查询词典 semi-coke

Through the comparison of the various technical indexes of semi coke with the technical indexes of special metallurgical coke and comparison and analysis of the semi coke production with the investment, consumption, manning and so on of coal chemical processing projects of methanol making with coal, oil making with coal, chemical fertilizer making with coal and coal electric power integrated production etc., it is thought that semi coke industry has broad development prospect and suggestions are made for the development of semi coke industry.

通过对半焦各项技术指标与铁合金专用焦的对比及半焦生产与煤制甲醇、煤制油、煤制化肥及煤电一体化等煤化工项目投资、消耗、定员等的对比分析，认为半焦产业发展前景广阔，并对半焦产业的发展提出了建议。

Through analysis of the thermal equilibrium to the coke oven, it's determined that the sensible heat recoveries of the hot coke physical thermal energy, crude gas, and combustion waste gas are the main three aspect of the residual heat recovery in coke production. Among these, hot coke physical thermal energy is prime recovery resource with an approximate occupation of 35% of the total coke oven heat. On studying to the production processing of coke oven gas purification system, residual heat resource composite, energy system structure, and the state of the art of the recovery of the heat source, it's determined that the way of residual heat resource utilization is mainly to modify the chemical processing and the high temperature recovery processing medium, the energy system mainly adopts home-grown energy resource (coke oven gas. etc.) in stead of direct outsourcing.

通过对炼焦炉的热平衡分析，确定了炼焦生产余热资源的回收利用主要方向为回收红焦物理热、荒煤气和燃烧废气显热，其中，红焦显热占供入焦炉热量的35%左右，是主要研究对象；通过分析煤气净化系统生产工艺和余热资源构成，以及能源系统结构和工艺现状，确定了煤气净化系统余热资源利用途径以调整化工工艺、回收高温工艺介质余热为主，能源系统以采用自产能源替代直接外购能源为主。

Coke properties has been studied by high temperature SiC oven、infrared gas analyzer and X-ray diffraction. First set forward the relationship between UPC and coke reactivity, strength, fine coke and coke graphitization, and creatively find the graphitization degree of coke tends to 100% when temp. reaches to 1350℃ UPC is profitableness to coke properties;②The effect of UPC on liquid slag distribution and flow functions in experiment oven has been studied by mathematics simulation The effect of UPC on taking shape and dropping of high titanium-bearing B. F. slag has been studied by using high temp. oven simulation cohesive zone and dropping zone of blast furnace.

为了弄清楚这部分UPC对高炉冶炼钒钛磁铁矿过程的影响，①在实验室利用高温SiC炉、红外线气体分析仪、X—射线衍射仪等进行了一系列UPC对焦炭性能及石墨化度的影响研究，提出了UPC与焦炭反应性、抗压强度、粉化性能及焦炭石墨化度之间的关系，创造性的发现高炉内1350℃以上，焦炭的石墨化度已达100％，UPC对焦炭性能的影响有益而无一害；②采用数学模拟方式研究了UPC对实验炉内液态渣分布及流函数的影响，并利用高温熔滴炉模拟高炉软熔带、滴落带研究UPC对高钛渣滴落性能的影响，采用旋转式粘度计测定滴落渣性能并通过高倍矿相显微镜观察了滴落渣的矿物结构。

Our main products are as following: Container transportation semi-trailer(frame of platform ＆ two or three axles),low platform semi-trailer,bulk cement powder tank truck and semi-trailer, semi-trailer tipper, oil tank semi-trailer、car transportation semi-trailer、cement mixer semi-trailer and dry box truck ＆ semi-trailerand the hydraulic pressure heavy type transportation trailer of many axles lines.

