netcdf smtmwrlosX1.a1.20210603.000002 { dimensions: time = UNLIMITED ; // (24709 currently) variables: float manual_qc_hatpro(time) ; manual_qc_hatpro:long_name = "Manual quality control flag HATPRO" ; manual_qc_hatpro:units = "0 or 1 or 2" ; manual_qc_hatpro:comment = "0 = good data, 1 = bad data, 2 = suspect data" ; float manual_qc_hf(time) ; manual_qc_hf:long_name = "Manual quality control flag 90/150" ; manual_qc_hf:units = "0 or 1 or 2" ; manual_qc_hf:comment = "0 = good data, 1 = bad data, 2 = suspect data" ; int base_time ; base_time:long_name = "Time since 1970-01-01 00:00:00 UTC" ; base_time:units = "seconds" ; double time_offset(time) ; time_offset:long_time = "Time since base_time" ; time_offset:units = "seconds" ; float pres(time) ; pres:long_name = "Ambient Pressure" ; pres:units = "mb" ; float tamb(time) ; tamb:long_name = "Ambient air temperature" ; tamb:units = "K" ; float rhamb(time) ; rhamb:long_name = "Ambient Relative humidity" ; rhamb:units = "%" ; float elev(time) ; elev:long_name = "Elevation Angle" ; elev:units = "degrees" ; float pwv(time) ; pwv:long_name = "Precipitable water vapor from stat retrieval using 23.8 and 31.4 GHz" ; pwv:units = "cm" ; float pwv_90(time) ; pwv_90:long_name = "Precipitable water vapor from stat retrieval using 23.8 and 90.0 GHz" ; pwv_90:units = "cm" ; float lwp(time) ; lwp:long_name = "Liquid water path from stat retrieval using 23.8 and 31.4 GHz" ; lwp:units = "g/m2" ; float lwp_90(time) ; lwp_90:long_name = "Liquid water path from stat retrieval using 23.8 and 90.0 Ghz" ; lwp_90:units = "g/m2" ; float tkbb1(time) ; tkbb1:long_name = "master radiometer blackbody temperature" ; tkbb1:units = "K" ; float tkbb2(time) ; tkbb2:long_name = "slave radiometer blackbody temperature" ; tkbb2:units = "K" ; float irtemp(time) ; irtemp:long_name = "infrared temperature from IRT" ; irtemp:units = "K" ; float wet_window(time) ; wet_window:long_name = "from the rain sensor" ; wet_window:units = "0 or 1" ; float lat ; lat:long_name = "Latitude" ; lat:units = "deg N" ; float lon ; lon:long_name = "Longitude" ; lon:units = "deg E" ; float alt ; alt:long_name = "Altitude" ; alt:units = "m MSL" ; float tbsky22(time) ; tbsky22:long_name = "sky brightness temperature, 22.24 GHz" ; tbsky22:units = "K" ; float tbsky23(time) ; tbsky23:long_name = "sky brightness temperature, 23.04 GHz" ; tbsky23:units = "K" ; float tbsky24(time) ; tbsky24:long_name = "sky brightness temperature, 23.84 GHz" ; tbsky24:units = "K" ; float tbsky25(time) ; tbsky25:long_name = "sky brightness temperature, 25.44 GHz" ; tbsky25:units = "K" ; float tbsky26(time) ; tbsky26:long_name = "sky brightness temperature, 26.24 GHz" ; tbsky26:units = "K" ; float tbsky28(time) ; tbsky28:long_name = "sky brightness temperature, 27.84 GHz" ; tbsky28:units = "K" ; float tbsky31(time) ; tbsky31:long_name = "sky brightness temperature, 31.40 GHz" ; tbsky31:units = "K" ; float tbsky51(time) ; tbsky51:long_name = "sky brightness temperature, 51.26 GHz" ; tbsky51:units = "K" ; float tbsky52(time) ; tbsky52:long_name = "sky brightness temperature, 52.28 GHz" ; tbsky52:units = "K" ; float tbsky54(time) ; tbsky54:long_name = "sky brightness temperature, 53.86 GHz" ; tbsky54:units = "K" ; float tbsky55(time) ; tbsky55:long_name = "sky brightness temperature, 54.94 GHz" ; tbsky55:units = "K" ; float tbsky56(time) ; tbsky56:long_name = "sky brightness temperature, 56.66 GHz" ; tbsky56:units = "K" ; float tbsky57(time) ; tbsky57:long_name = "sky brightness temperature, 57.30 GHz" ; tbsky57:units = "K" ; float tbsky58(time) ; tbsky58:long_name = "sky brightness temperature, 58.00 GHz" ; tbsky58:units = "K" ; float tbsky90(time) ; tbsky90:long_name = "sky brightness temperature, 90.0 GHz" ; tbsky90:units = "K" ; float tbsky150(time) ; tbsky150:long_name = "sky brightness temperature, 150.0 GHz" ; tbsky150:units = "K" ; float tnd_med_22(time) ; tnd_med_22:long_name = "median noise diode temp, 22.24 GHz" ; tnd_med_22:units = "K" ; float tnd_med_23(time) ; tnd_med_23:long_name = "median noise diode temp, 23.04 GHz" ; tnd_med_23:units = "K" ; float tnd_med_24(time) ; tnd_med_24:long_name = "median noise diode temp, 23.84 GHz" ; tnd_med_24:units = "K" ; float tnd_med_25(time) ; tnd_med_25:long_name = "median noise diode temp, 25.44 GHz" ; tnd_med_25:units = "K" ; float tnd_med_26(time) ; tnd_med_26:long_name = "median noise diode temp, 26.24 GHz" ; tnd_med_26:units = "K" ; float tnd_med_28(time) ; tnd_med_28:long_name = "median noise diode temp, 27.84 GHz" ; tnd_med_28:units = "K" ; float tnd_med_31(time) ; tnd_med_31:long_name = "median noise diode temp, 31.40 GHz" ; tnd_med_31:units = "K" ; float tnd_med_90(time) ; tnd_med_90:long_name = "median noise diode temp, 90.0 GHz" ; tnd_med_90:units = "K" ; float tnd_med_150(time) ; tnd_med_150:long_name = "median noise diode temp, 150.0 GHz" ; tnd_med_150:units = "K" ; float tnd_inst_22(time) ; tnd_inst_22:long_name = "instantaneous noise diode temp, 22.24 GHz" ; tnd_inst_22:units = "K" ; float tnd_inst_23(time) ; tnd_inst_23:long_name = "instantaneous noise diode temp, 23.04 GHz" ; tnd_inst_23:units = "K" ; float tnd_inst_24(time) ; tnd_inst_24:long_name = "instantaneous noise diode temp, 23.84 GHz" ; tnd_inst_24:units = "K" ; float tnd_inst_25(time) ; tnd_inst_25:long_name = "instantaneous noise diode temp, 25.44 GHz" ; tnd_inst_25:units = "K" ; float tnd_inst_26(time) ; tnd_inst_26:long_name = "instantaneous noise diode temp, 26.24 GHz" ; tnd_inst_26:units = "K" ; float tnd_inst_28(time) ; tnd_inst_28:long_name = "instantaneous noise diode temp, 27.84 GHz" ; tnd_inst_28:units = "K" ; float tnd_inst_31(time) ; tnd_inst_31:long_name = "instantaneous noise diode temp, 31.40 GHz" ; tnd_inst_31:units = "K" ; float tnd_inst_90(time) ; tnd_inst_90:long_name = "instantaneous noise diode temp, 90.0 GHz" ; tnd_inst_90:units = "K" ; float tnd_inst_150(time) ; tnd_inst_150:long_name = "instantaneous noise diode temp, 150.0 GHz" ; tnd_inst_150:units = "K" ; float tnd_ln2_22(time) ; tnd_ln2_22:long_name = "LN2-derived noise diode temp, 22.24 GHz" ; tnd_ln2_22:units = "K" ; float tnd_ln2_23(time) ; tnd_ln2_23:long_name = "LN2-derived noise diode temp, 23.04 GHz" ; tnd_ln2_23:units = "K" ; float tnd_ln2_24(time) ; tnd_ln2_24:long_name = "LN2-derived noise diode temp, 23.84 GHz" ; tnd_ln2_24:units = "K" ; float tnd_ln2_25(time) ; tnd_ln2_25:long_name = "LN2-derived noise diode temp, 25.44 GHz" ; tnd_ln2_25:units = "K" ; float tnd_ln2_26(time) ; tnd_ln2_26:long_name = "LN2-derived noise diode