This report examines the source of Congress's contempt power, analyzes the procedures associated with inherent contempt, criminal contempt, and the civil enforcement of subpoenas, and discusses the obstacles that face Congress in enforcing a contempt action against an executive branch official.

This report examines the current status, legislative history, and economic effects of the two expensing allowances (Section 179 and Bonus Depreciation Allowance) and also discusses initiatives in the 112th Congress to modify them. Expensing is the most accelerated form of depreciation for tax purposes. Section 179 of the Internal Revenue Code (IRC) allows a taxpayer to expense up to $125,000 of the total cost of new and used qualified depreciable assets it buys and places in service in 2012, within certain limits. In addition, Section 168(k) generally allows taxpayers to expense half the cost of qualified assets bought and placed in service in 2012.

Report that looks at the effects of adding Vietnam to the U.S. Generalized System of Preferences (GSP) as a "developing country."

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Savannah River National Laboratory (SRNL) performed a series of laboratory-scale experiments that examined copper-catalyzed hydrogen peroxide (H{sub 2}O{sub 2}) aided destruction of organic components, most notably tetraphenylborate (TPB), in Tank 48H simulant slurries. The experiments were designed with an expectation of conducting the process within existing vessels of Building 241-96H with minimal modifications to the existing equipment. Results of the experiments indicate that TPB destruction levels exceeding 99.9% are achievable, dependent on the reaction conditions. The following observations were made with respect to the major processing variables investigated. A lower reaction pH provides faster reaction rates (pH 7 > pH 9 > pH 11); however, pH 9 reactions provide the least quantity of organic residual compounds within the limits of species analyzed. Higher temperatures lead to faster reaction rates and smaller quantities of organic residual compounds. Higher concentrations of the copper catalyst provide faster reaction rates, but the highest copper concentration (500 mg/L) also resulted in the second highest quantity of organic residual compounds. Faster rates of H{sub 2}O{sub 2} addition lead to faster reaction rates and lower quantities of organic residual compounds. Testing with simulated slurries continues. Current testing is examining lower copper concentrations, refined peroxide addition rates, and …

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