哈尔滨地区住宅装修对室内空气污染的调查研究
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摘要
随着我国国民经济的快速发展,人们的生活水平越来越好,对居住环境的要求也越来越高。室内装修设已计成为热门的行业,从业人数不断增多。合理利用空间,把室内布置得合理、美观,使家居生活更加绿色、环保、舒适、低碳、健康,这就是室内装修与设计的目的。哈尔滨是东北地区最大的中心城市,素有冰城之美誉。经过几十年的建设,哈尔滨是中国东北北部地区政治、经济、科技、文化、住宅、交通中心,也是国家批准的历史文化名城。
室内设计艺术不仅能体现一个城市的经济繁荣,也体现了人们的基本文化素养和艺术审美情趣,是居民生活水平的真实反映。绿色、环保、低碳已成为时尚装修的代言词,如何引导百姓健康装修,提高人们的生活质量,具有重要的现实意义。本文是通过哈尔滨地区住宅装修对室内空气污染的问卷调查及采访,总结分析目前哈尔滨地区住宅装修导致室内空气污染尤其是危害居住者身心健康的普遍现象,进而提出哈尔滨地区住宅装修过程中应使用绿色环保、低碳材料的重要作用以及对装修市场的调查和室内设计师的素质提出可行性对策。最终证明在住宅装修中应注意各项装修材料的使用和设计人员的创意施工用材的重要性与必要性。同时,更希望借助此文引起哈尔滨地区及社会各界通过住宅装修导致室内空气污染的重视,进而推动住宅的绿色环保,低碳的健康发展。希望通过我的调查分析,能为哈尔滨的室内设计行业的发展贡献一点绵薄之力。由于历史文化原因及地理环境的限制,哈尔滨的气候和建筑形成北方独有的特色,以往的研究大多是从普遍性的角度进行研究,因此,哈尔滨装修市场的实地考察及哈尔滨家庭装修的适宜设计对地区性文化特色的传承与发展意义重大,也为构建和谐靓丽的冰城增色添辉。
Along with our country national economy of fast development, people of life more and more good, request living environment also more and more gao.Indoor repair a design to become popular profession, continuously increase from the industry number.Reasonable make use of space, pair of indoor decoration reasonable, beauty, make the house reside life more green, environmental protection, comfort, health, this be indoor repair with design of purpose.Harbin is the biggest center city in northeast region and the vegetable contain the good reputation of ice city.Through the construction for several decades, Harbin is China northeast the north region politics, economy, science and technology, culture, residence, transportation center be also a nation approval of history cultural city.
Interior design art not only ability body now the economy of a city prosperity, also body now people's basic cultural cultivated manners and art appreciate beauty interesting aspect and is residents life level of true reflection.The green, environmental protection, low carbon have become the generation that the vogue repair speech phrase, how leading common people health repair, exaltation people of life quality, have importance of reality meaning.This text is the questionnaire which repair to the indoor air pollution through residence in Harbin and interview, summary analysis residence in Harbin repair to cause indoor air pollution particularly currently is endanger live mind and body health of widespread phenomenon, then put forward residence in Harbin to repair process in should usage environmental protection, low carbon material of importance function and put forward a possibility counterplan towards repairing a market of investigate and interior design teacher of character.End certificate in the residence repair should attention each item repair material of usage and design the personnel's creativity construction use the importance and necessity of material.In the meantime, more the hope ask for help of this text to cause region in Harbin and society the public repair to value indoor air pollution through a residence, then push residence of green environmental protection, low carbon of health development.Hope pass my to investigate analysis, ability is the interior design profession of Harbin of development contribute some humble effort.Because the reason and geography environment of the history cultural of restriction, the weather of Harbin and building formation north of the special features for possess singly, former of research mostly carry on research from the angle of catholicity, therefore, Harbin repair a market of on-the-spot investigation and family in Harbin repair of feat design to the spread of local cultural special features accept with development meaning graveness, also for set up harmony the Jing beautiful ice city increase a color to add Hui.
室内设计艺术不仅能体现一个城市的经济繁荣,也体现了人们的基本文化素养和艺术审美情趣,是居民生活水平的真实反映。绿色、环保、低碳已成为时尚装修的代言词,如何引导百姓健康装修,提高人们的生活质量,具有重要的现实意义。本文是通过哈尔滨地区住宅装修对室内空气污染的问卷调查及采访,总结分析目前哈尔滨地区住宅装修导致室内空气污染尤其是危害居住者身心健康的普遍现象,进而提出哈尔滨地区住宅装修过程中应使用绿色环保、低碳材料的重要作用以及对装修市场的调查和室内设计师的素质提出可行性对策。最终证明在住宅装修中应注意各项装修材料的使用和设计人员的创意施工用材的重要性与必要性。同时,更希望借助此文引起哈尔滨地区及社会各界通过住宅装修导致室内空气污染的重视,进而推动住宅的绿色环保,低碳的健康发展。希望通过我的调查分析,能为哈尔滨的室内设计行业的发展贡献一点绵薄之力。由于历史文化原因及地理环境的限制,哈尔滨的气候和建筑形成北方独有的特色,以往的研究大多是从普遍性的角度进行研究,因此,哈尔滨装修市场的实地考察及哈尔滨家庭装修的适宜设计对地区性文化特色的传承与发展意义重大,也为构建和谐靓丽的冰城增色添辉。
Along with our country national economy of fast development, people of life more and more good, request living environment also more and more gao.Indoor repair a design to become popular profession, continuously increase from the industry number.Reasonable make use of space, pair of indoor decoration reasonable, beauty, make the house reside life more green, environmental protection, comfort, health, this be indoor repair with design of purpose.Harbin is the biggest center city in northeast region and the vegetable contain the good reputation of ice city.Through the construction for several decades, Harbin is China northeast the north region politics, economy, science and technology, culture, residence, transportation center be also a nation approval of history cultural city.
