Abstract: A photoelectrode is provided. The photoelectrode includes a transparent substrate. The photoelectrode further includes a layer of crystalline hematite nanoparticles at least partially covering a surface of the transparent substrate. The photoelectrode further includes a phosphate ions (Pi) interfacial layer coated on a surface of the layer of crystalline hematite nanoparticles. The photoelectrode further includes a plurality of CoFe-Prussian blue analogues (CoFe-PBA) particles uniformly disposed on a surface of the phosphate (Pi) interfacial layer. Methods of making the photoelectrode and photoelectrochemical (PEC) water splitting are also provided.

Abstract: A hierarchical power flow control system includes power flow control devices, a communication coordinator and a gateway. The gateway provides diagnostics, prognostics, and health monitoring, and communicates with an external energy management system (EMS). Operation and actions are based on self-health monitoring, self-prognostics, and analysis and prediction processing in the gateway, in communication with the external energy management system.

Abstract: A radar sensor system and a method for detecting an occupancy in an interior of a vehicle and with vital sign monitoring. The radar sensor system includes a radar transmitting unit, a radar receiving unit and a signal processing and control unit. The method includes: transmitting a radar wave towards a scene within the vehicle interior, receiving at least one radar wave that has been generated by reflection of the transmitted radar wave, decomposing the received radar wave into range, Doppler and angular information, quantifying and tracking a movement in each region of interest by angular gating and range gating, detecting and monitoring vital signs of occupants in each region of interest, and determining whether quantified and tracked movements in the scene are related to an occupant or to external or internal disturbances, based on a fulfillment of at least one predefined condition concerning the and/or the detected vital signs.

Abstract: A radar sensor system and a method for detecting an occupancy in an interior of a vehicle and with vital sign monitoring. The radar sensor system includes a radar transmitting unit, a radar receiving unit and a signal processing and control unit. The method includes: transmitting a radar wave towards a scene within the vehicle interior, receiving at least one radar wave that has been generated by reflection of the transmitted radar wave, decomposing the received radar wave into range, Doppler and angular information, quantifying and tracking a movement in each region of interest by angular gating and range gating, detecting and monitoring vital signs of occupants in each region of interest, and determining whether quantified and tracked movements in the scene are related to an occupant or to external or internal disturbances, based on a fulfillment of at least one predefined condition concerning the and/or the detected vital signs.

Abstract: A stand for an engine is provided. The stand includes a base member having a first end and a second end. The base member also includes a front post fixedly connected to the base member at the first end. The base member further includes a rear support system fixedly connected to the base member at the second end. The rear support system includes two sleeve members and two rear posts, such that each rear post is slidably coupled to a sleeve member, and such that each rear post includes a clamp configured to hold a rear mount of the engine.

Abstract: A method is provided in one example implementation and the method includes interacting, via a first communication resource manager located in a first domain, with a second communication resource manager located in a second domain. The method further includes determining whether to establish a link for multicasting between users in the first domain and users in the second domain, and the link between the domains is established based on presence data of at least one user in the first domain and at least one user in the second domain.

Abstract: A method is provided in one example implementation and the method includes interacting, via a first communication resource manager located in a first domain, with a second communication resource manager located in a second domain. The method further includes determining whether to establish a link for multicasting between users in the first domain and users in the second domain, and the link between the domains is established based on presence data of at least one user in the first domain and at least one user in the second domain.