1) heavy section nodular iron casting
大断面球铁件
1.
The morphology features of chunk graphite in heavy section nodular iron castings were observed very carefully by using optical microscope,scan electronic microscope(SEM) and transmission electronic microscope(TEM).
借助光学显微镜、扫描电子显微镜和透射电子显微镜对大断面球铁件中的碎块状石墨的形貌特征进行了仔细的观察,发现光学显微镜所看到的碎块状石墨实际上是连成一体的,其轮廓呈球形,而且尺寸很大,是由于石墨晶体沿[0001]方向生长速度过快,不能形成实心球体所造成的,因而不能称其为"碎块状石墨"。
2) large section
大断面
1.
Application of bolting support for large section open-off cut;
切眼大断面锚杆支护技术的应用
2.
The design and construction of large section loess tunnel;
大断面黄土隧道设计与施工
3.
On roof ripping construction of incline shaft of large section loess tunnel in fork road section;
浅谈大断面黄土隧道斜井三岔口地段挑顶施工
3) large fault
大断层
1.
By analyzing the case of using cable anchor and reinforcing bar pillars joint supporting technique to pass large fault in 6138 tunnel,the paper has introduced four sides such as the existing problems of cable anchor supporting,the decision of anchor supporting parameter,the construction demands of cable anchor and reinforcing bar pillars joint supporting and its applied effects.
通过在6138机巷采用锚网索钢筋梁联合支护技术过大断层的实例,对锚网支护存在问题、锚杆(索)支护参数确定、锚杆(索)钢筋梁联合支护施工要求及应用效果等四个方面作了分析介绍。
2.
Adopting dependable technique measures at-256 north enlarged area of 18-2 layer face which are advanced in technology reasonable in economy realieblein safety realize continuous mining at layer of large fault,obtain the good and economic and social profits,provide the important practical thevretical basis for deep inclined π face.
-256北扩区18-2层π放工作面采用技术上先进、经济上合理、安全上可靠的措施,实现跨大断层破碎带连续开采,取得了良好的经济效益和社会效益,为今后大倾角煤层π放工作面开采提供了重要的实践和理论依据。
3.
This paper introduces the large fault on 68214 face of Du’erping Coal Mine, and puts forward some technical measures for passing through the large fault and the technical measures for injecting the polymer materials (Malisan N).
介绍了杜儿坪矿68214工作面大断层,提出了通过大断层时采取的技术措施和打注高分子材料(马丽散N)的技术措施。
4) Large cross section
大断面
1.
Analysis on results of combined support system with bolt,beam,steel mesh and anchor applied to large cross section mining gateway;
大断面回采巷道锚梁网索联合支护效果分析
2.
Taking large cross sectional open-off cut of fully mechanized working face in Shigetai Mine of Shendong Coal Branch as a example.
以神东煤炭分公司石圪台煤矿大断面切眼为例,介绍了切眼断面参数、锚杆、托梁、钢筋网、锚索联合支护形式、施工工艺,通过矿压监测数据,对切眼联合支护形式进行分析,评价了切眼支护效果,证明采用联合支护形式是比较适合神东矿区的大断面切眼支护。
3.
In this article,author introduces large cross section measurement methods by TPS,that is coordinate measurement and opposite-side survey,and makes contrast analysis on this method and ordinary leveling.
大断面测量是水文普通测量的一个重要组成部分,采用全站仪可以自动量测,介绍了全站仪测量大断面的几种方法,并与常规水准测量大断面的方法进行了对比分析。
5) big fault
大断层
1.
Practice on triangle-orebody mining under big fault;
大断层下三角矿回采实践
2.
Three downhill tunnel get across F8 fracture zone in 3~(rd)district of Liangbaosi mine,they have a variety of adverse environment such as big ground stress, many big fault structural fractures and the corrosion of three ash water.
本文分析研究梁宝寺矿三采区三条下山在施工过程中通过F8断层破碎带,在深井地应力大、大断层构造裂隙多、三灰水浸蚀等多种不利施工环境下,通过采用注浆充填断层裂隙、封堵三灰水、U型钢棚全封闭加强支护、超前管棚超前支护等多种技术措施,三条下山先后安全顺利地通过断层。
6) deep fracture
深大断裂
1.
It was the deep fracture and palaeouplift developed before deposition of lower Xingouzui formation that visibly controlle.
研究了江汉盆地潜江凹陷东南部地区构造演化、沉积体系类型及其沉积相模式、沉积体系展布及其控制因素,分析认为潜江凹陷东南部地区新沟嘴组下段主要发育三角洲-咸水湖泊沉积体系,新沟嘴组下段沉积之前发育的深大断裂、继承性古隆起对新沟嘴组下段沉积相展布具有明显的控制作用。
2.
In the deep fracture and feather fractoures to south occur several types of mineralized rocks.
东海金矿床的成矿岩石没有专属性,矿化赋存于深大断裂与其南侧的羽状断裂附近或断裂内部,矿化岩石类型多样,是一个以构造为主要控矿因素的矿床。
3.
The deep fracture within .
凹陷内的深大断裂是上地幔部分熔融后岩浆上涌侵入或喷发的通道。
参考词条
补充资料：异形断面钢材(见异形断面型材)
异形断面钢材(见异形断面型材)
special section steel
，一、u以uu、’“飞豆on gQngC01异形断面钢材(speeial Seetion steel)见异形断面型材。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。