Laird公司开发出用于核磁共振检查室的新型材料

 
一种新设计的材料能够在核磁共振检查室中发挥卓越的屏蔽作用。

在整个核磁共振频率范围内（25-200MHz）具有比标准更好的电磁干涉（EMI）特性，这种获得的具有知识产权的技术，在标准核磁共振检查室内具有稳定的平均使用寿命。

这种新材料是由Laird技术公司研制开发的，是一种镍/铜聚酯非纺织纤维。底层是铜，具有很好的导电性能，外层则由镍制成，具有完整的耐腐蚀耐氧化特性。这些特性导致这种建筑材料具有屏蔽作用，同时由卓越的顺应力。

这种纤维是原始设备制造商开发MRI设备或者建造MRI检查室的理想材料，富有弹性且重量很轻，能够防护复杂的外形。可以通过传统的建造方法来使用，减少了安装时间，确保MRI工作人员在线的时间减至最低。
 
Fabric Screens MRI Rooms
 
A newly designed fabric has been developed for excellent shielding performance in magnetic resonance imaging (MRI) applications.

Providing better-than-standard electromagnetic interference (EMI) throughout the entire MRI frequency range (25-200 MHz), this patented, proprietary technology is designed to remain stable over the average life of a typical MRI room.

The novel material, developed by Laird Technologies (St. Louis, MO, USA), is a nickel/copper polyester nonwoven fabric. The base layer is copper, allowing high conductivity, while its outer layer is made from nickel, to provide comprehensive corrosion and oxidation resistance. This combination results in an architectural material suitable for shielding while providing outstanding resilience.

This fabric is ideal for original equipment manufacturers (OEMs) developing MRI equipment or constructing MRI rooms, and is flexible and lightweight enough to shield complicated shapes. Application is via several conventional construction methods--helping to reduce crucial installation times to ensure MRI facilities are online with minimal disruption.