coronavirus

Study	Virus	Matrix(suspended in)	Temperature	Material	Humidity	Log10 Reduction	d=Days	h=Hours	Log10/d	Log10 Time (d)	Log10/h	Log10 Time in h	Halflife Time[in h]	k[seconds^-1]	Log10(k)
Chan11	S1	MM	22	Plastic	45	5	13	312	0.385		0.0160	62.4	18.8	1.025*10^-05	-4.989
Chan11	S1	MM	22			4.5	21		0.214		0.0089	112.0	33.7	5.711*10^-06	-5.243
Chan11	S1	MM	22	Plastic	45	5	28		0.179		0.0074	134.4	40.5	4.759*10^-06	-5.322
Chan11	S1	MM	22			5	28		0.179		0.0074	134.4	40.5	4.759*10^-06	-5.322
Chan11	S1	MM	28	Plastic	82.5	0.2	1		0.200		0.0083	120.0	36.1	5.330*10^-06	-5.273
Chan11	S1	MM	28	Plastic	95	0.8	1		0.800		0.0333	30.0	9.0	2.132*10^-05	-4.671
Chan11	S1	MM	33	Plastic	82.5	0.8	1		0.800		0.0333	30.0	9.0	2.132*10^-05	-4.671
Chan11	S1	MM	33	Plastic	95	1	1		1.000		0.0417	24.0	7.2	2.665*10^-05	-4.574
Chan11	S1	MM	38	Plastic	82.5	2	1		2.000		0.0833	12.0	3.6	5.330*10^-05	-4.273
Chan11	S1	MM	38	Plastic	95	3.5	1		3.500		0.1458	6.9	2.1	9.328*10^-05	-4.030
Chan20	S2	MEM	4	glass	63	2.5	14		0.179		0.0074	134.4	40.5	4.759*10^-06	-5.322
Chan20	S1	MEM	4	glass	63	2	14		0.143		0.0060	168.0	50.6	3.807*10^-06	-5.419
Chan20	S2	MEM	4			2	14		0.143		0.0060	168.0	50.6	3.807*10^-06	-5.419
Chan20	S1	MEM	4			1	14		0.071		0.0030	336.0	101.1	1.904*10^-06	-5.720
Chan20	S2	MEM	22	glass	63	5	5		1.000		0.0417	24.0	7.2	2.665*10^-05	-4.574
Chan20	S1	MEM	22	glass	63	5	7		0.714		0.0298	33.6	10.1	1.904*10^-05	-4.720
Chan20	S2	MEM	22			2	5		0.400		0.0167	60.0	18.1	1.066*10^-05	-4.972
Chan20	S1	MEM	22			6	14		0.429		0.0179	56.0	16.9	1.142*10^-05	-4.942
Chan20	S2	MEM	30	glass	63	3.5	1		3.500		0.1458	6.9	2.1	9.328*10^-05	-4.030
Chan20	S1	MEM	30	glass	63	2.5	1		2.500		0.1042	9.6	2.9	6.663*10^-05	-4.176
Chan20	S2	MEM	30			5	3		1.667		0.0694	14.4	4.3	4.442*10^-05	-4.352
Chan20	S1	MEM	30			4.5	3		1.500		0.0625	16.0	4.8	3.998*10^-05	-4.398
Chan20	S2	MEM	37	glass	63	5	1		5.000		0.2083	4.8	1.4	1.333*10^-04	-3.875
Chan20	S1	MEM	37	glass	63	4	1		4.000		0.1667	6.0	1.8	1.066*10^-04	-3.972
Chan20	S2	MEM	37			3.5	1		3.500		0.1458	6.9	2.1	9.328*10^-05	-4.030
Chan20	S1	MEM	37			3.5	1		3.500		0.1458	6.9	2.1	9.328*10^-05	-4.030
Casanova	TGEV	MEM	4	steel	20				0.021		0.0009	1142.9	344.0	5.597*10^-07	-6.252
Casanova	MHV	MEM	4	steel	20				0.031		0.0013	774.2	233.1	8.262*10^-07	-6.083
Casanova	TGEV	MEM	4	steel	50				0.107		0.0045	224.3	67.5	2.852*10^-06	-5.545
Casanova	MHV	MEM	4	steel	50				0.152		0.0063	157.9	47.5	4.051*10^-06	-5.392
Casanova	TGEV	MEM	4	steel	80				0.133		0.0055	180.5	54.3	3.544*10^-06	-5.450
Casanova	MHV	MEM	4	steel	80				0.106		0.0044	226.4	68.2	2.825*10^-06	-5.549
Casanova	TGEV	MEM	20	steel	20				0.081		0.0034	296.3	89.2	2.159*10^-06	-5.666
Casanova	MHV	MEM	20	steel	20				0.061		0.0025	393.4	118.4	1.626*10^-06	-5.789
Casanova	TGEV	MEM	20	steel	50				0.900		0.0375	26.7	8.0	2.399*10^-05	-4.620
Casanova	MHV	MEM	20	steel	50				0.685		0.0285	35.0	10.5	1.826*10^-05	-4.739
Casanova	TGEV	MEM	20	steel	80				0.212		0.0088	113.2	34.1	5.650*10^-06	-5.248
Casanova	MHV	MEM	20	steel	80				0.529		0.0220	45.4	13.7	1.410*10^-05	-4.851
Casanova	TGEV	MEM	40	steel	20				1.000		0.0417	24.0	7.2	2.665*10^-05	-4.574
