improvements in the construction of containers for accumulator batteries industry especially traction.

• 1. 改善片式钽电容器失效模式的组合结构及片式钽电容器 [P] . 中国专利： CN208873611U . 2019.05.17
• 2. 改善电容器极对壳局部放电性能的衬垫结构及其电容器 [P] . 中国专利： CN202307527U . 2012.07.04
• 3. container for batteries of electric accumulators for firedamp traction. [P] . IT8021837V0 . 1980-05-16

  机译： 用来储存用于火力牵引的蓄电池的容器。

• 4. Improvements in the Construction of Metallic Cylinders for Compressed Gas Containers for Motor Traction. [P] . 英国专利： GB128799A . 1919-07-03

  机译： 用于机动车辆的压缩气体容器的金属气缸构造的改进。

• 5. structure of lid for batteries or accumulators, particularly for traction. [P] . IT1390965B1 . 2011-10-27

  机译： 电池或蓄电池盖的结构，特别是用于牵引的盖。

• 1. Improvement of Temperature Uniformity of Instant Rice Inside Plastic Rectangular Container Under Microwave Reheating [J] . Wang Xiao-rui, Xu Hao, Zhu Yong, 东北农业大学学报（英文版） . 2018,第004期
• 2. Using Li-Ion accumulators as traction batteries in the automotive industry. Cost reduction using ultra-capacitors [C] . Cristina Pitorac International Conference on Development and Application Systems . 2016
• 3. Achieving zero accidents---A strategic framework for continuous safety improvement in the construction industry. [D] . Farooqui, Rizwan Ul-Haque. 2011
• 4. A Study of the Occupational Lead Hazard in Two Electrical Accumulator Industries [O] . P. K. Ghosh, M. K. Chakraborty, M. N. Rao 1952
• 5. IKTINOS a New Freight and Construction Standard to Evolve Concrete Beton Preparation from a Chaotic Contractor Site to a Container Box Mover International Industry [O] . Nikoltetta Pegiou, Athanasios Zisopoulos, Konstantinos Spinthiropoulos, 2020

• 1. ABSTRACTS AND AUTHORS OF SELECTED ARTICLES——Gaining Enlightenment from High-speed Construction-An Investigation in Construction Speed Improvement of Natural Gas Purification Plant in Zhongxian [J] . Xu ,Huafang ,Qiao . 天然气经济 . 2005,第003期
• 2. Environmental improvement or industry enhancement?A case study on the impact of environmental regulations on Chinese automobile industry [J] . LIANG Xiao ,FU Jing . 区域可持续发展(英文) . 2021,第3期
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• 5. 纳米油气与纳米孔隙——非常规能源的兴起促使对油气运移进行重新认识与划分,尤其是页岩油气、煤层气应化分在前初次运移,属于典型的纳米级生储共体 [C] . 姚亚明 ,张俊敏 ,郭辉 . 第一届全国纳米地球科学学术研讨会暨中国地质学会纳米地质专业委员会成立大会 . 2015
• 6. 聚苯胺基活性炭孔道结构及表面官能团对超级电容器性能改善机制的研究 [A] . 刘超 . 2020