Distilled water requirements

Distilled water, application and requirements:     Distilled water is purified water by distillation from the various impurities: mineral salts,

Alexandrite laser

The alexandrite laser.     The alexandrite laser is a solid – state laser in which the active medium for

The icosahedron

The icosahedron.     The icosahedron is one of five types of regular polyhedra, has 20 faces (triangular), 30 edges,

The ruby laser

The ruby laser.     The ruby laser is a solid – state laser in which the active medium for

Endothermic reaction

An endothermic reaction.       Endothermic reaction – a chemical reaction accompanied by absorption of heat. Endothermic reaction absorbs

Deionized water

Deionized water.     Deionized water is deeply demineralized ultrapure water. It is purity of 99.99999 %. This water purified

Led, device, principle of work

Led, device, principle of work.     Led is a semiconductor with electron-hole transitions, whose task is to transform (convert)

Metallic hydrogen

Metallic hydrogen. Technology is in the process of development!     It is assumed that metallic hydrogen will have unique

Ice link

Ice link. Technology is in the process of development!     Ice connection: Regular ice absorbs 95% of acoustic signals

Neodymium laser

Neodymium laser.     Neodymium laser – type solid-state laser emitter, an active environment which alyumoittrievy garnet crystal doped with

Carbon dioxide laser

Carbon dioxide laser.     Carbon dioxide laser (laser on carbon dioxide, CO2-laser) gas laser with continuous radiation in the

Laser monoxide carbon

Laser carbon monoxide.     Laser carbon monoxide, CO laser, a gas laser, with pulsed radiation in the active medium

Argon laser

An argon laser.     Laser argon – ion gas laser in which the active medium for obtaining coherent electromagnetic

Excimer laser

An excimer laser.     Excimer laser is a gas laser operating on electronic transitions of excimer molecules (molecules that

X-ray laser (Razer)

X-ray laser (the Razer).     X-ray laser (Razer): X-ray laser (also referred to as “Razer”) – quantum generator, emitting

The heterolaser

The heterojunction laser.     The heterolaser unlike traditional laser, made of a homogeneous material, has a ten times lower

Recycling of carbon dioxide

Recycling of carbon dioxide.     Recycling of carbon dioxide to carbon compounds, which are raw materials for the chemical

Eroticar

Eroticar device, principle of operation and application.     Eroticar device, the operating principle and application: Eroticar is self-operating, independent

Neurorobot

Neurorobot.     Description: Created neurorobot with the possibility of self-learning in the process of interaction with the external environment,

Underwater floating bridge

Underwater floating bridge. Technology is in the process of development!     Description: The project of the construction of the

Sorbents

Sorbents, types of adsorbents, classification of adsorbents.     Sorbents are solid or liquid substances that selectively absorb (absorb) from

Composite alloy based on aluminum

Composite alloy based on aluminum.     Description: Scientists have created a composite alloy based on aluminum, high strength, lightness

Heavy-duty wood

Heavy-duty wood.     Heavy-duty wood is stronger than the usual 12 times. Such wood can replace steel and some

Specific heat of metals

Specific heat of metals.     Table specific heat capacity of metals: Heat capacity is the quantity of heat absorbed

Specific heat of zirconium

Specific heat of zirconium.     Specific heat of zirconium: Heat capacity is the quantity of heat absorbed (emitted) whole

Specific heat of zinc

Specific heat of zinc.     Specific heat capacity of zinc: Heat capacity is the quantity of heat absorbed (emitted)

The specific heat of cesium

The specific heat of cesium.     The specific heat of cesium: Heat capacity is the quantity of heat absorbed

Specific heat of uranium

Specific heat of uranium.     Specific heat of uranium: Heat capacity is the quantity of heat absorbed (emitted) whole

Specific heat of titanium

Specific heat capacity of titanium.     Specific heat of titanium: Heat capacity is the quantity of heat absorbed (emitted)

Specific heat of tantalum

Specific heat capacity of tantalum.     Specific heat capacity of tantalum: Heat capacity is the quantity of heat absorbed

The specific heat of thallium

The specific heat of thallium.     The specific heat of thallium: Heat capacity is the quantity of heat absorbed

