Deuterium depth distribution study in Yb
Xingcai Guan, Lu Yongkai, Houjun He, Jiangtao Zhao, Qiang Wang, Kaihong Fang, Xuan Meng, Tieshan Wang, J. Kasagi
Abstract
Xingcai Guan, Lu Yongkai, Houjun He, Jiangtao Zhao, Qiang Wang, Kaihong Fang, Xuan Meng, Tieshan Wang, J. Kasagi
Abstract
The deuterium depth distribution for a , while beam implanted into ytterbium (Yb) at a temperature between 300 and 340 K was studied using the D(d,p)T reaction. By analyzing the proton yields, the deuterium depth distribution from the front surface to 500 nm depth was found. The results indicate that an equilibrium deuterium distribution region from the front surface to a depth approximately equal to the mean range of implanted deuterons was formed in Yb during the implantation. The deduced deuterium concentration in the equilibrium deuterium distribution region was D/Yb = 22%.
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The deuterium depth distribution for a , while beam implanted into ytterbium (Yb) at a temperature between 300 and 340 K was studied using the D(d,p)T reaction. By analyzing the proton yields, the deuterium depth distribution from the front surface to 500 nm depth was found. The results indicate that an equilibrium deuterium distribution region from the front surface to a depth approximately equal to the mean range of implanted deuterons was formed in Yb during the implantation. The deduced deuterium concentration in the equilibrium deuterium distribution region was D/Yb = 22%.
Key concepts: Physics, Deuterium, Nuclear physics, Distribution (mathematics), Atomic physics, Mathematical analysis, Mathematics