1.
Shape and Temperature Field Research on Rubble Ventilation Embankment at Anduo Section of Qinghai-Tibet Railway;
青藏铁路安多段片石通风路基形态与温度场研究
2.
Deformation of the Embankment with Riprap Slope Protection at Qinghai-Tibet Railway;
青藏铁路片石护坡路基变形特性研究
3.
Ground Temperature Characteristic Analysis on Rubble Slope Embankment and Gravel Pavement Embankment of Qinghai-Tibet Railway Permafrost Region;
青藏铁路多年冻土区碎石护坡与片石护道路基地温特性分析
4.
Construction Technology of Ventilation Shaft in Shiyashan Tunnel of Guang-wu Expressway
广梧高速公路石牙山隧道通风竖井施工技术
5.
Experimental Study of the Ventilation Drag Parameters in a Railway Ballast Layer
铁路碎石道碴层通风阻力参数试验研究
6.
Research on Densification of Filling Stone Roadbed under Overload;
超载交通下填石路基的压实技术研究
7.
ANN PREDICTIVE MODEL FOR PREDICTING TEMPERATURE FIELD EVOLVEMENT WITHIN VENTIDUCT ROADBED
通风管路基温度场神经网络预测模型
8.
Development of Resolving Program for Mine Ventilation Network Based on VBA
基于VBA的矿井通风网路解算程序开发
9.
Experimental Research on Materials of Road Surface Base Rural Oil Way in Aeolian Area;
风积砂地区通村油路路面基层材料的试验研究
10.
Analysis on Experiments of the Temperature Controlled Ventilated Embankment of the Qinghai-Tibet Railway
青藏铁路自动温控通风试验路基观测结果分析
11.
SOSIC (Silicon-on-Sapphire Integrated Circuit)
蓝宝石硅片集成电路
12.
Stability Monitoring Experiment and Temperature Field Simulation Research on the Rubble Stone Embankment in Permafrost Region of Qinghai-Tibet Railroad;
青藏铁路多年冻土区片石路基稳定性监测试验与温度场模拟研究
13.
Design of the Ventilation Control System of Underground Park Based on MSP430;
基于MSP430单片机地下车库通风控制系统设计
14.
variable frequency control ventilation system in the underground garage based on chip microprocessor
基于单片机的地下停车场变频通风控制系统
15.
vent shaft [Mass Transit Railway]
通风塔〔地下铁路〕
16.
The Visual Administrant System Basing on the Geographic Information System Used in the Mine-Ventilation of Shi Rengou Iron-Ore;
基于GIS的石人沟铁矿矿井通风可视化管理系统
17.
The wind was pure and the air refreshing in this boundless world; the weather was cruel, and the solid high ways stretched straight into the distance.
这片苍莽的世界风清气爽，气候酷烈，强硬的大路笔直地通向远方。
18.
The rock anchorage base can be applied on the transmit electricity engineering of middle and heavy weathering area.
岩石锚桩基础可应用于中风化、风化的山区输电线路工程。