The specific heat of antimony

The specific heat of antimony.     The specific heat of antimony: Heat capacity is the quantity of heat absorbed

The specific heat of silver

The specific heat of silver.     The specific heat of silver: Heat capacity is the quantity of heat absorbed

Specific heat of lead

Specific heat of lead.     Specific heat of lead: Heat capacity is the quantity of heat absorbed (emitted) whole

The specific heat of rubidium

The specific heat of rubidium.     The specific heat of rubidium: Heat capacity is the quantity of heat absorbed

The density of rubidium

The density of rubidium.     The density of rubidium: Density – a scalar physical quantity, defined as the ratio

The density of rhodium

The density of rhodium.     The density of rhodium: Density – a scalar physical quantity, defined as the ratio

The specific heat of rhenium

Specific heat capacity of rhenium.     The specific heat of rhenium: Heat capacity is the quantity of heat absorbed

The specific heat of platinum

The specific heat of platinum.     The specific heat of platinum: Heat capacity is the quantity of heat absorbed

The specific heat of osmium

The specific heat of osmium.     The specific heat of osmium: Heat capacity is the quantity of heat absorbed

The density of tin

The density of tin.     The density of tin: Density – a scalar physical quantity, defined as the ratio

The specific heat of tin

The specific heat of tin.     Specific heat of tin: Heat capacity is the quantity of heat absorbed (emitted)

Specific heat of niobium

Specific heat of niobium.     Specific heat of niobium: Heat capacity is the quantity of heat absorbed (emitted) whole

Specific heat of sodium

Specific heat of sodium.     Specific heat of sodium: Heat capacity is the quantity of heat absorbed (emitted) whole

The density of molybdenum

The density of molybdenum.     The density of molybdenum: Density – a scalar physical quantity, defined as the ratio

Specific heat potassium

Specific heat of potassium.     Specific heat of potassium: Heat capacity is the quantity of heat absorbed (emitted) whole

Specific heat of lithium

Specific heat capacity of lithium.     Specific heat of lithium: Heat capacity is the quantity of heat absorbed (emitted)

Specific heat of cobalt

Specific heat of cobalt.     Specific heat of cobalt: Heat capacity is the quantity of heat absorbed (emitted) whole

Specific heat of calcium

Specific heat of calcium.     Specific heat of calcium is: Heat capacity is the quantity of heat absorbed (emitted)

The specific heat of cadmium

The specific heat of cadmium.     The specific heat of cadmium: Heat capacity is the quantity of heat absorbed

The specific heat of yttrium

The specific heat of yttrium.     The specific heat of yttrium: Heat capacity is the quantity of heat absorbed

The specific heat of iridium

The specific heat of iridium.     The specific heat of iridium: Heat capacity is the quantity of heat absorbed

Specific heat India

Specific heat of India.     The specific heat capacity of India: Heat capacity is the quantity of heat absorbed

The specific heat of iron

The specific heat of iron.     The specific heat of iron: Heat capacity is the quantity of heat absorbed

Density Germany

The density of Germany.     Density Germany: Density – a scalar physical quantity, defined as the ratio of the

Specific heat Germany

The specific heat capacity of Germany.     Specific heat capacity Germany: Heat capacity is the quantity of heat absorbed

The specific heat of tungsten

The specific heat of tungsten.     The specific heat of tungsten: Heat capacity is the quantity of heat absorbed

The specific heat of bismuth

The specific heat of bismuth.     The specific heat of bismuth: Heat capacity is the quantity of heat absorbed

Specific heat of copper

Specific heat of copper.     Specific heat of copper: Heat capacity is the quantity of heat absorbed (emitted) whole

Tensor CPU

Tensor processor.     Tensor CPU is a kind of neural circuitsthat operate on particular objects (tensors), and is designed

Specific heat of aluminium

Specific heat capacity of aluminium.     Specific heat of aluminum: Heat capacity is the quantity of heat absorbed (emitted)

The specific heat of barium

The specific heat of barium.     The specific heat of barium: Heat capacity is the quantity of heat absorbed

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