Correction to: Methodology to Achieve Pseudo 1-D Combustion System of Polymeric Materials Using Low-Pressured Technique

Tatsuya Migita; Takumi Yamahata; Patrick Strempfl; Tsuneyoshi Matsuoka; Yuji Nakamura

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Correction to: Methodology to Achieve Pseudo 1-D Combustion System of Polymeric Materials Using Low-Pressured Technique

机译：校正至：使用低压技术实现聚合物材料伪1-D燃烧系统的方法

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The original version of this article unfortunately contained an error in Table 1 and text under Sect. 3.3.

机译：本文的原始版本不幸包含表1和文本中的错误。 3.3。

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来源
《Fire Technology》 |2020年第4期|1825-1826|共2页
作者
Tatsuya Migita; Takumi Yamahata; Patrick Strempfl; Tsuneyoshi Matsuoka; Yuji Nakamura;
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作者单位

Toyohashi University of Technology;

Toyohashi University of Technology;

Technical University of Munich;

Toyohashi University of Technology;

Toyohashi University of Technology;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
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专利

1. Methodology to Achieve Pseudo 1-D Combustion System of Polymeric Materials Using Low-Pressured Technique [J] . Migita Tatsuya, Yamahata Takumi, Matsuoka Tsuneyoshi, Fire Technology . 2020,第1期

机译：使用低压技术实现聚合物材料伪1-D燃烧系统的方法
2. Techniques for Assessing the Combustion Behaviour of Polymeric Materials: Some Current Perspectives and Future Directions [J] . Paul Joseph, Svetlana Tretsiakova-McNally, Richao Zhang Macromolecular symposia . 2016,第Null期

机译：高分子材料燃烧行为的评估技术：当前的一些观点和未来的方向
3. New mass optimization technique to achieve low mass BIW designs using optimal material layout methodology on the frontal vehicle crash [J] . Mohan Rajasekaran, HariRam V, Subramanian M. Journal of Mechanical Science and Technology . 2016,第12期

机译：新的质量优化技术，可在正面车辆碰撞时使用最佳的材料布局方法实现低质量的白车身设计
4. ANALYSIS OF ENGINE AIR HANDLING SYSTEMS FOR LIGHT-DUTY COMPRESSION IGNITION ENGINES USING 1-D CYCLE SIMULATION: ACHIEVING HIGH DILUTION LEVELS FOR ADVANCED COMBUSTION [C] . Nandini Gowda Kodebyle Raju, Adam Dempsey, Scott Curran ASME Internal Combustion Engine Division technical conference . 2016

机译：一维循环仿真的轻型压缩点火发动机发动机空气处理系统分析：实现高级燃烧的高稀释水平
5. Metal-centered polymers: Using controlled polymerization methodologies for the generation of responsive materials. [D] . Johnson, Robert Matthew. 2004

机译：以金属为中心的聚合物：使用受控聚合方法生成响应性材料。
6. Retraction: Abdalla S. et al. A Bio Polymeric Adhesive Produced by Photo Cross-Linkable Technique. Polymers 2016 8 292 doi:10.3390/polym8080292 and Abdalla S. et al. Controlled Light Cross-Linking Technique to Prepare Healable Materials. Polymers 2017 9 241 doi:10.3390/polym9060241 [O] . 2017

机译：缩回：AbdallaS.等。通过光交联技术生产的生物聚合物胶粘剂。聚合物20168292doi：10.3390 / polym8080292和AbdallaS.等。受控光交联技术以制备可修复材料。聚合物20179241doi：10.3390 / polym9060241
7. Techniques for Assessing the Combustion Behaviour of Polymeric Materials: Some Current Perspectives and Future Directions [O] . Paul Joseph, Svetlana Tretsiakova-McNally, Richao Zhang 2016

机译：评估聚合物材料燃烧行为的技术：一些当前的观点和未来方向
8. Toxicity of Plastic Combustion Products. Toxicological Methodologies to Assess the Relative Hazards of Thermal Decomposition Products from Polymeric Materials. [R] . alarie, y. barrow, s. c. 1977

机译：塑料燃烧产物的毒性。用聚合物材料评估热分解产物相对危害的毒理学方法。

Correction to: Methodology to Achieve Pseudo 1-D Combustion System of Polymeric Materials Using Low-Pressured Technique

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