Room

摘要： 在未来大学四年的生活中,与我们联系最为紧密的就是朝夕相处的室友们。也许你们会惺惺相惜,成为了很好的朋友。也许会气场不和,总有各种各样的矛盾,无法共处一室。但无论如何,如何与室友相处,都是我们需要思考的问题。本文章提供了10个小建议,希望能帮助你度过即将到来的四年愉快的宿舍时光。

摘要： Ben Ouaniche是一位热爱微距和延时摄影的以色列摄影师。日前,他在自己的YouTube频道“Macro Room”上发布了一组令人震撼的画面,带你领略油墨融入水的精彩时刻。Ben和几位朋友花了 6个月时间,精准记录墨汁入水的种种瞬间。他们在水中放入城市模型、植物等道具,不同颜色的墨汁入水后仿佛瞬间爆炸,时而聚合形成花朵形状,时而像外星系的绚丽星云,时而又如同包裹大楼模型的蓝色沙尘暴,变幻多姿,颠覆人们的想象。令人不禁感叹,平日里常被我们忽视的彩色油墨在溶解时竟如此壮观。

摘要： 一群科学家、天文学家与工程师每周都在马里兰州"霍华德县一座研究园区里的一间会议室开会,拟定拯救世界的计划。“保持冷静,带着‘飞镖’。”墙上的一张海报写道。“飞镖”是“双小行星重新定向测试”的简称—这是他们避免灾难的计划,也是美国国家航空航天局的第一项非探索性的任务,却能防卫来自宇宙空间的危险。

摘要： The computer laboratory of colleges and universities plays a key role in the scientific research and talent training of colleges and universities.The maintenance and management of computer room is relatively heavy.In recent years,the computer motherboard supports the development of restore function and network transmission function,which brings great convenience to the management and maintenance of computer room in colleges and universities.Among them,the representative is Tsinghua Tongfang''s network with the transmission technology and Lenovo''s network transmission technology,but in order to achieve the network with the transmission of this function,also need to meet a lot of conditions.This paper will mainly explore the management of college computer room cannot use the hardware network to restore the computer function.

摘要： 在老唱片音效的电影音乐伴奏下,身着Greel Room最新系列时装的模特从历史感十足的木质楼梯上缓缓走下,优雅而充满活力。经过二楼客厅和阳台,慢慢踏入秋日风情的花园中,徘徊畅游,犹如名媛女伶在参加一场优雅的假日舞会……Greel Room高级定制女装2018秋冬系列发布会在思南公馆65栋别墅如期举行。

摘要： Objectives: The objectives of this article are to: 1) Determine the prevalence of parturient that escapes from the ETME, 2) Determine the rate of acceptability or non-acceptability of the HIV tests, 3) Describe the epidemiological profile and 4) Describe the factors explaining the lack of screening during pregnancy. Methodology: This report is based on an eventual descriptive study carried out in the Maternity Ward at the Ratoma Medical Centre for the past six months. The study took place over six (6) months from June 15 to December 15, 2016. The data were collected by individual interviews using a data collection sheet and prenatal consultation booklet that were administered to parturients in their language of comprehension. Each unscreened parturient received in the delivery room or in immediate postpartum received pre- and post-test HIV/AIDS counseling with immediate announcement of the outcome for all those who accepted the principle. For parturients who were in the active phase of work, counseling/testing was done in the immediate postpartum period. The data were manually collected from the pre-established fact sheets, captured using the Word, Excel and PowerPoint software packages of the 2007 Office and analyzed by the Epi-Info software (version 3.5.4). The limitations of the study were the lack of adequate room for the HIV testing council, the refusal of HIV testing by some parturients and the lack of achievement of CD4 levels in the hospital laboratory. Outcomes: The survey indicated that out of the 41.80% (177/423) of pregnant women that have recently given birth, ignore their HIV status. About 36.90% (66/177) rejected the screening and the 6.4% (7/111) that accepted were HIV/AIDS positive. The epidemiological study revolved around the following categories of women aged between 24 and 33 (42.85%), 1) Married (100%), 2) Housewives (57.14%), 3) Out-of-school (57.14), 4) Lack prenatal follow-up (42.85%), 5) Ignorance of the existence of HIV (71.42%). Reason Invoked for the Unawareness: No screening was proposed for prenatal follow-up (90.40%). Conclusion: The HIV testing approach in the work room could serve as a catch-up strategy to reduce vertical transmission and thus increase the operational coverage of the PMTCT service. The upgrading providers of basic facilities would be necessary in order to offer the HIV screening in refocused prenatal consultations, which could reduce the catch-up/contamination in the work room.

