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一种新型的流量传感器
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作者 谢兆鸿 《武汉食品工业学院学报》 1997年第4期63-66,共4页
介绍了一种采用电磁原理构成的新型流量传感器,它具有计量精确、安装简易、符合卫生标准和适于各种材料制成的容器灌装的特点。
关键词 流量传感器 电磁原理 液体灌装 饮料 气体饮料
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饮酒可引致无法预料的眼部损伤
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作者 林琳 寒冰 《国外医学情报》 2004年第6期39-39,共1页
关键词 饮酒 眼部损伤 气体压力 碳酸气体饮料
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The Impacts of Two Milk Packages on Climate Change in the Life Cycle Perspective
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作者 Sara Toniolo Anna Mazzi Monia Niero Alessandro Manzardo Antonio Scipioni 《Journal of Food Science and Engineering》 2013年第7期371-378,共8页
Several food companies are implementing effective strategies to evaluate the environmental impacts of their products or processes and to estimate the greenhouse gases emissions (GHG) using a life cycle approach. Par... Several food companies are implementing effective strategies to evaluate the environmental impacts of their products or processes and to estimate the greenhouse gases emissions (GHG) using a life cycle approach. Particularly, a sector which can play an important role to reduce the impact on the environment through the life cycle thinking is the beverage packaging. In this context, the aim of this study was to use the life cycle assessment (LCA) method to investigate the consistency of the preference order across two alternative beverage packages through the application of two impact assessment methods, namely the IPCC 2007 which is focused on the GHG emissions estimation and the EcoIndicator 99 which considers several environmental categories including impact on climate change. The results showed that the life cycle approach employment was a useful strategy to investigate the consistency of the preference order across two beverage packages, especially, whether the results are made more reliable by the utilization of primary data. The investigation on climate change conducted on two level, initially, the quantification of the GHG emissions and secondly the estimation of the related diseases and mortality, demonstrated that the laminated carton presents lower impacts than the high-density polyethylene (HDPE) bottle. 展开更多
关键词 Greenhouse gases emissions life cycle assessment beverage packaging.
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