新澳门六合彩

SpringerMaterials 360掳

Celebrating the birthdays of Landolt (190) and B枚rnstein (170)

In 1883, Professors Hans Landolt and Richard B枚rnstein published the first volume of what would soon become known as the prestigious Landolt-B枚rnstein book series. Published between 1961 and 2018, the 鈥淣ew鈥 Landolt-B枚rnstein Series includes over 500 volumes with more than 250,000 documents written by more than 1,000 expert authors and editors and is the foundation of SpringerMaterials.

The Landolt-B枚rnstein series continues to be a valuable resource known to scientists simply as "The Landolt-B枚rnstein" or "The LB" and, SpringerMaterials has become one of the largest, most trusted and comprehensive materials science databases in the world, providing cutting-edge material property data to solve today's research problems. Explore now an overview of SpringerMaterials 360掳 to learn more about the Landolt-B枚rnstein series, materials content & properties, developments for the future and, how SpringerMaterials can help your researchers.

Institutions and organizations around the world choose 新澳门六合彩 as a trusted source to help increase workflow effectiveness, to support decision making and, to accelerate R&D and innovation. Get in touch with us today to choose the best licensing option to meet your research needs by filling out the form below.

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Why SpringerMaterials?

Vast collection of quality content

  • Vast collection of quality content, including: the prestigious Landolt-B枚rnstein series, MSI Eureka, Linus Pauling Files 鈥 Inorganic Solid Phases, Polymer Thermodynamics Database (ATHAS), Dortmund Databank of Separation Technology, Springer Handbooks (e.g., VDI Heat Atlas), Adsorption Database, NIST Corrosion Database, SpringerMaterials Fundamentals Handbooks and the newest content collection, the Semiconductor Research Solution
  • 500+ volumes from the Landolt-B枚rnstein series, Springer Handbooks, SpringerMaterials Fundamentals and other related resources

Quick access and interactive functionality

  • Easily interpret and provide deep insights into material structures and properties with interactive crystal structures, data tables, and phase diagrams
  • Export data in multiple formats to help save critical time
  • No installation needed, get anywhere access 鈥 take screenshots on the go!

Intuitive search functions

  • Use multiple search tools to quickly find material property data: keyword search, periodic table search, chemical structure search and corrosion search
  • Powerful search engine provides intuitive results, so you can spend less time searching and more time researching

Trusted and curated resource

  • Data you can trust: thousands of materials science experts from around the globe work to ensure high quality platform
  • Data curation by experts: content is accurate & reliable

Explore some of the properties in SpringerMaterials in depth (free download)

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