Western Michigan University

Steven Michael Durbin

Robert A Makin, Iii

Robert Allen Makin, Iii

A process for predicting and adjusting particle removal efficiency of fiber-based filter media based on quantification of disorder. An order parameter may be extracted through Raman spectroscopy or scanning electron microscopy. Production processes may be adjusted to change (e.g., increase) the particle removal efficiency of fiber-based filter media utilizing a predefined correlation between order parameter and particle removal efficiency. The filter media may be utilized in masks, filters, and other applications.

Quantitative disorder analysis and particle removal efficiency of fiber-based filter media

A method for quantifying disorder and extracting a corresponding numerical value of an order parameter from contrast analysis applied to optical images acquired of the solar photosphere. Temporal variation of the order parameter may be utilized to predict events such as solar flares, which have the ability to disrupt both communication systems and satellite orbits. The degree of order of the photosphere may be monitored to predict solar flares and other solar events. The method may utilize a spin-based (Ising/Potts) model of disorder.

Advanced warning for solar flares from photosphere image analysis

A method of distinguishing benign and malignant skin conditions includes extracting a numerical value corresponding to an order parameter from an image of skin having a pigmented region. The numerical value of the order parameter may be utilized to assess the likelihood that a skin lesion is benign or malignant. The precise value may also be utilized to assess severity, which may include detecting changes in a skin lesion over time.

Quantitative image-based disorder analysis for early detection of melanoma type features

A method of fabricating a superconducting device includes determining a target transition temperature and utilizing a predefined quantitative relationship between superconducting transition temperature and an order parameter for at least one superconducting material composition is utilized to select a superconductor material composition that is capable of providing a target transition temperature. Process parameters may be controlled to form a superconductor device comprising at least one superconductor material having a material composition providing the target transition temperature.

Superconducting materials, devices, and processes

A process of fabricating semiconductor devices includes determining a correlation between band gap and long range order parameter for one or more stoichiometries. Semiconductor materials having a preselected (target) band gap can be fabricated by controlling process parameters to form a material having a stoichiometry and long range order parameter having the target band gap.

Growing community of inventors

Kalamazoo, MI, United States of America

Steven Michael Durbin