2017 Laser Diagnostics in Combustion Gordon Research Conference and Gordon Research Seminar

1726216 Michelsen该提案是为了请求对戈登研究会议（GRC）和戈登研究研讨会（GRS）的部分支持，该研讨会是关于燃烧中的激光诊断。会议将于2017年8月5日至11日在佛蒙特州西多佛举行。申请的资金将用于支持参加会议的学生和博士后。特别是，GRS专门针对年轻科学家。会议将重点讨论光学诊断的最新科学进展及其已证明或预期的影响，以及诊断需求。主题将包括流体运动和温度，化学成分，瞬态和多相现象在广泛的条件下，包括高压的精确和准确的测量。2017年计划还包括与大气排放相关的燃烧诊断以及燃烧对空气质量和气候变化的影响的讨论。燃烧负责提供全球大部分能源需求，但产生大部分大气污染物和温室气体。燃烧过程是复杂的，因为它们涉及高温下的多相化学反应流。燃烧诊断需要先进的仪器和科学知识。本次会议将汇集对基于激光的燃烧诊断有浓厚兴趣的科学家和工程师，讨论当前的方法，最新的发展，有前途的机会，以及探测燃烧过程的测量技术的未解决的需求。这次会议是独一无二的，因为它不专注于回顾以前的研究;相反，它突出了今天和明天的新颖，大胆，往往有争议的进展。这次会议将大大有助于了解最先进的激光诊断技术在燃烧。

1726216 MichelsenThis proposal is to request partial support for the Gordon Research Conference (GRC) and Gordon Research Seminar (GRS) on Laser Diagnostics in Combustion. The meeting will be held at West Dover, Vermont, August 5 to 11, 2017. The requested fund will be used for supporting students and postdocs who will attend the meetings. Particularly, the GRS is specifically aimed at young scientists. The meeting will be focused on the most recent scientific advances in optical diagnostics and their demonstrated or expected impact, in addition to diagnostic needs. Topics will include precise and accurate measurements of fluid motion and temperature, chemical composition, and transient and multi-phase phenomena under a wide range of conditions, including high pressure. The 2017 program also includes discussion of combustion diagnostics relevant to atmospheric emissions and impact of combustion on air quality and climate change.Combustion is responsible for providing the majority of global energy needs but generating a large fraction of atmospheric pollutants and greenhouse gases. Combustion processes are complex in that they involve multiphase, chemically reacting flows at high temperatures. Combustion diagnostics requires advanced instrumentation and scientific knowledge. This conference will bring together scientists and engineers with a strong interest in laser-based combustion diagnostics to discuss current approaches, latest developments, promising opportunities, and unaddressed needs for measurement techniques for probing combustion processes. This conference is unique because it is not focused on reviewing previous research; instead it highlights novel, bold, and often controversial advances of today and tomorrow. This conference will contribute significantly to the understanding of the state-of-the-art technology in laser diagnostics in combustion.