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Materializations | A Wisdom Archive on Materializations | | Materializations A selection of articles related to Materializations | |
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materializations
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| ARTICLES RELATED TO Materializations | | | |  Materializations: Encyclopedia II - Explosive material - Military explosivesTo determine the suitability of an explosive substance for military use, its physical properties must first be investigated. The usefulness of a military explosive can only be appreciated when these properties and the factors affecting them are fully understood. Many explosives have been studied in past years to determine their suitability for military use and most have been found wanting. Several of those found acceptable have displayed certain characteristics that are considered undesirable and, therefore, limit their usefulness in militar ...
See also:Explosive material, Explosive material - Chemical explosives, Explosive material - Explosive compatibility groupings, Explosive material - Low Explosives, Explosive material - High Explosives, Explosive material - Composition of the material, Explosive material - Chemical explosive reaction, Explosive material - Formation of gases, Explosive material - Evolution of heat, Explosive material - Rapidity of reaction, Explosive material - Initiation of reaction, Explosive material - Sensitiser, Explosive material - Military explosives, Explosive material - Availability and cost, Explosive material - Sensitivity, Explosive material - Stability, Explosive material - Power, Explosive material - Brisance, Explosive material - Density, Explosive material - Volatility, Explosive material - Hygroscopicity, Explosive material - Toxicity, Explosive material - Measurement of chemical explosive reaction, Explosive material - Oxygen balance OB%, Explosive material - Heat of explosion, Explosive material - Balancing chemical explosion equations, Explosive material - Volume of products of explosion, Explosive material - Explosive strength, Explosive material - Example of thermochemical calculations Read more here: » Explosive material: Encyclopedia II - Explosive material - Military explosives |
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| | | | | Materializations: Encyclopedia II - Strength of materials - Design terms Ultimate strength is an attribute directly related to a material, rather than just specific specimen of the material, and as such is quoted force per unit of cross section area (N / m2). For example, Ultimate Tensile Strength (UTS) of mild steel is 470MegaN / m2. It is useful to remember that 1P< ...
See also:Strength of materials, Strength of materials - Definitions, Strength of materials - Stress terms, Strength of materials - Strength terms, Strength of materials - Strain - deformation terms, Strength of materials - Stress - strain relations, Strength of materials - Design terms, Strength of materials - Suggested reading Read more here: » Strength of materials: Encyclopedia II - Strength of materials - Design terms |
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| | | | | Materializations: Encyclopedia II - Explosive material - Chemical explosives Explosives are classified as low or high explosives according to their rates of decomposition: low explosives burn rapidly (or deflagrate), while high explosives undergo detonation. No sharp distinction exists between low and high explosives, because of the difficulties inherent in precisely observing and measuring rapid decomposition. The chemical decomposition of an explosive may take years, days, hours, or a fraction of a second. The slower processes of decomposition take place in storage and are of interest only from a stability standpoi ...
See also:Explosive material, Explosive material - Chemical explosives, Explosive material - Explosive compatibility groupings, Explosive material - Low Explosives, Explosive material - High Explosives, Explosive material - Composition of the material, Explosive material - Chemical explosive reaction, Explosive material - Formation of gases, Explosive material - Evolution of heat, Explosive material - Rapidity of reaction, Explosive material - Initiation of reaction, Explosive material - Sensitiser, Explosive material - Military explosives, Explosive material - Availability and cost, Explosive material - Sensitivity, Explosive material - Stability, Explosive material - Power, Explosive material - Brisance, Explosive material - Density, Explosive material - Volatility, Explosive material - Hygroscopicity, Explosive material - Toxicity, Explosive material - Measurement of chemical explosive reaction, Explosive material - Oxygen balance OB%, Explosive material - Heat of explosion, Explosive material - Balancing chemical explosion equations, Explosive material - Volume of products of explosion, Explosive material - Explosive strength, Explosive material - Example of thermochemical calculations Read more here: » Explosive material: Encyclopedia II - Explosive material - Chemical explosives |
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| | | | | Materializations: Encyclopedia II - Explosive material - Chemical explosives Explosives are classified as low or high explosives according to their rates of decomposition. Low explosives burn rapidly (or deflagrate). High explosives undergo detonation. There is no sharp line of demarcation between low and high explosives, due to the difficulties inherent in precisely observing and measuring rapid decomposition. The chemical decomposition of an explosive may take years, days, hours, or a fraction of a second. The slower forms of decomposition take place in storage and are of interest only from a stability standpoint. ...
