1、The Granule Development and Performance of ABR;
2、The continuative hearing abnormal will be diagnosed by ABR.
3、Piggery Wastewater Treatment by ABR-SBR Combined Process
4、Comparison of ABR and ECG in the Auditory Character Measuring
5、ABR/Oxidation Ditch/Membrane Bioreactor Process for Landfill Leachate Treatment
6、The Treatment of Wastewater by ABR&BAF Combination-Processes
7、Results The total abnormity rates of ABR within twelve months after radiotherapy was 71.4%(40/56).
8、By Flocculentdeposit ABR -sbr and sand leach, waste water are processed in keeping with the standards.
9、The Study of Peculiarity of ABR in the Steep of Corn;
10、Cultivation of Anaerobic Granule in ABR and Its Characteristics and Application;
11、Study on the ABR-Biological Contact Oxidation Combined Process Synthetic Detergent Wastewater Treatment
12、Objective To explore the diagnostic significance of traumatic perforation of tympanic membrane with auditory brainstem response(ABR).
13、In point-to-multipoint ABR service, the branch node must consolidate the BRM cells from all the branches.
14、选用丹麦Madsen公司脑干诱发电位系统ABR测试。
15、Study on the Start-up Style of ABR Treating Low-strength Wastewater and Meanism of Granule Sludge;
16、结论ABR波形变化在听神经瘤诊断中有重大意义；波形异常、重复*差可作为判断ABR异常的辅助指标。
17、An ATM term. Additive increase rate: an ABR service parameter, AIR controls the rate at which the cell transmission rate increases.
18、通过观测ABR污泥床内沟流现象、颗粒污泥的形成、污泥颗粒化程度探讨了ABR内污泥量与反应器运行及污泥颗粒化的关系；
19、基于速率的反馈拥塞控制用于ATM网络中可用位速率（ABR）流量控制。
20、目的探讨听*脑干反应（ABR）检测在外伤*鼓膜穿孔听力的鉴定意义。
21、目的探讨听*脑干反应（ABR）在胆红素所致听力损伤中的监测价值。
22、为研究低能耗污水处理技术，采用ABR(厌氧折流板)*化反应器-两级人工湿地工艺处理生活污水。
23、一种AT M术语。附加增速：一种ABR业务参数，AIR控制信元传输速率的增加速度。
24、The performance of the reactor to treat the alcoholic stillage is investigated. The results show that the ABR has a high removal rate of SS, and the biological phase separation is existed in it.
25、综合讨论了厌氧折流板反应器(A BR)工艺特征，阐述了国内外关于ABR启动及实际应用的研究现状。
26、对此，本文提出一种方法来设计基于速率的流量控制机制以便调节ABR服务并有效地控制网络拥塞。
27、本文主要研究基于星上处理的卫星ATM网的ABR流量控制，它通过对流量的长时预测来达到控制目的。
28、利用ABR*化预处理和人工湿地联合去除污染物，在冬季运行条件下，探讨了污染物的降解效能与湿地内微生物活*关系。
29、方法测定2 0只豚鼠听*脑干反应（ABR）阈和畸变产物耳声发*（DPOAE）振幅，观察耳蜗毛细胞静纤毛变异形态，计数变异的毛细胞数目。
31、肌注组剩下的5只动物40天时，ABR消失，病理结果耳蜗柯替氏器明显损害，与鼓室组剩下的5只动物10天的电生理及病理结果一致。所有对照组用*前后的电生理及病理结果均无明显变化。
