As shown in Figure 4-45, the resistance can be plotted vs. temperature as the sample temperature is changing.
如图4 -45所示，可以画出样品温度变化时，其电阻和温度的关系曲线。
Sample temperature curve can be displayed, a separator temperature curve, thetemperature curve of the cold trap, vacuum curve.
可显示样品温度曲线、隔板温度曲线、冷阱温度曲线、真空度曲线。
The data of DTA, TG, DTG, T and sample temperature can be displayed on CRT, and the required results can be printed and plotted.
由CRT实时显示所采集的差热、热重、微商热重和样品温度四种参量的数据，并能打印和绘制出所需要的结果。
A theoretic model for prediction of sample temperature during plasma based ion implantation was established, and computer simulation was done with the model.
建立了等离子体基离子注入过程中试样温度预测的理论模型，应用这个模型进行了一系列数学模拟。
The measurement results show that obtained materials are sensitive to light and the sensitivity is affected by applied voltage, sample temperature and their resistivity.
测试结果表明：这种材料是一种光敏感材料，其敏感性受外加的电压、样品的温度及补偿后样品的电阻率影响。
The influence of the array chamber, carrier gas flux and sample temperature on the performance of the system was discussed in the identification of different brands of cigarettes.
在卷烟鉴别问题中详细研究了测试气室、载气流量、样本温度等实验条件对系统的识别性能的影响；
The thermal desorption spectrum (the desorption rate VS sample temperature), the desorption action order and the desorption activation energy have been obtained for main kinds of desorpted gases.
得到它们的主要脱附气体的脱附速率的温度特性，即热脱附谱，脱附反应级数和脱附激活能。可为聚变装置真空室的选材和清洗提供参考。
This weather balloon will mostly measure temperature, air pressure, and wind speed, but others sample the air for the concentration of various gases like carbon dioxide and oxygen.
气象气球主要是用来测定温度，气压和风速的，另外它还能够测出空气中很多种气体的含量，例如二氧化碳和氧气等。
Then they brought the sample back to room temperature and exposed it to an X-ray beam from the facility while using a CCD detector to record the X-rays reflected from the surface of the sample.
然后他们将样品重置于室温状态，并使其接受X射线照射，同时使用CCD检测器来记录从样品表面反射回的X射线。
Stir or agitate the coating sample to assure uniform temperature and density.
搅动和摇动涂料样品以保证统一的温度和密度。
The volume is fixed by measuring a specific gas (liquid) of controlled temperature and pressure using a sample measurement tube.
通过使用样品测量管测量受控温度和压力的特定气体(液体)来固定体积。
Volatile content is determined by baking a sample under specified time and temperature conditions.
可挥发份含量通过烘烤样品在确定的时间和温度条件下得到。
Like the 1-2-3 phase material, the oxygen content not only influences the phase, zero-resistance temperature of the sample, but also influences the transport property of normal state.
如同1-2-3相材料一样，氧含量不仅影响样品的成相规律、零电阻温度，而且还严重影响其正常态的输运性质。
Fourthly, measurement methods of magnetic filed, temperature, transport and magnetization were researched. A sample holder used to electrical transport was prepared.
第四、研究了磁场、温度、电输运和磁化的测量方法，并研制了适合于脉冲磁场测量的样品杆。
A very low linear expansion coefficient sample carrier made from invar ensures that temperature change has no effect on the sample position.
由不胀钢制成非常低膨胀系数的样品载台保证温度变化对样品的位置没有影响。
EA activity of GCF sample can be influenced by the category of buffer and the storage temperature.
GCF样本的保存过程中，缓冲液的种类以及保存温度可影响GCF -EA的活性。
The factors affecting flow profile were reviewed and commented including the technique of packing column the design of column head the shape of columns temperature and sample viscosity.
综述了影响制备色谱流型的各种因素，包括装柱技术、柱头设计、柱形、温度、样品粘度等。
The factors affecting flow profile were reviewed and commented, including the technique of packing column, the design of column head, the shape of columns, temperature and sample viscosity.
综述了影响制备色谱流型的各种因素，包括装柱技术、柱头设计、柱形、温度、样品粘度等。
Temperature, SO_2 concentration, particle size, limestone type and original micro structure of sample affect the overall process of direct sulfation.
温度、so_2浓度、颗粒大小、石灰石类型和样品的微观结构影响着直接硫酸化反应过程。
Cooling the sample from room temperature (290k) to liquid nitrogen temperature (77k) decreases the voltage noise by approximately a factor of two.
将样品从室温温度(290k)降低到液氮的温度(77k)，可以使得噪声电压减小大约一半。
The weightlessness rate of the sample depends mainly on its roasting temperature.
热失重结果表明，样品的失重率取决于焙烧温度。
In order to ensure the impartiality of the experiment data, the traditional high temperature solid synthesis and sinter method are used to prepare the sample.
为了保证均匀设计试验的整齐可比性，采用高温固相合成，而后高温烧结制得测试样品的方法。
The selection of chromatographic column, flow rate of carrier gas, column temperature, solvent, sample size and the column ratio of sample and solvent were experimented.
并对色谱柱、载气流速、柱温溶剂、进样量等色谱条件的选择，以及试样与溶剂的体积比的选择进行了实验。
It expatiated the effects of the factors, such as sample size, temperature, humidity, notch and etc, on the result of the plastic impact strength test.
阐述了试样尺寸，温度、湿度、缺口以及缺口加工方式等因素对塑料冲击强度测试结果的影响。
The optimum sampling conditions were investigated, including the polarity of fiber coating, sample amount, equilibrium temperature and time etc.
探讨了最佳的取样条件（包括不同极性涂层的纤维头、样品量、平衡温度、平衡时间等）。
Furthermore, the temperature and weight of the sample can be measured and controlled precisely. This equipment can be used for research and optimization of the freeze-drying process.
该装置还能对温度、样品重量等进行准确地测量和控制，可用于多种样品冷冻干燥过程的研究和优化。
The effects of nitrogen flow as carrier gas, impurities , sample size and temperature on rate of dehydrochlorination of HPVC were investigated comprehensively.
探讨了氮气流量、低分子杂质、试样的形状、温度等因素对HPVC树脂热脱氯化氢速率的影响。
The effects of nitrogen flow as carrier gas, impurities , sample size and temperature on rate of dehydrochlorination of HPVC were investigated comprehensively.
探讨了氮气流量、低分子杂质、试样的形状、温度等因素对HPVC树脂热脱氯化氢速率的影响。
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