Interior design art not only ability body now the economy of a city prosperity, also body now people's basic cultural cultivated manners and art appreciate beauty interesting aspect and is residents life level of true reflection.The green, environmental protection, low carbon have become the generation that the vogue repair speech phrase, how leading common people health repair, exaltation people of life quality, have importance of reality meaning.This text is the questionnaire which repair to the indoor air pollution through residence in Harbin and interview, summary analysis residence in Harbin repair to cause indoor air pollution particularly currently is endanger live mind and body health of widespread phenomenon, then put forward residence in Harbin to repair process in should usage environmental protection, low carbon material of importance function and put forward a possibility counterplan towards repairing a market of investigate and interior design teacher of character.End certificate in the residence repair should attention each item repair material of usage and design the personnel's creativity construction use the importance and necessity of material.In the meantime, more the hope ask for help of this text to cause region in Harbin and society the public repair to value indoor air pollution through a residence, then push residence of green environmental protection, low carbon of health development.Hope pass my to investigate analysis, ability is the interior design profession of Harbin of development contribute some humble effort.Because the reason and geography environment of the history cultural of restriction, the weather of Harbin and building formation north of the special features for possess singly, former of research mostly carry on research from the angle of catholicity, therefore, Harbin repair a market of on-the-spot investigation and family in Harbin repair of feat design to the spread of local cultural special features accept with development meaning graveness, also for set up harmony the Jing beautiful ice city increase a color to add Hui.
引文
第一章 绪论
[1]引自互联网.全装修住宅室内环境质量的检测和监理及防治[EB/OL-]
[2]王健.住宅装修导致室内甲醛污染的控制研究[D].2005,4.54
[3]王龙.哈尔滨市住宅建设及消费若干问题研究[D].哈尔滨建筑大学,1995,5.9-10
[4]路红.和谐人居——中国城镇小康住宅发展的理想目标[M].中国建筑工业出版社,2007
[5]引自互联网.浅谈室内设计与装饰的发展和今后流行的新动向[EB/OL]
[6]李忠富.国外住宅科技状况与发展趋势[J].住宅科技,2000,3
[7]引自互联网.中华建筑报[EB/OL]
[8]弓引自互联网.国外住宅科技状况与发展趋势[EB/OL]
[9](日)松村秀一,田边新一.21世纪型住宅模式[M].机械工业出版社,2006
[10][11][16][19]吕永中.室内设计原理与实践[M].高等教育出版社,2008,1.142-145
[12]行淑敏.室内光环境设计—以人为本[J].家具与室内装饰,2002,3
[13]陈敬国.哈尔滨市住宅室内设计的健康因素研究[D].2007.21
[14]高祥生,韩巍.室内设计手册[M].中国建筑工业出版社,2001
[15]曹民干.地面辐射采暖技术及其发展前景[J].住宅科技,2003,3
[17]Nakai S, Itoh T, Morimoto T. Deaths form heat-stroke in Japan:1968-1994. Int J Biometeorol [M].1999,43(3).124-127
[18]林一南.噪声与健康[J].大众医生,2002,2
[20][21]引自互联网.反思与展望[EB/OL]
