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Design Considerations for Implantable Neural Circuits and Systems
Microelectronic technologies have been exploited to make possible interfacing with a large number of neurons electronically and simultaneously. This...
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Power quality improvement using microsystem technology for wind power plant
Its intermittent nature and comparatively elevated capital costs impede the contribution of abundant renewable energy sources globally compared to...
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Miniaturization of Electrical Machines Is Possible
AbstractThis paper considers the current state of a new area in microsystems engineering—microsystem electromechanics. A wide range of its practical...
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Comments on “Microsystem Technologies, (2019) 25: 609–620”
This commentary shows that the dimensionless thermal slip parameter (β
2 * ) and the dimensionless concentration slip parameter (β3 * ) are... -
Comment on "Microsystem Technologies, https://doi.org/10.1007/s00542-018-3895-1”
Some errors exist in the above paper.
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Comment on “Microsystem Technologies, (2018) 24:4945–4953”
Some serious errors exist in the above paper.
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Design and Simulation of Hybrid Microsystem and Its Effect on the Environment Using Homer Software
The main objective of this research paper is to suggest the best alternative option for continuous power supply in the institute campus Nalanda...
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Optimal design and performance analysis of solar power microsystem for mini-grid application
Universally, solar power microsystem for mini-grid is acceptable as a new approach to solve the global energy problem. Improving population lifestyle...
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A force-compensated compliant MEMS-amplifier with electrostatic anti-springs
In this paper, an electrostatic compliant mechanical amplifier intended for force-compensated displacement amplification in MEMS sensor applications...
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Comment on “Microsystem Technologies, (2019) 25:1321–1331”
In the above paper a dimensionless parameter is wrong and many profiles are truncated and wrong.
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Multi-Chip 3D Integrated Micro-System Based on Microwave Multilayer
3D integrated vertical interconnection technology is an effective way to realize miniaturization, lightweight and high integration of electronic RF...
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Design Considerations for Implantable Neural Circuits and Systems
Microelectronic technologies have been exploited to make possible interfacing with a large number of neurons electronically and simultaneously. This...
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Simple and fast modelling of radio frequency passives in view of beyond-5G and 6G applications: case study of an RF-MEMS multi-state network described by an equivalent lumped element network
The utilization of RF-MEMS, which stands for Microsystem-based (MEMS) Radio Frequency (RF) passive components, is garnering growing attention within...
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Analysis of the Electrophysical Characteristics of the RF MEMS Switch Taking into Account the Influence of the Substrate Material
Abstract —The creation of an electronic component base based on microelectromechanical systems is one of the main directions of the development of...
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Electro-Photonic Chip-Scale Microsystem for Label-Free Single Bacteria Monitoring
Monitoring of bacteria metabolism/viability at single level during the antibiotics action is a crucial functionality for systems supporting the...
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Silicon Sensors and Actuators The Feynman Roadmap
This book thoroughly reviews the present knowledge on silicon micromechanical transducers and addresses emerging and future technology challenges....
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Capacitive Links for Power and Data Telemetry to Implantable Biomedical Microsystems
Wireless interfacing is undoubtedly among the foremost requirements of a biomedical microsystem, which is a necessity for it to be full implantable....
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Investigations into surface topography of glass microfeatures formed by pulsed electrochemical discharge milling for microsystem applications
Experimental investigations into the effect of duty cycle and electrolyte concentration on the surface topography in the microchannel formation in...
