The question thus arises if there is a risk to create high pore pressures that could damage the near-field of medium-level waste (MLW) galleries, if osmotically driven water flows towards the galleries are produced by the release of large amounts of NaNO3 (750 t) in the formation.
In this study the effects on the thermal field of a medium scale GSHP system located in Alessandria (Italy) and installed in highly heterogeneous alluvials are considered.
RLB-labelled neurons were mostly packed within the boundaries of the field examined, consistently of medium size (20 35 μm) and uniformly distributed in ipsi- and contralateral RVL (38.2 ± 2.85).
Figure 2 shows representative fields of high, medium and low c- myc mRNA expression levels in invasive ductal carcinoma samples.
2.78 % of the sample fall in the field of C2S1 indicating medium salinity and low sodium, C3S2, indicating high salinity and medium sodium, and C4S3 falls indicating very high salinity and high sodium hazard in the classification.
Ten percent of the samples fall in the field of C2 S1 indicating medium salinity and low alkalinity content.
The fluid velocities, the initial density and the initial magnetic field of the ambient medium are assumed to be varying and obey power laws.
This is due to the change in the Er3+ environment and in the interaction of Er3+ with the local field of the embedding medium [27], as it is expected that the 600°C annealed sample is homogeneously amorphous while the 1,100°C annealed sample is phase separated.
Bioluminescence imaging was acquired with a 15 cm FOV (field of view), a medium binning factor and exposure times of 10 60 s.
For the infected HepG2 cells, 100 µl of Assay Substrate (Promega Luciferase Assay System Kit®) were added to 100 µl of hepatocyte cultures collected in 96-well plates (see above) and bioluminescence images were acquired with a 12,5 cm field of view (FOV), medium binning factor and an exposure time of 1 to 3 minutes.
