NAME OF THE GALAXY NGC 5866 TYPE OF OBSERVATION FLUX INSTRUMENT REFERENCE IMAGE/MAP--TOTAL FLUX--INSTRUMENT--RESOLUTION--REFERENCE HI 21 cm observations (Single Dish) 0 (all data from Eskridge&Pogge HI 21 cm observations (Single Dish) Jy km s^-1 the literature) AJ,101,2056 HI 21 cm observations (Single Dish) HI 21 cm observations (Single Dish) 6.0+/-20% ( data from Roberts, et al HI 21 cm observations (Single Dish) Jy km s^-1 the literature) ApJS, 75, 751 HI 21 cm observations (Single Dish) HI 21 cm observations (Single Dish) <5.0 Jy km s^-1 Nancay Balkowski & Chamaraux HI 21 cm observations (Single Dish) A&AS,51,331 HI 21cm (Interferomety) Radio continuum (1.4 GHz) 16+/-2 mJy ( data from Roberts, et al Radio continuum (1.4 GHz) the literature) ApJS, 75, 751 Radio continuum (1.4 GHz) Radio continuum (1.4 GHz) map: 1.49 GHz S=21.0mJy VLA beam=15" Condon,et al Radio continuum (1.4 GHz) ApJS,73,359 Radio continuum (1.4 GHz) Radio continuum (1.4 GHz) F(1.415GHz)=16+/-2mJy WSRT Hummel & Kotanyi Radio continuum (1.4 GHz) A&A,106,183 Molecules CO 240+/-80 FCRAO Thronson, et al CO map: I(central)=13.4 OSO,IRAM, Wiklind & Henkel Molecules CO Jy km s^-1 13.7m ApJ, 344, 747 (partial) K km s^-1 SEST A&A,225,1 Molecules CO Molecules CO 240 Jy km s^-1 ( data from Roberts, et al Molecules CO the literature) ApJS, 75, 751 Molecules CO Molecules CO CO-index=.12+/-.02 Hale 100in Frogel,et al Molecules CO = --- 50in ApJ,220,75 Molecules CO =.16 60in Molecules CO = --- 60in HCN CS Optical Broadband U U-R=2.14+/-.01mag LaPalma Balcells & Peletier Optical Broadband U U-B= .49+/-.01 2.5m AJ,107,135 Optical Broadband B B=23 mag/"^2 (bibliog: Davoust & Pence Optical Broadband B =25 data from A&AS,49,631 Optical Broadband B the lit.) Optical Broadband B Optical Broadband B B-R=1.65+/-.01mag LaPalma Balcells & Peletier Optical Broadband B 2.5m AJ,107,135 Optical Broadband V V=-- mag/"^2 (bibliog: Davoust & Pence Optical Broadband V =24 data from A&AS,49,631 Optical Broadband V the lit.) Optical Broadband R M(R,total)=-21.71mag LaPalma Balcells & Peletier Optical Broadband R M(R,bulge)=-19.80 2.5m AJ,107,135 Near Infrared J J-H=.66+/-.04 Hale 100in Frogel,et al Near Infrared J =.74 50in ApJ,220,75 Near Infrared J =.68 60in Near Infrared J =.72 60in Near Infrared H H-K=.32+/-.03 Hale 100in Frogel,et al Near Infrared J =.29 50in ApJ,220,75 Near Infrared J =.30 60in Near Infrared J =.30 60in Near Infrared K 7.96+/-.03mag Hale 100in Frogel,et al Near Infrared K 7.93 50in ApJ,220,75 Near Infrared K 7.59 60in Near Infrared K 7.49 60in Narrow Band - Bracket Gamma Narrow Band - H-alpha H-alpha+[NII] ew = 0+/-2 Palomar 1.5m Kennicutt & Kent Narrow Band - H-alpha --> -log(flux)= --- AJ, 88, 1094 UV Imaging ROSAT/ASCA/other X-ray observations 8.3e39 erg s^-1 _Einstein_ David,et al. maps: F=2.02e-13 erg/s/cm^2 Einstein Fabbiano, et al ROSAT/ASCA/other X-ray observations +/- 30% database ApJ,388,82 IPC, HRI ApJS,80,531 ROSAT/ASCA/other X-ray observations ROSAT/ASCA/other X-ray observations 22.5e-14 (8.5rms) _Einstein_ Roberts, et al ROSAT/ASCA/other X-ray observations erg cm^2 s^-1 IPC and HRI ApJS, 75, 751 ROSAT/ASCA/other X-ray observations ROSAT/ASCA/other X-ray observations logL(.5-4.5keV) Einstein data Green,et al ROSAT/ASCA/other X-ray observations =40.190 erg/s from literature MNRAS,254,30 ROSAT/ASCA/other X-ray observations ROSAT/ASCA/other X-ray observations logL=40.19 Einstein Fabbiano,et al ROSAT/ASCA/other X-ray observations erg s^-1 ApJ,347,127 ROSAT/ASCA/other X-ray observations ROSAT/ASCA/other X-ray observations image: .1-2 : L(Bremsstrahlung)=2.8e40+/-8% erg/s ROSAT Pellegrini ROSAT/ASCA/other X-ray observations keV : L(Raymond+Raymon)=2.3e40 PSPC A&A,292,395 ROSAT/ASCA/other X-ray observations L(" soft comp'nt)=1.2e40 res=30" ROSAT/ASCA/other X-ray observations L(" hard comp'nt)=1.1e40 LINES OBSERVED FLUXES/EQUIVALLENT WIDTHS OTHERS Optical spectra IUE OTHER MEASUREMENTS/COMMENTS