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Free formation

File 4-6. TINKER Input File for the Water Molecule in Free Format... [Pg.111]

Because of its free format, the input tile for TINKER is easier to construct by hand than the input tile for Program MM3. Place the hydrogen atoms at plausible disUitices from the carboti atoms to produce two input files for determining the... [Pg.148]

The input to POLYRATE is a free-format ASCII hie. There are a large... [Pg.356]

The SCREEN model uses free format to read the numerical input data, with the exception of the exit velocity/flow rate option. The default choice for this input is stack gas exit velocity, which SCREEN will read as free format. However, if the user precedes the input with the characters VF= in columns 1-3, then SCREEN will interpret the input as flow rate in actual cubic feet per minute (ACFM). Alternatively, if the user inputs the characters VM= in columns 1-3, then SCREEN will interpret the... [Pg.301]

When using the automated distance array, SCREEN prompts the user for a minimum and maximum distance to use, which should be input in free format, i.e., separated by a comma or a space. SCREEN then calculates the maximum concentration across a range of meteorological conditions for the... [Pg.305]

Gaussian input is designed to be free-format and extremely flexible. For example, it is not case-sensitive, and keywords and options may be shortened to a unique abbreviation. [Pg.285]

This information makes up the molecule specification section, in this case for water. The first line of the molecule specification gives the charge and spin multiplicity for the molecule as two free-format integers. In this case, our molecule is neutral (charge 0), and has spin multiplicity 1 (a singlet). Spin multiplicity is discussed in Chapter 2, and molecule specifications in general are discussed in Appendix B. [Pg.323]

Is there a facility to enter free format information into e.g. history hie, breakdown work dockets ... [Pg.790]

The ten-fold reduction in rate on deuteration without changing the stoichiometry provides strong evidence that both sets of products originate in a common step. The Arrhenius parameters for this reaction, E = 13.3 kcal.mole A5 = —17 eu) invite comparison with those for the oxidation of free formate ion E = 12.4 kcal.mole S AS = —15 eu). [Pg.317]

There is another easy way to "cheat." On UNIX/Linux workstations, open up a new text editor and enter your frequently used statements there. On Windows, you can use the really nice MATLAB Editor. You can copy-and-paste multiple commands back and forth between the text editor window and the MATLAB window easily. If you want to save the commands, you certainly can add comments and annotations. You can consider this text file as a "free-format notebook" without having to launch the Microsoft Word Notebook for MATLAB. [Pg.221]

The 5 2 TEAF reagent is acidic, with the extent of the acidity depending upon the solvent in which the reagent is used. Variations of triethylamine and formic acid pfCa-values with solvent are listed in Table 35.2. The pfCa of formic acid in many of the common solvents used is much higher than water, so there would appear to be little free formate in the reaction thus, it becomes difficult to explain the reaction in such conditions (e.g., those in Table 35.1). [Pg.1227]

Kocisko, D. A., Come, J. H., Priola, S. A., Chesebro, B., Raymond, G.J., Lansbury, P. T., and Caughey, B. (1994). Cell-free formation of protease-resistant prion protein. Nature 370, 471-474. [Pg.210]

TN. Dymova, N.N. Mal tseva, V.N. Konoplev, A.I. Golovanova, D.P. Alexandrov, A.S. Sizareva, Solid-phase solvate-free formation of magnesium hydroaluminates Mg(AlH )2 and MgAlHj upon mechanochemical activation or heating of magnesium hydride and aluminum chloride mixtures , Russ. J. Coord. Chem. 29 (2003) 385-389. [Pg.286]

Dave and co-workers have reported a successful synthesis of 2,2,4,4-tetranitroadamantane (117) which uses the mono-protected diketone (113) as a key intermediate. In this synthesis (113) is converted to the oxime (114) and then treated with ammonium nitrate and nitric acid in methylene chloride to yield the em-dinitro derivative (115). This nitration-oxidation step also removes the acetal-protecting group to leave the second ketone group free. Formation of the oxime (116) from ketone (115), followed by a similar nitration-oxidation with nitric acid and ammonium nitrate, yields 2,2,4,4-tetranitroadamantane (117). In this synthesis the protection strategy enables each carbonyl group to be treated separately and thus prevents the problem of internal nitroso dimer formation. [Pg.82]

