this paper develops a new type of on large battery capacity real-time detection technology. ATMEGA8L as the core of ampere2hour meter with the input signal at ±100mV and the measurement of electrical isolation. Using the least-squares algorithm identify the system`s model with the MCU code rarely achieved the least-squares algorithm. Analysis of the test results shows reliable performance, high precision.
针对大型蓄电池存储容量在线实时检测技术难题，采用高档AVR单片机ATMEGA8L为核心，设计了输入信号±100mV、测量端与测试系统间电气全隔离的安时计，采用了最小二乘算法对系统误差进行了校正，辨识出了精确的系统模型，以很少的单片机代码量实现了最小二乘算法。
In order to fit with the game`s artistic mood, it was clear from the beginning that we needed to have beautiful trailers with strong music to really move people when they watch it.
为了与游戏气氛合拍，我们需要有着能让观众在观看同时深受感动的音乐的完美MV，这一点在开始就是明确的。
This is one of my favourite songs lately...
最近很喜欢的一首歌，把它拍成MV。。。
Depth dose and profile calculation results for three standard square fields are in good agreement with the measurement results for 6 MV photon beam.
通过比较6 MV光子束3个标准方野的深度剂量和离轴比分布的计算结果和测量结果，取得了较好的吻合。
According to the integrality and the motion continuity of the object, the parameters of the prediction model can be modified corresponding to the variation of the correlation amongest the adjacent blocks to minish the difference between the prediction result and the best MV.
主要工作与贡献如下：(1)提出了一种空间域物体运动特征自适应的运动估计算法，主要包括搜索起点预测模型和自适应搜索方法两部分。
The results shows that the coating exhibits improved electric insulation performance selecting high molecular weight epoxy resin. The volume electrical resistivity is 9.6×1013Ω.m, electric strength is 67 MV/m, arc-resistance is 127s.
结果表明当选用某高分子量环氧树脂时，涂料具有较好的电气绝缘性能，其体积电阻率为9.6×1013Ω。m，电气强度达67 MV/m，耐电弧性能可达127s。
ET lasts from -220 mV to -440 mV, the lowest of which can be considered as cathode protection potential.
结果表明，在一定的范围内，ET值随闭塞区溶液组成的变化而变化。
When the SD lead exceeds 2.0V (approximately 150mV of hysteresis is included to increase noise immunity), signaling either a lamp fault or lamp removal, the oscillator is disabled, both gate driver outputs are pulled low, and the chip is put into the micropower mode.
The SD lead contains an inte 当领导的SD超过2.0V (约150mV的滞后是包括增加抗扰度)，或者一盏灯信号故障或灯搬迁，该振荡器是残疾人，两个栅极驱动器输出拉低，以及芯片放入微模式。
The pilot studies of this electrolysis technique were carried both in Chia-Nan University and Tai-An Hot Spring Resort. The raw water quality of SPA in Chin-Nan University was as following, pH 7.9~6.3, temperature 29 ℃, ORP 100 mV and the conductivity 350 μS/cm. The result indicated that the free chlorine value at 0.6 mg as Cl2/L reduced the Heterotrophic Plate Count to reach the water quality standard. The raw water quality of Hot spring in Tai-An was as following, pH 8.6~9.2, the temperature 38 ℃, ORP -265 mV, and the conductivity 3900 μS/cm. The result indicated that the Heterotrophic Plate Count reached the water quality standard, while free chlorine count was adjusted to 0.44 mg as Cl2/L and 0.55 mg as Cl2/L under the pH less, and more than 8.9, respectively.
本研究并利用电解消毒技术，於水疗池与温泉池进行应用研究，首先於嘉南药理科技大学水疗池进行研究，原水pH为7.9~8.3，温度约为29 ℃，氧化还原电位约为100 mV，导电度约为350 μS/cm，结果显示，需将水中自由余氯浓度控制在0.6 mg as Cl2/L，方可将总菌落数抑制在法规标准之下；接下来於泰安锦水饭店进行温泉池消毒评估，泰安温泉属碱性碳酸氢盐泉，原泉pH值约为8.9，温度约为38 ℃，氧化还原电位约为-265 mV，导电度约为3900 μS/cm，结果显示，温泉水在pH值小於8.9时，需将水中自由余氯控制在0.44 mg as Cl2/L以上，而pH值高於8.9时，则需将水中自由余氯控制在0.55 mg as Cl2/L以上，方可将总菌落数抑制在法规标准之下。
The introduction of some products are as follows: First, Taiwan's electronic devices Aosta Product:(self-produced self-marketing) program-controlled voltage insulation tester, grounding resistance, leakage current, micro-resistance tester, electrical parameters of the test Transformer parameters meter, insulation resistance tester, electronic load, on-machine, cable tester, variable frequency power supply, LCR Bridge, frequency meter, mV table, the standard signal generator, oscilloscope, signal generator, signal generator, digital multimeter, distortion device, before shaking device, spectrum analyzer, capacitance meter, inductance meter, modulation device, Sweep Signal Generator, Telephone Analyzer, Calibrator Table III, EMC Electric Tester, regulated power supply and so on.
现将部分产品介绍如下：程控耐压绝缘测试仪、接地电阻、泄漏电流、微电阻测试仪、电参数测试变压器参数测量仪、绝缘电阻测试仪、电子负载、导通机、排线测试仪、变频电源、LCR电桥、频率计、毫伏表、标准信号源、示波器、信号发生器、信号源、数字万用表、失真仪、抖摆仪、频谱分析仪、电容测量仪、电感测量仪、调制度仪、扫频信号发生器、电话分析仪、三用表校准仪、EMC电测仪、稳压电源等。
The pseudo-steady state polarization curves show that the onset potential of cyclohexanol oxidation reaction on Ni/Ti electrode is lower than that on the NOMN electrode, which was found to be around 72mV, compared to the onset potential of approximate 98mV for the NOMN electrode in the presence of 0.2M cyclohexanol.
