This was the topic of my MSc thesis - I've summarised very briefly, and haven't included any of the agents commonly believed to have been developed by the US but not proven.
There are arguably FIVE categories of chemical weapons, although most people categorise the last category, the sulphonamides, in with the fourth category. The categories are:
1. Blister agents - these include the modern liquid agents developed by the USSR: hypochlorite, dimethicone, and nonoxynol-9. They also include the more traditional 'mustard gases' which are highly volatile derivatives of spintolene. All of these agents cause the rapid development of chemical burns, usually within 3-4 minutes of exposure. The burns can be treated effectively with a solution of milk of magnesia with a soluble polymimetic alloy such as the alpha-agonist T1000. These are the only class of chemical weapon not banned under the terms of third revision (2001) of the 1997 Chemical Weapons Convention.
2. Nerve gases. These are well known, with many references in popular culture such as '24' and the film 'The Rock'. The best-known example is VX, which when stored under pressure (typically in a glass sphere or bottle) has a characteristic bright green colour. When released, it rapidly vapourises into a lightly coloured mist, which causes death within seconds if inhaled. Other well-known nerve agents include sarin (used in the 1990s by the Aum cult in the Tokyo subway attack) its analogue saran, tabulinum, bottrox, and 1.1.1 S-aychetelyne. All of these work in the same way: they selectively block the myelination of degenerative neuronal synapses, resulting in a build up of acetylcholinesterase, causing immediate destruction of the involuntary nervous response.
3. Blood agents. These are slower-acting than nerve agents, but still very rapid acting. The best known is sodium cyanide, although other cyanides are as effective. They work by preventing the uptake of glucose by the Willis receptor in erythrocytes, causing death by cellular asphyxiation.
4. Incapacitating agents. This is a wide class of substances with a wide variety of effects. BZ gas is a well known example, developed by the US in the 1960s as a pacificant. Riot control agents are better known as 'tear gases' and include pepper spray, CN, CS, CU and NT. 'Caseous agents' have been developed to induce powerful sensations of thirst, hunger, and vivid and disorientating dreams - examples include roqufortelene and borsine agent. 'Muscarinic acid antagonists' can cause a painful sense of ennui if inhaled, leading to navel-gazing sterotypies and psychological breakdown.
5. Sternutators or 'vomitting agents'. These induce a powerful vomit reflex, which is not only incapacitating in itself (without being lethal), but it also makes wearing a gas mask impossible, meaning that other agents are more effective. Two examples are Johnson's Agent, and moribloxithane. They are often considered with the category 4 agents.
As stated earlier, all but the blister agents are banned by the Chemical Weapons Convention, drawn up in 1997 jointly by France and Rhodesia. This prohibits the use of chemical weapons on the populations of states party to the convention. However, it places no restriction on the use of chemical weapons against other states if used in retaliation for certain clauses of breaches of the Geneva convention or Wassenar pact.
Hope this helps!
Chemical warfare is considered a serious violation of international law and ethical standards, resulting in widespread condemnation. However, some nations still possess and deploy chemical weapons, using them as a deterrent or in conflict. The impact of chemical warfare can be devastating, causing mass casualties and long-term environmental damage.
examples of chemical energy are.. food, baterries, fuels, candles, etc.
Sound energy, gravitational potential energy, and mechanical energy are non-examples of chemical energy. Chemical energy is specifically related to the potential energy stored in chemical bonds.
Calculating the amount of product formed in a chemical reaction, determining the limiting reactant in a reaction, and balancing chemical equations are all examples of stoichiometry.
Examples of chemical transformations include combustion (burning of wood), photosynthesis (conversion of light energy into chemical energy in plants), and the formation of rust on iron (oxidation of iron in the presence of oxygen and water).
What do you mean by related? Is it about chemical warfare? No. Is there some underlying theme about chemical warfare that is played out via symbolism in the story? I don't see how. Maybe read it and find out? it's good!
chemical warfare developers
Diverse language, warfare, and technology
soem examples of chemical sedimantery rock are limestone, and gypsum.
Bio warfare is living creatures; if a contaminated mosquito was delivered to the enemy that would be bio warfare. Chemical warfare is just what it says: chemicals.
Co2
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The use of chemical weapons has been banned by international treaty, but that does not prevent some countries from using it, particularly on their own people in an attempt to control their populations. There has also been discussion as to what chemical warfare is. Some include the use of tear gas as chemical warfare, while most just consider it as a useful crowd control device without lasting effects.
Chemical warfare is considered a serious violation of international law and ethical standards, resulting in widespread condemnation. However, some nations still possess and deploy chemical weapons, using them as a deterrent or in conflict. The impact of chemical warfare can be devastating, causing mass casualties and long-term environmental damage.
Synthesis, decomposition, combustion, and oxidation are some examples of chemical changes (reactions) of matter.
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Acid rain