Recently, Agilent Technologies introduced the company's next-generation Agilent 5975 GC/MS. As an inheritance product of the 5973, the 5975 has a new user interface for electronic sharing of application methods. This feature eliminates the need for the operator to manually develop a corresponding application method for a new instrument, greatly speeding up the migration and standardization of the method.
Chris Toney, General Manager of GC/MS, Agilent Technologies Chemical Analysis Division, further elaborated on the features of the new product. The Agilent 5975's inert mass selective detector uses a redesigned hyperbolic mass analyzer to provide a wider quality. Analysis range. Compared with the 5973, the 5975 vacuum system has also been completely redesigned, greatly improving the efficiency of pumping hydrogen, helium and other carrier gases. At the same time, the instrument's flow control system automatically adjusts the flow rate of the reagent gas stream and automatically adjusts the ion source.
In terms of ion source, for 5975, the chemical ionization source has become a conventional ion source like the electron bombardment ion source. In addition, the system also provides a new data acquisition mode, that is, users can obtain synchronously selected ion scan data and full scan data without loss of sensitivity. This technology, in conjunction with Agilent's Deconvolution Reporting software and genealogy library, greatly enhances the ability to identify unknown compounds.
Chris Toney, General Manager of GC/MS, Agilent Technologies Chemical Analysis Division, further elaborated on the features of the new product. The Agilent 5975's inert mass selective detector uses a redesigned hyperbolic mass analyzer to provide a wider quality. Analysis range. Compared with the 5973, the 5975 vacuum system has also been completely redesigned, greatly improving the efficiency of pumping hydrogen, helium and other carrier gases. At the same time, the instrument's flow control system automatically adjusts the flow rate of the reagent gas stream and automatically adjusts the ion source.
In terms of ion source, for 5975, the chemical ionization source has become a conventional ion source like the electron bombardment ion source. In addition, the system also provides a new data acquisition mode, that is, users can obtain synchronously selected ion scan data and full scan data without loss of sensitivity. This technology, in conjunction with Agilent's Deconvolution Reporting software and genealogy library, greatly enhances the ability to identify unknown compounds.
condensator and evaporator
condensator of car
Xinxiang Yukun Refrigeration Technology Co.Ltd , https://www.ycevaporator.com