Applications focused on AAS | LabRulez ICPMS

Linearity Limits for Several Trace Metals Currently Determined by Electrothermal Atomic Absorption Spectrometry

Technical notes

| 2010 | Agilent Technologies

AAS

Instrumentation

AAS

Manufacturer

Agilent Technologies

Industries

Hollow Cathode Lamps – Yesterday, Today and Tomorrow

Technical notes

| 2010 | Agilent Technologies

AAS

Instrumentation

AAS

Manufacturer

Agilent Technologies

Industries

The Determination of Hazardous Substances According to RoHS and WEEE Directives

Applications

| N/A | Shimadzu

AAS, X-ray

Instrumentation

AAS, X-ray

Manufacturer

Shimadzu

Industries

Materials Testing

Evaluation of Deuterium and Zeeman Background Correction with the Presence of Spectral Interferences Determinations of Arsenic in an Aluminium Matrix and Selenium in an Iron Matrix by GFAAS

Technical notes

| 1995 | Agilent Technologies

AAS

Instrumentation

AAS

Manufacturer

Agilent Technologies

Industries

Selection of Operating Parameters for a New Boosted-Discharge Bismuth Lamp

Applications

| 2010 | Agilent Technologies

AAS

Instrumentation

AAS

Manufacturer

Agilent Technologies

Industries

Features and Operation of Hollow Cathode Lamps and Deuterium Lamps

Technical notes

| 2010 | Agilent Technologies

AAS

Instrumentation

AAS

Manufacturer

Agilent Technologies

Industries

Quantitative Analysis of Lead in Bismuth Bronze - Matrix Elements/Profile Correction and Comparison with AA

Applications

| 2017 | Shimadzu

AAS, X-ray

Instrumentation

AAS, X-ray

Manufacturer

Shimadzu

Industries

Materials Testing

Pyrolytic Graphite Platforms – Guidelines for use with the GTA-95 Graphite Tube Atomizer

Technical notes

| 2010 | Agilent Technologies

AAS

Instrumentation

AAS

Manufacturer

Agilent Technologies

Industries

Practical Multi-Element Hollow Cathode Lamps for Atomic Absorption Spectrometry

Applications

| 2010 | Agilent Technologies

AAS

Instrumentation

AAS

Manufacturer

Agilent Technologies

Industries

Dealing with Matrix Interferences in the Determination of the Priority Pollutant Metals by Furnace AA

Applications

| 2010 | Agilent Technologies

AAS

Instrumentation

AAS

Manufacturer

Agilent Technologies

Industries

Environmental

Applications focused on AAS | LabRulez ICPMS

Linearity Limits for Several Trace Metals Currently Determined by Electrothermal Atomic Absorption Spectrometry

Hollow Cathode Lamps – Yesterday, Today and Tomorrow

The Determination of Hazardous Substances According to RoHS and WEEE Directives

Evaluation of Deuterium and Zeeman Background Correction with the Presence of Spectral Interferences Determinations of Arsenic in an Aluminium Matrix and Selenium in an Iron Matrix by GFAAS

Selection of Operating Parameters for a New Boosted-Discharge Bismuth Lamp

Features and Operation of Hollow Cathode Lamps and Deuterium Lamps

Quantitative Analysis of Lead in Bismuth Bronze - Matrix Elements/Profile Correction and Comparison with AA

Pyrolytic Graphite Platforms – Guidelines for use with the GTA-95 Graphite Tube Atomizer

Practical Multi-Element Hollow Cathode Lamps for Atomic Absorption Spectrometry

Dealing with Matrix Interferences in the Determination of the Priority Pollutant Metals by Furnace AA

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