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    • 8. 发明授权
    • 엑스선 회절분석이 가능한 인시추 전지프레임
    • 用于测量X射线衍射的现场电池框架
    • KR101274730B1
    • 2013-06-17
    • KR1020120112740
    • 2012-10-11
    • 군산대학교산학협력단
    • 심중표선호정박경세박응원
    • G01N23/20H01M10/00
    • G01N23/207G01N2223/056G01N2223/1016H01M10/48Y02E60/12
    • PURPOSE: An in-situ battery frame for analyzing X-ray diffraction is provided to prevent the movement of a cell by adding pressure properly to the cell using a cell fixing plate and a spring which are installed inside. CONSTITUTION: An in-situ battery frame for analyzing X-ray diffraction comprises a cell body(20), an upper plate(40), a lower plate(10), a beryllium plate(30), a cell fixing plate(60), and an insulating sheet(50). The insulating sheet, the beryllium plate, and the upper plate are joined to the top surface of the cell body in regular sequences. The lower plate is joined to the underside of the cell. A cell(80) is arranged inside the cell body. The cell is fixed between the cell fixing plate and the insulating sheet by a spring(61) positioned underneath the cell fixing plate. The cell fixing plate includes a cell fixing plate spring groove and an O-ring groove(25). The spring is mounted on the cell fixing plate spring groove to fix the cell. The O-ring groove is formed in the lateral surface of the cell fixing plate for fixing an O-ring(70).
    • 目的:提供用于分析X射线衍射的原位电池框架,以通过使用安装在内部的电池固定板和弹簧向电池适当添加压力来防止电池的移动。 构成:用于分析X射线衍射的原位电池框架包括电池体(20),上板(40),下板(10),铍板(30),电池固定板(60) 和绝缘片(50)。 绝缘片,铍板和上板以规则顺序连接到电池体的顶表面。 下板连接到电池的下侧。 细胞(80)布置在细胞体内。 电池通过位于电池固定板下方的弹簧(61)固定在电池固定板和绝缘片之间。 电池固定板包括电池固定板弹簧槽和O形环槽(25)。 弹簧安装在电池固定板弹簧槽上以固定电池。 O形环槽形成在电池固定板的用于固定O形环(70)的侧表面中。