針對液晶電視產品，在探討永續發展與環保議題下，大多數的研究鑽研在探討理性上的環保數據比較與改進，卻很少有研究以感性設計訴求投入在產品永續設計上；另一方面來說，以感性工學為基礎，探討感覺意象與造型關係的研究頗多，亦很少在產品永續設計上有更進一步之探討研究。因此本研究針對液晶電視產品，探討在永續發展與環保議題下，以感性化的永續設計為出發點，探討液晶電視綠色語彙與造型要素對應關係研究。
研究內容主要分為四個階段: 第一個階段為初步收集，廣泛收集液晶電視樣本照片後，歸納出研究用的25個液晶電視樣本，收集大自然綠色語彙218個，與液晶電視造型語彙254個；第二個階段為篩選，將綠色語彙與造型語彙交集得到186共同語彙，並進一步透過問卷篩選出21對正式研究用語彙；第三個階段為綠色語彙與液晶電視形態要素關連分析，以25個液晶電視樣本與21對正式研究用語彙，運用語意差異法對受測者做測量，所得資料進行因素分析與集群分析，得出6對代表性的綠色語彙，並運用多元迴歸分析建立綠色造型設計函數預測式；第四個階段為結果驗證，採用液晶電視6個樣本與6對代表性的綠色語彙，以語意差異法做問卷，以T 檢定來確認造型語彙函數預測式與液晶電視之造型要素對應關係之可信賴度與準確度。研究結果顯示，『省能源-浪費能源』、『明亮-晦暗』、『安定-不安』，不具有顯著的差異，由此可推論出這些意象語彙之預測信賴度較高。
經由本研究所得到隱含著液晶電視綠色造型設計法則，期望可幫助設計師在設計產品時，能多一份關懷地球的心來從事這份設計產品工作，也藉由本研究所探討出的液晶電視綠色造型語彙資料庫，來做進一步的思考，開創液晶電視之最佳感性化的永續設計。

Regarding to LCD TV product’s related research, most researches focus on rational environmental data comparison and improvement under sustainable development and environmental issue. Nevertheless, few sensation design researches pursue for sustainable product design. In other words, most researches study the relationship between affective image and form but few researches have further study on sustainable product design. As a result, this research will initiate from affective sustainable design and study the relationship between LCD TV green vocabulary and form element under sustainable development and environmental issue.
There are four main stages in this research as followed. First stage is initial data collection. LCD TV photo samples were extensively collected to induce 25 LCD TV samples for experiment application. Besides, 218 nature green vocabularies and 254 LCD TV form vocabularies were also collected. The second stage focus on inspection. In this stage, Green and form vocabulary was mixed to conclude 186 common vocabularies. And through questionnaire, 21 sets of formal experiential vocabulary were obtained. In the third stage, The association analysis between green vocabulary and LCD TV element was performed. 25 LCD TV samples and 21 formal experiential vocabularies were studied. Meanwhile, The mthod of semantic differential was usae for interviewers. From the data, Six representative green vocabularies were obtained by Factor Analysis and Cluster Analysis. And multiple regression analysis was used to create green form design rule. The fourth stage is result verification. In this stage, Six LCD TV samples and six representative green vocabularies obtained from third stage were investigated. The mthod of semantic differential was used for questionnaire. In this stage, T inspection can be used to verify form semantic function forecast and LCD TV associative relationship’s reliability and accurateness. According to research result, no significant difference exists in “energy-saving / energy wasting”, “brightness / darkness” and “safe / unsafe”. It concludes that the forecast reliability is higher for image vocabulary.
From this research, LCD TV green form design rule were obtained. It is hoped that such rule can contribute to designers product design tasks. The green vocabulary database obtained induce from this research can be further enlarged to create LCD TV’s best sustainable emotional design.