[22]引自互联网.室内设计师应具备的修养[EB/OL]
[23]引自互联网.室内装饰设计装修[EB/OL]
[24]引自互联网.室内设计的美学原理[EB/OL]
[25]引自互联网.房屋装修的心理准备[EB/OL]
[26]沈涵.色彩与居室装修设计[J].山西建筑杂志,2009,11(35).26-27
[27]程丽颖,袁恩培.色彩心理学在家装设计中的运用[J].边疆经济与文化,2009,12(72).54-55
[28]引自互联网.色彩设计哲学[EB/OL]
[29][30]引自互联网.居室绿化的作用[EB/OL]
[31]姚丹丽.浅谈室内设计中的陈设艺术[J].文艺生活,2009,3.22-24
[32]引自互联网.室内陈设艺术[EB/OL]
[33][34]张伟.家具在室内布置中的主体地位及作用[J].环境艺术,2009,8.30-31
[35][36]引自互联网.居室采光的设计[EB/OL]
[37]引自互联网.绿色家居[EB/OL]
[38]引自互联网.低碳设计[EB/OL]
[39]引自互联网.低碳生活环保装修不再是传说[EB/OL]
[40]沈丽娟.室内环保意识提高哈市简约化装修风头正劲[N].黑龙江日报,2005,08.11
[41][42]王健.住宅装修导致室内甲醛污染的控制研究[D].2005,4.13
[43]于亚军,吴英君.淘汰107建筑胶的必要[J].新型建筑材料,2002,2.18-20
[44]吴立华.壁纸的种类[J].建材工业信息,2000.21-39
[45]符芳,钱士英.建筑装饰材料[M].东南大学出版社,1994,11
[46]陈继伟.壁纸原纸的研制[J].造纸科学与技术,2003,22(6).90-93
[47]引自互联网.室内装饰材料[EB/OL]
[48]引自互联网.室内装饰装修材料中甲醛限量标准[EB/OL]
[49]引自互联网.浅谈室内设计与装饰的发展和今后流行的新动向[EB/OL]
[50]叶娟娟.室内装修污染的思考[N].河北日报,2009,3
[51]引自互联网.装修打造温馨家居[EB/OL]
1 王谋凤,于凌志,吕华东等.新装修住宅室内空气甲醛污染调查分析.海峡预防医学杂志,2000,6(2)：17
2 王菲凤.现代装饰材料所致居室空气污染及防治对策.福建师范大学学报.2000,16(3)：65～69
3 吕永中.室内设计原理与实践.高等教育出版社,2008(1)：142～145
4 陈月飞.住宅设计的若干问题.住宅科技,2001(5)：13～15
5王澎.室内空气质量及污染控制.环境科学与技术,2001,24(2)：26～27
5 李延红,苏瑾,杨滨等.装饰材料中甲醛对居室空气污染和健康危害研究.劳动医学,2001,18(1)：25～27
6 冯芳,张占恩等.建筑和装饰材料导致室内污染的研究.新型建筑材料,2001(12)：39～41
7.李中秋,王云.室内空气污染及防治对策.城市环境与城市生态,2002：45～46
8马仁民.通风的有效性与室内空气品质.暖通空调,2000,30(5)：20～23
9于亚军,吴英君等.淘汰107建筑胶的必要.新型建筑材料,2002,2：18～22
10贾松树,胡巅,王峥等.新装修居室空气中甲醛浓度的变化.环境与健康杂志,2002,4(6)：447～448
11李中海.装饰装修材料企业必须严格执行“室内装饰装修材料有害物质限量”10项国家标准.中国建材科技,2002,1：6-8
12陈迪云.麦宇宁.室内空气质量与健康关系分析.广州大学学报(自然科学版),2002,1(4)：23～28
13胡海燕.建筑室内设计．化学工业出版社,2010,(1)：210～230
14卢网珍，杨自力等.装修住宅甲醛污染现状及防制对策.现代预防医学,2002,29(6)：826～828
15王治君.现代家庭装饰设计.黑龙江科学技术出版社,1999
16胡冠九,尹卫萍.室内空气中甲醛的测定方法.环境监测管理与技术,2002：6
17杨波.室内装修设计入门．安徽科学技术出版社,2008(1)：189～200
18邹越,侯云芬等.室内空气污染与建筑通风.北京建筑工程学’院学报,2002,18(1)：51-56
19刘杰,姚汉超,陈茂林等.人造板材释放的甲醛所致的遗传毒性的研究.环境科学学报,2003,23(5)：679～682
20沈默.低碳装修让生活更美好.城市快报,2009,12.30～31
21张怀娜.居室空气污染对人体健康的影响.中国公共卫生管理,2003,19(1)：78～79
22赵淑华,李景舜.居室空气甲醛污染及对健康的影响.中国卫生工程学,2002,1(3)：153～154
23环境保护部环境工程评估中心编,环境影响评价案例分析.中国环境科学出版社,2009
24李志强,王宇红等.住房室内装潢后空气甲醛含量变化的研究.现代预防医学,2003,30(6)：762～763
25柯冰,涂亚庭,姚鹏等.室内装修后空气中挥发性有机物污染状况调查分析.中国社会医学杂志.2007.(1)
26李曙光,刘亚萍,林丽鹤等.家庭装修室内空气污染对居民健康影响.中国公共卫生,2007,23(4)：400～401
27(日)中岛龙兴,(日)近田玲子等.照明设计入门.中国建筑工业出版社,2005
28刘晓红.室内环境污染研究现状与展望.木材工业,2003(2)：8～11
29罗道成.建筑和装饰材料的室内污染对人体危害及预防措施.中国安全科学学报,2003,13(3)：66～68
30王伟光,郑国光.气候变化绿皮书.社会科学文献出版社,2009-10
31袭著革.室内空气污染与健康.化学工业出版社,2003
32庞蕴凡.视觉与照明.中国铁道出版社,1993：35～50
33于慧芳,李心意等.装饰装修材料中甲醛的含量.环境与健康杂志,2004,21
34曹伟.建筑材料的可持续发展及其实例分析.住宅科技,2001(11)：23～24
35徐有明,张友华.我国人造板行业胶粘剂存在的主要问题及解决对策.湖北林业科技,2004,1：41～46
36吕阳等.室内装修污染与防治研究进展.中国住宅设施,2004,(5)：32-35
37(美)戈瑞.建筑师评建筑师.知识产权出版社,2004,7：33～40
38陈红卫,寇贞卫.室内空间.江西美术出版社,2009：25～30
39骆中钊,张仪彬.家居装饰设计.中国电力出版社,2009,(1)：120～130
40张宪荣,张萱.设计色彩学.化学工业出版社,2003
41胡蘅生,张新英等.装修后居室空气污染及健康效应.环境与健康杂志,2004,21(1)：47～49
42于慧芳,李心意等.装饰装修材料中甲醛的含量.环境与健康杂志,2004,21(3)：155～156
43宋广生．室内空气质量标准解读.机械工业出版社,2003.
