The lectures formed a part of the Bragg Centenary 2013, a year-long celebration of the important contributions made by William H. Bragg and his son, William L. Bragg, to the development of the technique of X-Ray crystallography, a technique which allowed scientists to understand the structural analysis of materials and for which they were awarded a Nobel prize in 1915. Each lecture, given by staff at the University who have been influenced by the work of the Braggs, addresses a different...

The lectures formed a part of the Bragg Centenary 2013, a year-long celebration of the important contributions made by William H. Bragg and his son, William L. Bragg, to the development of the technique of X-Ray crystallography, a technique which allowed scientists to understand the structural analysis of materials and for which they were awarded a Nobel prize in 1915. Each lecture, given by staff at the University who have been influenced by the work of the Braggs, addresses a different...

The lectures formed a part of the Bragg Centenary 2013, a year-long celebration of the important contributions made by William H. Bragg and his son, William L. Bragg, to the development of the technique of X-Ray crystallography, a technique which allowed scientists to understand the structural analysis of materials and for which they were awarded a Nobel prize in 1915. Each lecture, given by staff at the University who have been influenced by the work of the Braggs, addresses a different...

The lectures formed a part of the Bragg Centenary 2013, a year-long celebration of the important contributions made by William H. Bragg and his son, William L. Bragg, to the development of the technique of X-Ray crystallography, a technique which allowed scientists to understand the structural analysis of materials and for which they were awarded a Nobel prize in 1915. Each lecture, given by staff at the University who have been influenced by the work of the Braggs, addresses a different...

The lectures formed a part of the Bragg Centenary 2013, a year-long celebration of the important contributions made by William H. Bragg and his son, William L. Bragg, to the development of the technique of X-Ray crystallography, a technique which allowed scientists to understand the structural analysis of materials and for which they were awarded a Nobel prize in 1915. Each lecture, given by staff at the University who have been influenced by the work of the Braggs, addresses a different...

The lectures formed a part of the Bragg Centenary 2013, a year-long celebration of the important contributions made by William H. Bragg and his son, William L. Bragg, to the development of the technique of X-Ray crystallography, a technique which allowed scientists to understand the structural analysis of materials and for which they were awarded a Nobel prize in 1915. Each lecture, given by staff at the University who have been influenced by the work of the Braggs, addresses a different...

The lectures formed a part of the Bragg Centenary 2013, a year-long celebration of the important contributions made by William H. Bragg and his son, William L. Bragg, to the development of the technique of X-Ray crystallography, a technique which allowed scientists to understand the structural analysis of materials and for which they were awarded a Nobel prize in 1915. Each lecture, given by staff at the University who have been influenced by the work of the Braggs, addresses a different...