Improving the interfacial properties at elevated pressures in Enhanced Oil Recovery

Understanding the interfacial tension at elevated pressure is crucial to the …

Comment mieux appréhender les revêtements de surfaces

Les problèmes de revêtements de surfaces sont souvent difficiles à résoudre …

Understanding Coatings

Coating problems are often difficult to resolve and make themselves known when it is already too late …

Surface Science Online Course

Increase your knowledge and update your practical expertise in the field of surface science. Facilitated …

Assessing bonding and biocompatibility of medical devices

The wetting behaviors of surfaces, such as polymers, hydrogels, and metals, …

Accurate surface characterization when the outcome matters

Medical device performance hinges on the quality of its bonds. Our goal is …

Understanding foam

Foam is more than just bubbles. It is either a welcomed companion of many products or an obstacle to …

Create the foam you want

Foam is welcome in many products or may be the product itself. To create the foam you want, understanding …

Why test inks don’t tell the full truth

One of the most commonly used methods to approach surface free energy is test …

Optimizing adhesion

Achieving optimum adhesion is often the most critical factor in producing excellent products. Understanding …

Troubleshooting adhesive bonding failures

When you have issues with adhesive bonding failures, approaching them from …

Understanding interfacial tension

Learn about the underlying principles of interfacial tension and understand how different liquids interact.

究竟是静态 or 动态表面张力更能准确评估您的样品？

表面张力作为一项重要的物性数据，在众多应用领域中都有着重要的研究意义。 而液体表面张力又包括静态、动态表面张力，在此次研讨会中，我们将针对表面张力不同测量方法的特点和应用范围进行分析和讨论。

如何提升电池性能

在本次线上研讨会中，您可以从行业领导者那里获得专业的知识，如何帮助开发和优化电池。 欢迎您参加我们的线上研讨会并和我们一起探索专业的知识。由行业领导者AMETEK和KRÜSS联合举办的电池性能研讨会。