44谢锦尧,林海.装修后室内空气中甲醛污染调查.中国公共卫生,2005,21(4)：482～483
45葛杨.室内甲醛污染的研究.沧州师范专科学校学报.2004,20(1)：50～51
46申铁莲,丁忠良,王晶.浅谈室内环境的污染.北方环境,2005,30(4)：36～37
47催九思.室内空气污染监测方法.北京化学工业出版社,2002
48来增祥,陆震伟.室内设计原理.中国建筑工业出版社,2004
49李庆君.观赏植物吸收居室甲醛能力的比较.东北林业大学,2006
50丁岚.室内绿化装饰小技巧.山西建筑,2006,32(8)：25～26
51白雁斌,刘兴荣.吊兰净化室内甲醛污染的研究.海峡预防医学杂志,2003,9(3)：26～27
52安领弟.首次常用植物净化室内环境污染结果发布.中华建筑报,2005
53甄洪飞,许丽娟.居室装修污染与防治方法.黑龙江环境通报,2005,29(2)：79～80
54涂华林.室内装饰材料与施工技术.武汉理工大学出版社,2008(1)：326～350
55吴萍,刘金洲.室内空气甲醛污染危害及其控制措施.公共卫生与预防医学,2006,17(4)：59～60
56许蚌.色彩学在城市住宅环境设计中的运用.艺术百家,2007.(1)
57赵从旭.绿色建材与家居装修.装饰装修天地,2001(5)：14～15
58郭谦,李春郁.家具与陈设.水利水电出版社,2007
59林浩.精装修住宅室内环境质量检测和监督及控制.江苏建筑,2007.(03)
60李庆军.观赏植物吸收居室甲醛能力的比较.东北林业大学,2006
62陈继伟.壁纸原纸的研制.造纸科学与技术,2003,22(6)：90～93
63杨瑞.如何消除现代建筑的室内空气污染.北京房地产,2006.(07)
64蒋荣.家装室内设计理念中的以人为本.山西建筑,2006,32(7)：27～28
65(日)松村秀一、田边新一《21世纪型住宅模式》．机械工业出版社,2006
66周晓晶.室内观赏植物净化甲醛效果的研究.北京林业大学,2007
67李彬彬.设计心理学.中国轻工业出版社,2001
68文辉.21世纪的住宅模式.住宅科技,2001(4)：17
69陈列.建筑设计中的绿色技术.广东建材,2008.(03)
70张舯鹏.浅析家庭室内设计的色彩因素.科技资讯,2009(4)
71范悦,程勇.可持续开放住宅的过去和现在.建筑师,2008.(03)
72杨建坤,张旭,李峥嵘等.北方小城镇居住建筑供暖现状调查.煤气与热力,2007.(10)
73张伟.《家具在室内布置中的主体地位及作用》.环境艺术,2009.8.30-31
74温家宝总理在十届全国人大三次会议上的政府工作报告(摘登).人民日报,2005.3.6,第三版
75中国室内环境网.2005年第三号3.15室内环境特别警示：甲醛已成为我国新装修家庭中的主要污染物http://www.cietc.com/jingshi22.htm,2005,03(15)
76胡冶明.关于全装修商品住宅问题的探讨.中外建筑,2008.(05)
77邓其娟.浅谈室内空气治理方法.科技促进发展,2009.(12)
78王英华.浅谈住宅全装修项目管理模式.福建建设科技,2007.(05)
79彭万喜,许少宏.甲醛面面观.家具与室内装饰,2007,09.29～31
80刘泮森.浅析建筑节能与生态环境.山西建筑,2009.(01)
1 Me Clellan R O.Setting ambient quality standards for particulate matter.Toxicology,2002,181 (27):329～347
2 Garrett M.H.,Hooper B.M..Formaldehyde in Australian homes;levels and sources.Clean Air 1997,31,(20):1997
3 LEE Zheng rong;Wang Jing jing. Discussion on new in situ measurement technology for building enclosure thermal performance.International Workshop on Energy and Environment of Residential Building 2007.Harbin (CN).2007:P482-484
4 Jones A P,Indoor air quality and health.Atmosphere Environment,1999,33:4535-4564
5 Wolkoff Peder.How to measure and evaluate volatile organic compound emissions frombuilding products A perspective.The Science of the Total Environment,1999, 227,(2):197～213
6 Wargocki P,Wyon D P,Baik Y K,et al.Perceived air quality,sick building syndrome(SBS)symptoms and productivity in an office with two different pollution loads.Indoor Air,1999,9,(3):165～179
7 Relationship between indoor and outdoor bioaerosols collected with a button inhalable aerosol sampler in urban homes.Indoor Air,2006,16(1):37～47
8 Klemm R J,Mason R M J,Heilig C M,et al.Is daily mortality associatedspecifically with fine particles?Data reconstruction and replication of analyses.Journal of Air& Waste Managment Association.2000,50(7):1215～1234
9 Jarnstrom H,Saarela K.Material emissions in new buildings.Proceedings:Healthy Buildings2003:204-209
10 Burnett J,Niu J L.Setting up the criteria and credit awarding scheme for building interior material selection to achieve better indoor air quality.Environment International,2001,26(7):573～580
11 Reiser R,Meile A,Hofer C and Knutti R.Indoor air pollution by volatile organic compounds(VOC)emitted from flooring material in a technical university in Switzerland.Proceedings:Indoor Air 2002:1004～1009
12 Iwata T,Tsukahara H,Hori M.Aldehydes and VOCs in newly built unoccupied houses in Tokyo.Proceedings:Healthy Buildings 2003:154～159
13 Niu Jianlei.Some significant environmental issues in high rise residential building design inurban areas.Energy and Buildings,2004,36,(12):1259～1263
