Laser Journal, Volume. 45, Issue 2, 239(2024)
Laser scanning machining system for complex parts based on error correction
[3] [3] Heuke S ,Rigneault H. Laser scanning dark-field coherent anti- Stokes Raman scattering ( DF- CARS) : a numerical study.[J]. Optics express ,2021 ,29(3) :3985-3995.
[6] [6] Zhang D W ,Liu B K ,Zhao S D. Influence of Processing Parameters on the Thread and Spline Synchronous Rolling Process : An Experimental Study[J]. Materials ,2019 ,12(10) :1716.
[7] [7] Sadali M F ,Hassan M Z ,Ahmad F ,et al. Influence of se- lective laser melting scanning speed parameter on the sur- face morphology ,surface roughness ,and micropores for manufactured Ti6 Al4 V parts[J]. Journal of Materials Re- search ,2020 ,35(15) :2025-2035.
[9] [9] Watamaniuk L ,Smith A C ,Rogers T L. Use of laser-scan-ning confocal microscopy in the detection of diagenesis in bone[J]. Journal of Forensic Sciences ,2022 ,67(1) :92- 101.
[11] [11] Moritz J ,Seidel A ,Braun B ,et al. functional integration approaches via laser powder bed processing functional inte- gration approaches via laser powder bed processing[J]. Journal of Laser Applications ,2019 ,31(2) :022319.
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GUO Jinfei, DU Chuan, JIA Meng. Laser scanning machining system for complex parts based on error correction[J]. Laser Journal, 2024, 45(2): 239
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Received: Apr. 17, 2023
Accepted: --
Published Online: Oct. 15, 2024
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