energy. This has been utilized in light sources, displays, bioimaging, and advanced sensors. Organic ML materials are strongly limited to application by in situ unrepeatable ML. Now, in situ solar‐renewable organic ML materials can be formed by introducing a soft alkyl chain into an ML unit. For the first time, the ML from these polycrystalline thin films can be iteratively produced by simply recrystallizing
机械发光(ML)材料对环境友好,并利用机械能发光。它已用于光源,显示器,
生物成像和高级传感器中。有机ML材料严格限于原位不可重复ML的应用。现在,可以通过在ML单元中引入软烷基链来形成原位太阳能可再生有机ML材料。第一次,这些多晶薄膜的ML可以通过在短时间(≤60s)内将其暴露在阳光下简单地原位重结晶断裂的晶体来反复生产。此外,还可以通过掺杂有机发光
染料来轻松调整其ML颜色和使用寿命。因此,可以制造大面积的三明治型有机ML设备,该设备可以在彩色压电显示器中重复使用,