1) Thermal Weight Loss
热失重
1.
Using a thermal balance and 200?kg pilot coke-oven, the thermal weight loss behavior and characteristics of the cokes produced from co-coking of waste plastics (WP), organic additive (OA) and the coking coal supplied by SHOUSTEEL in Beijing were studied.
利用热天平与200kg试验焦炉,研究添加剂(OA)、废塑料(WP)与首炼焦配煤(Coal)的热失重行为以及共焦化的成焦性能·结果表明废塑料、炼焦配煤与添加剂在相互重叠的热解失重温度区间内三者裂解生成的自由基相互作用(即协同效应),影响焦炭质量;添加剂OA、废塑料WP与炼焦配煤按比例1∶2∶97混合共焦化时,添加剂(OA)能够消除添加1%废塑料对焦炭质量产生的负面影响,使焦炭M40增加,M10降低,CSR升高,而CRI降低,具有显著的工业应用前景
2.
The behaviors of thermal weight loss of NEPE high energy solid propellant under different storage conditions werestudied.
研究了NEPE高能固体推进剂在不同贮存条件下的热失重行为,得出了样品贮存条件与热失重有如下关系:当样品尺寸和贮存条件相同时,随温度升高,高能固体推进剂热失重率增大。
2) thermogravimetric analysis
热失重
1.
The effect of low temperature heating on coal characters was studied by means of thermogravimetric analysis in Nitrogen.
研究表明 :煤变质程度对其失重变化影响大 ;随升温速率的提高 ,煤颗粒的增大 ,热重 TG曲线向高温区移动 ;氮气流量对煤低温热失重没有影响 ;扫描电镜照片显示 ,神府煤在 30 7℃受热后棱角变得圆
3) TGA
热失重
1.
The number average molecular weight and distribution of products by oligomerzation of ethylene in different solvents was analyzed by DCS, meanwhile the heat stability of these products was studied by TGA, and the influencing rule of solvent for molecular weight distribution was obtained.
利用差示扫描量热方法,考察在不同溶剂下的乙烯齐聚产物数均分子量及其相对分子质量分布,同时根据热失重数据比较不同溶剂作用下乙烯齐聚产物的热稳定性,得到溶剂结构对乙烯齐聚产物相对分子质量分布的影响规律。
4) thermogravimetry
[,θə:məuɡrə'vimitri]
热失重
1.
The bulk polymers were charactrerized by NMR, IR, DSC and thethermogravimetry (TG).
来用连续加料法,以二元醇-KOH为引发剂合成一组不同组成的环氧乙烷-环氧丙烷无规共聚醚,并用核磁共振、红外光谱、示差扫描量热计和热失重等方法对其本体聚合物,用浊点和表面张力测定的方法对其水溶液,进行系统的表征。
2.
EG, DBDPE and Sb2O3 are used to prepare flame retardant ABS, and the thermogravimetric behavior of flame retardant ABS is analyzed by thermogravimetry.
采用可膨胀石墨(EG)与十溴二苯乙烷(DBDPE)、三氧化二锑(Sb2O3)复合阻燃(丙烯腈/丁二烯/苯乙烯)共聚物(ABS),通过热重分析研究了阻燃ABS体系的热失重行为。
5) TG
热失重
1.
Thermal stability and wettability of the modified resin(R-CTAB) and un-modified resin(R-H) were studied by TG analysis and Washburn capillary pressure method,respectively.
采用热失重法(TG)对改性前后的树脂进行热稳定性分析,并用Washburn压差法研究了水和正己烷在改性树脂表面上的润湿压差。
6) TGA
热失重仪
1.
TGA BEHAVIOUR OF COALS' FAST PYROLYSIS;
用热失重仪研究煤快速热解
补充资料：地方失重原材料
是指加工过程中只有部分质量转移到产品中去的原料。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条