The Method Study of Laser Alignment Applied to Complete Zero-Line Detection of Artillery

Abstract:

Aiming at the relatively complicated methods of zero-line detection of artillery, and the limiting of high requirements for target range measurement or the field of calibrating artillery of combat troops, this paper presents the method that laser alignment is applied to complete zero-line detection of artillery. This paper introduces the basic principles and methods of the method, and conduct theoretical analysis, modeling and calculation and determination of related parameters based on the optical principles of laser. This method can be used to complete zero-line detection of artillery in small venue, and provide convenient conditions for the detection for aiming line of artillery, the method is especially suitable for limiting of the field of calibrating artillery of combat troops, and calibrating artillery before shooting in a relatively harsh climatic conditions.

• Periodical: Applied Mechanics and Materials (Volumes 713-715)
• Pages: 389-394
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.713-715.389
• Online since: January 2015
• Authors: Wei Tang*, Li Qiu Wang, Hong Zhou Yu, Xiang Ping Liu
• Keywords: Aiming Line, Laser Alignment, Offset, Zero-Line

References

[1] Mingyi Wei et al. Artillery static detection method, 1997: 56-57.

[2] Linquan Niu, Jinchuan Niu, Sulei Zhu et al. Application of modern laser engineering, 2008, 7: 52-53.

[3] Xiaojian Hao, Yangjun Li et al. Technology and application of photoelectric detection, 2009: 160-161.