系统的进一步研究将实现便携式生化分析系统。
Further research on t he system can lead to portable bio-chemical analysis system.
生物芯片的检测技术是生化分析系统中最重要的组成部分。
The detection technology of biochip is one of the most important parts of biology and chemistry analyzes system.
介绍了一种基于微型光纤光谱仪的微型生化分析系统及其相应的标定和实验测试。
A micro biochemical analytical system based on a micro fiber spectrometer is introduced. Experiment was carried out to calibrate and test the analysis system.
在生化分析仪的开发研制中，一个重要的组成部分是温度控制系统的研制。
In the development of biochemistry analysis instrument, one important constituent is to study the temperature control system.
本文设计的生化分析仪已经过系统的联机调试，运行稳定、结果正确，表明系统的设计是合理的、可靠的。
The design of biochemical analyzer has been adopted online system debugging, it can run stably, and the result is correct, so the system design is reasonable and reliable.
本论文介绍了船载近海赤潮藻自动化生化分析工作站电气控制系统的研制。
This dissertation mainly introduces the research on electric control system of ship-carrying automatic biochemical analysis workstation for maritime red tide alga.
本文简要分析了不同生化分析仪系统误差产生原因及处理方法。
This paper briefly analyzes the reason and treatment of biochemical detection system error.
介绍了生化分析仪加样系统的检测方法，以确保加样系统良好的重复性和准确性。
Describes the methods of detection and maintenance for the spotting system of biochemistry analyzer, which can ensure the repeatability and accuracy of the system.
设计了一种用于半自动生化分析仪的快速多波长分光光度系统。
A multichannel spectrophotometric system has been designed for semi-automatic biochemical analyzer to carry out high speed measurement.
本文针对微型生化分析仪的结构特点，设计并制作了以硅集成加热芯片为核心元件的温度控制系统。
According to the structure of micro bio-chemical analyzer, a new type of mini temperature-controlling system was designed, whose key component was a micro-heater chip made of silicon.
重点论述了全自动生化分析仪控制系统的设计。
The paper discuss design of the control system as an emphasis.
目的：了解生化分析仪加样系统精密度和准确度。
Objective to study the precision and accuracy of loading system for specimen and reagent in automatic biochemical analyzer.
生化微系统是MEMS的重要方向之一，而生化样品的微量取样和计量是生化分析过程的重要环节，微针执行器的研究因此受到关注。
Biochemical microsystem is one of the most important focuses of MEMS, and micro-sampling and measuring is the crucial process of analysis. Therefore, emphases have been paid on microneedle actuator.
设计并实现了一种应用于全自动生化分析仪的高精度温度控制系统。
This paper presents a high accuracy temperature controller for an automatic biochemistry analyzer based on ARM9 in combination with the Linux embeded system.
设计并实现了一种应用于全自动生化分析仪的高精度温度控制系统。
This paper presents a high accuracy temperature controller for an automatic biochemistry analyzer based on ARM9 in combination with the Linux embeded system.
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