- 更多网络例句与脉波相关的网络例句 [注：此内容来源于网络，仅供参考]
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The adjustable amplitude range, symmetry and low ringing of the monocycle pulse are important to judge the performance of the pulse generator. Furthermore, the pulse generator should avoid the process variation and be suitable for different requirements.
目前脉波产生器的研究中，以脉波的高度可调性、对称性和低涟波为最重要，再者由於晶片中的制程变异或是需应用於不同的情况，因此目前的脉波产生器研究皆以此目标迈进。
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In this thesis, we propose two pulse generators whose pulse amplitude is adjustable. These pulse generators use the second-order transient circuit at over-damping mode to generate the adjustable monocycle pulse with good symmetry and low ringing in the simulation and measurement.
本论文提出两个脉波高度可调的脉波产生器，主要观念在於利用RLC二阶暂态来产生脉波，并利用过阻尼响应来降低脉波尾端的涟波，从模拟与量测中可验证此特性。
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The effect and principle of equilibrium reactor in rectifying circuit was analyzed. The simulation model of 12-pulse transformation rectifier with equilibrium reactor was built using PSB, which is a toolbox of MATLAB. The model was used to simulate aircraft electrical power system.
详细分析了均衡电抗器在12脉波整流电路中的作用和工作原理，利用MATLAB软件提供的工具箱PSB建立了带均衡电抗器的12脉波变压整流器的仿真模型，用该模型对飞机电源系统进行了仿真。
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In the study of radial sphygmogram on the patients with ischemia heart disease, Our analysis of the harmonic C4 of left Cun showed significant difference between the two groups (p=0.0039). And the optimal contact pressure of left Cun was smaller than others (p=0.013). The result was approval for the TCM theory "Left cun correspond to heart".
在缺血性心脏病患者的脉波图研究中，以观察组与对照组相比，频域分析的结果显示在仅左寸脉波的C4有显著差异(p=0.0039)，两组最佳取脉压力的比较，也显示仅在左寸有显著差异(p=0.013)。
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As the third part of the integrated project "Development and Research of the New Generation Automatic Sphygmography", subproject will focus on the time/frequency domain of analog Multi-Channel Signal Processing Technology for the New Generation Automatic Sphygmography.
本计画为整合型计画"新一代自动化诊断脉诊仪开发与研究"中之子计画，而子计画主要是针对类比式多通道脉波处理技术於脉诊平台实现。
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Finally, we should emphasize that besides combing the explorations and researches on the time and frequency domain of traditional pulse wave signals, the central of subproject focuses on the realization of pulse wave signals to design a sphygmography with objective measurement by combining the results of the other two subprojects and clinical diagnoses and pulse condition analysis, in order to equip the sphygmography with automatic diagnostic functions and friendly user interface.
最后，要强调的是本计画的技术核心，兼并传统脉波信号时/频域探讨研究外，并著重在脉波信号定位与实现，以结合另外二个子计画，设计出一具有客观测量的脉诊仪系统，再配合临床疾病诊断与脉象分析，使脉诊仪具备自动诊断功能与人性化之人机界面。
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This study analyzes the radial sphygmography whether the heart failure symptoms are associated with specific variables in the left radial sphygmography and heart rate variability.
二重要性：本试验探讨心脏脏衰竭患者寸口脉波图之变化及心律变异分析，并评估其临床症状之严重程度，是否与左寸脉波图各项参数相关。
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Arteriosclerosis has a huge influence on human's health. Currently the diagnosis of arteriosclerosis is based on invasive cardiac catheter measurement, but this method could cause subject's great inconvenience and might be dangerous. In this regard, this paper proposes a non-invasive pulse characteristic points locating system for arteriosclerotic degree examination. The pulse characteristic points we use include pacemaker, percussion wave peak, dicrotic notch and dicrotic wave peak. From the pulse characteristic points, we can calculate the arteriosclerotic degree examination parameters, such as pulse wave velocity, stiffness index and reflection index, etc. Those parameters can be used for diagnosing the degree of arteriosclerosis.
