Agilent manuals, page 45
Agilent Technologies Performance of the Agilent Small RNA assay service manual
Agilent 2100 bioanalyzer's Small RNA assay method, which can detect size from 6-150nt small RNA
Agilent Technologies Agilent Multimode Source Manual
This document introduces the setting, use and maintenance of the Agilent multimode source.
Agilent Technologies Simultaneous Electrospray Atmospheric Pressure Chemical Ionization: The Science Behind the Agilent Multimode Ion Source service manual
This document introduces the technology principle and application of Agilent Multimode Ion Source
Agilent Technologies Maximizing MS/MS Fragmentation in the Ion Trap Using CID Voltage Ramping service manual
This note discusses the effect of these collision parameters in triple-quadrupole and ion-trap mass spectrometers. It shows how the new SmartFrag feature in the Agilent 1100 Series LC/MSD Trap ion-trap mass spectrometer overcomes compound dependency to generate optimum information from every analyte.
Agilent Technologies Metabolite Identification Using ACD Labs Version 8.0 Software the Agilent 1100 LC/MSD Trap XCT Plus System service manual
This document introduces the method of metabolite identification, including software and instrument equipment
Agilent Technologies PSO Europe Trap Data Browser Concept: Making Remote Ion Trap Data Review Easy Efficient service manual
This technical note introduces the Agilent PSO Trap Data Browser Add-On. The tool enables users to review LC Ion Trap data on their own PCs, without having to return to the central LC Trap lab.
Agilent Technologies Increasing Productivity with LC/MS Easy Access Software service manual
This document introduces the features of Agilent LC/MS Easy Access software. The software can quickly confirm molecular weight and target ion presence, supports Agilent 1100 series well plate sampler and automatic liquid sampler, supports automatic email sending of data and reports, and has flexible management tools to set user access, queue tracking and project management
Agilent Technologies Optimizing Fraction Collection with LC/MSD Systems Using an Active Splitter Delay Sensor service manual
This document introduces the features and applications of Agilent active splitter and delay sensor
Agilent Technologies LC LC/MSD service manual
In this Technical Note, we describe the hardware and software involved in PSO Europe Valve Solutions for increasing productivity by adding functionality to the Agilent 1100 Valve Series. The solution offers new automation capabilities, through the use of Agilent 1100 Valves and/or Rheodyne valves in combination with Agilent ChemStation and the PSO Valve Add-on macro. This provides an evolution for flexibility and productivity, with programmable automatic preparation and sequence controlled valve switching.
Agilent Technologies 1100 Series LC/MDS service manual
This document introduces the design method of 1100 LC/MSD system, including cool non-heated capillary, HPLC flow rate conditions set independently of the ion optics lens in the high vacuum region of the mass spectrometer.
Agilent Technologies Optimizing LC/MSD Acquisition Parameters for Positive/Negative Mode Switching service manual
This note explores what parameters settings to use to obtain the best data and avoid signal loss when the LC/MSD is used in positive/negative switching mode.
Agilent Technologies Autotune Function Gain Calibration in the Agilent 1100 Series LC/MSD handbook
The Agilent 1100 Series LC/MSD quadrupole mass spectrometer features an automatic tuning program (Autotune) that performs this function without operator interaction. One of the essential functions within Autotune is gain checking and gain calibration. This note provides an overview of LC/MSD tuning and the Autotune function, and a more detailed look at gain calibration and adjustment within Autotune.
Agilent Technologies Advantages of Orthogonal Nebulizer Orientation in Electrospray for Quadrupole Ion Trap Mass Spectrometers service manual (1)
This technical note introduces the advantages of using an orthogonal nebulizer orientation in electrospray for quantitative analysis of complex samples in quadrupole and ion trap mass spectrometers.
Agilent Technologies Advantages of Orthogonal Nebulizer Orientation in Electrospray for Quadrupole Ion Trap Mass Spectrometers service manual(1)
This document introduces the Gain Normalization function implemented in the ChemStation G1701EA (E.02.xx) software. It includes new Gain selection items and expanded Gain Normalization to chemical ionization modes. The advantages of Gain Normalization are described, and how to specify Gain settings in methods are introduced.
Agilent Technologies Superior Molecular Formula Generation from Accurate-Mass Data Manual
When using mass spectrometry to analyze samples containing unknowns, it is often necessary to derive elemental compositions (molecular formulas) for the unknowns based on the mass spectral data. For lower-mass compounds, accurate-mass measurements may be sufficient to produce a single, conclusive molecular formula or a small number of possible formulas. With increasing mass, however, the number of possible formulas increases dramatically. Additional constraints must be applied to reduce the list of candidate formulas to a manageable number. Agilent MassHunter Workstation software includes proprietary molecular formula generation (MFG) software. This software takes full advantage of the mass accuracy of the data, and then uses additional mass spectral information to logically narrow the list of possible formulas. It reduces ambiguity and delivers a list of candidate molecular formulas with scores based on the relative probability that each formula is the correct one. This significantly reduces data interpretation time and increases the value of accurate-mass analysis.