1.
Use to add a 3-D line or separator between elements of an interface.
用于在界面元素之间添加三维线条或分隔线。
2.
Emulating common GUI elementswill increase usability.
运用通用的图形界面元素将会增加可用性。
3.
Distribution characteristics of elements in root-soil interface of Pinus koraiensis seedlings by electron probe X-ray microanalysis
应用电子探针研究苗木根-土界面元素微区分布
4.
Controls must be used appropriately and judiciously, like all elements of a good user interface.
就像所有好的界面元素一样，控件的使用也必须是恰当且合理的。
5.
It is common that a single requirement will necessitate multiple interface elements.
一个需求可以由多个界面元素来满足，这种情况比较普遍。
6.
On the Director-based,Object-oriented Design of Interface Elements in English Courseware and its Realization
基于Director的英语课件界面元素对象化的设计和实现
7.
Effect of Ge on Interfacial Reaction Sn-3.5Ag Alloy/Cu Interface
锗元素对Sn-3.5Ag合金/铜界面反应的影响
8.
Effect of Alloy Element Addtion on IMC at the Soldering Interface of Sn-based Binary Solders;
合金元素对二元Sn基钎料钎焊界面IMC的影响
9.
Functional elements are the operations that can be done to the data elements and their representations in the interface.
功能元素是指对数据元素的操作及其在界面上的表达。
10.
The composite features, the elements diffusion and the binding strength in interface of the adaptor have been reviewed.
考察了接头的界面复合特征，界面上元素扩散及接头的结合强度。
11.
Drag onto the page to group graphic elements of an interface.
拖到绘图页后，可以对界面图形元素分组。
12.
The Analysis and Research on Web Interface Visual Arts Elements
基于网页界面视觉艺术元素的分析与研究
13.
Elemental Diffusion between Sm_(0.5)Sr_(0.5)CoO_(3-δ) Cathode and La_(0.9)Sr_(0.1)Ga_(0.8)Mg_(0.2)O_(3-δ) Electrolyte
钐锶钴阴极/镧锶镓镁电解质界面的元素扩散
14.
Diffusion behavior of Cr element at the bonding interface of a 25Cr5MoA/Q235 solid-liquid cladding shaft
25Cr5MoA钢/Q235钢固-液复合轴界面Cr元素扩散行为
15.
Effects of alloying elements in the dipping solution on the interface structure of hot dip aluminized steel
镀液合金元素对钢镀铝界面组织的影响
16.
Effects of Fe on wetting behaviors and interfacial characteristics between copper alloy and W substrate
Fe元素对Cu/W间润湿行为和界面特性的影响
17.
Verify that any element with its own user interface is device-independent.
请验证具有其自己用户界面的任何元素是否都与设备无关。
18.
The diffusion of Ti, C, W of the substrate into the film improved the adhesion strength of the interface.
基体中的元素在薄膜中有明显的扩散,有助于提高界面结合强度。