851 - 860 of 1929 Results
Competing technologies generally use batch mixing of a "broth" that is unstable and must remained chilled and processed within 1-4 hours. This limits production of smaller droplets that take more time to move through the system.
The invention enables crews to precisely locate sources of alpha contamination within a facility.
We propose a plug-and-play system for QKD in parallel over many channels in a single optical fiber, using frequency-based encoding, which is intrinsically stable and naturally matched to classical optical communications.
A fiber-optic Extrinsic Fabry-Perot Interferometer (EFPI) is a highly sensitive, versatile sensing element which has been used to measure various physical quantities, such as vibration, sound, pressure, and strain.
Soft-magnetic materials are a major component of electricity consumption globally. The two major applications for soft-magnetic materials are in controlling magnetic fields in transformer cores and electric motors.
The invented alloys are a family of low-cost Fe-Ni based superalloys with significant alloying additions.
The invention improves Roll-to-roll Manufacturing of Solid Oxide Fuel Cells.
The temporal logic specifications (TLS) allow richer descriptions of control specifications including set, logic and time-related properties.
The chemical stability of the alkaline exchange membranes (AEMs) will be significantly improved. Low swelling of the AEMs will be achieved. The AEMs with ionic conductivity higher than 50 mS/cm under low swelling at 60 oC will be obtained.
High Si electrical steel has the potential to be both efficient and cost effective. Increasing Si content improves magnetic and electrical properties, with 6.5wt.% being optimum. At 6% Si, the steel is too brittle to be cold rolled or stamped.