前体离子扫描是指监测前体离子的特定损失。
Precursor ion scanning refers to monitoring for a specific loss from the precursor ion.
为了打消设计上的疑虑，五年前Kushner曾在另一位等离子体研究员的实验室中将光秃秃的拇指伸进灭菌等离子体喷口。
Reassured by that design, about five years ago he put his naked thumb into a jet of microbe-destroying plasma at the lab of another plasma researcher.
另外，在阻焊膜涂覆前，用等离子体对印制电路板面处理一下，还可获得一定的粗糙度和高活性的表面，从而提高阻焊膜层的附着力。
In addition, the solder mask coating on printed circuit board, with the plasma treatment, can also obtain certain roughness and high active surface, thus improving the solder coating adhesion.
在应用研究中，本文结合离子膜电解槽控制的实际课题，设计了集优化、GPC控制和前馈为一体的先进控制系统。
As the part of application research of the thesis, an advanced control system combined with optimization, GPC and feedforward is designed for the project of ion exchange membrane electrolytic bath.
本文从离子动力学方程出发，利用LB碰撞模型研究了离子-离子碰撞效应对前鞘等离子体输运的影响。
By using ion kinetic equation, the influence of ion-ion collision effects on the presheath plasma transport is taken into account through the LB collisional model.
文章通过实验确定了有利于生物酶精练的最佳等离子体处理条件，并对等离子体与生物酶联合精练漂白的前处理工艺进行了讨论。
Theoptimal conditions for plasma treatment that is beneficial to bio-enzyme scouring are discussed in the article and the pre-treatment process based on this combined method is introduced.
本文设计了含有可以进一步被氧化的碘原子的功能性离子液体前体，以便对这一类离子液体进行进一步研究。
If we want to do some further research about this kind of ionic liquid, the precursor of "task-specific" ionic liquids is needed which contains iodine atom.
目的：观察钙离子通道阻滞剂盐酸维拉帕米对3T3鄄L1前体脂肪细胞分化及脂质积聚的影响。
Objective:To observe the effect of verapamil on the differentiation and the lipid accumulation of 3T3-L1 preadipocyte.
应用低温等离子体对柞丝织物进行染色前处理。
Treats the tussah fabrics with low temperature plasma before dyeing.
用氧低温等离子体对棉坯布处理，可以使棉坯布从完全的疏水状态，变为具有良好的吸水性，从而使棉织物的前处理简单化。
Treated by O_2 low temperature plasma, the cotton gray can be changed from a totally hydrophobic state to a well hydrophilic state.
观察到不同的等离子体初始温度会影响靶前激波的形成时间，进而影响质子产额。
It is found that the time required for the shock formation can be affected by the initial plasma temperature, which influences the energetic proton generation in the shock.
观察到不同的等离子体初始温度会影响靶前激波的形成时间，进而影响质子产额。
It is found that the time required for the shock formation can be affected by the initial plasma temperature, which influences the energetic proton generation in the shock.
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