1) wide-angle X-ray diffraction
广角X射线衍射仪
2) wide-angle
广角
1.
Generalized screen propagators (GSP) can be considered to be super-wide-angle one-way propagators with implementation in dual domains,which neglect reverberations between heterogeneities but correctly handle the forward multiple-scattering,including focusing/defocusing,diffraction,refraction and interference of waves.
石油地球物理勘探 ,2 0 0 1,36 (6 ) :6 5 5～ 6 6 4 广义屏传播算子 (Generalized Screen Propagator或 GSP)是一种在双域 (dual- domain)中实现的广角单程传播算子。
3) wide angle reflection
广角反射
1.
Application of wide angle reflection in seismic acquisition in complex mountainous area.;
广角反射在复杂山地地震采集中的应用
2.
NMO method of wide angle reflection with truncation error correction;
具有截断误差校正的广角反射NMO方法
3.
And the techniques such as wide angle reflection information extraction, interacted dynamic NMO correction muting in CMP super-gather, are first brought forward in Jianghan.
同时,还首次在江汉提出了广角反射信息提取、共中心点(CMP)超道集交互动态动校正切除等处理新方法,确定了合理处理流程。
4) wide angle seismic
广角地震
5) wide spraying nozzle
广角喷嘴
1.
The spraying cooling designs, made up with wide spraying nozzles, was used in this new kind of cooling tower and got a better effect.
我们采用广角喷嘴制成的喷雾冷却装置应用于冷却塔中,取得了较好的效果。
6) wide angle reflection(WAR)
广角反射
1.
Recently, more and more people focus on the wide angle reflection(WAR), which is a very important way of obtaining high quality seismic data by exploring in fields.
近年来,广角反射作为地震勘探获得野外高质量地震数据的一种重要方法,愈来愈受到人们的关注。
2.
A seismic survey method called wide angle reflection(WAR) used for exploration of weak reflectors below shielded layer of high velocity was described in this paper.
介绍了一种针对高速屏蔽层下弱反射层地震勘探方法———广角反射 (WAR) ,并且对广角反射地震波特征及其影响因素作了较为深入的讨论。
参考词条
补充资料：X射线衍射仪
利用计数器来收集晶体衍射方向和衍射强度数据，进行物相鉴定或晶体结构分析的仪器（图1）。有多晶X射线衍射仪和单晶四圆 X射线衍射仪。X射线衍射仪由X射线发生器、测角仪和探测记录系统等 3部分组成（图2）。其工作原理是：粉末样品经一束平行的单色 X射线垂直照射后，产生一组以入射线为轴的同轴反射圆锥面族，计数管绕样品旋转,依次测量各反射圆锥面2θ角（即衍射角，又称布喇格角）位置的衍射线强度，即可获得表征物相的各种衍射数据，从而进行物相鉴定和晶体结构的研究。 X射线衍射仪是矿物学研究领域内的主要仪器,用于对结晶物质的定性和定量分析，还可确定类质同象混晶（固溶体）的成分，有限固溶体的固溶极限，区分晶质和非晶质结构的变化。测定晶体的有序－无序结构及其有序度，以及粘土矿物的混层结构等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。