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The GAA device is simulated by solving 3D quantum-corrected device simulation using the commercial tool, Synopsys Sentaurus Device [11], [12] to obtain accurate numerical results for a nanometer-scale device.
This performance monitoring logic device is simulated at ultra high speed i.e. 120 GHz.
The proposed device is simulated by the self-consistent solution of the poison and Schrodinger equations within the NEGF formalism.
In two space dimensions, a ring-shaped quantum waveguide device is simulated in the stationary and transient regime.
To validate the model the proposed device is simulated by considering different insulators and Nox into account.
To obtain accurate numerical results for a nanometer-scale device, the device is simulated by solving 3D quantum-corrected equations using the commercial tool, Synopsys Sentaurus Device [14].
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The physical processes within the blast wave mitigation device are simulated numerically.
The device was simulated in both air and underwater environments by using TracePro.
Prior to experiments, the performance of the dual-nozzle droplet-generating microfluidic device was simulated using CFD model.
The device was simulated at varying thicknesses in the dielectric layer, oxide interfacial layer, metal gate and polysilicon layer.
The light distribution curve of the tubular daylighting device was simulated by the software of Tracepro and put into DIAlux for lighting design with LEDs.
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