基于人工智能的情感模型建立

以OCC情感模型和心理学家Ekman的情感分类两大理论为基础，建立了一个机器人情感模型．本模型通过设计一系列通用型参数，来达到模型适用于多种环境的目的，例如虚拟游戏人物、智能玩具．此外，还引入了情感空间设计，并在情感空间中设计了一系列情感点，可以通过移动情感点或者修改情感点区域的大小，来达到改变情感模型性格特征的目的．     

碱性干式自流料在方坯连铸中间罐上的应用实践

为适应高效连铸和开发新品种的需要，邯钢第三炼钢厂方坯连铸中间包工作层用碱性干式自流料取代了硅质绝热板。生产实践表明，它在提高中间包使用寿命、降低钢水消耗、减少夹杂废品量、降低耐火材料消耗及降低劳动强度等方面具有明显优势。     

碱性含镁球团矿的应用及合理炉料结构研究

使用碱性含镁球团矿可提高氧化球团矿质量,进而改善高炉生产指标.从理论上分析了碱性含镁球团矿的冶金性能,并探讨了包钢高炉炼铁合理的炉料结构,研究结果表明:碱性含镁球团矿中合理的MgO的质量分数为1.8%,烧结矿中合理的MgO的质量分数为1.8%、碱度为1.7.依据包钢现有的资源条件分析了通过添加轻烧白云石细磨粉,制作含镁碱性球团的可行性.     

Probe into Key Techniques of Regional-Oriented 3D GIS On the key techniques of 3D GIS used for regional Geological Information System

Regional Geological Information System combines the multi-dimensional and dynamic spatial information into an integrated spatial information system. 3D geological modeling and its preprocessing or post-processing are the most difficult problems for constructing the system. Based on the current 3D GIS technique, some basic problems in establishing the system are discussed in this paper, including 3D spatial data model, 3D geological modeling, and visualization of 3D geological data. A kind of 3D vector data model based on boundary representation for geological object and its topology was developed in order to model and visualize complex geological structures. In addition, some key techniques are pointed out for further study.     

碱渣中二价硫及硫醇的测定(硝酸银电位法)

在石油炼制过程中产生的碱渣污水,成份复杂,氧化性、还原性及重金属等其他干扰性物质复杂而难以确定,测定二价硫及硫醇时,用常规的方法去除干扰再用碘量法或比色法分析难以进行。采用电位滴定法,可以有效地测定碱渣中的二价硫和硫醇,并且通过大量的实验,找出了适合测定我公司石油炼制中产生的碱渣污水中二价硫和硫醇的特有规律。     

转炉开发45#钢的生产实践

介绍了涟钢-炼钢厂技术改造后使用“三位一体”生产45^#优质碳素圆钢的生产工艺。通过出钢过程利用合成渣洗脱氧脱硫及优化连铸工艺参数，生产出了能够满足市场需求的优质碳素圆钢。     

鞍钢2150工程轧钢厂房及超大箱形混凝土基础施工

介绍了鞍钢2150工程轧钢车间桩基与超大箱形混凝土基础结构类型以及超大体积混凝土施工原理、技术关键及施工技术要点,评述了工程的技术、经济效果.     

Microwave remote sensing of physically buried objects in the Negev Desert: implications for environmental research

We report remote detections of physically buried specularly reflecting objects using microwave radar at two sites: Ashalim and Tseelim in the northern region of the Negev Desert, Israel. These detections provide confirmation that microwave subsurface remote sensing is a genuine phenomenon. At Ashalim, a scatterometer operating in the P-band (441 MHz, 68 cm) was mounted on a cherry picker truck at a height of 8 m and used to detect two triangular aluminum mesh reflectors (forming a 1-m square area reflector) buried down to a depth of 8 cm in dry sand. At Tseelim, the same scatterometer was mounted on an airplane flying at an altitude of 70 m and used to detect 1-m square aluminum reflectors (each one submerged at a different location along the airplane flight path) buried down to a depth of 20 cm. The experimental results compare favorably with a theoretical model that incorporates radar absorption effects arising in the sandy subsurface layer and radar interference effects arising from phase differences between reflections from the surface and buried reflector. The theoretical modeling also predicts the detection of a subsurface reflector down to a depth of about 4.4 m. This experiment and the associated modeling approach is the first of a series of planned experiments, which we outline for the detection and the theoretical evaluation of buried reflectors using remote microwave and VHF radar. We identify potential subject areas for environmental research.     

地下矿区开采地质灾害特征及矿区土地利用

地下矿产资源的开采引发的地质环境问题主要有地面塌陷、地裂缝、滑坡、泥石流等地质灾害。本文从地下矿山开采地面变形破坏特征出发，针对开采地面土地利用要求，探讨相应的利用对策。     

采用BOF-LF-CC工艺试制20MnVB钢

借鉴国内钢厂电炉工艺生产20MnVB钢的成功经验，设计出20MnVB钢的内控成分并强化转炉终点控制、LF加钛保硼工艺、低过热度浇注、合理的轧钢工艺等，实现了BOF-LF-CC工艺生产汽车用优质含硼钢。