temp, 26.24 GHz" ; tnd_ln2_26:units = "K" ; float tnd_ln2_28(time) ; tnd_ln2_28:long_name = "LN2-derived noise diode temp, 27.84 GHz" ; tnd_ln2_28:units = "K" ; float tnd_ln2_31(time) ; tnd_ln2_31:long_name = "LN2-derived noise diode temp, 31.40 GHz" ; tnd_ln2_31:units = "K" ; float tnd_ln2_51(time) ; tnd_ln2_51:long_name = "LN2-derived noise diode temp, 51.26 GHz" ; tnd_ln2_51:units = "K" ; float tnd_ln2_52(time) ; tnd_ln2_52:long_name = "LN2-derived noise diode temp, 52.28 GHz" ; tnd_ln2_52:units = "K" ; float tnd_ln2_54(time) ; tnd_ln2_54:long_name = "LN2-derived noise diode temp, 53.86 GHz" ; tnd_ln2_54:units = "K" ; float tnd_ln2_55(time) ; tnd_ln2_55:long_name = "LN2-derived noise diode temp, 54.94 GHz" ; tnd_ln2_55:units = "K" ; float tnd_ln2_56(time) ; tnd_ln2_56:long_name = "LN2-derived noise diode temp, 56.66 GHz" ; tnd_ln2_56:units = "K" ; float tnd_ln2_57(time) ; tnd_ln2_57:long_name = "LN2-derived noise diode temp, 57.30 GHz" ; tnd_ln2_57:units = "K" ; float tnd_ln2_58(time) ; tnd_ln2_58:long_name = "LN2-derived noise diode temp, 58.00 GHz" ; tnd_ln2_58:units = "K" ; float tnd_ln2_90(time) ; tnd_ln2_90:long_name = "LN2-derived noise diode temp, 90.0 GHz" ; tnd_ln2_90:units = "K" ; float tnd_ln2_150(time) ; tnd_ln2_150:long_name = "LN2-derived noise diode temp, 150.0 GHz" ; tnd_ln2_150:units = "K" ; float tsys_med_22(time) ; tsys_med_22:long_name = "median system noise temp, 22.24 GHz" ; tsys_med_22:units = "K" ; float tsys_med_23(time) ; tsys_med_23:long_name = "median system noise temp, 23.04 GHz" ; tsys_med_23:units = "K" ; float tsys_med_24(time) ; tsys_med_24:long_name = "median system noise temp, 23.84 GHz" ; tsys_med_24:units = "K" ; float tsys_med_25(time) ; tsys_med_25:long_name = "median system noise temp, 25.44 GHz" ; tsys_med_25:units = "K" ; float tsys_med_26(time) ; tsys_med_26:long_name = "median system noise temp, 26.24 GHz" ; tsys_med_26:units = "K" ; float tsys_med_28(time) ; tsys_med_28:long_name = "median system noise temp, 27.84 GHz" ; tsys_med_28:units = "K" ; float tsys_med_31(time) ; tsys_med_31:long_name = "median system noise temp, 31.40 GHz" ; tsys_med_31:units = "K" ; float tsys_med_51(time) ; tsys_med_51:long_name = "median system noise temp, 51.26 GHz" ; tsys_med_51:units = "K" ; float tsys_med_52(time) ; tsys_med_52:long_name = "median system noise temp, 52.28 GHz" ; tsys_med_52:units = "K" ; float tsys_med_54(time) ; tsys_med_54:long_name = "median system noise temp, 53.86 GHz" ; tsys_med_54:units = "K" ; float tsys_med_55(time) ; tsys_med_55:long_name = "median system noise temp, 54.94 GHz" ; tsys_med_55:units = "K" ; float tsys_med_56(time) ; tsys_med_56:long_name = "median system noise temp, 56.66 GHz" ; tsys_med_56:units = "K" ; float tsys_med_57(time) ; tsys_med_57:long_name = "median system noise temp, 57.30 GHz" ; tsys_med_57:units = "K" ; float tsys_med_58(time) ; tsys_med_58:long_name = "median system noise temp, 58.00 GHz" ; tsys_med_58:units = "K" ; float tsys_med_90(time) ; tsys_med_90:long_name = "median system noise temp, 90.0 GHz" ; tsys_med_90:units = "K" ; float tsys_med_150(time) ; tsys_med_150:long_name = "median system noise temp, 150.0 GHz" ; tsys_med_150:units = "K" ; float tsys_ln2_22(time) ; tsys_ln2_22:long_name = "LN2-derived