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Process Methods

The objective ia any analytical procedure is to determine the composition of the sample (speciation) and the amounts of different species present (quantification). Spectroscopic techniques can both identify and quantify ia a single measurement. A wide range of compounds can be detected with high specificity, even ia multicomponent mixtures. Many spectroscopic methods are noninvasive, involving no sample collection, pretreatment, or contamination (see Nondestructive evaluation). Because only optical access to the sample is needed, instmments can be remotely situated for environmental and process monitoring (see Analytical METHODS Process control). Spectroscopy provides rapid real-time results, and is easily adaptable to continuous long-term monitoring. Spectra also carry information on sample conditions such as temperature and pressure. [Pg.310]

Alternatives to the fluidized-bed method process include the chlorination of titanium slags in chloride melts, chlorination with hydrogen chloride, and flash chlorination. The last is claimed to be particularly advantageous for minerals having a high impurity content (133—135,140). The option of chlorinating titanium carbide has also been considered (30). [Pg.131]

This chapter describes the room air conditioning process, including the interaction of different flow elements room air distribution, heating and cooling methods, process sources, and disturbances. Air handling equipment, including toom air heaters, is discussed in the form of black boxes as far as possible. [Pg.6]

Trade secrets are creative works (usually methods, processes, or designs) that are not covered by the strict definition of an invention required for a legal patent. Or they are actual inventions that a company or individual does not want to expose to public scrutiny through the patent process (since the published patent must contain a written description of the invention). [Pg.382]

Utility Patents. Utility patents are granted to individuals only who have invented or discovered any new and useful method, process, machine, manufacture, or matter composition. These patents must be useful to society (have utility). A utility patent has a total time limit for exclusive use by the inventor of 17 years. [Pg.383]

Use of correlation coefficients between amino acid profile data in order to efficiently quantify the degree of similarity between unknown samples and reference proteinaceous materials [7]. The method processes quantitative amino acid concentrations either as per cent relative content (pg g 1 %) or per cent molar content (mol %). A match of more than 0.9 is necessary to ensure a reliable identification of the proteinaceous binder. Table 9.3 reports results obtained on samples coming from the Tintori Collection analysed with two different analytical procedures showing a good correlation with the egg-based binder [96]. [Pg.250]

These methods process liquid thermoplastics, which are often obtained by dissolving the polymer in solvents. Consequently, it is necessary to obey all health, safety and environmental precautions and regulations. [Pg.735]

Process by which the reliability and relevance of a particular approach, method, process, or assessment is established for a defined purpose. Different parties define Reliability as establishing the reproducibility of the outcome of the approach, method, process, or assessment over time. Relevance is defined as establishing the meaningfulness and usefulness of the approach, method, process, or assessment for the defined purpose. [Pg.8]

CHEMICAL KINETICS TEMPLATE CHALLENGE METHOD PROCESSIVITY Template-directed assembly, MICROTUBULE ASSEMBLY Template-directed irreversible polymerization,... [Pg.783]

There are two primary methods to reduce the number of trial process conditions and at the same time gain more information from the experiments done. The first method to be discussed is based on design of experiments (DOE). The second method, process science, is an offshoot of attempts to improve quality control on incoming materials. Each has advantages and often they are combined. [Pg.448]

Selection of methods, process, and equipment to ensure the product meets specifications... [Pg.12]

The manufacturing methods/process simulation include the following steps (see individual MFM [manufacturing formula and method] for media hll run) ... [Pg.875]

Design alternative methods, processes based on what you have experienced/ seen and learned. [Pg.181]

Peroctoate and Scaling Methods , Process Plant Safety Symposium, Vol 2,... [Pg.143]

Method Process Particles/ ray measured Depth resolution Lateral resolution Imaging possibility Detection limits Strengths of technique Limitations of technique... [Pg.288]

Although there may be other reasons for selecting a method/process (such as economics), the manufacturing dictates can be summarized as follows ... [Pg.223]

Stock standards of FLU, NALA, OXO, and PIRA are stable in MeCN at 4°C for 1 year. Working standard mixtures are stable for less than 2 months. Working standard mixtures in active method process are stable for at least 2 h in 100 mM NaOH and longer in all solvents used in the method (192). [Pg.675]

CompoundState is an abstract class that defines an abstract method process(). CreatedState, FragmentedState, ValidState, CorrectedState, InvalidState, and ReadyToBeRegisteredState are all concrete subclasses of CompoundState and must implement the process() method. They define the behaviors of a compound depending on its state. [Pg.76]

Start with the CompoundState class, which is an abstract class. It has an attribute—compound. This compound is the one that the CompoundState describes. It is set in the constructor—when a CompoundState object is created (CompoundMemento object is described later in this chapter). CompoundState also defines an abstract method process(). Its source code is as follows ... [Pg.76]

Ionization Methods/Processes. The recent development of several new ionization methods in mass spectrometry has significantly improved the capability for the analysis of nonvolatile and thermally labile molecules [18-23]. Several of these methods (e.g., field desorption (FD), Californiun-252 plasma desorption (PD), fast heavy ion induced desorption (FHIID), laser-desorption (LD), SIMS, and fast atom bombardment (FAB) or liquid SIMS) desorb and ionize molecules directly from the solid state, thereby reducing the chance of thermal degradation. Although these methods employ fundamentally different excitation sources, similarities in their mass spectra, such as, the appearance of protonated, deprotonated, and/or cationized molecular ions, suggest a related ionization process. [Pg.173]

