1.
look aside buffer
后备缓冲器后备缓冲区
2.
The paper discusses the role of the reserve buffers and its realization in bothfull-screen mode and window mode.
就后备缓冲区的作用,及其在全屏模式和窗口模式下的实现作一探讨。
3.
Full Screen SwapBuffers Destroys Back Buffer
全部屏幕缓冲替换最后缓冲
4.
Host buffer is not ready on the Adatper.
适配器上的主缓冲区没有准备好。
5.
The medium is not compatible with the device or media pool.
媒体与设备或媒体缓冲池不兼容。
6.
Preparation of YBiO_3 Buffer Layers and YBCO Superconducting Thin Films by Magnetron Sputtering
磁控溅射制备YBiO_3缓冲层和YBCO超导薄膜
7.
Deposition Coated Conductor Buffer Layers Films by Magnetron Sputter Method
磁控溅射法制备涂层导体缓冲层薄膜
8.
Optimized Design of USB Device Controller Endpoint Buffer Regional
USB设备控制器端点缓冲区的优化设计
9.
Fabrication of buffer layers and YBaCuO coated conductors by all chemical methods
全化学法制备缓冲层和YBaCuO超导涂层
10.
Fabrication of GaN Nanowires on Si(111) Substrates Using Oxide Buffer Layers
氧化物缓冲层制备Si(111)基GaN纳米线
11.
Progress of CSD-buffer Layers for Coated Conductors
CSD制备涂层导体缓冲层的技术进展
12.
Low Temperature Processing Technology for Preparation of Potential DyBiO_3 Buffer Layers of Coated Conductors
涂层导体DyBiO_3(DBO)缓冲层的低温制备
13.
Then the source element sends media samples in buffers.
然后，源元件发出（存储在）缓冲中的样本.
14.
Discussion on Final Landing Buffer Technique of Fosbury Flop
背越式跳高最后落地缓冲技术的探讨
15.
chained segment buffering
链接段缓冲, 链式段缓冲
16.
a buffer that stores data until the printer is ready.
直到印刷机准备好才存储数据的缓冲器。
17.
Study on the Technologies of Manufacturing Metallic Substrates and Buffer Layers for Coated-conductor;
涂层超导体金属基材及缓冲层制备技术的研究
18.
Deposition New Buffer Layers by Polymer Assisted Chemical Solution Approach;
高分子辅助化学溶液沉积法制备REBiO_3新型缓冲层