This paper presents Lishu, a deployable web artifact for searching, monitoring, and interpreting literature from elite business and management journals. The system integrates the UTD-24 and Financial Times 50 (FT50) journal pools and combines Crossref, OpenAlex, Unpaywall, and optional CORE enrichment to support a broader research workflow than article retrieval alone. In the current implementation, users can search across curated journal pools, apply multi-journal filters, preview open full-text excerpts when available, generate citations and exports, inspect topic and affiliation structure, produce review drafts, simulate virtual peer review, and assemble grant-oriented research narratives. Unlike static journal directories or general-purpose academic search engines, the artifact is explicitly scoped to high-status management outlets and is designed to support sensemaking tasks that matter to researchers, doctoral students, and lab managers: identifying recent work, surfacing topical concentration, comparing themes, and converting search output into actionable research material. Architecturally, the system emphasizes source transparency, modularity, and low-cost public deployability through a lightweight Node.js service layer, a multi-page client interface, optional large-language-model enhancement for interpretation and writing support, and a free-tier persistence path through Supabase. The paper contributes both a functioning design artifact and an extensible architectural pattern for journal-pool-specific scholarly discovery and writing support, with implications for digital research infrastructure in information systems and business scholarship.

翻译：本文介绍“隶书”这一可部署的Web工具，专用于搜索、监测和解读精英商业与管理期刊文献。该系统整合了UTD-24和《金融时报》50（FT50）期刊池，并集成Crossref、OpenAlex、Unpaywall及可选的CORE增强模块，以支持比单纯文献检索更广泛的研究工作流。当前实现中，用户可跨精选期刊池搜索、应用多期刊过滤器、预览开放全文片段、生成引用及导出、分析主题与机构结构、构建综述草稿、模拟虚拟同行评审，并汇聚以资助为导向的研究叙事。与静态期刊目录或通用学术搜索引擎不同，该工具明确聚焦于高影响力管理类刊物，旨在支持研究者、博士生及实验室管理者所需的洞察任务：识别最新工作、发现主题集中度、比较研究主题，并将检索输出转化为可操作的研究素材。架构上，系统强调源透明度、模块化及低成本公共部署能力，通过轻量级Node.js服务层、多页面客户端界面、可选的用于解读与写作支持的大语言模型增强功能，以及基于Supabase的免费持久化路径实现。本文既贡献了一个可运行的设计原型，也提供了一种可扩展的架构模式，用于特定期刊池的学术发现与写作支持，对信息系统与商学领域的数字研究基础设施具有启示意义。