Glacer.online is the database of the most recent published experimental data on ceramics and glasses, their properties, syntheses and application. This unique database could be very useful to material science specialists (both academic and industrial) working on the topics like Ceramics and Glasses, Transparent ceramics, Electro-ceramics, Glass ceramics, Bioceramics, Advanced Ceramic Materials, Ceramics and Composites, Composite Materials, Ceramic Coatings, Advanced Materials and Technologies, Materials and Innovative Processing, Nanostructured Ceramics, Porous Ceramics, Sintering, Crystalline Materials, Ceramics Applications, Bioceramics and Medical Applications, Functional Ceramics and Inorganics, Ultra-High Temperature Ceramics, Ceramic Compounds: Ceramic Materials, Ceramics in Biology and Medicine, Ceramic Industry and Environment, Non-oxide Ceramics, Nuclear Ceramics and other.

They are ceramics, inorganic glasses, glass-ceramics (in other words - devitrified glass), cermets (these are ceramic-metal structures) and the composites of the above mentioned substances (ceramic composites, glass composites and other). Оnly substances with experimentally supported data are entered into the Glacer.online database.

The focus of the Glacer.online scientific database is numerical data and plots of physical properties. Near 100 different types of numerical data (among other digitized values from printed graphs) for mechanical, electrical, optical, magnetic and other properties are included into the database, all of them are searchable. Every parameter has associated measurement conditions like temperature, wavelength, frequency and others which are also searchable. Additionally plenty of non-numerical types of physical properties for ceramic materials (at the moment about 1000) are available in the search result.

Every preparation process is visualized as flowchart. Starting materials are interactive on clicking. The synthesis conditions like temperature, pressure, time and pH are stored as numerical data. Not only chemical but of course all physical treatment steps are described too. Moreover, the special link is established every time between the properties for the registered substance and its way of synthesis if applicable.

The database is updated weekly with the newly published experimental data.

It is possible to search by desired formula or different elements and their combination. It is also possible to search and filter using any combinations of the material properties, for example: materials with desired Young’s modulus in desired temperature range, or any other parameters and much more. Among various filter options are publication year, material type (ceramics, glasses, glass-ceramics and so on), atom content, any desired range of investigated properties, and additional investigation parameters like temperature, frequency and wavelength.

Glacer.online is the web-based search platform, so it doesn't require any installation. Only Internet access is needed.

Demonstration video is avaible at glacer.online website. Please contact us using the "request access" form if you need more detailed demonstration or trial access.

We offer corporate or academic campus-wide access licenses at a flat-rate on annual subscription basis. This includes user authentication via IP address recognition.

Yes, Glacer.online gives direct access to the publisher home pages or patent offices. Access to the external publisher’s content may require a subscription license. Patents and open access journals are publicly available.