stealth target

The sound-absorbing materials not only could reduce target strength of submarines, also have the isolation and sound insulation effects. The sound-absorbing materials played a more important role in improving the stealth of submarine.

吸声材料不仅能够降低潜艇目标强度，还具有隔振和隔声的作用，对于提高潜艇隐身性具有不可忽视的作用。

Influence of Warship Stealth on Antiship Missile Terminal Guidance Radar Target Acquisition

舰艇隐身对反舰导弹末制导雷达目标截获能力的影响

Study of target scattering characteristics is an important topic in underwater acoustics, with various applications such as underwater target recognition, precision guidance of underwater weapons, anti-stealth warfare, and ocean resource exploitation.

水中目标声散射特性研究是水声工程中的重要课题，它对于水中目标识别、精确声制导、反隐身及海洋开发等领域具有重要意义。

With the development of acoustic stealth technology, the noise and target strength of underwater target significantly reduced, and the sonar operating range is decreasing accordingly.

现阶段由于声隐身技术的发展，水下目标的辐射噪声和目标强度都大幅降低，声纳的作用距离也随之下降。

This paper discusses the target discrimination in anti stealth techniques of radar.

讨论雷达反隐身技术中的目标识别方法。

The stealth weapons can be detected. The conventional long wave but lower frequency radar can detect the threat target of low visibility. The laser radar, the photoelectronic detection and the radar component have the ability to detect stealth target.

隐身兵器并非不可探测，采用常规的长波低频雷达可以探测低可见性目标，采用激光雷达、光电探测和雷达组网等均具有探测隐身的能力。

The disadvantages of stealth technology and the feasibility of counter-stealth, and test stealth target by space-based radar are studied.

研究了隐身技术的不足与反隐身的可行性，以及利用天基雷达探测隐身目标等。