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从另一方面而言，此举也是苹果试着掌握议价权的策略──苹果乐于见到两家代工厂的竞争，让价格成了比拼芯片效能外的筹码。三星原先还在苦恼20纳米制程的良率问题，忽然间竟直接杀到14纳米制程了。造成这个惊人转变的关键因素，在于台积电内部所发生的泄密问题。梁孟松是加州大学柏克莱分校电机博士，后曾在美商微(AMD)工作几年，在1992年返台加入台积电。台积电在2003年击败IBM、2009年，梁孟松因研发副升迁不上的问题、愤而离开研发部门，带走了自己的一组人马投奔南韩。
国内某些商家生产的智能家居，用户的体验经常是经常无故出现故障，并且一些智能家居不够智能，只是在产品原有基础上增加提示音，所以智能家居的制造需要以人为本，打造核心产品功能。2、价格太贵，低。市场推广尚未普及，由于销量不高，生产成本和各方面的运营成本都相对较高。3、安装调试成本大，后续维护服务成本花费大；安装费甚至比产品本身价值还高。使很多一般家庭用户根本无法接受。4、消费者的认知和观念问题。对智能家居的怀疑者很多，因为智能家居的用户惯没有养成，因为很多人还不了解甚至不知道智能家居。
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这样的出发点导致部分企业背离了机器人行业发展的规律，无法沉心研发真正有市场需求的产品，部分产品为了占据市场，只能跟风，甚至概念炒作。应对之道：真正沉下心来，从企业长远发展的大局出发制定发展战略，精耕细作，提高技术水平和产品质量，使研发生产的产品有亮点、有市场认可度。的机器人行业缺乏统一标准。比如定量的工业化、标准化检测标准、技术及流程仍然是空白。同时，机器人产业化发展有待秩序化。伴随机器人行业的迅猛发展，大量实力良莠不齐的企业，抱着五花八门的目的蜂拥而入，这必将对机器人行业的发展产生消极影响。
蓝天与灰天的对比说明燃烧化石能源对环境的不利影响，而两者之间化碳（CO2）浓度的巨大差异提供了一种尚未开发的发电能源。近日，美国宾夕法尼亚州立大学的团队研制出一种装置，利用化石燃料发电厂排放的化碳与环境空气中化碳的浓度差发电，可给电池充电。相关研究发表在一期美国《环境科学和技术》杂志上。该装置叫“流动单元”，工作原理是将化碳排放物溶解于水性溶液中，利用其与环境空气中的化碳之间的浓度差发电。
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