CAJ | 학술논문

介绍了一种发光性质依赖于水接触的新型纳米发光材料———基于超级碳点的发光“纳米炸弹”。在甲苯溶液中，这种“纳米炸弹”光致发光很弱；当遇见水后，“纳米炸弹”分解为小的碳点，光致发光显著增强。将“纳米炸弹”与纸复合可应用在喷水荧光打印和汗孔成像。目前，大部分智能荧光材料存在光稳定性差，潜在的生物毒性，制备成本高，或与传统喷墨打印不兼容等缺点。本文报道的碳基纳米材料没有（或很少有）这些缺点，并可实际应用在光信息存储，司法鉴定和医疗检测等领域。
개소료일충발광성질의뢰우수접촉적신형납미발광재료———기우초급탄점적발광“납미작탄”。재갑분용액중，저충“납미작탄”광치발광흔약；당우견수후，“납미작탄”분해위소적탄점，광치발광현저증강。장“납미작탄”여지복합가응용재분수형광타인화한공성상。목전，대부분지능형광재료존재광은정성차，잠재적생물독성，제비성본고，혹여전통분묵타인불겸용등결점。본문보도적탄기납미재료몰유（혹흔소유）저사결점，병가실제응용재광신식존저，사법감정화의료검측등영역。
Developing smart luminescent materials is desirable for different fluorescence imaging applications . Here, we report a new luminescent material called luminescent “nano-bombs” based on supra-carbon-nan-odots, whose luminescence depends strongly on water contact .That kind of “nano-bombs” show weak emis-sion in toluene and decompose when meeting water , resulting in strong photoluminescence .With these “nano-bombs” we demonstrate water-jet printing luminescence patterns and mapping human sweat pore patterns in the supra-carbon-nanodots-coated paper .While by now most of smart luminescent materials suffer , more or less, low photostability , potential biotoxicity , high cost or poor compatibility with traditional inkjet printing technology , such a carbon-based nanomaterial without ( or with much less ) those deficiencies may find practi-cal applications in optical information storage , forensic and healthcare .