海水密度人工跃变技术实验研究

Experimental Study of Sea Water Density’s Manually Jumping Technique

摘要: 密度跃层是大洋海水的一种重要水文现象，它对船舶尤其是水下航行器影响巨大，如能设法将其用于对抗敌水下航行器无疑具有独特的价值，为此本文提出了一种海水密度的人工跃变技术。其核心思想是，利用专用的材料和设备，通过特定的机理在设定海域生成大量均匀分布的气泡，以形成足够规模的海水密度人工跃变区域。本文为了验证该海水密度人工跃变技术的可行性而设计了验证性实验，实验结果表明了该技术深入研究的价值和在未来装备发展中的显著优势。

Abstract: The pycnocline is an important hydrologic phenomenon of seawater, having great impact for un-derwater vehicle, which would undoubtedly have distinctive value if it can be used to against op-posed underwater vehicle. So, this paper presents a manually jumped technique of seawater density. The core idea is that a large number of bubbles which is formatted by special mechanism in the scheduled sea waters are diffused by using special-purpose materials and equipments to form enough scale manually jumped area of seawater density. The paper designs the verification experiment in order to verify the technique, and the result shows the value of further study and the advantage in the future equipment development.