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1)  supercavitation ['sju:pə,kævi'teiʃən]
超空泡
1.
Edge location and detection in supercavitation s digital imagery;
超空泡实验中的数字图像检测
2.
Research progress of supercavitation hydrodynamics;
超空泡流体动力学研究进展
2)  supercavity
超空泡
1.
Experimental investigation of pressure distribution in ventilated supercavity of underwater vehicle model;
水下航行体通气超空泡内压强分布实验研究(英文)
2.
Research on the relation of cavitator profile and supercavity drag reduction;
空化器线形与超空泡减阻效果关系研究
3.
Numerical simulated research on the supercavity anti-drag characteristic of underwater high speed body;
水下高速航行体超空泡减阻特性数值模拟研究
3)  supercavitation flow
超空泡流
4)  ventilated supercavity
通气超空泡
1.
Experimental investigation of ventilated supercavity of underwater bodies;
水下航行体通气超空泡的实验研究
2.
Numerical simulation study of the influence of gravity field on the ventilated supercavity;
重力场对通气超空泡影响的数值模拟研究
3.
Experimental investigation of critical ventilating coefficient of ventilated supercavity in water tunnel;
通气超空泡临界通气率的水洞试验分析
5)  ventilated supercavitation
通气超空泡
1.
A numerical method is put forward to calculate unsteady ventilated supercavitation based on principle of Logvinovich of cavity sections expansion.
根据Logvinovich独立膨胀原理发展了一种用于计算非定常通气超空泡形态的计算方法,并运用该方法对通气超空泡自激振荡和受迫振荡过程进行了数值仿真研究。
2.
A numerical method was brought forward to calculate steady and unsteady natural and ventilated supercavitation based on the principle of Logvinovich of the cavity sections expansion.
根据Logvinovich独立膨胀原理,发展了一种用于计算在重力场中定常和非定常自然和通气超空泡形态的计算方法,运用该方法对重力场中超空泡形态进行数值仿真。
3.
a numerical strategy was brought forward to evaluate and simulate unsteady ventilated supercavitation based on the Logvinovich principle of cavity sections expansion.
根据Logvinovich独立膨胀原理发展了一种用于非定常通气超空泡形态的计算方法,并运用该方法对通气超空泡形态控制进行了数值仿真。
6)  supercavitating torpedo
超空泡鱼雷
1.
An experimental supercavitating torpedo in Germany has achieved progress in speed and agility.
德国的一种实验型超空泡鱼雷的速度和机动性已获得了重大进展,其惯性制导的超空泡鱼雷航速已成功地超过了200 kn,该雷采用鸭式前舵控制,在雷头直接配备横滚-纵倾控制系统以达到很高的旋转角速率,所设计的子系统,例如惯性导航、自动驾驶电子装置、机械装置与声纳器件可承受高重力环境和强冲击震动。
2.
This paper briefly introduces the current development of supercavitating torpedoes in the world,and explains some confusable terms,including cavity,supercavitation,natural supercavitation,air supercavitation and cavity number.
在简要回顾各国超空泡鱼雷发展概况的基础上,解释了几个易混淆的与空泡有关的新术语(空泡、超空泡、自然超空泡、通气超空泡和空泡数),分析了超空泡的形成机理和特点,详细阐述超空泡鱼雷在总体结构和性能、动力推进、控制系统和弹道形式等方面的技术特点,概括超空泡鱼雷与普通鱼雷在结构外形、流体动力布局、系统组成和工作特性等方面的不同之处。
3.
The jet is selected as propulsion after the comparison of the specific power of propulsion between supercavitating torpedo and traditional torpedo,and the metal/water reaction fuel is determined as the main fuel by calculating the relation of torpedo range with fuel specific thrust and density.
总结了超空泡鱼雷对推进系统的3个设计要求,通过超空泡鱼雷推进系统与传统推进系统比功率的对比,确定超空泡鱼雷推进装置的类型宜选喷射推进装置;计算确定了鱼雷航程与燃料比冲量及密度的关系,选择水反应金属作为主要燃料。
补充资料:空泡
分子式:
CAS号:

性质:又称空泡。细胞的代谢库,起调节细胞内环境的作用。它是由脂蛋白膜包围的封闭系统,内是水溶液,溶有盐、糖与色素等物质,液泡的另一个功能是可能具有压力渗透计的作用,使细胞保持膨胀的状态。

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