A simple method is established which can determine the size of hydrogen thermosyphon in cold neutron sources.
提出了一个简便的计算方法,用以确定冷中子源氢热虹吸管的尺寸。
The feasibility of the new cooling method in the world, two-phase thermo-siphon with auxiliary cooling,was studied in order to resolving the difficulties in the design of China Advanced Research Reactor(CARR) cold neutron source(CNS).
针对中国先进研究堆(CARR)冷中子源的技术难点,研究采用国际上尚无先例的带助冷冷包结构及带助冷两相热虹吸自然循环冷却方式的可行性。
The strength of the moderator cell of cold neutron source(CNS) was analyzed under internal and external pressure.
利用ANSYS软件包对某研究堆冷中子源(CNS)的冷包在内外压共同作用下的强度进行分析。
A series of calculation methods were established in order to calculate the nuclear heating and gain factor accurately,which are two important parameters of hydrogen circulation for the cold neutron source(CNS) in China Advanced Research Reactor(CARR).
为准确计算和研究中国先进研究堆(CARR)冷中子源装置氢系统的核发热和冷中子增益,建立了一整套计算方法。
Design of Cold Neutron Source(CNS) in China Advanced Research Reactor(CARR);
中国先进研究堆(CARR)冷中子源装置设计
5 K cold source for H_2 system of cold neutron source(CNS) project.
为向冷中子源装置氢系统提供17。
Square tube in cold neutron channel is welded together by aluminum alloy plate,it is used to guide neutron from cold neutron source.
冷中子孔道方管采用铝合金材料焊接而成,其作用是从冷中子源引出中子。