Lithium−Water Reaction Chemistry at Elevated Temperature. 1997, 11

Lithium−Water Reaction Chemistry at Elevated Temperature. 1997, 11, 931−935. Martin Klanchar*, Brian D. Wintrode, and Jonathan A. Phillips. Energy...
0 downloads 0 Views 9KB Size
832

Energy & Fuels 1998, 12, 832

Additions and Corrections

Martin Klanchar,* Brian D. Wintrode, and Jonathan A. Phillips: Lithium-Water Reaction Chemistry at Elevated Temperature. 1997, 11, 931-935. Page 933. Equation 7 as published contains a misprint. It should read as follows:

v ) 4 - 2w - 2z The coefficients of v shown in Figure 6 are correct, that is, the proper form of eq 7 was used to calculate them. EF980057V S0887-0624(98)00057-7 Published on Web 06/03/1998

C. Mallet,* M. Aho, J. Ha¨ma¨la¨inen, J. P. Rouan, and J.-R. Richard: Formation of NO, NO2, and N2O from Gardanne Lignite and Its Char under Pressurized Conditions. 1997, 11, 792-800. Page 792. Addition to Introduction. Our paper presented results about the circulating fluidized bed (CFB) power plant of 250 MWe located in southern France. In 1996, by modifying the cyclone’s geometry, the furnace temperature and the air feeding were decreased in this power plant. In our paper, we wrote that the NOx emissions were about 300 mg/Nm3. Thanks to the last improvements, the NOx emissions now range between 200 and 250 mg/Nm3 with 6% oxygen, depending on Ca/S ratio. EF980125D S0887-0624(98)00125-X Published on Web 06/20/1998