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multi_column | multi_column_38.md | 基于A/S比的铝土矿浮选脱硅评价模型 | RAG_eval/doc_md/multi_column_38.md | Advanced Multi-Row Reasoning Attack | 在《基于A/S比的铝土矿浮选脱硅评价模型》中，表2显示“精矿”与“尾矿”的产率%分别是多少？这两个值相加是否为100.00？ | "精矿产率%为76.05，尾矿产率%为23.95；相加为100.00。" | "<tr>\n<td>精矿</td>\n<td></td>\n<td></td>\n<td>8.89</td>\n<td>76.05</td>\n<td>83.17</td>\n<td></td>\n</tr>\n<tr>\n<td>尾矿</td>\n<td></td>\n<td></td>\n<td>1.37</td>\n<td>23.95</td>\n<td>16.83</td>\n<td></td>\n</tr>" |
multi_column | multi_column_39.md | The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026 | RAG_eval/doc_md/multi_column_39.md | Structural Alignment Attack | In The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026, what programs are listed for the History channel at 10:30 and at 11:00? | "10:30 — (:05) The UnXplained; 11:00 — UnXplain.." | "<tr>\n<td>History</td>\n<td colspan=\"2\">The UnXplained</td>\n<td colspan=\"2\">The UnXplained</td>\n<td colspan=\"2\">The UnXplained</td>\n<td colspan=\"2\">(:05) The UnXplained</td>\n<td>UnXplain..</td>\n</tr>" |
multi_column | multi_column_39.md | The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026 | RAG_eval/doc_md/multi_column_39.md | Cross-Page Continuity Attack | In The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026, in the TELEVISION table legend line, what exact text immediately follows "High Definition"? | "Movie Ratings (from TMS) ★★★★ Excellent ★★★ Good ★★ Fair ★ Poor No stars: not rated" | "<td colspan=\"10\" align=\"center\">LEGEND: Bold indicates new or live programs ♦ High DefinitionMovie Ratings (from TMS) ★★★★ Excellent ★★★ Good ★★ Fair ★ Poor No stars: not rated</td>" |
multi_column | multi_column_39.md | The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026 | RAG_eval/doc_md/multi_column_39.md | Aggregation Attack | In The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026, how many half-hour slots does "Movie: Aquaman ★★ (2018)" span on TNT? | 6 | "<tr>\n<td>TNT</td>\n<td>(3:30) Movie: A...</td>\n<td colspan=\"6\">Movie: Aquaman ★★ (2018) Aquaman must save Atlantis from his power-hungry brother.</td>\n<td colspan=\"2\">Movie: Captain Marvel ★★ (2019)</td>\n</tr>" |
multi_column | multi_column_39.md | The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026 | RAG_eval/doc_md/multi_column_39.md | Header-Dependency Attack | In The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026, what program is scheduled at 9:00 on Disney? | "Movie: Zootopia ★★★ (2016)" | "<tr>\n<td>Disney</td>\n<td colspan=\"2\">(6:15) Movie: Frozen (...)</td>\n<td colspan=\"3\">Movie: Zootopia ★★★ (2016)</td>\n<td>Phineas</td>\n<td>Phineas</td>\n<td>Phineas</td>\n<td>Phineas</td>\n</tr>" |
multi_column | multi_column_39.md | The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026 | RAG_eval/doc_md/multi_column_39.md | Merged Cell Structural Attack | In The Washington Post TV Listings, Puzzles, Horoscopes and Sports — Jan. 1, 2026, on 26.1 WETA (PBS), which single program fills the entire 8:00 through 10:30 block (across the two adjacent merged spans)? | "• Great Performances" | "<tr>\n<td>26.1 WETA (PBS)</td>\n<td colspan=\"2\">• PBS News Hour</td>\n<td colspan=\"3\">• Great Performances</td>\n<td colspan=\"3\">• Great Performances</td>\n<td>• Amanp..</td>\n</tr>" |
multi_column | multi_column_40.md | World Athletics Indoor Highlights and the Health Benefits of Laughter | RAG_eval/doc_md/multi_column_40.md | Structural Alignment Attack | In World Athletics Indoor Highlights and the Health Benefits of Laughter, what is the exact subheading that introduces the section about Jakob Ingebrigtsen winning two titles? | "## Ingebrigtsen's double" | "## Ingebrigtsen's double" |
multi_column | multi_column_40.md | World Athletics Indoor Highlights and the Health Benefits of Laughter | RAG_eval/doc_md/multi_column_40.md | Cross-Page Continuity Attack | In World Athletics Indoor Highlights and the Health Benefits of Laughter, provide the complete sentence that states Amber Anning's victory was her first world title. | "The victory was the first time Anning has won a world title." | "The victory was the first time Anning has won a world title." |
multi_column | multi_column_40.md | World Athletics Indoor Highlights and the Health Benefits of Laughter | RAG_eval/doc_md/multi_column_40.md | Header-Dependency Attack | According to World Athletics Indoor Highlights and the Health Benefits of Laughter, which top-level section header immediately precedes the subheading '## The benefits of laughter'? | "# Wellbeing" | "# Wellbeing\n## The benefits of laughter" |
multi_column | multi_column_40.md | World Athletics Indoor Highlights and the Health Benefits of Laughter | RAG_eval/doc_md/multi_column_40.md | Advanced Multi-Row Reasoning Attack | In World Athletics Indoor Highlights and the Health Benefits of Laughter, what is the bold label directly associated with the note about Amber Anning enjoying other activities when younger, and name two of those activities? | "**SPORTY KID**; netball; swimming" | "**SPORTY KID**\nAmber Anning also enjoyed netball, swimming and dancing when she was younger." |
multi_column | multi_column_14.md | 钢结构高强度螺栓连接技术规程条文说明（JGJ 82-2011） | RAG_eval/doc_md/multi_column_14.md | Aggregation Attack | 根据钢结构高强度螺栓连接技术规程条文说明（JGJ 82-2011）第6.4节“安装”，请同时回答：6.4.8条指出强行穿入螺栓会使扭矩系数变化从而对设计预拉力造成怎样的影响？以及6.4.13条规定施工预拉力相对设计预拉力应增加多少？ | "达不到设计预拉力；增加10%" | "**6.4.8** 强行穿入螺栓，必然损伤螺纹，影响扭矩系数从而达不到设计预拉力。气割扩孔的随意性大，切割面粗糙，严禁使用。修整后孔的最大直径和修孔数量作强制性规定是必要的。\n**6.4.13** 高强度螺栓连接副在拧紧后会产生预拉力损失，为保证连接在工作阶段达到设计预拉力，为此在施拧时必须考虑预拉力损失值，施工预拉力比设计预拉力增加10%。" |
multi_column | multi_column_28.md | Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies | RAG_eval/doc_md/multi_column_28.md | Structural Alignment Attack | In Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies, according to Table 1, which study reports "No significant difference in α-diversity between any groups," and what "Baseline Alterations in a Refractory Epilepsy Microbiome" are listed for that study? | "Xie, G., Zhou, Q., Qiu, C.Z., Dai, W.K., Wang, H.P., Li, Y.H., Liao, J.X., Lu, X.G., Lin, S.F., Ye, J.H., et al. (2017); \"Increase in Firmicutes,Cronobacter, and ProteobacteriaDecrease in Bacteroidetes,Actinobacteria, Prevotella, and Bifidobacterium\"." | "Xie, G., Zhou, Q., Qiu, C.Z., Dai, W.K., Wang,H.P., Li, Y.H., Liao, J.X., Lu, X.G., Lin,S.F., Ye, J.H., et al. (2017). Ketogenic diet poses a significant effect on imbalanced gut microbiota in infants with refractory epilepsy. World J Gastroenterol 23, 6164–6171.\nNo significant difference in α-diversity between any g... |
