全部

1·Then I studied ceramic engineering at school.

然后我又在学校攻读陶瓷工程学。

2·''Here are the beginnings of fire and engineering, the origins of pyrotechnology, and the bridge to more recent ceramic and metal technology,'' said Mr Brown.

“这是火和工程的开端，古代高温技术的源头，更晚的陶瓷、金属技术的桥梁。”布朗说。

3·Engineering ceramic materials are difficult to machine because of their outstanding properties, such as high hardness, high wear resistance, high erosion resistance and high brittleness.

工程陶瓷因为具有极高的硬度、良好的耐磨耐蚀性和很高的脆性，使其成为难加工材料。

4·A bachelor's degree in metallurgical, materials, ceramic or chemical engineering or in a related engineering discipline is required.

必需具备冶金，材料，陶瓷或化学工程或相关工程学科的大学本科学位。

5·Improving machinability of engineering ceramic materials via microstructural design is the key to resolving the problem of difficult machining of ceramic materials.

通过陶瓷自身显微结构设计来增强陶瓷材料的可加工性是解决陶瓷难加工问题的关键。

6·Ceramic - metal composite components have a wide application prospect, and the bonding technology of ceramics to metals is a key to the practical application of ceramics to engineering.

陶瓷与金属组成的复合构件具有广阔的应用前景，而陶瓷与金属的连接技术是陶瓷工程应用的关键。

7·Engineering ceramic materials have attractive properties: high hardness, high thermal resistance, chemical inertness, low thermal conductivity and low fracture toughness etc.

工程陶瓷材料具有引人注目的特性：高硬度、高耐热性、化学惰性、热传导率低、断裂韧度低等。

8·The mechanical properties of engineering ceramic are impacted by itself and its surface status.

工程陶瓷的力学性能受材料本体和表面状况的共同影响。

9·Bachelor degree or above in materials science or engineering. ceramic or polymer background is preferred.

大学本科或以上学历，材料科学或工程专业。有陶瓷或高分子化合物背景的优先。

10·Porous ceramic with a pore structure meeting the requirements for the scaffold of bone tissue engineering could be prepared at suitable solid content and solid ratio.

在适量的固相含量和生物玻璃的含量下，可制得孔结构满足骨组织工程支架材料要求的多孔陶瓷。