Casanova	MHV	MEM	40	steel	20				1.000		0.0417	24.0	7.2	2.665*10^-05	-4.574
Casanova	TGEV	MEM	40	steel	50				12.000		0.5000	2.0	0.6	3.198*10^-04	-3.495
Casanova	MHV	MEM	40	steel	50				12.000		0.5000	2.0	0.6	3.198*10^-04	-3.495
Casanova	TGEV	MEM	40	steel	80				10.000		0.4167	2.4	0.7	2.665*10^-04	-3.574
Casanova	MHV	MEM	40	steel	80				10.000		0.4167	2.4	0.7	2.665*10^-04	-3.574
Laude	TGEV	Hepes Buffer PH 7	31			0.8	3 1/3	80	0.240		0.0100	100.0	30.1	6.396*10^-06	-5.194
Laude	TGEV	Hepes Buffer PH 7	35			1.6	3 1/3	80	0.480		0.0200	50.0	15.1	1.279*10^-05	-4.893
Laude	TGEV	Hepes Buffer PH 7	39			3.2	3 1/3	80	0.960		0.0400	25.0	7.5	2.558*10^-05	-4.592
Laude	TGEV	Hepes Buffer PH 7	43			4	2 1/12	50	1.920		0.0800	12.5	3.8	5.117*10^-05	-4.291
Laude	TGEV	Hepes Buffer PH 7	47			4.1	5/6	20	4.920		0.2050	4.9	1.5	1.311*10^-04	-3.882
Laude	TGEV	Hepes Buffer PH 7	51			4	5/24	5	19.200		0.8000	1.3	0.4	5.117*10^-04	-3.291
Laude	TGEV	Hepes Buffer PH 7	55			5	1/12	2	60.000		2.5000	0.4	0.1	1.599*10^-03	-2.796
Laude	TGEV	Hepes Buffer PH 8	35			2.7	3 1/3	80	0.810		0.0338	29.6	8.9	2.159*10^-05	-4.666
Laude	TGEV	Hepes Buffer PH 8	39			4	2 5/12	58	1.655		0.0690	14.5	4.4	4.411*10^-05	-4.355
Laude	TGEV	Hepes Buffer PH 8	43			4	1 5/12	34	2.824		0.1176	8.5	2.6	7.525*10^-05	-4.124
Laude	TGEV	Hepes Buffer PH 8	47			4	1/2	12	8.000		0.3333	3.0	0.9	2.132*10^-04	-3.671
Laude	TGEV	Hepes Buffer PH 8	51			5	1/8	3	40.000		1.6667	0.6	0.2	1.066*10^-03	-2.972
Morris	S2	CCM	10	Polypropylene plastic	40								26.6	7.252*10^-06	-5.140
Morris	S2	CCM	10	Polypropylene plastic	65								14.2	1.354*10^-05	-4.868
Morris	S2	CCM	10	Polypropylene plastic	85								13.8	1.397*10^-05	-4.855
Morris	S2	CCM	22	Polypropylene plastic	40								6.4	2.994*10^-05	-4.524
Morris	S2	CCM	22	Polypropylene plastic	65								2.4	7.989*10^-05	-4.097
Morris	S2	CCM	22	Polypropylene plastic	85								7.5	2.567*10^-05	-4.591
Morris	S2	CCM	27	Polypropylene plastic	40								3.4	5.613*10^-05	-4.251
Morris	S2	CCM	27	Polypropylene plastic	65								1.5	1.267*10^-04	-3.897
Morris	S2	CCM	27	Polypropylene plastic	85								2.8	6.901*10^-05	-4.161
Morris	S2	CCM	10	Polypropylene plastic	Evaporation								42.1	4.576*10^-06	-5.340
Morris	S2	CCM	22	Polypropylene plastic	Evaporation								12.2	1.581*10^-05	-4.801
Morris	S2	CCM	27	Polypropylene plastic	Evaporation								5.8	3.343*10^-05	-4.476
Ridell	S2	Std ASTM E2197	20	steel	50				0.168	5.96	0.0070	143.0	43.1	4.472*10^-06	-5.350
Ridell	S2	Std ASTM E2197	20	glass	50				0.158	6.32	0.0066	151.7	45.7	4.217*10^-06	-5.375
Ridell	S2	Std ASTM E2197	20	Cotton	50				0.180	5.57	0.0075	133.7	40.2	4.785*10^-06	-5.320
Ridell	S2	Std ASTM E2197	30	steel	50				0.575	1.74	0.0239	41.8	12.6	1.532*10^-05	-4.815
Ridell	S2	Std ASTM E2197	30	glass	50				0.690	1.45	0.0287	34.8	10.5	1.838*10^-05	-4.736
Ridell	S2	Std ASTM E2197	30	Cotton	50				0.606	1.65	0.0253	39.6	11.9	1.615*10^-05	-4.792
Ridell	S2	Std ASTM E2197	40	steel	50				5.166	0.19357	0.2153	4.6	1.4	1.377*10^-04	-3.861
Ridell	S2	Std ASTM E2197	40	glass	50				3.676	0.272	0.1532	6.5	2.0	9.798*10^-05	-4.009