The power coefficient of HFETR is defined and measured.
本文定义并测量了HFETR的功率系数。
The experimental process and results obtained on HFETR of China are given.
概述了在我国高通量工程试验堆(HFETR)上进行的试验研究和结果。
Thehot point operational monitoring methods of the HFETR are presented too.
最后介绍了该堆运行中热点的快速监测方法。
Man machine interaction is improved and strengthened, safety of HFETR is improved.
改善、加强了人机的相互作用，提高了HFETR的安全性。
This paper presents briefly the Utilization of HFETR since the reactor was built up.
本文简要介绍高通量工程试验堆（HFETR）的利用情况，并从一个典型装载的经济分析出发。
This paper has analysed theoretically the natural convection heat transfer in the HFETR core.
本文对堆内自然对流放热进行了理论分析。
The main results of the radiation research on the spent fuel elements in HFETR are presented.
给出对我国高通量工程试验堆卸料元件辐射场研究的主要结果。
The relations between human engineering and lowering human failure in HFETR are also discussed.
论述了hfetr人因失误的减少与人因工程的关系。
This article presents the main results of the radiation research on the spent fuel elements in HFETR.
本文给出对我国高通量工程试验堆卸料元件辐射场研究的主要结果。
So that emphasis for the safety management must be placed on HFETR in order to ensure reactors safety.
因此，必须加强高通量工程试验堆安全整治，才能确保该反应堆运行安全。
This paper describes some important principles used in the design of nuclear monitoring system of HFETR.
本文描述我国高通量工程试验堆核测量系统设计的一些主要原则。
Using pseudorandom oscillation technique, frequency characteristics in different power levels are measured in HFETR.
用伪随机振荡技术测量了高通量工程试验堆（HFETR）不同功率水平时堆的频率特性。
F code is in well agreement with the experimental results, and the code has been used in the design calculation of HFETR core load pattern.
f程序计算结果与试验结果吻合良好，并用于HFETR堆芯装载方案设计计算。
This paper presents the properties of tritium, treatment and disposal methods of tritiated water, and disposal of tritiated water from HFETR in china.
本文叙述了氚的特性，含氚废水的处理与处置方法以及我国高通量工程试验堆（HFETR）含氚废水的处置。
The core performance of 80 and 60 fuel assemblies of high flux engineering test reactor (HFETR) have been compared by theoretical analysis and operating results.
通过理论分析和运行结果比较了高通量工程试验堆（HFETR）80盒、60盒元件堆芯性能。
In this paper, a set of important formulae for burnup determination of fuel element from HFETR are deduced and researched, and main formulae of ASTM E244 are reformed.
本文推导和研究了适用于高通量工程试验堆燃料元件燃耗测定的重要公式，并将ASTME244的公式作了重要修改。
In this paper, a set of important formulae for burnup determination of fuel element from HFETR are deduced and researched, and main formulae of ASTM E244 are reformed.
本文推导和研究了适用于高通量工程试验堆燃料元件燃耗测定的重要公式，并将ASTME244的公式作了重要修改。
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