WHILE MONITORING THE DRB , MOVE THE WIPER SWITCH TO THE HIGH POSITION.

WITH THE DRB , READ THE INTERMITTENT WIPER SENSOR VOLTAGE.

用DRB读间歇的雨刷传感器电压.

Intraarterial DSA found the 25 in all the 27 aneurysms.

DSA检查发现27个动脉瘤中的25个.

DSA examination in 3 cases presented obvious staining of tumor.

行DSA检查3例,均显示明显的肿瘤染色.

Fullness tumor vascular and intense stain could be seen on DSA.

DSA显示瘤内血管丰富,呈血管团样,静脉期染色.

The oxygen evolution principle at DSA anode was analyzed.

分析了DSA阳极的析氧原理.

The operation can only be performed on an internal master DSA object.

操作只能在内部主控dsa对象上执行.

Currently DSA is the reference standard for evaluating these arteries.

目前DSA是评估这些动脉情况的参考标准.

Conclusion: SCTA can be alternative to DSA for large artery aneurysms.

结论: 对大动脉瘤可首选SCTA检查以替代DSA检查.

Objective To evaluate MRA and DSA in the diagnosis of moyamoya disease.

目的评价数字减影血管造影(DSA)和磁共振血管成像(MRA)对烟雾病的诊断价值.

Dru-gs used were chiefly carbazone and metronidazole , the efficacy of latter was ashigh as 92.68 %.

卡巴胂疗效为85%;灭滴灵达92.7%.

These are for the trial tabll are scheduled for two years later on the Dru-pa .

这些设备均为试验机型,预定于两年后的 Dru—pa 上发售.

DRP makes it possible to better manage distribution channel and control distribution process for company.

DRP使得企业更好地管理分销渠道以及控制分销流程成为可能.

The sixth part has looked forward to the development prospect of the DRP system.

第六部分展望了DRP系统的发展前景.

DRP makes the enterprises have the ability to have fast reaction and supply the stock continuously.

DRP使 企业具有对订单和供货具有快速反应和持续补充库存的能力,达到保证有效地满足市场需要又使得配置费用最省的目的.

AIM : To explore the role of MMP-2 , MMP-9 and TIMP-2 in the development of DRP.

目的: 探讨基质金属蛋白酶(MMP -2 、 MMP -9 )及其组织抑制剂(TIMP -2 )在糖尿病视网膜病变(DRP)发生发展中的作用及其机制.

Has introduced the concept, principle and advantages of the DRP system.

介绍了DRP系统的概念 、 原理及优势.

The DRP system is exactly the key to this problem.

DRP分销管理系统正是解决此问题的关键.

The DRP system is exactly the key to these problems.

DRP分销管理系统正是解决这些问题的关键.

The DPF system has features of simple structure, high reliability and good applicability.

该系统具有结构简单 、 可靠性高、实用性好的特点.

This paper presented a newly double photo diode ( DPD ) with shallow trench isolation ( STI ) process.

提出一种新型光电探测器,采用浅 沟槽隔离 工艺,在双光电探测器基础上制作而成.