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3. Research on Implementation Plan and Migration of Intelligent Construction Site for Newly-Built Power Plant

Author

FU Hao, LI Weicong, and LIN Weibo

Subjects
intelligent construction site, construction scheme, intelligent control platform, collaborative management, reasonable transition, Energy industries. Energy policy. Fuel trade, HD9502-9502.5
Abstract

[Introduction] In order to meet the needs of digital and intelligent transformation of power enterprises and to adapt the strict requirements of new power plants on safety and quality management of engineering construction, [Method] an intelligent site management system was put forward and its construction scheme , functional module, and reasonable transition scheme to production period were introduced. [Result] The intelligent site management system based on Internet of things, big data, cloud platform technology, and intelligent terminal equipment can realize the comprehensive management and control of personnel, facilities, environment, and management. [Conclusion] The intelligent site management system proposed in this paper can effectively improve the management efficiency and intelligent level of power enterprises, and also provide a reference for the construction site management mode of new power plants.

Published
2022
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7. Parameterized Algorithms for the Traveling Purchaser Problem with Additional Constraints

Author

Xiao, Mingyu, Zhang, Jianan, Lin, Weibo, Goos, Gerhard, Founding Editor, Hartmanis, Juris, Founding Editor, Bertino, Elisa, Editorial Board Member, Gao, Wen, Editorial Board Member, Steffen, Bernhard, Editorial Board Member, Woeginger, Gerhard, Editorial Board Member, Yung, Moti, Editorial Board Member, Du, Ding-Zhu, editor, Duan, Zhenhua, editor, and Tian, Cong, editor

Published
2019
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19. Investigation of the Ternary System Ho - Fe - Si at 500 °C

Author

Lin Weibo, Zhuang Yinghong, and Li Jungin

Subjects
Ternary numeral system, Materials science, Electron probe microanalysis, Metals and Alloys, Electron microprobe, Condensed Matter Physics, Microanalysis, Isothermal process, Crystallography, Phase (matter), Materials Chemistry, Physical and Theoretical Chemistry, Ternary operation, Powder diffraction
Abstract

The solid state phase equilibria and phase relationship at 500 o C in the Ho-Fe-Si ternary system were investigated mainly by X-ray powder diffraction, with aid of differential thermal microanalysis and electron probe microanalysis (EPMA) techniques. The isothermal section at 500 o C of this system has been established. The existence of 12 binary compounds and six ternary compounds, namely HoFe 4.48 Si 1.52 , Ho 2 Fe 4 Si 9 , HoFe 2 Si 2 , Ho 2 Fe 3 Si 5 , Ho 5 Fe 2 Si 13 and Ho 33 Fe 40 Si 27 , were confirmed in this isothermal section. The section consists of 21 single-phase regions, 45 two-phase regions and 25 three-phase regions

Published
1993

20. The ternary system AgCuHo at 500 °C

Author

Li Junqin, Lin Weibo, and Zhuang Yinghong

Subjects
Ternary numeral system, Chemistry, Mechanical Engineering, Metallurgy, Metals and Alloys, Analytical chemistry, Electron microprobe, Microanalysis, chemistry.chemical_compound, Mechanics of Materials, Ternary compound, Differential thermal analysis, X-ray crystallography, Materials Chemistry, Powder diffraction, Solid solution
Abstract

The solid state phase equilibria at 500 °C in the AgCuHo (33.3 at.% Ho or less) ternary system were investigated mainly by X-ray powder diffraction, with the aid of differential thermal microanalysis, optical microscopy and electron probe microanalysis. The isothermal section (500 °C) of this system has been established. It consists of six single-phase regions, nine two-phase regions and four three-phase regions. No ternary compound was found in this system, only the binary compounds found in the CuHo and AgHo systems. The maximum solid solubilities of Ag in Cu 5 Ho, Ag in Cu, Cu in Ag 2 Ho, and Cu in Ag are 42, 0.98, 28 and 2.93 at.% respectively. Cu 2 Ho and Ag 3 Ho are non-variable compounds.

Published
1993

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