See also:Explosive material, Explosive material - Chemical explosives, Explosive material - Explosive compatibility groupings, Explosive material - Low Explosives, Explosive material - High Explosives, Explosive material - Composition of the material, Explosive material - Chemical explosive reaction, Explosive material - Formation of gases, Explosive material - Evolution of heat, Explosive material - Rapidity of reaction, Explosive material - Initiation of reaction, Explosive material - Sensitiser, Explosive material - Military explosives, Explosive material - Availability and cost, Explosive material - Sensitivity, Explosive material - Stability, Explosive material - Power, Explosive material - Brisance, Explosive material - Density, Explosive material - Volatility, Explosive material - Hygroscopicity, Explosive material - Toxicity, Explosive material - Measurement of chemical explosive reaction, Explosive material - Oxygen balance OB%, Explosive material - Heat of explosion, Explosive material - Balancing chemical explosion equations, Explosive material - Volume of products of explosion, Explosive material - Explosive strength, Explosive material - Example of thermochemical calculations Read more here: » Explosive material: Encyclopedia II - Explosive material - Chemical explosives |
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| | | | | | | | Materializations: Encyclopedia II - Historical materialism - Commentaries on different aspects of historical and dialectical materialism http://marxmyths.org/jordan/article.htm
Gustav A. Wetter, Dialectical Materialism: a Historical and Systematic Survey of Philosophy in the Soviet Union. (alternative survey)
Loren R. Graham, Science Philosophy and Human Behavior in the Soviet Union. (sympathetically-critical of dialectical materialism)
George Novack, Understanding History: Marxist Essays (Trotskyist interpretations of problems of history)
http://www.marxists.org/archive/novack/index.htm
H. B. Acton, The Illusion of th ...
See also:Historical materialism, Historical materialism - Development of the materialist outlook, Historical materialism - Disclaimers, Historical materialism - Historical materialism as doctrine, Historical materialism - Criticisms, Historical materialism - Marxist beliefs about history, Historical materialism - Alienation and freedom, Historical materialism - Marx and Wakefield, Historical materialism - A revision of historical materialism?, Historical materialism - Commentaries on different aspects of historical and dialectical materialism, Historical materialism - Note Read more here: » Historical materialism: Encyclopedia II - Historical materialism - Commentaries on different aspects of historical and dialectical materialism |
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| | | | | Materializations: Encyclopedia II - Body piercing materials - Metals
Body piercing materials - Surgical steel.
Surgical steel, also know as 316L and Implant steel is a steel alloy with a bad reputation. The reputation comes from the fact that the EU prohibits materials with a high nickel percentage in new piercings. 316L has a rather high percentage, around 10-14%, but despite this, it is allergy-safe. This is due to the fact that the nickel is so tightly bound in the material, that the leakage of nickel is below the threshold value set up by the EU. However, ...
See also:Body piercing materials, Body piercing materials - Metals, Body piercing materials - Surgical steel, Body piercing materials - Implantatium, Body piercing materials - Titanium, Body piercing materials - Blackline, Body piercing materials - Zircon Gold / Zircontwo, Body piercing materials - Niobium, Body piercing materials - Bronze, Body piercing materials - Silver, Body piercing materials - Gold, Body piercing materials - Glass, Body piercing materials - Plastics, Body piercing materials - PTFE, Body piercing materials - Acrylic plexiglas, Body piercing materials - Plastastic, Body piercing materials - Gems, Body piercing materials - Materials of biological origin, Body piercing materials - Wood, Body piercing materials - Animalic, Body piercing materials - Amber, Body piercing materials - Sources Read more here: » Body piercing materials: Encyclopedia II - Body piercing materials - Metals |
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| | | | | Materializations: Encyclopedia II - Conductor material - Conductor ampacity The ampacity of a conductor, that is, the amount of current it can carry, is related to its electrical resistance: a lower-resistance conductor can carry more current. The resistance, in turn, is determined by the material the conductor is made from (as described above) and the conductor's size. For a given material, conductors with a larger cross-sectional area have less resistance than conductors with a smaller cross-sectional area.
For bare conductors, the ultimate limit is the point at which power lost to resistance causes the con ...
