Microspherical structures find broad application in chemistry and materials science, including in separations and purifications, energy storage and conversion, organic and biocatalysis, and as artificial and bioactive scaffolds. Despite this utility, the
The ability to understand and control synthesis of both inorganic and organic polymers has led to the design of a wide range of novel structures. Block polymer, interpenetrating polymer network (IPN), biomimetic, ormosil and nanocomposite approaches have been applied to generate materials with unique...
So far, several approaches have been explored to assemble MOF particles, using capillary force16,17,18, DNA hybridization19, polymer matrix20, electric field21, and more recently liquid bridging22. Although assemblies have been achieved, these methods either require extensive surface functionalization,...
We have developed thin film amorphous silicon alloy (a-Si:H) and nanocrystalline silicon (nc-Si:H) based multijunction solar cells on lightweight polymer s... A Banerjee,X Xu,K Beernink,... - Photovoltaic Specialists Conference 被引量: 10发表: 2010年 Facile fabrication of Si nanowire arrays...
π-konjugerede organiske materialer kan groft inddeles i to kategorier: (a) langkædede konjugerede polymerer og (b) lille molekylvægt organisk s emiconductors. Mange grupper har rapporteret syntese af langkædede polymer nanotråde inden de cylindriske nanopores af en AAO skabelon ...
Polymer Sciences Characterization and Evaluation of Materials Materials Science, general Industry Sectors IT & Software Biotechnology Electronics Oil, Gas & Geosciences Engineering Aerospace Telecommunications Chemical Manufacturing Automotive Materials & Steel Energy, Utilities & Environment Co...
Therefore, these methods can be used to overcome the drawbacks between transmittance and conductivity, where PEDOT:PSS/Ag-grid embedded polymer substrates demonstrate high conductivity while maintaining high MtarpaEenr-stTpuCarerEersnacwtiyoi.tAohfndtohiftefheAerregnFgtorGMidP.csAa40sn, sabhneoddwet...
1is a porous3D coordination polymer with nano-size pores (1.8Â2.1nm).Absence of H2O molecules in compound TMU-2 lead to smaller pore size only(0.4Â1.8nm)(Fig.S1).Porous structure in TMU-1and TMU-2are suitable for adsorption of some molecules with special directional physical ...
Figure 1a–c depicts molecular structures, packing motifs and electron microscopy images of the three model systems: polydiacetylene (PDA), a conjugated polymer38,39, in the form of aligned 2–5 μm chains; PIC, a molecular semiconductor that can self-assemble to form nanotubular J-aggregate...
Here, it is preferable to use a so-called hydrogen silsesquioxane polymer among those polysilsesquioxanes. Such a hydrogen silsesquioxane polymer includes a hydride siloxane polymer represented by HSi(OH)x(OR)yOz/2. Each of R(s) is an organic group or a substituted organic group, and forms a...