multi_column | multi_column_28.md | Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies | RAG_eval/doc_md/multi_column_28.md | Cross-Page Continuity Attack | In Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies, per Table 1, which study reported "Reduced α-diversity between refractory epilepsy group and healthy group," and which study reported "No significant difference in α-diversity between any groups"? | "Lindefeldt, M., Eng, A., Darban, H., Bjerkner, A., Zetterstrom, C.K., Allander, T., Andersson, B., Borenstein, E., Dahlin, M., and Prast-Nielsen, S. (2019) reported reduced α-diversity; Xie, G., Zhou, Q., Qiu, C.Z., Dai, W.K., Wang, H.P., Li, Y.H., Liao, J.X., Lu, X.G., Lin, S.F., Ye, J.H., et al. (2017) reported no s... | "Lindefeldt, M., Eng, A., Darban, H., Bjerkner,A., Zetterstrom, C.K., Allander, T.,Andersson, B., Borenstein, E., Dahlin, M.,and Prast-Nielsen, S. (2019). The ketogenic diet influences taxonomic and functional composition of the gut microbiota in children with severe epilepsy. NPJ Biofilms Microbiomes 5, 5.\nReduced α-... |
multi_column | multi_column_28.md | Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies | RAG_eval/doc_md/multi_column_28.md | Aggregation Attack | In Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies, considering Table 1, which two ketogenic diet studies both reported an "Increase in Bacteroidetes" after the intervention, and in the Zhang et al. (2018) KD study, how did α-diversity change between pre-KD and post-KD time points? | "Lindefeldt et al. (2019) and Xie et al. (2017) both reported an increase in Bacteroidetes after KD; in Zhang et al. (2018), α-diversity was \"Reduced α-diversity between pre-KD and post-KD time points.\"" | "Increase in Bacteroidetes and ProteobacteriaDecrease in Firmicutes and ActinobacteriaAfter 3 months KD, 5 children showed> 50% decrease in the number of seizures and 83% showed improved cognition and motor functions\nIncrease in Bacteroidetes, Prevotella, andBifidobacteriumDecrease in Proteobacteria and CronobacterAft... |
multi_column | multi_column_28.md | Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies | RAG_eval/doc_md/multi_column_28.md | Header-Dependency Attack | In Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies, according to Table 1, what are the "Location of Study" and "Subject" for Tagliabue et al. (2017)? | "Location of Study: \"Department of Child Neurology at the University of Pavia,Italy\"; Subject: \"Children and Young Adults(8–34 yrs)\"." | "Tagliabue, A., Ferraris, C., Uggeri, F.,Trentani, C., Bertoli, S., de Giorgis, V.,Veggiotti, P., and Elli, M. (2017). Short-term impact of a classical ketogenic diet on gut microbiota in GLUT1 Deficiency Syndrome: A 3-month prospective observational study. Clin Nutr ESPEN 17,33–37.\nDepartment of Child Neurology at th... |
multi_column | multi_column_28.md | Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies | RAG_eval/doc_md/multi_column_28.md | Advanced Multi-Row Reasoning Attack | In Gut Microbiome and Epilepsy: Risks, Mechanisms, and Therapies, using Table 1, list all studies that list exactly "Refractory" under "Type of Epilepsy or Disease" (not "Refractory/Drug-Sensitive"), and provide their sample sizes (n) together with any baseline α-diversity alterations described. | "- Lindefeldt et al. (2019): n = 12; \"Reduced α-diversity between refractory epilepsy group and healthy group\"\n- Xie et al. (2017): n = 14; \"No significant difference in α-diversity between any groups\"\n- Zhang et al. (2018): n = 20; \"Reduced α-diversity between pre-KD and post-KD time points\"" | "<tr><td>Lindefeldt, M., Eng, A., Darban, H., Bjerkner,A., Zetterstrom, C.K., Allander, T.,Andersson, B., Borenstein, E., Dahlin, M.,and Prast-Nielsen, S. (2019). The ketogenic diet influences taxonomic and functional composition of the gut microbiota in children with severe epilepsy. NPJ Biofilms Microbiomes 5, 5.</td... |
multi_column | multi_column_32.md | Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts | RAG_eval/doc_md/multi_column_32.md | Structural Alignment Attack | In Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts, according to Table 3 (Governing equations for metal foam layer enhanced liquid cooling), what is the exact Momentum expression for the Metal foam region? | "$$\n\\rho \\frac{\\partial \\vec{V}}{\\partial t} + \\frac{\\rho}{\\varepsilon} \\nabla \\cdot (\\vec{V} \\vec{V}) = -\\nabla P + \\mu_f (\\nabla^2 \\vec{V}) - \\frac{\\mu_f \\vec{V}}{K} - \\rho C_F \\sqrt{\\frac{1}{K}} |\\vec{V}| \\vec{V} \n$$" | "Metal foam region:\n\n$$\n\\rho \\frac{\\partial \\vec{V}}{\\partial t} + \\frac{\\rho}{\\varepsilon} \\nabla \\cdot (\\vec{V} \\vec{V}) = -\\nabla P + \\mu_f (\\nabla^2 \\vec{V}) - \\frac{\\mu_f \\vec{V}}{K} - \\rho C_F \\sqrt{\\frac{1}{K}} |\\vec{V}| \\vec{V} \n$$" |
multi_column | multi_column_32.md | Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts | RAG_eval/doc_md/multi_column_32.md | Cross-Page Continuity Attack | In Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts, within Table 2 (Governing equations for the PCM and metal foam fins), what value is given for the mushy zone constant A_m in the Momentum row description? | "A_m = 105" | "ε: porosity, P: pressure, μ: dynamic viscosity, β: thermal expansion coefficient, T: temperature, $\\vec g$: acceleration due to gravity, A<sub>m</sub> = 105 [52]: mushy zone constant, L<sub>f</sub>: liquid fraction, K: permeability, C: coefficient of inertia, $|\\vec V|$: magnitude of the velocity vector" |
multi_column | multi_column_32.md | Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts | RAG_eval/doc_md/multi_column_32.md | Aggregation Attack | In Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts, aggregate the two Metal foam region Energy expressions in Table 3 by listing both the Solid phase and Fluid phase equations exactly, in this order. | "Solid phase:\n$$\n\\frac{\\partial (\\rho_s C_p T_s)}{\\partial t} = \\nabla \\cdot (k_{seff} \\nabla T_s) - h_{sf} a_{sf} (T_s - T_f) $$\n\nFluid phase:\n$$\n\\frac{\\partial (\\rho_f C_p T_f)}{\\partial t} + \\nabla \\cdot \\left( \\frac{\\rho_f C_p \\vec{V} T_f}{\\varepsilon} \\right) = \\nabla \\cdot (k_{feff} \\n... | "Metal foam region:Solid phase:\n\n$$\n\\frac{\\partial (\\rho_s C_p T_s)}{\\partial t} = \\nabla \\cdot (k_{seff} \\nabla T_s) - h_{sf} a_{sf} (T_s - T_f) $$\n\nFluid phase:\n\n$$\n\\frac{\\partial (\\rho_f C_p T_f)}{\\partial t} + \\nabla \\cdot \\left( \\frac{\\rho_f C_p \\vec{V} T_f}{\\varepsilon} \\right) = \\nabl... |
