Smart technologies are critical for businesses to develop these dynamic connections, as technologies enable them to network with others and exchange resources seamlessly. This fact makes it possible to modify the tasks performed by employees of tourism organizations that are in contact with consumers/tourists.

To transform old words into new words is a very efficient mode of word derivation in contemporary Chinese, which mainly involves the transformation of word form and the transformation of meaning. In the process of transforming the old words language users have created a lot of new words that are very novel in form or meaning based on the relationship between Chinese characters in terms of sound, shape and meaning or the structural features of Chinese characters. This paper lists more than 130 new appellations including sound-based words, form-based words, meaning-based words and words produced by changing the structure of Chinese characters, names the ways how old words transform into new words as JieYinFuXing, XieYinFuYi, BieJieFuYi, FanBeiFuYi, GaiZiBianXing and describes the transformation process of these words. These lexical phenomenons reflect some language psychology such as pursuing new differences, playing jokes and mental association. They have some impacts on the lexical system of contemporary Chinese as they open up new ways for the generation and change of contemporary Chinese words, they supplement the word-making methods and lead to some unconventional combinations in contemporary Chinese lexis. This paper intends to further clarify the important role of Chinese characters in word creation and word development, and deepen the understanding of Chinese Character study and contemporary Chinese lexicology.

In the majority of countries, the upper limit of buffer temperature in a repository is set to below 100℃ due to the possible illitization. This smectite-to-illite transformation is expected to be detrimental to the swelling functions of the buffer. However, if the upper limit is increased while preventing illitization, the disposal density and cost-effectiveness for the repository will dramatically increase. Thus, understanding the characteristics and creating a database related to the buffer under the elevated temperature conditions is crucial. In this study, a strategy to investigate the bentonite found in Korea under the elevated temperatures from a mineral transformation and radionuclides retardation perspective was proposed. Certain long-term hydrothermal reactions generated the bentonite samples that were utilized for the investigation of their mineral transformation and radionuclide retardation characteristics. The bentonite samples are expected to be studied using in-situ synchrotron-based X-Ray Diffraction (XRD) technique to determine the smectite-to-illite transformation. Simultaneously, the ‘high-temperature and high-pressure mineral alteration measurement system’ based on the Diamond Anvil Cell (DAC) will control and provide the elevated temperature and pressure conditions during the measurements. The kinetic models, including the Huang and Cuadros model, are expected to predict the time and manner in which the illitization will become detrimental to the performance and safety of the repository. The sorption reactions planned for the bentonite samples to evaluate the effects on retardation will provide the information required to expand the current knowledge of repository optimization.