mixing-in-situ 中文意思是什麼
mixing-in-situ
解釋
就地拌和-
Because of the assemble - ease characteristic of oxide, the adscititious powder agglomerates added into al melt have a bigger size and need more time to finishing the in - situ reaction in mixing melt
氧化鐵粉末由於極易團聚成大尺寸粉末團，不易分散細化，大大增加了其徹底反應所需的時間。 -
The two constituents were compatibilized in - situ by mechanochemical reactions induced by pan - milling and the microstructure of the blend can be controlled conveniently by adjusting processing conditions. polyamide 6 / ground limestone powder ( pa6 / caco3 ) and polyamide 6 / silicon dioxide ( pa6 / sio2 ) composites were also prepared through this method. those pa6 blends and composites exhibit improved microstructure and superior mechanical properties to the systems mixed by conventional mixing methods
研究了磨盤碾磨對尼龍6的粉碎機理，制備了就地增容、微相結構可調的聚丙烯/尼龍6 （ pp / pa6 ）及尼龍6 /碳酸鈣（ pa6 / caco _ 3 ） 、尼龍6 /納米級二氧化硅（ pa6 / nano - sio _ 2 ）共混復合材料，各體系混合效果、微相結構及力學性能均明顯優于採用傳統混合設備制備的試樣。 -
The particle size distribution exhibits two peaks due to the different pulverizing efficiency on the two polymers. besides, pan - milling mixing can compatibilize the two polymers in - situ through mechanochemical reactions. viscosity analysis, thermal analysis and ft - ir experiments show that the tg of pp in pp / pa6 co - powder formed by pan - milling mixing and its thermally molded article increased a lot compared to that of pp in pp / pa6 simple blend
力學性能測試及形貌分析結果表明，由於磨盤碾磨混合作用在固相就對兩種聚合物進行了有效分散和就地增容，在特殊的加工溫度下，可得到與使用pp唱mah增容劑的共混體系相似的微相結構，分散相尺寸較簡單ppffia -
A novel technique - pan - milling mixing was developed to prepare high performance polymer blends and composites and to control the microstructure by applying the excellent pulverizing, mixing and in - situ compatibilizing functions of our self - designed pan type milling equipment. the pulverizing process and its mechanism of polymers in pan - mill were systematically investigated. through this method, a polypropylene / polyamide 6 ( pp / pa6 ) blend was obtained
本文利用自製的專利設備磨盤形力化學反應器的強大粉碎、混合功能及就地增容作用，建立了用於高性能尼龍6共混復合材料制備及其微相結構控制的「磨盤碾磨混合」 （ pan - millingmixing ）新方法。 -
Secondly, a study of one kind of composite soil nailing, that is, a combination of soil nails with waterproof cement - soil mixing pile wall, was carried out by laboratory model test, the retaining structures were modeled according to a similarity rule that geometric length of the structure is in inverse proportion to deformation duration of the structure and the staged excavation and retaining was carried out during experiment to simulate actual construction procedures in situ
其次，通過模型試驗研究了土釘與水泥土樁聯合支護型式的變形、破壞形態以及作用原理。試驗模型箱為無蓋六面箱體，內空凈尺寸長寬高為3 . 4m 1 . 0m 2 . 0m ，試驗填料為重塑土，土釘採用硬質鋁管。 -
Using the special stirring equipment and the optimized stirring processing, some semi - solid al matrix in - situ composites slurry with small size of al3fe reinforcement phase and even distribution of reinforcement particles in mixing melts are achieved
在專用攪拌設備與優化設計后的攪拌方案共同作用下，能獲得具有細小的強化相，且強化相粒子在熔體中分佈均勻的半固態鋁基原位復合材料漿料。
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