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Design Bases

Heat Exchanger Network Design Based on the Optimization of a Reducible Structure... [Pg.394]

The intramolecular version for synthesizing cyclic and polycyclic compounds offers a powerful synthetic method for naturally occurring macrocyclic and polycyclic compounds, and novel total syntheses of many naturally occurring complex molecules have been achieved by synthetic designs based on this methodology. Cyclization by the coupling of an enone and alkenyl iodide has been applied to the synthesis of a model compound of l6-membered car-bomycin B 162 in 55% yield. A stoichiometric amount of the catalyst was used because the reaction was carried out under high dilution conditions[132]. [Pg.151]

This article also aims at estabHshing the stmcture—property—appHcation relationships of aerogels. Selected examples are given to show what some desirable properties are and how they can be deHvered by design based on an understanding of the preparation and preservation of a gel s microstmcture. [Pg.1]

A commercial design based on semicontinuous operation was developed for manufacture of silicate powders (27). A slurry, prepared containing the feed materials and water, is fed to the reactor tank and heated by circulating a heat-exchange fluid in channels located on the outside vessel wall. A six-bladed stirrer is operated at about 100 rpm in order to keep reagents well mixed. Once the slurry reaches the operating temperature, the vessel heat is maintained until reaction is complete. For most fine-particle products, this time is less than 1 hr. [Pg.502]

Drops coalesce because of coUisions and drainage of Hquid trapped between colliding drops. Therefore, coalescence frequency can be defined as the product of coUision frequency and efficiency per coUision. The coUision frequency depends on number of drops and flow parameters such as shear rate and fluid forces. The coUision efficiency is a function of Hquid drainage rate, surface forces, and attractive forces such as van der Waal s. Because dispersed phase drop size depends on physical properties which are sometimes difficult to measure, it becomes necessary to carry out laboratory experiments to define the process mixing requirements. A suitable mixing system can then be designed based on satisfying these requirements. [Pg.430]

Koch/Sul2er SMX has a correlation factor for design based onlog(viscosity ratio of the two Hquids). [Pg.436]

W. J. Diamond, Practica/ Experimenta/ Designs for Engineers and Scientists, 2nd ed.. Van Nostrand Reinhold, New York, 1989. "This book is for engineers and scientists with Httie or no statistical background who want to learn to design efficient experiments and to analyze data correctiy. .. The emphasis is on practical methods, rather than on statistical theory." The discussion is quite detailed in some areas, eg, experimental designs based on Hadamard matrices, and scanty in others. [Pg.524]

Design Methods The size of the agitated flash dryer is based on the evaporation rate required. The operating temperatures are product-specific. Once established, they determine the airflow requirements. The diyiug chamber is designed based on air velocity (approximately 3 m/s) and residence time (product-specific). [Pg.1238]

Mass-transfer zone Design based on stoichiometry and experience Isothermal MTZ length largely empirical Regeneration often empirical... [Pg.1498]

FIG. 21-61 Typ es of pallets. Designations are standard designs based on nomenclature of tbe National Wooden Pallet and Container Association, Washington, D.C. Types 2B and 2C are used for bags and corrugated cartons. Type 3 is used for drums and pails. [Pg.1984]

In the holding section of a continuous sterilizer, correct exposure time and temperature must be maintained. Because of the distribution of residence times, the actual reduction of microbial contaminants in the holding section is significantly lower than that predicted from plug flow assumption. The difference between actual and predicted reduction in viable microorganisms can be several orders of magnitude therefore, a design based on ideal flow conditions may fail. [Pg.2142]

Storage tanks are generally designed based upon the vapor pressure of their contents, and can range from low pressure (API-type) tanks to high pressure tanks for compressed gases or pressurized liquids. [Pg.36]

Chemical analyses should be provided for all anodes used in the offshore and harbor area, together with results for current content in A h kg and current output in amperes [2,3]. The geometric shape and the number of anodes required is determined by these parameters. Expensive calculations for design based on grounding resistances are made only in exceptional cases because in practice there are too many uncertainties and the number and mass of the anodes have to be quoted with a corresponding safety factor. [Pg.372]

Figure 2.21 is a graph of Occurrence against Severity showing a boundary of the acceptable design based on these criteria for the case when d = 1 and Pof = 1. The graph is scaled in terms of FMEA ratings for Occurrence, equivalent probabilities and parts-per-million (ppm). [Pg.69]

For more eomprehensive FMEA Oeeurrenee, Severity and Deteetability Ratings, see Figure 2. Note that Oeeurrenee ean be replaeed by field reliability data in the form of failure rates sealed to the original ratings. This may be useful when assessing produet families or new designs based on existing ones. [Pg.296]

ASTM A297 Gr. HK or A 351 HK-40, a 26 Cr-20 Ni alloy with a carbon range of 0.35 to 0.45 percent, i.s the material almost always specified for catalyst tubes. A recent API Survey indicated that for most plants the tube wall was designed on the basis of stress to produce rupture in 100,000 hours. Other design bases were 50 percent of the stress to produce rupture in 10.000 hours or 40 to 50 percent of the stress to produce one percent creep in 10,000 hours. [Pg.261]