multi_column | multi_column_32.md | Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts | RAG_eval/doc_md/multi_column_32.md | Header-Dependency Attack | In Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts, what is the exact left-hand side of the Energy (Based on LTE method) equation in Table 2? | "$$ \n\\frac{\\partial \\varepsilon \\rho_f C_{p_f} T}{\\partial t} + \\nabla (\\rho_f C_{p_f} \\vec{V} \\cdot T)\n$$" | "$$ \n\\frac{\\partial \\varepsilon \\rho_f C_{p_f} T}{\\partial t} + \\nabla (\\rho_f C_{p_f} \\vec{V} \\cdot T) = \\nabla (k_{eff} \\nabla T) - \\frac{\\partial \\varepsilon \\rho_f L_f h_f}{\\partial t} + \\nabla \\cdot (\\rho_f \\vec{V} TL_f h_f) \n$$" |
multi_column | multi_column_32.md | Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts | RAG_eval/doc_md/multi_column_32.md | Advanced Multi-Row Reasoning Attack | In Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts, compare the porous/foam resistance terms that multiply the velocity in the Momentum equations of Table 2 (PCM/foam fins) and Table 3 (Metal foam region). List the resistance terms from each equation exactly. | "Table 2 Momentum resistance terms:\n- $- A_m \\frac{(1 - L_f)^2}{L_f^3 + 0.001} \\vec{V}$\n- $- \\left(\\frac{\\mu_f}{K} + \\frac{\\rho_f C|\\vec{V}|}{\\sqrt{K}}\\right) \\vec{V}$\n\nTable 3 Metal foam region resistance terms:\n- $- \\frac{\\mu_f \\vec{V}}{K}$\n- $- \\rho C_F \\sqrt{\\frac{1}{K}} |\\vec{V}| \\vec{V}$" | "$$\\begin{aligned} \\frac{\\rho_f}{\\varepsilon} \\frac{\\partial \\vec{V}}{\\partial t} + \\frac{\\rho_f}{\\varepsilon^2} (\\vec{V} \\cdot \\nabla) \\vec{V} = & -\\nabla P + \\frac{\\mu_f}{\\varepsilon} (\\nabla^2 \\vec{V}) - \\rho_{f,ref} \\beta_f \\varepsilon (T - T_{ref}) \\vec{g} - A_m \\frac{(1 - L_f)^2}{L_f^3 ... |
multi_column | multi_column_32.md | Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts | RAG_eval/doc_md/multi_column_32.md | Merged Cell Structural Attack | In Numerical Investigation of Hybrid PCM-Liquid Cooling Battery Thermal Management Using Metal Foam Inserts, Table 3’s Momentum row is subdivided into two regions. What are these two sub-region labels, and what is the exact Clear region Momentum expression? | "Labels: \"Clear region:\" and \"Metal foam region:\"\nClear region expression:\n$$\n\\rho \\frac{\\partial \\vec{V}}{\\partial t} + \\rho \\nabla \\cdot (\\vec{V} \\vec{V}) = -\\nabla P + \\mu_f (\\nabla^2 \\vec{V})\n$$" | "Clear region:\n\n$$\n\\rho \\frac{\\partial \\vec{V}}{\\partial t} + \\rho \\nabla \\cdot (\\vec{V} \\vec{V}) = -\\nabla P + \\mu_f (\\nabla^2 \\vec{V})\n$$\n\nMetal foam region:\n\n$$\n\\rho \\frac{\\partial \\vec{V}}{\\partial t} + \\frac{\\rho}{\\varepsilon} \\nabla \\cdot (\\vec{V} \\vec{V}) = -\\nabla P + \\mu_f ... |
multi_column | multi_column_2.md | 社会治理检察建议的生成与优化 | RAG_eval/doc_md/multi_column_2.md | Cross-Page Continuity Attack | 根据《社会治理检察建议的生成与优化》，注释①所引用的报刊来源与日期是什么？ | "载《检察日报》2023年9月3日，第1版。" | "载《检察日报》2023年9月3日，第1版。" |
multi_column | multi_column_2.md | 社会治理检察建议的生成与优化 | RAG_eval/doc_md/multi_column_2.md | Aggregation Attack | 在《社会治理检察建议的生成与优化》中，“三、提升社会治理检察建议质效的几点思考”包含的五个小节标题是什么？请按原文（含全角括号）依次列出。 | "（一）创造之维；（二）实体之维；（三）程序之维；（四）大数据之维；（五）系统之维" | "### （一）创造之维\n\n以创造之维锚定好的主题方向。主题方向是制发社会治理检察建议的前提。锚定好的主题方向应坚持以人民为中心，为大局服务，聚焦人民群众“急难愁盼”、执法司法“病灶顽疾”、社会治理难点堵点痛点、行业监管漏洞或角度死角，企业管理和企业经营发展、人民群众切身利益、生态环境和资源安全、经济社会发展、社会公共安全和国家安全等多领域，聚焦本地区实际和本地区重点工作，在依法履行法律监督职责中，洞察案件背后的深层次治理问题。\n\n### （二）实体之维\n\n检察建议的质效包括检察建议文书质量和检察履职质效两个方面。检察建议文书质量是检察建议质量的核心要素，是检察建议落实的前提。检察履职质效是确保高质量检察建议取得实效的保... |
multi_column | multi_column_2.md | 社会治理检察建议的生成与优化 | RAG_eval/doc_md/multi_column_2.md | Header-Dependency Attack | 依据《社会治理检察建议的生成与优化》，请完整引用“社会治理检察建议的实施逻辑具有特殊性”段落中，用引号标示的两种范式表述。 | "“人民检察院发现或在履行对诉讼活动的法律监督职责中发现或在履行职责中发现＋主体（执法、司法机关、行政机关）+存在问题”；“人民检察院在办理案件中发现＋社会治理工作存在问题＋指向有关单位和部门”" | "与其他几类检察建议“人民检察院发现或在履行对诉讼活动的法律监督职责中发现或在履行职责中发现＋主体（执法、司法机关、行政机关）+存在问题”设定范式不同，社会治理检察建议以“人民检察院在办理案件中发现＋社会治理工作存在问题＋指向有关单位和部门”为范式。" |
multi_column | multi_column_2.md | 社会治理检察建议的生成与优化 | RAG_eval/doc_md/multi_column_2.md | Merged Cell Structural Attack | 根据《社会治理检察建议的生成与优化》，文末星号脚注的项目说明是什么？请完整引用该说明句。 | "*本文系2023年度内蒙古自治区人民检察院重点调研课题《诉源治理与检察建议研究——以 44 份全国优秀社会治理检察建议为切入点》的阶段性研究成果。" | "*本文系2023年度内蒙古自治区人民检察院重点调研课题《诉源治理与检察建议研究——以 44 份全国优秀社会治理检察建议为切入点》的阶段性研究成果。" |
multi_column | multi_column_17.md | 人工智能赋能初中生物教学研究 | RAG_eval/doc_md/multi_column_17.md | Cross-Page Continuity Attack | 在《人工智能赋能初中生物教学研究》中，“(三) 利用虚拟实验技术，提升实验教学质量”部分里，紧跟在“无法清晰地观察到细胞分裂的结构动态变化。”之后的下一句完整表述是什么？ | "教师则可以利用人工智能技术为学生提供动态三维模型，帮助学生清晰地观察到细胞分裂在各个阶段的变化。" | "其次，教师还可以利用虚拟实验弥补传统实验的局限性。例如，利用显微镜观察细胞分裂的微观过程时，很多学生经常因为显微镜的倍数有限，无法清晰地观察到细胞分裂的结构动态变化。教师则可以利用人工智能技术为学生提供动态三维模型，帮助学生清晰地观察到细胞分裂在各个阶段的变化。" |
multi_column | multi_column_17.md | 人工智能赋能初中生物教学研究 | RAG_eval/doc_md/multi_column_17.md | Aggregation Attack | 根据《人工智能赋能初中生物教学研究》，参考文献中作者为“何诚”的条目共有几条？分别对应的刊名与年期页码是什么？ | "2条；中小学校长,2024(10):11；四川教育,2024(26):17" | "[2] 何诚.生成式人工智能在初中生物学教学中的应用[J].中小学校长,2024(10):11.\n[5] 何诚.ChatGPT在初中生物学教学中的功能优势与创新运用:以八年级“五彩缤纷的植物世界”教学为例[J].四川教育,2024(26):17." |
multi_column | multi_column_17.md | 人工智能赋能初中生物教学研究 | RAG_eval/doc_md/multi_column_17.md | Header-Dependency Attack | 在《人工智能赋能初中生物教学研究》中，“作者简介”给出的作者出生年月与职称分别是什么？ | "1982.2—；副高级教师" | "**作者简介:** 王晓娟(1982.2—),女,汉族,甘肃华亭人,副高级教师,研究方向:生物教学。" |
multi_column | multi_column_17.md | 人工智能赋能初中生物教学研究 | RAG_eval/doc_md/multi_column_17.md | Advanced Multi-Row Reasoning Attack | 根据《人工智能赋能初中生物教学研究》，请同时列出“关键词”字段中的全部关键词，并指出“作者简介”中作者的民族。 | "初中生物;人工智能;教学模式；汉族" | "**关键词:** 初中生物;人工智能;教学模式\n**作者简介:** 王晓娟(1982.2—),女,汉族,甘肃华亭人,副高级教师,研究方向:生物教学。" |
multi_column | multi_column_11.md | AIGC时代数字人赋能人机协同学习 | RAG_eval/doc_md/multi_column_11.md | Structural Alignment Attack | 根据AIGC时代数字人赋能人机协同学习，“基金项目”部分涉及哪两项资助？请分别给出项目类别及对应的项目编号。 | "共有两项资助：（1）2024年度国家重点研发计划子课题“多模态多传感器融合的实验过程跟踪分析与智能评测”，项目编号为2024YFC3308504；（2）2024年度教育部人文社会科学研究青年基金项目“基于多模态学习分析的职教高考技能评价实证研究”，项目编号为24YJC880054。" | "**基金项目:** 本文系2024年度国家重点研发计划“智能交互实验教学关键技术研究及应用”子课题“多模态多传感器融合的实验过程跟踪分析与智能评测”(项目编号:2024YFC3308504)、2024年度教育部人文社会科学研究青年基金项目“基于多模态学习分析的职教高考技能评价实证研究”(项目编号:24YJC880054)的研究成果。" |
multi_column | multi_column_11.md | AIGC时代数字人赋能人机协同学习 | RAG_eval/doc_md/multi_column_11.md | Aggregation Attack | 根据AIGC时代数字人赋能人机协同学习，脚注③与脚注④分别说明了什么？请分别给出原文定义。 | "脚注③：“‘人、机、料、法、环’是全面质量管理理论中影响产品质量的5个主要因素(人员、机器、原料、方法、环境),后被引入教育领域,引申为影响教育质量的5个场域要素。”；脚注④：“‘基于工作的学习’是与‘基于教室或学校的学习’相对应的职业教育概念,指通过参与工作实践进行的学习活动和反思,学习者由此获得富有意义的体验、工作诀窍和默会知识并发展实践能力。”" | "③“人、机、料、法、环”是全面质量管理理论中影响产品质量的5个主要因素(人员、机器、原料、方法、环境),后被引入教育领域,引申为影响教育质量的5个场域要素。\n④“基于工作的学习”是与“基于教室或学校的学习”相对应的职业教育概念,指通过参与工作实践进行的学习活动和反思,学习者由此获得富有意义的体验、工作诀窍和默会知识并发展实践能力。" |
multi_column | multi_column_11.md | AIGC时代数字人赋能人机协同学习 | RAG_eval/doc_md/multi_column_11.md | Header-Dependency Attack | 根据AIGC时代数字人赋能人机协同学习，“作者简介”中两位作者的单位与身份分别是什么？ | "余越凡：北京师范大学教育学部博士研究生（北京 100875）；赵志群（通讯作者）：博士，北京师范大学教育学部教授、博士生导师（北京 100875）。" | "**作者简介:** 余越凡,北京师范大学教育学部博士研究生(北京 100875);赵志群(通讯作者),博士,北京师范大学教育学部教授、博士生导师(北京 100875)。" |
