Aligned grain structure targets, systems, and methods of forming

1. An x-ray system, comprising:

a support structure including a mounting surface;

a target attached to the support structure on the mounting surface;

wherein the target has a grain structure having a first dimension along an axis perpendicular to the mounting surface is longer than a longest dimension along any axis parallel to the mounting surface.

2. The x-ray system of claim 1 , wherein a major axis of the grain structure is substantially parallel with the axis perpendicular to the mounting surface.

3. The x-ray system of claim 1 , wherein the target is a disc having a minor axis perpendicular to the mounting surface.

4. The x-ray system of claim 1 , wherein the target comprises a pressed sintered material.

5. The x-ray system of claim 1 , wherein the target comprises at least one of tungsten, rhenium, rhodium, and palladium or an alloy of at least two of tungsten, rhenium, rhodium, and palladium.

6. The x-ray system of claim 1 , wherein the target comprises a slice of a pressed sintered forged rod.

7. The x-ray system of claim 1 , wherein a thickness of the target is less than about 0.050 inches.

8. The x-ray system of claim 1 , wherein a location where the grain structure has the first dimension along the axis perpendicular to the mounting surface that is longer than the longest dimension along any axis parallel to the mounting surface is at an interface between the target and the mounting surface.

9. The x-ray system of claim 1 , further comprising:

a cathode; and

an anode;

wherein the support structure is part of the anode.

10. The x-ray system of claim 9 , wherein the anode is a stationary anode.

11. The x-ray system of claim 9 , wherein the anode is a rotating anode.

12. The x-ray system of claim 1 , wherein a surface of the target contacting the mounting surface comprises a greatest number of grains per unit area of surfaces of the target.

13. An x-ray system formed by a process comprising:

forming a blank of a target material;

processing the blank to extend a dimension of a grain structure of the target material along an axis of the blank;

separating a portion of the processed blank; and

mounting the portion on a mounting surface of a support structure of an anode;

wherein the portion of the processed blank is separated such that the grain structure of the portion has a first dimension along an axis perpendicular to the mounting surface that is greater than a dimension along an axis parallel to the mounting surface.

14. The x-ray system of claim 13 , wherein:

forming the blank of the target material comprises forming a rod; and

processing the blank comprises extending a length of the rod.

15. The x-ray system of claim 14 , wherein forming the rod comprises:

pressing the target material into the blank; and

sintering the blank.

16. The x-ray system of claim 14 , wherein extending the length of the rod comprises extending the length of the rod until a diameter of the rod is less than or equal to a corresponding dimension of the mounting surface.

17. The x-ray system of claim 13 , wherein separating the portion of the processed blank comprises cutting the portion from the processed blank along a plane perpendicular to the extended dimension of the grain structure of the target material.

18. The x-ray system of claim 13 , wherein mounting the portion on the mounting surface of the support structure of the anode comprises one of:

back casting the support structure to the portion;

brazing the portion to the support structure; and

welding the portion to the support structure.

19. An x-ray system, comprising:

means for generating a particle beam;

means for supporting; and

means for converting at least part of the particle beam including means for attaching the means for converting the at least part of the particle beam to the means for supporting with a number of grains per unit area greater than a number of grains per unit area in a plane perpendicular to the means for supporting.

20. The x-ray system of claim 19 , wherein the means for attaching the means for converting the at least part of the particle beam to the means for supporting comprises means for attaching the means for converting the at least part of the particle beam to the means for supporting with a substantially greatest number of grains per unit area.