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Results for “MAXED”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Multimodal Ambient Pressure Sample Environment for the HIPPIE Solid-Gas Endstation at MAX IV Laboratory
The HIPPIE APXPS instruments have undergone several major upgrades, such as developing a dedicated solid gas endstation to specialize in multimodal ambient pressure sample environments centered around X-ray photoelectron spectroscopy. Herein, the technical specifications of the HIPPIE solid gas endstation are detailed; upgrades to the laser heating and gas systems, as well as the addition of an offline 1 bar reactor, are introduced. To demonstrate how the endstation is currently being utilized, scientific examples of all upgrades are presented, as well as science cases using infrared reflection-adsorption spectroscopy. The HIPPIE solid gas endstation is maturing into an instrument offering bespoke sample environments aimed at pushing experimental capabilities, especially in the time-resolved domain.
Fair Multiple Traveling Salesman Problem - An Alternative to the Min-Max Multiple Traveling Salesman Problem
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The Quantum and Classical Streaming Complexity of Quantum and Classical Max-Cut .
Abstract not provided.
Flexible and Optimal Dependency Management via Max-SMT
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Quantification of Conservatism in the Maxi-Max Power Spectral Density Function.
Abstract not provided.
The Quantum and Classical Streaming Complexity of Quantum and Classical Max-Cut.
Abstract not provided.
The Quantum and Classical Streaming Complexity of Quantum and Classical Max-Cut
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Second-Order Cone Relaxations For Quantum Max Cut
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Design and Operation of the Shower-max Detector for the MOLLER Experiment
Contributed presentation at the APS DNP 2025 conference in Chicago, Illinois.
Shower-max Detector Systemand radiation hardness tests of detector components
Presentation given at the Hall A 2026 Winter Collaboration Meeting at Jefferson Lab
Technology & Design Innovations to Maximize the Reduction Effect on DCFC Unit Cost Economics (Max‐REDUCE)
With the high cost and reliability issues of DCFC infrastructure the project specifically addressed the needs of innovating on the AC to DC power conversion. We proved the integration of a new power module into existing charger units, and that theoretical educational work on single stage energy conversion is commercially viable, and a reduced cost compared to existing methods. Our A sample shown 3 PH 480VAC 60hz to 350VDC 8.5kW power transfer, and our software and simulation proved efficiency greater than 97% from 20kW to > 60kW, over the DC output voltage range 200 – 1200V. The project was stopped before we could implement B sample and execute full power testing, validation and integration into a demonstration charger (budget period 3).
A simple method to measure ν max for asteroseismology: application to 16 000 oscillating Kepler red giants
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Decision maxing in small groups - A simulation study.
Simulation study of decision making in small groups
Barium releases at altitudes between 200 and 1000 kilometers - A joint Max-Planck-Institut-NASA experiment
Barium releases from Javelin and Nike-Tomahawk sounding rockets for ion cloud study of earth electric and magnetic fields