Analysis strategy Method/process refinement Processed Information/ knowledge... [Pg.194]

Quality checks of submissions are critical to ensure that methods, processes, equipment, and facilities have been accurately reported and that the documents included in the submission represent the appropriate scope of information. In addition, the actual data presented in the submission must be checked for integrity and accuracy to the extent possible. The submission of inaccurate or fraudulent documents could result in the invocation of the fraud policy or the application integrity policy (AIP) that covers the failure to have and implement systems or procedures to ensure the quality and accuracy of submissions. It is therefore clear that ensuring the quality of submissions and authenticating all data is critical to maintaining the good compliance standing of the applicant. [Pg.14]


See other pages where Process Methods is mentioned: [Pg.562]    [Pg.592]    [Pg.56]    [Pg.245]    [Pg.574]    [Pg.677]    [Pg.111]    [Pg.111]    [Pg.35]    [Pg.875]    [Pg.914]    [Pg.60]    [Pg.36]    [Pg.74]    [Pg.290]    [Pg.356]    [Pg.489]    [Pg.327]    [Pg.330]    [Pg.261]    [Pg.273]    [Pg.274]    [Pg.654]    [Pg.184]   
See also in sourсe #XX -- [ Pg.16 , Pg.26 , Pg.149 , Pg.632 ]

See also in sourсe #XX -- [ Pg.65 , Pg.69 , Pg.80 , Pg.90 , Pg.93 ]




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A Novel Bio-inspired Digital Signal Processing Method for Chemical Sensor Arrays

Acid-processing method

Adsorption processes method

Alkyd resin processing fatty acid method

Alternative methods of processing

Alum method process

Amorphous state processing methods

Analytical Methods Available for Process Monitoring

Analytical method transfer process

Analytical method transfer process documentation

Analytical methods about manufacturing process

Analytical methods process

Applying Surface Modification Methods to Promote Adhesion with Coating Processes

Aspects of Processing Methods and Conditions Affecting Percolation Networks

Assembly process Interconnect method

Base-processing method

Basis for selecting a process method

Bioreactor Performance Process Design Methods

Catalytic Arylation Methods: From the Academic Lab to Industrial Processes, First Edition

