Publications by authors named "Jingyun Ouyang"
The field production profile over the yearly horizon is planned for a balance between economy, security, and sustainability of energy. An optimal drilling schedule is required to achieve the planned production profile with minimized drilling frequency and summation. In this study, we treat each possible production process of each well as a dependent time series and the basic unit.
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- The paper explores the behavior of self-accelerating, second-order Hermite complex-variable-function Gaussian wave packets in a harmonic potential, using both theoretical analysis and numerical simulations.
- * The study manipulates key factors like distribution and potential depth, leading to various unique shapes and rotational states in the wave packets, such as butterfly and double-vortex patterns.
- * Additionally, it examines energy flow, angular momentum, and the impact of these wave packets on Rayleigh dielectric particles, highlighting potential uses in optical communications and trapping technologies.
We introduce controllable Laguerre Gaussian wave packets (LGWPs) with self-accelerating and self-focusing properties along their predesigned parabolic trajectory via phase modulation. Numerically and experimentally recorded intensity patterns of controllable LGWPs with topological charges are obtained, and it is obvious that they agree well with the theoretical model. Furthermore, spatiotemporally controllable LGWPs can propagate stably along predesigned trajectories for many Rayleigh lengths.
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