Metrology and Measurement

Explore five newly published international standards in metrology and physical measurements from December 2025. This in-depth article covers crucial updates in ionizing radiation measurement, bioassay methods for plutonium, sound power determination, nuclear borehole instrumentation, and low-voltage shore connections in ports. With detailed insights, implementation guidance, and expert analysis, quality professionals, engineers, and compliance officers will understand the latest requirements, industry impact, and best practices for maintaining compliance in today’s high-stakes measurement environment. Stay ahead in metrology and measurement standards by reading this authoritative update from iTeh Standards.

Explore the latest December 2025 updates in Metrology and Measurement standards, focusing on physical phenomena affecting road traffic noise. This article reviews five newly published international standards addressing sound absorption, sound insulation, and sound diffraction in noise reducing devices for roadways. Key features include updated testing methods, clearer compliance guidelines, and improved assessment procedures for performance verification. Industry professionals, compliance officers, engineers, and quality managers will benefit from a deep dive into the requirements, best practice implementations, and the benefits of these new standards. Stay ahead in environmental noise management and ensure long-term acoustic performance by understanding these crucial changes.

Discover the latest December 2025 international standards updates for measurement technology and noise control in open plants. This in-depth article covers IEC 61326-2-7:2025's EMC requirements for Ethernet-APL equipment and ISO 15664:2025's comprehensive guidelines for acoustics and noise management in open industrial facilities. Learn about technical specifications, compliance guidelines, industry impact, and actionable steps for engineers, quality managers, and procurement specialists. Stay ahead in measurement and control, and environmental noise management by understanding key requirements and practical implementation tips. Essential reading for professionals in process industries, laboratory technology, and open plant operations.

Explore the latest December 2025 updates to international standards in the field of metrology and physical measurement phenomena. This article (Part 3 of 5) covers five newly published standards—including advanced requirements for uncertainty evaluation, thermal endurance of electrical insulating materials, and characteristic limits for ionizing radiation measurements. Dive deep into the key changes, compliance impacts, and practical implications for professionals in engineering, quality management, and testing. Stay at the forefront of measurement science and ensure your operations meet the latest international requirements.

Explore the five key international standards published in December 2025 for radioactivity measurement and physical phenomenon metrology. This in-depth article covers new and updated guidelines for in situ gamma spectroscopy, advanced uncertainty calculations for ionizing radiation, and improved precision in laboratory measurement methods. Essential for industry professionals, quality managers, engineers, and compliance officers, learn how these standards improve accuracy, support regulatory compliance, and foster innovation across environmental monitoring, nuclear operations, and analytical laboratories. Stay ahead with the latest metrology standards and ensure best practices in radiation measurement and uncertainty evaluation.

Discover the latest updates in metrology and measurement standards for November 2025. This comprehensive article highlights four newly published international standards in measurement science, including personal sound exposure, advanced methods for conductivity in metal thin films, and the uncertainty of optical transfer function measurement. Industry professionals will gain insights into key requirements, implications for compliance, and best practices for implementation. Essential reading for engineers, quality managers, researchers, and anyone committed to staying ahead in measurement accuracy and standards compliance.

This comprehensive monthly overview examines the key standards published in October 2025 within the Metrology and Measurement—Physical Phenomena sector. Covering five significant standards, including advancements in electroacoustics, precision measurement methods, electrostatic ionization, machine condition diagnostics, and gamma-ray spectrometry, this article provides detailed insights into their scopes, requirements, and relevance. It highlights how these standards collectively shape industry best practices, address contemporary measurement challenges, and support professionals in improving accuracy, reliability, and regulatory compliance. If you are an engineer, quality manager, or compliance officer needing to catch up on recent standardization activity and its implications, this retrospective summary offers essential analysis, actionable recommendations, and direct links to each standard for further exploration.

