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HomeKeywordsmodeling

Keywords: modeling

A MEMS Vertical Fringe Comb Capacitive Pressure Sensor for Biomedical Application

Shah K., Thumu H., Vibhute V., Singh J., Le H.P., Center of Telecommunication and Microelectronics, AU
This paper presents the design and implementation of a Micro Electromechanical Systems (MEMS) vertical fringe comb capacitive pressure sensor using Coventorware and Cadence SpectraRF Electronic Design Automation (EDA) tools. The pressure sensor is designed to [...]

Impact of Multi-Trap Assisted Tunneling on Gate Leakage of CMOS Memory Devices

Entner R., Gehring A., Kosina H., Grasser T., Selberherr S., TU Vienna, AT
In this work a new approach for modeling gate leakage currents for memory cells which are highly degraded is proposed. In thicker dielectrics which are subject to high field stress and can therefore have a [...]

A Comprehensive Kinetic Model for Wet Oxidation of Silicon Germanium Alloys

Rabie M.A., Haddara Y.M., Carette J., McMaster University, CA
Our objective is to study the kinetics of SiGe oxidation with a view to studying factors that would improve the quality of the oxide. We propose a model based on the simultaneous oxidation of both [...]

Modeling of Germanium/Silicon Interdiffusion in Silicon/Silicon Germanium/Silicon Single Quantum Well Structures

Hasanuzzaman M., Haddara Y.M., McMaster University, CA
Intermixing at heterointerfaces and the broadening of the SiGe layer in a Si/SiGe/Si single quantum well (SQW) structure can be detrimental to device performance. Thus it is important to develop predictive models for interdiffusion phenomena [...]

A Unified Compact Model for Electrostatic Discharge Protection Device Simulation

Chou H-M, Cho Y-Y, Chou H-M, Lee J.W., Li Y., National Chiao Tung University, TW
In modern microelectronics manufacturing, whole chip electrostatic discharge (ESD) protection circuit design is necessary for obtaining robust electrical performance [1-5]. In designing the whole chip ESD protection circuit, owing to its high circuit complexity, an [...]

Modeling of Cellular Communication by Means of Petrinets

Barjis I., Barjis J., Berri S., Barjis I., Barjis J., New York City College of Technology, The City University of New Tork, US
This paper introduces application of Petri nets to molecular biology. In particular, it illustrates how by means of Petri nets the process of cellular communication can be modeled, and analyzed, where the model could be [...]

Coating Growth on Nanofibers: Multi-Scale Modeling, Simulations and Experiments

Buldum A., Clemons C., Evans E.A., Kreider K.L., Young G.W., The University of Akron, US
Theoretical and experimental investigations on nanoscale deposition technology are critical for nanoscale materials research and for future nanodevice applications. Moreover, because of the varied and coupled physical phenomena involved (mechanical, electromagnetic, chemical, thermal, etc.), the [...]

Modeling of PDMS – Silica Nanocomposites

Smith G.D., Smith J.S., Smith G.D., Smith J.S., Borodin O., University of Utah, US
A hydrogen bonding pathway between polydimethylsiloxane (PDMS) and hydroxyl groups on a silica surface was studied using quantum chemistry calculations of disiloxane and hexamethyldisiloxane molecules with small silica clusters. A newly developed classical force field [...]

Simulation of Carbonaceous Mesophases Micro-Textures

de Andrade Lima L.R.P., Rey A.D., McGill University, CA
Carbonaceous mesophases are liquid crystalline precursor that can be spun into carbon fibers using the melt spinning process; the manufacture optimization requires a better understanding of the principles that control the carbon fiber structure development [...]

Modeling the Fluid Dynamics of Electro-Wetting on Dielectric (EWOD)

Walker S., Shapiro B., University of Maryland, US
By applying voltages across a liquid droplet and an underlying dielectric, it is possible to make dielectric forces compete with surface tension forces, and to thereby cause the liquid droplet to change shape. This effect [...]

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