1)  nuclear power project
核能工程
2)  nuclear energy
核能
1.
Nuclear science in the 20th century --nuclear energy and its applications;
核科学百年讲座 第四讲 核能与核电
2.
Nuclear science in the 20th century --nuclear energy and nuclear weapons;
核科学百年讲座 第三讲 核能与核武器
3)  nuclear
核能
1.
Nuclear Desalination by Reverse Osmosis Mitigates Water Resources Crisis in North China;
核能反渗透海水淡化缓解华北水资源危机的作用分析
2.
According to the current situation and the sustainable development strategy of China s energy resources, this paper introduces the role of nuclear energy in the sustainable development.
本文针对我国能源目前状况及能源可持续发展战略,阐明了积极发展核电对能源可持续发展的地位和作用;核能作为一种可持续发展能源,具有非常广阔的发展前景。
3.
In this paper, the important signification and the optimistical prospect to build on the nuclear source of energy system in outside neutron source-driven the subcritical nuclear reactor have been described generally.
本文概述了建立以外中子源驱动的次临界核反应堆核能系统的重要意义和乐观前景。
4)  Nuclear power
核能
1.
The principle of nuclear power generation,the existing status and the developing plan of the nuclear power in China have been described in the paper in dealing with the present crisis of energy source in the world.
针对现今世界的能源危机,简述了核能发电原理以及中国核电事业的现状和发展规划。
2.
This paper introduces the advantages of nuclear power and its role in China s energy structure.
分析了核能的优势及其在我国能源发展中的地位,简要展望了我国核能发展的前景,探讨了影响我国核能发展的某些因素,在此基础上,从统一规划、实现我国核能产业的国产化和标准化角度对加快我国核能发展提出了一些建议。
3.
Public acceptance is becoming a key problem for nuclear power development.
公众接受性倏关核能的生存与发展。
5)  nuclear spectrometry
核能谱
1.
A multi-function test equipment for nuclear spectrometry tools based on complex programmable logic devices;
基于CPLD的多功能核能谱测井仪检测系统
2.
The design of a three-channel nuclear spectrometry tool for express logging;
适用于快速平台测井的多通道核能谱测井仪设计
3.
The whole process of designing nuclear spectrometry data acquisition systemwas particularizedwith LabVIEW and data acquisition board,based on virtual instrument technology.
阐述了基于虚拟仪器的采用LabVIEW和通用数据采集卡开发核能谱数据采集系统的全过程。
6)  hydrogen production by nuclear energy
核能制氢
1.
Several major techniques of hydrogen production by nuclear energy are evaluated and the development prospects of nuclear energy-hydrogen energy system are look forward.
文章从氢能的资源丰富、热值高、无污染等特点出发叙述了氢能作为一种洁净能源在国民经济(主要为交通用燃料)和国防中广泛的潜在应用,介绍了目前国际上核能制氢的几种主要方法,并展望了核能-氢能系统的发展前景。
参考词条
补充资料：核能制冷
分子式：
CAS号：

性质：溴化锂吸收制冷系统吸收核供热堆提供的热量，产生温度约为6～7℃的低温水，送到用户，达到空调制冷的目的。特点为：(1)用核供热的吸收式制冷系统稳定性好；(2)核供热的功率随制冷负荷的变化自动调节；(3)可以综合利用，冬天供暖，夏天制冷。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。