The present invention relates to a resonance coil structure which is a coil formed by winding a metal conducting wire with low resistance in a limited range of a circle or an ellipse. Two ends of the metal conducting wire are respectively provided with a first connecting end and a second connecting end, which are spaced from each other and respectively vertically extend downwards and upwards. Also, the metal conducting wire is bent to form at least two adjacent emission layers between the first and the second connecting ends. Each emission layer has four divergent segments of continuously bending. The divergent segments of the same emission layer are sequentially staggered at a center point and outer edges of the divergent segments do not overlap. The divergent segments of the emission layer are located between two adjacent divergent segments of the adjacent emission layer； and the two outer edges of the divergent segment of the emission layer and two relative outer edges of the divergent segment of the emission layer crosswise overlap each other. As such, the divergent segments facing each other in the coil respectively form an independent spatial dimension, and the divergent segments of the upper emission layer and the divergent segments of the lower emission layer respectively form overlapping cross point, so that the independent spatial directions respectively intersect the adjacent spatial directions at the same time. By using the interference principle involved therein and the connection of wave frequency generator to adjust two cross waves in phase at said point, the interference can further produce the effect of the maximum amplitude.本發明係一種共振線圈結構，其係由一低電阻之金屬導線在一圓形或橢圓形之限定範圍內纏繞成一線圈，而該金屬導線兩端分別具有相間隔、且分別垂直往下延伸及垂直往上延伸之一第一連接端及一第二連接端，同時該金屬導線於第一、二連接端間繞曲形成有至少兩層相鄰之發射層，且各發射層分別具有四個連續曲繞之發散段，且同一發射層之發散段除於中心點依序交錯外、各發散段的外側緣互不重疊，而該發射層的發散段則位於相鄰發射層的兩相鄰發散段間，且該發射層之發散段兩外側緣與該相鄰發射層之兩發散段對應外側緣相互重疊交叉，藉此，線圈中呈相對面的發散段分別形成獨立的空間維向，且上層發射層之發散段與下層發射層的發散段分別形成有重疊交叉點，使各獨立的空間維向分別要同時和相鄰的空間維向交叉，而藉著涉的干