See also:Conductor material, Conductor material - Power engineering, Conductor material - Conductor size, Conductor material - Conductor materials, Conductor material - Conductor voltage, Conductor material - Conductor ampacity Read more here: » Conductor material: Encyclopedia II - Conductor material - Conductor ampacity |
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| | | | | Materializations: Encyclopedia II - Historical materialism - Marx and Wakefield In Das Kapital, Marx took from Edward Gibbon Wakefield's work the example of an emigré to Australia, to illustrate the concept of relations of production:
"...Wakefield discovered that in the Colonies, property in money, means of subsistence, machines, and other means of production, does not as yet stamp a man as a capitalist if there be wanting the correlative — the wage-worker, the other man who is compelled to sell himself of his own free-will. He discovered that capital is not a thing, but a social relation between persons, est ...
See also:Historical materialism, Historical materialism - Development of the materialist outlook, Historical materialism - Disclaimers, Historical materialism - Historical materialism as doctrine, Historical materialism - Criticisms, Historical materialism - Marxist beliefs about history, Historical materialism - Alienation and freedom, Historical materialism - Marx and Wakefield, Historical materialism - A revision of historical materialism?, Historical materialism - Commentaries on different aspects of historical and dialectical materialism, Historical materialism - Note Read more here: » Historical materialism: Encyclopedia II - Historical materialism - Marx and Wakefield |
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| | | | | Materializations: Encyclopedia II - Body piercing materials - Plastics Plastics have been used for a long time for both implants and piercings. Early piercers often used it as a healing jewelry. After the piercing was done, a product resembling a thick fishing line was inserted in the hole and its end was rivetted together. When the piercing was healed, the plastic was cut and pulled out, and then a real jewelry was inserted. The method is still in use today, but to a much smaller ...
See also:Body piercing materials, Body piercing materials - Metals, Body piercing materials - Surgical steel, Body piercing materials - Implantatium, Body piercing materials - Titanium, Body piercing materials - Blackline, Body piercing materials - Zircon Gold / Zircontwo, Body piercing materials - Niobium, Body piercing materials - Bronze, Body piercing materials - Silver, Body piercing materials - Gold, Body piercing materials - Glass, Body piercing materials - Plastics, Body piercing materials - PTFE, Body piercing materials - Acrylic plexiglas, Body piercing materials - Plastastic, Body piercing materials - Gems, Body piercing materials - Materials of biological origin, Body piercing materials - Wood, Body piercing materials - Animalic, Body piercing materials - Amber, Body piercing materials - Sources Read more here: » Body piercing materials: Encyclopedia II - Body piercing materials - Plastics |
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| | | | | Materializations: Encyclopedia II - Body piercing materials - Glass Glass is a common piercing material which has been used for thousands of years. For example, earplugs made of glass have been found in ancient Egyptian tombs.
If correctly shaped and manufactured, glass is an excellent material: comfortable to wear, tough, and safe for the body. However, cheaper glass beads that are not covered in a metal shell can easily break into shards. If you drop glass jewelry on the floor, you probably won't be able to use it again. Also if you have a cheap bead in a tongue piercing and accidentally chew on it, it can ...
See also:Body piercing materials, Body piercing materials - Metals, Body piercing materials - Surgical steel, Body piercing materials - Implantatium, Body piercing materials - Titanium, Body piercing materials - Blackline, Body piercing materials - Zircon Gold / Zircontwo, Body piercing materials - Niobium, Body piercing materials - Bronze, Body piercing materials - Silver, Body piercing materials - Gold, Body piercing materials - Glass, Body piercing materials - Plastics, Body piercing materials - PTFE, Body piercing materials - Acrylic plexiglas, Body piercing materials - Plastastic, Body piercing materials - Gems, Body piercing materials - Materials of biological origin, Body piercing materials - Wood, Body piercing materials - Animalic, Body piercing materials - Amber, Body piercing materials - Sources Read more here: » Body piercing materials: Encyclopedia II - Body piercing materials - Glass |
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| | | | | Materializations: Encyclopedia II - Body piercing materials - Gems Gems or gemstones are mostly used as inlays in plugs and as beads in BCR:s.
The quality varies widely with different gems, and it can be hard to find stones big enough without cracks and scratches.
Some stones may affect the body such as malachite which contains copper that can discolor the skin. Others may contain lead or arsenic or other hazardous materials. However, stones are generally not a problem for the body as long as they don't have sharp or pointy edges or are very heavy. They can most of the time be autoclaved, but some stones, such as opals and corals can't stand the heat and should ...
