《Table 6.Phase precipitation temperature ranges in the studied TRIP steels》

《Table 6.Phase precipitation temperature ranges in the studied TRIP steels》   提示：宽带有限、当前游客访问压缩模式
本系列图表出处文件名：随高清版一同展现
《Effect of retained austenite and nonmetallic inclusions on the thermal/electrical properties and resistance spot welding nuggets of Si-containing TRIP steels》


  1. 获取 高清版本忘记账户？点击这里登录
  1. 下载图表忘记账户？点击这里登录
°C

In addition to these phases，the S3 steel also shows the formation of Ti4C2S2 because of its high C and Ti contents.Similarly，the S5 steel contains different phases than the other steels，including M23C6，Fe2B，Fe3B，MB2C32，and M3P phases.The predicted phase formation temperature ranges in TRIP steels are shown in Table 6.Under equilibrium transformation，most of the phases will be present in TRIP steels.However，the phases present will differ from those generated in the TRIP steels under study because these steels were subjected to TRIP heat treatment；thus，the formation of some phases may be restricted in at least some of the investigated temperature ranges.

图表编号XD0028408500    严禁用于非法目的
绘制时间2019.01.01
作者V.H.Vargas、I.Mejía、V.H.Baltazar-Hernández、C.Maldonado
绘制单位Metallurgy and Materials Research Institute, Universidad Michoacana de San Nicolás de Hidalgo, Edificio “U”, Ciudad Universitaria、Metallurgy and Materials Research Institute, Universidad Michoacana de San Nicolás de Hidalgo, Edificio “U”, Ciudad Universit
更多格式高清、无水印（增值服务）

相关图表

  1. 《表2 观测站点气温和降水的回归拟合方程Table 2 Regression fitting equations of temperature and precipitation in different observation sites》2018.06.25
  2. 《Table 2 The types of land use in the study area》2018.08.01
  3. 《Table 5 Ten-day average temperature and average precipitation in each growth stage of spring maize in Pengzhou City in t》2018.11.01
  4. 《Table 1 The average temperature(oC)and precipitation(mm)of Madoi county[4–5]》2019.03.25
  5. 《Table 1 The prim ers used in this study》2019.04.01
  6. 《Table 7 The correlation coefficient values between precipitation extremes in CA and atmospheric circulations》2019.01.01
  7. 《Table 3.Rating sediment deposit and water temperature at the study sites, May–June 2015》2019.01.01
  8. 《Table 2–Precipitation (P) ;soil (5 cm) temperature (Ts) ;soil (0–6 cm) moisture in water-filled pore space (WFPS) ;and c》2019.03.15
  9. 《表1 3区段降水特征比较Tab.1 Comparison of the precipitation characteristics in the study areas》2019.01.01
  10. 《Table 1 Temperature rise in Central Asia based on different studies》2019.02.01
  11. 《表2 等温度区间硅化物涂层增加厚度Tab.2 Increased thickness of the silicide coating in the temperature range》2019.01.20
  12. 《Table 1.Chemical composition and transformation temperatures of the studied TRIP steels》2019.01.01
  13. 《Table 1 Description of the precipitation products used in this study》2018.10.01
  14. 《Table 1 Basic soil properties in the study site》2018.12.01
  15. 《Table 2 Characteristics of environmental variables (precipitation and soil parameters) in the five study sites》2018.10.01
  16. 《Table 1 Seasonal and annual precipitation (mm) of the study area》2018.04.01
  17. 《表2 青海湖流域气温和降水突变分析Table 2 Abrupt change of temperature and precipitation in Qinghai Lake Basin》2018.03.10
  18. 《Table 1–Details of the Lathyrus accessions used in the study.》2018.08.01
  19. 《Table 1–Details of the Lathyrus accessions used in the study.》2018.08.01
  20. 《Table 1–Soybean accessions used in the study.》2018.04.01

随机翻阅

《表S4女1号表皮更替时间内样本测量数据统计表》 《表1 比较两组双下肢深静脉血栓发生率》 《表1 主要变量的描述性统计结果（省级面板）》 《表3 美国2个版本的《优秀体育教师评价标准》比较[11,34]》 《表2 花蕾期+挂果期连续喷施2次HarpinEa对紫秋葡萄霜霉病校正防效的显著性》 《表2 两地四季蒸发量与各气象要素相关系数》 《表1 实验样品信息：热释法在页岩吸附油定量评价中的实验探讨》 《表2 主要革兰阳性菌耐药性分析》 《表2 3种算法的优化结果》 《表1 两组治疗前后NIHSS、MMSE及Barthel指数评分比较》