线性回归分析表明，在每年的离子通量的差异可以解释成线性关系，积累率。
Linear regression analysis indicated that most of the variance in annual ionic fluxes can be explained by a linear dependence on snow accumulation rate.
结论如下：1离子通量由电子吸收的能量与产生单个电子-离子对的等效电子碰撞能量损失决定。
The conclusions are: 1 the ion flux is determined by the power delivered into electrons and the effective collisional energy loss of electrons for creating a pair of electron-ion.
基于离子阱串联质谱仪的鸟枪法是一种高通量的蛋白质鉴定方法。
Shotgun method based on ion trap tandem mass spectrometry is a high-thought protein identification strategy in proteomic research.
FY 1C星空间粒子成分探测器能够实现对质子能谱、电子积分通量及重离子成分的同时测量。
The space particle composition detector aboard FY-1C satellite can simultaneously detect proton spectrum, electron integrated flux and heavy ion composition.
上行离子主要分布在近地空间，其通量密度相对于地心距离呈负梯度。
The ionospheric up flowing ion mainly distributes in the near geo space and its flux has a negative gradient versus geo center distance.
分析了等离子体浓度对离子能量通量的影响。
The effect of plasma density on the ion energy flux is analyzed.
研究了射频鞘层中离子轰击材料表面的能量通量与等离子体浓度之间的关系。
The relationship between the ion energy flux colliding on the material surface and the plasma density is investigated.
在射频鞘层模型基础上，推出了离子轰击材料表面的速度、浓度及能量通量的表达式。
Based on the radio frequency sheath model, the equations for ion velocity, density, and energy flux colliding on the material surface are derived.
实验结果表明等离子体密度随激光能量的提高而增大，而且激光等离子体的电荷通量大于燃烧流的电荷通量。
The density of plasma rises with increase of laser energy, and the charge flux of plasma is larger than that of combustion flow.
通量管为太阳风等离子体向磁层输运和磁层粒子向行星际空间逃逸提供了通道。
The flux ropes offered channels for the transport of the solar wind plasma into the magnetosphere and the escape of the magnetospheric plasma into the interplanetary space.
分析了粉粒在反应区的沉降过程，导出了沉降的最大速度及时间的公式，给出了离子在不同位置上的平均动能及粒子通量。
The behaviors of the neutrals in the sheath were analyzed and their average energies and the flow rates at different positions were also given.
观测表明，多数磁尾等离子体团为具有强核心场的通量绳结构。
It was demonstrated from the observations that most plasmoids in the magnetotail are the flux rope structures with a large core field.
采用新型常压室温等离子体射流诱变产油酵母，结合快速突变产油酵母操作条件及基于96孔板的高通量筛选手段，获得了一系列增殖速度和产油量发生变化的突变株。
To obtain oleaginous yeast mutants with improved lipid production and growth rates, an atmospheric and room temperature plasma(ARTP) jet was used with a 96-well plate for high throughput screening.
采用新型常压室温等离子体射流诱变产油酵母，结合快速突变产油酵母操作条件及基于96孔板的高通量筛选手段，获得了一系列增殖速度和产油量发生变化的突变株。
To obtain oleaginous yeast mutants with improved lipid production and growth rates, an atmospheric and room temperature plasma(ARTP) jet was used with a 96-well plate for high throughput screening.
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