Nanjing, China Nov 6-Nov 9, 2009

THE 6TH INTERNATIONAL SYMPOSIUM ON HEATING, VENTILATING AND AIR CONDITIONING

Organized by

Co - organized by

Tsinghua University

http://www.ishvac09.org.cn

Contents

Welcome to ISHVAC09 ...... 1

Conference information ...... 2

Speakers‟/Chairs‟ information ...... 11

Social events ...... 13

Practical information ...... 15

Technical programme ...... 18

Oral Presentation ...... 24

Friday, Nov 6 ...... 24

Saturday, Nov 7 ...... 25

Sunday, Nov 8 ...... 38

Poster Presentation ...... 48

Acknowledgement ...... 67

Author index (Oral) ...... 71

Author index (Poster) ...... 80

Chair index ...... 90

WELCOME TO ISHVAC09

It is our pleasure to welcome you all to attend the 6th International Symposium on Heating, Ventilating and Air Conditioning - ISHVAC09 in Nanjing, China from November 6 to 9, 2009, organized by Southeast University, and co-organized by Tsinghua University and the University of Hong Kong.

The conference series was initiated in Tsinghua University in 1991, and was held every 4 years. It has been the premier international HVAC conference initiated in China and has played a significant role in the development of HVAC and indoor environment research and industry in China. It has always been well attended by researchers and academics from worldwide.

Considering the recent attention on building energy consumption and energy efficiency, ISHVAC09 will provide a platform for discussing recent research and development on different aspects of HVAC systems and components, with a focus on building energy consumption, energy efficiency and indoor environment.

We welcome you to ISHVAC09 and enjoy yourself in Nanjing, the old and charming city.

Prof. Xiaosong Zhang, Chair, Southeast University Prof. Yingxin Zhu, Co-Chair, Tsinghua University Prof. Yuguo Li, Co-Chair, The University of Hong Kong Prof. Zhenqian Chen, Co-Chair, Southeast University

- - 1 - - CONFERENCE INFORMATION

Secretariat (1) Dr. Hua Qian, Executive General Secretary School of Energy and Environment, Southeast University Mobile Phone: +86-136 4518 6001 (2) Mr. Yonggao Yin, Secretary School of Energy and Environment, Southeast University Mobile phone: +86-136 1151 5279 (3) Ms. Jin Wang, Secretary School of Energy and Environment, Southeast University Mobile phone: +86-158 5056 6684

Email: [email protected] Website: www.ishvac09.org.cn

Arrival at Nanjing Lukou International Airport (Code: NKG)

Nanjing Lukou international airport (Airport Code: NKG) now offers 85 air routes to over 50 cities, including Beijing, Shanghai, Hong Kong, Macau, Bangkok, Singapore and Seoul. After you exit the customs service, please go to the taxi stand and tell the driver to go to your hotel or International Conference Hotel Nanjing. (You may print your hotel name in English and Chinese below and give it to your taxi driver). The taxi cost from the airport to International Conference Hotel Nanjing is around RMB ¥150 (US $22). It is highly recommended that you use taxi for local transportation. Please keep taxi receipts and write down the driver‟s license number that is displayed on front of the passenger seat and taxi license plate number if you have experienced any problems.

Arrival at Nanjing Railway Station

Nanjing has a convenient rail network, with direct trains to Beijing(8 hours), Shanghai (2 hours), Yangzhou (1 hour), Tianjing, Harbin, Changchun, Shenyang, Hangzhou (4 hours), Xi‟an and etc. There are four passenger stations in Nanjing. The Nanjing Train Station, located in the northern suburb near the Xuanwu Lake, is the main passenger station in the city. All trains passing and leaving from Nanjing stop at this station. The taxi cost from the Nanjing railway station to International Conference Hotel Nanjing is around RMB ¥18 (US $2.5). Please do not take an unlicensed taxi offered in the railway station. It is highly recommended that you use taxi for local transportation. The bus, tour line 1 (游 1), also can take you from Nanjing Railway Station to the conference venue, and the cost is RMB ¥2 (US $0.3).

- - 2 - - CONFERENCE INFORMATION

Accommodation

The following hotels could be used by ISHVAC09 conference participants and their accompanying persons.

(1) International Conference Hotel Nanjing (★★★★★) (The Conference Venue) Website: http://www.nic-hotel.com/english/1.htm Add: No.2 Sifangcheng, Zhongshanling, Nanjing, China Tel: +86-25-84430888 Fax: +86-25-84439255

Chinese Name: 南京国际会议中心酒店（五星） 地址：中国南京中山陵四方城 2 号 电话:025-84430888, 传真：025-84439255

- - 3 - - CONFERENCE INFORMATION

Map of Conference Venue and Accommodation

- - 4 - - CONFERENCE INFORMATION

Badges

A name badge will be issued to each registered participant. The name badge must be worn for all the conference events, including social events.

Conference Assistants

All conference assistants will wear a white T-shirt. Should you have any questions regarding the conference, please do not hesitate to ask them for help.

Conference Venue

ISHVAC09 will be held at International Conference Hotel Nanjing, a five-star international hotel, which is located in the green forested east suburb of Nanjing at the foot of the Purple Mountain scenic area, close to Ming tomb and the Sun Yat-sen Mausoleum. It is about 6 km to Southeast University and 5km to Xinjiekou Shopping Center.

Some photos of the conference venue

- - 5 - - CONFERENCE INFORMATION

- - 6 - - CONFERENCE INFORMATION

North Gate

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a a East Gate

Parking Car Zhong- a shan Building a a

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a Zijin a a Building a

Parking Car a a a

a a

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South Gate

Map of the inside of international conference hotel

- - 7 - - CONFERENCE INFORMATION

Rose Garden

Shang Zhen Fang Restaurant

Shopping Centre Jade Hall Restaurant 上

The Road to Gaust Room of

Commercial Zijin Restaurant Centre

The layout of the hotel of Zijin Building on the first floor

Lilac Tulip Cestrum

VIP Room

Cloak Room

Friendship Hall Central Nave

Peace Hall Work Shop

The Road to Guest Room of

Yu Lan Magnolia Beauty Violet Scarlet Kafirlily Salon

The layout of the hotel of Zijin Building on the second floor

ROOM A (Peace Hall) Opening Ceremony, Plenary Session I, in Zijing Building ROOM B (Friendship Hall) Plenary Sessions II Closing Ceremony, in Zijing Building ROOM C (Scarlet Kafirlily Hall) Parallel Sessions in Zijing Building

- - 8 - - CONFERENCE INFORMATION

ROOM D (Violet Hall) Parallel Sessions in Zijing Building ROOM E (Yu Lan Magnolia Hall) Parallel Sessions in Zijing Building ROOM F (Cestrum Hall) Parallel Sessions in Zijing Building ROOM G (Lilac Hall) Poster Sessions in Zijing Building Registration Desk Registration desk is placed at First Floor at the lobby, Nov Information Desk 6, 2009. The Information Stand is set at the lobby at the Tours and Ticket Desk first floor during the whole conference. ISHVAC09 assistants will help you with practical information, such as finding a restaurant, an interesting place to go, etc.

Poster Sessions Room G will be occupied for Poster Session for whole day of Nov 7, 8, 2009.

Coffee and Tea Breaks Corridor at the Second Floor outside of session rooms

Conference Publications

All accepted full papers are published in the conference proceedings on a USB and in a printed version. The USB proceedings will be distributed to all registered participants at the registration. The printed proceedings and additional copies of the USB proceedings can be purchased at the conference.

One set of printed proceedings: US $150 or RMB ¥1,050. ISHVAC09 can mail to your address with an additional postage fee. One additional copy of the USB proceedings: US $20 or RMB ¥150.

Language

The official language of the ISHVAC09 is English.

Registration

Registration Hours The Registration Desk and Information Desk will be opened: 09:00-20:00 on Nov 6 08:00-17:00 on Nov 7-8

The Registration for Participants and Students Includes Opening ceremony All plenary, parallel, and poster sessions

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One USB of conference proceedings Coffee and tea breaks Welcome reception on Nov 6 Lunches from Nov 6 to 9 Banquet on Nov 7 Closing ceremony

The Registration for Accompanying Persons Includes Welcome reception on Nov 6 Lunches from Nov 6 to 8 in hotel and Nov 9 in tour Banquet on Nov 7

Security

Any security concerns should be brought to the attention of the Conference Secretariat immediately.

Smoking

This is a non-smoking conference, and smoking is not permitted inside the conference venues.

- - 10 - - SPEAKERS‟/CHAIRS‟ INFORMATION

Instruction for Oral Presenters It is highly recommended that an oral presenter practice his/her talk several times prior to the presentation. The presenter must make sure he/she can complete the presentation in twelve (12) minutes during the practice. Note that when the presenter presents to a large audience, a ten-minute presentation may take about 15 minutes to finish.

A presenter is kindly requested to be in the meeting room ten (10) minutes prior to the beginning of the session. The presenter should check if the PowerPoint file works in the computer. Introduce himself/herself to the session chair, co-chair, and other presenters in the same session. Due to limited time, the introduction by the session chair and co-chair for each presenter will be very brief. Each presenter is asked to please prepare a brief note as follows and gives it to the session chair or co-chair. For example: “Jin Wang will present the paper entitled: „The Effect of Ventilation Rate in Controlling Airborne Infection‟ that is authored and co-authored by Dr. Hua Qian and Prof. Xiaosong Zhang. Jin Wang is studying as a second grade postgraduate in school of Energy and Environment of Southeast University, Nanjing, China.” When the session chair or co-chair asks a presenter to start the presentation, the presenter should please: 1. Start the talk immediately on the topic and avoid another introduction by the presenter. 2. Pace the talk to end before the scheduled ending time. This will allow time for questions and discussion. 3. Listen carefully to the questions from audience and answer them briefly. If the presenter cannot answer the questions briefly, ask for a private discussion after the session. 4. Adhere to session chair's instructions.

Instruction for Poster Presenters

Poster presenters are encouraged to set up posters from AM 8:00-10:00, NOV 7, 2009. Presenters are then kindly requested to remove posters by 15:30, Nov 8.

Poster presenters must be available in front of their posters during the poster session on Nov 7, 2009 between 13:00 and 15:00. In order to attract a large audience to the poster, the presenter should start to give a summary of the results if there are more than four people standing around the poster. If there are fewer people around, a presenter should encourage an audience by approaching others and asking: “Do you have any questions about my poster?” or “Could I explain more to you about the results shown on my poster?”

Instruction for Session Chairs

Session chairs are required to strictly limit the duration of presentations and to moderate the discussions towards the end of each session. The total number of papers in a session will be around 6-9 but may vary from session to session. Chairs are asked to refer to the final

- - 11 - - SPEAKERS‟/CHAIRS‟ INFORMATION

program for more detailed information on their session. Of each 12-15minutes presentation, the first 12 minutes is scheduled for presentations and the last 2-5 minutes for discussion. At least one question to each presenter should be prepared by the session chairs. The format of the discussion should be agreed between the session chairs. In order to comply with the time limits the chairs are requested to follow the following guidelines:

1. Arrive in the session room not later than 12 minutes before the scheduled start of the session to check that all required A/V and other auxiliary equipments is ready for use. There will be a conference assistant in the room to help. The conference assistant will tell briefly chairs on whether all PowerPoint presentation files are uploaded to the conference computer. 2. Check whether each speaker is present and collect the introduction notes from each speaker. 3. Start the session on time. 4. Remind the audience to turn off their cellular phones prior to the first presentation. The organizers may provide Chairs with a “No cellular phones” slide if needed. 5. Introduce each speaker briefly. (Example: " Jin Wang will present the paper entitled: „The Effect of Ventilation Rate in Controlling Airborne Infection‟ that is authored and co-authored by Dr. Hua Qian and Prof. Xiaosong Zhang. Jin Wang is studying as a second grade postgraduate in school of Energy and Environment of Southeast University, Nanjing, China."). 6. Check that each speaker has the microphone correctly positioned or attached. The conference assistant will help with this task. 7. Make sure that each speaker can see/hear the warning signal when one minute of the allotted time remains. Each speaker has 12 minutes for oral presentation with 3 minutes discussion or questions after the presentation. 8. Stop the presentation right on time. 9. Make sure the next speaker is ready at the podium. 10. If a presenter does not appear to present a scheduled paper, then go ahead with the next presentation and use the time for additional discussion after all the presentations have been made. 11. During the discussion period, try to ensure that all the papers are discussed by preparing one question for each presentation. 12. At the end of your session, thank all speakers for their presentations and thank the audience for their participation in the discussion and for attending the session. Remind the audience of the additional opportunity to discuss the short presentations at each poster.

- - 12 - - SOCIAL EVENTS

Opening Ceremony

15:30-18:00 on Friday, Nov 6 in ROOM A (Peace Hall) on the International Conference Hotel. Name badge is required for admission.

Welcome Reception

Time: Friday Nov 6 18:30. Add: Peace Hall Participants: All paticipants

Banquet

18:30-22:00 on Saturday Nov 7 in Peace Hall or Sunward Fishery Restaurant If the banquet is in Peace Hall 18:30 PM - 18:45PM Welcome at the Peace Hall in the Hotel 18:45 PM – 22:10PM Banquet time

If the banquet is in Sunward Fishery Restaurant 18:30 PM - 18:45PM Gather at the gate of the Zijing Building 18:45 PM Departure to Sunward Fishery Restaurant 19:10 PM Arrive at Sunward Fishery Restaurant 19:10 PM – 22:10PM Banquet time

Ticket is required for admission.

Closing Ceremony

17:00-18:00 on Sunday, Nov 8 in ROOM B (Friendship Hall) on the second floor of International Conference Hotel.

The two best post paper‟s award to be issued. Conclusions to ISHVAC09 Introduction by the next ISHVAC conference chairman

Name badge is required for admission.

- - 13 - - SOCIAL EVENTS

Lunch and Dinner

For participants and their accompanying persons, lunches will be provided in Rose Hall. Lunch is from 12:00 to 13:30 from Nov 6 to Nov 8.

Coffee and Tea

Coffee and tea will be served in the Corridor adjacent to each session Hall.

Social Tour

All participants will be arranged to visit Shuangliang corporation, the pioneering refrigeration and sustainable building technologies company in Nov 9 morning and be arranged to take a tour to Wuxi, the famous tourism city in China and visit the largest bronze standing Buddha in the world. A luncheon will be served during the visit and tour. The tour will be finished in Nov 9 afternoon.

- - 14 - - PRACTICAL INFORMATION

Banks & ATMs Normal banking hours in Nanjing are from 09:00 to 17:00. Exchange of major international currencies can be made. There are automatic cash dispensers (ATMs), usually located in connection with a bank branch, which accept a variety of international credit cards. The cards accepted are indicated on the dispenser. There is no Bank at Nanjing International Conference Hotel. Credit Cards All major international credit cards are in general use in International Conference Hotel. However at the registration desk you could not use Visa and MasterCard to pay for registration fees. Exchange rate for major currencies is as following: US 1$=RMB 6.8¥; Euro 1€=RMB 9¥; HK 1$=RMB 0.88¥.

Business Center The front desk in International Conference Hotel can help you for most daily business service, including mail delivery and book train ticket.

Currency Exchange In China, only Chinese Yuan (RMB) is used. However, currency exchange services can be found at airports, most hotels, and large shopping centers. International Conference Hotel can change money for their guests. When exchanging money, please keep your receipt so that you can change any remaining Chinese Yuan back to foreign currency when leaving China. You may cash Chinese Yuan from an ATM with your credit card or bank debit card.

Electricity The electrical current in China is 220V 50Hz, and most hotels provide 110V outlets for shavers. The electric outlets in China will generally work with plugs from North America, Japan, and Korea so no converters are needed. For European and Australian participants, you can ask the waiter bring an adapter to you.

Emergency Police: Call 110 Ambulance: Call 120 Fire: Call 119 All emergency issues must be reported to the ISHVAC09 Conference Secretariat. In case of emergency, please contact the Information Desk. For ambulance, please call 120. In case of illness, please contact Conference Secretariat, who will help you to find a doctor or hospital.

Insurance The registration fee does not include insurance for the participants regarding accidents, sickness or loss of personal property. ISHVAC09 participants should make their own arrangements with respect to health and travel insurance before leaving their countries.

Internet All guestrooms in International Conference Hotel Nanjing are equipped with network cable.

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Free internet service is provided.

Lost and Found Any articles found should be taken to the Registration Desk/Information Desk. Lost property can be claimed at the same place.

Message Center You can post or find messages on the message board located near the left side of gate at the first floor.

Public Toilets Many public toilets in Nanjing do not provide toilet paper. Please carry some with you when you go outside the hotel and conference center.

Tax All the prices listed in China include tax, unless the tax is stated explicitly.

Taxi Taxi is relatively inexpensive. Taxi can be found 24 hours a day. Nanjing taxi is available from the major tourist hotels. Taxi is equipped with meters. Cost of per km (after the flag falls) is displayed on a sticker on the right front window. The flag fall rate is 10 RMB. After the first 3 km, every 1 km is 2.8 RMB daylight. After 23:00 night, the price is little more expensive than daylight. Please ask for the receipt when you pay the taxi fee. The receipt records taxi number, time and distance automatically. If you lost property in the taxi, it may help you find it back.

Phones You can buy an IC card and use it on most public telephones, including those inside the International Conference Hotel. The cost of IC cards range from RMB ¥50 to RMB ¥100. To dial outside of China, call 00-country code-city code-local number, e.g. 00-1-123-4567890.

Time zone China is Eastern Zone +8.

Tipping Tipping is not expected for all the services in China, such as taxi, hotel, restaurants, cinemas, etc. However, a small tip could be left to hotel porters and tour guides for extraordinary service. The prices in most hotels and restaurants include service charges, unless the service charge is explicitly listed in the hotel bill or restaurant menu.

Water Please drink only boiled water or bottled water. Hotels usually provide one or two bottles of water for their guests free of charge every room. There is special drink water tape in the Internation Conference Hotel Nanjing providing drink water.