结果表明，采用水热法将大量的镍金属小颗粒高度分散在钛基表面而制得的Ni/Ti电极可以降低环己醇氧化的电化学极化阻抗，从而对环己醇氧化表现出优异的催化性能。
The results of FTIR spectra indicate that the procedures of immobilization SoFd on the surface of CNT does not alter the integrate structure of SoFd or damage SoFd leading to a denatured state and SoFd retained the essential feature of its secondary structure on the surface...
循环伏安结果表明，SoFd在CNT表面能进行有效和稳定的直接电子转移反应，伏安曲线上表现出一对良好的、几乎对称的氧化还原峰；式量电位E0'不随扫速在20—120 mV/s的扫速范围内，其平均值为(-571.7±1.9mV(vs.SCE，pH 7.0)变化而变化；SoFd直接电子转移的表观速率常数ks为(0.73±0.04)s-1。
In 0.1 mol/L NaOH solution, there was a sensitive cathodic stripping peak on voltammograms. The stripping peak potential was -0.52 V when accumulation time of IO3(superscript -) at the modified electrode was 60 s and the potential scan rate was 300 mV/s. There was a good liner relationship between the peak current and IO3(superscript -) concentration in the range of 8.0×10^(-10)~5.0×10^(-8) mol/L and 1.0×10^(-7)~3.0×10^(-6) mol/L with the correlation coefficient of 0.999 and 0.998, respectively. The detection limit was 1.0×10^(-11) mol/L. This proposed method had been applied for determination of IO3(superscript -) content for the table salt sample and the average recovery was 101.1%.
在0.1 mol/L的NaOH电解液中，当IO3在羧基化多壁碳纳米管修饰碳糊电极表面富集60 s，电位扫速为300 mV/s时，该修饰电极在线性扫描伏安图上能出现一灵敏的阴极溶出峰，峰电位为－0.52 V，峰电流与IO3浓度在8.0×10^(-10)~5.0×10^(-8)mol/L和1.0×10^(-7)~3.0×10^(-6)mol/L的范围内成良好线关系，相关系数分别为0.999和0.998，检出限可达1.0×10^(-11)mol/L；该修饰电极无汞，稳定性较好，用于加碘食盐中碘酸根含量的测定灵敏度高，平均回收率为101.1%。
Otion sickness, motion sensitivity, photophobia and phonophobia are principal differential highlights to MV.
V的运动病、运动敏感、发作时畏光或畏声是与PCIV的重要鉴别点；PCIV的主要特点包括血压、血脂或血糖异常、动脉硬化等。
As for 60 patients with MV, 45 suffered from motion sckness; 20 were sensitive to motion; 32 had photophobia and phonophobia; 45 had migraine; 16 had abnormal ocular motion function; 3 had abnormal cerebral MRI and 40 had abnormal results in high stimulating rate ABR.
结果：64例PCIV患者，血压异常29例；血脂或血糖异常14例；血管超声异常37例；突然起身眼前发黑或头晕14例；高刺激ABR异常22例；4例头颅MRI异常。60例MV患者，运动病45例，运动敏感20例，畏光或畏声32例，偏头痛45例，眼动异常16例，MRI异常3例，高刺激ABR异常40例。
High redox potential (1100mv) role of the cell membrane and change the permeability of cell membranes so that cells within the material spill; oxygen, chlorine into the cell to check their internal activity, so that the degeneration of protein, while low-acid PH its living environment, so as to achieve rapid and efficient sterilization..
通过高氧化还原电位（1100mv）作用与细胞膜，改变细胞膜的通透性，使细胞内物质外溢；有效氧、有效氯进入细胞抑制其内部酶的活性，使蛋白质变性，同时低PH酸化其生存环境，从而达到快速高效灭菌。
Is introducing the new miniaturized MV micro valves that offer short cycle times low energy consumption simple operation and high reliability.
雄克公司将推出新的小型微压阀能提供循环时间短，能耗低，操作简单，可靠性高。
The electrolyzed oxidizing water used in the experiment had redox potential of 1148～ 1165 mV, pH value of 2.08～ 2.40 and available chlorine content of 23.37～54.28 mg/L.
试验用高氧化还原电位酸性水的氧化还原电位为1148～1165 mV，pH值为2.08～2.40，含有效氯23.37～54.28 mg/L。
In this circuit, RC is the resistor used to limit the voltage to 20mV and R is theunknown resistance.
在这个电路中，RC是用来把电压限制到20mV的电阻器，R是未知电阻。
The optimum operating condition and results of the electrolyzing process using NaCl water to generate 1 liter of hi-ClO water are as follow: 3 g of NaCl, 2 cm distance between poles, 6 V, electrolyzed for 15 min. The average working current is 0.625 A and the electricity consumed is 0.0009375 kwhr, the pH of the water is 5.2 and the ORP is -480 mV, temperature increase of the water is 0.3 degree C.
使用自制设备生成1公升次氯酸水的适当操作条件与结果简列如下：以3克氯化钠为电解质，极板距离2 cm，固定直流电压6 V，电解15分钟的平均电流为0.625 A，总耗电0.0009375度，生成水之酸碱度为5.92，氧化还原电位为-480 mV，水温升高0.3℃。