Big Chemical Encyclopedia

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

Articles Figures Tables About

Danger

However, it would be extremely dangerous from this one calculation to assume that heuristic 4 is the most important, as the next example shows. [Pg.139]

In preliminary process design it mig] it be necessary to use marginal costs for steam, but the designer should keep in mind the dangers of using such costs. [Pg.413]

CH2=CHC = CCH = CH2. a colourless liquid which turns yellow on exposure to the air it has a distinct garlic-like odour b.p. 83-5°C. Manufactured by the controlled, low-temperature polymerization of acetylene in the presence of an aqueous solution of copper(I) and ammonium chlorides. It is very dangerous to handle, as it absorbs oxygen from the air to give an explosive peroxide. When heated in an inert atmosphere, it polymerizes to form first a drying oil and finally a hard, brittle insoluble resin. Reacts with chlorine to give a mixture of chlorinated products used as drying oils and plastics. [Pg.145]

X-rays find wide applications in X-ray photography and in crystallography. Prolonged exposure of the human body to the rays induces a dangerous form of dermatitis, and even sterility, but controlled exposures are applied to alleviate cancer. [Pg.429]

Debt and Danger Harold Lever and Christopher Huhne... [Pg.445]

Bettelheim draws on his experience in concentration camps to illuminate the dangers inherent in all mass societies in this profound and moving masterpiece. [Pg.447]

Another danger, intoxication by inhalation, is related to the benzene content. A maximum limit is often set for this compound. [Pg.274]

During drilling operations sometimes large volumes of drilling mud are lost into a formation. In this case normal mud circulation is no longer possible and the fluid level inside the borehole will drop, creating a potentially dangerous situation as described below. The formations in which lost circulation can be a problem are ... [Pg.58]

It was also shown, that serious defects were detected, which under normal circumstances could lead to dangerous situations in the following service periods and cannot be detected by the normal conventional testing method. [Pg.34]

Eddy Currents ttike their name from the swirls (eddies) observed in turbulent water flow. The Greek mythology tells us about Charybdis. A monster eddy current between Italy and Sicily whose attractive field pulled unwary sailors to their destruction. Our kind of eddy currents are usually not so dangerous, they flow in electrical conductors and are a branch of Electromagnetics. Where does that spring from Could it make eddy currents the very oldest NDT technique ... [Pg.270]

The main danger when using so much software is to never know if the version used is up to date. This problem was solved by identifying each software and hardware component of the instrument. [Pg.282]

The device is especially effective while inspecting ecologically dangerous installations, productions and facilities, choosing and determining repair-restoration technologies and operations. [Pg.345]

There are difficulties of detecting defects in axial canal because of solid sediment layer of 1. 2 mm thick on the canal surface. When using known defectoscope devices a preliminary labor-intensive mechanical treatment of the axial canal surface is needed. The experience of application of different methods of rotor axial canal control in multifunction automatic device ROTOR - K has pointed to the fact that the most effective method is eddy current one [1]. All the dangerous cracks were just detected by the eddy current method, the part of the cracks were not... [Pg.346]

The application of liquid couplants is not only inconvenient, but the results obtained tend to be sensitive to contact pressure, and there is always a danger of losing coupling. [Pg.845]

On Russia territory there are about 100 thousands of dangerous enterprises and objects, comprising about 1500 nuclear facilities and 3000 chemical and biological extremely hazardous objects. The average period of emergency situations is 10 — 15 years for accidents and disasters with the material loss up to 2 billion USDs, and 15 — 45 days, when the material loss is up to 100 million USDs. [Pg.910]

NDT devices used for the control of quality of critical products potentially dangerous for people and environment are subject to mandatory checking. [Pg.964]

Regardless of the amount of NDE applied no ship will last forever. Only when the costs of maintaining a vessel to the condition required by Class become unacceptable will a ship be scrapped. Through the more rigorous applicaton of NDE and the stringent imposition of repair procedures it is possible that the dangers posed by an aging fleet can be reduced. [Pg.1051]

