微量移液器 美国热电

 微量移液器 美国热电：移液器的应用文献
1. Choosing a pipetting technique affects the results of your analysis
取样技术的选择对分析结果的作用
2. Accredited calibration and future demands for Pipettes
对移液器的确认校正和未来要求
3. Factors influencing pipetting performance: The benefits of an electronic pipettor
影响移液性能的因素：电子移液器的优越性
4. Improving ergonomy in pipetting prevents work-related upper limb disorders
改善移液器的人类工程学设计，以预防与工作相关的上肢疲劳症
5. Major sources of error of air displacement Pipettes
空气移动移液器的误差主要来源
6. Optimizing your pipetting performance
优化移液器的性能
7. Reducing sources of error in pipetting
降低移液过程中的错误来源
8. Safety in pipetting
移液的安全性
9. The design of Pipettes can prevent Pipetting Related Upper Limb Disorders (PRULD)
移液器的设计可以预防移液相关的上肢疲劳症(PRULD)
10. Work related upper limb disorders and the laboratory
实验室与工作相关的上肢疲劳症