第 19 卷第 1 期（2012）

本實驗將錐型螺旋銅線置入不飽和聚酯樹脂，將其製作成一複合板材。銅線圈數分別為5、10、15、20、25圈，間距分別為1、1.5、2cm，各別探討其電磁波吸收效果，反面錐型螺旋線圈因上方圈數大，入射波範圍較大，隨著圈數增加，電磁波吸收效果較佳，有足夠的立體空間讓入射之電磁波在銅線內部範圍進行多重反射及干涉共振運動，使波與波間之能量相互抵消，此電磁波吸收體能達到最佳吸收效果41.9dB。

This experiment will unsaturated polyester resin in conical spiral copper wire, making it into a composite sheet. Copper Coils respectively 5, 10, 15, 20, 25, spacing respectively, 1.5, discuss their respective 2cm, electromagnetic wave absorption effect, reverse tapered helical coils from above, when the electromagnetic wave incident can cover more incident wave, with the rise in the number of turns, electromagnetic wave absorption effect better, there is enough room for the incidence of 3-d electromagnetic waves in copper internal reflection and carried out a campaign, the interference of r…

本實驗將熱致變色材料四氯銅雙二乙基銨鹽依重量百分濃度0.2wt%添加於聚乙烯醇水溶液(4wt%)並依重量百分濃度(0.1wt%、0.15wt%、0.2wt%)添加氧化鋅製成薄膜，在分別將薄膜照射UV/Vis光譜分析儀和分光分析儀，得到的結果為熱致變色聚乙烯醇添加氧化鋅薄膜具有吸收350nm-200nm紫外線的功效，而隨溫度的升高會使吸收值上升，透光值下降。

In this study, thermochromic materials of [(CH3CH2)2NH2]2[CuCl4] ]percentage concentration of 0.2wt% by weight added to PVA solution (4wt%) and by the weight percent concentration (0.1wt%, 0.15wt%, 0.2 wt%) adding zinc oxide thin films made in the film were irradiated UV / Vis spectrometer and the spectral analyzer, the results obtained by adding thermochromic oxide films with the absorption350nm-200nm of alcohol ultraviolet shielding effect, and with the temperature will increase the value of increased absorption, transmittance decreases.

本研究將聚酯織物通以功率30W、60W、90W及120W分別進行60秒氧氣電漿處理，並在RFL藥劑配方中添加4%、6%異氰酸化合物，分析輸送帶布與布層間剝離強力以及布與膠層間剝離強力之變化，並探討聚酯織物複合性質之影響。由實驗結果得知，在電漿處理條件60S120W電漿處理後添加異氰酸化合物6%之聚酯織物，其布與布層間剝離強力由12.2kgf增加至25.8kgf，相較於原布強力提升比例為111.4%；布與膠層間剝離強力由13.6kgf增加至26.3kgf，相較於原布強力提升比例為93.4%。

This research is to study the high strength polyester fabric pre-treatment by oxygen plasma 60S30W, 60W, 90W and 120W, in the RFL chemical solid composition and IL-6 concentration of 4%, 6% for adding. Analysis adhesion strength between fabric to fabric and fabric to rubber of the conveyor belt, and the effect of PETfabric mechanical properties.From the result, the best treatment condition is oxygen plasma treated60S120W and adding 6% of IL-6.In the adhesion strength of fabric and fabric layer compared with the untreated has raised up to 25.8kgf (111.4%), and fabric and rubber layer has raise…

本研究之目的為製作一電致發光布，透過浸沾式塗佈法(dip-coating)將各層材料於不平整的導電織物上成型，使最後成型的織物能夠透過電致發光的原理達到布面發光的效果。根據塗佈的程序，本研究所選用的樹脂材料分別為BT2100、螢光粉混合ITK5517、ITK5517，以及最外層的電極。為了確認浸沾式塗佈法所能夠呈現的效果，在研究初期，針對各層樹脂及電極層材料( ITO/PET、聚二氧乙基塞吩(PEDOT:PSS)、聚苯胺(PANI) )對織物的塗佈均勻性以及硬挺度等進行探討。待作法確立之後，則是針對表面的高分子進行評估研究，主要是將PEDOT:PSS與PANI依不同比例混合，讓PEDOT:PSS塗佈時所產生的缺陷，透過PANI的良好表面附著性將具有缺陷的導電介面填補，使其更適合作為電致發光織物之表面電極。由實驗結果得知，浸沾式塗佈可達到各層樹脂均勻分布於織物表面，獲得較佳的表面均勻度，而當PEDOT:PSS與PANI的混合比例…

