X-plosive, auch X-plosive Beats, (* 7. Januar ; bürgerlich Thomas Kessler) ist ein deutscher Musikproduzent und Songwriter. Was wäre das Biberacher Schützenfest ohne das Schützenlied? Vom Hissen der Fahne im heimischen Garten bis zum Abtrommeln begleitet es jeden. Damen Xplosive Rock opal-aqua XS von La Sportiva jetzt bei Bergzeit kaufen ➤ Kostenloser Versand & Rückversand ab CHF 50 ✓ Rechnungskauf.
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Live Music. Fun Food Stations. There are applications where a shock wave, and electrostatics, can result in high velocity projectiles. An explosion is a type of spontaneous chemical reaction that, once initiated, is driven by both a large exothermic change great release of heat and a large positive entropy change great quantities of gases are released in going from reactants to products, thereby constituting a thermodynamically favorable process in addition to one that propagates very rapidly.
Thus, explosives are substances that contain a large amount of energy stored in chemical bonds. Consequently, most commercial explosives are organic compounds containing -NO 2 , -ONO 2 and -NHNO 2 groups that, when detonated, release gases like the aforementioned e.
An explosive is classified as a low or high explosive according to its rate of combustion : low explosives burn rapidly or deflagrate , while high explosives detonate.
While these definitions are distinct, the problem of precisely measuring rapid decomposition makes practical classification of explosives difficult.
Traditional explosives mechanics is based on the shock-sensitive rapid oxidation of carbon and hydrogen to carbon dioxide, carbon monoxide and water in the form of steam.
Nitrates typically provide the required oxygen to burn the carbon and hydrogen fuel. High explosives tend to have the oxygen, carbon and hydrogen contained in one organic molecule, and less sensitive explosives like ANFO are combinations of fuel carbon and hydrogen fuel oil and ammonium nitrate.
A sensitizer such as powdered aluminum may be added to an explosive to increase the energy of the detonation. Once detonated, the nitrogen portion of the explosive formulation emerges as nitrogen gas and toxic nitric oxides.
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 standpoint.
Of more interest are the other two rapid forms besides decomposition: deflagration and detonation. Deflagration is a characteristic of low explosive material.
This term is used to describe an explosive phenomenon whereby the decomposition is propagated by an explosive shock wave traversing the explosive material at speeds greater than the speed of sound within the substance.
In addition to chemical explosives, there are a number of more exotic explosive materials, and exotic methods of causing explosions.
Examples include nuclear explosives , and abruptly heating a substance to a plasma state with a high-intensity laser or electric arc.
Laser- and arc-heating are used in laser detonators, exploding-bridgewire detonators , and exploding foil initiators , where a shock wave and then detonation in conventional chemical explosive material is created by laser- or electric-arc heating.
Laser and electric energy are not currently used in practice to generate most of the required energy, but only to initiate reactions.
To determine the suitability of an explosive substance for a particular use, its physical properties must first be known. The usefulness of an explosive can only be appreciated when the properties and the factors affecting them are fully understood.
Some of the more important characteristics are listed below:. Sensitivity refers to the ease with which an explosive can be ignited or detonated, i.
When the term sensitivity is used, care must be taken to clarify what kind of sensitivity is under discussion. The relative sensitivity of a given explosive to impact may vary greatly from its sensitivity to friction or heat.
Some of the test methods used to determine sensitivity relate to:. Specific explosives usually but not always highly sensitive on one or more of the three above axes may be idiosyncratically sensitive to such factors as pressure drop, acceleration, the presence of sharp edges or rough surfaces, incompatible materials, or even—in rare cases—nuclear or electromagnetic radiation.
These factors present special hazards that may rule out any practical utility. Sensitivity is an important consideration in selecting an explosive for a particular purpose.
The explosive in an armor-piercing projectile must be relatively insensitive, or the shock of impact would cause it to detonate before it penetrated to the point desired.
The explosive lenses around nuclear charges are also designed to be highly insensitive, to minimize the risk of accidental detonation.
The index of the capacity of an explosive to be initiated into detonation in a sustained manner. It is defined by the power of the detonator which is certain to prime the explosive to a sustained and continuous detonation.
Reference is made to the Sellier-Bellot scale that consists of a series of 10 detonators, from n. In practice, most of the explosives on the market today are sensitive to an n.
The velocity with which the reaction process propagates in the mass of the explosive. Today, velocity of detonation can be measured with accuracy.
Together with density it is an important element influencing the yield of the energy transmitted for both atmospheric over-pressure and ground acceleration.
Stability is the ability of an explosive to be stored without deterioration. The term power or performance as applied to an explosive refers to its ability to do work.
In practice it is defined as the explosive's ability to accomplish what is intended in the way of energy delivery i. Explosive power or performance is evaluated by a tailored series of tests to assess the material for its intended use.
Of the tests listed below, cylinder expansion and air-blast tests are common to most testing programs, and the others support specific applications.
In addition to strength, explosives display a second characteristic, which is their shattering effect or brisance from the French meaning to "break" , which is distinguished and separate from their total work capacity.
This characteristic is of practical importance in determining the effectiveness of an explosion in fragmenting shells, bomb casings, grenades , and the like.
The rapidity with which an explosive reaches its peak pressure power is a measure of its brisance.
Brisance values are primarily employed in France and Russia. The sand crush test is commonly employed to determine the relative brisance in comparison to TNT.
No test is capable of directly comparing the explosive properties of two or more compounds; it is important to examine the data from several such tests sand crush, trauzl , and so forth in order to gauge relative brisance.
True values for comparison require field experiments. Density of loading refers to the mass of an explosive per unit volume. Several methods of loading are available, including pellet loading, cast loading, and press loading, the choice being determined by the characteristics of the explosive.
