emissions oor Kornies

emissions

naamwoord

Plural form of emission.

Vertalings in die woordeboek Engels - Kornies

dylansow

Soortgelyke frases

emissivity
dylekter

carbon emissions
dylansow karbon

reduce emissions
lehe dylansow

greenhouse gas emissions
dylansow gas chi gweder

emission
dyllans

voorbeelde

laser (n.) light amplification by stimulated emission of radiation mogdhydek; device using such principlae gathell
laser (n.) light amplification by stimulated emission of radiation mogdhydek; device using such principlae gathell

emanation (n.) aura awra; discharge; emission omdhyllanz, tardh; product; consequence devedhyzanz, tardhanz
emanation (n.) aura awra; discharge; emission omdhyllanz, tardh; product; consequence devedhyzanz, tardhanz

Caesium (IUPAC spelling[6]) (or cesium in American English)[note 1] is a chemical element with the symbol Cs and atomic number 55. It is a soft, silvery-golden alkali metal with a melting point of 28.5 °C (83.3 °F), which makes it one of only five elemental metals that are liquid at or near room temperature.[note 2] Caesium has physical and chemical properties similar to those of rubidium and potassium. The most reactive of all metals, it is pyrophoric and reacts with water even at −116 °C (−177 °F). It is the least electronegative element, with a value of 0.79 on the Pauling scale. It has only one stable isotope, caesium-133. Caesium is mined mostly from pollucite, while the radioisotopes, especially caesium-137, a fission product, are extracted from waste produced by nuclear reactors. The German chemist Robert Bunsen and physicist Gustav Kirchhoff discovered caesium in 1860 by the newly developed method of flame spectroscopy. The first small-scale applications for caesium were as a "getter" in vacuum tubes and in photoelectric cells. In 1967, acting on Einstein's proof that the speed of light is the most constant dimension in the universe, the International System of Units used two specific wave counts from an emission spectrum of caesium-133 to co-define the second and the metre. Since then, caesium has been widely used in highly accurate atomic clocks. Since the 1990s, the largest application of the element has been as caesium formate for drilling fluids, but it has a range of applications in the production of electricity, in electronics, and in chemistry. The radioactive isotope caesium-137 has a half-life of about 30 years and is used in medical applications, industrial gauges, and hydrology. Nonradioactive caesium compounds are only mildly toxic, but the pure metal's tendency to react explosively with water means that caesium is considered a hazardous material, and the radioisotopes present a significant health and ecological hazard in the environment.
lven gymyk yw cesiom, niver 55 y'n Vosen Beriodek. Y furvell gymyk yw Cs. An hanow a dheu dhyworth an ger Latin caesius, ow styrya glaswynn, drefen liw y flamm. Nyns yw cesiom dhe les an korf denel. Diskudhys veu cesiom yn 1860 yn Heidelberg yn Almayn. Gwrys veu an ober gans Robert Bunsen (1811-1899), a dhevisas an losker Bunsen, ha Gustav Kirchoff (1824-1887), gans bryjyon 30,000 liter a dhowr moon. Askorrys yw 20 tunnas a cesiom yn unnik pub bledhen, gan an moyha rann ow tos dhyworth Kanada. Usys yw avel katalydh, dhe wul gweder optykal, ha dhe wul klockow atomek. Droglammow nuklerek hag arvow nuklerek re livras isotopow radyoweythresek dhe'n ayrgylgh. An cesiom-137 livrys gan an droglamm Chernobyl eth dres [Europa]] West oll, owth effeythi bargennyow tir deves yn Alban ha Kembra. Poos atomek cesiom yw 132.91 ha'y boynt teudhi yw 28°C ha'y boynt bryjyon yw 679°C. Y dhosedh yw 1.9kg an liter. Alkan medhel, golow, liw owr yw. Cesiom a dhasober gans dowr yn fest garow. Usys yw 'herdhyoryon' (thrusters) cesiom dhe lywya lorellow.