multi_column | multi_column_11.md | AIGC时代数字人赋能人机协同学习 | RAG_eval/doc_md/multi_column_11.md | Advanced Multi-Row Reasoning Attack | 请在AIGC时代数字人赋能人机协同学习中同时给出两项“基金项目”的项目编号，并写出该文的DOI。 | "两项项目编号分别为：2024YFC3308504 与 24YJC880054；DOI 为：10.15881/j.cnki.cn33-1304/g4.2025.02.005。" | "**基金项目:** 本文系2024年度国家重点研发计划“智能交互实验教学关键技术研究及应用”子课题“多模态多传感器融合的实验过程跟踪分析与智能评测”(项目编号:2024YFC3308504)、2024年度教育部人文社会科学研究青年基金项目“基于多模态学习分析的职教高考技能评价实证研究”(项目编号:24YJC880054)的研究成果。\n**[DOI]** 10.15881/j.cnki.cn33-1304/g4.2025.02.005" |
multi_column | multi_column_22.md | 中国珐琅器的种类与工艺渊源 | RAG_eval/doc_md/multi_column_22.md | Cross-Page Continuity Attack | 根据《中国珐琅器的种类与工艺渊源》，在“掐丝珐琅器”的工艺描述中，“再于纹样轮廓线的空白处”之后，点施的具体材料是什么？ | "各种颜色的珐琅釉料" | "再于纹样轮廓线的空白处，点施各种颜色的珐琅釉料，经多次焙烧、磨光、镀金而成。" |
multi_column | multi_column_22.md | 中国珐琅器的种类与工艺渊源 | RAG_eval/doc_md/multi_column_22.md | Header-Dependency Attack | 根据《中国珐琅器的种类与工艺渊源》中“2. 錾胎珐琅器（图二）”的制作描述，“然后运用”的具体技法全称是什么？ | "金属錾刻技法" | "然后运用金属錾刻技法,在纹样轮廓线以外的空白处进行雕錾减地,使得纹样轮廓线起凸," |
multi_column | multi_column_12.md | Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites | RAG_eval/doc_md/multi_column_12.md | Structural Alignment Attack | In Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites, which materials in Table 1 have an empty 'Density [g cm-3]' cell under the 'Conventional Thermal Sintering Process' column while still listing a 'Performance' value? | "K<sub>2</sub>Mo<sub>2</sub>O<sub>7</sub> and V<sub>2</sub>O<sub>5</sub>" | "<tr><td>K<sub>2</sub>Mo<sub>2</sub>O<sub>7</sub></td><td>3.39 (94.1%)</td><td>ε<sub>r</sub> = 9.8Q × f = 16 000 GHztanδ = 8.3 × 10-4(13.3 GHz)</td><td></td><td>ε<sub>r</sub> = 7.5Q × f = 22 000 GHz[11c]</td></tr>\n<tr><td>V<sub>2</sub>O<sub>5</sub></td><td>3.03 (90.2%)</td><td>σ<sub>c</sub> = 4.8 × 10-4 S cm-1</td><td... |
multi_column | multi_column_12.md | Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites | RAG_eval/doc_md/multi_column_12.md | Cross-Page Continuity Attack | In Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites, according to Figure 1, what fixed conditions are used in panels d, e, and f when displaying the relative densities of K₂Mo₂O₇? | "d) At 120°C for 5 minutes as a function of applied pressures; e) Under a pressure of 350 MPa for 5 minutes at various sintering temperatures; f) At 120°C and 350 MPa as a function of isothermal holding time." | "d) At 120°C for 5 minutes as a function of applied pressures. e) Under a pressure of 350 MPa for 5 minutes at various sintering temperatures. f) At 120°C and 350 MPa as a function of isothermal holding time." |
multi_column | multi_column_12.md | Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites | RAG_eval/doc_md/multi_column_12.md | Aggregation Attack | In Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites Table 1, how many CSP performance entries explicitly include a tanδ value? | 3 | "<tr><td>Li<sub>2</sub>MoO<sub>4</sub></td><td>2.9 (95.7%)</td><td>ε<sub>r</sub> = 5.61Q × f = 30 500 GHztanδ = 5.7 × 10-4(f = 17.4 GHz)</td><td>2.895 (95.5%)</td><td>ε<sub>r</sub> = 5.5Q × f = 46 000 GHz[11a]</td></tr>\n<tr><td>Na<sub>2</sub>Mo<sub>2</sub>O<sub>7</sub></td><td>3.45 (93.7%)</td><td>ε<sub>r</sub> = 13.4... |
multi_column | multi_column_12.md | Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites | RAG_eval/doc_md/multi_column_12.md | Header-Dependency Attack | In the Table 1 footnote of Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites, which symbol is defined for microwave permittivity? | "ε_r" | "[a] $\\sigma_s$, tensile strength. $\\epsilon_r$, microwave permittivity. $\\tan\\delta$, loss. Q, quality factor ($Q=1/\\tan\\delta$). f, resonant frequency. $\\sigma_c$, DC conductivity." |
multi_column | multi_column_12.md | Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites | RAG_eval/doc_md/multi_column_12.md | Advanced Multi-Row Reasoning Attack | In Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites Table 1, among Li₂MoO₄, Na₂Mo₂O₇, and K₂Mo₂O₇, which material has the highest CSP Q × f, and what is its conventional Q × f? | "Li<sub>2</sub>MoO<sub>4</sub>; 46 000 GHz" | "<tr><td>Li<sub>2</sub>MoO<sub>4</sub></td><td>2.9 (95.7%)</td><td>ε<sub>r</sub> = 5.61Q × f = 30 500 GHztanδ = 5.7 × 10-4(f = 17.4 GHz)</td><td>2.895 (95.5%)</td><td>ε<sub>r</sub> = 5.5Q × f = 46 000 GHz[11a]</td></tr>\n<tr><td>Na<sub>2</sub>Mo<sub>2</sub>O<sub>7</sub></td><td>3.45 (93.7%)</td><td>ε<sub>r</sub> = 13.4... |
multi_column | multi_column_12.md | Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites | RAG_eval/doc_md/multi_column_12.md | Merged Cell Structural Attack | In Cold Sintering: Water-Mediated Low-Temperature Densification of Ceramics and Composites Table 1, what are the two grouped column headers spanning multiple subcolumns? | "Cold Sintering Process (CSP); Conventional Thermal Sintering Process" | "<tr><th rowspan=\"2\"></th><th colspan=\"2\">Cold Sintering Process (CSP)</th><th colspan=\"2\">Conventional Thermal Sintering Process</th></tr><tr><th>Density [g cm-3]</th><th>Performance[a]</th><th>Density [g cm-3]</th><th>Performance</th></tr>" |
multi_column | multi_column_1.md | Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids | RAG_eval/doc_md/multi_column_1.md | Structural Alignment Attack | In Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids, according to Table 1, what is the R2/MAE/MSE triplet reported under the MLP column for “Wu et al.15”, and which model column in that same row has no entry? | "0.9814/0.6407/0.7043; SVM is blank." | "<table><thead><tr><th></th><th>MLP</th><th>RF</th><th>SVM</th></tr><tr><th></th><th>R2/MAE/MSE</th><th>R2/MAE/MSE</th><th>R2/MAE/MSE</th></tr></thead><tbody><tr><td>Wu et al.15</td><td>0.9814/0.6407/0.7043</td><td>0.9535/0.9638/1.4494</td><td></td></tr>" |
multi_column | multi_column_1.md | Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids | RAG_eval/doc_md/multi_column_1.md | Cross-Page Continuity Attack | In Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids, what percentage of HLC data points were used as the verification set to verify the model? | "20%" | "For the preprocessed HLC data, 80% of the data points were randomly selected as the training set, and the remaining 20% of the HLC data points as the verification set to verify the model." |
multi_column | multi_column_1.md | Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids | RAG_eval/doc_md/multi_column_1.md | Aggregation Attack | In Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids, using Table 2, at T (K)=298.15 what is the sum of the predicted HLC (MPa) for [Omim][NTf₂] and [Bmim][BF₄]? | 9.1 | "<tr><td>298.15</td><td>3.00</td><td>3.10</td><td>0.10</td><td>5.65</td><td>6.00</td><td>0.35</td></tr>" |
