1.
The Application of NovaChip Surface Treatment Process to Highway Surface Maintenance
超薄磨耗层施工技术在高速公路养护中的应用
2.
Application of Superthin Wearing Course Techniques in Curing of Freeway around Shenyang City
超薄磨耗层技术在沈环高速公路养护中的应用
3.
Novachip wear thin layer in the conservation of the road;
Novachip超薄磨耗层在路面养护中的应用
4.
Application of Novachip~ Ultra-thin Wearing Layer of Asphalt Pavement on the Preventive Maintenance Engineering of Expressways
Novachip~超薄磨耗层在高速公路沥青路面预防性养护工程中的应用
5.
Study on the Road Performance of Asphalt Concrete in Ultra-thin Wearing Course;
超薄磨耗层沥青混凝土路用性能试验研究
6.
Study on Design Method and Road Performances of Ultra-thin Wearing Course SMA-5 Asphalt Mixture
超薄磨耗层SMA-5沥青混合料的设计及性能研究
7.
Investigation of the Mechanical Properties and Fatigue Performance of Ultra Thin Friction Course
超薄沥青磨耗层力学特性与疲劳性能研究
8.
Application of Ion Beam Technology in Ultra-low Loss Films;
离子束技术在超低损耗薄膜中的应用
9.
The Construction Technique of the Extremely High Layer Constructs the Outside Wall Stem to Hang the Marble;
超高层外墙干挂大理石施工技术刍议
10.
Construction technology of slip-form and climbing shuttering method on super high building
超高层建筑滑模法与爬模法施工技术
11.
Measuring and Analyzing of Noise-Reducing effect for NovaChip~ very-thin-friction-layer on Yixian overhead way,Shanghai.
上海逸仙高架NovaChip~超薄磨耗层降噪效果实测与分析
12.
Key technology and measures to super high-rise building steel structure construction
超高层建筑钢结构施工的关键技术和措施
13.
Construction Technology for Tower Crane Dismantlement in Steel Structure Work of Super Tall Building
超高层建筑钢结构工程塔吊拆除施工技术
14.
Large industrial plant area of wear on the ground forming a one-time construction technology
工业厂房超大面积耐磨地面一次性成型施工技术
15.
Research Progress on Performance Evaluation Techniques of Abradable Seal Coatings
可磨耗封严涂层性能评价技术研究进展
16.
Construction Technology in Super Thick Planceer of Mass Concrete of High-rise Buildings;
高层建筑超厚底板大体积混凝土施工技术
17.
Construction Technology of Concrete Filled Steel Tubular Laminated Column in Some Super High-rise Building
某超高层建筑钢管混凝土叠合柱施工技术
18.
Ultra High Building Constructing Technology for Center of Shenzhen ICC
深圳国际商会中心超高层建筑施工技术