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Citation: JIANG Zhi-Liang, LIU Shao-Pu, JIANG Hong-Liu, TANG Ping-Sheng, YI Chuan-Lei. On the Fluorescence Quenching and Resonance Scattering Behavior of ((AuI₄)RDG)_n Association Nanoparticle System[J]. Chinese Journal of Applied Chemistry, ;2002, 19(12): 1133-1136. shu

On the Fluorescence Quenching and Resonance Scattering Behavior of ((AuI₄)RDG)_n Association Nanoparticle System

1.
a Institute of Enviro nmental Chemistry, Southwest-China Normal University, Chongqiang 400715;
2.
b Department of Resource and Enviro nmental Science, Guangxi Normal University, Guilin

Corresponding author: JIANG Zhi-Liang,
Received Date: 17 April 2002
Available Online: 22 July 2002
Fund Project: 广西自然科学基金(2014016) (2014016)

A maximum absorption peak at 520 nm and a fluorescence peak at 550 nm were observed for rhodamine 6G(RDG) in 0.2 mol/L HCl. In the presence of KI and Au(Ⅲ), the AuI₄^- and RDG⁺ combine into hydrophobic AuI₄-RDG association molecule through electric attraction. The strong Van der Waals force and hydrophobic forces among AuI₄-RDG molecules lead to the formation of ((AuI₄)-RDG)_n association nanoparticles in red-violet color which exhibit a characteristic resonance scattering peaks at 600 nm and fluorescence quenching at 550 nm. The ((AuI₄)RDG)_n nanoparticles could be decomposed into individual (AuI₄)RDG association molecule by alcohol and the resonance scattering peaks and the red-violet color disappeared, whereas the A_{520 nm} and F_{470 nm/550 nm} occurred again. The results demonstrate that the formation of ((AuI₄)RDG)_n composite nanoparticle in red-violet and the interface between the nanoparticle solid phase and water phase give rise to its enhanced resonance scattering,fluorescence quenching, hypochromic effect with a characteristic resonance scattering peaks at 600 nm.
- ((AuI₄)RDG)_n association nanoparticle,
- resonance scattering enhancement,
- fluorescence quenching,
- hypochromic effect,
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On the Fluorescence Quenching and Resonance Scattering Behavior of ((AuI₄)RDG)_n Association Nanoparticle System