2) murphy dregs
土豆渣
1.
Study on further process murphy dregs by microbe;
土豆渣微生物深加工初步研究
3) waste soil and residue
弃土弃渣
1.
With large quantity of waste soil and residue piled up in the course of river and ditch way, water and soil loss both remarkably rose.
大量弃土弃渣堆积于河道与沟道 ,加剧了水土流失 ;大柳塔等矿发生 8hm2 的塌陷与地裂缝 ,引起地下水渗漏 ,水位下降 2～ 3m ,甚至断流 ;大量植物死亡 ,土地沙化日趋严重 ;人为滑坡、泥石流活动频繁 ;河道泥沙变粗近 5倍 ,粗沙比例增加 ,淤积使过水断面减少了 37。
2.
<Abstrcat>The authors summarized the reason of waste caused by highway construction in Jiangxi Province and analyzed waste soil and residue prevention and control technologies which composed by field choice of waste soil and residue,drainage engineering, slope protection engineering and vegetation rehabilitation.
总结了江西省高速公路建设弃土弃渣产生的原因,分析探讨了由弃土弃渣场地的选择、排水工程、边坡防护工程和植被恢复工程为核心的弃土弃渣防治技术,并对高速公路弃土弃渣的预防监督工作提出了建议,以资同行商榷。
4) soda residue soil
碱渣土
1.
Experimental research on draining consolidation behavior of soda residue soil under vibration;
碱渣土的振动排水固结特性试验研究
2.
In order to probe the construction method of soda residue soil and find the most suitable proportion of it, research is carried out for the compaction test of soda residue soil in different proportion.
为了指导碱渣土填土施工 ,找出最优配比 ,研究了不同配比碱渣土的击实试验 。
3.
This paper deals with some contrast experiments to compare the draining consolidation efficiency of the vacuum preloading(VP) method and the vacuum preloading-electro-osmosis(VPE) method with soda residue soil as the medium,and analyzes the mechanism of draining consolidation caused by the VPE method.
文中给出了碱渣土的真空预压排水法和真空-电渗联合法排水固结的对比试验结果,分析了真空-电渗联合法的排水固结机理。
5) Rare earth waste
稀土废渣
6) the dregs of clay
白土渣
1.
This article studied and developed a method of recovering the adsorbed lubricant in the dregs of clay--dissolvent extraction technology.
研究开发了一种回收白土渣中润滑油的新技术--溶剂抽提技术。
补充资料：巧炒豆渣
巧炒豆渣
主料：豆腐渣500g
辅料：青豆50g
调料：盐、胡椒粉、鸡精、高汤、水淀粉、香油、生抽、食用油、姜葱末
烹制方法：
1、将豆腐渣用纱布口袋装好后用清水冲洗至水清，沥干水分，下锅中煸炒至干。青豆头天水泡回软，用水煮熟，挑出豆皮，洗干净待用；
2、坐锅点火入油，待油温至3成热时，下姜、葱末炒香，大豆渣炒匀加入盐、胡椒粉、鸡精、生抽、高汤、青豆炒至豆渣出香味。用水淀粉勾芡入盘。将中间扒开，放些葱花，香油烧热淋在葱花上即成。
特点：粗纤维丰富，口味鲜咸香。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。