驾驶员和方向 在美国,环保署和 NIOSH 正在带头做先锋研究. 进入奈米粒子和他们的联合健康之内冒多种被赞助的研究计画和数据交换计画的危险过。 NIOSH 的网站也引证它的多代理商国立纳米技术率先的参与和 在技术上的国立科学和技术会议的委员会的科学、工程学和技术小组委员会。 但是大致上,在工作地点的纳米技术的研究仍然在它的幼年方面。 或如基思 Rickabaugh, RJ 的材料和分析的服务李集团、 Monroeville,Pa 的技术上指导者。, 放它,"什么已经被学习是有更多获悉。" Rickabaugh 继续说 ," 我们需要获悉如何对经济上地/适度地建立安全的工作练习和工程控制保护工人免于 '未知者' 暴露危险。 那包括表演的研究证明 nanosized 粒子的健康危险, 和训练工人了解而且能够表示那些材料的特色。” 回答者:yuantao1974 - 助理 二级 10-19 09:17Drivers and Directions In the United States, the EPA and NIOSH are spearheading research into nanoparticles and their associated health risks through a variety of funded research projects and information exchange programs. NIOSH’s Web site also cites its participation in the multiagency National Nanotechnology Initiative and the Nanoscale Science, Engineering and Technology Subcommittee of the National Science and Technology Council’s Committee on Technology. But on the whole, the study of nanotechnology in the workplace is still in its infancy. Or as Keith Rickabaugh, technical director of materials and analytical services for RJ Lee Group, Monroeville, Pa., puts it, “what has been learned is that there is much more to learn.” Rickabaugh goes on to say that, “We need to learn how to economically/reasonably establish safe work practices and engineering controls to protect workers from an ‘unknown’ exposure risk. That includes performing studies to document the health risks of nanosized particles, and training workers to understand and be able to characterize those materials.” 回答者:doufudong - 见习魔法师 二级 10-19 09:25司机和方向在美国环保局并niosh都带头研究纳米及其相关的健康风险,通过各种资助的研究项目和信息交流项目.niosh网站还援引其参与的主动性和纳米multiagency国家纳米科学、工程技术小组全国科技会议的技术委员会.但总体来说,纳米科技研究工作仍处于起步阶段.还是基思rickabaugh、材料和分析技术总监李约社区服务组、罗维尔、Pa的,吃喜酒时"据悉,还有更多的学习." rickabaugh又说,"我们需要学习如何在经济/安全工作,建立合理的管制,以保护工人和工程实践,从'未知的风险.表演的研究文献,包括纳米粒子的健康风险,培训工作者了解并能描述这些材料. "
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