BS EN IEC 61788-24:2018

The BS EN IEC 61788-24:2018 standard provides a comprehensive framework for the evaluation and measurement of superconducting materials and their applications. With a specific focus on metrology and measurement of physical phenomena, this standard ensures precision and reproducibility in research and industrial applications involving superconductors. Published on August 29, 2018, this document is part of ongoing efforts to standardize practices in the field of superconductivity, making it an essential resource for professionals engaged in material science, physics, and engineering.

This standard outlines detailed methodologies for assessing the superconducting properties of materials, emphasizing reproducibility and accuracy in experimental setups. It aligns with other key international standards, including EN 61788-14:2010 and IEC 61788-24:2018, establishing a clear connection with the global practices in metrology and measurement. The identical nature of these standards indicates their widespread acceptance and application across different sectors.

Designed for clarity and usability, the BS EN IEC 61788-24:2018 standard breaks down complex physical phenomena into actionable guidelines, empowering researchers and engineers to perform reliable measurements and analyses. By adhering to this standard, organizations can improve the quality of their superconducting products, enhance the credibility of their research outcomes, and maintain compliance with regulatory requirements.

This publication is available in both PDF and hardcopy formats, making it accessible for teams that require a physical reference as well as those who prefer digital documentation. Priced at £258.00, it represents a valuable investment for laboratories, industrial facilities, and academic institutions looking to elevate their standards in superconductivity research.

Overall, adopting the BS EN IEC 61788-24:2018 standard not only benefits individual projects but also contributes to the broader field of superconductivity by fostering consistency and reliability in measurement practices worldwide. It is a critical document for anyone looking to stay at the forefront of superconducting materials research and application.