compositionally graded coating 成分梯度膜层
the graded coating 梯度涂层
bioactive graded coating 生物活性梯度陶瓷涂层
functionally graded coating 梯度涂层
thermal barrier graded coating 梯度热障涂层
Diamond-like carbon graded coating 类金刚石基梯度薄膜
graded thermal barrier coating 阶梯热障涂层
Graded ceramic coating 梯度衬瓷层
It gives the analytical formulas of thermal stresses and the thermal elastic-plastic transform temperatures of graded coating that has a single plastic layer or two layers under the thermal loading. It tests the theoretical model with finite element analysis.
针对梯度涂层的结构特征，在建立的三层叠层材料热弹塑性分析模型的基础上，对多层梯度涂层结构的热弹塑性分析模型进行了研究，分别建立了含单个塑性层和两个塑性层的梯度涂层结构的热弹塑性分析理论，给出了在热载荷作用下含单个塑性层和两个塑性层的梯度涂层的热弹性-塑性临界温度和热应力分析公式，利用有限元分析对理论模型进行了验证。
参考来源 - 梯度涂层热弹塑性应力分析·2,447,543篇论文数据，部分数据来源于NoteExpress
The bond strength between the coating and substrate can be enhanced through producing functionally graded coating.
通过制备梯度涂层可以提高涂层与基体之间的结合强度。
A new method was explored to make a new type bioactive graded coating on titanium alloy for medical use and to improve its adhesive strength and stability.
本工作的目的是探索制备钛合金表面生物活性梯度涂层的新方法，提高涂层的结合强度及稳定性。
The porous titanium coating with the graded apatite is expected to be applied in clinical orthopedics to enhance bone implant bonding strength.
具有表面梯度磷灰石涂层的多孔钛有望用于临床矫形，以提高种植体的生物活性和骨结合强度。
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