Dataset associated with "Effects of Aerosol Type and Simulated Aging on Performance of Low-Cost PM Sensors"

Jessica Tryner (1,2), John Mehaffy (1), Daniel Miller-Lionberg (2), John Volckens (1)*
 
1. Department of Mechanical Engineering, Colorado State University, 1374 Campus Delivery, Fort Collins, Colorado 80523
2. Access Sensor Technologies, 2401 Research Blvd, Suite 107, Fort Collins, Colorado 80526

*Please contact John Volckens (john.volckens@colostate.edu) regarding this dataset.

See the manuscript for details on data collection, quality control, and analysis. (Citation to be added.) 

This folder contains data logged from Plantower PMS5003, Sensirion SPS30, and Amphenol SM-UART-04L sensors using a MegunoLink interface. These data were collected in a laboratory aerosol chamber at Colorado State University between 2019-07-02 and 2019-10-06.    

If the file name starts with "Log_test_rig_1" or "Log_test_rig_2", the file contains the following columns: 

1.  the local time in Fort Collins, CO, USA (YYYY-MM-DD HH:MM:SS:),
2.  instructions for plotting the data in MegunoLink, 
3.  elapsed time (seconds), 
4.  the PM1 concentration reported by Sensirion SPS30 sensor A (micrograms per cubic meter),
5.  the PM2.5 concentration reported by Sensirion SPS30 sensor A (micrograms per cubic meter),
6.  the PM4 concentration reported by Sensirion SPS30 sensor A (micrograms per cubic meter),
7.  the PM10 concentration reported by Sensirion SPS30 sensor A (micrograms per cubic meter),
8.  the number of particles between 0.3 and 0.5 micrometers reported by Sensirion SPS30 sensor A (particles per cubic centimeter), 
9.  the number of particles between 0.3 and 1.0 micrometers reported by Sensirion SPS30 sensor A (particles per cubic centimeter), 
10. the number of particles between 0.3 and 2.5 micrometers reported by Sensirion SPS30 sensor A (particles per cubic centimeter), 
11. the number of particles between 0.3 and 4.0 micrometers reported by Sensirion SPS30 sensor A (particles per cubic centimeter),
12. the number of particles between 0.3 and 10 micrometers reported by Sensirion SPS30 sensor A (particles per cubic centimeter), 
13. typical particle size reported by Sensirion SPS30 sensor A (micrometers), 
14. the PM1 concentration reported by Sensirion SPS30 sensor B (micrograms per cubic meter),
15. the PM2.5 concentration reported by Sensirion SPS30 sensor B (micrograms per cubic meter),
16. the PM4 concentration reported by Sensirion SPS30 sensor B (micrograms per cubic meter),
17. the PM10 concentration reported by Sensirion SPS30 sensor B (micrograms per cubic meter),
18. the number of particles between 0.3 and 0.5 micrometers reported by Sensirion SPS30 sensor B (particles per cubic centimeter), 
19. the number of particles between 0.3 and 1.0 micrometers reported by Sensirion SPS30 sensor B (particles per cubic centimeter), 
20. the number of particles between 0.3 and 2.5 micrometers reported by Sensirion SPS30 sensor B (particles per cubic centimeter), 
21. the number of particles between 0.3 and 4.0 micrometers reported by Sensirion SPS30 sensor B (particles per cubic centimeter),
22. the number of particles between 0.3 and 10 micrometers reported by Sensirion SPS30 sensor B (particles per cubic centimeter), 
23. typical particle size reported by Sensirion SPS30 sensor B (micrometers),
24. the PM1 concentration reported by Sensirion SPS30 sensor C (micrograms per cubic meter),
25. the PM2.5 concentration reported by Sensirion SPS30 sensor C (micrograms per cubic meter),
26. the PM4 concentration reported by Sensirion SPS30 sensor C (micrograms per cubic meter),
27. the PM10 concentration reported by Sensirion SPS30 sensor C (micrograms per cubic meter),
28. the number of particles between 0.3 and 0.5 micrometers reported by Sensirion SPS30 sensor C (particles per cubic centimeter), 
29. the number of particles between 0.3 and 1.0 micrometers reported by Sensirion SPS30 sensor C (particles per cubic centimeter), 
30. the number of particles between 0.3 and 2.5 micrometers reported by Sensirion SPS30 sensor C (particles per cubic centimeter), 
31. the number of particles between 0.3 and 4.0 micrometers reported by Sensirion SPS30 sensor C (particles per cubic centimeter),
32. the number of particles between 0.3 and 10 micrometers reported by Sensirion SPS30 sensor C (particles per cubic centimeter), 
33. typical particle size reported by Sensirion SPS30 sensor C (micrometers),
34. the PM1 concentration reported by Sensirion SPS30 sensor D (micrograms per cubic meter),
35. the PM2.5 concentration reported by Sensirion SPS30 sensor D (micrograms per cubic meter),
36. the PM4 concentration reported by Sensirion SPS30 sensor D (micrograms per cubic meter),
37. the PM10 concentration reported by Sensirion SPS30 sensor D (micrograms per cubic meter),
38. the number of particles between 0.3 and 0.5 micrometers reported by Sensirion SPS30 sensor D (particles per cubic centimeter), 
39. the number of particles between 0.3 and 1.0 micrometers reported by Sensirion SPS30 sensor D (particles per cubic centimeter), 
40. the number of particles between 0.3 and 2.5 micrometers reported by Sensirion SPS30 sensor D (particles per cubic centimeter), 
41. the number of particles between 0.3 and 4.0 micrometers reported by Sensirion SPS30 sensor D (particles per cubic centimeter),
