Crystal engineering using hydrogen bonds

Inorganic crystal engineering using hydrogen bonds... 

Crystal engineering on controlled crystal arrays using hydrogen bonding biimidazolate metal complexes 04YGK629. 

Crystal Engineering Using Multiple Hydrogen Bonds A. D. Burrows... 

Burrows AD (2004) Crystal Engineering Using Multiple Hydrogen Bonds 108 55-96 Bussmann-Holder A, Dalai NS (2007) Order/Disorder Versus or with Displacive Dynamics in Ferroelectric Systems. 124 1-21... 

The use of coordination bonds to form networks, so-called coordination polymers, perhaps represents the most widely studied form of inorganic crystal engineering. This approach has also been examined in a number of reviews [8] and is discussed elsewhere in this volume (see Chapter 5). While coordination chemistry will have an important role to play in a number of the hydrogen-bonded systems presented in this chapter, coordination polymers will only be discussed in the context of their cross-linking or their perturbation using hydrogen bonds. 

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