最后，对该三层结构方法在地学中的应用做出总结。
Finally, the application of three-layer structure method in geoscience is discussed.
结合三层结构方法，文章对一些常见的面向对象界面现象进行了探讨。
Combining with the method, the paper also discusses some phenomena happened in object-oriented GUI design.
教学形式系统可分为三个层级：最顶端为教学风格；第二层为教学策略、教学模式；第三层最为丰富，包括教学手段、教学方法、教学语言、教学程序、教学结构等等。
The top level of it is teaching styles, the second level is teaching strategy and mode, the third level involves teaching means, method, language, procedure and structure and so on.
三层球体式胶囊是用物理方法将囊核、囊幔、囊壳(包衣)三层结构粘结包裹在一起制成的。
The three - layer spherical capsule gel breaker is made of capsule nucleus, mantle and shell, which are cohered together by physical method.
系统采用三层结构模型，应用对象设计方法、参数化驱动技术实现。
This system is applying the three level mode and according the need of the designing object, has made realized of the technology of datum drive.
系统采用了基于B/S的三层体系结构，利用瀑布模型即生命周期方法学进行软件开发。
The proposed system design is based on B / S of the three-tier architecture, using waterfall model that is the life cycle methodology developed.
设计了一种包含柔性基底层、金属电极图案层和微凹坑阵列层的三层式蒙皮结构，提出了两种基于MEMS工艺的制作方法。
The MEMS skin composed of a flexible substrate layer, a metal electrode layer and a micro-well-array layer was designed, and two process routes based on MEMS were developed for the skin fabrication.
设计了一种包含柔性基底层、金属电极图案层和微凹坑阵列层的三层式蒙皮结构，提出了两种基于MEMS工艺的制作方法。
The MEMS skin composed of a flexible substrate layer, a metal electrode layer and a micro-well-array layer was designed, and two process routes based on MEMS were developed for the skin fabrication.
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