1) Shihushan Coal Terminal
石湖山煤码头
1.
Optimization of Pile Foundation Design of Production Structures of Shihushan Coal Terminal;
石湖山煤码头生产建筑物的桩基设计优化
2) Coal Terminal of Houshi Power Plant
后石电厂煤码头
3) lakeside rocks and rockeries
湖石假山
4) coal wharf
煤码头
1.
Prevention and treatment of the dust pollution in coal wharf of our country;
我国煤码头粉尘污染及其防治
2.
Based on investigation on damage of reinforced concrete structure of Zhenhai Power Plant Coal Wharf, the authors analyze the causes of corrosive damage of coal wharf reinforced concrete, based on which,a rational, economical and feasible proposal for damage repair is put forward
通过对镇海电厂煤码头钢筋混凝土结构破坏状况进行的调查。
3.
of the coal wharf project in Rizhao Port, it demonstrates the feasibility of renovating the 100, 000 DWT berth at the outer side into one of 150, 000 DWT, and the renovation scheme is put forward.
通过对日照港煤码头工程码头结构、装卸工艺、附属设施、地质资料、波浪要素等的研究，论证外侧泊位由 10万吨级改造为 15万吨级的可行性。
5) coal terminal
煤码头
1.
The technical progress of car-unloading system of coal terminal, the application and spread of the researched results were described in the paper by the examples of the First, Second and Third Stage Projects of Qinghuangdao Coal Termina
以秦皇岛港煤码头一、二、三期工程为例,阐述煤码头卸车系统的技术进步以及研究成果的应用推广。
2.
In order to meet the increasing demands in coal transportation and loading and unloading volume, it is imperative to build the 2rd phase of coal terminal engineering and improve the supporting facilities, so the purpose of this paper is to make research on the the design scheme of the 2rd pha.
温州电厂二期工程装机容量600MW(2台300MW机组)，年耗煤量190万吨，加上一期耗煤量90万吨，共计为280万吨，为了满足煤炭运输和装卸量增加的要求，需要建设二期煤码头以及相应配套设施建设，论文对温州电厂二期煤码头工程设计方案进行了研究与总结。
3.
We analyze the main pollutant source and contamination of coal terminals in the process of project operation,and make relevant measures for environmental protection.
分析了煤码头在工程运营期的主要污染源和污染物,制定了相应的环境保护措施;对煤码头区域环境经济效益进行了初步分析,并针对煤码头的环保措施提出几点建议。
6) coal wharf
煤炭码头
1.
Fault-tolerant control method of automatic transportation system for coal wharf;
煤炭码头自动化运输系统容错控制方法
2.
Coal wharf logistics system is a very complex system(Coal wharf system includes car unloading system with car dumper,coal storage yard operation,coal conveyer belt system,coal blending system,shipment system and so on,all of them consume much time and resource),the formation of its capability has many aspects of restrictive factors,which should be analyzed in systematic and integral view.
因此,提出一个系统的方法对煤炭码头物流能力进行评价,有利于找到煤炭码头的物流能力瓶颈,从而提高港口的物流能力,对促进煤炭物流业的快速发展具有一定的意义。
补充资料：箕山金星石砚
箕山金星石砚 山东名砚。金星石产于费县与临沂县交界的箕山涧。临沂为故琅琊郡，东晋书圣王羲之故乡，故又名“羲之石”。金星石是经轻微矽化的优质泥质灰岩，含有硫化铁细品，形成遍布的金星，因而得名。上层石呈灰褐色，光泽较差，金星稍暗少见，理滑发墨较纯。中层色黑如墨，温润如玉，磨墨无声，发墨有光，金星大小相间，为金星石中上品。下层色泽如墨玉，油然光气逼人，金星闪烁夺目，但微滑，慢发墨。另有自然“虫蛀”边板石，产于溪西岸的黄土层下，为不规则板状石块，其边缘的金星经长年水溶氧化，脱落，形成虫蛀自然边。金星石的金星，其形有圆、方、三角、多角和碎星，大的如豆，小如微尘。制砚宜巧用其星，使之构成天然之趣。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条