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核能
相关语句
  nuclear energy
    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
短句来源
    Military Use of Nuclear Energy
    核能的军事应用
短句来源
    Nuclear energy has had two most significant applications, nuclear power and nuclear weapons.
    核能有两个最具影响的应用 :一是它的和平利用———核电 (第四讲介绍 ) ,另一是它的军事应用———核武器 .
短句来源
    The present state of the research on electromagnetic energy, solar energy, nuclear energy etc in military fields is introduced in this paper, and the trend of development of technology of future military energy sources is forecasted. The influences of technology of new energy sources on the evolution of future weaponry are illustrated in this article.
    本文介绍了电磁能、太阳能、核能等在军事领域的研究现状,预测未来军事能源技术的发展趋势,从而说明新型能源技术对武器装备发展的影响.
短句来源
  nuclear power
    Nuclear energy has had two most significant applications, nuclear power and nuclear weapons.
    核能有两个最具影响的应用 :一是它的和平利用———核电 (第四讲介绍 ) ,另一是它的军事应用———核武器 .
短句来源
  nuclear energy
    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
短句来源
    Military Use of Nuclear Energy
    核能的军事应用
短句来源
    Nuclear energy has had two most significant applications, nuclear power and nuclear weapons.
    核能有两个最具影响的应用 :一是它的和平利用———核电 (第四讲介绍 ) ,另一是它的军事应用———核武器 .
短句来源
    The present state of the research on electromagnetic energy, solar energy, nuclear energy etc in military fields is introduced in this paper, and the trend of development of technology of future military energy sources is forecasted. The influences of technology of new energy sources on the evolution of future weaponry are illustrated in this article.
    本文介绍了电磁能、太阳能、核能等在军事领域的研究现状,预测未来军事能源技术的发展趋势,从而说明新型能源技术对武器装备发展的影响.
短句来源
  “核能”译为未确定词的双语例句
    Advanced science-technology,such as nucleus energy,spacelight,autocontrol,computer and microelectron,will go into military field.
    以核能、航天、自动控制、电子计算机、微电子等先进科学技术进入军事领域。
短句来源
    In the article , a way of storage for explosion energy by nuke is discussed in stress ,that is using water in deep well to store the energy, and discusses the kind of explosion energy, and discusses the thermal influence by explosion by means of applying thermodynamic first law, and suggests the method for improving the thermal influence.
    在本文中,重点讨论了武器释放能的能量约束的办法,采用具有一定深度的地下水井来来储存这一能量,同时对核能的结构成分及其对水的热效应,应用热力学第一定律进行了探讨,提出了提高这一效应的方向。
短句来源
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  nuclear energy
Strategic position and development prospects of nuclear energy in China
      
PWR-FBR with closed fuel cycle for a sustainable nuclear energy supply in China
      
From the thermal reactor to the fast reactor and then to the fusion reactor; this is the three-step strategy that has been decided for a sustainable nuclear energy supply in China.
      
Today, in view of a sustainable nuclear energy production, development of advanced reactors re-proposes the choice of innovative fuel cycle concepts, in a context of greater expectations and more stringent requirements.
      
Such systems are used in satellite communications, nuclear energy, and defense electronics.
      
更多          
  nuclear power
By analyzing the challenges of China's energy supply, an excellent perspective of nuclear power development in the country has been described.
      
Taking into account the near-, mid-, and long-term development requirements, a comprehensive, coordinated and sustainable nuclear power program is proposed.
      
China's ambitious nuclear power program motivates the country's nuclear community to develop advanced reactor concepts beyond generation III to ensure a long-term, stable, and sustainable development of nuclear power.
      
Based on the suggested selection criteria, two new types of water-cooled reactors are recommended for future Chinese nuclear power generation.
      
Experience from design and application of the top-level system of the process control system of nuclear power-plant
      
更多          
  nuclear energy
Strategic position and development prospects of nuclear energy in China
      
PWR-FBR with closed fuel cycle for a sustainable nuclear energy supply in China
      
From the thermal reactor to the fast reactor and then to the fusion reactor; this is the three-step strategy that has been decided for a sustainable nuclear energy supply in China.
      
Today, in view of a sustainable nuclear energy production, development of advanced reactors re-proposes the choice of innovative fuel cycle concepts, in a context of greater expectations and more stringent requirements.
      
