| 1. | Capillary action shaping technique
毛细管定形生长 |
| 2. | Methods of test for mortar for masonry - determination of water absorption coefficient due to capillary action of hardened mortar
砖石结构用灰浆试验方法.通过硬化沙浆的毛细管作用测定吸水率 |
| 3. | Methods of test for mortar for masonry - part 18 : determination of water absorption coefficient due to capillary action of hardened mortar
圬工用灰浆的检验方法.第18部分:测定硬化灰浆毛细作用引起的水吸收系数 |
| 4. | Methods of test for mortar for masonry - part 18 : determination of water absorption coefficient due to capillary action of hardened mortar ; german version en 1015 - 18 : 2002
圬工用灰浆试验方法.第18部分:硬化泥浆毛吸作用吸水 |
| 5. | Methods of test for masonry units - determination of water absorption of aggregate concrete , manufactured stone and natural stone masonry units due to capillary action and the initial rate of water absorption of clay masonry units
圬工砌块的试验方法.混凝土人造石和天然石圬工砌块因毛细作用的吸水率及粘土圬工砌块吸水初速的测定 |
| 6. | Methods of test for masonry units - part 11 : determination of water absorption of aggregate concrete , manufactured stone and natural stone masonry units due to capillary action and the initial rate of water absorption of clay masonry units
圬工单位的试验方法.第11部分:集料混凝土人造石和天然石圬工单位因毛细作用的吸水率及粘土圬工单位吸水初速的测定 |
| 7. | The solder is heated to its melting point in a reducing atmosphere , so that the joining takes place without flux as the solder fuses and then infiltrates the gaps between the two pieces to be joined by means of capillary action , creating a highly airtight seal
在高精度狭窄的空隙中也能通过毛细管现象进行浸透并和母材焊接，因此可实现高气密性，获得比母材更高的强度。 |
| 8. | Capillarity ( capillary action ) the rise or fall of liquids in narrow tubes as a result of the surface tension of the liquid , which causes the water to adhere to solid surfaces , such as soil particles or the walls of xylem vessels
毛细现象（毛细管作用） ：由液体表面张力引起的液体在细管中上升或下降的现象，毛细现象引起水和固体表面的粘合作用，例如土壤颗粒或木质部导管壁。 |
| 9. | By the methods of epn ( electronic probing needle ) 、 sem and xed , the formation mechanisms of the wear - resistant composite layer are studied , the results indicated that , molten iron has infiltrated into the alloying layer under capillary action . this caused ht powder , whose fusion point is low relatively , to be surperheated and formed a surface composite layer
利用电子显微镜及x射线衍射等试验方法，研究了复合层形成机理，研究表明，复合层是在毛细力作用下，铁液被吸入合金层中，致使低熔点ht粉过热熔化而形成的，并与母材是冶金结合。 |
