Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Effective functionality

The note in clause 4.5.2.1 lists examples of documents that should be available at all locations where operations essential to the effective functioning of the quality system are performed. [Pg.47]

Operations essential to the effective functioning of the system are operations that contribute to the specification, achievement, control, assurance, or management of quality. Any operation covered by the quality system is an essential operation. [Pg.293]

MIcrobiocldes. There are several microbiocides available commercially that can perform an effective function in controlling microbial activity. Some of these chemicals are inorganic, such as chlorine, sodium hypochlorite, calcium hypochlorite, hydrogen peroxide, chromates and compounds of mercury and silver. However, the organic chemicals find the highest use as microbiocides. Some examples of these organic compounds are peracetic acid, paraformaldehyde, polychlorophenols and quaternary ammonium derivatives, to name a few [208]. [Pg.1335]

Head-group functionality of CISi-PaMeSt prepared by this Si-Cl containing functional initiator 1 in conjunction with Et2AlCl was investigated. The amount of Si-Cl head-group was determined by conductometry of the HC1 generated by hydrolysis of CISi-PaMeSt, and the theoretical amount of Si-Cl was calculated from the sample weight and Mn of CISi-PaMeSt. The results are shown in Table 4, where the Effective Functionality E. F. is2... [Pg.19]

However, at this point it is not clear which process caused the reduction of effective functionality yet. [Pg.19]

Table 4. Effective functionality of CISi-PaMeSt obtained by the use of ClnSi(CH3)3H1CH2CH29 CH2Cl/Et2Aia initiating system... Table 4. Effective functionality of CISi-PaMeSt obtained by the use of ClnSi(CH3)3H1CH2CH29 CH2Cl/Et2Aia initiating system...
Although the effective functionality of CISi-PaMeSt was less than one, attempts were made to obtain block copolymers by coupling with living polyisoprenyllithium and a,w-disodium polyisobutylene glycolate. These particular coupling reactions were selected because it is known that Si-Cl bonds readily react with organolithium compounds and sodium alkoxides43 45 . [Pg.20]

Immimological Effects—Functional changes in the immune response. [Pg.243]

Fig. 8—Dependence of the nanoscale effect function on the inverse Knudsen number. Fig. 8—Dependence of the nanoscale effect function on the inverse Knudsen number.
Based on the nanoscale effect function, Peng et al. further derived the modihed Re5molds equations of the first-order slip, the second-order slip and the Fukui-Kaneko models [19]. The flow rate coefficients become the following expressions. [Pg.102]

Fig. 9—Comparison of the nanoscale effect function between three calculation methods. Fig. 9—Comparison of the nanoscale effect function between three calculation methods.
The correction of mean free path, hi by the nanoscale effect function results in a smaller mean free path, or a smaller Knudsen number in other word. As a matter of fact, a similar effect is able to be achieved even if we use the conventional definition of mean free path, / = irSn, and the Chapmann-Enskog viscosity equation, /r = (5/16)... [Pg.103]

SRB contains high-quality protein, oil, dietary fiber, polysaccharides, fat-soluble phytochemicals (plant derived bioactive compounds) and other bran nutrients. Rice bran and germ are the richest natural sources of B complex vitamins as well as E vitamins, polyphenols, several antioxidants and minerals. It is now available in the commercial food ingredient market as a safe and effective functional food and dietary supplement. [Pg.348]

For effective function as biological control agents, there are a number of determinants that... [Pg.608]

The G doublet and triplet effectively functions as a thermodynamic sink in DNA-mediated hole transport. However, the rate determining step of hole trapping at guanine clusters and the rate of hole trapping are not well understood. Furthermore, hole transfer between the donor and acceptor should compete with the hole trapping reaction the relative rate of hole trapping versus the hole transfer rate determines the overall efficiency for the hole transfer. [Pg.175]

Appropriate methods of exposure analysis depend on the form of the health effect function, which must be presumed to depend on some function of the time history of concentration to which a person is exposed. Even... [Pg.69]

