On the Significance and Use of National Defense Education in the Teaching and Training Tools of Domestic Light Weapons
Journal: Region - Educational Research and Reviews DOI: 10.32629/rerr.v6i4.2062
Abstract
In recent years, with the promotion of national defense education in our country, the demand for water bomb teaching and training equipment and its extended toys is constantly increasing. However, the traditional water bomb teaching and training equipment has some limitations, which limit its application in education. Therefore, this study aims to study and design a water bomb teaching and training appliance and its extension toys referring to the shape of domestic small and light weapons to meet the needs of national defense education. This paper used the literature data method and the experimental method to study and design the literature data method and the experiment method. Through the analysis and induction of water teaching training equipment and extension toys, combined with the practical experience of this study, designed a new type of reference domestic light weapon shape of water teaching training equipment and its extension toys the study design reference domestic light weapon shape of water teaching training equipment and its extension toy has high application value and promotion significance. In the future, its application in national defense education can be further explored to improve the teaching means and practical effect of national defense education.
Keywords
domestic light weapons, water balloon training, extended toys, national defense education, significance
Full Text
PDF - Viewed/Downloaded: 2 TimesReferences
[1] Ma Jiangfeng, Liu Hongyu, Baihang, etc. A certain type of equipment virtual training system [J]. Ordnance Automation. 2021; 40 (10): 74-76.
[2] Lu Gang. (2016) Design and Testing of Amphibious Light Weapons System [D]. Nanjing University of Science and Technology; 2016.
[3] Nie Zhimin, Jin Wenqiang, Liu Yu, etc. Research on key technologies of data intelligence acquisition for small weapon shooting [J]. Network security and Data Governance. 2023; 42(S2): 215-220.
[4] Zhang Limin, Liu Hualin, Wang Haipeng, Li Xuteng. A bullet hole ring value determination method based on area labeling [J]. Journal of Ordnance Equipment Engineering. 2020; 41 (01): 100-104.
[5] Zhou Longxian, Li Dan. On the way to improve the adaptability of the new light weapons Force [J]. Journal of Sichuan Military Engineering. 2006; (01): 41-42+50.
[6] Zhang Huayang, Lin Penghui, Wang Can. Study on the differences in the technical requirements and test methods of catapult toys in domestic and foreign toy standards [J]. Light Industry Standard and Quality. 2022; (01): 88-90.
[7] Ma Zhijie. China’s light arms in the eyes of the foreign military [J]. Light weapons. 2008; (20): 36-38.
[2] Lu Gang. (2016) Design and Testing of Amphibious Light Weapons System [D]. Nanjing University of Science and Technology; 2016.
[3] Nie Zhimin, Jin Wenqiang, Liu Yu, etc. Research on key technologies of data intelligence acquisition for small weapon shooting [J]. Network security and Data Governance. 2023; 42(S2): 215-220.
[4] Zhang Limin, Liu Hualin, Wang Haipeng, Li Xuteng. A bullet hole ring value determination method based on area labeling [J]. Journal of Ordnance Equipment Engineering. 2020; 41 (01): 100-104.
[5] Zhou Longxian, Li Dan. On the way to improve the adaptability of the new light weapons Force [J]. Journal of Sichuan Military Engineering. 2006; (01): 41-42+50.
[6] Zhang Huayang, Lin Penghui, Wang Can. Study on the differences in the technical requirements and test methods of catapult toys in domestic and foreign toy standards [J]. Light Industry Standard and Quality. 2022; (01): 88-90.
[7] Ma Zhijie. China’s light arms in the eyes of the foreign military [J]. Light weapons. 2008; (20): 36-38.
Copyright © 2024 Anbo Yang, Tiannan Fan, Linkun Niu, Zhiming Li, Shi Xiang
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License