陶瓷工业
陶瓷工业的相关文献在1959年到2022年内共计1682篇,主要集中在化学工业、工业经济、建筑科学
等领域,其中期刊论文1517篇、会议论文128篇、专利文献257585篇;相关期刊351种,包括佛山陶瓷、景德镇陶瓷、江苏陶瓷等;
相关会议64种,包括第七届中国建筑卫生陶瓷工业发展高层论坛暨中国建筑卫生陶瓷行业大会、中国硅酸盐学会陶瓷分会2014学术年会全国陶瓷新技术、新材料、新装备论坛、2013中国陶瓷科技发展大会(第二届)暨中国硅酸盐学会陶瓷分会学术年会等;陶瓷工业的相关文献由1369位作者贡献,包括经纬、曾令可、李湘洲等。
陶瓷工业—发文量
专利文献>
论文:257585篇
占比:99.37%
总计:259230篇
陶瓷工业
-研究学者
- 经纬
- 曾令可
- 李湘洲
- 高平良
- 温暖
- 李国庆
- 王慧
- 王世峰
- 蔡祖光
- 陈帆
- 陶志
- 黄宾
- 朱振峰
- 程小苏
- 肖凤军
- 赵祖熙
- 冯青
- 史哲民
- 家声
- 张丽
- 沈亚
- 胡国林
- 邱镇沪
- 钱景华
- 俞康泰
- 冯治国
- 刘小云
- 刘志国
- 吴南星
- 周燕
- 夏小波
- 张书儒
- 张小兰
- 张柏清
- 徐美君
- 李嘉林
- 李婷
- 李萍
- 杨洪儒
- 罗拥军
- 胡俊明
- 高力明
- 魏泉
- 魏玉
- 鲁陶
- 黄工
- ZENG Ling-ke
- 伍勇峰
- 刘世忠
- 刘艳春
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徐景维
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摘要:
2022年1月26日,国家新闻出版署批复山东省新闻出版局,同意《山东陶瓷》期刊主管单位由淄博市工业和信息化局变更为山东省教育厅,主办单位由淄博市陶琉轻纺产业发展中心、原山东省硅酸盐设计研究院、山东省陶瓷工业科技情报站变更为山东理工大学,出版单位《山东陶瓷》编辑部为山东理工大学内设机构.回首《山东陶瓷》的办刊之路,不禁感慨万千.
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林娜;
王国建;
吴耀星;
祝成翀;
刘翰承
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摘要:
分析研究了景德镇地区陶瓷工业燃气梭式窑的能源利用情况,以及几种可以降低其能耗的燃烧技术和余热换热回收技术。提出了“陶瓷工业燃气梭式窑作为用能设备产品,可制定其能效等级评判标准,建立其能效标识体系,并对其实施能效标识制度”的建议,为陶瓷工业梭式窑的能效定级与节能评判提供了一种新的评价方法。采用先进技术配置高效节能的燃烧器与变频风机进行现有窑炉的节能改造;或是新建自动化控制程度更高的先进燃烧技术的节能窑炉以提高窑炉烧成的热效率和余热利用率,达到节能减排的目的。
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李佳琪(采访/编辑);
何静怡
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摘要:
陶瓷,是中华传统文化的重要组成部分,据记载,早在新石器时代,中国就已经出现了陶瓷器具。在一千多年前,陶瓷已广泛应用于人们的日常生活。而在高新技术飞速发展的今天,传统陶瓷工业与高科技“完美邂逅”,衍生出具有电、磁、光、热、声、化学、生物等功能的特种陶瓷。那么,传统陶瓷工艺是如何与高新科技碰撞出璀璨火花的呢?这期,我们跟随广东芬芳陶瓷有限公司(下文简称“芬芳陶瓷”)董事长胡大为,一起探寻“瓷”旧迎新之路,感受特种陶瓷的与众不同。
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东升
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摘要:
景德镇制瓷史上有两件不容忽略的大事:一是明代御器厂的建立,二是清末江西瓷业股份公司的建立。其间,有两个不可忽略的人:一是唐英,一是杜重远。上回说到,抗日战争爆发后,景德镇遭到日本侵略者飞机的狂轰滥炸,坯坊、窑房大面积遭受破坏,仅剩30多座窑生产,瓷器产量锐减。至景德镇解放前夕,全镇只剩下百余个处于停业状态的作坊和1000名左右失业的工人,景德镇的陶瓷工业陷于奄奄一息的状态。
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李松杰;
时瑜潞
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摘要:
技术遗产是工业遗产体系的重要组成部分,也是工业遗产价值组成部分的核心价值。陶瓷工业技术遗产在景德镇陶瓷工业化历程中扮演了重要角色。通过对景德镇陶瓷工业技术遗产的类别和组成部分的梳理与分析,探究技术变革在景德镇陶瓷大工业发展中的作用和意义,阐释技术遗产的时代特征与历史价值。在此基础上,思考技术遗产合理保护利用的理论依据也有实践意义。
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陈富强
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摘要:
随着我国经济发展步入新阶段,越来越多的企业开始拓展电商业务,直播销售不仅为企业产品销售扩宽销路,在企业成本控制方面也产生诸多影响。本文从分析景德镇陶瓷电商发展现状以及对企业成本的作用出发,探索企业成本管理存在的问题并提出相关对策。
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张学平;
万利鑫;
李鑫;
冯嘉仪;
殷爱华;
王冰清;
丁岳炼
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摘要:
以佛山市禅城区、南海区、高明区及三水区的陶瓷工业厂区土壤为研究对象,分析厂区周边500 m内表层土壤(0~20 cm)的Cd、Cr、Pb、Cu、Ni、Zn等6种重金属含量,并采用单因子污染指数(Pi)法、内梅罗指数(PN)法、潜在生态危害指数(R I)法对土壤重金属进行污染和潜在生态危害评价.结果显示,高明区的6种重金属含量均未超过珠江三角洲土壤背景值,禅城区、南海区与三水区的Cd超过背景值的倍数最大,均超过背景值的4倍以上,但4个区的重金属含量均未超过工业用地标准.4个区的综合污染等级均属于安全等级,其中高明区的PN最小,南海区的PN最大,分别为0.07和0.34.多种重金属的潜在生态危害评价结果显示,禅城区与高明区为低风险,南海区与三水区为中等风险,C d的潜在风险系数Ei最高.研究表明,佛山市陶瓷工业区土壤重金属含量在工业用地标准中是合格的,但已存在潜在生态危害风险,在今后的生产和土地再利用时要做好重金属污染防治工作,需要重点关注对土壤Cd污染的防治.
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陈荣冰
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摘要:
江西浮梁位于江西省景德镇市,据有关浮梁史料记载,唐武德四年(公元622年)设新平县,天宝元年(公元742年)改称浮梁县。公元1916年迁县址于景德镇,景德镇在历史上属新平县所辖。由于陶瓷工业迅速发展,1952年改为省辖市,1960年县市合并,撤销浮梁县建制,其行政区域划入景德镇市境。
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摘要:
7月27日上午9:00,在第35届广州陶瓷工业展开幕仪式上,中国陶瓷工业协会宣布“中国陶瓷行业‘十三五’科技创新先进集体及先进个人”表彰决定并举行颁奖典礼,广东奔朗新材料股份有限公司及董事长尹育航分别获得先进集体及先进个人两项殊荣。
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Zhang Jie;
张杰;
He Ding;
贺鼎;
Liu Yan;
刘岩
- 《“景德镇文化遗产保护暨御窑厂遗址申遗”学术研讨会》
| 2017年
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摘要:
景德镇作为第一批国家历史文化名城,以陶瓷生产、贸易、生活为核心的遗产体系历史悠久、内容丰富、价值突出,是我国名城中这一类型的孤例.建国后,大工业的发展为景德镇留下了价值高、面积大、分布遍及市区的现代陶瓷工业遗产和旧厂区,成为景德镇经济转型和社会创新的重要资源.本文梳理了景德镇现代陶瓷的历史和遗产价值,针对"十大瓷厂"衰落所带来的陶瓷产业链条碎片化、城市公共服务缺失、陶瓷产业转型升级和旧厂房的更新利用乃至城市的复兴等问题,提出了相应的对策.
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Fumio Shimada;
岛田文雄
- 《国际陶艺ISCAEE2015年会》
| 2015年
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摘要:
Research Purpose:Research was conducted at China's Guangzhou Province,Foshan's Shiwan Kiln;Henan Province,Yuzhou's Jun Kiln,Japan's Okayama Prefecture's Bizen Kiln;Tokyo University of the Art's Toride Campus' Noburigama and at every kiln,the firing schedule,clay body shrinkage,and other special practicalities were recorded.The dragon kiln at Shiwan was fired for sixteen hours,the small down draft kiln at Jun kiln was also fired for sixteen hours and the Noburigama at Geidai was fired for 74 hours,finally the Bizen kiln was fired for 221 hours.What differences did the firing schedules produce,what effects were given to the clay body? Clay body hardness and coloring,as well as a comparison of the glaze coloring,the length of firing times gave what kind of impression to the piece? The firing time and clay material's practicalities were compared.In addition,through international conferences opened exchanges with Turkey and Ireland,these places' kilns,in regards to their firing methods and schedules,which has brought new insight into this research.In actual firings,Shiwan,Longquan,Jun's downdraft kiln,Geidai's noburigama,and Bizen's anagama,depending on the time and final firing temperature produced clay body hardness,glazing effects,the differences based on the temperature were compared at each kiln's unique firing and researched.