Cellulolytic enzymes process methods

Ceramic Processing Method

Choice of Materials and Processing Methods

Commercial Process Methods

Communication systems, method transfer process

Comparison among Various Processing Methods

Composites processing methods

Composting process and methods

Computational Methods for Process Simulation

Computer methods process control

Computer methods process integration

Computer methods process simulation

Concentrate processing comparison with other methods

Conductivity resist processing method

Continuous Processes, Rapid Methods

Control, process, method

Control, process, method material balance

Conventional signal processing method

Covariance-processing methods

Crystal pulling process method

Cyclic processes, morphologies methods

Data processing methods

Design basic processing methods

Design limitations imposed by processing method

Development Assurance process formal methods

Digital image processing methods

Direct compression method process

Documentation method transfer process

Downstream processing laboratory methods

Drilling Processes Methods

Dry processing method

EMERGING METHODS FOR PROCESSING AND SEPARATION OF PLASTICS

Electrochemical methods electron-transfer process

Electrochemical processes method

Emissions from processes control methods

Emulsification process characterization method

Endothermic process isothermal method

Experimental methods, interfacial processes

Experimental methods, interfacial processes interface study

Extraction calculation methods, process fundamentals

FILLERS IN DIFFERENT PROCESSING METHODS

Failure analysis method transfer process

Gentle processing methods

HPLC stability-indicating method process

Heat generation, physical processing screening methods

Heterogeneous catalytic processes computational methods

Heterogeneous catalytic processes methods

High-performance liquid chromatography method validation process

Imaging process early methods

Immiscible process selection method

Industrial textile processing methods

Industrial textile processing methods bleaching

Input analysis, process data multivariate methods

Input analysis, process data univariate methods

Interactions processing methods

Intrinsically processing methods

Isotope separation methods gaseous diffusion process

Lamination Process methods

Layer-processing methods, compatibility

Leaching processing methods

Levy flight processes method of images inconsistency

List processing method

Main methods and processes to synthesise polymers

Manual Processing Methods

Manufacturing and Processing Methods of Biocomposites

Manufacturing methods processes

Maximum-likelihood method processing data

Melt-processing methods

Membranes downstream processing methods

Method development process

Method stage, chemical process

Method transfer investigation process

Method transfer process

Method transfer quality control processes

Method validation development process

Methods and Tools of Sustainable Industrial Chemistry Process Intensification

Methods for enhancing diffusion processes in polymer

Methods of Process Intensification

Methods of Processing Aminoplasts

Methods of improving the process to improve product quality

Methods of processing

Methods to improve process

Methods, techniques and processes

Microbial processes analytical methods

Microchemical process methods

Modification Methods—Dry Processing

Molecular weight processing methods

Monitoring procedures, method transfer process

Monitoring the Method Transfer Process

Monte Carlo methods processes

Most Common Processing Methods

Multilayer board processing Process methods

Object-oriented process modeling method

On-line Process Analysis by the EVOP Method

Other Processing - Molten Carbonate Method

Other Processing Methods

PANI fibers acid-processing method

PANI fibers base-processing method

PROCESS HAZARD ANALYSIS METHODS WITH EXAMPLES

Parallel processing methods

Personal protective equipment processing methods

Petroleum process engineering, kinetic methods

Physical processing screening methods

Planar cells processing methods

Plasticizers in Various Processing Methods

Polymer Synthesis Methods and Processes

Polymer processing photochemical methods

Polymer processing radiation methods

Polymer processing radiation-chemical methods

Polymer processing radiation-chemical methods, advantages

Powder processing method

Power processing methods

Pre-processing method

Principle of Atomic or Molecular Parameter-Data Processing Method

Process Model and the Solution Method

Process Raman spectroscopy, analytical method

Process Raman spectroscopy, analytical method Applications

Process chromatography, analytical method

Process chromatography, analytical method Applications

Process design numerical computational methods

Process engineering methods

Process exploitation, response-surface methods

Process fabrication methods

Process hazard analysis screening methods

Process integration problem table method

Process mass spectrometry, analytical method

Process optimization analytical methods

Process reaction curve method

Process reaction method

Process safety analysis ranking methods

Process simulation convergence methods

Process simulators methods

Process spectroscopic methods

Process spectroscopy, analytical method

Process spectroscopy, analytical method Applications

Process substitution methods

Process synthesis algorithmic methods

Process synthesis evolutionary methods

Process-based methods for measuring medication errors

Processed Methods and Conjugacy

Processed foods protein-based method

Processed method

Processed method

Processes, Solvents, and Methods of Activation

Processing Methods Based on the Extruder

Processing Methods and Applications

Processing Methods for Ultra-High Temperature Ceramics

Processing method selection

Processing methods

Processing methods

Processing methods blow molding

Processing methods calendering

Processing methods cells

Processing methods checklist

Processing methods chemical vapor deposition

Processing methods colloidal spray deposition

Processing methods colorant application technology

Processing methods compression molding

Processing methods cost considerations

Processing methods design considerations

Processing methods direct-deposition techniques

Processing methods durability considerations

Processing methods electrochemical liquid deposition

Processing methods electrochemical vapor deposition

Processing methods electrodeposition

Processing methods electrophoretic deposition

Processing methods equipment cost considerations

Processing methods extrusion

Processing methods foaming

Processing methods for cross-linking plastics

Processing methods for plastics

Processing methods infiltration

Processing methods injection molding

Processing methods knife coating

Processing methods laser ablation

Processing methods material composition effects

Processing methods material cost considerations

Processing methods mixing

Processing methods painting

Processing methods plasma spraying

Processing methods process cost considerations

Processing methods pulsed-laser deposition

Processing methods pultrusion

Processing methods reaction injection molding

Processing methods rotational molding

Processing methods screen printing

Processing methods sheet molding

Processing methods sintering

Processing methods slurry coating

Processing methods spin coating

Processing methods spray pyrolysis

Processing methods sputtering

Processing methods stability, colorant properties

Processing methods thermoforming

Processing methods, aminoplasts

Processing molding methods

Processing, and Measurement Methods

Property examples for polyamide nanocomposites processed by various methods

Purification-functionalization processing method

QM/MM methods for simulation of condensed phase processes

RRR Process Methods

Rate processes kinetic methods

Reactive process in situ copolymerization method

Reactive processing methods

Recent Processing Methods for Preparing Starch-based Bioproducts

Reprocessing method, nuclear fuel aqueous process

Research Methods of China Marginal Seas Biogeochemical Process

Reversible electrode process potential step method

Scientific method A process of studying

Scientific method A process of studying natural phenomena that involves making

Scope changes, method transfer process

Semi-Automatic Processing Methods

Separation/purification methods precipitation processes

Separation/purification methods solvent extraction processes

Signal processing methods

Signal-processing method, capillary

Solid state processing methods

Solving nonlinear simultaneous equations in a process model iterative method

Statistical methods metals processing

Statistical process control methods

Stochastic process Monte Carlo method

Suggested Tuning Method for Integrating Processes

Supercritical antisolvent processing methods

Supercritical fluid processing method

Support Vector Machine Data Processing Method for Problems of Small Sample Size

Sustainable Process impact assessment method

Temperature jump method processes investigated

The Lead Evaluation Process Technologies and Methods

The Melting Process by Other Methods

The Toxcos Background and Processing Method

Thermal conductivity processing methods

Thermoforming, part processing methods

Thermoplastics processing methods

Thermosets processing methods

Traditional processing method

Transport systems, method transfer process

Tuning Methods Based on Known Process Models

Tuning Methods When Process Model Is Unknown

Tuning method known process models

Types of Separation Processes and Methods

Typical risk reduction methods found in process plants

Wet process method

Wet-processing methods

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