| 1. | Flammability of automotive interior materials
汽车内饰材料的燃烧特性 |
| 2. | Flammability of polymeric interior materials - horizontal test method
车内部聚合材料的易燃性.水平测试方法 |
| 3. | Determination of burning behaviour of interior materials in motor vehicles
汽车内部设备用材料燃烧性能的测定 |
| 4. | 3 the interior material inside fume hood should have authorization test certificate to ensure excellent chemical performance
通风柜内衬材料需要有权威机关的证明，有良好的化学抗性。 |
| 5. | Road vehicles , and tractors and machinery for agriculture and forestry - determination of burning behaviour of interior materials
道路车辆农业和林业用拖拉机和机械.内部材料耐燃性能的测定 |
| 6. | Road vehicles , and tractors and machinery for agriculture and forestry . determination of burning behaviour of interior materials
道路车辆农业和林业用拖拉机和机械.内部材料抗燃烧特性的测定 |
| 7. | Method for determination of burning behaviour of interior materials for road vehicles , and tractors and machinery for agriculture and forestry
农业用和林业用道路车辆拖拉机和机械的内部装饰材料燃烧性能的测定方法 |
| 8. | As practice demonstrates , continuous interior materials has become an increasingly important and supplementary approach for people to obtain information
实践证明，连续性内部资料已对大众媒体做了一个有力补充，日益成为人们获取信息的重要途径。 |
| 9. | Office automation equipment , computer and networking products , decorative interior materials xiangsu products , chemical products , electrical products , wujinjiaodian , instruments , building materials , household appliances , communication equipment , handicrafts , textiles , garments , wood products
办公自动化设备，计算机及网络产品，装饰装潢材料，橡塑制品，化工产品，机电产品，五金交电，仪器仪表，建筑材料，家用电器，通讯器材，工艺品，纺织服装，木制品。 |
| 10. | Lewis relationship has been suggested to evaluate the surface mass transfer coefficient using the average surface convective transfer coefficient . in addition , a practical analytic technique for testing the surface mass transfer coefficient is proposed and the values of he surface mass transfer coefficient have been given for the particular desorption and absorption test and validated against lewis relationship results . indoor temperature and humidity evaluation equations of adobe buildings considering the moisture absorption and desorption by interior materials have been proposed based on the analysis of the indoor dynamic thermal and moisture process
通过理论解析和实验测试定量地研究了生土建筑围护结构表面吸放湿效应，首次提出了以空气湿度( kg / kg )为驱动势差的围护结构表面吸放湿量计算公式，该公式较适用于工程计算，从而为使建筑湿环境研究成果逐步应用到建筑工程实践中奠定了理论基础和提供了简便算法；通过对国内外关于表面质交换系数确定方法的研究成果的分析，提出用lewis关系计算生土建筑围护结构表面质交换系数；在实验室环境下，对生土建筑围护结构表面质交换系数进行了测试方法研究，测试结果和利用lewis关系得到的数值较接近。 |