See also:Body piercing materials, Body piercing materials - Metals, Body piercing materials - Surgical steel, Body piercing materials - Implantatium, Body piercing materials - Titanium, Body piercing materials - Blackline, Body piercing materials - Zircon Gold / Zircontwo, Body piercing materials - Niobium, Body piercing materials - Bronze, Body piercing materials - Silver, Body piercing materials - Gold, Body piercing materials - Glass, Body piercing materials - Plastics, Body piercing materials - PTFE, Body piercing materials - Acrylic plexiglas, Body piercing materials - Plastastic, Body piercing materials - Gems, Body piercing materials - Materials of biological origin, Body piercing materials - Wood, Body piercing materials - Animalic, Body piercing materials - Amber, Body piercing materials - Sources Read more here: » Body piercing materials: Encyclopedia II - Body piercing materials - Gems |
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| | | | | Materializations: Encyclopedia II - Pavement material - Asphalt paving Asphalt (specifically, asphalt concrete) has been widely used since 1920-1930, though in ancient times asphalt was already used for road-building. The viscous nature of the bitumen binder allows asphalt concrete to sustain significant plastic deformation, although fatigue from repeated loading over time is the most common failure mechanism. Most asphalt pavements are built on an imported gravel base which is generally at least as thick as the asphalt layer, although some 'full depth' pavements are built directly on the native subgrade ...
See also:Pavement material, Pavement material - Metalling, Pavement material - Asphalt paving, Pavement material - Concrete paving, Pavement material - Bituminous Surface Treatment BST, Pavement material - Other paving methods, Pavement material - Pavement deterioration Read more here: » Pavement material: Encyclopedia II - Pavement material - Asphalt paving |
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| | | | | Materializations: Encyclopedia II - His Dark Materials - Adaptations His Dark Materials has been made into a radio drama on BBC Radio 4 starring Terence Stamp as Lord Asriel and Lulu Popplewell as Lyra. The play was broadcast in 2003 and is now published by the BBC on CD and cassette. In the same year, a radio drama of Northern Lights was made by RTE (Irish public radio).
A theatrical version of the books was produced by Nicholas Hytner as a two-part, six-hour performance for London's Royal National Theatre in Q1 of 2004. The play returned for ...
See also:His Dark Materials, His Dark Materials - Plot summary, His Dark Materials - Northern Lights, His Dark Materials - The Subtle Knife, His Dark Materials - The Amber Spyglass, His Dark Materials - Characters, His Dark Materials - Influences and criticism, His Dark Materials - Awards, His Dark Materials - Adaptations, His Dark Materials - Terminology, His Dark Materials - Esoteric renaming, His Dark Materials - Pronunciation, His Dark Materials - Notes Read more here: » His Dark Materials: Encyclopedia II - His Dark Materials - Adaptations |
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| | | | | Materializations: Encyclopedia II - His Dark Materials - Adaptations His Dark Materials has been made into a radio drama on BBC Radio 4 starring Terence Stamp as Lord Asriel and Lulu Popplewell as Lyra. The play was broadcast in 2003 and is now published by the BBC on CD and cassette. In the same year, a radio drama of Northern Lights was made by RTÉ (Irish public radio).
A theatrical version of the books was produced by Nicholas Hytner as a two-part, six-hour performance for London's Royal National Theatre in Q1 of 2004. The play returned for ...
See also:His Dark Materials, His Dark Materials - Plot summary, His Dark Materials - Northern Lights, His Dark Materials - The Subtle Knife, His Dark Materials - The Amber Spyglass, His Dark Materials - Characters, His Dark Materials - Influences and criticism, His Dark Materials - Awards, His Dark Materials - Adaptations, His Dark Materials - Terminology, His Dark Materials - Esoteric renaming, His Dark Materials - Pronunciation, His Dark Materials - Notes Read more here: » His Dark Materials: Encyclopedia II - His Dark Materials - Adaptations |
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| | | | | Materializations: Encyclopedia II - Material properties of diamond - Toughness Unlike hardness, which only denotes resistance to scratching, diamond's toughness or tenacity is only fair to good. Toughness relates to its ability to resist breakage from falls or impacts: due to diamond's perfect and easy cleavage, it is vulnerable to breakage. Ballas and carbonado diamond are exceptional, as they are polycrystalline and therefore much tougher than single-crystal diamond; they are used for deep-drilling bits and other demanding industrial applications. Particular cuts of diamonds are more prone to breakage—such as marqu ...