This monthly overview examines standards published in September 2025 for the Metrology and Measurement of Physical Phenomena sector, focusing on ISO 13381-1:2025 and ISO 17208-3:2025. The article analyzes the evolution of prognostics in machine condition monitoring and practical advancements in underwater acoustic measurements for ships. Key themes include the growing integration of data-driven predictive maintenance and rigorous methodologies for evaluating environmental sound impact. Industry professionals, researchers, and compliance officers will gain insight into regulatory changes, practical compliance steps, and technical highlights for both machine diagnostics and marine measurement protocols. Read on to discover the critical updates and industry trends these standards represent.

This monthly overview examines the standards published in September 2025 for the Metrology and Measurement: Physical Phenomena sector (ICS 17). Covering five key standards, this comprehensive analysis highlights significant advancements, including innovations in rapid gamma-ray screening, airborne noise determination for dishwashers, SAR assessment techniques, and updated guidance for thermal energy meters. Industry professionals, engineers, compliance and quality managers, and researchers will benefit from insights into emerging trends, regulatory directions, and practical compliance tips. Stay informed on the evolving measurement landscape and discover how these standards shape accuracy, safety, and performance in metrology and physical phenomena.

This monthly overview examines the standards published in September 2025 for the Metrology and Measurement: Physical Phenomena sector, focusing on key advancements and technical updates. Covering five standards—including methodologies for radioactivity measurement, railway acoustics, and the complete EN ISO 6980 series on reference beta-particle radiation—this article provides context, analysis, and guidance for industry professionals, compliance managers, engineers, and researchers. Discover retrospective insights into trends such as the harmonization of radiation measurement protocols, the evolution of noise emission metrics in rail applications, and best practices for calibration of dosemeters. Ideal for those looking to ensure compliance and maintain expertise in a sector underpinned by accuracy and reliability, this summary highlights why staying informed about these standards is crucial in today’s regulatory environment.

Production processes need clear regulation, because this is the only opportunity for entrepreneurs to keep control over their business. Companies that are engaged in the production of equipment or special equipment are also often faced with the issue of choosing the right technique for testing their product. On the other hand, when we talk about verification, it is necessary to note such an important component as the measurement of different groups of indicators, both qualitative and quantitative. We always try to provide our clients with the most up-to-date information contained in international standards, which is why our website contains a large number of them. This, in turn, can cause certain inconveniences in the matter of site navigation, so we combine all international standards by thematic categories, which in turn simplifies access to them. We divided all the documents that regulate the measurement of various quantities into categories, for example, the measurement of fluidity of substances. Similarly, you can choose any other category if you follow the links that we have left for you below. We are constantly updating the information contained in our international standards, as our goal is to make them as useful as possible for you. Those companies that choose for themselves the path of continuous improvement of all their production processes, as a rule, receive additional points in the competition on the market. We advise you to familiarize yourself with the categories that we have collected for you in this article.

In ancient times, people believed that the weather or the distance can be measured using certain signs or cyclical phenomena, and distances, angles of inclination with improvised objects. Nevertheless, every sign or guess had an absolutely scientific basis. Technologies developed and an increasing number of cyclical moments acquired scientific justification. Also, forecasting, construction, repairs and, in general, both everyday affairs and business processes, are impossible without measuring laws. If we are talking about companies and corporations that are involved in the use of measuring technologies, then it should be noted that there is a need for international standards that regulate this industry. The accuracy of measurements allows you to avoid possible errors in the future, which in the first place will cost companies their reputation, so you should be very careful about all measurement processes. Today we will acquaint you with their main categories. Today we have collected for you the main categories that contain international standards, which in the future can become a solid base for you, which you can navigate in your work. This knowledge will help you improve the quality of your product that you produce. For our part, we want to add that the level of competitiveness of companies largely depends on how correctly they use information, so we advise you to carefully familiarize yourself with the categories of international standards that we have prepared for you today.

Technological development and methods of applying innovations are changing every day. Companies whose activities are based on the use of electronic devices are forced to implement detailed control systems to obtain a productive result. But as markets expand and merge more and more, regulation is increasingly taking place at the international level. International standards will help to balance these processes. Since in the 21st century every organization uses new technologies in its operations, we recommend that you familiarize yourself with the above list of documents.