Applications from Agilent Technologies | LabRulez ICPMS

A Faster, More Accurate Way of Characterizing Cube Beamsplitters

Applications

| 2022 | Agilent Technologies

UV–VIS spectrophotometry

Instrumentation

UV–VIS spectrophotometry

Manufacturer

Agilent Technologies

Industries

Materials Testing

General Features of the New Agilent 7500 ICP-MS

Brochures and specifications

| 2000 | Agilent Technologies

ICP/MS

Instrumentation

ICP/MS

Manufacturer

Agilent Technologies

Industries

A Faster, More Accurate Way of Characterizing Cube Beamsplitters

Applications

| 2022 | Agilent Technologies

NIR Spectroscopy, UV–VIS spectrophotometry

Instrumentation

NIR Spectroscopy, UV–VIS spectrophotometry

Manufacturer

Agilent Technologies

Industries

Materials Testing

Using the Agilent Cary Eclipse to measure the chemiluminescence from a ruthenium complex

Applications

| 2011 | Agilent Technologies

Fluorescence spectroscopy

Instrumentation

Fluorescence spectroscopy

Manufacturer

Agilent Technologies

Industries

Clinical Research

Determination of Calcium in Serum Samples by AAS Using a Fuel Lean Flame

Applications

| 2010 | Agilent Technologies

AAS

Instrumentation

AAS

Manufacturer

Agilent Technologies

Industries

Clinical Research

QA/QC of flours using the Agilent Cary 630 ATR-FTIR analyzer

Applications

| 2012 | Agilent Technologies

FTIR Spectroscopy

Instrumentation

FTIR Spectroscopy

Manufacturer

Agilent Technologies

Industries

Food & Agriculture

Onsite FTIR quantitative analysis of water in mineral-based oils using a novel water stabilization technique

Applications

| 2013 | Agilent Technologies

FTIR Spectroscopy

Instrumentation

FTIR Spectroscopy

Manufacturer

Agilent Technologies

Industries

Energy & Chemicals

Determination of trace amounts of Mercury (II) by Total Fluorescence Quenching using 1,10-phenanthroline and eosin

Applications

| 2012 | Agilent Technologies

NIR Spectroscopy, UV–VIS spectrophotometry

Instrumentation

NIR Spectroscopy, UV–VIS spectrophotometry

Manufacturer

Agilent Technologies

Industries

Environmental

Measurement of composite surface contamination using the Agilent 4100 ExoScan FTIR with diffuse reflectance sampling interface

Applications

| 2015 | Agilent Technologies

FTIR Spectroscopy

Instrumentation

FTIR Spectroscopy

Manufacturer

Agilent Technologies

Industries

Materials Testing

Investigating the Angular Dependence of Absolute Specular Reflection

Applications

| 2022 | Agilent Technologies

NIR Spectroscopy, UV–VIS spectrophotometry

Instrumentation

NIR Spectroscopy, UV–VIS spectrophotometry

Manufacturer

Agilent Technologies

Industries

Materials Testing

Applications from Agilent Technologies | LabRulez ICPMS

A Faster, More Accurate Way of Characterizing Cube Beamsplitters

General Features of the New Agilent 7500 ICP-MS

A Faster, More Accurate Way of Characterizing Cube Beamsplitters

Using the Agilent Cary Eclipse to measure the chemiluminescence from a ruthenium complex

Determination of Calcium in Serum Samples by AAS Using a Fuel Lean Flame

QA/QC of flours using the Agilent Cary 630 ATR-FTIR analyzer

Onsite FTIR quantitative analysis of water in mineral-based oils using a novel water stabilization technique

Determination of trace amounts of Mercury (II) by Total Fluorescence Quenching using 1,10-phenanthroline and eosin

Measurement of composite surface contamination using the Agilent 4100 ExoScan FTIR with diffuse reflectance sampling interface

Investigating the Angular Dependence of Absolute Specular Reflection

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