Contents - Akademi Sains Malaysia

2.0 × 10 –5Inductance (L)Magnetic energy Magnetic (Em) (J) energy (Em) Inductance (J) (L) (nH) Inductance (L) (nH)2.0 × 10 –51.9 × 10 –51.9 × 10 –52.0 10 –5Inductance (L)1.9 × 10 –52.0 × 10 –51.9 × 10 –51.9 10 –520 40 60801.9 × 10 –5Distance successive coil (µm)9.9 × 10 –61.9 × 10 –5Magnetic energy (Em)9.8 × 10 –61.9 × 10 –59.7 × 10 –6 20 40 6080Distance successive coil (µm)9.6 × 10 –69.9 10 –69.5 × 10 –6Magnetic energy (Em)9.8 × 10 –69.4 × 10 –69.7 10 –620 40 60809.6 × 10 –6Distance successive coil (µm)9.5 × 10 –69.4 × 10 –6 20 40 60Distance successive coil (µm)801.4 × 10 –61.2 × 10 –6Magnetic flux density (B)Magnetic flux density Magnetic (B) (T) flux density (B) (T)1.4 × 10 –61.0 × 10 –61.2 × 10 –68.0 × 10 –71.0 × 10 –66.0 × 10 –78.0 × 10 –7Magnetic flux density (B)4.0 × 10 –7 10 20 30 40 50 60 706.0 × 10 –7Distance successive coil (µm)80 90Figure 5. Inductance, magnetic energy and magnetic flux density against distance between successive coils.4.0 × 10 –7 10 20 30 40 50 60 70Distance successive coil (µm)80 90