This invention pertains to control methods and systems designed to reduce the startup time of gyroscopes, specifically MEMS gyroscopes, used in various electronic and mechanical devices.

The invention relates to control methods and systems for increasing the scanning speed of a scanning probe microscope (SPM).

The invention is a power amplifying and supply device designed for high-voltage, high-power, low-noise, precision applications. It utilizes a battery-based power supply to achieve high power density, minimal output noise, and high efficiency.

This invention presents a modular and portable imaging system designed to capture deep tissue and superficial cerebral blood flow in animal bodies.

The present invention relates to a premix burner designed for the efficient combustion of low calorific value (CV) gaseous fuels.

The present invention discloses a method of predicting failure in terms of crack direction under different modes of deformation of planar anisotropic sheet metal.

This invention presents a high-voltage, rechargeable zinc-ion battery based on a non-aqueous dual-ion electrolyte system.

The invention introduces a hollow fiber membrane-based low-delta P bioaerosol filter designed to remove aerosol, bioaerosol containing virus including Covid, and bacteria, smoke, tissue fragments from a gas stream arising from exposure to one or m

This invention is about an innovative hollow fiber membrane designed to improve liver cell attachment for use in bio-artificial liver systems and bioreactors and relates to a single step method for its manufacturing.

The invention involves an orally administrable pharmaceutical preparation that encapsulates proteins, specifically insulin, using metal oxide nanoparticles and amino acids.