Publications by authors named "Hui-Liang Jin"
[Research on the atomic emission spectroscopy of atmospheric pressure plasma process].
Guang Pu Xue Yu Guang Pu Fen Xi
February 2013
Article Synopsis
- The atmospheric pressure plasma jet process involves the key gases CF4 and O2, which significantly influence the removal rate of substances.
- Research indicates that while the concentration of active F* atoms remains stable with consistent heat, increasing CF4 leads to self-absorption effects, complicating accurate measurements.
- Furthermore, higher concentrations of O2 encourage the formation of active F* atoms by reacting favorably with CF4's dissociation products.
Article Synopsis
- Researchers developed networks of coupled oscillators for controlling periodic motion, but tasks like yo-yo playing are unstable in open-loop systems and require phase locking for stabilization.
- The study focuses on pulse-coupling, where the yo-yo provides feedback to trigger oscillation, and examines four different networks with various oscillator designs and coupling types.
- Analysis shows that only one network, a circuit-level oscillator, successfully stabilizes the yo-yo, confirmed by simulations, offering a model-free control strategy with low-rate feedback.