degradation 中文意思是什麼

音標 [ˌdegrə'deiʃən]
degradation 解釋
n. 名詞 1. 降級；免職。
2. 退化；墮落。
3. 【地質學；地理學】（地表的）剝蝕。
4. 【化學】降解，遞降分解（作用）。
5. 【物理學】（能的）退降。

  1. It is important in the degradation of plant cell walls in living plants ( e. g. in leaf abscission )

    在生活植物體的細胞壁的降解過程中起重要的作用（如葉子脫落） 。
  2. Degradation is accelerated following leaf detachment.

    葉子脫落促進降解。
  3. Acclimatization and detachment of dominant degradation bacteria from gas - making plant ' s phenolic wastewater

    煤氣廠含酚廢水優勢降解菌的馴化和分離
  4. Acquiescence in her father's wishes had been degradation to herself.

    正是由於對父親願望的默許。她辱沒了自己。
  5. After analyzing purple soil sampled from neijiang, leshan ofsichuan provinec and yuanmou of yunnan province, the contrast results of microbe quantity feature between surface and subsurface purple soil were obtained as follows. the content of soil organic matter, total and available nitrogen, phosphorous and potassium of surface was higher than subsurface, not relating to the type of purple soil and soil utilization way. the quantity of microbe _ bacteria, actinomyces and mould in surface purple soil was higher than subsurface, which indicated that the organic matter and airy condition in surface soil was more suitable for microbes growing. there was the same tendency in profile change of microbe quantity in purple soil located in temperate _ humid climate of sichuan basin in contrast with dry _ hot climate of yuanmou, yunnan. the nutrient situation of purple soil in sichuan basin shown that state of surface was better than subsurface, while in yuanmou of yunnan the state was on the contrary due to the degradation of surface soil

    實驗室對四川內江、樂山和雲南元謀不同類型紫色土表層和亞表層微生物數量特性的比較分析表明：土壤有機質、氮磷鉀全量及其速效量均表現為表層高於亞表層，與紫色土類型和利用方式無關；三大類土壤微生物細菌、放線菌和黴菌數量均表現出表層高於亞表層，表明紫色土表層的有機質和通氣性優于亞表層，適宜於這三大類微生物生長；溫濕氣候條件下的四川盆地和乾熱氣候條件下的雲南元謀其紫色土微生物數量的剖面變化具有相同的趨勢，唯土壤營養狀況在四川盆地紫色土中表現為表層優于亞表層，而在雲南元謀紫色土中由於表層土壤的退化作用表現為亞表層優于表層的相反情況。
  6. The results showed in the paddy field the bacteria were predominated, in the dry land the proportion of fungi and actinomyces was distinctly higher than the other two kinds of soil, in the woodland abundant species of basidiomycetes were found ; the natural degradation speed was low, with the degradation the number and composition of microorganisms changed regularly ; when the c / n ratio was adjusted to 25 " ? 1, the degradation remnant ratio reduced 10. 67 % than the control

    結果表明，水田以細菌為主，旱地中真菌和放線菌數量最多，林地中有大量的高等擔子菌；秸稈自然降解較慢，土壤微生物也隨著降解的進行而呈現一定的變化規律；當調節c / n比為25 ： 1時，秸稈的腐解殘留率比對照組下降10 . 67 。 2
  7. There are several examples of a one-carbon degradation leading to aldehydes.

    有一些減少一個碳原子制備醛的實例。
  8. In stock yards ammonia is formed by biological degradation.

    在畜牧場，氨是由生物降解形成的。
  9. Daqu, a microbial product containing multiple enzymes and bacterial species, its aroma - producing substances mainly come from proteins and fat of daqu - making materials and the degradation of amylum and those substances are composed of amino acids, fatty acid, polyose and its polymers etc

    摘要大?是一種富含多酶多菌的微生態製品，大?復合曲香物質來源於制曲原料中的蛋白質、脂肪以及澱粉等的降解，其復合曲香由氨基酸、脂肪酸、多糖及其聚合物等多種物質共同構成。
  10. Fine structure of nanometer anatase titania powder and its photocatalytic activity for phenol degradation

    2粉體的精細結構及其光催化降解苯酚的活性
  11. Study on photocatalytic degradation reaction on anatase tio2 glass films. photocatalytic degradation of phenol in water under ultraviolet irradiation

    紫外燈照射下水中苯酚的光催化降解
  12. A possible pathway of aniline degradation by o3 is given

    提出了o3降解苯胺的可能途徑。
  13. The pathway of ddt degradation in soil has not been fully ascertained.

    在土壤中滴滴涕降解的途徑還沒有充分調查。
  14. The degradation or assimilation of fatty materials is often restricted because of their relative insolubility.

    脂肪物質因其溶解度低，分解作用和吸收作用常受限制。
  15. The changes in molecular weight, mass, mechanical strength, microstructure of fibers and ph value of the buffer solution with time in vitro had been studied. the study shows that degradation mechanism of pdlla / ha compound fiber was indicative of an autocatalysis process and simple noumenon hydrolysis

    通過對試樣的性能測試和形貌觀察，研究了pdlla ha復合纖維在降解過程中其分子量、重量和力學性能以及緩沖溶液ph值等一系列參數的變化規律，並探討了復合纖維的降解機理。
  16. Algae - induced photo - degradation of azo dyes in water

    藻引發水中偶氮染料的光降解
  17. Quantitative relationships between photocatalytic degradation and structure of azo dyes

    水溶性偶氮染料光催化降解性質的定量構效關系
  18. The degradation of i k b and dissociation from nf - k b complex are essential process for activation of nf - k b. there is no report about whether cck - 8 inhibits nf - k b activity through inhibiting lps - induced degradation of i k b. the present study was designed to observe the regulatory effect of cck - 8 on changes of immune functions induced by lps, the receptor mechanism and signal transduction mechanism involving mapk, stat3 and i k b at different levels including in vivo and in vitro, in order to study its immunomodulatory effect on reversing es and its molecular mechanisms

    Ikb的降解、並從w兒b復合物上解離是w4b激活的必需過程。 ccks是否通過抑制lps誘導的ikb降解，從而抑制nf幾b激活尚未見報道。本研究在整體、細胞及分子水平，觀察了ccke對lps引起的免疫功能改變的調節作用，研究了其受體機制及mapk 、 stat3和ikb的信號轉導機制，以探討cck七抗es時的免疫調節作用及其分子機制。
  19. The bacilliform cell penetrate into interior of the fibre to degrade the cellulose strongly and produced a mass of sticky polysaccharides. after cultured 48 hours, the bacilliform cell ' s surface of sporocytophaga have a great change. at this stage the bacilliform produce a lot of sticky polysaccharides. these sticky polysaccharides associated with the sites where the filter paper was decomposed intensively and form thorns on the surface of the bacillium. at the same time, the filter - paper weight loss is the greatest and decomposing rate is the fastest, so we think that the sticky polysaccharides are produced during the cellulose degradation

    培養48小時，桿狀細胞的表面結構發生很大的變化，此時的菌體表面已產生大量的粘性多糖，這些粘性多糖因菌體在纖維素表面滑動而在菌體表面形成突起，即在纖維素被旺盛降解部位的菌體表面產生了大量突起；而產生突起的菌體深入到纖維素分子內部，纖維素表面可以清晰地看到由於菌體嵌入纖維素分子內部而留下的凹陷。
  20. Grassland degradation, desertification, basification pose great threat on ecological balance. slow development of grassland husbandry cause imbalance in our agricultural structure

    草地退化、沙化、鹽堿化對生態平衡造成嚴重威脅，草地畜牧業滯后使農業結構失衡。
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