超级军网等离子体火箭到达火星可能只需39天
来源：百度文库 编辑：超级军网 时间：2024/05/01 14:50:46
<br /><br />上周Ad Astra Rocket Company在德克萨斯测试了世界上功率最大的等离子体火箭引擎VASIMR VX-200.测试功率达到200千瓦标准.这是VASIMR的缩小原型的首次全功率展示.
该公司刚和NASA签订合约,2013年在国际空间站上测试200千瓦VASIMR引擎.但是Ad Astra并不满足于此,他们还有制造大型VASIMR引擎的计划,比如高速飞往火星的计划.一台10到20兆瓦的VASIMR引擎可以在39天内把人送 到火星,而一般火箭则需要六个月以上.
Concept art, shows the VASIMR engine powering a moon mission. (Source: Ad Astra)
The VASIMR engine is of an electric rocket design. This type of rocket is trickier to perfect, but performs better than a chemical rocket, with increased speed, lower costs, and better safety. (Source: Ad Astra)
A VASIMR engine is shown here in action, generating plasma thrust. (Source: Ad Astra)
Ad Astra envisions a rich market of spaceflight applications. (Source: Ad Astra)
Chang-Diaz于1979年创立了VASIMR引擎的概念.这项技术使用无线电波加热气体(如氢、氩、氖等),产生热等离子体.磁场迫使带电的等离子体从引擎后部喷出从而产生推力.和一般引擎相比,这种方法耗费的燃料较少,但喷射速度很高.因为设计上没有物理电极和等离子体接触,所以引擎寿命较长,功率密度也强于其它设计.
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推荐→第一投注:倍率高←存取速度快.国内最好的投注平台<br /><br />上周Ad Astra Rocket Company在德克萨斯测试了世界上功率最大的等离子体火箭引擎VASIMR VX-200.测试功率达到200千瓦标准.这是VASIMR的缩小原型的首次全功率展示.
该公司刚和NASA签订合约,2013年在国际空间站上测试200千瓦VASIMR引擎.但是Ad Astra并不满足于此,他们还有制造大型VASIMR引擎的计划,比如高速飞往火星的计划.一台10到20兆瓦的VASIMR引擎可以在39天内把人送 到火星,而一般火箭则需要六个月以上.
Concept art, shows the VASIMR engine powering a moon mission. (Source: Ad Astra)
The VASIMR engine is of an electric rocket design. This type of rocket is trickier to perfect, but performs better than a chemical rocket, with increased speed, lower costs, and better safety. (Source: Ad Astra)
A VASIMR engine is shown here in action, generating plasma thrust. (Source: Ad Astra)
Ad Astra envisions a rich market of spaceflight applications. (Source: Ad Astra)
Chang-Diaz于1979年创立了VASIMR引擎的概念.这项技术使用无线电波加热气体(如氢、氩、氖等),产生热等离子体.磁场迫使带电的等离子体从引擎后部喷出从而产生推力.和一般引擎相比,这种方法耗费的燃料较少,但喷射速度很高.因为设计上没有物理电极和等离子体接触,所以引擎寿命较长,功率密度也强于其它设计.
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该公司刚和NASA签订合约,2013年在国际空间站上测试200千瓦VASIMR引擎.但是Ad Astra并不满足于此,他们还有制造大型VASIMR引擎的计划,比如高速飞往火星的计划.一台10到20兆瓦的VASIMR引擎可以在39天内把人送 到火星,而一般火箭则需要六个月以上.
Concept art, shows the VASIMR engine powering a moon mission. (Source: Ad Astra)
The VASIMR engine is of an electric rocket design. This type of rocket is trickier to perfect, but performs better than a chemical rocket, with increased speed, lower costs, and better safety. (Source: Ad Astra)
A VASIMR engine is shown here in action, generating plasma thrust. (Source: Ad Astra)
Ad Astra envisions a rich market of spaceflight applications. (Source: Ad Astra)
Chang-Diaz于1979年创立了VASIMR引擎的概念.这项技术使用无线电波加热气体(如氢、氩、氖等),产生热等离子体.磁场迫使带电的等离子体从引擎后部喷出从而产生推力.和一般引擎相比,这种方法耗费的燃料较少,但喷射速度很高.因为设计上没有物理电极和等离子体接触,所以引擎寿命较长,功率密度也强于其它设计.
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<P> </P>
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(6.合.彩)足球←篮球...各类投注←开户下注
<P> </P>
推荐→第一投注:倍率高←存取速度快.国内最好的投注平台<br /><br />上周Ad Astra Rocket Company在德克萨斯测试了世界上功率最大的等离子体火箭引擎VASIMR VX-200.测试功率达到200千瓦标准.这是VASIMR的缩小原型的首次全功率展示.
该公司刚和NASA签订合约,2013年在国际空间站上测试200千瓦VASIMR引擎.但是Ad Astra并不满足于此,他们还有制造大型VASIMR引擎的计划,比如高速飞往火星的计划.一台10到20兆瓦的VASIMR引擎可以在39天内把人送 到火星,而一般火箭则需要六个月以上.
Concept art, shows the VASIMR engine powering a moon mission. (Source: Ad Astra)
The VASIMR engine is of an electric rocket design. This type of rocket is trickier to perfect, but performs better than a chemical rocket, with increased speed, lower costs, and better safety. (Source: Ad Astra)
A VASIMR engine is shown here in action, generating plasma thrust. (Source: Ad Astra)
Ad Astra envisions a rich market of spaceflight applications. (Source: Ad Astra)
Chang-Diaz于1979年创立了VASIMR引擎的概念.这项技术使用无线电波加热气体(如氢、氩、氖等),产生热等离子体.磁场迫使带电的等离子体从引擎后部喷出从而产生推力.和一般引擎相比,这种方法耗费的燃料较少,但喷射速度很高.因为设计上没有物理电极和等离子体接触,所以引擎寿命较长,功率密度也强于其它设计.
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这么图都是XX···看不了··
Concept art, shows the VASIMR engine powering a moon mission. (Source: Ad Astra)
The VASIMR engine is of an electric rocket design. This type of rocket is trickier to perfect, but performs better than a chemical rocket, with increased speed, lower costs, and better safety. (Source: Ad Astra)
A VASIMR engine is shown here in action, generating plasma thrust. (Source: Ad Astra)
Ad Astra envisions a rich market of spaceflight applications. (Source: Ad Astra)
Concept art, shows the VASIMR engine powering a moon mission. (Source: Ad Astra)
The VASIMR engine is of an electric rocket design. This type of rocket is trickier to perfect, but performs better than a chemical rocket, with increased speed, lower costs, and better safety. (Source: Ad Astra)
A VASIMR engine is shown here in action, generating plasma thrust. (Source: Ad Astra)
Ad Astra envisions a rich market of spaceflight applications. (Source: Ad Astra)
期待早日登陆火星
好象是可以使飞船达到50公里每秒的速度吧，比现在的快4倍，差不多40多天就能到，不过功率太小了，只能用到卫星上，安装到飞船上，那得需要多长时间才能加速完毕，也许到了火星轨道还没加速到最大速度
电能如何提供是个问题
zi_exnium 发表于 2009-10-9 12:32 
这种功率的东西,肯定是用核动力的.
这种功率的东西,肯定是用核动力的.
用来当月球拖船，从LEO拖到月球，再回LEO重复使用
核反应堆装一次料用上几年应该没问题，登月火箭就只需要打LEO了
核反应堆装一次料用上几年应该没问题，登月火箭就只需要打LEO了
这东东推力太小吧