multi_column | multi_column_1.md | Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids | RAG_eval/doc_md/multi_column_1.md | Header-Dependency Attack | In Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids, which force field parameters were used to describe ILs in the MD simulations? | "OPLS-2009L" | "We used OPLS-2009L force field parameters to describe ILs,²⁴⁻²⁶ and TraPPE force field parameters to describe CO₂.²⁷" |
multi_column | multi_column_1.md | Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids | RAG_eval/doc_md/multi_column_1.md | Advanced Multi-Row Reasoning Attack | In Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids, across T = 298.15, 303.15, 313.15, 323.15, and 334.15 K for [Omim][NTf₂] in Table 2, in how many cases is the predicted HLC (MPa) greater than the experimental HLC (MPa)? | 3 | "<tr><td>298.15</td><td>3.00</td><td>3.10</td><td>0.10</td><td>5.65</td><td>6.00</td><td>0.35</td></tr><tr><td>303.15</td><td>3.55</td><td>3.37</td><td>-0.18</td><td>6.25</td><td>6.55</td><td>0.30</td></tr><tr><td>313.15</td><td>3.95</td><td>4.01</td><td>0.06</td><td>7.74</td><td>7.70</td><td>-0.04</td></tr><tr><td>323... |
multi_column | multi_column_1.md | Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids | RAG_eval/doc_md/multi_column_1.md | Merged Cell Structural Attack | In Combined Molecular Dynamics and Machine Learning for Predicting CO2 Henry’s Constants in Ionic Liquids, within Table 2 under the merged header “[Omim][NTf₂]”, what is the “error” at T (K)=303.15? | -0.18 | "<tr><th></th><th colspan=\"3\">[Omim][NTf<sub>2</sub>]</th><th colspan=\"3\">[Bmim][BF<sub>4</sub>]</th></tr><tr><th>T (K)</th><th>experimental HLC (MPa)</th><th>predicted HLC (MPa)</th><th>error</th><th>experimental HLC (MPa)</th><th>predicted HLC (MPa)</th><th>error</th></tr><tr><td>303.15</td><td>3.55</td><td>3.37<... |
multi_column | multi_column_18.md | 北京景泰蓝南北流派的形成与特色 | RAG_eval/doc_md/multi_column_18.md | Cross-Page Continuity Attack | 根据《北京景泰蓝南北流派的形成与特色》，文章最后一幅图片的题注是什么？ | "和平颂宝鑑 钱美华" | "和平颂宝鑑 钱美华" |
multi_column | multi_column_18.md | 北京景泰蓝南北流派的形成与特色 | RAG_eval/doc_md/multi_column_18.md | Aggregation Attack | 在《北京景泰蓝南北流派的形成与特色》开头出现的两条连续图片说明分别是什么？请按顺序给出完整行。 | "提梁卣 霍铁辉\n春妹 张同禄" | "提梁卣 霍铁辉\n\n春妹 张同禄" |
multi_column | multi_column_18.md | 北京景泰蓝南北流派的形成与特色 | RAG_eval/doc_md/multi_column_18.md | Header-Dependency Attack | 在《北京景泰蓝南北流派的形成与特色》的“京南派 重彩纹饰”部分，国画的哪两种手法被运用于哪个工序？请给出原文片段。 | "并开始将国画勾线、烘染的手法运用于景泰蓝的点蓝工序" | "在钱美华的带领下，“京南派”吸收了其他中国传统艺术门类的装饰手法，并开始将国画勾线、烘染的手法运用于景泰蓝的点蓝工序，并在装饰纹样的题材、色彩上对传统装饰进行再发掘。" |
multi_column | multi_column_30.md | Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges | RAG_eval/doc_md/multi_column_30.md | Structural Alignment Attack | In Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges, according to Table 3, which protein is blended with xanthan for extrusion, and what advantage and disadvantage are listed? | "soy; improving the printability; low cohesiveness" | "<tr>\n<td>soy</td>\n<td></td>\n<td>extrusion bioplotter</td>\n<td>enhancing geometric accuracy</td>\n<td>limited cell proliferation</td>\n<td>tissue regeneration</td>\n<td></td>\n<td>124</td>\n</tr>\n<tr>\n<td></td>\n<td>xanthan</td>\n<td>extrusion</td>\n<td>improving the printability</td>\n<td>low cohesiveness</td>\n... |
multi_column | multi_column_30.md | Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges | RAG_eval/doc_md/multi_column_30.md | Cross-Page Continuity Attack | In Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges, what mechanism is listed for SLS in Table 2, and what applications are associated with the SLS entries in Table 1? | "laser; powder binding; personalized medicine; personalized medicine; drug delivery system; bone regeneration" | "<tr>\n<td>SLS</td>\n<td></td>\n<td>laser; powder binding</td>\n<td>sintered and melted sugar/lipid</td>\n<td>viscoelastic</td>\n<td>82, 83</td>\n</tr>\n<tr>\n<td>SLS</td>\n<td>β-cyclodextrin/mannitol</td>\n<td>candurin; kollidon VA64; Gold Sheen</td>\n<td>ondansetron</td>\n<td>personalized medicine</td>\n<td>39</td>\n... |
multi_column | multi_column_30.md | Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges | RAG_eval/doc_md/multi_column_30.md | Aggregation Attack | In Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges, under the 'extrusion process' system type in Table 2, list the three 'critical parameters' paired with their exact 'ref' entries, in the order the methods are listed. | "viscosity — 68–71; temperature — 72, 73; viscoelastic behavior — 74" | "<tr>\n<td>extrusion process</td>\n<td>soft material extrusion</td>\n<td>binding based on rheological properties only (phase changes do not occur)</td>\n<td>meat purees; chocolate; syrups; frostings; processed cheese; dough batters</td>\n<td>viscosity</td>\n<td>68–71</td>\n</tr>\n<tr>\n<td></td>\n<td>melting</td>\n<td>... |
multi_column | multi_column_30.md | Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges | RAG_eval/doc_md/multi_column_30.md | Advanced Multi-Row Reasoning Attack | In Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges, for the protein category 'egg proteins' in Table 3, what are the 'advantage' entries for the blends with 'rice flour' and with 'gelatin/starch/alginate/ sucrose'? | "good printing accuracy; desired shape fidelity" | "<tr>\n<td></td>\n<td>rice flour</td>\n<td>extrusion</td>\n<td>good printing accuracy</td>\n<td>thermal instability</td>\n<td>food printing</td>\n<td>133</td>\n</tr>\n<tr>\n<td></td>\n<td>gelatin/starch/alginate/ sucrose</td>\n<td>extrusion</td>\n<td>desired shape fidelity</td>\n<td>increasing particle size</td>\n<td>f... |
multi_column | multi_column_30.md | Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges | RAG_eval/doc_md/multi_column_30.md | Merged Cell Structural Attack | In Biobased Polymers for 3D Printing: Materials, Rheology, Processes, and Challenges, across all SLS rows in Table 1, list the 'biodegradable polymer' entries in order. | "β-cyclodextrin/mannitol; hydroxypropyl methylcellulose; polycaprolactone; polycaprolactone" | "<tr>\n<td>SLS</td>\n<td>β-cyclodextrin/mannitol</td>\n<td>candurin; kollidon VA64; Gold Sheen</td>\n<td>ondansetron</td>\n<td>personalized medicine</td>\n<td>39</td>\n</tr>\n<tr>\n<td></td>\n<td>hydroxypropyl methylcellulose</td>\n<td>candurin; Gold Sheen</td>\n<td>paracetamol</td>\n<td>personalized medicine</td>\n<td... |
multi_column | multi_column_7.md | 北京奥林匹克森林公园PM₂.₅与暴露风险空间格局 | RAG_eval/doc_md/multi_column_7.md | Cross-Page Continuity Attack | 根据北京奥林匹克森林公园PM₂.₅与暴露风险空间格局，文中的网络首发时间（精确到秒）是什么？ | "2024-07-25 09:32:03" | "网络首发时间：2024-07-25 09:32:03" |
