摩擦带电

Triboelectric charging occurs when two different materials come into contact, transferring electrons and creating an electric charge on their surfaces.
电荷传递现象发生在两种不同材料接触时，电子在它们的表面之间转移并产生电荷。
The fibers in the fabric became triboelectrically charged after rubbing against each other, causing static electricity to build up.
织物中的纤维在相互摩擦后变得带电，静电开始积累。
In nature, lightning is an example of triboelectric discharge that happens when clouds attract charges from the ground.
天空中的闪电是自然界的电荷传递放电现象，当云层吸引地面的电荷时发生。
Scientists have used triboelectricity to create self-powered sensors that can detect tiny changes in humidity or pressure.
科学家利用电荷传递原理制造出自我供电的传感器，能感知微小的湿度或压力变化。
The inkjet printer's printhead becomes triboelectrically charged, allowing it to spray droplets of ink with precision.
喷墨打印机的喷头通过电荷传递变得带电，从而精确地喷射墨滴。
Triboelectric generators convert mechanical energy from friction into electrical energy, providing a clean alternative to traditional power sources.
电荷转换发电机将摩擦产生的机械能转化为电能，为传统电源提供清洁替代方案。
The butterfly's wings exhibit triboelectric properties, which may help explain how they attract small particles like pollen without getting wet.
蝴蝶翅膀具有电荷传递特性，这可能解释了它们如何吸引小颗粒如花粉而不沾湿自身。
Researchers have developed a triboelectric material that could harvest energy from human footsteps, powering wearable devices.
研究人员已经创造出一种电荷传递材料，可以从人的步态中获取能量，为可穿戴设备供电。
Triboelectricity plays a role in the triboelectric nanogenerator, a device that converts mechanical energy into electricity at the molecular level.
在分子级的电荷转换纳米发电机中，电荷传递起着关键作用，它能将机械能转化为电能。
The phenomenon of triboelectricity has potential applications in various fields, including electronics, energy harvesting, and even environmental monitoring.
电荷传递现象在电子、能源收集和环境监测等多个领域具有潜在应用。