formula bar

英 [ˈfɔːmjələ bɑː(r)] 美 [ˈfɔːrmjələ bɑːr]

编辑栏

计算机



双语例句

  1. Instead of using the formula bar to edit the contents of a cell, you can edit directly in the cell by double-clicking it.
    您可以双击单元格以直接编辑其中的内容,而不是使用编辑栏进行编辑。
  2. On Nonexistence of Euler's Formula for Stabilization of Compressive Bar
    关于压杆稳定欧拉公式实际上不存在的论证
  3. For a quicker way to name a range, first select the range, and then type the name into the box to the left of the formula bar.
    选定单元格区域后,在编辑栏左侧的名称下拉列表框内输入名称,可以快速建立名称。
  4. Places name in formula bar or lists names on sheet
    在编辑栏显示名称,或在工作表中列出全部名称
  5. To review the names in a workbook, use the name box on the formula bar, or click a cell in a blank area, point to name on the insert menu, click paste, and then click Paste list.
    如果要查看在工作簿中定义的区域名称,请选择“插入”菜单“名称”子菜单的“粘贴”命令,再选择对话框中的“名称清单”按钮。
  6. Remove the cotter pin and nut from the drag link at the pitman arm. On Nonexistence of Euler's Formula for Stabilization of Compressive Bar
    从转向拉杆上拆下转向摇臂处的开口销和螺母。关于压杆稳定欧拉公式实际上不存在的论证
  7. In this paper, the formula for calculating stress spectra of hoping and diagonal bar is presented.
    为此重点研究了无腹筋梁的碳纤维抗剪加固机理以及理论计算。
  8. If you need help choosing a function and entering its arguments, click the Edit Formula button on the Formula bar.
    要获得正确选用函数及其参数的帮助信息,请单击常用工具栏中的粘贴函数按钮。
  9. To copy text into a text box, copy the text in the formula bar, position the insertion point in the text box, and then paste it.
    如果要将文字复制到文本框中,请复制编辑栏中的文字,然后将插入点置于文本框中,再执行粘贴。
  10. This paper Deduced effective length, stiffness and reliability formula of designed torsion bar;
    推导了扭杆有效长度、刚度、可靠性的计算公式;
  11. A new approximate formula for the large deflection problem of compression bar with two ends are simply supported is obtained, by the use of Ritz-Galerkin method.
    通过非线性振动中常用的里兹-伽辽金法,推出了两端铰支压杆大挠度问题的一个新近似公式,计算结果表明具有较高的精度。
  12. The two types of steel bar stress growths is not synchronous, the normal stress of reinforcement grows much faster. The calculation formula of two types of steel bar in beams was deducted by reinforcement stress analysis.
    然后,分析了两类钢筋的应力增长情况,非预应力钢筋的应力增长相较预应力钢筋要快一些,并提出了钢筋应力的计算公式。
  13. On the basis of supposition commonly used for calculating friction loss, this article gives a simplified formula in calculating the amount of elastic extension at the stage of construction, and derives the amount of elastic extension from calculating arched or bent prestressed reinforcement bar as well.
    本文根据预应力摩擦损失计算中常用的假定,提出了后张预应力钢筋在施工阶段弹性伸长量的简化计算方法,导出了圆弧形和折线形预应力钢筋弹性伸长量的简化计算公式。
  14. In this paper, based on the field experiment data and nonlinear finite element analysis for earth pressure in reinforced earth retaining wall, a modified formula is induced to calculate the bar tension in inner stability computation for reinforced earth retaining wall.
    根据加筋土挡墙土压力现场试验结果和非线性有限元分析计算,提出了加筋土挡墙内部稳定性计算中筋带拉力计算的修正公式。
  15. By this formula, the adequate anchorage length for bars with the diameters of 14 and 16 mm is worked out to be 3 times of the bar diameters, and 4 times for bars with the diameter of 18 mm.
    运用该计算公式得出,直径为14和16mm钢筋的锚固长度适宜取3倍钢筋直径,直径为18mm钢筋的锚固长度适宜取4倍钢筋直径。
  16. This formula gives a theoretical basis for the calculation of applied load in bar stress severing method.
    该公式为应力断料时的预荷力计算提供了理论依据。
  17. On approximate formula of bar arrangement in backplane of independent foundation and pile cap
    浅议独立基础和桩基承台底板配筋近似公式
  18. Formula for deflection of concrete beams with high-strength steel bar awaits to research further.
    配高强钢筋混凝土梁的挠度计算公式有待于进一步研究。
  19. Proposed design calculation formula for compressive bar and tensile bar, summarize optimal design method of railway pile caps.
    提出压杆及拉杆的设计计算公式,并总结铁路桩基承台优化设计计算方法。
  20. Then the limitations of the constitutive parameters and significance are examined using the relation that the empirical formula and finite deformation are small deformation generalized and the typical finite deformation ( unidirectional extrude, biaxial tensile and membrane deformation of the bar).
    利用经验公式、有限变形是小变形一般化的关系以及典型的有限变形(单向受力、双向受力以及球膜变形)来考察本构参数的限制条件和意义。
  21. The differences in existing relevant formula and the equivalent energy method for ring cracked round bar were studied.
    探讨了现有相关计算公式的差异,对等价能量法用于环状裂纹圆棒试样进行了研究。