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This article examinees how vulnerability operates within the intimate economy in Hong Kong’s prominent entertainment district of Wanchai. Best known in its portrayal of The World of Suzie Wong, Wanchai’s historicity is anchored in a legacy of colonialism, orientalist imagination, and Western militarization. Presently, the area continues to cater to Western expatriate men, foreign travellers and the US Navy. An influx of Southeast Asian migrant domestic workers to Hong Kong in recent decades has led to the rise of new intimate relationships fostered in the bar district. While Wanchai is renowned as a red-light district celebrating white Western masculinity, a complex portrait emerged after a year of ethnographic fieldwork observing the intimate exchanges between Western expatriate men and Southeast Asian migrant domestic workers, as two groups who are positioned on opposite ends of the city’s socioeconomic spectrum. Contrary to recurrent portrayals of female victimhood in commercialized sex industries, this article illustrates how other experiences of vulnerability, particularly those of the Western male expatriate partner, also deserve critical attention. By exploring the decommercialized transactions within Wanchai’s intimate economy, this piece demonstrates how the intimate relations forged between Western expatriates and Southeast Asian migrants can help negotiate longstanding gendered relations of power and shared senses of structural precarity.

This paper aims to focus on the basic principle of WO₃ gas sensors to achieve high gas-sensing performance with good stability and repeatability. Metal oxide-based gas sensors are widely used for monitoring toxic gas leakages in the environment, industries and households. For better livelihood and a healthy environment, it is extremely helpful to have sensors with higher accuracy and improved sensing features.

In the present review, the authors focus on recent synthesis methods of WO₃-based gas sensors to enhance sensing features towards toxic gases.

This work has proved that the synthesis method led to provide different morphologies of nanostructured WO₃-based material in turn to improve gas sensing performance along with its sensing mechanism.

In this work, the authors reviewed challenges and possibilities associated with the nanostructured WO₃-based gas sensors to trace toxic gases such as ammonia, H₂S and NO₂ for future research.

Undertaking the theoretical lens of “The need to belong” theory, the present study intends to explore the aftermath of internal whistleblowing and the behavioral outcomes that follow by linking it to the literature on workplace ostracism, loneliness and intentions to quit.

The respondents were hotel employees in the Delhi NCR region of northern India. A hypothesized sequential mediation model was tested on a sample of employees from a hotel using a three-wave time-lagged multistudy design.

The findings of the study established that internal whistleblowing leads to intentions to quit via workplace ostracism and loneliness at work.

The unique contribution of this study lies in understanding the underlying mechanisms and discussing the behavioral outcomes that follow post-whistleblowing. HR managers need to develop a work environment that protects whistleblowers and has a zero-tolerance policy against employees engaging in any form of retaliation or unethical business practices. Managers must be more proactive and sensitive to the social cues that will make them aware of the presence of acts of ostracism. Upon encountering such acts, managers can consider counseling employees engaging in such unhealthy practices.

Information Technology (IT) has ushered in not only large societal opportunities but also large uncertain ‐ ties and risks. Future developments, like ubiquitous networked embedded systems, are technologies society may face. Such technologies offer larger opportunities and uncertainties because of their ability to widely distribute power through their small, inexpensive, and ubiquitous characteristics. Many interpretations of how these technologies may develop have been postulated, ranging from the conservative Precautionary Principle, to uncontrolled development leading to “singularity.” With so much uncertainty and so many predictions about the benefits and consequences of these technologies, it is important to raise ethical questions, determine potential scenarios, and try to identify appropriate decision points and stakeholders. Rather than going along an unknown path, perhaps lessons could be learned from recently deployed technologies, such as nuclear technology, that were controversial but offered similarly large potential benefits and risks. The experience of nuclear technology development, with its various successes and failures, is recalled and compared with potential scenarios in the development of networked embedded systems

