Is There Any Unique Asian Chemical Education?
(Ran)
Chairperson: L. H. L. Chia
Opening remark
14:00 - Y. Takeuchi (symposium organizer)
Session 1 Chemical Education and Computers
14.05 - J7O01* Introducing Molecular Modeling into the Undergraduate Chemistry
Curriculum
W. Hehre (U. S. A.) 915
14.25 - J7O02* Developing Computational Chemistry Teaching Packages for Use via the Internet
G. J. Cross, B. J. Salter-Duke, E. J. Lloyd, M. G. Wong and B. F. Yates, (Australia) 921
Chairperson: W. Hehre
14.45 - J7O03 Introducing Computers into Chemical Education in Indonesia--the Last Decade.
R. Hollingworth (Australia) 3017
15.05 - J7O04* What Can be Taught and What Cannot be Taught with Computers in
Chemical Education?
H. Hosoya (Japan) 907
15.25-15.50 Coffee Break
Session 2 Environmental Education
Chairperson: P. Bhanthumnavin
15.50 - J7O05* Using Studentsﾍ Interests, Talents, and Cultural Backgrounds in the Teaching of Environmental Chemistry.
Z. Lerman(U. S. A.) 3033
16.10 - J7O06* Chemical Education for Peace---How to Reform Chemical Education in
Order to Prevent the Repetition of the Sarin Incident.
K. Tasaka (Japan) 908
Chairperson: Z. Lerman
16.30 - J7O07* Innovations in Environmental Education in the Asia-Pacific Region.
H. Tanaka (Japan) 922
16.50 - J7O08 Low Cost, Small Scale Laboratory for High School Chemistry.
K. Ogino, K. Shoji, K. Kon, T. Tajima and T. Fujikawa (Japan) 3297
(Cosmos)
Keynote Lecture
Chairperson: H. Hosoya
09.00 - J8O01* Development of Science and Science Education in Japan; the Past, the Present, and the Future.
A. Yamamoto (Japan) 901
Session 4 International Cooperation in Chemical Education; From Western World to Asia
Chairperson: S. Sotheeswaran
10.00 - J8O02* New Trends in Chemical Education in the Twenty-First Century.
B. T. Newbold (Canada) 910
10.20 - J8O03* Science Across the World.
J. C. Hughes (U. K) 913
10.40-11.00 Coffee Break
session 5 International Cooperation in Chemical Education; Among Asian Countries
Chairperson: B. T. Newbold
11.00 - J8O04* How to Solve Difficult Problems in Chemical Education.
J. T. Shimozawa (Japan) 909
11.20 - J8O05* The Innovation of Science Education for the Twenty-First Century.
S. Takemura (Japan) 902
11.40 - J8O06* International Cooperation in Science/Information Education in Thailand.
M. Ohsaku (Japan) 903
Chairperson: H. Tanaka
12.00 - J8O07 Training Chemistry Teachers for Practical Work: A Model of Cooperation between Japan and the Philippines.
M. C. Magno and T. Somukawa(the Philippines, Japan) 3045
12.20 - J8O08* The Role of Singapore in Asian Chemical Education.
L. H. L. Chia (Singapore) 911
12.40-14.00 Lunch
(Cosmos)
session 6 The Role of Female in Asian Chemistry and Chemical
Education
Chairperson: M. C. Magno
14.00 - J8O09* Women in Chemistry in the Philippines.
C. D. Padolina and M. S. Rodriquez(the Philippines) 010
14.20 - J8O10* Women Chemists in Japan.
Y. Arikawa (Japan) 904
Chairperson: H. Firman
14.40 - J8O11* The Necessity of Chemical Education for Women in Japan and Present
Situation.
C. Hirobe (Japan) 905
15.00 - J8O12* Women in Chemistry of Thailand.
P. Bhanthumnavin (Thailand) 919
15.20-15.40 Coffee Break
Session 7 Asian Chemical Education Network (ACEN)
Chairperson: R. Hollingworth
15.40 - J8O13* Asian Chemical Education Network Based on Internet.
M. M. Ito (Japan) 906
Session 8 New Movements in Asian Chemical Education
16.00 - J8O14* Innovation in Chemical Education in Indonesia.
H. Firman (Indonesia) 914
Chairperson: J. C. Hughes
16.20 - J8O15* Innovation in Chemical Education in Malaysia.
T. -K. Soon (Malaysia) 916
16.40 - J8O16* Chemical Education in Vietnam.
N. H. Dung, N. Chong, and L. V. Nguyen (Vietnam) 920
17.00 - Dinner
MAY 18, SUNDAY EVENING
(Cosmos)
Chairperson: M. Ohsaku
18.30 - J8O17 General Chemistry at Taiwan University.
C.-y. Mou(Taiwan)3317
18.50 - J8O18* Innovation in Chemical Education in Bangladesh.
S. Z. Haider (Bangladesh) 918
Chairperson: T. -K. Soon
19.10 - J8O19 Innovation in Chemical Education in Sri Lanka
J. N. O. Fernando (Sri Lanka) 3241
19.30 - J8O20* Innovation in Chemical Education in the South Pacific.
S. Sotheeswaran (Fiji, South Pacific) 917
Closing remark
19.50 - T. Okuda(symposium co-organizer)
(Cherry 3) 14.00-16.00
Chemical Education.
J7P01 Research on the Result of Sodium, Potassium, Rubidium and Cesium Reacting with Water.
