1) SOUR
比耗氧率
1.
By specific oxygen uptake rate,(SOUR) measurements of activated sludge with different metal ion concentration, the optimal stimulation concentrations of Mn 2+ ,Mo 6+ and Zn 2+ were determined.
通过测定不同浓度的金属离子对活性污泥比耗氧率的影响 ,确定了Mn2 + 、Mo6+ 和Zn2 + 的最佳促进浓度 ,并研究了在各自促进浓度范围内 3种金属离子对活性污泥内胞外聚合物 (EPS)组分 (蛋白质、糖类和核酸 )含量变化的影响 。
2) exergy consumption ratio
比耗
1.
Furthermore,validates the truth that the least exergy consume ratio is same for any reversible dehumidifying process,and from the least exergy consumption ratio,presents the thermodynamics consummating degree of the dehumi.
综合分析除湿过程中可能存在的5种能量交换方式,给出除湿过程比耗的表达式,提出回收率的概念,并根据理想除湿过程,得到除湿过程的最小比耗。
3) regenerative ratio
再生比耗
1.
Analysis of the causes resulting in overabundance of regenerative ratio cost in cation exchangers;
阳离子交换器再生比耗过大的原因分析
4) specific dissipating energy
比耗能
5) specific oxygen uptake rate
比耗氧速率
1.
The results of the test showed that: with the increasing of the concentration of DCP,the specific oxygen uptake rate(SOUR) increased and the biomass yield of sludge decreased;The separation degree of the curves reflected the relative specific degradation rate of substrate(q/q0) and the relative specific growth rate of sludge(μ/μ0) increased with the varying of the concentration of DCP;DCP.
试验结果表明:随着DCP浓度的增加,污泥比耗氧速率(SOUR)增加,污泥产率下降;相对底物比降解速率(q/q0)和相对污泥比增长速率(μ/0μ)随DCP浓度变化曲线分离程度增加;1～5mg/LDCP能有效地减少剩余污泥产量,而不影响污水处理效果;解偶联模型能有效模拟解偶联剂浓度对污泥表观产率的影响。
6) Specific oxygen utilization rate (SOUR)
比耗氧速率
参考词条
补充资料：耗耗
1.方言。老鼠。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。