采矿工程毕业设计外文翻译----新技术和新理论的采矿业跨世纪发展

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采矿工程中英文对照外文翻译文献

采矿工程中英文对照外文翻译文献

中英文对照外文翻译文献(文档含英文原文和中文翻译)译文:新技术和新理论的采矿业跨世纪发展摘要:煤炭产业需要更长远的发展,对工作中所讨论的热点在工业中出现新的理论和高科技成功使用在二十世纪末是最美好的,作为被关心的问题需要较快一步的发展,在20世纪中后期产生的新型、高速的新技术是最有吸引力和标志性的,即使在所有行业中不同的冲击变得起来越相关以及部门间彼此合作并明确地叙述许多新的理论,煤炭行业的新科技和新理论是不可避免的,并且包括一切的不可能性。

作者在这篇文章中阐述了他关于采矿学的发展问题的意见,举出了许多令人信服的事实,并对大部分新的情况予以求证。

关键字:采矿工程,矿业产业, 矿业经济学,新技术和高科技1.采矿在国民经济中的重要性今天,科技世界的发展已经引起了对采矿空前的不容忽视,空间工程,信息工程,生物工程和海洋工程的发展,新能源的发现和研究与发展以及新原料在目前和将来逐渐地改变着人类生活的每个方面。

“科学技术是第一生产力”指出了新科技在国民经济的中扮演了重要的角色。

在全球的一些大的国家中,互相竞争为的是努力探测外部的空间,我们不应该忘记基本的事实:有超过五十亿个人生活在地球上。

想要保住地球上的人类,我们必须做到以下四个方面:也就是营养物,原料,燃料和环境。

营养物主要是空气、水、森林、谷物和各种植物,它们都是来自于自然。

原料有铁、铁的金属,稀罕的金属,宝贵的化学的原料和建材的金属。

燃料如:煤炭,石油,天然气,铀,放射性金属元素和其他的发光要素。

这些也在自然界中发生。

最后一种是靠人类来维持的生态环境。

在上述中三个必要的物质中,原料和燃料从地球表面经过采矿学取出服务人类。

生态学的环境和采矿已及上述的三个必要的财产抽出有莫大的关系。

然而,随着新技术和它们进入煤炭行业成果的提高,逐渐使它由朝阳产业变成当日落业并逐渐地褪色消失。

如采矿产业是最古老的劳工即强烈传统的产业,因此,那里没落是在一个民族的特定部份需要的印象而且要再作任何的更高深的研究,并在此之上发展采矿。

采矿工程英语译文

采矿工程英语译文

练习1矿井系统选择的标准图9.2显示了各种采矿方法的生产分布图。

由于现在在短壁工作面工作的少于12个人,所以采用长臂综采法。

很显然连续采煤法越来越受欢迎不是因为每个单元的生产能力增加,而是因为相同吨位的产出需要的人少。

然而,长臂开采的生产率更高是因为每个采矿单元与生俱来的连续开采潜力使其有更大的生产能力。

虽然如此,讨论选择一个系统比另一个系统好要考虑很多因素,这样会让每种形式的细节分析变得明显。

这个表格列出了很多矿井选择特定系统时考虑的各种因素,提供了像自然条件,开采经验,社会关注点,市场条件等重要因素。

一些选择是相当明显的,然而一些是不明显的。

通常,这些选择更能反映出个人偏见。

例如,当缝隙是坚硬的或包含坚硬的杂质,传统的开采方法(爆破)比通过连续开采剥开煤层更容易。

当眼前的隧道顶部很坏时,长臂开采更容易也能够提供更全面的支撑。

常规开采需求的大量设备可能会导致柔软底部的撕裂,所以常规开采比连续开采需要一个坚固的底部。

由于常规开采在房柱式系统已经比在任何老矿区实行时间都长,由于劳动监察部门最熟悉这种方法和设备,在新矿的开采方法选取中这将是一个重要的考虑因素。

然而,如果对于新的从业人员,选择这种传统方法是不太可能的,因为它需要更多的技巧去协调许多设备以及人力。

但是,对于维护人员就不是这样的。

由于传统设备比连续采矿设备更简单,更可靠,更容易保持状态,一个没有经验的维修组更适合使用常规开采的矿区。

市场对于采矿系统的发展有过很大的影响。

而连续开采通常认为已经开始约在1947年,实际上再更早就有了。

在1920年代早期,McKinley Entry Driver,一个出生很早地使用连续开采方法的矿工,加入的很多条目在Illinois.然而煤炭生产靠它,和几乎如今的所有连续开采矿工,这对于全国上下的取暖需求不是很畅销,所以它产生了低回报。

随着实用市场的到来,所有的煤都是粉碎后使用的,连续采煤机已获得广泛的认可。

采矿工程毕业设计(论文)

采矿工程毕业设计(论文)

