Fig. 2: Dynamic magnetic field and temperature influence on the 3D ORM network structure.
From: A reconfigurable and conformal liquid sensor for ambulatory cardiac monitoring
a ORM network structure at different temperatures ranging from 320 K ( ≈ 47 °C) to 260 K (≈ − 13 °C). b Hysteresis loop at different temperatures. c Influence of temperature change from 320 K ( ≈ 47 °C) to 260 K (≈ − 13 °C) in the magnified area of the gray square. d Magnetic pulse generated specifically in the z-direction to magnetize the ORM network structure. The inset figure is the diagram of the magnetic pulse generation by the capacitor. e Diagram of a syringe filled with PFM placing inside a coil for material manipulation. f Finite element analysis was constructed to simulate the injection process. g Magnetic field of the single droplet. h Magnetic field of the single droplet magnetized in a different direction. i Magnetic field of two droplets. j Magnetic field of two droplets magnetized in another direction. k Magnetic field of the tilted droplet. l Magnetic field of the tilted droplet magnetized in another direction. Source data are provided as a Source Data file.
