查询词典 ceramic

A bead;s personality is defined bu it's shape,material ..translucency ,and surface decoration,and for every kind of bead ,whether faceted crytal,polymer clay,lustrous ceramic,or dainty seed,there is a beader somewhere who covets it.vintage beads are prized by certain crafters:chunky ,oversized beads made from resin or plastic re particularly of the moment.in a word,beads are fascinating.

珠子的个性化被定义为他的形式，物质，半透明性，和表面的装饰。并且对于每一种主子来说，不管是切割的水晶，聚合黏土，瓷器，或者是优美的种子，这些对于珠子商人来说都是非常有吸引力的。古老的珠子被一定的工艺人看的很珍贵，由树脂和塑料做成的大珠子则是目前很独特的，一句话，珠子是很有吸引力的。

Both both me plant and international a dozen or more home in the front rank electric heater manufacturing company unfold recurrenting exchange visits exchange of know-how,per annum time after time head for abroad advance electric heater manufactory and look into ,study combine drink in abroad advanced industry electric heater manufacturing engineering AND production run, technical skill, electric heater dedication spare improve on technology, product replacement and update technology,take me plant industry electric heater product soever at variety type, kiln strain renewal, underpinning advancement, spare manufacturing engineering advancement, manufacturing engineering automation, loading pattern AND discharge basket manufacturing engineering approach, wds brasque power-saving technology, ceramic fiber wave stack normal height prick suspended ceiling technique, non-oxidation shielding gas atmosphere, carburize, nitride, salt bath, saltpetre salt austemper, precision heat treater art, flow equalization temperature equalization recuperation asymmetry oil quenching bath manufacturing engineering, microcomputer procedure heat treatment cycle curve control warm up grade spectrrm,in a position to and internationally advance industry electric heater manufacturing engineering held in.

我厂与国际十多家著名电炉制造公司开展经常性互访技术交流，每年多次前往国外先进电炉制造厂和研究所，学习并吸收国外先进的工业电炉制造技术和生产过程、工艺技术、电炉专用零部件改进技术、产品更新换代技术，使我厂工业电炉产品无论在品种类型、炉种更新、基础材料进步、零部件制造技术进步、制造工艺自动化、装料方式和装料筐制造技术方式、WDS炉衬节能技术、陶瓷纤维波浪叠法高压捆扎吊顶技术、无氧化保护气氛、渗碳、氮化、盐浴、硝盐等温淬火、精密热处理工艺、均流均温换热不对称淬火油槽制造技术、微电脑程序热处理工艺曲线控温等各个方面，能够与国际上先进工业电炉制造技术保持同步。

This project studies, use PH indicator (bromic phenol orchid with bromic cresol green), to different object face (be like plastic board, ceramic tile of Brown paper, thick hard paper, thick chipboard, china, bathroom and cotton cloth) planar dirt shoe imprints had a test, made with reagent of salt of sulfur cyanic acid quite, discover PH indicator is more effective.

本项目研究，使用PH指示剂，对不同的客体表面（如塑料板、褐色纸张、厚硬纸张、厚硬纸板、瓷器、浴室瓷砖和棉布等）的平面灰尘鞋印进行了试验，并与硫氰酸盐试剂作了比较，发现PH指示剂更为有效。

This paper narrated simply the bypast resplendence of Jingdezhen , through the way of analyse and comparision , it analyzed the actuality of Jingdezhen and global ceramic industry from the enterprise stratagem management , and the enterprise quality management and control , and the marketing sale , and the new products development , and the investment and research of the market and so on .

本文简单叙述了景瓷过去的辉煌，以分析比较的方法从企业战略管理、企业质量管理与控制、市场营销、新产品开发、市场调研等方面出发，分析了景德镇和全球陶瓷产业的现状。

Nano-ceramic materials have been calcined in low temperature without any addition agents as well as the protection of atmosphere.

纳米技术的发展，使这一愿望成为可能。

These centers are capably staffed by dentists and graduate chemists, metallurgists, ceramic engineers and laboratory technicians.

这些中心的职员由牙医、化学家、冶金专家、烤瓷工程师和实验技师组成。

These centers are capably staffed by dentists and graduate chemists, llurgists, ceramic engineers and laboratory technicians.

这些中心的职员由牙医、化学家、冶金专家、烤瓷工程师和实验技师组成。

Keywords silicon carbonitride ceramic;high temperature conductivity;localized state;activation energy

硅碳氮陶瓷；高温电导率；局域态；激活能

Keywords: Silicoboron carbonitride;polyborosilazane;amorphous ceramic;ultrahigh temperature stability;2200

中文关键词： Si-B-C-N；聚硼硅胺；非晶态陶瓷；超高温热稳定性；2200

I will introduce the castable ceramic from its classification and use in clinic.

本文从分类、临床应用两方面对其进行了综述。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。