During 2015 the HIRFL accelerator of IMP delivered 26 species of heavy for experiments related on nuclear physics, atomic physics, material sciences, radio-biology researches and machine studies, including 13 species ...During 2015 the HIRFL accelerator of IMP delivered 26 species of heavy for experiments related on nuclear physics, atomic physics, material sciences, radio-biology researches and machine studies, including 13 species of them were accelerated first time in HIRFL. The typical ion beams provided by HIRFL in 2015 are listed in Table 1.展开更多
Since beginning of 2014, HIRFL has been operated about 7 272 machine hours, including 626 h for the machinepreparation, 998.5 h for the machine commissioning, 158.5 h for equipment failure period, 4 964.5 h for experi...Since beginning of 2014, HIRFL has been operated about 7 272 machine hours, including 626 h for the machinepreparation, 998.5 h for the machine commissioning, 158.5 h for equipment failure period, 4 964.5 h for experimenttarget time and 235 h for the machine study. Several different operation modes were included: 1 321.5 h for theindependent operation of SFC; 2 631 h for operation of the combination of SFC+SSC; 1 422 h for operation of thecombination of SFC+CSRm, 1 897.5 h for the operation of the combination of SFC+CSRm+CSRe, and 289.5 h isthe others.展开更多
In 2022,the HIRFL facility has been operated for 8458 h in total,including 6095 h for different experiments and 910.5 h for machine study.Especially,the SSC Linac has been operated for 514 h in parallel operation mode...In 2022,the HIRFL facility has been operated for 8458 h in total,including 6095 h for different experiments and 910.5 h for machine study.Especially,the SSC Linac has been operated for 514 h in parallel operation modes,which was used to provide 452 h of beam time for the different experiments.Table 1 shows the overall beam time of the whole facility.展开更多
In 2022,the ^(78)Kr^(26+)beam was used for experiments at the PISA Terminal and the Single Event Effect Terminal of HIRFL.During the routine operation,a primary beam of ^(78)Kr^(26+)at 6.05 MeV/u provided by SFC were ...In 2022,the ^(78)Kr^(26+)beam was used for experiments at the PISA Terminal and the Single Event Effect Terminal of HIRFL.During the routine operation,a primary beam of ^(78)Kr^(26+)at 6.05 MeV/u provided by SFC were accumulated,cooled,and further accelerated to extraction energy at the CSRm.展开更多
In 2019,the HIRFL facility has operated for 7392 h,including 586.5 h for the machine preparation,830 h for the machine commissioning due to beam change,208.5 h for the equipment failure period,5312 h for the experimen...In 2019,the HIRFL facility has operated for 7392 h,including 586.5 h for the machine preparation,830 h for the machine commissioning due to beam change,208.5 h for the equipment failure period,5312 h for the experimental targets and 438.5 h for the machine study.Several different modes are operated.展开更多
In 2018,the HIRFL facility has operated for 7344 h,including 658 h for the machine preparation,842 h for the machine commissioning due to beam change,244 h for the equipment failure period,5411.5 h with beam on target...In 2018,the HIRFL facility has operated for 7344 h,including 658 h for the machine preparation,842 h for the machine commissioning due to beam change,244 h for the equipment failure period,5411.5 h with beam on targets and 161.5 h for the machine study.Different operation modes are used this year,including 1952 h with SFC;3717 h with the combination of SFC+SSC;722 h with the combination of SFC+CSRm,953 h with the combination of SFC+CSRm+CSRe;and 27 h with other special modes.展开更多
In 2017,the HIRFL facility has operated for 7632 h,including 745 h for the machine preparation,921 hfor the machine commissioning due to beam change,198.5 h for the equipment failure period,5326 h for the experimental...In 2017,the HIRFL facility has operated for 7632 h,including 745 h for the machine preparation,921 hfor the machine commissioning due to beam change,198.5 h for the equipment failure period,5326 h for the experimental targets and 392 for the machine study.Several different modes are operated,including 2932 h for SFC;2780 h for the combination of SFC+SSC;1517 h for the combination of SFC+CSRm,403 h for the combination of SFC+CSRm+CSRe;and 49.5 h for other special modes.展开更多
In 2016,HIRFL has 7 488 machine hours,including 616 h for the machine preparation and 994 h for the machine commissioning due to beam change,228.5 h for equipment failure period,5 439.5 h for experiment target time,10...In 2016,HIRFL has 7 488 machine hours,including 616 h for the machine preparation and 994 h for the machine commissioning due to beam change,228.5 h for equipment failure period,5 439.5 h for experiment target time,108 h for machine study.Several different operation modes are included,2 437 h for the independent operation of SFC;2 948 h for the combination operation of SFC+SSC;462 h for the combination operation of SFC+CSRm;1 641 h for operation of the combination of SFC+CSRm+CSRe;and 102 h for others.展开更多
文摘During 2015 the HIRFL accelerator of IMP delivered 26 species of heavy for experiments related on nuclear physics, atomic physics, material sciences, radio-biology researches and machine studies, including 13 species of them were accelerated first time in HIRFL. The typical ion beams provided by HIRFL in 2015 are listed in Table 1.
