A 5.46inch WQHD foldable AMOLED display having thin thickness, wide color gamut, high brightness and low reflectivity was obtained. These properties, which outperform those of a conventional RGB OLED and circular polarizer system, were achieved with a novel structure of RGB emitter, thin film encapsulation and low temperature color filter directly patterned on TFE.

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Abstract. Measurement tasks of modern micro-and nanometrology are posing a problem for current measurement instruments with decreasing structure sizes and rising aspect ratios. There is an open requirement for nanometre-resolving 3-D capable sensors and corresponding 3-D positioning systems to operate the sensors for 3-D measurements. A 3-D probing system based on electrical interaction is presented which is operated on a nanopositioning system type SIOS NMM-1. Furthermore, we demonstrate the progress and new possibilities for 3-D measurements with the nanopositioning and nanomeasurement machine NMM-1 and also with the application of a rotary kinematic chain. In addition new 3-D measurement routines for the NMM-1, also for micro-tactile probing systems as well as current plans, are shown.

Trap assisted tunneling current (JTAT) has been computed for neutral and positive traps with finite ranged core-potential in a metal-oxide-semiconductor structure. The calculation is based on Bardeen transfer Hamiltonian approach and the elastic tunneling approximation and includes both direct tunneling at low voltage and tunneling ionization at high voltage. In both regimes, two different forms of transition matrix elements have been presented and their numerical values have been compared. For both kinds of traps, JTAT shows a similar shape for its dependence on the oxide voltage and increases slightly with increasing the radius of the core-potential. However, compared to the neutral traps, JTAT induced by positive traps is enhanced by about half order due to the existence of the long-ranged Coulomb potential tail. The usual δ-function approximation for the core potential of neutral traps underestimates JTAT by a half order.