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Stagnation Mechanism Revealed in Simulations of Grain-Boundary Roughening in Nickel at High Temperatures

Modern Technology Unravels Mystery of Ancient Hessian Crucible Manufacturing Process

Cryogenic Cooling Decreases Fabrication Time and Increases Stability of High-Temperature Superconductive Ceramic in Polymer Matrixes

Nanosized Pt Particles in Pt-CeO2/Carbon Black Composite Anode Improve Performance of Direct Methanol Fuel Cell

Micromachining of 10 μM Al–0.5 wt% Cu Films Achieved through Porous Anodization Technique with Reduced Undercutting

Sol-Gel Hybrid Film with Benzotriazole-Doped SiO2 Nanoreservoirs Provides Corrosion Protection to Al Alloy by Controlled Release of Inhibitor

Ultrafast Laser-Driven Microfocus X-Ray Plasma Source Increases Time Resolution in Diffraction Experiments

Heterogeneous Gold-Based Catalyst Reduces CO in Reformate PEFCs

Low-Density Sublimed p-tert-butylcalix[4]arene Demonstrates Ability for Methane Storage at Room Temperature

Silicalite-1 Self-Supported Micromembrane Separates Propane/Nitrogen Gas Mixture

Silica-Based Nanocomposite Turns Cotton into Superhydrophobic Fabric

Use of Centrifuge Force to Fabricate Reticulated Porous Ceramics Results in Uniform Structure

α-SiAION Ceramics with High Transparency Obtained After Lu2O3 Addition

Mullite Powders Produced by Heterogeneous Nucleation

Theoretical Simulation of Laser Emissions Describes Intensity and Polarization Properties of Semiconductor Nanowires

Microwave Technique Allows Selective Drilling of Thermal Barrier Coatings

Three-Phase Boundary Fuel-Cell Reactor Produces H2O2 at 93% Selectivity

Simulations Indicate Aluminum Has a Higher Ideal Shear Strength than Copper

Removal Rates in Chemical–Mechanical Planarization of Copper and Silica Surfaces Increase with Particle Concentration When Using Dilute Solutions

Solar Radiation Provides Inexpensive Substitute for Laser Surgical Technology

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