The phrase "are essential for better" is grammatically correct and can be used in written English.
It can be used when discussing the importance of certain factors or elements that contribute to improvement in a specific context.
Example: "Effective communication skills are essential for better teamwork and collaboration among employees."
Alternatives: "are crucial for improved" or "are vital for enhanced".
Optimum plant growth and development are essential for better quality yield (Theunissen et al. 2010).
Active global surveillance and characterization of influenza viruses are essential for better preparation against possible pandemic events.
Sand models and velocities are essential for better near-surface correction of conventional seismic data processing and are used to constrain refraction based on static solutions.
Monitoring of PSC cloud coverage and type differentiation by remote sensors on a vortex-wide basis are essential for better understanding and quantification of the denitrification in both polar vortices and effects on ozone recovery.
For the biological effects of these resin composites on the HGF cells, the oral environmental factors mentioned earlier should be considered, and the application of direct viability test and also more than one surface characterization technique are essential for better understanding of the biological effects of resin composite brands to cells in proximal vicinity to them in the oral cavity.
However, complementary insight-based tools that can offer energy planners, decision-makers, energy managers, and electrical and power engineers with visualization insights that are essential for better understanding of HPS design and planning problems have just been developed over the last five years.
Therefore, taking time-varying delay into account is essential for better investigating them [12 14].
Post-harvest drying of grain is essential for better storage, handling, and processing.
Low cross-correlation is essential for better performance in multiple access systems where several users share same time-frequency resource.
Understanding the dynamic material properties of RCC is essential for better analysis and design of RCC structures.
Understanding the dynamic size effect of concrete is essential for better analysis and design of concrete structures.
