The results show that phase separation increases with increasing of PDMS.
结果表明，在聚氨酯主链中引入PDMS链段有利于相分离程度的提高。
Then, we will make several different molecular stamps based on PDMS materials.
然后，制作几种不同的基于PDMS材料的分子印章。
The fabrication process, sealing method and structure characteristics of PDMS fiber chips were discussed.
对PD MS光纤芯片的加工工艺、封装方法和结构特征进行了探讨。
Then, the PDMS was used to cast firstly for the SU-8 microfluidic to obtain a PDMS negative mode structure.
然后，利用PDMS对所制作的SU-8微流沟道进行一次倒模，得到其负模结构；
The bioreactor system worked stably and the separation performance of the composite PDMS membrane was good.
整个系统运行稳定，硅橡胶复合膜分离性能良好。
Pipe routing in PDMS has always been one of the major strengths of the system, as you will discover in this module.
管道建模在PDMS中一直是系统中最强大的功能之一，它最大可能地避免了设计错误的产生。
The methods of fabrication and enclose of PDMS channel and cell culture on the bottom of channel were studied in detail.
方法采用软刻法制作聚二甲基硅氧烷(PDMS)流动腔，对PD MS流动腔的加工工艺、封装方法和腔内细胞生长进行了探讨。
Methods Motor development was assessed with Peabody Developmental Motor Scale (PDMS) in 28 children with cerebral palsy.
目的明确脑性瘫痪患儿脑室扩大与运动发育水平之间的相关性。
A process of soft lithography was introduced for fabrication of PDMS (polydimethylsiloxane) micro-mixer on micro-fluidic chip.
介绍了一种用软光刻技术制作微流芯片上PDMS微混合器的工艺。
This article aims to introduce the characteristics of database structure and project administration in using PDMS to project design.
本文介绍应用PDMS进行项目设计时，其数据库结构、项目管理等方面的特点。
Firstly the poly(dimethylsiloxane) (PDMS) elastomeric stamp used in soft lithography was fabricated by the photolithography technique.
本文还用微印刷技术证实了聚电解质多层膜的可压缩性。
The comprehensive study on apple juice fermentation by means of a novel PDMS membrane bioreactor was conducted, with a scale-up membrane module.
在前期工作的基础上，采用扩大膜面积的新型硅橡胶膜生物反应器进行了苹果原汁发酵的进一步深入研究。
The configuration of RAS application according to the PDMS in the GSIC is introduced and the multi remote monitor system is proved economic and reliable.
结合广钢总降压站供电监控系统（PDMS）改造实例，设计了一种远程访问服务系统配置方案，并介绍系统详细的调试方法。
Once the cells are in cube form, they can be arranged in specific shapes using templates made of PDMS, a silicon-based polymer used in many medical devices.
细胞被封装于立方体后，它们就可以通过由聚二甲基硅氧烷(PDMS)——一种也已被广泛用于医疗配件中的含硅多聚体——制成的模板被赋予各种形状。
Detailed spectroscopy of one of the polymers (PDMS) suggests that chemical reactions may be involved, as many oxidized derivatives of the polymer were detected.
通过对其中一种聚合物进行详尽的光谱分析表明，可能发生了化学反应，观测到了聚合物的氧化产物。
A novel PDMS diaphragm micropump actuated by electromagnetic force is researched in this paper, which is small volume, easy manufacturing, and precise controlling.
本文研究一种新颖的电磁力驱动的PD MS膜片泵，具有体积小，制作简单，控制精度高的特点。
The array electrodes were produced by method of photolithography and stripping. and a PDMS-glass microfluidic chip integrating the array of electrodes was bonded efficiently.
采用光刻法和剥离法进行了阵列电极的制作，并成功键合了带有阵列电极的PD MS -玻璃混合微流控芯片。
We developed new methods to pattern cells on both hydrophilic mica surface and hydrophobic PDMS surface and investigated the gene transfection efficiency on the patterned cells.
分别研究了在亲水性云母表面和疏水性PD MS表面细胞图案化的方法，并且对这些图案化细胞的基因转染效率进行了研究。
With hydroxyl group terminated PDMS on both side as feedstock, adding several kinds of fillers and adjuvants, the room-temperature vulcanized silicone rubber coatings are prepared.
以二羟基聚二甲基硅氧烷（PDMS）为基体，加入不同填料和助剂，制备了室温硫化硅橡胶涂层。
With hydroxyl group terminated PDMS on both side as feedstock, adding several kinds of fillers and adjuvants, the room-temperature vulcanized silicone rubber coatings are prepared.
采用一定粘度的聚二甲基硅氧烷为基体，加入适量填料和助剂，成功制备了室温硫化硅橡胶涂层。
As a hydrophobic material, however, PDMS has very inert surface properties, such as poor wettability and weak adhesion, so it is necessary for PDMS to modify its surface properties.
但是作为一种疏水性较强的芯片材料，PDMS存在着表面润湿性、粘接性差等问题。
Bonding strength testing results showed that: the strength of PDMS mixture microfluidic chip was greater than 0.82mpa and the strength of the whole PDMS microfluidic chip was about 0.21mpa.
对键合成功的PDMS芯片强度进行测试，结果显示：PD MS混合微流控芯片大于0.82MPa，全pdms微流控芯片的键合强度约为0.21 MPa。
Bonding strength testing results showed that: the strength of PDMS mixture microfluidic chip was greater than 0.82mpa and the strength of the whole PDMS microfluidic chip was about 0.21mpa.
对键合成功的PDMS芯片强度进行测试，结果显示：PD MS混合微流控芯片大于0.82MPa，全pdms微流控芯片的键合强度约为0.21 MPa。
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