1) deposit control
沉渣控制
3) letting cinder control
排渣控制
4) slag controlling
熔渣控制
1.
Comparing the advantages and disadvantages of inclusions controlling technology,it is pointed that the key of improving the quality of medium and high carbon steel wire rod through modification treatment and slag controlling technology to obtain low melting point and good distortion properties inclusions.
对比夹杂物控制技术的优缺点,指出通过变性处理和熔渣控制技术获得低熔点、变形性能良好的夹杂物是提高中高碳钢线材质量的关键。
5) depositional controlling
沉积控制
1.
Taken the advantage of geochemical and other analyzing,testing methods,studied the Permo-Carboniferous source rock distribution and its depositional controlling,organic matter characters,organic faeies and hydrocarbon generating potential in the Bohaiwan Basin.
运用地球化学等分析测试手段,研究了渤海湾盆地石炭二叠系烃源岩的展布及其沉积控制、有机质特征、有机相及生烃潜力,认为:苏桥一文安地区、黄骅坳陷的南皮凹陷和沧东凹陷等地区为沉积中心;泻湖、潮坪和泛滥平原较好的控制了烃源岩的发育;对研究区山西组和太原组划分出了5种沉积有机相,其中以深沼芦苇沉积有机相和流水沉积有机相形成的烃源岩最好,主要以生油和生气为主。
6) subsidence control
沉陷控制
1.
Advantages and disadvantages of mining with stowing, grouting in bed-separation of overburden and mining in strips for ground subsidence control are analyzed.
针对这一问题,分析了充填开采、条带开采和覆岩离层注浆岩层控制技术的优缺点,根据荷载置换原理,提出了"条带开采—注浆充填固结采空区—剩余条带开采"的三步法(二次条带式)开采沉陷控制的新思路。
2.
By researched on the principle of the ground subsidence controlled of tunnel mining with coal refuse backfilling,the fundamental of its design was ascertained.
通过对矸石充填巷采地表沉陷控制原理的分析研究,确定了建筑物下矸石充填巷采地表沉陷控制方案设计的基本原则;为结合某矿地质采矿条件,做出了实例分析,并就地表沉陷进行了预计,结果表明:矸石充填巷采应用于建筑物下压煤开采是可行和可靠的。
补充资料:尿沉渣
尿沉渣
uinary sediment
取尿液于试管内,以2000转/min速度离心3~5分钟,弃去上清液后的剩余部分。尿沉渣中的有形成分有细胞、管型及盐类结晶三类。①细胞:包括上皮细胞、血细胞。②管型:包括透明管型、细胞管型、颗粒管型。③盐类结晶及磺胺药物结晶。
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