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1)  PVDF porous membrane
PVDF微孔膜
2)  PVDF/PS blends micro-porous membranes
PVDF/PS共混微孔膜
3)  PVDF micro-filtration membrane
PVDF微滤膜
1.
Application of PVDF micro-filtration membrane to processing of natural catechu dye
PVDF微滤膜在天然儿茶染料制备中的应用
4)  PVDF membrane
PVDF膜
1.
By argon(Ar) treating and subsequent grafting reaction,a hydrophobe monomer,styrene,was introduced onto PVDF membrane.
采用低温等离子体接枝技术改性聚偏氟乙烯膜(PVDF),在PVDF膜表面引入疏水性单体苯乙烯,达到改变膜表面孔径的大小和孔径分布的目的。
2.
In this thesis, flat PVDF membranes were prepared by phase inversion method.
通过改变铸膜液组成(聚合物浓度、聚合物共混比例、无机添加剂含量、有机添加剂种类及分子量)和制膜工艺条件(预蒸发时间、凝胶浴温度、凝胶浴中溶剂和乙醇含量),研究各因素改变对纯PVDF膜的结构和性能的影响。
5)  PVDF film
PVDF膜
1.
This paper brings forward a new three\|axis tactile sensing technology based on PVDF film, and expounds the design method and basic structure of sensing head.
本文提出了一种基于 PVDF膜的新型三向力触觉传感技术 ,阐述了触觉传感头的设计思想和基本结构 ,并从原理上进行了分析 ,得到了计算空间三向力的公式 ,为实现新型的能用于智能机器人触觉的力传感系统打下了基
2.
This paper brings forward a newly three axis tactile sensing technology based on PVDF film,and expounds the design method and basic structure of sensor head Through the analysis of principle,the formula to calculate the three axis force is derived finally,which provides the basis to complete the three axis tactile sensing system for intellinent robo
提出了一种基于 PVDF膜的新型三向力触觉传感技术 ,阐述了触觉传感头的设计思想和基本结构 ,并从原理上进行了分析 ,得到了计算空间三向力的公式 ,为实现新型的能用于智能机器人触觉的力传感系统打下了基
3.
It expounds the principle and the structure of the three-axis tactile sensing head based on PVDF film along with the formula to calculate the three-axis force.
阐述了基于PVDF膜三向力触觉传感头的设计思想、基本结构和计算空间三向力的公式,经过实验获得一系列数据,拟合出回归曲线,验证了该方案的可行性。
6)  polyvinylidene fluoride(PVDF) membrane
PVDF膜片
1.
When an object was operated by the micro-tweezer, the polyvinylidene fluoride(PVDF) membrane of micro-tweezer exported voltage under the piezoelectric effect,and the value of voltage was decided by closed f.
利用共振频率方法测量PVDF膜片刚度,结合显微视觉系统测量膜片变形,可以确定夹钳受到的力,从而获得夹钳受力与输出电压的关系。
补充资料:核微孔膜
分子式:
CAS号:

性质: 利用固体绝缘介质中的核径迹经化学蚀刻处理后形成孔径大小、形状和密度可调而制成的滤膜。其优点是孔径比普通微孔膜的均匀、孔径在5nm至几十微米之间可调节、孔形规则。可用于生物粒子过滤、癌细胞鉴别、红血球变形诊断、超净试剂制备、气溶胶收集、控释透皮药物制备等。

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