Standard Geometry describes a vessel and mixer design based on a fluid depth equal to vessel diameter and a top-entering impeller having a diameter equal to 1/3 of vessel diameter and located with a clearance of 1/3 of vessel diameter above the bottom of the vessel. [Pg.454]

Although the author has taken great care to ensure that the information presented in this volume is accurate, neither he nor the publisher will endorse or guarantee any designs based upon materials provided herein. The author wishes to thank Butterworth-Heinemann Publishers for their fine production of this volume. [Pg.542]

In accordance to PDVSA-JA-221 specification. Horizontal Earthquake Force (design Base Shear) is given by ... [Pg.313]

Any stack should be designed based on a knowledge of prevailing meteorological conditions and stack emission criteria based on years of operating... [Pg.346]

Also, refinery operations and particularly chemical plant processes tend to be unique, so that techniques described in this book do not necessarily apply in all cases. The presentation of material is therefore not meant to be an endorsement, either by the author or publisher, nor are any guarantees, either explicit or implicit made for designs based on the information provided in this book. [Pg.389]

Center for Chemical Process Safety (CCPS) (1997). [scheduled publication]. Guidelines for Selecting the Design Bases of Process Safety Systems. New York American Institute of Chemical Engineers. [Pg.139]

The target composition of the undesirable species in each MSA is assigned by the designer based on the specific circumstances of the application. The nature of such circumstances may be physical (e.g., maximum solubility of the pollutant in the MSA), technical (e.g., to avoid excessive corrosion, viscosity or fouling), environmental (e.g., to comply with environmental regulations), safety (e.g., to stay away from flammability limits), or economic (e.g., to optimize the cost of subsequent regeneration of the MSA). [Pg.46]

Review the design bases for unit relief vjKc and the flare system to ensure ihal they are siil valid... [Pg.440]

IS used as a design base. As a first assumption an influx velocity of Z ij, = 0.1 to 0.2 m s should be used. Based on the total area of all openings the necessary airflow rate, can be calculated as... [Pg.884]

A design based on the enclosure open-area control velocity does not consider all the other variables listed as affecting dust control. Calculation procedures to predict many of the other variables would be very complicated if not impossible to perform. Physical modeling of the problem and solution w as therefore used as the basic design tool. [Pg.908]


See other pages where Design Bases is mentioned: [Pg.2835]    [Pg.254]    [Pg.518]    [Pg.523]    [Pg.555]    [Pg.352]    [Pg.336]    [Pg.78]    [Pg.63]    [Pg.607]    [Pg.731]    [Pg.2480]    [Pg.2527]    [Pg.945]    [Pg.226]    [Pg.42]    [Pg.223]    [Pg.392]    [Pg.487]    [Pg.268]    [Pg.41]    [Pg.210]    [Pg.5]    [Pg.43]   


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3 structure based ligand design

A Design Approach Based on Irreversibility

Acid-Base Catalysis in Designed Peptides

Amprenavir structure-based design

Application of Pharmacophore Fingerprints to Structure-based Design and Data Mining

Approaches to Structure-Based Ligand Design

Aptamers for the Design of an Affinity CE-Based Enantioselective Competitive Assay

Atom-based design

Base Case Design of Reactive Column

Base case design

Base case design 792 Subject

Base case design detailed database

Base case design flow diagrams

Base case design pilot plant testing

Base case design process flow diagram

Base case design process integration

Base case design process simulation

Base case design simulation)

Base details for vertical vessels, design

Base plate designs

Base plate designs weights

Based Design

Based Design Approach

Based Design, Optimization, and Control

Based Drug Design

Biochemical Reaction Mechanism of Scytalone Dehydratase and Structure-based Inhibitor Design

Captopril structure-based design

Catalytic Design of Palladium-Based Membrane Reactors

Cell-based design

Combinatorial libraries structure-based design

Combinatorial library design, product-base

Compound library design QSAR-based

Compound library design diversity-based

Compound library design protein structure based

Compounds symmetry-based design

Computational based design

Computational library design compound-based

Computational library design dissimilarity-based

Computational tools, process-based design

Computer-based decision support system design

Computer-based experiment design

Computer-based green design tools

Controller design distributed model-based

Controller design passivity-based

Correction-based design analysis

Decision making, risk-based, design

Design and Synthesis of Methacrylate-based Copolymers

Design and optimization of cement-based composites

Design base accident

Design base metal recovery

Design based library

Design based on ASME PCC

Design based on ISO

Design bottle-base

Design ligand-based

Design multiscale model-based

Design natural-products-based drug discovery

Design networks Product-based

Design of Isoindigo-Based Polymers

Design of Multifunctional Hyaluronic Acid-based Delivery Systems

Design reagent-based

Design tools computer-based

Design, bases for

Design-Based Research A Strategy for Change in Engineering Education

Design-based inference

Designs factorial-based

Development of the Base-Case Design

Diversity, combinatorial libraries product-based design

Diversity-based design

Diversity-based design, screening

Diversity-based design, screening libraries

Docking and Structure-based Design

Dorzolamide A Success Story of Structure-Based Drug Design

Drug design field-based techniques

Drug design mechanism-based

Drug design mechanism-based inhibitors

Drug design peptide-based

Drug design protein structure-based methods

Drug design structure, ligand-based models

Drug design structure-based methods

Drug design/discovery structure-based

Drug properties structure-based design

Electrostatics-based design

Enzyme inhibition, drug design mechanism-based inhibitors

Equation-Based Design Methods

Examples of Structure-Based Drug Design

Experimental design based

Experimental design based concept

Fragment based drug design

Fragment-based de novo design

Fragment-based de novo ligand design

Fragment-based drug design FBDD)

