Hydrogen is produced through electrolysis of water and the gas is stored in medium or large sized containers according to the requirements. The gas can be converted into energy in combustion engine or in fuel cell. Usually, hydrogen energy is stored in three form; liquid, solid, and gaseous form. To

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NASA selected 14 companies, including small businesses, to develop technologies for sustainable operations on the Moon under the Artemis program. The Cryogenic Fluid Management Portfolio Project aims to close technology gaps essential for future space missions. This Technology Demonstration Mission

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This presentation discusses the lessons learned from EAM-based Logbooks in managing cryogenic installations at CERN. It covers the importance of logbooks, historical perspectives, operational aspects, and the detailed views provided by logbook records.

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SMuRF group at SLAC developed a cutting-edge RF readout system for cryogenic micro-resonators used in research. The system features cold resonators tuned with TES current and a flux ramp to eliminate 1/f noise. Key technical challenges include noise, linearity, wide bandwidth, and computation power.

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Explore the relationship between liquefaction, refrigeration, and isothermal processes in accelerator systems. Understand the equivalent exergy in Watts for different gases at 1 bar and 300K. Calculate the reversible input power required for latent cooling and the total cooling in different scenario

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Modeling of cryogenic heated tube flow boiling experiments of nitrogen and methane using the Generalized Fluid System Simulation Program. The research conducted by Michael Baldwin and co-authors from NASA MSFC, NASA GRC, and Purdue University explores the motivation, background, and findings related

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Explore the various methods of storing and handling oxygen, including types of storage devices, sources of medical oxygen, liquid oxygen containers, and cryogenic liquid cylinders. Learn about the different containers used, storage quantities, vaporization rates, and safety measures involved in stor

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Delve into cutting-edge research projects in applied nuclear physics and innovative technologies supported by the Foundation for Polish Science. Investigate the behavior of radioactive ions in cryogenic liquids and delve into physics beyond the Standard Model through experiments like double-beta dec

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GRANIT aims to increase observation time of neutrons in gravitational states and enhance precision of measurements. Details about the clean room, UCNs hunting, and progress made in 2010 are outlined, emphasizing the need for system reliability and improvement. Significant steps have been taken towar

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In the field of nuclear physics, high-quality ion beam parameters are essential for both primary and secondary beams. This report focuses on the cryogenic gas stopping cell, also known as a gas catcher, designed to transform rare ion beams from nuclear reactions into low-energy beams with small emit

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The provided content discusses cryopreservation techniques for Malus and Prunus collections, focusing on bud segments and injury management. Measures to minimize fire blight in the PGRU apple collection are highlighted, including cryogenic storage of buds and repropagation on specific rootstocks. A

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Addressing engineering issues related to beam delivery in a vacuum environment for the ELI-NP project, focusing on maintaining low vacuum levels, reducing vibrations, cooling pumps, and ensuring stability with large beams. Solutions include segmented vacuum lines, cryogenic pumps, and integrated rem

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Multi-layer insulation (MLI) systems play a crucial role in cryogenic applications, affecting vacuum quality and efficiency. This study explores the use of activated charcoal fabric (ACF) as a potential replacement for traditional spacer materials in MLI, enhancing cryopumping performance. By incorp

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In the PIP2 Project led by Robin Cubizolles at CEA, certification and adherence to specific codes and standards are crucial for the design and manufacturing of pressure equipment. Directives such as the PED 2014/68/EU guide the design process, with standards like EN 13445 and EN 13458 ensuring compl

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Demonstrations featuring large-area 3D charge readout for Liquid Argon Time Projection Chambers (LArTPCs) were showcased by Peter Madigan at NorCal HEP-EXchange in December 2018. The challenges of readout in high-rate environments were discussed, along with the potential of pixelated TPCs in 3D LArT

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Researchers at IHEP in Beijing, China, conducted heat load measurements for a 1.3 GHz Cryomodule, analyzing uncertainties in flow rate readings and calibrating mass flow rates. The study involved static and dynamic heat load measurements, utilizing various control interfaces and valves. Calibrations

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Researchers are investigating direct detection of axion dark matter using innovative technologies like the MADMAX dielectric haloscope. The project aims to boost signals, overcome challenges in probing higher mass ranges, and validate principles through prototypes like the P200 setup. Testing involv

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The content discusses the development of Nb3Sn coatings to withstand high magnetic fields, potential cost reductions, and the importance of maintaining high Q0 to sustain maximum fields. Additionally, it highlights the advantages of using 4.2 K technology in cryogenic plants for increased efficiency

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The current status and future positioning of cold boxes in the cleanroom for Detector #1, along with considerations for bridge width adjustments and the functionality of the cold boxes. Features include the need for three boxes, cable management, cryogenic systems, and potential repositioning strate

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MRI machines utilize powerful magnets and advanced technology for medical imaging. The magnets are superconducting, requiring ultra-cold temperatures for operation, and safety considerations include managing biological effects, area effects, and cryogenic gases. The magnetic fields used in MRI scans

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During the Cryogenic Systems Workshop Day 3, speakers like Pawel Duda and Ram Dhuley discussed stress and flexibility criteria for bayonets and control valves. They explored topics such as thermal contraction effects, boundary conditions in structural analysis, and the importance of considering diff

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The technologies involved in the DFH collaboration project for HL-LHC at CERN include cryogenic pressure equipment, materials like stainless steel and composite materials, assembly methods, and quality testing procedures. CERN oversees the engineering design and provides technical specifications, wh

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Presentation on pressure wave calculations by R. Rabehl regarding potential differential longitudinal pressure issues in cryogenic systems, specifically related to changing valve positions and their impact on cold masses. The calculations involve dynamic pressure surges using water hammer calculatio

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This presentation explores the Mechanical Quality Factor of Cryogenic Silicon, detailing its significance in improving LIGO detectors by minimizing thermal elastic noise. The Fluctuation-Dissipation Theorem is discussed, showing how it relates noise spectrum to linear system responses. Methods for m

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Test mass cryogenic suspensions with rigid beams pose conflicting requirements, such as thermal noise reduction and vibration attenuation. This study explores the use of compressive flexure beams as a solution to achieve flexibility without sacrificing thermal conductance. Compressional mode flexure

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Quantum computing measurement progress in SRF Sector, Magnet Sector developments for HL-LHC, and updates on Cryogenic Sector procurements and installations. Noteworthy achievements include breakthroughs in cavity preparations, successful tests, and ongoing coil fabrication. Stay updated with the lat

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FRIB's performance degradation analysis focuses on validating the design of the cryomodule, with tests conducted under various operational conditions to assess parameters such as cryogenic losses, SRF subsystems performance, and cavity dynamics. The ReA6-1 cavity's performance, measured in terms of

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SLAC is developing the CRYO ASIC, a high-performance waveform digitizer and serializer optimized for cryogenic operation in experiments like DUNE. The CRYO ASIC offers advanced features such as single-chip integration, programmability, on-chip regulation, and design for reliability. Operating in a 1

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