The time-dependent space charge dynamic behaviors of graphene/LDPE nanocomposites with the filler content of 0, 0.003, 0.005, 0.007 and 0.01 wt % were characterized by the pulsed electro-acoustic (PEA) test at 40, 60 and 80 ☌, and the charge mobility was evaluated by its depolarization processes. Scanning electron microscope (SEM) and transmission electron microscopy (TEM) images were employed to observe the dispersion of graphene with a two-dimensional structure in LDPE. This paper proposes using the inhibition effect of graphene for the injection and accumulation of space charge in low-density polyethylene (LDPE). Space charge injection and accumulation is attracting much attention in the field of dielectric insulation especially for electronic devices, power equipment and so on. on ( "ready", createWindow ) // on macOS, closing the window doesn't quit the appĪpp. Main.js const ) ) // The following is optional and will open the DevTools: // ()Īpp. This file will be the entry point for our Electron app and will contain the main API for the desktop app: Let’s now create a main.js file in the root of our project’s directory. npm i -D above annotated line will install the latest version of Electron as a dev dependency.npm i -g to your work folder and let’s create our new Angular app, called my-app:.Open up your terminal and install the latest version of the Angular CLI globally: In this short guide, we’ll create a new Angular application that we can launch on our desktop using Electron. Since Electron gives us a desktop shell for web apps, we can use any kind of front-end JavaScript framework to develop desktop apps. Behind the scenes, Electron uses Chromium for UI rendering and Node.js for filesystem access. Some very popular desktop apps, such as Visual Studio Code and Slack, are built using Electron. Electron is a popular framework that makes it easy to build desktop apps for macOS, Linux, or Windows using familiar web technologies (HTML, JavaScript, and CSS).
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