What is SpringerMaterials Interactive?
SpringerMaterials Interactive is a set of advanced functionalities for visualizing and analyzing data. Examples of these functionalities include interactive graphs, dynamic data tables, and side-by- side comparisons of materials/properties.
As a multidisciplinary field, materials science draws on data from many topics in physics, chemistry, and engineering. Material property data, even for a single material, is often scattered across many sources. SpringerMaterials Interactive consolidates property data from multiple sources and provides tools to analyze previously separated and static information.
The scope and capabilities of SpringerMaterials Interactive are continuously expanded. New materials, properties, and functionalities are deployed to SpringerMaterials Interactive as they become available. Updates to SpringerMaterials Interactive are described on the homepage.
SpringerMaterials Interactive data is extracted primarily from the Landolt-Börnstein book series. This digitized data is then consolidated with relevant data from other sources to create a multisource data set. Interactive functionalities use the combined data sets to provide dynamic content with powerful visualization and analysis options. Additionally, content is exportable in a tailored fashion to best suit specific workflows.
How does it work?
SpringerMaterials Interactive provides information sets, based upon your search query, that you can tailor to your own requirements. The page consists of the following elements:
Providing a visual representation of the data set, which can be downloaded as jpeg.
Data in numeric format, which can be sorted into preferential order, and downloaded in csv format.
These refine the data set, allowing you to select the range you are interested in.
Once you have selected the information you require, you can use these tools to download information, export a citation, or share the information with others.
Select a property from the list below, and choose a substance of interest to see the SpringerMaterials Interactive data set.
- Activity Coefficient At Infinite Dilution of 611 substances
- Azeotropic Composition (component 1) of 300 substances
- Dielectric Constant of 4,025 substances
- Enthalpy Of Mixing of 659 substances
- Enthalpy Of Phase Transition of 2,389 substances
- Heat Capacity of 249 substances
- Heat Of Vaporization of 46 substances
- Isentropic Compressibility of 192 substances
- Isobaric Expansivity of 3 substances
- Liquid Temperature of 233 substances
- Mass Density of 9,152 substances
- Melting Point of 15 substances
- Molar Excess Enthalpy of 3,842 substances
- Molar Excess Volume of 2,626 substances
- Molar Heat Capacity of 49 substances
- Refractive Index of 10,290 substances
- Relative Dynamic Viscosity (against Water) of 8,273 substances
- Second Virial Coefficient of 334 substances
- Speed Of Sound of 550 substances
- Surface Tension of 3,490 substances
- Thermal Conductivity of 155 substances
- Thermal Expansion Coefficient of 1 substances
- Vapor Pressure of 49 substances