| 1. | Effective thickness of fillet weld
角焊缝有效厚度48 |
| 2. | Textile floor coverings - determination of the apparent effective thickness of the backing
铺地织物.衬里表面有效厚度的测定 |
| 3. | Textile floor coverings - determination of the apparent effective thickness of the backing
铺地织物.衬里表面有效厚度的测定 |
| 4. | Methods of measurement of total or effective thickness of thin surface - hardened layers in steel
钢表面淬火薄层的总厚度或实际厚度测量方法 |
| 5. | Determination of total or effective thickness of thin surface hardened layers of steel parts
钢件薄表面总硬化层深度或有效硬化层深度的测定 |
| 6. | Textile floor coverings - determination of the apparent effective thickness of the backing ; german version en 1318 : 2005
铺地织物.衬里表面有效厚度的测定 |
| 7. | In normal optical fibres made from materials with positive refractive indices , this makes the effective thickness of the cable greater than its physical thickness
在正常的用具有正折射指数制作的多个光导纤维中，这种情况会让电缆的有效厚度高于它的实际物理厚度。 |
| 8. | In normal optical fibres made from materials with positive refractive indices , this makes the effective thickness of the cable greater than its physical thickness
在正常的用具有阳性折射指数制作的多个光导纤维中，这种情况会让电缆的有效厚度高于它的实际物理厚度。 |
| 9. | An experimental study on steel fiber reinforced concrete ( sfrc ) thick cap with four piles indicates that the factors affecting its ultimate loads are composed of its effective thickness , steel fiber volume ratio , concrete strength grade , shear span length , steel ratio and the form of reinforcement , in which the factor of the form of reinforcement affecting the ultimate loads of pile cap is distinct
摘要钢纤维混凝土四桩厚承台的性能试验研究结果表明，影响其极限荷载的因素主要有承台有效厚度、钢纤维体积率、混凝土基体强度等级、承台的剪跨比、纵向钢筋配筋率和配筋形式等，其中，配筋形式对钢纤维混凝土厚承台承载力的影响是很显著的。 |
| 10. | There are many approaches to achieve the purpose , and one of the perfect them is tunnel - cascaded multi - active regions large cavity ld structure , in which not only the effective thickness of the active region increase but also obtain lds ’ low threshold current and high slope efficiency and other properties
有多种途径实现ld光束特性的改善,其中采用多有源区隧道结级联大光腔结构的半导体激光器是既增加有源区等效厚度而又保证ld低阈值电流和高斜率效率等特性的最佳途径之一。 |
