1) quality equilibrium
质平衡
1.
Derived from the principle of quality equilibrium, the paper presents equations of the purified air to express the dynamic distribution for atmosphere in the closed-in compartments.
从质平衡角度出发 ,推导出适用于多个密闭空间大气净化系统的微分方程 ,以此来描述各舱室空间内组份的动态变化情况 ,再借助计算机编程 ,求解各舱室被控组份气体的浓度变化趋势及稳态下浓度值 ,从而进一步评价系统的性能。
2) mass balance
质量平衡
1.
Mass balance of plagioclase dissolution and impact on reservoir quality.;
长石溶解质量平衡对储集层质量的影响
2.
Application of counter mass balance principle in the design of robot manipulator;
质量平衡原理在机械臂设计中的应用
3.
PCDD/F distributions in a two-stage reciprocating grate municipal solid waste(MSW) incinerator under two kinds of operating conditions were investigated by sampling the ashes,flue gases and bottom ashes at different positions,and the mass balance was calculated.
基于一机械炉排式垃圾焚烧炉,调查了2种工况条件下二噁英(PCDD/F)在烟气、飞灰和底灰中的分布,并且计算了PCDD/F的质量平衡。
3) water quality balance
水质平衡
1.
Based on analyses of water quantity and water quality balance for Baiyangdian Lake,a water quality model was established for the computation of water environmental carrying capacity.
通过对白洋淀水量、水质平衡分析,建立水质模型,对水环境承载能力进行计算,提出白洋淀水环境保护措施:加强污水灌溉和土地处理系统工程建设;建立湿地利用和污水净化工程;采取合理的水产养殖和水质控制技术措施。
4) mass balance
物质平衡
1.
Statistics and analysis on the mass balance of Glacier No.1 at the headwaters of the Urumqi River in the Tianshan Mountains;
天山乌一号冰川物质平衡特征的统计分析
2.
Design of a recirculating aquaculture system based on mass balance
基于物质平衡的循环水养殖系统设计
5) mass-heat balance
质能平衡
6) material balance
物质平衡
1.
Single well production prediction was calculated by material balance with compensation;
用具有补给的物质平衡模型确定单井稳产水平
2.
Research on material balance of N and P in cage culture——Take example for cage culture in Yaling Bay, Guangdong;
网箱养殖N、P物质平衡研究——以广东省哑铃湾网箱养殖研究为例
3.
New deriving method for general expression of material balance equation of gas reservoirs with high sulfur content;
高含硫气藏物质平衡方程通式的新推导
补充资料：电解质平衡失调
电解质平衡失调
electrolyte dysequilibrium
人体体液中电解质浓度和总量过多、过少，失去正常比例的状态。发生的原因主要为电解质摄入过多或不足，丧失过多或潴留。多见于呕吐、腹泻、少食、大汗、外伤、灼伤、手术、休克、高热、多尿、尿少、尿闭、水肿等情况。也可由于治疗不当或调节失常引起。常见的有钠、钾、钙、镁、氯、碳酸氢根、磷酸根等离子的代谢紊乱，伴有体液中浓度的改变和酸碱平衡失调等变化。可影响神经、肌肉、心、肾、胃肠、内分泌腺等全身的生理功能。
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