1)mesophase pitch中间相沥青
1.Mesophase pitch-phenolic resin binder for MgO-C brick;镁碳砖用中间相沥青-酚醛树脂结合剂的研制
2.Effect of modification of mesophase pitches on performance of ultra-high surface area activated carbons with nanometer level micropore;中间相沥青的调制对纳米级微孔超高表面积活性炭性能的影响
3.Preparation and properties of mesophase pitch-based anode material;中间相沥青基炭负极材料的制备及性能
英文短句/例句
1.Preparation of Mesophase Pitch with Medium Pitch for Carbon Containing Refractories;用中温煤沥青制备含碳耐火材料用中间相沥青的研究
2.Modified Characteristics of Mesophase Pitch by Co-carbonization with Waste Polystyrene废聚苯乙烯在中间相沥青形成中的改性效应
3.The Preparation and Performance of Mesophase Pitch-based Carbon Foam;中间相沥青基泡沫炭的制备及性能研究
4.Preparation and Characterization of High Strength Carbon Foam Derived From Mesophase Pitch高强度中间相沥青基泡沫碳的制备及性能
5.EFFECT OF PYROLYSIS BEHAVIOR OF MESOPHASE PITCH ON ITS FOAMING中间相沥青的热分解行为对其发泡的影响
6.Bubble growth in the preparation of mesophase-pitch-based carbon foams中间相沥青基泡沫炭的气泡生长过程(英文)
7.MOLECULAR STRUCTURES OF MESOPHASE PITCHES PREPARED FROM DIFFERENT RAW MATERIALS两种不同原料中间相沥青分子结构的研究
8.Preparation of Mesophase Pitch Based Activated Carbon Beads with High Surface Area高比表面积中间相沥青基活性炭微球的制备
9.The Study of the Preparation of Composites of Mesophase Pitched Hollow Carbon Fiber and the Property of Absorbing Radar Reflectivity中间相沥青基中空碳纤维吸波复合材料制备及性能研究
10.Self-Sinterability of Mesocarbon Microbeads and Its Applications to High-Density Isotropic Carbon and C/C Composites;中间相沥青炭微球的自烧结行为及其应用的研究
11.Preparation of Carbon/Carbon Composites Using Mesocarbon Microbeads as Matrix;以中间相沥青炭微球为基体的C/C复合材料的制备与性能研究
12.Study on Surface Treatment and Composites of Mesophase Pitch-Based Carbon Fiber中间相沥青基碳纤维的制备及其表面处理的研究
13.Orthogonal experimental design on the surface treatment of mesophase pitch-based carbon fiber with electrochemical oxidation中间相沥青基碳纤维电化学氧化表面处理的正交优化设计
14.Preparation of mesophase pitch-based carbon foam with supercritical fluid and research on thermal conductivity超临界流体制备中间相沥青泡沫炭及其导热性能研究
15.Effect of Pre-oxidation on the Pore Structure and Foaming Mechanisms of Mesophase Pitch Based Carbon Foam预氧化对中间相沥青泡沫炭结构和性能的影响机制研究
16.Promoting the Ordered Growth of Carbonaceous Mesophase Based on Coal-tar Pitch;促进煤沥青碳质中间相有序化生长的研究
17.EFFECT OF STRUCTURE OF REFINED PITCH ON THERMAL CONVERSION OF MESOPHASE精制沥青结构对中间相热转化过程的影响
18.FORMATION OF MESOCARBON MICROBEADS FROM COAL TAR PITCH IN THE PRESENCE OF AlCl_3氯化铝作用下煤沥青基中间相炭微球的形成历程研究
相关短句/例句
mesophase pitch沥青中间相
