原子發射光譜儀,是將成分復雜的光分解為光譜線的科學儀器。它密封在一個溫度穩定的恒溫機箱里,設計小巧,操作簡易,設備的搬運和操作只要一個人就能完成。原子發射光譜儀裝備了超高靈敏度的光電倍增管,在全量程范圍內使檢測器的動態范圍能鑒別出成分的最微小的差別。原子發射光譜儀有火花原子發射光譜儀,光電原子發射光譜儀,手持式光譜儀,便攜式光譜儀,能量色散光譜儀,真空原子發射光譜儀等多種品種。原子發射光譜儀廣泛應用于鑄造、鋼鐵、金屬回收和冶煉以及軍工、航天航空、電力、化工、高等院校和商檢、質檢等部門。
Atomic emission spectrometer is a scientific instrument that decomposes complex components of light into spectral lines. The utility model is sealed in a constant temperature and constant temperature cabinet, which has the advantages of compact design, simple operation, and the operation and the operation of equipment. The atomic emission spectrometer equipped with ultra high sensitivity photomultiplier tubes, in the full range of the dynamic range of the detector to identify the smallest difference between components. Atomic emission spectrometer has spark atomic emission spectrometry, atomic emission spectrometry, handheld spectrometer, portable spectrometer, energy dispersive spectrometer, vacuum atomic emission spectrometer and other varieties. Atomic emission spectrometry is widely used in casting, iron and steel, metal recovery and smelting, as well as military, aerospace, power, chemical industry, institutions of higher learning and commodity inspection, quality inspection and other departments.
它具有樣品用量少,應用范圍廣且快速,靈敏和選擇性好等特點。
The utility model has the advantages of small sample amount, wide application range, high sensitivity, good selectivity, etc..
原子發射光譜儀主要應用于冶金、地質、石油、環保、化工、新材料、醫藥、衛生等方面的樣品分析。[1]
Atomic emission spectrometer is mainly used in metallurgy, geology, petroleum, environmental protection, chemical industry, new materials, medicine, health and other aspects of the sample analysis. [1]