1) high temperature gascooled reactor
高温气冷实验堆
1.
Experience with the 10MW high temperature gascooled reactor (HTR10) was reviewed to standardize control of the test reactor.
从 10 MW高温气冷实验堆 (HTR- 10 )工程实践 ,总结实验堆工程标准化的管理经验。
2) HTR-10 MW Test Module
HTR-10MW高温气冷实验堆
3) high temperature gas-cooled reactor
高温气冷堆
1.
SiC/SiO_2 oxidation-resistant coatings on fuel element matrix graphite of high temperature gas-cooled reactor;
高温气冷堆燃料元件基体石墨的SiC/SiO_2抗氧化涂层研究
2.
Research on simulator system with virtual technology method for high temperature gas-cooled reactor;
采用虚拟场景技术的高温气冷堆仿真系统研究
3.
Study on characteristic of helium turbine with high temperature gas-cooled reactor;
高温气冷堆氦气轮机性能的初步研究
4) HTGR
高温气冷堆
1.
Design of the Fuel Balls Inspecting System for Pebble-bed HTGR;
球床式高温气冷堆过球检测系统设计
2.
Investigations on the Coupling of HTGR with Supercritical Steam Cycle;
高温气冷堆超临界蒸汽动力循环电站研究
3.
Xenon oscillations in the ring core of large HTGR;
大型环形高温气冷堆中的氙振荡
5) high-temperature gas-cooled reactor
高温气冷堆
1.
Coagulating Evolution of Graphite Dust in Helium Flow of 10 MW High-Temperature Gas-Cooled Reactor;
10MW高温气冷堆氦气流中石墨粉尘的凝并发展
2.
Numerical Simulation of Flow Field in Hot Gas Chamber of High-Temperature Gas-Cooled Reactor;
高温气冷堆热气联箱内部流场数值模拟
3.
A lumped parameter model was proposed to research dynamic performances of plate-fin recuperator in high-temperature gas-cooled reactor with direct helium turbine cycle(HTGR-GT).
针对高温气冷堆直接氦气透平循环中的板翅式回热器,研究提出一仅考虑回热器芯部热容的集总参数模型,即无限大芯部热容的集总参数模型,并利用四阶龙格-库塔方法求解该模型,求解过程中考虑温度对气体物性的影响。
6) HTR
高温气冷堆
1.
Study of the Graphite used for the 10MW HTR;
10MW高温气冷堆堆用石墨的研究
2.
In order to assess the impact of radiation on environment and human from 10 MW High Temperature Gas-Cooled Reactor(HTR-10) at various power,some radiation monitoring items such as neutron dose rate on the top of reactor shell,γ absorbed dose rate of the technic plume and technic areas and noble gas plume released from reactor chimney were carried out.
通过对10 MW高温气冷堆从装料前到满功率运行期间工艺流、工艺间、流出物、厂区环境的放射性核素含量、个人剂量水平进行的系统监测,了解了反应堆在不同功率下运行时对环境和工作人员的辐射影响,为反应堆安全运行和验收评价提供依据。
3.
Most High Temperature Gas-Cooled Reactor (HTR ) systems are significantly under- moderated for economic reasons, so that accidental water or steam ingress.
由于经济上的原因，大多数高温气冷堆（ＨＴＲ）系统都是慢化不充分的。
补充资料：高温气冷堆工艺供热
分子式：
CAS号：
性质：高温气冷堆运行温度高，可以供给约950℃左右的高温工艺热，为煤的气化和液化供热。用氦气将煤的加氢气化剂加热，把煤转化成中高热值的煤气，它使煤的加氢气化流程简化。高温气冷堆工艺供热在煤的液化中的作用是使过热蒸汽及甲烷重整产生氢气，再经氢煤法和加氢热溶法使煤液化成类似原油的物质。可使成本下降，节约30％～40％矿物燃料，减少环境污染。
CAS号：
性质：高温气冷堆运行温度高，可以供给约950℃左右的高温工艺热，为煤的气化和液化供热。用氦气将煤的加氢气化剂加热，把煤转化成中高热值的煤气，它使煤的加氢气化流程简化。高温气冷堆工艺供热在煤的液化中的作用是使过热蒸汽及甲烷重整产生氢气，再经氢煤法和加氢热溶法使煤液化成类似原油的物质。可使成本下降，节约30％～40％矿物燃料，减少环境污染。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条