1.SEM, X-ray Diffraction and Reflected Polarized Micrography using crossed polarizers were employed to investigate the orientation of unidirectional C/C composites' matris mesophase pitch in 0.本工作利用扫描电镜、X射线衍射仪及正交偏光显微镜研究了沥青中间相以及单向C／C复合材料基体中间相在800mT磁场中处理后的取向，证实了沥青中间相的层片平行于磁场方向；在本工艺条件下，制造的单向C／C复合材料基体中间相层片垂直于碳纤维。
3)Pitch mesophase沥青中间相
1.A pitch mesophase can be prepared from petroleum pitch andcoal tar pitch.从石油沥青和煤沥青中制取沥青中间相物质。
4)mesophase pitch fibers中间相沥青纤维
1.Block carbon materials with high thermal conductivities were prepared from mesophase pitch fibers by using their high preferred orientation of pitch molecular and appropriate thermoplasticity through a hot-pressing method.利用中间相沥青纤维中沥青分子的高度择优取向和适度的热塑性热压制备高导热块体炭材料。
5)Mesophase pitch microbeads中间相沥青微球
1.In order to prepare the high surface area activated mesocarbon microbeads with high mesopore content, mesophase pitch microbeads were activated with KOH at 850 ℃ and the effects of the weight ratio of KOH/MMB to the structure and morphology of activated carbon microbeads were investigated in this paper.为了制备中孔含量高的高比表面积活性炭微球,以KOH为活化剂,在850℃下对中间相沥青微球(MMB)进行了活化处理,考察了不同KOH配比对活性炭微球孔结构及其表面形态的影响,并对KOH活化中间相沥青微球的反应机理进行了初步探讨。
2.In this paper,the coal tar pitch-based mesophase pitch microbeads (MMB) were activated by chemical activation with KOH in different activation condition.以煤焦油系中间相沥青微球为原料，ＫＯＨ为活化剂，在不同活化条件下制备活性炭微球。
6)Aqua mesophase pitch水性中间相沥青
1.Aqua mesophase pitch (AMP) was prepared through oxidation of coal tar pitch with mixtures of concentrated sulfuric acid and nitric acid.以煤焦油沥青为原料 ,经过氧化、碱溶制备出水性中间相沥青 ,着重考察了制备条件对水性中间相沥青在水相中凝胶化的影响。
延伸阅读
中间相沥青中间相沥青mesophase pitch zhongjianx通ng liqing中间相沥青(mes叩hase Pitch)经热处理后含相当数量中间相的沥青。在常温下中间相沥青为黑色无定形固体。中间相沥青中的中间相组分具有光学各向异性的特征。中间相在形成初期呈小球状，称中间相小球体。小球体大小不一，大的可达50印m以上，初生的仅有百分之几以m。中间相沥青的分子量比其母相(原料)沥青高4一5倍，其中80%以上的分子量超过4000。中间相沥青的密度为1.4一1.59/c m3。 1964年，澳大利亚人布鲁克(J .D.Brooks)和泰勒(G .H.Ta刃or)发现沥青在加热过程中生成小球体，并逐渐长大、融并，最后成为中间相体。他们首次使用了中间相这一术语。(见中间相成焦机理) 中间相沥青的软化点和粘度，都随中间相含量的增加而提高。如中间相含量为57%的中间相沥青，其软化点为288℃，当中间相含量增加到80%以上时，其软化点为345C。中间相沥青的粘度又与温度有密切关系，含中间相40%的沥青在250℃时的粘度为ZoPa·s，在300’C时为IPa·s;而含70%的中间相沥青要有上述两个粘度，温度应分别为390亡和4切℃。 中间相沥青的制备过程一般包括沥青热溶、过滤、减压蒸馏和热缩聚等工序。(见图) 沥青十溶剂(啼琳或毗陡或蕙油等) 沥青:溶剂1:2一3 丫 热济、搅拌、过滤 { 专寺 滤渣滤液 (游离炭、 炭黑等) 减压蒸馏 否马 回收溶剂精制沥青 备 热缩聚温度320~J50℃，2 一60卜，通N:搅拌 中问杆于沥青 :f~一手壬，兰一叮习潜在中间相沥青是中间相沥青经加氢处理，沥青由各向异性转变为各向同性后再经热处理得到的一种沥青。这种沥青在室温下呈各向同性，在加热或外力作用下仍可全部变为各向异性。潜在中间相沥青的熔融温度比中间相沥青低(可降到300℃以下)，从而具有更好的加工性能。 预中间相沥青是原料沥青经加氢处理、过滤和蒸馏再经热处理得到的一种各向同性沥青，其软化点在300℃以下，均为唆琳可溶物。用它纺丝得到的沥青纤维，在氧化、炭化过程的前期又全部转变为各向异性的中间相沥青。中间相沥青主要用于制备中间相沥青炭纤维，还可用于制造针状焦，以及碳一碳复合材料用的基体材料和提取中间相碳微珠等。利用中间相沥青制得的沥青炭纤维，其最高的抗拉弹性模量已接近石墨晶须的理论值(1 03OGPa)，因此它是一种新材料，有着广阔的发展前景。可以预料，到21世纪中间相沥青的生产将会有很大的发展。 (李志龙黄宁明)
