本文研究一类生化系统的极限环的存在性与唯一性；
The existence and uniqueness of limit cycles of a biochemical system is proved.
由于微生物发酵过程的复杂性和高度非线性，更多的简单的数学模型不能很好地描述这类生化系统。
Due to the complexity and high non-linearity of microbial fermentation process, most simple mathematical models cannot describe the behavior of biochemistry systems very well.
保护系统（即生化恐怖袭击的应对操作和技术强化方案）的确切技术套件尚未公诸于世。
The exact suite of technologies in PROTECT, which stands for Program for Response Operations and Technology Enhancements for Chemical/Biological Terrorism, is not made public.
全世界每天正在使用大量的Perl/Tk应用程序，包括生化模拟器、地图绘制程序、航班管理系统等。
Substantial Perl/Tk applications are in everyday use around the world, including a biochemical simulator, geographic mapping programs, a flight management system, and much more.
三阶吉行（译注：日本筑波大学的机器人工程专家）的公司——生化人（Cyberdyne），制造的一种智能外套，可以实现与神经系统受损的人进行交互活动，比如帮助他们去行走。
Yoshiyuki Sankai’s company, Cyberdyne, makes robotic suits that interact with damaged nervous systems to enable people to walk, for example.
在系统里，电极产生化学反应，清洁厕盆并将有机废物转化成二氧化碳和氢，储存在燃料电池里，供马桶夜间使用。
In it, electrodes generate chemical reactions that cleanse the bowl and turn organic waste into carbon dioxide and hydrogen that can be stored in a fuel cell for use at night.
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.
另一方面，小丑瓢虫的免疫系统已经学会了如何处理微孢子虫，这让瓢虫把它们作为生化武器。
Harlequin ladybirds' immune systems, on the other hand, have learned to deal with microsporidia-which lets the insects use them as biological weapons.
介绍了一种生化物质分析系统的原理与实现。
The working principle and realization of a biochemical substance analysis system are introduced.
免疫系统由免疫细胞、免疫组织和它们所分泌的生化物质构成，它保护着身体不受病毒、细菌和其他入侵者的干扰。
The immune system - a network of cells, tissues and biochemicals they secrete - defends the body against viruses, bacteria and other invaders.
但在当前主流的生化法处理工艺中，曝气设备是其中的主要耗能设备，曝气系统电耗约占处理厂全部电耗的50- 70%。
However, in current main biochemical sewage treatment technology, the aeration devices are the primary energy-consuming equipments, which system costs about 50-70% of the total power consumption.
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.
在活性炭存在条件下，采用微波辐射对焦化废水生化处理系统的外排水进行深度处理。
Coking wastewater, which has been treated by biochemical system, is deeply treated by microwave irradiation in the presence of granular activated carbon (GAC).
生化发酵过程是个复杂的大系统，包含有物理过程、化学过程和生物反应过程。
The process of biochemical fermentation is a large complex system, containing physical process, chemical process and biological process.
多年来国内外学者从不同系统、不同程度对氟中毒进行了研究，但多数主要是组织学观察及分析相关的生化成分。
For several years most scholars have researched from diverse system and extent in fluorosis, but most mainly centralized on observation and biochemical component analysis.
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.
要研究如何降低生化处理系统的占地面积。
Research is needed to reduce the space required for biological treatment systems.
系统包含在线微量取样、级联稀释、微型生物传感器、生化工程数据处理和分析软件与计算机。
The on line analysis system consisted of a micro flow sampler, a cascade dilution unit, a micro biosensor, a software for bioprocess data processing, and a computer.
对于反应过程复杂、反应周期长的生化反应建立起切实可行的仿真培训系统，对制药业和高等工程教育都有实用意义。
It's very useful work to establish a simulation training system of biochemical reaction for pharmaceutical industry and higher education of engineering.
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.
论文研制的多参数生化检测系统采用具有不同的敏感区域的ISFET传感器，达到多参数测量的目的。
The multi-parameter biochemical measure system uses ISFETs which have different sensitive area to realize multi-parameter detection.
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.
系统生化试验后，确定致病性气单胞菌41株，符合率为95.2%。
Finally, 41 pathogenetic strains were identified through the systemic biochemical test, the ratio of coincidence is 95.2%.
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.
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.
本文重点阐述锌、铜在各项生理、生化基础及系统调节和功能上引起IUGR的影响机制。
This article focuses on the zinc and copper in the physical, chemical and biological basis of the system and regulation and function of IUGR caused by the impact of the mechanism.
本文重点阐述锌、铜在各项生理、生化基础及系统调节和功能上引起IUGR的影响机制。
This article focuses on the zinc and copper in the physical, chemical and biological basis of the system and regulation and function of IUGR caused by the impact of the mechanism.
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