Weather

- - 16 - - PRACTICAL INFORMATION

In Nov 6-8, the average temperature is in the range of 15-22oC. It is the best time in Nanjing and mostly sunny. It is also the best time for people to appreciate the Autumn landscapes of Nanjing. The latest weather can be available from: http://www.weathercity.com/cn/32/nanjing/

Travel Information from/to Nanjing Nanjing is with convenient air, rail, and land transportation. You can find some information of Nanjing on the following website: http://www.nju.gov.cn/english/index.asp

- - 17 - - TECHNICAL PROGRAMME

General Timetable

Date and Time Nov 6 Fri NOV 7 Sat Nov 8 Sun Nov 9 Mon Registration Oral Sessions: Oral Sessions: 8:00-20:00 Sat-AM1-T01.1 Room C Sun-AM1-T04.2 Room C 08:00-10:15 Lobby First Floor Sat-AM1-T07.1 Room D Sun-AM1-T10.1 Room D Sat-AM1-T02.1 Room E Sun-AM1-T12.1 Room E TOUR full day AM Poster Sessions Room G Poster Sessions Room G 10:15-10:45 Tea Break: Corridor Tea Break: Corridor Oral Sessions: Oral Sessions: Sat-AM2-T04.1 Room C Sun-AM2-T05.2 Room C 10:45-12:30 Sat-AM2-T09.1 Room D Sun-AM1-T08.2 Room D Sat-AM2-T11.1 Room E Sun-AM1-T11.2 Room E Poster Sessions Room G Poster Sessions Room G Noon 12:00-14:00 Buffet Lunch Buffet Lunch Buffet Lunch Tour lunch Oral Sessions: Forum (13:30-15:30): Sat-PM1-T03.1 Room C Sun-PM1-F1 Room B 14:00-16:15 Sat-PM1-T05.1 Room D Sun-PM1-F2 Room C 15:30 Sat-PM1-T06.1 Room E Sun-PM1-W1 Room D PM Opening Room A Sat-PM1-AI Room F Ceremony Poster Sessions Room G 15:30-16:00 Tea Break: 16:15-16:45 Plenary session: Tea Break: Corridor Corridor 16:45-18:30 Fri-PM-P1 Room A Oral Sessions: Plenary session: Sat-PM2-T08.1 Room C Sun-PM2-P2 Room B Sat-PM2-T02.2 Room D Closing Ceremony Room B Sat-PM2-T07.2 Room E Poster Sessions Room G 18:30 Welcome reception Banquet and show Chair Dinner Free

- - 18 - - TECHNICAL PROGRAMME

Summary of the Technical Program

Friday, Nov 6 2009 Sessions Titles Room No. 15:30-18:00 FRI-PM-P1 Plenary Session Ⅰ A

Saturday, Nov 7 2009 Sessions Titles Room No. 08:00-10:15 Sat-AM1-T01.1 Sustainable Buildings C Sat-AM1-T07.1 Thermal Comfort D Sat-AM1-T02.1 HVAC System E Poster session All topics G 10:45-12:30 Sat-AM2-T04.1 Refrigeration System C Sat-AM2-T09.1 Indoor air pollutants and cleaning D Sat-AM2-T11.1 Energy Utilization and Efficiency E Poster session All topics G 14:00-16:15 Sat-PM1-T03.1 Energy supply C Sat-PM1-T05.1 R&HVAC components D Sat-PM1-T06.1 Indoor/outdoor air Quality R&HVAC components E Sat-PM1-AI Advanced industrial technology in sustainable buildings F Poster session All topics G 16:45-18:30 Sat-PM2-T08.1 Indoor/outdoor air flow C Sat-PM2-T02.2 HVAC System D Sat-PM2-T07.2 Thermal comfort E Poster session All topics G

Sunday, Nov 8 2009 Sessions Titles Room No. 08:00-10:15 Sun-AM1-T04.2 Refrigeration system C Sun-AM1-T10.1 Renewable energy D Sun-AM1-T12.1 Building envelope E Poster session All topics G 10:15-12:30 Sun-AM2-T05.2 R&HVAC components C Sun-AM2-T08.2 Indoor/outdoor air flow D Sun-AM1-T11.2 Energy Utilization and Efficiency E

- - 19 - - TECHNICAL PROGRAMME

Poster session All topics G 13:30-15:30 Forum of 12th five-year project research direction: How Sun-PM1-F1 B to face the challenge of global warming. The new WHO guideline on Natural ventilation for Sun-PM1-F2 C infection control Mission of IEA/ECBCS/Annex 53 Sun-PM1-W1 Total Energy use in Buildings -Analysis and evaluation D methods 16:00-18:30 Sun-PM2-P2 Plenary Session Ⅱ B

- - 20 - - TECHNICAL PROGRAMME

Introduction to the Technical Program ISHVAC09 Technical program consists of Plenary sessions, each plenary speaker has 45 minutes for presentation; Parallel sessions, each presenter has 15 minutes for presentation, including discussion; Poster sessions, each presenter can discuss with the participants in front of his/her poster on Nov 8 13：00-15：00

Plenary Sessions Four internationally renowned scholars have been invited as the plenary session speakers at ISHVAC09. Their topics of presentation are:

Prof. Yi Jiang Prof. Jean Lebrun Department of Building Science & Technology, Thermodynamics Laboratory , University of Liège, School of Architecture, Tsinghua University,China Belgium P1.1 Status and challenges of HVAC in P1.2 Heat Pumping and Reversible Air large commercial buildings Conditioning: what we learned from the IEA-ECBCS annex 48 project?

Prof. Hiroshi Yoshino Prof. Jensen Jianshun Zhang Tohoku University, Japan Syracuse University, USA. P2.1 Energy and environment of P2.2 Integrated IAQ Strategy via Source residential buildings in China and Control, Ventilation and Air Purification Japan

- - 21 - - TECHNICAL PROGRAMME

Parallel and Poster Sessions

The parallel and poster sessions consisted of peer-reviewed papers/abstracts organized in the following topics: T01 Sustainable building T07 Thermal comfort T02 HVAC System T08 Indoor/outdoor air flow T03 Energy supply T09 Indoor air pollutants and cleaning T04 Refrigeration system T10 Renewable energy T05 R&HVAC components T11 Energy Utilization and Efficiency T06 Indoor/outdoor air Quality T12 Building envelope

Session Codes

All the sessions have been assigned a code, such as “Sat-AM2-T??”. The items before „-‟ stand for: Sat-PM = Nov 7, 2009 (Saturday) afternoon session (AM); Sat-PM1 = The first session on Nov 7, 2009 (Saturday) afternoon (PM); Sat-PM2 = The second session on Nov 7, 2009 (Saturday) afternoon (PM); The items after the „-‟ stand for: P = Plenary sessions T = Theme of ISHVAC09 Po=Poster sessions The number before the dot stands for the sequence number of topics/plenary sessions. The number after the dot is the sequential number of the sessions for the topics/plenary sessions. For example: “Sat-PM1-T02.2” means the second part of topic three to be presented in the second session on Nov 7, 2009 (Saturday) afternoon.

Paper Codes

All papers have been assigned a code as the submission of topics, such as “T01-O-01-04”. T01 = Theme item number, it varied according to the 12 themes. O, P, N = Oral session paper, Poster session paper or No-show paper. 01-04=paper‟s identification number which was assigned when the authors submitted their papers (Such as the Original ID of 01-04 is T01-004).

- 22 - TECHNICAL PROGRAMME

For example: “T01-O-01-04” means the paper will be presented in the oral session of Themes 1, and the original paper‟s identification number assigned in submission is the T01-004.

Best Posters

The ISHVAC09 will award two best posters, i.e. the Best Poster Paper Award.

- 23 - FRIDAY, NOV 6

Friday Nov 6, 2009

15:30—16:00 Opening Ceremony

Room: Hall A Chair: Xiaosong Zhang, Yingxin Zhu, Yuguo Li and Zhenqian Chen Chinese folk music Welcome addresses  Welcome speech from organizers  Welcome speech from president of SEU  Welcome speech from Yi Jiang Practical information by Hua Qian

Session FRI-PM1-P1: Plenary Session Ⅰ 16:00—18:00 Room: A Chairs: Jan sundell (USA), Ruzhu Wang (China)

P1.1 Status and challenges of HVAC in large commercial buildings Prof. Yi Jiang Department of Building Science & Technology, School of Architecture, Tsinghua niversity,China

P1.2 Heat Pumping and Reversible Air Conditioning: what we learned from the IEA-ECBCS annex 48 project? Prof. Jean Lebrun Thermodynamics Laboratory , University of Liège, Belgium

- 24 - SATURDAY, NOV 7

Session SAT-AM1-T01.1: Sustainable building 8:00-10:15 Room: C Chairs:Yanfeng Liu, Yi Zhang T01-O-01-06 A Green Energy Building on the Campus of Shanghai Jiao Tong University Shuai Deng, Ruzhu Wang, Yanjun Dai, Xiaoqiang Zhai, Junru Shen Shanghai Jiao Tong University T01-O-01-19 A Case Study on the Influence of the Site Selection on the Natural Ventilation in a Chinese Traditional Folk House Mingjing Xie, Guoqiang Zhang, Quan Zhang, Feng Xu, Ke Wang Hunan University T01-O-01-28 Optimization of Energy Use for Heating/Cooling and Lighting for a Typical Office Building in a Moderate Climate Wout Parys, Dirk Saelens, Hugo Hens K.U.Leuven T01-O-02-29 A Quantitative Study on Factors Affecting Heat Consumption of Residential Buildings Di Zhang, Rui Li Beijing University of Civil Engineering and Architecture T01-O-01-21 Energy Saving Potential of Passive and Low Energy Cooling Techniques in Buildings in Ghana Samuel Amos-Abanyie, Fred Ohene Akuffo, Victor Kutin-Sanwu Kwame Nkrumah University of Science and Technology T01-O-01-11 The Heating System of a Beijing Courtyard—Restoration and Renovation Project of a Beijing Pilot Courtyard---Renovation Program of Beijing Pilot Courtyard Dan Zhu, Deying Li Beijing University of Civil Engineering and Architecture T01-O-02-03 A Simulation Study on the Capacity Control of a Direct-Expansion Variable-air-volume Air Conditioning System Wu Chen, Wensheng Yu, Shiming Deng Jimei University; Hong Kong Polytechnic University T01-O-02-01 Testing and Diagnosis on a Heating System in Beijing Hongbing Chen, Deying Li, Ping Wei, Yaodong Lan Beijing University of Civil Engineeing and Architecture; Beijing Polytechnic College;Hebei Engineering and Technical College

- 25 - SATURDAY, NOV 7

Session SAT-AM1-T07.1: Thermal Comfort 8:00-10:15 Room: D Chairs: Kuanrong Qiu, Zhiwei Lian T07-O-05-05 Computational Fluid Dynamic Study on the Effect of Cooling Tower Plume in an Alley of a Mega City Man Him Chan, Chun-Ho Liu, Daniel W.T. Chan Welsh School of Architecture, Cardiff University; The University of Hong Kong； Hong Kong Polytechnic University T07-O-05-40 A Discussion of Skin Temperature Measurement Method Zhiwei Lian,Youhui Peng, Li Pan Zhongyuan University of Technology; Shanghai Jiao Tong University T07-O-05-38 Evaluation of Human Thermal Comfort using the Mean Skin Temperature Weiwei Liu, Zhiwei Lian, Qihong Deng Central South University; Shanghai Jiao Tong University T07-O-05-43 The Effect of Regional Difference on IESD-Fiala Model Shigang Li, Zhiwei Lian, Li Pan, Yuemei Wang Shanghai Jiao Tong University T07-O-05-58 Windows Dimension Optimization for Better Thermal Comfort in Summer Based on Analytical Models Wei Yin, Guoqiang Zhang, Wei Yang, Wang Xiao Hunan University T07-O-05-59 Study on the Indoor Thermal Environment of a University Classroom in Tianjin Region Hua Yang, Binghong Yan, Chunhua Sun HeBei University of Technology T07-O-05-62 Effects of Thermal Discomfort on the Performance of Office Work and Physiological Behaviours Li Lan, Pawel Wargocki, Zhiwei Lian, Jørn Toftum Shanghai Jiao Tong University;Technical University of Denmark T07-O-01-46 Measurement and Field Survey of Indoor Thermal Comfort in Rural Housing of Northern China in Winter Li Huang, Yingxin Zhu, Qin Ouyang, Bin Cao Tsinghua University T07-O-05-78 An experimental study on the effects of climatic characteristics on people’s adaptability to the thermal environment Juan Yu, Yingxin Zhu, Qin Ouyang, Bin Cao, Xiang Zhou, Guoguang Cao, Kaiyu Sun Donghua University; Tsinghua University

- 26 - SATURDAY, NOV 7

Session SAT-AM1-T02.1: HVAC System 8:00-10:15 Room: E Chairs: Angui Li, Qingyan Chen T02-O-02-53 An Experimental Study on Operating Characteristics of DVM Air Conditioning System under Part Load Condition Dongliang Zhang, Xu Zhang Tongji University T02-O-04-09 Numerical Simulation of an Air Source Heat Pump for Low Temperature Climates Meng Huo, Shugang Wang, Xu Jin, Qiren Wu Dalian University of Technology T02-O-04-17 Thermodynamic Comparative Analysis of Heat Pump Cycles Yingbai Xie, Yingfu Liu, Luxiang Zong, Ganglei Sun North China Electric Power University T02-O-04-28 Performance Characteristic Analysis of Double- U Tube Ground-Source Heat Pump System in Winter Yan Ren , Chao Chen , Yongfei Wang , Ye Zhang Beijing University of Technology T02-O-04-40 Development of a High Efficient Ground Source Heat Pump Luis Coelho, Rita Cerdeira, João Garcia, Konstantin Karytsas, Dimitrios Mendrinos,Burkhard Sanner, Marcel Abry Escola Superior de Tecnologia de Setubal; Centre for Renewable Energy Sources, Greece; European Geothermal Energy Council (EGEC); CIAT, B.P., France T02-O-04-58 A Study of the Mechanical Draft Heating/Cooling Tower Heat Pump System Yi Luo, Rongsheng Ma, Xingfeng Ding, Zhilin Wang Yang Zhou University T02-O-07-03 A Case Study of a Ground-Source Heat Pump System in an East China Office Building Zhengrong Li, Mingming Zhao, Sheng Yu, Haozhu Li Tongji University T02-O-09-06An Integrated Heat Recovery Air-Conditioning System (IHRACS) with Double-Heating Series-Wound Heat Pump Part I+II Ling Ye, Yiqiang Jiang, Yang Yao, Zuiliang Ma, Fuhe Lu Harbin Institute of Technology; Beijing Capital Development Holding (Group) Co.

- 27 - SATURDAY, NOV 7

Session SAT-AM2-T04.1: Refrigeration system 10:45-12:00 Room: C Chairs: David A. Johnston, Xu Zhang T04-O-04-21 A Study of Liquid Desiccant System Performance Hesamedin Salarian, Hessam Taherian, Hosain Ghadamian, Morteza Khalaji assadi Islamic Azad University branch of Nour; Babol (Noshirvani) University of Technology; Islamic Azad University branch of Science & Research T04-O-04-53 A New Water Source Heat Pump Water Heater and Chiller Ying You Quantum Energy Technologies Pty Ltd T04-O-04-35 Energy Analysis of a Coupled Power and Refrigeration Cycle Maneesh Dubey, SPS Rajput, P.K. Nag Maulana Azad National Institute of Technology; IIT, India T04-O-04-46 Discussion on Improvement of the Traditional Dehumidifying Technology Li Wang, Zhiwei Lian Shanghai Jiao Tong University T04-O-11-08 Experimental Investigation of the Crystallization Process of Nanofluid with a DSC Technique Ying Chen, Lisi Jia Guangdong University of Technology T04-O-11-25 Performance Analyses of the Aircraft Low-power Thermoelectric Refrigeration System Xingjuan Zhang, Yubai Wang Beihang University T04-O-09-38 NH3-H2O Solution Cooling Absorption Refrigeration Driven by Fishing Boat Diesel Exhaust Heat Yaping Chen, Chenmin Lin, Tian Ying Southeast University

- 28 - SATURDAY, NOV 7

Session SAT-AM2-T09.1: Indoor air pollutants and cleaning 10:45-12:00 Room: D Chairs: Chun-Ho Liu, Huanxin Chen T09-O-05-64 A Method for Measuring the Diffusion and Partition Coefficients of Volatile Organic Compounds in Barrier Layers Zhongkai He, Wenjuan Wei, Yinping Zhang Tsinghua University; Huazhong University of Science and Technology T09-O-05-70 An Insight of PTR-MS-Based Measurement of Large VOCs Cong Liu, Yinping Zhang Tsinghua University T09-O-08-10 Beyond Ozone: Cleaning Outdoor Air for Improved IAQ Christopher O. Muller, Larry Jin Purafil, Inc.; Purafil Asia T09-O-08-11 Clearing the Air: Advances in Affordable Filtration for IAQ Christopher O. Muller, Larry Jin Purafil, Inc.; Purafil Asia T09-O-06-33 Applying the State-Space Method to Simulate the Instantaneous Field of Indoor Gaseous Contaminant Concentration Xinke Wang, Yinping Zhang, Fenghao Wang Xi’an Jiaotong University; Tsinghua University T09-O-05-75 Field and Laboratory Measurements on Dust Associated with Microbial Contamination in Centralized Air-conditioning Systems Angui Li, Juanjuan Hou, Lingzhi Yao Xi'an University of Architecture and Technology

- 29 - SATURDAY, NOV 7

Session SAT-AM2-T11.1: Energy Utilization and Efficiency 10:45-12:00 Room: E Chairs: Jili Zhang, Jorma O. Pietilainen T11-O-02-47 Prediction of the Energy Savings of a System Combining Air-conditioner’s Outdoor Unit with Hydroponic-cultivated Roof Plant Fulin Wang, Harunori Yoshida, Michiko Yamashita Tsinghua University; Okayama University of Science;Taisei Corp. T11-O-02-51 Calculation of the Yearly Energy Performance of Heating Systems Based on the European Building Energy Directive and Related CEN Standards Bjarne W. Olesen Technical University of Denmark T11-O-03-03 Analysis of Indoor Swimming Pool Temperatures and Operation Regularities Peng Sun, Jingyi Wu, Ruzhu Wang, Yuxiong Xu Shanghai Jiao Tong University T11-O-03-05 Statistical Analyses on Winter Energy Consumption Characteristics of Residential Buildings in Some Cities of China Shuqin Chen, Nianping Li, Hiroshi Yoshino, Jun Guan Hunan University; Lawrence Berkeley National Lab;Tohoku University T11-O-01-18 A Survey of Decorative Materials for Enhanced Ceiling Thermal Insulation Masoud Taheri Shahraein, Lihua Zhao, Qinglin Meng South China University of Technology T11-O-09-54 Experimental Thermal Performance of a Novel Solar-Air Source Heat Pump System for Domestic Water Heating Guoying Xu, Xiaosong Zhang, Yuehong Zhang Southeast University

- 30 - SATURDAY, NOV 7

Session SAT-PM1-T03.1: Energy supply 14:00-16:15 Room: C Chairs: Chen Huang, Guangyu Cao T03-O-07-17 Parametric Optimization on a Power System for a Micro-CCHP System Yinglin Li, Xiaosong Zhang Nanjing Normal University; Southeast University T03-O-03-11 Energy Flexible Heating Systems – Integration of Heating Stations in Buildings Raymond Riise, Bjørn R. Sørensen, Bjørnulf Jensen Narvik University College T03-O-03-14 An Experimental Study on Direct Radiant Floor Heating System with DSHP using R22 Flow Xinli Wei, Zhangchuan Zeng, Jifu Lu, Jinjing Wu, Wanren Chen, Zongdi Wei Zhengzhou University; Zhengzhou Reborn Energy Technology Development Co. T03-P-04-39 Study of CO2 Heat Pump for Coupled Hot Water Supply and Room Heating System Shengchun Liu, Zhili Sun, Yitai Ma, Qiuju Liu Tianjin University of Commerce; Tianjin University T03-O-07-14 Integrated Micro-CHP Systems for Residential Applications Kuanrong Qiu, Skip Hayden Canmet Energy-Ottawa, Natural Resources Canada T03-O-09-09 Comparison of Two District Cooling Systems Utilizing Cold Energy of Liquefied Natural Gas Tao Wang, Wensheng Lin, Anzhong Gu Shanghai Jiao Tong University T03-O-09-12 Operating Performance of Combined Heat Systems Based on Surface Water Heat Pump and Peak Shaving Boiler Jianfeng Qian, Peng Liu, Jili Zhang Harbin University of Commerce; Dalian University of Technology T03-O-03-22 Simulation Study on Combustion System of Tankless Gas Water Heater Bu Qiu, Liliang Dou Southeast University; A.O.Smith Water Heater (China) Co. T03-O-07-07 Experimental Study of a Low-temperature Electrical Radiant Floor Heating System Xiangqiang Kong, Ying Li, Ruzhu Wang, Songtao Hu Shandong University of Science and Technology; Shanghai Jiao Tong University; Qingdao Technological University

- 31 - SATURDAY, NOV 7

Session SAT-PM1-T05.1: R&HVAC components 14:00-16:15 Room: D Chairs: Luis Coelho, Neng Zhu T05-O-02-06 A Study on Fuzzy Control Technology of Constant Temperature and Constant Humidity Air-Conditioning System Ankang Kan, Houde Han, Jun Ji, Houmin Liu Shanghai Maritime University T05-O-02-34 Application Analysis of Self-operated Dynamic Control Valve in a Heating System Yu Shan, Rui Li Beijing University of Civil Engineering and Architecture T05-O-04-57 Air Interaction around Outdoor Air-cooled Condensers Jian Zhang, Shugang Wang, Tengfei (Tim) Zhang Dalian University of Technology T05-O-09-24 Research and Development of Thermal Properties Test Device of Deep Ground Soil for Ground Source Heat Pump Zhiwei Lian, Xin Yu, Jianping Chen, Li Pan Shanghai Jiao Tong University; Shanghai Research Institute of Building Science T05-O-09-32 Model-Based Intelligent Simulation of Underground Heat Exchanger Bo Fan, Xinqiao Jin, Zhimin Du, Hua Dong, Xuebin Yang Shanghai Jiao Tong University; Qingdao Technology University T05-O-09-33 Numerical Analysis on the Heat Transfer Characteristics of Vertical U-Tube Ground Heat Exchanger Used in Ground Coupled Heat Pump Weibo Yang, Mingheng Shi, Zhenqian Chen Yangzhou University; Southeast University T05-O-09-42 Study on Heat Charge and Discharge Performance of Phase Change Thermal Storage in Solar Energy - Fresh Air Heating System Hailiang Luo, Chao Chen, Zhiyong Li, Yaning Xue, Ye Zhang Beijing University of Technology T05-O-09-45 Heat Transfer Properties of Porous Surface Tubes under the Vacuum Conditions Xuesheng Wang, Jingjing Dai, Jianli Cong, Qinzhu Chen East China University of Science and Technology T05-O-10-01 Wavelet Packet and Neural Network Methods for Fixed Bias Fault Diagnosis for Air Handling Unit Sensors Xuebin Yang, Zhimin Du, Xinqiao Jin, Bo Fan, Yibo Guo, Yunyu Yang School of Mechanical Engineering, Shanghai Jiao Tong University

