1) ceramic yield
陶瓷产率
1.
The details on ceramic yield of silicon carbide fabricated by polymer impregnation and pyrolysis(PIP) were reviewed in this paper.
对先驱体转化法制备碳化硅陶瓷产率问题进行了综述。
2.
The effects of pyrolysis temperature and soaking time on ceramic yield,linear shrinkage,mechanical properties and microstucture were investigated.
研究了热懈温度和保温时间对陶瓷产率、线收缩率、力学性能以及微观结构的影响。
3.
Process of cross-linking to raise SiC ceramic yield were investigated.
本文探讨了可提高先驱体陶瓷产率的PCS DVB交联条件。
3) Ceramics product
陶瓷产品
1.
Ceramics product development swift and violent in recent years,Ceramics product hundred flowers in bloom of all kinds,Appear in us before self's eyes.
近年来陶瓷产品发展迅猛,各类陶瓷产品百花齐放,呈现于我们的眼前,但是与之相配套的包装设计却发展滞缓。
2.
The text contra pose figure of ceramics product and characteristic of exterior texture,put forward a method which exhibiting ceramics product in net by appliance describe language, and narrateactualize exterior which product modeling and exhibiting by coalescent example.
针对陶瓷产品的形状和表面纹理的特点,应用VRML描述语言,提出了一种在网上展示陶瓷产品的方法,并结合实例叙述了产品建模和展示的实现步骤。
3.
At the same time,using the utensil culture spirit to instruct ceramics product design,highlights the ceramic product material quality,craft,cultural,contem poraneity,the region characteristic and the non-differentiated characteristic.
主要论述器物文化精神与陶瓷产品之间的内在关联,透过器物文化来解读陶瓷和陶瓷产品,同时,应用器物文化精神,指导当代的陶瓷产品设计研发,凸显陶瓷产品的材质美、工艺美、文化美、时代性、地域特色和无差别化特性。
4) ceramic products
陶瓷产品
1.
The applications of Cult3D technology is explicated by example in the revelation of ceramic products.
为此,文章概述了Web3D技术的基本概念和特点,研究了Cult3D的构成、关键技术和开发流程,并以实例的方式阐述了Cult3D技术在陶瓷产品展示中的应用。
2.
The feature of the traditional ceramic products design and production was discussed.
在对传统陶瓷产品设计及生产流程特点论述的基础上,探讨如何应用前沿的VR技术提高用户在电子商务平台上对产品的交互式虚拟体验,以解决批量化生产与消费个体差异性之间的矛盾;同时又论述了如何利用其实现对陶瓷产品的复制、修复、数据保存,以及如何实现对陶瓷产品的虚拟检测与评价体系的构建。
3.
Aiming at the characteristic of designing and manufacturing of ceramic products,the conception of virtual ceramic product model is defined.
针对陶瓷产品设计和制造过程的特点,提出了陶瓷产品虚拟模型的概念。
5) ceramic industry
陶瓷产业
1.
This paper discuss the ceramic industrial transfer in Foshan and the issue from aspects of the internal and external factors that have led to the transfer,the influence this transfer may have on the development of building ceramic industry in China,and the phenomenon that Foshan has become the nominal center of ceramic industry in China.
分析了当前佛山陶瓷产业转移的内在、外在因素,并阐述了佛山陶瓷产业转移对中国建筑陶瓷产业发展的影响,同时分析了佛山陶瓷转移对佛山陶瓷产业空心化的影响,文章还就后佛山陶瓷时代的应对策略作了多方面的论述。
2.
Application of AHP in dynamic alliance of ceramic industry was studied.
研究了AHP(Analytic Hierarchy Process,层次分析法)在陶瓷产业动态联盟模式中的应用,介绍了AHP基本原理,分析了陶瓷产业联盟伙伴选择的步骤,确定了联盟伙伴评价因素,建立了层次关系模型。
3.
Through analysis, the paper thinks that core technique, product structure, market technique and effective structure of ceramic industry are important factors.
在分析我国陶瓷产业国际竞争力现状和加入世贸组织对我国陶瓷产业国际竞争力影响的基础上 ,认为核心技术、产品有机组合、营销技术和产业内企业的有效结构是组成我国陶瓷产业国际竞争力的中坚元素。
6) ceramic product
陶瓷产品
1.
The development and application of ceramic product data management in CIMS;
CIMS环境下陶瓷产品数据管理系统的开发与应用
2.
According to the structure features of the pedestal pan toilet bowl,which is a classical kind of ceramic product,the characteristics of its shape were analyzed,with the help of the software UG and VC++ as development tool.
以UG为平台,VC++为开发工具,根据典型陶瓷产品—坐便器的结构特点,分析了该类产品的形状特征,将其分解为水包、坐圈、水箱、进水通道、排污管和底座等组成单元。
补充资料：标记产率
分子式：
CAS号：
性质：用示踪原子(放射性核素或稳定核素)标记制备标记化合物时，示踪原子在所指定的标记化合物中的量与参加反应的示踪原子总量之比值。一般以百分率(%)表示。
CAS号：
性质：用示踪原子(放射性核素或稳定核素)标记制备标记化合物时，示踪原子在所指定的标记化合物中的量与参加反应的示踪原子总量之比值。一般以百分率(%)表示。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条