1)melting characteristics熔融特性
1.Effect of char on the melting characteristics of coal ash;灰中焦对煤灰熔融特性的影响
2.Dependences of melting characteristics of polypropylene on conditions of modulated DSC;聚丙烯熔融特性与MDSC条件的相关性
3.The melting characteristics and thermal expanson behavior of quartzite particles during heated-up were studied by using a thermal microscope (LEIAZ-Ⅱ)made in Germany.使用由德国生产的LEIAZ-ⅡA型高温热显微镜对异密度循环流化床床料——石英砂在加热过程中所表现出的熔融特性和热膨胀特性进行了研究。
英文短句/例句
1.EFFECT OF MAGNESIUM-BASED FLUX ON THE MELTING CHARACTERISTICS OF COAL ASH FROM COAL BLENDS USING THE LIUQIAO No.2 COAL MINE镁基助熔剂对刘桥二矿混煤灰熔融特性的影响
2.Study on Melting Properties and Behavior of Incineration Ash during Gasification and Melting Process of Municipal Solid Waste气化熔融处理城市生活垃圾时灰渣的熔融特性及行为研究
3.Effect of Fusing Agent on Ash Fusion Characteristic and Slag Viscosity of Huainan Coal;助熔剂对淮南矿区煤灰熔融特性及粘温特性的影响
4.Fusibility and flow properties of Shell gasifier slagShell气化炉中灰渣的熔融特性与流动特性
5.Effect of Calcium-Based Flux on the Melting Characteristics of Coal Ash from Coal Blends Using Liuqiao No.2 Coal Mine in Northern Anhui钙基助熔剂对皖北刘桥二矿混煤的灰熔融特性影响
6.Effect of ferrum-based flux on the melting characteristics of coal ash from coal blends using the Liu-qiao No.2 coal mine in Wan-bei铁基助熔剂对皖北刘桥二矿煤的灰熔融特性影响研究
7.Study on MSW Fluidized-Bed Gasification and Melting Technology;城市垃圾流化床气化与旋风燃烧熔融特性研究
8.Study on Ash Components and Fusing Regularity of Coal in Different Geological Time;不同地质年代的煤灰成分及熔融特性规律
9.Fusion Characteristics of Coal Ash from Pulverized Coal-fired Boilers for Cogeneration of Cement Clinker煤粉炉联产水泥熟料煤灰熔融特性的试验研究
10.Quantum chemistry calculation and experimental study on coal ash fusion characteristics of blend coal配煤对煤灰熔融特性影响的实验与量化研究
11.ANALYSIS OF COMPOSITION AND FUSING BEHAVOR FOR ASH RESULTED FROM GRATE TYPE MSW INCINARATOR炉排式垃圾焚烧炉灰渣成分及熔融特性分析
12.Experimental Study of the Coal-ash Fusion Characteristics of Waste-liquid Coal Water Slurry (CWS) and Refined Coal CWS废液水煤浆和精煤水煤浆煤灰熔融特性试验研究
13.Research on Electrical Characteristics of Molten Carbonate Fuel Cells熔融碳酸盐燃料电池的电气特性研究
14.Reaserch on gasification of anthracite coal catalyzed by molten salts无烟煤熔融盐催化气化反应特性研究
15.Study on the Fly Ash Melting Property and NOx Emission at High Temperature飞灰高温熔融过程中灰熔性及NOx排放特性的研究
16.Coal Ash Low Temperature Molten Matrix Formation Characteristics under Fluidized Gasification;流化床气化条件下煤灰低熔点共融物形成特性
17.Study on Melting and Rheological Properties of Fluoride-Free Mold Fluxes;连铸无氟结晶器保护渣的熔融及流变特性研究
18.Research on Characteristics of Melting and Solidification Process and Additive of Ash from Refuse Incinerator;焚烧飞灰熔融过程特性及添加剂的研究
相关短句/例句
fusion characteristics熔融特性
1.Ash-fusion characteristics of wheat straw lignin and coal co-combustion;麦草木素与煤混烧灰熔融特性
2.Study on coal ash fusion characteristics with TG-DSC method;利用TG-DSC方法研究煤灰熔融特性
3.Studied are the ash fusion characteristics obtained from the mixed incineration of 1.研究3种不同灰熔融性的煤(元宝山褐煤、崔家沟烟煤、徐州烟煤,分别简称为Y煤、C煤和X煤)与不同含盐率(碱金属钠盐Na2SO4、NaNO3、Na2CO3等在红水中的含量,通称含盐率)化工废液红水混合焚烧的灰熔融特性。
3)melting characteristic熔融特性
1.Calcium oxide’s influence on the melting characteristic of the main materials in the coal ash is to be analyzed through melting point.利用国标GB/T219-1996的方法观测样品的熔点,分析CaO对其他4种成分熔融特性的影响。
2.The Pingshuo and Shenmu coal which are different distinctly in ash property were selected and blended to study the minerals transition process and melting characteristics of blended coal-ash.选取2种灰成分以及灰熔点差异较大的平朔和神木煤样进行相配,研究配煤灰样内矿物质的转变过程与熔融特性规律。
4)melting characteristic灰熔融特性
1.Effect of ferrum-based flux on the melting characteristics of coal ash from coal blends using the Liu-qiao No.2 coal mine in Wan-bei铁基助熔剂对皖北刘桥二矿煤的灰熔融特性影响研究
2.The effect of calcium-based flux on the melting characteristics of coal ash from coal blends using the Liuqiao No.研究了镁基助熔剂对皖北刘桥二矿混煤(AQ007)灰熔融特性的影响,并在添加镁基助熔剂前后分别对AQ007煤灰在不同热处理温度下的矿物组成进行了XRD和红外光谱分析。
5)melting and crystallization characteristics熔融与结晶特性
6)characteristic melting temperature熔融特性温度
延伸阅读
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。