跷跷板效应

跷跷板效应有望显现炒房资金会流入股市吗？

Seesaw effect is expected to show Real funds will flow into the stock market ?

从流体出口温度计算公式和建模过程中的简化假设两个方面进行分析，指出跷跷板效应的产生原因，给出避免跷跷板效应的判定条件，并指明其物理含义。

The computing formula of fluid outlet temperature and modeling hypothesis were analyzed to point out the cause of seesaw effect , and then the criterion to avoid it was given .

管式换热器动态数学模型的跷跷板效应分析

Study of Seesaw Effect for Dynamic Model of Tubular Exchanger

动态凝血时间与溶血率和血小板消耗率之间具有跷跷板效应，因而可等效地用动态凝血时间评价生物碳素材料的血液相容性。

There was " seesaw effect " between kinetic clotting time and hemolysis or platelet consumption , hence the hemocompatibility of carbonaceous biomaterials could be equivalently evaluated by using kinetic clotting time as an index .

跷跷板效应使管式换热器动态数学模型的流体出口温度动态扰动曲线出现错误，与实际设备的变化趋势相反。

Seesaw effect leads to the false dynamic trend for tubular exchanger real-time model . Compared with the character of real exchanger device , the dynamic curve of fluid outlet temperature is reverse when the inlet temperature of fluid changes in step .

引入移动边界积分的莱布尼兹公式建立了边界可移动控制体的守恒方程，解决了以往在蒸汽发生器（SG）仿真过程中跷跷板（See-Saw）效应的影响。

The conservation equations of moving boundary control volume are established by introducing Leibnitz formula of moving boundary integration in this paper , influence of see-saw effect in steam generator simulation is eliminated simultaneously .