当尖端穿透细胞膜，膜即将玻璃毛细管封住。
When the tip penetrates the cell membrane the membrane seals around the glass capillary.
当尖端穿透细胞膜，膜即将玻璃毛细管封住。
When the tip penetrates the cell membrane the membrane seals around the glass.
当尖端穿透细胞膜，膜即将玻璃毛细管封住。
When the tip penetrates the cell membrane, the membrane seals around the glass capillary.
提出两种用普通毛细管拉制机制备变径玻璃毛细管的新方法。
Two new methods for making taper glass capillary tubes with ordinary drawing machine were developed.
对不同能量下，不同长度的玻璃毛细管的X射线谱进行了测量、分析。
The X ray emissions from variety capillary lengths and in different laser energy have been measured and analyzed.
本文从原理和系统实验论证了粗径SCOT玻璃毛细管柱与长光管FT-IR接口完全匹配。
This paper confirmed the complete match in glass capillary column GC of wide bore SCOT and FT-IR interface of long light pipe.
介绍了以十二烷基苯磺酸锌作为色谱固定相的玻璃毛细管柱的制备过程，并且对它们的分离性能进行了研究。
The preparing processes of glass capillary column of zine dodecyl benzene sulphonate as chromatographic stationary phase are introduced and their separate characters are studied.
采用玻璃毛细管在患儿足跟采集少量血在微量血胆红素测定仪上测定，并与静脉采血测得的血胆红素值进行比较。
The bilirubin levels in the blood from capillary vessels obtained from infant heels were measured and compared with that from venous blood.
本文介绍了一种拉制生物学和医学研究所需要的各种异型玻璃毛细管的方法以及为此目的而自制的半自动拉制装置。
A simple method to make GG-17 glass capillaries with particular shapes for biological and medical research applications and a semi-automatic device for this purpose were introduced.
本文在中等极性和强极性玻璃毛细管柱研究的基础上，对弱极性和非极性固定液在硫酸钡微晶改性表面上的涂渍情况作了详细的研究。
Based on the research in the medium and strong polar glass capillary column, the coating on the barium sulfate micro crystal modified surface with apolar and weak polar liquid phase is investigated.
本文在传统玻璃毛细管粘度计测量方法的分析基础上，初步研制了一种新的适用于低沸点液体特别是混合物粘度测量的金属毛细管粘度计。
On the basis and analysis of the principle and procedure of the traditional glass capillary viscometer, a new capillary viscometer is developed and designed primarily.
进行了超短强激光脉冲与玻璃微毛细管相互作用的探索性研究。
A novel experiment has been carried out for studying the interaction between ultra short intense laser pulses and glass micro capillary.
进行了超短强激光脉冲与玻璃微毛细管相互作用的探索性研究。
A novel experiment has been carried out for studying the interaction between ultra short intense laser pulses and glass micro capillary.
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