Примеры использования Heavy water на Английском языке и их переводы на Русский язык
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B Heavy water.
And you can't get anywhere without heavy water.
Heavy water≤0.002% Conforms.
It is 90% purified from impurities and heavy water.
Heavy Water Related Projects.
In 1964, the country built its first small heavy water reactor.
Heavy water Not more than 0.002% Conforms.
Iran has not suspended work on heavy water related projects as follows.
Heavy water, borated water, tritium etc.
Later, they planned to produce heavy water at a plant in Ljungaverk.
Heavy water retention can also promote high blood pressure.
Urey and Washburn attempted to use electrolysis to create pure heavy water.
He inhaled heavy water vapors in the laboratory.
Encouraging technological progress for light water, heavy water, fast and gas cooled reactors;
Production of heavy water at the Heavy Water Production Plant HWPP.
Seyyed Hussein Hosseini AEOI official involved in the heavy water research reactor project at Arak.
This heavy water went into nuclear reactors in 1967 to produce tritium needed for the device.
It was built to test the concept of a CANDU-type reactor that replaced the heavy water coolant with an oil substance.
And so that cold,dense, heavy water sinks at the rate of five billion gallons per second.
Providing mutually agreed relevant information and managed access to the Heavy Water Production Plant.
Heavy water retention can also promote high blood pressure, which Dianabol is notorious for causing.
I was at my lab trying to purify heavy water without any residual radiation when there was a blinding light.
Heavy water differs from regular water in that the two atoms of hydrogen have been substituted with two atoms of deuterium, which is an isotope of hydrogen.
In 1932 the world was shaken:American scientists discovered heavy water, which is composed of deuterium(D2) in the place of hydrogen H2.
The heavy water plant was closed in 1971, and in 1988 the power station became the Norwegian Industrial Workers Museum.
To date, Iran has not provided the Agency access to the heavy water stored at the Uranium Conversion Facility(UCF) in order to take samples.
An advanced heavy water reactor using plutonium and uranium 233 as fuel is being designed at the Bhabha Atomic Research Centre BARC.
Mesbah has been used to procure products for Iran's heavy water project, which is likely aimed at producing plutonium.
The Arak 40 MW heavy water research reactor will replace the Tehran 5 MW research reactor that is nearing the end of its life.
The photograph(figure VII), taken at a display in February 2014 by the AtomicEnergy Organization of Iran, is reportedly of fuel assemblies for the IR-40 Arak heavy water reactor.