To study the correlation of the power output, exposure duration and tissue temperature.
通过体外测温初步探讨微波凝固输出功率及辐射时间与组织温度的关系。
The noninvasive estimation and control of tissue temperature are a key problems in tumour hyperthermia.
准确测量与控制组织的温度状态，是热疗应用和疗效评估面临的重要问题。
Real time tissue temperature control algorithm, ultrasound applicator water temperature control and pulse width modulation (PWM) signal generation are described.
阐述了组织温度控制算法、治疗头水温控制以及脉宽调制信号产生三个系统核心子模块的设计。
The computer simulation results indicate that the fuzzy PID control system is more robust than the comparable linear PID control system in control of the tissue temperature.
计算机仿真结果表明模糊控制系统在组织温度控制中比对应的线性PID控制系统鲁棒。
The basic principle of USAE is explained emphatically, and then two important applications of USAE in medical imaging and in noninvasive measurement of tissue temperature are presented.
本文着重说明了USAE的基本工作原理，然后介绍了USAE在医学成像和组织无损测温两方面的重要应用。
The tissue temperature responses generated from heating by a spherical thermistor probe were calculated by using a numerical method, in which different bio-heat transfer models were adopted.
采用数值方法，分析了不同生物传热模型条件下，采用热敏电阻探头加热时，生物组织中温度响应的动态特征。
According to various embodiments of the present invention, the FEM modeling can also be used for intra-cardiac vital signs signals, such as tissue temperature mapping, pressure mapping, etc.
根据本发明的各种实施例，FEM建模也可以被用于心脏内生命特征信号、诸如组织温度映射、压力映射等。
Meanwhile, the vital signs, intracranial pressure, blood glucose and lactate, blood gas level, blood electrolytes, brain tissue oxygen partial pressure, and brain tissue temperature were monitored.
同时监测生命体征、颅内压、血糖、血乳酸、血气、血电解质以及脑组织氧分压和脑温。
Brown tissue helps to regulate body temperature by generating heat.
褐色组织通过生成热量帮助调节体温。
Infrared radiation heats up the pit membrane tissue, and TRPA1 channels open when a threshold temperature is reached, allowing ions to flow into the nerve cells and triggering an electrical signal.
红外线使窝器膜组织升温，当达到阈值后TRPA 1通路打开，离子流入神经细胞并催发电信号。
"It's not going to make a difference whether you're exposed to cold or a neutral temperature if you don't have any brown adipose tissue," said Klauer.
“如果你没有褐色脂肪组织，那么，无论是低温还是常温对你来说都没什么影响，”克劳尔说。
In this study, thermometry showed that the temperature of the inflamed tissue was decreased as a result of treatment.
在这项研究中，皮温测试显示炎症组织的温度由于治疗而降低了。
In addition to freezing, the tissue may be dehydrated, permitting storage at room temperature.
除了冻结，该组织可能会脱水，存放在室温允许温度。
In this paper, we study the relativity of B mode ultrasound image gray and temperature in Tissue.
本文研究了生物组织B型超声图像灰度与其温度的相关性。
To study the low-temperature dielectric properties of tumor tissue on nude mice, which is cell-transplanted by human tongue cancer cell.
目的：研究以人舌鳞癌细胞移植的裸鼠肿瘤组织在低温、低频条件下的介电特性。
By using the thermal effect, the lesion tissue due to high temperature gasification, careful not to over treatment, otherwise easily lead to scar formation.
利用其热效应，使病变组织因高温而气化，注意不要过度治疗，否则易致疤痕形成。
This paper has combined temperature measuring and numerical simulation to research the laser and tissue photo-thermal effect.
结合温度测量和数值模拟进行激光与组织光热效应的研究。
Frozen process of organism tissue caused by liquid carbon dioxide cryoprobe is experimentally studied, in which fresh beef is used as the tissue, the temperature field is measured.
实验研究了液体二氧化碳冷冻刀对机体组织造成的冷融过程，测定了组织内部的温度分布，实验对象为新鲜牛肉。
The results showed that the higher the temperature and the longer period for treatment, the more water loss and more severe calcification in the tissue of chestnut fruits.
结果显示，板栗接受热处理的温度越高、时间越长，组织水分损失越多，石灰化程度越严重。
The purpose of this paper is to study a kind of noninvasive temperature measure method, which based on shifts in echo location of backscattered ultrasound from heated tissue.
设计了实验系统，研究了生物组织超声回波时移与其温度的相关关系，以期利用这种相关性实现热疗中组织温度的无创检测。
Also, digital simulation of temperature field and temperature gradient of tissue is performed, which is coincided with experiment.
对冷冻过程中机体组织内部的温度场和温度梯度进行了数值模拟，与实验结果吻合较好。
Result Ablation velocity, coagulation depth and temperature profiles in living tissue were numerically obtained.
结果通过数值计算，得出活体组织表面汽化速度及内部温度分布。
In this model, the contribution of blood flow and metabolic heat generation has been included and it is not required that the tissue be initially at its phase change temperature.
模型中包括有血流和代谢热的影响，且允许生物组织的初始温度高于其相变温度。
Tissue water content, tissue thickness, tensile strength, broken extension rate and heat shrink temperature were determined respectively.
分别测定牛心包的组织含水量、厚度、抗拉强度、断裂伸长率及热皱缩温度。
When a biologic tissue is exposed into microwave radiation, its temperature will rise, and it may be caused some pathological changes.
在微波辐射下，生物组织会出现温度升高，器官的生理或病理变化。
Although these methods only have good repetition in the certain temperature range, but can accurately open out the tissue denatured region.
虽然实现精确测温非常困难，但这些方法均能较准确地反映出组织变性状况。
This paper using TEM and X-ray diffraction system analysed and studied the tissue constitution of impulseelectroless's Ni-Pplating and its conversion when heated at different temperature.
本文采用TEM和X射线衍射仪分析研究脉冲化学镀高磷镍合金镀层及经不同温度加热时镀层组织结构的转变。
The variation of perfusion with temperature and the lower perfusion in tumor tissue are fully considered in the simulation of unsteady-state temperature profiles.
在非稳态温度场模拟中考虑了血液灌流量随温度变化和肿瘤区低血液灌流的特点。
A lumen in the injection needle allows for delivery to agents directly to the punctured tissue and thermocouple wires can be carried in the lumen for temperature sensing at the treatment site.
所述注射针中的管腔可允许将药剂直接传送至所述刺穿的组织，所述管腔中可以附带用于感测治疗部位温度的热电偶线。
A lumen in the injection needle allows for delivery to agents directly to the punctured tissue and thermocouple wires can be carried in the lumen for temperature sensing at the treatment site.
所述注射针中的管腔可允许将药剂直接传送至所述刺穿的组织，所述管腔中可以附带用于感测治疗部位温度的热电偶线。
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