The most recent products are:

(a) Biostimulants.online is the largest database of published experimental data on plant biostimulants. We include the results of applied research on substances and/or microorganisms which have the capacity to modify physiological processes in cultivated plants and mushrooms in a way that provides benefits to growth, development or abiotic stress response, with the exception of nutritional and pesticide effects.
It is possible to search and filter using any combinations of the terms, for example: scientific or common plant names, crop types, cultivars, authors and corporations, biostimulant classes, commercial names, chemical formulae, microorganism names or functions, objects of measurement, abiotic stresses, investigated parameters and much more. Figures were digitized to extract valuable data from plots and histograms. Every experiment is presented in the visualized timeline. Analytical reports for each query including ratings and pie charts.

(b) Glacer.online - the database of ceramics and glasses, their properties and synthesis. Only substances with experimentally supported data are included into the database.

What are the registered objects for that database? They are ceramics, inorganic glasses, glass-ceramics, cermets and composites of the above mentioned substances.

For the specially-designed registration system only fully defined composition for every substance is possible, without any variable indices or variable coefficients. The additional attributes of a ceramics like space group, mineral names, crystal system, lattice centering, formula type, modification, and others are also registered. If a substance is not comprised by the single phase then phase composition is also entered.

It is well-known that the synthesis way has a great impact on the properties of the ceramic substances obtained. Therefore the special reference is created from the properties of the substance to the synthesis way if applicable.

The focus of the GLACER database are numerical data and plots of physical properties. More than 80 different types of numerical data for properties are included into the database, all of them are searchable. Every parameter has associated measurement conditions like temperature, wavelength, frequency and others. Additionally all possible other physical properties of the ceramic substances are included in qualitative manner too and being demonstrated in the search result.

Many plots from the literature are digitized and stored in the database. The digitized plots are interactive and show real values nearby the mouse cursor. Those data are fully searchable.

The flowchart model was selected for the visualization of synthesis. Starting materials are interactive on clicking. The synthesis conditions like temperature, pressure, time and pH are stored as numerical data in the database. Not only chemical but of course all physical treatment steps are described too.

The propagation feature for the new numerical data is also applied additionally in the GlaCer platform. In total it is possible to have in several dozens times more data points than in the original literature source. It is also planned to enhance this function by the prediction of new data using empirical and other equations.

(c) We also offer the processing of any sci-tech data with high level quality standard. The Document Analysis and Data Processing include:

• Metadata abstracting;
• Structures and Compositions Indexing;
• Properties and Applications Indexing;
• Synthesis and Preparations Indexing;
• Spectra and Graphic Functions Indexing.

The Staff of NSIC is the most important resource. The professionalism and high efforts they contribute in the workplace are the driving force behind the continued success of the company.

Our philosophy is professionalism, corporate responsibility, cooperative spirit, friendly and comfortable atmosphere of work. We are trying to realize the possibilities and talent of every individual toward perfection and excellence in the work done, administrative and research contributions.