Plane Grating(平面光栅)研究综述
Plane Grating 平面光栅 - The classical Schwarzschild imaging spectrometer consists of a plane grating and three spherical mirrors. [1] Here we limit our discussion to Bessel beams produced by plane gratings whose pattern is evenly spaced concentric circles that are illuminated by a point source of light on the grating axis. [2] The beamline uses bending magnet radiation of the Sibirea-2 storage ring, and includes grazing incidence monochromator with plane gratings for photon energy range of 25–1500 eV as well as the experimental station designed for investigations using photoelectron spectroscopy and absorption spectroscopy techniques. [3] The classic Czerny-Turner spectrometer consists of a plane grating and two spherical mirrors. [4] The capability of the diagnostic system includes flux measurement, monitoring the photon beam, fluorescence imaging and energy calibration of the plane gratings. [5] We present here a motionless and fast measurement technique for obtaining the spectral diffraction efficiencies of a plane grating, effectively eliminating the aforementioned two kinds of mechanical movement. [6]经典的 Schwarzschild 成像光谱仪由一个平面光栅和三个球面镜组成。 [1] 在这里，我们将讨论限制在由平面光栅产生的贝塞尔光束，其图案是均匀分布的同心圆，由光栅轴上的点光源照亮。 [2] 光束线使用 Sibirea-2 存储环的弯曲磁辐射，包括具有平面光栅的掠入射单色仪，光子能量范围为 25-1500 eV，以及设计用于使用光电子能谱和吸收光谱技术进行研究的实验站。 [3] 经典的 Czerny-Turner 光谱仪由一个平面光栅和两个球面镜组成。 [4] 诊断系统的功能包括通量测量、监测光子束、荧光成像和平面光栅的能量校准。 [5] 我们在这里提出了一种静止且快速的测量技术，用于获得平面光栅的光谱衍射效率，有效地消除了上述两种机械运动。 [6]
Type Plane Grating
The beamline covers an energy range of 55 eV-840 eV by an in-house developed SX-700 type plane grating monochromator. [1] In particular, the convex holographic gratings are analyzed as a combination of amplitude type plane grating and phase type spherical mirror, rather than being considered separately in most literature. [2]光束线由内部开发的 SX-700 型平面光栅单色器覆盖 55 eV-840 eV 的能量范围。 [1] 特别是，凸全息光栅被分析为振幅型平面光栅和相位型球面镜的组合，而不是在大多数文献中单独考虑。 [2]
plane grating rocket 平面光栅火箭
The Off-plane Grating Rocket Experiment is a soft X-ray grating spectrometer payload to be launched on a suborbital rocket. [1] The Off-plane Grating Rocket Experiment (OGRE) is a soft x-ray grating spectrometer to be flown on a suborbital rocket. [2] Methods for the alignment of reflection gratings operated in the extreme off-plane mount are being developed at The Pennsylvania State University in support of the Off-plane Grating Rocket Experiment. [3] The Off-plane Grating Rocket Experiment (OGRE) is a soft X-ray spectroscopy suborbital rocket payload designed to obtain the highest-resolution soft X-ray spectrum of Capella to date. [4] The Off-plane Grating Rocket Experiment (OGRE) is a sounding rocket payload designed to obtain a high-resolution soft X-ray spectrum of Capella. [5]离面光栅火箭实验是一种软 X 射线光栅光谱仪有效载荷，将在亚轨道火箭上发射。 [1] 离面光栅火箭实验 (OGRE) 是一种软 X 射线光栅光谱仪，可在亚轨道火箭上飞行。 [2] 宾夕法尼亚州立大学正在开发在极端离面安装中操作的反射光栅对准方法，以支持离面光栅火箭实验。 [3] 离面光栅火箭实验（OGRE）是一种软 X 射线光谱亚轨道火箭有效载荷，旨在获得迄今为止最高分辨率的 Capella 软 X 射线光谱。 [4] 离面光栅火箭实验（OGRE）是一种探空火箭有效载荷，旨在获得卡佩拉的高分辨率软 X 射线光谱。 [5]
plane grating monochromator 平面光栅单色仪
1‡ are required for plane grating monochromators for x-ray synchrotron and Free Electron Laser applications. [1] The wavelength calibration is a key step for a variable-included-angle plane grating monochromator (VIA-PGM). [2] The beamline covers an energy range of 55 eV-840 eV by an in-house developed SX-700 type plane grating monochromator. [3]1‡ 是用于 X 射线同步加速器和自由电子激光应用的平面光栅单色仪所必需的。 [1] 波长校准是可变夹角平面光栅单色仪 (VIA-PGM) 的关键步骤。 [2] 光束线由内部开发的 SX-700 型平面光栅单色器覆盖 55 eV-840 eV 的能量范围。 [3]