It can be used for sanitizing water
boiling chlorination ultra-violet radiation ozonation
It really isn't a question of which is better. Both will work to do virtually the same thing however Ozonation will also treat the bottle or the container and free it of impurities. UV will not.You should start with a reverse osmosis system (RO) prior to either of these treatment.
Ron Hofmann has written: 'Using ammonia to inhibit bromate formation during ozonation'
C. Gottschalk has written: 'Ozonation of water and waste water' -- subject(s): Ozonization, Purification, Sewage, Water
It is unsafe for bacteria and virii. It is unsafe to be in the room when it is being done. It can be hard on most polymeric materials left in the area to be sanitized. But it is very efficacious.
Technology has improved from simple sand filters, to osmosis, to UV baths, to ozonation. Each improvement has lead to better quality tap water.
Ozonation is most effective in this circumstance by converting COD to BOD. This allows a region to develop a biological culture that can thrive on the improved food source. Ozone does not bring life, so seeding the river with organisms will be required.Also, ozone does not remove heavy metals, and does not convert all hazardous chemicals into ones that have no other biological concern. It could be a step, even a periodically repeated step, in the process of restoring a river. But not the whole process itself.
Bachelor of Applied Arts Bachelor of Applied Arts Bachelor of Applied Arts Bachelor of Applied Arts Bachelor of Applied Arts Bachelor of Applied Arts Bachelor of Applied Arts
It is applied math. Math is the purest form there is. psychology is applied biology, which is applied chemistry, which is applied physics, which is applied math, which is pure PURE
applied science.
Stress suddenly applied load = 2 x stress gradually applied
yes you can be in applied math