焦点文章&应用亮点

(Natural) polymersApplicationCharacteristic dimensionCharacterizationCustomer publicationsMaterialPolymer researchSAXSTechniqueTemperature

GIWAXS技术能否预测有机太阳能电池的长期稳定性?

有机光伏(OPVs)因其轻量化、机械柔韧性以及与低成本溶液加工工艺的兼容性,正成为一类极具前景的太阳能技术。这些特性使其在建筑一体化光伏、便携式及室内电源等领域展现出独特优势。
(Natural) polymersApplicationCharacteristic dimensionCharacterizationCustomer publicationsMaterialPolymer researchSAXSTechniqueTemperature

SAXS和USAXS如何表征纳米多孔金材料的微观结构?

经过脱合金化的多级纳米多孔金属是一种新型的功能材料。它们在较小结构下具有大的比表面积,并且在较大结构下具有可调尺寸的开放纳米孔。这些材料独特的结构特性,比如高电导率,使其成为电子和能量储存设备的优秀材料。
(Natural) polymersApplicationCharacteristic dimensionCharacterizationCustomer publicationsMaterialPolymer researchSAXSTechniqueTemperature

可见光如何影响有机半导体的形态?

有机半导体(OSCs)是有前景的前沿材料,因为它们有许多吸引人的特性,包括轻量、柔性和易加工(低成本生产、低温加工)[1]。因此,它们在有机发光二极管、有机晶体管、传感器和生物传感器、薄膜电池或有机光伏(OPVs)等各种应用中具有广阔的应用前景[2]。
(Natural) polymersApplicationCharacteristic dimensionCharacterizationCustomer publicationsMaterialPolymer researchSAXSTechniqueTemperature

How does moisture affect the nanostructure of wood?

These days, batteries are ever-present making it difficult to picture modern life without them. Worldwide the rechargeable batteries market value has seen a rapid increase over the last decades driven by the global awareness of environmental protection, the expanding electric vehicle market, and the support shown by governments around the ...
(Natural) polymersApplicationCharacteristic dimensionCharacterizationCustomer publicationsMaterialPolymer researchSAXSTechniqueTemperature

How can the smart design of carbon anodes improve the performance of sodium-ion batteries?

These days, batteries are ever-present making it difficult to picture modern life without them. Worldwide the rechargeable batteries market value has seen a rapid increase over the last decades driven by the global awareness of environmental protection, the expanding electric vehicle market, and the support shown by governments around the…
(Natural) polymersApplicationCharacteristic dimensionCharacterizationCustomer publicationsMaterialPolymer researchSAXSTechniqueTemperature

Understanding hydrogel phase transitions with SWAXS

Gels are interesting materials from many perspectives. Their ability to absorb large amounts of solvent results in a range of attractive material behaviors. Hydrogels are characterized by the fact that they absorb water, in contrast with organogels, which gelate organic solvents. Hydrogels can further be classified as natural or synthetic, based on the gelator (high molecular weight, i.e. polymeric, or low molecular weight, i.e. small molecule), on their physical structure (i.e. amorphous, semicrystalline or crystalline) or on the nature of the network (permanently or physically crosslinked).