water-ash 中文意思是什麼

water-ash 解釋
n. 名詞 【植物；植物學】加羅林?。

  • water : n 1 水；雨水；露；〈常作 pl 〉 礦泉，溫泉；藥水。2 〈常 pl 〉水體；水域；水道；海；湖；河；海域；...
  • ash : n 1 〈常 pl 〉 灰。2 〈pl 〉灰燼；廢墟。3 〈pl 〉骨灰，遺骨；〈詩〉遺骸。4 灰色，蒼白。5 碳酸鈉 ...
  1. Electroplating waste water treatment technology by fly ash and active carbon

    粉煤灰活性炭處理含鉻電鍍廢水
  2. Tea. determination of alkalinity of water - soluble ash

    茶葉.水溶性灰分堿度的測定
  3. Tea - determination of alkalinity of water - soluble ash content

    茶水溶性灰分堿度測定
  4. Determination of alkalinity of water - soluble ash content

    水溶性灰分堿度測定
  5. The analysis of micro - climate site of the road greenbelt in the building process of expressway, a lot of calcareousness, powder of coal ash, asphaltum and stone were put into used. on one hand, it completely destroys the original soil structure, making the soil really barren, on the other hand, the rise of roadbed also affects the ground water to go up, making the soil very drought

    路體綠地立地條件分析高速公路在修建過程中，採用了很多的石灰、粉煤灰、瀝青、石塊等材料，一方面使原有的土壤結構被徹底破壞，土質十分貧瘠，另一方面路基抬高影響地下水位上升，土壤十分乾旱。
  6. A comparison is made of the ash - water ( black water ) system flowcharts for the texaco coal - water slurry gasifier in china, their respective characteristics and drawbacks are evaluated, and a brief summary is given

    摘要主要對國內德士古水煤漿氣化裝置中幾種灰水（黑水）系統的流程加以比較，分別評價了它們各自的特點和缺點，並做出簡要的總結。
  7. The influence of coal characteristic indices such as caloricity, ash content, and water content on the coal handling system is discussed in the aspects of economy and reliability

    從經濟性和可靠性角度分析探討了煤的發熱量、灰分、水分等衡量煤質的特性指標對輸煤系統的影響。
  8. Experimental study of the coal - ash fusion characteristics of waste - liquid coal water slurry and refined coal cws

    廢液水煤漿和精煤水煤漿煤灰熔融特性試驗研究
  9. The microstructure of fly ash foamed concrete and the water resistance of magnesium oxychloride cement foamed concrete were analysed in virtue of sem method, at the same time, whose process to hydrate and carbonization resistance were analysed correspondly

    藉助sem測試手段對粉煤灰發泡混凝土的微觀結構和氯氧鎂水泥基發泡混凝土的耐水性進行了機理分析，同時對其水化過程及抗碳化性能也進行了相應的機理分析。
  10. In this paper, the effects of fly ash, cement, lime, fine sands, foam agent, w / c ratio and additional agent on foamed concrete were studied by experiments, the best combination ratio of fly ash foamed concrete whose density varies from 551kg / m3 to 650kg / m3 was obtained through orthogonal test design, the foam agent quantity and the fly ash quantity effect the fly ash foamed concrete greatly, so the author selected them as independents to establish duality linear regression equations, the equations were quite ideal through the test of model summary r. moreover, the author also did some experiments about the water resistance of magnesium oxychloride cement fly ash foamed concrete, the outcome showed that phosphoric acid has good effect on water resistance, and its appropriate quantity was found

    本文通過試驗研究了粉煤灰、水泥、石灰、細砂、發泡液、水灰比及外加劑對粉煤灰發泡混凝土性能的影響，採用正交設計試驗方法得出了600級粉煤灰發泡混凝土的最佳配合比，同時發現發泡液和粉煤灰摻量對發泡混凝土的影響最為顯著，因此，以二者為自變量建立了二元線性回歸方程，通過全相關系數的檢驗發現方程較為理想。此外，還對氯氧鎂水泥基粉煤灰發泡混凝土的耐水性進行了相關實驗，發現磷酸有較好的耐水性效果，同時找到了其合適的摻量范圍。
  11. The fly ash foamed concrete product line which is suitable for industrialization was designed in this paper and the technics flow was showed, the project of zhida concrete plant belonging to china water and electricity 14th bureau was introduced as an example, the summary is that the industrialization of fly ash foamed concrete can not only be realized, but also creates good economy and society benefits for the enterprises

