1.
Analysis on the Viarations of Formaldehyde Background Concentration in the Climate Chamber
气候舱内空气中甲醛本底浓度变化规律探析
2.
Variation Characteristics of Background Concentration of Inhaled Particle Matter in Atmosphere over Akedala
阿克达拉可吸入颗粒物本底浓度变化特征
3.
Discussion on definition of background value in studies on marine environmental quality assessment and marine environmental capacity in bays
海湾环境质量评价以及环境容量研究中“本底浓度”确定的探讨
4.
Characteristics of Atmospheric CH_4 Concentration Variations at Four National Baseline Observatories in China
中国4个国家级野外站大气CH_4本底浓度变化特征
5.
Impacts of Air Parcel Transport on the Concentrations of Trace Gases at Regional Background Stations
输送对区域本底站痕量气体浓度的影响
6.
Substrates may accumulate intracellularly against a concentration gradient.
底物可以逆浓度梯度而积聚于细胞内。
7.
Effect of acetate concentration on production of acetic acid by acetic acid bacteria
底酸(乙酸)浓度对醋酸菌产酸量的影响
8.
The entrance concentration has no effect on the efficiency of hydrocyclone, but the underflow concentration escalates along with the augment of entrance concentration.
入口浓度不影响旋流器的分离效率，但底流浓度随入口浓度的增大而增大。
9.
Soil enzyme activity was mostly affected by substrate concentration.
土壤酶活性主要受底物浓度变化的影响。
10.
Regulation of Low Dose Ouabain on Guinea Pig s Basilar Artery under Hypoxia;
低浓度哇巴因对缺氧豚鼠基底动脉的调节作用
11.
Effect of Hexanol Concentration on the Hexanol-degradation by Geotrichum sp.
底物浓度对地霉属降解正己醇能力的影响
12.
Comparisons of measurements of contaminant concentration in landfill bottom soils with theoretical solutions
填埋场底土污染物浓度实测值和理论解的比较
13.
Research on Particle Concentration Fluctuation in the Bottom Zone of a Plant Circulating Fluidized Bed
大型循环流化床底部区域颗粒浓度波动研究
14.
Effects of Substrate Concentrations on Corresponding Digestive Enzymes Acitivities in Channa asiatica
底物浓度对月鳢主要消化酶活性的影响
15.
The concentration values of the simulations were basically in agreement with the experimentally measured results of welding aerosol concentration.
通过焊接气溶胶浓度现场实测,模拟值与其浓度分布基本吻合。
16.
Only diffusion under a concentration gradient is considered in this chapter.
本章仅讨论由浓度梯度引起的质量扩散。
17.
The concentration of S-P in bottom layer showed higher but was no variation along vertical direction.
水体可溶性磷浓度以底层较高,但无显著的层次变化。
18.
Effect of Total Solids Concentration on Heavy Metals Bioleaching from Contaminated Sediment
固体浓度对污染底泥中重金属生物沥浸去除效果的影响