文摘Since beginning of 2014, HIRFL has been operated about 7 272 machine hours, including 626 h for the machinepreparation, 998.5 h for the machine commissioning, 158.5 h for equipment failure period, 4 964.5 h for experimenttarget time and 235 h for the machine study. Several different operation modes were included: 1 321.5 h for theindependent operation of SFC; 2 631 h for operation of the combination of SFC+SSC; 1 422 h for operation of thecombination of SFC+CSRm, 1 897.5 h for the operation of the combination of SFC+CSRm+CSRe, and 289.5 h isthe others.
文摘In 2022,the HIRFL facility has been operated for 8458 h in total,including 6095 h for different experiments and 910.5 h for machine study.Especially,the SSC Linac has been operated for 514 h in parallel operation modes,which was used to provide 452 h of beam time for the different experiments.Table 1 shows the overall beam time of the whole facility.
文摘In 2022,the ^(78)Kr^(26+)beam was used for experiments at the PISA Terminal and the Single Event Effect Terminal of HIRFL.During the routine operation,a primary beam of ^(78)Kr^(26+)at 6.05 MeV/u provided by SFC were accumulated,cooled,and further accelerated to extraction energy at the CSRm.
文摘In 2019,the HIRFL facility has operated for 7392 h,including 586.5 h for the machine preparation,830 h for the machine commissioning due to beam change,208.5 h for the equipment failure period,5312 h for the experimental targets and 438.5 h for the machine study.Several different modes are operated.
文摘In 2018,the HIRFL facility has operated for 7344 h,including 658 h for the machine preparation,842 h for the machine commissioning due to beam change,244 h for the equipment failure period,5411.5 h with beam on targets and 161.5 h for the machine study.Different operation modes are used this year,including 1952 h with SFC;3717 h with the combination of SFC+SSC;722 h with the combination of SFC+CSRm,953 h with the combination of SFC+CSRm+CSRe;and 27 h with other special modes.
文摘In 2017,the HIRFL facility has operated for 7632 h,including 745 h for the machine preparation,921 hfor the machine commissioning due to beam change,198.5 h for the equipment failure period,5326 h for the experimental targets and 392 for the machine study.Several different modes are operated,including 2932 h for SFC;2780 h for the combination of SFC+SSC;1517 h for the combination of SFC+CSRm,403 h for the combination of SFC+CSRm+CSRe;and 49.5 h for other special modes.
文摘In 2016,HIRFL has 7 488 machine hours,including 616 h for the machine preparation and 994 h for the machine commissioning due to beam change,228.5 h for equipment failure period,5 439.5 h for experiment target time,108 h for machine study.Several different operation modes are included,2 437 h for the independent operation of SFC;2 948 h for the combination operation of SFC+SSC;462 h for the combination operation of SFC+CSRm;1 641 h for operation of the combination of SFC+CSRm+CSRe;and 102 h for others.
