Titlebook: Metaphors in International Relations Theory; Michael P. Marks Book 2011 Michael P. Marks 2011 Europe.international relations.political eco

意見一致

Contributions of Metaphors to International Relations Theory,xhaustive in uncovering every metaphor that underpins international relations theory, but rather, focuses on the ones that have the greatest presence in the field and have had the most durable impact on how international relations has been theorized.

archenemy

The Metaphorical Context of International Relations,s; they are part of what Jim George (1994, x) identifies as a larger discursive project in the study of international relations that has established “the boundaries of legitimate and relevant theory and research” in the field of IR.

水槽

Metaphors of Power,tical and economic relations among states and other actors, but it is “about” larger matters of human affairs. In particular, many scholars of international relations would say that their the chief (although not sole) concern is offering a narrative explanation “about” the nature and functions of so

類型

Goblet-Cells

Metaphors and Changing Conceptions of International Relations,ions in the narrative of international relations. It reviews general trends in how international relations has been imagined metaphorically and highlights the way that metaphors continue to shape how concepts are framed. One of the main conclusions of the chapter is that how scholars conceive of int

characteristic

就職

Gingivitis

Michael P. Marks protection, health physics, medical physics, and radiology. Specifically, it will provide medical physicians, radiation oncologists, radiation epidemiologists, gerontologists, cell biologists, toxicologists, and nuclear engineers with a wide range of interesting facts and enlightening novel perspectives..978-3-319-85899-9978-3-319-56372-5

強(qiáng)制令

atopic-rhinitis

on molecularly targeted agents directed against certain components of intracellular signaling pathways involved in tumor growth and radioresistance..The current chapter discusses the preclinical models in GBM radiobiology. This chapter reviews the developments that allowed basic scientists and radia