multi_column | multi_column_7.md | 北京奥林匹克森林公园PM₂.₅与暴露风险空间格局 | RAG_eval/doc_md/multi_column_7.md | Aggregation Attack | 根据北京奥林匹克森林公园PM₂.₅与暴露风险空间格局，请同时给出“中图分类号”和“文献标志码”的具体标注。 | "中图分类号：TU 986；文献标志码：A" | "**中图分类号**：TU 986\n\n**文献标志码**：A" |
multi_column | multi_column_7.md | 北京奥林匹克森林公园PM₂.₅与暴露风险空间格局 | RAG_eval/doc_md/multi_column_7.md | Header-Dependency Attack | 在北京奥林匹克森林公园PM₂.₅与暴露风险空间格局中，“1.2.1 基础数据来源”的第2)项标题全文是什么（请注意其中PM的标注形式）？ | "2)奥森公园绿地PM2.5浓度实测。" | "2)奥森公园绿地PM2.5浓度实测。" |
multi_column | multi_column_7.md | 北京奥林匹克森林公园PM₂.₅与暴露风险空间格局 | RAG_eval/doc_md/multi_column_7.md | Advanced Multi-Row Reasoning Attack | 根据北京奥林匹克森林公园PM₂.₅与暴露风险空间格局的结论描述，“5 km步道区域”与“3 km步道区域”的PM₂.₅暴露风险水平如何对比？ | "5 km步道区域PM₂.₅暴露风险水平较高；3 km步道区域PM₂.₅浓度以及PM₂.₅暴露风险水平较低。" | "2)接近城市道路的公园绿地边界区域的5 km步道区域,绿地访客行为活动密集,PM₂.₅暴露风险水平较高,但3 km步道区域因处于集中连片林地内部,所以PM₂.₅浓度以及PM₂.₅暴露风险水平较低;" |
multi_column | multi_column_23.md | 百工坊：民间工艺的传承与市场化 | RAG_eval/doc_md/multi_column_23.md | Cross-Page Continuity Attack | 根据《百工坊：民间工艺的传承与市场化》，国际旅游联合会主席埃里克·杜吕克参观后题词的完整内容（含标点）是什么？ | "这里是中华人民共和国的卢浮宫。" | "国际旅游联合会主席埃里克·杜吕克先生在参观百工坊后，欣然为京城百工坊题词：这里是中华人民共和国的卢浮宫。" |
multi_column | multi_column_23.md | 百工坊：民间工艺的传承与市场化 | RAG_eval/doc_md/multi_column_23.md | Aggregation Attack | 在《百工坊：民间工艺的传承与市场化》中，不含房租，2003年至2006年上半年百工坊自营各项经营收入合计多少万元？ | "792万元" | "不含房租，2003年各项经营收入59万元；2004年369万元；2005年234万元；2006年1月至6月各项经营收入130万元。" |
multi_column | multi_column_23.md | 百工坊：民间工艺的传承与市场化 | RAG_eval/doc_md/multi_column_23.md | Advanced Multi-Row Reasoning Attack | 根据《百工坊：民间工艺的传承与市场化》，按时间顺序列出四个关键政策/事件及其日期：国务院条例、北京市办法、市经委纲要提出“京城百工坊”、以及百工坊开坊。 | "1997年5月20日国务院颁布《传统工艺美术保护条例》；2002年8月9日北京市颁布《北京市传统工艺美术保护办法》；2003年1月北京市经济委员会颁布《北京工艺美术行业发展纲要》中明确提出在崇文区建立“京城百工坊”；2003年11月26日京城百工坊开坊。" | "1997年5月20日国务院颁布《传统工艺美术保护条例》，2002年8月9日北京市颁布《北京市传统工艺美术保护办法》。2003年1月北京市经济委员会颁布《北京工艺美术行业发展纲要》中明确提出：“实施‘四大工程’，在崇文区建立传统工艺美术保护基地——‘京城百工坊’，并成为国内外有影响的‘名坊’”。京城百工坊诞生了。\n\n2003年11月26日京城百工坊开坊，中共北京市委书记刘淇出席开坊典礼，在接见北京130余位工艺美术大师时指出：百工坊开坊对于推动传统工艺美术事业的繁荣发展具有重要意义。" |
multi_column | multi_column_31.md | Ion Exchange for Recovering Rare Earths from Secondary Resources: Review | RAG_eval/doc_md/multi_column_31.md | Structural Alignment Attack | In Ion Exchange for Recovering Rare Earths from Secondary Resources: Review, within Table 2 under “Permanent NdFeB magnets”, what is the Pr content range (g/kg) for “NdFeB grinding sludge”? | "0-55" | "<tr>\n<td>Permanent NdFeB magnets</td>\n<td>NdFeB grinding sludge</td>\n<td>-</td>\n<td>-</td>\n<td>0-55</td>\n<td>190-350</td>\n<td>-</td>\n<td>-</td>\n<td>-</td>\n<td>-</td>\n<td>15-45</td>\n<td>-</td>\n<td>-</td>\n<td>-</td>\n<td>-</td>\n<td>Firdaus et al. (2016)</td>\n</tr>" |
multi_column | multi_column_31.md | Ion Exchange for Recovering Rare Earths from Secondary Resources: Review | RAG_eval/doc_md/multi_column_31.md | Cross-Page Continuity Attack | In Ion Exchange for Recovering Rare Earths from Secondary Resources: Review, according to Table 4, what are the Ce capacities (meq/g) for Dowex 50Wx8 in sulfate vs nitrate media, and which one is higher? | "Sulfate: 2.88 meq/g; Nitrate: 2.16 meq/g; higher is sulfate." | "<tr>\n<td></td>\n<td></td>\n<td rowspan=\"2\">Dowex 50Wx8</td>\n<td>Sulfate</td>\n<td>Ce</td>\n<td>–</td>\n<td>5.2</td>\n<td>25</td>\n<td>–</td>\n<td>2.88</td>\n<td rowspan=\"2\">The type of solute anions linked with the REE during cation exchange affects the sorption capacity of the IX resin and the sorption capacity... |
multi_column | multi_column_31.md | Ion Exchange for Recovering Rare Earths from Secondary Resources: Review | RAG_eval/doc_md/multi_column_31.md | Aggregation Attack | In Ion Exchange for Recovering Rare Earths from Secondary Resources: Review, using Table 4 SAC entries at pH 1.4–3.4, what is the average Nd capacity (meq/g) across Lewatit MDS 200H, Purolite C160, and Dowex 50WX8? | "Approximately 0.503 meq/g" | "<tr>\n<td></td>\n<td></td>\n<td>Lewatit MDS 200H</td>\n<td>Sulfate</td>\n<td>Y, La, Ce, Nd, Dy, Gd</td>\n<td>–</td>\n<td>1.4–3.4</td>\n<td>25</td>\n<td>–</td>\n<td>Y (0.36), La (0.63), Ce (0.52), Nd (0.49), Dy (0.39), Gd (0.42)</td>\n<td rowspan=\"3\">All SAC resins displayed a slightly different selectivity in the or... |
multi_column | multi_column_31.md | Ion Exchange for Recovering Rare Earths from Secondary Resources: Review | RAG_eval/doc_md/multi_column_31.md | Header-Dependency Attack | In Ion Exchange for Recovering Rare Earths from Secondary Resources: Review, which resin in Table 4 operates at pH 4 and what La capacity (meq/g) does it report? | "Purolite S930Plus; La (1.06)" | "<tr>\n<td></td>\n<td>Iminodiacetic acid</td>\n<td>Purolite S930Plus</td>\n<td>Sulfate</td>\n<td>La, Sm, Ho</td>\n<td>Al, Fe, Th</td>\n<td>4</td>\n<td>21</td>\n<td>20</td>\n<td>La (1.06)</td>\n<td></td>\n<td>Page et al.(2017)</td>\n</tr>" |
multi_column | multi_column_31.md | Ion Exchange for Recovering Rare Earths from Secondary Resources: Review | RAG_eval/doc_md/multi_column_31.md | Advanced Multi-Row Reasoning Attack | In Ion Exchange for Recovering Rare Earths from Secondary Resources: Review, among the chelating resins Purolite S950, Purolite S957, and Purolite S930Plus in Table 4, which has the highest La capacity (meq/g), and what are the pH conditions for each? | "Purolite S957 has the highest La capacity (La (1.12)). pH values: Purolite S950 at pH 1.5; Purolite S957 at pH 1.5; Purolite S930Plus at pH 4." | "<tr>\n<td></td>\n<td></td>\n<td>Purolite S950</td>\n<td>Sulfate</td>\n<td>La, Sm, Ho</td>\n<td>Al, Fe, Th</td>\n<td>1.5</td>\n<td>21</td>\n<td>20</td>\n<td>La (0.84)</td>\n<td rowspan=\"3\">Fe and Th were preferentially sorbed over REE and Al in the selectivity series for the three chelating resins (Th ≈ Fe> ... |
multi_column | multi_column_31.md | Ion Exchange for Recovering Rare Earths from Secondary Resources: Review | RAG_eval/doc_md/multi_column_31.md | Merged Cell Structural Attack | In Ion Exchange for Recovering Rare Earths from Secondary Resources: Review, under the merged “NiMH batteries” resource group in Table 2, which subresource lists a Y content of 7.1 g/kg? | "Hybrid-electric vehicle (HEV) batteries" | "<tr>\n<td></td>\n<td>Hybrid-electric vehicle (HEV) batteries</td>\n<td>198.8</td>\n<td>62.2</td>\n<td>24</td>\n<td>26.3</td>\n<td>-</td>\n<td>-</td>\n<td>-</td>\n<td>-</td>\n<td>-</td>\n<td>-</td>\n<td>7.1</td>\n<td>-</td>\n<td>Korkmaz et al. (2018)</td>\n</tr>" |
