Radiant flame, steam impingement on the container, immersion in a heated water bath or electrical resistance heater elements in direct contact with the container.
辐射火焰、容器上的蒸汽冲击、热水槽中的浸泡或直接接触容器的电阻加热元件。
The paper introduces a coating with high temperature resistance and insulating property for surface insulation process of electric heater coil of heating coil in automobile cigar lighter.
介绍一种能耐高温和绝缘的涂料及应用于汽车点烟器发热线圈电热丝表面绝缘处理工艺。
Lin Jingshan the company's Chief Engineer had personally on three of the heater heating method (commonly known as Little Miss Sunshine) to compare the speed of the hot and cold: The hand on heater in front of about 60 centimeters, to be followed by access to power: iodine-tungsten lamp quartz tube the thermal radiation immediately communicated to the hand; electric heating film about two to three seconds will be communicated to the hot hand; and the hot filament resistance will require more than 6 seconds.
该公司总工程师林景山曾亲自对三种加热方式的取暖器的冷热速度进行比较：将手放在取暖器前方60公分左右，然后依次接通电源：石英碘钨灯管的热辐射即时传达到手上；电加热膜约二、三秒钟将热传达到手上；而电阻丝加热的则需要6秒以上。
After many years of entrepreneurship and development, to meet the market demand, Howardpeople to continuously develop new products, high-performance electric heater pipe, band, industrial resistance furnace, electric ring, far-infrared electric heating plate and the design and manufacture of thermocouples multiple levels to meet customer demand.
经过多年的创业和发展，为适应市场需求，华隆特人不断开发出新产品，高性能电热管、电热带、工业电阻炉、电热圈、远红外电热板及热电偶的设计与制造满足了客户多层次的需求。
The heating source was a 30 mm× 30 mm ceramic heater with the output power raised from 10 W to 130 W, and the coolers were a fan and assembled fin heat sinks. The result showed that the heat spreader with crossed structure had better performance than that of a copper one of the same size. When heating power was 130 W, the heat source temperature of heat spreader was 68.8℃ and the system thermal resistance was 0.363℃/W. Compared to a copper spreader, the heat source temperature was lowered by 4.3℃ and the system thermal resistance was lowered for 5.7%. When heating power was 60 W, the system thermal resistance of heat spreader was 0.311℃/W. Compared to a copper spreader, the heat source temperature was lowered by 3.9℃ and the system thermal resistance was lowered for 22%.
加热源为30mm×30mm陶瓷加热片，输入功率由10W递增至130W，冷却的装置为风扇与散热鳍片，结果显示，交叉结构均热片的性能优於相同尺寸之红铜片，当加热功率为130W时，均热片的热源温度为68.8℃，系统热阻值为0.363℃/W，与红铜片比较，热源温度降低4.3℃，系统热阻降低5.7%；加热功率为60W时，均热片系统热阻为0.311℃/ W，与红铜片比较，热源温度降低3.9℃，系统热阻降低22%。
This sensing bulb resistance change can be used to check the operation of the heater circuit by applying a regulated voltage to a very large resistor inside the control unit that`s connected in series to the sensing circuit.
这种传感头的电阻值变化可用于检查加热器电路的操作，方式为：提供一个稳定的电源压给电控单元内部的一个非常大的电阻，而且大电阻要与传感器电路连接。
The heat transfer character of condenser of the upright household heat pump water heater was analyzed at the climate of South China. In the same diameter and length, two stainless steel tubes with high-thermal conductivity and corrosion resistance were coiled in the isometric shape and nonisometric shape in this experiment.
针对华南地区的气候特点，用同样管径和长度的高导热耐腐蚀不锈钢管绕成等径螺旋盘管和非等径螺旋盘管作为家用热泵热水器的沉浸式冷凝器，并对其传热特性进行了对比分析和实验研究。
A simple and reliable on-chip spatial temperature gradient capillary electrophoresis was developed for DNA mutation detection using a thermal resistance gradient heating system. Polydimethylsiloxane slab with thermal resistance varying in gradient was made, and continuous temperature gradient was formed on slab surface using a single thermostated copper heater block owing to heat exchange influenced by varied thermal resistance.
