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ItemNo Preview AvailableAN A /R / TOGR APHIC BLUEPRINT FOR WALKING IN FOUR PROPOSITIONSColeman, K ; Cook, PJ ; Irwin, RL ; Lee, NYS ; Baldus, AI ; Barney, DT ; Ursino, JM ; Eskandary, ZV (InSEA Publications, 2024-05-01)
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ItemNo Preview AvailableDRAWING, WRITING, AND WALKING: AN A/R/TOGRAPHIC PROPOSITION IN 7 PROMPTSMallos, M ; Sajadi, N ; Coleman, KS ; Irwin, RL ; Lee, NYS ; Baldus, AI ; Barney, DT ; Ursino, JM ; Eskandary, ZV (InSEA Publications, 2024-05-01)
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ItemMixed methods researchBlackham, A ; Blackham, A ; Cooney, S (Edward Elgar Publishing, 2024)Mixed methods research designs meaningfully integrate both qualitative and quantitative methods to understand a research problem. Mixed methods research methodologies can be used to cast a nuanced light on complex legal problems, generating new answers which would not be perceived with one data source alone. However, mixed methods research appears rare in labour law research, perhaps reflecting gaps in legal data, the time and cost of undertaking such studies, and limited training in quantitative methods in some jurisdictions. This chapter identifies data sources that could enable a new generation of mixed methods labour law research.
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ItemContinuous Flow Synthesis of Conjugated Polymers and Carbon MaterialsMitchell, VD ; Wong, WWH ; Leclerc, M ; Morin, JF (WILEY-V C H VERLAG GMBH, 2017)The basic equipment associated with the synthesis of chemicals in the laboratory has remained essentially unchanged since the establishment of chemistry as a scientific discipline. Most techniques and apparatus are optimized for batch-by-batch processes. These traditional batch techniques have the benefit of familiar and time-tested methodology and low up-front cost, and therefore the shift to more modern apparatus requires some additional motivating factors. Continuous flow processing is a technique which involves a nontrivial initial investment of both time and finances, but which offers significant benefits to synthetic chemists. Continuous flow processing has been increasing in prominence in the research laboratory setting in the last decade, and a number of research groups now specialize in the development of methods for flow processing. This progress is buoyed by the commercial availability of the associated equipment, which can now be purchased from several vendors.
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ItemAggregation-induced emitters in light harvestingZhang, B ; Gao, C ; Neto, NS ; Wong, WWH ; Tang, Y ; Tang, BZ (Springer International Publishing, 2018-10-09)Light harvesting is an integral part of energy conversion of sunlight into chemicals and electricity. In this chapter, the application of materials with aggregation-induced emission properties in artificial photosynthesis and photon refining technologies is summarized and discussed. In artificial photosynthesis, aggregation-induced emitters enable efficient energy transfer in self-assembled arrays. Thin film luminescent solar concentrators have also been made possible by aggregation-induced emitters as high concentrations of these chromophores can be used in such devices. Aggregates are also important in photon upconversion where proximity of chromophores enables efficient triplet energy transfer and triplet-triplet annihilation processes.
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ItemRecalibrating Minimum Force: Some Unintended Consequences of Tom Swift's 'Electronic Rifle'Ryan, E ; Warren, I ; Bedford, L ; den Heyer, G ; Albrecht, JF (Springer Nature, 2024-05-29)This book comprehensively examines five key areas of concern across the field of policing.