space plasma的例句大全

Payloads: in-situ measurement of space plasma → electric and magnetic field measurement → remote sensing.

酬载类型: 现地太空电浆量测→电磁场量测→遥感探测.

solar-terrestrial relation is an important aspect of space plasma research. the interplanetary magnetic field ( imf) and plasma, driven by the solar wind, interacts with the dipole field of the earth and generates the observed magnetosphere.

日地关系是空间等离子体物理研究中的一个重要方面，太阳风驱动行星际磁场以及行星际的等离子体与地球偶极磁场的相互作用产生了我们所观测到的磁层。

According to the satellite observation, the space plasma pressure is usually not isotropic.

人造卫星观测显示，太空电浆在许多情形下并非处在压力均向的状态。

Interactions between spacecraft and space plasma environment

航天飞行器与空间等离子体环境的相互作用

The effects of laser pulse energy on the emission characteristics of laser induced plasma were studied with a Q switched Nd: YAG laser over an energy range of 52 mJ to 145 mJ in Argon atmosphere, During which time and space resolved spectroscopy was used.

使用Nd：YAG激光器烧蚀金属Al靶获得等离子体，利用光谱时空分辨技术，在52mJ～145mL/pulse激光脉冲能量范围内，关于激光脉冲能量对激光诱导等离子体辐射特征的影响进行了研究。

Laboratorial investigation on effect of oxygen plasma on space materials

氧等离子体对空间材料作用的实验研究

Magnetic reconnection is one important subject of space physics and laboratory plasma physics. It is a very difficult issue and hot topic also.

磁场重联是空间物理和实验室等离子体物理中重要的研究课题，也是研究热点和难点。

We think it is related to the fluctuations of the plasma density and the magnetic field of the source region in a small space scale.

我们认为这可能与小尺度空间内spike辐射源区的等离子体密度出现短时标的波动及磁场强度的起伏有关。

Measurement of temperature space distribution of the cu laser plasma

激光激发等离子体温度空间分布测量研究

By means of the relativistic space charge wave theory, the space charge wave equation is obtained when the relativistic electron beam guided by a axial magnetic field is moving along the inner surface of the plasma sheet.

利用相对论空间电荷波理论，导出了相对论电子注在轴向磁场引导下沿等离子体内表面传输时的空间电荷波方程；

The numerical results show the two-stream instability of two electron beams can produce Cherenkov radiation through the interaction between the fast space charge wave and the slow space charge wave, and the frequency of radiation can be above the plasma frequency.

针对不同参数对色散方程进行数值计算，发现当两根电子注之间存在速度差时，通过快慢空间电荷波的相互作用，两电子注引起的双流不稳定性可以产生契伦柯夫辐射；

Space Observation and Study of the Sun. ⅱ. Ejection of the Solar Energetic Particles and Plasma Clouds

太阳的空间观测与研究Ⅱ&太阳高能粒子和等离子体云的抛射

Effects of ponderomotive forces and space-charge field on laser plasma hydrodynamics

有质动力和静电分离场对激光等离子体流体力学状态的影响

The space-charge field with plasma-background was analyzed using the Green's function.

用格林函数法求解各向异性背景等离子体（介电常数张量）下的空间电荷场。

The study on comets is an important subject in astronomy and space science, which is of significance in studying the origin of the solar system, the origin of the organic molecule and even life, the solar wind and plasma processes.

彗星研究是天文学和空间科学的重要课题，对于了解太阳系起源、有机分子仍至生命起源、太阳风及等离子体过程都有重要意义。

METHODS To set up the local plasma drug concentration space time equation with the product of plasma drug concentration time and concentration space position function.

方法将局部药物浓度时空方程构建为空间分布函数和时间分布函数（药物浓度经时方程）的积函数。

Based on MPT, the experimental research on the interaction between plasma and radio wave is made with the plan of permittivity testing of transmission line method and space-wave method.

在微波等离子体发生器（MPT）的基础上，借鉴传输线法与空间波法的测量电介质的实验方案，开展了等离子体喷流与电磁波相互作用的实验研究。

Therefore, the technology of molecule beam has important appliance to molecule physics 、 gas laser dynamics 、 plasma physics 、 chemistry reaction dynamics 、 of course, to space physics 、 globe physics and biology.

所以分子束技术在原子物理、分子物理以及气体激光动力学、等离子体物理、化学反应动力学，甚至在空间物理、天体物理、生物学中都有重要应用。

The instrument concept for the Plasma-the'Faraday cup'design-dates from the beginning of the space age.

等离子体光谱仪的仪器概念为 “ 法拉第筒 ” 式设计,该设计可以追溯到太空时代之初.

launching of hypervelocity micro space debris by plasma accelerator

利用等离子体加速器发射超高速微小空间碎片的研究