摘要： Patients present to the emergency department with critical and complex medical conditions that require a broad scope of medicine to achieve patient outcomes. Emergency medicine physicians are recognizing the importance and positive outcomes that arise when palliative care teams are consulted in the emergency room. Today, medical schools, residency programs, and emergency departments are requiring palliative care curriculum apart of their education. However, there continues to be a gap in early initiation of palliative care in emergency medicine. Nurse practitioners are becoming pivotal in the emergency department, and patients are considering them key providers in their medical journey. The role of an advanced practice nurse in an emergency room may be optimal for the early onset of palliative care consultation. This manuscript examines current knowledge that explores the background of palliative care, the current practice in the emergency department, the positive outcomes and gaps that still exist today, and the increasing role of an advanced practice nurse in the emergency room and their impact on palliative care initiation.

摘要： The idea of‘nanotechnology’was kindled by a talk–There’s Plenty of Room at the Bottom–given by the famous physicist Richard Feynman at an American Physical Society meeting at Cal Tech back in 1959.In this talk,he described a possibility to manipulate and control individual atoms and molecules.Since then,brilliant minds have joined in this new area,creating many new devices to help understanding how things work at the atomic level and new ways to create functional materials with nanoscale accuracy.Along the way,Chinese scientists also have made their marks.

摘要： 本发明涉及气垫船运动控制领域，具体涉及的是一种基于纵向速度规划的气垫船高速回转控制方法。本发明采用基于侧滑角约束的航速规划方法解决了气垫船采用传统非线性反馈控制在高速回转时的失速问题，能够保证气垫船在回转的同时实现精确的航速跟踪，提高了气垫船的机动性和作业能力，本发明在保证气垫船在高速回转过程中准确跟踪期望艏向的同时避免回转率过大导致的甩尾现象，提高了气垫船在高速回转时的可靠性和安全性。

摘要： 本发明适用于材料技术领域，提供了一种低光泽度聚氯乙烯材料及其制备方法、应用，其中，所述低光泽度聚氯乙烯材料包括以下重量份数的原料：聚氯乙烯树脂80～100份、稳定剂1～10份、增塑剂4～15份、加工助剂0.8～5份、改质剂4～15份、消光剂0～5.5份以及润滑剂0.5～5份。本发明通过稳定剂、增塑剂、加工助剂、改质剂、消光剂以及润滑剂各原料的合理配比，配合特定种类的聚氯乙烯树脂，所得到的低光泽度聚氯乙烯材料，不仅易于加工成型、且具有较为优异力学性能，且低光泽度，耐温以及成本低；另外，通过消光剂的加入可进一步降低材料光泽度的同时，进一步提高本发明聚氯乙烯材料机械力学性能，具有很好的经济效益。

摘要： 本发明涉及光纤耦合技术领域，尤其涉及一种高效率的叠阵型半导体激光器，包括激光源、光束整形组件、会聚透镜、鲍威尔棱镜组件和光纤；所述激光源发出的光束经过光束整形组件进行整形；整形后的光束经会聚透镜会聚，会聚后光束经过鲍威尔棱镜组件进行光束整形可以耦合进光纤的光束。本发明系统结构简单,便于操作,减少了操作步骤,光纤耦合效率达到84.3％。

摘要： 本申请公开了一种变频空调控制方法、装置、电子设备和介质。其中方法包括：获取空调的设置温度值，获取当前室内温度值；根据所述设置温度值、所述当前室内温度值和预设偏差阈值，确定所述变频空调的系统负荷率；获取当前室外温度值，获取所述变频空调的目标器件的信息；依据所述当前室外温度值、所述目标器件的信息以及所述系统负荷率，确认总传热温差；以达到所述总传热温差为目标，对所述变频空调的制冷系统进行控制，可以控制空调系统在不同负荷率下、不同室外温度值下运行在比较高的能效，实现空调系统节能运行。