Neon is a chemical element with the symbol Ne and atomic number 10. It is a noble gas.[10] Neon is a colorless, odorless, inert monatomic gas under standard conditions, with about two-thirds the density of air. It was discovered (along with krypton and xenon) in 1898 as one of the three residual rare inert elements remaining in dry air, after nitrogen, oxygen, argon and carbon dioxide were removed. Neon was the second of these three rare gases to be discovered and was immediately recognized as a new element from its bright red emission spectrum. The name neon is derived from the Greek word, νέον, neuter singular form of νέος (neos), meaning 'new'. Neon is chemically inert, and no uncharged neon compounds are known. The compounds of neon currently known include ionic molecules, molecules held together by van der Waals forces and clathrates. During cosmic nucleogenesis of the elements, large amounts of neon are built up from the alpha-capture fusion process in stars. Although neon is a very common element in the universe and solar system (it is fifth in cosmic abundance after hydrogen, helium, oxygen and carbon), it is rare on Earth. It composes about 18.2 ppm of air by volume (this is about the same as the molecular or mole fraction) and a smaller fraction in Earth's crust. The reason for neon's relative scarcity on Earth and the inner (terrestrial) planets is that neon is highly volatile and forms no compounds to fix it to solids. As a result, it escaped from the planetesimals under the warmth of the newly ignited Sun in the early Solar System. Even the outer atmosphere of Jupiter is somewhat depleted of neon, although for a different reason.[11]
Elven gymyk yw neon, niver 10 y'n Vosen Beriodek. Y furvell gymyk yw Ne. An hanow a dheu dhyworth an ger Greka neos, ow styrya nowydh. Gass didhregynnus yw, heb rann y'n korf denel, drefen ny dhasober gans elvennow erel. Yn 1898, yn Kolji Pennskol, Loundres, William Ramsay ha Morris Travers a enyshas an gass krypton. Byttegens i re wrug gwaytyas gass moy skav. Yn mis Metheven y'n keth bledhen, i a wrug moy a hwithrans, ha'n tro ma y tiskudhsons gass nowydh hag a dheuth yn kynsa orth argon soled ethenna. Pan veu gorrys an gass yn spektrometer, i a sowdhenas drefen an golow rudh bryntin. Askorrys yw neon dhyworth ayr linyel dre dhistyllyans rannrivek (Sowsnek: fractional distillation), nebes tonnasow pub bledhen. An chif devnydh yw arwodhow neon, ha golowysi niwl ynwedh. Gwrys veu an arwodh neon kynsa gans Georges Claude yn 1910, ha kyns pell usys ens gans an diwysyans argemynna. Usys yw avel lin yeynhe tempredhow isel. Nyns yw y dempredh mar isel avel heliom (-246°C yn le -269°C), mes lin yeynhe moy effeythadow yw. Poos atomek neon yw 20.18, y boynt teudhi yw -249°C ha'y boynt bryjyon yw -246°C. Y dhosedh yw 0.9g an liter. Gass diliw, anvlasus yw neon. Ny dhasober gans elvennow erel vytholl. J.Norman Collie a leveris y vos diskudhyor neon ynwedh. Ny wodhon a-dro dhe wiryonedh hemma, mes den pur dhidheurek o yn neb kas. Ev a wrug an skeusen dewyn-X gynsa, krambler a vri veu yn menydhyow Alban, ha leverir Conan Doyle dhe skrifa character Sherlock Holmes a-dro dhodho.

Rubidium is the chemical element with the symbol Rb and atomic number 37. Rubidium is a very soft, whitish-grey metal in the alkali metal group. Rubidium metal shares similarities to potassium metal and caesium metal in physical appearance, softness and conductivity.[6] Rubidium cannot be stored under atmospheric oxygen, as a highly exothermic reaction will ensue, sometimes even resulting in the metal catching fire.[7] Rubidium is the first alkali metal in the group to have a density higher than water, so it sinks, unlike the metals above it in the group. Rubidium has a standard atomic weight of 85.4678. On Earth, natural rubidium comprises two isotopes: 72% is a stable isotope 85Rb, and 28% is slightly radioactive 87Rb, with a half-life of 48.8 billion years—more than three times as long as the estimated age of the universe. German chemists Robert Bunsen and Gustav Kirchhoff discovered rubidium in 1861 by the newly developed technique, flame spectroscopy. The name comes from the Latin word rubidus, meaning deep red, the color of its emission spectrum. Rubidium's compounds have various chemical and electronic applications. Rubidium metal is easily vaporized and has a convenient spectral absorption range, making it a frequent target for laser manipulation of atoms. Rubidium is not a known nutrient for any living organisms. However, rubidium ions have similar properties and the same charge as potassium ions, and are actively taken up and treated by animal cells in similar ways.
Elven gymyk yw rubidiom, niver 37 y'n Vosen Beriodek. Y furvell gymyk yw Rb. An hanow a dheu dhyworth an ger Latin rubidius, ow styrya rudh tewl. Nyns eus rann vewoniethel dhe rubidiom, ha ny brederir holanow rubidiom dhe vos gwenonek. Pur hevelep dhe botassiom yw rubidiom, mes nebes radyoweythresek yw. Usys yw yn hwithrans medhegnethel. Kenennow kellyow kanker a denn rubidiom, ytho leuvvedhogyon a wra devnydh a rubidiom dhe helerghi hwedhow. Diskudhys veu rubidiom yn 1861 gans Robert Wilhelm Bunsen (1811-1899) ha Gustav Robert Kirchoff (1824-1887) yn Pennskol Heidelberg, Almayn, yn ensampel a lepidolit. Moon koynt yw lepidolit. Pan yw towlys lepidolit war dan, ev a wra ewoni, hag ena dos ha mos avel gweder. Wosa hwithrans ha tenna mes lithiom ha potassiom, Bunsen ha Kirchoff a dhiskudhas remenans gans linyow pur rudh yn prov flamm. Nyns yw meur a rubidiom askorrys gans diwysyans, awos bos re gostek, yntra dew ha peswar tonnas an vledhen hepken. Keworrys yw dhe danweyth rag aga liwa purpur, dhe yeynhe laserow, yn klockow atomek hag yn arhwilellow PET yn klavjiow. Y hyllir dedhya meyn gans keheveli komparriv rubidiom ha strontiom (an isotop radyoweythresek rubidiom-87 a dreyl dhe strontiom-87 dres termyn). Poos atomek rubidiom yw 85-47, y boynt teudhi yw 39°C ha'y boynt bryjyon yw 688°C. Y dhosedh yw 1.5kg an liter. Alkan medhel gwynn yw, hag a dhasober gans ayr ha dowr, ytho synsys yw yn-dann oyl.

