1) melting enthalpy
熔融焓
1.
The components of the uncertainty of measurement caused by the repeatability of measurement, the weighing process and the heterogeneity of PE during measurement of melting enthalpy of PE were discussed.
采用差示扫描量热法(DSC)测定聚乙烯(PE)的结晶度,讨论了测定PE熔融焓过程中由测量重复性、称量过程及PE本身结构的不均匀性等因素所带来的不确定度分量,计算了测定PE熔融焓的合成标准不确定度及扩展不确定度和测定PE结晶度的扩展不确定度。
2) melting
熔融
1.
Mechanical property,melting and crystallization behaviors of toughened PA1010;
增韧PA1010的力学性能及熔融与结晶行为
2.
Study of Melting of Extrudate by Twin-screw Extruder;
双螺杆挤出机物料熔融因素的研究
3.
Study on decreasing ash-melting temperature of Lu'an coal with spent F-T catalyst and economic analysis of it;
F-T废催化剂降低潞安煤煤灰熔融温度的试验研究及其经济性探讨
3) melt
熔融
1.
Study on melting characteristics of MSWI fly ash;
垃圾焚烧飞灰的熔融特性研究
2.
Problems existed in production of compound fertilizer by urea melt spheroidizing process and its countermeasures;
尿素熔融喷浆造粒生产复合肥有关问题的探讨
3.
Howevee,some harmful substance volatilized from fly ash in melting process,which caused second contamination.
熔融固化处理是安全的处理方法,但飞灰熔融过程中有有害物质挥发,造成二次污染。
4) fusion
熔融
1.
The effect of extension on fusion and crystallization of PA1010/6;
拉伸对PA1010/6熔融和结晶的影响
2.
The influence of coal ash compositions upon fusion and slagging properties is comparatively complex.
煤灰中化学成分对煤灰的熔融和结渣特性的影响比较复杂。
3.
A method for the determination of WO_(3) in wolfram ore and Cr_(2)O_(3) in chromite by XRF with sample preparation of high-dilution fusion glass-disc was developed.
用X射线荧光光谱测定钨砂中WO3和铬铁矿中Cr2O3,通过高倍稀释熔融玻璃片制样法,采用高纯WO3或Cr2O3作单一标准样测量X射线荧光强度计数,然后同未知样品测量所得X射线荧光强度计数相比,即可计算出WO3和Cr2O3的测量值。
5) Molten salt
熔融盐
1.
Study on gasification characteristics of waste printed circuit boards (PCB) in molten salts;
废弃印刷线路板熔融盐气化特性研究
2.
Investigation of LiNiO_2 as cathode material for lithium ion battery synthesized by a molten salt method;
熔融盐法合成锂离子电池正极材料LiNiO_2的研究
3.
Electrodeposition of aluminum from AlCl_3-NaCl-KCl molten salt;
AlCl_3-NaCl-KCl熔融盐中铝的电沉积
6) vitrification
熔融固化
1.
To investigate the characteristic of heavy metal during the vitrification of municipal solid waste incineration (MSWI) fly ash, a pilot scale experiment was carried out to treat MSWI fly ash from a MSWI plant in Hangzhou City using a diesel oil furnace for more than 6 months.
为探索垃圾焚烧飞灰中重金属在熔融过程中的迁移特性,采用燃油式表面熔融炉,对杭州某生活垃圾焚烧厂的焚烧飞灰连续进行了6个多月日处理规模为500kg/d的熔融固化中试实验。
参考词条
补充资料：为再结合熔融石英制品、熔融石英陶瓷制品
分子式：
CAS号：
性质：又称为再结合熔融石英制品、熔融石英陶瓷制品或石英玻璃烧结制品。具有良好的化学稳定性。抗酸性和抗冲刷性强。高温机械强度大。热膨胀系数低。气孔率低。导电率低。但在1100℃以上长期使用时，制品中的石英会向方石英转变，使制品产生裂纹和剥落。以熔融石英为原料，经粉碎、成型、干燥、烧成而制得。制法有泥浆浇注法、蜡注法、捣打法、半干压法和等静压成型等。由于在烧成时收缩小，可以制得尺寸精确的制品。可用于制作耐酸容器、反应罐内衬耐酸部件等。冶金工业中用其制成浸入式水口，使用效果很好。
CAS号：
性质：又称为再结合熔融石英制品、熔融石英陶瓷制品或石英玻璃烧结制品。具有良好的化学稳定性。抗酸性和抗冲刷性强。高温机械强度大。热膨胀系数低。气孔率低。导电率低。但在1100℃以上长期使用时，制品中的石英会向方石英转变，使制品产生裂纹和剥落。以熔融石英为原料，经粉碎、成型、干燥、烧成而制得。制法有泥浆浇注法、蜡注法、捣打法、半干压法和等静压成型等。由于在烧成时收缩小，可以制得尺寸精确的制品。可用于制作耐酸容器、反应罐内衬耐酸部件等。冶金工业中用其制成浸入式水口，使用效果很好。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。