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Summary Of: Nitrogen

Elemental nitrogen is a colorless... The very strong bond in elemental nitrogen dominates nitrogen chemistry... The element nitrogen was discovered by... Nitrogen occurs in all living organisms... Nitrogen compounds in industry... Nitrogen compounds of notable economic importance... of converting nitrogen compounds into elemental... have dominated the role of nitrogen in both nature and human economic activities... nitrogen assumes the alpha... Unstable allotropes of nitrogen consisting of more than two nitrogen atoms have been produced in the laboratory... nitrogen polymerizes into the single bonded... Nitrogen is the largest single constituent of the... Molecular nitrogen is a major constituent of the... Nitrogen is present in all living organisms in proteins... Nitrogen occurs naturally in a number of minerals... strongly control nitrogen dynamics in the soil... Nitrogen absorption leads to significant absorption of ultraviolet radiation in the Earth... Nitrogen also makes a contribution to visible... but rather from free nitrogen atoms combining with oxygen to form... Nitrogen was also studied at about the same time by... was discovered when it was noticed that nitrogen from air is not identical to nitrogen from chemical reactions... Compounds of nitrogen were known in the... applications of nitrogen compounds involved uses in the form of... Nitrogen is an essential part of... Molecular nitrogen in the atmosphere cannot be used directly by either plants or animals... most of the fixed nitrogen that reaches the... the plant subsequently converts the ammonium ion to nitrogen oxides and amino acids to form... Some plants are able to assimilate nitrogen directly in the form of nitrates which may be present in soil from natural mineral... Nitrogen compounds are basic building blocks in animal biology... feeding insects are so dependent on nitrogen in their diet... that varying the amount of nitrogen fertilizer applied to a plant can affect the rate of reproduction of the insects feeding... off delivery of soluble nitrogen to oceans at river mouths... of nitrogen in proteins generally results in... but most decay eventually returns nitrogen content to the atmosphere... Nitrogen is generally unreactive at standard temperature and pressure... When nitrogen reacts spontaneously with a reagent... Nitrogen reacts with elemental lithium at... The starting point for industrial production of nitrogen compounds is the... in which nitrogen is fixed by reacting... Biological nitrogen fixation in free... Nitrogen compounds in industry... Nitrogen compounds in industry... rings and structures of nitrogen hydrides are also known... Nitrogen molecules containing unpaired electrons show an understandable tendency to... Nitrogen is notable for the range of explosively unstable compounds that it can produce... Nitrogen can also be found in... Nitrogen compounds of notable economic importance... Nitrogen compounds of notable economic importance... nitrogen is converted into biologically... Molecular nitrogen is also released into the atmosphere in the process of decay... molecular nitrogen is a key feature of modern industrial chemistry... or explode is derived from the fact that nitrogen is present as an oxide... Nitrogen is a constituent of molecules in every major drug class in pharmacology and medicine... Nitrogen containing drugs include all of the major classes of antibiotics... Rapid release of nitrogen gas into an enclosed space can displace oxygen... that was pressurized with pure nitrogen as a precaution against fire... nitrogen begins to act as an anesthetic agent... Nitrogen also dissolves in the... when nitrogen bubbles form in the bloodstream... Effect of nitrogen fertilizer on the intrinsic rate of increase of the rusty plum aphid... nitrogen to Ammonia at a Single Molybdenum Center... Why high nitrogen density in explosives...

