A paper generally consists of title, author, abstract, keywords, text, references and appendices, some of which (such as appendices) are dispensable. The order of each composition is: title, author, abstract, keywords, English title, English abstract, English keywords, text, references, appendix and thanks.
The following are described in turn according to the structural order of the paper.
Thesis-Topic Scientific papers are all titled and cannot be "untitled". The topic of the thesis is generally about 20 words. The size of the topic should be consistent with the content, with no subtitle, 1 report and secondary report as far as possible. Thesis topics are all in a direct narrative tone, without exclamation marks and question marks, and scientific and technological paper topics cannot be written as advertisements or news reports.
The introduction is a fascinating statement of the paper, which is very important and should be written well. A good paper introduction can often let readers know the development of your work and its position in this research direction. The basis, foundation, background and research purpose of the thesis. It is necessary to review the necessary literature and state the development of the problem. Use concise words.
Paper-Materials and Methods Write out the experimental objects, equipment, animals and reagents and their specifications according to the regulations, and write out the experimental methods, indicators, judgment standards, etc. , and write the experimental design, grouping and statistical methods. These can be done in accordance with the magazine's submission rules.
Thesis-Experimental results should be highly summarized, carefully analyzed and presented logically. We should choose the best from the rough, discard the false and retain the true, but we should not make subjective choices because it does not meet our own intentions, let alone resort to deceit. Only the data obtained during the period of unskilled technology or instrument instability, technical failure or operational error, and data obtained when experimental conditions are not met can be discarded.
Moreover, when problems are found, the reasons must be indicated on the original records, and it is not allowed to eliminate them at will due to anomalies during summary processing. When discarding this kind of data, we should discard the experimental data under the same conditions at the same time, not just those that are not what we want.