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Containment systems

Luzzati V, Delacroix FI and Gulik A 1996 The micellar cubic phases of lipid-containing systems Analogies with foams, relations with the infinite periodic minimal surfaces, sharpness of the polar/apolar partition J. Physique. II 6 405-18... [Pg.2606]

Product Concentrate. An aerosol s product concentrate contains the active ingredient and any solvent or filler necessary. Various propellent and valve systems, which must consider the solvency and viscosity of the concentrate—propellent blend, may be used to deUver the product from the aerosol container. Systems can be formulated as solutions, emulsions, dispersions, or pastes. [Pg.345]

Usage of phosphoms-based flame retardants for 1994 in the United States has been projected to be 150 million (168). The largest volume use maybe in plasticized vinyl. Other use areas for phosphoms flame retardants are flexible urethane foams, polyester resins and other thermoset resins, adhesives, textiles, polycarbonate—ABS blends, and some other thermoplastics. Development efforts are well advanced to find appHcations for phosphoms flame retardants, especially ammonium polyphosphate combinations, in polyolefins, and red phosphoms in nylons. Interest is strong in finding phosphoms-based alternatives to those halogen-containing systems which have encountered environmental opposition, especially in Europe. [Pg.481]

The fourth level of defense-in-depth is activated if all of the previous levels fail and radioactivity is released from the power-generating system. This level consists of containment systems and accident management processes that prevent the dissernination of radioactivity to the atmosphere even if it is released from the nuclear systems. The fifth level is the provision for emergency planning outside the plant boundary in the highly unlikely event that all of the first four levels of defense were to fad. [Pg.236]

Historically the phenazine dyes have played an important part in the dyestuffs industry, although their use has largely been superseded by the more modern, color-fast dyes, in particular those dyes which become chemically bonded to the fibers of the materials being dyed. Amongst the earliest examples of phenazine dyes are those compounds known as the safranines. The discovery of the safranines has been attributed to Greville Williams in 1859 and they were apparently in commercial use shortly after that date, but it was not until 1886 that it was recognized that phenosafranine (138) was indeed a phenazine containing system. [Pg.196]

AT-Unsubstituted azetidin-2-ones are versatile intermediates in the preparation of a variety of novel /3-lactam containing systems. They are usually made either by reductive dechlorosulfonylation of alkene/chlorosulfonyl isocyanate cycloadducts cf. Section 5.09.3.3.2), which... [Pg.264]

DCF Direct installation cost factor SCS Stationary-container systems... [Pg.2153]

HCS Hauled-container systems TSA Total systems approach... [Pg.2153]

Types of Collection Systems On the basis of their mode of operation, collection systems are classified into two categories (1) hauled-container systems and (2) stationary-container systems. [Pg.2236]

There are three main types of hauled-container systems (I) hoist... [Pg.2236]

Tractor-trailer systems. The apphcation of trac tor trailers is similar to that for tilt-frame-container systems. The use of a separate trac tor increases the number of axles and the net weight of waste that can be hauled. Tractor trailers are better for the collection of especially heavy rubbish, such as sand, timber, and metal scrap, and they are often are used for the collection of demolition wastes at construction sites. [Pg.2237]

Stationary-Container Systems fSCS) Collec tion systems in which the containers used for the storage of wastes remain at the point of waste generation, except for occasional short trips to the collec tion vehicle, are defined as stationary-container systems. Labor requirements for mechanicallv loaded stationaiy-coutaiuer systems are essentially the same as for hauled-container systems. There are two main types of stationaiy-coutaiuer systems (1) those in which self-loading compactors are used and (2) those in which manually loaded vehicles are used. [Pg.2237]

Systems with self-loading compactors. Container size and utilization are not as critical in stationaiy-coutaiuer systems using self-loading collec tion vehicles equipped with a compaction mechanism (see Fig. 25-61 and Table 25-59) as they are in hauled-container systems. Trips to the disposal site, transfer station, or processing station are made after the contents of a number of containers have been col-lec ted and compacted and the collec tion vehicle is fuU. Because a variety of container sizes and types are available, these systems may be used for the coUection of all types of wastes. Container sizes vaiy from relatively small sizes (0.6 m ) to sizes comparable to those handled with a hoist truck (see Table 25-58). [Pg.2237]

The system provides a method of ranking one risk relative to another. It is not intended to define a particular containment system as safe or unsafe but provides a way of comparing toxic hazards. It deals with acute, not chronic, releases. The procedure focuses on the... [Pg.2273]


