A novel Huygens particle， of which transmission magnitudes and phases can be controlled independently， is proposed here. The transmission magnitude can be arbitrarily tuned from 0 to 0.9， while the transmission phase is between 0 and 2π. Aligning Huygens particles based on generalized snell’s law， a metasurface structure with function of anomalous transmission is designed and fabricated. Full-wave simulation results prove that the plane electromagnetic wave normally incident from the bottom is nearly steered to 60° by the designed Huygens metasurface at 10 GHz. The near-field measurement results are basically consistent with the simulations， which demonstrates the correctness of desinged metasurface further.