"... In PAGE 4: ...Table3 summarizes the technical environment for the federation; we used the DMSO RTI software version 1.0 release 3 for the IRIX, Win32 and Java platforms.... ..."

"... In PAGE 29: ...2000). This confirms that reaction with O3 is a negligible atmospheric loss process for DMSO. Environmental Chamber Experiments Summary of Experiments Table 6 gives a chronological listing of all the environmental chamber experiments carried out for this program. These consisted primarily of incremental reactivity and DMSO - NOx experiments, whose conditions and selected results are summarized on Table7 , and which are discussed in more detail in the following sections. In addition, several control and characterization runs were carried out to determine the chamber-dependent inputs needed for the model simulations of the experiments and to assure consistency with previous results.... In PAGE 31: ...5 ppm of DMSO injected into Side A. Conditions and selected results are summarized on Table7 . The results of this experiment are not used for mechanism evaluation because the DMSO injection procedure and analysis is considered to be more uncertain in subsequent experiments.... In PAGE 31: ... The results of this experiment are not used for mechanism evaluation because the DMSO injection procedure and analysis is considered to be more uncertain in subsequent experiments. However, Table7 shows the incremental reactivities in this experiment are close to those observed in the other mini- surrogate + DMSO run, DTC783. DTC767 2/8/99 n-Butane + NOx Run to measure the rate of the chamber radical source.... In PAGE 32: ...06 ppm of DMSO added to Side B. Conditions and selected results are summarized on Table7 . Because of uncertainties in DMSO injection and analysis method, the results of this run are not used for mechanism evaluation.... In PAGE 32: ... Because of uncertainties in DMSO injection and analysis method, the results of this run are not used for mechanism evaluation. However, Table7 shows that the measured incremental reactivities are reasonably consistent with the results of the other full surrogate + DMSO experiment (Run DTC786). Around 4/99 DMSO injection and calibration method changed.... In PAGE 32: ...18 ppm of DMSO added to Side B. Conditions and selected results are summarized on Table7 , and plots of selected results are shown on Figure 4. DTC783 4/23/99 Mini-Surrogate + DMSO Standard mini-surrogate - NOx reactivity experiment with 0.... In PAGE 32: ...35 ppm of DMSO injected into Side A. Conditions and selected results are summarized on Table7 , and plots of selected results are shown on Figure 4. DTC784 4/27/99 n-Butane + NOx Run to measure the rate of the chamber radical source.... In PAGE 32: ...13 ppm injected into Side B. Results are summarized on Table7 and shown on Figure 2. DTC786 4/29/99 Full Surrogate + DMSO Standard high NOx full surrogate reactivity experiment with 0.... In PAGE 32: ...27 ppm of DMSO added to Side B. Conditions and selected results are summarized on Table7 , and plots of selected results are shown on Figure 4. DTC787 4/30/99 Low NOx Full Surrogate + DMSO Standard low NOx full surrogate reactivity experiment with 0.... In PAGE 32: ...09 ppm of DMSO added to Side B. Conditions and selected results are summarized on Table7 , and plots of... In PAGE 33: ...3 ppm injected into Side B. Results are summarized on Table7 and shown on Figure 2. Results of DMSO - NOx Experiments Two dual-chamber DMSO - NOx experiments were carried out during the course of this program to provide data to evaluate the mechanism for DMSO in the absence of other reactants.... In PAGE 37: ... These points are discussed further below. Results of the Incremental Reactivity Experiments The results of the seven incremental reactivity experiments carried out for this program are summarized on Table7 . As indicated in Table 6, the first runs done with DMSO, DTC766, DTC768 and DTC780 were judged not to be useful for mechanism evaluation because of uncertainties in the DMSO injection.... ..."

"... In PAGE 24: ... Representation of DMSO in the Model Simulations The atmospheric reactions of DMSO used in the model simulations in this study were derived based on the considerations discussed in the previous sections, with each of the six alternative mechanisms indicated in Table 3 being used in the simulations of the chamber experiments. The listing of these mechanisms in terms of SAPRC-99 model species is given in Table4 . Footnotes to the table document the reactions and rate constants used, where appropriate, and indicate the terminology employed.... ..."

"... In PAGE 5: ... Consequently, epothilone A was also not a part of the training or testing data set of the neural networks. In Table3 all experimentally determined 13C NMR chemical shifts42 are listed as well as the values calculated by use of the neural networks41 and the values predicted from a database after spherical coding of all carbons with the HOSE code. Experimental chemical shifts were only available for determination in DMSO.... ..."

"... In PAGE 7: ... Using the same codes, the federates are built into three different versions by linking to: (1) the DMSO RTI library directly (Traditional), (2) an RTI++ middleware library supporting entire cloning (Clon- ing_Entire) and (3) an RTI++ library supporting incre- mental cloning (Cloing_Incremental). Experiments are car- ried out to collect the overall execution time using different types of federates to analyze different policies (listed in Table2 ). Table 1: Configuration of Experiment Test Bed Specification Computers Work- station1~2 Server1 Work- station3 Operating System Sun Solaris OS 5.... ..."