NAME OF THE GALAXY NGC 4536 TYPE OF OBSERVATION FLUX INSTRUMENT REFERENCE IMAGE/MAP--TOTAL FLUX--INSTRUMENT--RESOLUTION--REFERENCE HI 21 cm observations (Single Dish) 126 mJy ARECIBO Mirabel,et al HI 21 cm observations (Single Dish) +/- 10% ApJ,335,104 HI 21 cm observations (Single Dish) HI 21 cm observations (Single Dish) map: S(core)=42.5 Arecibo Giovanelli & Haynes HI 21 cm observations (Single Dish) Jy km s^-1 AJ,88,881 HI 21 cm observations (Single Dish) (rms=3 mJy) HI 21 cm observations (Single Dish) HI 21 cm observations (Single Dish) map: F=73.3 Jy km s^-1 Arecibo Hoffman,et al HI 21 cm observations (Single Dish) ApJS,69,65 HI 21cm (Interferomety) Radio continuum (1.4 GHz) .24 Jy Green Bank Condon,et al Radio continuum (1.4 GHz) AJ,96,30 Radio continuum (1.4 GHz) map: 1.49 GHz S=203.0mJy VLA beam=60" Condon,et al Radio continuum (1.4 GHz) =(149.0) = 5" ApJS,73,359 Radio continuum (1.4 GHz) F(1.465GMz) VLA Hummel,et al Radio continuum (1.4 GHz) =160+/-10 mJy A&AS,60,293 Radio continuum (1.4 GHz) Radio continuum (1.4 GHz) S(core)<3.0mJy VLA Hummel,et al Radio continuum (1.4 GHz) S(tot) =179+/-10mJy A&AS,70,517 Molecules CO 10.5 K km s^-1 NRAO Sanders & Mirabel Molecules CO 12m ApJ, 298, L31 Molecules CO Molecules CO L(CO 1-0) < 3.9e6 NRAO Jackson,et al CO 1-0 map: I(center)=10.1+/-1.8 FCRAO Kenney & Young Molecules CO Jy km s^-1 ApJ,337,680 (6 postn's) K km s^-1 13.7m ApJS,66,261 Molecules CO Molecules CO I(CO)=-.08+/-.97 ATT- Stark,et al Molecules CO K km s^-1 Bell ApJ,310,660 Molecules CO F(CO)=0+/-15e-19 7m Molecules CO W m^-2 HCN CS Optical Broadband U Optical Broadband B B=22 mag/"^2 (bibliog: Davoust & Pence Optical Broadband B data from A&AS,49,631 Optical Broadband B the lit.) Optical Broadband B Optical Broadband B B=24 mag/"^2 (bibliog: Pence & Davoust Optical Broadband B data from A&AS,60,517 Optical Broadband B the lit.) Optical Broadband V V=27 mag/"^2 (bibliog: Davoust & Pence Optical Broadband V data from A&AS,49,631 Optical Broadband V the lit.) Optical Broadband V Optical Broadband V V=21 mag/"^2 (bibliog: Pence & Davoust Optical Broadband V data from A&AS,60,517 Optical Broadband V the lit.) Optical Broadband R Optical Broadband R V-R=.51+/-.05 data compiled Buta & Williams Optical Broadband R mag from lit. AJ,109,543 Near Infrared J 48+/-5 mJy IRTF or UKIRT Devereux,et al Near Infrared J (Hawaii) ApJ,312,529 Near Infrared H 76+/-5 mJy IRTF or UKIRT Devereux,et al Near Infrared H (Hawaii) ApJ,312,529 Near Infrared H Near Infrared H D=387" ap:r=(.316)D H=8.33+/-.15mag Mt. Peletier & Willner Near Infrared H ap:a=(.316)D =8.64+/-.05mag Hopkin ApJ,382,382 Near Infrared H ap:a=(.5)D =8.28+/-.09mag Near Infrared K 68+/-5 mJy IRTF or UKIRT Devereux,et al Near Infrared K (Hawaii) ApJ,312,529 Narrow Band - Bracket Gamma H2 v=1-0 S(1)/Br-gam = .67 various Puxley,et al Narrow Band - Bracket Gamma +/-.12 scopes ApJ,364,77 Narrow Band - H-alpha H-alpha+[NII] ew =18+/-4 angstroms Palomar Kennicutt & Kent Narrow Band - H-alpha --> -log(flux)=11.48 log(erg cm^-2 s^-1) 1.5m AJ, 88, 1094 Narrow Band - H-alpha Narrow Band - H-alpha F=186e-15 Mt.Lemmon(?) Hummel,et al Narrow Band - H-alpha erg/cm^-2/s 1.5m A&AS,70,517 UV Imaging ROSAT/ASCA/other X-ray observations 6.3e40 erg s^-1 _Einstein_ David,et al. ROSAT/ASCA/other X-ray observations +/- 30% database ApJ,388,82 ROSAT/ASCA/other X-ray observations ROSAT/ASCA/other X-ray observations .034+/-.043 Einstein IPC Raphaeli,et al ROSAT/ASCA/other X-ray observations *3e11 erg cm^-2 count^-1 A&A,300,91 ROSAT/ASCA/other X-ray observations ROSAT/ASCA/other X-ray observations .091+/-.074 HEAO-1 A4 Raphaeli,et al ROSAT/ASCA/other X-ray observations *2e-4 photon cm^-2 s^-1 keV^-1 A&A,300,91 LINES OBSERVED FLUXES/EQUIVALLENT WIDTHS OTHERS Optical spectra [NII] = 1210e-16 erg cm^-2 s^-1 +/- 50% H-alpha/[NII] = 2.0 ESO 1.52m Veron-Cetty&Veron Optical spectra (La Silla) A&AS,66,335 Optical spectra Optical spectra absorption: L+H9 eq.width= 9.6 A spectral res.=11 A ESO 1.52m Bica & Alloin Optical spectra L+H8 = 8.3 A&AS,70,281 Optical spectra K = 7.5 Optical spectra H+H-epsilon = 7.2 Optical spectra H-delta = 3.9 Optical spectra Fe = 1.1 Optical spectra CN = 5.2 Optical spectra Ca = 1.3 Optical spectra Fe = 3.6 Optical spectra G = 5.3 Optical spectra H-gamma = 1.6 Optical spectra Fe = 3.1 Optical spectra H-beta =-3.9 Optical spectra Fe = 0.8 Optical spectra Fe = 3.3 Optical spectra Mg+MgH = 4.4 Optical spectra MgH = 4.7 Optical spectra Fe = 2.4 Optical spectra Na = 4.6 Optical spectra TiO = 16.9 Optical spectra H-alpha =-54 Optical spectra [SII] =-9.1 Optical spectra Optical spectra H-beta ew=10 A KPNO Heckman,et al Optical spectra [OII] =3 4m AJ,88,1077 IUE OTHER MEASUREMENTS/COMMENTS