The success rate of porous conductive membrane preparation on fused silica capillary was greatly improved by control of voltage bias and electroosmosis effect.
通过控制电压偏置方向，利用电渗流效应使毛细管多孔导电膜的刻蚀成功率得到显著提高。
Conclusion The headspace capillary GC method can be used to control the quality of neohesperidin dihydrochalcone.
结论顶空毛细管气相色谱法可用于控制新陈皮苷二氢查尔酮的质量。
Electrospray mass spectrometry has become the main target of which developed one of this paper, metal capillary electrospray ionization source of heating, developed a temperature control system.
其中电喷雾质谱仪成为主要研制对象之一，本文针对电喷雾源中的金属毛细管加热部分，研制出了一套温度控制系统。
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