Hybridized magnetic materials

Some new approaches, using for example ATRP, RAFT and NMP, are emerging for the synthesis of well-controlled structures of hybrid magnetic materials. The chapter of Charleux et al. [186] covers this area and also includes the preparation of magnetic latex. 

Thus, the hybrid magnetic material based on CP[5]As can act as an efficient, rapid and convenient method for detection of trace amounts of MET, DIM, PYR, FLU, GYP, KRE, and TRI in beverage samples, when coupled with HPLC-UV. This newly developed hybrid material shows great potential for the detection of pesticides in order to control food safety. 

Ordered mesoporous carbon (CMK-3) has been used as a template to prepare magnetic nanocomposite materials. Wet impregnation of CMK-3 with iron nitrate solution, followed by evaporation of solvent, exposure to acetic add vapour and a sintering step, results in the formation of a hybrid magnetic material. The acetic acid will react with the iron cations dispersed... 

Hiickel band calculations, rigid-rod transition metal-acetylide polymers, 12, 371-372 Human health, tin toxic effects, 12, 637 Hybrid magnets, metallocene-containing bimetallic M(II)—Cr(II) oxalates, 12, 427 bimetallic M(II)-Fe(III) oxalates, 12, 432 bimetallic M(III)-Ru(III) oxalates, 12, 435 materials, 12, 437 properties, 12, 425 trimetallic oxalates, 12, 436 Hydantoins, with lead reagents, 3, 888 Hydration... 

The purpose of this chapter is to deal with the surface modification of cellulose fibres in order to provide them with specific functionalities, so that they can play determining roles in such applications as reinforcing elements for composite materials, self-contained composite structures, anti-pollution aids, hybrid materials, superhydrophobic surfaces and conductive and magnetic materials. Other types of surface modifications, such as those associated with dying or the manufacture of chromosorb, enzymatic and ion-exchange supports, fall outside the scope of this review. Within the structure of this book, this chapter constitutes in many ways a bridge between the chemistry associated with bulk modification treated in Chapter 16 and the processing and properties of composite materials in Chapter 19, with the addition of more specific aspects. 

Girtu, M. A. (2002). The dynamic susceptibility of a quasi-one-dimensional Mn Porphyrin-based hybrid magnet Cole-cole analysis. Journal of Optoelectronics and Advaced Materials, 4 (1), pp. 85. 

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