Fragment-based ligand design

Future design of novel bio-inspired, silica-based materials

General Design Information-Storing Molecular Duplexes Based on the Recombination of H Bond Donors and Acceptors

Heat Exchanger Network Design Based on the Optimization of Reducible Structure

Homology structure-based design

Hydrogel-Based Supports Design and Synthesis

Indinavir structure-based design

Influenza structure-based inhibitor design

Inhibition structure-based design

Inhibitors fragment-based design

Integration of Ligand-and Structure-based Design Concepts

Interaction-Based Design of Deformable Machines

Knowledge-based Combinatorial Library Design Strategies within Homogenous Target Subfamilies

Knowledge-based design

Lead compound production structure-based drug design

Lead compounds structure-based drug design

Lead generation structure-based design

Library design cell based

Library design target structure-based

Library-based drug design

Ligand design fragment-based approaches

Ligand- and Structure-based Drug Design

Ligand-based Combinatorial Design The RADDAR Approach

Ligand-based Template Design for GPCR-targeted Libraries

Ligand-based drug design

Ligand-based focused design

Lugs, design base plate

Mechanism based design, protein

Mechanism based design, protein engineering

Mechanism-based design

Mechanism-based enzyme inactivators, design

Mechanism-based inhibitor design

Methotrexate structure-based design

Molecular structure-based ligand design

Nelfinavir structure-based design

Nuclear Magnetic Resonance ligand-based design

Optimized design of a RD column for MTBE synthesis based on economic performance and exergy efficiency

Optimum Laser Design Based on Application Requirements

Performance-based Service-life Design According to DuraCrete

Performance-based design

Pharmacophore-based design

Polymer-based composite materials designing

Polypeptide Materials Based on other Naturally Occurring or De Novo Designed Self-Assembling Domains such as Coiled Coils

Porphyrin-based photosensitizers designing

Power-based design

Prescriptive versus Performance-Based Design

Procedure 4-12 Design of Base Plates for Legs

Process Design Based on Rigorous SMB Models

Process design model-based determination

Product-based design

Product-based design combinatorial optimization

Product-based design diversity descriptors

Product-based design indications

Product-based design optimization

Product-based design overview

Product-based library design

Property-Based Approaches to Design Rules for Reduced Toxicity

Property-based design

Property-based library design

Rational-based design

Reactant-based design

Reaction-Based Design Equations

Reactor design equation Reaction-based

Reactor design equation Species-based

Reagent-based library design

Receptor-based design

Receptor-based design pharmacophore generation

Receptor-based drug design

Relenza structure-based design

Ritonavir structure-based design

Rules of Thumb for Structure-Based Drug Design

Saquinavir structure-based design

Separation technology, process-based design

Side Chain Effects and Design of Isoindigo-Based Polymers

Signature-Based Molecular Design

Site selection base ring design

Skill 25.5 Design and analyze the results of an acid-base titration

Steps in Structure-Based Drug Design

Structure based design

Structure based drug design drugs

Structure based drug design introduction

Structure based drug design process

Structure-Based Sialidase Inhibitor Design on a Sialic Acid Scaffold Development of Zanamivir

Structure-based De Novo Ligand Design

Structure-based Design of Somatostatin Agonists

Structure-based antibiotic design, case study

Structure-based design future directions

Structure-based design protein kinase family

Structure-based drug design

Structure-based drug design (SBDD

Structure-based drug design and combinatorial chemistry

Structure-based drug design approaches

Structure-based drug design characterization

Structure-based drug design examples

Structure-based drug design future targets

Structure-based drug design iterative cycles

Structure-based drug design novel lead structures

Structure-based drug design proteases

Structure-based drug design protein crystallography

Structure-based drug design three-dimensional

Structure-based focused design

Structure-based inhibitor design

Structure-based library design

Structure-based molecular design

Structure-based molecular design approaches

Substrate-based design

Summary Comparison of HIV-1 Protease versus Renin Structure-Based Design

Textile-based design

Textile-based design individualization

The Design of an Effective Natural-Products-Based Approach to Drug Discovery

The design of a web-based personal asset allocation system

Theory-based design of instruction

Two Examples of Using a Risk-based Approach to PSSR Design

Virtual combinatorial library ligand structure-based design

Virtual combinatorial library product-based design

Virtual combinatorial library protein structure-based design

Virtual combinatorial library reagent-based design

Virtual screening structure-based drug design/discovery

Wave Design in Greek Ornamental Art (based on Fig. 1, J.L.Henderson, Shadow

Zanamivir structure-based design

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