What is EN ISO 15389: 2014 ?

EN ISO 14978: 2014 is a widely recognized international standard that provides guidelines for writing professional technical articles. It was developed by the International Organization for Standardization (ISO) and the European Committee for Standardization (CEN) to ensure consistency, clarity, and accuracy in technical communication across different industries and disciplines.

The main purpose of EN ISO 14978: 2014 is to establish a set of rules and conventions for organizing technical information effectively. It provides recommendations for structuring and presenting technical content, including headings, lists, tables, and graphics. By following these guidelines, writers can enhance the readability, accessibility, and usability of their technical articles.

One of the key components of EN ISO 14978: 2014 is the use of capillary viscometers to measure the viscosity of polymers dissolved in a dilute solvent. This measurement is critical in assessing the quality and behavior of polymer materials. By understanding the viscosity, manufacturers can optimize production processes, ensure product consistency, and determine the appropriate applications for specific types of polymers.

EN ISO 14978: 2014 provides a standardized method for measuring the viscosity of polymers in a dilute solvent. The standard outlines the procedures for preparing solutions, collecting data using capillary viscometers, and interpreting the results. It also provides guidance on how to repeat the measurements to ensure repeatability.

EN ISO 14978: 2014 is widely recognized and widely used in various industries, including the automotive, aerospace, and chemical industries. It is important for companies to demonstrate compliance with this standard when submitting technical articles for publication, as non-compliance can result in penalties and reputational damage.

In conclusion, EN ISO 14978: 2014 is an important international standard that provides guidelines for writing professional technical articles. It is widely recognized and widely used in various industries, as it helps ensure consistency, clarity, and accuracy in technical communication. By understanding the key components of this standard, including the use of capillary viscometers to measure the viscosity of polymers, manufacturers can optimize production processes, ensure product consistency, and determine the appropriate applications for specific types of polymers.