这种黑洞很可能用作地下天线能够充电电池潜艇在太平洋和印度洋，通过极低频广播。
Such a hole is likely used as an underground antenna able to recharge the batteries of submarines in the Pacific and Indian Ocean through ELF broadcasts.
潜艇AIP系统也将目光瞄准了烯料电池，德国U212/214和俄罗斯“阿穆尔”级潜艇都已开发使用了烯料电池AIP系统。
Fuel cells have been used in AIP system of submarine now, such as the U212/214 submarine of German and the " Amour" submarine of Russia.
本文根据潜艇蓄电池仿真的需要，提出了使用模型的概念，并讨论了用专家系统来实现它的可能性。
In this paper, the concept about the applied model of submarine battery is introduced in accordance with the need for its simulation, and possibility of its realization by expert system is discussed.
潜艇蓄电池是潜艇主动力系统的重要组成部分，要对潜艇主动力系统进行仿真研究，必须建立精确的蓄电池外特性模型。
Submarine battery is main part of power system of submarine. In order to research on power system of submarine by simulation, one must model battery outer characters.
通常电池只能运行最多12小时，故这类潜艇大部分间用柴油发动机推进。潜艇浮出水面或半浮出水面（使用二战时德国首先采用的Schnorkling装置）时必须用柴油发动机。
Normally, battery power is only good for a up to twelve hours of operation and such subs spend most of their time propelled by their diesel engines.
通常电池只能运行最多12小时，故这类潜艇大部分间用柴油发动机推进。潜艇浮出水面或半浮出水面（使用二战时德国首先采用的Schnorkling装置）时必须用柴油发动机。
Normally, battery power is only good for a up to twelve hours of operation and such subs spend most of their time propelled by their diesel engines.
应用推荐