PDMS

Development of Stretchable PZT/PDMS Nanocomposite Film with CNT ElectrodeFlexible piezoelectric film;PZT;PDMS;CNT;The piezoelectric composite film of ferroelectric PZT ceramic ($PbZr_xTi_{1-x}O_3$) and polymer (PDMS, Polydimethylsiloxane) was prepared to improve the flexibility of piezoelectric material. The bar coating method was applied to fabricate flexible nanocomposite film with large surface area by low cost process.

Temperature-dependent Resistance Change of Conductive CNT Thin-filmCNT;PDMS;Encapsulation;Thermal sensitivity;This paper reports the resistance change of conductive carbon nanotube (CNT) thin-films according to the temperature variation. Resistance of conductive CNT thin-films intrinsically has good thermal sensitivity, but shows environmental dependency. In order to reduce environmental effects, we spin-coated polydimethylsiloxane (PDMS) on the conductive CNT thin-films.

Fabrication method of PDMS microlensesusing water-based molding methodPDMS;microlens;contact angle;surface modification;This paper reports a new fabrication method of polydimethylsiloxane (PDMS) microlenses with various curvatures by using a water-based mold. The hydrophobic surface of Polypropylene (PP) substrate was modified by corona discharge using tesla coil to have hydrophilic surface. Then hydrophilic surface of PP substrate takes hydrophobic recovery to have various contact angles from less than $25^{\\circ}$ to about $84^{\\circ}$.

A Study on the Scratch Resistance by Additives of PDMS and Grain Patternscratch resistance;PDMS;grain pattern;polypropylene(PP);mechanical properties;In this study, we have investigated mechanical properties and scratch resistance of polypropylene compounds by two types of masterbatch with different molecular weight of PP. Masterbatches were prepared with polypropylene(PP) and polydimethylsiloxane(PDMS) by melt mixing. Mechanical properties and scratch behavior were examined with UTM and polarizing microscope.

Self Assembled Patterns of Ag Using Hydrophobic and Hydrophilic Surface Characteristics of GlassMicro contact printing;Ag solution;Dip-coating;PDMS;OTS;Recently, the interest in lithography without photo exposure has been increased compare to the conventional photolithography in nano meter and micrometer size patterning area. We studied a self aligned dipping of Ag solution through micro contact printing (${\\mu}-CP$) with octadecyltrichlorosilane (OTS) treated polydimethylsiloxane (PDMS) soft mold. The OTS monolayer on the patterned PDMS was formed by dipping it into OTS solution.

Surface Modification of Polydimethylsiloxane using Nd:YAG LaserPDMS;Surface modification;Nd:YAG laser;Contact angle;Nd:YAG($\\lambda$=266 nm, pulse) laser beam was irradiated on the PDMS surface to improve its chemical reaction, wettability, adhesive property. The various surface modification methods of PDMS were already studied using oxygen plasma, ozone and corona discharge. The surface modification using laser has the advantage of the simple experiment that only directly irradiated laser beam on the PDMS surface in the air.

Effects of External Voltages and Widths on Fluid Velocity in Microchannelmicrochannel;microfluidics;PDMS;soft lithography;electrical double layer;In this work, Polydimethylsiloxane (PDMS) and SU-8 (Microchem, USA) photoresist were used to make the microchannel by soft lithographic method. To investigate the effects of external voltages and widths of the microchannel, we made the microchannel by soft lithographic method. To investigate the effects of external voltages and widths of the microchannel, we made the microchannel with various widths: $100{\\mu}m,\\;200{\\mu}m$ and $300{\\mu}m$.

Abstract(#br)An aptamer-based sensitive method was developed here for detection of multiple foodborne pathogens in food matrix by surface-enhanced Raman scattering (SERS) technology. Polydimethylsiloxane (PDMS) film was first prepared and then coated with gold nanoparticles (AuNP) to act as an active substrate for the enhancement of Raman scattering. The as-prepared Au-PDMS film was functionalized with specific pathogen aptamers (Apt) to capture the targets.

Abstract(#br)The aims of this study were to build PDMS micromodels that simulated plant-based food material, and use them to investigate the drying mechanisms at pore-scale, the drying front morphologies and the drying curves during the isothermal drying process. Micromodels were built using a modified photolithographic technique. Three normal pore size distribution functions were developed to simulate the plasmodesma, intercellular space, and cell wall. Micromodels were impregnated with a pyranine aqueous solution and placed on a balance illuminated with ultraviolet light.

介电弹性体( DE )技术应用于发电机、传感器、执行器等几个应用场合。限制DE性能的主要因素之一是过早的电气故障。合成是一个例子，据报道提高了击穿强度。本研究将聚二甲基硅氧烷( PDMS )薄膜与二氧化钛( TiO2 )和氧化锌( ZnO )两种不同的填料复合。这两种金属氧化物在作为填料加入PDMS弹性体之前，都会被煅烧至300℃。结果表明，掺入PDMS薄膜中的煅烧TiO2和ZnO显示出明显的击穿强度增加。同时，与煅烧ZnO相比，煅烧TiO2 PDMS薄膜具有更高的击穿强度。