1) top corner gas
上隅角瓦斯
1.
The gray dynamic forecasting model research applies in the top corner gas consistence;
上隅角瓦斯浓度灰色动态预测模型的研究及应用
2.
Optimization of top corner gas content prediction and control method;
上隅角瓦斯浓度预测及其处理方法的优选
3.
The influence factors in the excavate coal face top corner corner's gas consistence were analyzed,and authors consider that the change of top corner gas consistence is affected and restricted by many factors,it is difficult to describe its variety rule.
通过对采煤工作面上隅角瓦斯浓度影响因素的研究,认为上隅角瓦斯浓度的变化受诸多因素的影响和制约,因素与因素之间的作用关系很难确定,无法用解析函数来描述其变化规律。
2) Corner Cape gas
隅角瓦斯
1.
In order to improve the recovery rate of resources in the mining areas,solve the problem of excessive Corner Cape gas,this paper introduces the method to realize the mining technology without pillar left in the fully mechanized top coal caving face by taking effective measures to retain the transport lane of the previous working face as the ventilation lane of the next one.
为了提高采区的资源回收率,解决高瓦斯工作面隅角瓦斯超限的问题,通过采取有效措施把上一个工作面的运输顺槽保留下来,作为下一个工作面回风巷,实现了综放工作面无煤柱开采技术。
3) upper corner
上隅角
1.
Gas accumulation automatic monitoring-processing method on upper corner of fully mechanized coal mining face;
综采工作面上隅角瓦斯积聚自动监控处理方法
2.
The study on the Numerical Simulation and determination of parameters in gas control at the upper corner in U-Type ventilation face;
回采采空区上隅角瓦斯治理的数值模拟与参数确定
3.
Study on low-concentration methane disposal at upper corner based on PSA
基于变压吸附原理的上隅角低浓度瓦斯处理技术研究
4) top corner
上隅角
1.
The effective and feasible fuction of gas auumulation mining face top corner are improved.
瓦斯聚积是煤矿安全生产的重大隐患,在评价与分析现有治理方法的基础上,采用纵向风障法解决回采面上隅角瓦斯积聚,为煤矿安全生产提供了保障。
2.
Aimed at top corner gas management at the low gas blasting face,by upper goaf drainage with decompression in self coal seam,the experience is tried,the effect is obvious.
针对低瓦斯炮采工作面上隅角瓦斯治理,利用本层上采空区泄压释放,进行尝试实验,效果明显。
3.
Aim at the problem of top corner gas big at work face,seriously influences safety and restrains production,the method of direct drawing top corner gas has been proved sucessful.
针对高瓦斯工作面上隅角瓦斯大,严重影响安全,制约生产的问题,采用直接抽放工作面上隅角瓦斯及顶板抽放法取得成功。
5) Corners over and below
上下隅角
6) corner
[英]['kɔ:nə(r)] [美]['kɔrnɚ]
角隅
1.
The study of influence of the crossbeam and corner prop on shear-lag in the thin-wall curve box beams;
横隔板及角隅承托对薄壁曲线箱形梁剪力滞影响的研究
2.
The influence of the crossbeam and the corner has been explored in the beeline box beams which have different width-to-span ratio.
探讨了不同宽跨比、加入不同根数横隔板及有无角隅承托对计算直线箱形梁剪力滞效应的影响,并对工程设计提出一些参考性建议。
补充资料：题座隅
【诗文】：
手不任执殳，肩不能荷锄。
量力揆所用，曾不敌一夫。
幸因笔砚功，得升仕进途。
历官凡五六，禄俸及妻孥。
左右有兼仆，出入有单车。
自奉虽不厚，亦不至饥劬。
若有人及此，旁观为何如？
虽贤亦为幸，况我鄙且愚。
伯夷古贤人，鲁山亦其徒。
时哉无奈何，俱化为饿殍。
念彼益自愧，不敢忘斯须。
平生荣利心，破灭无遗余。
犹恐尘妄起，题此于座隅。
【注释】：
【出处】：
全唐诗
手不任执殳，肩不能荷锄。
量力揆所用，曾不敌一夫。
幸因笔砚功，得升仕进途。
历官凡五六，禄俸及妻孥。
左右有兼仆，出入有单车。
自奉虽不厚，亦不至饥劬。
若有人及此，旁观为何如？
虽贤亦为幸，况我鄙且愚。
伯夷古贤人，鲁山亦其徒。
时哉无奈何，俱化为饿殍。
念彼益自愧，不敢忘斯须。
平生荣利心，破灭无遗余。
犹恐尘妄起，题此于座隅。
【注释】：
【出处】：
全唐诗
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