Unlocking Optical Soliton Secrets: How Noise Shapes Wave Behavior in Advanced Fiber Optics
The Critical Role of Stochastic Models in Modern Photonics In the rapidly evolving field of optical communications, researchers are increasingly…
The Critical Role of Stochastic Models in Modern Photonics In the rapidly evolving field of optical communications, researchers are increasingly…
Scientists have created a specialized membrane that revolutionizes zinc-iodine flow battery performance. The technology selectively filters hydrated ions while preventing water migration, significantly extending battery lifespan under demanding conditions.
Researchers have developed a breakthrough membrane technology that reportedly enables significantly longer-lasting aqueous zinc-iodine flow batteries, according to recent findings published in Nature Communications. Sources indicate the innovation centers on a specially designed Zn-MOF-CJ3-based ionic molecular sieve (ZMC-IMS) membrane featuring hydrated ions-confined subnanometer channels that selectively control ion transport.