14 Sekine Y,Iwata T,Okagaki D.Measurements of indoor concentrations of aldehydes,VOCs and fungi in newly built apartment houses in Tokyo.Proceedings: Healthy Buildings2003:148～153
15 Ribota B,Ginestetb A,et al.Indoor air quality in two different commercial buildings:Part l:ventilation,temperature,humidity of air and gas concentrations. Proceedings:Healthy Buildings,2003:620～625
16 Gayathri.N., BalasubramanianN, Determination of formaldehyde in effluents ofEleetroless plating baths.Metal finishing.Elsevier Seienee Ine.2001,99(11):33～34
17 Reiser R,Meile A,Hofer C and Knutti R.Indoor air pollution by volatile organic compounds(VOC)emitted from flooring material in a technical university in Switzerland.Proceedings:Indoor Air 2002:1004～1009
18 Jarnstrom H,Saarela K.Material emissions in new buildings.Proceedings:Healthy Buildings 2003:204～209
19 Yuko Soma,Hideko Sone,Akiko Takahagi.The influence of indoor air on personal exposure to volatile organic compounds and its risk estimation.Journal of Risk Research.2002,5(2):105～117
20 Li Yunhua;Zhang Jili;Sun Dexing. Development of Energy Consumption Database Management System of Existing Large Public Buildings.International Conference on Enhanced Building Operations.Shenzhen (CN).2006:P11～16
21 Crump Derrick,Chuck Yu.A Review of the Emission of VOCs from Polymeric Materials usedin Buildings.Building and Environment,1998,33,(6):357～374
22 Wei Bing;Gao Yuefen;Wang Xiangning;Wang Zhiwei;Li Li. The indoor thermal environment simulation and analysis of emporium with atrium.2006 International Solar Energy Conference (ISEC 2006).Denver,Colorado,USA.2006:537～543
23 Renata Wiglusz,Elzbieta Sitko,Grazyna Nikel,et al.The effect of temperature on theemission of formaldehyde and volatile organic compounds(VOCs)form laminate flooring casestudy.Building and Environment,2002:37-42
24 Liu Xiaoyan;Li Xiaoqing;Sun Jiangane;Wang Zhen.The Thermal Test and Analysis of Envelope in Existing Buildings.International Conference on Enhanced Building Operations.Shenzhen(CN).2006:P881-886
25 Zhang K M,Wexler A S.Modeling the number distributions of urban and regional aerosols:theoretical foundations.Atmospheric Environment,2002,36(11):1863～1874
26 Wilson W E,Mage D T,Grant L D.Estimating separately personal exposure toambient and non ambient particulate matter for epidemiology and riskassessment:why and how.Journal of the Air&Waste Management Association,2000,50(7):1167～1183
27 Sekine Y,Iwata T,Okagaki D.Measurements of indoor concentrations of aldehydes,VOCsand fungi in newly built apartment houses in Tokyo.Proceedings:Healthy Buildings2003:148～153
28 Ribota B,Ginestetb A,et al.Indoor air quality in two different commercial buildings:Part 1:ventilation,temperature,humidity of air and gas concentrations.Proceedings:Healthy Buildings,2003:620-625
29 Nonomura M., GotoM, Tanabe H.On chromatographie determination of Formaldehyde and orghaeaci acids in environmental samples.Kenkyu Hokoku Tokyo toritsu Sangyo Gijutsu Kenkyusho,2003, (6):65～68
30 Gomes C,Freihaut J,Bahnfleth W.Resuspension of allergen containing particles under mechanical and aerodynamic disturbances from human walking.Atmospheric Environment,2007,41(25):5257～5270
[1]引自互联网.全装修住宅室内环境质量的检测和监理及防治[EB/OL-]
[2]王健.住宅装修导致室内甲醛污染的控制研究[D].2005,4.54
[3]王龙.哈尔滨市住宅建设及消费若干问题研究[D].哈尔滨建筑大学,1995,5.9-10
[4]路红.和谐人居——中国城镇小康住宅发展的理想目标[M].中国建筑工业出版社,2007
