oxygen arc cutting - translation to russian
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  3. oxygen arc cutting

oxygen arc cutting - translation to russian

ARC CUTTING PROCESS
Carbon Arc Cutting; Air-arc cutting; Carbon arc cutting; Air carbon-arc cutting; CAC-A; Air arc cutting; Arc Gouging

oxygen arc cutting      

общая лексика

кислородно-дуговая резка

arc gouging         

общая лексика

дуговая строжка

oxygen gas         
  • An experiment setup for preparation of oxygen in academic laboratories
  • alt=A ball structure of a molecule. Its backbone is a zig-zag chain of three carbon atoms connected in the center to an oxygen atom and on the end to 6 hydrogens.
  • alt=A drawing of a young man facing towards the viewer, but looking on the side. He wear a white curly wig, dark suit and white scarf.
  • alt=The inside of a small spaceship, charred and apparently destroyed.
  • alt=An elderly worker in a helmet is facing his side to the viewer in an industrial hall. The hall is dark but is illuminated yellow glowing splashes of a melted substance.
  • Oxygen and [[MAPP gas]] compressed-gas cylinders with regulators
  • alt=A concentric-sphere diagram, showing, from the core to the outer shell, iron, silicon, oxygen, neon, carbon, helium and hydrogen layers.
  • alt=A metal frame structure stands on the snow near a tree. A middle-aged man wearing a coat, boots, leather gloves and a cap stands by the structure and holds it with his right hand.
  • alt=A drawing of three vertical pipes connected at the bottom and filled with oxygen (left pipe), water (middle) and hydrogen (right). Anode and cathode electrodes are inserted into the left and right pipes and externally connected to a battery.
  • alt=A gray device with a label DeVILBISS LT4000 and some text on the front panel. A green plastic pipe is running from the device.
  • Liquid oxygen, temporarily suspended in a magnet owing to its paramagnetism
  • Oxygen discharge (spectrum) tube
  • [[Space-filling model]] representation of dioxygen (O<sub>2</sub>) molecule
  • aufbau]] filling of the orbitals with the 12 electrons, 6 from each O atom, beginning from the lowest-energy orbitals, and resulting in covalent double-bond character from filled orbitals (and cancellation of the contributions of the pairs of σ and σ<sup>*</sup> and π and π<sup>*</sup> orbital pairs).
  • alt=A graph showing time evolution of oxygen pressure on Earth; the pressure increases from zero to 0.2 atmospheres.
  • alt=Time evolution of oxygen-18 concentration on the scale of 500 million years showing many local peaks.
  • alt=A drawing of an elderly man sitting by a table and facing parallel to the drawing. His left arm rests on a notebook, legs crossed.
  • alt=A rusty piece of a bolt.
  • 2}} is used in [[space suit]]s.
  • alt=A diagram of photosynthesis processes, including income of water and carbon dioxide, illumination and release of oxygen. Reactions produce ATP and NADPH in a Calvin cycle with a sugar as a by product.
  • alt=Water flowing from a bottle into a glass.
  • alt=A diagram showing a male torso and listing symptoms of oxygen toxicity: Eyes&nbsp;– visual field loss, nearsightedness, cataract formation, bleeding, fibrosis; Head&nbsp;– seizures; Muscles&nbsp;– twitching; Respiratory system&nbsp;– jerky breathing, irritation, coughing, pain, shortness of breath, tracheobronchitis, acute respiratory distress syndrome.
  • alt=World map showing that the sea-surface oxygen is depleted around the equator and increases towards the poles.
CHEMICAL ELEMENT, SYMBOL O AND ATOMIC NUMBER 8
Element 8; Oxygyn; Diatomic Oxygen; Dephlogisticated air; Vital air; E948; O (element); Active oxygen; O₂; Diatomic oxide; Oxygen rings; Pure oxygen; Oxygen gas; ATC code V03AN01; ATCvet code QV03AN01; Oxygen atom; Oxygen partial pressure; Oxygen Atom; Atomic number 8; History of oxygen; Oxigen; Oxygen ion; Free oxygen; Oxygen, 8O; Nitroaereus; Properties of oxygen

общая лексика

газообразный кислород

Definition

КИСЛОРОД
(лат. Oxygenium), О, химический элемент VI группы периодической системы, атомный номер 8, атомная масса 15,9994. В свободном виде встречается в виде двух модификаций - О2 ("обычный" кислород) и О3 (озон). О2 - газ без цвета и запаха, плотность 1,42897 г/л, tпл -218,6 °С, tкип -182,96 °С. Химически самый активный (после фтора) неметалл. С большинством других элементов (водородом, галогенами, серой, многими металлами и т. д.) взаимодействует непосредственно (окисление) и, как правило, с выделением энергии. При повышении температуры скорость окисления возрастает и может начаться горение. Животные и растения получают необходимую для жизни энергию за счет биологического окисления различных веществ кислородом, поступающим в организмы при дыхании. Самый распространенный на Земле элемент; в виде соединений составляет ок. 1/2 массы земной коры; входит в состав воды (88,8% по массе) и многих тканей живых организмов (ок. 70% по массе). Свободный кислород атмосферы (20,95% по объему) образовался и сохраняется благодаря фотосинтезу. Кислород (или обогащенный им воздух) применяется в металлургии, химической промышленности, в медицине, кислородно-дыхательный аппаратах. Жидкий кислород - компонент ракетного топлива.
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Wikipedia

Air carbon arc cutting

Air carbon arc cutting, also referred to as metal arc gouging, and previously as air arc cutting, is an arc cutting process where metal is cut and melted by the heat of a carbon arc. Molten metal is then removed by a blast of air. It employs a consumable carbon or graphite electrode to melt the material, which is then blown away by an air jet.

This process is useful for cutting a variety of materials, but it is most often used for cutting and gouging aluminum, copper, iron, magnesium, and carbon and stainless steel. Because the metal is blown away by the air jet, it does not need to be oxidized. This process differs from plasma cutting operations because in air carbon cutting an open, unconstricted arc is used, and the arc operates separately from the air jet.

Air pressure for the jet usually varies from 60 to 100 psi (4-7 bar). The carbon electrode can be worn away by oxidation due to heat buildup. This can be reduced by coating the electrodes with copper.

As the sharpened carbon electrode is drawn along the metal, an arc forms and melts the metal. The air jet is used to blow away molten material. This can be dangerous, as the molten material can be blown substantial distances. The process is also very noisy. Metal removal is rapid, and when properly done, a smooth half-cylindrical cavity is created.

https://en.wikipedia.org/wiki/Air carbon arc cutting
What is the Russian for oxygen arc cutting? Translation of &#39oxygen arc cutting&#39 to Russian
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