Chinese language mixing software will add 100 million levels before [Report]



The International Fast Superconducting Tokamak (EAST), the so-called "artificial Chinese sun", has an electronic temperature of over 100 million basic plasma degrees during four-month exams this year. That is about seven times larger than inside a sun, which is about 15 million degrees C.


The test shows that China is a making a great deal of tokamak-based energy making.

The test was carried out by the EAST team at the Hefei Institute of Physical Sciences in the Chinese Science Academy (CASHIPS) in collaboration with domestic and international co-operatives.

The current plasma congestion image was improved by integrating and efficient working with four types of heating power: less du-heated heating, electronic electronic wave heating, heat exhaust heating and heating of neutral beam equipment.

The in-power power was over 10 MW, and plasma storage power was up to 300 kJ after scientists make sure that co-operation of different heating methods was different. The exams used advanced plasma control and theory theory / imaging.

The experiments sciences on plasma balancing and inequality, restriction and transport, plasma wall interaction and active hedgehog physics to show long-term scale, work consistently with a stable state of control Independence, basic MHD / edge sustainability, and heat using a & # 39; using tungsten similar to ITER.

With ITER-like operating conditions such as radio frequency frequency frequency, lower boar, and rejuvenation of hydroneous tungsten, EAST has a full, non-financially stable situation with the expansion of high-density fusion performance, high temperature and high restricted.

At the same time, to solve the detail and power of energy, which is essential for state-of-the-art jobs, the EAST team has had many ways to control the remote modes and non-visible tungsten with metal walls, with active control over the heat-speed repository.

Operating conditions, including H-level high-performance and electronic emitting procedures over 100 million Eastern degrees, have made special contributions to ITER, the Chinese Fusion Reactor Engineer (CFETR) and DEMO.

These products provide basic data for the confirmation of current heat, transport and driving modules. They will also increase confidence in integrated performance forecasts for CFETR.

At present, CFETR's physical design focuses on the installation of a 7m wide radium third-phase radium, a 2 m radium, a 6.5-7 Toroleal mastermaster and a current prasma of 13 MA.

In support of the future development of CFETR and DEMO engineering, the new National Mega Science Project – the Targeted Research Fund – will be launched at the end of this year.

This new project will promote the development of tritium test modules, upgrading technology, proper reactor heating and driving practitioners and current sources, and rehabilitation materials.

EAST is the first tokamak that is all in particular, with a non-circular cross-sectional of the world. It was designed and built by China with a focus on key science issues related to the use of fusion power. Since its inception in 2006, EAST has been a fully open test facility in which a world-wide Commonwealth community can establish state jobs and physical research related to ITER.

Tweet

The International Fast Superconducting Tokamak (EAST), the so-called "artificial Chinese sun", has an electronic temperature of over 100 million basic plasma degrees during four-month exams this year. That is about seven times larger than inside a sun, which is about 15 million degrees C.

The test shows that China is a making a great deal of tokamak-based energy making.

The test was carried out by the EAST team at the Hefei Institute of Physical Sciences in the Chinese Science Academy (CASHIPS) in collaboration with domestic and international co-operatives.

The current plasma congestion image was improved by integrating and efficient working with four types of heating power: less du-heated heating, electronic electronic wave heating, heat exhaust heating and heating of neutral beam equipment.

The in-power power was over 10 MW, and plasma storage power was up to 300 kJ after scientists make sure that co-operation of different heating methods was different. The exams used advanced plasma control and theory theory / imaging.

The experiments sciences on plasma balancing and inequality, restriction and transport, plasma wall interaction and active hedgehog physics to show long-term scale, work consistently with a stable state of control Independence, basic MHD / edge sustainability, and heat using a & # 39; using tungsten similar to ITER.

With ITER-like operating conditions such as radio frequency frequency frequency, lower boar, and rejuvenation of hydroneous tungsten, EAST has a full, non-financially stable situation with the expansion of high-density fusion performance, high temperature and high restricted.

At the same time, to solve the detail and power of energy, which is essential for state-of-the-art jobs, the EAST team has had many ways to control the remote modes and non-visible tungsten with metal walls, with active control over the heat-speed repository.

Operating conditions, including H-level high-performance and electronic emitting procedures over 100 million Eastern degrees, have made special contributions to ITER, the Chinese Fusion Reactor Engineer (CFETR) and DEMO.

These products provide basic data for the confirmation of current heat, transport and driving modules. They will also increase confidence in integrated performance forecasts for CFETR.

At present, CFETR's physical design focuses on the installation of a 7m wide radium third-phase radium, a 2 m radium, a 6.5-7 Toroleal mastermaster and a current prasma of 13 MA.

In support of the future development of CFETR and DEMO engineering, the new National Mega Science Project – the Targeted Research Fund – will be launched at the end of this year.

This new project will promote the development of tritium test modules, upgrading technology, proper reactor heating and driving practitioners and current sources, and rehabilitation materials.

EAST is the first tokamak that is all in particular, with a non-circular cross-sectional of the world. It was designed and built by China with a focus on key science issues related to the use of fusion power. Since its inception in 2006, EAST has been a fully open test facility in which a world-wide Commonwealth community can establish state jobs and physical research related to ITER.

8


Source link