1) desorption rate
解吸率
1.
Commercial-scale trial of improving desorption rate of silver and practising cycled use of barren liquor;
提高银解吸率及贫液循环使用的工业试验研究
2.
5%, which is obviously higher than using active carbon adsorbent; what's more, the desorption rate of chromium can reach 99.
5 % ,高于或相当于活性炭吸附法 ;铬 (VI)的解吸率达到 99。
3.
However,with increasing adsorbing capacity of P,the desorption rate of adsorbed P decreased gradually.
然而,随着磷吸附量的增加,吸附态磷解吸率逐渐减小,且不同类型熔渣由于化学组成不同吸附与解吸能力也不同。
2) desorption efficiency
解吸率
1.
The desorption efficiency of this process can be as high as 97 3%, gold conted in carbon after desorption is less than 100 g/t and the desorption time is reduced to 6～6 5 hours.
此种解吸方法的解吸率可达 97。
3) Desorptive efficieney
解吸效率
5) thermal desorption efficiency
热解吸效率
6) stripper efficiency
解吸塔效率
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条