1.
A specialized sensory end organ that responds to mechanical stimuli such as tension, pressure, or displacement.
机械性刺激感受器对机械性刺激，如抗力、压力或位移作出反应的神经末梢器官
2.
RESPONSES OF THE SINGLE THREAD HAIR SENSILLUM OF THE CERCUS OF THE COCKROACH PERIPLANETA AMERICANA TO MECHANICAL STIMULI
蜚蠊尾须单个细毛型感受器对机械刺激的反应
3.
Effects of Visual Receptor Characteristics and Stimuli Features on Visual and Imagery Processing;
视觉感受器结构特性和视觉刺激特征对视知觉和表象加工的影响
4.
A specialized sensory nerve receptor that receives and responds to stimuli originating from within the body.
内感受器接受及反应源于体内刺激的特定神经感受器
5.
By the sensation that chemical gas stimulates olfactory receptor and causes.
由化学气体刺激嗅觉感受器而引起的感觉。
6.
a mechanical damper; absorbs energy of sudden impulses.
一种机械阻尼器；能够吸收突然刺激的能量。
7.
The Application of the Laser Rotative Angle Sensor on Mechanical Engineering
激光转角传感器在机械工程中的应用
8.
A sense organ, such as the ear, that receives and responds to stimuli originating from outside the body.
外感受器接受和反应体外传来的刺激的一种感觉器官，如耳
9.
BEHAVIORS OF MECHANICAL AND COLD ALLODYNIA IN CHRONICALLY COMPRESSED MULTIPLE DRG RATS
多节段背根节慢性压迫大鼠的机械触刺激和冷刺激诱发痛行为
10.
OBSERVATION ON THE AFFERENT NERVE ACTIVTY INDUCED BY STMULATION OF RENAL RECEPTORS IN THE RABBITS
刺激家兔肾内感受器的传入神经活动观察
11.
COMPUTER ANALYSIS OF MECHANORECEPTOR OUTPUT SIGNALS IN THE COCKROACH (PERIPLANETA AMERICANA)
美洲蜚蠊机械感受器输出信号的计算机分析
12.
Chemoreception:The physiological response of a sense organ to a chemical stimulus.
化学感受:感觉器官对化学刺激所作出的生理反应.
13.
A specialized cell or group of nerve endings that responds to sensory stimuli.
感受器对感官刺激有反应的一种特别的细胞或一组神经末梢
14.
Electric Field Micro-sensor with a Closed-loop Autonomous Driving Circuit
一种闭环自激式驱动的硅微机械电场传感器
15.
Causing irritation, especially physical irritation.
有刺激性的导致受刺激的，尤其是身体的刺激
16.
A sensory nerve ending that is stimulated by changes in pressure, especially one in the walls of blood vessels such as the carotid sinus.
压力感受器一种感觉神经末梢，被压力变化所刺激，特别指血管壁（例如颈动脉窦）上的压力感受器
17.
Comparative Research on the Morphology of the Mechanical Receptor Organs in the Tibiae of Tachycines Hoffmanni;
斑灶马足部胫节机械感受器的比较形态学研究
18.
On Mechanism and Effects of Improving Muscular Strength by Mechanical Vibration Stimulation;
论机械性振动刺激对提高肌肉力量增长的机制和效应