The phrase "a macroscopic point of" is correct and usable in written English.
It can be used in contexts discussing perspectives or analyses that consider large-scale phenomena or systems rather than microscopic or detailed aspects.
Example: "From a macroscopic point of view, the ecosystem's health is influenced by various external factors."
Alternatives: "a broad perspective on" or "a large-scale view of".
Note that this is static from a macroscopic point of view.
From a macroscopic point of view, powder-consolidated nanocrystalline metals are similar to cohesive granular materials.
Such is the case of a road traffic sector, which will be considered from a macroscopic point of view.
The approach facilitates a study of a global behavior of evolving populations from a macroscopic point of view.
In a macroscopic point of view, the above differences in fracture modes are related with the ratcheting deformation and accumulative cyclic deformation.
From a macroscopic point of view, parameters such as the overall architecture, pore morphology, interconnectivity and pore size distribution, have unique roles in allowing bone ingrowth to take place.
From a more macroscopic point of view, the notion of neighbourhood based on base pair opening and closing seems too low-level anyway: two alternative structures may both have (say) a cloverleaf shape, but not share a single base pair, and hence belong to different families.
The bulk microinertia density, the averaged angular velocity, and the microgyration tensor at a macroscopic point are obtained in terms of discrete physical quantities.
From macroscopic point of view, there is a progressive decrease of polyGal concentration from the part of the gel formed in the early stages of the gelation process, which is homogeneous, transparent and whose Young modulus has a high value of ∼105 Pa, up to the part of the gel formed in the late stages, which is heterogeneous, highly turbid and has a much lower Young modulus of ∼103 Pa.
During the first compression of training, both processes (i.e. nanodetwinning and detwinning) from the macroscopic point of view are observed in a localized region which gradually propagates further throughout the sample.
The frictional drags experienced by pins and wrappers in the axial and radial directions are converted to pressure drops, i.e. momentum exchange terms, which are therefore anisotropic from the macroscopic point of view.