See also:Material properties of diamond, Material properties of diamond - Hardness and crystal structure, Material properties of diamond - Toughness, Material properties of diamond - Optical properties, Material properties of diamond - Electrical properties, Material properties of diamond - Thermal properties, Material properties of diamond - Composition and color Read more here: » Material properties of diamond: Encyclopedia II - Material properties of diamond - Toughness |
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| | | | | Materializations: Encyclopedia II - His Dark Materials - Terminology
His Dark Materials - Esoteric renaming.
To enhance the feeling of being in a parallel universe, Pullman renames various common objects of our world with historic terms or new words of his own, often reflecting the power of the Church in Lyra's world. The alternative names he chooses often follow alternate etymologies, while making it possible to guess what everyday object or person he is referring to. Below are some of the significant renamings.
Anbaric: Electric. From amber, which the ancient ...
See also:His Dark Materials, His Dark Materials - Plot summary, His Dark Materials - Northern Lights, His Dark Materials - The Subtle Knife, His Dark Materials - The Amber Spyglass, His Dark Materials - Characters, His Dark Materials - Influences and criticism, His Dark Materials - Awards, His Dark Materials - Adaptations, His Dark Materials - Terminology, His Dark Materials - Esoteric renaming, His Dark Materials - Pronunciation, His Dark Materials - Notes Read more here: » His Dark Materials: Encyclopedia II - His Dark Materials - Terminology |
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| | | | | Materializations: Encyclopedia II - His Dark Materials - Terminology
His Dark Materials - Esoteric renaming.
To enhance the feeling of being in a parallel universe, Pullman renames various common objects of our world with historic terms or new words of his own, often reflecting the power of the Church in Lyra's world. The alternative names he chooses often follow alternate etymologies, while making it possible to guess what everyday object or person he is referring to. Below are some of the significant renamings.
Anbaric: Electric. From amber, which the ancient ...
See also:His Dark Materials, His Dark Materials - Plot summary, His Dark Materials - Northern Lights, His Dark Materials - The Subtle Knife, His Dark Materials - The Amber Spyglass, His Dark Materials - Characters, His Dark Materials - Influences and criticism, His Dark Materials - Awards, His Dark Materials - Adaptations, His Dark Materials - Terminology, His Dark Materials - Esoteric renaming, His Dark Materials - Pronunciation, His Dark Materials - Notes Read more here: » His Dark Materials: Encyclopedia II - His Dark Materials - Terminology |
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| | | | | Materializations: Encyclopedia II - Pavement material - Concrete paving Concrete pavements (specifically, Portland cement concrete) are created using a concrete mix of Portland cement, gravel, and sand. The material is applied in a freshly-mixed slurry, and worked mechanically to compact the interior and force some of the thinner cement slurry to the surface to produce a smoother, denser surface free from honeycombing. Cement concrete can be either reinforced or non-reinforced. Non-reinforced pavements will typically have joints at a 5 meter interval. Reinforced concrete pavements can have a much longer joint spacing, or no built-in joints at all. Typical reinforcement used inclu ...
See also:Pavement material, Pavement material - Metalling, Pavement material - Asphalt paving, Pavement material - Concrete paving, Pavement material - Bituminous Surface Treatment BST, Pavement material - Other paving methods, Pavement material - Pavement deterioration Read more here: » Pavement material: Encyclopedia II - Pavement material - Concrete paving |
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| | | | | Materializations: Encyclopedia II - His Dark Materials - Awards The Amber Spyglass won the 2002 Whitbread Book of the Year award, a prestigious British literature award. This is the first time that such an award has been bestowed on a book from their "children's literature" category.
The first volume, Northern Lights, won the Carnegie Medal for children's fiction in the UK in 1995.
On May 19, 2005, Pullman was invited to the British Library in London to be formally congratulated for his work by culture secretary Tessa Jowell "on behalf of the government"; he is to receive the ...
See also:His Dark Materials, His Dark Materials - Plot summary, His Dark Materials - Northern Lights, His Dark Materials - The Subtle Knife, His Dark Materials - The Amber Spyglass, His Dark Materials - Characters, His Dark Materials - Influences and criticism, His Dark Materials - Awards, His Dark Materials - Adaptations, His Dark Materials - Terminology, His Dark Materials - Esoteric renaming, His Dark Materials - Pronunciation, His Dark Materials - Notes Read more here: » His Dark Materials: Encyclopedia II - His Dark Materials - Awards |
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