- 32 - SATURDAY, NOV 7

Session SAT-PM1-T06.1: Indoor/outdoor air Quality 14:00-16:15 Room: E Chairs: Jianlei Niu, Nianping Li T06-O-01-22 A Case Study on the Influence of the Patio on the Indoor Environment in Summer in a Chinese Traditional Folk House Mingjing Xie, Guoqiang Zhang, Feng Xu, Jin Zhou, Quan Zhang Hunan University T06-O-05-06 Distribution Characteristics of Respiratory Aerosols in Enclosed Environments Naiping Gao, Jianlei Niu, Lidia Morawska Tongji University, Shanghai; Hong Kong Polytechnic University; Queensland University of Technology T06-O-05-13 Investigation and Analysis Summer on Indoor Air Quality of One Urban Large Commercial Office Building in Changsha City, China Xiaoqing Wei, Nianping Li,Hui Zhou, Shubo Xiao, Lijun Hu Hunan University T06-O-05-31 A Survey of Indoor Air Quality in New Residences in North-East Area, Japan Masatoshi Tanaka, Kazuko Tanaka, Tetuhito Fukushima Fukushima College; Fukushima Medical University T06-O-05-36 Modeling Indoor CO2 Concentration Stratification Dynamics in a Ventilated Room using a Simplified Physical Model Zhongwei Sun, Shengwei Wang, Fu Xiao The Hong Kong Polytechnic University T06-O-05-51 Concentration of Phthalate in Dorm Rooms and its Association with Asthma and Allergy Yuexia Sun, Zhigang Wang, Desheng Wang, Yufeng Zhang, Jan Sundell University of Texas at Tyler, Texas; Tianjin University; Tianjin Municipal Engineering Design & Research Institute T06-O-08-04 Air Treatment Process and Application of an Fresh Air Exchanger Li Li, Xiangdong Xue Jimei University T06-O-05-76 Droplet Generation due to Two Health Care Procedures - A Preliminary Study Xiaojian Xie, Yuguo Li, Hequan Sun, Li Liu Nanjing Normal University; The University of Hong Kong T06-O-08-09 Experimental Study of the Air Quality’s Amelioration in the Toll-Booth using Personalized Ventilation Hua Yang, Chengying Qi, Lei Liu, Cai Chen, Binghong Yan HeBei University of Technology

- 33 - SATURDAY, NOV 7

Session SAT-PM1-AI: Advanced industrial technology in sustainable buildings 14:00-16:15 Room: F Chairs: Liang Cai, Jianzhong Zhang The road of energy saving and environmental protection for 26 years--Advanced sustainable technolgies in Shuangliang. Shuangliang Group

Solar energy developement and application--Advanced sustainable technolgies in Sunrain. Jiangsu Sunrain Solar Energy Co.,Ltd

Pioneering energy saving air conditioner -- Tica air conditioning technologies Nanjing TICA Air-Conditioning Co.,Ltd

Comprehensive Solutions for sustainable buildings York by Johnson Controls

- 34 - SATURDAY, NOV 7

Session SAT-PM2-T08.1: Indoor/outdoor air flow 16:45-18:30 Room: C Chairs: Baizhan Li, C.Y.H. Chao T08-O-05-71 Dependence of City Ventilation by Thermal Buoyancy on Thermal Stratification Lina Yang, Yuguo Li University of Hong Kong T08-O-06-37 Experimental Study of Indoor Temperature Distribution for Displacement Ventilation System Jingshan Li, Xianmin Guo, Kai Min Tianjin University of Commerce T08-O-06-05 Effect of Atrium Size on Thermal Buoyancy-driven Ventilation of High-rise Residential Buildings: A CFD Study Minhui Zhang, Nianping Li, Enxiang Zhang, Sujuan Hou, Dongyue He, Jing Li Hunan University T08-O-06-09 Smoke Diffusion Characteristics in Tunnel Fires using Natural Ventilation Zhongyuan Yuan, Bo Lei, Pengyun Chen Southwest Jiaotong University T08-O-06-13 Effects of Building Interference on Natural Ventilation for High-Rise Residential Buildings James O.P. Cheung, Chun-Ho Liu The University of Hong Kong T08-O-06-35 Experimental Studies of the Attached Plane Jet Velocity Distribution after Impinging the Corner in a High Room Guangyu Cao, Mika Ruponen, Jarek Kurnitski Helsinki University of Technology

- 35 - SATURDAY, NOV 7

Session SAT-PM2-T02.2: HVAC system 16:45-18:30 Room: D Chairs: Xianmin Guo, João Garcia T02-O-09-17 Feasibility of Urban Sewage Source Heat Pump System with Freezing Latent Heat Collection Jianfeng Qian, Jili Zhang, Dexing Sun Harbin University of Commerce; Dalian University of Technology; Harbin Institute of Technology T02-O-02-32 Selecting HVAC Systems for Typical UK Office Buildings Ivan Korolija, Yi Zhang, Ljiljana Marjanovic-Halburd, Vic I Hanby De Montfort University; Anglia Ruskin University T02-O-04-02 Application of the Water Loop Variable Refrigerant Flow Air-Conditioning System in Large-Scale Buildings in Cold Climate Tingting Sun, Long Ni, Yang Yao, Zuiliang Ma Harbin Institute of Technology T02-O-09-27 The Alternate Operation Characteristics of a Solar-ground Source Heat Pump System Weibo Yang, Mingheng Shi, Zhenqian Chen Yangzhou University; Southeast University T02-O-04-56 A Study of the Ground Source Heat Pump System in Shanghai Minhang Archives in the Heating Mode Xin Yu, Ruzhu Wang, Xiaoqiang Zhai Shanghai Jiao Tong University T02-O-05-01 Experimental Study of HVAC in a Large Space Atrium in Winter Huizhong Zhao, Zhifen Lin , Chen Huang , Min Zhang, Lihui Wang , Rong Ren University of Shanghai for Science and Technology; Shanghai Ocean University

- 36 - SATURDAY, NOV 7

Session SAT-PM2-T07.2: Thermal Comfort 16:45-18:30 Room: E Chairs: Guoqiang Zhang, Lin Duanmu T07-O-05-79 Field Study of Human Thermal Comfort and Thermal Adaptability during Summer and Winter in Beijing Bin Cao, Yingxin Zhu, Qin Ouyang, Xiang Zhou, Li Huang Tsinghua University T07-O-05-69 Classification of the Indoor Thermal Quality: Results from a Field Campaign Roberta Ansaldi, Stefano P Corgnati, Marco Filippi Tebe Research Group, Politecnico di Torino T07-O-06-32 CFD Simulation and Analysis of Thermal Comfort Level in an Operating Theatre in the Tropics Yat H. Yau, M.H.H Mohyi University of Malaya T07-O-07-16 Active Adaptive Behavior and Energy Saving Fang Wang, Xiaosong Zhang, Wenyun Zhu, Qu Hu Southeast University; Nanjing University of Science & Technology; Treenity Real Estate Limited Company T07-O-05-72 Experimental Study on Thermal Environment in a Large Space Building with a Low Sidewall Air Supply Chen Huang, Wen Liu, ZhiJun Zou, Rong Ren, Lei Chen University of Shanghai for Science and Technology T07-O-05-11 Effect of Local Thermal Sensation on the Overall in Stable Non-uniform Environment Qianru Ding, Quan Jin, Xiangli Li, Lin Duanmu Dalian University of Technology T07-O-05-14 Draft Sensation under a Jet Nozzle Supply Air System in a Large Enclosure Ning Cai, Chen Huang, Weiwu Cao University of Shanghai for Science and Technology

- 37 - SUNDAY, NOV 8

Session SUN-AM1-T04.2: Refrigeration system 8:00-10:15 Room: C Chairs: Ivan Korolija, Xinqiao Jin T04-O-03-09 Experimental Study on Characteristics of Trans-critical Heat Pump Water Heater Using Refrigerant HFC125 Fang Wang, Zhiwei Lian, Xiaowei Fan, Fengkun Wang Shanghai Jiao Tong University; Zhongyuan Uniuversity of Technology T04-O-03-23 Numerical Analysis on a Novel Water Chiller Using Liquid Desiccant Rongquan Cao, Xiaosong Zhang, Yonggao Yin Southeast University T04-O-04-01 Optimum Design and Experimental Study on a High Efficient Adsorber -I Design and Mathematical Models I+II Y.L. Liu, Z.Z. Xia, R.Z. Wang Shanghai Ocean University; Shanghai Jiao Tong University T04-O-02-54 Optimum Operation of Air-Cooled Chillers with Multiple Refrigeration Circuits Jia Yang, K.T. Chan, Xiangsheng Wu The Hong Kong Polytechnic University; Logistical Engineering University T04-O-11-13 Performance Comparisons of Different Radiant Cooling Panel Positions Zhihong Gao, Xiaohua Liu, Yi Jiang Tsinghua University T04-O-11-21 Study on Preparation and Stability of Zinc Ferrite Nano-Particle Suspension of Ammonia Solution Liu Yang, Kai Du, Xiaosong Zhang, Xiaofeng Niu Southeast University; Hong kong Polytechnic University T04-O-04-55 Performance Study on a Heat Pump Driven Three-stage Liquid Desiccant Deep Dehumidification Processor Haiqiang Zhang, Xiaohua Liu, Yi Jiang Tsinghua University T04-O-09-08 A Sintered Zeolite-coated Bed for Adsorption Air Conditioning Systems Xuesheng Wang, Zhiyu Ni East China University of Science and Technology

- 38 - SUNDAY, NOV 8

Session SUN-AM1-T10.1: Renewable energy 8:00-10:15 Room: D Chairs: Guanyi Chen, Masatoshi Tanaka T10-O-03-10 Application of Ground Source Heat Pump to a Supermarket in Portugal João Garcia, Luis Coelho, Rita Cerdeira, Burkhard Sanner, Philippe Lentz and Nicolas Frechin Escola Superior de Tecnologia de Setubal, Campus de IPS, Portugal; European Geothermal Energy Council (EGEC); SAUNIER & ASSOCIES,France T10-O-09-01 Coal and Biomass Fly-ash Products for Hybrid Desiccant Ventilation System C.W. Kwong, C.L. Wu, C.Y.H. Chao The University of Adelaide; The Hong Kong University of Science and Technology T10-O-09-05 Dynamic Performances of Solar Heat Storage System using Packed Bed Shuangmao Wu, Guiyin Fang, Xu Liu Nanjing University T10-O-09-10 Compensation for Differential Energy Balance across a Building Incorporating Solar Energy Systems David A. Johnston Northumbria University T10-O-09-16 Experimental Investigation on a Closed-cycle Solar Adsorption Cooling System Xiaoqiang Zhai, Ruzhu Wang Shanghai Jiao Tong University T10-O-09-31 A Study on a Novel Solar Heating and Humidification System with Desiccant Rotor Dong La, Yanjun Dai, Hui Li, Yong Li, Ruzhu Wang Shanghai Jiao Tong University; Engineering Research Center of Solar Power and Refrigeration, MOE T10-O-09-44Simulation on Mutil-heat Sources Solar Heat Pump Used for Water and Residential Heating Lei Yang, Xiaosong Zhang Southeast University T10-O-09-46 A Theoretical Analysis on Multi-effect Distillation System Driven by Tidal Energy and Low Grade Energy Yefeng Liu, Kuiwen Zhao University of Shanghai for Science and Technology T10-O-01-40 Application of Phase Change Heat Storage Materials in a Building Min Li, Zhishen Wu, Zhenqian Chen, Changhai Peng Southeast University

- 39 - SUNDAY, NOV 8

Session SUN-AM1-T12.1: Building envelope 8:00-10:15 Room: E Chairs: Raymond Riise, Lizhi Zhang T12-O-01-23 Ideal Non-Linear Thermal Properties of Building Internal Thermal Mass in a Passive Solar Room Based on a Simplified Thermal Model Ruolang Zeng, Xin Wang, Yinping Zhang, Feng Jiang Tsinghua University T12-O-11-09 Experimental Research on the Heat Storage and Discharge Performance of a New Phase Change Material Tonghua Zou, Lijun Ma, Jianxing Chen,Yulin Xue Tianjin University of Commerce T12-O-01-41 Air Tightness of New Residential Buildings in Finland Keijo A. Kovanen, Jarmo Laamanen, Timo Kauppinen, Lin Duanmu VTT, Technical Research Centre of Finland; Dalian University of Technology T12-O-05-15 Decay Rates and Time Lags of Heat Conduction in Building Construction under In Situ Conditions Changhai Peng, Zhishen Wu, Zhenqian Chen, Min Li Southeast University; Ibaraki University T12-O-11-27 A Numerical Model to Evaluate the Thermal Behavior of Active Transparent Facades Fabio Zanghirella, Marco Perino TEBE Research Group, Department of Energetics, Politecnico di Torino T12-O-09-47 Effect of Carbon Fiber on Thermal Properties of N-Docosane Phase Change Materials Min Li, Zhishen Wu, Wei Sun, Zhenqian Chen, Changhai Peng Southeast University T12-O-02-49 Effective Cooling Storage Capacity Characteristics of Supercooled Phase-Change Materials for Building Cooling Applications Shuo Zhang, Jianlei Niu The Hong Kong Polytechnic University T12-O -05-77 A Fractal Model for VOCs Diffusive Transport in Dry Porous Building Materials Xiaozhong Shen, Zhenqian Chen,Changhai Peng, Min Li Southeast University; Wuxi Institute of Commerce

- 40 - SUNDAY, NOV 8

Session SUN-AM2-T05.2: R&HVAC components 10:45-12:30 Room: C Chairs: Bjørn R. Sørensen, Qihong Deng T05-O-10-06 Application of Data Fusion and FDD for Improving the Performance of Chiller Sequencing Control Shengwei Wang, Yongjun Sun, Gongsheng Huang, Fu Xiao The Hong Kong Polytechnic University T05-O-10-08 A Study on Non-calorimetric Method for Assessing the Equivalent Thermal Resistance of Building Enclosures Hui Zhang, Bing Xiao, Weifeng Shen, Yuetian Chen, Lin Lu Southeast University; Nanjing Hospital of Nanjing Military Area T05-O-10-09 Neural Network Based Fault Isolation in the Air Handling Unit Zhimin Du, Xinqiao Jin, Xuebin Yang, Bo Fan Shanghai Jiao Tong University T05-O-09-37 Falling Film Flow and Heat Transfer with Dual-Side Film-Inversion on Vertical Plate Surfaces in Absorber Yaping Chen, Chenmin Lin, Chenjie Shi, Mingheng Shi Southeast University T05-O-04-08 Design Calculation of Porous Ceramics Tube Type Dew Point Indirect Evaporative Cooler Xiuming Mao, Xiang Huang, Li Wen Xi'an Polytechnical University T05-O-04-12 Performance of a U-vertical Direct-expansion Ground Heat Pump Wei Yang, Guoqiang Zhang, Jin Zhou Hunan University T11-O-02-50 Energy-saving Analysis of a Hybrid Ground-coupled Heat Pump Project Qin Xue, Jiufa Chen,Hongqi Zheng, Weilai Qiao, Erming An Southeast University

- 41 - SUNDAY, NOV 8

Session SUN-AM2-T08.2: Indoor/outdoor air flow 10:45-12:30 Room: D Chairs: Suming Jin, Yat H. Yau T08-O-06-22 Discussion on the energy-efficiency and comfortof different air distribution Rong Ren, Chen Huang, Huizhong Zhao, Ning Cai University of Shanghai for Science and Technology T08-O-06-23 Smoke-Control Effects in the Horizontal Aisle of a High-rise Building Jingxian Li, Jiapeng He, Chengyin Jing, Ru Zhou Nanjing University of Technology T08-O-06-29 Experimental Investigation of Effects of Air Supply and Heater Positioning on Air Distribution Yuemei Wang, Zhiwei Lian, Jiuwu Liu, Dahai Qi Shanghai Jiao Tong University T08-O-06-31 Jet Main Region Specification Method in CFD Simulations for Room Air Movement Analysis Zhigang Wang, Shan He, Dong Han, Yuexia Sun Tianjin University T08-O-08-08 Numerical Solution of Condensation from Turbulent Flow of Gasoline Vapor in Vertical Tubes Zhiwei Zhao, Kai Du Southeast University T08-O-06-21 CFD Simulation of Multiple Solutions of Smoke Flow in a Simple Building Jian Gong, Yuguo Li The University of Hong Kong T08-O-08-15 Experimental Verification of Pressure Drop for a New Fibrous Filter Media Model Bin Zhou, Xiaosong Zhang, Kai Du, Hua Qian, Paolo Tronville, Richard Rivers Southeast University

- 42 - SUNDAY, NOV 8

Session SUN-AM2-T11.2: Energy Utilization and Efficiency 10:45-12:30 Room: E Chairs: Xundong Yang, Samuel Amos-Abanyie T11-O-05-66 Relationships between Energy Consumption and Energy Saving Consciousness of Residential Buildings in Sendai City Sayuri Nishiya, Hiroshi Yoshino, Shuzo Murakami, Shiho Kawada Tohoku University T11-O-09-21 Simulation of the Chinese Detached House Energy Performance with the Kang Heating System Guangyu Cao, Juha Jokisalo, Guohui Feng, Jarek Kurnitski, Lin Duanmu, Mika Vuolle Helsinki University of Technology; Shenyang Jianzhu University; Dalian University of Technology; EQUA Simulation Finland Oy T11-O-11-28 Investigation and Comparison for Building and Transportation Energy Consumption in Typical Cities in China Zhe Li, Borong Lin, Shengyuan Zhang, Yi Jiang Tsinghua University T11-O-11-10 Research on Technologies and Index System of Building Energy Saving in China Yuwu Li, Linlin Cheng, Yuquan Sun, Shouquan Li, Liangguang Tian Shandong Supervision and Inspection Institute for Product Quality; National Quality Supervision and Inspection Center (Shandong); Shandong Institute of Metrology; Shandong Bureau of Quality and Technical Supervision T11-O-11-29 Experimental Study on the Effect of Magnetic Field on the Heat Conductivity and Viscosity of Ammonia-Water Xiaofeng Niu, Kai Du, Fu Xiao Southeast University; The Hong Kong Polytechnic University T11-O-02-36 A Comparative Study on Energy Efficiency and Indoor Thermal Comfort of DOAS Applied to Multi-zone Air-conditioning Systems Gaoming Ge, Fu Xiao, Lizhi Zhang The Hong Kong Polytechnic University; South China University of Technology T11-O-04-05 Improvement of Hydrophilicity of Porous PVDF Membranes with LiCl Additives Lixia Pei, Lizhi Zhang South China University of Technology

- 43 - SUNDAY, NOV 8

Session SUN-PM1-F1: Forum of 12th five-year project research direction: How to face the challenge of global warming impact on building energy consumption (Language: Chinese) 13:30-15:30 Room: B Chair: Xiaosong Zhang, Yinping Zhang

Speakers All participants

Introduction

Global warming is hot issue in the current world especially in Building energy consumption, because most refrigerants are greenhouse gases and a warming climate will affect both the performance of existing building stock and the design of new buildings. Furthermore, about one third energy consumption is due to building energy utilization. Reducing building energy or promoting sustainable technology in built environment will reduce energy using and greenhouse gases releasing. So the cycling interaction between global warming and buildings need study and discuss. The study of impact of global warming on building energy use and thermal performance may be supported. Finally, the potential mitigation and adaptation strategies to the global warming are discussed in this forum. The discussed results may be referred by the ministry of science and technology of PRC to make strategies for 12th five-year project.

