A plasma medium can support accelerating electric fields of fantastic magnitude.
电浆介质可以支持加速电场到相当大的程度。
The radiation of an electric dipole in an infinite anisotropic plasma medium is analyzed. The near field expression is obtained by pursuing the Fourier transform.
分析电偶极子在无限大各向异性媒质中的辐射场，得出了近区场的级数表达式。
At medium power, the plasma cells of multiple myeloma here are very similar to normal plasma cells, but they may also be poorly differentiated.
中倍镜显示多发性骨髓瘤的浆细胞与正常浆细胞很相似，但分化较差。
The experimental result indicates it realized that the metallic plasma is used in propulsion by metallic wires exploding in water medium.
实验结果表明，水介质中爆炸丝脉冲放电诱导金属等离子体推进是可行的。
By using medium to stop discharging, the non-equilibrium plasma nitriding under normal pressure can be made in self developed equipment.
利用介质阻挡放电，在自行研制的设备上进行常压非平衡等离子体渗氮的研究。
This paper introduces the unique feature and the working principle of the plasma refining equipment, and illuminates the refining results of three typical aluminum alloys in different medium.
介绍了等离子净化装置的结构特点和工作原理，以及国外采用该装置在不同介质下对三种典型铝合金熔体的净化效果。
The generating process, reacting speed and performance of the plasma can be influenced by the medium phase state in reactor.
为了解介质相态对反应器内等离子体的形成过程、反应速度和特性的影响，用有限元法分析了线—半筒反应器内的电场。
The transport competent plasma membrane vesicles were obtained using a modified homogenization medium by the two phase partitioning method from soybean hypocotyls.
以大豆下胚轴为材料，采用改进的匀浆介质，通过两相法制得具有质子转运活力的高纯度质膜微囊。
Methods The quantity of elements in the cell culture medium was measured by inductively coupled plasma mass spectrometer (ICP-MS).
方法本实验用电感藕荷等离子质谱仪（ ICP -MS）定量测定金属离子浓度。
The values of plasma MDA, GSH , RBC-SOD, and medium molecular substance (MMS)were measured in 10 patients before and after the HBO treatment.
同时测定10例患者高压氧治疗前后血浆中丙二醛（MDA）、红细胞超氧化物歧化酶（RBC-SOD）、谷胱甘肽（GSH）及“中分子”物质（第一军医大学未发表资料）含量。
In source-free plasma anisotropic medium, the electromagnetic fields can be expressed as integral of the first and the second spherical vector wave functions.
根据不同类型的矢量球波函数，建立无源各向同性球层内以及自由空间内的电磁场在球坐标系下的级数表达式。
In source-free plasma anisotropic medium, the electromagnetic fields can be expressed as integral of the first and the second spherical vector wave functions.
根据不同类型的矢量球波函数，建立无源各向同性球层内以及自由空间内的电磁场在球坐标系下的级数表达式。
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