1.
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
2.
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
3.
Comparison 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
4.
Evoked responses of visceral nociceptive neurons in cat anterior cingulate gyrus revealed by intracellular recording techniques
猫扣带回前部内脏伤害感受神经元的诱发反应
5.
Study of Acoustically Short Latency Negative Response in Tone Burst Auditory Brainstem Responses
短纯音诱发的听性脑干反应测试中声诱发短潜伏期负反应研究
6.
The allergenic properties of fungal spore .
真菌孢具有诱发过敏反应的性能。
7.
Induction of Sperm Acrosome Reaction Using γ-Aminobutyricacid in Cervus elaphus
γ-氨基丁酸诱发马鹿精子顶体反应
8.
A Case of Epilepsy Paroxysm Induced by Allergic Reaction After TAT Desensitization Injection
TAT脱敏注射后发生过敏反应诱发癫痫发作1例
9.
Mice immunized with 2H4 or 5D3 couple with KLH, occurred positive and specific DTH reaction after stimulated by NPC cell.
并能诱发特异性迟发型超敏反应 (DTH)和细胞增殖反应。
10.
The inhibition effect of lidocaine on irritating cough caused by fentanyl in general anesthesia induction
利多卡因在全麻诱导中预防芬太尼诱发呛咳反应的临床观察
11.
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
12.
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
13.
Nuclear reactions may be induced by bombardment with a wide variety of particles.
核反应可以通过各种各样粒子轰击来诱发。
14.
SOME CLINICAL PHYSIOLOGICAL RESEARCHES ON EVOKED FAST AUDITORY RESPONSES(POTENTIALS)
听觉诱发电位快反应临床生理的某些研究
15.
THE DISSOCIATION MODEL OF POLYATOMIC MOLECULE INDUCED BY INFRARED LASER FIELD
红外激光场诱发下的多原子分子离解反应模型
16.
Decomposition of 1, 2-dichloropropane Induced by UV Laser Radiation;
激光诱发1，2-二氯丙烷分解反应机理研究
17.
Characteristics and Clinic Research of Vestibular Evoked Myogenic Potential;
前庭诱发肌源性电位的反应特性及临床研究
18.
RESEARCH PROGRESS OF THE REACTION MECHANISM OF SOLID-STATE COMBUSTION INDUCED BY MECHANICAL ALLOYING;
机械合金化诱发固态燃烧反应机理研究进展