It is characteristic of rapid sediment reverse graded structure.
具有快速堆积的逆向粒序构造特征。
Practical tests show that the performance of cemented carbide anvils, coated blade and drill bits with graded structure developed in this dissertation are superior to those with regular structure.
经现场使用试验证明，本研究所制备的具有梯度结构的硬质合金顶锤、涂层刀片以及硬质合金钻齿的使用性能均明显优于常规均匀结构的硬质合金。
It gives the graded control strategy and blackboard structure is adopted.
给出了分级控制策略，并引入了分级、分层的黑板结构。
The muti-steps sintering processing and cobalt content on the structure and properties of graded cemented carbides are studied.
研究了分段烧结制备梯度结构硬质合金技术以及粘结剂含量对梯度硬质合金的力学性能、梯度结构的影响。
These graded Bi nanowires may be used as a kind of new functional graded materials due to their gradient structure.
由于具有梯度结构，这些铋纳米线可能会作为一种新型的功能梯度材料得以应用。
The graded crushing device integrates crushing and screening into a whole, greatly saves the occupied space and has simple structure.
本发明分级碾碎装置由于集粉碎、筛选为一体，大大节省了占用空间，而且结构简单。
Transitioned and graded colour is applied to the side of the petal ribs, creating a deep hue only at the edge of the structure.
花瓣的钢筋结构采用了渐变颜色，只在边缘呈现出深色调。
Functionally graded materials (FGM) are advanced in that their ingredient and structure show a continuous change.
梯度功能材料(FGM)是组成和性能呈连续变化的先进材料。
The results show that the improved graded structural embankment can protect the permafrost effectively, and it is a simple structure type to the improved graded structural embankment.
研究结果表明，级配改良结构性路基具有良好的保护冻土的功能，是一种简单有效的路基结构形式。
The structure forms and the construction craft of unbound graded aggregate base are analysed. It will be of some use in unbound graded base which are used for base of road.
深入分析了级配碎石基层的路面结构形式和施工工艺，对级配碎石广泛应用于路面基层具有一定的指导意义。
The results show that the graded thermal barrier coatings have typical lamellar structure. The coatings are compact.
结果表明：梯度涂层呈典型的层状结构，涂层较为致密，空隙均匀，同时分布有各向的微裂纹。
It is summarized the development and application of graded-structure cemented carbides, and discussed basic principle, process and control of theirs manufacture.
综合评述了梯度结构硬质合金的开发与应用。
Recommended in the standard framework based on dense graded crushed stone, through filling test, the optimization of the skeleton structure;
在规范推荐的骨架密实型级配碎石基础上，通过填充试验，对骨架结构进行了优化；
Recommended in the standard framework based on dense graded crushed stone, through filling test, the optimization of the skeleton structure;
在规范推荐的骨架密实型级配碎石基础上，通过填充试验，对骨架结构进行了优化；
应用推荐