Канал: Trace and ultra-trace analysis of metals

Instrumentation in AAS VI : Optics

Instrumentation in AAS VI : Optics

Instrumentation in AAS III : Burners

Instrumentation in AAS III : Burners

Instrumentation in AAS V :Atomization Processes

Instrumentation in AAS V :Atomization Processes

Instrumentation in AAS Radiation Sources: Sample introduction

Instrumentation in AAS Radiation Sources: Sample introduction

Theoretical basis of AAS IV

Theoretical basis of AAS IV

Instrumentation in AAS I (Contd) Radiation Sources

Instrumentation in AAS I (Contd) Radiation Sources

Instrumentation in AAS I

Instrumentation in AAS I

Theoretical basis of AAS III

Theoretical basis of AAS III

Theoretical basis of AAS I

Theoretical basis of AAS I

Interaction of EM radiation with matter IV

Interaction of EM radiation with matter IV

Interaction of EM radiation with matter III

Interaction of EM radiation with matter III

Interaction of EM radiation with matter II

Interaction of EM radiation with matter II

Interaction of EM radiation with matter I

Interaction of EM radiation with matter I

Technology and Applications (II)

Technology and Applications (II)

Interferences in AAS II

Interferences in AAS II

Technology and Applications

Technology and Applications

GF AAS Interferences II

GF AAS Interferences II

GF AAS Interferences I

GF AAS Interferences I

Conclusions

Conclusions

Hydride Generation AAS I

Hydride Generation AAS I

Interferencesin AAS III

Interferencesin AAS III

Electrothermal AAS II

Electrothermal AAS II

Hydride Generation AAS and Cold Vapour Hg AAS

Hydride Generation AAS and Cold Vapour Hg AAS

Cold vapor Hg AAS Flame Emission

Cold vapor Hg AAS Flame Emission

Background correction on flame AAS I

Background correction on flame AAS I

Individual Elements AAS

Individual Elements AAS

Interferences in AAS

Interferences in AAS

Methods, Nomenclature and techniques : Individual Elements

Methods, Nomenclature and techniques : Individual Elements

Mercury cold vapour technique, FAES and Electrothermal AAS

Mercury cold vapour technique, FAES and Electrothermal AAS

Interference in ETAAS GF AAS : Individual elements

Interference in ETAAS GF AAS : Individual elements

Instrumentation in AAS VII : Optics and Detectors

Instrumentation in AAS VII : Optics and Detectors

Theoretical basis of AAS II

Theoretical basis of AAS II

Instrumentation in AAS IV :Flame Processes

Instrumentation in AAS IV :Flame Processes

Mudakavi Lec05

Mudakavi Lec05

Mudakavi Lec03

Mudakavi Lec03

Mudakavi Lec01

Mudakavi Lec01

Mudakavi Lec04

Mudakavi Lec04

Mudakavi Lec02

Mudakavi Lec02

Introduce to Trace and ultra trace analysis of metals using atomic absorption spectrometry

Introduce to Trace and ultra trace analysis of metals using atomic absorption spectrometry