Sound Technologies(声音技术)研究综述
Sound Technologies 声音技术 - ABSTRACT This paper demonstrates how sound restructures audience engagement with narrative visuals, thus nostalgia is being refocused through the appearance of sound technologies. [1] A great attention has been recently paid to development of ultrasound technologies for treatment of blood vessels throughout the world. [2] ’ Starting with the first sound newsreel of Charles Lindbergh’s take-off, the aviation film became a crucial but understudied site for the testing and development of sound technologies, as well as for the teaching of sound film literacy. [3] Recent developments in ultrasound technologies have led to user-programmable systems, which enable real-time dynamic control over the phase and apodization of each individual element in the imaging array. [4] However, few studies have evaluated the ability to use these teleultrasound technologies to guide a nonmedical novice to perform an acute care POCUS examination for cardiac, pulmonary, and abdominal assessments. [5] Though fetal heart rate variability methods demonstrated abilities to predict perinatal asphyxia, most of the Doppler ultrasound technologies used in clinical practice do not provide sufficiently accurate fetal heart rate signals for heart rate variability analysis. [6] The role of sensor technology and portable miniaturized systems has been considered to be paid special attention to the portable sample treatment systems based on microwave and ultrasound technologies and the use of image processing systems. [7] Noel’s poetry shows how creative voices and the reappropriation of sound technologies can help position the diasporic subject and subvert dominant sonic structures. [8] Our current efforts center around a virtual reality application that provides learners with the opportunity to master competencies in the use of ultrasound technologies, which have surfaced in many nurse practitioner certifications as a necessary skill. [9] Both standardized diagnostic criteria and new ultrasound technologies are essential for improving the accuracy of thyroid ultrasound. [10] The clinical utility of some of the advancing ultrasound technologies such as microflow imaging and elastography will also be discussed. [11] Recently, with the progress of computer technology and related technologies, a variety of new ultrasound technologies have emerged in clinic, which expanded the application fields of ultrasound. [12] The anatomical development of the posterior fossa can be visualized well with the newest ultrasound technologies. [13] Further development of differential diagnostic criteria for macrometastases and synchronous ovarian tumors using modern ultrasound technologies is a promising task, since this information is necessary to correct the volume of surgery in this category of patients. [14] Researchers on sound technologies and media, such as Jonathan Sterne (2003), Rick Altman (2004) and Jacob Smith (2008), have made similarly significant contributions to the field, exploring the cultural origins and development of sound technologies. [15]摘要 本文展示了声音如何通过叙事视觉重构观众的参与，从而通过声音技术的出现重新聚焦怀旧。 [1] 近来，全世界对用于治疗血管的超声技术的发展给予了极大的关注。 [2] ’从查尔斯·林德伯格起飞的第一部有声新闻片开始，航空电影成为测试和开发有声技术以及教授有声电影素养的重要但未被充分研究的场所。 [3] 超声技术的最新发展导致了用户可编程系统，该系统能够实时动态控制成像阵列中每个单独元件的相位和变迹。 [4] 然而，很少有研究评估使用这些远程超声技术指导非医学新手进行心脏、肺和腹部评估的急性护理 POCUS 检查的能力。 [5] 尽管胎儿心率变异性方法显示出预测围产期窒息的能力，但临床实践中使用的大多数多普勒超声技术不能为心率变异性分析提供足够准确的胎儿心率信号。 [6] 传感器技术和便携式小型化系统的作用被认为是特别关注基于微波和超声技术的便携式样品处理系统以及图像处理系统的使用。 [7] 诺埃尔的诗歌展示了创造性的声音和对声音技术的重新利用如何帮助定位流散主体并颠覆主导的声音结构。 [8] 我们目前的工作围绕着一个虚拟现实应用程序，该应用程序为学习者提供了掌握使用超声技术能力的机会，这在许多执业护士认证中作为一项必要技能浮出水面。 [9] 标准化诊断标准和新的超声技术对于提高甲状腺超声的准确性至关重要。 [10] 还将讨论一些先进的超声技术（如微流成像和弹性成像）的临床应用。 [11] 近年来，随着计算机技术及相关技术的进步，临床上出现了多种新的超声技术，扩大了超声的应用领域。 [12] 使用最新的超声技术可以很好地观察后颅窝的解剖发展。 [13] 使用现代超声技术进一步发展大转移和同步卵巢肿瘤的鉴别诊断标准是一项有前途的任务，因为这些信息对于纠正此类患者的手术量是必要的。 [14] 声音技术和媒体方面的研究人员，例如 Jonathan Sterne (2003)、Rick Altman (2004) 和 Jacob Smith (2008)，在探索声音技术的文化起源和发展方面对该领域做出了类似的重大贡献。 [15]
Environmentally Sound Technologies 环保技术
The science, technology and innovation, including environmentally sound technologies can play a vital role in development and in facilitating efforts to address global challenges, such as efforts to eradicate poverty, achieve food security and nutrition, enhance access to energy and increase energy efficiency, fight diseases, improve education, protect the environment, accelerate the pace of economic diversification and transformation, improve productivity and competitiveness, peace, justice and strong institutions and ultimately support sustainable development. [1] The purpose of this research was to determine whether environmentally sound technologies (ESTs) developed by these organizations were transferred to companies, either through cooperation during research or through mechanisms such as licensing agreements or spin-offs. [2] ABSTRACT Global governance on climate change has embraced the transfer of environmentally sound technologies as a crucial means of implementation to meet mitigation and adaptation. [3]科疾病、改善教育、保护环境、加快经济多样化和转型步伐、提高生产力和竞争力、和平、正义和强大的机构，最终支持可持续发展。 [1] 这项研究的目的是确定这些组织开发的无害环境技术（EST）是否通过研究期间的合作或通过许可协议或衍生产品等机制转让给公司。 [2] 摘要 全球气候变化治理已将无害环境技术的转让作为实现减缓和适应的关键实施手段。 [3]