[5]引自互联网.浅谈室内设计与装饰的发展和今后流行的新动向[EB/OL]
[6]李忠富.国外住宅科技状况与发展趋势[J].住宅科技,2000,3
[7]引自互联网.中华建筑报[EB/OL]
[8]弓引自互联网.国外住宅科技状况与发展趋势[EB/OL]
[9](日)松村秀一,田边新一.21世纪型住宅模式[M].机械工业出版社,2006
[10][11][16][19]吕永中.室内设计原理与实践[M].高等教育出版社,2008,1.142-145
[12]行淑敏.室内光环境设计—以人为本[J].家具与室内装饰,2002,3
[13]陈敬国.哈尔滨市住宅室内设计的健康因素研究[D].2007.21
[14]高祥生,韩巍.室内设计手册[M].中国建筑工业出版社,2001
[15]曹民干.地面辐射采暖技术及其发展前景[J].住宅科技,2003,3
[17]Nakai S, Itoh T, Morimoto T. Deaths form heat-stroke in Japan:1968-1994. Int J Biometeorol [M].1999,43(3).124-127
[18]林一南.噪声与健康[J].大众医生,2002,2
[20][21]引自互联网.反思与展望[EB/OL]
[22]引自互联网.室内设计师应具备的修养[EB/OL]
[23]引自互联网.室内装饰设计装修[EB/OL]
[24]引自互联网.室内设计的美学原理[EB/OL]
[25]引自互联网.房屋装修的心理准备[EB/OL]
[26]沈涵.色彩与居室装修设计[J].山西建筑杂志,2009,11(35).26-27
[27]程丽颖,袁恩培.色彩心理学在家装设计中的运用[J].边疆经济与文化,2009,12(72).54-55
[28]引自互联网.色彩设计哲学[EB/OL]
[29][30]引自互联网.居室绿化的作用[EB/OL]
[31]姚丹丽.浅谈室内设计中的陈设艺术[J].文艺生活,2009,3.22-24
[32]引自互联网.室内陈设艺术[EB/OL]
[33][34]张伟.家具在室内布置中的主体地位及作用[J].环境艺术,2009,8.30-31
[35][36]引自互联网.居室采光的设计[EB/OL]
[37]引自互联网.绿色家居[EB/OL]
[38]引自互联网.低碳设计[EB/OL]
[39]引自互联网.低碳生活环保装修不再是传说[EB/OL]
[40]沈丽娟.室内环保意识提高哈市简约化装修风头正劲[N].黑龙江日报,2005,08.11
[41][42]王健.住宅装修导致室内甲醛污染的控制研究[D].2005,4.13
[43]于亚军,吴英君.淘汰107建筑胶的必要[J].新型建筑材料,2002,2.18-20
[44]吴立华.壁纸的种类[J].建材工业信息,2000.21-39
[45]符芳,钱士英.建筑装饰材料[M].东南大学出版社,1994,11
[46]陈继伟.壁纸原纸的研制[J].造纸科学与技术,2003,22(6).90-93
[47]引自互联网.室内装饰材料[EB/OL]
[48]引自互联网.室内装饰装修材料中甲醛限量标准[EB/OL]
[49]引自互联网.浅谈室内设计与装饰的发展和今后流行的新动向[EB/OL]
[50]叶娟娟.室内装修污染的思考[N].河北日报,2009,3
[51]引自互联网.装修打造温馨家居[EB/OL]
1 王谋凤,于凌志,吕华东等.新装修住宅室内空气甲醛污染调查分析.海峡预防医学杂志,2000,6(2)：17
2 王菲凤.现代装饰材料所致居室空气污染及防治对策.福建师范大学学报.2000,16(3)：65～69
3 吕永中.室内设计原理与实践.高等教育出版社,2008(1)：142～145
4 陈月飞.住宅设计的若干问题.住宅科技,2001(5)：13～15
5王澎.室内空气质量及污染控制.环境科学与技术,2001,24(2)：26～27
5 李延红,苏瑾,杨滨等.装饰材料中甲醛对居室空气污染和健康危害研究.劳动医学,2001,18(1)：25～27
6 冯芳,张占恩等.建筑和装饰材料导致室内污染的研究.新型建筑材料,2001(12)：39～41
7.李中秋,王云.室内空气污染及防治对策.城市环境与城市生态,2002：45～46
8马仁民.通风的有效性与室内空气品质.暖通空调,2000,30(5)：20～23
9于亚军,吴英君等.淘汰107建筑胶的必要.新型建筑材料,2002,2：18～22
10贾松树,胡巅,王峥等.新装修居室空气中甲醛浓度的变化.环境与健康杂志,2002,4(6)：447～448
11李中海.装饰装修材料企业必须严格执行“室内装饰装修材料有害物质限量”10项国家标准.中国建材科技,2002,1：6-8
12陈迪云.麦宇宁.室内空气质量与健康关系分析.广州大学学报(自然科学版),2002,1(4)：23～28
13胡海燕.建筑室内设计．化学工业出版社,2010,(1)：210～230
14卢网珍，杨自力等.装修住宅甲醛污染现状及防制对策.现代预防医学,2002,29(6)：826～828
15王治君.现代家庭装饰设计.黑龙江科学技术出版社,1999
16胡冠九,尹卫萍.室内空气中甲醛的测定方法.环境监测管理与技术,2002：6
17杨波.室内装修设计入门．安徽科学技术出版社,2008(1)：189～200
18邹越,侯云芬等.室内空气污染与建筑通风.北京建筑工程学’院学报,2002,18(1)：51-56
19刘杰,姚汉超,陈茂林等.人造板材释放的甲醛所致的遗传毒性的研究.环境科学学报,2003,23(5)：679～682
20沈默.低碳装修让生活更美好.城市快报,2009,12.30～31
21张怀娜.居室空气污染对人体健康的影响.中国公共卫生管理,2003,19(1)：78～79
22赵淑华,李景舜.居室空气甲醛污染及对健康的影响.中国卫生工程学,2002,1(3)：153～154
23环境保护部环境工程评估中心编,环境影响评价案例分析.中国环境科学出版社,2009
24李志强,王宇红等.住房室内装潢后空气甲醛含量变化的研究.现代预防医学,2003,30(6)：762～763
25柯冰,涂亚庭,姚鹏等.室内装修后空气中挥发性有机物污染状况调查分析.中国社会医学杂志.2007.(1)
26李曙光,刘亚萍,林丽鹤等.家庭装修室内空气污染对居民健康影响.中国公共卫生,2007,23(4)：400～401
27(日)中岛龙兴,(日)近田玲子等.照明设计入门.中国建筑工业出版社,2005
28刘晓红.室内环境污染研究现状与展望.木材工业,2003(2)：8～11
29罗道成.建筑和装饰材料的室内污染对人体危害及预防措施.中国安全科学学报,2003,13(3)：66～68
30王伟光,郑国光.气候变化绿皮书.社会科学文献出版社,2009-10
31袭著革.室内空气污染与健康.化学工业出版社,2003
32庞蕴凡.视觉与照明.中国铁道出版社,1993：35～50
33于慧芳,李心意等.装饰装修材料中甲醛的含量.环境与健康杂志,2004,21
34曹伟.建筑材料的可持续发展及其实例分析.住宅科技,2001(11)：23～24
35徐有明,张友华.我国人造板行业胶粘剂存在的主要问题及解决对策.湖北林业科技,2004,1：41～46
36吕阳等.室内装修污染与防治研究进展.中国住宅设施,2004,(5)：32-35
37(美)戈瑞.建筑师评建筑师.知识产权出版社,2004,7：33～40
38陈红卫,寇贞卫.室内空间.江西美术出版社,2009：25～30
39骆中钊,张仪彬.家居装饰设计.中国电力出版社,2009,(1)：120～130
40张宪荣,张萱.设计色彩学.化学工业出版社,2003
41胡蘅生,张新英等.装修后居室空气污染及健康效应.环境与健康杂志,2004,21(1)：47～49
42于慧芳,李心意等.装饰装修材料中甲醛的含量.环境与健康杂志,2004,21(3)：155～156
43宋广生．室内空气质量标准解读.机械工业出版社,2003.
