| 1. | Effect of additives on structure and performance of psf pes alloy membranes
合金膜结构和性能的影响 |
| 2. | Research advances in polymer alloy membrane materials and structures
高分子合金分离膜材料及结构研究进展 |
| 3. | Effect of the additives on the structure and performance of psf er alloy membrane
合金膜结构和性能的影响 |
| 4. | Effect of the additives on the structure and performance of psf spsf alloy membranes
合金膜结构和性能的影响 |
| 5. | Affecting factors for compatibility of polymers in polymer alloy membrane
影响高分子合金膜内聚合物间相容性的主要因素 |
| 6. | Evaluation and characterization on compatibility of polymers in polymer alloy membrane
高分子合金膜的聚合物间相容性预测及表征 |
| 7. | Effect of the membrane material on structures and performances of psf spsf polymeric alloy membranes
高分子合金膜的膜材料对膜性能的影响 |
| 8. | Forecast and characterization of the compatibility between polymers and applications in polymer alloy membranes
聚合物间相容性的预测和表征及在高分子合金分离膜中的应用 |
| 9. | The copper alloy membranes used are also suitable for liquid media and do away with the hitherto generally prevailing limitation of differential pressure sensors with piezoresistive elements : " suitable only for dry non - aggressive gases "
使用的铜合金隔膜适合液体介质从而推翻了迄今一般流行的基于压阻技术原理压差传感器的限制"只适用于干而无危险的气体" 。 |
| 10. | Owing to their perfect hydrogen permeability and thermostability , palladium and palladium alloy membranes have been used as hydrogen separator and purifiers , and they can serve as membrane reactors for reactions such as dehydrogenation and hydrogen production , which integrates the reaction with separation and enhances the conversion and selectivity
钯及其合金膜由于具有透氢性好和耐高温的特点，除了用作氢气分离和纯化器外，还可以用作脱氢、制氢等反应的反应器，以实现反应和分离的一体化，并提高转化率和选择性。 |
