| 1. | Manufacturing and sales of rhombic metallic mesh
菱形金属丝网的制作,销售 |
| 2. | 7 rhombic metallic mesh auto - net makers
菱形金属丝网自动制网机7台 |
| 3. | All kinds of rhombic metallic mesh , yukimochi - kun snow - slide prevention net
各类菱形金属网，防雪网 |
| 4. | We can solve the stealth problem of missile guidance by using metallic mesh with proper structural parameters
针对巡航导弹导引头的隐身问题,研究了用结构参数合理的金属网栅,可以达到巡航导弹导引头罩隐身的目的。 |
| 5. | In addition , we are presently studying applications for finer metallic meshes 10mm , 15mm that make use of our specialized technology
另外，我们拥有生产10mm和15mm大小细网眼的独特技术，目前正在进行使用途径的研究。 |
| 6. | We come to the conclusion that shielding efficiency can be improved by increasing metallic mesh ’ s line width or reducing metallic mesh ’ s period
得出通过增加网栅的线宽和减小网栅的周期,可以提高金属网栅对雷达波的屏蔽效率的结论。 |
| 7. | The fabrication accuracy of the mesh structure fabricated by ldw technique is excellent . the optical and electrical performance parameters of metallic mesh film made by ldw approximate the theoretical design values
首次使用激光直写光刻方法制作了200mm 200mm金属网栅结构，制作精度很高，金属网栅的光电性能指标接近于理论设计值。 |
| 8. | This paper uses the theory of equivalent circuit and equivalent membrane to analyze the influence of metallic mesh on radar wave shielding , deduce the relational expression between shielding efficiency and metallic mesh ’ s width , period
用等效电路模型和等效膜理论,分析了金属网栅结构参数对雷达波屏蔽作用的影响,推导出了屏蔽效率与金属网栅周期和线宽的关系式。 |
| 9. | The grating and reticle , which linewidth errors are less than 10 % nominal linewidth , are fabricated by ldw . for the first time metallic mesh film with area 200mm 200mm fabricated by using ldw photolithography and coating technology
本文完成了直角坐标激光直写光刻技术研究，开展了离焦激光直写光刻的工艺研究，制作了光栅和网格分划板，线宽误差控制在10 %以内。 |
| 10. | The influence of metallic mesh packing block on radar wave shielding is only dependent on packing block material ’ s surface electric resistance , independent on other factors of material . the less surface electric resistance is , the better metallic mesh ’ s shielding effect is
而且金属网栅衬层对雷达波屏蔽作用的影响只与衬层材料的面电阻有关,与材料其它因素无关,面电阻越小,网栅的屏蔽效果越好。 |
