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Physics of Classical Novae

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Cover of 'Physics of Classical Novae'

Table of Contents

  1. Altmetric Badge
    Book Overview
  2. Altmetric Badge
    Chapter 86 Welcome address
  3. Altmetric Badge
    Chapter 87 Cataclysmic variables as binary stars: Then and now
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    Chapter 88 The long term behaviour of classical old novae
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    Chapter 89 Classical novae: Properties between outbursts
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    Chapter 90 Galactic distribution and outburst frequency of classical novae
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    Chapter 91 Novae in clusters and galaxies
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    Chapter 92 Strong magnetic fields in nova systems
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    Chapter 93 Quasi-periodic outburst activity of novae at minimum
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    Chapter 94 Spin period variations of the white dwarf in FO AQR/H2215-086
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    Chapter 95 The galactic nova rate
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    Chapter 96 A possible nova from the IRAS point source catalogue
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    Chapter 97 Where is nova 1437? — Surprises in the space density of cataclysmic variables
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    Chapter 98 On the postoutburst far ultraviolet declines of WZ sagittae and V1500 CYGNI
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    Chapter 99 Spectroscopic observations of the southern old novae CP PUP and V841 OPH
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    Chapter 100 CP puppis: Another V1500 Cyg?
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    Chapter 101 The uv luminosity of old novae
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    Chapter 102 V 1500 Cyg: Slow variability in post-nova stage
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    Chapter 103 Maximum magnitude vs. rate of decline for novae of the LMC
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    Chapter 104 On V603 Aql and magnetic novae
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    Chapter 105 Optical studies of classical novae in outburst
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    Chapter 106 Chemistry of nova envelopes
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    Chapter 107 Ultraviolet observations of classical novae in outburst
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    Chapter 108 Multi-wavelength observations of novae in outburst
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    Chapter 109 New infrared results for classical novae
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    Chapter 110 Recent and future x-ray observations of classical novae during the outburst stage
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    Chapter 111 New results about post optical maximum oscillations of novae
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    Chapter 112 Simultaneous optical and UV spectra of the two LMC novae 1988
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    Chapter 113 Optical spectrophotometry of nova PW vulpeculae
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    Chapter 114 The early outburst spectra of nova V1506 CYGNI
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    Chapter 115 Mass of the, ejected envelope of LV vulpeculae
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    Chapter 116 The peculiar slow nova X serpentis
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    Chapter 117 Images and light curves of the radio remnants of novae
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    Chapter 118 Optical imagery of nova remnants
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    Chapter 119 Physical properties and abundances of novae in the nebular phase
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    Chapter 120 An Hα image of nova V1500 cygni twelve years after outburst
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    Chapter 121 PAH'S and silicate emission in nova cen 1986
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    Chapter 122 Mm CO observation of the old nova NQ Vul
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    Chapter 123 Nova Ophiuchi 1988: 0.9–1.35 μm spectroscopy
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    Chapter 124 Measurements of outburst characteristics, temperatures, densities and abundances in the ejecta of Nova Muscae 1983
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    Chapter 125 Element abundances of nova PW vulpeculae
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    Chapter 126 Chemical composition of Nova Centauri 1986
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    Chapter 127 Ultraviolet spectroscopy of the shell of RR pic
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    Chapter 128 Infrared spectra of recent novae
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    Chapter 129 The ionization of novae ejecta
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    Chapter 130 Winds from disks
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    Chapter 131 Physics of mass ejection during nova outbursts
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    Chapter 132 Effects of the presence of supercritical winds
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    Chapter 133 Formation and evolution of dust in novae
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    Chapter 134 Model atmospheres for novae during the early stages
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    Chapter 135 The continuum spectra of accretion discs in novalike objects
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    Chapter 136 Infra-red emission from classical novae
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    Chapter 137 Cool envelopes of post-novae constraints on the decline of the white dwarf
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    Chapter 138 Chemical routes to dust formation in the ejecta of novae
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    Chapter 139 Modelling the common envelope phase in classical novae
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    Chapter 140 Ionization and temperature structure in nova shells
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    Chapter 141 Formation of the balmer line in the optically thick nova envelope
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    Chapter 142 HeI emission line formation in symbiotic stars and novae
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    Chapter 143 Soft x-ray emission from classical novae in outburst
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    Chapter 144 Classical novae in the context of the evolution of cataclysmic binaries
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    Chapter 145 The origin and evolution of novae
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    Chapter 146 Novae between outbursts
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    Chapter 147 The cyclic evolution of classical novae
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    Chapter 148 Thermonuclear runaway model
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    Chapter 149 Theoretical implications of nova abundances
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    Chapter 150 The theoretical frequency of classical nova outbursts as a function of white dwarf mass
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    Chapter 151 Accretion on CO white dwarfs. influence of the external burning shells on the evolution
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    Chapter 152 Effective growth rate of white dwarf mass in nova outbursts
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    Chapter 153 The white dwarf mass and orbital period distributions in zero-age cataclysmic variables
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    Chapter 154 Diffusion in novae at high accretion rates
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    Chapter 155 On the nature of the outflow from nova stars occurring immediately after ejection of an envelope
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    Chapter 156 Novae as local thermonuclear runaways
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    Chapter 157 Recurrent novae
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    Chapter 158 The symbiotic novae
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    Chapter 159 Spectroscopic results of the recurrent nova RS Ophiuchi
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    Chapter 160 A spectroscopic survey of recurrent novae at minimum
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    Chapter 161 Possible x-ray flares in a recurrent nova
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    Chapter 162 The 1989 outburst of V404 cygni: A very unusual x-ray nova
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    Chapter 163 The structure of the envelopes of symbiotic novae
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    Chapter 164 HM Sge still evolving
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    Chapter 165 IR observations of the symbiotic nova HM sagittae
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    Chapter 166 The light curve of the symbiotic nova HM sagittae
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    Chapter 167 The nova type outburst of the symbiotic star AS 296
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    Chapter 168 Co-ordinated optical and radio observations of symbiotic stars
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    Chapter 169 High resolution spectroscopy of symbiotic stars
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    Chapter 170 Some comments on classical novae and related systems
Attention for Chapter 97: Where is nova 1437? — Surprises in the space density of cataclysmic variables
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Chapter title
Where is nova 1437? — Surprises in the space density of cataclysmic variables
Chapter number 97
Book title
Physics of Classical Novae
Published in
ADS, January 1990
DOI 10.1007/3-540-53500-4_97
Book ISBNs
978-3-54-053500-3, 978-3-54-046638-3
Authors

M. M. Shara, M. Potter, A. F. J. Moffat, M. Bode, F. R. Stephenson, Shara, M. M., Potter, M., Moffat, A. F. J., Bode, M., Stephenson, F. R.