showerhead

1. Use a low-flow showerhead.
   使用小流量莲蓬头。
2. Other measures, such as installing water-saving showerhead, require a little more effort, but are even more effective.
   其它方法，比如安装节水喷头，需要多花费些精力，但会更有成效。
3. Look at the water blasting out of the showerhead!
   看，水从喷头里哗哗地流出来。
4. I have a weird showerhead that just keeps spraying everywhere.
   我那喷头有毛病，水喷得到处都是。
5. If the water goes higher than the mark, get a new showerhead.
   如果喷出的水高于之前标注的水位线的话，就换个新的花洒吧。
6. Huale Company is a factory, which is specialized in manufacturing Huale Brand shower, showerhead, sliding bar, flexible hose, faucet and shower panel, and etc.
   花乐公司主要生产花乐牌淋浴器，花洒，升降杆，软管，水龙头及淋浴屏等洁具系列产品。
7. First, measure the water consumption of your current showerhead.
   首先，测量你目前使用的花洒的用水量。
8. Yeah, sure, my showerhead is very impressed with me.
   对，我家的淋浴喷头有深刻印象。
9. The showerhead explosion didn't kill her.
   但是喷头的爆炸并不是致死原因。
10. The surface cycling reaction model on GaN growth in MOCVD process is presented. The reaction model is combined into 3D modeling of transport process in the newly designed reverse flow showerhead reactors.
    本文提出了MOCVD生长GaN的表面循环反应模型，将该反应模型应用于作者新近提出的反向流动垂直喷淋式反应器，进行三维数值模拟。
11. Design and Simulation of Reverse-flow Showerhead MOCVD Reactors
    反向流动垂直喷淋式MOCVD反应器设计与数值模拟
12. The meaningful achievements are listed as follows: 1. The showerhead gap position significantly affects the growth rate of the GaN films.
    获得了如下有意义的研究成果：1、喷淋头的高度显著影响了GaN薄膜的生长速率。
13. Measuring the thickness of the different GaN films, the result shows that, the higher showerhead gap position height, the thinner the thickness of the films.
    通过对不同GaN薄膜样品厚度的测量，对比发现，喷淋头高度越高生长出的样品厚度越薄。
14. To reduce the height of the showerhead gap position, the growth rate can be improved. 2.
    降低喷淋头的高度，可以提高样品的生长速率。
15. The properties of GaN epilayers were characterized by atomic force microscopy ( AFM), X-ray diffraction ( XRD) and White-Light Interferometry. The effect reason of showerhead gap position on the growth rate and quality of GaN epitaxial films was analyzed.
    利用原子力显微镜（AFM）、X射线衍射（XRD）及白光干涉等表征测试手段对所有GaN样品进行了表征，分析了喷淋头高度影响GaN薄膜生长速率以及质量等指标的原因。

noun

1. a perforated nozzle that showers water on a bather