We present recent developments in the production of X-ray multilayer optics for Cu Kα laboratory single crystal diffraction equipment for protein crystallography and structural proteomics. The paper shows design, simulations and properties of Montel optics comprised of two elliptically bent focusing multilayers, optimized for the use with modern rotating anode X-ray generators. The multilayers are sputter deposited with a graded d-spacing along the length of the substrate. The various beam properties such as flux density and divergence are investigated in detail. After optimization of the optic for a state-of-the-art rotating anode x-ray generator, we obtain a flux density of 1 * 10~(10) photons/s/mm~2. Results for a typical protein structure will be shown, illustrating the advantage of Montel optics in the field of single-crystal diffraction and protein crystallography for life sciences.
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机译：我们在蛋白质晶体学和结构蛋白质组学的CuKα实验室单晶衍射设备的X射线多层光学制作中提出了最新的发展。本文显示了由两个椭圆弯曲的聚焦多层组成的Montel光学器件的设计，仿真和性质，优化了与现代旋转阳极X射线发生器的使用。溅射沿沿基板的长度沉积的溅射沉积的溅射。详细研究了诸如助焊剂密度和发散的各种光束性质。在优化用于最先进的旋转阳极X射线发生器之后，我们获得1×10〜（10）光子/ s / mm〜2的磁通密度。将显示典型蛋白质结构的结果，示出了蒙特尔光学在用于生命科学的单晶衍射和蛋白质晶体学领域的优势。
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