AFC is a spectrum sharing mechanism developed for license-exempt (LE) devices to safely share spectrum with incumbent terrestrial services such as Fixed point-to-point microwave Services (FS) and radio astronomy observatories.

2023年8月10日 · afc系统的五层架构可分为用户界面层、应用逻辑层、业务逻辑层、数据访问层和数据库层。下面将通过一个流程图以及具体的代码示例，帮助你理解这个系统的架构。## afc系统五层架构的实现流程以下是实现afc系统五层架构的步骤：| 步骤 | 说明

针对细间距化的要求，日立化成则提出了双层(Double Layer)结构之ACF，双层结构之上层为未添加导电粒子的树脂层，而下层则是含有单层导电粒子的排列。

The alkaline fuel cell (AFC), also known as the Bacon fuel cell after its British inventor, Francis Thomas Bacon, is one of the most developed fuel cell technologies. Alkaline fuel cells consume hydrogen and pure oxygen, to produce potable water, heat, and electricity. They are among the most efficient fuel cells, having the potential to reach 70%.

2023年11月6日 · METER scores image quality in an adaptive manner by adjusting the weights and biases of adaptive fully-connected (AFC) layers in the AQP module, increasing generalizability to images captured in different natural environments.

Simulations of ultra-fast precessional switching and recording on AFC media have been performed. The results show that repeated reversal is possible without loss of magnetization using pulse widths as short as 10 ps, allowing ultra-high data rates. AFC media with a soft underlayer can be precessionally reversed using a perpendicular head.

2009年2月1日 · AFCs offer the potential for low cost, mass producible fuel cells, without the dependency on platinum based catalysts and (currently) expensive membrane electrolytes. The AFC uses relatively low cost electrolytes based on aqueous bases such as potassium hydroxide.

2019年3月26日 · In this study, we demonstrate the existence of an antiferromagnetic coupling (AFC) between nanoflake FGT layers mediated by oxidation by using anomalous Hall measurements. The existence of AFC in bulk-FGT was introduced by Yi in 2016; however, there is no observation of this effect in recent studies of nano-FGT [3, 8]. We assumed that the ...

2018年4月16日 · In this study, layer-selective magnetization switching is demonstrated in a dot of double antiferromagnetically coupled (AFC) layers under an assistance of an rf field. Each AFC layer consists of two Co/Pt multilayers with a Ru interlayer.

In this study, layer-selective magnetization switching is demonstrated in a dot of double antiferromagnetically coupled (AFC) layers under an assistance of an rf field. Each AFC layer consists of two Co/Pt multilayers with a Ru interlayer. By optimally tuning the rf frequency, the layer-selective switching of each AFC layer is clearly confirmed.