100字范文,内容丰富有趣,生活中的好帮手!
100字范文 > 真空吸附法 vacuum absorption英语短句 例句大全

真空吸附法 vacuum absorption英语短句 例句大全

时间:2021-02-03 21:48:21

相关推荐

真空吸附法 vacuum absorption英语短句 例句大全

真空吸附法,vacuum absorption

1)vacuum absorption真空吸附法

anic/inorganic composite phase change material(PCM)is prepared using the method ofvacuum absorption and tested by means of differential scanning calormetry(DSC)and scanning electron microscopy(SEM).利用真空吸附法制备了有机无机复合相变材料,采用差示扫描量热仪(DSC)和扫描电镜进行测试,结果表明,此复合材料调温功能稳定,有机相变材料被无机多孔材料吸附到孔道中,并且相变材料在孔道中分布均匀。

2.Paraffin/expanded perlite composite phase change material (PCM) was prepared using the method ofvacuum absorption and tested by means of differential scanning calormetry (DSC) , scanning electron microscopy (SEM) and diffused-exudative circle method.利用真空吸附法制备了石蜡/膨胀珍珠岩复合相变材料,此相变材料经过差示扫描量热仪、扫描电镜和扩散-渗出圈法测试,结果显示此相变材料具有调温功能,石蜡被吸附到膨胀珍珠岩孔道中并且分布均匀,性能稳定,可以应用到建筑材料中。

2)freezing-vacuum adsorption冷冻-真空吸附法

3)vacuum absorption真空吸附

1.This article elaborated the "inductive jet" principle of air current and the application in draining water accumulated in the factory,explained the feasibility and practicability of usingvacuum absorption as the power supply to drain water automatically in the enterprise.从实际应用的角度出发,阐述了气流“引射”原理及其在工厂排除积水中的应用,说明了利用真空吸附为动力源在企业中进行自动排水的可行性和实用性。

2.The redundant control theory was applied in thevacuum absorption system of wall cleaning robot,and its feasibility was analyzedt,hen a model was established.将冗余控制理论应用于负压式壁面爬行机器人的真空吸附系统中,分析了冗余理论应用于真空吸附系统的可行性并建模,提出了提高其安全性的有效措施——双真空泵冗余系统。

英文短句/例句

1.Using vacuum adsorb style fix up paper.固定纸张方式采用真空吸附方式。

2.Design of a Vacuum Adsorption Dumping Gear for Flip Chip真空吸附式倒装芯片翻转机械手设计

3.Finite Element Analysis and Structure Optimization for Vacuum Adsorption Clamp;真空吸附夹具的有限元分析和优化设计

4.THE APPLICATION OF VACUUM ABSORPTION TECHNOLOGY ON FRP WIND POWER PRODUCTS真空吸附技术在风力发电玻璃钢件上的应用

5.Influence on the Profile Accuracy in Diamond Turning of KDP Crystal in Vacuum ChuckKDP晶体真空吸附方式对加工面形精度的影响

6.The Experimental Study of Redundancy Control in the Safety of Vacuum Absorption Wall Robot冗余控制在真空吸附式壁面机器人安全性方面的实验研究

7.Research on Vacuum Gripper for Submillimeter Componets Operation;面向亚毫米器件操作的真空吸附式作业工具的研制

8.Vacuum Pressure Swing Adsorption Oxygen Production System Used in Pulping Plant真空变压吸附制氧系统在浆厂的应用

9.Probing into Problems of Vacuum Pump for PSA Regeneration变压吸附脱碳再生真空泵问题的探讨

10.Experimental Investigation on H_2 Adsorption Performance of Composite Adsorbent in Vacuum Tank真空储罐中复合吸附剂吸氢性能的试验研究

11.That attachment will convert your vacuum cleaner into a paint sprayer那种附加装置将把你的真空吸尘器变成喷漆器。

12.The Performance of Solar Energy Adsorption Refrigeration Cooling System Using Evacuated Tubes Cooled by Water;真空集热管—水冷型太阳能吸附制冷的性能研究

13.Problems in Vacuum Pump for PSA CO_2 Removal and Regeneration and Causes变压吸附脱碳再生真空泵存在的问题及原因

14.Type selection and design of vacuum pump for PSA变压吸附装置中真空泵的设计选型与计算

15.An Experimental and Stimulant Study of Pressure Drop in FCE Air Filter Adsorptive MaterialFCE空气过滤吸附材料压降试验与仿真研究

16.Oxygen can be separated from nitrogen using Pressure/Vacuum Swing Adsorption (PSA/VSA) technology.使用压力/真空旋转吸附(PSA/VSA)技术可以把氧和氮分离开。

17.In this paper the atmospheric absorbent fluidized freeze dryingis compared with vacuum freezedrying in many ways.介绍了常压吸附流化冷冻干燥,并与真空冷冻干燥做了多方面比较。

18.The intracrystalline diffusivities of a same adsorbate on the catalysts were measured with a vacuum weight adsorption equipment.采用真空重量法测定了同一吸附质在两者上的晶内扩散系数。

