Agilent GC-MS

For more information about Agilent Agilent 5975C GC-MS technical parameters: 5975C gas - the main features of MS 1. The highest sensitivity, 1pg of Octafluoronaphthalene (OFN) under EI conditions, the signal to noise ratio are: 200: 12. high-temperature solid inert ion source: up to 3500C, suitable for high boiling compounds analysis 3. Trace Ion Detection (TID) technology to improve the detection sensitivity and reliability of complex samples of trace heating 4. true hyperbolic quadrupole analyzer double , has the highest ion transmission efficiency while quadrupole maintenance 5. gain normalization tuning feature improves the comparability of data 6. The secondary off-axis ion detection system, greatly reduces the noise level and improve the signal to noise ratio 7. You can select hydrogen as a carrier gas, increase the speed of analysis while reducing operating costs unique retention time locking 8. Deconvolution Reporting Software (DRS) and 926 DRS compound database 9. Configure Capillary Flow Technology (capillary flow technology) can 10. A multi-signal data acquisition mass axis stability: 0.1amu / 48hr 11. Maximum scanning speed: 12500amu / s Agilent GC-MS Agilent 5975C Main features: 5975C gas chromatography - mass spectrometry main features: 1, the highest sensitivity 2 , high temperature solid inert ion source: up to 3500C, analysis suitable for high boiling compounds 3, Trace Ion Detection (TID) technology to improve the detection sensitivity in complex samples and reliability for small samples 4, true hyperbolic quadrupole heated double analysis , has the highest ion transmission efficiency, maintenance-free quadrupole 5, gain normalization tuning feature improves the comparability of data 6, you can select hydrogen as a carrier gas, increase the speed of analysis while reducing operating costs 7, specific reservations Time Lock Deconvolution Reporting Software (DRS) and 926 DRS compound database 8: Configure Capillary Flow Technology (capillary flow technology) can be multi-signal data acquisition