| 1. | In addition , the stainless - steel cell allows use of most organic solvents
另外，不锈钢的样品池可以用于大多数的有机溶剂。 |
| 2. | In addition , the stainless - steel cell and robust probe allow use of any organic solvent
另外，不锈钢的样品池可以用于任何有机溶剂。 |
| 3. | As a result of the micron dimension of sample pool , the liquid in it can be viewed as microfluid
样品池的尺寸通常是在微米级，其中的流体可以视为微流体。 |
| 4. | Theoretical analysis on focusing characteristics of laser tweezer under the influence of astigmation from sample vessel
样品池像散影响光镊聚焦特性的理论分析 |
| 5. | Microfluid flow : sample pool is a very important part of oil contamination on time analysis ststem
微流体流动：样品池是油液污染实时分析系统中一个非常重要的组成部分。 |
| 6. | Working electrodes , auxiliary electrodes , referent electrodes , reaction pools and so on are all the important components for making the electrochemical immunosensor
工作电极、辅助电极、参比电极、反应池(样品池)等都是构建电化学免疫传感器的重要部件。 |
| 7. | We using a he - ne laser as light source , an optical tweezers with one optical trap was set up . the laser light and the observation light normally incident the objective back aperture . we can always observe and manipulate dielectric spheres at the top layers
在仪器研制方面，我们将he - ne激光器与显微镜系统耦合构建了一套显微镜物镜正置光镊系统，作为光镊光的激光从物镜上方竖直进入物镜目瞳，这样光镊光位于样品池的上方。 |
| 8. | 3 ) the optical fiber sensor used hi oil contamination measurement is also developed . some key techniques such as selection of light source and photoelectric cell , designs of measurement set and flow cell are analyzed . a new orthogonal optics has been presented and virtually improved the reliability of test data
3 )研制了测量油液污染度的光纤传感器，分析了光路设计的各种关键技术(如光源、光电接收管的选择、测量光路和样品池的设计等) ，设计了正交光路光学系统，有效地提高了检测信号的可靠性。 |
| 9. | The influence of illumination conditions on the detector and temperature in sample cell was investigated . and a method of calibrating laser trap stiffness using brownian motion in the condition of low sampling frequency was studied . furthermore , in order to study the mechanisms of polymerizaton and depolymerization of tubulin under different conditions such as ph , temperature , and biological factor , a flow sample cell with temperature - control system was designed and fabricated
在本课题研究中，一方面，我们建立和完善了一套国内领先的可以进行纳米量级位移及pn量级力测量的光镊系统，对光镊系统本身的一些相关技术做了进一步的研究，提出了在低频响条件下用布朗运动测量光阱刚度的方法，研究了光镊系统中照明条件对样品池中温度及四象限测量系统的影响，并设计制作了用于微管实验的流动样品池，实现了对池内温度的控制。 |