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carbon | oxygen | P | | Periodic table | Extended periodic table | Name | symbol | number | Chemical series | nonmetals | Group | period | block | 15 | 2 | p | Appearance | | Standard atomic weight | 14.007 | (2) | g·mol−1 | Electron configuration | Electrons | shell | Phase | gas | Density | Melting point | K | C | F | Boiling point | K | C | F | Critical point | K | Heat of fusion | kJ·mol−1 | Heat of vaporization | kJ·mol−1 | Specific heat capacity | Vapor pressure | Crystal structure | Oxidation states | acidic | Electronegativity | Ionization energies | more | kJ·mol−1 | Atomic radius | 65 | pm | 56 | Covalent radius | 75 | Van der Waals radius | 155 | Magnetic ordering | Thermal conductivity | Speed of sound | m/s | CAS registry number | Isotopes of nitrogen | iso | NA | half-life | DM | DE | MeV | DP | syn | stable | neutrons | stable | neutrons | References | view | /ˈnaɪtɹəʤɪn/ | chemical element | atomic number | atomic weight | inert | diatomic | standard conditions | Earth's atmosphere | ammonia | nitric acid | propellants | explosives | cyanides | Daniel Rutherford | 1772 | amino acids | proteins | nucleic acids | DNA | RNA | chemical structure | neurotransmitters | alkaloids | nonmetal | electronegativity | electrons | trivalent | atmospheric pressure | condenses | liquifies | K | C | freezes | hexagonal close-packed | allotropic | cubic | Liquid nitrogen | cryogen | N4 | diamond anvil | diamond | Earth's | atmosphere | fusion | stars | chemical element | citation needed | Molecular | compounds | interstellar space | Far Ultraviolet Spectroscopic Explorer | Saturnian | Titan | guano | urea | uric acid | ammonium | fix atmospheric nitrogen | saltpetre | Chile saltpetre | sal ammoniac | Nitrate minerals | Ammonium minerals | Isotopes of nitrogen | isotopes | CNO cycle | stars | half life | assimilation | nitrification | denitrification | substrate | product | isotopologue | dipole moment | nitrogen lasers | air glow | aurora | nitric oxide | Latin | Greek | niter | Daniel Rutherford | 1772 | combustion | Carl Wilhelm Scheele | Henry Cavendish | Joseph Priestley | phlogisticated air | inert | Antoine Lavoisier | Greek | French | Argon | Middle Ages | alchemists | nitric acid | hydrochloric acids | aqua regia | gold | agricultural | saltpeter | sodium- | potassium nitrate | gunpowder | fertilizer | nitrogen cycle | amino acids | nucleic acids | Precipitation | ammonium | nitrogen fixation | lightning | ammonium | forest canopy | soil | roots | bacteria | Rhizobium | nitrogenase | enzymes | nitrogen fixation | anoxic | Azotobacter | symbiotic | root nodules | clover | Trifolium | soya bean | Glycine max | Alnus | Casuarina | Myrica | Gunnera | proteins | alkaloids | amino acids | proteins | nucleic acids | fertilizers | eutrophication | "dead zone" | Gulf Coast | Black Sea | trimethylamine oxide | osmotic | dimethylamine | free radical | nitric oxide | amino acid | nitrite | metabolism | excretion | urea | nucleic acids | urea | uric acid | amines | putrescine | cadaverine | Structure of [Ru(NH3)5(N2)]2+. | | reagents | nitrogen fixation | STP | lithium nitride | magnesium nitride | adducts | dinitrogen complex | Ph2CH2CH2PPh2 | μ | η | nitrogenase | Haber-Bosch Process | molybdenum | nitrogen fixation | Haber-Bosch | ferric oxide | cyanobacteria | root nodules | biosphere | nitrogenase | enzyme | adenosine triphosphate | adenosine diphosphate | inorganic | phosphate | Nitrogen compounds | hydride | ammonia | H | hydrazine | basic | water | solution | ammonium | ion | amphiprotic | Brønsted-Lowry | amide | nitride | salts | decompose | amines | amphiphilic | anions | azides | isoelectronic | carbon dioxide | cyanide | molecule | dinitrogen monoxide | oxides | nitrogen monoxide | nitric oxide | nitrogen dioxide | electron | smog | dimerize | dinitrogen trioxide | dinitrogen pentoxide | nitrous | nitric acid | nitrites | nitrates | Dinitrogen tetroxide | hydrazine | Titan rocket | NASA | MESSENGER | Mercury | hydronium | oxidizing agent | contact explosive | Nitrocellulose | Nitroglycerin | glycerin | dynamite | trinitrotoluene | organic compounds | functional groups | amines | amides | nitro | imines | enamines | chemical substance | Kjeldahl method | bacteria | nitrogen fixing bacteria | natural gas | ammonia | Haber process | fertilizer | explosives | nitric acid | Ostwald process | salts | potassium nitrate | saltpeter | gunpowder | ammonium nitrate | ANFO | nitroglycerin | trinitrotoluene | nitrocellulose | Nitric acid | oxidizing agent | rockets | Hydrazine | fuels | monopropellants | Nitrous oxide | laughing gas | alkaloids | morphine | nitroglycerin | nitroprusside | nitric oxide | asphyxiation | carotid body | 1981 | Mobile Launcher Platform | partial pressures | atmospheres | scuba diving | nitrogen narcosis | nitrous oxide | bloodstream | decompression sickness | liquid nitrogen | frostbite | Leidenfrost effect | Nutrient | Nitrogenomics | Nitrogen oxide | TKN | Tetranitrogen | February 16 | 2002 | 2007 | 08-18 | August 5 | 2004 | 2007 | 08-18 | 2007 | 12-24 | 2007 | 12-24 | Richard R. 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