See other pages where Containment systems is mentioned: [Pg.546]    [Pg.1482]    [Pg.2420]    [Pg.252]    [Pg.97]    [Pg.97]    [Pg.289]    [Pg.116]    [Pg.245]    [Pg.87]    [Pg.89]    [Pg.350]    [Pg.178]    [Pg.260]    [Pg.405]    [Pg.219]    [Pg.237]    [Pg.240]    [Pg.244]    [Pg.245]    [Pg.476]    [Pg.510]    [Pg.510]    [Pg.19]    [Pg.19]    [Pg.508]    [Pg.321]    [Pg.75]    [Pg.161]    [Pg.364]    [Pg.2]    [Pg.795]    [Pg.1105]    [Pg.1321]    [Pg.2236]    [Pg.2237]    [Pg.2240]   
See also in sourсe #XX -- [ Pg.243 , Pg.244 , Pg.245 , Pg.246 , Pg.247 ]

See also in sourсe #XX -- [ Pg.49 ]




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30 Containment systems Control rods reactivity

30 Containment systems Core heat capacity

30 Containment systems Core overheating

30 Containment systems Corium

30 Containment systems Cosmos

30 Containment systems Cost-benefit analysis

30 Containment systems Cracks

30 Containment systems Criteria

30 Containment systems Curie

30 Containment systems Damping

30 Containment systems Decay energy

30 Containment systems Decay power

30 Containment systems Depressurization

30 Containment systems Desalination plants

30 Containment systems Design basis accidents

30 Containment systems Deterministic method

30 Containment systems Documentation

30 Containment systems Dose

30 Containment systems Dose limits

30 Containment systems Ductility

Activity of Silicon- and Tin-containing Systems

Agostic Systems Containing Carbon-Hydrogen-Metal 3c-2e Bonds

Alkali metals biological systems containing

Aluminum containing systems

Antioxidative activity, sulfur-containing Maillard reaction model systems

Applications fluid containment systems

Asbestos containing material thermal system insulation

Bicyclic Systems Containing Cyclopropane Rings

Binary systems containing intermediate compounds

Binucleating systems based on 4-substituted 2,6-dicarbonylphenol derivatives and diamines containing additional donor atoms or groups

Block copolymers containing coupling system

Boron-Containing Systems

CHLORINE-CONTAINING SYSTEMS

Carbonic anhydrase zinc-containing model systems

Catalyst Systems Containing Alkali Metals

Catalyst Systems Containing Iron or Ruthenium

Catalyst Systems Containing Lanthanides

Catalyst Systems Containing Rhodium

Cell-containing systems

Closures container-closure system

Cobalt-containing systems

Commercially available containment systems

Complement system thioester-containing proteins

Contained microfiltration systems

Contained ultrafiltration systems

Container Molecules Host Systems and Complex Types

Container and packaging systems

Container cleaning systems

Container closure system

Container closure systems chemical composition

Container closure systems definitions

Container closure systems description

Container closure systems functionality

Container closure systems inhalation drug products

Container closure systems light protection

Container closure systems stability data

Container closure systems suitability information

Container closure systems testing

Container code system

Container puncturing systems

Container-closure system chemical additives

Container-closure system marketing

Container-closure system plastic components

Containing Delocalized Electronic Systems

Containing fused-ring systems, conformation

Containment Air Filtration System

Containment Hydrogen Control System

Containment Leak Rate Test System

Containment Recirculation Cooling System

Containment Systems Experiments

Containment Systems Test Facility (CSTF

Containment isolation system

Containment liquid-phase retention systems

Containment passive protection systems

Containment relief systems

Containment spray system

Containment system term defined

Containment vacuum systems

Containment ventilation system

Containment—Underground Systems

Covalently Linked Systems Containing Metal Complexes

Covalently Linked Systems Containing Porphyrin Units

Cyclodextrin-containing Systems

Cytochrome containing monooxygenase system

Dithiin-containing systems

Drug delivery systems containers

Ecological Systems Containing Hydroxy Acids

Emergency containment systems

Experimental determination of phase equilibria in systems containing a near-critical component