采矿工程毕业设计(论文)引言采矿工程是矿山开采和矿石处理的一门学科。

毕业设计是矿山工程专业学生完成学业的重要环节,通过毕业设计可以让学生将在课堂上学到的理论知识应用到实际工程项目中,培养学生的工程实践能力。

本文将介绍采矿工程毕业设计的主要内容和步骤。

选题与背景选题是采矿工程毕业设计的第一步,合理选题对于毕业设计的顺利进行至关重要。

学生可以根据自身的兴趣和专业知识,在导师指导下选择一个具有一定实际意义和研究价值的矿山工程问题进行研究。

选题的背景部分应介绍当前该领域的研究现状和问题,说明为什么进行此项研究。

研究目标与意义研究目标是指采矿工程毕业设计所要达到的预期结果,研究意义是指该研究对于学术界和工程实践的贡献。

例如,研究目标可以是优化某一种采矿方法的参数,研究意义可以是提高矿山的生产效率和资源利用率。

研究方法与步骤研究方法是指用于实现研究目标的具体方法和步骤。

在采矿工程毕业设计中,研究方法通常包括数据采集、实验设计、模拟计算、数据分析等。

学生需要根据自己选题的特点和研究目标选择合适的研究方法,并逐步实施。

本部分应详细描述每个步骤的具体内容和技术路线。

实验设计与数据分析如果毕业设计的选题需要进行实验研究,那么实验设计和数据分析是非常重要的部分。

学生要设计合理的实验方案,选择适当的实验设备和方法,并进行数据采集和处理。

数据分析部分应根据研究方法的选择,采用合适的统计方法对数据进行分析和解释。

实验设计和数据分析的结果应支持毕业设计的研究目标和结论。

结果与讨论结果与讨论是采矿工程毕业设计的核心部分。

学生需要根据实验结果和数据分析的结果,得出结论并进行讨论。

对于毕业设计中出现的问题和不足之处,学生还应提出改进的建议。

结果与讨论的内容应详尽、准确,结论言之有据。

结论结论是对整个毕业设计工作的总结,应概括地回答研究目标是否实现,并对研究结果的重要性、意义进行阐述。

结论还可以包括对进一步研究工作的展望。

毕业设计的结论应简洁明了,突出论文的创新点和学术价值。

采矿工程 毕业设计_外文翻译 英译汉 中英文

采矿工程 毕业设计_外文翻译 英译汉 中英文

ROOM-AND-PILLAR METHOD OF OPEN-STOPE MINING空场采矿法中的房柱采矿法Chapter 1.A Classification of the Room-and-Pillar Method of Open-Stope Mining第一部分,空场采矿的房柱法的分类OPEN STOPING空场采矿法An open stope is an underground cavity from which the initial ore has been mined. Caving of the opening is prevented (at least temporarily) by support from the unmined ore or waste left in the stope,in the form of pillars,and the stope walls (also called ribs or abutments). In addition to this primary may also be required using rockbolts , reinforcing rods, split pipes ,or shotcrete to stabilize the rock surface immediately adjacent to the opening. The secondary reinforcement procedure does not preclude the method classified as open stoping.露天采场台阶是开采了地下矿石后形成的地下洞室。

