JOURNAL OF ELECTROSTATICS

The field of electrostatics encompasses phenomena resulting from the interaction of stationary or moving electrical charges, where the interaction is due solely to the charges and their positions and not due to their motion.The Journal of Electrostatics is the leading forum for publishing research findings that advance knowledge in the field of electrostatics. We invite submissions in the following areas:Electrostatic charge separation processes: Fundamental science behind how materials (solid or liquid) accumulate electrostatic charge, by triboelectric, induction, conduction, corona and electrical double layer charging, or other mechanisms. Electrostatic charge dissipation and neutralization. Space charge in solid dielectrics. Electrets. Methods to control charging. Static measurement techniques (charge, surface potential, electric field).Electrostatic manipulation of particles, droplets, and biological cells: Electrostatic forces on particles, including electrophoresis, dielectrophoresis and electrorotation. Applications, including electrostatic precipitators, separators, coating processes, and electrophotography. Electrostatic issues in fluidized beds and other solids handling processes. Biological/medical applications including control of biological cells and pharmaceutical powders. Microfluidics and Microelectromechanical Systems (MEMS). Coupled problems (thermal, flow, stress) with essential contribution of electrostatic phenomena.Electrostatically driven or controlled fluid flow: Corona generated secondary electrohydrodynamic flow. Boundary layer control. Electrohydrodynamic pumping. Electro-rheology. Electrospinning and electrospraying. DC and AC Electroosmosis. Electrowetting. Applications including materials processing, thermal management, and flow control.Electrostatics in the gas phase: Fundamental science of plasmas. Corona and dielectric barrier discharges. Electrical breakdown. Applications of plasma technologies, including environmental remediation of gas and liquid streams. Electrostatic discharges from charged surfaces - fundamentals, prevention, safety issues. Electrostatic phenomena in atmospheres, including lightning.

静电场包括静电荷或运动电荷相互作用产生的现象，其中相互作用仅由电荷及其位置引起，而不是由它们的运动引起。《静电学杂志》是出版提高静电学领域知识的研究成果的主要论坛。我们邀请以下领域的提交：静电电荷分离过程：材料（固体或液体）如何积聚静电的基础科学，由摩擦电、感应、传导、电晕和双层电充电或其他机制。静电耗散和中和。固体电介质中的空间电荷。驻极体。控制充电的方法。静电测量技术（电荷、表面电位、电场）。粒子、液滴和生物细胞的静电操纵：粒子上的静电力，包括电泳、介电泳和电旋转。应用，包括静电除尘器，分离器，涂层工艺和电子照相。流化床和其他固体处理过程中的静电问题。生物/医疗应用，包括控制生物细胞和药粉。微流体和微电子机械系统（MEMS）。具有静电现象基本贡献的耦合问题（热、流、应力）。静电驱动或控制的流体流动：电晕产生的二次电动力流。边界层控制。电动液压泵。电流变学。静电纺丝和电喷涂。直流和交流电渗透。电润湿。应用包括材料处理、热管理和流量控制。气相静电学：等离子体的基础科学。电晕和介质阻挡放电。电气故障。等离子体技术的应用，包括气体和液体流的环境修复。带电表面的静电放电.基本原理、预防和安全问题大气中的静电现象，包括闪电。