State Key Laboratory Of Treatments And Recycling For Organ Effluents

Suzhou, China

State Key Laboratory Of Treatments And Recycling For Organ Effluents

Suzhou, China
SEARCH FILTERS
Time filter
Source Type

Zhuang H.,Soochow University of China | Zhou Q.,Soochow University of China | Li Y.,Soochow University of China | Zhang Q.,Soochow University of China | And 10 more authors.
ACS Applied Materials and Interfaces | Year: 2014

In this study, two D-A molecules NACANA and CANACA, based on carbazole (CA) donor and naphthalimide (NA) acceptor, with different D-A arrangement (A-D-A and D-A-D) were synthesized. The photophysical and electrochemical properties, microstructure and memory behaviors of both A-D-A and D-A-D molecules were systematically investigated. The fabricated devices ITO/NACANA or CANACA layer/Al with a simple sandwich configuration both exhibited volatile nature after shutting off the external electric field. Interestingly, NACANA showed ON-state retention time of ca. 12 min, longer than that of CANACA (ca. 6 min). The difference in retention ability of the programmed states could be assigned to the difference of the D-A arrangement. This type of retention ability adjustment by varying the arrangement of donor and acceptor segments may provide a guide of structure design for future organic-based specific memory devices with tunable volatile property. © 2013 American Chemical Society.


Qi X.,Soochow University of China | Qi X.,Changzhou Institute of Engineering Technology | Li N.,Soochow University of China | Li N.,State Key Laboratory Of Treatments And Recycling For Organ Effluents | And 7 more authors.
RSC Advances | Year: 2014

Functional amphiphilic oligomers were synthesized and could be easily used to coat monodispersed hydrophobic magnetite Fe3O4 superparamagnetic nanoparticles (MSPNPs) with 13 nm diameter. The resulting hydrophilic modified MSPNPs (M-MSPNPs) with abundant groups on the surface, which could bond with Hg2+, exhibit excellent ability in the fast, efficient and selective removal of Hg2+ from water samples by low-field magnetic separation. This journal is © the Partner Organisations 2014.

Loading State Key Laboratory Of Treatments And Recycling For Organ Effluents collaborators
Loading State Key Laboratory Of Treatments And Recycling For Organ Effluents collaborators