emissivity
/ dylekter / / /

reduce emissions
/ lehe dylansow / / /

emissions
/ dylansow / / /

emission
/ dyllans / / /

greenhouse gas emissions
/ dylansow gas chi gweder / / /

emission (n.) emanation; discharge
emission (n.) emanation; discharge

Erbium is a chemical element with the symbol Er and atomic number 68. A silvery-white solid metal when artificially isolated, natural erbium is always found in chemical combination with other elements. It is a lanthanide, a rare-earth element, originally found in the gadolinite mine in Ytterby, Sweden, which is the source of the element's name. Erbium's principal uses involve its pink-colored Er3+ ions, which have optical fluorescent properties particularly useful in certain laser applications. Erbium-doped glasses or crystals can be used as optical amplification media, where Er3+ ions are optically pumped at around 980 or 1480 nm and then radiate light at 1530 nm in stimulated emission. This process results in an unusually mechanically simple laser optical amplifier for signals transmitted by fiber optics. The 1550 nm wavelength is especially important for optical communications because standard single mode optical fibers have minimal loss at this particular wavelength. In addition to optical fiber amplifier-lasers, a large variety of medical applications (i.e. dermatology, dentistry) rely on the erbium ion's 2940 nm emission (see Er:YAG laser) when lit at another wavelength, which is highly absorbed in water in tissues, making its effect very superficial. Such shallow tissue deposition of laser energy is helpful in laser surgery, and for the efficient production of steam which produces enamel ablation by common types of dental laser.
Elven gymyk yw erbiom, niver 68 y'n Vosen Beriodek. Y furvell yw Er. An hanow a dheu dhyworth tre Ytterby yn Sweden. Erbiom yw onan a beder elven henwys dhyworth an dre ma. Onan a'n elvennow dor-tanow po lanthanid yw erbiom. Nyns yw erbiom rann a'n chayn boos. Pur dha yw kesalkan erbiom-nikel rag sugna tomder, ha drefen hemma usys yw dhe wul arhwilellow MRI. Usys yw an isotop erbiom-169 yn dyghtyans radyotherapy. Diskudhys veu erbiom gans Carl Gustav Mosander yn Stockholm, Sweden yn 1843. Keworrys yw dhe weder dhe wul golokwedrow sawder, rag ensampel rag kesteudhi (welding). Erbiom a yll moyhe sinellow yn fybrow optykal, ha usys yw yn laserow rag devnydh medhegel ha dynsek. Pur dha yw an isotop-167 rag sugna nywtrons, ytho usys yw dhe wul gwelynni keunysen nuklerek. Poos atomek yw 167.26, y boynt teudhi yw 1529°C ha'n poynt bryjyon yw 2860°C. Y dhosedh yw 9.1kg an liter. Alkan golow arghansek yw.

