引用次数
引用: 590
H-指数: 10
I10-指数 : 12
出版物: 55
Teaching Chemistry with Analogies around the World: Views of Teachers from Four Countries
S. Akaygun , C. Brown , F. O. Karatas , S. Supasorn
American Chemical Society 129 -146
2018
Portable syringe-vial kit of gas-generating reactions for easy demonstration of chemical reaction rate
S Supasorn , M Amatatongchai , P Jarujamrus , S Chairam
Journal of Physics: Conference Series 1806 ( 1) 012175
2021
The development of small scale and low-cost galvanic cells as a teaching tool for electrochemistry
P Khattiyavong , P Jarujamrus , S Supasorn , C Kulsing
Journal of Research Unit on Science, Technology and Environment for Learning 5 ( 2) 146 -154
6
2014
PROMOTING STUDENTS’SCIENTIFIC METHODS AND COMPREHENSION OF ACID-BASE USING COOPERATIVE LEARNING ACCOMPANIED WITH SCIENCE PROJECTS
D Abdulhanung , S Supasorn , A Samphao
Journal of Srinakharinwirot University (Sci. & Tech.) 3 ( 1) 54 -62
6
2011
Grade-10 students’ conceptual understanding of covalent bonding and molecular shapes from inquiry learning by using physical models
A Tipchai , C Meewong , K Wuttisela , S Supasorn
Journal of Science and Science Education 2 ( 1) 43 -56
5
2019
Twelfth Grade students’ achievement and problemsolving ability on properties and reactions of organic compounds from learning by using inquiry incorporated with problem-based learning
C Tingsa , A Jaigla , S Tamuang , S Supasorn
Journal of Science and Science Education 1 ( 1) 97 -108
5
2018
Eleventh grade students’ conceptual understanding and mental models on chemical equilibrium from learning by using inquiry incorporated with predict-observe-explain technique
K Pananchai , P Matarat , S Tamuang , S Supasorn
Journal of Science and Science Education 1 ( 1) 49 -60
5
2018
Low-cost small-scale chemistry experiment to enhance 11-grade students’ conceptual understanding on chemical equilibrium
S Tamuang , K Wuttisela , S Supasorn
Journal of Research Unit on Science, Technology and Environment for Learning 8 ( 2) 379 -397
5
2017
Grade-11 Students’ Conceptual Understanding of Chemical Reaction Rate from Learning by Using the Small-Scale Experiments
S Supasorn , K Wuttisela , A Moonsarn , P Khajornklin
Jurnal Pendidikan IPA Indonesia 11 ( 3) 433 -448
4
2022
The Development of Scientific Conceptual Understanding of Acid–Base by Using 5E Inquiry Learning Cycle Incorporated with Teams Games Tournament for Grade 11 Students
SIRITHORN Angkaew , A Issare , S Supasorn
Social Sciences Research and Academic Journal 11 109 -124
2
2017
Enhancing students' critical thinking skill and learning achievement of chemical reaction rates by using science inquiry process
T Yasukham , S Supasorn , W Wongkhan
Journal of Srinakharinwirot University (Sci. & Tech.) 3 ( 1) 320 -326
2
2011
Development Of Conceptual Understanding Of Acid-Base By Using Inquiry Experiments In Conjunction With Particulate Animations For Grade 8 Students
Saksri SUPASORN , Maliwan AMATATONGCHAI
TOJET
2
2016
Online T5 learning model to enhance chemistry students' understanding of NMR spectroscopy
Saksri Supasorn
World Journal on Educational Technology 6 ( 2)
1
2014
Fabricating a Low-Cost, Simple, Screen Printed Paper Towel-Based Experimental Device to Demonstrate the Factors Affecting Chemical Equilibrium and Chemical Equilibrium Constant, Kc
Penbhorn Kajornklin , Purim Jarujamrus , Phuwadon Phanphon , Pakakan Ngernpradab
Journal of Chemical Education 97 ( 7) 1984 -1991
2020
Enhancement of learning achievement and integrated science process skills using science inquiry learning activities of chemical reaction rates
Wichai Lati , Saksri Supasorn , Vinich Promarak
Procedia - Social and Behavioral Sciences 46 4471 -4475
35
2012
Enhancing Undergraduates’ Conceptual Understanding of Organic Acid-base-neutral Extraction Using Inquiry-based Experiments
Saksri Supasorn
Procedia - Social and Behavioral Sciences 46 4643 -4650
6
2012
Impact of a pre-laboratory organic-extraction simulation on comprehension and attitudes of undergraduate chemistry students
Saksri Supasorn , Jerry P. Suits , Loretta L. Jones , Sunanta Vibuljan
Chemistry Education Research and Practice 9 ( 2) 169 -181
20
2008
Student Fabrication and Use of Simple, Low-Cost, Paper-Based Galvanic Cells To Investigate Electrochemistry
Anchalee Chatmontree , Sanoe Chairam , Saksri Supasorn , Maliwan Amatatongchai
Journal of Chemical Education 92 ( 6) 1044 -1048
3
2015
Screen-printed microfluidic paper-based analytical device (μPAD) as a barcode sensor for magnesium detection using rubber latex waste as a novel hydrophobic reagent.
Purim Jarujamrus , Rattapol Meelapsom , Puttharaksa Naksen , Nadh Ditcharoen
Analytica Chimica Acta 1082 66 -77
4
2019
Implementation of 5E inquiry incorporated with analogy learning approach to enhance conceptual understanding of chemical reaction rate for grade 11 students
Saksri Supasorn , Vinich Promarak
Chemistry Education Research and Practice 16 ( 1) 121 -132
10
2015