MeV什么意思
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发布时间：2023-05-06 15:47
共1个回答
热心网友
时间：2023-11-20 22:33
mev
[mev]
abbr.million electron volts
百万电子伏
1. As the beams are stably trans-ported, an energy 10.4MeV,current 2.6kA,100ns(FWHM)intense electron beam can be obtained.
当束稳定输运时，可获得束能10．4MeV,束流强度2．6kA,束半高宽约100ns的强流脉冲电子束。
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2. The relative neutron sensitivity of the dosimeter for 14 Mev neutron ra(?) from 0.024 to 0.027.
它对14兆电子伏中子的相对中子灵敏度 Ku 在0.024—0.027范围内。
来自互联网
3. Calculation results of fast neutron (E>1MeV) irradiation damage had been given according to the NRC-RG1.99(Rev2)
按照NRC-RG1.99(Rev2)规定给出了快中子(E>1Mev)辐照损伤计算结果。
来自互联网
4. The physical design and beam test for the BPL 35.5 MeV beam transport system are desc-ribed.
本文阐述了北京质子直线加速器35.5 MeV应用束流输运系统的物理设计和调试结果。
来自互联网
热心网友
时间：2023-12-12 23:31
mev
[mev]
abbr.million electron volts
百万电子伏
1. As the beams are stably trans-ported, an energy 10.4MeV,current 2.6kA,100ns(FWHM)intense electron beam can be obtained.
当束稳定输运时，可获得束能10．4MeV,束流强度2．6kA,束半高宽约100ns的强流脉冲电子束。
来自互联网
2. The relative neutron sensitivity of the dosimeter for 14 Mev neutron ra(?) from 0.024 to 0.027.
它对14兆电子伏中子的相对中子灵敏度 Ku 在0.024—0.027范围内。
来自互联网
3. Calculation results of fast neutron (E>1MeV) irradiation damage had been given according to the NRC-RG1.99(Rev2)
按照NRC-RG1.99(Rev2)规定给出了快中子(E>1Mev)辐照损伤计算结果。
来自互联网
4. The physical design and beam test for the BPL 35.5 MeV beam transport system are desc-ribed.
本文阐述了北京质子直线加速器35.5 MeV应用束流输运系统的物理设计和调试结果。
来自互联网
热心网友
时间：2023-11-20 22:33
mev
[mev]
abbr.million electron volts
百万电子伏
1. As the beams are stably trans-ported, an energy 10.4MeV,current 2.6kA,100ns(FWHM)intense electron beam can be obtained.
当束稳定输运时，可获得束能10．4MeV,束流强度2．6kA,束半高宽约100ns的强流脉冲电子束。
来自互联网
2. The relative neutron sensitivity of the dosimeter for 14 Mev neutron ra(?) from 0.024 to 0.027.
它对14兆电子伏中子的相对中子灵敏度 Ku 在0.024—0.027范围内。
来自互联网
3. Calculation results of fast neutron (E>1MeV) irradiation damage had been given according to the NRC-RG1.99(Rev2)
按照NRC-RG1.99(Rev2)规定给出了快中子(E>1Mev)辐照损伤计算结果。
来自互联网
4. The physical design and beam test for the BPL 35.5 MeV beam transport system are desc-ribed.
本文阐述了北京质子直线加速器35.5 MeV应用束流输运系统的物理设计和调试结果。
来自互联网
