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Data for "Rheological arrest vs. rapid growth of bubbles in crystal-rich magma"

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arizona.figshare.com2024-10-16 更新2025-03-23 收录
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https://arizona.figshare.com/articles/dataset/Data_for_Rheological_arrest_vs_rapid_growth_of_bubbles_in_crystal-rich_magma_/26359957/1
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This dataset is used to find the regime boundaries that are shown in Figure 7. The .mat file has been generated from the bubble growth modeling (as described in the text) in Matlab. The data is processed based on the boundary conditions, and the fragmentation and yield stress threshold criteria as summarized in the main text and shown by the regime boundaries in Figure 7.The name of the variables correspond to time (t, sec), crystal volume fraction (phix), melt viscosity (etal, Pa s), melt+crystal viscosity (etacrys, Pa s), melt pressure (pm, Pa), gas pressure (pg, Pa), dissolved water concentration (c, wt. frac.), bubble radius (R, m), gas volume fraction (phi), crystal maximum packing fraction (phim), extensional rate (gammadot), bubble number density (Nb, per m3 of melt), temperature (T, K), surface tension (sigma, Nm-1), melt volume surrounding each bubble (vmo, m3), universal gas constant (B, J/K/mol), molecular weight of water (Mw, kg mole-1), magma density (rhom, kg m-3), initial gas pressure (pgo, Pa), initial melt pressure (pmo, Pa), initial bubble radius (Ro, m), initial dissolved water concentration (co, wt. frac.), gravitational acceleration (g, m s-2), yield pressure (Py, Pa), effective bubble overpressure (deltapeff, Pa), range of crystallization rate (IG3o, s-4), crystallization rate (IG3, s-4), and the range of decompression rate (dpmdto, Pa s-1).For inquiries regarding the contents of this dataset, please contact the Corresponding Author listed in the README.txt file. Administrative inquiries (e.g., removal requests, trouble downloading, etc.) can be directed to data-management@arizona.edu

本数据集旨在探究并确定图7中所示之制度边界。所附.mat文件系由Matlab软件生成的泡状生长模型(详见图文描述)生成。数据经过边界条件处理,并依据正文所述之破碎和屈服应力阈值标准进行加工,这些标准亦由图7中的制度边界所展示。变量名称对应于时间(t,秒)、晶体积分数(phix)、熔体粘度(etal,帕斯卡秒)、熔体+晶体粘度(etacrys,帕斯卡秒)、熔体压力(pm,帕斯卡)、气体压力(pg,帕斯卡)、溶解水浓度(c,重量百分比)、气泡半径(R,米)、气体体积分数(phi)、晶体最大堆积分数(phim)、拉伸速率(gammadot)、气泡数量密度(Nb,每立方米熔体中)、温度(T,开尔文)、表面张力(sigma,牛顿米-1)、每个气泡周围的熔体体积(vmo,立方米)、普适气体常数(B,焦耳每开尔文每摩尔)、水的摩尔质量(Mw,千克摩尔-1)、岩浆密度(rhom,千克每立方米)、初始气体压力(pgo,帕斯卡)、初始熔体压力(pmo,帕斯卡)、初始气泡半径(Ro,米)、初始溶解水浓度(co,重量百分比)、重力加速度(g,米每平方秒)、屈服压力(Py,帕斯卡)、有效气泡超压(deltapeff,帕斯卡)、结晶速率范围(IG3o,秒-4)、结晶速率(IG3,秒-4)以及减压速率范围(dpmdto,帕斯卡秒-1)。如对数据集内容有任何疑问,请参阅README.txt文件中列出的对应作者进行联系。关于行政事务的咨询(例如,移除请求、下载问题等)可发送至data-management@arizona.edu。
提供机构:
University of Arizona Research Data Repository
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