西安巧遇清代紫砂壶

来源 :收藏 | 被引量 : 0次 | 上传用户:OsWorkFlow
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
相传古时候,宜兴街头一日突有一僧沿街叫卖:“卖富贵土了!谁买富贵土?买了就可以发家致富。”这种泥土便是今天的紫砂。紫砂,因其产自江苏宜兴,故又称宜兴紫砂。因为紫砂材料特殊的物理性质,用其所做的紫砂壶泡茶既不夺香又无熟汤气; According to legend, in ancient times, Yixing street suddenly a monk selling: "sell the rich soil! Who buy rich soil? Zisha, because of its production from Yixing, Jiangsu, it is also known as Yixing Zisha. Because of the special physical properties of Zisha material, Zisha pot teapot made with it neither deprived of fragrant nor cooked soup;
其他文献
请下载后查看,本文暂不支持在线获取查看简介。 Please download to view, this article does not support online access to view profile.
期刊
该文针对目前磁分离载体研究过程中存在的主要问题,从理论和实验两方面入手,设计和制备了两种纳米结构的生物磁分离载体微球,探讨了相关的科学问题,并在生物与医学应用方面进
会议
  Owing to its higher electron and hole mobilities compared to Si,Germanium(Ge)is considered as one of the promising materials in future microelectronic devic
会议
中国政府的能源政策是资源节约和开发并举,把节约放在首位(中国能源1999).从能耗构成上看国民经济中节能技术的重大需求领域为:(1)高耗能过程工业.中国工业能耗约占全社会总
紫砂大师名扬内外她是一位德艺双馨的紫砂大师;她的作品被国内外众多知名博物馆竞相收藏;她的作品多次获得国家级大奖并当选为国家领导人出访国礼……她就是中国工艺美术大师
An overview of the properties and potentials of strained silicon as high mobility material for MOSFETs and Tunnel-FETs will be presented.The exploitation of str
我国能源短缺,环境问题突出,其中畜禽粪便、秸秆等低劣生物质大量排放,造成了严重的环境污染。然而,低劣生物质同时也是资源,若将其高效转化,可获得生物质能源,目前其处理的主要技术
As CMOS continues to approach the physical limits of silicon,one possible solution is to introduce a high mobility channel for devices beyond the 10 nm technolo
会议
  The enthusiasm towards flexible single crystal silicon electronics and photonics is stimulated by a natural quandary: the well-established integrated electr
会议