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        Subsecond melt processing for achieving SiGe layers

        Matthias Voelskow,Aloke Kanjilal,Wolfgang Skorupa 한국물리학회 2010 Current Applied Physics Vol.10 No.5

        Flash lamp annealing induced rapid melting of a near surface Ge enriched Si wafer and the subsequent formation of SiGe layers were demonstrated. The formation of an undesirable facetted liquid/solid interface, well known for pulse melting in the millisecond time regime, was found to decrease significantly due to the increasing melting temperature of Si with reducing Ge concentration at the SiGe/Si interface. A dislocation network and the existence of strain, which were evidenced by transmission electron microscopy and μ-Raman measurements, respectively, are expected to play an important role to form thin SiGe layers.

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        Bronchial Response to High and Low Molecular Weight Occupational Inhalant Allergens

        Agnieszka Lipińska-Ojrzanowska,Ewa Nowakowska-Świrta,Marta Wiszniewska,Jolanta Walusiak-Skorupa 대한천식알레르기학회 2020 Allergy, Asthma & Immunology Research Vol.12 No.1

        Purpose: Occupational asthma may be induced by high- or low-molecular weight allergens (HMWA or LMWA, respectively). The study was conducted to compare the pattern of bronchial response in 200 HMWA-induced asthmatics (n = 130) and LMWA-induced asthmatics (n = 70). Methods: The study participants underwent a single-blind, placebo-controlled specific inhalation challenge (SIC) with workplace allergens, accompanied by evaluation of non-specific bronchial hyperresponsiveness (NSBHR) with methacholine before and after the SIC. Results: A single early bronchial response more frequently occurred in HMWA-induced asthmatics than in LMWA-induced asthmatics (86.2% vs. 20%). An isolated late bronchial response or atypical patterns were more frequently observed in LMWA-induced asthmatics than in LMWA-induced asthmatics (45.7% vs. 3.8% or 34.3% vs. 10%, respectively). Baseline NSBHR before SIC was more often detected in LMWA-induced asthmatics than in HMWA-induced asthmatics (81.4% vs. 54.6%), and the median value of the provocation concentration of methacholine was relevantly lower in these patients before and after SIC. A significant 3-fold increase in NSBHR after SIC was observed more often in LMWA-induced asthmatics than in HMWA-induced asthmatics (82.8% vs. 66.1%). In addition, compared to LMWA-induced asthmatics, HMWA-induced asthmatics were older, were more frequently active smokers, showed lower level of NSBHR, and more frequently continued their work in harmful occupational exposure. Conclusions: The results of this study suggest that HMWA-induced asthmatics may have milder clinical courses and that there is a possibility of job continuation despite asthma exacerbation requiring medical surveillance.

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