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Ultrafast photochemistry of cyclic ketones/TVAS
Experimental data associated with the ERC Advanced Grant project CAPRI (PI Prof A.J. Orr-Ewing). The datasets contain results from transient vibrational and electronic... -
Ultrafast photochemistry of cyclic ketones/UV-Vis
Experimental data associated with the ERC Advanced Grant project CAPRI (PI Prof A.J. Orr-Ewing). The datasets contain results from transient vibrational and electronic... -
Ultrafast photochemistry of cyclic ketones/FTIR
Experimental data associated with the ERC Advanced Grant project CAPRI (PI Prof A.J. Orr-Ewing). The datasets contain results from transient vibrational and electronic... -
Ultrafast photochemistry of cyclic ketones/TEAS
Experimental data associated with the ERC Advanced Grant project CAPRI (PI Prof A.J. Orr-Ewing). The datasets contain results from transient vibrational and electronic... -
Ultrafast photochemistry of cyclic ketones
Experimental data associated with the ERC Advanced Grant project CAPRI (PI Prof A.J. Orr-Ewing). The datasets contain results from transient vibrational and electronic... -
Byers_et_al_Drought_Electricity_DECIPHeRFlowSims/Historic_Observed_Outputs
This dataset provides an ensemble of hydrological model projections for 24 UK gauging stations covering three time slices (baseline 1974-2004, near future 2020-2050 and far... -
Byers_et_al_Drought_Electricity_DECIPHeRFlowSims
This dataset provides an ensemble of hydrological model projections for 24 UK gauging stations covering three time slices (baseline 1974-2004, near future 2020-2050 and far... -
Byers_et_al_Drought_Electricity_DECIPHeRFlowSims/Weather_at_Home_Projections
This dataset provides an ensemble of hydrological model projections for 24 UK gauging stations covering three time slices (baseline 1974-2004, near future 2020-2050 and far... -
Data from Identifying time-dependent changes in the morphology of an individu...
The physical, chemical, and biological properties of an aerosol droplet/particle are dependent on the morphology of the droplet/particle itself; for example, a liquid droplet... -
Data from CH* optical emission imaging /Figure 3/Pressure - C/Low res p
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /Figure 4
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /S1/Power - B/1.85kW
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /S2/27 mm/B
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /S1/Power - C/Base
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /Figure 2/Pressure - A/Base
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /Figure 2
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /S2/17 mm/A
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /S2/27 mm/C
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /S1/Power - B/0.7 kW
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas -
Data from CH* optical emission imaging /S2/17 mm
Imaging and modelling the optical emission from CH radicals in microwave activated C/H plasmas
