Nanog-transfected EpiSCs transferred from Fgf2/activin culture to medium supplemented with LIF+BMP4 produced numerous undifferentiated Oct-GFP-positive colonies that could be stably expanded and showed the transcriptional marker profile of ground state pluripotency, including upregulation of Klf4.
Spatial profiles of electronic ground state CH, OH, NO, CN, NCO, NH and metastable state 3C2 were obtained by laser-induced fluorescence.
b Profiles of the ground surface and waterway bed based on a laser distance meter survey.
In order to obtain a thermal conductivity profile of the ground as a function of depth, two additional inputs are needed; first, a measurement of the borehole temperature profile and, second, an analysis procedure taking into account ground is not homogeneous.
Laser distance meter profiling of the ground surface as well as the bed of the waterway tunnel suggests that a fault dip of 60° best explains locations of fault scarp and waterway deformation (Fig. 5b).
Figure 18 shows longitude profile of the soil on ground surface for states in which soil mass without column, with single column with diameter equal to 1 m at the center of model and columns group with diameter equal to 1 m with center to center distance which is 3 times more than column's diameter and when there is no overload on the soil mass.
The most uncertain component is the ground and is characterised by two parameters: type of ground profile (i.e. soil stiffness variation with depth) and the soil stiffness at one monopile depth below mudline.
Figure 24 shows longitude profile of the soil in ground surface for three above mentioned states.
X-ray diffraction line profiles of calcium fluoride (CaF2) ground in the two jars under equivalent conditions were used to obtain information on the microstructure resulting from the milling process and validate the modelling results.
The thermal models of Danis et al. (2012) also take into account the topography of thermal profiles, through ground surface elevation measurements.
