Gas tubine and steam turbine combined cycle of HTR 10 can match current designed HTGR with low reactor coolant inlet temperature, as well as, it will help acquire the technology of direct and indiredct...
中间换热器是采用联合循环的HTR -10的关键设备。本文将描述其独特的结构设计，热工水力特性等
The oxidation behavior of HTGR oxidation resistant fuel elements has beens tudied under extremely accidental conditions and normal operating conditions through complex chemical equilibrium simulation.
通过复杂化学平衡计算，对高温气冷堆抗氧化燃料元件在正常运行和极端事故工况下的氧化行为进行了理论分析。
The feasibility of removing graphite by fixed bed burning technology in the headend process of HTGR graphite ball-element reprocessing is discussed.
讨论了高温气冷堆元件球后处理首端过程用固定床燃烧法去除石墨的可行性。
Conceptual design of fixed bed burning system: a study of the head-end process for Th-U nuclear fuel cycle in HTGR
固定床燃烧系统概念设计&钍-铀循环燃料后处理首端过程研究
The bench scale experiments of HTGR graphite ball-element were finished in an improved fixed bed burner, and the burning rate, thermal power, utilization ratio of oxygen, axial distribution of temperature and off-gas component were determined.
用改进的固定床燃烧器进行了台架规模石墨球燃烧实验，测定了燃烧速率，热功率，氧利用率，温度轴向分布和尾气组成。
As key equipment in fourth-generation HTGR, plate-fin heat exchangers were widely used in the integration of high-temperature system due to its high specific surface area and high heat transfer efficiency.
作为第四代高温气冷堆的关键设备&板翅式换热器，因其具有高比表面积以及高传热效率等特性，在一体化高温系统中备受青睐。
The specific combustion rate of a single graphite ball has been measured by experiments and calculated by theory for removing matrix graphite in HTGR fuel reprocessing.
对高温气冷堆石墨元件球后处理燃烧去除石墨过程的比燃烧速率进行了实验测定，并提出了理论计算方法。
The unique properties of spent fuel from HTGR (high temperature gas cooled reactor) have been analysed. The single solvent extraction process using 30% TBP for separation and purification of Th-U fuel has been studied.
分析了高温气冷堆（HTGR）燃料元件的特性，研究设计了一个应用30%TBP进行钍铀分离净化的单循环溶剂萃取工艺流程。
A correlation for predicting critical steam quality is derived, it can be recommended to be used for the design of steam generator of High Temperature Gas Cooled Reactor (HTGR).
通过关联实验数据，得到了计算临界含汽率的经验公式，为高温气冷堆（HTGR）螺旋管式蒸汽发生器的设计提供了必要的依据。
This paper describes a physics feasibility study for the burning of spent fuel from a 350 MW ring-shaped modular high temperature gas cooled reactor in an accelerator-driven sub-critical reactor.
研究了350MW环状模块式HTGR乏燃料在加速器驱动的次临界堆中燃烧的物理可行性。
The 10 MW high temperature cooled reactor (HTR 10) bulit in Tsinghua University is a pebble bed type of HTGR. The continuous recharge and multiple pass of spherical fuel elements are used for fuel management.
建在清华大学的高温气冷实验堆（HTR-10）为球床堆型，采用多次循环连续装卸的燃料管理方式。
The application characteristics of plate - fin recuperator for HTGR
板翅式回热器在高温气冷堆中的应用特性
Thermodynamics Design of Regenerative Cycle System in 200 MW Modular HTGR
200MW模块式高温气冷堆回热循环系统热力学设计研究
Study on Wall Temperature Profile and Heat Transfer Deterioration in Helical Coils of Steam Generator of HTGR
HTGR蒸汽发生器螺旋管内壁温分布和传热恶化规律的研究
For reprocessing high burn-up fuel from HTGR, a single cycle process by solvent extraction with acid feed solution is suggested.
针对HTGR钍、铀燃料元件高燃耗、~（232）U含量高的特点提出了酸式进料的单循环溶剂萃取流程，并进行了串级实验。
The Thickness Measurement of Coatings for HTGR Coated Fuel Particles by Ceramography Method
瓷相磨片法测量高温气冷堆燃料微球包覆层的厚度
In order to research the physics characters of pebble bed HTGR, a complete computer simulation method and a correspondent physical computation program system have been developed.
为研究球床高温气冷堆的物理特性，研制出了一套完整的计算机模拟方法和相应的物理计算程序系统。
Testing compressor aerodynamic performance in the power conversion unit of HTGR-10
高温气冷堆HTGR-10能量转换单元中压气机气动性能试验研究
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
Then, analyzes the thermodynamic process of HTGR gas turbine cycle to show the effects of various parameters on the cycle efficiency.
首先应用发动机热力计算方法导出循环有效效率表达式和最佳增压比解析式，然后对高温气冷堆氦气轮机循环的热力过程进行分析，揭示了各参数之间的关系。