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PLASMA SCATTERING PREVENTION MECHANISM FOR X-RAY GENERATION APPARATUS

机译:X射线发生装置的等离子体散射预防机理

摘要

PURPOSE:To make it possible to remove floating scattering substance without bad effect exerted on an object to be irradiated by X-ray by filling helium gas into a target chamber and an X-ray irradiation chamber and also forming helium gas stream crossing a space between a target and the object to be irradiated by X-ray. CONSTITUTION:Helium gas is filled into a target chamber and an X-ray irradiation chamber 3 and a circulation pump 6, an ejection pipe 7 and a sucking pipe 8, etc., are provided as means to form helium gas stream F in the direction of crossing a space between a target 1 and objects 4 and 5 to be irradiated. Substance scattered from the target 1, for instance, collide with helium atoms to slow down, however, the scattering substance which pass through the atoms to scatter toward the side of the objects to be irradiated and floating scattering substance are prevented by the helium gas stream F from entering the X-ray irradiation chamber 3. Because of a result that, helium gas is prevented from rapidly flowing into the target chamber 2 side from the X-ray irradiation chamber 3 side no bad effect, such as, vibration may be exerted on the objects to be irradiated.
机译:用途:通过将氦气填充到靶室和X射线辐照室中,并形成与气流之间的空间穿过的氦气流,可以去除浮动散射物质而不会对X射线辐照对象产生不良影响X射线照射的目标和物体。组成:将氦气填充到靶室中,并提供X射线辐照室3和循环泵6,喷射管7和吸管8等作为在方向上形成氦气流F的装置穿过目标1与要照射的物体4和5之间的空间的角度。从靶材1散射的物质例如与氦原子碰撞以减慢速度,但是,氦气流阻止了通过原子的散射物质向被照射物的侧面散射,并且阻止了漂浮的散射物质。 F不能进入X射线照射室3。因此,可以防止氦气从X射线照射室3侧迅速流入靶室2侧,不会产生振动等不良影响。在要辐照的物体上。

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