Usted buscó: magnetic (Tagalo - Inglés)

magnetic force
magnetic force

magnetic na prutas
i like sweets

imaging ng magnetic resonance
magnetic resonance imaging

hindi lumapat sa ang magnetic lock
huli dumikit ang magnetic door

radiation is the energy that comes from a source and travel through space at the speed of light. this energy has a electric field and magnetic field associated with it, and has wave like properties
radiation is energy that comes from a source and travel through space at the speed of light. this energy has an electric field and magnetic field associated with it, and has wave like properties

electromagnetic waves ay ang kumbinasyon ng mga waves sa electric at magnetic field na ginawa sa pamamagitan ng paglipat ng bayad. iyon ay, kung ano ang ripples ay sa electromagnetic waves ay electric at magnetic field.
electromagnetic waves are the combination of waves in the electric and magnetic fields produced by the transfer of charge. that is, what ripples are to electromagnetic waves are electric and magnetic fields.

the solenoid's purpose is to provide a nearly uniform magnetic field similar to the magnetic fields produced by permanent magnets. magnetic fields produced by permanent magnets are constant and challenging to vary, making solenoids more convenient to use for a variety of purposes.
solenoid valve

electronic materials are the type of materials which are typically used as coreelements in a variety of device applications. these elements can be, forexample, memories, displays, leds and could be easily seen in daily electronicgadgets such as mobile phones, computers, laptops, tablets, gps devices, ledbulbs, tvs and monitors. changing dimensions and level of functionalityrequires continuous efforts to develop state of the art materials to meet thetechnological challenges associated with development of these devices. forexample, transition from crt based displays to lcd and then led baseddisplays could not have been possible without development of materials suchas liquid crystals, organic semiconductors and electroluminescent materials.similarly, high density storage capacity would not have been possible withoutdevelopment of materials with high permittivity and permeability in dielectrics and magnetic materials. same can be said about the processor’s with every increasing data processing speed as the technology has progressed from 486based platforms to quad core or octacore processors.
electronic materials are the type of materials which are typically used as coreelements in a variety of device applications. these elements can be, forexample, memories, displays, leds and could be easily seen in daily electronicgadgets such as mobile phones, computers, laptops, tablets, gps devices, ledbulbs, tvs and monitors. changing dimensions and level of functionalityrequires continuous efforts to develop state of the art materials to meet thetechnological challenges associated with develo