advanced nanoprocessing
nanopemrosesan tingkat lanjut
nanoprocessing lab
laboratorium nanopemrosesan
nanoprocessing techniques
teknik nanopemrosesan
nanoprocessing workflow
alur kerja nanopemrosesan
nanoprocessing step
tahap nanopemrosesan
nanoprocessing tools
alat nanopemrosesan
nanoprocessing equipment
peralatan nanopemrosesan
nanoprocessing process
proses nanopemrosesan
nanoprocessing methods
metode nanopemrosesan
precision nanoprocessing
nanopemrosesan presisi
nanoprocessing enables precise surface modification for advanced semiconductor devices.
纳米加工使先进半导体器件的表面改性更加精确
the lab optimized nanoprocessing parameters to improve yield and uniformity.
实验室优化了纳米加工参数以提高良率和均匀性
engineers scaled up nanoprocessing techniques for high volume manufacturing.
工程师将纳米加工技术扩大到大规模量产
nanoprocessing equipment must be calibrated regularly to maintain accuracy.
纳米加工设备必须定期校准以保持精度
they integrated nanoprocessing into the fabrication workflow to reduce defects.
他们将纳米加工集成到制程流程中以减少缺陷
nanoprocessing methods can achieve nanoscale patterning on flexible substrates.
纳米加工方法可以在柔性基底上实现纳米尺度图案化
the team evaluated nanoprocessing performance under different environmental conditions.
团队评估了纳米加工性能在不同环境条件下的表现
strict contamination control is essential during nanoprocessing in cleanrooms.
在洁净室进行纳米加工时严格的污染控制至关重要
nanoprocessing tools support rapid prototyping for novel sensor designs.
纳米加工工具支持新型传感器设计的快速原型开发
researchers conducted nanoprocessing trials to validate the new etching recipe.
研究人员开展纳米加工试验以验证新的刻蚀配方
cost reduction efforts focused on nanoprocessing throughput and tool utilization.
降本工作聚焦于纳米加工产能与设备利用率
nanoprocessing plays a critical role in thin film deposition and device integration.
纳米加工在薄膜沉积与器件集成中发挥关键作用
advanced nanoprocessing
nanopemrosesan tingkat lanjut
nanoprocessing lab
laboratorium nanopemrosesan
nanoprocessing techniques
teknik nanopemrosesan
nanoprocessing workflow
alur kerja nanopemrosesan
nanoprocessing step
tahap nanopemrosesan
nanoprocessing tools
alat nanopemrosesan
nanoprocessing equipment
peralatan nanopemrosesan
nanoprocessing process
proses nanopemrosesan
nanoprocessing methods
metode nanopemrosesan
precision nanoprocessing
nanopemrosesan presisi
nanoprocessing enables precise surface modification for advanced semiconductor devices.
纳米加工使先进半导体器件的表面改性更加精确
the lab optimized nanoprocessing parameters to improve yield and uniformity.
实验室优化了纳米加工参数以提高良率和均匀性
engineers scaled up nanoprocessing techniques for high volume manufacturing.
工程师将纳米加工技术扩大到大规模量产
nanoprocessing equipment must be calibrated regularly to maintain accuracy.
纳米加工设备必须定期校准以保持精度
they integrated nanoprocessing into the fabrication workflow to reduce defects.
他们将纳米加工集成到制程流程中以减少缺陷
nanoprocessing methods can achieve nanoscale patterning on flexible substrates.
纳米加工方法可以在柔性基底上实现纳米尺度图案化
the team evaluated nanoprocessing performance under different environmental conditions.
团队评估了纳米加工性能在不同环境条件下的表现
strict contamination control is essential during nanoprocessing in cleanrooms.
在洁净室进行纳米加工时严格的污染控制至关重要
nanoprocessing tools support rapid prototyping for novel sensor designs.
纳米加工工具支持新型传感器设计的快速原型开发
researchers conducted nanoprocessing trials to validate the new etching recipe.
研究人员开展纳米加工试验以验证新的刻蚀配方
cost reduction efforts focused on nanoprocessing throughput and tool utilization.
降本工作聚焦于纳米加工产能与设备利用率
nanoprocessing plays a critical role in thin film deposition and device integration.
纳米加工在薄膜沉积与器件集成中发挥关键作用
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