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Preface

机译:前言

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摘要

The European space Agency (ESA) undertook a bold experiment with the Mars Express mission: to develop rapidly a low cost platform for planetary exploration. The myriad scientific achievements of this mission prove the success of the experiment. ESA took a second bold step by adapting the Mars platform for the Venus Express mission, and doing so rapidly and most cost-effectively. While the differences in Venus and Mars necessitated several changes in instrumentation, there are many objectives that remain the same at the two planets. When we issued a call to the MEX and VEX communities for a volume of brief articles covering the latest results from these two missions, the response from those examining the interaction of the solar wind and energetic particles with the planets was most swift. The authors were asked to keep their presentations to four published pages. The guest editor in turn attempted to shepherd these papers through the reviewing process quickly. In those instances where the editor had a conflict of interest, R. J. Strangeway assumed the duties of the editor.
机译:欧洲航天局(ESA)对“火星快车”任务进行了大胆的试验:迅速开发低成本的行星探测平台。该任务的无数科学成就证明了该实验的成功。 ESA迈出了第二个大胆的步骤,将火星平台改编为Venus Express任务,并迅速且最具成本效益地进行了这项工作。尽管金星和火星的差异需要对仪器进行几处改动,但在两个行星上仍有许多目标保持不变。当我们向MEX和VEX社区发出呼吁,要求提供简短的文章来介绍这两个任务的最新结果时,那些检查太阳风和高能粒子与行星相互作用的人的反应最为迅速。要求作者将他们的演讲保持在四个已发表的页面上。客座编辑者又试图通过审阅过程迅速整理这些论文。在那些编辑有利益冲突的情况下,R。J. Strangeway承担了编辑的职责。

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