Примеры использования Use of hydrogen на Английском языке и их переводы на Русский язык
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New technologies for production,storage and use of hydrogen.
As with any treatment, the use of hydrogen peroxide should be carried out cautiously.
Several Parties, including Brazil and India,have carried out research on the use of hydrogen as a fuel.
The use of hydrogen fuel and fuel cells in marine applications is being tested around the world.
Since carbon nanotubes can bring the use of hydrogen as a household fuel.
We have assumed a leadership role in supporting the hydrogen fuel technology community in the safe use of hydrogen.
In contrast, after the use of hydrogen peroxide your furniture will shine like after polishing.
The recent development of fuel cell technology opens new opportunities for the use of hydrogen fuel.
Significant advances have been made in the use of hydrogen as a transportation fuel and a fuel for power generation.
The use of hydrogen and other fuels with reduced environmental impacts, such as alcohols, natural gas and so forth.
The same applies to another alternative path of transport development related to the use of hydrogen as an ICE fuel.
This gtr requires the use of hydrogen gas in fire testing of compressed gas storage paragraph 6.2.5.
Urges States to give serious consideration tothe development of infrastructure, such as the so-called“hydrogen highways”, for the use of hydrogen technology;
The use of hydrogen as a commercial energy source may be in its early stages, however, great strides are being made every day.
It differs from a nickel-metal hydride(NIMH) battery by the use of hydrogen in gaseous form, stored in a pressurized cell at up to 1200 psi(82.7 bar) pressure.
The use of hydrogen could represent a viable solution for tackling problems related both to climate change and to the security of energy supply.
Professor Sigfusson is known for his valuable contribution to the development of the use of hydrogen fuel program and implementing hydrogen energy technology in Iceland.
In addition, the use of hydrogen as a fuel in the transportation sector could be competitive with various technologies.
To become an attractive option in environmental terms,the production and use of hydrogen from coal would have to be combined with CO2 capture and storage.
Ensuring the safe use of hydrogen as a fuel is a critical element in successful transitioning to a global hydrogen economy.
As for the question of the relevance of the Centre for Hydrogen Energy Technologies to developing countries,the main task of the Centre was to provide education on the use of hydrogen, which was a renewable resource, producing no emissions.
This gtr requires the use of hydrogen gas in fire testing of compressed gas storage paragraph 6.2.5.
A 2005 review identified three key developments in green chemistry in the field of organic synthesis: use of supercritical carbon dioxide as green solvent,aqueous hydrogen peroxide for clean oxidations and the use of hydrogen in asymmetric synthesis.
The increase of the use of hydrogen as a fuel for cars, was named as one of the most vivid tendencies in the near future.
With support provided by the Government of Iceland, the Department of Economic andSocial Affairs also organized an international seminar in 2006 that was attended by experts from several small island developing States as well as from other developing countries to exchange experiences on the production and use of hydrogen from renewable sources of energy and their possible contribution to sustainable development.
The results of the laboratory research and pilot tests on the use of hydrogen peroxide for deferrization of ground water conducted at the operating water intake are presented.
The use of hydrogen as a fuel in transportation systems is another promising area for the development of hydrogen technologies, which does not actually belong to the hydrogen energy development, but should also be noted. however its future depends on the success of this new energy sector development.
The International Association for Hydrogen Energy promotes the use of hydrogen energy systems as a permanent solution to such problems as global warming, ozone layer depletion, acid rain, oil spills and the like.
The Indian programme focuses on the production,storage and use of hydrogen, and has already demonstrated the use of gasifiers for converting woody biomass into hydrogen to fuel electric generators for village power in remote areas and the use of hydrogen and natural gas blends for operating vehicles.
Plans of further research include use of hydrogen in combination with other types of fuel, development and tests of other environmental-friendly and efficient solutions.