1851 - 1860 of 1959 Results
This invention disclosure describes the development of a new infrared sensor based on cesium-doped carbon nanoflake structures. The field emission current of each cesiated carbon nanoflake structure is modulated by the incident infrared photon energy.
This invention disclosure describes a technology for the rapid, computer-assisted diagnosis of blinding eye disease. Advances in the imaging of ocular anatomy and pathology now provide digital data to diagnose and quantify specific diseases such as diabetic retinopathy (DR).
The melting range of 400 series stainless steel varies from as low as 1370C to as high as 1530C depending on the composition.
The invention is a novel security system for conduit applications.
(1) A remote chemical sensing and recognition approach is developed on a new spectroscopic effect: reverse photo-acoustic effect.
Carbon fibers are currently produced from non-renewable fossil sources, namely coal, oil, and natural gas, through energy-intensive processes.