通过块矿或采场的支柱和(也称为肋或肩)采场墙形式的废料的支持来(至少是暂时的)预防放顶煤的开幕。

除了这个,可能还需要使用锚杆,钢筋棒,分流管,或喷浆,以稳定紧邻开幕的岩石表面。

采矿工程毕业翻译

采矿工程毕业翻译

2013 届毕业文献翻译题目文献翻译专业班级采矿工程学号 09010901xx学生姓名刘xx指导教师张电吉指导教师职称教授学院名称环境与城市建设学院完成日期: 2013 年 6 月日Room and pillar Mining MethodsBullock(1982a),quoting previous data, showed that room and pillar mining together with stope and pillar mining accounted for most of the underground mining in the United States. He estimated that 60% of noncoal minerals (about 80 million tons or 70 Mt) and 90% of coal ( about 290 million tons or 260 Mt) were obtained by room and pillar methods, and it is unlikely that things are radically different today. The method is cheap, highly productive, easily mechanized, and relatively simple to design.The room and pillar mining method (Fig.5. 2) is a type of open stoping used in near horizontal deposits in reasonably competent rock, where the roof is supported primarily by pillars. Ore is extracted from rectangular shaped rooms or entries in the ore body, leaving parts of the ore between the entries as pillars to support the hanging wall or roof. The pillars are arranged in a regular pattern, or grid, to simplify planning and operation. They can be any shape but are usually square or rectangular. The dimensions of the rooms and pillars depend on many design factors. These include the stability of the hanging wall and the strength of the ore in the pillars, the thickness of the deposit, and the depth of mining. The objective of design is to extract the maximum amount of ore that is compatible with safe working conditions. The ore left in the pillars is usually regarded as irrecoverable or recoverable only with backfill in noncoal mines.applications of pillar mining have been discussed by Hamrin ( 1982) and Hittman( Anon. . 1976) among others. Suitable conditions include ore that are horizontal or have a dip of less than 30°. A major requirement is that the hanging wall is relatively competent over a short period of time, or is capable of support by rock bolts that are used extensively in room and pillar mining. The method:! is particularly suited to bedded deposits of moderate thickness (2 to 6 m) such as coal-the main application一salt, potash, and limestone.Figure.5.2Room and pillar mining method.1, Methods of Room and Pillar MiningRoom and pillar mining takes place in sections or panels, which are usually rectangular and regular in plan. In hard rock mining of horizontal ore bodies, the method is very similar to open stoping. In many cases, ore grade control may be the primary requirement in mine design, and ground control and ventilation secondary considerations. This may lead to an ad hoc room and pillar design with irregular- , nonrecoverable pillars of low-grade ore.Hard-rock room and pillar mining is a effectively method of open stoping (stope and pillar mining) at a low angle to the horizontal, excavating rooms and leaving supporting pillars.Where mineral values vary, the method is similar to the old “gophering" method of mining where random excavations followed highly mineralized zones. Where mineral values are consistent, the mine layout can be regular. The method differs from most hard-rock mining methods in that gravity flow is limited, and ore must be loaded in the excavation where it has been blasted and transported from that point. In large operations this involves trucks and loaders or load — haul — dumps ( LHDs).There are various methods of room and pillar stoping. The most common are full-face slicing breast stoping and multiple slicing or bench and breast stoping. In the former, the rooms are opened to their full vertical height with no mineral or economic value left in the roof or the floor. probably the reasonable safe limit for full-face slicing is 8 to 10 m depending on drilling and support equipment, and beyond this, multiple slicing is used.2. Production CycleFor hard-rock ore bodies ,the basic cycle is similar to hard-rock tunneling four main elements, (1)mark out and drill blast holes , usually in a wedge pattern , (2) ,and ventilate to remove blast fumes ,(3) introduce mucker and muck and load,and ④scale the face and walls and bolt the roof where necessary. There is considerable complexity in the interaction among these elements that make up a basic critical path. In order to estimate the cycle time, it is necessary to determine unit loading and drilling rates and task times for these elements and also to estimate how subsidiary elements and tasks such as haulage and ventilation takeup may impinge upon the critical path in a badly organized mine.3.Panel DevelopmentA panel layout for a typical room and pillar mine in a noncoal mine is illustrated as follows :The excavation height is about 4.5m,and the normal sloping practice is to drive a single development drift about 10. 5 m wide a distance of about four or five rooms into the ore body. This will serve as the main haulage drift. Pillars are then marked out on the drift walls and rooms driven between them.To drill and blast the initial drive when the only exposed or free face is the drive face, some form of cut pattern is used. This is known as the “ face round or “ swing and in a 4. 5 by 10.5 m face will comprise 60 to 70 holes of about 8 mm to a depth at 3 to 3. 6 m. If more than one face is exposed,a group of holes may be drilled at a low angle to the free face in what is known as a " slab round or slabbing or “slashing”. This requires less explosive and less drilling than a single face. the most common form of face round is a wedge or V, cut although bum cuts can also beDrilling is carried out with jumbo-mounted hydraulic drills ;loading is usually by gathering arm loader, although in modern mines, trackless LHD vehicles are used to the load to a transfer raise where it is reloaded into trucks or conveyors.房柱法Bullock在1982年提出房柱法,它指在矿房与矿柱里回采矿物,在美国大多数地下开采应用柱式开采。