system noise temp, 22.24 GHz" ; tsys_ln2_22:units = "K" ; float tsys_ln2_23(time) ; tsys_ln2_23:long_name = "LN2-derived system noise temp, 23.04 GHz" ; tsys_ln2_23:units = "K" ; float tsys_ln2_24(time) ; tsys_ln2_24:long_name = "LN2-derived system noise temp, 23.84 GHz" ; tsys_ln2_24:units = "K" ; float tsys_ln2_25(time) ; tsys_ln2_25:long_name = "LN2-derived system noise temp, 25.44 GHz" ; tsys_ln2_25:units = "K" ; float tsys_ln2_26(time) ; tsys_ln2_26:long_name = "LN2-derived system noise temp, 26.24 GHz" ; tsys_ln2_26:units = "K" ; float tsys_ln2_28(time) ; tsys_ln2_28:long_name = "LN2-derived system noise temp, 27.84 GHz" ; tsys_ln2_28:units = "K" ; float tsys_ln2_31(time) ; tsys_ln2_31:long_name = "LN2-derived system noise temp, 31.40 GHz" ; tsys_ln2_31:units = "K" ; float tsys_ln2_51(time) ; tsys_ln2_51:long_name = "LN2-derived system noise temp, 51.26 GHz" ; tsys_ln2_51:units = "K" ; float tsys_ln2_52(time) ; tsys_ln2_52:long_name = "LN2-derived system noise temp, 52.28 GHz" ; tsys_ln2_52:units = "K" ; float tsys_ln2_54(time) ; tsys_ln2_54:long_name = "LN2-derived system noise temp, 53.86 GHz" ; tsys_ln2_54:units = "K" ; float tsys_ln2_55(time) ; tsys_ln2_55:long_name = "LN2-derived system noise temp, 54.94 GHz" ; tsys_ln2_55:units = "K" ; float tsys_ln2_56(time) ; tsys_ln2_56:long_name = "LN2-derived system noise temp, 56.66 GHz" ; tsys_ln2_56:units = "K" ; float tsys_ln2_57(time) ; tsys_ln2_57:long_name = "LN2-derived system noise temp, 57.30 GHz" ; tsys_ln2_57:units = "K" ; float tsys_ln2_58(time) ; tsys_ln2_58:long_name = "LN2-derived system noise temp, 58.00 GHz" ; tsys_ln2_58:units = "K" ; float tsys_ln2_90(time) ; tsys_ln2_90:long_name = "LN2-derived system noise temp, 90.0 GHz" ; tsys_ln2_90:units = "K" ; float tsys_ln2_150(time) ; tsys_ln2_150:long_name = "LN2-derived system noise temp, 150.0 GHz" ; tsys_ln2_150:units = "K" ; float alpha_22(time) ; alpha_22:long_name = "non-linearity parameter, 22.24 GHz" ; alpha_22:units = "unitless" ; float alpha_23(time) ; alpha_23:long_name = "non-linearity parameter, 23.04 GHz" ; alpha_23:units = "unitless" ; float alpha_24(time) ; alpha_24:long_name = "non-linearity parameter, 23.84 GHz" ; alpha_24:units = "unitless" ; float alpha_25(time) ; alpha_25:long_name = "non-linearity parameter, 25.44 GHz" ; alpha_25:units = "unitless" ; float alpha_26(time) ; alpha_26:long_name = "non-linearity parameter, 26.24 GHz" ; alpha_26:units = "unitless" ; float alpha_28(time) ; alpha_28:long_name = "non-linearity parameter, 27.84 GHz" ; alpha_28:units = "unitless" ; float alpha_31(time) ; alpha_31:long_name = "non-linearity parameter, 31.40 GHz" ; alpha_31:units = "unitless" ; float alpha_51(time) ; alpha_51:long_name = "non-linearity parameter, 51.26 GHz" ; alpha_51:units = "unitless" ; float alpha_52(time) ; alpha_52:long_name = "non-linearity parameter, 52.28 GHz" ; alpha_52:units = "unitless" ; float alpha_54(time) ; alpha_54:long_name = "non-linearity parameter, 53.86 GHz" ; alpha_54:units = "unitless" ; float alpha_55(time) ; alpha_55:long_name = "non-linearity parameter, 54.94 GHz" ; alpha_55:units = "unitless" ; float alpha_56(time) ; alpha_56:long_name = "non-linearity parameter, 56.66 GHz" ; alpha_56:units = "unitless" ; float alpha_57(time) ; alpha_57:long_name = "non-linearity parameter, 57.30 GHz" ; alpha_57:units = "unitless" ; float alpha_58(time) ; alpha_58:long_name = "non-linearity parameter, 58.00 GHz" ; alpha_58:units = "unitless" ; float alpha_90(time) ; alpha_90:long_name = "non-linearity parameter, 90.0 GHz" ; alpha_90:units = "unitless" ; float alpha_150(time) ; alpha_150:long_name = "non-linearity parameter, 150.0 GHz" ; alpha_150:units = "unitless" ; float voltage_22(time) ; voltage_22:long_name = "voltage, 22.24 GHz" ; voltage_22:units = "volts" ; float voltage_23(time) ; voltage_23:long_name = "voltage, 23.04 GHz" ; voltage_23:units = "volts" ; float voltage_24(time) ; voltage_24:long_name = "voltage, 23.84 GHz" ; voltage_24:units = "volts" ; float voltage_25(time) ; voltage_25:long_name = "voltage, 25.44 GHz" ; voltage_25:units = "volts" ; float voltage_26(time) ; voltage_26:long_name = "voltage, 26.24 GHz" ; voltage_26:units = "volts" ; float voltage_28(time) ; voltage_28:long_name = "voltage, 27.84 GHz" ; voltage_28:units = "volts" ; float voltage_31(time) ; voltage_31:long_name = "voltage, 31.40 GHz" ; voltage_31:units = "volts" ; float voltage_51(time) ; voltage_51:long_name = "voltage, 51.26 GHz" ; voltage_51:units = "volts" ; float voltage_52(time) ; voltage_52:long_name = "voltage, 52.28 GHz" ; voltage_52:units = "volts" ; float voltage_54(time) ; voltage_54:long_name = "voltage, 53.86 GHz" ; voltage_54:units = "volts" ; float voltage_55(time) ; voltage_55:long_name = "voltage, 54.94 GHz" ; voltage_55:units = "volts" ; float voltage_56(time) ; voltage_56:long_name = "voltage, 56.66 GHz" ; voltage_56:units = "volts" ; float voltage_57(time) ; voltage_57:long_name = "voltage, 57.30 GHz" ; voltage_57:units = "volts" ; float voltage_58(time) ; voltage_58:long_name = "voltage, 58.00 GHz" ; voltage_58:units = "volts" ; float voltage_90(time) ; voltage_90:long_name = "voltage, 90.0 GHz" ; voltage_90:units = "volts" ; float voltage_150(time) ; voltage_150:long_name = "voltage, 150.0 GHz" ; voltage_150:units = "volts" ; float gain_22(time) ; gain_22:long_name = "gain, 22.24 GHz" ; gain_22:units = "volt/K" ; float gain_23(time) ; gain_23:long_name = "gain, 23.04 GHz" ; gain_23:units = "volt/K" ; float gain_24(time) ; gain_24:long_name = "gain, 23.84 GHz" ; gain_24:units = "volt/K" ; float gain_25(time) ; gain_25:long_name = "gain, 25.44 GHz" ; gain_25:units = "volt/K" ; float gain_26(time) ; gain_26:long_name = "gain, 26.24 GHz" ; gain_26:units = "volt/K" ; float gain_28(time) ; gain_28:long_name = "gain, 27.84 GHz" ; gain_28:units = "volt/K" ; float gain_31(time) ; gain_31:long_name = "gain, 31.40 GHz" ; gain_31:units = "volt/K" ; float gain_51(time) ; gain_51:long_name = "gain, 51.26 GHz" ; gain_51:units = "volt/K" ; float gain_52(time) ; gain_52:long_name = "gain, 52.28 GHz" ; gain_52:units = "volt/K" ; float gain_54(time) ; gain_54:long_name = "gain, 53.86 GHz" ; gain_54:units = "volt/K" ; float gain_55(time) ; gain_55:long_name = "gain, 54.94 GHz" ; gain_55:units = "volt/K" ; float gain_56(time) ; gain_56:long_name = "gain, 56.66 GHz" ; gain_56:units = "volt/K" ; float gain_57(time) ; gain_57:long_name = "gain, 57.30 GHz" ; gain_57:units = "volt/K" ; float gain_58(time) ; gain_58:long_name = "gain, 58.00 GHz" ; gain_58:units = "volt/K" ; float gain_90(time) ; gain_90:long_name = "gain, 90.0 GHz" ; gain_90:units = "volt/K" ; float gain_150(time) ; gain_150:long_name = "gain, 150.0 GHz" ; gain_150:units = "volt/K" ; float s_tbsky22(time) ; s_tbsky22:long_name = "smoothed brightness temperature, 22.24 GHz" ; s_tbsky22:units = "K" ; float s_tbsky23(time) ; s_tbsky23:long_name = "smoothed brightness temperature, 23.04 GHz" ; s_tbsky23:units = "K" ; float s_tbsky24(time) ; s_tbsky24:long_name = "smoothed brightness temperature, 23.84 GHz" ; s_tbsky24:units = "K" ; float s_tbsky25(time) ; s_tbsky25:long_name = "smoothed brightness temperature, 25.44 GHz" ; s_tbsky25:units = "K" ; float s_tbsky26(time) ; s_tbsky26:long_name = "smoothed brightness temperature, 26.24 GHz" ; s_tbsky26:units = "K" ; float s_tbsky28(time) ; s_tbsky28:long_name = "smoothed brightness temperature, 27.84 GHz" ; s_tbsky28:units = "K" ; float s_tbsky31(time) ; s_tbsky31:long_name = "smoothed brightness temperature, 31.40 GHz" ; s_tbsky31:units = "K" ; float s_tbsky51(time) ; s_tbsky51:long_name = "smoothed brightness temperature, 51.26 GHz" ; s_tbsky51:units = "K" ; float s_tbsky52(time) ; s_tbsky52:long_name = "smoothed brightness temperature, 52.28 GHz" ; s_tbsky52:units = "K" ; float s_tbsky54(time) ; s_tbsky54:long_name = "smoothed brightness temperature, 53.86 GHz" ; s_tbsky54:units = "K" ; float s_tbsky55(time) ; s_tbsky55:long_name = "smoothed brightness temperature, 54.94 GHz" ; s_tbsky55:units = "K" ; float s_tbsky56(time) ; s_tbsky56:long_name = "smoothed brightness temperature, 56.66 GHz" ; s_tbsky56:units = "K" ; float s_tbsky57(time) ; s_tbsky57:long_name = "smoothed brightness temperature, 57.30 GHz" ; s_tbsky57:units = "K" ; float s_tbsky58(time) ; s_tbsky58:long_name = "smoothed brightness temperature, 58.00 GHz" ; s_tbsky58:units = "K" ; float s_tbsky90(time) ; s_tbsky90:long_name = "smoothed brightness temperature, 90.0 GHz" ; s_tbsky90:units = "K" ; float s_tbsky150(time) ; s_tbsky150:long_name = "smoothed brightness temperature, 150.0 GHz" ; s_tbsky150:units = "K" ; float s_gain_22(time) ; s_gain_22:long_name = "smoothed gain, 22.24 GHz" ; s_gain_22:units = "volt/K" ; float s_gain_23(time) ; s_gain_23:long_name = "smoothed gain, 23.04 GHz" ; s_gain_23:units = "volt/K" ; float s_gain_24(time) ; s_gain_24:long_name = "smoothed gain, 23.84 GHz" ; s_gain_24:units = "volt/K" ; float s_gain_25(time) ; s_gain_25:long_name = "smoothed gain, 25.44 GHz" ; s_gain_25:units = "volt/K" ; float s_gain_26(time) ; s_gain_26:long_name = "smoothed gain, 26.24 GHz" ; s_gain_26:units = "volt/K" ; float s_gain_28(time) ; s_gain_28:long_name = "smoothed gain, 27.84 GHz" ; s_gain_28:units = "volt/K" ; float s_gain_31(time) ; s_gain_31:long_name = "smoothed gain, 31.40 GHz" ; s_gain_31:units = "volt/K" ; float s_gain_51(time) ; s_gain_51:long_name = "smoothed gain, 51.26 GHz" ; s_gain_51:units = "volt/K" ; float s_gain_52(time) ; s_gain_52:long_name = "smoothed gain, 52.28 GHz" ; s_gain_52:units = "volt/K" ; float s_gain_54(time) ; s_gain_54:long_name = "smoothed gain, 53.86 GHz" ; s_gain_54:units = "volt/K" ; float s_gain_55(time) ; s_gain_55:long_name = "smoothed gain, 54.94 GHz" ; s_gain_55:units = "volt/K" ; float s_gain_56(time) ; s_gain_56:long_name = "smoothed gain, 56.66 GHz" ; s_gain_56:units = "volt/K" ; float s_gain_57(time) ; s_gain_57:long_name = "smoothed gain, 57.30 GHz" ; s_gain_57:units = "volt/K" ; float s_gain_58(time) ; s_gain_58:long_name = "smoothed gain, 58.00 GHz" ; s_gain_58:units = "volt/K" ; float s_gain_90(time) ; s_gain_90:long_name = "smoothed gain, 90.0 GHz" ; s_gain_90:units = "volt/K" ; float s_gain_150(time) ; s_gain_150:long_name = "smoothed gain, 150.0 GHz" ; s_gain_150:units = "volt/K" ; float s_tsys_22(time) ; s_tsys_22:long_name = "smoothed system noise temp, 22.24 GHz" ; s_tsys_22:units = "K" ; float s_tsys_23(time) ; s_tsys_23:long_name = "smoothed system noise temp, 23.04 GHz" ; s_tsys_23:units = "K" ; float s_tsys_24(time) ; s_tsys_24:long_name = "smoothed system noise temp, 23.84 GHz" ; s_tsys_24:units = "K" ; float s_tsys_25(time) ; s_tsys_25:long_name = "smoothed system noise temp, 25.44 GHz" ; s_tsys_25:units = "K" ; float s_tsys_26(time) ; s_tsys_26:long_name = "smoothed system noise temp, 26.24 GHz" ; s_tsys_26:units = "K" ; float s_tsys_28(time) ; s_tsys_28:long_name = "smoothed system noise temp, 27.84 GHz" ; s_tsys_28:units = "K" ; float s_tsys_31(time) ; s_tsys_31:long_name = "smoothed system noise temp, 31.40 GHz" ; s_tsys_31:units = "K" ; float s_tsys_51(time) ; s_tsys_51:long_name = "smoothed system noise temp, 51.26 GHz" ; s_tsys_51:units = "K" ; float s_tsys_52(time) ; s_tsys_52:long_name = "smoothed system noise temp, 52.28 GHz" ; s_tsys_52:units = "K" ; float s_tsys_54(time) ; s_tsys_54:long_name = "smoothed system noise temp, 53.86 GHz" ; s_tsys_54:units = "K" ; float s_tsys_55(time) ; s_tsys_55:long_name = "smoothed system noise temp, 54.94 GHz" ; s_tsys_55:units = "K" ; float s_tsys_56(time) ; s_tsys_56:long_name = "smoothed system noise temp, 56.66 GHz" ; s_tsys_56:units = "K" ; float s_tsys_57(time) ; s_tsys_57:long_name = "smoothed system noise temp, 57.30 GHz" ; s_tsys_57:units = "K" ; float s_tsys_58(time) ; s_tsys_58:long_name = "smoothed system noise temp, 58.00 GHz" ; s_tsys_58:units = "K" ; float s_tsys_90(time) ; s_tsys_90:long_name = "smoothed system noise temp, 90.0 GHz" ; s_tsys_90:units = "K" ; float s_tsys_150(time) ; s_tsys_150:long_name = "smoothed system noise temp, 150.0 GHz" ; s_tsys_150:units = "K" ; // global attributes: :comment_00 = "Location: Summit Camp, Greenland, as part of the ICECAPS project" ; :comment_01 = "Experiment: Integrated Characterization of Energy, Clouds, Atmospheric State, and Precipitation at Summit (ICECAPS), Shupe et. al. 2012 (BAMS)" ; :comment_02 = "PIs: Matthew Shupe, Von Walden, David Turner, and Ralf Bennartz" ; :comment_03 = "HATPRO and MWRHF from the University of Wisconsin - Madison" ; :comment_04 = "Questions? Contact Dr. David Turner (dave.turner@noaa.gov)" ; :comment_05 = "Calibration is performed very similarly to Liljegren 2000 using code developed by Dr. M. Cadeddu" ; :comment_06 = "date this NetCDF file was created was Sat Jun 5 10:30:14 2021" ; :comment_07 = "$Id: read_cal_file.pro,v 1.6 2016/04/06 16:08:06 nbmiller Exp $" ; :comment_08 = "$Id: cal2cdf_perday.pro,v 1.19 2020/04/26 20:19:15 nbmiller Exp $" ; :comment_09 = "$Id: write_arm_mwr_file.pro,v 1.10 2013/05/10 14:51:35 nbmiller Exp $" ; :missing_data_flag = " -999" ; }