Waltraud Ernst

Thomas Mueller

This book offers something new in the history of psychiatry. Within a transnational research framework, it presents original historical case studies and conceptual reflections on comparative and related methodologies. Systematic comparison and transfer studies as well as aspects of entangled history are employed in relation to themes such as different cultural meanings pertaining to the same term; transfer of treatment practices and institutional regimes; localised practices and (re)-emerging forms of patient care; circulation of early anti-psychiatrists’ views; impact of war and politics on patients’ welfare and on psychiatric discourse; and diversification of psychotherapeutic and physical practices. The book includes chapters on the history and historiography of psychiatry and psychotherapy in different geo-cultural regions in South America, Asia, the Pacific and Europe. The contributors present multilayered interpretations, emphasising commonalities and interconnections as well as contrasts and discontinuities. With its wide-ranging geographical focus and attention to conceptual issues, this collection will assist to integrate and reconfigure the historiography of psychiatry.

Social and Cultural Histories of Psychiatry in Comparative Perspective c. 1800-2000

Transnational Psychiatries

The main focus of the present work is related to the optimization of heterojunction solar cells. The key roles in obtaining high efficient heterojunction solar cells are mainly the plasma enhanced chemical vapor deposition of very low defect layers, and the sufficient surface passivation of all interfaces. In heterojunction solar cells, the a-Si: H/c-Si hetero-interface is of significant importance, since the hetero-interface characteristics directly affect the junction properties and thus solar cell efficiency. In this work, the deposition and film properties of various hydrogenated amorphous silicon alloys, such as a-SiC: H, a-SiO_x: H, and muc-Si: H (standard a-Si: H is used as reference), are employed. Special attention is paid to (i) the front and back surface passivation of the bulk material by high-quality wide-gap amorphous silicon suboxides (a-SiO_x: H), and (ii) the influence of wide-gap high-quality a-Si- and muc-Si-based alloys for use as emitter and back-surface-

Thomas Mueller

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