A Review of the Literature on the Effects of Social Media on Buying Fashion Apparel Intention and Decision

The fashion apparel industry has radically changed over the period with the impact of technology and the complex integration of business procedures in the contemporary business environment. The initiation of the internet and digital disruption have resulted in extreme changes in fashion clothing that have impacted consumer buying decisions. The review paper aims to evaluate the effect of social media on the buying decisions of Thai consumers in the fashion apparel industry with an assessment of all social media factors impacting the buying decision. The information was gathered from fifty secondary sources, like articles and journals, written about the research topic in the last 5 years. The paper evaluates how the digital environment has a long-term impact on the growth and capability development of the concerned sector

国際貿易、垂直統合及び貿易協定に関する研究

広島大学(Hiroshima University)博士(学術)Doctor of Philosophydoctora

Interference Analysis of Medium Voltage Air Line 20 KV Feeder Using Failure Mode and Effects Analysis Method

This article discusses the interference analysis of medium voltage air line 20 kv feeder using failure mode and effects analysis method. The distribution network consists of two parts, the first the distribution network consists of two parts, the first is the medium / primary voltage (JTM) network, which supplies electrical power from the sub-transmission substation to the distribution substation, the primary distribution network uses three wires or four wires for three phases. the impact of the reliability index from the calculation of the impact of the reliability index based on the number of disturbances (SAIFI), it shows that in January 2019 it has the highest index value, namely SAIFI, 1,695 disturbances/ subscribers. From the results of the calculation of the impact of the reliability index based on the number of blackouts (SAIDI), it shows that in January 2019 the SAIDI index value was 3,883 hours/customer

The thermal evolution of nuclear matter at zero temperature and definite baryon number density in chiral perturbation theory

The thermal properties of cold dense nuclear matter are investigated with chiral perturbation theory. The evolution curves for the baryon number density, baryon number susceptibility, pressure and the equation of state are obtained. The chiral condensate is calculated and our result shows that when the baryon chemical potential goes beyond $1150 \mathrm{MeV}$, the absolute value of the quark condensate decreases rapidly, which indicates a tendency of chiral restoration.Comment: 17 pages, 9 figures, revtex

Effect of Different Fertilization Rates on Cyanogen and Foliage and Tuber Yields of Cassava

This experiment was conducted to determine the effect of different fertilization rates on the cyanogen and yields of cassava foliage and tuber. Nine fertilization rates, three nitrogen and potassium levels (N: 0, 50, 100 kg/ha and K: 0, 100, 250 kg/ha, respectively) with constant phosphorus level (P: 50 kg/ha) (F-0:N0-P50-K0, F-1:N0-P50-K100, F-2:N0-P50-K250, F-3:N50-P50-K0, F-4:N50-P50-K100, F-5:N50-P50-K250, F-6:N100-P50-K0, F-7:N100-P50-K100, F-8:N100-P50-K250), were applied in the randomized completely block design. After one year experiment, cassava foliage and tuber were harvested, and determined the yields and cyanogen (HCNp) content. The lowest (P < 0.05) HCNp contents and the highest (P < 0.05) foliage, tuber and protein yields were observed in cassava applied with F-4 (N50-P50-K100) and F-5 (N50-P50-K250) in compare with other fertilization rates. Regarding growth characteristics, the plant height (P < 0.05) was also highest in cassava fertilized by F-4 (N50-P50-K100) and F-5 (N50-P50-K250), whereas the leaf numbers per plant and branches number per plant were highest in cassava applied with F-5 (N50-P50-K250) and F-7 (N100-P50-K100), respectively. It could be recommended that the nitrogen (N: 50 kg/ha) and potassium (K: 100-250 kg/ha) should be used to reduce cyanogen contents for safe utilization and increased cassava foliage and tuber yields

Building Back Better: Educational Development with Globalization in Post COVID-19

COVID-19 has disrupted the globe and is a pandemic health crisis affecting every sector of every country. The COVID-19 pandemic has also disrupted the normal teaching and learning environment. Due to the pandemic, all schools, colleges, and universities are shut down. It affected students, teachers, parents, and ways of instruction, resulting in an unprecedented push for online learning. Transforming offline to online learning is a new opportunity for teaching and learning environment; however, it has many challenges. Educational policymakers need to lay down policies related to education development with globalization post-COVID-19. The present paper addresses how to build back better educational development with globalization post-COVID-19. Keywords: Building Back Better, Post COVID-19, Curriculum, Pedagogy, Blended Learning DOI: 10.7176/JEP/14-9-02 Publication date:March 31st 202

Impacts of Microphysics Schemes and Topography on the Prediction of the Heavy Rainfall in Western Myanmar Associated with Tropical Cyclone ROANU (2016)

The impacts of different microphysics and boundary schemes and terrain settings on the heavy rainfall over western Myanmar associated with the tropical cyclone (TC) ROANU (2016) are investigated using the Weather Research and Forecasting (WRF) model. The results show that the microphysics scheme of Purdue Lin (LIN) scheme produces the strongest cyclone. Six experiments with various combinations of microphysics and boundary schemes indicated that a combination of WRF Single-Moment 6-class (WSM6) scheme and Mellor-Yamada-Janjic (MYJ) best fits to the Joint Typhoon Warning Center (JTWC) data. WSM6-MYJ also performs the best for the track and intensity of rainfall and obtains the best statistics skill scores in the range of maximum rainfall intensity for 48-h. Sensitivity experiments on different terrain settings with Normal Rakhine Mountain (NRM), with Half of Rakhine Mountain (HRM), and Without Rakhine Mountain (WoRM) are designed with the use of WSM6-MYJ scheme. The track of TC ROANU moved northwestward in WoRM and HRM. Due to the presence of Rakhine Mountain, TC track moved into Myanmar and the peak rainfall occurred on the leeward side of the Mountain. In the absence of Rakhine Mountain, a shift in peak rainfall was observed in north side of the Mountain

Seismic Performance Comparison of Fixed Base and Isolated Base Steel Multi-Storey Building

This study presents the comparative study on seismic performance of with and without isolation in eight-storeyed hypothetic steel building located in Mandalay. The base isolation system that is utilized lead rubber bearing which made with Japan rubber and Myanmar rubbers (RSS-1 and RSS-3). In this study, base isolation devices are installed under each column between the building and the supporting foundation to support the building and to minimize the damage due to earthquake. In this study, comparative advantages for using lead rubber bearing isolation systems with various types of rubber are mainly investigated by performing response spectrum and nonlinear time history analyses. The comparison process has been carried out on performance of the structure with storey displacement, storey acceleration, and storey drift. In the analysis phase, nonlinear time history analyses at DBE and MCE levels are conducted in ETABS to obtain the related floor accelerations, interstorey drifts and storey displacement. In performance assessment phase, probable damage cost, repair time and rate of injuries are computed using fragility curves and FEMA P-58 methodology in Performance Assessment Calculation Tool (PACT). Damage cost, repair time and rate of injuries are computed for each building at seismic demand level and the results are compared. According to investigation conducted, it can be inferred that RSS-3 is more effective than RSS-1 at DBE while RSS-1 is better than RSS-3 at MCE levels