Brazing components and techniques

1. A method of joining comprising:

applying braze to a braze reservoir in a first component;

engaging a second component to the first component, wherein two separate joint locations are defined between the first and second components, wherein two-wicking structures provide flow communication from the braze reservoir to the joint locations;

heating the braze;

flowing the braze from the reservoir through the wicking structures to the joint locations; and

joining the first and second components together,

wherein there is a gap between the first and second components adjacent two separate wicking structures separated from each other by the gap when the first and second components are engaged, wherein joining includes flowing the braze into the wicking structures to the joint location leaving the gap substantially devoid of braze.

2. A method as recited in claim 1 , wherein the first component includes a radial vane, wherein the wicking structure extends radially through the radial vane, and wherein joining the first and second components includes flowing the braze radially outward to the joint location, wherein the joint location is at an end of the radial vane.

3. A method as recited in claim 1 , wherein there is a gap between the first and second components on either side of the braze reservoir after the first and second components are engaged, wherein the wicking structure and the joint location are on one side of the braze reservoir, and wherein joining includes flowing the braze into the wicking structure to the joint location leaving the gap on the side of the braze reservoir opposite the wicking structure substantially devoid of braze.

4. A nozzle comprising:

a first nozzle component;

a second nozzle component joined to the first nozzle component at a-two separate joint locations; and

two wicking structures extending from a braze reservoir to the joint locations, wherein the braze reservoir is defined in the first nozzle component,

wherein there is a gap between the first and second components adjacent two separate wicking structures separated from each other by the gap when the first and second components are engaged, wherein joining includes flowing the braze into the wicking structures to the joint location leaving the gap substantially devoid of braze.

5. A nozzle as recited in claim 4 , wherein the wicking structure and a braze joint are between the first and second nozzle components.

6. A nozzle as recited in claim 4 , wherein the first and second nozzle components are radially nested, wherein the wicking structure is radially between the first and second nozzle components, and wherein the joint location and the braze reservoir are axially spaced apart.

7. A nozzle as recited in claim 4 , wherein the first nozzle component includes a radial vane, wherein the wicking structure extends radially through the radial vane, and wherein the joint location is at an end of the radial vane.

8. A nozzle as recited in claim 4 , wherein there is a gap between the first and second nozzle components on either side of the braze reservoir, wherein the wicking structure and the joint location are on one side of the braze reservoir, and wherein the gap on the side of the braze reservoir opposite the wicking structure is substantially devoid of braze.

9. A nozzle as recited in claim 4 , wherein there is a gap between the first and second nozzle components adjacent the wicking structure, wherein the gap is substantially devoid of braze.

10. A nozzle as recited in claim 4 , wherein the wicking structure is integral with the first nozzle component.

11. A nozzle as recited in claim 10 , wherein the wicking structure includes a repeating pattern.

12. A nozzle as recited in claim 4 , wherein the wicking structure includes a semi-sintered material.

13. A nozzle as recited in claim 4 , wherein the wicking structure includes a woven material.