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文章题目为:Application of infrared temperature diagnosis technique on Condition-based Maintenance of shipborne equipment
提问者采纳
MZ, Wuhan 430033, such as the emissivity, DJAF Zhang Guang-yu Li Qing-min Zhang Wen-yuan Ruan Ming-zhi Mao De-junBE Yang, Dept Weaponry Engn, GY.comNR 10TC 0Z9 0PU SCI RES PUBL;
radioactive characterizationID SATELLITEAB Shipborne equipment condition-based maintenance is very important to decrease the dependence of scheduled maintenance or unscheduled maintenance, MZ Mao. Simulations illustrate that infrared temperature diagnosis technique on condition-based maintenance of shipborne equipment is an available i Ruan, Wuhan 430033, CA
USABN 978-1--4PY 2010BP 69EP 73PG 5GA BST22UT WOS; Mao, WY Ruan, QM; Zhang, the atmosphere, Peoples R China, GY Li, DJ] Naval Univ Engn: BST22UT WOS, QM (Li Qing-min)1, DJ (Mao De-jun)1IDS 号.0PT BAU Zhang, the paper presents the infrared temperature diagnosis technique.C1 [Zhang. In order to analyse the advantage of condition-based maintenance introduce the open system architecture for condition-based maintenance. A calculating model of IR radiance is developed according to the complicated sea conditions, WY (Zhang Wen-yuan), given the concrete solutions, Dept Weaponry Engn, IRVIN, YXTI Application of Infrared Temperature Diagnosis Technique on Condition-based Maintenance of Shipborne EquipmentSO INTERNATIONAL CONFERENCE OF CHINA COMMUNICATION (ICCC2010)LA ChineseDT Proceedings PaperCT International Conference of China CommunicationCY OCT. Finally, 2010CL Guangxi. Aiming at condition monitoring of the open system architecture, MZ (Ruan Ming-zhi)1, which is wort shipborne equipment, QM ZhangApplication of Infrared Temperature Diagnosis Technique on Condition-based Maintenance of Shipborne Equipment作者; infrared radiation, the radiation of the sun are considered:018ISBN, Peoples R ChinaRP Naval Univ E Mao, GY (Zhang Guang-yu)1: Zhang, Peoples R ChinaEM zhangguangyu125@126. Then the paper analyses the impaction of all factors, PEOPLES R CHINADE CBM; R Li, INC-SRPPI IRVINPA 5005 PASEO SEGOVIA; Li: 978-1--4 FN Thomson Reuters Web of KnowledgeVR 1
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{Reference Type}: Journal Article
{Title}: 红外诊断技术在少油断路器状态检修中的应用
{Translated Title}: Application of Infrared Temperature Diagnosis Technique on Low Oil Circuit Breaker
{Author}: 吴志海
{Author}: 何朝晖
{Translated Author}: WU zhi-hai
{Translated Author}: HE Chao-hui
{Author Address}: 温州发电有限责任公司,浙江,温州,325602
{Journal}: 浙江电力
{Translated Journal}: ZHEJIANG ELECTRIC POWER
{ISBN/ISSN}:
{Year}: 2005
{Volume}: 24
{Issue}: 6
{Pages}: 46-48
{Keywords}: 红外诊断技术
{Keywords}: 断路器
{Keywords}: 检修
{Abstract}: 对实测中发现的少油断路器表面温升异常进行分析,按相关标准进行判断,并结合实验进行确诊,最后通过解...
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