1) actual adsorption layer
真实吸附层
2) 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 using vacuum 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 the vacuum 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。
3) vacuum suction
真空吸附
1.
According to air flow control principle,by adoption of pneumatic line drive technology and vacuum 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 under vacuum 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 biped vacuum 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。
4) 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 for vacuum adsorption of target Pellet;
靶球真空吸附装置中吸取力的计算
3.
The design adopts the vacuum 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) sorption experiment
吸附实验
1.
Static sorption experiments were carried out to investigate the sorption of diesel oil by soils at different temperatures, and to analyze the influence of SDS and Tween80 on the sorption of diesel oil.
通过静态吸附实验,研究了不同温度下,柴油在土壤中的吸附行为,探讨了阴离子表面活性剂SDS和非离子表面活性剂Tween80对柴油吸附的影响。
补充资料：真实吸附层
分子式：
CAS号：
性质：不满足理想吸附条件的吸附层。实际吸附时，最初吸附进行得快，吸附热大，随着覆盖度增加，吸附变弱，热效应变小，因此可以推断固体表面是不均匀的，各吸附中心能量不等，吸附时吸附粒子首先占据强的吸附中心。由于表面不均匀和(或)吸附粒子之间相互作用，使吸附活化能随覆盖度增加而增加，解吸活化能随覆盖度增加而降低。
CAS号：
性质：不满足理想吸附条件的吸附层。实际吸附时，最初吸附进行得快，吸附热大，随着覆盖度增加，吸附变弱，热效应变小，因此可以推断固体表面是不均匀的，各吸附中心能量不等，吸附时吸附粒子首先占据强的吸附中心。由于表面不均匀和(或)吸附粒子之间相互作用，使吸附活化能随覆盖度增加而增加，解吸活化能随覆盖度增加而降低。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条