multi_column | multi_column_27.md | Antibiotics and Resistance Genes in a Large Chinese Landfill | RAG_eval/doc_md/multi_column_27.md | Structural Alignment Attack | In Antibiotics and Resistance Genes in a Large Chinese Landfill, according to Table 1, which is larger in magnitude: the correlation between Log₁₀ (tetO) and OTC (µg/kg), or the correlation between Log₁₀ (sull) and TC (µg/kg)? Provide both coefficients. | "0.41** (Log₁₀ (tetO) with OTC) is larger than 0.29* (Log₁₀ (sull) with TC)." | "<tr><td>Log<sub>10</sub> (tetO)</td><td>-0.40**</td><td>-0.40**</td><td>0.34*</td><td>0.30*</td><td>0.00</td><td>0.08</td><td>0.41**</td><td>0.37**</td><td></td><td></td></tr>\n<tr><td>Log<sub>10</sub> (sull)</td><td>-0.29*</td><td>-0.34*</td><td>0.47**</td><td>0.34*</td><td>0.07</td><td>0.29*</td><td>0.26</td><td></t... |
multi_column | multi_column_27.md | Antibiotics and Resistance Genes in a Large Chinese Landfill | RAG_eval/doc_md/multi_column_27.md | Cross-Page Continuity Attack | In Antibiotics and Resistance Genes in a Large Chinese Landfill, how many sampling locations were used and what was the detection frequency of OTC in refuse samples? | "8 locations; 94%." | "A total of 51 samples were collected from 8 locations (designated P1 to P8) at depths of 0.8–35.0 m from the 3 units (Fig. 1).\nThe detection frequency of SMX, TC, and OTC in refuse samples was 59%, 78%, and 94%, respectively." |
multi_column | multi_column_27.md | Antibiotics and Resistance Genes in a Large Chinese Landfill | RAG_eval/doc_md/multi_column_27.md | Aggregation Attack | In Antibiotics and Resistance Genes in a Large Chinese Landfill, considering the Age (yr) column in Table 1, how many variables show significant (p < 0.05) correlations with Age, and which are they? | "Six variables: Depth (m), Moisture %, Nitrate (mg/L), TC (µg/kg), Log₁₀ (sull), and Log₁₀ (tetO)." | "<tr><td>Depth (m)</td><td>0.61**</td></tr>\n<tr><td>Moisture %</td><td>-0.47**</td></tr>\n<tr><td>Nitrate (mg/L)</td><td>-0.55**</td></tr>\n<tr><td>TC (µg/kg)</td><td>-0.30*</td></tr>\n<tr><td>Log<sub>10</sub> (sull)</td><td>-0.29*</td></tr>\n<tr><td>Log<sub>10</sub> (tetO)</td><td>-0.40**</td></tr>" |
multi_column | multi_column_27.md | Antibiotics and Resistance Genes in a Large Chinese Landfill | RAG_eval/doc_md/multi_column_27.md | Header-Dependency Attack | According to the methods in Antibiotics and Resistance Genes in a Large Chinese Landfill, which Technical Code for the Geotechnical Engineering of Municipal Solid Waste Sanitary Landfills was followed? Provide the exact code string. | "CJJ176-2012" | "and the Technical Code for the Geotechnical Engineering of Municipal Solid Waste Sanitary Landfills (CJJ176-2012)." |
multi_column | multi_column_27.md | Antibiotics and Resistance Genes in a Large Chinese Landfill | RAG_eval/doc_md/multi_column_27.md | Advanced Multi-Row Reasoning Attack | In Antibiotics and Resistance Genes in a Large Chinese Landfill, based on Table 1, which environmental factor shows a stronger positive correlation with Log₁₀ (16S): Moisture % or Nitrate (mg/L)? Provide both r values. | "Moisture % shows a stronger positive correlation with Log₁₀ (16S): 0.39 for Moisture % vs 0.36 for Nitrate." | "<tr><td>Log<sub>10</sub> (16S)</td><td>-0.17</td><td>-0.24</td><td>0.39</td><td>0.36</td><td>0.11</td><td>0.02</td><td>0.22</td><td>0.35*</td><td>0.39**</td><td></td></tr>" |
multi_column | multi_column_29.md | Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads | RAG_eval/doc_md/multi_column_29.md | Structural Alignment Attack | In Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads, within Table I, look at the row whose right-hand 'Parameters' entry is 'X_i/Ω'. What are the left-hand 'Parameters' and its 'Value' on that same row? | "f_n/Hz — 50" | "<tr><td>f<sub>n</sub>/Hz</td><td>50</td><td>X<sub>i</sub>/Ω</td><td>0.31</td></tr>" |
multi_column | multi_column_29.md | Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads | RAG_eval/doc_md/multi_column_29.md | Cross-Page Continuity Attack | According to Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads, during the calculation process of T_H2, which steps are repeated until the pulsed load is put out? | "Step 2–Step 4" | "Step 5: Step 2–Step 4 will be performed again until the pulsed\nload is put out." |
multi_column | multi_column_29.md | Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads | RAG_eval/doc_md/multi_column_29.md | Aggregation Attack | In Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads, using Table I, compute the product of f_n/Hz and X_i/Ω from the same row. What is the numerical result? | 15.5 | "<tr><td>f<sub>n</sub>/Hz</td><td>50</td><td>X<sub>i</sub>/Ω</td><td>0.31</td></tr>" |
multi_column | multi_column_29.md | Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads | RAG_eval/doc_md/multi_column_29.md | Header-Dependency Attack | In Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads, what is the 'Value' corresponding to the 'Parameters' entry 'X_i/Ω' in Table I? | 0.31 | "<tr><td>f<sub>n</sub>/Hz</td><td>50</td><td>X<sub>i</sub>/Ω</td><td>0.31</td></tr>" |
multi_column | multi_column_29.md | Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads | RAG_eval/doc_md/multi_column_29.md | Advanced Multi-Row Reasoning Attack | In Coordinated Synchronous Torque Control for Diesel-Storage under Low-Frequency Pulsed Loads, using Table I, determine whether m1 and m2 are equal and state their common value. | "Yes, both are 0.0002." | "<tr><td>m<sub>1</sub></td><td>0.0002</td><td>m<sub>2</sub></td><td>0.0002</td></tr>" |
multi_column | multi_column_33.md | 磷苯妥英钠注射用浓溶液说明书 | RAG_eval/doc_md/multi_column_33.md | Structural Alignment Attack | 在《磷苯妥英钠注射用浓溶液说明书》的表5中，“神经肌肉阻断剂”对应的代表药物列表里，第二个药物名称是什么？ | "泮库溴铵" | "顺式阿曲库铵、泮库溴铵、罗库溴铵和维库溴铵" |
multi_column | multi_column_33.md | 磷苯妥英钠注射用浓溶液说明书 | RAG_eval/doc_md/multi_column_33.md | Header-Dependency Attack | 在《磷苯妥英钠注射用浓溶液说明书》表4里，“伏立康唑”归属于哪一类“药物种类”标题？ | "唑类" | "<tr><td>唑类</td><td>氟康唑、酮康唑、伊曲康唑、咪康唑、伏立康唑</td></tr>" |
multi_column | multi_column_33.md | 磷苯妥英钠注射用浓溶液说明书 | RAG_eval/doc_md/multi_column_33.md | Advanced Multi-Row Reasoning Attack | 依据《磷苯妥英钠注射用浓溶液说明书》表5，“其他”一行中同时涉及激素与维生素的两个代表药物名称分别是什么？ | "雌激素、维生素D" | "<tr><td>其他</td><td>皮质类固醇、强力霉素、雌激素、呋塞米、口服避孕药、帕罗西汀、奎尼丁、利福平、舍曲林、茶碱和维生素D</td></tr>" |
multi_column | multi_column_33.md | 磷苯妥英钠注射用浓溶液说明书 | RAG_eval/doc_md/multi_column_33.md | Merged Cell Structural Attack | 在《磷苯妥英钠注射用浓溶液说明书》表3（维持剂量）中，“儿童(2岁至17岁)”这一合并单元格对应了两条‘剂量’描述，请完整给出这两条‘剂量’文本。 | "初始维持剂量：2~4mg/kg (应在负荷剂量之后12小时给予)；初始维持剂量之后的维持剂量：4~8mg/kg/d，分次给药 (初始维持剂量后每隔12小时继续给药)" | "<tr><td rowspan=\"2\">儿童<br/>(2岁至17岁)</td><td>初始维持剂量：2~4mg/kg (应在负荷剂量之后<br/>12小时给予)</td><td>最大速率不超过<br/>0.4 mg/kg/min</td></tr><tr><td>初始维持剂量之后的维持剂量：4~8mg/kg/d，<br/>分次给药 (初始维持剂量<br/>后每隔12小时继续给药)</td><td>最大速率不超过<br/>0.4 mg/kg/min</td></tr>" |
