Temperature bonding 粘合温度
Bonding strength at room temperature 常态粘结性
Room temperature bonding 常温粘结 ; 室温键合
Normal temperature bonding 常温粘结
Low temperature bonding strength 低温粘结强度
low temperature metallic bonding 低温金属键合
Bonding temperature, bonding time and interlayer thickness have an obvious effect on the shear strength of the joints.
连接温度、连接时间和中间层厚度对接头抗剪强度具有较明显的影响。
When bonding temperature was 1403 K, reaction layer grew fast at first and then slow down with the increase of bonding time.
在连接温度为1403 K的条件下,随着连接时间的增加,界面反应层厚度先快速增加,再缓慢增加。
The microhardness of the joints increases with increasing of bonding temperature, but it shows a peak value as the bonding time is prolonged.
接头显微硬度随连接温度的升高而明显提高,但随连接时间的变化存在峰值。
That is to say brick work in high temperature furnaces, maybe tiles on the Shuttle, to resist high temperatures because of the high internal bonding.
它在能够承受高温炉的温度,例如瓷砖,能够耐受高温,因为它们有强的内部键作用。
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