相关短句/例句

freezing-vacuum adsorption冷冻-真空吸附法

3)vacuum absorption真空吸附

1.This article elaborated the "inductive jet" principle of air current and the application in draining water accumulated in the factory,explained the feasibility and practicability of usingvacuum absorption as the power supply to drain water automatically in the enterprise.从实际应用的角度出发,阐述了气流“引射”原理及其在工厂排除积水中的应用,说明了利用真空吸附为动力源在企业中进行自动排水的可行性和实用性。

2.The redundant control theory was applied in thevacuum absorption system of wall cleaning robot,and its feasibility was analyzedt,hen a model was established.将冗余控制理论应用于负压式壁面爬行机器人的真空吸附系统中,分析了冗余理论应用于真空吸附系统的可行性并建模,提出了提高其安全性的有效措施——双真空泵冗余系统。

4)vacuum suction真空吸附

1.According to air flow control principle,by adoption of pneumatic line drive technology andvacuum suction technology,pneumatic feeding mechanism was manufactured.根据气压流体控制原理,采用气动直线驱动技术和真空吸附技术,研制出气动送料机。

2.In this paper,the biodegradable seeding containers from waste cotton linters and used paper were deve loped by making fibers in the linters/paper pulp adhere to the surface of a net mold undervacuum suction.以废棉短绒和废纸为原料 ,采用真空吸附网模成型工艺 ,直接生产出可生物降解育苗钵。

3.A novel wall-climbing robot mechanism is presented based on planetary gear train movement and bipedvacuum suction principle.基于行星轮系运动及双足真空吸附原理,提出了一种新型爬壁机器人机构,介绍了机构的构型及结构特点,推导了运动学方程,分析了沿直线行走、平面旋转和跨越交叉壁面三种运动模式。

5)vacuum adsorption真空吸附

1.A new way to pick up tissue for bio-microdissection:vacuum adsorption;适用于生物显微切割操作的真空吸附拾取组织新方法

2.Adsorption force calculation forvacuum adsorption of target Pellet;靶球真空吸附装置中吸取力的计算

3.The design adopts thevacuum adsorption technique and in-wheel driving, and makes the cleaner adsorbed on the working surface and run smoothly, matches the clean machine of revolving brushes and single-chip microcomputer control system.该设计采用真空吸附技术和轮式驱动方式,使清洁机能够在工作表面吸附并且能够平顺行走,配以旋转刷式清洗机构和单片机控制,可完成整个工作表面的清洁工作。

6)vacuum/nonvacuum真空吸附/非真空吸附

延伸阅读

VFD真空冷冻干燥装置基本原理真空冷冻干燥是在真空状态下利用冰晶升华的原理,在高真空的环境下,使预先冻结的物料中的水分不经过冰的融化直接从冰态升华为水蒸汽,从而使物料干燥。真空冷冻干燥产品的特点可确保食品中蛋白质、维生素等各种营养成分,因而是能最大限度地保持食品的色、香、味;由于低温、真空、无液态化、帮能有效地防止干燥过程中营养成分的转化和状态变化;冻干制品成海绵状,无干缩,复水性能好,食用方便;冻干制品含水量很低,相应包装后可常温贮存和运输该装置可加工多种食品:蔬菜类:蘑菇、香菜、荷兰豆、香葱、蒜片、玉米等;水果类:荔枝、香蕉、草莓、菠萝等;鱼肉类:虾仁、甲鱼、牛肉、猪肉、鸡肉等。其它类:茶叶、药材、蛋花汤、人参、咖啡等。----该设备主要由干燥-捕水系统、真空系统、制冷系统、媒体系统、物料传输系统、微机自控系统等组成。主要技术参数名称与规格VFD-50VFD-75VFD-100VFD-1502×VFD-100有效干燥面积 (平方米)5075100150200干燥有效层数 (层)18料盘尺寸 (mm)540×635×30干燥-捕水器尺寸Φ2.4×4.9mΦ2.4×7.0mΦ2.4×9.2mΦ2.4×13.4mΦ2.4×9.2m工作真空 (Pa)13.3 - 133干燥板温度室温 - +130℃捕水器工作温度-30℃ - +42℃捕水量 (Kg/次)500750100015002000耗冷量 (KW)5684112168207耗汽量 (Kg/h)150255300450600装机功率 (KW)445880108115 真空冷冻干燥原理冷冻车间平面示意图干设备所需建筑面积VFD-50VFD-75VFD-100VFD-150冻干+速冻 (平方米)180220250320真空冷冻干燥装置工作原理示意简图浙江省上虞市华丰制冷通风设备厂电话:0575-20988882091208传真:0575-2091218地址:浙江省上虞市章镇工业园区Email:[email protected]

本内容不代表本网观点和政治立场,如有侵犯你的权益请联系我们处理。
网友评论
网友评论仅供其表达个人看法,并不表明网站立场。