| 1. | Direct buried cable
直埋电缆 |
| 2. | Plastic warning devices for buried cables and pipelines - part 3 : detectable table
地下电缆和管道用塑料报警装置.第3部分:可检测的表 |
| 3. | End user multi - pair cables used in high bit rate telecommunication networks - duct and buried cables
高比特率电信网络用端用户多组电缆.管道和地下电缆 |
| 4. | End user multi - pair cables used in high bit rate telecommunication networks - part 2 : duct and buried cables
用于高位率电信网络的终端用户多组电缆.第2部分:管道和埋设电缆 |
| 5. | End user multi - pair cables used in high bit rate telecommunication networks - part 2 : duct and buried cables ; german version en 50406 - 2 : 2004
高比特率电信网络用终端用户多组电缆.第2部分:管道电 |
| 6. | Buried cables for rural area of aluminium conductor extruded plastic insulation and sheath with rated voltages up to and including 450 750 v
额定电压450 750v及以下农用直埋铝芯塑料绝缘塑料护套电线 |
| 7. | Moreover , burying cabling can take anywhere from six to 12 months , whereas an fso link can be up and running in a few days
除此之外，传统缆线的埋设得花上6 ~ 12个月不等的时间，但是无线光通讯连结只需要几天的架设时间就可运作。 |
| 8. | In this paper , temperature distributions of buried cable were analyzed according to the knowledge of heat transfer , after constructing heat conduction equation and boundary condition , temperature distributions were calculated with the finite element method in which the grids divided into a triangle format
摘要结合传热学知识对地下直埋电缆温度场进行分析，构造出热传导方程和边界条件后利用有限元法计算了地下电缆的温度场分布，计算区域采用三角形单元剖分法。 |
