Abstract
Based on the systematic collection and collation of relevant data at home and abroad, and using the CiteSpace bibliometric tool, the research hotspots and evolutionary paths in the field of mine water inrush disaster research were analyzed using a combination of qualitative and quantitative methods to provide the basis for a new perspective on applied research in this field. The disaster-causing conditions and mechanisms of mine water inrushes were systematically analyzed, allowing us to propose a fourth condition, water disaster-inducing power, that plays a decisive role in the process of mine water hazards. We elaborate the methods of water source identification and risk prediction and assessment of mine water disasters, summarize and review their practical application value and theoretical research shortcomings, and point out that combining mine water disaster research methods and computer technology in the direction of intelligence and visualization is a hotspot and focus of future research. Finally, we discuss the prevention and control of water inrush disasters in mines, construct a model of water inrush disasters, and discuss specific prevention and control measures of water inrush disasters.
Zusammenfassung
Auf der Grundlage einer systematischen Sammlung und Zusammenstellung relevanter Daten aus dem In- und Ausland und unter Verwendung des CiteSpace Literaturanalyseprogramms wurden zunächst die Forschungsschwerpunkte und Entwicklungspfade im Bereich der Forschung zu Grubenwassereinbrüchen mit einer Kombination aus qualitativen und quantitativen Methoden analysiert, um die Grundlage für eine neue Perspektive der angewandten Forschung in diesem Bereich zu schaffen. Die katastrophenverursachenden Bedingungen und Mechanismen von Grubenwassereinbrüchen wurden systematisch analysiert, so dass eine vierte Bedingung, die katastrophenverursachende Kraft des Wassers, vorgeschlagen wird, die eine entscheidende Rolle bei der Grubenwassergefahrenanalyse spielt. Wir erläutern die Methoden zur Feststellung der Wasserherkunft und zur Risikovorhersage und -bewertung von Grubenwasserkatastrophen, fassen ihren praktischen Anwendungswert und die theoretischen Forschungsdefizite zusammen und weisen darauf hin, dass die Kombination von Methoden zur Erforschung von Grubenwasserkatastrophen mit der Computertechnologie in Richtung künstlicher Intelligenz und Visualisierung ein Schwerpunkt der künftigen Forschung ist. Schließlich die Vorbeugung und Kontrolle von Grubenwassereinbruchskatastrophen erörtert, ein Modell für Wassereinbruchskatastrophen entwickelt und spezifischen Vorbeugungs- und Kontrollmaßnahmen für Wassereinbruchskatastrophen auf der Grundlage des "4M"-Prinzips unter vier Aspekten, nämlich Mensch, Material, Medium und Management, diskutiert
Resumen
A partir de la recopilación y cotejo sistemático de datos relevantes en el país y en el extranjero, y utilizando la herramienta bibliométrica CiteSpace, se analizaron primero los puntos claves y las vías de evolución de la investigación de los desastres por irrupción de agua de minas, utilizando una combinación de métodos cualitativos y cuantitativos, para sentar las bases de una nueva perspectiva de la investigación aplicada en este campo. Se analizaron sistemáticamente las condiciones y los mecanismos causantes de los desastres por irrupción de agua en las minas, lo que nos permitió proponer una cuarta condición, el poder inductor del desastre del agua, que desempeña un papel decisivo en el proceso de los peligros del agua en las minas. Elaboramos los métodos de identificación de las fuentes de agua y de predicción y evaluación de los riesgos de los desastres de agua en las minas, resumimos y revisamos su valor de aplicación práctica y las deficiencias de la investigación teórica; señalamos que la combinación de los métodos de investigación de los desastres de agua en las minas y la tecnología informática en la dirección de la inteligencia y la visualización es un punto central y un foco de atención de la investigación futura. Por último, se discute la prevención y el control de los desastres por irrupción de agua en las minas, se construye un modelo de desastres por irrupción de agua y se discuten las medidas específicas de prevención y control de los desastres por irrupción de agua basadas en el principio de las "4M" desde cuatro aspectos, es decir, el hombre, el material, el medio y la gestión.
矿井突水灾害研究的可视化分析与发展
在系统收集和整理国内外相关资料的基础上, 利用CiteSpace文献计量工具, 第一次采用定性和定量相结合的方法分析了矿井突水灾害领域的研究热点和发展历程, 将为该领域的新视角研究提供基础。系统地分析了矿井突水致灾的条件和机理, 提出了第四条件, 即水害诱发力, 它在矿井水害发展过程中起决定性作用。我们详述了矿井水害的水源识别方法和水害风险预测与评估方法, 总结和评述了它们的实际应用价值和理论研究不足, 指出矿井水害研究方法与智能化和可视化的计算机技术相结合是未来的研究热点和重点。最后, 讨论了矿井突水灾害的防治问题, 构建了突水灾害模型, 探讨了基于"4M "原则 (人员、材料、介质和管理) 的矿井突水灾害具体防治措施。
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The authors thank the editors and reviewers for their positive and constructive suggestions. The authors are very grateful for the support provided by the National Natural Science Foundation of China (Grant 51704213), and the Key R & D projects in Hubei Province, China (2020BCA082).
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Wu, M., Ye, Y., Hu, N. et al. Visualization Analysis and Progress of Mine Water Inrush Disaster-Related Research. Mine Water Environ 41, 599–613 (2022). https://doi.org/10.1007/s10230-022-00876-5
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DOI: https://doi.org/10.1007/s10230-022-00876-5