熊提供了大量的食物及養份給溪岸的動、植物,否則?們沒有其他的途徑可以取得這些資源。
  7. Based on the analyses on the present situation of the energy and the biomass energy in china today, this paper points out the necessity and probability of developing the biomass energy strongly in china when the energy resource in short supply and environment pollution becomes the important problem restricting chinese development

    基於對我國能源現狀和生物質能的分析,提出在能源緊缺和環境污染成為制約我國發展的重要問題的時候,我國大力發展生物質能的必要性與可能性。
  8. A. sylvestri allocated more resource to leaf and stem, the average ratio of leaf biomass in february, march and april was 49 %, which could fix more matter via photosynthesis. c. smyrnioides allocated more resource to root, so the resource to aboveground was relatively small, the ratio was only 26 %, and the carbon assimilation via photosynthesis was weak

    峨參將更多的物質分配到了葉和莖, 2 、 3和4月葉片生物量比率平均為49 ,可光合生產更多的物質;而明黨參則將相對多的物質分配到了根部,分配到地上部分的物質較少,僅為26 ,光合碳固定能力較弱。
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