The thermal performance of the solar pond decreases with increasing the bottom reflectivity when the water turbidity is constant.
模拟计算表明，浊度一定时，热性能总是随着池底反射率的增大而降低。
The critical bottom reflectivity of representative solar ponds was obtained through numerical simulation, which is useful for research and design of solar ponds.
通过模拟计算得出了典型情况下的临界池底反射率，在太阳池的实际研究和设计中可供参考。
On the other hand, when the bottom reflectivity is near the critical value, the variation of the turbidity has little effect on the thermal performance of the pond.
当池底反射率在临界值附近时，浊度的变化对太阳池热性能的影响很小。
The effects of DBR reflectivity and well Numbers on threshold current and output power of bottom-emitting VCSELs were analyzed to design an optimal device structure.
分析了腔镜反射率、量子阱数等参数对阈值电流、输出光功率的影响，并根据理论计算对器件参数进行了优化设计。
One and two dimensional numerical simulations for the transient performance of the solar pond were conducted. Effects of the turbidity and reflectivity at the pond bottom were studied.
完成了太阳池瞬态行为的一维和二维的数值模拟工作，分析了浊度和池底反射率等因素的影响。
One and two dimensional numerical simulations for the transient performance of the solar pond were conducted. Effects of the turbidity and reflectivity at the pond bottom were studied.
完成了太阳池瞬态行为的一维和二维的数值模拟工作，分析了浊度和池底反射率等因素的影响。
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