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Fumio Shimada;
岛田文雄
- 《国际陶艺ISCAEE2015年会》
| 2015年
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摘要:
Research Purpose:Research was conducted at China's Guangzhou Province,Foshan's Shiwan Kiln;Henan Province,Yuzhou's Jun Kiln,Japan's Okayama Prefecture's Bizen Kiln;Tokyo University of the Art's Toride Campus' Noburigama and at every kiln,the firing schedule,clay body shrinkage,and other special practicalities were recorded.The dragon kiln at Shiwan was fired for sixteen hours,the small down draft kiln at Jun kiln was also fired for sixteen hours and the Noburigama at Geidai was fired for 74 hours,finally the Bizen kiln was fired for 221 hours.What differences did the firing schedules produce,what effects were given to the clay body? Clay body hardness and coloring,as well as a comparison of the glaze coloring,the length of firing times gave what kind of impression to the piece? The firing time and clay material's practicalities were compared.In addition,through international conferences opened exchanges with Turkey and Ireland,these places' kilns,in regards to their firing methods and schedules,which has brought new insight into this research.In actual firings,Shiwan,Longquan,Jun's downdraft kiln,Geidai's noburigama,and Bizen's anagama,depending on the time and final firing temperature produced clay body hardness,glazing effects,the differences based on the temperature were compared at each kiln's unique firing and researched.
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Fumio Shimada;
岛田文雄
- 《国际陶艺ISCAEE2015年会》
| 2015年
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摘要:
Research Purpose:Research was conducted at China's Guangzhou Province,Foshan's Shiwan Kiln;Henan Province,Yuzhou's Jun Kiln,Japan's Okayama Prefecture's Bizen Kiln;Tokyo University of the Art's Toride Campus' Noburigama and at every kiln,the firing schedule,clay body shrinkage,and other special practicalities were recorded.The dragon kiln at Shiwan was fired for sixteen hours,the small down draft kiln at Jun kiln was also fired for sixteen hours and the Noburigama at Geidai was fired for 74 hours,finally the Bizen kiln was fired for 221 hours.What differences did the firing schedules produce,what effects were given to the clay body? Clay body hardness and coloring,as well as a comparison of the glaze coloring,the length of firing times gave what kind of impression to the piece? The firing time and clay material's practicalities were compared.In addition,through international conferences opened exchanges with Turkey and Ireland,these places' kilns,in regards to their firing methods and schedules,which has brought new insight into this research.In actual firings,Shiwan,Longquan,Jun's downdraft kiln,Geidai's noburigama,and Bizen's anagama,depending on the time and final firing temperature produced clay body hardness,glazing effects,the differences based on the temperature were compared at each kiln's unique firing and researched.
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Fumio Shimada;
岛田文雄
- 《国际陶艺ISCAEE2015年会》
| 2015年
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摘要:
Research Purpose:Research was conducted at China's Guangzhou Province,Foshan's Shiwan Kiln;Henan Province,Yuzhou's Jun Kiln,Japan's Okayama Prefecture's Bizen Kiln;Tokyo University of the Art's Toride Campus' Noburigama and at every kiln,the firing schedule,clay body shrinkage,and other special practicalities were recorded.The dragon kiln at Shiwan was fired for sixteen hours,the small down draft kiln at Jun kiln was also fired for sixteen hours and the Noburigama at Geidai was fired for 74 hours,finally the Bizen kiln was fired for 221 hours.What differences did the firing schedules produce,what effects were given to the clay body? Clay body hardness and coloring,as well as a comparison of the glaze coloring,the length of firing times gave what kind of impression to the piece? The firing time and clay material's practicalities were compared.In addition,through international conferences opened exchanges with Turkey and Ireland,these places' kilns,in regards to their firing methods and schedules,which has brought new insight into this research.In actual firings,Shiwan,Longquan,Jun's downdraft kiln,Geidai's noburigama,and Bizen's anagama,depending on the time and final firing temperature produced clay body hardness,glazing effects,the differences based on the temperature were compared at each kiln's unique firing and researched.
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