河南科技学院学报（自然科学版）
河南科技學院學報（自然科學版）
하남과기학원학보（자연과학판）
JOURNAL OF HENAN INSTITUTE OF SCIENCE AND TECHNOLOGY(NATURAL SCIENCES EDITION)
2014年
5期
49-52
,共4页
化学发光免疫复合物%磁场响应%动力学特性%机构设计
化學髮光免疫複閤物%磁場響應%動力學特性%機構設計
화학발광면역복합물%자장향응%동역학특성%궤구설계
immune complex based on chemiluminescent immunoassay%magnetic field response%dynamic characteristic%designing department
化学发光免疫复合物在磁场下的响应是动态行为，且复合物大小处于微米级别，其微观运动情形用肉眼观测不到。采用机构设计知识，设计了一款响应状态观测装置。用Pro/ENGINEER和ANSYS软件对其进行虚拟设计和分析。分析结果显示：装置可用来研究免疫复合物在磁场下的动态行为，满足观测需求。
化學髮光免疫複閤物在磁場下的響應是動態行為，且複閤物大小處于微米級彆，其微觀運動情形用肉眼觀測不到。採用機構設計知識，設計瞭一款響應狀態觀測裝置。用Pro/ENGINEER和ANSYS軟件對其進行虛擬設計和分析。分析結果顯示：裝置可用來研究免疫複閤物在磁場下的動態行為，滿足觀測需求。
화학발광면역복합물재자장하적향응시동태행위，차복합물대소처우미미급별，기미관운동정형용육안관측불도。채용궤구설계지식，설계료일관향응상태관측장치。용Pro/ENGINEER화ANSYS연건대기진행허의설계화분석。분석결과현시：장치가용래연구면역복합물재자장하적동태행위，만족관측수구。
The response of immune complex based on chemiluminescent immunoassay to magnetic field is a dynamic behavior,and the size of the immune complex is at the level of micron.The micro motion can't be observed with the naked eye.In order to solve the problem,the knowledge of mechanism design was used to design a observation device for the response status in this paper.The virtual design and analysis was done making use of Pro/ENGINEER and ANSYS.The analysis results showed that the device could be used to study the dynamic behavior of the immune complex under the magnetic field,so the design could meet the demand of observation.
