Scientific Resource Catalog
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SIMP steel, a reduced activation ferritic/martensitic heat–resistant steel, is a promising candidate for structural applications in future nuclear fusion reactors. Understanding the evolution of microstructure in SIMP steel is of practical importance for improving the structural integrity of compon…
The NiTi alloy has great application potential in the engineering fields involving cavitation. The present study aims to reveal variations in surface and structure characteristics of the NiTi alloy subjected to submerged waterjet. Effects of the standoff distance and cavitation treatment duration w…
Metal oxide thin film gas sensors have got wide acceptance due to their sensitivity, stability, rapid response-recovery, mechanical and thermal stability, repeatability, reproducibility, crystallinity etc. In the present work pristine and polyaniline (PANI) incorporated SnO 2 thin films were succes…
Abstract Graphene quantum dots (GQDs) and their nitrogen-doped counterparts (N-GQDs) have recently been explored in the management of neurological disorders. However, their biocompatibility remains questionable, particularly subsequent to direct brain exposure. In this study, we investigated the ne…
This study investigates the high-temperature cyclic oxidation behavior of low-carbon steel coated with Al–FeCr–SiC and Al–FeCr–B 4 C composite coatings prepared by mechanical milling followed by vacuum annealing at 600, 700, and 800 °C for 2 h. Annealing promoted microstructural consolidation and p…
ABSTRACT This study investigates the development of glass fiber‐reinforced epoxy resin composites with enhanced fire performance for application in electric vehicle battery casings. A low‐viscosity epoxy system incorporating phosphorus‐, inorganic‐, and nitrogen‐based (PIN) flame retardants was des…
A plant-based corrosion inhibitor was employed to develop a graphene oxide (GO)-based epoxy coating with enhanced corrosion resistance and adhesion on mild steel. GO was functionalized using methanolic leaf extract of Justicia adhatoda (Ad), rich in alkaloids and phytochemicals capable of interacti…
Inflammatory bowel disease (IBD) is exacerbated by the excessive accumulation of reactive oxygen species (ROS). To overcome the insufficient catalytic activity of conventional cerium-based nanozymes, we designed an ultrasound-activated Bi@BTC heterojunction nanozyme. The ultrasound-activated carrie…
Voltage control of magnetic states in multiferroic heterostructures represents a promising route towards voltage-programmable magnetic devices. However, it remains challenging to achieve deterministic and non-volatile electrical control of well-defined magnetic states without the assistance of a ma…
Abstract MXenes, a large family of two-dimensional transition-metal carbides and nitrides, have attracted considerable interest owing to their unique physicochemical properties. Structural defects play a key role in tuning these properties, yet their characterization remains highly challenging. Her…
Supercapacitors offer high power density, fast charging/discharging capability, and long cycle life, yet their relatively low energy density limits broader deployment in electric vehicles, portable electronics, and grid storage systems. MXenes, a family of two-dimensional transition metal carbides,…
Abstract The Cu2O@CNTs composite was rationally designed and synthesized via a hydrothermal method for use as a photoactive electrode in photoassisted supercapacitors. The hydrothermal process was chosen as it offers a straightforward and economical way to obtain highly crystalline materials with u…
Here you can download the code and synthetic data used in the article: "Uncertainty-Aware Metrics for Evaluating Machine Learning Regression Models in Materials Testing".
Atomic Layer Deposition of Oxide Semiconductors for UV/Visible Photodetectors and Transparent Electronics" — A literature review synthesizing recent advances in ALD-grown wide-bandgap oxide semiconductors (Ga2O3, ZnO, ZnGaO) for solar-blind and deep-UV photodetection, and amorphous oxide semiconduc…
本文将共扼谱几何体系应用于合金设计领域。基于多体截面定理(定理 6.5.1.01)与Birkhoff混合矩阵的权重调谐机制,建立合金稳定相的几何预测理论框架。通过将合金成分比例映射为Birkhoff权重 ,并利用 的Jacobian谱半径极小值判定稳定相,为高温合金设计提供几何约束下的稳定性预测方案。本文进一步给出成分-Birkhoff权重映射的显式构造、Jacobian谱半径极小值与稳定相对应关系的证明,以及约束释放机制对高温稳定性的定量预测。
Abstract Aiming to systematically explore the penetration resistance of corundum rubble ultra‐high performance concrete (CR‐UHPC) with varying oblique and attack angles of projectile, firstly, the laboratory‐based penetration tests (175 m/s) of a 105 mm caliber projectile on CR‐UHPC and normal stre…
Carbon nanotubes (CNTs) are widely used as nanoscale reinforcements in polymer composites because of their high stiffness, high aspect ratio, and ability to enhance interfacial stress transfer. In woven Kevlar/epoxy composites, however, the mechanical benefit of CNT addition depends not only on nan…
In this chapter we use two methodologies to understand how the articles in the constitution have been modified throughout the years: the crystallization index and the crystallization rate. As evidenced, the preponderance of articles in the constitution demonstrates high crystallization rates (predo…
Gradient structural design offers a novel and effective strategy to overcome the long‐standing strength‐ductility trade‐off in metallic materials. In the present study, to address the low yield strength of conventional twinning induced plasticity (TWIP) steel, a multigradient structured (MGS) TWIP…
This paper presents an in-situ methodology for studying the kinetics of tritium and helium-4 release from the intermetallic alloy Ga64Li36 during continuous neutron irradiation at the IVG.1 M research nuclear reactor. The developed methodology differs from traditional approaches by enabling continu…