1) Ship's Physical Field
《舰船物理场》
1.
Based on the practice of Ship′s Physical Field course innovation in recent years and the analysis of the relation between course teaching contents and naval weapon equipments,a new idea is put forward that Ship′s Physical Field course should be reoriented.
结合海军工程大学近几年对《舰船物理场》课程改革的实践情况,在分析课程教学内容与现代海军武器装备联系的基础上,指出应该重新定位《舰船物理场》课程,把课程发展成适应海军多学科专业、教学对象广泛的通识课程,以发挥本课程在培养海军高素质人才中的作用。
2.
Combined with practical teaching activities,the teaching patterns of Ship′s Physical Fields course are discussed in this paper,which include the combination of teaching with scientific research and production,the combination of teaching with learning based on solving problems,and the combination of teaching with modern teaching techniques.
结合教学实践活动经验,论述了《舰船物理场》课程的教学模式,主要为科研内容和成果与教学相结合、基于问题解决的学习与教学相结合、现代教学技术手段与教学相结合三种教学模式在《舰船物理场》课程教学过程中的应用。
2) ship physical field
舰船物理场
1.
Property monitoring and condition-based maintenance for ship physical field;
舰船物理场特性监测与视情维护
3) warship magnetic field
舰船磁场
1.
The result of magnetic measuring experimentation is time-serial data-set,which could not been used to model warship magnetic field directly.
目前,海上舰船磁场测量试验获得的数据一般为时间通过曲线,不能直接用于舰船磁场建模。
4) vessel's magnetic field
舰船磁场
1.
Magnet simulation is often used in calculating a vessel′s magnetic field,but the precision is affected by this positions of the magnet that often depend on human experience.
采用磁体模拟舰船磁场是一种常用且有效的方法,然而,过去磁模拟体位置的确定常依赖于人的经验,局限性较大。
5) ship magnetic field
舰船磁场
1.
On the basis of analyzing the time frequency of a ship magnetic field by using short time Fourier transform, this paper discusses the time frequency distribution characteristics of the ship magnetic field.
首次利用短时傅立叶变换技术对舰船磁场进行了时频分析 ,讨论了舰船磁场的时频分布特性 ,在时频域提取了舰船的速度特征参数 ,通过大量数据分析表明 ,利用该参数可对舰船速度进行确
2.
This paper uses standardized correlation coefficients as the standards balacing the degree of simularity of multi channel signals On the basis of comparing measured data with simulated ones, it analyzes and sums up the degree of simularity of the passing characteristic curves of ship magnetic fields and hydro dynamic fields in unmerical quantities with the help of a new method .
引入标准化相关系数作为衡量多道信号相似度的标准,在实测和仿真数据相比照的基础上,定量分析并总结了舰船磁场和水压场通过特性曲线的相似程度随吨位、横距、航速和航向变化的规律性,同进也验证了舰船磁场、水压场的数学模型在宏观分布特性上与实测情况相拟合的程度。
6) electric field of warship
舰船电场
1.
The conclusions prove that the electric field of warship has obvious characteristics and can be detected easily.
根据海上实测数据,结合实验室试验和理论分析,初步分析了舰船电场的频率成分、强度、波形特征与舰船航速、消磁水平以及尺度等的关系。
补充资料:[3-(aminosulfonyl)-4-chloro-N-(2.3-dihydro-2-methyl-1H-indol-1-yl)benzamide]
分子式:C16H16ClN3O3S
分子量:365.5
CAS号:26807-65-8
性质:暂无
制备方法:暂无
用途:用于轻、中度原发性高血压。
分子量:365.5
CAS号:26807-65-8
性质:暂无
制备方法:暂无
用途:用于轻、中度原发性高血压。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条