˙Childs, T., Agouridas, V. and Barnes, C.，2006，”Controled Appeal Product Design: a Life Cycle Role for Affective (Kansei) Engineering”，Preceedings of LCE2006，13th International CIRP Life Cycle Engineering Conference，pp. 537~542
˙Kaiser, H. F.，1974，”An Index of Factorial Simplicity”，Psychometrics，Vol.39，pp.31-36
˙Kempf, D.，1999，”Attitude Formation from Product to Trial: Distinct Role of Cognition and Affect for Hedonic and Functional Products”，Psychology and Marketing，Volume 16，Issue 1，pp. 35-50
˙Nagamachi, M.，2002，”Kansei engineering as a powerful consumer-oriented
technology for product development”，Applied Ergonomics，Volume 33, Issue 3，pp. 289-294，May 2002
˙Nakada, K.，1997，”Kansei engineering research on the design of construction machinery”，International Journal of Industrial Ergonomics，Volume 19，Issue 2，pp. 129-146，February 1997
˙Norman, D.A.，1983，”Design role based on analyses of human error”，Commutation of ACM，Volume 26，pp.254-258
˙Ray, P. H., and Anderson, S. R.，2001，The Cultural Creatives: How 50 Million People Are Changing the World，Random House Inc，USA
˙Socolof, M. L., Overly, J. G. and Geibig, J. R.，2005，”Environmental life-cycle impacts of CRT and LCD desktop computer displays”，Journal of Cleaner Production，Volume 13，Issues 13-14，November-December 2005
˙王宗興，2002，自行車車架造型特徵對意象認知影響之研究，成功大學工業設計研究所碩士論文
˙李建璁，2004，”感性工學 Kansei Engineering”，勞工安全衛生簡訊，第66期，八月2004
˙林廷諺，2007，X倍數指標(Factor X)對於液晶顯示器綠色設計進步性評估，成功大學機械工程學系研究所碩士論文
˙長町三生，1989，感性工學，海文堂，日本東京
˙張文智，許言，1997，”我國電視機造形發展研究”，設計學報，2卷2期，頁55-69，12月1997
˙張育銘，鄧怡莘，2003，”由設計意圖中淺談感性工學”，國立成功大學校刊，第196期，頁94~102
˙張嘉萍，2005，產品造型特徵與品牌形象之一致性研究-以液晶電視為例，大同大學工業設計研究所碩士論文
˙陳國祥，管倖生，鄧怡莘，張育銘，2001，”感性工學-將感性予以理性化的手法”，工業設計，第29卷第一期，五月2001
˙陳肇杰，1994，產品造型評價語彙之研究，成功大學工業設計研究所碩士論文
˙黃璟松，蘇俊毅，馬敏元，2005，”應用魅力工學探討太陽眼鏡魅力之研究”，2005第十屆中華民國設計學會設計學術研討會，台北，頁 431-436
˙黃崇彬，原田昭，1998，”日本感性工學發展近況與其在遠隔控制介面設計上應用的可能性”，中日設計教育研討會論文集，PP.17-26
˙黃俊英，1998，多變量分析，華泰文化事業公司，台北，第六版
˙程慧瑛，1997，產品造型語彙與造型要素轉換之研究，成功大學工業設計研究所碩士論文
˙楊世瑩，2005，SPSS統計分析實物，旗標出版
˙楊政融，2006，反應曲面法進行液晶螢幕多重領域最佳設計，成功大學機械工程學系研究所碩士論文

˙魏夢麗，呂秀英，1999，”決定係數(R²)在迴歸分析中的解釋及正確使用”，科學農業，47期，PP,341-345

參考網址
1. 英國永續設計中心The Centre for Sustainable Design
http://www.cfsd.org.uk/
2. 世界企業永續發展委員會World Business Council for Sustain Development
http://www.wbcsd.org/templates/TemplateWBCSD5/layout.asp?MenuID=1
3. 綠色設計聯盟
http://gdn.ema.org.tw/gdnse01co01i0a.asp?gdnorgid=i020101&inout=02
4. 聯合理財網
http://money.udn.com/html/rpt/rpt85292.html