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1·STO films were deposited by pulse laser depositing (PLD).

STO薄膜采用脉冲激光沉积法(PLD)制备。

2·A kind of control system based on PLD technology is described.

介绍了一种基于PLD技术的光导纤维拉制塔控制系统。

3·Instead of discrete devices, PLD is applied to design the control block.

并利用PL D器件替代分立器件设计了控制模块。

4·At last the advantages of designing system by ISP and ISP-PLD is concluded.

最后总结了采用ISP技术及IS P - PLD进行系统设计的优越性。

5·Objective To evaluate the clinical value of percutaneous lumbar discetomy(PLD).

目的探讨经皮腰椎间盘摘除术（ PLD）的临床应用价值。

6·More and more lines of evidence indicate that PLD is tightly involved in inflammation.

越来越多的证据表明PLD和炎症有密切的关系。

7·Combined PLD technology with other technics, high-quality KTN thin films are prepared.

我们巧妙地将PLD技术与其它工艺结合起来，制备出高质量的KTN薄膜材料。

8·The whole logic circuit is completed within a PLD and the system is reliable and stable.

整个电路的全部逻辑在一片PLD中实现，而且系统稳定可靠。

9·PLD used as logic controller in DAQ system finished in the project was implemented on both FPGA and CPLD.

本课题完成的数据采集系统中，用于逻辑控制的可编程逻辑器件采用了FPGA和CPLD两种实现方案。

10·The azimuth preprocessor design with CPLD is the first time in realizing complex algorithm with PLD in IEAS.

这是在电子所内首次利用PLD器件实现信号处理的复杂算法。