Generating electricity from burning wood using Thermo‐acoustics for use in developing countries
Generating electricity from burning wood using Thermo‐acoustics for use in developing countries
复制标题
利用热声学燃烧木材发电，供发展中国家使用
DOI：
10.1121/1.2934528
复制
发表时间：
2008
影响因子：
2.4
通讯作者：
Marvin L. Johnson
中科院分区：
文献类型：
--
作者：
P. Riley;Marvin L. Johnson
SCORE是一种燃烧木材的炉子，它将通过热声技术烹饪食物、发电和冷却，供发展中国家使用。由诺丁汉大学（Lead）、曼彻斯特大学、玛丽皇后大学、帝国大学和城市大学以及慈善机构“实践行动”（Practical Action）组成的财团认为，由于采用了无运动部件设计，因此可以通过使用热声技术来实现非常苛刻的成本目标。驻波和行波设计正在美国洛斯阿拉莫斯实验室的支持下进行评估。该演示将集中在炉子的要求和发展中国家的需求，以及这如何影响热声和机械设计。从数学建模和测量的结果，从早期的演示将提交。更多信息可以在Http://www.score.uk.com上找到。这项耗资200万英镑的研究项目由英国政府机构EPSRC资助。
SCORE is a wood burning stove that will cook food, generate electricity and cooling for use in developing countries by means of thermoacoustics. The consortium of Nottingham (Lead), Manchester, Queen Mary, Imperial and City universities with the charity Practical Action, believe that the very demanding cost targets can be achieved by using thermo‐acoustic technology due to the no‐moving‐part design. Standing wave and travelling wave designs are being evaluated with support from Los Alamos Laboratories in the US. The presentation will concentrate on the stove requirements and needs of the developing world and how this affects the thermo‐acoustic and mechanical design. Results from mathematical modelling and measurements from an early demonstrator will be presented. More information can be found at Http://www.score.uk.com. The £2M Score research project is funded by EPSRC, a UK government agency.