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weapon    
相关语句
  武器
    Application of Surface Engineering Technology in the Equipment Maintenance for Missile Weapon
    表面工程技术在导弹武器装备维修中的应用
短句来源
    Discussion on Corrosion Control of Weapon Equipments in Remanufacturing Engineering
    武器装备腐蚀控制再制造工程的探讨
短句来源
    Design of Vibration Clamp of Wire Releasing Equipment for Some Weapon
    某武器放线装置振动夹具的设计
短句来源
    Abstract This paper introduces the application of the following techology in the equipment maintenance for missile weapon:A1/F46joint coating, composite brush -plating of Ni-PTFE,DJB -823 Electro-contact thin film,insulating painting for electronic device.
    本文主要介绍铝/F_(46),协合涂层新技术、复合电刷镀Ni—PTFE新工艺、DJB—823电接触保护剂及三防电子器件绝缘清漆在二炮导弹武器装备维修中的应用。
短句来源
    The paper has reviewed the new developments and applications of tantalum and tantalum alloys in recent years, in respect of electronic industry,high-temperature alloys,weapon system,corrosion-resistant alloy and cladding material.
    综述了近年来钽和钽合金在电子工业、高温合金、武器系统、防腐合金、包覆材料等方面的新发展和应用。
短句来源
  武器
    Application of Surface Engineering Technology in the Equipment Maintenance for Missile Weapon
    表面工程技术在导弹武器装备维修中的应用
短句来源
    Discussion on Corrosion Control of Weapon Equipments in Remanufacturing Engineering
    武器装备腐蚀控制再制造工程的探讨
短句来源
    Design of Vibration Clamp of Wire Releasing Equipment for Some Weapon
    某武器放线装置振动夹具的设计
短句来源
    Abstract This paper introduces the application of the following techology in the equipment maintenance for missile weapon:A1/F46joint coating, composite brush -plating of Ni-PTFE,DJB -823 Electro-contact thin film,insulating painting for electronic device.
    本文主要介绍铝/F_(46),协合涂层新技术、复合电刷镀Ni—PTFE新工艺、DJB—823电接触保护剂及三防电子器件绝缘清漆在二炮导弹武器装备维修中的应用。
短句来源
    The paper has reviewed the new developments and applications of tantalum and tantalum alloys in recent years, in respect of electronic industry,high-temperature alloys,weapon system,corrosion-resistant alloy and cladding material.
    综述了近年来钽和钽合金在电子工业、高温合金、武器系统、防腐合金、包覆材料等方面的新发展和应用。
短句来源
  兵器
    We have measured the content of Cu, Pb and Sn in four samples of the ancient bronze weapon using X-ray fluorescence filter paper method.
    我们用X射线荧光光谱滤纸片法分析了四个古代青铜兵器中的Cu、Pb、Sn含量,铜的测量结果与化学法一致。
短句来源
    ZL305A alloy in Al\|Mg\|Zn system with high strength, good marine corrosion resistance and age stability has made success in side scuttle, underwater weapon case and other casting parts subjected to marine corrosion.
    高强度,优良的耐海水腐蚀性能和良好的自然时效稳定性的Al-Mg-Zn系合金ZL305A,已成功地用于船用耐蚀铸件,船用舷窗铸件和水中兵器壳体铸件。
短句来源
    Study status of the high strength and light-exceeding Mg-Li alloy is introduced, as well as study headway of Mg-Li binary alloy, Mg-Li-Al and Mg-Li-Si multi-alloy, production technique for increasing their property are narrated in detail. Moreover, application of alloy on aviation and spaceflight, weapon equipment, automobile is adopted widely.
    介绍高强度超轻型镁锂合金的研究现状。 详细地叙述Mg Li二元合金、多元合金Mg Li Al和Mg Li Si合金的研制进展、以及采用的生产技术提高其合金性能,使其在航空航天、兵器装备、汽车工业等方面得到广泛应用。
短句来源
    Because of the vast utility and the importent practical worthy of this working technology, it must be introduced and entered in many fields, such as scientific research aeronautical and space aeronautic engineering,weapon and mechanical industies, manufacture of insfruments and so forth.
    由于它的适用面广泛,对科研、尖端技术,航空、宇航、兵器、机械工业,仪器仪表制造等方面均有重大实用价值。
  武器
    Application of Surface Engineering Technology in the Equipment Maintenance for Missile Weapon
    表面工程技术在导弹武器装备维修中的应用
短句来源
    Discussion on Corrosion Control of Weapon Equipments in Remanufacturing Engineering
    武器装备腐蚀控制再制造工程的探讨
短句来源
    Design of Vibration Clamp of Wire Releasing Equipment for Some Weapon
    某武器放线装置振动夹具的设计
短句来源
    Abstract This paper introduces the application of the following techology in the equipment maintenance for missile weapon:A1/F46joint coating, composite brush -plating of Ni-PTFE,DJB -823 Electro-contact thin film,insulating painting for electronic device.
    本文主要介绍铝/F_(46),协合涂层新技术、复合电刷镀Ni—PTFE新工艺、DJB—823电接触保护剂及三防电子器件绝缘清漆在二炮导弹武器装备维修中的应用。
短句来源
    The paper has reviewed the new developments and applications of tantalum and tantalum alloys in recent years, in respect of electronic industry,high-temperature alloys,weapon system,corrosion-resistant alloy and cladding material.
    综述了近年来钽和钽合金在电子工业、高温合金、武器系统、防腐合金、包覆材料等方面的新发展和应用。
短句来源

 

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  weapon
An example of determining the working points for a chemical weapon destruction plant was presented.
      
