Experimental results and conditions

Relying on concepts such as hydrolysis, complexation, and acid-base properties, the approach embodied in this advanced mechanism is intriguing and demands further investigation in the context of electroless reactions, perhaps being co-opted into other mechanisms as the experimental conditions and results dictate. A possible drawback to the mechanism of surface incipient hydrous oxide mediators is their suggested low concentration, perhaps as low as 0.1% surface coverage [73], In practical electroless... 

EXPERIMENTAL CONDITIONS AND RESULTS OF DIFFERENT WORKERS ON THE HOMOGENEOUS DECOMPOSITION OF HYDROGEN PEROXIDE... 

EXPERIMENTAL CONDITIONS AND RESULTS FOR STUDIES OF SiH4 AND SiD4 DECOMPOSITION... 

Comparison of Experimental Conditions and Results for the Stripping of Styrene from Polystyrene in Single-Screw Extruders... 

The experimental conditions and results of the analysis of the purity of separated benzene crystals are shown in Table 1. In tests of No. 1-1 to 1-4, and 3-1 and 3-2, the melt was compressed to the pressure shown in Table 1 and kept on the same value, without seed crystals. Nucleation occured on the wall and crystals grew there. In tests of No.2-1, 2-2 and 3-3, seed crystals were made as described above they grew both inside the optical cell and on the wall. In these tests, since the melt around benzene crystals was replaced by the water, the crystals were taken out without serious destruction. The shapes of benzene crystals were dendritic, and purity of it was over 99.9 mole percent, independent from the operational conditions and the feed compositions as shown in Table 1. Therefore, crystals obtained by high pressxire crystallization is considered to be very pure due to the complete removement of mother liquid from crystal surface. 

Ice Crystal Growth. In order to quantify these results for the production of large disc and spherical crystals, seversd batch experiments on 6% lactose solutions were undertaken. The experimental conditions and results are shown in Table II. In these experiments, nuclei were generated at -2.5 C (except for Run Sa at -4.0°C) and input to the batch crystallizer controlled at various refirigerant temperatures. As these crystals grew, the total crystal surface area was controlled manually in order to maintain a heat balance for a constant value of the refrigerant temperature. Slurry removal rate for these experiments... 

Many studies have been carried out on the micellar size of bile salt micelles (3, 4,12,13,17, 20, 25). The experimental conditions and results have been tabulated in a recent review 15). Because these studies were carried out with different bile salts in different laboratories using different techniques at different temperatures, pH, and salt concentrations, values have ranged from monomers (4) to aggregates having nearly 1000 associated molecules (12). This has tended to confuse investigators interested in biological and biochemical aspects of bile salts, who wanted to know the size of the bile salt micelle. The emphasis here is that the type of bile salt, the pH, the temperature, and the counterion concentration all can affect the size and probably the structure of bile salt micelles. 

It is suggested that the following items be checked and the relevant experimental conditions and results reported ... 

In the H2O-VUV AOP no additional auxiliary oxidants must be used to produce sufficient amounts of OH radicals. The technical development of incoherent exci-mer VUV and UV sources of electromagnetic radiation (see Chapter 4.3) led to a renaissance of research related to water photolysis. Hence, the experimental conditions and results of several recent investigations that deal with the applications of VUV and UV incoherent excimer lamps in the field of AOP research (mainly in aqueous media) are briefly summarized in Tab. 7-2. 

The addition of fluorine across double bonds can also be effected by cobalt(lll) fluoride or potassium tetrafluorocobaltate.Experimental conditions and results are shown in Table 14. 

Sato (S2) presents complete and extensive experimental conditions and results for the drjing of porous AbOs spheres in the constant rate, first falling rate and second falling rate periods. 

While it may be true that SC-CO2 can effect little separation of mono- and diglycerides, we have found it to be useful in isolating unreacted esters and triglycerides from our crude mixtures. Table II provides a summary of experimental conditions and results for the fractionation of a crude tri- EPA reaction mixture. 

Table II. Experimental Conditions and Results of Continuous Precipitation of Lanthanide Oxalates...

Selection of solvent/antisolvent, temperature, and overall concentration were critical parameters in affecting the supersaturation as well as the nucleation and crystal growth rates. Table 9-3 summarizes the experimental conditions and results of impinging jet crystallization of DFP. Figure 9-29 further shows the flnal product surface area as a function of supersaturation. As shown in Fig. 9-29, higher... 

NQp Exposure Experiment. The experimental conditions and results for the short-term NO2 exposure experiment are given in Table I. The average concentration of NO2 during the dry periods was 649 ppb which decreased to 627 ppb in the presence of dew, thus yielding (according to Equation 7) a value of 0.05 cm/s for the dry deposition velocity. Both N02 and N03 were detected in the dew with the NO2" concentration (203 nmol/ml) representing 95 of the NOx concentration. Trace amounts of S04 were found in the dew. A value of 149 nmol/ml was found for the Zn dew concentration. Equation 10 yields a value of O.O6 cm/s for the NO2 dry deposition velocity, in reasonable agreement with the value found from the decrease in gas phase concentrations. 

C H /NOt/SOp -I- hv Exposure Experiment. Table IV contains the experimental conditions and results for the irradiated C3H6/NOX/SO2 mixture. The chemical composition was similar to the steady state mixture of the irradiated C3H6/NOX system except for the presence of SO2 and its oxidation products. 

TABLE 4. Comparison of Experimental Conditions and Results of Laboratory0 and Field6 Particle Deposition Experiments... 

Table 16.7 The experimental conditions and results of determination of the molar...

Table 16.35 The experimental conditions and results of determination of the reaction enthalpy for the dehydrations of Li2S04 H2O, CaS04 2H2O, and CUSO4 5H2O by the third- and second-law methods [80—85]...

Table 16.38 The experimental conditions and results of determination of the molar enthalpies for AgN03 and Cd(N03)2 decompositions by the third-law method (the melting points of these nitrates are 483 and 633 K, respectively) [91]... 

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