The phrase "rich cases" is correct and usable in written English.
It can be used to refer to instances or examples that are abundant in detail, complexity, or significance, often in a specific context such as legal, academic, or analytical discussions.
Example: "The study presented several rich cases that illustrated the impact of socioeconomic factors on education."
Alternatives: "detailed examples" or "complex instances."
Also, there were good prospects that the non-random sample may enable the testing of some "information rich" cases of older drivers which were really crucial and valuable.
A single ignition time model was obtained for the entire range of conditions, and separate models for the low-temperature and high-temperature regions as well as for fuel-lean and rich cases were also derived.
Using the same methodology, this paper presents new complete MIE data sets for stoichiometric and rich cases at three different equivalence ratios ϕ = 1.0, 1.2 and 1.3, each covering a wide range of a turbulent Karlovitz number (Ka) indicating a time ratio between chemical reaction and turbulence.
Good predictions are obtained for the mean axial and transverse velocity components, and progress variable compared to experimental data for the stoichiometric cases, in particular for the lean and rich cases, where the predictions are significantly improved compared to previous numerical studies.
Herbalists were considered as 'information rich cases' [ 19] as they prescribe herbs to patients with diabetes.
Consideration was given to inclusion of information rich cases that would reflect the population diversity.
Here, we have considered the typical hydrogen-poor and hydrogen-rich cases in Fig. 2a d.
For both fuels, simulation results agree with experimental results, with the best predictions at near stoichiometric conditions and the largest discrepancies for fuel-rich cases.
The KIc when plotted with Mc shows increasing trend until it reaches a plateau value at higher molecular weights even if the variation distinctly differs in resin-rich and anhydride-rich cases.
The mean flame stabilizes at a similar location for CO-lean and CO-rich cases despite the trend suggested by their laminar flame speed, which is higher for the CO-lean condition.
Figure 3 shows the electronic band structure of H-passivated pSiC with a porosity of 15.6% and a comparison of it to those of the 1-oxygen bridge-bonded and double-bonded surfaces for both the Si-rich and C-rich cases.
