After loading, the language variants part of the classification taxonomy should be displayed, as shown in Figure 7.
加载之后，类别分类的语言变体部分应该会显示出来，如图7所示。
Your screen should look like Figure 1 after loading the data.
在加载了数据后，屏幕应该类似于图1。
Let's now look at the internal functions for module loading (see Figure 4).
现在，我们看看加载模块时的内部函数(参见图4)。
When loading information, the typical scenario is as shown in Figure 2.
在加载信息时，典型的场景如图2所示。
Your screen should look like Figure 1 after loading in the data.
加载数据后，屏幕应该类似于图1。
After loading the file, you can view the attributes of the plug-in as shown in Figure 5.
在加载完该文件后，您可以查看如图5所示的插件属性。
Your screen should look like Figure 5 after loading the data.
在加载数据后，屏幕应该类似于图5。
After loading the page, you should see the alert shown in Figure 1.
加载页面后，应该看如图1所示的警告。
Figure 2 shows the wizard for loading the AspectJ Development Tools plug-in.
图2显示了加载aspectj开发工具插件的向导。
When the page loads, you can use a tool like Firebug to watch the asynchronous loading of data, as shown in Figure 3.
在装载这个页面时，可以使用Firebug等工具观察异步装载数据的过程，见图3。
Therefore, a thorough understanding of each phase helps in the diagnosing of class loading problems. The phases are illustrated in Figure 2.
所以，对于每一阶段的深入理解有助于对类装入问题的诊断。
After loading the XML table definition "target_xml," the XML output stage is shown as illustrated Figure 18.
装载xml表定义“target _ xml”之后，xml输出stage如图18所示。
Figure 1 depicts what the user first sees upon loading the application in a Web browser.
图1描绘了将该应用程序装入Web浏览器时用户首先看到的画面。
Support network loading GIF images, scroll through long figure.
支持网络加载gif图片，长图滚动浏览。
This means that if we then open the scaffolding HTML file in the browser, something like Figure 2-3 should be looking back at you when the Flash plugin finishes loading.
如果我们再次在浏览器中打开先前的HTML脚手架文件，等Flash插件加载完毕，就可以看到如图2 - 3的内容。
Figure 1. Loading a page with six separate scripts.
图1六个单独的脚本文件。
Figure 1 shows the recommended watt loading for a square inch or square centimeter of radiating surface as a function of furnace temperature.
图1中指出了每平方英寸或者是每平方厘米辐射面积所能负荷的理想能量和熔炉温度的函数关系。
Cable leakage resistance is a common source of shunt resistance loading, as shown in Figure 2-4.
分流电阻负载通常是由电缆泄漏电阻引起的，如图2 - 4所示。
Figure 2-7 demonstrates the effects of shunt capacitance loading on the input of a typical high impedance voltmeter.
图2 - 7说明分流电容对典型的高输入阻抗电压表输入端的影响。
For the bearings under axial force and torque load in the same time, the static axial loading - torque figure is drawn.
在轴承承受力矩和轴向力联合载荷的情况下，给出静轴向载荷—力矩图。
For the bearings under axial force and torque load in the same time, the static axial loading - torque figure is drawn.
在轴承承受力矩和轴向力联合载荷的情况下，给出静轴向载荷—力矩图。
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