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- carbonization and pyrolysis 干馏热解
- Carbon dioxide consists of carbon and oxygen. 二氧化碳是由碳和氧组成的。
- Carbon dioxide consists of carbon and oxygen. 二氧化碳是由碳和氧组成的。
- They degrade into carbon and oxygen. 他们能被降解成碳和氧。
- Carbon and hydrogen are chemical elements. 碳和氢是化学元素。
- Carbon dioxide is made up of Carbon and oxygen. 二氧化碳是由碳和氧组成的。
- The Powell structural research lab at the university of California at San Diego tests new bridge materials such as carbon and fiberglass polymers. 位于圣地亚哥的加州大学鲍威尔建筑实验室试制出了新的桥梁建筑材料，如碳和玻璃纤维聚合体。
- Compounds such as methane can be cleaved to carbon and hydrogen. 象甲烷这样的化合物能分解为碳和氢。
- Coal is carbonized and lithifyied vegetation. 煤由植物碳化及石化所成。
- Check your spark plug for carbon and check the spark plug gap. 查您的火星塞?碳和?查火星塞白金?隙。
- Carbon and sulfur and phosphorus are allotropic elements. 碳、硫磺和磷是同素异形元素。
- The atomic bonds between carbon and other atoms absorb infra red radiation. 碳与其他原子连接的原子键吸收红外线。
- The proximate analysis and pyrolysis experiments are done for sugarcane chaff, its pyrolysis kinetics model is derived. 对蔗糠进行了工业分析实验和热解实验,总结出了其热解反应动力学规律。
- The carbonaceous residue formed after evaporation and pyrolysis of a petroleum product. 石油产品蒸发和裂解后生成的碳质残渣。
- Nuclear fusion has created helium, carbon and other chemical elements. 核聚变已产生了氦气，二氧化碳和其他化学元素。
- The pyrolysis mechanism, the reaction kinetics, the formation of carbon and pore structure of PAN-based carbon-carbon composite membrane formed in Ar and vacuum are studied by SEM, TG, FTIR , XRD and Raman analysis and their differences are compared. 同时,采用了SEM、TG、FTIR、XRD及Raman等分析手段对PAN炭膜在氩气氛围下形成过程中的复合效果、热解机理、热解反应动力学、炭结构和孔结构的形成进行了研究,并与真空氛围进行了相应的比较。
- It is predicted that in our country regrinding and pyrolysis are the most suitable methods to deal with FRP waste in the future. 本文介绍了国内外玻璃钢废弃物的回收与利用状况,认为采用粉碎法和高温分解法是我国玻璃钢废弃物处置的发展方向。
- Lead zirconate titanate(PZT)films with different compositions and pyrolysis temperature were fabricated on Pt(111)/Ti/SiO2/Si using sol-gel method. 分析了不同的前烘温度、不同锆钛比例对PZT薄膜的微观结构和电特性所产生的影响。
- Method: The bacteria in outer and inner layer of carious dentin and pulp were isolated,identificated and analysed with chromatography and pyrolysis. 方法： 利用色谱法、裂解法等对龋坏牙本质分三层作细菌分离、鉴定、分析。
- It is shown that the extract content,TLC FID analysis data,characteristics of thermal extract and pyrolysis gas chromatography of reser... 结果表明,油层、水层、干层及气层在抽提物含量、棒薄层色谱特征、族组成及热解气相色谱特征上均存在明显的差别。