Scheme 5 Combination of enzymatic and chemical carbene-catalyzed ROP for the metal-free formation of block copolymers [47]... Scheme 5 Combination of enzymatic and chemical carbene-catalyzed ROP for the metal-free formation of block copolymers [47]...
Note The purpose of smooth or controlled blasting is to produce an excavation contour, while leaving behind an intact, fissure-free formation. This is done by the use of diminished-strength expl charges, using numerous boreholes, driven exactly in parallel Ref R. Meyer, Explosives , Verlag Chemie, NY (1977), 239 314... [Pg.295]

Free formate can be assimilated by cells via the intermediate 10-formyI-tetrahydrofoIate (10-formyl-THF). [Pg.835]

Iron(III) formate [555-76-0], Fe(HC02)3, can be obtained from iron(III) nitrate [14104-77-9] and formic acid in alcohol solution. The red compound is soluble in water but only slightly soluble in alcohol. Up to two waters of hydration may be included, in which event the color of the compound is more yellow. Aqueous solutions hydrolyze to afford basic iron(III) formates (analogous to basic acetates) and eventually a precipitate of iron hydroxide and free formate. [Pg.435]

All commands are in free format. Incorrect input syntax is detected and its location marked without affecting other input or the success of the run. The purpose of interaction is to enable the user to test in closer detail around critical regions. [Pg.245]

It is tacitly assumed that there is no higher oxide stable at this temperature. If the minimum O-content is reached, M is about to be formed (or, what we ignore here, alternatively a lower oxide) and the emf is given by the free formation enthalpy of the oxide (see Chapter 2)... [Pg.104]

The technique obviously allows one to measure the stoichiometry range and also the free formation enthalpy. The actual nonstoichiometry within the phase-width can be directly calculated from the defect model. As discussed in Part I, for a simple ionic disorder the nonstoichiometry 8 is a sinh-function in the difference of the chemical component potential to the value of the stoichiometric point (A = 0) (see Part I,2 Section IV). Owing to... [Pg.104]

The input is completely free format, except that primary keywords (and nothing else) must begin in column 1. The order of input language is sorted into a standard order before processing. Although every data item or vector of items has a tertiary keyword, the keyword may be omitted to allow positional input. The default principle is fully exercised and wherever it... [Pg.293]

In 1852 Robert Remak explicitely rejected the free-formation idea and concluded that Cells always come from the division of other cells. In 1855 Rudolf Virchow reached the same conclusion by studying a great number of normal and pathological adult tissues, and condensed it with the motto omnis cellula e cellula . The final version of the cell theory is therefore the combination of Schleiden and Schwann s first theory with the conclusion of Remak and Virchow All living creatures are made of cells and of cell products, and cells are always generated by the division of other cells. ... [Pg.12]

Now let us estimate the low boundary, Wiow, of the Ore gap in molecular liquids. Because the Ore process is just an electron-transfer reaction, we assume that no rearrangement of molecules occurs and, therefore, the final positronium state will be quasi-free (formation of the bubble requires much longer time). The corresponding Born-Haber cycle is the following ... [Pg.127]

Free formate can react with tetrahydrofolate to form 10-formyl-tetrahy-drofolate the plasma concentration of formate rises in folate deficiency and the ability to metabolize [ Cjformate has been used as an index of folate depletion in experimental animals. [Pg.283]


See other pages where Free formation is mentioned: [Pg.435]    [Pg.299]    [Pg.718]    [Pg.179]    [Pg.53]    [Pg.1245]    [Pg.1454]    [Pg.123]    [Pg.323]    [Pg.636]    [Pg.26]    [Pg.215]    [Pg.286]    [Pg.8]    [Pg.12]    [Pg.115]    [Pg.48]    [Pg.341]    [Pg.1289]    [Pg.2479]    [Pg.139]   
See also in sourсe #XX -- [ Pg.141 ]