- 44 - SUNDAY, NOV 8

Session SUN-PM1-F2: The new WHO guideline on Natural ventilation for infection control 13:30-15:30 Room: C Chair: Yuguo Li

Speakers Yuguo Li - Introducing the new WHO guideline on natural ventilation Jan Sundel - The WHO expert panel assessment Qian Hua -The Grantham Hospital Measurement

Introduction

To minimize cross infection risk, imbalanced ventilation systems are used in the so-called airborne isolation rooms to achieve negative pressure relative to the corridor for airborne diseases such as TB. These isolation rooms are expensive to build and operate, and the ventilation flow rate is limited to 12 air change per hour. It is known that a higher ventilation rate is able to provide a higher dilution capability. However, use of higher ventilation rates also means a higher energy cost for mechanical ventilation. Today, there are only a limited number of such isolation rooms in each country or city, and may be none in some resource-limited countries.

Is natural ventilation an option? Recently, WHO has recommended natural ventilation among the most effective measures to manage infections from serious respiratory disease in health care facilities. A new WHO guideline will be issued soon. The moderators have participated in drafting a design guideline of natural ventilation design for infection control for World Health Organization.

List of questions to be discussed during the forum What if natural ventilation cannot create negative pressure? What if there is no sufficient driving force? Is hybrid ventilation an option? What if there is insufficient number of mechanically ventilated isolation rooms as they are expensive to build? Is mechanical ventilation always reliable? How other aspects such as noise, air pollution, insect vectors and security affect our choice? What are the issues to be considered for retrofit buildings? Are there evidences that mechanical ventilation works? How to collect? Are there the evidences that natural ventilation works? How to collect? Can we improve the WHO guideline?

- 45 - SUNDAY, NOV 8

Session SUN-PM1-W1: Mission of IEA/ECBCS/Annex 53 Total Energy use in Buildings -Analysis and evaluation methods 13:30-15:30 Room: D Chairs: Hiroshi Yoshino and Yi Jiang

Speakers Hiroshi Yoshino (Japan) Introduction of the Annex 53 Mark Levine (USA) Subtask A: Definition Yi Jiang(China) Subtask B1: Case study Jorma Pietilainen (Finland) Subtask B2: Data collection Stefano Paolo Corgnati(Italy) Subtask C: Statistical Analysis Philippe Andre(Belgium) & Ad van der Aa(Netherland) Subtask D: Energy Performance Analysis

Introduction

One of the most significant barriers for achieving the goal of substantially improving energy efficiency of buildings is the lack of knowledge about the factors determining the real energy use. There is often a significant discrepancy between the designed and the real total energy use in buildings, in which a complex array of factors play a significant role, including the user/occupant behavior. The reasons for this discrepancy are generally poorly understood, and often have more to do with the role of human behavior than the building design.

For that, the new annex entitled as“Total Energy use in Buildings -Analysis and evaluation methods-“ was initiated in the last November.

The ultimate outcome of this annex is to strengthen the robust prediction of energy usage in buildings, thus enabling the proper assessment of short- and long-term energy saving measures, policies, technologies. The main objectives are to:

 develop a new methodology for analysis of building energy use that makes it possible to investigate the effects of the main influencing factors  demonstrate how these data can be used to provide meaningful indicators of energy performance of buildings (for example expression of energy use for different end uses that are generally applicable among different buildings)  develop a methodology for performance prediction of energy saving policies and technologies that includes the influence of a number of related factors  development of methodologies and technologies for long term monitoring of the energy use in buildings.

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Session SUN-PM2-P2: Plenary Session II 16:00—18:00 Room: B Chairs: Bjarne W. Olesen (Denmark), YinPing Zhang(China) P2.1 Energy and environment of residential buildings in China and Japan Prof. Hiroshi Yoshino Tohoku University, Japan

P2.2 Integrated IAQ Strategy via Source Control, Ventilation and Air Purification Prof. Jensen Jianshun Zhang Syracuse University, USA

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Poster Session: Nov. 7, 8 Room: G

Theme 1: Sustainable building T01-P-01-07 A Survey on Energy Consumption and Operation Management Status of Public Buildings in Changsha, China Hui Zhou, Nianping Li, Ailin Lin, Ji Ni, Lijun Hu, Xiaoqing Wei Hunan University T01-P-01-09 A Study of Safety Design Status of High Occupancy Public Building Areas in Changsha, China Zhian Li, Nianping Li, Yinghua Zhao, Hui Zhou Hunan University T01-P-01-12 The Influence of the Width of Cantilever Plate of Bay Window on Energy Consumption in the Region of Hot Summer and Cold Winter Weichuan Cheng, Jiapeng He, Rong Shi, Zhen Chen Nanjing University of Technology; Jiangsu Council of Finance Iinvestment T01-P-01-20 Investigation and Analysis of Home Energy Consumption in Six Cities Yang Zhang, Zhijia Huang, Guozhi Zhang Anhui University of Technology T01-P-01-43 Energy Efficiency Analysis of a Chiller using Variable Chilled Water and Cooling Water Flow Control Xiantai Wen, Caihua Liang, Xiaosong Zhang, Guoying Xu Southeast University T01-P-01-08 Survey on Energy Consumption and Indoor Thermal Environment of University Building in Changsha, China Peizhe Tian, Hui Zhou, Nianping Li, Qie Su Beijing Union University; Hunan University T01-P-01-39 Simulation and Analysis of the Cooling and Energy Saving Technology of One All-glass-wall Atrium in Hot-summer and Cold-winter Areas Tianfu Deng, Jingguang Li, Wenyu Zhang, Hongwu Fang, Jihong Hang Shanghai Research Institute of Building Sciences (Group) Co. T01-P-01-05 ―Per Capita Building Energy Consumption Occupied Space(PCEOS)‖ for Evaluation of Building Energy Consumption Xiang Yuan, Weiding Long, Xiaoqiang Jiang Tongji University

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Theme 2: HVAC System

T02-P-02-07 Optimization Study on Cold Source of Central Air Conditioning in Residential Buildings Wei Cai, Lina Zhang, Zhaohui Wu, Xiaodong Wen Ningbo University of Technology T02-P-02-17 Air Conditioning System of a Comprehensive Thermal Test Station of Refrigerated Containers and Experimental Analysis Jun Ji, Houde Han, Ankang Kan Shanghai Maritime University T02-P-02-24 Energy Performance Evaluation of an Air-conditioning System in a Large Scale Office Building by Commissioning Weijie Zhang, Jiuling Liu, Jieqing Jia Hebei University of Engineering T02-P-02-37 Discussion on the Application of Variable-air-volume Air-conditioning System on Ships Junjie Guo, Wu Chen, Zhenxiong Cai, Chaoyu Zheng Jimei University T02-P-04-63 Recent Research and Developments on the System of Independent Heat and Humidity Control Air Conditioning System Shikui Lu, Xiaosong Zhang Southeast University; Jiangsu University of Science and Technology T02-P-09-23 Experimental Studies of the Aerodynamic Field Cold-State Modeling System Xianglong Liu, Guangcai Gong Hunan University T02-P-09-48 Simulation of the Periodical Heat Transfer Performance of Vertical Ground Heat Exchanger Xinnan Song, Zhipeng Zhang, Lihong Liu Jiangsu University T02-P-02-04 Comparion of Thermal Storage Air Conditioning for High-rise Buildings in Typical Cities of Differernt Climatic Zones Wei Cai, Xubo Yu, Danjun Wang, Linlin Gong, Jie Yang Ningbo University of Technology T02-P-02-21 A New Method of Cooling and Heating Load Calculation Shu Zhang, Maoyu Zheng, Xiao Wang, Wenyong Zhang Harbin Institute of Technology; Daqing Petroleum Institute T02-P-02-27 A Study on Heating Characteristics of the Combined Radiant Floor Heating & Cooling System with Uneven Tubing Qingqing Li, Chao Chen, Jie Lin, Ye Zhang, Zhuo Li, Pin Wu Beijing University of Technology; Qingdao Agriculture University T02-P-04-07 Experimental Study of Cooling Performance of Gravity Air-conditioning Cuimin Li, Jianing Zhao, Xiumu Fang Harbin Institute of Technology

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T02-P-04-31 Experimental Study of the Characteristics of an Air Source Heat Pump with Enhanced Vapor Injection Hu Huang, Zhongbin Zhang , Jinzhu Gong, Dongxue Yuan, Qihe Li Nanjing Normal University T02-P-04-67 Performance Simulation and Analysis of New Solar Assisted Air-Source Heat Pump Heating System Caihua Liang, Xiaosong Zhang, Xiuwei Li, Xia Zhu Southeast University T02-P-04-68 Characteristic and Performance Simulation of the Heat Pump Part of a New Solar Assisted Air-source Heat Pump System Heating System Caihua Liang, Xiaosong Zhang, Xia Zhu, Xiuwei Li Southeast University T02-P-01-32 Different Sustainable Assessment Methods Compared: a New Approach is Needed Wim Zeiler, John van Deursen, Gert Boxem Technische Universiteit Eindhoven

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Theme 3: Energy supply

T03-P-01-16 Studies on Seasonal Cooling Storage and Release of the Building Energy Piles System Peng Li, Zhongzhu Qiu Tongji University; Shanghai University of Electric Power T03-P-02-08 A Study on Pipes Impedance Identification in a Realistic Heat-supply Network Yongxin Liu, Pinghua Zou, Yonghu Kang Harbin Institute of Technology; Harbin Huaneng District Heating Co. T03-P-03-13 An Experimental Study on Continuous and Intermittent Control for Radiant Floor Heating System with DSHP Xinli Wei, Jinjing Wu, Jifu Lu, Zhangchuan Zeng, Wanren Chen, Zongdi Wei Zhengzhou University; Henan Reborn Energy Technology Development Co. T03-P-07-01 Experimental Study of an Micro-Combined Cooling, Heating and Power System with an Adsorption Chiller Xiangqiang Kong, Ying Li, Ruzhu Wang, Xinghua Huang Shandong University of Science and Technology; Shanghai Jiao Tong University T03-P-07-12 A Study of the Preheating Temperature of Directly Buried Heat-Supply Pipeline Based On Intermediate Stress Fei Wang, Guowei Wang, Pinghua Zou Taiyuan University of Technology; Harbin Institute of Technology T03-P-07-13 A New Type of Energy Efficient Central Heating System Fei Wang, Xin Yang Taiyuan University of Technology T03-P-07-10 Simulation and Analysis of the Control Effectiveness of TRVS in District Heating Systems Baoping Xu, Lin Fu, Hongfa Di China Architecture Design and Consultation Co.; Tsinghua University T03-P-02-15 Neural Networks Application in Heating Networks Leakage Fault Diagnosis Cuihong Lei, Pinghua Zou, Zhongyi He Harbin Institute of Technology T03-P-09-54 Experimental Thermal Performance of a Novel Solar-Air Source Heat Pump System for Domestic Water Heating Guoying Xu, Xiaosong Zhang, Yuehong Zhang Southeast University

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Theme 4: Refrigeration systems

T04-P-02-13 Application of Fuzzy Control Technology on the Marine Heat Exchanger Control System Houde Han, Ankang Kan, Lili Sha Shanghai Maritime University T04-P-04-34 A Study of a Solar-driven Diffusion-absorption Refrigerator with an Adiabatic Spray Absorber Handong Wang Shenzhen Polytechnic T04-P-09-03 Evaporative Cooling Techniques for Handling Outdoor Air Dan Chen, Changzhi Yang, Jinghua Yu Hunan University T04-P-11-15 Experimental Study on a Small-scale Domestic Diffusion-Absorption Refrigerator Handong Wang Shenzhen Polytechnic T04-P-11-19 Numerical Simulation of Flow Field in Link Joint Textile Fiber Dryer Xinli Wei, Jia Chang, Jun Zhang, Xinling Ma, Lei Shi, Bin Wu Zhengzhou University; Zhengzhou Textile Machinery Co. T04-P-11-24 A Calculating Method for Matching Enthalpy Parameters of Three-wheel Bootstrap High Pressure Water Separation Refrigeration System for Aircrafts Xingjuan Zhang, Chunxin Yang, Feng Li Beihang University T04-P-04-10 Adsorption Refrigeration and Indirect Evaporative Cooling——A Double-Effect Hybrid Vehicular Air Conditioning System Zhongbao Liu, Qingbo Ma, Shuang Yang ,Qiang Zhang Beijing University of Technology T04-P-04-11 Mathematical Modelling of a Two-Stage Evaporative Cooling System with a New Kind of Directive Water Evaporative Cooling Air Conditioner Zhongbao Liu, Shuang Yang, Qingbo Ma, Qiang Zhang Beijing University of Technology T04-P-04-32 Performance of a Ground-Water Assistant Air-source Compound Heat Pump in Refrigerating Conditions Guanghui Zhou, Yin Liu, Shengjie Chen, Chao Zhang, Qixun Guo Zhongyuan University of Technology T04-P-04-30 Experimental Study of the Dynamic Heat Storage Process by Jetting Water in Direct-evaporation Ice-storage Air-conditioning Xueqing Chen, Ying Chen, Yongkang Shi Guangdong University of Technology T04-P-02-11 Study on the Running Mode of the Evaporative-Cooling-Assisted Air-conditioning in Mid-humidity Region Xiang Huang, Chao Wang, Fangcheng Xu, Zhenghua Yan, Zhixiang Wu Xi'an Polytechnic University

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T04-P-01-44 An Energy-Saving Air-Conditioning System Based on Liquid Desiccant Cai Wen, Xiaosong Zhang Southeast University T04-P-04-65 Optimization Design of Waste Heat Driven Two-stage LiBr-H2O Absorption Refrigerator with Heat Pipe Wenbin Wu, Yongchang Zhu, Sumin Jin Nanjing University of Technology T04-P-04-66 Parametric Study on an Air-heated Desiccant Solution Regenerator Yonggao Yin, Xiaosong Zhang Southeast University

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Theme 5: R&HVAC components

T05-P-04-19 Numerical Simulation of GWHP with Superheated Vapor Heat Recovery Chao Zhang, Guanghui Zhou, Xiaodan Zhao Zhongyuan University of Technology T05-P-04-48 Application Analysis of Air-source Heat Pump Unit Zongyi Shao, Yufeng Wang, Rui Fang Beijing University of Civil Engineering & Architecture T05-P-04-49 On the Installation of Ground Source Heat Pump Exchanger under Earth Zongyi Shao, Ruixiang Wang, Rui Fang Beijing University of Civil Engineering & Architecture T05-P-04-54 Experimental Study of the Compressor for the R410a Heat Pump Water Heater System Fengkun Wang, Xiaowei Fan, Zhiwei Lian, Fang Wang Zhongyuan University of Technology; Shanghai Jiao Tong University T05-P-09-36 A Study of the Heat Pipes Equipped Heat Exchanger That Works in the Saturated Humid Air Lei Shi, Jun Zhang, Xinling Ma, Xinli Wei Zhengzhou University T05-P-04-61 Three-dimensional Temperature Field Simulation of Ground Heat Exchangers with Groundwater Flow Hui Long, Yuejin Yu, Zhouquan Feng Nanjing Normal University; HKUST T05-P-07-15 Technical and Economic Analysis of the Combined Heating System with a Coal-fired Basic Heat-source and Gas-fired Boilers as Peak Load Heat-sources Haichao Wang, Wenling Jiao, Jingcheng Liu, Pinghua Zou Harbin Institute of Technology; Beijing Gas and Heating Engineering Design Institute T05-P-05-65 A Performance Study on Dehumidification Systems using a Thermosyphon-based Heat Pipe Heat Exchanger Caixia Qian, Xiaohua Zhu, Xiaobao Zhao Nanjing Normal University T05-P-04-60 Performance Simulation of Condensing Heat Exchanger in Different Work Conditions Jing Wang, Weixing Yuan, Xiugan Yuan Beihang University T05-P-11-26 Application of the Flue Type of Variable Pressure and Check Valve in Kitchen Ventilation System Jingye Zhao, Jie Xu, Yue Guo Beijing Institute of Civil Engineering and Architecture T05-P-04-62 Experiment Study on Heat Dissipation Performance of Heating-only Fan Coil Xiaozhou Wu, Jianing Zhao Harbin Institute of Technology T05-P-04-04 Experimental Research on the Operational Characteristics of Free Cooling

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Box for Communication Base Station Yanbing Gao, Huanli Zhao, Jun Liu AIRSYS Refrigeration Engineering Technology (Beijing) Co.

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Theme 6: Indoor/outdoor air Quality

T06-P-05-19 Experimental Investigation on Accessibility of Supply Air and Contaminant Source in Ventilated Room Xiaojun Ma, Xiaoliang Shao, Fenfei Zhu, Hao Cai, Xianting Li Tsinghua University T06-P-05-41 Study of Ozone Emission and IAQ in Computer Laboratory Adnan Husain, Mohamad Zainal Md Yusof, Nurul Zakiah Zamri, Baizura Aini Azizi, Abdul Mutalib Leman University of Tun Hussein Onn Malaysia (UTHM) T06-P-05-55 Indoor Air Quality in Four Types of Vehicles in China Xiaojiang Ye, Zhaoxia Zhou, Huanxin Chen, Yuangao Wen, Zhijian Hou, Shiqin Liu Huazhong University of Science and Technology; Wuhan Institute of Technology; Wuhan University of Science and Technology; Shenzhen Polytechnic T06-P-05-74 The Subjective Questionnaire Survey and Objective Measurement of Main Pollutions Existing in Residential Environments, China Angui Li, Phil Jones, Chunjiang Wu, Kenan Zhang Xi’an University of Architecture and Technology T06-P-05-30 Effect of Airspeed on Removel Performance of Particles in an UFAD Room Can Li, Nianping Li Hunan University of Technology; Hunan University T06-P-05-68 The Effect of Ventilation Rate in Controlling Airborne Infection Jin Wang, Hua Qian, Xiaosong Zhang Southeast University T06-P-05-10 The Application of Dissipative Structure Theory in Evaluation of Urban Air Quality Furen Zhang, Hui Zhang, Panpan Deng Chongqing Jiaotong University

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Theme 7: Thermal comfort

T07-P-05-03 A Field Study of Thermal Comfort in Outdoor Environment in Guangzhou, China Yongchao Zhai, Ling Jin, Qinglin Meng, Yufeng Zhang, Lihua Zhao South China University of Technology; South China Agricultural University T07-P-05-12 Effect of Indoor Thermal Environment in Two Typical Roof Buildings in the Hot Summer Warm Winter Zone Wenchao Wang, Lihua Zha, Jun Ren, Qinglin Meng South China University of Technology; Guangzhou Institute of Building Science T07-P-05-17 Thermal Study of a School Buildings in Summer Conditions Jiafang Song, Ting Yao, Longyun Ding Tianjin polytechnic University; Nankai University T07-P-05-26 A Study of Rural Indoor Thermal Environment in Western Sichuan after the Wenchuan Earthquake Jianbo Zhang, Nanyang Yu, Jiying Liu, Lei Yuan Southwest Jiaotong University T07-P-05-28 A Study of the Micro Thermal Environment Planning of a Commercial District Weijie Zhang, Jing Qi, Xin Li Hebei University of Engineering T07-P-05-45 Simulation of Building Environment in a Residential District Chuan Sun, Shuiming Shu, Guozhong Ding, Xinghua Hu, Xiaoqing Zhang Huazhong University of Science and Technology T07-P-05-50 Urban Buildings Thermal Environment Research based on BP Neural Network Ning Li, Jinxiang Liu, Xiaochun Chen, Gao Ding Nanjing University of Technology; China Architecture Design & Research Group T07-P-05-54 Indoor Thermal Environment, Ventilation and Health Symptoms in a Physics Laboratory Xiaojiang Ye, Duanyong Li, Zhaoxia Zhou, Huanxin Chen, Zhijian Hou, Yuangao Wen, Baojun Yi, Shiqin Liu Wuhan Institute of Technology; Huazhong University of Science and Technology; Shenzhen Polytechnic; Wuhan University of Science and Technology T07-P-05-57 Evaluation of a Thermal Comfort Model on Dynamical Air Conditioning Yudang Xu, Jiani Mao, Fujiang Chen, Gang Wei Huazhong University of Science and Technology T07-P-05-73 Thermal Comfort Assessment and Energy Consumption Analysis about the System of Ground Source Heat Pump Combined with Radiant Heating/Cooling Shikui Lu, Yan Lv, Xiaosong Zhang Southeast University; Jiangsu University of Science and Technology T07-P-06-04 Effect of Indoor Heat Intensity on Thermal Environment in High-rise Residential Building with Atrium

