Explaining Inconsistencies in Implicit and Explicit Attitudes towards Domestic and Foreign Products

Purpose This article examines the inconsistency of explicit and implicit domestic country bias (DCB) across different types of products and in the context of two countries. Design/methodology/approach Two studies in two countries are conducted to examine the inconsistencies in implicit and explicit DCB. The first study collected data through mall intercept survey method in Taiwan and identified 189 valid respondents. The second study applied a mixed (within and between subjects) factorial experiment in China using 200 subjects Findings Results show that explicit and implicit attitudes are moderately related to each other. It also confirms that ethnic product typicality can explain inconsistencies in both explicit and implicit DCB. For ethnically typical products, domestic country bias is more pronounced in consumers’ explicit attitudes than in consumers’ implicit attitudes. On the contrary, for ethnically atypical goods, domestic country bias makes itself present in both explicit and implicit attitudes. Originality/value The results shed new light on domestic country bias and confirm that the bias could divaricate between explicit and implicit attitudes in the case of ethnically typical products

Microstructure of the juvenile sheep aortic valve hinge region and the trilamellar sliding hypothesis.

Background: The aortic valve mechanism performs extremely sophisticated functions which depend on the microstructure of its component parts. The hinge mechanism of the aortic leaflets plays a crucial part in the overall function. However, the detailed microstructure and its relation to function has not been adequately studied. Methods: The aortic roots of juvenile sheep were fixed under physiologic pressure. Sections through all three sinuses were then performed to illustrate the microstructure of the hinge mechanism in different regions of the aortic root. Results: The hinge region in the different sinuses showed unique microstructure with a trilamellar topology with a dominant core consisting of glycosaminoglycans. The exact arrangement of the trilamellar structures varies around the aortic sinuses, which could have functional implications. These features allow the hinge to perform its complex functions through what we have described as "the trilamellar sliding hypothesis". Conclusion: The microstructure of the hinge mechanism is unique and enables it to perform it sophisticated functions

NbSe3: Effect of Uniaxial Stress on the Threshold Field and Fermiology

We have measured the effect of uniaxial stress on the threshold field ET for the motion of the upper CDW in NbSe3. ET exhibits a critical behavior, ET ~ (1 - e/ec)^g, wher e is the strain, and ec is about 2.6% and g ~ 1.2. This ecpression remains valid over more than two decades of ET, up to the highest fields of about 1.5keV/m. Neither g nor ec is very sensitive to the impurity concentraction. The CDW transition temperature Tp decreases linearly with e at a rate dTp/de = -10K/%, and it does not show any anomaly near ec. Shubnikov de-Haas measurements show that the extremal area of the Fermi surface decreases with increasing strain. The results suggest that there is an intimate relationship between pinning of the upper CDW and the Fermiology of NbSe3.Comment: 4 pages, 5 figure

Separated-flow considerations for pressure-atomized combusting monopropellant sprays

Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/77000/1/AIAA-1989-49-947.pd