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Evaluation of Au-Au bonding after annealing for getter activation -Fabrication of all-sapphire Cs gas cell for miniature atomic clock-

机译:退火后用于吸气剂活化的Au-Au键的评估-制造用于微型原子钟的全蓝宝石Cs气室-

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We examined characteristics of Au-Au thin films bonding after annealing for getter activation. From SAM observation, almost whole area was well bonded except defects due to particles. The bonding strength was so high that the bonded specimen was fractured not from the bonding interface but from bulk substrate in tensile test. Even after annealing, Ti/Pt/Au film layers were not diffused into each other. On the other hand, Au crystal grains were recrystallized and continuously connected across Au-Au bonding interface.
机译:我们研究了吸气剂活化后退火后Au-Au薄膜键合的特性。从SAM观察,除了由于颗粒造成的缺陷外,几乎整个区域都粘结良好。粘合强度是如此之高,以至于在拉伸试验中,粘合的样品不是从粘合界面断裂而是从块状基材断裂。即使退火后,Ti / Pt / Au膜层也不会彼此扩散。另一方面,Au晶粒被再结晶并在Au-Au键界面上连续地连接。

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