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The purpose of this paper is to examine the systematic influence of core product features, event operation quality, sport fan identification, and image of host city as a tourism destination on behavioral intentions of international spectator at a Formula One (F1) event held in Malaysia.

A survey form assessing the specified concepts was designed and employed to examine the structural relationships. The research participants were international spectators (n=512) attending the event. Data were randomly split into two halves, one for EFA (n=256) and the other for CFA and SEM (n=256).

Findings revealed that core product feature and sport fan identification factors were significantly (p<0.05) related to both of international spectators’ desire to stay at the event, attend the event in the future, and revisit the country; whereas, event operation quality was only found to be significantly influential of the re-patronage, and destination image was only significantly influential of the desire to stay. The findings highlight the importance and relevance of these concepts in attracting, serving, and retaining international visitors to the event.

Unlike other studies that are centered merely on game and event factors, this study expanded on a bigger ecological spectrum surrounding a F1 event and systematically evaluated the critical concepts and factors affecting international tourist to the event that can be considerable sources of economic growth. The findings provide empirical evidence for event and tourism management and marketing.

Fifty years after Pearl Harbor, Japanese economic arrogance is becoming widely apparent. Argues that the cultural and economic homogeneity which formed the basis of Japan′s economic success will eventually lead to its downfall. Examines the fallacies of economic arrogance and what lies in the future after the inevitable fall.

The purpose of this paper is to evaluate the dosimetric properties of N-(3-methoxypropyl) acrylamide (NMPA) polymer gel dosimeter using UV-vis spectrophotometry as a simple and low-cost method.

The gel samples have been irradiated to various doses using a medical linear accelerator with 6 MV beam energy. The optical density of un-irradiated and irradiated NMPA polymer gel dosimeters in terms of absorbance at 500 nm was investigated by UV-vis spectrophotometry.

The absorbance values of the gel samples were increased linearly with increasing dose in the dose range between 2 and 20 Gy. A remarkable improvement in the dose response was noticed after the addition of various concentrations of glycerol. The impact of dose rate, beam energy and the post-stability of the exposed gels was studied and found consistent with the previous study using nuclear magnetic resonance results (energy independent and dose rate independent, stable up to one week).

The results of the independent experimental spectrophotometry and nuclear magnetic resonance analyses indicate that the NMPA polymer gel dosimeter has good and consistent dosimetric features for radiotherapy dosimetry.

The ionizing radiation-induced polymerization of gel samples leads to a change in the absorbance of the irradiated gel samples. This study introduces the first characterization of NMPA gel dosimeter by means of UV-vis spectrophotometer.