粉末
- 与 粉末 相关的网络例句 [注:此内容来源于网络,仅供参考]
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The trials show that even simple procedures are capable of extracting up to 80% pure cyanophycin as a white powder.
试验显示,采用简单的步骤就能提取得到纯度达80%的藻青素白色粉末,这种粉末占到了马铃薯干重的6%。
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AB-Ⅰshowed single and symmetrical peak, a light yellow powder was obtained after dialyzation and freeze-drying. AB-Ⅱand AB-Ⅲwere devided into two parts, collected the main peak, we gained AB-Ⅱ-b which was yellow powder and AB-Ⅲ-b which was brown powder.
AB-Ⅰ、AB-Ⅱ和AB-Ⅲ分别再通过Sepharose CL-4B凝胶层析进一步分级,AB-Ⅰ得到单一对称峰,透析干燥后为淡黄色粉末,AB-Ⅱ和AB-Ⅲ在主峰之前分别有一小峰,收集主峰,得到AB-Ⅱ-b和AB-Ⅲ-b,透析干燥后分别呈黄色和褐色粉末。
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The milled powders with either ethanol or stearic acid as PCA remain a solid solution structure eyen after 12h milling, but both transform to FeAl (B2) intermetallic after subsequent vacuum annealing at 1100℃, during which more Al2O3 is formed in the ethanol milled powders.
两种粉末经12h球磨后,仍保持固溶体结构;经1100℃真空热处理后,两者均可转变为FeAl(B2)金属间化合物,但无水乙醇作PCA的球磨粉末中Al2O3生成量相对较多。
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It is very detrimental to materials performance. From the viewpoint of the effects of PPB precipitation on the frature of hipped P/M Rene'95, the surface segregation and reaction in Rene'95 powder metallurgy superalloy were analyzed by modern surface techniques and by electron microscopy. The mechanisms of the formation and reduction of PPB precipitation are revealed.
本文从原始颗粒边界析出对热等静压压坯断裂的作用的角度出发,利用现代表面分析技术及电子显微分析技术研究了Rene′95雾化粉末表面的偏析、预处理粉末的表面反应和表面析出相的粗化规律以及热等静压压坯的界面反应和原始颗粒边界析出相,揭示了原始颗粒边界析出的形成机理和预处理方法改善原始颗粒边界析出的原因。
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The structures and composition of the precipitates at PHT powder surface and at PPB of hipped materials are investigated. The formation of PPB precipitation is directly related to the surface conditions of as-atomized powder. Precipitates at PPB are mainly MC carbides and ZrO〓.
预处理粉末表面及压坯原始颗粒边界的表面成分及析出相分析表明,原始颗粒边界析出的形成是与雾化粉末表面状况直接相关的,表面或界面析出相主要是MC型的碳化物和ZrO〓。
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According to plasticity of porous and dense materials, an evolution model of dimensions and relative density for cylindrical canned powders during hipping was first established and the criterion for uniform compaction under the same conditions was derived. The above results can serve as a guidance for determining the can dimensions in practice.
根据孔隙性材料和致密材料的塑性理论,本文首次建立了圆柱形包套粉末体在热等静压过程中几何尺寸及相对密度的演化模型,提出了圆柱形包套粉末体均匀收缩的临界判据,对实际生产中合理确定包套尺寸具有指导作用。
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The property of Niobium /Niobium Penoxide was studied and the hydrochemical method was chosen for preparing Nb20o ultrafine powder.
本文研究了铌/氧化铌的特性以及制备超细粉末的方法,选择了湿化学法制备超细粉末的方法。
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It was found that the Mo-Cu compound powder after high energy ball milling was in a inequilibrium energy storage state.
本文通过对Mo-Cu复合粉末的机械合金化研究表明,经过高能球磨后的Mo-Cu复合粉末,处于非平衡储能状态。
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Based on the properties of powdered metal compacting and fracture generation, a liminal energy condition of fracture generation in metal powder deformation process is suggested.
根据本文提出的金属粉末压制模型,推导出了基于细观损伤力学方法建立的粉末金属成形过程中裂纹出现的判据。
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The invention relates to coated seeds of certain plant species, the seeds having a coating for improving the efficiency of phosphorus in the plant nutrients during the early growth of the plant, the coating comprising : i an aqueous fixing agent which contains a fluid byproduct of agriculture or fermentation and possibly an emulsified oil, and ii a fertilizer powder which, depending on the plant species, is monopotassium phosphate, monocalcium phosphate, dicalcium phosphate, or urea phosphate.
本发明涉及某些植物品种的包衣种子,所述种子具有能提高植物生长的早期阶段的植物营养物中的磷效率的包衣,所述包衣含:i含农业或发酵的流体副产品和可能含有的乳化油的含水固定剂,和ii肥料粉末,所述肥料粉末根据植物品种是磷酸二氢钾、磷酸一钙、磷酸二钙或磷酸尿素。
- 推荐网络例句
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On the other hand, the more important thing is because the urban housing is a kind of heterogeneity products.
另一方面,更重要的是由于城市住房是一种异质性产品。
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Climate histogram is the fall that collects place measure calm value, cent serves as cross axle for a few equal interval, the area that the frequency that the value appears according to place is accumulated and becomes will be determined inside each interval, discharge the graph that rise with post, also be called histogram.
气候直方图是将所收集的降水量测定值,分为几个相等的区间作为横轴,并将各区间内所测定值依所出现的次数累积而成的面积,用柱子排起来的图形,也叫做柱状图。
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You rap, you know we are not so good at rapping, huh?
你唱吧,你也知道我们并不那么擅长说唱,对吧?