采矿工程专业毕业设计论文:采矿工程专业矿区生态恢复与保护

采矿工程专业毕业设计论文:采矿工程专业矿区生态恢复与保护

采矿工程专业毕业设计论文:采矿工程专业矿区生态恢复与保护Title: Mine Site Ecological Restoration and Protection in Mining EngineeringAbstract:With the development of mining engineering, the ecological environment in mining areas has suffered severe degradation. In order to promote sustainable development and protect the ecosystem, it is necessary to explore effective methods for ecological restoration and protection in mining engineering. This research paper aims to analyze the current status of mine site ecological restoration and propose practical measures for the sustainable development of mining areas.1. Introduction1.1 Background1.2 Research Objective2. Current Status of Mine Site Ecological Restoration2.1 Ecological Degradation in Mining Areas2.2 Challenges in Ecological Restoration2.3 Case Studies of Successful Ecological Restoration Projects3. Principles and Methods of Ecological Restoration3.1 Ecological Restoration Principles3.2 Ecological Restoration Techniques3.2.1 Soil Quality Improvement3.2.2 Reforestation and Habitat Rehabilitation3.2.3 Water Resource Management3.2.4 Sustainable Land Use Planning4. Ecological Protection Measures in Mining Engineering4.1 Environmental Impact Assessment4.2 Mine Water Treatment and Recycling4.3 Dust and Noise Control4.4 Biodiversity Conservation5. Case Study: Ecological Restoration and Protection in a Mining Area5.1 Project Background and Objectives5.2 Implementation of Ecological Restoration Measures5.3 Monitoring and Evaluation of Ecological Restoration Results5.4 Lessons Learned and Recommendations6. Conclusion6.1 Summary of Key Findings6.2 Significance and Implications6.3 Future Research DirectionKeywords: mining engineering, ecological restoration, ecological protection, sustainable development, biodiversity conservation, environmental impact assessmentIntroduction:1.1 Background:Mining activities have a significant impact on the environment, resulting in soil erosion, water pollution, habitat destruction, andreduced biodiversity. The restoration and protection of mine sites are essential to mitigate these adverse effects and ensure sustainable development in mining areas.1.2 Research Objective:This study aims to investigate the current status of mine site ecological restoration and propose practical measures for the sustainable development of mining areas. Through case studies and analysis, it intends to provide guidance for future mine site restoration projects.Current Status of Mine Site Ecological Restoration:2.1 Ecological Degradation in Mining Areas:Mining operations contribute to ecological degradation through land disturbance, deforestation, erosion, and water contamination. These activities often result in the loss of habitat for wildlife and the disruption of natural ecosystems.2.2 Challenges in Ecological Restoration:The restoration of mine sites faces challenges such as contaminated soil and water, lack of suitable seed sources for reforestation, and difficulty in establishing self-sustaining ecosystems. Additionally, financial constraints and limited technical expertise pose obstacles to effective restoration measures.2.3 Case Studies of Successful Ecological Restoration Projects: Several successful ecological restoration projects have been conducted in mining areas worldwide. These projects emphasize soil remediation, reforestation, and the establishment of wetlandsto promote biodiversity and ecosystem recovery.Principles and Methods of Ecological Restoration:3.1 Ecological Restoration Principles:Principles such as comprehensive planning, stakeholder engagement, adaptive management, and native species utilization form the basis of successful ecological restoration. These principles ensure the restoration goals are ecologically sound, socially acceptable, and economically feasible.3.2 Ecological Restoration Techniques:Various techniques are employed in mine site restoration, including soil quality improvement, reforestation, habitat rehabilitation, water resource management, and sustainable land use planning. These techniques aim to restore the ecological functions and services of the mining area.Ecological Protection Measures in Mining Engineering:4.1 Environmental Impact Assessment:A thorough environmental impact assessment is crucial in identifying potential impacts of mining activities and proposing mitigation measures to minimize adverse effects. This assessment enables effective decision-making and ensures compliance with environmental regulations.4.2 Mine Water Treatment and Recycling:Mining often leads to the generation of large volumes of wastewater contaminated with heavy metals and chemicals. Propertreatment and recycling of mine water can reduce water pollution and minimize the demand for freshwater resources.4.3 Dust and Noise Control:Mining operations generate significant amounts of dust and noise, which can have detrimental effects on human health and nearby ecosystems. Effective measures such as dust suppression systems and noise barriers should be implemented to minimize these impacts.4.4 Biodiversity Conservation:Protecting and enhancing biodiversity within mining areas is vital for ecosystem stability and resilience. Preserving habitats, promoting reforestation, and implementing wildlife conservation measures are essential in maintaining a balanced and diverse ecosystem.Case Study: Ecological Restoration and Protection in a Mining Area:5.1 Project Background and Objectives:This case study focuses on a specific mining area, highlighting the issues faced and the objectives set for ecological restoration and protection.5.2 Implementation of Ecological Restoration Measures:The case study outlines the restoration techniques utilized, including soil remediation, reforestation, wetland establishment, and wildlife habitat rehabilitation.5.3 Monitoring and Evaluation of Ecological Restoration Results: Monitoring protocols are crucial in assessing the effectiveness of restoration measures over time. This section discusses the monitoring and evaluation methods used to determine the success of the ecological restoration project.5.4 Lessons Learned and Recommendations:Insights gained from the case study provide valuable lessons and recommendations for future mine site restoration projects. These could include improving stakeholder engagement, utilizing adaptive management strategies, and investing in long-term monitoring and maintenance.Conclusion:6.1 Summary of Key Findings:This study highlights the importance of mine site ecological restoration and the challenges associated with it. Successful restoration projects rely on the principles of comprehensive planning, stakeholder engagement, adaptive management, and native species utilization.6.2 Significance and Implications:Ecological restoration and protection in mining engineering are critical for mitigating the adverse environmental impacts of mining activities and promoting sustainable development in mining areas. The findings and recommendations of this study contribute to the development of effective restoration strategies and initiatives.6.3 Future Research Direction:Further research should focus on the development of innovative and sustainable techniques for mine site restoration, as well as the integration of restoration practices into the lifecycle of mining projects. Additionally, interdisciplinary approaches involving mining engineering, ecology, and environmental science should be emphasized for holistic restoration efforts.Keywords: mining engineering, ecological restoration, ecological protection, sustainable development, biodiversity conservation, environmental impact assessment继续写相关内容2000字:在采矿工程的发展过程中,矿区的生态环境遭受了严重破坏。

