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Formate conversion

U. Erlekam, M. Frankowski, G. von Helden, and G. Meijer, Cold collisions catalyse con formational conversion. Phys. Chem. Chem. Phys. 9, 3786 3789 (2007). [Pg.57]

Wet deposition processes depend mostly on microphysical properties of the aerosol, cloud formation, conversion of cloud droplets into rain drops, sedimentation, and evaporation of rain (Kanakidou et al., 2005). Recently, Gysel et al. (2004) discussed the deliquescence properties of water-soluble organic matter and how they affect the hygroscopic growth of atmospheric OAs. Depending on the chemical... [Pg.462]

II. Product Summaries BCI specializes in software for analysis of the structural diversity of large chemical dataset and combinatorial chemistry libraries. BCI s software covers Chemical Structure Fragments and Fingerprinting, Diversity Analysis, Cluster Analysis, and Structure or Reaction query format conversion (MOLSMART). [Pg.67]

When the pressure of C02 in a carbonate-oxide system is equal to the equilibrium pressure pe, no net reaction occurs. When p < pe, the thermodynamic driving force favors oxide formation conversely, when p > pe, carbonate formation is favored. In the actual system the favored reaction may not occur, however, because kinetic factors prevent it. Particularly when p is not far from pe, the reaction may not proceed because some rate-limiting process, such as nucleus formation, is proceeding too slowly. The resulting spurious equilibria15 give rise to hysteresis effects, i.e., decomposition stops for some p < pe, recombination stops for some p > pe. It is for this reason that this work relies largely on thermodynamic methods for the calculation of equilibrium pressures. [Pg.25]

In the latter application the dependence of adhesion upon the nature of the support can readily be observed. Under comparable conditions of application, perfumes are far more persistent upon wool fibers than upon nylon cotton occupies an intermediary position. This is because the molecular structure of nylon, as distinct from wool or cotton, offers little or no opportunity for hydrogen bond formation. Conversely, there are great differences in the degree of adhesion of different perfume materials to a given support. This is the principle upon which both liquid and vapor chromatography are based. [Pg.239]

The zeolite was pelletized, sieved, and the fraction between 0.5 and 0.71 mm diameter was retained. Scanning electron microscopy did not reveal any modification of the zeolite crystals by the pelletization. Three experiments were performed using different particle sizes, to ensure that the pelletization did not introduce transport limitations. No difference in coke formation, conversion, or selectivities was observed. [Pg.104]

The basic mechanism of hydrogenation is shown by the catalytic cycle in Fig. 7.3. This cycle is simplified, and some reactions are not shown. Intermediate 7.9 is a 14-electron complex (see Section 2.1). Phosphine dissociation of Wilkinson s complex leads to its formation. Conversion of 7.9 to 7.10 is a simple oxidative addition of H2 to the former. Coordination by the alkene, for example, 1-butene, generates 7.11. Subsequent insertion of the alkene into the metal-hydrogen bond gives the metal alkyl species 7.12. The latter undergoes reductive elimination of butane and regenerates 7.9. [Pg.136]

The ASC differs from the conventional scalar computer in that it is a pipeline computer with a full set of hardware vector instructions in addition to the standard scalar instructions. The vector hardware includes arithmetic operations such as add, subtract, multiply, divide, vector dot product, as well as vector instructions for shifting, logical operations, comparisons, format conversions, normalization, merge, order, search, peak pick, select, replace, MIN, and MAX. Although an ASC may have one to four pipes, the configuration described below will be that of the two pipe machine at NRL. [Pg.71]

Microsoft to AMD Floating Point Format Conversion VPPUT SUBROUTINE... [Pg.207]

Solubility insol H2O sol all common organic solvents. Preparative Methods ligand (1) and related C2-symmetric bisox-azolines are readily prepared from chiral p-amino alcohols using standard methods for the synthesis of 2-oxazolines. This is exemplified by the simple three-step procedure shown in eq 1, involving amide formation, conversion of... [Pg.269]

Figure 23.25. Glutamate Formation. Conversion of proline and arginine into glutamate. Figure 23.25. Glutamate Formation. Conversion of proline and arginine into glutamate.
Figure 23.26. Suceinyl CoA Formation. Conversion of methionine, isoleucine, and valine into suceinyl CoA. Figure 23.26. Suceinyl CoA Formation. Conversion of methionine, isoleucine, and valine into suceinyl CoA.
About 50% of these species can use formate as substrate. Formate conversion to CH4 (Reaction 2) involves the oxidation of formate to CO2 by formate dehydrogenase, generating reducing equivalents which are subsequently used to reduce CO2 to CH4 ... [Pg.116]

A/3 deposition. The model thus confirmed a critical and isoform-specific role for ApoE in (1) Aj8 trafficking and (2)SP formation. Conversely or additionally the binding of ApoE isoforms to tau may affect phosphorylation of that protein and lead to NFT formation (52, 55). The connection between ApoE isoforms, their serum concentration, high intake of dietary cholesterol, and/or high cholesterol blood levels and an increased risk of AD, cardiovascular disease, and longevity is visible and rational but remains to be proved (47). [Pg.747]

The existing and coupled management systems are accessed by wrappers which provide an abstract interface to these systems. The wrappers comprise a functional interface to call functions and a data interface providing data views. The technical integration, including problems like data format conversion for example, can be encapsulated within the wrappers (cf. [136] and Sects. 5.7 and 7.8). [Pg.713]

Agents provide an interface to plug in different types of converters. File converters translate data from instrument vendor-specific or indnstry-standard formats into native or human-readable formats. Common indnstry standardized formats are, for instance, JCAMP (e.g., DX, JDX, CS), ANDI, AIA, NetCDF, MDL Molflle and related formats (e.g., SD, SDF), ASCII formats (ASC, TXT, CSV), and XML-based formats. Most of the commercially available instrument software can import or export one of these formats. Conversion can either be done using an implemented converter in the application server of the target software or by specifying an executable for streaming conversion. [Pg.326]

Figure 6. Arrhenius plots for EpB oxirane formation. Conversions were differential in both cases and feed compositions were diluent/C4Hg/02 = 4/1/1. Figure 6. Arrhenius plots for EpB oxirane formation. Conversions were differential in both cases and feed compositions were diluent/C4Hg/02 = 4/1/1.

See other pages where Formate conversion is mentioned: [Pg.37]    [Pg.187]    [Pg.629]    [Pg.8]    [Pg.423]    [Pg.598]    [Pg.145]    [Pg.88]    [Pg.398]    [Pg.25]    [Pg.68]    [Pg.97]    [Pg.104]    [Pg.1130]    [Pg.16]    [Pg.211]    [Pg.213]    [Pg.75]    [Pg.174]    [Pg.22]    [Pg.30]    [Pg.23]    [Pg.25]    [Pg.29]    [Pg.669]   
See also in sourсe #XX -- [ Pg.67 , Pg.68 ]




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Conversion to formates

Formation and Conversion

Formation of Conversion Layers

PROPERTIES OF FORMATION AND OMBUSTION REACTIONS Units Conversions

Phosphonium salts, conversion formation

Product formation, rate conversion from feed

Reactors for conversion or formation of inorganic solids

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