以“Powering the World，One Atom at a Time”为主题的“第二十六届国际核工程大会（The 26th International Conference on Nuclear Engineering）”于2018年7月22-26日在英国伦敦举行。本届大会由中国核学会、美国机械工程师学会、...以“Powering the World，One Atom at a Time”为主题的“第二十六届国际核工程大会（The 26th International Conference on Nuclear Engineering）”于2018年7月22-26日在英国伦敦举行。本届大会由中国核学会、美国机械工程师学会、日本机械工程师学会联合主办。来自全球的900多名代表参加了本次会议。展开更多
In order to reduce the systematic uncertainties caused by the sequential injection in AMS measurement of ^(182)Hf,a technique for instantaneous monitoring of off-axis∑HfF_5^- current was developed in the AMS laborato...In order to reduce the systematic uncertainties caused by the sequential injection in AMS measurement of ^(182)Hf,a technique for instantaneous monitoring of off-axis∑HfF_5^- current was developed in the AMS laboratory at China Institute of Atomic Energy(CIAE).The stability and reliability of this method have been experimentally verified.As a result,the accuracy for AMS measurement of^(182)Hf was significantly improved.展开更多
文摘以“Powering the World，One Atom at a Time”为主题的“第二十六届国际核工程大会（The 26th International Conference on Nuclear Engineering）”于2018年7月22-26日在英国伦敦举行。本届大会由中国核学会、美国机械工程师学会、日本机械工程师学会联合主办。来自全球的900多名代表参加了本次会议。
基金supported by the National Natural Science Foundation of China under Grant No 10705054
文摘In order to reduce the systematic uncertainties caused by the sequential injection in AMS measurement of ^(182)Hf,a technique for instantaneous monitoring of off-axis∑HfF_5^- current was developed in the AMS laboratory at China Institute of Atomic Energy(CIAE).The stability and reliability of this method have been experimentally verified.As a result,the accuracy for AMS measurement of^(182)Hf was significantly improved.
