Several new cases that complete the scan with respect to (k_y rho)

I have completed two additional cases with $k_yrho=0.6$ (case 141716H29/30) and with $k_yrho=6$ (case 141716H27/28) for DRIBM. Probably, the later case stretches the applicability of DRIBM model somewhat. I used the ExB flow shear factor 0.3 for the case 141716H29/30 and 0.1 for the case 141716H27/28. There very a small electron thermal transport predicted in the case 141716H27/28. The results for the case 141716H29/30 are given below:
There is large a level of anomalous transport for modes with $k_yrho=0.6$ . The level of anomalous transport exceeds predictions from the model that use the default settings $k_yrho=0.2$ and $k_yrho=0.316$ for Weiland.