Veramarykin is the story of a child in the 1930s and 40s, which contains Vera M Hughes’ lively memories of family life in the London County Council’s new housing estate in Downham near Bromley – where parents from areas of overcrowding brought up their families in good times and bad. Vera relates, with a wealth of anecdotes and family photos, her progression through childhood, adolescence and the beginning of adulthood, when she left school in 1945 to take her place in the world as a wage-earner. The story begins in the early 1930s with childhood games, dollies’ tea parties, the dreaded dentist, tales of a dangerous fish and a murderous budgie and a brother’s teasing. The annual family seaside holidays were eagerly anticipated and enjoyed, and very little of the world outside her home impinged on her childhood. However life changed in 1938 with a move to larger accommodation in another council estate, coinciding with a change of school and resulting in the loss of familiar ways and friends. Evacuation at the start of the Second World War in 1939 brought another upheaval until Vera’s return home – just in time for the Blitz – re-established family life and stability. The trials of life in wartime had simply to be accepted and endured, and although comparatively unscathed by bombs, the devastating effects of doodlebugs and rockets made themselves felt. Close involvement with the Scout and Guide movements in early adolescence provided lifelong friends whose subsequent wartime service in the Forces left a gap that was filled with correspondence until their safe return.
An accessible introduction to language development aimed at a wide audience of students from different disciplines such as psychology, behavioural science, linguistics, cognitive science, and speech pathology. It requires only minimal knowledge of psychology, and is intended for undergraduates from the second year of studies onwards. The wide accessibility to undergraduates is achieved by avoiding technical terminology when possible and explaining all crucial concepts in the text. From the first moment of life, language development occurs in the context of social activities. This book emphasises how language development interacts with social and cognitive development, and shows how these abilities work together to turn children into sophisticated language users—a process that continues well beyond the early years. Covering the breadth of contemporary research on language development, Brooks and Kempe illustrate the methodological variety and multi-disciplinary character of the field, presenting recent findings with reference to major theoretical discussions. Through their clear and accessible style, readers are given an authentic flavour of the complexities of language development research. With such research advancing at a rapid pace, Language Development uncovers new insights into a variety of areas such as the neurophysiological underpinnings of language, the language processing capabilities of newborns, and the role of genes in regulating this amazing human ability.
The present Supplement Volume Beryllium A 3 continues and completes the description of the physical properties of the element, begun in Supplement Volume A 2, 1991, and also treats the electrochemical behavior of the metal. The unique combination of the Be properties, which was pointed out in Supplement Volume A 2, is also demonstrated in the following chapters of this Volume A 3: 13. Electrical Properties 14. Electronic Properties 15. Optical Properties. Emission and Impact Phenomena 16. Electrochemical Behavior Starting with the electrical properties, Be isarather good electrical conductor in centrast to what might be expected. Superconductivity was studied, especially on films. Quantum effects, which are more pronounced in Be than in most other metals, are the reason for numerous in vestigations of the magnetoresistance and the magnetic-breakdown effect. The basis for many of the characteristic properties is the unique nature of bonding in Be as a consequence of its peculiar electronic structure and the special shape of its Fermi surface which also gave rise to further numerous studies. Detailed cluster calculations were per formed to better understand the bonding in the metal. Regarding the optical properties, the high reflectivity of Be, particularly in the infrared region, makes it attractive for the fabrication of precision optical surfaces (mirrors); it is also useful for solar-collector surfaces in spacecraft applications. Emission and electron-and ion impact phenomena as well as neutron optics are also discussed.
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