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Dongyue He, Nianping Li, Enxiang Zhang , Jing Li, Sujuan Hou, Minhui Zhang Hunan University; Beijing Union University T07-P-02-05 Thermal Sensation Based Humidity Control to Improve Thermal Comfort and Energy Consumption in Non Hot-Dry Climate Zones Jin W Moon, Jae D Chang University of Kansas T07-P-05-08 Adaptive Thermal Comfort Model in the Cold Climate Jian Wang, Zhaojun Wang Heilongjiang Institute of Science and Technology; Harbin Institute of Technology T07-P-05-27 Field Measurement of the Convective Heat Transfer Coefficients on Impervious Surface in Urban Area Jiantao Shao, Jing Liu, Jianing Zhao, Zhipeng Fu, Wenwu Zhang Harbin Institute of Ttechnology T07-P-05-56 Indoor Thermal Environment and Energy Consumption of Dynamic Air Conditioning Yudang Xu, Jiani Mao, Fujiang Chen, Gang Wei Huazhong University of Science and Technology

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Theme 8: Indoor/outdoor air flow

T08-P-05-22 Numerical Simulation on Air Dispersion of the Fabric Air Distribution System in Pure-Penetration Mode Fujiang Chen, Huanxin Chen, Junlong Xie, Zhaohui Shu, Yunpeng Hu, Jiani Mao Huazhong University of Science and Technology T08-P-05-29 CFD Study of an Air-conditioning System using Displacement Ventilation and Chilled Radiant Panel Jingye Zhao, Shaobo Ren, Jinghui Chang Beijing Institute of Civil Engineering and Architecture T08-P-05-34 An Experimental Study of Displacement Ventilation in Offices with Internal Heat Source Bin Liu, Yanhong Huang, Kai Min Tianjin University of Commerce T08-P-06-02 The Influence of Occupants’ Uncertainty on the Airflow in an Atrium of a High Residential Building in Winter Sujuan Hou, Nianping Li, Chuawang Li, Minhui Zhang, Dongyue He, Jing Li Hunan University; Beijing Union University T08-P-06-03 Influence of Horizontal Openings on Buoyancy-driven Natural Ventilation of an Atrium in High-rise Residential Buildings Jing Li, Nianping Li, Chuawang Li, Minhui Zhang, Sujuan Hou, Dongyue He Hunan University; Beijing Union University T08-P-06-06 Influence of Window Distribution on Ventilation Effect in High-Rise Residential Buildings with a Light Well Fang Ruan, Nianping Li, Jing Li, Sujuan Hou, Minhui Zhang, Dongyue He Hunan University; Xiangtan University T08-P-06-11 Analysis of the Under-Floor Air Supply System Chengfu He, Jingye Zhao Beijing University of Civil Engineering and Architecture T08-P-06-12 A Study of the Effectiveness of Fans in School Buildings using CFD Simulations Jiafang Song, Dongdong Feng, Longyun Ding Tianjin Polytechnic University; Hebei University of Technology; Nankai University T08-P-06-14 Design Procedure for PV Arrays Cooling Ducts to Ventilate in the Building Daliang Zhong, Hong Qin Guangdong University of Technology T08-P-06-16 Natural Ventilation in a Railway Station Waiting Room Huizhi Zhong, Bo Lei, Ya Feng Southwest Jiaotong University,China Southwest Architecture Design & Research Institute T08-P-06-17 Numerical Simulation and Experimental Study of a New Type of Automatic Wind Catcher Zhiyuan Li, Chao Chen, Liaoran Huo Beijing University of Technology

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T08-P-11-04 A Numerical Study of Air Jet Impinging on a Cone Jingye Zhao, Jinghui Chang Beijing University of Civil Engineering and Architecture T08-P-06-38 Numerical and Experimental Study of Air Flow Distribution in Large Space Guangyuan Liu, Chunyan Xu, Daixiang Zhou Yangzhou University T08-P-11-07 A Study of the Boundary Layer Flow Field on Continuous Moving Surface in Power Law Fluids by PIV Measurement Hao Zhang, Xinxin Zhang, Liancun Zheng, Yuancheng Wang Shandong Jianzhu University; University of Science and Technology Beijing T08-P-05-52 Effect of Air Outflow Angle of a Wall-mounted Air-conditioner on the Indoor Thermal Environment Lei Guo, Jigang Zhang, Li Fu, Yanhua Lai, Shusheng Zhang Shandong University T08-P-06-37 Experimental Study of Indoor Temperature Distribution for Displacement Ventilation System Jingshan Li, Xianmin Guo, Kai Min Tianjin University of Commerce T08-P-06-07 Analysis of the Excergy Transfer and Efficiency of Buoyancy-Driven Ventilation Li Wang, Nianping Li Hunan University T08-P-05-16 The Influence of Types of Radiation Terminals on Indoor Temperature and Velocity Distribution Yongmei Xuan, Fu Xiao, Shengwei Wang Hong Kong Polytechnic University T08-P-06-39 Distribution of Contaminants Breathing and Coughing out by a Patient with Different Postures in a Single-bed Ward Yonggao Yin, Jitendra K. Gupta, Xiaosong Zhang, Qingyan Chen Southeast University T08-P-06-40 Role of Natural Ventilation in Indoor Air Temperature and Air Quality Analyses during Cooking Time Xiaohong Zheng, Hua Qian, Xiaosong Zhang Southeast University T08-P-05-39 Measurement of Ventilation Rates Using Tracer Gas Method in Walk-in Stability Chamber Adnan Husain, Mohamad Zainal Md Yusof, Nurul Zakiah Zamri, Ishak Mohd Basir, Abdul Mutalib Leman University of Tun Hussein Onn Malaysia

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Theme 9: Indoor air pollutant and cleaning

T09-P-05-48 CFD Modeling of the Effect of Moisture on the Performance of Air Cleaner in an Office Ye Wang, Baoqing Deng, Chang Nyung Kim University of Shanghai for Science and Technology; Kyung Hee University T09-P-05-63 Three-dimensional RNG k-εNumerical Simulation on Indoor Air Pollutant Discharging by Natural Ventilation in Multi-hatch Room Fankang Meng, Jue Wang, Minghui Yan, Shan Gao Liaoning Technical University T09-P-08-13 Effects of the Geometrical Parameters and Operating Conditions on the Filtration Efficiency of the Plain Wave Fabric Filter using Response Surface Methodology Fuping Qian, Haigang Wang Anhui University of Technology T09-P-08-14 Test Methods of Pollutant Cleaning Performance of an Air Cleaner Gaofeng Deng, Zenghe Li, Liangjun Jin, Mengmeng Ding, Zhichao Wang Beijing University of Chemical Technology; China Academy of Building Research T09-P-08-12 A Study of Removing House Dust in Indoor Environments Lu Yang, Yoshino Hiroshi, Takaki Rie, Endo Suguru, Kurihara Genta, Mochida Akashi Tohoku University T09-P-05-61 Contribution Estimation of Outdoor Nitrogen Dioxide on Indoor Air Quality of House Using Indoor Mass Balance Eunkyung Kwon, Jianfei Shuai, Hyunsoo Lee, Wonho Yang, Moonhyun Kim Catholic University of Daegu; Daegu University T09-P-05-60 Impact of Temperature on the Initial Emittable Concentration of VOC in Building Materials: Experiment and Model Development Jianyin Xiong, Yinping Zhang Tsinghua University T09-P-05-49 Numerical Simulation of VOCs Distribution with an Air Cleaner in a Classroom Jiaqing Zhou, Baoqing Deng, Chang Nyung Kim Kyung Hee University; University of Shanghai for Science & Technology T09-P-09-52 Numerical Study on Phase Change Heat Transfer of Paraffin Filled in Aluminum Foams in Solar Flat-plate Collector Zhenqian Chen, Donghua Peng, Min Li, Changhai Peng Southeast University

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Theme 10: Renewable energy

T10-P-04-06 The Research on Ground Source Heat Pumps in China Wei Yang, Jin Zhou, Guoqiang Zhang Hunan University T10-P-09-02 Discussion on Active Solar Heating of Rural Residence Wei Cai, Lina Zhang, Xubo Yu, Guozhen Xie Ningbo University of Technology; Beijing University of Civil Engineering and Architecture T10-P-09-13 Design of Solar Heat Pump Combined Drying Device and Test of the Drying Performance of Aquatic Products Min Li, Zhiqiang Guan, Xiaoqiang Jiang, Shenglan Guo, Lijing Zheng Guangdong Ocean University T10-P-09-14 Thermal Economical Ananysis of Cool-storage Mode Solar Photovoltaic Module with ——A Combination of Heat Pump System Qihui Bu, Hong Qin, Chenmian Deng GuangDong University of Technology T10-P-09-15 Experiment Study on Low-temperature Heating Performance of a New Solar-air Multi-source Heat Pump Guanghui Zhou, Yin Liu, Cen Zhang, Shengjie Chen, Chao Zhang Zhongyuan University of Technology T10-P-09-19 Theoretical and Experimental Study of Solar Assisted Heat Pump System for Grain Storage Drying Haifeng Li,Yanjun Dai,Yong Li,Zongliang Li, Xianli Lu, Sufen Gao, Lei Wei Shanghai Jiao Tong University; State Grain Reserves Kunming Depot; China Grain Reserves Corporation; Henan Weilai Machines Engineering, Co. T10-P-09-26 Theoretical and Experimental Investigation On All-Glass Vacuum Tube Collector Heat Transfer Characteristics Zhiyong Li,Chao Chen,Hailiang Luo,Ye Zhang,Yaning Xue Beijing University of Technology T10-P-09-29 Quantities Appraisal of Renewable Energy Resource and Energy Saving for Buildings Gaijing Zhang, Weiding Long, Xiang Yuan Tongji University T10-P-09-41 Bottlenecks of Straw Densification Briquetting Fuel (SDBF) Application in China Xutao Wang, Lisha Liu, Bailiang Zhang Henan University of Urban Construction; Henan Quality Ploytechnic; Henan Agricultural University T10-P-09-43 Application of Solar Hot Water Systems in Shanghai Jianrong Yang, Ge Chen Shanghai Research Institute of Building Science T10-P-09-18 Experimental Study on Heating Buildings with Cool-Storage Mode Solar Photovoltaic Module

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Hong Qin, Renyuan Zhang, Hui Shen, Baoxin Shi, Chenmian Deng, Zhennan Liang GuangDong University of Ttechnology T10-P-09-30 Utilization of Solar Energy for Building Operation Lisa Guan, Guangnan Chen Queensland University of Technology; University of Southern Queensland T10-P-09-53 Dehumidification Assisted Evaporative Super-cooling Method for Ice Slurry Producing Xiuwei Li, Xiaosong Zhang Southeast University

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Theme 11: Energy Utilization and Efficiency

T11-P-01-10 The Impact of Shading on Building Daylighting and Energy Consumption Zhengrong Li, Zhengtao Ai, Sheng Yu, Peng Li Tongji University T11-P-03-04 A Study of Energy Consumption of Air-conditioning System for Subsistent Government Offices in the Changsha City of China Lijun Hu, Nianping Li, Xiaoqing Wei, Ailin Lin Hunan University T11-P-04-22 Experimental Study of the Performance of a Heat Recovery Heat-exchanger Yucai Cong, Rui Li, Haitao Nie Beijing University of Civil Engineering and Architecture T11-P-09-39 Energy Saving Analysis on Heat Recovery in Wheel System Based on Life Cycle Cost Jinmei Feng, Zhiwei Lian, Xiangping Zhu, Zhaochun Wu, Hongliang Xu Shanghai Institute of Technology; Shanghai Jiao Tong University T11-P-09-49 Inventory Analysis Model Improvement of Life Cycle Energy Upstream Phase Jing Wan, Xu Zhang, Zhiqiang Wu Tongji University T11-P-11-16 Structure snd Performance Analysis of Energy Saving Pump Used in Air Conditioning System Yuanquan Liu, Xinbo Jiang, Xiaowen Cai, Jie Zhang University of South China; Yan Cheng Hotel T11-P-11-20 Cool Storage Air Conditioning Reconstruction of Energy-Efficiency Technology for Existing Buildings Fuxin Niu, Long Ni, Yang Yao, Zuiliang Ma Harbin Institute of Technology T11-P-11-06 Numerical Simulation of Flow and Heat Transfer over Louvered Fin Arrays for High Power Electronic Cooling Jie Deng, Nanyang Yu Southwest Jiaotong University T11-P-02-25 Transmission Electricity Consumption of Heating System and Building Energy Saving Zongyi Shao, Yufeng Wan , Ye Zhang Beijing University of Civil Engineering & Architecture;Xinjiang University of Civil Engineering & Architecture Institute T11-P-11-14 Analysis of Method of Northern Existing Residential Buildings Energy Conservation Retrofit Peng Zhao, Deying Li, Yanli Ren hanghai Research Institude of Building Sciences(Group) Co.,Ltd.; Beijing Institute of Civil Engineering and Architecture; Beijing Union University T11-P-02-14 Investigation and Analysis of Energy Consumption for Public Buildings in Jiaxing Xiaoyan Wu, Changzhi Yang, Feng Zhan

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Jiaxing University; Hunan University T11-P-03-08 Exergy Analysis: a Three-heat-source (Air, Wastewater & Energy Recycle) Hot Water System Zhongbin Zhang, Hu Huang, Dongdong Yang, Jia Yu, Zemin Chen Nanjing Normal University; Hefei General Machinery Research Institute; Suke Air Energy Research Institute T11-P-04-18 Energy Consumption Analysis of a Liquid Desiccant Air-conditioning System for Industrial Buildings Yidan Tang, Xiaohua Liu Beijing Institute of Architectural design; Tsinghua University T11-P-02-30 Influences of Green Star Rating Tool on HVAC System Design Lisa Guan, Guangnan Chen Queensland University of Technology; University of Southern Queensland T11-P-11-30 Study on Restraining Frost Growth at Initial Stage by Hydrophobic Coating and Hygroscopic coating Liang Cai, Ronghan Wang, Puxiu Hou, Xiaosong Zhang Southeast University T11-P-11-31 Study on the Fluctuations of Cooling Load and Natural Room Temperature of Different Indoor Zones Geng Wang, Zhichao Wang, Xiaosong Zhang, Tao Yuan Southeast University; China Academy of Building Research T11-P-11-32 Convection Heat Transfer of Fluid’s Laminar Forced Internal Flow inside a Tube Inserted with Porous Medium under Constant Heat Flux Condition Wei Luan, Dongwen Zhang State Nuclear Electric Power Planning Design& Research Institute T11-P-02-19 Screw Chillers Model Suitable for Variable Operating Condition Xiaoqiang Jiang, Weiding Long Tongji University; Guangdong Ocean University

- 65 - POSTER SESSION

Theme 12: Building envelope

T12-P-01-01 Effect of Moisture Transfer on Hygrothermal Performance and Conduction Loads of Multilayer Wall of South China Xingguo Guo, Youming Chen, Yongqiang Deng, Le Zhang, Yuhang Wang Hunan University; Key Laboratory of Building Safety and Energy Efficiency, MOE; Dalian Welcome M.E Engineering CO. T12-P-01-02 Effect of Solar Radiation on Hygrothermal Performance of Multi-layer Wall of South China Le Zhan, Youming Chen, Xingguo Guo Hunan University T12-P-01-03 The Application and Method of Optimum Insulation Thickness for Exterior Walls of Residential Buildings in Summer Hot and Winter Cold Zone of China Zhijia Huang, Guozhi Zhang, Yang Zhang, Dongfang Liu, Fuping Qian Anhui University of Technology T12-P-09-51 Thermal Performance of Double Skin Façade Windows Guoqing He Zhejiang University T12-P-01-33 Energy Consumption Analysis Of Aluminum Alloy Venetian Blinds Movable External Sunshade In Hot Summer And Cold Winter Areas Danping Yang, Jiapeng He, Weichuan Cheng Nanjing University of Technology T12-P-06-15 Analysis of Influencing Factors on Thermal Load Characteristics of Office Building Envelopes in China Weijie Zhang, Pengyun Liang, Jiuling Liu Hebei University of Engineering T12-P-11-01 The Effects of Water Saturation Ratio on Steady Heat Transfer Characteristics of the Exterior Wall before and after It Is Insulated Jibo Long, Nianping Li Hunan University; Xiangtan University T12-P-11-05 On-Site Measurement of Thermal Characteristics of Building Envelopes J.J. Cheng, Y.F.Gong, X.S.Zhang, F. Yang, L. Xie Nanjing University of Technology; Southeast University T12-P-01-45 Comparison with Shading Effect for Solar Diffuse Radiation between East and West through a Venetian Shading System Yiran Cao, Xiaosong Zhang, Weihua Yang, Xing Jin, Tong Qiu Southeast University; Shanghai Research Institute of Building Science T12-P-01-26 A Case Study on Optimum Insulation Thickness of a Residential Roof in Hot Summer and Cold Winter Zone of China (partⅠ+ Ⅱ) Jinghua Yu, Changzhi Yang , Liwei Tian ,Dan Chen Hunan University; China Railway Siyuan Survey and Design Group Co.

- 66 - ACKNOWLEDGEMENT

Organizing Committee

Xiaosong Zhang (Chair) Southeast University Yingxin Zhu (Co-Chair) Tsinghua University Zhenqian Chen (Co-chair, S.G.) Southeast University Yuguo Li (Co-chair) University of Hong Kong Hua Qian (E.S.G.) Southeast University Kai Du Southeast University Bin Zhou Southeast University Yaping Chen Southeast University Hui Zhang Southeast University Jiufa Chen Southeast University Xin Wang Tsinghua University Yongping Chen Southeast University Shanfeng Mao Southeast University Yonggao Yin Southeast University

- 67 - ACKNOWLEDGEMENT

Scientific Committee

Yi Jiang (Chair, China) Hazim Awbi (UK) Nobuo Nakahara (Japan) William Bahnfleth (USA) Vincenzo Naso (Italy) Pradeep Bansal (N.Z.) Peter V. Nielsen (Denmark) I. Beausoleil-Morrison (Canada) Jianlei Niu (China) C. Y. H. Chao (HK, China) B. W. Oleson (Denmark) Qingyan Chen (USA) Saffa Rifat (UK) Zhenqian Chen (China) Mats Sanderberg (Sweden) Qihong Deng (China) Dietrich Schmidt (Germany) Lei Fang (Denmark) Henggen Shen (China) Leon R. Glicksman (USA) Jan Sundell (Denmark) P. Haves (USA) Dexiang Tian (China) Hugo Hens (Belgium) Branislav Todorovic(Serbia) Jan Hensen (Netherlands) Ruzhu Wang (China) Sture Holmberg (Sweden) Shengwei Wang (HK, China) Shinsuke Kato (Japan) Yew Wah Wong (Singapore) Bruno Keller (Switzerland) Yuanwei Wu (China) Min S. Kim (Korea) Wei Xu (China) Shigeru Koyama (Japan) Jinyue Yan (Sweden) Sanjay Kumar (India) Yang Yao (China) Angui Li (China) Harunori Yoshida (Japan) Baizhan Li (China) Hiroshi Yoshino (Japan) Xianguo Li (Canada) Shijun You (China) Zhiwei Lian (China) Guoqiang Zhang (China) Haiyan Lin (China) Jensen Zhang (USA) John C. Little (USA) Xiaosong Zhang (China) Jiaping Liu (China) Yinping Zhang (China) Weiding Long (China) Xu Zhang (China) Qinglin Meng (China) Rongyi Zhao (China) Dirk Müller (Germany) Neng Zhu (China) Shuzo Murakami (Japan) Yingxin Zhu (China）

- 68 - ACKNOWLEDGEMENT

ASHRAE IEHB CAR American Society of Heating, Indoor Environment and China Association of Refrigerating and Health Brach, Chinese Society Refrigeration Air-conditionings Engineers for Environmental Sciences http://www.car.org.cn/ http://www.ashrae.org/ http://www.chinacses.org/cn /chinaiehb/iehb.html

CCHVAC IIR ISIAQ Committee of Heating, International Institute of International Society of ventilation and Refrigeration, E2 Indoor Air Quality and Air-conditioning, Chinese http://www.iifiir.org/ Climate Architecture Association, http://www.isiaq.org CHINA http://www.chinaasc.org/ht ml/zoujinxuehui/zhishufenhu i/20070419/68.html

