User talk:Lubegali/sandbox

Lubegali (talk) 02:31, 19 January 2023 (UTC)Since hydrogen-bonded organic frameworks page has not been created yet, I cannot evaluate the article. But for my article, I will try to have relevant content of the topic, make the citations reliable, and have a neutral tone of it. If I imagine to evaluate my article, and firstly I would say is that more papers and citations should be added to complete the page, because the hydrogen-bonded organic framework is a really broad topic and there are a lot of new papers and applications emerging every year. Since hydrogen-bonded organic frameworks is a neutral topic, I believe my article can be neutral but because the topic of hydrogen-bonded organic frameworks covers various study content, some of the viewpoints may be ignored by my article and popular researches may be overrepresented. The content of my article is related to the topic but I think there is still a lot of valuable content can be included in my article. The papers I choose to develop my article only present a small part of hydrogen-bonded organic frameworks study, and the purpose of the article is to give readers a preliminary impression for the concept of hydrogen-bonded organic frameworks, and for further study of the topic, I believe it is beyond the initial intention of writing the article.

Based on the reference I choose, I will divide my article in four main parts. Firstly, I would like to introduce the concept of hydrogen-bonded organic frameworks and also include a brief application introduction to give readers an overview of the whole picture. Then I will briefly introduce the history of the development of hydrogen-bonded organic frameworks and how the concept is gradually formed. The chemistry of hydrogen-bonded organic frameworks is the main content for the third part, in which different types of hydrogen bonding pairs and the molecular backbone used in hydrogen-bonded organic frameworks construction and their importance to determine hydrogen-bonded organic frameworks’ properties will be discussed. The hydrogen bonding pairs have but not limit to: 2,4-diaminotriazine, carboxylic acid, amide and pyrazole, while the chosen of molecular backbones for organic framework formation has close relationship with the topology design, structural expansion and application studies. For the final part, I would like to introduce some typical applications of hydrogen-bonded organic frameworks, including gas adsorption, hydrocarbon separation, molecular recognition, proton conduction, optical materials, and biological use, etc.