Such systems are used in satellite communications, nuclear energy, and defense electronics.
      
更多          


In recent years,advanced technologies of aerospace,aviation,atomic energy,etcurgently need to the use of high temperature lubrication coatings,in order to protect metal surfaces and to enhance efficiency and output power of engine and propellerIn 1980′s,according to the needs of industries and national defenses,lubrication coatings and wearproof materials at high temperature as one of important reasearch directions of tribology had been defined by international tribological academic circlesTypical environments...

In recent years,advanced technologies of aerospace,aviation,atomic energy,etcurgently need to the use of high temperature lubrication coatings,in order to protect metal surfaces and to enhance efficiency and output power of engine and propellerIn 1980′s,according to the needs of industries and national defenses,lubrication coatings and wearproof materials at high temperature as one of important reasearch directions of tribology had been defined by international tribological academic circlesTypical environments necessarily concerned,key problems and development way in future for design of high temperature lubrication coatings are described in this paper

航天、航空、核能等尖端技术迫切要求使用耐高温润滑涂层,以保护金属构件的表面,增加发动机、推进器的工作效率和输出功率,80年代国际摩擦学界根据工业和国防的需要将高温润滑涂层和耐磨材料定为摩擦学学科发展的重要研究方向之一。本文对高温润滑涂层设计中遇到的典型环境、涉及到的关键问题、未来发展的途径等问题作了阐述。

The future war will be changed from traditional“single form”to“new high-technology”.Advanced science-technology,such as nucleus energy,spacelight,autocontrol,computer and microelectron,will go into military field.Competetion on hightech weapon is the competetion of quality and reliability;electro-technique will be the foundation and kernel for“testing”and “maintaining”any kind of equipment,and a practical fighting capacity,according to which,this paper gives five points to make Navy“electro-maintenance tequnique”into...

The future war will be changed from traditional“single form”to“new high-technology”.Advanced science-technology,such as nucleus energy,spacelight,autocontrol,computer and microelectron,will go into military field.Competetion on hightech weapon is the competetion of quality and reliability;electro-technique will be the foundation and kernel for“testing”and “maintaining”any kind of equipment,and a practical fighting capacity,according to which,this paper gives five points to make Navy“electro-maintenance tequnique”into one and standardized.

未来战争将由传统意义“单项形式”转变为“高新技术”较量。以核能、航天、自动控制、电子计算机、微电子等先进科学技术进入军事领域。高技术武器的竞争表现为质量和可靠性的竞争,电子技术则成为对任何装备“测试性”与“维修性”的基础和核心,是一种实际的战斗力。从这个基本点出发,本文重点提出了对海军“电子维修技术”实施一体化、标准化等有关问题的5点建议。

Nuclear energy has had two most significant applications, nuclear power and nuclear weapons. In this paper we describe the basic mechanisms of nuclear energy and nuclear weapons, and the manufacture of nuclear fuels. Fission and fusion are the two most important nuclear processes for generating nuclear energy and both have been used to make nuclear weapons. The basic physical factors involved in nuclear weapons include neutron multiplication, self-continuity of the fission chain reaction, critical mass and the...

Nuclear energy has had two most significant applications, nuclear power and nuclear weapons. In this paper we describe the basic mechanisms of nuclear energy and nuclear weapons, and the manufacture of nuclear fuels. Fission and fusion are the two most important nuclear processes for generating nuclear energy and both have been used to make nuclear weapons. The basic physical factors involved in nuclear weapons include neutron multiplication, self-continuity of the fission chain reaction, critical mass and the structure of the nuclear bombs. For hydrogen and neutron bombs we only give brief reviews. As important aspects in nuclear weapon manufactrue, uranium isotope separation and 239Pu production by reactors are reviewed.

核能有两个最具影响的应用 :一是它的和平利用———核电 (第四讲介绍 ) ,另一是它的军事应用———核武器 .文章将介绍核能和核武器基本原理以及核燃料生产方法 .首先简要介绍核裂变能与聚变能 ;然后比较详细地说明原子弹的基本原理 ,包括中子增殖、自持裂变链式反应条件、临界质量和两种形式原子弹的结构原理等 ,对于氢弹、中子弹的原理仅作简单介绍 ;最后 ,对核燃料的生产 :铀同位素分离和钚 - 2 39的反应堆生产作了原理性的介绍 .

 
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