1) effective hydrogen capacity
有效吸氢量
1.
5 the smaller the alloy′s effective hydrogen capacity becomes when Ti/(Cr+Fe) is fixed at 1.
5 ,合金有效吸氢量越小,放氢平台压随Fe含量增多而升高。
2) effective hydrogen desorption capacity
有效放氢量
1.
It is found that with the increase of Ti/Cr ratio, both of the lattice constant and the unit cell reduce, which results in the enhancement of effective hydrogen desorption capacity (Ce) and the decrease of hysteresis of the PCT plateau.
结果表明:随Ti/Cr比值的减小,合金的晶格常数和晶胞体积减小,这虽然导致合金的最大吸氢量降低,但是合金的有效放氢量增大,且合金PCT曲线的滞后系数降低。
2.
38Ti-30V-18Mn-14Cr alloy had good maximum hydrogen absorption capacity,but its hydrogen desorption plateau pressure was too low,and its effective hydrogen desorption capacity was unsatisfactory.
38Ti-30V-18Mn-14Cr合金具有比较大的吸氢量,但是其放氢平台太低,尤其是有效放氢量太少。
3) amount of hydrogen storage
有效贮氢量
4) effective absorbed light dose
有效吸收剂量
1.
To set the effective absorbed light dose, light fluence rate in the point must be measured.
而确定PDT中光的有效吸收剂量时 ,需测定组织中考察点的光辐射能流率。
5) effective adsorption capacity
有效吸附容量
6) hydrogen storage capacity
吸氢量
1.
On the analysis of the relations between the enthalpy of formation, entropy, hydrogen storage capacity and component, bound parameters of Mg(2-x)MxNi (M=Ti, Ag, Al ) alloys, a model related to the enthalpy of formation, entropy, hydrogen storage capacity were presented.
通过对Mg(2-x)MxNi(M=Ti,Ag,Al)储氢合金材料的焓变、熵变、吸氢量与组成和键参数之间关系的分析,建立了焓变、熵变和吸氢量的半经验数学模型,得出影响焓变、熵变、平衡氢压和吸氢量的主要因素及其显著性的大小。
补充资料：半数有效量
分子式：
CAS号：
性质：能使50%的个体产生阳性效果的剂量。
CAS号：
性质：能使50%的个体产生阳性效果的剂量。
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