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电化学X射线衍射原位池

PX-RC-XRD-E

单室三电极 · 原位物相表征 · 电极灵活配置

产品介绍

面向电催化与电极材料的原位X射线衍射表征。采用PEEK单室三电极结构,工作电极靠近聚酰亚胺窗口布置,可在施加电位或电流的过程中观察物相与晶体结构变化。支持玻碳、金属箔及涂层电极,并可按电解液体系选择参比电极,与主流恒电位仪配合开展测试。
电化学X射线衍射原位池

产品优点

  • 单室三电极:工作、对、参比电极共腔布置,便于电极安装与更换。
  • 原位结构表征:在电化学测试过程中跟踪电极材料的物相与晶体结构变化。
  • 电极组合灵活:支持多种工作电极及参比体系,可按实验需求配置。

产品参数

池体结构 单室三电极,工作、对、参比电极共腔布置
池体材质 PEEK
衍射几何 反射式,工作电极靠近X射线窗
X射线窗 聚酰亚胺薄膜
2θ扫描范围 10°~70°
工作电极有效面积 ≥1cm²
工作电极类型 玻碳、金属箔、涂层电极
对电极 Pt丝
参比电极 标配Ag/AgCl;可选Hg/HgO、Hg/Hg₂SO₄、RHE
适用电解液 酸性、碱性、中性水溶液及常见有机电解液
电化学仪器适配 主流恒电位仪;按仪器接口匹配电极引线

备注

衍射仪型号、样品架尺寸及电极配置在选型时确认。

Electrochemical XRD In-Situ Cell

PX-RC-XRD-E

PRODUCT INTRO

An in-situ X-ray diffraction cell for electrocatalysis and electrode materials. The PEEK cell uses a single-chamber, three-electrode configuration with the working electrode positioned close to a polyimide window, allowing phase and crystal-structure changes to be observed during potential- or current-controlled experiments. Glassy carbon, metal foil and coated working electrodes are supported. The reference electrode can be selected for the electrolyte system, and the cell can be used with common potentiostats.

PRODUCT ADVANTAGES

  • Single-chamber, three-electrode configuration: the working, counter and reference electrodes share one chamber for straightforward installation and replacement.
  • In-situ structural characterization: track phase and crystal-structure changes in electrode materials during electrochemical experiments.
  • Flexible electrode combinations: multiple working-electrode forms and reference-electrode systems can be selected to suit the experiment.

PRODUCT SPECIFICATIONS

Cell Configuration Single chamber with working, counter and reference electrodes
Cell Material PEEK
Diffraction Geometry Reflection geometry; working electrode close to the X-ray window
X-ray Window Polyimide film
2θ Scanning Range 10° to 70°
Effective Working-electrode Area ≥1 cm²
Working-electrode Types Glassy carbon, metal foil and coated electrodes
Counter Electrode Pt wire
Reference Electrode Ag/AgCl as standard; optional Hg/HgO, Hg/Hg₂SO₄ or RHE
Electrolytes Acidic, alkaline and neutral aqueous electrolytes, and common organic electrolytes
Potentiostat Compatibility Common potentiostats; electrode leads matched to the instrument connections

NOTE

Confirm the diffractometer model, specimen-holder dimensions and electrode configuration during selection.