Seminar paper from the year 2006 in the subject Business economics - Marketing, Corporate Communication, CRM, Market Research, Social Media, grade: 1,3, Heilbronn University (Internationale Betriebswirtschaft / Interkulturelle Studien), course: Marketing of non profit organizations, 28 entries in the bibliography, language: English, comment: "Twenty years ago, marketing was a dirty word for those involved in non-profit organizations NPOs]. It meant business, and nonprofits prided themselves on being free of the taint of commercialism and above such sordid considerations as the bottom line." However this view has changed drastically over the last years..., abstract: Given the explosion in the number of non profit organizations over the past years and the fact that there are no signs of a slowing of growth in this area (Sargeant, 1999a: 8) the competition is getting fierce. Due to the intangibility and immateriality of most non profit services, marketing communication plays a central role to gain differentiation and thus, competitive advantage. Communication is used to draw attention to causes, to raise funds in order distribute it to those in need or to promote activities (Kotler, 2005a: 27). To carry it to an extreme, in some cases, such as raising funds for disasters, the effectiveness of marketing communication can even decide upon life or death. In the following research the marketing communications of the non profit organizations World Vision and Terre des Hommes will be compared, whereas key differences or similarities will be highlighted. Furthermore the paper aims to evaluate their respective approaches with respect to the theoretical ideal in marketing science. In order to attain these goals, a series of steps are required in advance. First, a brief outline on the organizations will be given. This step is followed by an overview over the organizations respective target audience, communication objectives and tools, whereas key differences or similarities

Carbon Nanotubes sind monomolekulare, rohrenformige Strukturen aus Kohlenstoff mit faszinierenden mechanischen und elektronischen Eigenschaften. Anwendungen als molekulare Drahte in nanoskaligen elektronischen Schaltkreisen sind wie die Vision des Fahrstuhls in den Weltraum an einem Seil aus Nanotubes noch ferne Zukunft. Obgleich bereits in einigen Bereichen des taglichen Lebens anzutreffen, steht einer breiten Verwendung dieses revolutionaren Materials noch immer die nicht beherrschbare Herstellung von Nanotubes mit definierten Eigenschaften entgegen. Im Rahmen dieser Dissertation wurden Untersuchungen zur Darstellung von rohrenformigen, aromatischen Kohlenwasserstoffen als Teilstucke von Carbon Nanotubes angestellt. Als wichtiges Strukturelement wurden hierbei vorwiegend ethinylierte Anthracenderivate betrachtet. Erganzend wurde auf die Loslichkeit von Carbon Nanotubes in Arsentrichlorid als Solvens eingegangen."