field insert
英 [fiːld ɪnˈsɜːt]
美 [fiːld ɪnˈsɜːrt]
网络 字段插入
双语例句
- The model uses this array when adding the record to the database; if the submit field were included, the database insert would fail.
在向数据库添加记录时，此模型会使用该数组；若包括了submit字段，那么数据库插入就会失败。 - In the condition entry field, use the content assist ( available by pressing CTRL+ Space) to insert the appropriate method call.
在conditionentry字段中，使用内容帮助（通过按下CTRL+Space获得）插入合适的方法调用。 - You can even change the value of a field, or delete or insert an entire row on this page, and then commit or roll back the changes that you have made!
还可以更改字段的值，或在该页面中删除或插入整行，然后提交或回滚恢复所进行的更改！ - Also, as noted, if the post array included the Submit button as a field, the insert would fail because there isn't a field in the table called submit.
并且，正如之前提到的，如果post数组将Submit按钮作为一个字段包括进来，那么插入就会失效，因为在此表内没有一个名为submit的字段。 - To use field codes to insert barcodes, results of calculations, and summary information, click Field on the Insert menu.
单击插入菜单中的域命令可用域代码来插入条码、计算结果和摘要信息。 - Experimental Study on Distribution of Electric Field Strength and Potential of Insert Electrodes Composite Insulators
内插入电极式结构复合绝缘子场强及电位分布试验研究 - Right-clicking any input field, including chat sessions and e-mail messages, will produce a sub-menu called "insert personal", where you can select information that you have stored in the preferences.
在任何输入框中用鼠标右键单击，包括聊天会话和电子邮件，都将出现一个称为“插入个人信息”的子菜单，您可从中选择存储在首选项中的信息。 - Installation can be accomplished anywhere and at any stage in the shop or field using either a spin-pull tool or spin-spin tool, depending on insert type.
在任何地方和任何工序都可完成安装。根据插件类型，可使用旋-拉工具或旋-旋工具安装。 - To quickly add a field from your data file to the e-mail message main document, click the arrow next to insert merge field, and then click the field name.
要将数据文件中的域快速添加到电子邮件主文档中，请单击“插入合并域”旁边的箭头，然后单击域名。 - Stress Field Analysis of Milling Insert Based on Cellular Automata
基于元胞自动机的铣刀片应力场分析 - To insert text into the repeating Catalog Merge area of your template, in the Catalog Merge task pane under prepare your publication, click the field that you want to insert.
要向模板的重复目录合并区中插入文本，请在“目录合并”任务窗格的“准备出版物”下单击要插入的域。 - Thermal-coupling Field Analysis and High-speed Cutting Performance Evaluation for the Curve-edge Turning Insert
曲线刃车刀片热力耦合场分析及其高速切削性能评价 - Point to the field that you want to insert. When the drop-down arrow appears, click the arrow, and then click Insert as Text or Insert as Picture.
请指向希望插入的域。在下拉箭头出现后，单击箭头，然后单击插入为文本或插入为图片。 - Field, insert the following string
完美体现在以下几个方面 - Then, point to the photo field, click the arrow on the right, and click Insert as picture to add a picture placeholder to the label.
然后，指向“照片”域，单击右侧的箭头，再单击“插入为图片”，将图片占位符添加到标签中。 - Text Form Field; Label; Group Box; Drop-down Form Field; Draw Table; Insert Table; Protect Form
文本表单字段；标签；分组框；下拉表单字段；绘制表；插入表；保护表单 - Prediction of temperature field is the key technique for realizing the design and reconstruction of grove pattern of milling insert, neural network prediction model is a new way for realizing the temperature field prediction.
温度场预测是实现铣刀片槽型设计与重构的关键技术，神经网络预测模型是实现温度场预测的新途径。 - Application of finite element method to calculating stress field in nozzle insert of solid rocket motor
固体火箭发动机喷管喉衬应力场的有限元法计算 - Study and Experiment for Temperature Field of Waved-edge Milling Insert
波形刃铣刀片温度场的试验研究 - The fuzzy comprehensive evaluation of temperature field is processed to evaluate the temperature field by the application of fuzzy mathematics theory, which provides basis for the groove reconstruction of milling insert with 3D complex groove.
运用模糊数学理论对铣刀片温度场进行了模糊综合评判，以确定其优劣，为铣刀片三维复杂槽型的重构提供依据。 - 3D temperature field analysis and fuzzy comprehensive evaluation for milling insert with complex groove
复杂槽型铣刀片三维温度场分析及其模糊综合评价 - In the paper, instable temperature field of complex groove insert and groove reconstruction are studied respectively.
本文对复杂槽型铣刀片非稳态温度场和槽型的重构技术进行了研究。 - All boundary conditions used in the finite element analysis for the temperature field of the waved-edge milling insert are provided by this work and the theoretical basis on which further study for adhesion failure and groove-optimization and choice of milling insert has be offered.
给出了波形刃铣刀片温度场有限元分析的边界条件，为进一步研究铣刀片的粘结破损和槽型优选提供了理论依据。 - The temperature measuring experiment, analysis of 3D temperature field and fuzzy comprehensive evaluation for temperature field are processed to obtain groove of indexable milling insert with better cutting performance to improve the temperature field and stress field of milling insert.
为了获得切削性能更优良的可转位铣刀片槽型，从而改善铣刀片的温度场和应力场，进行了三维复杂槽型铣刀片的测温试验、三维温度场分析及其模糊综合评判。 - Numerical Simulation on Coupling Field of Milling Insert with Three-dimension Complex Groove
三维复杂槽型铣刀片耦合场的数值模拟 - The mathematics model of milling force and the density function of milling force are established, and the curve and surface of the density function of milling force is simulated, which provides condition for stress-field analysis and evaluation of milling cutter with wave insert.
建立瞬态铣削力数学模型及铣削力受力密度函数，同时对受力密度函数曲线及曲面进行了模拟，为波形刃铣刀片的应力场分析及评价提供理论依据。 - The boundary condition of temperature field for waved-edge milling insert is researched based on the heat transfer, fluid dynamics and metal cutting theory.
通过传热学、流体力学、切削理论的综合运用对波形刃铣刀片温度场边界条件进行了研究。 - Boundary condition of FMA of stress field was built. Finite element analysis of stress field was processed. Stress distributing regularity of wave edge and flat rake face milling insert was got. 4.
建立了应力场有限元分析的边界条件，对与温度场分析时相同时刻的应力场进得了有限元分析，得出了平刀面铣刀片和波形刃铣刀片的应力分布规律。 - Theory analysis and experiment study of temperature field and stress field of turnable milling insert are mainly completed in the paper.
论文主要针对可转位铣刀片的温度场和应力场进行了理论分析和实验研究。