公司主要产品有40英尺二轴或三轴集装箱骨架及平板半挂车、二轴或三轴低平板半挂车、码头集装箱运输半挂车、散装水泥罐式汽车及半挂车、自卸汽车及半挂车，运加油车及半挂车、车辆运输半挂车、混凝土搅拌运输半挂车、厢式运输半挂车和多轴线液压重型运输车等九大系列五十多个品种。

Our main products are as following: Container transportation semi-trailer(frame of platform ＆ two or three axles),low platform semi-trailer,bulk cement powder tank truck and semi-trailer, semi-trailer tipper, oil tank semi-trailer、car transportation semi-trailer、cement mixer semi-trailer and dry box truck ＆ semi-trailerand the hydraulic pressure heavy type transportation trailer of m any axles lines .

公司主要产品有40英尺二轴或三轴集装箱骨架及平板半挂车、二轴或三轴低平板半挂车、码头集装箱运输半挂车、散装水泥罐式汽车及半挂车、自卸汽车及半挂车，运加油车及半挂车、车辆运输半挂车、混凝土搅拌运输半挂车、厢式运输半挂车和多轴线液压重型运输车等九大系列五十多个品种。

The changing trend was induced by area fluctuation of semi-mobile and semi-fixed dunes because 2.6% area of semi-mobile dunes and 12.3% area of semi-fixed dunes were unchangeable during 1987 to 1995. And, most changeable area of the semi-mobile and the semi-fixed dunes transferred to other sand-dune types and cropland.

沙漠化程度的变换主要是由半流动和半固定沙丘的变化所导致，其中在1987-1995年期间，半流动和半固定沙丘分别只有2.6%和12.3%保持不变，其余部分主要转移成其他沙丘类型和农田。

According to two logical judgements, the relation of the semi-infinite plane strain problem and semi-infinite spatial problem is found through analyzing the classical answer of wedge, semi-infinite plane, cone and semi-infinite spatial etc. The Flament answer of semi-infinite plane strain problem and the Boussinesq answer of semi-infinite spatial problem are confinable from the relation.

根据两个合理的判断依据，对弹性力学中的楔形体、半平面体、圆锥体和半空间体等经典解答进行了比较分析，发现了半无限平面应变问题和半空间体问题解答之间的关系；通过对解答之间的关系进行研究分析指出，弹性力学中的半无限平面体的符拉芒解答和半空间体的布希涅斯克解答存在局限性。

There are other factors to influence the occurrence of trace elements. The higher gasification temperature, the higher the relative enrichments of As, Cd, Co, Cr, Cu, Mg, Ni, Pb, Se and the lower of Zn in the high temperature coke and the low temperature coke. The RRE of Mn, Hg, V, Sr are not affected by gasification temperature in the high temperature coke and the low temperature coke.

痕量元素在高、低温焦中受气化温度影响变化趋势相同，即随着气化温度的升高，As、Cd、Co、Cr、Cu、Mg、Ni、Pb、Se的相对富集系数增加，Zn的相对富集系数减小，Mn、Hg、V、Sr的相对富集系数变化很小。

Then, theoretically, mathematical morphology is stretched from complete lattices to complete semi-lattices and the adjunction of complete semi-lattices is studied. Some qualities of mathematical morphology on complete semi-lattices are discussed and supported. Two examples of difference semi-lattice and reference semi-lattices are also supplied.

然后在理论上，把数学形态学从完备格延伸到完备半格，研究了完备半格上的伴随，讨论并证明了完备半格上数学形态学的一些性质，列出了差分半格和参考半格两个例子。

At the same time, the Company has major brand compressor unit sales in the Xiamen area, such as: semi-closed Bitzer, Copeland semi-closed, semi-closure Winifred, Beifeng semi-closed, semi-Bingfeng closures, the United States and gifted musicians fully closed compressor.

本公司同时有各大品牌压缩机组在厦门地区销售，如：比泽尔半封、谷轮半封、雪梅半封、北峰半封、冰峰半封、美优乐全封闭压缩机组。

Liapunov—Schmidt method is one of the most important method in the bifurcation theory.

Liapunov—Schmidt方法是分叉理论的最重要方法之一。

Be courteous -- even when people are most discourteous to you .

要有礼貌──即使当別人对你最不礼貌的时候。