KOSIE SCANVAC SHASE Korean Society for Indoor Scandinavian Federation of Society of Heating, Environment Heating, Ventilation and Air-conditioning and Sanitary http://en.kosie.or.kr/index.ph Sanitary Engineering Engineers of Japan, JAPAN p Associations http://www.shasej.org/ http://www.scanvac.net/

- 69 - ACKNOWLEDGEMENT

NSFC Southeast Univercity 双良 National Nature Science http://seu.edu.cn/ Shuangliang Group Foundation of China http://www.shuangliang.com .cn/index.asp

太阳雨 天加 东芝开利 Jiangsu Sunrain Solar Energy Nanjing TICA Air-Conditioning Toshiba Carrier Co.,Ltd Co.,Ltd Air-Conditioning Sales http://www.lygtyy.com/ http://www.ticachina.com/ (Shanghai) Co., Ltd http://www.toshiba-aircondit ioning.com.cn/

York by Johnson Controls http://www.york.com/

- 70 - AUTHOR INDEX (ORAL)

Author Index (oral)

Abanyie, SA…………………………………………………………………SAT-AM1-T01.1 Abry, M………………………………………………………………………SAT-AM1-T02.1 Akuffo, FO……………………………………………………………………SAT-AM1-T01.1 Amos-Abanyie, S…………………………………………………………SAT-AM1-T01.1 An, EM………………………………………………………………………SUN-AM2-T05.2 Ansaldi, R……………………………………………………………………SAT-PM2-T07.2 Assadi, MK…………………………………………………………………SAT-AM2-T04.1 Cai, N……………………………………………………SAT-PM2-T07.2; SUN-AM2-T08.2 Cao, B…………………………………SAT-PM2-T07.2; SAT-AM1-T07.1; SAT-AM1-T07.1 Cao, GG………………………………………………………………………SAT-AM1-T07.1 Cao, GY………………………………………………SAT-PM2-T08.1; SUN-AM2-T11.2 Cao, RQ……………………………………………………………………SUN-AM1-T04.2 Cao, WW……………………………………………………………………SAT-PM2-T07.2 Cerdeira, R………………………………………………SUN-AM1-T10.1; SAT-AM1-T02.1 Chan, DWT…………………………………………………………………SAT-AM1-T07.1 Chan, KT……………………………………………………………………SUN-AM1-T04.2 Chan, MH……………………………………………………………………SAT-AM1-T07.1 Chao, CYH…………………………………………………………………SUN-AM1-T10.1 Chen, C……………………………………………………SAT-PM1-T05.1; SAT-AM1-T02.1 Chen, C………………………………………………………………………SAT-PM1-T06.1 Chen, HB……………………………………………………………………SAT-AM1-T01.1 Chen, JF………………………………………………………………………SUN-AM2-T05.2 Chen, JP………………………………………………………………………SAT-PM1-T05.1 Chen, JX……………………………………………………………………SUN-AM1-T12.1 Chen, L………………………………………………………………………SAT-PM2-T07.2 Chen, PY………………………………………………………………………SAT-PM2-T08.1 Chen, QZ……………………………………………………………………SAT-PM1-T05.1 Chen, SQ……………………………………………………………………SAT-AM2-T11.1 Chen, W………………………………………………………………………SAT-AM1-T01.1 Chen, WR……………………………………………………………………SAT-PM1-T03.1 Chen, Y………………………………………………………………………SAT-AM2-T04.1 Chen, YP…………………………………………………SAT-AM2-T04.1; SUN-AM2-T05.2 Chen, YT……………………………………………………………………SUN-AM2-T05.2 Chen, ZQ……………………………………………………………………SUN-AM1-T12.1; SAT-PM1-T05.1; SAT-PM2-T02.2; SUN-AM1-T12.1; SUN-AM1-T12.1; SUN-AM1-T10.1 Cheng, LL……………………………………………………………………SUN-AM2-T11.2 Coelho, L…………………………………………………SAT-AM1-T02.1; SUN-AM1-T10.1 Cong, JL………………………………………………………………………SAT-PM1-T05.1 Corgnati, SP…………………………………………………………………SAT-PM2-T07.2 Dai, JJ…………………………………………………………………………SAT-PM1-T05.1 Dai, YJ……………………………………………………SAT-AM1-T01.1; SUN-AM1-T10.1

- 71 - AUTHOR INDEX (ORAL)

Deng, QH……………………………………………………………………SAT-AM1-T07.1 Deng, S………………………………………………………………………SAT-AM1-T01.1 Deng, SM……………………………………………………………………SAT-AM1-T01.1 Ding, QR………………………………………………………………………SAT-PM2-T07.2 Ding, XF……………………………………………………………………SAT-AM1-T02.1 Dong, H………………………………………………………………………SAT-PM1-T05.1 Dou, LL………………………………………………………………………SAT-PM1-T03.1 Du, K…………………SUN-AM2-T11.2; SUN-AM2-T08.2; SUN-AM1-T04.2; SUN-AM2-T08.2 Du, ZM………………………………SAT-PM1-T05.1; SAT-PM1-T05.1; SUN-AM2-T05.2 Duanmu, L……………………………SAT-PM2-T07.2; SUN-AM1-T12.1; SUN-AM2-T11.2 Dubey, M……………………………………………………………………SAT-AM2-T04.1 Fan, B……………………………………SAN-PM1-T05.1; SUN-AM2-T05.2; SAN-PM1-T05.1 Fan, XW……………………………………………………………………SUN-AM1-T04.2 Fang, GY……………………………………………………………………SUN-AM1-T10.1 Feng, GH……………………………………………………………………SUN-AM2-T11.2 Filippi, M……………………………………………………………………SAT-PM2-T07.2 Frechin, N……………………………………………………………………SUN-AM1-T10.1 Fukushima, T…………………………………………………………………SAT-PM1-T06.1 Gao, NP………………………………………………………………………SAT-PM1-T06.1 Gao, ZH……………………………………………………………………SUN-AM1-T04.2 Garcia, J………………………………………………………SUN-AM1-T10.1; SAT-AM1-T02.1 Ge, GM………………………………………………………………………SUN-AM2-T11.2 Ghadamian, H………………………………………………………………SAT-AM2-T04.1 Gong, J………………………………………………………………………SUN-AM2-T08.2 Gu, AZ………………………………………………………………………SAT-PM1-T03.1 Guan, J………………………………………………………………………SAT-AM2-T11.1 Guo, XM…………………………………………………………………SAT-PM2-T08.1 Guo, YB………………………………………………………………………SAT-PM1-T05.1 Han, D………………………………………………………………………SUN-AM2-T08.2 Han, HD………………………………………………………………………SAT-PM1-T05.1 Hanby, VI ……………………………………………………………………SAT-PM2-T02.2 Hayden, S……………………………………………………………………SAT-PM1-T03.1 He, DY………………………………………………………………………SAT-PM2-T08.1 He, JP………………………………………………………………………SUN-AM2-T08.2 He, S…………………………………………………………………………SUN-AM2-T08.2 He, ZK………………………………………………………………………SAT-AM2-T09.1 Hens, H………………………………………………………………………SAT-AM1-T01.1 Hou, JJ………………………………………………………………………SAT-AM2-T09.1 Hou, SJ………………………………………………………………………SAT-PM2-T08.1 Hu, LJ…………………………………………………………………………SAT-PM1-T06.1 Hu, Q…………………………………………………………………………SAT-PM2-T07.2 Hu, ST…………………………………………………………………………SAT-PM1-T03.1 Huang, C……………………………………………………………………SAT-PM2-T02.2; SAT-PM2-T07.2; SUN-AM2-T08.2; SAT-PM2-T07.2

- 72 - AUTHOR INDEX (ORAL)

Huang, GS…………………………………………………………………SUN-AM2-T05.2 Huang, L…………………………………………………SAT-PM2-T07.2; SAT-AM1-T07.1 Huang, X……………………………………………………………………SUN-AM2-T05.2 Huo, M………………………………………………………………………SAT-AM1-T02.1 James,OP……………………………………………………………………SAT-PM2-T08.1 Jensen, B………………………………………………………………………SAT-PM1-T03.1 Ji, J……………………………………………………………………………SAT-PM1-T05.1 Jia, LS………………………………………………………………………SAT-AM2-T04.1 Jiang, F………………………………………………………………………SUN-AM1-T12.1 Jiang, Y………………………………SUN-AM1-T04.2; SUN-AM1-T04.2; SUN-AM2-T11.2 Jiang, YQ…………………………………………………SAT-AM1-T02.1; SAT-AM1-T02.1 Jin, L………………………………………………………SAT-AM2-T09.1; SAT-AM2-T09.1 Jin, Q…………………………………………………………………………SAT-PM2-T07.2 Jin, X…………………………………………………………………………SAT-AM1-T02.1 Jin, XQ………………………………SAT-PM1-T05.1; SUN-AM2-T05.2; SAT-PM1-T05.1 Jing, CY……………………………………………………………………SUN-AM2-T08.2 Johnston, DA………………………………………………………………SUN-AM1-T10.1 Jokisalo, J……………………………………………………………………SUN-AM2-T11.2 Kan, AK………………………………………………………………………SAT-PM1-T05.1 Kao, HT……………………………………………………………………SUN-AM1-T12.1 Karytsas, K……………………………………………………………………SAT-AM1-T02.1 Kauppinen, T………………………………………………………………SUN-AM1-T12.1 Kawada, S……………………………………………………………………SUN-AM2-T11.2 Kong, XQ……………………………………………………………………SAT-PM1-T03.1 Korolija, I……………………………………………………………………SAT-PM2-T02.2 Kovanen, KA………………………………………………………………SUN-AM1-T12.1 Kurnitski, J………………………………………………SAT-PM2-T08.1; SUN-AM2-T11.2 Kutin-Sanwu, V……………………………………………………………………SAT-AM1-T01.1 Kwon, CW…………………………………………………………………SUN-AM1-T10.1 La, D…………………………………………………………………………SUN-AM1-T10.1 Laamanen, J…………………………………………………………………SUN-AM1-T12.1 Lan, L………………………………………………………………………SAT-AM1-T07.1 Lan, YD………………………………………………………………………SAT-AM1-T01.1 Lei, B…………………………………………………………………………SAT-PM2-T08.1 Lentz, P…………………………………………………………………………SUN-AM1-T10.1 Li, AG………………………………………………………………………SAT-AM2-T09.1 Li, DY………………………………………………………SAT-AM1-T01.1; SAT-AM1-T01.1 Li, H…………………………………………………………………………SUN-AM1-T10.1 Li, HZ…………………………………………………………………………SAT-AM1-T02.1 Li, J……………………………………………………………………………SAT-PM2-T08.1 Li, JS…………………………………………………………………………SAT-PM2-T08.1 Li, JX………………………………………………………………………SUN-AM2-T08.2 Li, L…………………………………………………………………………SAT-PM1-T06.1 Li, M…………………………SUN-AM1-T12.1; SUN-AM1-T12.1; SUN-AM1-T10.1

- 73 - AUTHOR INDEX (ORAL)

Li, NP…………………………………SAT-PM1-T06.1; SAT-AM2-T11.1; SAT-PM2-T08.1 Li, R………………………………………………………SAT-PM1-T05.1; SAT-AM1-T01.1 Li, SG………………………………………………………………………SAT-AM1-T07.1 Li, SQ………………………………………………………………………SUN-AM2-T11.2 Li, XL…………………………………………………………………………SAT-PM2-T07.2 Li, Y…………………………………………………………………………SAT-PM1-T03.1 Li, Y…………………………………………………………………………SUM-AM1-T10.1 Li, YG…………………………………SUN-AM2-T08.2; SAT-PM1-T06.1; SAT-PM2-T08.1 Li, YL…………………………………………………………………………SAT-PM1-T03.1 Li, YW………………………………………………………………………SUN-AM2-T11.2 Li, Z…………………………………………………………………………SUN-AM2-T11.2 Li, ZR…………………………………………………………………………SAT-AM1-T02.1 Li, ZY…………………………………………………………………………SAT-PM1-T05.1 Lian, ZW……………………………………………………………………SUN-AM1-T04.2 SAT-AM2-T04.1; SAT-AM1-T07.1; SAT-PM1-T05.1; SAT-AM1-T07.1 SUN-AM2-T08.2; SAT-AM1-T07.1; SAT-AM1-T07.1 Lin, BR………………………………………………………………………SUN-AM2-T11.2 Lin, CM…………………………………………………SAT-AM2-T04.1; SUN-AM2-T05.2 Lin, WS………………………………………………………………………SAT-PM1-T03.1 Lin, ZF………………………………………………………………………SAT-PM2-T02.2 Liu, C………………………………………………………………………SAT-AM2-T09.1 Liu, CH……………………………………………………SAT-PM2-T08.1; SAT-AM1-T07.1 Liu, HM………………………………………………………………………SAT-PM1-T05.1 Liu, JW………………………………………………………………………SUN-AM2-T08.2 Liu, L…………………………………………………………………………SAT-PM1-T06.1 Liu, L…………………………………………………………………………SAT-PM1-T06.1 Liu, P…………………………………………………………………………SAT-PM1-T03.1 Liu, QJ………………………………………………………………………SAT-PM1-T03.1 Liu, SC………………………………………………………………………SAT-PM1-T03.1 Liu, W…………………………………………………………………………SAT-PM2-T07.2 Liu, WW……………………………………………………………………SAT-AM1-T07.1 Liu, X………………………………………………………………………SUN-AM1-T10.1 Liu, XH…………………………………………………SUN-AM1-T04.2; SUN-AM2-T04.2 Liu, YF………………………………………………………………………SAT-AM1-T02.1 Liu, YF………………………………………………………………………SUN-AM1-T10.1 Liu, YL…………………………………………………SUN-AM1-T04.2; SUN-AM1-T04.2 Lu, FH………………………………………………………SAT-AM1-T02.1; SAT-AM1-T02.1 Lu, JF…………………………………………………………………………SAT-PM1-T03.1 Lu, L…………………………………………………………………………SUN-AM2-T05.2 Luo, HL………………………………………………………………………SAT-PM1-T05.1 Luo, Y………………………………………………………………………SAT-AM1-T02.1 Ma, LJ………………………………………………………………………SUN-AM1-T12.1 Ma, RS………………………………………………………………………SAT-AM1-T02.1 Ma, YT………………………………………………………………………SAT-PM1-T03.1

- 74 - AUTHOR INDEX (ORAL)

Ma, ZL……………………………SAT-AM1-T02.1; SAT-AM1-T02.1; SAT-PM2-T02.2 Mao, XM……………………………………………………………………SUN-AM2-T05.2 Marjanovic-Halburd, L………………………………………………………SAT-PM2-T02.2 Mendrinos, D…………………………………………………………………SAT-AM1-T02.1 Meng, QL……………………………………………………………………SAT-AM2-T11.1 Min, K…………………………………………………………………………SAT-PM2-T08.1 Mohyi, MHH…………………………………………………………………SAT-PM2-T07.2 Morawska, L…………………………………………………………………SAT-PM1-T06.1 Muller, CO………………………………………………SAT-AM2-T09.1; SAT-AM2-T09.1 Murakami, S …………………………………………………………………SUN-AM2-T11.2 Nag, PK………………………………………………………………………SAT-AM2-T04.1 Ni, L…………………………………………………………………………SAT-PM2-T02.2 Ni, ZY………………………………………………………………………SUN-AM1-T04.2 Nishiya, S……………………………………………………………………SUN-AM2-T11.2 Niu, JL……………………………………………………SAT-PM1-T06.1; SUN-AM1-T12.1 Niu, XF…………………………………………………SUN-AM1-T04.2; SUN-AM2-T11.2 Olesen, BW…………………………………………………………………SAT-AM2-T11.1 Ouyang, Q……………………………………………………………………SAT-AM1-T07.1 Pan, L…………………………………SAT-AM1-T07.1; SAT-PM1-T05.1; SAT-AM1-T07.1 Parys, W………………………………………………………………………SAT-AM1-T01.1 Pei, LX………………………………………………………………………SUN-AM2-T11.2 Peng, CH……………………………SUN-AM1-T12.1; SUN-AM1-T12.1; SUN-AM1-T12.1; Peng, YH……………………………………………………………………SAT-AM1-T07.1 Perino, M……………………………………………………………………SUN-AM1-T12.1 Qi, CY……………………………………………………………………………SAT-PM1-T06.1 Qi, DH…………………………………………………………………………SUN-AM2-T08.2 Qian, H……………………………………………………………………………SUN-AM2-T08.2 Qian, JF……………………………………………………SAT-PM1-T03.1; SAT-PM2-T02.2 Qiao, WL…………………………………………………………………………SUN-AM2-T05.2 Qin, OY……………………………………………………SAT-AM1-T07.1; SAT-PM2-T07.2 Qiu, B…………………………………………………………………………SAT-PM1-T03.1 Qiu, KR………………………………………………………………………SAT-PM1-T03.1 Rajput, SPS…………………………………………………………………SAT-AM2-T04.1 Ren, R…………………………………SUN-AM2-T08.2; SAT-PM2-T07.2; SAT-PM2-T02.2 Ren, Y………………………………………………………………………SAT-AM1-T02.1 Riise, R………………………………………………………………………SAT-PM1-T03.1 Rivers, R…………………………………………………………………………SUN-AM2-T08.2 Ruponen, M……………………………………………………………………SAT-PM2-T08.1 Saelens, D……………………………………………………………………SAT-AM1-T01.1 Salarian, H……………………………………………………………………SAT-AM2-T04.1 Sanner, B…………………………………………………SAT-AM1-T02.1; SUN-AM1-T10.1 Sanwu, VK……………………………………………………………………SAT-AM1-T01.1 Shahraein, MT………………………………………………………………SAT-AM2-T11.1 Shan, Y………………………………………………………………………SAT-PM1-T05.1

- 75 - AUTHOR INDEX (ORAL)

Shen, JR………………………………………………………………………SAT-AM1-T01.1 Shen, WF……………………………………………………………………SUN-AM2-T05.2 Shen, XZ……………………………………………………………………SUN-AM1-T12.1 Shi, CJ………………………………………………………………………SUN-AM2-T05.2 Shi, MH………………………………SAT-PM1-T05.1; SUN-AM2-T05.2; SAT-PM2-T02.2 Sørensen, BR…………………………………………………………………SAT-PM1-T03.1 Sun, CH………………………………………………………………………SAT-AM1-T07.1 Sun, DX………………………………………………………………………SAT-PM2-T02.2 Sun, GL………………………………………………………………………SAT-AM1-T02.1 Sun, HQ………………………………………………………………………SAT-PM1-T06.1 Sun, KY………………………………………………………………………SAT-AM1-T07.1 Sun, P…………………………………………………………………………SAT-AM2-T11.1 Sun, TT…………………………………………………………………………SAT-PM2-T02.2 Sun, W………………………………………………………………………SUN-AM1-T12.1 Sun, YJ………………………………………………………………………SUN-AM2-T05.2 Sun, YQ……………………………………………………………………SUN-AM2-T11.2 Sun, YX…………………………………………………SAT-PM1-T06.1; SUN-AM2-T08.2 Sun, ZL………………………………………………………………………SAT-PM1-T03.1 Sun, ZW………………………………………………………………………SAT-PM1-T06.1 Sundell, J……………………………………………………………………SAT-PM1-T06.1 Taherian, H……………………………………………………………………SAT-AM2-T04.1 Tanaka, K……………………………………………………………………SAT-PM1-T06.1 Tanaka, M……………………………………………………………………SAT-PM1-T06.1 Tian, LG……………………………………………………………………SUN-AM2-T11.2 Toftum, J……………………………………………………………………SAT-AM1-T07.1 Tronville, P……………………………………………………………………SUN-AM2-T08.2 Vuolle, M………………………………………………………………………SUN-AM2-T11.2 Wang, DS……………………………………………………………………SAT-PM1-T06.1 Wang, F……………………………………………………SUN-AM1-T04.2; SAT-PM2-T07.2 Wang, FH…………………………………………………………………SAT-AM2-T09.1 Wang, FK……………………………………………………………………SUN-AM1-T04.2 Wang, FL……………………………………………………………………SAT-AM2-T11.1 Wang, K………………………………………………………………………SAT-AM1-T01.1 Wang, L………………………………………………………………………SAT-AM2-T04.1 Wang, LH……………………………………………………………………SAT-PM2-T02.2 Wang, RZ……………………………………………………………………SUN-AM1-T04.2; SUN-AM1-T04.2; SUN-AM1-T10.1; SAT-AM1-T01.1; SAT-PM1-T03.1 SAT-AM2-T11.1; SUN-AM1-T10.1; SAT-PM2-T02.2 Wang, T………………………………………………………………………SAT-PM1-T03.1 Wang, SG…………………………………………………SAT-AM1-T02.1; SAT-PM1-T05.1 Wang, SW…………………………………………………SAT-PM1-T06.1; SUN-AM2-T05.2 Wang, X……………………………………………………………………SUN-AM1-T12.1 Wang, XK……………………………………………………………………SAT-AM2-T09.1 Wang, XS…………………………………………………SUN-AM1-T04.2; SAT-PM1-T05.1

