Self‐Healing Materials: Shape‐Deformable Self‐Healing Electroluminescence Displays (Advanced Optical Materials 3/2019)

Accelerated SelfHealing Via Ternary Interpenetrating Microvascular Networks

Self-healing materials with dual interpenetrating microvascular networks enable two-part healing chemistries and repeated healing of damage in a localized region. [ 1 ] However, due to slow healing kinetics, multiple days are required between damage events to recover mechanical performance under ambient conditions. By directly writing a third interdigitated microvascular network within these ep...

Third-generation organic electroluminescence materials†

Advanced Optical Microscopies for Materials: New trends

This article summarizes the new trends of Optical Microscopy applied to Materials, with examples of applications that illustrate the capabilities of the technique. Handbook of instrumental techniques from CCiTUB Advanced Optical Microscopies for Materials 1 MT.6

Materials for Powder-Based AC-Electroluminescence

At present, thick film (powder based) alternating current electroluminescence (AC-EL) is the only technology available for the fabrication of large area, laterally structured and coloured light sources by simple printing techniques. Substrates for printing may be based on flexible polymers or glass, so the final devices can take up a huge variety of shapes. After an introduction of the underlyi...

Advanced materials nanocharacterization

This special issue of Nanoscale Research Letters contains scientific contributions presented at the Symposium D "Multidimensional Electrical and Chemical Characterization at the Nanometer-scale of Organic and Inorganic Semiconductors" of the E-MRS Fall Meeting 2010, which was held in Warsaw, Poland from 13th to 17th September, 2010.