coacervation中文什么意思

n.
凝聚。

• coacervation of colloid:    胶体凝聚
• coacervation process:    凝聚过程
• complex coacervation:    复合凝聚; 复凝聚法

例句与用法

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1. Encapsulated tetradecane and paraffin wax particles were prepared by complex coacervation as well as emulsifier - free emulsion polymerization
   通过复凝聚法、无皂乳液聚合法等微胶囊化方法，制得了十四烷、 20石蜡等低温相变材料的微胶囊。
2. It can produce fine plasticity , coacervation , and it will surround the mound and shaping , it is strong enough to keep its shape after through off the mold . so that it is easy to pour hot metal liquid
   能产生良好的可塑性，能围绕模子成型，并在去条模子后具有足够的强度保持其形腔，便于灌金属热液。
3. Certificated product of ministry of electricity , is adopted the latest technique integrated settling method , coacervation , vacuum separation , absorption , centrifuge method , pressure filtration with string capacity of demulsification , dehydration , degassing , impurity removal
   该机采用最新工艺，融合重力沉降法凝聚法真空分离法吸附法离心分离法压力过滤法的优点于一体，具有很强的破乳化脱水脱气除杂质的能力。
4. The cholesteryl liquid crystal mixture was microcapsulized by complex coacervation method using gelatin and acacia as membrane materials . the effects of the concentr ation and quantity of arabic gum on the microcapsule particle size and color showing were also studied
   最后，采用以明胶?阿拉伯树胶为囊壁材料的复凝聚法对配制的显色示温混合液晶进行了微胶囊化处理，并着重讨论了阿拉伯树胶的浓度及用量对液晶微胶囊粒度及显色效果的影响。
5. Abstract : the formation technologies , the structure and properties of tcs microporous man - made yarn - kind new polyester fibre which was spinned in tcs with some micrometallic - oxide have been studied . the results indicate that the rheological behaviour and spinnability of commixed polyester melt , and the structure and properties of the fibre , are relative to the spinning temperature , melt pressure , microporpus size for spinning , formation conditions , thermo - vascellum temperature , thermo - vascellum position and rolling speed , besides the viscosity of polyester cuts , coacervation particles , adding amount and size of micrometallic - oxide
   研究表明， tcs微孔化共混聚酯熔体在成型加工中的流变行为和可纺性，及其纤维的结构性能除了与原料切片的特性粘度、凝聚粒子和共混聚酯中超细金属氧化物微粒的添加量、粒径等因素的影响有关外，还与纺丝温度、纺丝熔体压力、喷丝板微孔尺寸、冷却成形条件、热管温度、热管安装位置以及卷绕速度等因素的影响密切有关。