Langmuir

期刊简介：Langmuir is the leading journal focusing on the science and application of systems and materials in which the interface dominates structure and function. Submissions on original advances in the understanding and particularly the rational design of interfaces, including novel concepts and emerging areas, are welcome. The following topics are examples within the scope of Langmuir.Surfaces and interfaces (synthetic and natural): adsorption, wetting, adhesion, forces and dynamics, surfactants, emulsions, foams, gels, and ultrathin films.Surface chemistry and forces of interface-rich systems and nanoparticles/colloids.Interface-driven stability: response, organization and self-organization of (nano)particle suspensions and structures, rheology and mechanics and non-equilibrium thermodynamics.Charge regulation and transfer at interfaces, electrochemistry, photocatalysis.Interfacial materials (synthesis/characterization) and processes for energy storage and transduction, and catalysis.Surface properties and applications of 1D, 2D and layered Van der Waals materialsSingle molecule and particle dynamics under confinement.Bio-interfaces: synthetic surfaces in vivo and in vitro, synthetic or membrane surface dynamics or biofouling, anti-microbial membrane interactions, and hydrophobic/hydrophilic interfaces.Transformed biointerfaces, such as nanocellulose and adaptive nanoparticles for drug delivery and diagnostics.Advanced surface and interface characterization techniques.Advanced microscopy.Theory & computations of interfacial properties.

【译文】Langmuir是一本领先的期刊，专注于界面主导结构和功能的系统和材料科学及其应用。欢迎提交关于界面理解和理性设计（包括新颖概念和新兴领域）的原创进展。以下是一些Langmuir范围内的主题示例：表面和界面（合成和天然）：吸附、润湿、粘附、力与动力学、表面活性剂、乳液、泡沫、凝胶和超薄膜。界面丰富的系统和纳米颗粒/胶体的表面化学和界面力。界面驱动的稳定性：悬浮液和结构的响应、组织和自组织，流变学和力学以及非平衡热力学。界面处的电荷调节和转移，电化学，光催化。界面材料（合成/表征）和能量存储和转换以及催化过程。一维、二维和层状范德华材料的表面性质和应用。在限制条件下的单分子和粒子动力学。生物界面：体内和体外合成的表面，合成或膜表面动力学或生物污染，抗菌膜相互作用和疏水/亲水界面。转换的生物界面，如纳米纤维素和用于药物输送和诊断的自适应纳米颗粒。先进的表面和界面表征技术。先进的显微镜。界面性质的理论与计算。