The Communist revolution in China has led to the appearance in this country of increasing numbers of Chinese books in Russian translation. The Chinese names in Cyrillic transcription have presented many librarians and students with a new problem, that of identifying the Cyrillic form of a name with the customary Wade‐Giles transcription. The average cataloguer, the first to meet the problem, has two obvious lines of action, and neither is satisfactory. He can save up the names until he has a chance to consult an expert in Chinese. Apart altogether from the delay, the expert, confronted with a few isolated names, might simply reply that he could do nothing without the Chinese characters, and it is only rarely that Soviet books supply them. Alternatively, he can transliterate the Cyrillic letters according to the system in use in his library and leave the matter there for fear of making bad worse. As long as the writers are not well known, he may feel only faintly uneasy; but the appearance of Chzhou Ėn‐lai (or Čžou En‐laj) upsets his equanimity. Obviously this must be entered under Chou; and we must have Mao Tse‐tung and not Mao Tsze‐dun, Ch'en Po‐ta and not Chėn' Bo‐da. But what happens when we have another . . . We can hardly write Ch'en unless we know how to represent the remaining elements in the name; yet we are loth to write Ch'en in one name and Chėn' in another.

With the acceleration of global energy structure transformation, hydrogen has been widely used for its non-pollution and high efficiency, and hydrogen detection is used to guarantee the hydrogen safety. The purpose of this paper is to study the research foundation, trend and hotspots of hydrogen detection field.

A total of 4,076 literature records from 2000 to 2021 were retrieved from the core collection of the Web of Science database selected as data sources. The literature information mining was realized by using CiteSpace software. Bibliometrics was used to analyze information, such as keywords, authors, journals, institutions, countries and cited references, and to track research hotspots.

Since the 21st century, the number of publications in the hydrogen detection field has been in a stable stepped uptrend. In terms of research foundation, the hotspots such as core-shell structures, nano-hybrid materials and optical fiber hydrogen sensors have been studied extensively. In combination with the discipline structure and research frontier, the selectivity, sensitivity, response speed and other performance parameters of hydrogen sensors need further improvement. The establishment of an interdisciplinary knowledge system centered on materials science and electronic science will become a long-term trend in the research of hydrogen detection.

This study presents an overview of research status, hotspots and laws in hydrogen detection field, through the quantitative analysis of much literature in the field and the use of data mining, so as to provide credible references for the research of hydrogen detection technology.

The design and retrofit of the heat exchangers in a boiler should take into account the processes occurring on the side of combustion and steam. For this reason, this study aims to couple a one-dimensional hydrodynamic model of steam with computational fluid dynamics (CFD) simulation of flue gas.

Radiant/semi-radiant platen heat exchangers are simplified as plane surfaces for CFD, while convective heat exchangers are introduced into the CFD simulation as energy/momentum absorption sources.

Numerical simulation is performed for a 1,000 MWe coal-fired ultra-supercritical boiler. The calculation results are validated by the thermodynamic design data. Tube outside surface temperature, as well as ash deposit temperature distributions, are obtained.

Complex tube arrangements can be completed with the aid of AutoCAD, and therefore, the simulation could offer detailed information of heat exchangers. In a word, a more reliable modeling of the whole steam generation process is achieved.

This article reviews and discusses issues in the translation of international brand names to Chinese, and provides a framework for international brand managers who want to expand into China. Linguistic differences between Chinese and English are wide and deep, making translation of brand names difficult. Cultural context, pronunciation, written vs. oral language, and the meaning of characters are just a few examples of such difficulties. We discuss four global product‐naming strategic alternatives available to country/brand managers, along with their usage. The four approaches include (1) dual extension, (2) brand meaning extension, (3) brand feeling extension, and (4) dual adaptation. We also provide examples of brands utilizing the different approaches.

This paper aims to provide an initial determination of the date of construction, locations and a typology of design of the pill‐boxes of the Gin Drinker's Line constructed by the colonial Hong Kong Government.

Post‐war aerial photos taken by the Royal Air Force and R.C. Huntings were examined and site visits made to locate and measure the pill‐boxes. Relevant archive materials were consulted to help interpret findings.

A total of 76 pill‐boxes, most in ruins due to post‐war destruction for obtaining their steel bars, were mapped on a 1:25,000 scale to give a good idea of the nature of the Gin Drinker's Line. The study finds that, of these, 50 have survived. The pill‐boxes predated those built in the UK to anticipate of German landing.

The paper demonstrates how aerial photos can be used for historical research and conservation planning. Though the locations of the pill‐boxes identified are subject to detailed site surveying, the basic pattern of pill‐box distribution has been identified.

This is the first attempt to map the Gin Drinker's Line and classify its pill‐boxes. The findings are useful references for the actual conservation of colonial heritage in Hong Kong as part of China, as well as for further inquiry into the military history of the Second World War.