Macro, micro and nano-scale technologies rely on scale-specific performance models, design methods and fabrication processes which may be used to engineer machines within a limited range of size.
巨观、微米和奈米尺度技术依赖于特定尺度的性能模型、设计方法和可用于有限范围大小的工程机械的制造过程。
The double-field-of-view ESPI system has been presented in this paper and employed to measure the macro-scale and micro-scale deformations of the tested object simultaneously.
本文应用双视场电子散斑干涉技术，实现了对被测对象表面的全场变形和局部微观场变形的同时实时检测。
This is a key to enabling broad utility of emerging nano and micro-scale machines in the "macro-scale world."
这对保证在“巨观尺度世界”广泛利用新兴的奈米和微米尺度机械是至关重要的。
This is a key to enabling broad utility of emerging nano and micro-scale machines in the "macro-scale world."
这对保证在“巨观尺度世界”广泛利用新兴的奈米和微米尺度机械是至关重要的。
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