EFP detonating cord

1. A perforating tool for use in a wellbore, comprising:

a conveyance device;

a carrier connected to the conveyance device;

a plurality of encapsulated shaped charges positioned on the carrier, each encapsulated shaped charge including a bulkhead having a reduced wall thickness section;

a detonating cord having a sheath surrounding an energetic core, the detonating cord being energetically coupled to the plurality of encapsulated shaped charges; and

a plurality of plates having a shallow recess, wherein one plate of the plurality of plates is positioned between the detonating cord and the reduced wall thickness section of each encapsulated shaped charge, wherein the energetic core form the plate into a explosively formed perforator when detonated, and wherein the recess has a diameter/width to depth ratio of greater than two to one,

wherein the encapsulated shaped charge and detonating cord are in contact with a borehole liquid in the wellbore.

2. The perforating tool of claim 1 , wherein each plate is a section of the sheath and the recess is formed as a concave linear groove that runs axially along an external surface of the sheath.

3. The perforating tool of claim 2 , wherein the recess is formed as one of: (i) an arc, and (ii) V-shape.

4. The perforating tool of claim 1 , wherein the energetic core and wherein each plate is a section of a tubular enclosure in which the detonating cord is disposed.

5. The perforating tool of claim 1 , wherein the plurality of encapsulated shaped charges are rotatable between a compact position and a firing position, and wherein the compact position and the firing position have at least a forty five degree offset.

6. A perforating tool for use in a wellbore, comprising:

an encapsulated shaped charge, the encapsulated shaped charge including a bulkhead having a reduced wall thickness section;

a plate having a shallow recess, wherein the recess has a diameter/width to depth ratio of greater than two to one; and

a detonating cord having an energetic core, the energetic core forming the plate into a explosively formed perforator when detonated, wherein the plate is positioned between the energetic core and the reduced wall thickness section.

7. The perforating tool of claim 6 , further comprising a carrier on which the encapsulated shaped charge and detonating cord are disposed, the encapsulated shaped charge and detonating cord being in contact with a borehole liquid in the wellbore.

8. The perforating tool of claim 6 , further comprising a sheath surrounding the energetic core.

9. The perforating tool of claim 8 , wherein the plate is a section of the sheath.

10. The perforating tool of claim 8 , wherein the recess is formed as a concave linear groove that runs axially along an external surface of the sheath.

11. The perforating tool of claim 10 , wherein the recess is formed as one of: (i) an arc, and (ii) V-shape.

12. The perforating tool of claim 6 , wherein the detonating cord includes a sheath surrounding the energetic core and wherein the plate is a section of a tubular enclosure in which the detonating cord is disposed.

13. A method of perforating a subterranean formation, comprising:

connecting a carrier to a conveyance device, the carrier including:

a plurality of an encapsulated shaped charges positioned on the carrier, each encapsulated shaped charge including a bulkhead having a reduced wall thickness section;

a detonating cord having a sheath surrounding an energetic core, the detonating cord being energetically coupled to the plurality of encapsulated shaped charges; and

a plurality of plates having a shallow recess, wherein one plate of the plurality of plates is positioned between the detonating cord and the reduced wall thickness section of each encapsulated shaped charge, wherein the energetic core form the plate into a explosively formed perforator when detonated, and wherein the recess has a diameter/width to depth ratio of greater than two to one,

conveying the carrier into a wellbore intersecting the subterranean formation using the conveyance device, wherein the encapsulated shaped charges and detonating cord are in contact with a borehole liquid in the wellbore;

rotating the encapsulated shaped charges from a compact position to a firing position, wherein the compact position and the firing position have at least a forty five degree offset; and

detonating the encapsulated shaped charges using the detonating cord.

14. A perforating tool for use in a wellbore, comprising:

an encapsulated shaped charge, the encapsulated shaped charge including a bulkhead having a reduced wall thickness section;

a tubular enclosure having a concave recess on an outer surface; and

a detonating cord including a sheath surrounding an energetic core, wherein a material between the recess and the detonating cord defines a plate, wherein the energetic core forms the plate into an explosively formed perforator when detonated, and wherein the plate is positioned to direct the explosively formed perforator into the reduced wall thickness section.

15. The perforating tool of claim 14 , wherein the recess is formed as one of: (i) an arc, and (ii) V-shape.

16. A perforating tool for use in a wellbore, comprising:

an encapsulated shaped charge, the encapsulated shaped charge including a bulkhead having a reduced wall thickness section; and

a detonating cord having a sheath surrounding an energetic core, wherein a section of the sheath between the energetic core and the reduced wall thickness includes a concave recess that defines a plate, wherein the energetic core forms the plate into an explosively formed perforator when detonated, and wherein the plate is positioned to direct the explosively formed perforator into the reduced wall thickness section.

17. The perforating tool of claim 16 , wherein the recess is formed as one of: (i) an arc, and (ii) V-shape.