采矿工程专业毕业设计外文文献翻译(中英文翻译)

采矿工程专业毕业设计外文文献翻译(中英文翻译)

外文原文:Adopt the crest of the coal work noodles plank managementproblem studyCrest the plank management is the point that adopts a safe management of the coal work noodles.Statistics according to the data, crest the plank trouble has 60% of the coal mine trouble about, adopting the trouble of the coal work noodles and having a crest 70% of the plank trouble above.Therefore, we have to strengthen a plank management, reducing to adopt the coal work noodles crest the occurrence of the plank trouble.1,the definition of the crest,scaleboard and it categorizeEndow with the existence coal seam on of the close by rock strata be called a plank, endow with the existence coal seam under of the close by rock strata be called scaleboard.Crest the rock,strength of the scaleboard and absorb water sex and digging to work the management of the noodles contain direct relation, they is certain crest the plank protect a way and choose to adopt the empty area processing method of main basis.1.1 planks categorizeAccording to rock,thickness and return to adopt process to fall in the 垮of difficult easy degree, crest the plank is divided into the false crest,direct crest and old crest.According to direct crest sport to adopt a field to the influence for press, the direct crest is divided into broken up,unsteady,medium etc. stability,stability,strong and tough crest plank etc. is five.According to old crest the sport Be work mineral inside the noodles press to present degree and to work safe threat of noodles of size, the old crest is is divided in to press very and severely, press mightiness, press to compare obviously, don't obviously press etc. is four.1.2 scaleboards categorizeAccording to the opposite position relation of the rock strata and the coal seam, the scaleboard is divided into direct bottom with the old bottom.Locate coal seam directly under of the rock strata be called direct bottom;locate the direct bottom or coal seam under of the rock strata be called old bottom.The coal seam crest the scaleboard type expects the influence of the geology structure sport after be subjected to the deposition environment and, its growth in different region degree dissimilarity, the coal seam possibility for have isn't whole.2,crest that need to be control plank classification and adopt the processing way of the empty areaAccording to different crest the plank type and property, choose to pay to protect a way and adopt the empty area processing method differently, is a plank management of basic principle.2.1 crest needed to pull to make plank classificationPress a knothole rock strata strength, the crest plank that needs to be control can is divided into: general crest the plank,slowness descend to sink a plank and is whole fall the crest of the cave in the danger plank etc..2.2 work noodles adopt the processing method of the empty areaThe processing method that adopts empty area mainly has: all 垮s fall a method,partial full to fill a method,the coal pillar to prop up a method to alleviate to descend to sink a method slowly etc..3,crest the plank pressure present a characteristic3.1 top the cover rock strata of the sport regulation and the work in front pay to accept pressure to distribute behindDuring the period of mine, adopt empty area above of the rock strata will take place ambulation, according to crest the plank change mind condition, taking the cranny rock strata in up the cover rock strata follow the work noodles to push forward the direction demarcation as three areas: the coal wall prop up the influence area,leave layer area and re- press solid area.The noodles opens to slice an eye to go to push forward forward in the process from the work, break original should the equilibrium of the dint field, cause should the dint re- distribute.Be adopting the coal work noodles to become to pay to accept pressure in front and back, it concretely distributes shape to have something to do with adopting the empty area processing method.3.2 first times to press to press a main manifestation with the periodFirst time to press a main manifestation:BE a plank"by oneself the vield song" range enlargement;the coal wall transform and fall to fall(the slice help);pay to protect to drill bottom etc..First time to press to want to keep on more and suddenly and generally for 2-3 days.Period to press a main manifestation:Main manifestation BE:crest the plank descend to sink nasty play increment of speed, crest the plank descend to sink quantity to become big;pay what pillar be subjected to load widespread increment;adopt empty area to hang a crest;pay pillar to make a noise;cause the coal wall slice to help,pay pillar to damage,crest plank occurrence the step descend to sink etc..If pay the pillar parameter choice to be unsuited to a proper or single body to pay the pillar stability worse, may cause the partial crest or crest plank follow the work noodles to slice to fall etc..4,crest the plank choice for protectThe work noodles the function for protect decelerate a plank to descend to sink, supporting to control a crest to be apart from the knothole integrity inside the crest, assurance work space safety.4.1 choices that protect material and formPay to protect material to mainly there are the metals support and the wood support.Pay to protect a form to mainly have a little the pillar to protect,the cote type protect to press a support with liquid.4.2s protect a specification choiceWhile choosing to pay to protect specification, mainly control the following 2:00:1.Control the work noodles adopt high and its variety.Generally can according to drill a holethe pillar form or have already dug the tunnel data of to make sure to adopt high.From last the movable regulation of the cover rock strata, can the initial assurance crest plank at biggest control a crest to be apart from place of average biggest descend to sink quantity, select to pay a pillar model number suitablely2 control the crest plank of the normal appearance to descend to sink the quantity and support can the draw back pute the biggest and high Hmax and minimum and high Hmin that pays pillar, select specification of pay the prehensive the pillar model number and specification, check related anticipate, assurance the model number of the pillar.5,the work noodles manages everyday of pointEveryday crest the point of plank management is the with accuracy certain protects density and control a method, right arrangement and organize to adopt coal and control a crest to relate to in fixed time, strengthen to pay to protect the quality management before press, the assistance that chooses to use a good necessity protect etc., attain to expel to emit a trouble, assurance the purpose of[with] efficiency.1 choice that protects density and controls a methodAccording to the work noodles crest plank rock,adopt a periodic to press obvious degree, press strength and to press in front and back a crest knothole variety a circumstance etc., the certain protect density and control a method.It adopt coal in 2 production lines with control of the crest to relate to in fixed timePeriod to don't obviously press to adopt a field, emphasize to pay to protect,adopt coal, control a parallel homework, possibly contract to adopt coal,return to pillar to put distance between an operations with speed the work noodles propulsion degree;period to press more and obviously adopt a field, at to press in front and back adopt different of,control the relation organization project, before press should not adopt coal,put a crest in the meantime homework, press after should adopt to adopt coal,put a crest to keep minimum wrong be apart from parallel homework.Field to strengthen to pay to protect the quality management assurance to pay pillar to have to prop up dint,prevent°from paying pillar to drill bottom enough before press,right adoption the assistance protect.Adopt the coal work noodles crest, the plank manages everyday of the key lie in raising the spot management,the operation level, paying to protect and adapt to adopt a field to press and crest the scaleboard variety circumstance, adopt right of the assistance protect measure, well exertivecontrol a result.译文:采煤工作面的顶板管理问题探讨顶板管理是采煤工作面安全管理的重点。

