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In the processing fabrication of MTJ stacks, the Neel and magnetostatic coupling induce a strong interlayer coupling field along the hard-axis direction, and the utilization of the magnetic bias field along the easy-axis direction makes the response of MTJ nonlinear. In this paper, we researched the influence of the interlayer coupling field and permanent bias field on the linearity of MTJ magnetic...
To meet the challenges of the big data age, an urgent requirement from diverse manufacturing industries is to develop a systematic time-variant methodology to make good use of the condition parameters to benefit more from the monitoring point of view. With condition-based Statistical Process Control (SPC), we develop a time-variant Exponentially Weighted Moving Average-Cumulative Sum (EWMA-CUSUM)...
We demonstrate the theoretical analysis of the propagation properties in a hollow-core Bragg fiber that can be used in bio-sensing applications. Based on the Bragg fiber we propose a resonant sensor that operates on changes in the refractive index of aqueous solution placed inside the hollow-core. We investigate the confinement loss of the TE01 mode. The sensor spectral sensitivity and resolution...
Magnetoelastic materials have a mass-sensitive, characteristic, resonant frequency that make them an ideal choice for application as the platform for a biosensor. The biosensor is formed by immobilizing a bio-molecular recognition element directly onto the surface of the magnetoelastic material. When exposed to the analyte, this bio-molecular recognition element binds the target species (spore or...
In this study, we compared the sensitivity of non-periodically and periodically active neurons in chronically compressed dorsal root ganglion in rats to norepinephrine and sympathetic stimulation. Forty-nine of 58 (84.5%) neurons with non-periodic activity showed responses to norepinephrine, whereas only five of 48 (10.4%) neurons with periodic activity displayed any response. The dose-response relationship...
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