The appropriate time and space scales are imposed by estimated health effects functions, source and population patterns, data quality and availability, and by the user s information needs. These constraints have led to a wide range of analytical approaches. [Pg.72]

The paper first considers the factors affecting intramolecular reaction, the importance of intramolecular reaction in non-linear random polymerisations, and the effects of intramolecular reaction on the gel point. The correlation of gel points through approximate theories of gelation is discussed, and reference is made to the determination of effective functionalities from gel-point data. Results are then presented showing that a close correlation exists between the amount of pre-gel intramolecular reaction that has occurred and the shear modulus of the network formed at complete reaction. Similarly, the Tg of a network is shown to be related to amount of pre-gel intramolecular reaction. In addition, materials formed from bulk reaction systems are compared to illustrate the inherent influences of molar masses, functionalities and chain structures of reactants on network properties. Finally, the non-Gaussian behaviour of networks in compression is discussed. [Pg.377]

Determination of Effective Functionalities from Gelation Data. Gelation data from reactions at various dilutions are sometimes used to determine chemical functionalities of reactants(30,31). Such a procedure should be viewed with caution as it assumes that the functional form of the dependence of ring-forming parameter upon dilution which is predicted by theory is that obtained in practice, and, as Figure 6 indicates, this assumption is not always justified. [Pg.386]

Figure 7. Gelation data (3) plotted according to Eq. 8 to determine an effective functionality. Figure 7. Gelation data (3) plotted according to Eq. 8 to determine an effective functionality.
Gene Polymorphism Position Effect Function References... [Pg.182]


See other pages where Effective functionality is mentioned: [Pg.325]    [Pg.326]    [Pg.485]    [Pg.307]    [Pg.293]    [Pg.515]    [Pg.315]    [Pg.177]    [Pg.13]    [Pg.19]    [Pg.102]    [Pg.102]    [Pg.1050]    [Pg.193]    [Pg.534]    [Pg.456]    [Pg.80]    [Pg.81]    [Pg.107]    [Pg.4]    [Pg.272]    [Pg.71]   
See also in sourсe #XX -- [ Pg.176 ]




