通过单击特定的 nanoHUB 应用程序（CNTbands 2.0）、选择合适的参数、并以交互的方式调整 3-D 图像，可以在几秒钟之内获得这个图像。
This image was obtained in a few seconds by clicking on the specific nanoHUB application (CNTbands 2.0), selecting the appropriate parameters, and interactively adjusting the 3-D image.
为快速选择合适的轴向振动钻削参数，实现深孔的顺利加工与自动化加工奠定了理论基础。
This lays down a theoretical foundation for quick selection of right axial vibration drilling parameters and successful automatic machining of deep holes.
这些结论对工程设计牛选择合适的工作参数，如载频、分辨率、成像斜角等具有较为重要的参考价值。
These conclusions are important for choosing suitable radar system parameters such as center frequency , resolution and imaging squint angle in engineering design.
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