High load density can reduce sensitivity by making the mass more resistant to internal friction. However, if density is increased to the extent that individual crystals are crushed, the explosive may become more sensitive.
Increased load density also permits the use of more explosive, thereby increasing the power of the warhead. It is possible to compress an explosive beyond a point of sensitivity, known also as dead-pressing , in which the material is no longer capable of being reliably initiated, if at all.
Volatility is the readiness with which a substance vaporizes. Excessive volatility often results in the development of pressure within rounds of ammunition and separation of mixtures into their constituents.
Volatility affects the chemical composition of the explosive such that a marked reduction in stability may occur, which results in an increase in the danger of handling.
The introduction of water into an explosive is highly undesirable since it reduces the sensitivity, strength, and velocity of detonation of the explosive.
Hygroscopicity is a measure of a material's moisture-absorbing tendencies. Moisture affects explosives adversely by acting as an inert material that absorbs heat when vaporized, and by acting as a solvent medium that can cause undesired chemical reactions.
Sensitivity, strength, and velocity of detonation are reduced by inert materials that reduce the continuity of the explosive mass. When the moisture content evaporates during detonation, cooling occurs, which reduces the temperature of reaction.
Stability is also affected by the presence of moisture since moisture promotes decomposition of the explosive and, in addition, causes corrosion of the explosive's metal container.
Explosives considerably differ from one another as to their behavior in the presence of water. Gelatin dynamites containing nitroglycerine have a degree of water resistance.
Explosives based on ammonium nitrate have little or no water resistance as ammonium nitrate is highly soluble in water and is hygroscopic.
Many explosives are toxic to some extent. Manufacturing inputs can also be organic compounds or hazardous materials that require special handing due to risks such as carcinogens.
The decomposition products, residual solids, or gases of some explosives can be toxic, whereas others are harmless, such as carbon dioxide and water.
An example of such is the lead-free primary explosive copper I 5-nitrotetrazolate, an alternative to lead azide. Explosive material may be incorporated in the explosive train of a device or system.
An example is a pyrotechnic lead igniting a booster, which causes the main charge to detonate. The most widely used explosives are condensed liquids or solids converted to gaseous products by explosive chemical reactions and the energy released by those reactions.
The gaseous products of complete reaction are typically carbon dioxide , steam , and nitrogen. Explosives with an oxygen deficit will generate soot or gases like carbon monoxide and hydrogen , which may react with surrounding materials such as atmospheric oxygen.
By comparison, CDP detonation is based on the rapid reduction of carbon dioxide to carbon with the abundant release of energy.
Rather than produce typical waste gases like carbon dioxide, carbon monoxide, nitrogen and nitric oxides, CDP is different.
Instead, the highly energetic reduction of carbon dioxide to carbon vaporizes and pressurizes excess dry ice at the wave front, which is the only gas released from the detonation.
The velocity of detonation for CDP formulations can therefore be customized by adjusting the weight percentage of reducing agent and dry ice.
CDP detonations produce a large amount of solid materials that can have great commercial value as an abrasive:. The products of detonation in this example are magnesium oxide, carbon in various phases including diamond, and vaporized excess carbon dioxide that was not consumed by the amount of magnesium in the explosive formulation.
Oxygen balance is an expression that is used to indicate the degree to which an explosive can be oxidized. If an explosive molecule contains just enough oxygen to convert all of its carbon to carbon dioxide, all of its hydrogen to water, and all of its metal to metal oxide with no excess, the molecule is said to have a zero oxygen balance.
The molecule is said to have a positive oxygen balance if it contains more oxygen than is needed and a negative oxygen balance if it contains less oxygen than is needed.
Oxygen balance applies to traditional explosives mechanics with the assumption that carbon is oxidized to carbon monoxide and carbon dioxide during detonation.
In what seems like a paradox to an explosives expert, Cold Detonation Physics uses carbon in its most highly oxidized state as the source of oxygen in the form of carbon dioxide.
Oxygen balance, therefore, either does not apply to a CDP formulation or must be calculated without including the carbon in the carbon dioxide.
A chemical explosive may consist of either a chemically pure compound, such as nitroglycerin , or a mixture of a fuel and an oxidizer , such as black powder or grain dust and air.
Some chemical compounds are unstable in that, when shocked, they react, possibly to the point of detonation. Each molecule of the compound dissociates into two or more new molecules generally gases with the release of energy.
The above compositions may describe most of the explosive material, but a practical explosive will often include small percentages of other substances.
Xplosive was introduced to Gears of War in through his now brother in law, who would bring over his Xbox whenever he decided to visit.
At the time Xplosive was only about 8 years old and thought the game was pretty scary. Xplosive has played pretty much every esports title on console and even a few games for on PC.
The only one that he considered playing competitively was Call of Duty: Advanced Warfare. Xplosive got into competitive Gears back in Gears of War 2 where he competed in Underground.
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Navigation Main page Recent changes Random page Join our Discord!Platin 1. CH 49 2 Wo. Focus A, P Maximum. 10/26/ · Gilbert "Xplosive" Rojo is a Gears of War esports player, currently UYU. Biography. Xplosive was introduced to Gears of War in through his now brother in law, who would bring over his Xbox whenever he decided to visit. At the time Xplosive was only about 8 years old and thought the game was pretty corysipper.comy of Birth: Philippines. My daughter just recieved her pink and purple glitter nunchucks from Xplosive weaponry in the UK, and she couldn't be happier! These are very high quality products at an affordable price. We love the creativity and color selection of Xplosive weapons. She can't wait to . Xplosive Events Ltd are pioneers in unique family firework entertainment events, based in Oxfordshire our mission is to deliver quality and breath taking public firework events for families throughout the UK.