The purpose of this study is to make an electroluminescent fabric, through the dip-coating method, use different layer materials forming in the conductive fabric, let the final forms can light out through the electroluminescent theorem. According to the coating method, we choses the resin materials were BT2100, phosphor adding with ITK5517, ITK5517, and the outer electrode layer. To confirm the dip-coating method can achieve the result, in the beginning of study, we direct against each resin and electrode materials (ITO/PET, PEDOT:PSS, PANI) for the uniformity and the stiffness effect on fabr…

本研究以聚乙二醇十八烷基醚(polyoxyethylenated stearyl ether)及馬來酸酐(maleic anhydride)為原料合成一系列改質雙分子界面活性劑，合成的產物以傅利葉紅外線光譜分析儀(FTIR)確認其構造，所測試的性質包括表面張力、接觸角、起泡性、乳化安定性及分散性，由測試結果顯示一系列改質雙分子界面活性劑具有良好的界面性質，包括降低表面張力、良好的濕潤性、低起泡性、良好的乳化安定性及分散性。

In this article, a series of modified gemini surfactants has been synthesized by the reaction of polyoxyethylenated stearyl ether and maleic anhydride. The two hydrophilic ethylene oxide chains were appended to maleic anhydride through condensation with polyoxyethylenated stearyl ether. The structure of the final products was confirmed by FTIR. From measuring surface activities, these gemini surfactants were exhibited lower surface tension, low foaming, good wetting, emulsion and dispersibility.

本研究利用熱熔膠當作微膠囊之殼材(Shell)，螢光染料為芯材(Core)，以其殼芯比例1：1、1：3、1：6、1：9及1：12，分別於不同轉速300 rpm、600 rpm、900 rpm、1000 rpm和1100 rpm條件，應用溶劑揮發法進行製作微膠囊之製備。結果顯示微膠囊於10*20與10*30倍率之光學顯微鏡下之外觀呈現同心圓型態，並且成形效果良好。探討不同轉速條件下之溶劑揮發時間，發現當轉速達1100rpm時，可得溶劑揮發速度之時間小於30min。接著微膠囊於紫外線光譜儀之吸收值中顯示出，殼芯比1:9且轉速300 rpm時之吸收值最大，為2.281(Abs)。計算微膠囊之芯材包覆機率，當殼芯比1:9且轉速1100 rpm有最佳之包覆機率達98.15%。檢測膠囊之平均粒徑，顯示粒徑均勻分布，而當殼芯比1:3轉速1100 rpm時膠囊粒子最小為107.83 ?m。

This research uses the hot melt rubber to treat as the shell material, the fluorescence dye is the core material, by its shell core proportion 1:1, 1:3, 1:6, 1:9 and 1:12, separately in different rotational speed 300rpm, 600rpm, 900rpm, 1000rpm and the 1100rpm condition, carries on using the resolver volatility law manufactures preparation of the micro capsule. The result showed that the micro capsule the outward appearance presents the concentric circle condition in 10*20 and of optical microscope under the 10×30 percentage, and the formed effect is good. Then the micro capsule absorption of…

自古服裝與人類的關係，常隨著時代的變遷，政治、經濟、社會思想、價值觀及人們對美的追求和品味，不斷的求新求變，而呈現不同的風貌。十八世紀法王路易十五執政時期洛可可時尚藝術風潮，逐漸取代巴洛克藝術風格，流行於歐洲各地。相較於巴洛克時期服飾展現豪華、權威、誇張的情感表現，洛可可則以甜美、輕快、飄逸、優雅、高尚風格呈現。在設計構圖上採以不對稱的造型，運用C形的漩渦花紋及S形曲線，創造出美麗的流線形，色調的搭配則以粉色系為主，醞釀出甜蜜，浪漫的藝術表現，雖歷經兩百多年，不減其風華，仍為後人所驚艷。本研究除針對洛可可藝術風格在文化藝術價值上的成就，做探索外並透由研究過程了解當代優秀設計師們創作理念及對時尚流行趨勢的敏感度。嘗試擷取其流行元素做為創意發想的靈感來源，並選擇色調淡雅之布料，以平面打版及立體剪裁方式，製作出具現代感的典雅浪漫服飾。

From the old time till now, the relationship of clothing and humanity always changes and renews to different styles with the time transition, politics, economy, social thought, values and the pursue of beauty and taste. During the 18th century, the running time of King Louis XIV of France, the rococo style substituted gradually to the Baroque style, and became popular in Europe. Compared to the Baroque time clothing, which showed luxurious, authority, and exaggerating emotion performance, but the Rococo style was presented delightful, lively, elegant, graceful, and high-end. Make unequal styl…