Some Problems Related to Correct Peak Seeking of Spectral Lines of the Elemets in Low Concentrations for Computer Controlled Scanning Monochromator With ICP Excitation source 电感耦合等离子体扫描单色器分析系统为低浓度元素谱线准确寻找峰位的几个问题
Research on Numerical Modeling Method of Metal Wire Antenna Excitation Source 金属线天线激励源的数值建模方法研究
Electromagnetic vibration technology in the application of seismic excitation source 电磁振动技术应用于地震勘探激发源的认识
For a given excitation source, the system designer is faced with the challenge of measuring the output signal and dealing with the issues that may arise. 为一个假设的励磁源,系统设计师面对挑战测量输出信号和处理也许可能出现的问题。
Research on Excitation Source and Tone Model of Chinese Speech Synthesizer 汉语语音合成系统中激励源和声调模型研究
A Sine-wave Current Excitation Source for Gas/ liquid Two-phase Flow Measurement 一种用于气液两相流测量的正弦电流激励源
Vacuum ultraviolet ( VUV) excitation and emission spectra of YAG: Pr3+ at different temperatures are measured using synchrotron radiation as an excitation source. 在不同温度下用同步辐射的真空紫外光(UV)为激发光源测量了其发射和激发光谱。
Identification of Excitation Source of Simply Supported Beam Based on Principal Component Analysis 基于主分量分析的简支梁结构激励源识别
The optical system uses a high luminance ultraviolet LED for excitation source and a "Y" type fiber with different material for conduction of light. 介绍了以超亮紫外发光二极管为激发光源,两种不同材料构成的Y型光纤作为传光光路的光学检测系统。
Effect of Position of Ultrasonic Excitation Source on Thermosonic Image of Cracks 超声源的位置对激发裂纹热成像的影响
Design and Implementation of a New Type Excitation Source And the Optimal Excitation Coil for MIT 新型MIT激励源和最佳激励线圈的设计与实现
A study of excitation source for eddy current type molten slag detection sensor in continuous casting a signal generator for PEC based on DDS 连铸电涡流型熔渣检测传感器激励源的研究一种基于DDS技术的脉冲涡流信号源的实现
By analyzing the dynamic excitation of gear system, it is determined that the mesh impact is the main excitation source of the squeak, after the car tested and checked it. 分析了齿轮系统的动态激励;经路试后,解体变速器检测齿轮的结果;确定了产生啸叫声的主要激励源是齿轮副的啮合冲击。
Measuring the Young modulus using ticker-timer as excitation source 用打点计时器做激发源测量杨氏模量
Find the excitation source for happiness, is the golden key to developing effective financial planning. 找到激发幸福感的源动力,才是制定有效财务规划的金钥匙。
Glow discharge excitation source is one of the main focuses in the research of GD-OES. 辉光光谱仪激发源是辉光光谱仪技术研究的主要热点之一。
Once the auxiliary excitation source is obtained, the field on each subdomain can be computed independently. 一旦获得了辅助激励源,即可并行地计算各子区域内部的场。
A miniature low dissipative X ray tube excitation source was developed in this work. 本工作研制了微型低功率X光管激发源。
METHODS: On the basis of the principle of the high frequency circuit design and the techniques of electromagnetic shield, an excitation source was designed and implemented by a crystal with high frequency precision and stability. 方法:根据高频电子电路设计原理及其电磁屏蔽技术,选用高频率精度和稳定性的恒温晶体振荡器,设计和实现了高性能激励源。
The feasible arithmetic is given and the characteristic waveforms of heart excitation source is obtained. 提出了实际可行的算法,提取了心脏激励源信号的特征波形。
A miniature, low power X ray tube excitation source was developed; 研制了微型低功率X射线管激发源;
OBJECTIVE: To extract the heart excitation source signals in human pulse wave. 目的:提取心脏激励源信号的特征波形。
The signal generator is an excitation source in the electronic measurement. 信号发生器,指电子测量中作为激励源使用的信号来源。
In the actual acquisition of mixed signals are from the different vibration signals aroused by the vibration excitation source, but also includes the measurement noise and other interference signals. 而实际采集的振动信号中,均是由传动系统等不同的激振源所激起的振动信号混叠,同时还包含了测量噪声以及其他干扰。
The sensor parameters which include high-frequency signal source waveform, voltage, frequency, electrode plate size and electrode plates distance was selected by experiment; At the same time, we focus on the design of a high-frequency excitation source circuit and sensor conditioning circuit. 3. 对传感器参数主要包括接收极板和发射极板的尺寸和间隔,高频信号源的波形、电压、频率进行了实验优选;重点设计了高频激励源电路和传感器调理电路。
Infrared thermal wave nondestructive testing technology is different from the passive infrared detection by active control of the excitation source and measuring the surface temperature field changes to the surface and internal structure, so as to achieve the purpose of detection. 红外热波无损检测技术不同于被动式红外检测,它通过主动控制激励源和测量物体表面的温度场变化来获得物体表面及内部的结构信息,从而达到检测的目的。
This detection system mainly constituted by the excitation source, probe, power amplifiers, signal regulate circuit and the data acquisition module components. 检测系统主要由激励源、探头、功率放大器、信号调理电路和数据采集模块等部分组成。
Miniaturization of excitation source is significant for micro spectrometers. 激发源微型化对研发微型光谱仪至关重要。
Employing variable frequency electromagnetic excitation source, the influence of electromagnetic wave on physical properties of water, and the influence of electromagnetic coil winding turns and frequency band on anti-scaling performance are researched by indoor static test. 利用变频电磁激励源,通过室内静态实验研究了电磁处理对水的物理性质的影响,以及电磁线圈缠绕匝数、频段等因素对电磁防垢效果的影响。
Traditional method of control waveform electromagnetic exploration uses square wave or signal alike as excitation source signal. 传统的可控源电磁测深使用方波或类似方波这样的信号作为激励场源信号。