Comprehensive Benefit Evaluation of Electricity Substitution Projects Based on AHP-Grey Relational Degree Model

Yang, Yue; Zhao, Long; Xue, Wanlei; Li, Chenhui; Xu, Nan

doi:10.1088/1755-1315/252/3/032038

Cited by 3 publications

(1 citation statement)

References 6 publications

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“…In 2022, Ing Edsel B [21] proposed and veri ed that the use of AHP processes can promote equity, diversity and inclusion . Scholars have also used the analytic hierarchy process and grey relational analysis method to evaluate Serbia Saar Mountains [22], landslides [23], hybrid steel frame [24], electricity substittion projects [25], and social bene ts of eco-tourism scenic areas [26], and obtain effective evaluation results. In recent years, these methods have also been applied to the eld of cultural relic protection.…”

Section: Research Status Of Cultural Relic Health Evaluation Analysis...mentioning

confidence: 99%

Research on the Health Assessment Method of Bronze Artifacts Excavated from Archaeological Sites

Li¹,

Xie

et al. 2022

Preprint

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As one of the common physical materials in Chinese archaeological excavations, ancient bronzes are important bases for studying the development of Chinese bronze culture, which is of great significance for exploring the development law of ancient human culture and reconstructing ancient human society. However, the ancient bronzes unearthed by archaeological excavations have been corroded to varying degrees under the dual influence of the soil burial environment and the sudden change of the above-ground environment, which has led to the different health status of the cultural relics. An adequate scientific evaluation of these bronzes is needed to inform how they should be extracted, moved and transported, as well as how subsequently they should be restored. Based on the analysis and research of relevant industry standards and the disease characteristics of bronzes to determine the risk factors affecting the health status of unearthed cultural relics, and then determines the main content of the health assessment of bronzes. By studying methods to effectively characterize the health status of bronzes and combining laboratory research to form a systematic method for in situ nondestructive analysis of bronzes. Through the systematic analysis of the detection results of the evaluation indicators to establish an analysis model for the health evaluation of bronzes. Finally, this paper achieves a scientific and effective evaluation of the health status of bronzes unearthed from archaeological sites. This enabled the feasibility of the extraction methods to be evaluated using the excavated Sanxingdui bronzes as samples.

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Section: Research Status Of Cultural Relic Health Evaluation Analysis...mentioning

confidence: 99%

Research on the Health Assessment Method of Bronze Artifacts Excavated from Archaeological Sites

Li¹,

Xie

et al. 2022

Preprint

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Measurement of Project Portfolio Benefits With a GA-BP Neural Network Group

Bai

Sun

2024

IEEE Trans. Eng. Manage.

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A comprehensive assessment method for the health status of bronzes unearthed at archaeological sites

Xie³

et al. 2023

Herit Sci

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As one of the common physical materials in Chinese archaeological excavations, ancient bronzes are an essential basis for studying the development of Chinese bronze culture, which is of great significance for exploring the development law of ancient human civilization and reconstructing ancient human society. As China’s infrastructure advances, the number of bronzes unearthed by archaeological excavations continues to increase. However, environmental damage to artefacts is very complex, whether the buried environment of the artefacts or the above-ground environment when the artefacts are unearthed, leading to different health problems for the excavated bronzes. A scientific assessment of these bronzes needs to be carried out prior to extraction to inform staff how they should be extracted, moved, and transported and how they should be restored afterwards. In response to the above problems, this paper takes excavated bronzes from archaeological sites as the research object and, by analysing and studying the relevant industry standards and the disease characteristics of bronzes, establishes a three-tier indicator framework for assessing the health of bronzes in a layer-by-layer refinement and proposes quantitative indicators with typical correlations. Through extensive research and testing, we screened out efficient, non-destructive, convenient and reliable assessment and testing methods and assessment models that combine subjective and objective aspects suitable for archaeological sites. On this basis, the paper achieves a scientific and practical assessment of the health status of bronzes excavated from archaeological sites. After repeated experiments, a set of comprehensive methods for quickly and conveniently assessing the health status of excavated bronzes was proposed for the first time and successfully applied to the archaeological excavation site of Sanxingdui site in Guanghan City, Sichuan Province, China.

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Comprehensive Benefit Evaluation of Electricity Substitution Projects Based on AHP-Grey Relational Degree Model

Cited by 3 publications

References 6 publications

Research on the Health Assessment Method of Bronze Artifacts Excavated from Archaeological Sites

Research on the Health Assessment Method of Bronze Artifacts Excavated from Archaeological Sites

Measurement of Project Portfolio Benefits With a GA-BP Neural Network Group

A comprehensive assessment method for the health status of bronzes unearthed at archaeological sites

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