1) Water window
水窗
1.
The experimental studies of Ni-like Ta x-ray laser at near “water window" on Shenguang Ⅱ laser facility were reported.
在神光II激光装置上进行了类镍钽近水窗x射线激光实验研究 。
2.
Calculation and measurement using synchrotron radiation source indicated that the transmission efficiency of X-ray in "water window" through capillaries can be higher by a factor of 5 than that of X-ray with energy higher than "water window" .
测量了弯曲导管对“水窗”波段及其附近的X光响应,圆弧弯曲导管束对X光在“水窗”段有较大传输效率,而对“水窗”之外的高能X光响应较小,研究表明,X光在“水窗”段的响应,可以是在“水窗”之外的高能X光的响应的5倍,这种弯导管有可能用于同步辐射中,“过滤”掉白光高能部分,而直接输出较强的“水窗”段X光。
3.
Calculation and measurement using synchrotron source indicated that the transmission efficiency of X ray in “water window” through capillaries can be higher (about 4 times) than that of the one with energy higher than “water window”.
通过弯曲导管对“水窗”波段及其高能端附近X光响应的计算及测量 ,表明圆弧弯曲导管束能够对X光在“水窗”段有较大传输响应 ,而对“水窗”之外的高能X光响应较小 。
2) water window wave band
水窗波段
3) window of receiving water
进水窗口
1.
This work puts forward the concept of velocity for averting ice through the window of receiving water according to the designing requirements.
针对我国东北地区地表水水源的水文特征及取水构筑物在运行时存在的问题 ,全面系统地分析了哈尔滨市各取水构筑物的取水状况 ,从工程设计的角度 ,提出了取水窗口防冰流速的概念 ,对取水构筑物进水窗口的进水流速进行优化 ,经过论证 ,得出取水构筑物进水窗口上缘的设计标高距河流最小水位不小于0 3m和进水流速不得大于 0 2 5m/s的结论 ,并通过对实例的技术经济分析得到了进一步的论
4) Side window leak
侧窗漏水
5) underwater window,
水下"窗口"
6) check throat
窗槛止水槽
补充资料：水窗
1.亦作"水牕"。 2.临水的窗户。 3.涵洞。堤防出水的孔。
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