例句與造句

1. One method used to fix this problem is reinforcing the core shroud plates.
2. In the Fukushima Daiichi nuclear disaster, cracks had been discovered in their core shrouds.
3. Core shroud walls are relatively thin, ranging from three to five centimeters in thickness.
4. In this specific event, however, core shroud cracking was not the cause of the nuclear disaster.
5. This is the most common method used to fix cracks in the core shroud since it is easy and relatively safe.
6. It's difficult to find core shroud in a sentence. 用core shroud造句挺難的
7. The core shroud, a key internal part that holds the fuel in place and channels cooling water, is showing damage from age.
8. Core shrouds crack because the heat from the nuclear reactions combined with the constant flowing water eventually wear out the steel plates.
9. It has been speculated that if a core shroud were to collapse due to cracking, it could result in a catastrophic nuclear meltdown.
10. This is done using an anchor bolt, which is used to attach additional steel plates to the core shroud surface, thereby reinforcing the structure.
11. Replacement of the core shroud is also an option, but it is not recommended because the cracked plates must be removed manually, leaving the laborers susceptible to radiation.
12. This is because the core shroud is not built to withstand high amounts of pressure for long periods of time, so thicker walls would be unnecessary for the core shroud's function.
13. This is because the core shroud is not built to withstand high amounts of pressure for long periods of time, so thicker walls would be unnecessary for the core shroud's function.
14. The 10 internal recirculation pumps are located at the bottom of the annulus downcomer region ( i . e ., between the core shroud and the inside surface of the RPV ).
15. If that water quality is not maintained 10 times better than is allowed by the operating license, the cracks in the core shroud could conceivably grow at a much faster rate and the thing could come apart,
16. A substitution of the core shroud or the pressure vessel is however not considered necessary by the Swiss Federal Nuclear Safety Inspectorate ( ENSI ) that confirms that the power plant is able to operate safely at least until 2012, when the license will expire provisionally.