HOW NANOSCALE DISLOCATION REACTIONS GOVERN LOW- TEMPERATURE AND HIGH-STRESS CREEP OF NI-BASE SINGLE CRYSTAL SUPERALLOYS

How Nanoscale Dislocation Reactions Govern Low- Temperature and High-Stress Creep of Ni-Base Single Crystal Superalloys

The present work investigates γ-channel dislocation reactions, which govern low-temperature (T = 750 °C) and high-stress (resolved shear stress: 300 MPa) creep of Ni-base Visors single crystal superalloys (SX).It is well known that two dislocation families with different b-vectors are required to form planar faults, which can shear the or

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Assessment of Spatio-Temporal Dynamic Vegetation Evolution and Its Driving Mechanism on the Kubuqi Desert Using Multi-Source Satellite Remote Sensing

Desert vegetation is undergoing complex and diverse changes due to global climate change and human activities.To effectively utilize water resources and promote ecological recovery in desert areas, it is necessary to clarify the main driving mechanisms of vegetation growth in these regions.In this study, based on MODIS and Landsat 8 remote sensing

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