The phrase "ash generation" is correct and usable in written English.
It can be used in contexts related to the production of ash, often in discussions about waste management, energy production, or environmental impact.
Example: "The ash generation from the incineration process needs to be monitored to ensure compliance with environmental regulations."
Alternatives: "ash production" or "ash output".
Gudmundsson, M. T. et al. Ash generation and distribution from the April-May 2010 eruption of Eyjafjallajökull, Iceland.
The issue is further compounded by huge ash generation from thermal power plants.
We quantify the efficiency of ash generation during experimental fracturing of pumiceous and scoriaceous samples subjected to shear and normal stress fields.
Therefore, in addition to the only available samples, from the 2001 and 2002 03 eruptions, stored in the archives of INGV, a suite of ancient, fine-grained samples from sub-plinian activity was collected to widen our understanding of the potential characteristics of Etnean explosive ash generation.
The enormous amount of industrial waste ash generated by power generation industry, timber manufacturing industry, iron and steel making industry, rice milling industry, mining industry etc have posed the aforementioned industry players a great challenge when it comes to the disposal of these ash materials due to the environmental, health, scarcity of lands and other issues.
Indian coal produces vast amount of fly ash during generation of power every year less than 50% of it being used.
Additionally, the area development of two representative large-scale ash pulse generation runs performed in May 2009, described in Dellino et al. (2010) are depicted (unbroken lines).
Therefore, the similarity of t exp between actual eruptive pulses and experiments suggests that the loading relaxation history that underlies the impulsive coupling of ash particle generation by magmatic fragmentation can be reproduced by using comparable specific kinetic energies and time scales.
EGL-10 does not affect ASH signal generation and transduction but acts, by inhibiting GOA-1 signalling, downstream of TRPV/OSM-9 and of the L-type voltage-gated Ca2+ channel (L-VGCC) EGL-19 to modulate transmission of the signal to downstream neurons.
Certainly, civilization's natural curiosity about volcanism has driven interest in the marine records of ash for generations of scientists.
(Are you really going to pass down an urn of ashes for generations to come?) One way is to incorporate the ashes into concrete and sink it into the ocean.
