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weapon
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  武器
     Research of Integration Technique Related Weapon System Conceptual Design
     武器系统总体概念设计集成技术研究
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     The Research on Distributed Interactive Simulation of Torpedo Weapon System Based on HLA
     基于HLA的鱼雷武器系统分布交互仿真研究
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     Study on the Weapon System Reliability of a Long Range Rocket Gun
     远程火箭炮武器系统可靠性研究
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     Theory of the Analyses of the Shot Effectiveness of the Weapon Systems
     武器系统射击效力分析理论
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     Researches on the Small Sample Statistical Inference and Fusion Theory and Its Application to the Assessment of Weapon System
     小子样统计推断与融合理论在武器系统评估中的应用研究
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  兵器
     Application of Pro/E on weapon packaging design
     Pro/E在兵器包装设计上的应用
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     The Application of a Differential GPS Positioning System in a Conventional Weapon Test Base
     差分GPS定位系统在常规兵器试验基地中的应用
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     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。
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     Application of the Intelligent Control(IC) in the Water-Surface Weapon
     论智能控制(IC)在水面兵器中的应用
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     Applicative Study on DGPS Technology in Underwater Weapon Test
     DGPS技术在水中兵器试验中的应用研究
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  常规武器
     Study and Produce of Virtual Instrument Platform for General Weapon Arming Test
     常规武器装备监测虚拟仪器开发平台的研制
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     Deficiency and Improvement on the Common Development Process of Weapon Materiel
     “常规武器装备研制程序”的不足与改进
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     Conventional Weapon Testing in China's Navy
     中国海军常规武器试验(下)
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     Methods 12 animals were divided into 4 groups (Group Ⅰ, injured by regular weapon; Group Ⅱ,Ⅲ,Ⅳ injured by imitative kinetic weapons with different energy respectively).
     方法  12只动物分为常规武器致伤组 (I组 ,n =3 )和动能武器致伤组 (n =9) ,动能武器致伤组按致伤动能的大小进一步分为II、III、IV组 ,每组各 3只。
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     Time system equipments are important in modern spaceflight test shooting range and normal weapon test shooting range, which send standard time signal and standard frequency signal to test equipments such as missiles, secondary planets and airships.
     “时统”设备是现代航天试验靶场和常规武器试验靶场的关键设备之一,其作用是向导弹、卫星、飞船等参试设备提供标准时间信号和标准频率信号。
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  “weapon”译为未确定词的双语例句
     Analyses of the Soviet SS-18 Weapon System
     苏联SS-18导弹系统分析
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     Soviet SS-19 Weapon System Analyses
     苏联SS-19导弹系统分析
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     Dual 2×46 CCD IR signal processors are mainly used to preprocess the signal of 8×2 element HgCdTe IR detectors. In theory, they can make the signal to noise ratio increase 2 1/2 times so as to attain a new stage for weapon capability.
     双 2× 4 6CCD红外信号处理器主要用于 8× 2元HgCdTe红外探测器的信号预处理 ,理论上它能使系统的信噪比提高 2 1/ 2 倍。
短句来源
     The Nuclear Weapon Friction between America and Canada from 1961 to 1963
     1961—1963年美国和加拿大核武器摩擦探析
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     CRM-the Useful Weapon of the Development for Chinese Apparel Enterprises
     我国服装企业发展的利器—CRM
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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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This paper attempts to answer the following two questions: (1) Is it possible to derive the law of distribution of hydrological frequency theoretically(2) What type of distribution curve should be adopted as the model of hydrological frequency curve and how to determine their parameters? The results obtained may be summarized as follows: 1. Hydrological phenomena are time series with concealed periodic fluctuations. The results from statistical analysis based upon the current assumption that hydrological phenomena...

