In order to improve the power of isobaric identification in the accelerator mass spectrometry, an improved gas detector called gas-filled time-of-flight (GF-TOF) spectrometric detectortern were descrient ion energy,ha...In order to improve the power of isobaric identification in the accelerator mass spectrometry, an improved gas detector called gas-filled time-of-flight (GF-TOF) spectrometric detectortern were descrient ion energy,has been designed and set up again. The experimental tests of the new system were described. ^36GS and ^36Cl were identified by GF-TOF and ΔE-E method with different ion energy, respectively.展开更多
文摘In order to improve the power of isobaric identification in the accelerator mass spectrometry, an improved gas detector called gas-filled time-of-flight (GF-TOF) spectrometric detectortern were descrient ion energy,has been designed and set up again. The experimental tests of the new system were described. ^36GS and ^36Cl were identified by GF-TOF and ΔE-E method with different ion energy, respectively.
基金supported by the Fundamental Research Funds for the Central Universities of China(WK2030040100)the National Natural Science Foundation of China(11961141014)the Chinese Academy of Sciences(GJJSTD20200008)。