The Council are leading by example having set a 40% reduction target on our own greenhouse gas emissions, but the SEAP is an opportunity to work with partners and stakeholders to shape the development of our SEAP and help reduce emissions in other sectors.
Yma’n Konsel ow ledya der ensampel wosa settya kosten a lehe dre 40% agan dylansow gas chi gweder agan honan, mes an SEAP yw chons dhe gesoberi gans kesparow ha kevrenogyon rag furvya an displegyans a’gan SEAP ha gweres lehe dylansow yn ranngylghyow erel.

fluorescence n. f. colour or emission flourliw m.; f. light flourwolow cf. W fflwrolau; in the sea mordan m. nc
fluorescence n. f. colour or emission flourliw m.; f. light flourwolow cf. W fflwrolau; in the sea mordan m. nc

Neodymium is a chemical element with the symbol Nd and atomic number 60. It is the fourth member of the lanthanide series and is considered to be one of the rare-earth metals. It is a hard, slightly malleable, silvery metal that quickly tarnishes in air and moisture. When oxidized, neodymium reacts quickly to produce pink, purple/blue and yellow compounds in the +2, +3 and +4 oxidation states.[5] It is generally regarded as having one of the most complex spectra of the elements.[6] Neodymium was discovered in 1885 by the Austrian chemist Carl Auer von Welsbach, who also discovered praseodymium. It is present in significant quantities in the minerals monazite and bastnäsite. Neodymium is not found naturally in metallic form or unmixed with other lanthanides, and it is usually refined for general use. Neodymium is fairly common—about as common as cobalt, nickel, or copper—and is widely distributed in the Earth's crust.[7] Most of the world's commercial neodymium is mined in China, as with many other rare-earth metals. Neodymium compounds were first commercially used as glass dyes in 1927 and remain a popular additive. The color of neodymium compounds comes from the Nd3+ ion and is often a reddish-purple, but changes with the type of lighting, because of the interaction of the sharp light absorption bands of neodymium with ambient light enriched with the sharp visible emission bands of mercury, trivalent europium or terbium. Neodymium-doped glasses are used in lasers that emit infrared with wavelengths between 1047 and 1062 nanometers. These lasers have been used in extremely high-power applications, such as experiments in inertial confinement fusion. Neodymium is also used with various other substrate crystals, such as yttrium aluminium garnet in the Nd:YAG laser.
Elven gymyk yw neodymiom, niver 60 y'n Vosen Beriodek. Y furvell yw Nd. An hanow a dheu dhyworth an geryow Greka neos didymos, ow styrya gevel nowydh. Onan a'n elvennow dor-tanow, po lanthanid yw neodymiom. Nyns eus rann dhe neodymiom y'n korf denel, mes polter ha holanow neodymiom a serr an lagasow. Diskudhys veu neodymiom yn Wien, penncita Ostri, yn 1885 gans Karl Auer (1858-1929) war-barth ha praseodymiom. Ny veu an alkan pur askorrys bys dhe 1925. Chif moon neodymiom yw monazit, kevys yn China, an Statys Unys, Brasil hag Eynda. Nyns yw meur a neodymiom askorrys drefen y vos pur gostek, 7,000 tonnas an vledhen yn unnik. Kesalkan a neodymiom, horn ha boron (NIB yn Sowsnek) yw pur dhe les lemmyn avel tennveyn fast. Usys yns yn kerri arnowydh, avel rann essensek a dallethoryon jynnow, fenestri awtomatek, florennow daras, diseghoryon ha pompyow petrol, keffrys ha gwith manylyon jynn-amontya. Neodymiom oksid a dreyl gweder dhe liw purpur. Usys yw ynwedh dhe wul dewweder kesteudhi. Poos atomek neodymiom yw 144.24, y boynt teudhi yw 1021°C ha'y boynt bryjyon yw 3070°C. Y dhosedh yw 7.0kg an liter. Alkan splann gwynn-arghansek yw ev, hag a dreyl liw yn ayr, hag a dhasober gans dowr.

carbon emissions
/ dylansow karbon / / /

Taken together the outcomes of the Green Cornwall strands are clear – higher levels of renewable energy production, reduced carbon emissions, improved quality of life, a protected natural environment, community and economic benefit.
Kemerys war-barth an diwedhow a’n neusynnow Kernow Las yw diblans – nivelyow ughella a askorrans nerth nowydhadow, dylansow karbon lehes, gnas a vewnans gwellhes, kerhynnedh naturel difresys, les kemeniethek hag erbysiethek.

emission n. dyllans /'dɪlɐnz/ m. -ow; carbon es. dyllansow carbon
emission n. dyllans /'dɪlɐnz/ m. -ow; carbon es. dyllansow carbon