    本文還設計了適合工業化規模生產的粉煤灰發泡混凝土生產線，給出了產品的工藝流程，以中國水電十四局志達混凝土廠為例介紹了工程的實際情況，結果表明西安理工大學碩士學位論文粉煤灰發泡混凝土不僅可成功實現工業化生產，而且可為企業創造良好的經濟效益和社會效益。
  12. Test methods for quality of coal water mixture - part 10 : determination for fusibility of ash of coal water mixture

    水煤漿質量試驗方法第10部分:水煤漿灰熔融性測定方法
  13. Food products. edible gelatine. determination of water and ash contents

    食用明膠.水分和灰分含量的測定
  14. The romans discovered that a mixture of quicklime, volcanic ash and aggregate would harden under water - the roman cement or hydraulic lime was born

    生石灰，火山巖灰燼和其它混合物在水的作用下會變硬的特性由此羅馬水泥或水化石灰就誕生了。
  15. Treatment of urticaria with prickly - ash peel water

    針刺配合捏脊治療嬰幼兒腹瀉66例
  16. The concrete with the a 28 days compressive strength of c60 can be produced by using suitably pulverulent coal - fired ash, the higher the quantity of pulverlent coal - fired ash mixed in concrete with 10 % - 20 % is, the higher the strength of concrete is. then, we carry out the studies on the technics properties that reflect the comprehensive properties of concrete. we find that the separating and excreting water of the concrete can be avoided efficiently when the pulverulent coal - fired ash and superplasticizer are used suitably, the higher the quantity ration of coal - fired ash and super plasticizer are, the higher the caving degree of the concrete is

    在上述研究基礎上，對摻細化粉煤灰后混凝土的強度變化規律進行了分析研究，在適當配合比及高效減水劑的作用下，摻一定數量的磨細粉煤灰，在28天齡期可以配製出抗壓強度高於c60的粉煤狄高強混凝土；當磨細粉煤灰以10 - - 20不同的摻量分別摻入粉煤灰中時，粉煤灰高強混凝土的強度隨摻量的增大，各齡期強度均逐漸降低；在摻入8硅灰+ 10粉煤灰可使高強混凝土的各齡期強度都有很大增加，當單摻8粉煤灰時，混凝土的後期強度增加較快；粉煤灰混凝土必須加入高效減水劑遼十l彬技術人學碩十學位論文後j 」能達到高強的目的。
  17. Stone coal and its ash, dust, corn, chili, water in vat and boiled water were sampled from the inhabitants ' houses, and fluorine in these media was determined

    採集居民家中石煤、石煤燃后底灰、室內降塵、玉米、辣椒、水缸水和開水，分析其含氟量，研究石煤燃燒時氟的遷移富集機制。
  18. Methods the contents of synephrine, volatile oil, total ash, acid - insoluble ash and water in different specifications of frutus aurantii immaturus were determined by hplc or other methods according the china pharmacopoeia

    方法採用hplc法測定不同規格枳實中辛弗林含量，同時依照藥典方法分別測定了其揮發油、總灰分、酸不溶性灰分和水分含量，對不同規格枳實藥材進行綜合質量對比研究，並與其傳統規格分類進行比較。
  19. Conclusion volatile oil, acid - insoluble ash, water and synephrine with a definite content limit can be chosen as the parameters for the research of quality standard of frutus aurantii immaturus, which will supply evidence for the medicinal trade and research of frutus aurantii immaturus

    結論與現行藥典標準中枳實項相比，本研究新增了酸不溶性灰分、水分、揮發油和辛弗林含量項，可更有效地評價枳實藥材的質量，為枳實藥材的商品流通和研究開發提供依據。
  20. Preliminary discussions on measures of reducing water ash contained in raw coal

    淺談露天煤礦降低原煤水灰的措施
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