- 76 - AUTHOR INDEX (ORAL)

Wang, YB……………………………………………………………………SAT-AM2-T04.1 Wang, YF……………………………………………………………………SAT-AM1-T02.1 Wang, YM………………………………………………SUN-AM2-T08.2; SAT-AM1-T07.1 Wang, ZG…………………………………………………SUN-AM2-T08.2; SAT-PM1-T06.1 Wang, ZL……………………………………………………………………SAT-AM1-T02.1 Wargocki, P…………………………………………………………………SAT-AM1-T07.1 Wei, P…………………………………………………………………………SAT-AM1-T01.1 Wei, WJ………………………………………………………………………SAT-AM2-T09.1 Wei, XL………………………………………………………………………SAT-PM1-T03.1 Wei, XQ………………………………………………………………………SAT-PM1-T06.1 Wei, ZD………………………………………………………………………SAT-PM1-T03.1 Wen, L………………………………………………………………………SUN-AM2-T05.2 Wu, CL………………………………………………………………………SUN-AM1-T10.1 Wu, JJ…………………………………………………………………………SAT-PM1-T03.1 Wu, JY………………………………………………………………………SAT-AM2-T11.1 Wu, QR………………………………………………………………………SAT-AM1-T02.1 Wu, SG………………………………………………………………………SUN-AM1-T10.1 Wu, XS………………………………………………………………………SUN-AM1-T04.2 Wu, ZS………………………………SUN-AM1-T12.1; SUN-AM1-T12.1; SUN-AM1-T10.1 Xia, ZZ…………………………………………………SUN-AM1-T04.2; SUN-AM1-T04.2 Xiao, B………………………………………………………………………SUN-AM2-T05.2 Xiao, F………………………………………………………………………SUN-AM2-T11.2 SUN-AM2-T05.2; SAT-PM1-T06.1; SUN-AM2-T11.2 Xiao, SB………………………………………………………………………SAT-PM1-T06.1 Xiao, W………………………………………………………………………SAT-AM1-T07.1 Xie, MJ……………………………………………………SAT-AM1-T01.1; SAT-PM1-T06.1 Xie, XJ………………………………………………………………………SAT-PM1-T06.1 Xie, YB………………………………………………………………………SAT-AM1-T02.1 Xu, F…………………………………………………SAT-AM1-T01.1; SAT-PM1-T06.1 Xu, GY………………………………………………………………………SAT-AM2-T11.1 Xu, YX………………………………………………………………………SAT-AM2-T11.1 Xue, Q…………………………………………………………………………SUN-AM2-T05.2 Xue, XD………………………………………………………………………SAT-PM1-T06.1 Xue, YL……………………………………………………………………SUN-AM1-T12.1 Xue, YN………………………………………………………………………SAT-PM1-T05.1 Yamashita, M…………………………………………………………………SAT-AM2-T11.1 Yan, BH……………………………………………………SAT-AM1-T07.1; SAT-PM1-T06.1 Yang, H……………………………………………………SAT-AM1-T07.1; SAT-PM1-T06.1 Yang, J…………………………………………………………………………SUN-AM1-T04.2 Yang, L………………………………………………………………………SUN-AM1-T10.1 Yang, L………………………………………………………………………SUN-AM1-T04.2 Yang, LN……………………………………………………………………SAT-PM2-T08.1 Yang, W…………………………………………………SAT-AM1-T07.1; SUN-AM2-T05.2 Yang, WB…………………………………………………SAT-PM2-T02.2; SAT-PM1-T05.1

- 77 - AUTHOR INDEX (ORAL)

Yang, XB………………………………SAT-PM1-T05.1; SAT-PM1-T05.1; SUN-AM2-T05.2 Yang, YY……………………………………………………………………SAT-PM1-T05.1 Yao, LZ………………………………………………………………………SAT-AM2-T09.1 Yao, Y………………………………SAT-AM1-T02.1; SAT-AM1-T02.1; SAT-PM2-T02.2 Yau, YH………………………………………………………………………SAT-PM2-T07.2 Ye, L………………………………………………………SAT-AM1-T02.1; SAT-AM1-T02.1 Yin, W………………………………………………………………………SAT-AM1-T07.1 Yin, YG………………………………………………………………………SUN-AM1-T04.2 Ying, T………………………………………………………………………SAT-AM2-T04.1 Yoshida, H……………………………………………………………………SAT-AM2-T11.1 Yoshino, H………………………………………………SUN-AM2-T11.2; SAT-AM2-T11.1 You, Y…………………………………………………………………………SAT-AM2-T04.1 Yu, J…………………………………………………………………………SAT-AM1-T07.1 Yu, S…………………………………………………………………………SAT-AM1-T02.1 Yu, WS………………………………………………………………………SAT-AM1-T01.1 Yu, X…………………………………………………SAT-PM2-T02.2; SAT-PM1-T05.1 Yuan, ZY………………………………………………………………………SAT-PM2-T08.1 Zanghirella, F………………………………………………………………SUN-AM1-T12.1 Zeng, RL……………………………………………………………………SUN-AM1-T12.1 Zeng, ZC………………………………………………………………………SAT-PM1-T03.1 Zhai, XQ………………………………SAT-AM1-T01.1; SAT-PM2-T02.2; SUN-AM1-T10.1 Zhang, D……………………………………………………………………SAT-AM1-T01.1 Zhang, DL……………………………………………………………………SAT-AM1-T02.1 Zhang, EX……………………………………………………………………SAT-PM2-T08.1 Zhang, GQ…………………………………………………………………SAT-AM1-T01.1; SUN-AM2-T05.2; SAT-PM1-T06.1; SAT-AM1-T07.1 Zhang, H……………………………………………………………………SUN-AM2-T05.2 Zhang, HQ………………………………………………………………………SUN-AM1-T04.2 Zhang, J………………………………………………………………………SAT-PM1-T05.1 Zhang, JL…………………………………………………SAT-PM2-T02.2; SAT-PM1-T03.1 Zhang, LZ………………………………………………SUN-AM2-T11.2; SUN-AM2-T11.2 Zhang, M……………………………………………………………………SAT-PM2-T02.2 Zhang, MH……………………………………………………………………SAT-PM2-T08.1 Zhang, Q…………………………………………………SAT-AM1-T01.1; SAT-PM1-T06.1 Zhang, S……………………………………………………………………SUN-AM1-T12.1 Zhang, SY……………………………………………………………………SUN-AM2-T11.2 Zhang, TF……………………………………………………………………SAT-PM1-T05.1 Zhang, X……………………………………………………………………SAT-AM1-T02.1 Zhang, XJ……………………………………………………………………SAT-AM2-T04.1 Zhang, XS…………………………………………………………………SUN-AM1-T04.2; SAT-PM2-T07.2; SAT-PM1-T03.1; SUN-AM1-T10.1; SUN-AM1-T04.2 SAT-AM2-T11.1; SUN-AM2-T08.2 Zhang, Y…………………………………………………SAT-AM1-T02.1; SAT-PM1-T05.1 Zhang, Y………………………………………………………………………SAT-PM2-T02.2

- 78 - AUTHOR INDEX (ORAL)

Zhang, YF……………………………………………………………………SAT-PM1-T06.1 Zhang, YH……………………………………………………………………SAT-AM2-T11.1 Zhang, YP……………………………………………………………………SAT-AM2-T09.1; SAT-AM2-T09.1; SAT-AM2-T09.1; SUN-AM1-T12.1 Zhao, HZ…………………………………………………SAT-PM2-T02.2; SUN-AM2-T08.2 Zhao, KW……………………………………………………………………SUN-AM1-T10.1 Zhao, LH……………………………………………………………………SAT-AM2-T11.1 Zhao, MM……………………………………………………………………SAT-AM1-T02.1 Zhao, ZW……………………………………………………………………SUN-AM2-T08.2 Zheng, HQ……………………………………………………………………SUN-AM2-T05.2 Zhou, B…………………………………………………………………………SUN-AM2-T08.2 Zhou, H………………………………………………………………………SAT-PM1-T06.1 Zhou, J……………………………………………………SUN-AM2-T05.2; SAT-PM1-T06.1 Zhou, R………………………………………………………………………SUN-AM2-T08.2 Zhou, X……………………………………………………SAT-PM2-T07.2; SAT-AM1-T07.1 Zhu, D………………………………………………………………………SAT-AM1-T01.1 Zhu, WY………………………………………………………………………SAT-PM2-T07.2 Zhu, YX………………………………SAT-AM1-T07.1; SAT-AM1-T07.1; SAT-PM2-T07.2 Zong, LX……………………………………………………………………SAT-AM1-T02.1 Zou, TH……………………………………………………………………SUN-AM1-T12.1 Zou, ZJ………………………………………………………………………SAT-PM2-T07.2

- 79 - AUTHOR INDEX (POSTER)

Author Index (poster)

Ai, ZT……………………………………………………………………………T11-P-01-10 Akashi, M………………………………………………………………………T09-P-08-12 Azizi, BA…………………………………………………………………………T06-P-05-41 Basir, IM………………………………………………………………………… T08-P-05-39 Boxem, G………………………………………………………………………… T02-P-01-32 Bu, QH………………………………………………………………………… T10-P-09-14 Cai, H ……………………………………………………………………………T06-P-05-19 Cai, W…………………………………………………T02-P-02-07; T02-P-02-04; T10-P-09-02 Cai, XW…………………………………………………………………………T11-P-11-16 Cai, ZX………………………………………………………………………… T02-P-02-37 Cao, YR…………………………………………………………………………T12-P-01-45 Chang, J…………………………………………………………………………T04-P-11-19 Chang, JD………………………………………………………………………T07-P-02-05 Chang, JH…………………………………………………………T08-P-11-04; T08-P-05-29 Chen, C…………………………………………T10-P-09-26; T02-P-02-27; T08-P-06-17 Chen, D…………………………………………………………T04-P-09-03; T12-P-01-26 Chen, FJ……………………………………………T08-P-05-22; T07-P-05-56; T07-P-05-57 Chen, G…………………………………………………………………………T10-P-09-43 Chen, GN………………………………………………………………………T10-P-09-30 Chen, HX………………………………………………T06-P-05-55; T07-P-05-54; T08-P-05-22 Chen, QY………………………………………………………………………T08-P-06-39 Chen, SJ…………………………………………………………T10-P-09-15; T04-P-04-32 Chen, W…………………………………………………………………………T02-P-02-37 Chen, WR………………………………………………………………………T03-P-03-13 Chen, XC………………………………………………………………………T07-P-05-50 Chen, XQ………………………………………………………………………T04-P-04-30 Chen, Y…………………………………………………………………………T04-P-04-30 Chen, YM…………………………………………………………T12-P-01-01; T12-P-01-02 Chen, Z…………………………………………………………………………T01-P-01-12 Chen, ZM………………………………………………………………………T11-P-03-08 Chen, ZQ………………………………………………………………………T09-P-09-52 Cheng, WC…………………………………………………………T01-P-01-12; T12-P-01-33 Cong, YC………………………………………………………………………T11-P-04-22 Dai, YJ…………………………………………………………………………T10-P-09-19 Deng, BQ…………………………………………………………T09-P-05-48; T09-P-05-49 Deng, CM…………………………………………………………T10-P-09-18; T10-P-09-14 Deng, GF…………………………………………………………………………T09-P-08-14 Deng, J…………………………………………………………………………T11-P-11-06 Deng, PP…………………………………………………………………………T06-P-05-10 Deng, TF…………………………………………………………………………T01-P-01-39 Deng, YQ…………………………………………………………………………T12-P-01-01 Deursen, JV…………………………………………………………………………T02-P-01-32

- 80 - AUTHOR INDEX (POSTER)

Di, HF…………………………………………………………………………T03-P-07-10 Ding, G…………………………………………………………………………T07-P-05-50 Ding, GZ…………………………………………………………………………T07-P-05-45 Ding, LY…………………………………………………………T08-P-06-12; T07-P-05-17 Ding, MM…………………………………………………………………………T09-P-08-14 Fan, XW…………………………………………………………………………T05-P-04-54 Fang, HW…………………………………………………………………………T01-P-01-39 Fang, R……………………………………………………………T05-P-04-48; T05-P-04-49 Fang, XM…………………………………………………………………………T02-P-04-07 Feng, DD…………………………………………………………………………T08-P-06-12 Feng, JM…………………………………………………………………………T11-P-09-39 Feng, Y…………………………………………………………………………T08-P-06-16 Feng, ZQ…………………………………………………………………………T05-P-04-61 Fu, L…………………………………………………………………………T03-P-07-10 Fu, L…………………………………………………………………………T08-P-05-52 Fu, ZP…………………………………………………………………………T07-P-05-27 Gao, S…………………………………………………………………………T09-P-05-63 Gao, SF…………………………………………………………………………T10-P-09-19 Gao, YB…………………………………………………………………………T05-P-04-04 Genta, K…………………………………………………………………………T09-P-08-12 Gong, GC…………………………………………………………………………T02-P-09-23 Gong, JZ ………………………………………………………………………… T02-P-04-31 Gong, LL…………………………………………………………………………T02-P-02-04 Gong, YF…………………………………………………………………………T12-P-11-05 Guan, LS…………………………………………………………………………T10-P-09-30 Guan, ZQ…………………………………………………………………………T10-P-09-13 Guo, JJ…………………………………………………………………………T02-P-02-37 Guo, L…………………………………………………………………………T08-P-05-52 Guo, QX…………………………………………………………………………T04-P-04-32 Guo, SL…………………………………………………………………………T10-P-09-13 Guo, XG……………………………………………………………T12-P-01-02; T12-P-01-01 Guo, Y…………………………………………………………………………T05-P-11-26 Gupta, JK…………………………………………………………………………T08-P-06-39 Han, HD……………………………………………………………T02-P-02-17; T04-P-02-13 Hang, JH…………………………………………………………………………T01-P-01-39 He, CF…………………………………………………………………………T08-P-06-11 He, DY…………………………………………………………………………T08-P-06-06 T08-P-06-03; T08-P-06-02; T07-P-06-04 He, GQ…………………………………………………………………………T12-P-09-51 He, JP………………………………………………………………T01-P-01-12; T12-P-01-33 He, ZY…………………………………………………………………………T03-P-02-15 Hiroshi, Y…………………………………………………………………………T09-P-08-12 Hou, PX…………………………………………………………………………T11-P-11-30 Hou, SJ…………………………………………………………………………T08-P-06-06;

- 81 - AUTHOR INDEX (POSTER)

T07-P-06-04; T08-P-06-02; T08-P-06-03 Hou, ZJ……………………………………………………………T07-P-05-54; T06-P-05-55 Hu, LJ……………………………………………………………T11-P-03-04; T01-P-01-07 Hu, XH…………………………………………………………………………T07-P-05-45 Hu, YP…………………………………………………………………………T08-P-05-22 Huang, H………………………………………………………T02-P-04-31; T11-P-03-08 Huang, X…………………………………………………………………………T04-P-02-11 Huang, XH………………………………………………………………………T03-P-07-01 Huang, YH………………………………………………………………………T08-P-05-34 Huang, ZJ…………………………………………………………T12-P-01-03; T01-P-01-20 Huo, LR…………………………………………………………………………T08-P-06-17 Husain, A………………………………………………………………T06-P-05-41; T08-P-05-39 Ji, J……………………………………………………………………………………T02-P-02-17 Jia, JQ…………………………………………………………………………………T02-P-02-24 Jiang, XB………………………………………………………………………………T11-P-11-16 Jiang, XQ…………………………………………………T11-P-02-19;T10-P-09-13; T01-P-01-05 Jiao, WL………………………………………………………………………………T05-P-07-15 Jin, L……………………………………………………………………………………T07-P-05-03 Jin, LJ…………………………………………………………………………………T09-P-08-14 Jin, SM………………………………………………………………………………T04-P-04-65 Jin, X………………………………………………………………………………T12-P-01-45 Jones, P………………………………………………………………………………T06-P-05-74 Kan, AK…………………………………………………………………T04-P-02-13; T02-P-02-17 Kang, YH………………………………………………………………………………T03-P-02-08 Kim, CN ……………………………………………………………T09-P-05-48; T09-P-05-49 Kong, XQ………………………………………………………………………………T03-P-07-01 Kwon, E………………………………………………………………………………T09-P-05-61 Lai, YH………………………………………………………………………………T08-P-05-52 Lee, H………………………………………………………………………………T09-P-05-61 Lei, B………………………………………………………………………………T08-P-06-16 Lei, CH………………………………………………………………………………T03-P-02-15 Leman, AM………………………………………………………… T06-P-05-41; T08-P-05-39 Li, AG…………………………………………………………………………………T06-P-05-74 Li, C…………………………………………………………………………………T06-P-05-30 Li, CM…………………………………………………………………………………T02-P-04-07 Li, CW…………………………………………………………………T08-P-06-02; T08-P-06-03 Li, DY…………………………………………………………………………………T07-P-05-54 Li, DY…………………………………………………………………………………T11-P-11-14 Li, F……………………………………………………………………………………T04-P-11-24 Li, HF…………………………………………………………………………………T10-P-09-19 Li, J……………………………………………………………………………………T08-P-06-02; T07-P-06-04; T08-P-06-06; T08-P-06-03 Li, JG…………………………………………………………………………………T01-P-01-39 Li, M…………………………………………………………………………………T10-P-09-13

- 82 - AUTHOR INDEX (POSTER)

Li, M………………………………………………………………………………T09-P-09-52 Li, N…………………………………………………………………………………T07-P-05-50 Li, NP…………………………………………………………………………………T12-P-11-01; T07-P-06-04; T01-P-01-07; T01-P-01-09; T11-P-03-04; T08-P-06-07; T08-P-06-06; T08-P-06-03; T08-P-06-02; T01-P-01-08; T06-P-05-30 Li, P……………………………………………………………………T03-P-01-16; T11-P-01-10 Li, QH…………………………………………………………………………………T02-P-04-31 Li, QQ…………………………………………………………………………………T02-P-02-27 Li, R…………………………………………………………………………………T11-P-04-22 Li, X…………………………………………………………………………………T07-P-05-28 Li, XT…………………………………………………………………………………T06-P-05-19 Li, XW………………………………………………T02-P-04-67; T02-P-04-68; T10-P-09-53 Li, Y……………………………………………………………………………………T03-P-07-01 Li, Y……………………………………………………………………………………T10-P-09-19 Li, Z……………………………………………………………………………………T02-P-02-27 Li, ZA…………………………………………………………………………………T01-P-01-09 Li, ZH…………………………………………………………………………………T09-P-08-14 Li, ZL…………………………………………………………………………………T10-P-09-19 Li, ZR…………………………………………………………………………………T11-P-01-10 Li, ZY…………………………………………………………………………………T08-P-06-17 Li, ZY…………………………………………………………………………………T10-P-09-26; Lian, ZW……………………………………………………………T05-P-04-54; T11-P-09-39 Liang, C………………………………………………………………………………T11-P-11-30 Liang, CH………………………………………………T01-P-01-43; T02-P-04-67; T02-P-04-68 Liang, PY………………………………………………………………………………T12-P-06-15 Liang, ZN………………………………………………………………………………T10-P-09-18 Lin, AL…………………………………………………………………T11-P-03-04; T01-P-01-07 Lin, J…………………………………………………………………………………T02-P-02-27 Liu, B…………………………………………………………………………………T08-P-05-34 Liu, DF…………………………………………………………………………………T12-P-01-03 Liu, GY…………………………………………………………………………………T08-P-06-38 Liu, J…………………………………………………………………………………T07-P-05-27 Liu, J…………………………………………………………………………………T05-P-04-04 Liu, JC…………………………………………………………………………………T05-P-07-15 Liu, JL…………………………………………………………………T02-P-02-24; T12-P-06-15 Liu, JX…………………………………………………………………………………T07-P-05-50 Liu, JY…………………………………………………………………………………T07-P-05-26 Liu, LH…………………………………………………………………………………T02-P-09-48 Liu, LS…………………………………………………………………………………T10-P-09-41 Liu, SQ…………………………………………………………………T07-P-05-54; T06-P-05-55 Liu, T……………………………………………………………………T04-P-04-10; T04-P-04-11 Liu, XH…………………………………………………………………………………T11-P-04-18 Liu, XL……………………………………………………………………………T02-P-09-23

