煤化作用

基本解释 (translations)

bituminization  ·  carbonification  ·  anthracolitization

与煤化作用相关的网络例句 [注：此内容来源于网络，仅供参考]

Burial and increase in temperature bring about physical and chemical changes called coalification.

埋藏和温度增高导致的物理变化和化学变化称为煤化作用。

This model indicates that the sulfur isotopes, whose values tend to be negative fractionate to a large scale because of the reductive process of dissimilating bacteria of sulfate.

根据内蒙古乌达矿区高硫煤9煤层（有机硫同位素值 d 34 S=－12.3‰~5.8‰，黄铁矿硫同位素值 d 34 S=－18.7‰~1.1‰）和低硫煤13煤层（有机硫同位素值 d 34 S 为8.9‰~ 11.5‰，黄铁矿硫同位素值 d 34 S 为8.3‰~ 9.7‰）剖面上有机硫和黄铁矿硫同位素的组成，结合煤岩学特征的综合分析以及黄铁矿化菌落和蓝藻胶壳的发现，提出了高硫煤中硫的演化模式，认为高硫煤中硫的同位素由于硫酸盐的异化细菌还原作用导致硫同位素大规模分馏，使之趋于负值。

In Jurassic-Paleogene, the West Kunlun, West Tianshan, Tarim and the Central Asia exhibited a relatively quiet period after the orogenic movement. Due to extension, these area displayed peneplain tectonic geomorphologic landscape.

侏罗纪，西昆仑、西天山、塔里木大陆及中亚—带都处于造山期后的相对宁静期，以仲展构造作用为主，主要表现为准平原化的构造地貌景观，沉积有高成熟度的侏罗纪含煤岩系，塔西南表现为陆内伸展盆地，这一时期可持续到早第三纪。

Because of a high groundwater level and a strong erosion action, the coal formed in a low peat swamp is great in gelatification index and in groundwa ter index, which are in a negative correlation to the ratio of clean coal recove ry. While for the high peat swamp, IG and IGW are small, corresponding to a high ratio of clean coal recovery.

低位泥炭沼泽由于潜水位较高，水流对泥炭沼泽表面的改造和冲刷作用较强，形成的煤层具有较高的凝胶化指数和地下水流动指数，并且与精煤产率呈负相关，煤中粘土矿物和黄铁矿难以洗选；高位泥炭沼泽形成的煤层具有较低的凝胶化指数和地下水流动指数，泥炭积累速度较快，其精煤的产率较高。

Through the research of stress metamorphism character of coal seamⅡ1 in Ludian gliding structure, the stress effecting factors of metamorphism and hydrocarbon generation process of tectonic coal are studied.

摘要： 通过对豫西滑动构造区二1煤动力变质作用特征的研究，探讨了构造煤变质成烃作用与煤化进程的应力影响因素。

Because of intense structure compression many times, continuous weathering and ground water seepage later in parent rock of coal, the mudding intercalations were usually formed a along shearing rupture of clay intercalations.

边坡所发育的煤系地层母岩体经多期强烈的构造挤压与研磨，各种风化的长期作用及地下水不断渗入，形成层间剪切破碎带产出、岩性较为复杂的泥化夹层岩组。

The mechanical properties of coal filled polymer composites The mechanical properties of coal/PP composites were investigated, and the effects of coal rank, particle size, surface modification of coupling and alkylation were discussed. The results show that the anthracite and bituminous coal all can be used as filler of plastic after pretreatment of part devolatilization and surface modification; The modulus of composites increase with the content of coal filler; The coupling agent is of no effect for reinforcing the coal/PP composites, except that there are new oxygenous function group forming on the surface in the process of pulverizing; The F-C alkylation reinforce coal (under 10μm)/PP composites obviously.

4煤填充高分子复合材料力学性能超细煤粉填充聚丙烯复合材料力学性能的研究结果表明，烟煤和无烟煤经过脱除部分挥发分的预处理后，都可用于与塑料共混制备复合材料；偶联剂改性对低变质程度烟煤/聚丙烯复合材料的力学性能基本不起改善作用，而对于经气流超细粉碎后的小粒径高变质程度烟煤及无烟煤则有一定的增强作用；烷基化改性在煤表面接枝了烷基，使平均粒径小于10μm的煤/聚丙烯复合材料拉伸屈服强度普遍提高，煤填充高分子复合材料可在较高含煤量情况下维持良好的力学性能。

The test results indicated that the conveying characteristics were dependent on the relationship of the fluidizing gas and adjustment gas.

在流化气和调节气协同作用下，工业级管道中的粉煤浓相输送规律与此两路气流流量密切相关，并获得了39 mm管径下的粉煤气力输送相图。

Anionic additives were more favorable than non-ionic additives for improving the stability of CWS under same conditions of irradiation.

使用阴离子添加剂比非离子添加剂更有利于辐照对煤浆的稳定化作用。

In this paper, the authors found the pyritized rod-like bacteria in desmocollinite and the Cyanophytes's gelationous sheath and the degraded organic matter of blue green algae in collinite of high-sulfur coal seams No.9 w(So=2.67% and No.10 w(So=2.54% using SEM-EDX and TEM. These findings of bacteria and algae suggest that they play an important role in the high-sulfur formation.

应用带能谱仪的扫描电镜和透射电镜，在乌达矿区高硫煤9煤层和10煤层的基质镜质体中发现了黄铁矿化的杆状菌落，在无结构镜质体中发现了蓝藻胶鞘及其降解有机质，这些菌藻类体的发现表明低等生源在高硫煤形成过程中起了重要作用。

与煤化作用相关的网络解释 [注：此内容来源于网络，仅供参考]

coal carbonization：煤的碳化(作用) 煤的干馏

coal cake | 煤砖 | coal carbonization | 煤的碳化(作用) 煤的干馏 | coal clay | 耐火粘土

coalification：煤化作用

ation) 藻类等浮游生物在还原条件下经生物化学和物理化学变化形成腐泥的作用 1.3 成煤作用(action of coal-firming) 由古代植物(或浮游生物)经泥炭化(或腐泥化)和煤化过程形成煤的作用 1.4 煤化作用(coalification) 由泥炭或腐泥逐渐

coalification：成煤作用:煤化作用

成煤作用 incarbonisation | 成煤作用:煤化作用 coalification | 成年期的 ephebic

coalification jump：煤化跃变

coalfield 煤田 | coalification jump 煤化跃变 | coalification 煤化作用

metamorphism：作用

化过程形成煤的作用 1.4 煤化作用(coalification) 由泥炭或腐泥逐渐变成各种煤的作用其中包括成岩作用和变质作用 1.5 煤化程度(degree of coalification) 在成煤过程中煤化作用的程度 1.6 变质作用(metamorphism) 褐煤受地热和地压

anthraxylon：镜煤;本煤

镜煤 vitrain | 镜煤;本煤 anthraxylon | 镜煤化作用 vitrinization

bituminiferous：含沥青的;沥青质的

bituminic 沥青质 | bituminiferous 含沥青的;沥青质的 | bituminisation 沥青化;煤化作用

carbonification：碳化<作用>;煤化<作用>

carbonic oxide cell 碳氧<物>电池 | carbonification 碳化<作用>;煤化<作用> | Carbonite 卡邦乃炸药;碳质炸药

ephebic：成年期的

成煤作用:煤化作用 coalification | 成年期的 ephebic | 成年期的 ephebolic

coalescing：聚结

coalescence || 聚合,聚结,并合,长大(晶粒),接合,聚并 | coalescing || 聚结 | coalification || 煤化作用,碳化(作用)