除干灰 的英文怎麼說
中文拼音 [chúgānhuī]
除干灰
英文
dry ash handing-
Through this new system, the plant can produce more high quality ashes. the detailed works are involved hi following aspects : i ) the decision of building a new gas - ash - removing system is made, though a broad investigation and a systemic analysis of the original hydro - ash - removing system. ii ) the project of building the improved dry ash handling system is designed
本文主要對某電廠的干除灰系統進行改造,在保留原有水力除灰系統的基礎上,再增加一套氣力除灰系統和分選設施,使得電廠生產出更多的一級粉煤灰以及其它等級的粉煤灰,達到粉煤灰綜合利用的目的。Abstract : the scheme of introducing bulk cement tanker and dustless charger for discharing end dust transport system was discussed, and the operating effect was presented
文摘:介紹了馬鋼三燒在機尾除塵干灰回收工藝中為引進散裝水泥罐車和無塵裝車機所做的方案論證研究,並介紹了實際改造效果。Clean water, oil, rust, dust and other filths before spraying the paint on the surface
噴塗前應先把被塗物表面之水份、油脂、鐵銹、灰塵及附著污物清除干凈。The phase three and phase four 4 600 mw supercritical units of ligang power plant transport dryash usingatmospheric pressure, which is characteristic of positive pressure and dense phase technique
利港電廠三、四期工程4 600mw超臨界機組的除灰方式採用正壓濃相氣力輸送技術來完成干灰的輸送。For each gray image wavelet transform based on histogram modification is used to eliminate the disturbance of background. threshold, edge extraction, mathematics morphology methods are also used to process gray image
對于單幅灰度圖,首先在直方圖修正的基礎上採用小波變換去噪技術,排除了背景圖像噪聲的干擾。The main reason is as follows : dust in lifting rail is not removed clean ; lifting rail is not at a level ; the installation of low locator is not correct ; regulate screw in lifting wheel regulates too high
趟動門鈺感覺不顧滑,主要原因有:吊軌里的灰塵沒清除干凈吊軌不夠水平下定位安裝不準確和吊輪調節螺絲調節過高造成。Through changing and improving the traditionally adopted technology and equipment in compacted lime - soil pile foundation, so as to eliminate weak collapsibility of loess in luoyang and increase the strength of foundation, the authors present formulas to compute the average dry density and void ratio after ground treatment and demonstrate the feasibility of these formulas through practical project cases
摘要基於洛陽地區次生黃土的弱濕陷性,對傳統的灰土擠密樁施工工藝和設備進行改進,達到消除濕陷性,提高地基承載力的目的,並且推導出地基處理前後干密度和孔隙比隨置換率變化的關系,以工程實例證明該公式的可行性,避免布樁型式的經驗性和處理結果的不確定性。分享友人