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Construction method for electromagnetic compatibility laboratory
The invention relates to a construction method for an electromagnetic compatibility laboratory. The construction method includes the following construction steps that firstly, a parent structure of the laboratory is established according to design requirements; secondly, powder flattening is conducted on the periphery of the parent structure; thirdly, a flexible electromagnetic wave absorption material is stuck to the wall obtained after powder flattening; fourthly, corresponding equipment connection of the electromagnetic shield laboratory is completed, wherein the flexible electromagnetic wave absorption material in the third step includes a composite material comprising components A and components B, the components A are adopted as the base material of the composite material, the components B are evenly mixed and distributed in the components A, and the mass ratio of the components A and the components B can be adjusted according to different electromagnetic frequency wave bands andare used for achieving electromagnetic shielding of different wave bands. Compared with a traditional construction technology, the construction method has the technical beneficial effects that construction is simple and fast, a large amount of labor and material cost are saved, the construction cost is low, and adaptability is high.
本发明涉及一种电磁兼容实验室的施工方法，包括如下施工步骤：步骤1.按设计要求建设的实验室的母体结构；步骤2.对母体结构四周进行粉光平整；步骤3.在经粉光平整的墙壁上粘贴柔性电磁吸波材料；步骤4.完成对所述电磁屏蔽实验室的对应设备衔接；其中，步骤3中所述柔性电磁吸波材料包括组分A和组分B组成的复合材料，该复合材料是以组分A为基材，所述组分B均匀混合分布于所述组分A中，所述组分A与组分B质量配比可根据不同电磁频率波段值调节，用于实现不同波段的电磁屏蔽。本发明相比于传统的施工工艺，具有施工简单快速、大量节省人力和材料成本，施工成本低廉，适配性高等技术优点。
Construction method for electromagnetic compatibility laboratory
The invention relates to a construction method for an electromagnetic compatibility laboratory. The construction method includes the following construction steps that firstly, a parent structure of the laboratory is established according to design requirements; secondly, powder flattening is conducted on the periphery of the parent structure; thirdly, a flexible electromagnetic wave absorption material is stuck to the wall obtained after powder flattening; fourthly, corresponding equipment connection of the electromagnetic shield laboratory is completed, wherein the flexible electromagnetic wave absorption material in the third step includes a composite material comprising components A and components B, the components A are adopted as the base material of the composite material, the components B are evenly mixed and distributed in the components A, and the mass ratio of the components A and the components B can be adjusted according to different electromagnetic frequency wave bands andare used for achieving electromagnetic shielding of different wave bands. Compared with a traditional construction technology, the construction method has the technical beneficial effects that construction is simple and fast, a large amount of labor and material cost are saved, the construction cost is low, and adaptability is high.
本发明涉及一种电磁兼容实验室的施工方法，包括如下施工步骤：步骤1.按设计要求建设的实验室的母体结构；步骤2.对母体结构四周进行粉光平整；步骤3.在经粉光平整的墙壁上粘贴柔性电磁吸波材料；步骤4.完成对所述电磁屏蔽实验室的对应设备衔接；其中，步骤3中所述柔性电磁吸波材料包括组分A和组分B组成的复合材料，该复合材料是以组分A为基材，所述组分B均匀混合分布于所述组分A中，所述组分A与组分B质量配比可根据不同电磁频率波段值调节，用于实现不同波段的电磁屏蔽。本发明相比于传统的施工工艺，具有施工简单快速、大量节省人力和材料成本，施工成本低廉，适配性高等技术优点。
Construction method for electromagnetic compatibility laboratory
一种电磁兼容实验室的施工方法
LI MEIYING (author) / LI LINGZHI (author)
2020-04-10
Patent
Electronic Resource
Chinese
Electromagnetic Compatibility (EMC)
| British Library Online Contents | 1997
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