The miderstanding of molecular motions is necessarily based on quaiitum mechanics, the theory of microscopic physical behaviour worked out in the first quarter of the 20th century. This is because molecules are microscopic systems in which it is impossible—or at least very dangerous —to ignore the dual wave-particle nature of matter first recognized in quaiitum theory by Einstein (in the case of classical waves) and de Broglie (in the case of classical particles). [Pg.54]

We are aware of tire dangers inherent in predicting tire future. It is much safer to summarize tlie present and to extrapolate to tlie near tenn only. [Pg.2896]

All the azides are potentially dangerous, and liable to detonate on heating, but those of the alkali and alkaline earth metals can be heated with caution if pure they then evolve pure nitrogen. [Pg.225]

With the danger of severe oversimplification, which unavoidably leads to improper underevaluation of important recent developments, I shall try to indicate where traditional, classical MD has brought us today, or will bring us tomorrow. This concerns the techniques rather than the applications, which cannot be reviewed in the present context. The main aspects to consider concern algorithms and force fields. [Pg.5]

J. J. Biesiadecki and R. D. Skeel. Dangers of multiple-time-step methods. J. Comp. Phys., 109 318-328, 1993. [Pg.261]

Hence, the main danger in the process of compiling test sets remains. Fortunately, there are some other approaches which, although they may look more sophisticated, do diminish the possibiHty of such incompatibilities. [Pg.223]


See other pages where Danger is mentioned: [Pg.256]    [Pg.268]    [Pg.75]    [Pg.279]    [Pg.253]    [Pg.284]    [Pg.43]    [Pg.53]    [Pg.84]    [Pg.231]    [Pg.247]    [Pg.334]    [Pg.348]    [Pg.465]    [Pg.552]    [Pg.889]    [Pg.942]    [Pg.703]    [Pg.1437]    [Pg.2109]    [Pg.2732]    [Pg.182]    [Pg.281]    [Pg.222]    [Pg.222]   
See also in sourсe #XX -- [ Pg.326 ]

See also in sourсe #XX -- [ Pg.47 , Pg.48 ]

See also in sourсe #XX -- [ Pg.35 ]

See also in sourсe #XX -- [ Pg.15 ]




