On Respiratory Rate of Cherry Tomatoes under Subcritical Heights

Table 1

Changes of cherry tomatoes’ respiratory rate over time under different dropping heights.

Dropping heights/cm	0		5		10		15		20
Time/h	C(O2)/%	𝑅 (O2)/mL/(kg⋅h)	C(O2)/%	𝑅(O2)/mL/(kg⋅h)	C(O2)/%	𝑅(O2)/mL/(kg⋅h)	C(O2)/%	𝑅(O2)/mL/(kg⋅h)	C(O2)/%	𝑅(O2)/mL/(kg⋅h)
0	20.0	/	20.0	/	20.0	/	20.0	/	20.0	/
1	19.7	30.0	19.7	30.0	19.7	30.0	19.7	30.0	19.7	30.0
3	19.2	25.0	19.2	25.0	19.2	25.0	19.2	25.0	19.3	20.0
6	18.6	20.0	18.7	16.7	18.7	16.7	18.8	13.3	18.8	16.7
12	18.0	10.0	18.1	10.0	18.0	11.7	18.0	13.3	17.9	15.0
24	17.0	8.3	17.0	9.2	17.0	8.3	16.9	9.2	16.7	10.0
36	16.1	7.5	16.0	8.3	16.1	7.5	15.9	8.3	15.6	9.2
60	14.8	5.4	14.6	5.8	14.8	5.4	14.4	6.3	14.0	6.7
84	13.6	5.0	13.4	5.0	13.5	5.4	13.0	5.8	12.5	6.3
108	12.5	4.6	12.4	4.2	12.5	4.2	11.6	5.8	11.0	6.3
132	11.5	4.2	11.4	4.2	11.5	4.2	10.2	5.8	9.5	6.3
156	10.6	3.8	10.4	4.2	10.5	4.2	8.8	5.8	8	6.3
180	9.7	3.8	9.4	4.2	9.5	4.2	7.4	5.8	6.5	6.3