erodent [i'rəudənt]

erodent的基本解释

n.

腐蚀药

adj.

腐蚀的, 侵蚀的

与erodent相关的网络例句 [注：此内容来源于网络，仅供参考]

The effects of resins ratio, proportion of resin presents, different kinds of ceramic particles, impact angle, velocity of the erodent (alumina, silicon dioxide and calcite) and impact time (expressed by the weight of being used erodent) were demonstrated.

研究了树脂的配比、涂层中树脂的含量、增强体的种类、冲蚀粒子(刚玉、二氧化硅和方解石粉)的速度、冲蚀角度和冲蚀时间(用冲蚀粒子的用量来表示)等因素对涂层的冲蚀率的影响。

It was also found that the protecting effect of erodents on the coating surface does exist. The protecting effect will be more evident if using erosion efficiency of unit mass erodent of sand in the slurry to describe the erosivity of erodent. Besides a model is proposed to explain the protection process. The wear mechanism of the coating is the co-operation of ploughing, cracking and ablation.

对涂层的SEM分析可知，除冲蚀粒子在涂层表面的犁沟作用，冲蚀磨损的结果造成涂层的表面生成了系列针孔，其中的一部分为溶剂挥发所至，另外还存在由增强颗粒的剥落和裂纹的扩展造成的涂层剥落产生的孔洞，这将可能为水的吸收和扩散造成有利条件，使复合涂层亚表层产生内应力。

The results of the investigation showed that the best entrance angle of B〓C, B〓C/ C and Al〓O〓/ C ceramic nozzles is 11°, 14°and 16°respectively. Erosion wear model has been put forward. The B〓C and B〓C/ C nozzles exhibited a stress fatigue induced removal process under the condition of umber emery erodent impacting, and a brittle fracture induced removal process under the condition of white emery and SiC erodent impacting.

建立了不同磨损机理下的冲蚀磨损模型，提出了喷砂嘴的磨损属于多冲蚀机理并存的复合冲蚀机制。B〓C和B〓C/C陶瓷喷砂嘴在棕刚玉磨料的冲蚀下，主要表现为应力疲劳断裂冲蚀，在白刚玉和SiC磨料的冲蚀下，主要表现为脆性断裂冲蚀。

与erodent相关的网络解释 [注：此内容来源于网络，仅供参考]

erodent：腐蚀

erode 腐蚀 | erodent 腐蚀 | erodible 可侵蚀的

erodent：腐蚀药

erode 受腐蚀 | erodent 腐蚀药 | erodible 可冲蚀的

erodent：侵蚀的 侵蚀剂 腐蚀药

erodedsoil 侵蚀土 | erodent 侵蚀的 侵蚀剂 腐蚀药 | erodible 可冲蚀的

erodent：腐蚀的/侵蚀的/腐蚀药

erode /腐蚀/侵蚀/受腐蚀/ | erodent /腐蚀的/侵蚀的/腐蚀药/ | erodible /可冲蚀的/