115 results on '"Shi, Yi"'
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2. Investigation on wavelength-dependent absorption characteristic of wavelength-stable LDs in fiber laser
3. Research on energy-efficient speed control for automatic train operation based on dueling-DQN algorithm
4. PPT: pocket yoga personal training system
5. Research on image classification mechanism based on self-supervised learning
6. Modified oscillating-amplifying integrated fiber laser for stimulated Raman scattering suppression
7. The performance analysis of generative adversarial networks
8. Research on energy-efficient speed control for automatic train operation based on dueling-DQN algorithm.
9. Federated learning for distributed spectrum sensing in NextG communication networks
10. Suppression of stimulated Brillouin scattering in narrow linewidth fiber amplifier with white noise signal phase modulated seed
11. Surface plasmon resonance sensor based on gold-coated hollow fiber structure
12. PPT: pocket yoga personal training system.
13. 4.115 kW near diffraction-limited high quality fiber laser based on 25/400μm fiber.
14. Research on image classification mechanism based on self-supervised learning.
15. Fabrication of 800-μm-bore hollow optical fibers based on completely non-fragile and flexible Ni-Ti tube for the infrared
16. Research and application of spectral reconstruction technology based on periodic structure
17. Modified oscillating-amplifying integrated fiber laser for stimulated Raman scattering suppression.
18. The performance analysis of generative adversarial networks.
19. Fabrication of 75-μm-bore hollow optical fibers for infrared transmission
20. 4.115kW near diffraction-limited high quality fiber laser based on 25/400μm fiber
21. 3.53 kW average power all-fiber amplifier with 0.16nm narrow-linewidth single-mode beam quality
22. Suppression of stimulated Brillouin scattering in narrow linewidth fiber amplifier with white noise signal phase modulated seed.
23. Federated learning for distributed spectrum sensing in NextG communication networks.
24. Fabrication of silver-coated hollow fiber with an inner diameter of 100 µm or less.
25. Evaluation of heavy metal accumulation in greenhouse soils in Shenyang, Northeast China.
26. Fabrication of SiO2/AgI/SiO2/Ag hollow glass fiber for infrared transmission.
27. The effect of dielectric absorption on the transmission characteristics of terahertz hollow fibers.
28. Fabrication of hollow optical fiber with a vitreous film for CO2 laser light delivery.
29. Research on the measurement of thin film thickness based on phaseshift interferometry.
30. Effects of tillage on the Fe oxides activation in soil.
31. Lasers for lithotripsy.
32. Thin hollow glass waveguide for near IR radiation delivery.
33. Fabrication of 100-m-bore hollow fiber for infrared transmission.
34. Study of the defects in GaN epitaxial films grown on sapphire by HVPE.
35. Nd:YAG laser systems with radiation delivery by thin hollow waveguides.
36. Flexible hollow polycarbonate fiber for endoscopic infrared laser treatment.
37. Er:YAG laser micro-preparation of hard dental tissue.
38. Modification of mid-infrared radiation spatial structure caused by COP/Ag hollow waveguide.
39. Hollow infrared fiber with an inorganic inner coating layer with high durability.
40. A fast initial alignment of MIMU in the two-dimension trajectory correction fuze for spinning projectile on stationary base.
41. Study of the effect of Gause-hasen displacement on dispersion.
42. Er:YAG laser radiation for soft and hard urological tissue treatment.
43. Uniform polymer-film formation in hollow fiber by closed loop-coating method.
44. Medical applications of 3 m delivery waveguide system.
45. Selective preparation of hard dental tissue: classical and laser treatments comparison.
46. Er:YAG laser radiation applications in different medical branches.
47. Generation of powerful 3 microns radiation and its delivery.
48. Interaction of Er:YAG laser radiation with ureter tissue.
49. Low-loss pilot-beam delivery in hollow optical fiber for high-energy infrared laser light.
50. Fragmentation characteristics of various calculi evaluated by using hollow fibers for Er:YAG laser light.
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