铁谱磨粒分析技术,可从微观角度对动态过程进行监测,以预测、诊断和及时处理非正常磨损早期故障。
The early malfunction of abnormal wear can be predicted, diagnosed and handled in time by using ferrography to monitor the running procedure from the microscopic view.
利用三维诊断和预测学技术建立了大学生健康诊断与动态监测系统。
Helth diagnosis and dynamic supervision system in undergraduates is established using three dimensional diagnosis and predication methods.
方法本专题采用的研究方法包括:疾病动态监测、危险因素动态监测、横断面研究、前瞻性观察、生态学比较和模型预测等流行病学方法。
Method The study methods of this project included dynamic disease surveillance, multiple risk factors examinations, cross - sectional and prospective study, and modeling of predictive models, etc.
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