| # | Document title | Authors | Year | Source | Cited by |
| 1 | The effects of setting conditions of trash bins on waste collection performance and waste separation behaviors; distance from walking path, separated setting, and arrangements | Leeabai N., Suzuki S., Jiang Q., Dilixiati D., Takahashi F. | 2019 | Waste Management,
94, pp. 58-67 | 47 |
| 2 | The effects of color preference and noticeability of trash bins on waste collection performance and waste-sorting behaviors | Leeabai N., Areeprasert C., Khaobang C., Viriyapanitchakij N., Bussa B., Dilinazi D., Takahashi F. | 2021 | Waste Management,
121, pp. 153-163 | 41 |
| 3 | The effects of compost bin design on design preference, waste collection performance, and waste segregation behaviors for public participation | Leeabai N., Areeprasert C., Siripaiboon C., Siripaiboon C., Khaobang C., Congsomjit D., Takahashi F. | 2022 | Waste Management,
143, pp. 35-45 | 25 |
| 4 | The effect of recycling bin design on PET bottle collection performance | Jiang Q., Izumi T., Yoshida H., Dilixiati D., Leeabai N., Suzuki S., Takahashi F. | 2019 | Waste Management,
95, pp. 32-42 | 22 |
| 5 | Perceptive preference toward recycling bin designs: Influential design item depending on waste type, the impact of past perception experiences on design preference, and the effect of color design on waste separation | Jiang Q., Leeabai N., Leeabai N., Dilixiati D., Takahashi F. | 2021 | Waste Management,
127, pp. 130-140 | 16 |
| 6 | The integrated study of the effects of infographic design on waste separation behavior and the behavioral outcome implementation on waste composting | Leeabai N., Siripaiboon C., Siripaiboon C., Taweengern K., Buttanoo C., Sujirapatpong W., Yimyam D., Takahashi F., Areeprasert C. | 2023 | Waste Management,
169, pp. 276-285 | 8 |
| 7 | An efficient recycling of PET bottles: “Participants screening” through the slightest unwillingness toward cap removal | Dilixiati D., Suzuki S., Yoshida H., Leeabai N., Jiang Q., Takahashi F. | 2024 | Resources, Conservation and Recycling,
211, 107847 | 3 |
| 8 | Integrated Assessment of Rooftop Photovoltaic Systems and Carbon Footprint for Organization: A Case Study of an Educational Facility in Thailand | Leeabai N., Sakaraphantip N., Kunbuala N., Roongrueng K., Nukunudompanich M. | 2025 | Energies,
18(10), 2485 | 1 |
| 9 | A Pilot-Scale Co-composting Experiment of University Cafeteria’s Food Waste and Cow Manure for Sustainable Waste Management | Klingosum P., Leeabai N., Khaobang C., Taweengern K., Wibowo H., Areeprasert C. | 2024 | Green Energy and Technology,
pp. 115-121 | 0 |
| 10 | The Perceptive Classification of the Wastes for Recycling and Composting for Sustainable Waste Management | Leeabai N., Nukunudompanich M., Areeprasert C. | 2024 | Green Energy and Technology,
pp. 3-12 | 0 |
| 11 | The Investigation on the Adsorption Mechanism of Sulfur Impregnated Catalyst for Dichlorination from Waste Cable Using Pyrolysis Process | Phitsuwan P., Khaobang C., Leeabai N., Areeprasert C. | 2022 | AIP Conference Proceedings,
2681, 020039 | 0 |