This paper first analyzes the development status of mobile phone advertisement in China,and then introduces the features and advantages of mobile phone advertisement,and finally it analyzes the development trend of mo...This paper first analyzes the development status of mobile phone advertisement in China,and then introduces the features and advantages of mobile phone advertisement,and finally it analyzes the development trend of mobile phone advertisement in new era.展开更多
This article first discusses the strengths and features of ZTE' s mobile phones, following an introduction of the history of ZTE's development of mobile phones. It also shows a clear picture of ZTE's devel...This article first discusses the strengths and features of ZTE' s mobile phones, following an introduction of the history of ZTE's development of mobile phones. It also shows a clear picture of ZTE's development of the WCDMA terminals and its first WCDMA phone F808. At the end, it gives an opinion on 3G terminals in 2005.展开更多
当前,全球废弃移动产品(Waste Mobile Products,WMPs)数量持续呈增长趋势,回收率却持续偏低。提升WMPs的回收率,选择适宜的处理方式,有助于显著节约资源,减少环境影响。积极开展WMPs的回收行动对于经济、环境和资源层面的可持续发展至...当前,全球废弃移动产品(Waste Mobile Products,WMPs)数量持续呈增长趋势,回收率却持续偏低。提升WMPs的回收率,选择适宜的处理方式,有助于显著节约资源,减少环境影响。积极开展WMPs的回收行动对于经济、环境和资源层面的可持续发展至关重要。本文以废旧手机为例,运用生命周期评估(Life Cycle Assessment,LCA)对WMPs的资源化回收处理过程进行量化,并与传统的焚烧与填埋过程进行对比。研究结果表明,相较于传统处理方式,采用循环回收方式可使环境影响和资源消耗减少约50%。其中,废旧电路板回收处理可节约高达56.1%的资源,进而实现可持续发展。展开更多
文摘This paper first analyzes the development status of mobile phone advertisement in China,and then introduces the features and advantages of mobile phone advertisement,and finally it analyzes the development trend of mobile phone advertisement in new era.
文摘This article first discusses the strengths and features of ZTE' s mobile phones, following an introduction of the history of ZTE's development of mobile phones. It also shows a clear picture of ZTE's development of the WCDMA terminals and its first WCDMA phone F808. At the end, it gives an opinion on 3G terminals in 2005.
文摘当前,全球废弃移动产品(Waste Mobile Products,WMPs)数量持续呈增长趋势,回收率却持续偏低。提升WMPs的回收率,选择适宜的处理方式,有助于显著节约资源,减少环境影响。积极开展WMPs的回收行动对于经济、环境和资源层面的可持续发展至关重要。本文以废旧手机为例,运用生命周期评估(Life Cycle Assessment,LCA)对WMPs的资源化回收处理过程进行量化,并与传统的焚烧与填埋过程进行对比。研究结果表明,相较于传统处理方式,采用循环回收方式可使环境影响和资源消耗减少约50%。其中,废旧电路板回收处理可节约高达56.1%的资源,进而实现可持续发展。