采矿工程毕业论文范文 (1)

采矿工程毕业论文范文 (1)

成人高等教育毕业设计(论文)题目____________ _____________________ _______ 学生姓名专业学历层次学号指导教师(职称)完成时间年月日3号黑体,论文题目不得超过25个汉字所填内容为黑体3号固定内容为宋体3号摘要随着社会不断的发展和进步,我们人类跨入21世纪之后,信息技术已经被应用到了多个领域之中,以高科技为科学发展观已经成为了社会发展的重要方向,以此同时,资源和环境问题已经成为了世界性所有面临和解决的问题,煤矿开采行业,是非常传统的重工业,为了能够适应社会发展,实现新世纪的发展目标和要求,这些就成为了我们煤矿工作者需要关注和重视的问题了,在煤矿开采中,其最重要的核心技术就是煤矿开采技术,为此,为了能够提高其开采的效率和开采过程中的安全性,我们必须对其煤矿开采技术进行不断的完善和创新,本文就通过从煤矿开采技术的发展以及在煤矿开采过程中存在的问题,进行了简单的阐述和分析,希望能够在论述过程中,对煤矿开采技术的发展以及解决存在的问题提供可行性思路。

分析了当前煤矿开采中开采技术的重要性,探讨矿井开采的关键技术问题以及对矿井开采技术的发展方向进行了展望。

关键词:煤矿开采技术;发展方向;存在问题;分析应用ABSTRACTWith the continuous development and progress of society , then we humans enter the 21st century, information technology has been applied to many areas being in the high-tech scientific concept of development has become an important direction of social development , thus the same time, resources and has become a worldwide environmental problem facing all the problems and solutions , the coal mining industry is very traditional heavy industry , in order to be able to adapt to social development , to achieve a new century of development objectives and requirements , which became mine workers we need to focus on and the importance of the problem, in the coal mining , its most important core technology is coal mining technology , therefore , in order to improve the efficiency of its mining and extraction processes of security, we must keep to its coal mining technology improvement and innovation , this article through from coal mining technology and development issues in the coal mining process exists for a simple exposition and analysis, hopes to discuss the process of the development of coal mining technology and problem-solving existing offer the feasibility of the idea . Analyzes the importance of coal mining in the current mining technology to explore underground mining of key technical issues and the direction of development of underground mining techniques were discussed.Keywords:Coal mining technology;Development direction;Problems;Analysis目录1.前言 (1)2.我国煤矿开采技术发展现状 (1)2.1 煤炭工业呈现多层次的生产技术结构 (1)2.2 煤矿开采技术取得重大进展 (2)2.2.1综采放顶煤技术 (2)2.2.2引进大功率综采设备日产万吨以上 (3)2.2.3大采高综采技术 (3)2.3 煤矿井工开采技术面临的主要问题 (4)2.3.1深井开采技术 (4)2.3.2“三下”采煤 (4)2.3.3困难条件下综采放顶煤技术 (5)2.3.4缓倾斜薄煤层单一长壁综采技术 (5)2.3.5乡镇煤矿开采技术水平低 (5)3.开采技术发展的方向 (5)3.1 采煤方法和工艺 (5)3.2深矿井开采技术 (6)3.3优化巷道布里,减少矸石排放的开采技术 (6)3.4三下采煤技术 (6)3.5 矿山压力控制 (6)3.6煤炭地下气化技术 (7)3.7小煤矿技术改造和机械化开采技术 (7)4.结论 (8)致谢 (9)参考文献 (10)1.前言煤矿开采方法及技术对煤矿的安全生产、采煤设备能力的发挥、生产成本、经济效益具有十分重要的作用。