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Alanine formation, free energy

Amino acids free radical formation

And free radical formation

Apparent free energy of formation

Bond formation free energy

Charged interface, free energy formation

Charged surface, free energy formation

Domain formation, free energy

Electrical double layer formation, free energy

Enthalpies and Gibbs Free Energies of Formation

Enthalpy, entropy and free energy of formation

Field Free Zones and the Formation of Metastable Ions

Fluctuation free volume formation

Fluctuation free volume microvoid formation

Formates free” carbenes

Formation of free radicals

Formation of initiating free-radicals

Formation of ion pairs from free ions

Formation reaction standard Gibbs free energy change

Formation reactions free energy

Formation solvent-free environments

Formation standard free energy

Formation, Gibbs free energy change

Fragmentation free radical formation

Free Energy of j-mer Formation

Free cell formation

Free electron formation processes

Free energies and enthalpies of formation from the elements

Free energies of pore formation

Free energy cavity formation

Free energy emulsion formation

Free energy for formation of a critical nucleus

Free energy for formation of a nucleus

Free energy formation

Free energy nucleus formation

Free energy of bond formation

Free energy of formation

Free energy of formation from the

Free energy of formation from the elements

Free energy of formation in solution. Convention concerning hydrates

Free energy of micelle formation

Free energy of solution formation

Free energy protein formation

Free enthalpy in formation of polymers

Free enthalpy of formation

Free macroradical formation

Free radical formation

Free radical formation effects from

Free radical formation mechanism

Free radical formation membrane lipid peroxidation

Free radical formation pathways

Free radical formation quantum yield

Free radical formation reducing substances

Free radical initiators homopolymer formation

Free radical peroxynitrite formation

Free radical, formation during cellulose

Free radicals formation with carbonyl

Free radicals in pyruvate formate-lyase

Free solution formation

Free volume entropy, polymer glass formation

Free-electron formation

Free-electron formation cross sections

Free-radical formation during melt processing

Free-radical formation in the presence of oxygen

Gibbs free energy change of formation

Gibbs free energy formation

Gibbs free energy formation species, standard

Gibbs free energy of formation

Glycine formation, free energy

Heats and Free energies of formation

Hydrogen bonding and the formation of free radicals

Leucine formation, free energy

Lipoxygenases free radical formation

Metal-catalyzed free-radical formation

Metal-catalyzed free-radical formation preventing

Micelle formation from free ions

Mixing free-radical formation

Network formation in free-radical

Occupation Probabilities and Free Energy of Cavity Formation

Oxidation free radicals formation

Photodissociation, free radical formation

Polymer glass formation free volume

Properties Gibbs free energy of formation

Protein formation, free

Protein formation, free energy requirement

Quantum free-radical formation

Reactions Leading to Formation of Initiating Free Radicals

Scaled particle theory, cavity formation free

Scaled particle theory, cavity formation free energy calculation

Solvent-Free C-0 Bond Formation

Solvent-Free C-0 Bond Formation under Photoirradiation

Solvent-Free C-N Bond Formation

Solvent-Free C-N Bond Formation under Microwave Irradiation

Solvent-Free C-O Bond Formation

Solvent-Free C-O Bond Formation under Microwave Irradiation

Solvent-Free C-P Bond Formation

Solvent-Free C-P Bond Formation under Microwave Irradiation

Solvent-Free C-S Bond Formation

Solvent-Free C-S Bond Formation under Microwave Irradiation

Solvent-Free C-X Bond Formation

Solvent-Free N-S Bond Formation

Solvent-free C-O bond formation, under

Solvent-free C-O bond formation, under photoirradiation

Solvent-free bond formation

Spinel formation free energy

Standard Gibbs free energy formation

Standard free energies of formation

Standard free energy of formation (AGf

Standard free energy of micelle formation

Standard free enthalpy formation

Standard molar Gibbs free energy formation

Sugar fragmentation and free radical formation

The standard Gibbs free energy of formation

Values for cellular enthalpy, entropy, and free energy of formation

Vinyl ether, formation from free-phenolic

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