761 - 770 of 1959 Results
A novel approach for enhancing the thermal conductivity of PCMs and enabling a simplified approach for fabrication of PCM heat exchangers or other thermal energy storage or temperature regulating devices employing PCMs has been developed.
This invention proposes a novel contactless excitation system.
We have devised a low cost, non-consumable, highly selective nanotrap-based sensor with broad dynamic sensing and temperature range, including ambient temperature, that could be used for the direct detection and concentration measurement of the dissolved or free gases.
The invention provides an enzyme that converts a model lignin dimer into vanillin and then into muconic acid.
This invention will create a flexible intelligent real-time dc-ac grid emulator (FIRE) platform. The FIRE platform incorporates an evaluation capability.
The invention provides a structural steel alloy that enables 60% weight reduction for the existing vehicle components which can improve the fuel efficiency and decrease the gas emission.
We developed a novel method to generate a non-uniform, graded honeycomb structure that can be locally scaled based on a given field (e.g., internal stress) using a circle packing algorithm.
The invention provides a cast iron based, high-strength oxidation resistant alloy.
Time-of-flight secondary ion mass spectrometry (ToF-SIMS) enables static chemical investigations in a wide range of materials and other systems.
The invention provides high-mobility, epitaxial gallium oxide films.