1·The condition of applied voltages for pinched sample injection was optimized.
通过实验优化了夹流式进样的电压条件。
2·The liquid-phase sample injection valve ensured the sampling reproducibility.
使用液相进样阀液态直接进样保证了试样的代表性。
3·In this article the theory, detection, sample injection of HSCE and its application in various fields are introduced.
本文着重介绍了高速毛细管电泳技术的理论、进样方法、检测器及其在各个领域的应用。
4·A simple sample injection technique which can he considered as a simplification of cold on-column injection has been proposed.
本文提出了一种简化的毛细管色谱“冷柱上进样”技术并对其性能进行了研究。
5·The effect of SDS concentration, sample matrix, water injection time, sample injection time and sample injection voltage were optimized.
讨论了SDS浓度、样品基体、进样电压、进水时间和进样时间对富集和分离的影响。
6·Applying backflushing helps maintain the GC and the MS source by removing later eluting compounds from the column before reaching the MS, and prior to the next sample injection.
应用反吹技术可以在下一个样品进样之前,直接除去柱中的后洗脱化合物以防止其进入质谱仪,从而帮助我们保持气相色谱和离子源性能。
7·This article's sample GWT application (see Download) USES a handy GWT feature: automatic resource injection.
本文随带的示例GWT应用程序(参见下载部分)使用了一个简单的GWT特性,即自动资源注入。
8·In Christophe's sample application he shows the Spring like syntax for injection.
在Christophe给出的示例应用中,他介绍了如何使用类似于Spring的语法进行注入?
9·In the analysis, pretreatment of digestion is not needful. The injection of urine sample was composed of urine sample and 2 perceut nitric acid half and half.
本法对尿样不经消化前处理,用2%硝酸对倍稀释后直接进样于石墨炉中进行分析测定的基础条件和铬在尿中的稳定性进行了研究。
10·An automated sequential injection system incorporating a sample pretreatment module was developed for the separation and preconcentration of ultra-trace copper in seawater without dilution.
将样品预处理模块与自动化顺序注射系统相结合,建立了未经稀释的海水中痕量铜的分离富集方法。