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原文:DEVELOPING OF TRANS-CENTURY MINING SUBJECTWITH NEW TECHNOLOGY AND NEW THEORYAbstract:Mining subject needs further development and towards which the development would being the problems concerned over all along and to be succeeded with the public good enough attention to discussions to reach an identify of views admittedly. The emergence in succession of new-and-high techs in the mid-and late twentieth century is perhaps the most fascinating and epoch-marking event that has given to all the subjects certain but different degrees of impacts to become more closely interrelative and interdepartmental each other and feature specifically from that of the past for their entirely new conceptions in the result of formulating many new theories,new technologies and new subjects that mining subject is inevitably and unexceptionally the one inclusive. The acuter gives in this paper his opinion regarding the problem of the development of mining subject proving with many convincible facts and most informative new idea,Key words: mining subject; mineral industry; mineral economics; new-and-high tech.1 The Importance of Mining Industry in the National EconomyToday, it has been paid unprecedented attention to the development of technology worldwide.The advance of space engineering,information engineering,biological engineering and marine engineering,the discovery and the research and development of the new energy and new materials increasingly change every aspect of human life both at present and in the future.The words "Science and Technology being the First Production Force" has fatherly and penetratingly pointed out the important role of new technology in the course of national economy construction.In the competition of several big countries in the world striving for the exploration of outer space,one should not forget the essential fact that there are more than five billion people living on the earth. To assure the survival of mankind on the earth,four essential requirements should be considerably fulfilled,namely,the nutrients,materials,fuels and the environment. The nutrients mainly are air,water,forests,grains and miscellaneous plants,all of which are acquired from the nature. The materials refer to iron,ferrous metals,rare metals,precious metals,chemical raw materials and building materials. The fuels cover coal,petroleum,natural gas ,oil shale,uranium,thorium and other radioactive elements. These also occur in nature. The last one is the ecological environment depending on which mankind lives. In the above three essential substances,the materials and fuels are through mining engineering extract from bining industry is a conventional industry, however,with the advance of the new technologies and the introduction of them into mining industry which will be reduced of itself final1y- a technology-intensive industry. The emergence of highly mechanized and automated mines and robot-operated manless working face marks the renewal and substitution of technologies of mining industry and proves the fact that mining industry.However,is conventional industry, but not sunset industry. As long as mankind live on the earth,mining industry will last forever and never decline and fall,instead,as man's living demands increases,the output of fuels and raw materials will be increased by a big marg and mineral industry will still gain a much greater development.2The Object of Study of the Mining Subject2. 1 The Tasks and the Special Features of 1liining SubjectHistorically and the Special Features of 1liining Subject the development of mining subject has its own course of change and development both at home and abroad. Since mining industry is closely related with geology, metallurgical and energy industry consequently in the subject relationships,they are interrelative and interdepartmental each other. As mining subject branch of science dealing with the extraction and utilization of minerals and the resources from inside the earth,on the sake of the complexity and multiplicity of the rock mass and mineral resources of great nature which makes the basic theories of mining subject being more complicated than that of any other engineering subject. Especially in the following aspects featured: the objects of mining subjects are the ore bodies occurred in nature that they differ each other in structure,quality,and property.3Five Urgent Requirements on the Tendency towards the Trans-century Development of Modern Mining Subjects3. 1 Renewing the Knowledge of Strata 11ZechanicsAbove all rock and or ore properties are the prerequisites of the subjects of the study of mining engineering regardless of whether it is excavation,comminuting or strata ,stability strata mechanics is required to make the study along two aspects:(1)From the micro-study to the macro-study(2) The study of the contradictions between rock-breaking and rock stability in the course of mining and excavating. Therefore it is a very broad field of academic studyComparing with common solid materials,rocks are featured structurally for their non-homo.3.2 AnewKnowledgeofMiningEngineeringSystem-the"hian-Nature-Rfachine" Systern ,System engineering had found in recent years very rapid development,and wide applications m mining engineering. Been modeled after the "man-machine’s Generally, mining systems engineering considerably studies had system model used in aerospace engineering and other departments of en Bering. In recent years,Prof. Fettwice of the Montan University of Austria and the author of this paper both had put forth the opinion that the objects of mining engineerm8 Machine are ore bodies and rock strata, the activities of mining engineering are those played with by the man in getting the knowledge of the environment underground.3.3 Reforming the Conventional Mining Technologies and Industries withModern New technologiesThe major policy of China of reforming the conventional industries with new-and-high techsof great importance and no doubt