T J Millar Department of Mathematics, UMIST, PO Box 88, Manchester M60 1QD, UK. D A Williams Department of Mathematics, UMIST, PO Box 88, Manchester M60 1QD, UK.

"I recommend this book to those who want to catch up with the latest findings about chemical reactions occurring under conditions difficult or impossible to simulate here on Earth."-John Mathis, Science, Vol. 264, 20 May 1994"I recommend the volume to graduate students and people entering the field."-Il Nuovo Cimento

• Dust and Astrochemistry: an Introduction. Observations of Molecular Ices. Observations of Hot Molecular Cores. Molecular Hydrogen Emission from Star-Forming Regions. Carbonaceous Grains. PAHs and Astrochemistry. Physical and Chemical Processes on Dust. Interstellar Dust and the Chemistry of Diffuse Clouds. Gas-Grain Chemistry in Quiescent Dense Interstellar Clouds. The Chemistry in Low Mass Star Formation. Clump Collapse and Star Formation. The Chemistry of Hot Molecular Cores. Laboratory Dust Studies and Gas-Grain Chemistry. Irradiation of Molecular Ices.

T J Millar Department of Mathematics, UMIST, PO Box 88, Manchester M60 1QD, UK. D A Williams Department of Mathematics, UMIST, PO Box 88, Manchester M60 1QD, UK.

"I recommend this book to those who want to catch up with the latest findings about chemical reactions occurring under conditions difficult or impossible to simulate here on Earth."-John Mathis, Science, Vol. 264, 20 May 1994"I recommend the volume to graduate students and people entering the field."-Il Nuovo Cimento

• Dust and Astrochemistry: an Introduction. Observations of Molecular Ices. Observations of Hot Molecular Cores. Molecular Hydrogen Emission from Star-Forming Regions. Carbonaceous Grains. PAHs and Astrochemistry. Physical and Chemical Processes on Dust. Interstellar Dust and the Chemistry of Diffuse Clouds. Gas-Grain Chemistry in Quiescent Dense Interstellar Clouds. The Chemistry in Low Mass Star Formation. Clump Collapse and Star Formation. The Chemistry of Hot Molecular Cores. Laboratory Dust Studies and Gas-Grain Chemistry. Irradiation of Molecular Ices.

T J Millar Department of Mathematics, UMIST, PO Box 88, Manchester M60 1QD, UK. D A Williams Department of Mathematics, UMIST, PO Box 88, Manchester M60 1QD, UK.

"I recommend this book to those who want to catch up with the latest findings about chemical reactions occurring under conditions difficult or impossible to simulate here on Earth."-John Mathis, Science, Vol. 264, 20 May 1994"I recommend the volume to graduate students and people entering the field."-Il Nuovo Cimento

• Dust and Astrochemistry: an Introduction. Observations of Molecular Ices. Observations of Hot Molecular Cores. Molecular Hydrogen Emission from Star-Forming Regions. Carbonaceous Grains. PAHs and Astrochemistry. Physical and Chemical Processes on Dust. Interstellar Dust and the Chemistry of Diffuse Clouds. Gas-Grain Chemistry in Quiescent Dense Interstellar Clouds. The Chemistry in Low Mass Star Formation. Clump Collapse and Star Formation. The Chemistry of Hot Molecular Cores. Laboratory Dust Studies and Gas-Grain Chemistry. Irradiation of Molecular Ices.