Fast reactor containment system

Flame molybdenum-containing systems

Fluid containment systems

Further Metal-containing Systems

Fused Systems containing Thiazole

Fused Systems containing Two Six-Membered Rings

GRADING, CONTAINMENT, AND DRAINAGE SYSTEMS

Genetically engineered containment systems

Halogen-containing polymer systems

Heme-containing systems, activation

Heteroatom-containing systems

Heteroatom-containing systems applications

Heterocyclic systems, pyridine-containing

Heterogeneous reaction systems metal-containing polymers

Hydrogenation of Nitrogen-containing Aromatic Ring Systems

Hydrogenation of Oxygen- and Sulfur-containing Aromatic Ring Systems

Immune system iron-containing enzymes

Instrumentation/control systems containment loss

Landfill containment system

Lanthanide-containing Systems

Liquid Equilibria in Ternary Systems Containing One Supercritical Component

Liquid metals containment system

Macrocycle-based metal containing porphyrin systems

Marine Well Containment System

Mechanical properties titanium-containing systems

Methanol-Containing Systems

Molybdenum-Containing Systems

Multi-metal/alloy containment system

Niobium-containing systems

Nitrogen-containing heterocyclic systems

Notes on the agreed system for compounds containing only one phosphorus atom

Other Oxygen- and Sulphur-containing Systems

Other Phosphorus-Containing Diketo-Ring Systems

Other Pyridine-fused Thiophen-containing Systems

Other Systems containing One Heteroatom

Other Systems containing Three Heteroatoms

Other systems containing unpaired electrons

PHASE DIAGRAMS FOR NONIONIC SURFACTANT-CONTAINING SYSTEMS

Packaging container closure system

Passive Containment Cooling System

Peroxidases and other Porphyrin-containing Systems

Phosphorus-containing Ring Systems

Polar Cycloadditions in Which the Electrophilic System Contains Two Atoms of an Aromatic Ring

Polymerization with Si-H Containing Initiator Initiating Systems

Polymers with Complex Structures Containing Thiophene Systems

Porphyrin-containing Systems

Pressure Systems and Transportable Gas Containers Regulations

Pressurized water reactors containment isolation system

Pressurized water reactors containment systems

Process containment systems

Protecting against loss of primary containment using high integrity systems

Pyrrolidine-containing ring systems

Quaternary systems containing

Reactions with Five-Membered Ring Systems Containing One Heteroatom

Reactions with Systems Containing Multiple Bonds

Ring Systems Containing Four-coordinate Chalcogen

Ring Systems Containing One Oxygen or Sulfur

Ring Systems Containing Three-coordinate Chalcogen

Ring Systems of more than Six Members Containing

Safety analysis containment systems

Safety system containing software

Semiconducting Polymer Systems Containing Self-Organized Supramolecular Polymers

Seven-membered systems containing three or more heteroatoms

Seven-membered systems containing two heteroatoms

Silica reinforcement systems containing

Silica reinforcement systems containing TESPT

Silicon containing systems, polymer-ceramic

Silicon-containing electron-beam resist systems

Silicon-containing systems

Silver-containing catalyst system

Single-unit containment system

Spill containment system

Starch-containing systems

Suicide containment systems

Sulfur-containing conjugated systems

Sulfur-containing heterocyclic systems

Sulfur-containing systems

Supported ionic liquid catalytic membrane systems containing enzymes

System containing

System containing

System containing alkalis

System processes, product container

Systems Containing Additional Elements

Systems Containing Conjugated Spacers

Systems Containing Four-membered Rings

Systems containing Aromatic Compounds

Systems containing Fe

Systems containing Four Heteroatoms

Systems containing Heteroatoms Other than Nitrogen

Systems containing Nitrogen

Systems containing Nitrogen and Other Heteroatoms

Systems containing Nitrogen and Sulphur, Selenium, or Tellurium

Systems containing Nitrogen as the only Heteroatom

Systems containing One Nitrogen Atom

Systems containing Other Heteroatoms

Systems containing Oxygen

Systems containing Oxygen as the only Heteroatom

Systems containing Sulphur

Systems containing Sulphur as the only Heteroatom

Systems containing Three Heteroatoms

Systems containing Three Identical Heteroatoms

Systems containing Two Different Heteroatoms

Systems containing Two Identical Heteroatoms

Systems containing Two Oxygen Atoms

Systems containing divalent cations

Systems containing equal metal ions, J kT

Systems containing halides and oxides

Systems containing hexavalent cations

Systems containing jumping electrons

Systems containing lyophilic material

Systems containing more than one component

Systems containing tetravalent cations

Systems containing trivalent cations

Tailor-made Porous Membranes via Templates Containing Systems

Tantalum-containing systems

Ternary systems containing

Thermodynamics of systems containing solid phases only

Titanium-containing hybrid systems

Tricyclic Systems Containing Two Cyclopropane Rings

Waste containment systems

Waste containment systems final cover system

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