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hole fused silica tube transports the analyte, and then enters the detector.
increasing boiling point of the compound). It is then bombarded by high-energy electrons (70eV) to form ion fragments, and the airflow is introduced into the mass spectrometer,
through a 15m long, 0.25 mm inner diameter, and 0.1 film
increasing boiling point of the compound). It is then bombarded by high-energy electrons (70eV) to form ion fragments, and the airflow is introduced into the mass spectrometer,
of five parts: a sampling system, a gas chromatograph
increasing boiling point of the compound). It is then bombarded by high-energy electrons (70eV) to form ion fragments, and the airflow is introduced into the mass spectrometer,
chromatograph, a mass spectrometer, a vacuum system, and a data
increasing boiling point of the compound). It is then bombarded by high-energy electrons (70eV) to form ion fragments, and the airflow is introduced into the mass spectrometer,
the principle of four rods, and then compares them
increasing boiling point of the compound). It is then bombarded by high-energy electrons (70eV) to form ion fragments, and the airflow is introduced into the mass spectrometer,
The mass spectrometer detects and identifies elutriated compounds based
increasing boiling point of the compound). It is then bombarded by high-energy electrons (70eV) to form ion fragments, and the airflow is introduced into the mass spectrometer,
