无创测量,noninvasive sensing
1)noninvasive sensing无创测量
英文短句/例句
1.Study on Multi-Frequency Ultrasound for Non-Invasive Measurement Method in Vivo;多频率超声进行体内无创测量的方法研究
2.Non-invasive Measurement of Human Blood Components Concentration Gets Great Advance and is Coming into Use Soon人体血液成分无创测量取得突破,即将进入实用
3.Study of Non-invasive Measurement of Human Hemoglobin Concentration by Near Infrared Spectroscopy;近红外光谱法无创测量人体血红蛋白浓度的研究
4.Pilot Study of Detecting Intracardiac Pressure Invasively Using Ultrasonic Contrast Agent and Backscatter Technology;声学造影剂及背向散射技术无创测量心腔内压力的初步研究
5.Studies on Non-invasive and Wireless Monitoring System of Oxygen Saturation of Blood无创血氧饱和度的测量及无线监测系统的研制
6.Study on Measurement Conditions for Non-invasive Spectral Analysis of Human Body Composition;人体内成分无创光谱检测中测量条件的研究
7.Testing Calibration of Measurement Characteristics of Non-ninvasive Blood Pressure in Multi-parameter Monitor多参数监护仪无创血压测量特性的检测校准
8.A Research of Noninvasive Monitoring Technology and Device on Tissue Blood Oxygen Content;组织血氧含量无创监测技术及仪器的研究
9.Study on Noninvasive Measurement of Blood Pressure Utilizing Pulse Wave Transmit Time;基于脉搏波传输时间的无创血压测量方法研究
10.Research on Non-invasive Continuous Blood Pressure Measurement Based on Pulse Wave;基于脉搏波的无创连续血压测量方法研究
11.Non-invasive measurement of the length of the femur before intramedullary nailing髓内钉术前无创体表测量股骨长度的方法研究
12.The Agreement Between Noninvasive and Invasive Central Blood Pressure Measurements评价无创中心动脉压与有创中心动脉压测量值的一致性
13.Study on the Detect Theories and Signal Acquisition for Dynamic Spectrum;近红外无创血液成分测量—动态光谱检测理论及信号提取方法研究
14.Noninvasive Quantification of Cerebral Blood Flow Using Phase-Contrast Magnetic Resonance Angiography;磁共振相位对比血管成像技术无创地测量脑血流量的研究
15.infinitely or immeasurably small.无限的或无法测量的
16.The Tilt Test System Based on Continuous Noninvasive Measurement of Beat-to-beat Blood Pressure;基于无创伤逐拍动脉血压测量技术的倾斜实验系统
17.Tissue Optics Basis and Application in Non-Invasive Sensing of Blood Glucose Concentration with Near-Infrared Spectroscopy;近红外无创伤血糖浓度测量方法的组织光学基础及应用研究
18.Study on Theories and Experiments of Signal Structure and Acquisition for Non-Invasive Blood Glucose Sensing with Near-Infrared Spectroscopy;近红外无创血糖测量—信号构成和拾取的理论及实验研究
相关短句/例句
noninvasive measurement无创测量
3)non-invasive ventilation measurement无创通气量测量
4)Noninvasive blood glucose measurement无创血糖测量
5)Invivo noninvasive measurement在体无创测量
6)non-invasive blood glucose sensing血糖无创测量
延伸阅读
测量与测量结果测量与测量结果测量与测量结果测量是以确定某个量的值为目的的一整套运作。例如，用米尺量布以确定布的长度为多少米，用体温汁量体温以确定体温为多少摄氏度等。测量的根本意义在于，可以将不能直接计数的量，如物体的长度、体积(容量)、质量(重量)等，通过测量确定其为多少米、多少升、多少千克等，从而变得可以汁数。依测量对象的性质和预定测量要求的不同，测量可能是简单的，也可能是复杂的。简单的量布和复杂的珠穆朗玛峰海拔高度的测量，都是对长度这个量的测量。测量结果指由测量所得到的被测之量的量值，而量值则由牧字乘以计量单位组成。不管测量进行得多么仔细，测量结果都只是被测之量的真实量值的一个近似值。因此，在完整表述测量结果时，应包括给出测量不确定度。此外，必要时还要给出一些附加说明，如是单次测量所得还是多次测量所得，系统误差是否已作修正，以及测量时影响量的取值范围等
