English translation for "浓度差"
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- concentration difference
concentration gradient
differential concentration
Related Translations:
铀浓度: uranium concentration 初始浓度: initial concentration of dust 允许浓度: allowable concentration 浓度控制器: consistency controller 药液浓度: concentration of chemicalliquor strength 中浓度: medium concentration 浓度障碍: concentration obstacle 大气浓度: atmo heric concentrationatmosphere concentrationatmospheric concentration
- Example Sentences:
| 1. | At last , the influences of the rate of energy storage , solution concentration differences and the temperature of cooling water to economic indicators are discussed
另外，本文还详细计算了蓄冷率、溶液浓度差和冷却水温度对潜能储存系统各项经济指标的影响情况。 | | 2. | The relationships between the energy storage density , cop , the rate of crystallization and the solution concentration difference , the temperature of cooling water are also discussed in the paper
此外还分析了系统蓄能密度、 cop及结晶率随溶液浓度差和冷却水温度的变化情况。 | | 3. | Program of the model was built and having a mathematical simulation . and perfoimed a detailed analysis of the simulation result of the important characterize parameter , the height of advance , the height of the absorption ' s liquor face , and the difference of the libr density
对气泡泵的主要的特性参数，直径，提升高度，吸收器液面设计高度，制冷量，浓度差的相互关系，在文中进行了详尽的数值仿真计算，并对仿真结果进行了理论分析。 | | 4. | The exchange rates of no3 - n at the sediment - water interface were mainly controlled by the difference of the concentrations between the pore water and the overlying water . may be the nitrification or the denitrification and the degradation of organic matter were the key processes during the exchange of din and the processes were controlled by the temperature and the do . 3
扩散过程可能是控制no3一n界面交换速率的主要过程之一，浓度差的大小决定了其速率快慢;而发生在界面上的有机物的降解和硝化或反硝化作用可能是控制n岛一n 、 n仇一和nh4一界面交换的主要过程，温度和do浓度是控制这一交换过程速率的主要因子。 | | 5. | Many academicians researched their formation and accumulation mechanism and put forward manifold mechanisms , including the special mechanism of minority liquid molecular controlling the accumulation of lens reservoir by unknown gravitation , difference between liquid pressure compelling hydrocarbon to accumulate firstly in the lens reservoir , along cranny in the case of hydrocarbon replacing pore water in the lenticular body under capillary pressure , difference breakthrough employing hydrocarbon entering lens reservoir and so on
国内外学者提出了多种成藏机制，包括未知重力运动机制作用下，少数流体分子的个别特性控制透镜状砂岩油藏聚集；毛细管力作用下油气替换透镜体中的孔隙水；烃浓度差是油气向砂体运移的主要动力；流体压力差使油气首先沿着裂隙向砂岩透镜体中运移、聚集而成藏；差异突破作用使砂岩透镜体成藏等。 |
- Similar Words：
- "浓度测定" English translation, "浓度测量" English translation, "浓度测试器" English translation, "浓度测验仪" English translation, "浓度层次" English translation, "浓度场" English translation, "浓度常数" English translation, "浓度超电压" English translation, "浓度超压" English translation, "浓度传送器" English translation
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