- 83 - AUTHOR INDEX (POSTER)

Liu, Y………………………………………………………………T10-P-09-15; T04-P-04-32 Liu, YQ……………………………………………………………………………T11-P-11-16 Liu, YX……………………………………………………………………………T03-P-02-08 Liu, ZB……………………………………………………………T04-P-04-10; T04-P-04-11 Long, H……………………………………………………………………………T05-P-04-61 Long, JB………………………………………………………………………………T12-P-11-01 Long, WD…………………………………………………T11-P-02-19;T01-P-01-05; T10-P-09-29 Lu, JF…………………………………………………………………………………T03-P-03-13 Lu, SK…………………………………………………………………T02-P-04-63; T07-P-05-73 Lu, W…………………………………………………………………………………T11-P-11-32 Lu, XL…………………………………………………………………………………T10-P-09-19 Luo, HL………………………………………………………………………………T10-P-09-26 Lv, Y…………………………………………………………………………………T07-P-05-73 Ma, QB…………………………………………………………………T04-P-04-11; T04-P-04-10 Ma, XJ…………………………………………………………………………………T06-P-05-19 Ma, XL…………………………………………………………………T05-P-09-36; T04-P-11-19 Ma, ZL………………………………………………………………………………T11-P-11-20 Mao, JN…………………………………………………T08-P-05-22; T07-P-05-57; T07-P-05-56 Meng, FK………………………………………………………………………………T09-P-05-63 Meng, QL………………………………………………………………T07-P-05-03; T07-P-05-12 Min, K…………………………………………………………………………………T08-P-05-34 Moon, JW………………………………………………………………………………T07-P-02-05 Moonhyun Kim………………………………………………………………………T09-P-05-61 Ni, J…………………………………………………………………………………T01-P-01-07 Ni, L………………………………………………………………………………T11-P-11-20 Nie, HT…………………………………………………………………………………T11-P-04-22 Niu, FX…………………………………………………………………………………T11-P-11-20 Peng, CH………………………………………………………………………………T09-P-09-52 Peng, DH………………………………………………………………………………T09-P-09-52 Qi, J…………………………………………………………………………………T07-P-05-28 Qian, CX………………………………………………………………………………T05-P-05-65 Qian, FP…………………………………………………………………T09-P-08-13; T12-P-01-03 Qian, H…………………………………………………………………T06-P-05-68; T08-P-06-40 Qin, H……………………………………………………………………………… …T08-P-06-14; T10-P-09-14; T10-P-09-18 Qiu, T…………………………………………………………………………………T12-P-01-45 Qiu, ZZ………………………………………………………………………………T03-P-01-16 Ren, R…………………………………………………………………………………T07-P-05-12 Ren, SB………………………………………………………………………………T08-P-05-29 Ren, YL ………………………………………………………………………………T11-P-11-14 Rie, T…………………………………………………………………………………T09-P-08-12 Ruan, F………………………………………………………………………………T08-P-06-06 Sha, LL…………………………………………………………………………………T04-P-02-13 Shao, JT………………………………………………………………………………T07-P-05-27

- 84 - AUTHOR INDEX (POSTER)

Shao, XL………………………………………………………………………………T06-P-05-19 Shao, ZY…………………………………………………T05-P-04-48; T05-P-04-49; T11-P-02-25 Shen, H…………………………………………………………………………………T10-P-09-18 Shi, BX…………………………………………………………………………………T10-P-09-18 Shi, L……………………………………………………………………T04-P-11-19; T05-P-09-36 Shi, YK…………………………………………………………………………………T04-P-04-30 Shi, R…………………………………………………………………………………T01-P-01-12 Shu, SM………………………………………………………………………………T07-P-05-45 Shu, ZH………………………………………………………………………………T08-P-05-22 Shuai, JF………………………………………………………………………………T09-P-05-61 Song, JF…………………………………………………………………T08-P-06-12; T07-P-05-17 Song, XN………………………………………………………………………………T02-P-09-48 Su, Q……………………………………………………………………………………T01-P-01-08 Suguru, E………………………………………………………………………………T09-P-08-12 Sun, C…………………………………………………………………………………T07-P-05-45 Tang, YD………………………………………………………………………………T11-P-04-18 Tian, LW………………………………………………………………………………T12-P-01-26 Tian, PZ………………………………………………………………………………T01-P-01-08 Wang, C………………………………………………………………………………T04-P-02-11 Wang, DJ………………………………………………………………………………T02-P-02-04 Wang, F………………………………………………………………………………T05-P-04-54 Wang, F…………………………………………………………………T03-P-07-12; T03-P-07-13 Wang, FK………………………………………………………………………………T05-P-04-54 Wang, G………………………………………………………………………………T11-P-11-31 Wang, GW……………………………………………………………………………T03-P-07-12 Wang, HC………………………………………………………………………………T05-P-07-15 Wang, HD………………………………………………………………T04-P-04-34; T04-P-11-15 Wang, HG………………………………………………………………………………T09-P-08-13 Wang, J…………………………………………………………………………………T07-P-05-08 Wang, J…………………………………………………………………………………T06-P-05-68 Wang, J…………………………………………………………………………………T05-P-04-60 Wang, J…………………………………………………………………………………T09-P-05-63 Wang, J…………………………………………………………………………………T11-P-09-49 Wang, L………………………………………………………………………………T08-P-06-07 Wang, RH………………………………………………………………………………T11-P-11-30 Wang, RX………………………………………………………………………………T05-P-04-49 Wang, RZ………………………………………………………………………………T03-P-07-01 Wang, SW………………………………………………………………………………T08-P-05-16 Wang, WC……………………………………………………………………………T07-P-05-12 Wang, XT………………………………………………………………………………T10-P-09-41 Wang, Y………………………………………………………………………………T09-P-05-48 Wang, YC………………………………………………………………………………T08-P-11-07 Wang, YF………………………………………………………………T11-P-02-25; T05-P-04-48 Wang, YH………………………………………………………………………………T12-P-01-01

- 85 - AUTHOR INDEX (POSTER)

Wang, ZC………………………………………………………………T09-P-08-14; T11-P-11-31 Wang, ZJ………………………………………………………………………………T07-P-05-08 Wei, G…………………………………………………………………T07-P-05-56; T07-P-05-57 Wei, L………………………………………………………………………………… T10-P-09-19 Wei, XL…………………………………………………T05-P-09-36; T03-P-03-13; T04-P-11-19 Wei, XQ…………………………………………………………………T01-P-01-07; T11-P-03-04 Wei, ZD………………………………………………………………………………T03-P-03-13 Wen, C…………………………………………………………………………………T04-P-01-44 Wen, XD………………………………………………………………………………T02-P-02-07 Wen, XT………………………………………………………………………………T01-P-01-43 Wen, YG………………………………………………………………T07-P-05-54; T06-P-05-55 Wu, B…………………………………………………………………………………T04-P-11-19 Wu, CJ………………………………………………………………………………T06-P-05-74 Wu, JJ…………………………………………………………………………………T03-P-03-13 Wu, P…………………………………………………………………………………T02-P-02-27 Wu, WB………………………………………………………………………………T04-P-04-65 Wu, XY………………………………………………………………………………T11-P-02-14 Wu, XZ………………………………………………………………………………T05-P-04-62 Wu, ZC………………………………………………………………………………T11-P-09-39 Wu, ZH………………………………………………………………………………T02-P-02-07 Wu, ZQ………………………………………………………………………………T11-P-09-49 Wu, ZX…………………………………………………………………………………T04-P-02-11 Xiao, F…………………………………………………………………………………T08-P-05-16 Xiao, W…………………………………………………………………………………T02-P-02-21 Xie, GZ…………………………………………………………………………………T10-P-09-02 Xie, JL…………………………………………………………………………………T08-P-05-22 Xie, L…………………………………………………………………………………T12-P-11-05 Xiong, JY………………………………………………………………………………T09-P-05-60 Xu, BP…………………………………………………………………………………T03-P-07-10 Xu, CY…………………………………………………………………………………T08-P-06-38 Xu, FC…………………………………………………………………………………T04-P-02-11 Xu, GY…………………………………………………………………………………T01-P-01-43 Xu, HL…………………………………………………………………………………T11-P-09-39 Xu, J…………………………………………………………………………………T05-P-11-26 Xu, YD…………………………………………………………………T07-P-05-57; T07-P-05-56 Xuan, YM………………………………………………………………………………T08-P-05-16 Xue, YN………………………………………………………………………………T10-P-09-26 Yan, MH………………………………………………………………………………T09-P-05-63 Yan, ZH………………………………………………………………………………T04-P-02-11 Yang, CX………………………………………………………………………………T04-P-11-24 Yang, CZ…………………………………………………T04-P-09-03; T11-P-02-14; T12-P-01-26 Yang, DD………………………………………………………………………………T11-P-03-08 Yang, DP………………………………………………………………………………T12-P-01-33 Yang, F…………………………………………………………………………………T12-P-11-05

- 86 - AUTHOR INDEX (POSTER)

Yang, J…………………………………………………………………………………T02-P-02-04 Yang, JR………………………………………………………………………………T10-P-09-43 Yang, L………………………………………………………………………………T09-P-08-12 Yang, S…………………………………………………………………T04-P-04-11; T04-P-04-10 Yang, W………………………………………………………………………………T10-P-04-06 Yang, WH………………………………………………………………………………T09-P-05-61 Yang, WH………………………………………………………………………………T12-P-01-45 Yang, X………………………………………………………………………………T03-P-07-13 Yao, T…………………………………………………………………………………T07-P-05-17 Yao, Y…………………………………………………………………………………T11-P-11-20 Ye, XJ…………………………………………………………………T06-P-05-55; T07-P-05-54 Yi, BJ…………………………………………………………………………………T07-P-05-54 Yin, YG…………………………………………………………………T08-P-06-39; T04-P-04-66 Yu, J……………………………………………………………………………………T11-P-03-08 Yu, JH…………………………………………………………………T12-P-01-26; T04-P-09-03 Yu, NY…………………………………………………………………T11-P-11-06; T07-P-05-26 Yu, S…………………………………………………………………………………T11-P-01-10 Yu, XB…………………………………………………………………T10-P-09-02; T02-P-02-04 Yu, YJ…………………………………………………………………………………T05-P-04-61 Yuan, DX………………………………………………………………………………T02-P-04-31 Yuan, L…………………………………………………………………………………T07-P-05-26 Yuan, T…………………………………………………………………………………T11-P-11-31 Yuan, WX………………………………………………………………………………T05-P-04-60 Yuan, X…………………………………………………………………T01-P-01-05; T10-P-09-29 Yuan, XG………………………………………………………………………………T05-P-04-60 Yusof, MZM ……………………………………………………………T06-P-05-41; T08-P-05-39 Zamri, NZ………………………………………………………………T06-P-05-41; T08-P-05-39 Zeiler, W………………………………………………………………………………T02-P-01-32 Zeng, ZC………………………………………………………………………………T03-P-03-13 Zhai, YC………………………………………………………………………………T07-P-05-03 Zhan, F…………………………………………………………………………………T11-P-02-14 Zhang, BL………………………………………………………………………………T10-P-09-41 Zhang, C………………………………………………………………………………T10-P-09-15 Zhang, C………………………………………………T10-P-09-15; T04-P-04-32; T05-P-04-19 Zhang, DW……………………………………………………………………………T11-P-11-32 Zhang, EX……………………………………………………………………………T07-P-06-04 Zhang, FR…………………………………………………………………………T06-P-05-10 Zhang, GJ………………………………………………………………………………T10-P-09-29 Zhang, GQ……………………………………………………………………………T10-P-04-06 Zhang, GZ……………………………………………………………T01-P-01-20; T12-P-01-03 Zhang, H………………………………………………………………………………T06-P-05-10 Zhang, H………………………………………………………………………………T08-P-11-07 Zhang, J………………………………………………………………………………T11-P-11-16 Zhang, J…………………………………………………………………T04-P-11-19; T05-P-09-36

- 87 - AUTHOR INDEX (POSTER)

Zhang, JB………………………………………………………………………………T07-P-05-26 Zhang, JG………………………………………………………………………………T08-P-05-52 Zhang, KN……………………………………………………………………………T06-P-05-74 Zhang, L…………………………………………………………………T12-P-01-02; T12-P-01-01 Zhang, LN………………………………………………………………T02-P-02-07; T10-P-09-02 Zhang, MH……………………………………………………………………………T07-P-06-04; T08-P-06-06; T08-P-06-02; T08-P-06-03 Zhang, Q………………………………………………………………T04-P-04-11; T04-P-04-10 Zhang, RY……………………………………………………………………………T10-P-09-18 Zhang, S………………………………………………………………………………T02-P-02-21 Zhang, SS………………………………………………………………………………T08-P-05-52 Zhang, WJ………………………………………………T12-P-06-15; T07-P-05-28; T02-P-02-24 Zhang, WW……………………………………………………………………………T07-P-05-27 Zhang, WY……………………………………………………………………………T01-P-01-39 Zhang, WY……………………………………………………………………………T02-P-02-21 Zhang, X………………………………………………………………………………T11-P-09-49 Zhang, XJ………………………………………………………………………………T04-P-11-24 Zhang, XQ……………………………………………………………………………T07-P-05-45 Zhang, XS……………………………………………T02-P-04-63; T10-P-09-53; T11-P-11-30; T06-P-05-68; T08-P-06-39; T04-P-04-66; T12-P-01-45; T04-P-01-44; T02-P-04-67; T02-P-04-68; T01-P-01-43; T07-P-05-73; T11-P-11-31; T12-P-11-05; T08-P-06-40 Zhang, XX………………………………………………………………………T08-P-11-07 Zhang, Y…………………………………………………………T01-P-01-20; T12-P-01-03 Zhang, Y…………………………………………………………T02-P-02-27; T10-P-09-26 Zhang, Y…………………………………………………………………………T11-P-02-25 Zhang, YF………………………………………………………………………………T07-P-05-03 Zhang, YP………………………………………………………………………………T09-P-05-60 Zhang, ZB………………………………………………………………T02-P-04-31; T11-P-03-08 Zhang, ZP………………………………………………………………………………T02-P-09-48 Zhao, HL………………………………………………………………………………T05-P-04-04; Zhao, JN…………………………………………………T05-P-04-62; T07-P-05-27; T02-P-04-07 Zhao, JY………………………………………………………………………………T08-P-06-11; T08-P-05-29; T05-P-11-26; T08-P-11-04 Zhao, LH………………………………………………………………T07-P-05-12; T07-P-05-03 Zhao, P…………………………………………………………………………………T11-P-11-14 Zhao, XB………………………………………………………………………………T05-P-05-65 Zhao, XD………………………………………………………………………………T05-P-04-19 Zhao, YH………………………………………………………………………………T01-P-01-09 Zheng, CY……………………………………………………………………………T02-P-02-37 Zheng, LC………………………………………………………………………………T08-P-11-07 Zheng, LJ………………………………………………………………………………T10-P-09-13 Zheng, MY……………………………………………………………………………T02-P-02-21 Zheng, XH……………………………………………………………………………T08-P-06-40

- 88 - AUTHOR INDEX (POSTER)

Zhong, DL……………………………………………………………………………T08-P-06-14 Zhong, HZ……………………………………………………………………………T08-P-06-16 Zhou, DX………………………………………………………………………………T08-P-06-38 Zhou, GH………………………………………………T05-P-04-19; T10-P-09-15; T04-P-04-32 Zhou, H…………………………………………………T01-P-01-07; T01-P-01-08; T01-P-01-09 Zhou, J…………………………………………………………………………………T10-P-04-06 Zhou, JQ………………………………………………………………………………T09-P-05-49 Zhou, ZX………………………………………………………………T06-P-05-55; T07-P-05-54 Zhu, FF…………………………………………………………………………………T06-P-05-19 Zhu, X…………………………………………………………………T02-P-04-67; T02-P-04-68 Zhu, XJ…………………………………………………………………………………T05-P-05-65 Zhu, XP…………………………………………………………………………………T11-P-09-39 Zhu, YC……………………………………………………………………………T04-P-04-65 Zou, PH………………………………………………………………………………T03-P-02-15; T05-P-07-15; T03-P-02-08; T03-P-07-12

- 89 - CHAIR INDEX

Chair Index

Amos-Abanyie, S………………………………………………………………SUN-AM2-T11.2 Cai, L……………………………………………………………………………SAT-PM1-AI Cao, GY…………………………………………………………………………SAT-PM1-T03.1 Chao, CYH… …………………………………………………………………SAT-PM2-T08.1 Chen, GY………………………………………………………………………SUN-AM1-T10.1 Chen, HX……………………………………………………………………… SAT-AM2-T09.1 Chen, QY……………………………………………………………………SAT-AM1-T02.1 Coelho, L………………………………………………………………………SAT-PM1-T05.1 Deng, QH………………………………………………………………………SUN-AM2-T05.2 Duanmu, L………………………………………………………………………SAT-PM2-T07.2 Garcia, J………………………………………………………………………SAT-PM2-T02.2 Guo, XM……………………………………………………………………SAT-PM2-T02.2 Huang, C………………………………………………………………………SAT-PM1-T03.1 Johnston, DA……………………………………………………………………SAT-AM2-T04.1 Jiang, Y………………………………………………………………………SUN-PM1-W1 Jin, HQ…………………………………………………………………...... SUN-AM1-T04.2 Jin, SM………………………………………………………………………SUN-AM2-T08.2 Korolija, Ivan………………………………………………………………… SUN-AM1-T04.2 Lian, ZW………………………………………………………………………SAT-AM1-T07.1 Li, AG…………………………………………………………………………SAT-AM1-T02.1 Li, BZ…………………………………………………………………………SAT-PM2-T08.1 Li, NP…………………………………………………………………………SAT-PM1-T06.1 Li,YG………………………………………………………………………… SUN-PM1-F2 Liu, CH…………………………………………………………………………SAT-AM2-T09.1 Liu, YF……………………………………………………………………… SAT-AM1-T01.1 Niu, JL…………………………………………………………………………SAT-PM1-T06.1 Olesen, BW………………………………………………………………………SUN-PM2-P2 Pietilainen, JO…………………………………………………………………SAT-AM2-T11.1 Qiu, KR…………………………………………………………………………SAT-AM1-T07.1 Riise, R…………………………………………………………………………SUN-AM1-T12.1 Sørensen, BR…………………………………………………………………SUN-AM2-T05.2 Sundell, J……………………………………………………………………………FRI-PM-P1 Tanaka, M………………………………………………………………………SUN-AM1-T10.1 Wang, RZ……………………………………………………………………………FRI-PM-P1 Yang, XD………………………………………………………………………SUN-AM2-T11.2 Yau, YH………………………………………………………………………SUN-AM2-T08.2 Yoshino, H………………………………………………………………………SUN-PM1-W1 Zhang, GQ………………………………………………………………………SAT-PM2-T07.2 Zhang, JL………………………………………………………………………SAT-AM2-T11.1 Zhang, JZ…………………………………………………………………………SAT-PM1-AI Zhang, LZ………………………………………………………………………SUN-AM1-12.1 Zhang, X………………………………………………………………………SAT-AM2-T04.1

- 90 - CHAIR INDEX

Zhang, XS………………………………………………………………………SUN-PM1-F1 Zhang, Y………………………………………………………………………SAT-AM1-T01.1 Zhang, YP…………………………………………………………SUN-PM2-P2; SUN-PM1-F1 Zhu, N…………………………………………………………………………SAT-PM1-T05.1

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