1)Comag加载混凝-磁分离
2)flocculation separation混凝分离
3)wadding magnetism separation絮凝磁分离
1.To treat the waste water of hot rolling,wadding magnetism separation an organic whole machine was ap- plied.为治理热轧废水对环境的污染,采用了JL-絮凝磁分离一体机。
4)MSF-HGMS磁种絮凝-高梯度磁分离
1.This paper investigates the correlation factor of Magnetic Seeds and Flocculation-High Gradient Magnetic Separation (MSF-HGMS) in cane mixed juice preconditioning, further study the lustration efficiency of ultrafiltration (UF) membrane separation.研究磁种絮凝-高梯度磁分离(MSF-HGMS)预处理甘蔗混合汁的相关因素,进一步研究超滤膜(UF)分离的清净效果,以澄清汁色值和膜通量为主要考核指标,确定最佳工艺条件。
2.The lustration effect of magnetic seed and flocculant amounts on cane mixed juice was studied based on magnetic seeds flocculation-high gradient magnetic separation(MSF-HGMS).研究了磁种和絮凝剂用量对磁种絮凝-高梯度磁分离(MSF-HGMS)用于澄清甘蔗混合汁清净效果的影响,确定了最佳用量。
英文短句/例句
1.Study on Magnetic Seeds and Flocculation - High Gradient Magnetic Separation and Ultrafiltration Lustration in Cane Mixed Juice磁种絮凝-高梯度磁分离澄清超滤膜清净甘蔗混合汁的研究
2.(4) Experiments were carried out for P removal from municipal sewage by MSF-HGMS.(4) 以城市污水为对象，以除磷为线索，进行磁种絮凝-高梯度磁分离实验。
3.The Process and Mechanism Study for the Municipal Sewage Treatment by Magnetic Flocculation and High Gradient Magnetic Separation;城市污水磁种絮凝—高梯度磁分离净化工艺及其理论机理研究
4.wastewater treatment by high-gradient magnetic separation process废水高梯度磁分离处理法
5.Development and Application of High Gradient Magnetic Separation Technique at Home and Abroad国内外高梯度磁分离技术的发展及应用
6.EXPERIMENTAL STUDY ON MAGNETIC FLOCCULATION-MAGNETIC DISC SEPARATION TECHNIQUE FOR CHAOHU EUTROPHICATION OF WATER TREATMENT磁絮凝-磁盘分离法处理巢湖富营养化水的试验研究
7.THE APPLICATION OF HIGH GRADIEND MAGNETIC SEPARATION TECHNOLOGY FOR KAOLIN CLAY BENEFICIATION IN CHINA高梯度磁分离技术在国内高岭土提纯领域的应用
8.Further and faster removal of phosphorus by chemical precipitation-magnetic flocculation化学沉淀-磁絮凝深度快速除磷的研究
9.Microscale of flocs and separation characteristics in flocculation process of fermentation broth发酵液絮凝过程絮凝体微尺度与分离性能
10.A MAGNETIC ANOMALY GRADIENT DEPTH SOUNDING-BASED ELECTRICAL ANALYSIS一种基于磁异常梯度测深的电性分析方法
11.Treating Tobacco Extract Liquid with Flocculation-high-speed Centrifugal Separation絮凝-高速离心分离处理烟草萃取液
12.The biological effect of arc discharge plasma combined with gradual magnetic field on tomato seeds弧光等离子体与梯度磁场结合处理番茄种子的生物效应
