| 1. | Testing methods for bubble point of membrane filters
薄膜滤器起泡点的测试方法 |
| 2. | Membrane filters - part 2 : testing for bubble point
膜式过滤器.第2部分:起泡点的检验 |
| 3. | Bubble point temperature
泡点温度 |
| 4. | Filter cartridges - test methods - integrity inspection by determination of the first bubble point
过滤盒.试验方法.通过确定第一发泡点进行的整体性检验 |
| 5. | Hydraulic fluid power - filter elements - verification of fabrication integrity and determination of the first bubble point
液压传动.滤芯.结构完整性的验证和第一气泡点的测定 |
| 6. | Hydraulic fluid power - filter elements - verification of fabrication integrity and determination of the first bubble point
液压传动.滤芯.结构完整性的验证和第一气泡点的测定 |
| 7. | Standard test methods for pore size characteristics of membrane filters by bubble point and mean flow pore test
用起泡点和气孔平均流量法测定膜过滤器孔隙尺寸特点的标准试验方法 |
| 8. | Abstract : if fluid flowing pressure is smaller than bubble point pressure , downhole fluids flow in a flowing regime of oil / gas / water phase
文摘:提出了一种应用灰色理论和优化技术处理三相流产出剖面资料的方法。 |
| 9. | Hydraulic fluid power - filters - evaluation of filter performance - part 2 : filter elements - verification of fabrication integrity and determination of the first bubble point
液压动力.过滤器.过滤器性能的评价.第2部分:过滤器元件.制造完整性的检定和首次起泡点的测定 |
| 10. | By adding high pressure water cleaning , hot water washing and optimization of bubble point test and filter core assemble process , the energy was saved , the consumption was reduced , the cleaning effiencency and quality was improved , the lifetime of filter was prolonged , the safety hidden danger of the process in pet production was removed
摘要阐述了通过增加一道高压水清洗、热水洗以及对泡点试验和过滤芯组装等过程的优化，达到节能降耗，提高清洗效率，延长了过滤器使用周期，消除了此工序给聚酯生产带来的安全隐患。 |