动脉硬化对於人体健康有极大的影响，然而目前动脉硬化的诊断主要在於侵入式的心导管量测，容易造成受测者的诸多不便及危险性；有鉴於此，本论文系设计一应用於动脉硬化程度检测之脉波特徵点定位系统，如：起搏点、主波峰顶点、重搏切迹与重搏波顶点等，经由准确的脉波特徵点定位计算出脉波传导速率、硬化指数与反弹指数等动脉硬化程度检测参数，透过这些数据，可提供医师在诊断动脉硬化程度上的辅助。
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This system mainly contains the front-end pulse interception and back-end software analysis. In the first part, we used a non-invasive infrared measurement method based on the dual channel simultaneous measurement technique. We measured the photo-plethysmograph from the subject's fingers and toes simultaneously, then used an analog circuit and central control unit to process the signals. Finally, the digital volume pulse data is processed by a personal computer. Because the characteristic points of digital volume pulse always occur in sharp variations, this paper proposes two algorithms to solve this problem. First, we find the pacemaker and percussion wave peak from transient slope variation, and then locate the dicrotic notch and dicrotic wave peak by using the wavelet transformation algorithm. When we analyze the data, we use the Visual Basic graphical user interface, which together with the Matlab is the core of the system.
本系统主要包含前端脉波撷取及后端软体分析两部分，其中前端脉波撷取部份是以非侵入式的红外线量测方式，双通道同步量测受测者手指与脚趾的光容积变化描记图，同时将此讯号经类比处理电路及中央控制单元输出成为数位容积波，再传送至个人电脑中；而在后端软体分析部份，因数位容积波之特徵点皆出现於波形中急剧变化的部份，故本论文以瞬间斜率变化量来定位脉波讯号中的起搏点及主波峰顶点，并利用小波转换演算法（wavelet transformation algorithm）来分析重搏切迹与重搏波顶点；程式撰写主要以Matlab为核心，结合Visual Basic的图形化使用者操作介面，增加系统与使用者间的亲和力。
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ResultsMain wave of taut pulse and vire pulse was steep;pulse wave went up quickly and its slope rate was large.
结果紧脉和弦脉主波升支陡峭，脉波上升速度快、斜率大；主波高且宽；重搏前波波幅及高度升高；降中峡高度升高。
- 更多网络解释与脉波相关的网络解释 [注：此内容来源于网络，仅供参考]
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pulse wave：脉波
pulse valve 脉冲阀 | pulse wave 脉波 | pulse wave 脉波脉冲波
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pressure pulse wave：压力脉动波,压脉波
pressure pulse 压力脉冲 | pressure pulse wave 压力脉动波,压脉波 | pressure pump 压力泵,增压泵,加压泵
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modulation, pulse-time; PTM：脉波时间调变
脉波位置调变 modulation, pulse-position, PPM | 脉波时间调变 modulation, pulse-time; PTM | 脉波宽度调变 modulation, pulse-width; PWM
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pulse regeneration：脉波再生
"pulse radar","脉波雷达" | "pulse regeneration","脉波再生" | "pulse reshaping","脉波再整形"
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pulse reshaping：脉波再整形
脉波再整形 pulse reshaping | 脉波上升时间 pulse rise time | 脉波选择器 pulse selector
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pulse reshaping：脉波再成形
"脉波重复率","pulse repetition rate,PRR" | "脉波再成形","pulse reshaping" | "脉波上升时间","pulse rise time"
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sphygmogram：脉波搏曲线 脉波图 脉搏描记图 脉搏图
sphygmodynamometry 脉力测量法 | sphygmogram 脉波搏曲线 脉波图 脉搏描记图 脉搏图 | sphygmograph 脉波计 脉搏记录器 脉搏描记器 脉搏图仪
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sphygmogram：脉搏曲线;脉波
天蛾 sphinx moth | 脉搏曲线;脉波 sphygmogram | 脉搏描记器;脉波计 sphygmograph
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dicrotic wave：重搏波,重脉波,降中波
dicrotic pulse 重搏,重搏脉,二波脉 | dicrotic wave 重搏波,重脉波,降中波 | DICT 夢洲コンテナターミナル
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pulse falltime：脉波下降时间
"脉波任务因数","pulse duty factor" | "脉波下降时间","pulse falltime" | "脉波形成","pulse forming"