Self-plagiarism..aka..Can I copy paste my own stuff in my research paper?

As students and professionals, report/thesis writing is an important task that requires quite a bit of effort. If we are into publishing our work, we have to be more careful as to how we arrnage and present out work.

Usually we tend to write several reports and some of the material may overlap.

With the new plagiarism software, one may doubt whether we can directly use our work. After all we wrote it.

Plagiarism can be a direct copy-paste from your own previous work or from literature. It is a serious issue especially because it is now easy to do it using software.

There are two main points to remember in this case.

Point # 1 - Copying from your own previous work.

When writing a manuscript which has experimental, theoretical, or mathematical components from a previous work of your own, avoid using entire sections verbatim.

Such instances may show up as plagiarism during checks by the publishers. There is also a noticeable difference between the language of these sections and that of the rest of the new manuscript. Hence, ensure that at least the sentence construction is modified, even if the procedure and explanation are supposed to be identical to those in the previous publication.

Point # 2 - Copying from other sections in the same manuscript

Avoid copy-pasting sentences from the main text to make up the abstract and the conclusions. Such copy-pasting is very easy to detect and it indicates two things -

(1) The author does not know the difference between abstract, main text, and conclusions.

(2) The author is too lazy to actually use different sentence structures to rephrase their ideas.

These points are very evident and reviewers are quick to notice them. Hence, it is better to find a way around these errors.

Check out the video for a detailed explanation! -

FREE RESEARCH CHECKLIST TEMPLATE AVAILABLE FOR DOWNLOAD!

**CLICK HERE!!**

For the DESKTOP EXCEL version of the template, comment on this post!

Comment your questions and feedback!

Comments

What is a Corrosion Loop - PART 1 - CONCEPT

Corrosion loop is used to simplify inspection procedures in refining processes. Corrosion loop is defined as a group of components with common materials, processes, and operating parameters. Source: Rachman, A. and Ratnayake, R.M.C. (2020), "Corrosion loop development of oil and gas piping system based on machine learning and group technology method", Journal of Quality in Maintenance Engineering, Vol. 26 No. 3, pp. 349-368. https://doi.org/10.1108/JQME-07-2018-0058 It is needed when the scenario has - 1. Complex process 2. Several variables such a materials of construction, process parameters, functions 3. Multiple damage mechanisms WATCH THE VIDEO FOR A DETAILED EXPLANATION - Click here for part 2 ! https://corrospective.com/ 😀Happy learning! 😀

Important terms in API certifications - CRV & IOW - II

CRV can be understood by using a simple example of milk kept for boiling in a pot on a stove. The motive, i.e. the reliability of this process has two main factors - 1) The milk should boil. 2) It should remain the vessel and not overflow. There are three critical variables here - Temperature Why is this a critical variable? Answer: The melting point of milk is 92 degrees C. That is the optimum level. If temperature is too low (30 degrees C), the milk may not boil at all. If the temperature is too high (200 degrees C), it may burn quickly. Vessel dimension = volume of milk is 1 ltr Why is this a critical variable? Answer: Vessel volume < 1 ltr, milk will not fit in it in the first at all. Vessel volume = 1 ltr, milk will fit, but will overflow on boiling Vessel volume >1 ltr, milk will fit and not overflow. Time Why is this variable critical? If the other two variable are at the optimum level, then - Too less time (~ 1 min), insufficient for milk to r...

Corrosion in fertilizer industry - 1.2 Elemental sulphur attack

WATCH THE VIDEO HERE OR READ ON BELOW! Elemental sulphur attack is NOT sulphidation or hydrogen sulphide corrosion. It is an aqueous corrosion phenomenon. It considers two modes - acidification of sulphur - formation of sulphuric acid 2. direct cathodic reduction of sulphur with anodic dissolution of iron The lowering of pH is the main source of corrosion in both the methods. The phenomenon is temperature dependent. It increases with increase in temperature and becomes particularly severe above the melting point of sulphur (~112.8 degree Celsius). Hydrogen sulphide present in the petroleum may aggravate the sulphur attack by enhancing uniform pitting corrosion. Monoethylene glycol is used to prevent condensate formation ans may be present in traces in the feedstock petroleum. This enhances the sulphur attack in the form of uniform corrosion, and crevice corrosion. References: Fang, Haitao, Brown, Bruce, Young, David, and Srdjan Nešic. "Investigation...

Search This Blog