摘要： 本发明涉及兽医生物技术领域，尤其涉及一种猪轮状病毒重组蛋白以及表达该蛋白的重组腺病毒和应用。所述所述重组蛋白由猪轮状病毒5型VP7蛋白和猪轮状病毒9型VP8蛋白连接组成，具体包括如SEQ ID NO:1所示的氨基酸序列。本发明将猪轮状病毒5型VP7蛋白和猪轮状病毒9型VP8蛋白的编码基因的基因序列构建至腺病毒表达载体中，并进行密码子优化，制备得到针对猪轮状病毒的重组腺病毒，该重组腺病毒表达的目的蛋白的结构和功能与天然状态完全一致，具有较高的安全性和免疫原性。

摘要： 本发明公开了一种改性TPEE电缆料及其制备方法，所述改性TPEE电缆料，按重量份数计，其组分包含改性TPEE100份，阻燃剂50‑100份，阻燃协效剂2‑10份，润滑剂1‑5份，抗氧剂1‑5份，助剂5‑10份。本发明提供的改性TPEE电缆料通过对TPEE接枝功能化石墨烯，以及对阻燃剂氢氧化镁进行改性，使其兼具优异的阻燃性能，力学性能，热老化性能以及加工性能，并且可回收利用，环境友好。

摘要： 本发明公开了一种路线规划方法，包括：获取N个订单的物流信息，所述物流信息包括订单地址，所述订单地址包括第一地址以及第二地址，其中，所述第一地址为目的地在直送范围内的地址，所述第二地址为目的地在直送范围外的地址，N为正整数；筛选出所述订单地址为所述第一地址的M个订单，确定配送M个订单的第一初始路线，对所述第一初始路线进行优化，得到第一优化路线，M为小于等于N的正整数；筛选出所述订单地址为所述第二地址的N‑M个订单，确定配送所述N‑M个订单的第二初始路线，对所述第二初始路线进行优化，得到第二优化路线。

摘要： 本发明公开了一种芳砜纶/四氧化三铁磁性长丝的制备方法，包括如下步骤：四氧化三铁磁性纳米颗粒制备、芳砜纶/四氧化三铁共混纺丝液制备、湿法纺丝，得到具有不同截面形状的磁性长丝。本发明可以实现芳砜纶的连续化湿法纺丝，制备过程温和可控；本发明将四氧化三铁磁性颗粒结合到芳砜纶纤维中，可以实现芳砜纶纤维的功能化，使得芳砜纶纤维具备磁性；本发明采用蛋白模板调控法制备四氧化三铁磁性颗粒，实现四氧化三铁磁性颗粒形貌及尺寸调控，同时使得纳米颗粒在纺丝液中分散均匀性；本发明制备的芳砜纶/四氧化三铁磁性长丝可用于保健、过滤、智能纺织品等领域。

摘要： 本发明属于污水处理技术领域，尤其是涉及一种污水水质预处理快速检测装置，包括检测水箱，检测水箱内壁上固定连接有第一竖板和第二竖板，第一竖板和第二竖板将检测水箱分隔成处理腔室、检测腔室和储存腔室，处理腔室内底壁上固定连接有向下延伸的梯形凸起，且梯形凸起内形成沉淀腔室，梯形凸起的下端固定连接有两根竖直的排污管，检测水箱的侧壁上固定连接有与处理腔室连通的污水进水管。优点在于：本发明可以对不同分层的污水进行水质检测，且多层之间的检测过程均为独立过程，不会出现相互之间的影响，能够对污水进行实时的检测，有助于后续的数据统计，另外采用分级式的检测方式，能够有效的对污水进行全面的检测，提高检测的质量。

摘要： 本发明公开了一种软硬件联合验证系统及方法。该系统包括：驱动软件、基于systemc模拟的存储器和异构集群；驱动软件嵌入在systemc框架中；驱动软件根据预设验证需求向异构集群发送驱动指令；存储器加载并保存待验证数据；异构集群根据驱动指令从存储器中提取待验证数据，计算得到输出数据，发送至驱动软件；驱动软件根据输出数据进行软硬件的联合验证。通过systemc模拟异构集群，驱动软件嵌入systemc框架，为驱动软件提供与硬件功能相等的模型，实现驱动软件对硬件的控制流程，协助软件前期的开发与调试，为硬件提供标准数据。解决了现有技术中软件与硬件在大多数的系统开发中分开进行，导致开发周期长的技术问题。