Nowadays there is a huge variety of wavelengths used for the single crystal diffraction in a home lab, from Cu radiation up to In radiation. With the ongoing development of new generations of X-ray sources and detectors, it is now possible to perform experiments in the home lab, which were preferably measured in synchrotron facilities in the past. As a result, a lot of “non-standard” experiments became prominent and can be considered more and more to be routine.

（如今，在家庭实验室中，用于单晶衍射的波长种类繁多，从铜辐射到in辐射。随着新一代X射线源和探测器的不断发展，现在可以在家庭实验室进行实验，过去最好在同步加速器设施中进行测量。因此，许多“非标准”实验变得突出，并越来越被视为常规。）

In this webinar, Dr. Jens Meyer from STOE will present a variety of experiments that can be performed in the home lab with a STOE STADIVARI Single Crystal Diffractometer in combination with DECTRIS CdTe detectors and the new generation of high performance microfocus sources. He will give insights into experimental setups and data collection techniques for Diamond Anvil Cell (DAC) experiments, PDF experiments and charge density studies. Additionally, recent advances in detector technology will be highlighted and the benefits tangible for scientists will be made transparent, e.g., gaining measurement speed and improving data quality.

（在本次网络研讨会上，来自STOE的Jens Meyer博士将介绍各种实验，这些实验可以在家庭实验室中使用STOE STADIVARI单晶衍射仪、DECTRIS CdTe探测器和新一代高性能微焦点源进行。他将深入了解金刚石砧槽（DAC）实验、PDF实验和电荷密度研究的实验装置和数据收集技术。此外，探测器技术的最新进展将得到强调，科学家的实际利益将变得透明，例如提高测量速度和提高数据质量。）

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