A Novel Hydride Generation Technique\=Movable Reduction Bed Hydride Generator\=. As an Interface between Capillary Zone\=Electrophoresis and ICPAES for\= Arsenic Speciation Analysis[J]. Rock and Mineral Analysis, 1999, (3): 165-170.
Citation:
A Novel Hydride Generation Technique\=Movable Reduction Bed Hydride Generator\=. As an Interface between Capillary Zone\=Electrophoresis and ICPAES for\= Arsenic Speciation Analysis[J]. Rock and Mineral Analysis, 1999, (3): 165-170.
A Novel Hydride Generation Technique\=Movable Reduction Bed Hydride Generator\=. As an Interface between Capillary Zone\=Electrophoresis and ICPAES for\= Arsenic Speciation Analysis[J]. Rock and Mineral Analysis, 1999, (3): 165-170.
Citation:
A Novel Hydride Generation Technique\=Movable Reduction Bed Hydride Generator\=. As an Interface between Capillary Zone\=Electrophoresis and ICPAES for\= Arsenic Speciation Analysis[J]. Rock and Mineral Analysis, 1999, (3): 165-170.
A Novel Hydride Generation Technique\=Movable Reduction Bed Hydride Generator\=. As an Interface between Capillary Zone\=Electrophoresis and ICPAES for\= Arsenic Speciation Analysis
Hydride generation technique may significantly improve the detection limits for a number of hydride forming elements with atomic spectrometric determination. In order to harmonize the microliter level eluent from capillary zone electrophoresis (CZE) and