ZHANG Meng, WU Yu-ting, HAN Song-zhe, DIAO Yu-ting, JIAO Jia-jun. Synthesis and Characterization of Novel Light StabilizersPurine Analogs[J]. Journal of East China University of Science and Technology, 2012, (3): 334-339.
Citation:
ZHANG Meng, WU Yu-ting, HAN Song-zhe, DIAO Yu-ting, JIAO Jia-jun. Synthesis and Characterization of Novel Light StabilizersPurine Analogs[J]. Journal of East China University of Science and Technology, 2012, (3): 334-339.
ZHANG Meng, WU Yu-ting, HAN Song-zhe, DIAO Yu-ting, JIAO Jia-jun. Synthesis and Characterization of Novel Light StabilizersPurine Analogs[J]. Journal of East China University of Science and Technology, 2012, (3): 334-339.
Citation:
ZHANG Meng, WU Yu-ting, HAN Song-zhe, DIAO Yu-ting, JIAO Jia-jun. Synthesis and Characterization of Novel Light StabilizersPurine Analogs[J]. Journal of East China University of Science and Technology, 2012, (3): 334-339.
Synthesis and Characterization of Novel Light
StabilizersPurine Analogs
Using nucleic acid bases of purine as the basic structure, twelve purine analogs are synthesized via introducing aromatic amide. These purine analogs have high melting points and great molecular weights. The UV absorption data indicate that they enhanced UV absorption performance. These purine analogues have potential value in light stabilizer field.