塑性凝膠 的英文怎麼說

中文拼音 [xìngníngjiāo]
塑性凝膠 英文
plastic gel
  • : 動詞(塑造) model; mould
  • : Ⅰ名詞1 (性格) nature; character; disposition 2 (性能; 性質) property; quality 3 (性別) sex ...
  • : 動詞1. (凝結) congeal; curdle; coagulate 2. (注意力集中) fix
  • : Ⅰ名詞1 (某些具有黏性的物質) glue; gum 2 (橡膠) rubber 3 (姓氏) a surname Ⅱ動詞(用膠粘) st...
  1. Methods of testing plastics - other properties - determination of gelation time of phenolic resins

    料的試驗方法.其他特.酚醛樹脂時間的測定
  2. Methods of testing plastics - other properties - determination of gelation time of polyester resins manual method

    料的試驗方法.其他特.聚酯樹脂時間的測定
  3. Water adhesives. aminoplastic. determination of conventional gel time at different temperatures

    粘合劑.氨基料.不同溫度下時間的常規測定
  4. Methods of testing plastics - other properties - determination of gelation time of thermosetting resins using a hot plate

    料試驗方法.第8部分:其他能.試驗方法835d :用熱板測定熱固樹脂時間
  5. It has exact processing and heat treatment gate bushing, the part of heat can be delivered to the steel around the gate which make the plastic just enter wouldn ' t be frozen so quickly. it applies to crystalline materials

    帶精確加工及熱處理的一體澆口司,能傳遞部分熱量至澆口區域的金屬,使得剛一進入型腔的料不至於迅速固,適于快速結的結晶
  6. Luub is easy to disperse in rubber, thermosets and thermoplastics greases and printing ink. it will not lump or agglomerate in handing

    Luub易於分散在橡,熱固料及熱料,油脂,油墨中。結不結團。
  7. In this paper, the so preparing self - compacting concrete with low and middle strength using super fine mountain sand artifical sand and phosphorus slag is studied systemically. through the study the influence of the shape, the proportion of the dust and the grade of sand to the workability and the mechanical property of self - compacting concrete, it is found that super fine mountain sand artifical sand are not suit to prepare low and middle strength self - compacting concrete, but when they are combined and the additive and assistant band material are used, c20 - c40 high performance self - compacting concrete is prepared ; the corresponding additive is developed to solve the delamination caused by the low proportion of banding material ; the evaluating system for the workability of low and middle strength self - compacting concrete is built ; the controlling method for production, construction and curing was set up. and the result of the research is applied into several projects

    通過分析特細山砂和機制砂的顆粒形態、粉末含量、顆粒級配等特對自密實混土的工作能和力學能的影響,發現特細山砂、機制砂不宜單獨用於配製中低強度等級自密實混土,宜將特細山砂和機制砂進行合理復配,並選擇合適的外加劑和礦物摻合料,優化配合比設計,可生產c20 c40中低強度等級自密實高能混土;研製開發出了具有高效減水、保、抗離析功能的外加劑,有效解決了中低強度等級自密實混土由於材料用量少而出現的離析、泌水問題;應用正交設計方法,對因素和水平進行合理選擇,確定了生產中低等級自密實混土的最優配合比;建立了中低強度等級自密實混土的工作評價體系;提出了生產、施工及養護的質量控制技術方法。
  8. Methods of testing plastics - other properties - determination of gelation time of polyester and epoxide resins using a gel timer

    料試驗方法.第8部分:其他能.試驗方法835c :用體計時計測定聚酯樹脂和環氧樹脂時間
  9. Abstract : new progress of raman technique in the research on macromolecule science recent years was summarized in this paper including the miscibility of polymer blends, the mechanism of surface plasticization, the monitoring of stress and strain relaxation process, raman imaging, the monitoring of polymerization, determination of curing process, the monitoring of crystal process in polymer and the study on the structure of water and intra - and inter molecular interactions in the solution of polymer and gelatin. a great deal of research of raman technique in this aspects were also summarized

    文摘:綜述了拉曼技術在高分子科學研究中近年來的最新進展,包括聚合物共混物的相容、表面增機理、應力鬆弛和應變過程的監測以及拉曼成像、聚合反應監控、固化過程監測、聚合物結晶過程監控、聚合物水溶液和體系中水的結構及分子間、分子內相互作用力的研究。
  10. 2 ) to a certainty of sand percentage, concretes with moderate critical sand percentage which changed in about 36 % - 43 % were more sensitive to plastic shrinkage cracking than concretes with lower or higher sand percentage. 3 ) concrete made with lower strength grading cement was more prone to plastic shrinkage cracking than that of concrete made with higher strength grading cement

    4 )粉煤灰和硅灰對混收縮裂縫的影響與拌合物的實際水比有關,存在一個水比界限,在此界限之上,摻入粉煤灰或硅灰的混土較易開裂,在此界限之下,粉煤灰或硅灰高能混土對收縮裂縫具有抑制作用。
  11. The results indicate that less dosage of water, clay, bentonite and larger dosage of cement, and mixing coal ash and admixture can increase compressive strength of plastic concrete

    結果表明,減小水比及黏土和膨潤土的用量,增加水泥用量,摻加粉煤灰和外加劑,均可提高土的抗壓強度。
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