1. D.T. Butler Jr. and M.J. Pindera, Analysis of Factors Affecting the Performance of RLV Thrust Cell Liners, NASA/CR—2004-213141, Aug 2004
2. J.J. Stephens and D.T. Schmale, “The Effect of High Temperature Braze Thermal Cycles on Mechanical Properties of a Dispersion Strengthened Copper Alloy,” SAND87-1296 UC-20, 1987, 1988, Second printing
3. M.V. Nathal, D.L. Ellis, W.S. Loewenthal, S.V. Raj, L.U. Thomas-Ogbuji, J. Ghosn, L.A. Greenbauer-Seng, J. Gayda, and C.A. Barrett, High Conductivity Materials for High Heat Flux Applications in Space Propulsion Systems, JANNAF 39th CS/27th APS/21st PSHS/3rd MSS Subcommittee Joint Meeting, Colorado Springs, CO, CD-ROM, Dec 2003, p 2003–0390cc
4. J.B. Conway, R.H. Stentz, and J.T. Berling, High Temperature, Low Cycle Fatigue of Copper-Base Alloys in Argon; Part I—Preliminary Results for 12 Alloys at 1000 °F (538 °C), NASA CR-121259, 1973
5. P.A. Wycliffe, “Literature Search on High Conductivity Copper Based Alloys,” Final Report IDWA No. 6458-2, Rockwell International Sci. Center, R5739TC/sn, 1984