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发明授权
US07469040B2 X-ray tube for high dose rates, method of generating high dose rates with X-ray tubes and a method of producing corresponding X-ray devices 有权
用于高剂量率的X射线管，用X射线管产生高剂量率的方法和产生相应X射线装置的方法

X-ray tube for high dose rates, method of generating high dose rates with X-ray tubes and a method of producing corresponding X-ray devices
摘要：
X-ray tube (11/12) for high dose rates, a corresponding method for generating high dose rates with X-ray tubes (11/12) as well as a method for producing corresponding X-ray devices (11/12), in which an anode (31/32) and a cathode (21/22) are disposed opposite each other in a vacuumized internal chamber (41/42), electrons e− being accelerated to the anode (31/32) by means of impressible high voltage. The anode (31/32) is made of a layer or coating of a metal having a high atomic number, for conversion of the electrons (e−) into X-ray radiation (γ) with cooling. The cathode (21/22) comprises a substrate substantially transparent for X-ray radiation (γ). In particular, the likewise substantially transparent for X-ray radiation (γ). In particular, the cathode (31/32) can close off the vacummized internal chamber (41/42) toward the outside.
摘要（中）：

用于高剂量率的X射线管（11/12），用X射线管产生高剂量率的相应方法（11/12）以及用于生成相应X射线装置的方法（11/12）， 其中阳极（31/32）和阴极（21/22）在真空化的内部室（41/42）中相对设置，电子e通过可压缩的方式被加速到阳极（31/32） 高压。 阳极（31/32）由具有高原子序数的金属的层或涂层制成，用于通过冷却将电子（e-）转换成X射线辐射（γ）。 阴极（21/22）包括对X射线辐射（γ）基本上透明的衬底。 特别地，对于X射线辐射（γ）同样基本透明。 特别地，阴极（31/32）可以朝着外部关闭真空的内部室（41/42）。

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