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Auditing the Auditors: The Audit Oversight Board and Regulating Audit Quality in Malaysia
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作者 Hashanah Ismail Mazlina Mustapha 《Journal of Modern Accounting and Auditing》 2015年第3期138-142,共5页
The setting-up of the Malaysian Audit Oversight Board (AOB) in 2010 under the Securities Commission Amendment Act 2010 has extended the role of regulators into the statutory audit domain for public listed companies.... The setting-up of the Malaysian Audit Oversight Board (AOB) in 2010 under the Securities Commission Amendment Act 2010 has extended the role of regulators into the statutory audit domain for public listed companies. Although the auditing profession in Malaysia has International Auditing Standards as prescribed minimum level of quality in the delivery of audit assurance services, self-regulation by the profession alone appears inadequate to ensure the delivery of quality audit services. With co-regulation, auditors now are monitored not just by the profession but also by a new statutory body with considerable regulatory powers to sanction auditors where quality of the audit process has been found wanting. This study solicits the opinions of auditors on their expectations of what the new regulator can achieve. Based on interviews with a sample of 30 auditors, the study finds that the majority believe that audit quality will be taken to a new level following AOB's remit of registration of auditors, compliance inspection with International Standard on Quality Control (ISQC), monitoring of financial statement quality, and its power of sanctions. A review of AOB's early years' inspection confirms these expectations. 展开更多
关键词 AUDITING statutory audit International Standard on Quality Control (isqc) auditing standards AuditOversight Board (AOB) audit regulation
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基于哈德曼编码的新型高分辨定域谱
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作者 柯汉平 蔡宏浩 《波谱学杂志》 CAS 北大核心 2020年第4期524-532,共9页
核磁共振(NMR)技术作为一种非植入无损伤的检测技术,已经广泛应用于化学、生物和医学等领域.本文基于哈德曼(Hadamard)编码的分子间单量子相干(iSQC)技术提出了一种新的序列,首先从理论上对该序列进行了简要的分析并阐明其原理,然后用... 核磁共振(NMR)技术作为一种非植入无损伤的检测技术,已经广泛应用于化学、生物和医学等领域.本文基于哈德曼(Hadamard)编码的分子间单量子相干(iSQC)技术提出了一种新的序列,首先从理论上对该序列进行了简要的分析并阐明其原理,然后用套管模型实验和脑模型实验验证该序列在不均匀磁场下准确定域和快速获取高分辨谱的能力.实验表明,该序列在不均匀磁场下可以快速获取高分辨定域谱,同时抑制溶剂峰信号,具备一定的应用价值. 展开更多
关键词 核磁共振(NMR) 哈德曼(Hadamard)编码 分子间单量子相干(isqc) 定域谱 不均匀磁场
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