在吸收塔进口和出口形成的凝结水通过相应的疏水管道导回吸收塔内。
The condensate, which may form in the inlet and outlet of the absorber are led back into the absorber by corresponding piping.
很快便会死亡，然后指挥回慢慢的吸收它。
我们不考虑诸如由化学反应，微粒回降，冲洗以及植被吸收等引起的复杂因素。
We exclude the complication such as those brought about by chemical reactions, fallout, washout, and absorption by vegetation.
总失效吸收能与循环滞回能的关系和循环滞回能的循环变化性质有关。
The relationship between the total absorption energy and the cyclic hysteresis energy is affected by the cyclic variation in cyclic hysteresis energy.
回热器是热机系统的热声源，从外热源吸收热能补偿热机系统的能量耗散，维持系统的热声振荡。
The stack is thermoacoustic source of thermoacoustic engine. It absorbs heat energy from outside heat source to compensate for heat loss of the thermoacoustic engine and keep the engine oscillate.
探讨了纤维回用对纸浆液体吸收性能的影响。
Effect of fiber recycling on liquid absorption property of wood pulp was investigated.
总失效吸收能与循环滞回能的关系和循环滞回能的循环变化性质有关。
With cyclic hysteresis energy vs lifetime and total absorption energy vs lifetime relationships in fatigue failure process dete…
总失效吸收能与循环滞回能的关系和循环滞回能的循环变化性质有关。
With cyclic hysteresis energy vs lifetime and total absorption energy vs lifetime relationships in fatigue failure process determined...
总失效吸收能与循环滞回能的关系和循环滞回能的循环变化性质有关。
With cyclic hysteresis energy vs lifetime and total absorption energy vs lifetime relationships in fatigue failure...
总失效吸收能与循环滞回能的关系和循环滞回能的循环变化性质有关。
With cyclic hysteresis energy vs lifetime and total absorption energy vs lifetime relationships in fatigue failure process determined theoretically and experimenta…
利用污水生化处理过程中产生的碱度化学吸收二氧化硫，是烟道气脱硫和污水回用的新思路。
It is a new way of FGD and wastewater reuse to absorb so 2 by the alkalinity produced in the process of wastewater biochemical treatment.
纤维回用对化学热磨机械浆液体吸收性能的影响较小，即使经过五次回用，其表观动态接触角和液体吸收时间的变化也较小。
The effect of fiber recycling on the apparent dynamic contact angle and liquid absorption time of chemimechanical pulp changed little even after 5 times fiber recycling.
结果表明，基础隔震模型隔震效果明显，隔震层滞回变形能有效吸收地震动输入能量，减小模型结构的塑性变形和累积损伤。
The results show that the rubber isolated bearing is very effective in reducing the seismic response and dissipating the input energy of the superstructure.
结果表明，基础隔震模型隔震效果明显，隔震层滞回变形能有效吸收地震动输入能量，减小模型结构的塑性变形和累积损伤。
The results show that the rubber isolated bearing is very effective in reducing the seismic response and dissipating the input energy of the superstructure.
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