International Travel Support for Chemistry and Diagnostics for Clean Combustion International Bunsen Discussion Meeting

1658989卡马乔这个奖项是为了支持职业早期研究人员参加2017年国际本森讨论会议的旅行。参加技术会议的经验对包括研究生、博士后研究人员和助理教授在内的早期研究人员非常有益。这些经验不仅有助于专业发展，还将激发他们在制定未来研究方向时的批判性思维。该奖项是为了部分支持职业早期研究人员参加2017年国际本森讨论会：清洁燃烧的化学和诊断会议的费用。会议将于2017年6月21日至23日在德国比勒费尔德举行。这次会议是一次非常重要的燃烧科学与工程国际会议。本次会议的报告代表了世界清洁燃烧研究领域的最新研究成果。会议通过特邀讲座、口头演示和海报演示促进燃烧研究成果的交流。世界的80%以上？S的能源来自各种燃料的燃烧。燃烧也是大气污染的主要来源之一。本次会议将促进燃烧科学家和工程师之间的互动，以发展有助于实现清洁燃烧的知识。重点将放在新出现的及时问题上，如提高能效、使用替代燃料和减少污染。使燃烧更清洁的科学本质上是跨学科的，跨越流体动力学、化学、热力学和气溶胶动力学。这次会议将促进实验者和模型师之间的合作。通过参加这次会议，美国与会者将了解最先进的燃烧研究，以增强环境的可持续性。

1658989 CamachoThis award is to support the travel of early-career researchers to attend the 2017 International Bunsen Discussion Meeting. Experiences in attending technical conferences are extremely beneficial to early-career researchers, including graduate students, post-doctoral researchers, and assistant professors. These experiences will not only help with the professional development, but also stimulate their critical thinking in formulating future research directions. This award is to partially support the expenses of early-career researchers in attending the 2017 International Bunsen Discussion Meeting: Chemistry and Diagnostics for Clean Combustion. The meeting will be held in Bielefeld, Germany, June 21 - 23, 2017. This conference is a very important international conference on combustion science and engineering. Presentations in this conference represent the most updated research outcome in the area of clean combustion research in the world. The conference facilitates the exchange of combustion research results through invited lectures, oral presentations, and poster presentations. More than 80% of the world?s energy comes from combustion of various fuels. Combustion is also one of main sources of atmospheric pollution. This conference will facilitate the interactions of combustion scientists and engineers for developing knowledge to help achieve clean combustion. The focus will be on emerging and timely issues, such as efficiency improvement, use of alternative fuels, and pollution reduction. The science of making combustion cleaner is interdisciplinary in nature, spanning fluid dynamics, chemistry, thermodynamics, and aerosol dynamics. This conference will promote the collaboration between experimentalists and modelers. By attending this conference, the U.S. participants will stay updated with the state-of-the-art combustion research that can enhance the environmental sustainability.