EMAX能谱仪,EMAX ENERGY英语短句,例句大全

EMAX能谱仪,EMAX ENERGY
1)EMAX ENERGYEMAX能谱仪
1.Maintenance and Application of EMAX ENERGYEMAX能谱仪的维护与应用
2)γ spectrometerγ能谱仪
1.This paper describes the May 2007 sampling in the working and living sites of a uranium mine and their measurement with ORTEC 16000 HPGe γ spectrometer.对某矿山工作场所和生活区分别进行了样品采集,并使用ORTEC公司生产的16000道HPGeγ能谱仪进行了测量。
2.Introduces an embedded GPS portable multi-channel γ spectrometer based on PDA and bluetooth.介绍一种基于PDA和蓝牙并嵌入GPS的便携式多道γ能谱仪,该仪器采用数字化探头和PDA分体式设计,以PDA为核心,开发了基于Windows CE平台的γ能谱仪应用软件,实现了γ能谱仪的无线通讯、数据处理及GPS功能。

英文短句/例句

1.A Portable Multi-Channel γ Spectrometer Based on Bluetooth and PDA基于PDA和蓝牙的便携式多道γ能谱仪
2.The Main Amplify Curcuit Design of Multi-channel Gamma Spectrometer Based on S3C2440基于S3C2440的多道γ能谱仪主放电路设计
3.The Design of Integrated Gamma-ray Spectrometer with Low Power Consumption低功耗一体化多道γ能谱仪的设计与实现
4.Use of Multi-Channel γ-Spectrometer in the Determination of ~(226)Ra in Phosphate Ore多道γ能谱仪应用于测定磷矿石中~(226)Ra
5.The Design and Implementation of Portable Multi-channel Gamma-ray Spectrometer Based on Embedded Linux基于嵌入式Linux的便携式多道γ能谱仪的设计与实现
6.Uncertainty Evaluation in Detection of Radioactivity in Building Materials by Sodium Iodide γ Spectrometry碘化钠γ能谱仪在建筑材料放射性检测过程中的不确定度的评定
7.The Application of Low Background HPGe γ Spectrometer on the Modern Geo-environmental Changes of Tianjin Coast低本底高纯锗γ能谱仪在天津海岸带现代地质环境变化研究中的应用
8.Equipment Spectrum Simulation in Airborne Gamma-ray Spectrometry by Monte Carlo Method航空γ能谱测量仪器谱蒙特卡罗模拟
9.anti-coincidence-shielded Ge gamma-ray spectrometer反符合屏蔽锗γ射线能谱仪
10.The Property Design of Compton Suppression Spectrometer(CSS)Based on Monte Carlo Simulation基于蒙特卡罗方法模拟的康普顿抑制γ谱仪性能设计
11.Simulating Anticoincidence Shielded Gamma-Ray Spectrometer by Using Monte-Carlo Method蒙特卡罗方法模拟反符合屏蔽γ谱仪
12.The Temperature Effect Research of NaI(T1) γ spectrum apparatusNaI(T1)γ谱仪系统温度效应研究
13.LED Based NaI(T1) Scintillation Gamma Spectrometer Stability Spectrum Technology;基于LED的NaI（T1）闪烁γ谱仪稳谱技术研究
14.The Law and Application Research of the Low Energy Area of Aviation γ Spectrum航空γ能谱低能谱段规律及应用研究
15.The efficiency calibration and performance test of HPGe gamma ray spectrometer standard for activity measurement and the detailed analysis of measurement errors are presented.介绍高纯锗γ谱仪活度测量标准装置的效率刻度、性能检验和对测量误差的详细分析。
16.Compton Suppression Spectrometer with Parallel Sampling Model of Anti-Coincidence Counting System采用联反符合计数系统的康普顿抑制γ谱仪
17.Low Background Anti-Compton Gamma-ray Spectrometer for Measurement of Radioactivity in Cereal Crops低本底反康普顿γ谱仪分析谷物中放射性核素
18."Ratio Method" to Measure Depth Distribution of ~(152)Eu by In-situ HPGe γ Spectrometry就地HPGe γ谱仪“比值法”核素深度分布测量

相关短句/例句

γ spectrometerγ能谱仪
1.This paper describes the May 2007 sampling in the working and living sites of a uranium mine and their measurement with ORTEC 16000 HPGe γ spectrometer.对某矿山工作场所和生活区分别进行了样品采集,并使用ORTEC公司生产的16000道HPGeγ能谱仪进行了测量。
2.Introduces an embedded GPS portable multi-channel γ spectrometer based on PDA and bluetooth.介绍一种基于PDA和蓝牙并嵌入GPS的便携式多道γ能谱仪,该仪器采用数字化探头和PDA分体式设计,以PDA为核心,开发了基于Windows CE平台的γ能谱仪应用软件,实现了γ能谱仪的无线通讯、数据处理及GPS功能。
3)EDS能谱仪
1.Quantitative analysis for MmNi 5 based hydrogen storage alloy by using SEM equipped with EDS;MmNi_5-基储氢合金扫描电镜能谱仪定量分析
2.Comparison Between the Wavelength Dispersive(WDS) and Energy Dispersive Spectrometer(EDS);波谱仪与能谱仪性能的比较
3.New Method of Measuring Take-off Angle in EDS Microanalysis;一种确定X射线能谱仪(EDS)分析中接收角的方法
4)EDX能谱仪
1.Identification of Gold in Auriferous Ores with SEM and EDX;用扫描电镜和能谱仪进行金矿鉴定的研究
5)energy spectrometer能谱仪
1.By using the electronic microscope and energy spectrometer,the morphology, structure, particle size and distribution, melten adhesion ratio, oxidation degree content of impurity and surface of zinc powder has been investigated in detail.应用电子显微镜与能谱仪对富锌底漆中的锌粉的形态、结构、粒度、粒度分布、熔融粘连比例以及氧化程度、杂质含量和表面形态影响进行了深入的分析和研究。
6)energy dispersive spectrometer能谱仪
1.Energy Dispersive Spectrometer (EDS) has been widely applied to analytical field with electron probe and scanning electron microscopy, and it is the main tool of element analysis.配备X射线能谱仪的扫描电镜和电子探针已广泛的应用于分析领域,是最为主要的微区成分分析的工具。