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Fights

A colourless gas, b.p. — 59-C/740 mm. Used as a relatively non-toxic propellant gas in fire fighting apparatus, e.g. dry-powder extinguishers. Made by the bromination of fluoro-form, CHF3. [Pg.69]

Foams are used industrially and are important in rubber preparations (foamed-latex) and in fire fighting. The foam floats as a continuous layer across the burning surface, so preventing the evolution of inflammable vapours. Foams are also used in gas absorption and in the separation of proteins from biological fluids. See anti-foaming agents. [Pg.180]

Storage tanks should always be closely surrounded by bund walls to contain crude in the event of a spillage incident, such as a ruptured pipe or tank, and to allow fire fighting personnel and equipment to be positioned reasonably close to the tanks by providing protected access. [Pg.263]

In case of a major disaster, one platform in a region will be equipped to act as a control centre from which rescue operations are co-ordinated. Evacuation routes will be provided, and where large complexes are clustered together, a standby vessel will be available in the region to supply emergency services such as fire fighting and rescue. [Pg.285]

Wlodarczyk S., Dybiec Cz., Wlodarczyk W, The application of eddy currents and other techniques for measuring corrosion of metal tanks during exploitation. Materials CCl National Conference about Science and practice in fighting against corrossion , Kule May 1994. [Pg.388]

Projects are currently running to adapt tube and fight guide and to evaluate the possibilities and limitations of this technology. [Pg.536]

The third eigenmeasure 1 3 corresponding to A3 provides information about three additional almost invariant sets on the left hand side in Fig. 8 we have the set corresponding to the oscillation C D, whereas on the fight hand side the two almost invariant sets around the equilibria A and B are identified. Again the boxes shown in the two parts of Fig. 8 approximate two sets where the diserete density of 1/3 is positive resp. negative. In this case we can use Proposition 2 and the fact that A and B are symmetrically lelated to conclude that for all these almost invariant sets 5 > A3 = 0.9891. [Pg.113]

To recover the free base, dissolve the hydrochloride in the minimum volume of boiling alcohol, add concentrated ammonia solution dropwise until a clear solution results and the blue colour has become fight brown. Add water carefully untU a cloudiness appears, warm on a water bath untU the cloudiness just disappears, and allow to cool. Yellow crystals of p-amino-azobenzene separate on coofing. [Pg.627]

Epinephrine is also known as adrenaline and is a hormone with profound physiological effects designed to prepare the body for fight or flight... [Pg.688]

Also called adrena/rne a hormone secreted by the adrenal gland that prepares the organism for flight or fight )... [Pg.925]

Earl Sutherland of Vanderbilt University won the 1971 Nobel Prize in physiology or medicine for uncovering the role of cAMP as a second messenger in connection with his studies of the fight or flight hormone epineph rine (Section 27 6)... [Pg.1161]

Use of random flight statistics to derive rg for the coil assumes the individual segments exclude no volume from one another. While physically unrealistic, this assumption makes the derivation mathematically manageable. Neglecting this volume exclusion means that coil dimensions are underestimated by the random fight model, but this effect can be offset by applying the result to a solvent in which polymer-polymer contacts are somewhat favored over polymer-solvent contacts. [Pg.560]

Foams have a wide variety of appHcations that exploit their different physical properties. The low density, or high volume fraction of gas, enable foams to float on top of other fluids and to fiU large volumes with relatively Httle fluid material. These features are of particular importance in their use for fire fighting. The very high internal surface area of foams makes them useful in many separation processes. The unique rheology of foams also results in a wide variety of uses, as a foam can behave as a soHd, while stiH being able to flow once its yield stress is exceeded. [Pg.431]

Pentanes are only slightly toxic. Because of their high volatihties and, consequently, their low flash points, they are highly flammable. Pentanes are classified as nonreactive, ie, they do not react with fire-fighting agents. The fire ha2ard properties for pentanes are Hsted in Table 8 (38). [Pg.404]

Plexiglas Design and Fabrication Data, Plexiglas Cast Sheetfor Fighting PE-927a, Rohm and Haas Co., Philadelphia, Pa. [Pg.271]

R. Sharpe, ed., Jane s Fighting Ships 1994—1995, Jane s Information Group, Alexandria, Va., 1993. [Pg.226]

Open areas around the operating units of a plant act as buffers to the surrounding community. Sufficient clearance should be allowed so that, if tall stmctures coUapse, other on-site buildings or equipment, or off-site properties are not affected. Adequate roadways providing entry to the plant are extremely important, and multiple entries and exits are advisable. An overcrowded plant can lead to damage or shutdown of adjacent units and may impede the movement of vehicles and materials in case of emergency (85). Another consideration is community fire-fighting assistance, first aid, and medical facihties. [Pg.98]


See other pages where Fights is mentioned: [Pg.371]    [Pg.74]    [Pg.284]    [Pg.284]    [Pg.343]    [Pg.536]    [Pg.544]    [Pg.572]    [Pg.617]    [Pg.1032]    [Pg.1032]    [Pg.62]    [Pg.63]    [Pg.41]    [Pg.335]    [Pg.403]    [Pg.199]    [Pg.421]    [Pg.25]    [Pg.408]    [Pg.451]    [Pg.370]    [Pg.431]    [Pg.431]    [Pg.520]    [Pg.290]    [Pg.290]    [Pg.162]    [Pg.457]    [Pg.337]    [Pg.280]    [Pg.25]    [Pg.276]    [Pg.98]   


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Artificial fight sources

Cancer-fighting drugs

Deck Integrated Fire Fighting System

Deck Integrated Fire Fighting System DIFFS)

Depolarized fight scattering

Dynamic fight scattering

Emission, of fight

Errare Humanum Est - What Causes Cancer and How to Selectively Fight Tumors

Evaporative fight scattering detectors

Extended fight sources

Fight Reflectance

Fight adaptation

Fight high-intensity

Fight or flight reaction

Fight or flight response

Fight response

Fight scattering

Fight winner

Fight-emitting diodes

Fight-or-flight

Fight-or-flight syndrome

Fighting

Fighting Bacteria

Fighting Forms

Fighting ability

Fighting human nature

Fights to Hide Data on Deadly Adverse Drug Effects

Fire Detection, Suppression, and Fighting Systems

Fire Fighting Capabilities

Fire Fighting Systems

Fire fighting

Fire fighting chemicals

Fire fighting systems, fixed

Fire fighting water system

Fire fighting, foam system

Fire fighting/prevention

Fire-fighting Procedures

Fire-fighting and extinguishers

Fire-fighting equipment

Fire-fighting foams

Fire-fighting installations, fixed

Fire-fighting installations, fixed sprinkler systems

Fire-fighting number

Fixed fire-fighting equipment

Flight/fight response

Foams for fire fighting

Forest fires, fighting

Helping the Body Fight Infection

Infrared fight

Infrared fight spectra

Intensity of fight

Issues and the Fight

Laser fight

Maintenance and testing of fire-fighting equipment

Maintenance fire-fighting equipment

Manufacturing fire fighting foams

Monochromatic fight

New fire-fighting agent

Overview of Chemicals Fighting Diseases

Point fight source

Polarized fight

Polymer fight emitting devices

Portable fire-fighting equipment

Portable fire-fighting equipment types

Provision of fire-fighting equipment

Reflected fight

Siamese fighting fish

Signs fire fighting

Speed of fight

Subdued fight

Testing fire-fighting equipment

The Fighting Ends in Italy

Time-of-fight

Types of Fire Fighting Equipment

UV fight

Ultraviolet fight

Ultraviolet fight radiation

Why We Fight

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