The phrase "and cannot be well" is grammatically correct and can be used in written English.
It can be used to express that something is not in a good state or condition, often in a context discussing limitations or difficulties.
Example: "The project is behind schedule and cannot be well executed without additional resources."
Alternatives: "and cannot be effectively" or "and cannot be properly".
Many design systems are developed in the context of non-prefabricated buildings, and cannot be well suitable for prefabricated buildings which are being popular at present.
Namely, the time delay generated by Non-Line-of-Sight (NLOS) causes an enormous deviation from the real distance and cannot be well distinguished from the measurement reducing the accuracy of positioning.
It is shown that when particulate-matter and its carrier-gas are injected into a plasma reactor through a single port at the side-wall of reactor, appreciable 3-D flow and heat transfer effects will appear and cannot be well modeled by any two-dimensional models.
Olivine and orthopyroxene have XMg > 0.99 and cannot be well distinguished from each other.
Quantum efficiency of electron multipliers such as MCPs is known to depend on particle impact energy, but this correlation is ambiguous and cannot be well determined [e.g., see Fig. 2 in Bennani et al. (1973)].
The surface water (SW) is well separated with the groundwater samples (SG and DG) in the function 1 dimension, but for the SG and DG, samples gather together and cannot be well separated in both function 1 and function 2 dimension (Fig. 6).
It may be time-consuming to explore various tracking methods in this information era when there are too many communication tools to choose from, and this cannot be well planned from the beginning of the panel studies.
Also, we only evaluate the risk of knee OA and ESR1 gene polymorphisms, and the results cannot be well generalized to other joint sites.
At present, bubble growth under three extreme conditions, i.e. the very early growth stage, low superheats and low pressures, cannot be well described by traditional asymptotic solutions.
It is shown that the almost sure and moment Lyapunov exponents for the SPDE depend sensitively on the initial distribution of energy amongst the infinitely many modes of vibration, and that they cannot be well approximated using only finitely many modes of vibration.
Similar to the previous slip model, the modeled tsunami signal at the Sendai Port and Choshi stations cannot be well reproduced by the USGS-based slip model.