to its conventional industries.The essential features of new-and-high techs are highly technology-intensive.Just as discussed in the beginning of this paper,speaking with respect to the reforming of mining engineering and coal industry with new-and-high techs,it is essential to introduce merely those ones which enable to make these two industries swiftly commercialized. Since mine is concerned with the natural surroundgas of ground,the newtechs,however,as those used in aerospace engineering in the care for "going up to sky" when used for 0gettingdown intothe earthin mining engineering practices evidently are needed to make completely different modalities. In 1080s,Berlin Poly }ethnic university had applied optic fiber telecommunication technology- in underground mining,giving rise to abundant interference problems of earth magnetism,electricity and light wave, and the insulation of strata to the conduction electronic waves. The BPM man had the problems s finally tailed,however,through a long time of research work. Therefore,to have the minerals industries well prepared technically for the 21st century,to paying great attention the following fields of study are required3.3.4Making the study of market-economy mineral economics theoriesFor a long time that the mineral economics theory in China had been given distinct features of planning economy,while in the theory itself,mineral resources were not recognized ascommodities and had no prices. Consequently,even though the mineral products had pricesbut were distorted ones making all national mining enterprises non-profitable and to exist depending on governmental policy-subsidization. Now the country, however,has changed intosocialist market economy, most mineral enterprises radically cannot accommodate themselvesto this new situation,in particular,from the point of view of "Enriching the peasants" policyto put forward to the exploitation of mineral resources,the near-term policy of the so-called“wherever there’ water,flow it fast",which had made the mineral industry from the repeated view-point of and the enriching the Pleasants policy, has caused the price deficit due to lowselling-price of minerals into even worse situation of disorder,no-restraint and anarchy ofscrambling for extracting the mineral resources putting the mineral industries in a tight spot unabling to feed themselves. Under this circumstance,the importance of undertaking the softscience research right now becomes more conspicuous to the mineral industries than ever before. One can predict that had the theoretical study of mineral economics theory been made ,portent break troughs,that it would radically change the face of our mineral industries.3.5 Relationship between Mineral Engineering and Natural EcologyMining engineering is the removal of rocks and minerals to the surface throughexcavations from underground deep in the earth or from the ground surface leaving the excavated space so formed. Every turn meters Surface every year subsidence in China. of the commodity flow of mining products reaches billion cubic Obviously it has caused many negative effects,for example:(1)uses of waste rock which results in the damages of farming lands and houses;(2) Large volrefuse and tailings occupy large area of land; and (3) Coal and oil burning products give off waste materials,such as exhaust gas,waste liquids,and solids and pollute the environment. In China,80 percent of 1. 1 billion tons of coalburned as fuel,from which,dust,sulpher and the of NO2and CO2 and the effective less heating effect seriously constitutes a menace to the ecological environment of China and the neighboring countries.4Suggestions opment of to the Science and Technology Circles of the Nation for the Develop-the Mining Subject4.1 An Unguent AppealNo doubt the "flying up into the sky" technology is the one most advanced,however,thegetting down into the earth" technology in mining engineering is no less complex,and even more difficult to pin down. It is no wonder that people consider that mineral engineering beingmuch simpler and pay less attention for lack of the knowledge of the resulting in the low rate ofmineral recovery and low rate of mineral extracting. For this country, but to spend a greatmany of valuable hard currency to import those actually need not to import raw materials andelse,naturally this is not favorable to the development of national economy. Hoping the science and technology circles,in particular their leading departments,renewing their recognitions to this awkward situation,and give necessary support to the urgently-needed topics of research studies of the mineral industries.4.2 National Resource PolicyNational resource policy concerns the future for many generations.Hoping the government population institutions relevant learn Iron the lesson of the past population policy,to take measures as early as possible to have the print up of mineral resources centralized.4.3 Mineral Investment PolicyThe investment policy and the set up of mineral industries should be dire; iron: tm common industries to assure in the long run the first energy supply 1vit} necessary and appropriate support.4.4 Make Ready the SuccessorsTo make ready the successors for the mineral industries and the development of the mining subjects,suggesting to give preferential treatment to the university.Admissionssystem and the recruitment of mineral workersand set mineral science.Foundation as an important subject independent from the foundations of those.Basic science in the natural science foundation.The aim of writing this paper is to hone that in the tonguingA of this centuryminim subject in China will have a new prosperous development with the of new technology to theory under the guidance of the national science policy.译文:新技术和新理论的采矿业跨世纪发展摘要:煤炭产业需要更长远的发展,对工作中所讨论的热点在工业中出现新的理论和高科技成功使用在二十世纪末是最美好的,作为被关心的问题需要较快一步的发展,在20世纪中后期产生的新型、高速的新技术是最有吸引力和标志性的,即使在所有行业中不同的冲击变得起来越相关以及部门间彼此合作并明确地叙述许多新的理论,煤炭行业的新科技和新理论是不可避免的,并且包括一切的不可能性。

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