颗粒度计量的特点与贡献
|
摘要
全面介绍了颗粒度计量的专业内涵,概括了颗粒度计量的基本特点,分析了它在专业属性、技术特性方面技术特征,描述了颗粒度计量所具有的管理特性,深入剖析了颗粒度计量所具有的不同功能特性,体现了其基础关键作用。在不同角度对颗粒度计量主要特征进行系统分析的基础上,界定了颗粒度计量所涵盖的专业范围,进一步阐明了颗粒度计量在国民经济建设和国防军工建设中发挥的重要作用,有助于全面、正确地认识颗粒度计量特性、作用及贡献。
The professional connotation of particle size metrology was introduced,its basic characteristics were summaried. The features of its professional attributes and technical characteristics were analyzed,its management features were described. The different functional properties of the particle size metrology were analyzed to reflect its fundamental key role. The professional range covered by particle size metrology was defined based on systematic analysis of main characteristics of particle size metrology from different angles. The important roles of the particle size metrology played in national economic and national defense construction were clarified which contributed to comprehensive and correct understandings of characteristics,effects and contributions of particle size metrology.
The professional connotation of particle size metrology was introduced,its basic characteristics were summaried. The features of its professional attributes and technical characteristics were analyzed,its management features were described. The different functional properties of the particle size metrology were analyzed to reflect its fundamental key role. The professional range covered by particle size metrology was defined based on systematic analysis of main characteristics of particle size metrology from different angles. The important roles of the particle size metrology played in national economic and national defense construction were clarified which contributed to comprehensive and correct understandings of characteristics,effects and contributions of particle size metrology.
引文
[1]金涛,杜立鹏,郝新友.流体污染与净化计量检测技术[M].北京:化学工业出版社,2017:1-16.
[2]邓江生,金涛.过滤器过滤性能优劣的判定方法[J].机床与液压,2014,42(7):179-183.DENG J S,JIN T.Determination Method of Advantages and Disadvantages of Filters Filtration Performance[J].Machine Tool&Hydraulics,2014,42(7):179-183.
[3]GB/T 18853-2015液压传动过滤器评定滤芯过滤性能的多次通过方法[S].
[4]GB/T 20079-2006液压过滤器技术条件[S].
[5]GB/T 20080-2006液压滤芯技术条件[S].
[6]GB/T 18854-2015液压传动液体颗粒自动计数器的校准[S].
[7]GB/T 21540-2008液压传动液体在线自动颗粒计数系统校准和验证方法[S].
[8]GJB 380.3A-2004航空工作液污染测试:第3部分:自动颗粒计数器校准[S].
[9]GB/T 28957.1-2012道路车辆用于滤清器评定的试验粉尘第1部分:氧化硅试验粉尘[S].
[10]GB/T 28957.2-2012道路车辆用于滤清器评定的试验粉尘第2部分:氧化铝试验粉尘[S].
[2]邓江生,金涛.过滤器过滤性能优劣的判定方法[J].机床与液压,2014,42(7):179-183.DENG J S,JIN T.Determination Method of Advantages and Disadvantages of Filters Filtration Performance[J].Machine Tool&Hydraulics,2014,42(7):179-183.
[3]GB/T 18853-2015液压传动过滤器评定滤芯过滤性能的多次通过方法[S].
[4]GB/T 20079-2006液压过滤器技术条件[S].
[5]GB/T 20080-2006液压滤芯技术条件[S].
[6]GB/T 18854-2015液压传动液体颗粒自动计数器的校准[S].
[7]GB/T 21540-2008液压传动液体在线自动颗粒计数系统校准和验证方法[S].
[8]GJB 380.3A-2004航空工作液污染测试:第3部分:自动颗粒计数器校准[S].
[9]GB/T 28957.1-2012道路车辆用于滤清器评定的试验粉尘第1部分:氧化硅试验粉尘[S].
[10]GB/T 28957.2-2012道路车辆用于滤清器评定的试验粉尘第2部分:氧化铝试验粉尘[S].