چكيده به لاتين
The shortage and water crisis in the country are increasing every day, while most of the themes of cultural development in this area are indicative of the accusation of consumption as consumption, while the country's largest share of agricultural waste belongs.
The amount of water lost by the agricultural sector in Iran is 70 percent; from the 86 billion cubic meters of water allocated to this sector, about 60 billion cubic meters of it is wasted and 80 percent of the loss of agricultural water resources due to the lack of advanced irrigation technologies. Thus, changing the attitude and reforming of the agricultural system and irrigation can bring back a portion of this massive waste to the production and use cycle. The United States, Germany and Japan spent tens of billions of dollars on this sector during the transition period from traditional agriculture to industry over a short period of time. Iran should also take a crucial step in this, and help to improve the infrastructure with proper water use.
One of these infrastructures is the design and production of precision electromagnetic flowmeters, which are capable of transmitting measured data from the amount of consumption to the controlling servers and receiving relevant orders from the decision-making centers' servers.
Here's the key question: Why is the electromagnetic meter the best measurement and measurement tool in the agricultural field? The answer is very simple, since the main advantage of electromagnetic flow meters is that they do not have a barrier or limitation against flow, and thus do not create a compressive loss, and also does not include a moving part that is depreciated. In applications where there are solid particles suspended in fluid, this type of dispersion can be used. Due to the fact that pressure sampling is not used in this method, there is no possibility of blocking the flow rate. Electro-magnetic debiters measure the volumetric flow rate at a specific temperature, independent of the effects of density, pressure, or turbulence. Another advantage of this method is that some types of electromagnetic spectrometers can be measured in two directions.