建立了一种简单、可靠的空间温度梯度芯片毛细管电泳DNA突变分析系统，制作了热阻呈梯度均匀变化的硅橡胶基片，利用其热阻变化对热传导的影响，在基片表面形成稳定的空间温度梯度。
PID algorithm based on fuzzy Resistance Heater conditioning control system, can be found in design-related projects.
详细说明：基于模糊PID算法的电阻炉炉温调节控制系统，可参阅设计相关项目。
The application of metal as heater in vacuum resistance furnace were described.
摘要描述了在真空电阻炉中金属加热体的应用，讨论其性能和结构特点。
The fashion of surface heating allows the PTC heating element and other surface heater lower thermal resistance.
表面发热的方式使PTC发热元件及其它表面型加热器低热阻化。
The pellicle resistance heater which can work continuously and has high emissivity is primarily developed.
采用电阻薄膜加载电压作为加热方式则可以使加热体的热容量小、响应速度快
The chip was produced by semiconductor IC technique, which include a array of photoelectric measuring utensil with seven photoelectric dynatron, a resistance heater and two diodes measuring temperature.
这种芯片是用半导体集成电路工艺设计制作的，它包含由七支光电三极管组成的阵列光电检测器，一个电阻加热器和两支测温二极管。
Tungsten heater element features high melting point and high corrosion resistance. Mainly applied for aluminizing kinescope, chromoscope, mirrors, plastics and heater elements for decoration articles.
用途 钨加热子因其高熔点及抗腐蚀性强，广泛用于显像管、制镜、塑料、有机物和金属基体及各种装饰品等行业作为金属蒸镀的加热元件。
The silicon carbide is a linear type resistance heater that converts electrical energy to heat energy -- Joule's Law W = I x R, (W = power in watts, I = current in amperes, R = resistance on ohms).
这种硅碳棒成线性关系将电能转换成热能——Joule's定律W = I x R，(W 是瓦特能量，I是安培电流，R是电阻欧姆)。
The silicon carbide element is a linear type resistance heater that converts electrical energy to heat energy -- Joule's Law W = I x R, (W = power in watts, I = current in amperes, R = resistance in ohms).
这种硅碳棒加热器具有一种线性电阻，将电能转化为热能——Joule's定律W = I x R，(W 是瓦特能量，I =安培电流，R =电阻欧姆)。
However, these codes are interpreted as only pertaining to heating systems that apply heat energy directly onto the containers. This interpretation is based on the examples of prohibited heating methods cited in various code references: radiant flame, steam impingement on the container, immersion in a heated water bath or electrical resistance heater elements in direct contact with the container.
但是，这些法规被解释为只适用于把热能直接施加到容器上的加热系统这种解释是基于在许多法规参考书目里引用的被禁止的加热方法的例子：辐射火焰、容器上的蒸汽冲击、热水槽中的浸泡或直接接触容器的电阻加热元件。
However, these codes are interpreted as only pertaining to heating systems that apply heat energy directly onto the containers. This interpretation is based on the examples of prohibitedheating methods cited in various code references: radiant flame, steam impingement on the container, immersion in a heated water bath or electrical resistance heater elements in direct contact with the container.
但是，这些法规被解释为只适用于把热能直接施加到容器上的加热系统这种解释是基于在许多法规参考书目里引用的被禁止的加热方法的例子：辐射火焰、容器上的蒸汽冲击、热水槽中的浸泡或直接接触容器的电阻加热元件。
The graphite as heater and insulating heater shield in heating vacuum resistance furnace were described.
论述了在高温真空电阻炉中石墨作为加热体和隔热屏的应用，讨论其性能和结构特点。
Two steps rapid thermal boron diffusion from borosilicate glass was adopted to fabricate micro resistor. Boron doping was chosen to increase the heater's temperature resistance coefficient within tolerable noise limits.
电阻是通过微晶硼硅玻璃在硅基底上进行二次热扩散的方法制备的，利用硼离子扩散制作的电阻可以提高热源加热效率。