Impact of chemical weapon destruction on the structure of lake zoohydrobiont community
      
Community structure of zoohydrobionts in the lake affected by chemical weapon destruction was studied for the first time.
      
The worldwide fallout of caesium-137 (137Cs) associated with the nuclear weapon tests during the 1950s and 1960s has provided a valuable man-made tracer for studies of soil erosion and sediment delivery.
      
Suicide bombing attacks have emerged as a lethal weapon in the hands of terrorist groups.
      
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Conditions for the atomic absorption spectrophotometric determination of chromium in steels for light weapons are investigated, using lean ratio air-acetylene flames. Ferro-basis (an abundance of ferric ions) does not interfere witn the determination of chromium wheh the rate of airflow is 500 1/h and the acetylene flow 85 1/h to 90 1/h. The interfering factors of other alloying elements, acids, and oxidizers are studied. The method can determine chromium without checking or releasing reagent (eg. sodium...

Conditions for the atomic absorption spectrophotometric determination of chromium in steels for light weapons are investigated, using lean ratio air-acetylene flames. Ferro-basis (an abundance of ferric ions) does not interfere witn the determination of chromium wheh the rate of airflow is 500 1/h and the acetylene flow 85 1/h to 90 1/h. The interfering factors of other alloying elements, acids, and oxidizers are studied. The method can determine chromium without checking or releasing reagent (eg. sodium sulphate). The sulution can therefore be used directly afterwards for the determination of other elements.

本文确定了用原子吸收分光光度计贫燃气空气-乙炔火焰法测定钢铁中铬的测量条件。认为当空气速率为5001/h,乙炔速率为85~901/h时,铁基离子对铬的测定没有干扰。并对杂质元素,酸和氧化剂的干扰进行了研究,指出不需加入抑制剂或释放剂(如Na_2SO_4)。在完成了对溶液中铬的测定后,可直接将该溶液用于其它元素的测定。

In view of the fact that most high strenghmetal materials used in weapons are short of the test data ofthe fatigue life beliaviours and that calculation of the strainfatigue life of moving elements in a weapon is necessary, thispaper studied and discussed the applicability of several prediction methods on the strain fatigue life for the high strengthmetal materials used in weapons. It is shown that no satisfactoryresults can be obtained with only one of the prediction methods.On the basis of...

In view of the fact that most high strenghmetal materials used in weapons are short of the test data ofthe fatigue life beliaviours and that calculation of the strainfatigue life of moving elements in a weapon is necessary, thispaper studied and discussed the applicability of several prediction methods on the strain fatigue life for the high strengthmetal materials used in weapons. It is shown that no satisfactoryresults can be obtained with only one of the prediction methods.On the basis of this, the existing prediction methods on thestrain fatigue are corrected.

本文针对目前大多数武器用高强度金属材料缺乏疲劳寿命力学性能测试数据,而武器运动构件应变疲劳寿命的计算又十分必要的现状,研究并讨论了现有几种应变疲劳寿命估算方法对武器用高强度金属材料的适用性,发现单一地采用任何一种估算方法,都不能获得令人满意的结果,据此,对现有的应变疲劳寿命估算方法进行了修正。

In the history of human evolution, the emergence of ironwares promoted the development of productive forces by leaps and bounds. Primitive iron was obtAlNed by the method of reducing iron ore with solid carbon, i.e. so-called"bloomery process". Furthermore, various kinds of farmigng implements, tools and weapons could be manufactured by forge welding technique with bloom as raw materials. The ancient forge borge welding technique of bloom appeared in an embryonic forms of modern P/M technique, in other...

In the history of human evolution, the emergence of ironwares promoted the development of productive forces by leaps and bounds. Primitive iron was obtAlNed by the method of reducing iron ore with solid carbon, i.e. so-called"bloomery process". Furthermore, various kinds of farmigng implements, tools and weapons could be manufactured by forge welding technique with bloom as raw materials. The ancient forge borge welding technique of bloom appeared in an embryonic forms of modern P/M technique, in other words, the latter was revived and developed from the former but has reached a new level.The paper has sumed up the emergence and development of ancient bloomery process and discussed its relation with P/M.

在人类进化史上,铁器的出现促使生产力飞跃发展。而人工最初制得铁,则是采用固体碳还原铁矿石的方法,即所谓“块炼铁技术”。并以块炼铁为原料,通过锻焊而制得各种农具、工具和兵器。古代块炼铁锻焊技术是现代粉末冶金的雏形,或者说,后者是前者在新水平上的复兴和发展。 本文介绍了古代块炼铁技术的产生及发展情况,论述了块炼铁技术与现代粉末冶金技术的关系。

 
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