FORMATION OF Sample Clauses

FORMATION OF. LIMITED LIABILITY COMPANY 1 1.2 REGISTERED OFFICE AND AGENT 1 1.3 PURPOSE 1 1.4 PRINCIPAL PLACE OF BUSINESS 2 1.5 PROPERTY 2 1.6 PAYMENT OF INDIVIDUAL OBLIGATIONS 2

FORMATION OF roads suitable for transporting all the machines and materials through heavy vehicles like cranes, trucks, trailers, etc.

FORMATION OF. Pu(VI) Crapse et al. recently performed Pu metal dissolution experiments at temperatures ranging from 95 to 108 °C using 7 to 8.5 M HNO3 while monitoring the oxidation of Pu(IV) to Pu(VI) using UV-vis spectroscopy.20 The dissolutions were performed with Fe, Cr, and Ni in the solution to simulate the presence of corrosion products during the dissolution of Pu metal in the 6.1D dissolver. Formation of Pu(VI) was presumed to be facilitated by the presence of Cr(VI) formed in the highly oxidizing HNO3 solutions. It was determined that lowering the temperature to 95 °C from near boiling dramatically decreased the rate of Pu(VI) formation. The rate of formation of Pu(VI) has also been shown to decrease as HNO3 molarity increases.22 Therefore, Pu metal dissolutions performed using 10 M HNO3 and at more reduced temperatures (24 and 57 °C), would be expected to generate even less Pu(VI). Solution samples from the Pu-Offgas-1 and Pu-Offgas-2 experiments will be analyzed by UV-vis spectroscopy to determine if Pu(VI) is present in the solutions. However, it is unlikely that Pu(VI) will be observed. Rudisill et al. sampled and analyzed the solutions from a series of flowsheet demonstration experiments and reported that the estimated Pu(VI) concentration was significantly less than 1 wt %; although, the actual detection limit was not established. The UV-vis spectra were recorded within approximately one week of the dissolution experiments.1 From these results, it appears that the presence of Cr(VI) (or another strong oxidant) is likely required to oxidize Pu(IV) to Pu(VI) during metal dissolutions. The Pu metal dissolutions in this study were performed using glassware without the presence of potential corrosion products (e.g., Cr) in the solution (similar to the experiments performed by Rudisill et al.); therefore, the absence of Pu(VI) would not be indicative of what to expect during the dissolution of Pu metal in the 6.1D dissolver. Results from the analysis of solutions from experiments performed as part of this study will be provided to H-Canyon engineering when available.

FORMATION OF. LIMITED PARTNERSHIP

FORMATION OF. RADIO ONE OF DETROIT, INC. The parties hereto hereby consent pursuant to Section 6.4 of the Original Agreement to the formation of Radio One of Detroit, Inc., a Delaware corporation, for the purpose of acting as a License Subsidiary (as such term is defined in the Original Agreement) holding the licenses, permits and authorizations required for and/or used in the ownership and operation of the radio stations to be acquired in the Detroit Acquisition. It is understood and agreed that, after the consummation of the Detroit Acquisition, Radio One of Detroit, Inc. will be wholly owned by the Company's then direct subsidiary, Bell Broadcasting Company.