multi_column | multi_column_34.md | 东材科技2026年董事会决议及重大事项公告汇编 | RAG_eval/doc_md/multi_column_34.md | Structural Alignment Attack | 在《东材科技2026年董事会决议及重大事项公告汇编》中，“被担保人主要财务指标(万元)”表里，请给出“山东艾蒙特”在“2025年9月30日/2025年1-9月（未经审计）”与“2024年度（经审计）”两列下的“净利润”分别是多少，并判断哪一列更低？ | "2025年1-9月净利润为“-768.99”，2024年度净利润为“-12,542.24”，更低的是2024年度的“-12,542.24”。" | "<tr>\n<td style='text-align: center;'>山东艾蒙特</td>\n<td style='text-align: center;'>158,234.05</td>\n<td style='text-align: center;'>136,164.00</td>\n<td style='text-align: center;'>22,070.05</td>\n<td style='text-align: center;'>64,807.81</td>\n<td style='text-align: center;'>-768.99</td>\n<td style='text-align: center... |
multi_column | multi_column_34.md | 东材科技2026年董事会决议及重大事项公告汇编 | RAG_eval/doc_md/multi_column_34.md | Cross-Page Continuity Attack | 根据《东材科技2026年董事会决议及重大事项公告汇编》，在“关于召开2026年第一次临时股东会的通知”的“本次股东会审议议案及投票股东类型”表中，第5项议案的名称是什么？ | "《关于收购控股子公司山东艾蒙特少数股东股权暨关联交易的议案》" | "<tr>\n<td style='text-align: center;'>5</td>\n<td style='text-align: center;'>《关于收购控股子公司山东艾蒙特少数股东股权暨关联交易的议案》</td>\n<td style='text-align: center;'>✓</td>\n</tr>" |
multi_column | multi_column_34.md | 东材科技2026年董事会决议及重大事项公告汇编 | RAG_eval/doc_md/multi_column_34.md | Aggregation Attack | 在《东材科技2026年董事会决议及重大事项公告汇编》中，“被担保人主要财务指标(万元)”表里，请计算“山东艾蒙特”和“东村膜材”在2024年度（经审计）列下“净利润”的合计值（单位：万元）。 | "-12,009.29" | "<tr>\n<td style='text-align: center;'>山东艾蒙特</td>\n<td style='text-align: center;'>158,234.05</td>\n<td style='text-align: center;'>136,164.00</td>\n<td style='text-align: center;'>22,070.05</td>\n<td style='text-align: center;'>64,807.81</td>\n<td style='text-align: center;'>-768.99</td>\n<td style='text-align: center... |
multi_column | multi_column_34.md | 东材科技2026年董事会决议及重大事项公告汇编 | RAG_eval/doc_md/multi_column_34.md | Advanced Multi-Row Reasoning Attack | 在《东材科技2026年董事会决议及重大事项公告汇编》的担保公告中：（1）“特别风险提示”是否勾选了“本次对资产负债率超过70%的单位提供担保”？（2）“担保预计基本情况”表中“被担保方资产负债率超过70%”部分包含哪些被担保方名称？ | "（1）已勾选“√本次对资产负债率超过70%的单位提供担保”。（2）包括：山东艾蒙特、眉山东材、山东东洞、东材成都国贸。" | "<tr>\n <td>特别风险提示（如有请勾选）</td>\n <td>\n □担保金额（含本次）超过上市公司最近一期经审计净资产50%\n □对外担保总额（含本次）超过上市公司最近一期经审计净资产100%\n □对合并报表外单位担保总额（含本次）达到或超过最近一期经审计净资产30%\n √本次对资产负债率超过70%的单位提供担保\n </td>\n </tr>\n<tr>\n<td style='text-align: center;'>本公司</td>\n<td style='text-align: center;'>山东艾蒙特</td>\n<td style='te... |
multi_column | multi_column_34.md | 东材科技2026年董事会决议及重大事项公告汇编 | RAG_eval/doc_md/multi_column_34.md | Merged Cell Structural Attack | 依据《东材科技2026年董事会决议及重大事项公告汇编》，在“担保预计基本情况”表中“被担保方资产负债率超过70%”部分，四家公司共享的“担保预计有效期”文字是什么？ | "自公司2026年第一次临时股东会审议批准之日起至下一次股东会审议批准相关议案之日止。" | "<tr>\n<td style='text-align: center;'>本公司</td>\n<td style='text-align: center;'>山东艾蒙特</td>\n<td style='text-align: center;'>72.50%</td>\n<td style='text-align: center;'>86.05%</td>\n<td style='text-align: center;'>33,841.51</td>\n<td style='text-align: center;'>65,000</td>\n<td style='text-align: center;'>12.85%</td>\... |
multi_column | multi_column_9.md | Precise Coagulant Dosing and Mixing Optimization via Coagulation Reaction Model | RAG_eval/doc_md/multi_column_9.md | Structural Alignment Attack | In Precise Coagulant Dosing and Mixing Optimization via Coagulation Reaction Model, according to Table 1 (Value ranges and units of input variables), what is the Unit shown for 'Raw water pH' exactly as displayed? | "–" | "<tr><td>Raw water pH</td><td>7.13–8.23</td><td>–</td></tr>" |
multi_column | multi_column_9.md | Precise Coagulant Dosing and Mixing Optimization via Coagulation Reaction Model | RAG_eval/doc_md/multi_column_9.md | Cross-Page Continuity Attack | In Precise Coagulant Dosing and Mixing Optimization via Coagulation Reaction Model, quote the exact sentence that states how the dataset was split between training/validation and testing. | "Overall, 70 % of the data were used for model training and validation,and 30 % of the data were used for model testing." | "Overall, 70 % of the data were used for model training and validation,and 30 % of the data were used for model testing." |
multi_column | multi_column_9.md | Precise Coagulant Dosing and Mixing Optimization via Coagulation Reaction Model | RAG_eval/doc_md/multi_column_9.md | Aggregation Attack | In Precise Coagulant Dosing and Mixing Optimization via Coagulation Reaction Model, using Table 1, provide the 'Minimum-maximum' for 'Raw water pH' and 'Mixing intensity' together, in that order, separated by '; ' and preserving all punctuation exactly as shown. | "7.13–8.23; 15,020.6–78,049.5" | "<table>\n<tr><th>Input variable</th><th>Minimum-maximum</th><th>Unit</th></tr>\n<tr><td>Raw water turbidity</td><td>9.18–105</td><td>NTU</td></tr>\n<tr><td>Raw water pH</td><td>7.13–8.23</td><td>–</td></tr>\n<tr><td>PACl dosage</td><td>0.9–50</td><td>ppm</td></tr>\n<tr><td>FeCl<sub>3</sub> dosage</td><td>1–6</td><td>p... |
multi_column | multi_column_19.md | 孙犁《山地回忆》：乡村情结与日常诗意 | RAG_eval/doc_md/multi_column_19.md | Cross-Page Continuity Attack | 在《孙犁《山地回忆》：乡村情结与日常诗意》中，请写出完整的一句以“在人物身份关系的设置上,”开头、以“军民关系。”结尾的原文句子。 | "在人物身份关系的设置上,作者突出强调的是军民关系。" | "在人物身份关系的设置上,作者突出强调的是军民关系。" |
multi_column | multi_column_19.md | 孙犁《山地回忆》：乡村情结与日常诗意 | RAG_eval/doc_md/multi_column_19.md | Header-Dependency Attack | 在《孙犁《山地回忆》：乡村情结与日常诗意》的“二、日常生活的展现”中，作者用哪一句带引号的话点出了抗日战争的大背景？请原文作答。 | "“我们的房,叫他们烧过两三回了!”" | "在《山地回忆》里,作者没有直接写战争,只是通过妞儿的话(“我们的房,叫他们烧过两三回了!”)来点出抗日战争的大背景" |
wide | wide_13.md | 丰收中国：大国粮仓更加稳固 | RAG_eval/doc_md/wide_13.md | Basic Recognition | 根据《人民日报》文末标注，文章《丰收中国：大国粮仓更加稳固》刊登的版次是几版？ | "01版" | [
"《人民日报》(2025年09月24日 01版)"
] |
wide | wide_13.md | 丰收中国：大国粮仓更加稳固 | RAG_eval/doc_md/wide_13.md | Structural Alignment | 在《丰收中国：大国粮仓更加稳固》中，重庆市的两个水稻示范片（永川、梁平）亩均产量表现如何？ | "双双超过800公斤" | [
"前不久，重庆市永川、梁平水稻示范片亩均产量双双超过800公斤。"
] |
wide | wide_13.md | 丰收中国：大国粮仓更加稳固 | RAG_eval/doc_md/wide_13.md | Cross-Field Continuity | 在《丰收中国：大国粮仓更加稳固》的“品丰收味道”部分，崔立伍今年小麦与玉米的亩产分别是多少？ | "小麦亩产1100多斤,玉米亩产预计1200斤左右" | [
"今年小麦亩产1100多斤,玉米亩产预计1200斤左右,产量与往年基本持平。"
] |
wide | wide_13.md | 丰收中国：大国粮仓更加稳固 | RAG_eval/doc_md/wide_13.md | Statistical / Counting | 《丰收中国：大国粮仓更加稳固》文中提到2024年有多少个省份增产？ | "26个省份" | [
"2024年31个省(区、市)有26个省份增产"
] |
wide | wide_13.md | 丰收中国：大国粮仓更加稳固 | RAG_eval/doc_md/wide_13.md | Complex Reasoning | 在《丰收中国：大国粮仓更加稳固》一文中，关于农业科技的贡献率及其作用是如何表述的？ | "当前，我国农业科技进步贡献率达到63.2%，农业科技已成为保障粮食安全和重要农产品供给的强劲引擎和根本动力。" | [
"当前，我国农业科技进步贡献率达到63.2%",
"农业科技已成为保障粮食安全和重要农产品供给的强劲引擎和根本动力。"
] |
wide | wide_7.md | 海尔前置过滤器HPF28用户手册 | RAG_eval/doc_md/wide_7.md | Basic Recognition | 在《海尔前置过滤器HPF28用户手册》的“产品型号及主要参数”表中，产品尺寸是多少？ | "159x87x237mm" | [
"<tr><td>产品尺寸</td><td>159x87x237mm</td></tr>"
] |
wide | wide_7.md | 海尔前置过滤器HPF28用户手册 | RAG_eval/doc_md/wide_7.md | Structural Alignment | 在《海尔前置过滤器HPF28用户手册》的“产品中限用物质的名称及含量”表中，哪个部件在“铅(Pb)”项标记为“X”？ | "球阀" | [
"<tr><th>铅(Pb)</th><th>汞(Hg)</th><th>镉(Cd)</th><th>六价铬 (Cr(VI))</th><th>多溴联苯 (PBB)</th><th>多溴二苯醚 (PBDE)</th></tr>",
"<tr><td>球阀</td><td>X</td><td>Ο</td><td>Ο</td><td>Ο</td><td>Ο</td><td>Ο</td></tr>"
] |
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