SEARCH



A DANGEROUS WORLD

Advantages and Dangers of the Ranking Approach

Advisory Committee on Dangerous Pathogens

Annex P - Response to detection of a dangerous fault

Antifreeze, danger

Avoiding Danger from Underground Services

Bifurcation dangerous

Biological danger

Bulk, dangerous goods

Bureau of Narcotics and Dangerous

Bureau of Narcotics and Dangerous Drugs

Carbon monoxide danger from

Carriage of Dangerous Goods

Carriage of Dangerous Goods Amendment) Regulations

Category of danger

Causes of Corrosion Danger

Caution towards danger

Chemicals handling dangerous

Classification and Labelling of Dangerous Substances

Classification of hazardous and dangerous substances for supply

Classification, Packaging and Labelling Dangerous Substances Regulations

Communities Dangerous Chemicals

Concentration immediately dangerous to life

Concerning Dangerous Substances

Construction dangerous occurrences

Control danger signals

Control of danger

Controlled dangerous substance

Cost and dangers

DSEAR (Dangerous Substances

DSEAR (Dangerous Substances Regulations

DSEAR (Dangerous Substances and Explosive

DSEAR (Dangerous Substances and Explosive Atmospheres

Danger Man

Danger agents

Danger areas

Danger categories

Danger characteristics

Danger compensation

Danger construction sites

Danger data analysis

Danger death

Danger decay

Danger decision-making

Danger decomposition

Danger defects

Danger deficiency

Danger definition

Danger degradation

Danger degradation process

Danger dehydration

Danger demand

Danger denaturation

Danger density

Danger deposition

Danger derivatives

Danger desorption

Danger destruction

Danger destructive process

Danger detection

Danger deviation

Danger diamond

Danger dielectric

Danger dienes

Danger differential equations

Danger differentiation

Danger diffraction

Danger diffuse reflectance

Danger diffusion

Danger electricity

Danger experience

Danger goods Regulations

Danger hypothesis

Danger identifying

Danger indication

Danger labels

Danger levels

Danger levels hazards

Danger line

Danger model

Danger money

Danger point

Danger potential

Danger prediction

Danger produced

Danger signals

Danger signals, dendritic cells

Danger signs

Danger signs, using

Danger symbol

Danger tag

Danger zones

Danger, defined

Danger, imminent

Danger-associated molecular patterns

Dangerous

Dangerous

Dangerous Doses

Dangerous Drugs Act

Dangerous Goods CD-ROM

Dangerous Liaisons

Dangerous Substance Directive

Dangerous Substances

Dangerous Substances (Commission Directive

Dangerous Substances (Conveyance by Road

Dangerous Substances (Conveyance by Road Regulations

Dangerous Substances Act

Dangerous Substances Advisory Committee

Dangerous Substances Regulations

Dangerous Substances and Explosive

Dangerous Substances and Explosive Atmospheres

Dangerous Substances and Explosive Atmospheres Regulations

Dangerous Substances and Explosive Atmospheres Regulations (DSEAR

Dangerous Substances in Harbour Areas

Dangerous Substances in Harbour Areas Regulations

Dangerous When Wet

Dangerous When Wet Material

Dangerous activity

Dangerous aromatic

Dangerous boundaries

Dangerous chemicals, green chemistry

Dangerous failures

Dangerous for the environment

Dangerous goods

Dangerous goods forbidden in aircraft

Dangerous goods packing

Dangerous goods regulations

Dangerous industrial activities

Dangerous jobs relative risk

Dangerous liquids

Dangerous machinery

Dangerous materials, toxicology

Dangerous occurrences

Dangerous occurrences definition

Dangerous occurrences incidents/accidents

Dangerous occurrences reportable

Dangerous occurrences statistics

Dangerous occurrences, reporting

Dangerous omissions

Dangerous operations laboratory

Dangerous preparations

Dangerous preparations directive

Dangerous reactions

Dangerous reactions NFPA Code

Dangerous reactions Subject

Dangerous reactions apparatus material

Dangerous reactions concentration

Dangerous reactions effect

Dangerous reactions information parameters

Dangerous reactions mass effects

Dangerous reactions methodology

Dangerous reactions parameters

Dangerous reactions pressure effects

Dangerous reactions thermal effects

Dangerous reactions, inorganic

Dangerous reactions, inorganic chemicals

Dangerous reactions, organic

Dangerous reactions, organic chemicals

Dangerous situation

Dangerous stability boundary

Dangerous substance fire risk assessment

Dangerous substances classification

Dangerous substances/preparations

Dangerous to life and health

Dangerous work, refusing

Dangerous working conditions

Dangers in the Laboratory

Dangers of Hot Work

Dangers of nuclear power

Darwin s Dangerous Idea

Definitions of hazard, risk and danger

Devices fail-dangerous

Dietary supplements dangers

Diethyl isonitrosomalonate, danger

Diethyl isonitrosomalonate, danger explosion on attempted distillation

Disease dangers

Drugs danger

Drugs dangerous

EU Legislative Frameworks for Minimising Health and Safety Risks of Dangerous Substances

EU dangerous substances

Ecstasy dangers

Effects dangerous

Electrical accidents and dangerous occurrences

Electrical dangers

Electricity dangers from

Embrittlement dangers

Emergency equipment, dangerous

European Agreement Concerning the International Carriage of Dangerous Goods by Road

European Dangerous Substances

European Dangerous Substances Legislation Directive

European Union dangerous substances directive

European dangerous substances directive

Events dangerous

Exploring the Dangerous Trades

Explosion), Hazards (Dangers) of

Explosive danger

Explosive ordnance danger from

Facing danger

Facing danger controllability

Facing danger severity

Fail-danger

Failure to danger

Fire extinguishers, dangers with sodium fires

Fires, accidental dangerous substances

Fires, danger

Forbidden dangerous goods

Genomic Intrusions of the Three Most Dangerous Herpesviruses

Germany danger from

Handling hazardous and dangerous substances

Hardware redundancy to increase coverage of dangerous failures

Hazard, Risk, and Danger

Hazards danger

Hazards predicting danger

Health dangers

Health dangers drug interactions

Health dangers food chemicals, toxic

Homes More Dangerous Than Workplaces

Hydrogen Cyanide—a Dangerous Poison

Hydrogenation, apparatus for highpressure dangers and precautions

If Modifications—Let Us Not Overexaggerate the Dangers as We Perform Safety Studies

