This is somewhat off topic, but AI translations of technical papers is getting better every month. It is amazing how good it can be. If you are not a native speaker of English, you might consider writing in your native language and having an AI translate the paper. It will make a good first draft. You will need to make corrections and patch up the result, but it will save a lot of work.
I tried several programs and found this one works best for technical translations:
I recently had to translate a tedious legal document into Japanese. It is 22,000 words. I don't know much about the legal issues. It would have been a pain in the butt doing this manually. I ran it through this DeepL. Then I had my screen reader TextAloud read the English while I followed the Japanese, and vice versa. It was easy to find and fix the errors. You soon learn what kind of errors the AI makes.
(I recommend TextAloud for translations. It reads documents in many different languages.)
Here is a sample DeepL translation. These are two paragraphs from a paper by Storms.
The experimental literature describing the cold fusion phenomenon is reviewed. The number and variety of careful experimental measurements of heat, tritium, neutron, and helium production strongly support the occurrence of nuclear reactions in a metal lattice near room temperature as proposed by Pons and Fleischmann and independently by Jones. . . .
At the present time, understanding of the field is divided between those who do not believe there is sufficient information to require a re-evaluation of conventional beliefs about atomic fusion and those who believe that the data, although incomplete, strongly suggest the possibility of unusual nuclear reactions in a metal lattice. An approach that would do justice to both viewpoints is difficult to contain in one review. Therefore, I adopt the more probable viewpoint by assuming that a real phenomenon has been discovered and try to show patterns of behavior that would give some understanding of its characteristics. In a few cases, I attempt to show how the proposed errors have been reduced or eliminated and how various conventional explanations do not apply. Hopefully, those who do not believe that any one study is sufficiently complete to change their minds might be impressed by the consistent patterns of behavior among various studies and the considerable background information that is now available. This review is not intended as a substitute for reading the original papers.
DeepL translation into French:
La littérature expérimentale décrivant le phénomène de la fusion froide est passée en revue. Le nombre et la variété des mesures expérimentales minutieuses de la chaleur, du tritium, des neutrons et de la production d'hélium confirment fortement l'existence de réactions nucléaires dans un réseau métallique proche de la température ambiante, comme l'ont proposé Pons et Fleischmann et, indépendamment, Jones. . . .
À l'heure actuelle, la compréhension du domaine est divisée entre ceux qui pensent qu'il n'y a pas suffisamment d'informations pour exiger une réévaluation des croyances conventionnelles sur la fusion atomique et ceux qui pensent que les données, bien qu'incomplètes, suggèrent fortement la possibilité de réactions nucléaires inhabituelles dans un réseau métallique. Une approche qui rendrait justice aux deux points de vue est difficile à contenir dans une seule revue. C'est pourquoi j'adopte le point de vue le plus probable en supposant qu'un phénomène réel a été découvert et en essayant de montrer des modèles de comportement qui permettraient de comprendre ses caractéristiques. Dans quelques cas, j'essaie de montrer comment les erreurs proposées ont été réduites ou éliminées et comment les diverses explications conventionnelles ne s'appliquent pas. J'espère que ceux qui ne croient pas qu'une étude soit suffisamment complète pour les faire changer d'avis seront impressionnés par les modèles de comportement cohérents entre les différentes études et par les informations de base considérables qui sont maintenant disponibles. Cette analyse n'est pas destinée à remplacer la lecture des documents originaux.
The French version translated back into English:
The experimental literature describing the phenomenon of cold fusion is reviewed. The number and variety of careful experimental measurements of heat, tritium, neutrons and helium production strongly confirm the existence of nuclear reactions in a metal lattice close to room temperature, as proposed by Pons and Fleischmann and, independently, Jones. . . .
At present, understanding of the field is divided between those who believe that there is insufficient information to require a reassessment of conventional beliefs about atomic fusion and those who believe that the data, although incomplete, strongly suggest the possibility of unusual nuclear reactions in a metal lattice. An approach that would do justice to both points of view is difficult to contain in a single review. For this reason, I adopt the most likely viewpoint by assuming that a real phenomenon has been discovered and attempting to show patterns of behavior that would enable us to understand its characteristics. In some cases, I try to show how proposed errors have been reduced or eliminated, and how the various conventional explanations do not apply. I hope that those who do not believe that a study is sufficiently complete to change their minds will be impressed by the consistent patterns of behavior between the various studies and by the considerable background information now available. This analysis is not intended to replace reading the original documents.
English to Japanese and back to English:
The experimental literature describing cold fusion phenomena is reviewed. The number and variety of careful experimental measurements of heat, tritium, neutron, and helium production strongly support the occurrence of nuclear reactions in metal lattices near room temperature, as proposed by Pons and Fleischmann and independently by Jones. . . .
Current understanding of the field is divided between those who do not believe that there is sufficient information to warrant a reevaluation of conventional beliefs about atomic fusion and those who believe that the data, although incomplete, strongly suggest the possibility of anomalous nuclear reactions in metal lattices. It is difficult to include in a single review an approach that would legitimately evaluate both views. I have therefore adopted the more likely viewpoint and attempted to show patterns of behavior that would allow some understanding of the characteristics of the actual phenomenon, assuming that it was discovered. In some cases, I have attempted to show how the proposed errors have been reduced or eliminated and how the various conventional explanations do not apply. Hopefully, those who think that no single study is complete enough to change their minds will be impressed by the consistent patterns of behavior in the various studies and the considerable background information now available. This review is not intended to be a substitute for reading the original paper.