Lightweight lattice structures are an important class of cellular structures with high potentials for multi-functional applications.
The significant AIE, TA and OPL properties of these complexes would be useful for rational design of transition-metal complexes with high emission quantum yield, broadband excited-state absorption, long excited-state lifetime, and strong nonlinear absorption for multi-functional applications.
Thus, for a range of multi-functional applications that require an "open-celled" architecture (e.g. so that cooling fluid can pass through a sandwich core), the CFRP pyramidal cores offer an attractive alternative to honeycombs.
In terms of multi-functional applications and budget effectiveness for health managements, it is worth to investigate whether the records, such as MetS component measurements, from a MetS screening program can be further applied on the risk assessment for MetS development.
Results discussed were noteworthy for exploring these phosphor materials in multi-functional applications such as optoelectronics, forensic and photocatalysis.
Besides, multi-functional applications of BOC based materials are presented.
They can also be used to meet the increasingly stringent and multi-functional application needs of demanding tribological applications.
And there is more space in its core to supply for multi-functional filler, which provides the possibility for special engineering applications (such as heat insulation, wave absorption, etc).
The introduction of ALD in the synthesis of CNTs may bring applications in hierarchical electrode materials, micro-channel catalyst supports, pore-structure-designed membranes for multi-functional materials, catalysis, and energy conversion/storage [1, 4, 35].
Truss-based lattice materials are cellular materials with an outstanding potential for multi-functional use.
Nanostructured modification of polymers has opened up new perspectives for multi-functional materials.