44谢锦尧,林海.装修后室内空气中甲醛污染调查.中国公共卫生,2005,21(4)：482～483
45葛杨.室内甲醛污染的研究.沧州师范专科学校学报.2004,20(1)：50～51
46申铁莲,丁忠良,王晶.浅谈室内环境的污染.北方环境,2005,30(4)：36～37
47催九思.室内空气污染监测方法.北京化学工业出版社,2002
48来增祥,陆震伟.室内设计原理.中国建筑工业出版社,2004
49李庆君.观赏植物吸收居室甲醛能力的比较.东北林业大学,2006
50丁岚.室内绿化装饰小技巧.山西建筑,2006,32(8)：25～26
51白雁斌,刘兴荣.吊兰净化室内甲醛污染的研究.海峡预防医学杂志,2003,9(3)：26～27
52安领弟.首次常用植物净化室内环境污染结果发布.中华建筑报,2005
53甄洪飞,许丽娟.居室装修污染与防治方法.黑龙江环境通报,2005,29(2)：79～80
54涂华林.室内装饰材料与施工技术.武汉理工大学出版社,2008(1)：326～350
55吴萍,刘金洲.室内空气甲醛污染危害及其控制措施.公共卫生与预防医学,2006,17(4)：59～60
56许蚌.色彩学在城市住宅环境设计中的运用.艺术百家,2007.(1)
57赵从旭.绿色建材与家居装修.装饰装修天地,2001(5)：14～15
58郭谦,李春郁.家具与陈设.水利水电出版社,2007
59林浩.精装修住宅室内环境质量检测和监督及控制.江苏建筑,2007.(03)
60李庆军.观赏植物吸收居室甲醛能力的比较.东北林业大学,2006
62陈继伟.壁纸原纸的研制.造纸科学与技术,2003,22(6)：90～93
63杨瑞.如何消除现代建筑的室内空气污染.北京房地产,2006.(07)
64蒋荣.家装室内设计理念中的以人为本.山西建筑,2006,32(7)：27～28
65(日)松村秀一、田边新一《21世纪型住宅模式》．机械工业出版社,2006
66周晓晶.室内观赏植物净化甲醛效果的研究.北京林业大学,2007
67李彬彬.设计心理学.中国轻工业出版社,2001
68文辉.21世纪的住宅模式.住宅科技,2001(4)：17
69陈列.建筑设计中的绿色技术.广东建材,2008.(03)
70张舯鹏.浅析家庭室内设计的色彩因素.科技资讯,2009(4)
71范悦,程勇.可持续开放住宅的过去和现在.建筑师,2008.(03)
72杨建坤,张旭,李峥嵘等.北方小城镇居住建筑供暖现状调查.煤气与热力,2007.(10)
73张伟.《家具在室内布置中的主体地位及作用》.环境艺术,2009.8.30-31
74温家宝总理在十届全国人大三次会议上的政府工作报告(摘登).人民日报,2005.3.6,第三版
75中国室内环境网.2005年第三号3.15室内环境特别警示：甲醛已成为我国新装修家庭中的主要污染物http://www.cietc.com/jingshi22.htm,2005,03(15)
76胡冶明.关于全装修商品住宅问题的探讨.中外建筑,2008.(05)
77邓其娟.浅谈室内空气治理方法.科技促进发展,2009.(12)
78王英华.浅谈住宅全装修项目管理模式.福建建设科技,2007.(05)
79彭万喜,许少宏.甲醛面面观.家具与室内装饰,2007,09.29～31
80刘泮森.浅析建筑节能与生态环境.山西建筑,2009.(01)
1 Me Clellan R O.Setting ambient quality standards for particulate matter.Toxicology,2002,181 (27):329～347
2 Garrett M.H.,Hooper B.M..Formaldehyde in Australian homes;levels and sources.Clean Air 1997,31,(20):1997
3 LEE Zheng rong;Wang Jing jing. Discussion on new in situ measurement technology for building enclosure thermal performance.International Workshop on Energy and Environment of Residential Building 2007.Harbin (CN).2007:P482-484
4 Jones A P,Indoor air quality and health.Atmosphere Environment,1999,33:4535-4564
5 Wolkoff Peder.How to measure and evaluate volatile organic compound emissions frombuilding products A perspective.The Science of the Total Environment,1999, 227,(2):197～213
6 Wargocki P,Wyon D P,Baik Y K,et al.Perceived air quality,sick building syndrome(SBS)symptoms and productivity in an office with two different pollution loads.Indoor Air,1999,9,(3):165～179
7 Relationship between indoor and outdoor bioaerosols collected with a button inhalable aerosol sampler in urban homes.Indoor Air,2006,16(1):37～47
8 Klemm R J,Mason R M J,Heilig C M,et al.Is daily mortality associatedspecifically with fine particles?Data reconstruction and replication of analyses.Journal of Air& Waste Managment Association.2000,50(7):1215～1234
9 Jarnstrom H,Saarela K.Material emissions in new buildings.Proceedings:Healthy Buildings2003:204-209
10 Burnett J,Niu J L.Setting up the criteria and credit awarding scheme for building interior material selection to achieve better indoor air quality.Environment International,2001,26(7):573～580
11 Reiser R,Meile A,Hofer C and Knutti R.Indoor air pollution by volatile organic compounds(VOC)emitted from flooring material in a technical university in Switzerland.Proceedings:Indoor Air 2002:1004～1009
12 Iwata T,Tsukahara H,Hori M.Aldehydes and VOCs in newly built unoccupied houses in Tokyo.Proceedings:Healthy Buildings 2003:154～159
