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LIGHT TRANSMISSION TYPE VACUUM SEPARATION WINDOW AND SOFT X-RAY TRANSMISSION WINDOW

机译:光透射型真空分离窗和软X射线透射窗

摘要

PURPOSE: To enable baking for efficiently transmitting X-rays in the soft X-ray region and forming ultra-high vacuum to be carried out by dividing the vacuum region into multiple vacuum regions with a thin film transmitting the light. ;CONSTITUTION: A soft X-ray transmission material 1 is constituted of a silicon base material 31 and a soft X-ray transmission thin film 32 made of silicon nitride. A support member 2 having an opening section is heated and coated with gallium 3, and the member 1 is stuck and supported on the member 2. Necessary baking is normally performed at 150°C to keep a decompression region A at the vacuum region of about several Torr and a ultra-vacuum region B at the vacuum region of 10-7Torr (l.3×l0-5 Pa) or above. Gallium 3 is melted during this baking, the stress due to the different expansion coefficients of the members 1, 2 is not applied to the thin film 32, and the thin film 32 is not broken. The vacuum of the regions B, A can be separated. The vapor pressure of gallium 3 is 10-10Torr or below, and the ultra-high vacuum is not polluted during baking.;COPYRIGHT: (C)1994,JPO&Japio
机译:用途:为了使烘烤能够有效地在软X射线区域中透射X射线并形成超高真空,方法是将真空区域分成多个真空区域,并通过薄膜使光透射。 ;组成:软X射线透射材料1由硅基材31和由氮化硅制成的软X射线透射薄膜32构成。加热具有开口部分的支撑构件2并用镓3涂覆,并且将构件1粘贴并支撑在构件2上。通常在150℃下进行必要的烘烤以将减压区域A保持在约50℃的真空区域。真空度在10 -7 Torr(l.3×l0 -5 Pa)或更高的真空区域具有几个Torr和超真空区域B。镓3在该烘烤过程中熔化,由于构件1、2的膨胀系数不同而产生的应力没有施加到薄膜32上,并且薄膜32没有破裂。区域B,A的真空可以分离。镓3的蒸气压为10 -10 Torr或更低,并且在烘烤过程中不会污染超高真空。;版权所有:(C)1994,JPO&Japio

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