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Enhancement effect of organic solvents on the line intensity of lower power argon ICP-AES:Part Ⅰ On the nebulization procedure 被引量:1
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作者 SONGXuwen LUYiqiang +2 位作者 caoyanqiu WANGLihua XINRenxuan 《Rare Metals》 SCIE EI CAS CSCD 2002年第1期20-23,共4页
The procedure of nebulization was studied with the introducationof ethanol into a lower power argon ICP. It was found that as ethanolintroduced, the physical properties of solutions changed, whichresults in an improve... The procedure of nebulization was studied with the introducationof ethanol into a lower power argon ICP. It was found that as ethanolintroduced, the physical properties of solutions changed, whichresults in an improvement on the nebulization efficiency. Anempirical relationship between the concentration of the aerosol andthe solution properties (viscosity, density, and surface tension) ispresented. 展开更多
关键词 ICP nebulixzation oranicsolution
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Enhancement effect of orgnic solvents on the line intensity of lower power argon ICP-AES:PartⅡ A study on excitation characteristics of ICP
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作者 caoyanqiu LUYiqiang +2 位作者 SONGXuwen WANGLihua XINRenxuan 《Rare Metals》 SCIE EI CAS CSCD 2002年第2期113-116,共4页
The effects of ethanol solutions on lower power Ar ICP dischargewere studied by measuring plasma temper- atures (gas temperature,excitation temperature, ionization temperature and electrontemperature) and electron num... The effects of ethanol solutions on lower power Ar ICP dischargewere studied by measuring plasma temper- atures (gas temperature,excitation temperature, ionization temperature and electrontemperature) and electron number densities. The temperatures andelectron number densities were reduced with the increasing of ethanolconcentration. The ICP system is much apart from LTE conditions.Thus, ethanol solutions will place a reducing effect on spectral lineIntensity. 展开更多
关键词 ICP plasma TEMPERATURES ETHANOL
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