1) char morphology
煤焦形态
1.
It pays a great attention to behavior of macerals during the coarse of pyrolysis and causing the differences of char morphology.
着重讨论了各种煤岩组分在热解过程中的不同表现，及其造成的煤焦形态差异和由此引起的不同型态煤焦的燃烧特性差别，进而评述了煤中难燃组分的研究方法及其优缺点。
2) focal shape
焦域形态
1.
Aim To explore the ralation of the focal shape and the designed parameters of concave focusing transducer.
目的揭示凹球壳形聚焦换能器焦域形态及其设计参数之间的关系。
3) focused spot
焦斑形态
1.
Precise design of the focused spot and its performance analysis;
焦斑形态精细化设计及其性能分析
2.
For improving the uniformity of the focal spot in the inertial confinement fusion(ICF) experiments,we simulated the effects of the different spectral shapes of broadband light with the focused spot through phase plate,such as random phase plate(RPP) or continuous phase plate(CPP), and the uniform bandwidth and maximal dispersive angle.
为改善焦斑的均匀性以应用于惯性约束聚变(ICF)的实验,从焦斑形态的控制出发,在随机相位板(RPP)和连续相位板(CPP)做空域整形下,用同样带宽和最大谱色散角,模拟了不同光谱形状的匀滑效果,通过焦斑强度的功率谱密度(PSD)和平顶的均方根(RMS)对获得的焦斑进行评价。
4) fly ash form
粉煤灰形态
1.
The influence of fly ash form on extrusion process of high content fly ash(over70%)fired brick has been studied.
研究粉煤灰形态对粉煤灰掺量在70%以上的高掺量粉煤灰烧结砖挤出成型工艺的影响。
5) coal char
煤焦
1.
Review of study on gasification characteristic of coal char with carbon dioxide and steam;
煤焦与CO_2及水蒸气气化特性研究进展
2.
Characteristic of the Shenfu coal char gasification with steam and carbon dioxide;
神府煤焦与水蒸气、CO_2气化反应特性研究
3.
Study on reduction of NO by coal chars;
煤焦还原NO的实验研究
6) coking coal
焦煤
1.
Its main energy source is non-coking coal and its product is simliar to pig iron produced in blast furnace.
它的主体能源是非焦煤,产品类似于高炉生铁。
2.
The sorption characteristics of the single-component gas(CH4,N2,CO2) and the binary gas with different proportion(80% CH4+20% CO2,50% CH4+50% CO2,20% CH4+80% CO2,80% CH4+20% N2,50% CH4+50% N2,20% CH4+80% N2) on long-flame coal,coking coal and anthracite were studied by means of isotherm adsorption experiment in laboratory.
通过长焰煤、焦煤和无烟煤对CH4,N2,CO2单组分和6种不同配比浓度(80%CH4+20%CO2,50%CH4+50%CO2,20%CH4+80%CO2,80%CH4+20%N2,50%CH4+50%N2和20%CH4+80%N2)二元混合气的等温吸附实验研究,探讨了3种不同煤级煤对单组分气体和不同配比二元混合气体的吸附特征。
3.
Four carbonaceous additives include coking coal,1/3 coking coal,hard coal-based pitch and charcoal were selected to study their influence on the properties of the agglomerated activated carbon(AC) made from Datong bitumite.
采用焦煤、1 /3焦煤、硬质煤沥青和木炭 4种含碳添加剂 ,考察了它们对大同煤质压块成型活性炭性能的影响程度 。
补充资料：环氧煤焦沥青涂料
分子式：
CAS号：
性质：为胺固化环氧沥青漆系涂料。由环氧树脂、煤焦油、颜料、体质颜料及混合溶剂制成组分一，固化剂脂肪胺类(如己二胺、二亚乙基三胺等)或低分子量聚酰胺树脂为组分二，双组分包装。此类漆漆膜附着力和耐水性极好，耐潮、耐酸碱腐蚀，并有一定的绝缘性，但耐光性较差，不宜受阳光照射。适用于不能烘烤的地下管道、水闸、水下设施、船舶、贮罐内壁、农药容器内壁以及阳光照不到的需防腐蚀的金属表面或混凝土等构筑物表面的涂装。
CAS号：
性质：为胺固化环氧沥青漆系涂料。由环氧树脂、煤焦油、颜料、体质颜料及混合溶剂制成组分一，固化剂脂肪胺类(如己二胺、二亚乙基三胺等)或低分子量聚酰胺树脂为组分二，双组分包装。此类漆漆膜附着力和耐水性极好，耐潮、耐酸碱腐蚀，并有一定的绝缘性，但耐光性较差，不宜受阳光照射。适用于不能烘烤的地下管道、水闸、水下设施、船舶、贮罐内壁、农药容器内壁以及阳光照不到的需防腐蚀的金属表面或混凝土等构筑物表面的涂装。
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