The phrase "a fundamental database" is correct and usable in written English.
It can be used when referring to a database that is essential or foundational to a particular system or application.
Example: "In our project, we rely on a fundamental database to store all user information securely."
Alternatives: "a core database" or "a primary database".
ASTRO-F will produce a fundamental database for advanced observatories of the next generation, e.g., Herschel and JWST.
Series of finite element models of various geometric aspect ratios of truncated cones were calculated to form a fundamental database of the design tool.
The ASTRO-F mission will produce a fundamental database for advanced observatories in the next generation, for example FIRST, NGST, and so on, complementing to the SIRTF in the respect of its wide sky coverage.
The R&D on SiC/SiC composites under the broader approach (BA) activities between Japan and the EU for fusion DEMO developed a fundamental database of mechanical (Task-1) and physical/chemical (Task-2) properties, with a primary target of the application of SiC/SiC composites as functional structure to be used in the dual coolant breeding blanket concept.
We hope that such a catalog of earthquakes will provide a fundamental database for definitive studies of the distribution of earthquakes in Taiwan as a function of space, time, and magnitude, as well as for realistic assessments of seismic hazards in Taiwan.
A long-term surveillance of stroke, comparing characteristics, risk factors and mortality, based on the entire population in a prefecture as large as Kyoto, which has about 2 630 000 residents, should provide a fundamental database for stroke.
This chapter introduces the fundamental database concepts.
Based on the research of the use conditions and the thermal performance of the commonly used energy-saving wall materials in this region, the database of energy-saving building wall's thermal performance was constructed into two parts: Fundamental Database and Core Database.
Downstream interactions between lean premixed flames with mutually different fuels of (50% H2 + 50% CO) and CH4 are numerically investigated particularly on and near lean extinction limits in order to provide fundamental database for the design of cofiring burners with hydrocarbon and syngas under a retrofit concept.
Our unique depth of scientific knowledge has allowed ferrous metallurgy to lead the development of a successful computational materials design methodology grounded in a system of fundamental databases.
Unique depth of scientific knowledge has allowed physical metallurgy to lead the development of a successful computational materials design methodology grounded in a system of fundamental databases.
