improvements in devices realizzanti constraints antisismici, preferably usable in both road and rail bridge decks

• 1. 阳极丝抗震性能改善的中子探测管和中子探测设备 [P] . 中国专利： CN104345332B . 2017.08.01
• 2. 阳极丝抗震性能改善的中子探测管和中子探测设备 [P] . 中国专利： CN104345332A . 2015-02-11
• 3. improvements in devices realizzanti constraints antisismici, preferably usable in bridge decks has road and rail. [P] . IT8319286D0 . 1983-01-27

  机译： 设备的改进realizzanti约束了抗震性，最好用于具有公路和铁路的桥面。

• 4. improvements in devices for restraint antisismici decks of bridges, viaducts and the like [P] . IT1182991B . 1987-10-05

  机译： 限制桥梁，高架桥等抗震甲板的设备的改进

• 5. improvements in devices for restraint antisismici decks of bridges, viaducts and the like [P] . IT8548801D0 . 1985-11-19

  机译： 限制桥梁，高架桥等抗震甲板的设备的改进

• 1. CFD simulations of a suspension bridge deck for different deck shapes with railings and vortex mitigating devices [C] . I Kusano, J B Jakobsen, J T Snaebjornsson Conference of Computational Methods in Offshore Technology;Conference of Oil and Gas Technology . 2020
• 2. Deck failure evaluation of bridge No. 2306, road PR-53, km. 3.6, Ceiba, Puerto Rico. [D] . Burgos Gil, Ildefonso. 2002
• 3. Correction: Sun Y.; et al. Bi-Objective Modelling for Hazardous Materials Road–Rail Multimodal Routing Problem with Railway Schedule-Based Space–Time Constraints. Int. J. Environ. Res. Public Health 2016 13 762 [O] . Yan Sun, Maoxiang Lang, Danzhu Wang 2016
• 4. Performance testing of road bridge deck containing flat rail wagons [O] . Jamtsho Lungten, Dhanasekar Manicka 2013
• 5. MASH Test 3-11 of the TxDOT Single Slope Bridge Rail (Type SSTR) on Pan-Formed Bridge Deck [R] . Williams, W. F., Bligh, R. P., Menges, W. L. 2011

• 1. 以最好的价格购买十分适合于受当地电网限制条件的电气设备优化它的电气设备规范 [C] . Bertrand Sacepe ,Robert Jeanjean . 中国供电国际会议 . 2000
• 2. 基于线桥一体化模型的高速铁路桥梁抗震性能及设计方法研究 [A] . 刘尊稳 . 2019