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Quality assured results per ISO 15151 method using the Agilent 5800 ICP-OES with smart tools
Evaluation of an Agilent 5110 ICP-OES for the quality control of vegetable oils
Accurate determination of Ni and V, using an Agilent 5110 VDV ICP-OES according to ASTM D5708-15 test method
Fast, stable and accurate analysis
Accurate measurement of 21 elements in under 60 s
Fast, high-throughput analysis of AB-DTPA universal soil extracts
Fast, stable and accurate analysis using the Agilent 5110 ICP-OES
| Japanese (Japan) | Complete (PDF) |
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Accurate determination of 21 elements in under one minute
A fast, simple, and low cost method, using an Agilent 5110 VDV ICP-OES, suitable for high throughput labs.
Cost-effective approach meets requirements of Chinese standard method for 16 elements
| Chinese (Simplified) (China) | Complete (PDF) |
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Intelligent Rinse function reduced analysis time by 60%, saving 191 L of argon
| Chinese (Simplified) (China) | Complete (PDF) |
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Agilent’s 5110 Synchronous Vertical Dual View (SVDV) ICP-OES combines speed and analytical performance, so you don’t have to compromise on either.
The Agilent 5100 Synchronous Vertical Dual (SVDV) revolutionizes ICP-OES analysis. Learn how SVDV works with unique Dichroic Spectral combiner technology.
Agilent’s Fitted Background Correction (FBC) takes the guesswork out of background correction. No matter what your sample challenge may be.
Application note for Flame AAS Sensitivity Enhancement Using an Atom Concentrator Tube Application Note
Hydride generation techniques are used routinely for the determination of As, Se, and Sb in environmental samples...
Increase productivity and reduce errors with a rinse function that adjusts to suit the concentration of each sample.
High sensitivity, sub ppb detection limits and is faster than conventional flame atomic absorption. Best of all, the 4210 MP-AES runs on air.
The elemental fingerprints of different styles of whiskey was studied by analyzing the elemental content of 69 whiskeys of 6 different styles using ICP-OES.
Reduced cost per analysis and faster analysis times were achieved with the use of a new valve system and synchronous dual view ICP-OES