Page:United States Statutes at Large Volume 119.djvu/3178

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[119 STAT. 3160]
PUBLIC LAW 109-000—MMMM. DD, 2005
[119 STAT. 3160]

119 STAT. 3160

PUBLIC LAW 109–163—JAN. 6, 2006

Navy, shall be available for construction with respect to the LHA Replacement ship. (c) CONTRACT AUTHORITY.— (1) DESIGN, ADVANCE PROCUREMENT, AND ADVANCE CONSTRUCTION.—The Secretary of the Navy may enter into a contract during fiscal year 2006 for design, advance procurement, and advance construction with respect to the LHA Replacement ship. (2) DETAIL DESIGN AND CONSTRUCTION.—The Secretary may enter into a contract during fiscal year 2006 for the detail design and construction of the LHA Replacement ship. (d) CONDITION FOR OUT-YEAR CONTRACT PAYMENTS.—A contract entered into under subsection (c) shall provide that any obligation of the United States to make a payment under the contract for a fiscal year after fiscal year 2006 is subject to the availability of appropriations for that purpose for such fiscal year. (e) FUNDING AS INCREMENT OF FULL FUNDING.—The amounts available under subsections (a) and (b) for the LHA Replacement ship are the first increments of funding for the full funding of the LHA Replacement (LHA(R)) ship program. SEC. 130. REPORT ON ALTERNATIVE PROPULSION METHODS FOR SURFACE COMBATANTS AND AMPHIBIOUS WARFARE SHIPS.

(a) ANALYSIS OF ALTERNATIVES.—The Secretary of the Navy shall conduct an analysis of alternative propulsion methods for surface combatant vessels and amphibious warfare ships of the Navy. (b) REPORT.—The Secretary shall submit to the congressional defense committees a report on the analysis of alternative propulsion systems carried out under subsection (a). The report shall be submitted not later than November 1, 2006. (c) MATTERS TO BE INCLUDED.—The report under subsection (b) shall include the following: (1) The key assumptions used in carrying out the analysis under subsection (a). (2) The methodology and techniques used in conducting the analysis. (3) A description of current and future technology relating to propulsion that has been incorporated in recently-designed surface combatant vessels and amphibious warfare ships or that is expected to be available for those types of vessels within the next 10-to-20 years. (4) A description of each propulsion alternative for surface combatant vessels and amphibious warfare ships that was considered under the study and an analysis and evaluation of each such alternative from an operational and cost-effectiveness standpoint. (5) A comparison of the life-cycle costs of each propulsion alternative. (6) For each nuclear propulsion alternative, an analysis of when that nuclear propulsion alternative becomes cost effective as the price of a barrel of crude oil increases for each type of surface combatant vessel and each type of amphibious warfare ship. (7) The conclusions and recommendations of the study, including those conclusions and recommendations that could

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