磁探针

用磁探针测定慢电子平均散射截面

Magnetic probe measurement of the mean scattering cross section of slow electrons

间断磁探针阵列诊断数据的振荡模式分析

Analysis of the MAGNETO-OSCILLATION mode data given by a discontinuous magnetic probe array

脐血间充质干细胞磁探针标记和MR成像研究

Magnetic particle labeling and in vitro MR imaging of mesenchymal stem cells from human umbilical cord blood

应用Hopkinson杆装置，对磁探针速度计进行了实验测定。

By using of Hopkinson bar apparatus , the magnetic needles were studied experimentally as velocity gauges .

在直线感应加速器中，广泛使用的束位置测量装置（BPM）有壁电流探测器（电阻环）和磁探针（B-dot）。

The BPM system that widely used in Linear Induction Accelerator ( LIA ) is beam bugs and B-dot .

5～30MHz高频磁探针的研制

Manufacture of 5 ~ 30MHz high frequency magnetic probes

面发光度的特性，与朗缪尔探针、X射线探测器、反磁探针等测量结果相结合，给出了MM-2装置中ECRH等离子体的H。

This method combined with the Langmuir probe , X-ray detector and diamagnetic probe , etc , gives the properties of the pre-ionization and time feature of Ha emission of ECRH plasma .

本文利用磁探针阵测量清洗放电前MUT托卡马克中角向磁场的分布，从而计算得到了等离子体的电流分布。

The poloidal magnetic field distribution of MUT tokamak was measured by a magnetic probe array during the cleaning discharge .

用对称磁探针测量了HL-1装置等离子体环的水平位移和垂直位移，经微机数据处理系统即时给出了位移随时间的变化曲线，并对装置的杂散场情况作了讨论。

The displacement of HL-1 tokamak plasma column is measured with symmetric magnetic probes and given as function of time immediately following the discharge by a microcomputer data processing system .

本文描述HL-1装置物理调试实验中微机数据获取及处理工作。获得了环电流、环电压、软X射线、硬X射线、磁探针信号的数据。

The data acquisition and processing based on microcomputers for the initial operation of HL-1 Tokamak are described here , The signals from detectors for toroidal current , loop voltage , soft X ray , and hard X ray and from magnetic probes have been acquired .

同时，论文也给出了系统所测数据的分析和处理方法，着重阐述了在J-TEXT装置上磁探针的付氏分析方法。

Meanwhile , it also gives the analytical and processing methods of data measured by the system , focusing on Fourier analysis of magnetic probes on J-TEXT .

用于高温等离子体测量的磁探针标定技术

Calibration techniques for magnetic probes used in diagnosis of high temperature plasma

无导体壳托卡马克装置的对称磁探针

Symmetric magnetic probes for a tokamak without conducting shell

与磁探针信号比较，明显看到了内、外模之间的耦合关系。

The correlation between internal and external modes were detected by magnetic probes .

电磁发射中固体电枢的磁探针测速方法研究

Research on Velocity Measurement of Solid Armature by B-dot Probes in Electromagnetic Launch

磁探针速度传感器研究

Study on magnetic needles as velocity gauges

痕量Mn~（2+）是一种灵敏的结构相变顺磁探针。

Therefore the trace of Mn2 + is a sensitive paramagnetic probe for structure transformation .

一个用于激波管的磁探针

A magnetic probe used in shock tube

根据磁探针的感应原理，分析比较了串联增强型轨道炮与简单轨道炮磁探针信号特征的差异。

The different B-dot probe signal characteristics of series-augmented railgun and simple railgun were analyzed firstly .

发现对待测自由面速度阶跃，磁探针有两种类型稳定的输出信号，分别对应于不同的速度范围。

It was found that there were two types of signal profiles carres ponding to different velocity ranges .

通过计算由磁通环及其附近小磁探针得到的数据，给出了位移随时间变化的曲线。

Evolution of plasma displacement is given by calculation using data obtained by flux loops and its nearby pick-up coils .

对某个特定磁探针来说，其初始信号峰值与速度成正比的条件是速度大于某个阈值。

For a typical magnetic needle , the initial signal peak became proportional to the velocity step after a threshold value of velocity was over taken .

建议采用一种对称磁探针阵列，用于诊断无导体壳圆截面托卡马克等离子体的平衡位移。

A kind of symmetric magnetic probes is proposed to diagnose the equilibrium displacement of a plasma with circular cross section in a tokamak without conducting shell .

接下来，从等离子体平衡与位移的关系出发，全面介绍了用电磁手段来测量等离子体位移的各种常用方法及其原理，如对称探针、单匝环、正余弦线圈、磁探针的付氏分析等。

Next , starting from the relation between plasma equilibrium and position , it gives an all-round introduction of several common methods and their theories to measure plasma position .

本文工作表明，磁探针可以用来定量测量自由面速度的初始阶跃幅度，准确测定全时域的速度阶跃时刻，但不足以确定整个速度历史。

Our results show that this kind of velocity gauges can be used to measure the initial velocity jumps of a free surface , and the times of velocity jumps in the whole process , but they are unable to obtain a quantitative velocity profile in a whole process .

顺磁离子探针法研究稀土离子钆（Ⅲ）与伴刀豆球蛋白A的相互作用

The interaction between rare earth GD ion and concanavalin A

乳腺癌特异性磁共振分子探针的制备及体外实验

Preparation of magnetic resonance molecular probe for breast cancer detection in vitro

装置已经顺利组装完毕，并安装了磁测量、静电探针和软X射线等基本的诊断系统。目前正处于系统联调阶段。

Basic diagnostic system , such as magnetic coils , Langmuir probe , and soft X-ray spectra has been installed .

采用链霉亲和素包被磁纳米粒子，将生物素标记的特异性抗体偶联在磁纳米粒子上，制备出高特异性的磁纳米探针；

The magnetic nanoparticle probe was prepared by specifically connecting the streptavidin-conjugated magnetic nanoparticles and the antibody of analyte via the strong streptavidin-biotin interaction .