42. the number of particles between 0.3 and 10 micrometers reported by Sensirion SPS30 sensor D (particles per cubic centimeter), 
43. typical particle size reported by Sensirion SPS30 sensor D (micrometers),
44. the PM1 "CF=1" concentration reported by Planotwer PMS5003 sensor A (micrograms per cubic meter),
45. the PM2.5 "CF=1" concentration reported by Planotwer PMS5003 sensor A (micrograms per cubic meter),
46. the PM10 "CF=1" concentration reported by Planotwer PMS5003 sensor A (micrograms per cubic meter),
47. the PM1 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor A (micrograms per cubic meter),
48. the PM2.5 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor A (micrograms per cubic meter),
49. the PM10 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor A (micrograms per cubic meter),
50. the number of particles with diameter beyond 0.3 micrometers reported by Plantower PMS5003 sensor A (particles per 0.1 liters), 
51. the number of particles with diameter beyond 0.5 micrometers reported by Plantower PMS5003 sensor A (particles per 0.1 liters), 
52. the number of particles with diameter beyond 1.0 micrometers reported by Plantower PMS5003 sensor A (particles per 0.1 liters), 
53. the number of particles with diameter beyond 2.5 micrometers reported by Plantower PMS5003 sensor A (particles per 0.1 liters), 
54. the number of particles with diameter beyond 5.0 micrometers reported by Plantower PMS5003 sensor A (particles per 0.1 liters), 
55. the number of particles with diameter beyond 10 micrometers reported by Plantower PMS5003 sensor A (particles per 0.1 liters), 
56. the PM1 "CF=1" concentration reported by Planotwer PMS5003 sensor B (micrograms per cubic meter),
57. the PM2.5 "CF=1" concentration reported by Planotwer PMS5003 sensor B (micrograms per cubic meter),
58. the PM10 "CF=1" concentration reported by Planotwer PMS5003 sensor B (micrograms per cubic meter),
59. the PM1 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor B (micrograms per cubic meter),
60. the PM2.5 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor B (micrograms per cubic meter),
61. the PM10 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor B (micrograms per cubic meter),
62. the number of particles with diameter beyond 0.3 micrometers reported by Plantower PMS5003 sensor B (particles per 0.1 liters), 
63. the number of particles with diameter beyond 0.5 micrometers reported by Plantower PMS5003 sensor B (particles per 0.1 liters), 
64. the number of particles with diameter beyond 1.0 micrometers reported by Plantower PMS5003 sensor B (particles per 0.1 liters), 
65. the number of particles with diameter beyond 2.5 micrometers reported by Plantower PMS5003 sensor B (particles per 0.1 liters), 
66. the number of particles with diameter beyond 5.0 micrometers reported by Plantower PMS5003 sensor B (particles per 0.1 liters), 
67. the number of particles with diameter beyond 10 micrometers reported by Plantower PMS5003 sensor B (particles per 0.1 liters), 
68. the PM1 "CF=1" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
69. the PM2.5 "CF=1" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
70. the PM10 "CF=1" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
71. the PM1 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
72. the PM2.5 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
73. the PM10 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
74. the number of particles with diameter beyond 0.3 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
75. the number of particles with diameter beyond 0.5 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
76. the number of particles with diameter beyond 1.0 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
77. the number of particles with diameter beyond 2.5 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
78. the number of particles with diameter beyond 5.0 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
79. the number of particles with diameter beyond 10 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
80. the PM1 "CF=1" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
81. the PM2.5 "CF=1" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
82. the PM10 "CF=1" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
83. the PM1 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
84. the PM2.5 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
85. the PM10 "atmospheric environment" concentration reported by Planotwer PMS5003 sensor C (micrograms per cubic meter),
86. the number of particles with diameter beyond 0.3 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
87. the number of particles with diameter beyond 0.5 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
88. the number of particles with diameter beyond 1.0 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
89. the number of particles with diameter beyond 2.5 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters), 
90. the number of particles with diameter beyond 5.0 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters),
91. the number of particles with diameter beyond 10 micrometers reported by Plantower PMS5003 sensor C (particles per 0.1 liters).  

