In atomic spectroscopic techniques, flames and furnaces are commonly used to atomize the samples. Furnaces are...

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In atomic spectroscopic techniques, flames and furnaces are commonly used to atomize the samples. Furnaces are better than :the flames because of Furnaces can work with the refractory elements but flames cannot Furnaces provide higher sensitivity with comparatively larger sample size Furnaces are better as they provide less temperature than 500K Furnaces provide higher sensitivity with comparatively lesser sample size Furnaces are better as they don't require nebulization and aerosols. In atomic spectroscopic techniques, flames and furnaces are commonly used to atomize the samples. Furnaces are better than :the flames because of Furnaces can work with the refractory elements but flames cannot Furnaces provide higher sensitivity with comparatively larger sample size Furnaces are better as they provide less temperature than 500K Furnaces provide higher sensitivity with comparatively lesser sample size Furnaces are better as they don't require nebulization and aerosols.

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Atomic absorption spectroscopy is a quantitative spectroanalytical technique for the determination o... View the full answer