已发布 09 六月, 2022
The 2021 CiteScores - a metric that provides insights into the impact of scholarly journals of the world - have been released and we are delighted to share the excellent performance of KeAi journals.
已发布 25 五月, 2022
In a study published in the KeAi journal The Journal of Finance and Data Science, Thorsten Lehnert, a professor at the University of Luxembourg's finance department, shows that the strategies’ exposure to non-fundamental price pressure from trading activities of mutual funds explains their success. His analysis is based on more than 30 years of flow data from bond and equity mutual funds and focuses on the US stock market.
已发布 23 五月, 2022
Battery-powered electronic devices are now a necessity. However, these devices typically require charging at least once a day. Increasing the length of time between charges requires the development of batteries that can store more energy. While lithium metal electrodes promise to significantly improve energy density, their lack of stability means the batteries have a short service life and are associated with serious safety hazards. Researchers here demonstrate a new method to stabilise lithium electrodes.
已发布 19 五月, 2022
A new study, published in the KeAi journal China Economic Quarterly International, has drawn on data related to China’s national trunk highway system (NTHS) to explore this issue. Researchers found that the construction of the five vertical and seven horizontal national trunk highways between 1998 and 2007, has not benefitted all regions along the NTHS, or the enterprises operating within them.
已发布 10 五月, 2022
In a paper, published in the KeAi journal Animal Nutrition, he and his team explain how a comparison between the fat metabolic and gut microbial profiles of Shaziling pigs and the lean Yorkshire pig breed, led to them isolating a specific gut microbiota – Lactobacillus johnsonii – that can be used to increase the fat level and meat quality of lean pigs.
已发布 09 五月, 2022
Here you will find the latest peer-reviewed research on COVID-19 from KeAi journals
已发布 21 四月, 2022
The major areas where rice are grown are blighted by pathogens - organisms that cause disease. To date, this problem has been treated with the use of chemical pesticides that typically target the plant-pathogenic fungi. But, with none of these treatments wholly effective, and many considered unfriendly to the environment. A group of researchers from China, Austria and Japan, outline a promising solution which uses a compound that has no harmful effects on the environment or humans consuming the rice.
已发布 19 四月, 2022
Scientists have focused on treating radioactive ions using an adsorption process, which causes the dangerous ions to stick to the adsorbent’s surface, which can then be safely scraped off. However, for this process to work safely and efficiently, achieving the right balance between adsorption capacity and adsorption speed is pivotal; something the various adsorbents that are currently used struggle to achieve. The authors of this paper have developed a new adsorbent that uses a sulfonic acid (–SO3H) group.