The properties of a material depend not only on the specific atoms and molecules it contains, but also on the arrangement of these in space. Many of these three-dimensional arrangements are described as "3D-nets" or "3D-networks". Molecule-Based Materials: The Structural Network Approach is about the synthesis, description, nomenclature and analysis of such nets and the relation of the nets to the physical properties of the materials. It introduces the mathematics, and includes a short guide to programs useful for retrieving, analysing and naming nets. Complete with illustrations and examples of coordination polymer and hydrogen bonded nets, this unique easy-to-read book examines all aspects of 3D nets and will undeniably prove itself valua...
Contains fulltext : 75325.pdf (publisher's version ) (Closed access)35 p
The occurrence of interpenetrated three-dimensional networks has been systematically investigated by...
Tris-chelated metal complexes with octahedral geometry are sometimes used as building blocks for "se...
The properties of a material depend not only on the specific atoms and molecules it contains, but al...
In this chapter, it is first shown how a number of steps in the scientific process in this field of ...
This work endeavors to delineate modern paradigms for crystal engineering, i.e. the design and supra...
This Concept article describes how network topology analysis is applied to different fields of solid...
[...] Vulcanized rubber is generally considered to possess a network structure which results from th...
We discuss a recently developed approach to formalize the analysis of extended architectures by succ...
Metal organic structures and networks are extensively studied in modern chemistry. These networks ar...
Accelerating materials discovery is the cornerstone of modern technological competitiveness. Yet, th...
The synthesis of organic materials has typically involved linking one or more types of discrete mole...
The three-dimensional arrangement of natural and synthetic network materials determines their applic...
Interpenetration in metal-organic and inorganic networks has been investigated by a systematic analy...
Network structures based upon metal-organic backbones represent a new class of functional materials ...
Contains fulltext : 75325.pdf (publisher's version ) (Closed access)35 p
The occurrence of interpenetrated three-dimensional networks has been systematically investigated by...
Tris-chelated metal complexes with octahedral geometry are sometimes used as building blocks for "se...
The properties of a material depend not only on the specific atoms and molecules it contains, but al...
In this chapter, it is first shown how a number of steps in the scientific process in this field of ...
This work endeavors to delineate modern paradigms for crystal engineering, i.e. the design and supra...
This Concept article describes how network topology analysis is applied to different fields of solid...
[...] Vulcanized rubber is generally considered to possess a network structure which results from th...
We discuss a recently developed approach to formalize the analysis of extended architectures by succ...
Metal organic structures and networks are extensively studied in modern chemistry. These networks ar...
Accelerating materials discovery is the cornerstone of modern technological competitiveness. Yet, th...
The synthesis of organic materials has typically involved linking one or more types of discrete mole...
The three-dimensional arrangement of natural and synthetic network materials determines their applic...
Interpenetration in metal-organic and inorganic networks has been investigated by a systematic analy...
Network structures based upon metal-organic backbones represent a new class of functional materials ...
Contains fulltext : 75325.pdf (publisher's version ) (Closed access)35 p
The occurrence of interpenetrated three-dimensional networks has been systematically investigated by...
Tris-chelated metal complexes with octahedral geometry are sometimes used as building blocks for "se...