Showing 161 - 180 results of 4,606 for search '(((cheers OR cheen) OR (((steer OR cher) OR when) OR sheet)) OR beer)', query time: 0.19s Refine Results
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    Inducing System-1-type diagnostic reasoning in second-year medical students within 15 minutes by Rosby, Lucy Victoria, Rotgans, Jerome Ingmar, Tan, Gerald, Low-Beer, Naomi, Mamede, Silvia, Zwaan, Laura, Schmidt, Henk

    Published 2020
    “…This experimental study aimed to determine whether novice medical stu- dents could be trained to utilize System-1 thinking when making diagnoses based on chest X-rays. Method: Second-year medical students were recruited and presented with a series of eight online chest X-rays cases. …”
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    Ab initio simulation of electronic and mechanical properties of aluminium for fatigue early feature investigation by Zhang, Shuai, Tan, Cher Ming, Cheng, Shuguang, Deng, Tianqi, He, Feifei, Su, Haibin

    Published 2016
    “…It has been shown that Young's modulus decreases with fatigue cycles and when a low threshold is reached, cracks will be initiated. …”
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    Erasure temperature measurements of heat assisted magnetic recording media by Chen, Y. J., Yang, H. Z., Leong, S. H., Cher, K. M., Hu, J. F., Sethi, P., Lew, Wen Siang

    Published 2015
    “…Magnetic force microscopy (MFM) and magnetic Kerr microscopy observations of the scanning laser induced degradation/erasure/demagnetization of the pre-recorded magnetic patterns on disk media (over a wide area of a few hundreds of μm2) show that the magnetic (MFM and Kerr signal) amplitude of the pre-recorded magnetic patterns decreases slowly with increasing laser power (Pw) (/temperature rise) for Pw ≲ 66 mW and then drops sharply to nearly zero for Pw ≥ ∼72 mW (the laser power corresponding to complete thermal erasure when the media temperature is ∼Te). It was further found that this trend of magnetic amplitude reduction with increased Pw is similar to that from magnetic amplitude decrease of pre-recorded magnetic patterns with increased bulk heating temperature. …”
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    Journal Article