前言

ChatGPT没有办法直接阅读论文,但使用txyz.ai插件可以使用ChatGPT来帮助快速得到论文中想要的信息,特别是对于专业名词较多的文章,而且可以问它关于这篇文章的问题,能够加快研究的进程。刚开始了解到这个应用是一个ChatGPT插件,需要在GPT模型中安装,对于国内来说比较麻烦。然后我在网上使用了它的官网,体验了一遍觉得还可以,在这里推荐给大家去尝试,是一款很有意思的应用。


一、基于GPT模型安装

如果在电脑中能够正常访问GPT模型,可以通过下图中的介绍安装该插件,关于使用可以看后文的介绍。

二、使用官网访问

官网链接 ,可以点击前面这个超链接访问,打开以后界面如下图所示。

1.文献搜索

在1.中可以搜索在Arxiv中的文章,但是我试了效果不是很好。使用ChatGPT插件可能会好一些,但是暂未尝试。

2.本地上传文件

在2.中可以上传本地的pdf文件。

上传文件以后如下图所示:首先在上面的一段给出了这篇文章的主要内容,我试了几次感觉准确率还可以。对于比较熟悉的研究领域可以直接看摘要,对于不太熟悉的领域使用这样的功能过滤掉晦涩的专有名词还是比较有效率的。

3.在应用中打开

点击第一个图中3.所示的按钮,就会跳转到下图所示的界面中,可以将该应用固定在任务栏中方便下次使用。

三、使用案例

在下面的对话框中可以基于这篇文章问一些问题。我基于导入的文章,问了以下问题。个人感觉挺有意思的。

1.这篇文章使用了什么方法?

2.这篇文章有什么创新?

3.这篇文章中“Basic principles of TCTS method”指的是什么?

Basic principles of TCTS method,是文章的一个子标题。

4.改写

我在文章中随便摘抄了一段话,然后在文章末尾加上了改写上面这个段落,为了更加清晰地比较,我将问题和回答都附在后面。

To solve these above problems, a triple-coil two-step forming system is presented, in which three coils are placed on the outside of the tube. The system consists of three sets of power systems and three sets of coils, through precise control of the discharge current and the timing coordination of the three sets of power discharges to achieve the TCTS method, improve the uniformity of attracting electromagnetic bulging. To verify the effectiveness of the method, the principle of the TCTS method was analyzed theoretically at first. Then, an electromagnetic-structure coupling model was built for simulation, and credible results were obtained. Condense the above paragraph.
The paper presents a triple-coil two-step forming system, called the TCTS method, to improve the forming uniformity of tube fittings in electromagnetic forming (EMF). The TCTS method uses three coils and two-step forming process to achieve plastic deformation of the tube. The first step involves using a long pulse current to generate an attraction force that bulges the tube outward. In the second step, a short pulse current is used to generate an inward repulsive force that corrects the uneven deformation of the tube. The timing coordination of the three coils is crucial to the success of the TCTS method. The paper also establishes an electromagnetic-structure coupling finite element model to analyze the forming process in both DCSS and TCTS methods and compare the tube forming uniformity in both methods. The simulation results show that the TCTS method increases the forming uniform length by 211% compared to the DCSS method. The paper concludes that the TCTS method has the potential to improve the forming uniformity of tube fittings in EMF.

总结

txyz.ai这个应用我仅仅只做了简单地尝试,主要使用的是上传文档功能,更多有趣的问题大家都可以使用该网站进行尝试。希望对您的学习有帮助。