Cobe数据的另一种解释

E. Lerner
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引用次数: 0

摘要

等离子体在不同的过程和相互作用方面与任何其他物质状态一样丰富,它们包含从原子到星系的可区分尺度。等离子体科学和技术的机会反映了这种现象和规模的广度。新兴技术使实验在定性和定量方面取得重大进展。例如,新的微加工技术使复杂的粒子和场探针成为可能,它们的空间分辨率比某些实验室等离子体中的德拜长度还要高。事实上,某些等离子体系统提供了最容易获得的物理系统,其中计算建模和相关物理测量在所有尺度长度上都是可能的;微观、中观到宏观。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Alternative Explanation Of The Cobe Data
Plasmas are as rich as any other state of matter in terms of distinct processes and interactions and they encompass distinguishable scales ranging from the atomic to the galactic. Opportunities in plasma science and technology reflect this breadth in phenomena and scales. New and emerging technologies enable significant qualitative and quantitative advances in experiments. For example, new microfabrication techniques make possible sophisticated particle and field probes with spatial resolution better than a Debye length in some laboratory plasmas. Indeed, certain plasma systems provide the most accessible physical systems where both the computational modeiing and relevant physical measurements are possible at all scale lengths; micro-, meso-, to macroscale.
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