Immediate danger to life and health

Immediate dangers

Immediately Dangerous to Life

Immediately dangerous to life and

Immediately dangerous to life and health

Immediately dangerous to life and health IDLH)

Immediately dangerous to life or health

Immediately dangerous to life or health IDLH)

Imminent danger orders

Impact danger

Individual behaviour in the face of danger

Individuals as controllers of danger

Individuals facing danger

Inhibitor dangerous

Inorganic chemicals, dangerous

International Carriage of Dangerous Goods

International Maritime Dangerous Goods

International Maritime Dangerous Goods Code

International Maritime Dangerous Goods IMDG)

Italy danger from

Jobs, dangerous

Jobs, dangerous identifying

Just How Dangerous Is It to Work in a U.S. Chemical Plant

Ketamine dangers

Labeling dangers

Labeling of Dangerous Preparations

Labeling of Dangerous Substances

Labeling of Dangerous Substances and Preparations

Laws, controlled dangerous substance

Lead-time management dangers

Legislation dangerous substances

Lithium aluminum hydride, danger

Maintenance procedure, dangers

Make allowance for the social and psychological properties of danger

Marking, dangerous goods

Miscellaneous Dangerous Substances and Articles

Narcotics: Nature’s Dangerous Gifts

Organic chemicals, dangerous

Other dangerous properties of contents

Outlines, dangers

Ozonide danger

Packaged dangerous goods

Packaging, dangerous goods

Paroxetine dangers

Particulate Matter, Formation, Composition and Dangers

Partying, dangerous

Perceived danger

Perchlorates, dangers

Permeation devices, containing dangerous goods, for calibrating air quality monitoring

Phase changes dangers

Phosphorus tribromide precautions and dangers in use

Phosphorus trichloride precautions and dangers in use

Proposals for Dangerous Drug Legislation

Protection from danger

Psychedelic drugs dangers

Psychological danger

RIDDOR (Reporting of Injuries, Diseases and Dangerous

Regulations Dangerous Occurrences Regulation

Reporting of Injuries, Diseases and Dangerous

Reporting of Injuries, Diseases and Dangerous Occurrences

Reporting of Injuries, Diseases and Dangerous Occurrences Regulations

Reporting of Injuries, Diseases and Dangerous Occurrences Regulations (RIDDOR

Road Traffic (Carriage of Dangerous

Rohypnol dangers

Safety of Urban Cycling A Study on Perceived and Actual Dangers

Sax s Dangerous Properties of Industrial

Sax s Dangerous Properties of Industrial Materials

Side effects dangerous

Smoking, dangers

Sounds Like Worst-case, But Theres Danger Lurking in the Middle

Sulfur A Dangerous but Useful Element

Sulfuric dangerous

Symbols for dangerous substances

Tetrahydrofuran, dangers from peroxides

Tetrahydrofuran, dangers from peroxides in, 46, IOS

The Danger Hypothesis

The Dangerous Preparations Directive

The Dangerous Properties

The Dangerous Substances and Explosive Atmospheres Regulations

The Dangers of Lewisite and Arsenic

The Dangers of Phase Changes

The Reporting of Injuries, Diseases and Dangerous Occurrences Regulations

The Reporting of Injuries, Diseases and Dangerous Occurrences Regulations 1995 (RIDDOR) (as amended)

Trade, dangers

Transport code, dangerous

Transport code, dangerous materials

Transport dangerous chemical

Transport of dangerous goods

Transport of dangerous materials

Transportation of Dangerous Goods

Transportation of Dangerous Goods (TDG)

Transportation of Dangerous Goods Act

Transportation of Dangerous Goods Regulations

Uncertainty at the Highest Level of Exigence Imminent Danger

United Nations Classification Dangerous

United Nations Recommendations on the Transport of Dangerous Goods

Vehicle requirements, dangerous goods

Vessels not isolated from sources of danger

Water dangerous expansion

White Phosphorus, a Very Dangerous Chemical

Who Has the Most Dangerous Jobs

Why is electricity more dangerous in wet weather

© 2024 chempedia.info