To match the greatly increasing power of scientific engineering workstations with the slowly changing capability of the simulation practitioner, this paper examines possibilities for a high level output analysis interface. The goal is an interface which considers a parametric family of models and accepts commands stated in terms of understanding model characteristics over this family and/or mak...

We have investigated the reliability of gate oxide with deuterium incorporated at the Si/SiO interface through low energy ion implantation into the silicon substrate before thin gate oxide growth. Deuterium implantation at a dose of1 10 /cm at 25 keV showed improved breakdown characteristics. Charge-to-breakdown seems to correlate well with the interface state density measured by conductance me...

Until recently the guiding tenet in human-computer interaction was that any interface must be easy to learn and use. However, it has been increasingly recognized that the appeal of the interface to the user and their enjoyment of it is also important. The aim of the current study was to examine the nature of the relationships between icon characteristics, user performance, and aesthetic appeal....

By using electric-field-induced optical second-harmonic generation (EFISHG) measurement, we analyzed hysteresis behavior of capacitance-voltage (C-V) characteristics of IZO/polyterpenol (PT)/C60/pentacene/Au diodes, where PT layer is actively working as a hole-transport electron-blocking layer. The EFISHG measurement verified the presence of interface accumulated charges in the diodes, and show...

When a metal is partly immersed in an electrolyte, a potential is set up across the two phases, i.e., at the electrode/electrolyte interface. The phases may be solids (metals or alloys, semiconductors, insulators), liquids (ionic liquids, molten salts, neutral solutions), or gases (polar or non polar). The more common terminology in electrochemistry is that a double layer is set up at the inter...

When a metal is partly immersed in an electrolyte, a potential is set up across the two phases, i.e., at the electrode/electrolyte interface. The phases may be solids (metals or alloys, semiconductors, insulators), liquids (ionic liquids, molten salts, neutral solutions), or gases (polar or non polar). The more common terminology in electrochemistry is that a double layer is set up at the inter...

In this paper the Peripheral Component Interface PCI is presented as a target/master reconfigurable interface, based on Programmable Logic Devices PLDs (the Field Programmable Gate Arrays FPGAs and the Complex Programmable Logic Devices CPLDs are collectively referred to herein as PLDs). The core of the PCI interface design is implemented on the 1428 PCI-Interface board Rev. 3.00 using XC4028EX...

A semi-analytical extraction method of interface and bulk density of states (DOS) is proposed by using the low-frequency capacitance-voltage characteristics and current-voltage characteristics of indium zinc oxide thin-film transistors (IZO TFTs). In this work, an exponential potential distribution along the depth direction of the active layer is assumed and confirmed by numerical solution of P...

there area lot of mobile computer devices with a variety of applications and users tend to use them more. due to the limitations of mobile devices, running most of the procedures are impossible. to resolve this problem, mobile devices can be connected to the grid, to use the facilities of grid. on the other hand the communication mechanisms are different for each device and they cannot be conne...

in this paper we propose and simulate a new heterostructure mesfet, called δ-doped ldd hmesfet. to improve carrier velocity in vicinity of the source in channel of gaas mesfet, one can replace source with alxga 1-x as. by increasing al content, discontinuity of hetero-interface could be increased. therefore, the velocity increases in the low field. however, increasing al mole fraction in excess...