- Research Article
- 10.1016/j.anucene.2025.112017
A new method for solving the magnetotelluric forward problem in geophysics
- Apr 01, 2026
- Annals of Nuclear Energy
- Shuai Zhang + 8 more +8
Publications from 2021 to 2026
Showing 10 of 194 papers
A new method for solving the magnetotelluric forward problem in geophysics
A novel land surface temperature retrieval method using channel correlation for atmospheric parameter modeling from SDGSAT-1 data
High-efficiency uranium separation and recovery from wastewater and seawater by photoelectrocatalytic using a Cu/Fe-N-C-P/g-C₃N₄ composite cathode
Invisible gold mineralization within the Vempalle Dolostone, Joolakalva Area, Cuddapah Basin, Southern India: Insights from in-situ and whole-rock geochemistry
Investigation of consistency and temperature compensation in SiPM-coupled GAGG scintillator linear arrays
In situ generation of Pd/Fe3O4 nanoparticles on covalent organic framework nanosheets for ultrasensitive detection and rapid removal of Hg2+
A machine learning based attitude control model for open-type TBMs on the spiral ramp of Beishan underground research laboratory
A material identification method for waste metals based on multi-energy X-ray transmission
Research on assembly technology of truss deployable mechanism based on parallel mechanism
Abstract Aiming at the Truss deployable mechanism, this paper conducts research on assembly technology based on a Six-degree-of-freedom parallel mechanism. For the assembly of the Complex rod system and Hinged mechanism, research on Precise control technology of parallel mechanisms is conducted to improve the Assembly positioning accuracy to ±0.05 mm. Under external constraints, the Adjustment amount of the Six-degree-of-freedom parallel mechanism is insufficient for the Seven-rod rotating shaft. Through theoretical analysis, the Adjustment amount that needs to be remedied for the parallel mechanism is calculated, enabling the Seven-rod rotating shaft to be adjusted into position expressly. The research outcome is applied in the model quest and lays a foundation for the subsequent assembly of truss deployable mechanisms.
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