LEDKryptonChloridQuellensind

LEDKryptonChlo... appears to be an incomplete or custom term. There is no widely recognized device, standard, or patent under that exact name as of now. It could refer to one of several concepts: (a) Krypton chloride (KrCl) based ultraviolet light sources, which are typically gas-discharge excimer lamps producing 222 nm UV-C; (b) a hypothetical LED-based technology using KrCl chemistry as a luminescent medium; or (c) a brand or code name. Because of lack of reliable sources, the term is ambiguous.

If interpreted as a KrCl-based UV-C LED concept, it would aim to combine solid-state LED advantages with KrCl excimer emission. In practice, KrCl emission arises from transient KrCl* species in gas-phase, usually within a sealed tube with electrodes; integrating into an LED package would require microcavity, containment, and safe handling of UV-C photons. This is an active area of research but not established commercial technology.

Potential advantages would include compact form factor, potentially narrowband UV-C emission around 222 nm, and suitability for disinfection. Challenges include material compatibility, device lifetime, efficiency, radiative quantum yield, and safety concerns for UV exposure; regulatory standards for UV-C devices would apply.

The term, if used in literature, would likely relate to ultraviolet light-emitting sources and disinfection technologies. Related topics include ultraviolet light-emitting diodes (UV-C LEDs), KrCl excimer lamps, ultraviolet disinfection technology, and gas-phase excimer sources.