... ionizingradiation电离线 ionoluminescence离子发光 ionometer离子计ionosphere电离层 ...
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等离子发射光谱 ICP
等离子体发射光谱仪 ICP ; ICP Optical Emission ; Prodigy ICP ; IRIS Advantage ICP-OES
等离子发射光谱仪 IPS-AEC ; PROFILE SPEC ; ICP-AES SPECTROMETER
直流激发氩离子激光器 DC-excited Ar-ion laser ; DC-excited argon-ion laser
射频激发离子激光器 radio-frequency excited ion laser
等离子体发射光谱 ICP-AES ; ICP-OES ; Plasma emission spectra
等离子体发射光谱法 ICP-AES ; plasma emission spectrum
微型等离子发射光谱 micro emission spectrum
等离子发射光谱法 icp-atomic emission spectrometry
讨论了不同配体对同一稀土离子发光影响和同一配体对不同稀土离子发光作用。
The influence on luminescence behaviour of same rare earth ion from different ligand and the action of same ligand to luminescence of various rare earth ions were discussed.
浓度的提高增加了玻璃样品的密度，但是Gd 3 +浓度的提高减弱了Tb 3 +离子的发光，对Tb 3 +离子发光具有负面效应。
It was also found that heightening the concentration of Gd3 + promoted the density of glass samples, but weaken luminescence of Tb3 + and go against to shine of Tb3 + ions.
其他科学家提出，电荷导入地面下，会在地面上产生发光的离子气团。
Other scientists have suggested that charges dissipating through the ground can create balls of glowing ionised gas above it.
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