Optical Emission From the Al Surface Bombarded by 260~520 keV Krq+(8≤q≤17) Ion

Fig. 3. The intensity ratios of Y(309.0)/Y(395.9), Y(358.3)/Y(395.9) and Y(451.6)/Y(395.9) vs. kinetic energy (a) and the ratios of Y(309.0)/Y(395.9) vs. potential energy (b) measured in the interaction of Kr^q⁺ ions with Al surface

Download full size

View in Article

Table 1. Atomic excitation energy and electron transition^[10]
View table
View in Article
Table 1. Atomic excitation energy and electron transition^[10]
粒子谱线/nm 激发能/eV 电子跃迁
Al Ⅰ 309.0 4.02 3s²3p-3s²3d
Al Ⅰ 395.9 3.13 3s²3p-3s²4s
Al Ⅱ 358.3 15.30 3s3d-3s4f
Al Ⅲ 451.6 20.55 2p⁶4p-2p⁶4d

Table 2. Electron stopping power and nuclear stopping power of Kr¹³⁺ ion in Al, and the intensity ratios of spectral line

View table

View in Article

Table 2. Electron stopping power and nuclear stopping power of Kr¹³⁺ ion in Al, and the intensity ratios of spectral line

动能/ keV	速度 v_Bohr	电子阻止本领/ [MeV·(mg·cm^-2)^-1]	核阻止本领/ [MeV·(mg·cm^-2)^-1]	Y(309.0)/Y(395.9)	Y(358.5)/Y(395.9)	Y(452.8)/Y(395.9)
260	0.35	1.588	5.075	0.233±0.005	0.089±0.003	0.041±0.003
390	0.42	2.114	4.556	0.317±0.017	0.150±0.013	0.067±0.008
520	0.49	2.484	4.137	0.352±0.012	0.195±0.008	0.089±0.020

Tools

Get Citation

Copy Citation Text

Qiu-mei XU. Optical Emission From the Al Surface Bombarded by 260~520 keV Kr^q⁺(8≤q≤17) Ion[J]. Spectroscopy and Spectral Analysis, 2022, 42(2): 544

Download Citation

EndNote(RIS)BibTex Plain Text

Set citation alerts for article

Save article for my favorites

Paper Information

Category: Research Articles

Received: Dec. 29, 2020

Accepted: Feb. 4, 2021

Published Online: Apr. 2, 2022

The Author Email: XU Qiu-mei (qmxu@impcas.ac.cn)

DOI:10.3964/j.issn.1000-0593(2022)02-0544-05

Topics

laser devices and laser physics

Lasers and Laser Optics

Laser physics

laser manufacturing

Instrumentation, Measurement and Metrology

Table 1. Atomic excitation energy and electron transition[10]

Table 1. Atomic excitation energy and electron transition[10]

Table 2. Electron stopping power and nuclear stopping power of Kr13+ ion in Al, and the intensity ratios of spectral line

Table 2. Electron stopping power and nuclear stopping power of Kr13+ ion in Al, and the intensity ratios of spectral line

Table 1. Atomic excitation energy and electron transition^[10]

Table 1. Atomic excitation energy and electron transition^[10]

Table 2. Electron stopping power and nuclear stopping power of Kr¹³⁺ ion in Al, and the intensity ratios of spectral line

Table 2. Electron stopping power and nuclear stopping power of Kr¹³⁺ ion in Al, and the intensity ratios of spectral line