If the file name starts with "Log_test_rig_3", the file contains the following columns: 

1.  the local time in Fort Collins, CO, USA (YYYY-MM-DD HH:MM:SS:),
2.  instructions for plotting the data in MegunoLink, 
3.  elapsed time (seconds), 
4. the PM1 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor A (micrograms per cubic meter),
5. the PM2.5 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor A (micrograms per cubic meter),
6. the PM10 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor A (micrograms per cubic meter),
7. the PM1 "environment" concentration reported by Amphenol SM-UART-04L sensor A (micrograms per cubic meter),
8. the PM2.5 "environment" concentration reported by Amphenol SM-UART-04L sensor A (micrograms per cubic meter),
9. the PM10 "environment" concentration reported by Amphenol SM-UART-04L sensor A (micrograms per cubic meter)
10. the PM1 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor B (micrograms per cubic meter),
11. the PM2.5 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor B (micrograms per cubic meter),
12. the PM10 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor B (micrograms per cubic meter),
13. the PM1 "environment" concentration reported by Amphenol SM-UART-04L sensor B (micrograms per cubic meter),
14. the PM2.5 "environment" concentration reported by Amphenol SM-UART-04L sensor B (micrograms per cubic meter),
15. the PM10 "environment" concentration reported by Amphenol SM-UART-04L sensor B (micrograms per cubic meter)
16. the PM1 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor C (micrograms per cubic meter),
17. the PM2.5 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor C (micrograms per cubic meter),
18. the PM10 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor C (micrograms per cubic meter),
19. the PM1 "environment" concentration reported by Amphenol SM-UART-04L sensor C (micrograms per cubic meter),
20. the PM2.5 "environment" concentration reported by Amphenol SM-UART-04L sensor C (micrograms per cubic meter),
21. the PM10 "environment" concentration reported by Amphenol SM-UART-04L sensor C (micrograms per cubic meter)
22. the PM1 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor D (micrograms per cubic meter),
23. the PM2.5 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor D (micrograms per cubic meter),
24. the PM10 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor D (micrograms per cubic meter),
25. the PM1 "environment" concentration reported by Amphenol SM-UART-04L sensor D (micrograms per cubic meter),
26. the PM2.5 "environment" concentration reported by Amphenol SM-UART-04L sensor D (micrograms per cubic meter),
27. the PM10 "environment" concentration reported by Amphenol SM-UART-04L sensor D (micrograms per cubic meter)
28. the PM1 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor E (micrograms per cubic meter),
29. the PM2.5 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor E (micrograms per cubic meter),
30. the PM10 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor E (micrograms per cubic meter),
31. the PM1 "environment" concentration reported by Amphenol SM-UART-04L sensor E (micrograms per cubic meter),
32. the PM2.5 "environment" concentration reported by Amphenol SM-UART-04L sensor E (micrograms per cubic meter),
33. the PM10 "environment" concentration reported by Amphenol SM-UART-04L sensor E (micrograms per cubic meter)
34. the PM1 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor F (micrograms per cubic meter),
35. the PM2.5 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor F (micrograms per cubic meter),
36. the PM10 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor F (micrograms per cubic meter),
37. the PM1 "environment" concentration reported by Amphenol SM-UART-04L sensor F (micrograms per cubic meter),
38. the PM2.5 "environment" concentration reported by Amphenol SM-UART-04L sensor F (micrograms per cubic meter),
39. the PM10 "environment" concentration reported by Amphenol SM-UART-04L sensor F (micrograms per cubic meter)
40. the PM1 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor G (micrograms per cubic meter),
41. the PM2.5 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor G (micrograms per cubic meter),
42. the PM10 "standard smoke" concentration reported by Amphenol SM-UART-04L sensor G (micrograms per cubic meter),
43. the PM1 "environment" concentration reported by Amphenol SM-UART-04L sensor G (micrograms per cubic meter),
44. the PM2.5 "environment" concentration reported by Amphenol SM-UART-04L sensor G (micrograms per cubic meter),
45. the PM10 "environment" concentration reported by Amphenol SM-UART-04L sensor G (micrograms per cubic meter)

Recommended citation: (to be added).