13 Niu Jianlei.Some significant environmental issues in high rise residential building design inurban areas.Energy and Buildings,2004,36,(12):1259～1263
14 Sekine Y,Iwata T,Okagaki D.Measurements of indoor concentrations of aldehydes,VOCs and fungi in newly built apartment houses in Tokyo.Proceedings: Healthy Buildings2003:148～153
15 Ribota B,Ginestetb A,et al.Indoor air quality in two different commercial buildings:Part l:ventilation,temperature,humidity of air and gas concentrations. Proceedings:Healthy Buildings,2003:620～625
16 Gayathri.N., BalasubramanianN, Determination of formaldehyde in effluents ofEleetroless plating baths.Metal finishing.Elsevier Seienee Ine.2001,99(11):33～34
17 Reiser R,Meile A,Hofer C and Knutti R.Indoor air pollution by volatile organic compounds(VOC)emitted from flooring material in a technical university in Switzerland.Proceedings:Indoor Air 2002:1004～1009
18 Jarnstrom H,Saarela K.Material emissions in new buildings.Proceedings:Healthy Buildings 2003:204～209
19 Yuko Soma,Hideko Sone,Akiko Takahagi.The influence of indoor air on personal exposure to volatile organic compounds and its risk estimation.Journal of Risk Research.2002,5(2):105～117
20 Li Yunhua;Zhang Jili;Sun Dexing. Development of Energy Consumption Database Management System of Existing Large Public Buildings.International Conference on Enhanced Building Operations.Shenzhen (CN).2006:P11～16
21 Crump Derrick,Chuck Yu.A Review of the Emission of VOCs from Polymeric Materials usedin Buildings.Building and Environment,1998,33,(6):357～374
22 Wei Bing;Gao Yuefen;Wang Xiangning;Wang Zhiwei;Li Li. The indoor thermal environment simulation and analysis of emporium with atrium.2006 International Solar Energy Conference (ISEC 2006).Denver,Colorado,USA.2006:537～543
23 Renata Wiglusz,Elzbieta Sitko,Grazyna Nikel,et al.The effect of temperature on theemission of formaldehyde and volatile organic compounds(VOCs)form laminate flooring casestudy.Building and Environment,2002:37-42
24 Liu Xiaoyan;Li Xiaoqing;Sun Jiangane;Wang Zhen.The Thermal Test and Analysis of Envelope in Existing Buildings.International Conference on Enhanced Building Operations.Shenzhen(CN).2006:P881-886
25 Zhang K M,Wexler A S.Modeling the number distributions of urban and regional aerosols:theoretical foundations.Atmospheric Environment,2002,36(11):1863～1874
26 Wilson W E,Mage D T,Grant L D.Estimating separately personal exposure toambient and non ambient particulate matter for epidemiology and riskassessment:why and how.Journal of the Air&Waste Management Association,2000,50(7):1167～1183
27 Sekine Y,Iwata T,Okagaki D.Measurements of indoor concentrations of aldehydes,VOCsand fungi in newly built apartment houses in Tokyo.Proceedings:Healthy Buildings2003:148～153
28 Ribota B,Ginestetb A,et al.Indoor air quality in two different commercial buildings:Part 1:ventilation,temperature,humidity of air and gas concentrations.Proceedings:Healthy Buildings,2003:620-625
29 Nonomura M., GotoM, Tanabe H.On chromatographie determination of Formaldehyde and orghaeaci acids in environmental samples.Kenkyu Hokoku Tokyo toritsu Sangyo Gijutsu Kenkyusho,2003, (6):65～68
30 Gomes C,Freihaut J,Bahnfleth W.Resuspension of allergen containing particles under mechanical and aerodynamic disturbances from human walking.Atmospheric Environment,2007,41(25):5257～5270