SEARCH



Additive Effects of Functional Polymers

Adjacent functional groups, effect

Adsorption from Solution and Effects of Surface Functionalities

Adverse effects sexual function

After-effect function

Anomeric effect energy functions

Anomeric effect potential-function calculations

Apatite nucleation, effective functional groups

Behavioral effects functions

Bohr effect, hemoglobin function

Carbon number functionality effects

Cell functional effects

Classical Definition of Receptor-Mediated Functional Effects

Cognitive function caffeine, effects

Cognitive function histamine effects

Damping effects function

Density functional theory effects

Density functional theory optimized effective potential

Density functional theory relativistic effects

Density functional theory solvent effects

Density functional theory spin-orbit effects

Density functional theory substituent effects

Dielectric constant/effect/function

Dielectric constant/effect/function high- dielectrics

Diffuse functions, effect

Diffuse functions, effect acidities

Diffuse functions, effect anion geometries

Diffuse functions, effect bond separation

Diffuse functions, effect energies

Dose-response functions effect models

Effect models probit functions

Effect of Functional Group Structure on Selectivity

Effect of Functional Groups on EDLC Characteristics

Effect of Functional Monomers and Initiators on Particle Nucleation

Effect of Latex Functional Group on Selectivity

Effect of functionalization

Effect of monomer functionalization

Effective Partition Function

Effective coupling function

Effective coupling function calculation

Effective coupling function propagator

Effective coupling function scaling

Effective coupling function systems

Effective dielectric functions

Effective dose equivalent function

Effective dose equivalent function relationship

Effective optical constants dielectric function, theories

Effective potential energy functions

Effective potential functions

Effective production function

Effectiveness factor as a function of Thiele modulus

Effects Related to the Donor Functionality

Effects function

Effects function

Effects of Activated Macrophages on Islet Function

Effects of Cationic Polymers on Cell Functions

Effects of Cross-Link Functionality

Effects of Cross-Linking on the Viscoelastic Functions

Effects of Cytokines on 3-Cell Function

Effects of Dimethylphenyltin Chloride (DMPTC) on Human NK Cell Function

Effects of Function

Effects of Junction Functionality

Effects of Methyldiphenyltin Chloride (MDPTC) on Human NK Cell Function

Effects of Nicotine on Body Functions

Effects of Surface Functionalities on Adsorption

Effects of Surface Functionalities on Gas Adsorption

Effects of Triphenyltin Chloride (TPTC) on Human NK Cell Function

Effects of functional-group orientation on rates and equilibria

Effects on Endocrine Function

Effects on Endothelial Function

Effects on body functions

Effects on neutrophil function

Effects specific mammalian functions

Electronic effects of functional groups

Electrostatic Effectiveness as a Function of Potential

Evaluation of Hazard Control Function Effectiveness

Excess Functions. Effect of Lattice Deformations

Exposure routes health effect functions

Field-effect devices bare and functionalized EIS structure

Field-effect transistors, function

Function and Effects of Biotin

Function and Effects of Niacin (Niacinamide, Vitamin

Function general effects

Functional catalyst molar ratio, effects

Functional effects

Functional groups electron-withdrawing effects

Functional groups electronic effects

Functional groups, effect

Functional groups, effect supramolecular structures

Functional hazard analysis failure effects

Functionalization Effects on EDLCs

Functionalized negative neighboring group effect

Gaussian basis functions electron correlation effects

Geometric phase effect electronic wave function

Geometric phase effect total molecular wave function

Ground-state wave function effect

Ground-state wave function effective Hamiltonians

Groups with similar polar effects functional equivalents

Hepatic disease function effect

Immune function antioxidant vitamin supplementation effects

Immune function effects

Immune system function deficiency effects

Inductive effect from functional groups, Table

Left ventricular function, effects

Ligand-receptor interaction-induced functional effects

Linked Functions and Reciprocal Effects

Lithium renal function effects

Mesenchymal stem cells functional effects

Mixed-function oxidase activity, effect

Mixture Effects on Endocrine Function---Case Studies

Molecular weight, effect nucleation function

Nucleotide functions allosteric effects

Oscillation function effective temperature

Performance Aspects — Real-World Functional Demands in Relation to the Gecko Effect

Perturbation dielectric function, effective

Polarization effects scaling functions

Polarization effects structure functions

Polarization functions, effect

Poly functional effects

Potential barrier, effect function

Protein function, various effects

Remote functionality effect

Renal function cyclooxygenase-2 inhibitor effects

Renal function effects

Replacement effectiveness function

Resins functional group effect

Resonance effects from functional groups, Table

Response function, detector, effects

Response function, detector, effects distributions

Rofecoxib renal function effects

Role of Polymer Functionalization in the Gas-Sensing Effect

S-Nitrosoproteins Functional Effects of Posttranslational Nitrosation

Scaling functions effects

Sexual function adverse effects, drugs

Sexual function alcohol effects

Sexual function antipsychotic effects

Sexual function cardiovascular drug effects

Shear viscosity function, effect

Spectroscopic effective dielectric function

Stereoelectronic effects and the ester function

Structure-reactivity relationships functional group effects

Substitution effectiveness function

Surface effects work function

Surface functional groups adsorption isotherms, effects

The Effect of Oligo-Polyol Functionality

The action, effects and functions of a hormone

The health effects of phytoestrogens osteoporosis, cardiovascular disease and thyroid function

Time-dependent density functional theory effective potential

Titanate functional effects

Transient respiratory function effects

Wave function Renner-Teller effect, triatomic molecules

Work function alkali metals, effect

Work function ammonia, effect

Work function potassium, effect

© 2024 chempedia.info