The phrase "ash loads" is correct and usable in written English.
It can be used in contexts related to the measurement or quantity of ash, such as in environmental science, waste management, or industrial processes.
Example: "The factory reported an increase in ash loads due to the new production methods implemented last month."
Alternatives: "ash quantities" or "ash volumes".
Note that ash loads are shown on a base 10 logarithm scale.
This is important as wet ash can achieve bulk densities and ash loads about double that of dry ash (cf. Blong, 2003; Macedonio and Costa 2012).
The PVAHA methodology presented here integrates across all possible events and expected volcanic ash loads to arrive at a combined probability of exceedance for a site of interest.
Note the maximum value of 0.2 on the y axis and that ash loads are shown on a base 10 logarithm scale.
Fig. 7 shows the probability of exceeding a range of cumulative ash loads at each of the nine sites of interest (an exceedance probability curve).
Zuccaro et al. (2008) provided a useful 5-fold classification of roof types for buildings around Vesuvio Italyy) and collapse probability functions for five roof typologies under varying ash loads.
Sensitivity of FE evolution on bare and coated filters has been reported, along with the impact of ash loading of the filters.
Although the model has been designed to forecast volcanic ash concentration in the atmosphere and ash loading at ground, it can also be used to model the transport of any kind of airborne solid particles.
Equilibrium experiments revealed that 1.5 g ash loading, initial urea concentration of 13.5 g L−1, urine pH = 6.0, sorption temperature = 30 °C and 150 rpm shaker speed were the optimal process parameters and maximum adsorption capacity was 410 mg g−1.
For the validation of the ash promoting impact in filters, the regeneration experiments were compared for a TWC-coated GPF in a GDI engine before and after ash loading was performed.
ash load prediction equations.
