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Characteristics of Analyte Ionization in Low Power Microwave Plasma Torch

Characteristics of Analyte Ionization in Low Power Microwave Plasma Torch
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摘要 The ionization characteristics of the analytes in a low power Ar microwave plasma torch (MPT) was studied. The influence of forward microwave power, the flow rate of carrier gas and matrix element on the degree of ionization were observed. The axial profiles of the degree of the ionization of some elements were determined. The experimental results are very important for developing the new analytical source——microwave plasma torch (MPT). The ionization characteristics of the analytes in a low power Ar microwave plasma torch (MPT) was studied. The influence of forward microwave power, the flow rate of carrier gas and matrix element on the degree of ionization were observed. The axial profiles of the degree of the ionization of some elements were determined. The experimental results are very important for developing the new analytical source——microwave plasma torch (MPT).
出处 《Chemical Research in Chinese Universities》 SCIE CAS CSCD 1993年第3期208-213,共6页 高等学校化学研究(英文版)
基金 Supported by the National Natural Science Foundation of China
关键词 Microwave plasma torch (MPT) Degree of ionization Local thermal equilibrium Excitation temperature Microwave plasma torch (MPT), Degree of ionization, Local thermal equilibrium, Excitation temperature
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