№ files_lp_3_process_9_08455
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Supplementary material describing high-pressure and high-temperature measurements of acoustic velocities for Fe-C alloys, including experimental details and phase diagram results.
Year: 2023
Region / City: Not specified
Topic: High-pressure and high-temperature properties of Fe-C alloys
Document type: Supplementary materials
Organization / Institution: APS, ANL
Author: Not specified
Target audience: Researchers in material science, geophysics, and mineral physics
Effective period: Not specified
Approval date: Not specified
Modification date: Not specified
Price: 8 / 10 USD
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Thermomechanical Degradation of Sintered Copper Under High-Temperature Thermal Shock
Year: 2026
Region / City: Berlin, Germany; Colorado, USA
Topic: Power Electronics Materials Reliability
Document Type: Research Article
Institution: National Renewable Energy Laboratory; CuNex GmbH; budatec GmbH
Authors: Paul Paret, Sri Krishna Bhogaraju, Sreekant Narumanchi
Material Studied: Sintered Copper (Cuprum 80)
Application: Die-attach and substrate-attach in high-temperature power modules
Experimental Conditions: Thermal shock cycling between -40°C and 200°C, up to 1000 cycles
Methods: C-SAM imaging, crack growth analysis, sintering under inert atmosphere
Sample Configuration: Cu baseplates 3–5 mm thick, grid and stripe stencil patterns, active-metal-brazed substrate
Focus: Thermomechanical degradation and failure mechanisms of sintered copper bonds
Research Assistant for Understanding Occupational Stress: Performance, Health, and Well-Being in High-Pressure Environments
Year: Not specified
Region / city: University of Bath
Topic: Occupational Stress, Police, Well-Being, Research
Document Type: Job Description
Organization / Institution: University of Bath
Author: Not specified
Target Audience: Researchers, potential applicants for the role
Period of Validity: Not specified
Approval Date: Not specified
Modification Date: Not specified
Dynamics, Control, and Stability Analysis of VFD-Driven High-Pressure Mist Systems
Year: Not specified
Subject: Fluid dynamics, digital control systems, and stability analysis
Topic: High-pressure mist systems and variable frequency drive control
Document type: Technical analysis report
Field: Control theory and hydraulic engineering
System studied: VFD-driven high-pressure mist system
Controlled variable: System pressure
Target operating pressure: 1,000 PSI
Pressure operating range: 800–1,200 PSI
Key components: Positive displacement pump, variable frequency drive, high-pressure manifold, atomizing nozzles
Mathematical framework: Differential equations and discrete-time feedback control laws
Physical phenomena: Fluid compressibility, pump dynamics, nozzle flow nonlinearity
Primary equations: Mass conservation, bulk modulus relation, rotational dynamics, Bernoulli-based nozzle flow equation
Industrial context: Commercial and industrial evaporative mist cooling systems
Topics: Fe-C high-temperature High-Pressure