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Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
Dec 18, 2023
Tay, Kheng Soo, 2023, "Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"", https://doi.org/10.22452/RD/XZSJUI, Universiti Malaya Research Data Repository, V1
This study developed a low-cost Arduino based 3D printed autotitrator. This autotitrator was built using Arduino Uno microcontroller, pH sensors, open source PLX-DAQ data acquisition system, 3D printing technology and various electronic components for the determination of the per...
Autotitrator_Complete drawing.f3d
Dec 18, 2023 - Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
application/fusion - 955.9 KB - MD5: b059ac40e5c760021c2acde865d691b3
Clamp holder.stl
Dec 18, 2023 - Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
STL Format - 367.3 KB - MD5: 9b548093d626a3a6039032210bb0b330
Column holder.stl
Dec 18, 2023 - Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
STL Format - 253.2 KB - MD5: a8808443119da037c5c509a773a02492
Complete assembled autotitrator drawing.jpg
Complete assembled autotitrator drawing.jpg
Dec 18, 2023 - Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
JPEG Image - 79.3 KB - MD5: 49b9d01d5a98643289e13b54d2299397
Enclosure for main circuit.stl
Dec 18, 2023 - Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
STL Format - 29.6 KB - MD5: 77efa08dbcc4141e843b3ad7227a2930
Enclosure for stirrer.stl
Dec 18, 2023 - Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
STL Format - 282.2 KB - MD5: 74c4325847725fc1ccc0d6ca28ea2a8d
knob.stl
Dec 18, 2023 - Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
STL Format - 253.2 KB - MD5: a8808443119da037c5c509a773a02492
Main circuit enlosure cover.stl
Dec 18, 2023 - Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
STL Format - 684 B - MD5: beacaba939d637d088e79aee4d7aa486
pH_sensor_coding-1.ino
Dec 18, 2023 - Related Data for "Integrating Maker Education into the research project of Undergraduate Chemistry Program: Low-cost Arduino based 3D Printed Autotitrator"
Unknown - 949 B - MD5: faac7011e662ca441c2feef27db9a214
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