Metal–organic framework-based self-healing hydrogel fiber random lasers
Dexiang Zhu, Zhouyuanhang Wang, Jun Xie, Guangyin Qu, Qi Yu, Yan Kuai, Benli Yu, Jianzhong Zheng, Zhijia Hu, Siqi Li
Abstract
, cut into two parts). The lasing threshold also remains stable, and the optical transmission capability can recover by more than 90% after multiple breaks and self-healing processes. These results indicate that the MOF-SHFRL is a highly stable optical device that can be expected to play a significant role in environmental monitoring, intelligent sensing, and other aspects under extreme conditions.
Topics & Concepts
Self-healingLasing thresholdMaterials scienceFiber laserFiberCollagen fiberLaserRandom laserMetalNanotechnologyComposite materialOptoelectronicsOpticsMedicinePhysicsMetallurgyPathologyAnatomyWavelengthAlternative medicineRandom lasers and scattering mediaOrbital Angular Momentum in OpticsOcular Surface and Contact Lens