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Keyword [Ion energy]
Result: 1 - 20 | Page: 1 of 2
1.
The Hybrid Simulation Of A Dual-frequency Capacitively Coupled Plasma
2.
Electromagnetic Wave Propagation In A Nonuniform Atmosphereic Pressure Plasma And An Experimental Study On A Low-pressure Capacitively Coupled Plasma
3.
Diagnostic Investigation Of Dual-frequency Capacitively Coupled Plasmas Using Complete Floating Double Probe And Mass Spectrometry
4.
Quantum-Mechanical Behavior Of Two Paul-Trapped Ions
5.
Application Of Ion Beam Technology In Ultra-low Loss Films
6.
Study On The Manufacturing Method Of Optical Film Microstructure
7.
Study Of Ion Energy Distribution Measurements
8.
Ion Energy And Angular Distributions Manipulated By Pulse Bias In Capacitively Coupled Discharge
9.
The Calculation Of Energy And Verification Of Wavefunction’s Quality For Lithium-like Kr
33+
10.
Helium Magnesium Ions, The Beryllium-like Ion Energy Level Structure And Spectral Transitions Theoretical Research
11.
Variational Calculation Of Hydrogen And Its Isotopic Molecular Ion Energy Levels
12.
Theoretical Research Of The Behaviour For Ls
2
np-ls
2
n'd Transitions Of Ga
28+
Ion In The Whole Energy Region
13.
Theoretical Research On The Energy Level Structures And Dipole Transitions Of 1s
2
ns And 1s
2
np States For Zn
27+
Ion
14.
Researches On Synthesis And Luminescence Of Rare Earth Ions Doped Micro/Nano Luminescent Materials Based On Energy Transfer
15.
Investigations On Physical Characteristics Of Low Pressure Dual- Frequency Capacitively Coupled Electronegative Plasmas
16.
Theoretical Reseach On Energy Level Corrections And Extrapolation Of Oscillator Strength For The1s
2
nd（3≤n≤9） And1s
2
n’f（4≤n’≤9） Excited States Of Highly Charged Se
31+
Ion
17.
Research On The Debris Dynamics Of Dual Laser Pulses Induced GD Plasma For Lithography Source
18.
Theoretical Study On1s
2
nd-1s
2
n’f Transitions Of Zn
27+
ion
19.
Studies On Energy Transfer And Luminescence Characteristics Of Rare Earth Ions Doped CaO And CaSc
2
O
4
20.
Research Of The Generation,control And Energy Deposition Of Ultra-intense Laser-driven Energetic Ions
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