flux rates 中文意思是什麼

flux rates 解釋
流通率
  • flux : n 1 流,流出;流動。2 漲潮。3 不斷的變動,波動。4 【物理學】流量,通量,電通量,磁通量。5 熔解,...
  • rates : 地方稅
  1. As the time in the first coagulation bath increases, the water flux decreases and the clearance rates of urea and creatintine both first increase, then decrease and increase a little at last

    隨著在第一凝固浴中停留的時間越長,膜的水通量越低,肌肝和尿素的去除率均是先升高後下降然後稍有上升的趨勢。
  2. As the temperature increases, the water flux first decreases evidently, then increases slightly and the clearance rates of low - molecular weight substances first increase, then decrease shaply

    隨著鑄膜液溫度的上升,水通量先是明顯下降,然後略有上升。膜對低分子物質的去除率先是增加,然後急劇下降。
  3. As the temperature of the second coagulation bath increases, the water flux increases and the clearance rates of urea and creatintine first increase then decrease and increase a little at last

    隨著第二凝固浴溫度的上升,水通量一直上升,肌肝和尿素的去除率先是上升,然後下降,最後又有略微上升的趨勢。
  4. As the dmso concentration ( wt / wt ) in the second coagulation bam increases, the water flux and the clearance rates of urea and creatintine first decrease men keep in a relatively low level and increase at last

    隨著第二凝固浴dmso濃度( wt / wt )的增加,水通量和肌肝、尿素去除率均是先下降,然後保持在較低的水平,最後又呈上升的趨勢。
  5. As the concentration of pes solution increases, the pure water flux decreases and the clearance rates of low - molecular weight substances such as urea and creatintine first increase, then decrease, and increase slightly at last

    隨著鑄膜液濃度的上升,水通量呈現總體下降的趨勢;膜對低分子物質的去除率先上升,然後下降,隨后又略有上升。
  6. As the pre - evaporation time increases, the water flux first decreases then increase, at the 23rd second it reaches the minimum value ; the clearance rates of urea and creatintine increase first then decrease and increase a little at last

    隨著預蒸發時間的延長,水通量先減小后增大,在235時有一最小值;肌肝和尿素去除率均是先升高而後降低然後再稍為升高的趨勢。
  7. Existing calibration models, proposed by walling, zhang, yang and zhou, have been compared and evaluated. the results show that there are differences among these establishment hypotheses and ways, especially considering the temporal pattern of the 137cs deposition flux. however, the deviation among them can be neglected when they have been used to estimate rates of soil loss

    分析表明,盡管walling模型、張信寶模型、楊浩模型以及周維芝模型在建立的方法上存在一定程度的差異,但是各個模型表徵的土壤侵蝕速率與土壤剖面中~ ( 137 ) cs損失率的關系基本一致。
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