摘要：Graphene-like N,S-codoped bio-carbon nanosheets(GNSCS) were prepared by a facile and environment-friendly NaCl non-aqueous ionic liquid route to house sulfur for lithium-sulfur battery. The natural nori powder was calcined at 900°C for 3 h under Ar, in which NaCl non-aqueous ionic liquid can exfoliate carbon aggregates into nanosheets. The structural characterization of GNSCS by a series of techniques demonstrates the graphene-like *** evaluated as the matrix for sulfur cathode, GNSCS/S exhibits more prominent cycling stability and rate capability.A discharge capacity of 548 mA h g-1 at a current density of 1.6 A g-1 after 400 cycles was delivered with a capacity fade rate of only 0.13% per cycle and an initial Coulombic efficiency(CE) as high as 99.7%. When increasing the areal sulfur loading up to 3 mg cm-2, the discharge capacity can still be retained at 647 mA h g-1 after more than 100 cycles with a low capacity degradation of only ~0.30% per cycle. The features of N/S dual-doping and the graphene-like structure are propitious to the electron transportation, lithium-ion diffusion and more active sites for chemically adsorbing polysulfides. It is anticipated that other functional biochar carbon can also be attained via the low-cost, sustainable and green method.

摘要：随着中小学生校外托管中心的日益发展壮大,如何高效管理好托管中心成为人们关注的问题。而随着智能手机的普及,许多工作都可以通过各种移动应用来解决。因此,该文提出基于ionic的混合模式移动应用(Hybird App)开发方式,设计并实现了智慧托管系统,有效解决家长和托管中心数据信息交互问题,提高托管中心管理效率。

摘要：ionic是Hybrid App混合模式下实现跨平台移动应用开发的一种方案,以其开源的代码库让开发者使用Web技术如HTML、CSS、AngularJS等开发出具有原生体验的移动应用。分析ionic关键技术,介绍如何基于ionic平台创建高性能且美观的跨平台移动端Hybrid APP,并结合其主要技术设计一款移动地铁应用。实践证明,使用ionic技术能够实现高效的移动端应用开发,从而解决了原生应用开发时间长、难度大、无法实现跨平台等缺陷。

摘要：文章分析了高校现阶段迎新工作面临的主要问题,提出了一种使用ionic和***技术设计的高校预报到系统。该系统主要实现了新生登录、新生信息查询和填报等功能。ionic混合开发模式具有跨平台优势和***服务器具有轻量级优势,为高校信息系统建设提供参考。

摘要：移动互联网的飞速发展,促进了国内手机电子市场的飞速发展以及智能手机的普及,最终推动了移动APP应用开发市场的发展。文章设计了一个ionic框架的移动平台图片浏览HybridAPP,移动端采用PhoneGap组件库,服务器端采用PHP平台,后台数据存储采用MySQL数据库,移动端和服务器端的通信采用JSONP协议。

摘要：本文分析了在当前原生App应用开发存在的问题的基础上,利用ionic、 Angular JS框架设计实现了跨平台的物业管理系统App。通过使用App,小区物业管理部门提高了管理效率,业主也更快捷、便利的获取了物业服务。

摘要：为了满足煤矿用户对安全生产过程的实时监督与管控,提升矿井的安全管理水平,提出了一种基于移动终端的矿井安全生产APP应用,区别于传统的原生开发APP,采用一种基于ionic技术的设计与开发方式,这种设计与开发方式可以让开发者通过Web开发思维,采用Angular,Cordova,HTML5,CSS,TypeScript等前端开发技术对快速的跨平台混合移动应用的开发,开发成本小,速度快,可维护性好,本文介绍了ionic技术的基本原理、开发部署方式及矿井安全生产移动APP的设计方案,并验证了其可行性。

摘要：分析了信息时代在高校学生信息处理维护工作中面临的主要问题,提出了利用ionic等前端技术设计并实现了学生信息自助维护Android App系统。该系统主要实现了学生的信息查询与填报,简化了疫情期间学生信息采集处理过程。利用ionic开发的跨平台优势,为高校智慧校园建设中应用服务的设计模式提供参考。

摘要：While a great deal of research has focused on the application of full-sequence ionic complementary peptide, detection of the capability of half-sequence ionic complementary peptide such as drug carriers, is rarely reported. This paper presents that the half-sequence ionic complementary peptide P9 (AC-Pro- Ser-Phe-Asn-Phe-Lys-Phe-Glu-Pro-NH2) can successfully stabilize a model hydrophobic drug pyrene in the aqueous solution. Soybean lecithin vesicles were used to mimic plasma membranes. Fluorescence data show that the pyrene is presented in the crystalline form when stabilized by P9 solution, and molecularly migrated from its peptide encapsulations into the membrane bilayers when the suspension is mixed with lipidosome vesicles. Slower release was observed when thicker coating was applied onto pyrene, which could be to control the wall thickness coating the cargo, and consequently the release rate. The result indicated that P9, with half-sequence ionic complement, may serve as a hydrophobic compounds carrier.

摘要：研究了以ionic和Cordova框架为基础,结合移动Web GIS技术和SOA架构的混合应用开发模式,开发了土地执法外业核查APP。详细介绍了系统的架构和实现方法,并阐述了系统的核心功能与关键技术应用。在武汉市开展实际应用,验证了系统的可行性与科学性,与传统模式开发的应用系统相比,该系统在跨平台、高性能、低成本上有显著优势。