C.-y. Wang(China) 3393P
J7P02 Research in the Reaction of Sodium, Potassium, Rubidium and Cesium with Inorganic Acid.
C.-y. Wang(China) 3394P
J7P03 Study on Non-oxygen Acid.
C.-y. Wang and K. Wang(China) 4056P
J7P04 Non-oxygen Acid not Belong to Electrolyte.
C.-y. Wang and K. Wang (China) 4057P
J7P05 Ammonia Water not Belong to Electrolyte or Alkali.
C.-y. Wang and K. Wang (China) 4058P
(Lobby) 17.00-20.00
Chemical Education.
J7P06 Simple Analysis for Environmental Education.
L. Surat, T. Naganuma and D. V. Montesa(Thailand, Japan) 3051P
J7P07 Disposal of Waste and Wastewater in Schools for Environmental Chemistry Education.
N. Koga, T. Senoo and H. Tanaka (Japan) 3062P
J7P08 Module for Teacher Training on Environmental Education in Chemistry
H. Kim, E. Masujima, H. Tanaka and H. Ochiai(Japan) 3063P
J7P09 Environmental Education at Community
O. Kamei, M. Nakada and T. Yamaguchi(Japan) 3218P
J7P10 An Environmental Science Material for Multi-National Use: Its Practice and Evaluation in Japanese High Schools. 3373(doubly registered)
S. Niida, M. Karayama, K. Kawakatsu, T. Watanabe, T. Yamanouchi and
A. Utagawa 3308P
J7P11 An Eternal Topics: STS Education in the Twenty-First Century.
T. HeZhen(China) 3210P
Chemical Education.
J7P12 Developing a Chemical Information Course in a Developing Country.
R. Hollingworth and I. Suweda(Australia, Indonesia) 3018P
J7P13 Development and the Use of the Chemistry Teaching Materials in Internet- Navigator.
T. Yoshimura, Y. Aoyama and N. Ashida(Japan) 3189P
J7P14 Effective Use of Video-Floppy Disk Aids for Chemical Education.
Y. Sasamura and B. T. Newbold (Japan, Canada) 3236P
Computer-assisted Instruction in Asian/Pacific Chemical Education.
S. Sotheeswaran and D. Sotheeswaran(Fiji, New Zealand) 4025P
J7P15 Cognitive Development of College Freshmen Enrolled in General Chemistry.
E. C. Bernardo (the Philippines) 4040P
J7P16 Problems of Chemical Education in Russia: the Creation of New Specialization edical Chemistry� within the Bounds of Specialty hemistry� in Russia.
E. M. Sulman, V. A. Mironov, G. N. Koshel and M. G. Sulman(Russia) 3194P
J7P17 Simple and Low Cost Monitoring Procedure for the Air Pollution(I).
S. Yamaguchi, A. Sasaki, K. Shoji and F. Yasuhara(Japan) 3136P
J7P18 Simple and Low Cost Monitoring Procedure for the Air Pollution(II).
S. Yamaguchi, F. Yasuhara , A. Sasaki, M. Ono and T. Fujikawa(Japan) 3137P
J7P19 Low Cost, Small Scale Experiments on Galvanic Cells and Electrolysis.
K. Ogino, K. Shoji, K. Kan, T. Tajima and T. Fujikawa(Japan) 3297P
J7P20 A Teaching Material of Iron Chemistry by Using Familiar Iron.
S. Sakamoto, Y. Miyagi, Y. Nakao, T. Yamauchi and Y. Fujimoto(Japan) 3132P
J7P21 Development of New Teaching Materials for Chemistry Using a Toy Balloon.
Y. Takizawa, K. Tsunoda, Y. Katagiri and T. Ozawa(Japan) 3405P
J7P22 An Easy Method to Make a Faujasite Model.
S. Yamana, V. D. Kelkar and R. R. Gokhale(Japan, India) 3449P
J7P23 Redox, the Transfer of Electrons--Handy Experiments using Cells.
S. Noda(Japan) 3013P
J7P24 A Science Class Which Brings Childrenﾍs Theory and Scientific Theory Together.
Y. Tokumori(Japan) 3133P
J7P25 An Open-ended Practical Exercise in Chemical Research for High School-- Studentsﾍ Research in the Intra- and Extra-curricula Activities.
T. Murakami(Japan) 3404P
J7P26 A Science Class Which Accelerates the Transfiguration of Studentﾍs Scientific Theory.
M. Ihara(Japan) 3456P
J7P27 Use of Molecular Models for Teaching Stereochemistry of Organic Compounds in Classes of Biological Chemistry and in Student Experiments in a Japanese National College of Technology.
T. Munegumi(Japan) 3135P
J7P28 B2O3/SiO2 as Dehydrating Reagent.
M. Inoue(Japan) 3134P
J7P29 The Use of the Tatara Iron Industry as a Teaching Resource in Science Education. Part I: Oxidation and Deoxidation
T. Kakuda, K. Kaikiri and S. Tatsukawa(Japan) 3458P
J7P30 The Use of the Tatara Iron Industry as a Teaching Resource in Science Education. Part II: Earth and Human
T. Kakuda, K. Kaikiri and S. Tatsukawa(Japan) 3457P
J7P31 Chemistry Lessons in High Schools.
T. Ishida (Japan) 3273P
J7P32 A Calculating Model of the Solubility of Hydroxides.
G. Hu and L. Li (China) 4207P