全部

1·The method adopts the stone with low price to replace the ceramic bond wheel block, so as to greatly reduce the cost;

该方法采用价格低廉的石块代替陶瓷砂轮块，大 幅度降低了成本；

2·Suggested Applications: Applied to manufacturing resin bond, ceramic bond and coated diamond products; Processing hard alloy, glass, ceramics, stone and other non-metallic materials.

建议用途：适用于树脂结合剂、陶瓷结合剂和电镀制品，加工硬质合金、玻璃、陶瓷、石材等非金属材料。

3·Suggested Applications: Applied to manufacturing resin and ceramic bond grinding wheels, coated diamond products; Processing hard alloy, glass, ceramics, stone and other non-metallic materials.

建议用途：适用于树脂、陶瓷结合剂砂轮、电镀产品，加工硬质合金、玻璃、陶瓷、石材等非金属材料。

4·The material had high emissivity, high bond strength and thermal shock resistance. it was a new ceramic material of high efficiency and saving energy.

这种材料具有高辐射率、高粘结强度、抗热震性能好等特点，是一种高效节能的陶瓷新材料。

5·The material had high emissivity, high bond strength and thermal shock resistance, it was a mew ceramic material of high efficiency and saving energy.

这种材料具有高辐射率、高粘结强度、抗热震性能好等特点，是一种高效节能的陶瓷新材料。

6·HAP is a good type of biomedical material, which can form a bond with the neighboring bone after planted in the human body, but the brittleness of the ceramic limits it's use.

羟基磷灰石(HAP)是一种生物相容性优良的骨修复和替换材料，植入生物体后可以与生物骨结合为一体，但陶瓷的脆性限制了其在骨组织替换中的应用。

7·Objective: to investigate the shear bond strength of three adhesive systems bonded with ceramic brackets to the porcelain surfaces.

目的：研究三种不同釉质粘接剂对陶瓷托槽与瓷修复体粘接剪切强度的影响。

8·Tightsen instant adhesives can fast bond most materials. Such as metal, rubber, plastic, glass, leather, wood, ceramic and so on.

泰盛瞬干胶系列产品适合快速粘接大多数材料，如金属、橡胶、塑料、玻璃、皮革、木材、陶瓷等。

9·Both the metal bond coat and the ceramic coat display a laminar structure. The ceramic coat shows less density and there exists some cracks frequently, whereas the bond coat denser and no cracks.

金属粘结层与陶瓷涂层均呈层状结构，陶瓷涂层致密性较差、易出现微裂纹，金属粘结层相对致密、一般无裂纹。

10·It showed that the reasonable post oxidation could improve the ceramic coatings' density, bond strength and hardness and that oxygen's diffusion was one of important roles in post oxidation treatment.

结果表明，合理的后氧化能够明显改善涂层性能，且氧的扩散是发挥作用的重要因素之一。