Civilian victimization and international military intervention in civil wars

Civil wars are particularly destructive and asymmetric in nature. As a result, humanitarian crises and episodes of one-sided violence against civilians are likely to emerge. In the post-Cold War era, human rights norms have been strengthened by a global commitment stating that nations have a responsibility to protect people against war crimes. Although the doctrine does not require military responses, as episodes of one-sided violence increase dramatically in the midst of civil conflict, we would expect those cases to experience relatively swift foreign response, including military intervention; a growing trend of at least purportedly humanitarian interventions should be observable. Expectations relating to the responsibility to protect are tested on all civil conflicts occurring between 1989 and 2006. Findings indicate that there is little evidence that one-sided violence leads to military intervention, suggesting that the internationally community does not use its most powerful tool to protect civilians in trouble.     

TRIVIOCRACY: SAYRE'S LAW REVISITED

Triviocracy is a generalized organizational phenomenon; to the outsider or casual participant, the goals or issues which members of the organization pursue have little or no overt relationship to the well-being of the organization; and once attained, these goals do not appear to help individuals in pursuit of their professional goals in any easily desirable way. In this paper will will explore the concept of triviocracy in some depth, describe the process that unfolds and examine the dynamics of triviocracy and its functions and dysfunctions.     

Morphological and spectroscopic measurements of plastic bags for the purpose of discrimination

The discrimination of noncolored transparent polyethylene bags was studied by several nondestructive and semidestructive analytical methods. X-ray diffraction, infrared spectroscopy, and optical microscopy (differential interference contrast microscopy and phase contrast microscopy) were applied to polyethylene films. X-ray diffraction was used to distinguish variations in the crystalline phase, infrared spectroscopy was used to distinguish variations in the molecular components, and optical microscopy was used to distinguish the different surface morphologies. The results show that X-ray diffraction classifies the crystalline phase of the film depending on whether it is made from low-density polyethylene, linear low-density polyethylene, or high-density polyethylene; that infrared spectroscopy is useful to distinguish the molecular components and it is the most discriminating technique; and that optical microscopy discriminate films easily by their morphological differences.