13.Synthesis and Flocculation Performance of AM-DMC-DAC Copolymers with Super-high Molecular Weight and High Cationic Degree超高分子量高阳离子度AM-DMC-DAC三元共聚物的合成及其絮凝性能
14.CFD Study on Magnetic Fluid in High Gradient Magnetic Field;高梯度磁场下磁性流体流体动力学研究
15.Research on High Gradient Permanent Magnetic Separating Desulphurization of Micro-fine Coal by Dry Method before Combustion微粉煤燃前干法永磁高梯度磁选脱硫基础研究
16.Magnet System Design,Checking and Optimizing of High Gradient Magnetic Separator高梯度磁选机磁系结构设计校核及优化
17.Application of the High Gradient Magnetic Separator with Horizontal Magnet System in Meishan Iron Concentrator水平磁系高梯度磁选机在梅山选矿厂的应用
18.Research on Modified Natural Polymeric Cationic Flocculants;天然高分子改性阳离子絮凝剂的研究
相关短句/例句
flocculation separation混凝分离
3)wadding magnetism separation絮凝磁分离
1.To treat the waste water of hot rolling,wadding magnetism separation an organic whole machine was ap- plied.为治理热轧废水对环境的污染,采用了JL-絮凝磁分离一体机。
4)MSF-HGMS磁种絮凝-高梯度磁分离
1.This paper investigates the correlation factor of Magnetic Seeds and Flocculation-High Gradient Magnetic Separation (MSF-HGMS) in cane mixed juice preconditioning, further study the lustration efficiency of ultrafiltration (UF) membrane separation.研究磁种絮凝-高梯度磁分离(MSF-HGMS)预处理甘蔗混合汁的相关因素,进一步研究超滤膜(UF)分离的清净效果,以澄清汁色值和膜通量为主要考核指标,确定最佳工艺条件。
2.The lustration effect of magnetic seed and flocculant amounts on cane mixed juice was studied based on magnetic seeds flocculation-high gradient magnetic separation(MSF-HGMS).研究了磁种和絮凝剂用量对磁种絮凝-高梯度磁分离(MSF-HGMS)用于澄清甘蔗混合汁清净效果的影响,确定了最佳用量。
5)coagulation/sedimentation and centrifugalization混凝沉降/离心分离
6)magnetic-coagulation磁混凝
延伸阅读
自动分离流道凝料的注射模利用模具(图3—85)注塑成型，创造矩形截面的简类制品，模具的结构保证在开模时自动从制品上切断流道凝料，而且在从凸模上卸下较深的薄壁制品时不会使制品产生残余变形和损伤。 制品的外表面由瓣模l成型，瓣模由弯销3闭合，弯销固定在定模上。分流道通过凸模(型芯)上的浇口槽从制品的内表面供料。 当沿B—B平面开模时凝料从主流道衬套中抽出。凸模从制品中抽出时自动切断凝料。制品在挠口切断的部位上得到光洁的表面，用肉眼几乎看不出绕口痕迹。当模具继续开模时弯销3作用在瓣模l上，将瓣模分开并使制品脱落。 图3—86的模具用来注塑成型罩类制品，模具的结构保证从制品上自动切断浇口和从凸模(型芯)上卸下制品。当沿I—I平面开模时流道凝料从制品上撕下，然从主流道衬套1中抽出并从拉料板2的凹槽中脱出。凝料抛落，沿B—B乎面开模，中心推杆4碰到注射机顶杆后停止运动，推件板3将制品从型芯上脱下。该结构能将较小的流线型外形的零件在其底都以点图3—87所示的模具[(a)——开模初期；(b)——闭模位置]，用来制造中心部有孔的制品。模具的结构保证在开模过程中，使主流道衬套中的凝料从制品上自动切断。 当沿平面I—I开模时模板10与销12脱离接触，摇杆13在弹簧6的作用下转动，套8沿模具的纵向轴线移动并用刃部从制品上将浇口切断。当继续开模时连杆15碰到注射机顶杆，推出机构停住，推杆2将制品推出。然后，中心推杆3将凝料推出。闭模时套8在销12的作用下复位，推出机构由复值杆复位，中心推杆由弹簧11复位。 该结构的特点是，主流道衬套由两部分组成：固定在定模板9上的是不活动的套7；安装在模板10上的是活动套陀处在弹簧6的压力作用下。通过摇杆l 3、套4和5使活动的主流道衬套8在工作位置(闭模位置)定位。当销12运动时摇杆13相对于支柱l4转动。
