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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
Atomic emission spectrometer is a scientific instrument to decompose the complex optical components into spectral lines. It sealed in a
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
The temperature stable constant temperature cabinet, the design is small, the operation is simple, the handling and operation of equipment as long as a person
就能完成。這一類儀器一般包括：光源、單色器、檢測器和獨處器件。原子發
Can finish. This kind of instrument includes: light source, monochromator, detectors and device alone. Atomic hair
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
The spectrometer is equipped with a super high sensitivity photoelectric multiplier tube, which makes the dynamic range of the detector in the full range.
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
The minimal difference in the composition of the surrounding can be identified. Atomic emission spectrometer, spark atomic emission spectrometer, light
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
Electric atomic emission spectrometer, portable spectrometer, portable spectrometer, energy dispersive spectrometer, vacuum
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
Sub emission spectrometer and other varieties. Atomic emission spectrometry is widely used in foundry, steel, metal recovery
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。
And smelting and military, aerospace, electric power, chemical industry, higher education institutions and commodity inspection, quality inspection and other departments.
原子光譜儀器是作為全譜技術的新發展，但仍存在許多技術難題，隨著制造
Atomic spectrometer is a new development of the whole spectrum technology, but there are still many technical problems.
技術的不斷發展以及高配置電子計算機硬件和軟件的發展，將進一步促進光譜
The continuous development of technology and the development of computer hardware and software with high configuration will further promote the development of the
儀器向全譜直讀化、小型化儀器發晨，提供性能價格比最好的金屬光譜分析儀
Directreading instrument to miniaturization of instrument, the ratio of performance to price, provides the best metal spectrum analyzer
器�？梢灶A測，隨著小型光源(如高效激光器)的引入，原子發射光譜儀器將進
For. It can be predicted that with the introduction of small light sources (such as high efficiency lasers), the atomic emission spectrometer will be introduced into the
一步縮小體積、降低能耗，向多功能、高實用化方向發展。未來的光譜分析儀
One step to reduce the volume, reduce energy consumption, to multi function, high practical direction of development. Future spectrum analyzer
器將如同坐在辦公桌旁操作電腦一樣簡便、實用。在食品方面數據的研究，將
The device will be as simple and practical as sitting at a desk. In the food aspect of the study, the data will be
會更加快速、精確，食品監測會做得更好。的新發展，仍存在許多技術難題，
Will be more rapid, accurate, food monitoring will do better. With the new development, there are still many technical problems,
隨著制造技術的不斷發展以及高配置電子計算機硬件和軟件的發展，將進一步
With the continuous development of manufacturing technology and the development of computer hardware and software, the development of computer hardware and software
促進光譜儀器向全譜直讀化、小型化儀器發晨，提供性能價格比最好的金屬光
Directreading spectrometer to promote the miniaturization of instrument, the ratio of performance to price, provides the best light metal
譜分析儀器�？梢灶A測，隨著小型光源(如高效激光器)的引入，原子發射光譜
Spectral analysis instrument. It can be predicted that with the introduction of small light sources (such as high efficiency lasers), atomic emission spectroscopy
儀器將進一步縮小體積、降低能耗，向多功能、高實用化方向發展。未來的光
The instrument will further reduce the volume, reduce energy consumption, to the multi function, high practical direction of development. Future light
譜分析儀器將如同坐在辦公桌旁操作電腦一樣簡便、實用。在食品方面數據的
Spectral analysis instrument will be as simple and practical as sitting at the desk. In terms of food data
研究，將會更加快速、精確，食品監測會做得更好。
Research, will be more rapid, accurate, food monitoring will do better.
