骨导听性稳态反应,Bone-conducted auditory steady-state response
1)Bone-conducted auditory steady-state response骨导听性稳态反应
英文短句/例句
1.Bone-conducted Auditory Steady-state Responses in Adults with Normal Hearing正常听力成人骨导听性稳态反应的研究
2.Prediction of bone-conduction of audiometric threshold in normal-hearing adults using multiple auditory steady state response多频听觉稳态反应评估听力正常青年人骨导听阈的研究
3.Issues concerning the clinical application of ASSR使用听性稳态反应技术需注意的问题
4.The Application of Auditory Steady-State Responses to the Neonates Hearing Evaluation听性稳态反应在新生儿听力评估中的应用
parison of auditory steady-state responses and auditory brainstem responses in audiometric assessment of adults with sensorineural hearing loss成人感音神经性聋听觉稳态诱发反应阈与听性脑干反应阈比较
6.The Application of the Auditory Steady-state Response to Patients with Noise Induced Hearing Loss听性稳态反应对噪声性聋客观评估的价值
7.The Correlativity between the Threshold Acquired with ASSR and PTA;不同听力水平听性稳态反应阈值与纯音测听阈值比较
parison of Thresholds Acquired with ASSR and PTA in Normal-hearing Subjects;听力正常人听性稳态反应阈值与纯音测听阈值的比较
parison between Auditory Steady-State Response and 40 Hz Auditory Event Related Potential in the Evaluation of Hearing Thresholds听性稳态反应与40Hz听觉相关电位在听阈评估中的比较
bined application of multiple auditory steady-state evoked response and auditory brain-stem response to hearing screening and diagnosis in infants听性脑干反应联合听觉多频稳态诱发反应在儿童听力筛查和诊断中的应用
11.Application of auditory brainstem response and auditory steady-state response in children with zentrale koordination-storung*中枢性协调障碍患儿听性脑干反应及多频稳态诱发电位分析
12.Study of the Clinic Application on Auditory Multiple-frequency Steady-state Evoked Responses;听觉多频稳态诱发反应临床应用的相关研究
13.Clinical Research on Multiple Auditory Steady-State Responses;多频听觉稳态诱发反应临床应用的初步探讨
14.ON INTERRELATIONSHIP BETWEEN TRANSIENT RESPONSES AND STEADY STATE RESPONSES IN FAST COMPONENTS OF AUDITORY EVOKED POTENTIALS论听觉诱发电位快成分中瞬态反应与稳态反应的相互关系
15.Prediction of Hearing Thresholds Using Multiple Auditory Steady-State Response and Tone-pip Evoked Auditory Brainstem Response;多频稳态反应及短音诱发脑干反应对听阈评估的研究
16.The unstable nature of 16 resulted in hydration.（16）的不稳定性导致加水反应。
17.Effect of Endoplasmic Reticulum Stress Protein of CRT on Intracellular Calcium Homeostasis Regulation after Exercise内质网应激蛋白介导运动后骨骼肌钙稳态调节的研究
18.Air- and bone-conduction auditory brain stem responses for hearing assessment in children with congenital external auditory canal atresia气导和骨导ABR在先天性外耳道闭锁小儿听力评估中的应用
相关短句/例句
Auditory steady-state responses听性稳态反应
1.ObjectiveAuditory steady-state responses(ASSR) and click-auditory brainstem responses(click-ABR) are utilized to predict the hearing thresholds for patients with sensorineural hearing loss(SHL) patients.目的探讨听性稳态反应(auditory steady-state responses,ASSR)和短声诱发听性脑干反应(ABR)在感音神经性聋人群客观听阈评估中的作用及其在耳聋鉴定中的价值。
2.Objective To explore the correlativity between the thresholds acquired with auditory steady-state responses(ASSR) and pure tone audiometry(PTA).目的探讨不同频率下不同听力水平的听性稳态反应(auditory steady-state responses,ASSR)阈值与纯音测听(pure tone audiometry,PTA)阈值的关系。
3)Auditory steady-state response听性稳态反应
1.Objective To compare the results between auditory steady-state response (ASSR) and 40 Hz auditory event related potential(AERP), and explore the accuracy of hearing thresholds by using ASSR and AERP and the clinic forensic value.目的通过对受检者听性稳态反应(auditory steady-state response,ASSR)与40Hz听觉相关电位(auditory event related potential,AERP)测试结果的比较分析,探讨ASSR与AERP评估听阈的准确性及其在法医临床鉴定中的应用。
4)Multiple auditory steady-state response多频听性稳态诱发反应
5)Multiple auditory steady state response多频听性稳态反应
6)audition steady-stady response听觉稳态反应
延伸阅读
反应堆稳态热工水力设计反应堆稳态热工水力设计reactor steady state ther-mo-hydraulic designfonyingdul wentol regong shL一l一she一l反应堆稚态热工水j7设计(reaetor steadystate thermohydraulie design)根据安全和经济适用的原则确定一个优化的堆芯冷却方案，分析计算反应堆在各种给定的稳态工况下的热工参数。其中包括堆芯冷却剂压力、温度及流量分布、燃料元件温度和偏离泡核沸腾比等参数。并联通道模型反应堆堆芯是由许多结构类同的嫌料组件组成的。几种典型的嫌料组件被表示在图1“墙”，相邻通道间有流体的横向流动和混流交混，因此，在通道之间有质量、动量及能量交换。在反应堆稳态热工水力设计中，要计算堆芯各类有束伸控制的 嫩料组件一~一一2、‘~一一.嗽料棒冷却剂通遭、一~一丫/ 无束捧控制 的姗料组件一测口陈水堆组月沸水堆组件高温气冷堆组件图1反应堆燃料组件中。在反应堆热工水力分析中，把堆芯按其热流密度和通道内详细的热工参数。堆芯最高燃料温度及最小偏离泡核沸腾比等参数必须满足安全准则的要求。设计中运用了下述术语:①平均通道:具有平均热流密度、平均冷却剂流量、焙升和名义几何参数的通道，②热通道:堆芯内具有最大焙升的燃料冷却剂通道，它是合理地集中了核的和工程的诸不利因素影响的通道;③热通道因子:通道的局部状态和平均状态的参数比值。