This paper attempts to answer the following two questions: (1) Is it possible to derive the law of distribution of hydrological frequency theoretically(2) What type of distribution curve should be adopted as the model of hydrological frequency curve and how to determine their parameters? The results obtained may be summarized as follows: 1. Hydrological phenomena are time series with concealed periodic fluctuations. The results from statistical analysis based upon the current assumption that hydrological phenomena are independent stochastic variables should be accepted with due considerations. 2. In view of the regional nature of hydrological phenomena, the current parctice of analyzing samples taking from a single station only is, in effect, to narrow the sampling field arbitrarily from a larger area to a point, thus reducing the accuracy of the statistical results. Hence, the synthetic utilization of the data of all stations within the hydrologically homo- geneous region is an important measure to increase the accuracy of statistical analysis. 3. The belief that the flood frequency obeys the binomial theorem or Poisson's theorem is but to mix up the priori with the empirical probability problem. The binomial theorem, being a powerful weapon to deal with the problems of priori probability, has not been adquately and properly utilized in the hydrologieal frequency analysis. 4. Analyses have been made of the nature of distribution of shydrologieal series on the basis of Kaptyen's derivation of the skew distribution, which indicate: (1) That the theoretical interpretation of the log-probability law of the hydrologic phenomena by V. T. Chow is not sound; (2) that hydrologic phenomena being results of very complicated meteorological and hydrological processes, it is impossible to derive theoretically the law of distribution for the hydrological series. 5. The view that the flood frequency obeys the Gumbel's distribution is theoretically not sound and also not verified by actual data. 6. According to the nature of the mathematical treatments applied, the method of description of the empirical probability can be classified into three systems: (1) The methods of the generalization of the characteristic factors of the distributions, such as Pearson's curves, Goodrich's curves, etc.; (2) The methods of the modification of a fundamental distribution by series and polynomials, such as Gram-Charlier curves. curves, etc.; (3) The methods of transformed functions, such as the log-probability law, curves, etc. It should be remarked that not only Pearson's and Goodrich's curves are frequency curves of empirical nature, but even the theoretical laws, such as the normal law and the log-probability law, will be aceepted as curves of empirical nature, when used as models for empirical probability problem. 7. Hydrological frequency analysis should not be mystified and made absolute. Instead of free selections, the models of hydrological frequency curve should be uniquely selected and specified. Statistical parameters should be determined not solely by the short period data of single station, but also by the synthetic utilization of the data of possible more stations. 8. It is recommended that one of the two types of distribution, i.e. the log-normal frequency curve with both sides limited and the Pearson's type Ⅲ curve, may be selected as unified models. The author suggests that the K-value corresponding to recurrence intervals of say 10~4, 10~5, or 10~6 years may be selected as the upper and lower limits for the log-normal curve. For Pearson's type III curves, C_s should be treated not as independent but as dependent variables of C_v. 9. The proper way to select and determine the model frequency curve is to see whether it fits well with the actual data of grouped stations (stations to be grouped by regions for rainfall data and by C_v for runoff data) and the reasonableness of the extrapolating part. 10. Suggestions on the method of determination of x and C_v: For point rainfall, iso-x map may be utilized, and the mean C_v for each hydrologicregion may be adopted in order to minimize the errors from single stations and to avoid the discrepancies in results obtained from the same region. With regard to flood frequency analysis, flood mark reconnaissance must be utilized to determine the magnitude and the recurrence interval of the unusual flood. The x and C_v values of the floods and runoffs of hydrologically similiar river basins may be compared. Besides, the reasonableness of the results of frequency calculations as well as of the statistical parameters adopted therein may be checked by comparing runoffs and point-rainfall values of the same frequency.

我国近期水文频率计算方法的研究工作在选择方法,经验频率公式,参数的误差和利用我国水文资料检验各种频率线型等方面有了一定的成果和实用的结论[1],但是下面两个问题还没有获得解决: (1)能否从机率理论证明水文频率属于何种分布律? (2)水文频率曲线应当采用什么线型?如何确定参数?本文试图解答以上两个问题。本文分析了水文系列的时序性质和区域性质,把机率问题按先验、极限和后验三种基本性质对水文频率问题进行了分析;利用开布屯推导偏态分布的方法分析了水文系列的分布性质,并从而批判了有关水文频率肯定属于对数正态律,耿贝尔极限律或二项式定理等等说法。认为属于后验机率性质的水文频率,不能从机率理论证明它属于何种分布律。最后提出联合利用各站水文资料来选择线型和确定参数的方法,并建议在两端有限对数正态和皮尔逊Ⅲ型两种线型中选择一种作为统一采用的线型,对两端有限曲线提出了简易可行的确定上下极限的方法,对皮尔逊Ⅲ型曲线认为应该把Cs作Cv的倚变参数。

Studying the Introduction to Dialectics of Nature written by F. Engels one hundred years ago, deenpens our cognition of the struggle between the two oppos-ing worldoutlooks in the field of astronomy both at home and abroad. Engel’s In-troduction is an effective weapon in carrying out criticisms of the decadent idealistic-metaphysical viewpoints in contemporary cosmogonical researeh.

通过学习恩格斯一百年前写的《自然辩证法·导言》,加深了我们对国内外天文领域两条路线斗争的认识。恩格斯的《导言》是指导我们批判现代天体演化研究中僵死的唯心主义和形而上学的有力武器。

Fluxgate magnetometers, introduced in the 1930's, have been continually developedand improved. They have been applied to different fields of technology, such as mag-netic airborne detection, portable and fixed weapon detectors, nondestructive testing ofmaterials, space field measurements and space magnetic exploration etc. The design andcalculation of fluxgate magnetometers have been presented in many papers. Generallyspeaking, they are complicated in nature. Recent surveys of fluxgate magnetometer mayrefer...

Fluxgate magnetometers, introduced in the 1930's, have been continually developedand improved. They have been applied to different fields of technology, such as mag-netic airborne detection, portable and fixed weapon detectors, nondestructive testing ofmaterials, space field measurements and space magnetic exploration etc. The design andcalculation of fluxgate magnetometers have been presented in many papers. Generallyspeaking, they are complicated in nature. Recent surveys of fluxgate magnetometer mayrefer to [1]. This paper discusses the calculation of fluxgate magnetometers withsingle-core, double-core, rectangular-core and ring-core. These formulas only consist of thedimension of core, the number of turns of exciting and sense coils, and the frequency ofthe source. By using these formulas, the calculation of the exciting voltage, current andpower and the sensitivity of the sensor is much simplified, and with engineering accuracy.

磁通阀磁强计从1930年问世以来,不断获得发展与改进,并应用在各个领域中。例如磁性空中检测、移动和固定的武器侦察器、材料无损探伤、空间磁场测量和空间磁性勘探等。这种磁强计的设计和计算,已有不少文献发表,一般说比较复杂。磁通阀磁强计的最近进展可以参阅文献[1]。本文讨论了单磁芯、双磁芯、口形磁芯和环形磁芯的计算方法,这些公式中只包含了磁芯的尺寸、激磁线圈和测量线圈的匝数以及激磁电源的频率,利用这些公式计算探头的激磁电压、电流和功率以及灵敏度等,就大为简化,但还在工程允许准确度的范围内。

 
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