The phrase "a framework structure" is correct and usable in written English.
It can be used when discussing the organization or design of a system, plan, or concept that provides a foundational structure.
Example: "The project requires a framework structure to ensure all components work together effectively."
Alternatives: "a structural framework" or "a framework design".
They have a framework structure that encloses interconnected cavities occupied by large metal cations (positively charged ions) and water molecules.
It is one of the more abundant zeolites present in sedimentary rocks and is found, among other places, in Transylvania (Romania); in the Tirol, Austria; and in California, Oregon, and New Jersey, U.S. Its crystals have a framework structure of linked silicate and aluminate tetrahedra, water molecules, and large cations located within cavities.
Most research in this field has been focused on silica as a framework structure [5, 6].
Li6Zr2O7 crystallizes in a framework structure with Li occupying 1D channels in three distinguishable square pyramidal sites.
Interpenetration is a common feature in MOFs which can affect the size and shape of the pores within a framework structure.
Metal organic frameworks are famous for their tunability, and while the ability to 'design' a framework structure or function is far better developed that in previous years, it can still be difficult to predict the behaviour that guest molecules will display within a framework.
Particularly, we draw on it to derive broad categories of benefits that the different types of interlocks provide as a framework structuring our arguments.
To improve our insight into such highly complex decision-making environments and to better understand the decision factors, we found it useful to organize the assessment into a framework structured around the five silvicultural principles listed above (partial harvest, natural regeneration, small-scale variability in stand structures, mixed species, avoidance of intensive operations).
For example, by exclusive synthesis of local SAPO interfaces at channel intersections of a multidimensional 10-MR framework, one obtains a material that has a multidimensional framework structure, but not the internal cavities that promote the formation of carbenium ions.
We herein report a fascinating carbon aerogel that has a unique framework structure consisting of one-dimensional (i.e. nanofibers) and two-dimensional (i.e. graphene) carbon nanomaterials.
It has a triclinic framework structure with silicon and aluminum in tetrahedral (fourfold) coordination, which forms relatively large void spaces (i.e., crystallographic sites) occupied chiefly by sodium cations.
