carbon assimilation 中文意思是什麼

carbon assimilation 解釋
碳素同化作用
  • carbon : n. 1. 【化學】碳。2. 【電學】碳精棒[片、粉]；碳精電極。3. （一張）復寫紙。4. 復寫的副本。
  • assimilation : n. 1. 吸收（作用）。2. 同化（作用）。
  1. A study on the photosynthesis carbon assimilation enzyme activities of flag leaf in the morning and at the dusk in 3 wheat genotypes

    早晚弱光下不同基因型小麥光合碳同化酶活性差異的研究
  2. One hypothesis advanced to explain the first type of sensing mechanis involves differential carbon assimilation patterns of mesophyll cells on either side of major veins due to microtopographical shading effects

    由於主脈兩側葉肉細胞的蔭影效應，導致了碳同化的差異，這個假設可以解釋前面的第一種類型的感受機制。
  3. The photosynthetic carbon assimilation ability of c. smyrnioides was lower than that of a. sylvestris under natural environment

    野外自然條件下，明黨參光合碳鬧定能力遠低於峨參。
  4. Based on the research of photosynthetic carbon assimilation in natural habitat, the physiecological features of net photosynthesis ( pn ) and growth of changium smyrnioides wolff and anthriscus sylvestri ( l. ) hoffm were measured under controlled soil water status ( saturation status ( ss ), moderate status ( aw50 ) and dry status ( aw20 ) ), the difference of photosynthesis and transpiration to environmental factors and the adaptation to environmental fluctuation compared, to analyze the mechanism of c. smyrnioides to be endangered

    本文在對野外自然條件下瀕危植物明黨參（ changiumsmyrnioideswolff ）和非瀕危植物峨參光合碳固定能力測定的基礎上，研究了在控制土壤水分條件下明黨參、峨參和另外一種瀕危植物川明參（ chuanminshenviolaceum ）的光合和生長特點，比較它們的光合、蒸騰等對光照、溫度等環境因子響應及對環境變化適應能力的差異，分析了明黨參瀕危的原因和機理。
  5. Studies on the distribution of carbon assimilation in different apricot varieties during flower bud differentiation

    杏花芽分化後期碳素同化物的分配
  6. Terrestrial plants are classified into three major photosynthetic types, namely, c3, c4 and crassulacean acid metabolism ( cam ) plants, according to the mechanism of their photosynthetic carbon assimilation. c4 plants have co2 concentrating mechanism and higher photosynthetic efficiency than c3 plants, especially under high light intensity, high temperature, high oxygen partial pressure and drought conditions

    本研究利用c _ 3植物、 c _ 4植物、旱稻與稗草等的雜交後代的材料，進行光合速率的測定，進一步分析植株在光能吸收傳遞、氣孔調節、羧化反應等生理特性，研究高光效的生理機制。
  7. The studies on the biogeochemistry of carbon and nitrogen, carbon and nitrogen cycle in forest ecosystems, or photosynthates supply for nitrogen assimilation and metabolism of plant indicated that carbon and nitrogen could influence each other

    不論探討碳與氮之生物地質化學，或森林生態系碳與氮養分循環，甚至整株植物產生光合產物供給氮同化與代謝所需，都顯示碳與氮彼此能相互影響。
  8. Effect of drought on distribution of carbon assimilation in different genotypes of spring wheat

    乾旱對不同基因型春小麥碳同化物分配的影響
  9. 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。
  10. " for his research on the carbon dioxide assimilation in plants

    研究了植物對二氧化碳的吸收，以及光合作用
  11. In this article, we would explore the carbon - nitrogen interactions in terms of distributions carbon and nitrogen reservoirs of tissues, the effects of carbohydrates on nitrogen uptake, and the effects between assimilation and metabolism of carbon and nitrogen

    本文將就植物體內碳氮儲藏庫于各個器官間之分配情形、碳水化合物對氮吸收之影響，以及碳與氮同化與代謝之相互影響等方面，探討碳與氮之交互作用。
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