Published to commemorate the bicentenary of the second edition of Lyrical Ballads (1900), this collection gathers essays from ten leading British and American scholars to explore the distinctive originality of these famous volumes, and to analyse their lasting influence. With essays in cultural history and biographical reconstruction, as well as close readings of the poems and of their leading critics, 1800: The New Lyrical Ballads offers a uniquely comprehensive account of one of the crucial episodes in British Romanticism.

Published to commemorate the bicentenary of the second edition of Lyrical Ballads (1900), this collection gathers essays from ten leading British and American scholars to explore the distinctive originality of these famous volumes, and to analyse their lasting influence. With essays in cultural history and biographical reconstruction, as well as close readings of the poems and of their leading critics, 1800: The New Lyrical Ballads offers a uniquely comprehensive account of one of the crucial episodes in British Romanticism.

This book is intended to provide a practical introduction to high-speed, high-efficiency liquid chromatography. It covers modern column technology (which has leapt into prominence only in the last five years) and relates this to the well-established thin-layer techniques. The development of liquid chromatography has proceeded in fits and starts over many years and in alliance with various scientific disciplines. Liquid chromatography has for years fulfilled an effective role in various fields. Ion-exchange chromatography, for example, is particularly associated with the separation of the rare earths, and exclusion chromatography with the fractionation of naturally occurring materials like proteins and of syn­ thetic polymers. Partition chromatography, especially in the form of paper chromatography, has been an indispensable tool in the study of biochemical systems, while its more recent adsorption counterpart, thin-layer chromatog­ raphy, developed most rapidly within the pharmacognosic and pharma­ ceutical fields. Until recently, however, liquid chromatography has not played a prominent role in the field of industrial organic analysis.

Published to commemorate the bicentenary of the second edition of Lyrical Ballads (1900), this collection gathers essays from ten leading British and American scholars to explore the distinctive originality of these famous volumes, and to analyse their lasting influence. With essays in cultural history and biographical reconstruction, as well as close readings of the poems and of their leading critics, 1800: The New Lyrical Ballads offers a uniquely comprehensive account of one of the crucial episodes in British Romanticism.

Published to commemorate the bicentenary of the second edition of Lyrical Ballads (1900), this collection gathers essays from ten leading British and American scholars to explore the distinctive originality of these famous volumes, and to analyse their lasting influence. With essays in cultural history and biographical reconstruction, as well as close readings of the poems and of their leading critics, 1800: The New Lyrical Ballads offers a uniquely comprehensive account of one of the crucial episodes in British Romanticism.

This book is intended to provide a practical introduction to high-speed, high-efficiency liquid chromatography. It covers modern column technology (which has leapt into prominence only in the last five years) and relates this to the well-established thin-layer techniques. The development of liquid chromatography has proceeded in fits and starts over many years and in alliance with various scientific disciplines. Liquid chromatography has for years fulfilled an effective role in various fields. Ion-exchange chromatography, for example, is particularly associated with the separation of the rare earths, and exclusion chromatography with the fractionation of naturally occurring materials like proteins and of syn­ thetic polymers. Partition chromatography, especially in the form of paper chromatography, has been an indispensable tool in the study of biochemical systems, while its more recent adsorption counterpart, thin-layer chromatog­ raphy, developed most rapidly within the pharmacognosic and pharma­ ceutical fields. Until recently, however, liquid chromatography has not played a prominent role in the field of industrial organic analysis.