drilling; glass; integrated circuit manufacture; laser beam etching; metallisation; three-dimensional integrated circuits; Si; TGV manufacturing process; anisotropic etching; base machine; chemical resistance; glass additive; glass drilling technology; glass interposers; high density substrate material; high speed through glass via manufacturing technology; interposer materials; laser induced chemical etching; laser induced glass etching technology; low loss; mechanical strength; metallization; on the fly process; organic materials; silicon materials; size 10 mum to 200 mum; thermal treatments; ultrashort laser pulses; Chemical lasers; Etching; Glass; Laser ablation; Substrates;
机译:高速穿过玻璃通道的玻璃中介层配电网络谐振效应的测量和分析
机译:现有的放射性耐火材料,复合材料和制备高速火箭弹的技术分析。第3部分。玻璃陶瓷陶瓷的制造技术,问题和未来的改进
机译:用于40微米凸块间距的基于面板的玻璃插入器的细间距和高速再分配层的设计与演示
机译:内插器的玻璃制造通孔技术
机译:玻璃插入液的发展:通过玻璃通孔的超格式填充过程中添加剂的功能和还原行为
机译:3D印刷技术制造的薄壁聚合物玻璃纤维增强样品的拉伸强度分析
机译:可视化玻璃容器的高速破裂现象,以进行有效的玻璃回收技术开发