In order to improve the flame retardancy of materials, various kinds of synergistic agents have been used in the IFR system to reinforce the flame retardancy, such as zeolites, expandable graphite, organoboron
siloxane, and some transitional metal oxides, metal chelates, and metal compounds [17-24].
Luo, Rational Design of Organoboron
Derivatives as Chemosensors for Fluoride and Cyanide Anions and Charge Transport and Luminescent Materials for Organic Light- Emitting Diodes, J.
Part 1: Novel Functional Modification of Wood with Covalently Bound Organoboron
1995) Palladium catalyzed cross-coupling reactions of organoboron
Synthesis of an E-BODIPY based fluorescent Co-polymer containing organoboron
Recent studies show that potassium organotrifluor-oborates are effective organoboron
reagents for various organic transformations.
2009): In Press (a special issue on organoboron
His research program encompasses the development of new organic reactions, catalysis, organoboron
chemistry, the synthesis of alkaloid natural products and other heterocycles, and their application in probing cellular processes and as anticancer agents.
AllyChem, a major organoboron
chemical manufacturer located in Dalian, China, will offer its customers a label license where purchasers have a royalty-free license to the University of Illinois' intellectual property in use of the MIDA boronates.
The kind of that flame retardants is versatile, which mainly include organophosphorus [5-8], organosilicon [9-12], organoboron
[13, 14], organonitrogen [15, 16], and other organometallic transition compounds [17, 18].
2) Among such a type of reactions, iridium-catalyzed direct C-H borylation of aromatic compounds developed by Smith, Hartwig, Ishiyama and Miyaura has emerged as an efficient route to organoboron
Highly luminescent BODIPY-based organoboron
polymer exhibiting supramolecular self-assemble structure.