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Keyword COMPONENT

Keywords component, hardware, interface, life cycle processes, software, system life cycle, systems engineering... [Pg.77]

Run a single-point energy calculation on methanol using the HF/6-31++G(d,p) model chemistry, including the GFPrint and GFinput keywords in the route section which request that the basis set information be included in the output file (in tabular and input format, respectively). Examine the basis set output and identify its main components. [Pg.107]

We can compute all of the results except those in the first row by running just three jobs QCISD(T,E4T] calculations on HF and fluorine and a Hartree-Fock calculation on hydrogen (with only one electron, the electron correlation energy is zero). Note that the E4T option to the QCISDfT) keyword requests that the triples computation be included in the component MP4 calculation as well as in the QCISD calculation (they are not needed or computed by default). [Pg.115]

Keywords 1,2-azapyrylium as heterodiene components and aikynes as dienophiles in a Diels-Alder reaction with inverse eiectron demand as cruciai step... [Pg.316]

Keywords Chemometrics, Contamination sources, Ebro River, Multivariate curve resolution, Principal component analysis... [Pg.332]

The keyword label of a standard Pople-style split-valence basis specifies the sp sets (groups of CGTOs of s and p symmetry) with distinct zeta values for each atomic shell, as well as the contraction length of each CGTO. The keyword contains the following syntactical components ... [Pg.712]

Polarization functions may be optionally chosen to be of pure or Cartesian form (by another keyword). In the former case, one includes the expected number of angular-momentum components (i.e., five d orbitals, seven f orbitals, etc.), whereas in the latter case some additional component(s) of lower angular momentum are included (e.g., a Cartesian d set includes five d orbitals plus one s orbital, a Cartesian f set includes seven f orbitals plus three p orbitals, and so forth). [Pg.713]

KEYWORDS grain-size, normalization, compositional data, trends, principal component analysis... [Pg.133]

KEYWORDS Laser-induced breakdown spectroscopy, garnet, LIBS, multivariate principal components... [Pg.277]

Keywords electronic nose principal component analysis pattern recognition chemical sensors sensor arrays olfaction system multivariate data analysis. [Pg.147]

Keywords Low melting mixtures, sugars, multi component reactions, green solvent, 1,4 dihydropyridines. [Pg.128]

The various chemical requirements of each derivative group are summarized in Table 8.1. In order to implement these requirements, a component specification language has been developed. This specification language contains a combination of keywords, target values, and Boolean operators. A brief summary of these commands is listed in Table 8.2 below. The specification language allows the user to control... [Pg.206]

Keywords 1,3-Dicarbonyls, Biginelh reaction, Hantzsch reaction, Heterocyclic chemistry, Knoevenagel condensation, Mannich reaction, Michael addition, Multi-component reactions... [Pg.227]

Keywords error analysis principal component block averaging convergence sampling quality equilibrium ensemble correlation time ergodicity... [Pg.24]

Keywords tetracyanobenzene, benzyl cyanide, two-component crystal, photo-reaction... [Pg.162]

Keywords acridine, diphenylacetic acid, photodecarboxylation, two-component molecular crystal, chiral crystal, 7,8-dihydro-7-diphenylmethyl-acridine... [Pg.196]

Keywords Lipopolysaccharide Salmonella Two-component regulatory system Abbreviations... [Pg.101]

Keywords. Cephalosporin C, Acremonium chrysogenum Extracellular components, Intracellular components,Enzyme activities of biosynthesis, Bottleneck of biosynthesis... [Pg.115]

Keywords Relativity, Four-Component, Electron Correlation, Multireference Perturbation Theory,... [Pg.157]

Keywords soft-sensor, Just-In-Time modeling, recursive partial least squares regression, principal component analysis, estimation... [Pg.471]

The class type dehnes the keyword for a class vector for neural network training and prediction. Depending on the number of components of the class either a multicomponent class vector (e.g., a spectrum) or a single-component class property is allocated. The number of components automatically dehnes the number of weights used in the ANNs. [Pg.153]

Keywords Adhesive apphcations. Adhesive components. Joining technology. Primers, Risk minimization... [Pg.215]

Keywords quasicrystal, ingot, annealing, crushing, phase components... [Pg.125]

The E4T option to the UQCISD method keyword tells Gaussian to run fhe component MP4 calcdations at the MP4(SDTQ) level, rather than the default of MP4(SDQ). When you set up the QCISD(T) calculations for methane, include the additional option IOP(2/16=1) in the route section (which says to ignore any symmetry changes during the scan) and also include Gue s=(Always b() for the unrestricted casr. Mix requests that the HOMO and LUMO be mixed so as to destroy alpha-beta and spatial spin symmetries (this option is also useful for producing unrestricted wave functions for singlet systems), and Always says to recompute a new guess wavefunction at each point. [Pg.120]

We ll compute the proton affinity of PH3 at the G2 level. G2 energies can be computed automatically in Gaussian via the G2 keyword. Here is the output from a G2 calculation (which appears at the conclusion of the final component job step) ... [Pg.279]

With a large data set of structures and properties, it is possible to use multivariate statistical methods such as principal components analysis to try to identify patterns. The applications of statistics to chemistry is known as chemometrics and an internet search for this keyword will lead to a variety of useful sources of information on the field. Some QSAR methods are based on the molecular orbitals of the compounds in the... [Pg.313]

Abstract The previous chapters have described the opportunities and risks of plastics as materials, whereas in this chapter and the chapters, Opportunities and Risks Involved in Designing Structural Components Made of Polymers, Plastics and Structural Components - The Environment and Recycling, they will be discussed in terms of the structural components made of plastics. The opportunities often predominate due to the advantages of plastics over other materials, for example metals, ceramics, and wood. To avoid repetition, this chapter will deal primarily with the risks of the utilization phase of plastic products. The specific applications used to illustrate this are listed in the keywords. [Pg.363]


See other pages where Keyword COMPONENT is mentioned: [Pg.153]    [Pg.186]    [Pg.301]    [Pg.342]    [Pg.266]    [Pg.793]    [Pg.101]    [Pg.295]    [Pg.371]    [Pg.541]    [Pg.93]    [Pg.272]    [Pg.707]    [Pg.790]    [Pg.57]   
See also in sourсe #XX -- [ Pg.44 , Pg.50 ]




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