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中文摘要
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摘要 国际暴露科学学会(ISES)是最重要的国际学会 致力于将暴露科学的全部价值带到研究和决策中 改善人类健康和环境。这填补了环境健康方面的一个重要空白。 当社会在25年前开始的时候,并继续填补这一空白。正如经常表达的那样, “没有接触就没有风险;我们需要了解接触的途径和数量。 环境污染物“。该领域的特点是它的跨学科性质 研究,一个政府、学术和企业成员的健康组合,它保持着 重点关注暴露对人类和环境政策的潜在影响。 2016年,我们将在荷兰乌得勒支庆祝ISES第26届年会。这个 年度会议通常吸引约500至600名与会者,主要来自北美, 欧洲和亚洲;预计2016年将有类似数量的与会者。2016年的会议将 代表与以下领域相关的多个学科的全球专业人员的最佳机会 展示科学,分享当前的研究活动,探索科学中的新兴趋势, 并建立协作关系。2016年会议将继续成功举行会议, 随着这次会议的味道,公共政策中的曝光科学成为人们关注的焦点。的 当然,还将在许多领域举办关于最先进的曝光科学的会议,包括 气候变化、水污染、空气污染、工业和技术/方法 预付款。
英文摘要
Abstract The International Society of Exposure Science (ISES) is the premier international society devoted to bringing the full value of exposure science to research and decision-making to improve human health and the environment. This filled an important gap in environmental health when the society began 25+ years ago, and continues to fill that gap. As is often expressed, “without exposure, there is no risk; we need to understand pathways and quantities of exposure to environmental contaminants”. The field is characterized by its interdisciplinary nature of study, a healthy mix of government, academic, and corporate members, and it maintains a focus on the potential impact of exposures on human and environmental policy. In 2016 we will celebrate the 26th annual meeting of ISES in Utrecht, The Netherlands. The Annual Meetings typically draw about 500-600 participants principally from North America, Europe and Asia; similar numbers of attendees are expected in 2016. The 2016 Meeting will represent the premier opportunity for global professionals in multiple disciplines related to exposure science to share current research activities, explore emerging trends in the science, and build collaborations. The 2016 meeting will continue the stream of successful meetings, with the flavor of this meeting shining the spotlight on exposure science in public policy. Of course, there also will be sessions on state-of-the-art exposure science in many areas including climate change, water contamination, air pollution, industry, and technological/methodological advances.
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湍流和化学交互作用对H2-Air-H2O微混燃烧中NO生成的影响研究
  • 批准号:
    51976048
  • 项目类别:
    面上项目
  • 资助金额:
    61.0万元
  • 批准年份:
    2019
  • 负责人:
    邱朋华
  • 依托单位: