The phrase "can be further understood" is grammatically correct and can be used in written English.
It is often used when discussing complex ideas or concepts that may require additional explanation or analysis. Example: The theory of relativity can be further understood by exploring its mathematical equations and real-life applications.
This phenomenon can be further understood by considering microscopic properties such as the local flux distribution.
Hence, the place C can be further understood as a "category" of judgment, such as "color".
The morphological effects described in the preceding paragraphs can be further understood by considering the crystallization behavior of representative polymers.
The nature of QAHE can be further understood by examining the effects of SOC in non-magnetic and ferromagnetic calculations.
The formation of defects can be further understood as follows: As the SHI penetrates the solid, inelastic collisions are expected between the ion and the target electrons.
A shift to more negative εNd values in the fine-grained sediment after around 6 Ma is however suggestive of an additional change starting at that time which can be further understood using thermochronologic evidence presented in the next section.
These beneficial QTLs can be used as targets for molecular breeding and can be further investigated to understand the underlying molecular mechanisms involved in stagnant flooding tolerance in rice.
Each of these activities has driven the development of new model systems that can be further exploited to understand the contribution of 5-HT signaling to risk for neuropsychiatric disorders and their treatment.
The dynamic nature of EI disclosed via MD simulation, can be further explored to understand the molecular kinetics of chemical reactions involved in the dedicated role of the protein would assist in better design of drugs in future.
The unprecedented read depth obtained using next generation sequencing can thus provide a deeper understanding of the variability present in an HIV population compared to traditional sequencing and can be further used to understand the biology behind HIV infection.
The single molecule trajectories can be further analyzed to understand the rate, nature, and distribution of diffusion (Brownian, anomalous, etc).
