Exactamente si utilizamos material de núcleo con más permeabilidad podemos lograr mejores resultados, esto es obvio, pero este material magnético no está al alcance de todos y menos en la época de Figuera, por lo que es una buena solución que es difícil de hacer. El material no está disponible. al alcance de las manos, la dinámica de los flujos magnéticos es la principal duda por lo que se puede obtener, con acero al silicio normal, cierta ganancia de energía, si se utiliza un material como el que comentas se puede extraer mucho más, pero como dije es necesario tener este material disponible y no es así, o sea no hay disponibilidad, por lo tanto hay que usar acero eléctrico normal (no tengo otro) La dinámica de acoplamiento es lo que hay que entender (además) si queremos resultados óptimos en acero normal,
The issue of magnetic permeability is important and it must be understood, but it must also be understood that the Figuera system, its inductor coils N and S, works in direct current and does not change the direction of the flow during the dynamic process of interaction between the flows. , different is the induced coil in it IF the direction of the flow is exchanged and the characteristics of electrical steel could be different, but in Figuera's time it was not possible to choose between the materials to use, and as he says, in his patent: series of soft iron electromagnets
The issue of magnetic permeability is important and it must be understood, but it must also be understood that the Figuera system, its inductor coils N and S, works in direct current and does not change the direction of the flow during the dynamic process of interaction between the flows. , different is the induced coil in it IF the direction of the flow is exchanged and the characteristics of electrical steel could be different, but in Figuera's time it was not possible to choose between the materials to use, and as he says, in his patent: series of soft iron electromagnets