This work is very useful to the application for fiber Bragg gratings in the large range of temperature, it therefore has important scientific and practical significance.
这项工作和光纤布拉格光栅在高温条件下的工程应用紧密相关，对今后研究、制作高性能光纤布拉格光栅具有一定的科学和实际的指导意义。
The regenerative indirect evaporative cooling with the positive feedback principle, can further decrease the temperature of the prime air stream and expand the useful range of available energy.
回热式间接蒸发冷却具有正反馈式工作原理，能进一步降低一次空气温度，扩大有用能的利用范围。
The regenerative indirect evaporative cooling with the positive feedback principle, can further decrease the temperature of the prime air stream and expand the useful range of available energy.
回热式间接蒸发冷却具有正反馈式工作原理，能进一步降低一次空气温度，扩大有用能的利用范围。
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