发热元件

带PTC发热元件的电热器具额定输入功率测定方法的探讨

Investigation on the Rated Power Input Measurement for Appliances with a PTC Heating Element

非金属发热元件基体为K3合金。

Heating Element Made of Nonmetal The substrate is K3 Ni-base superalloy .

Na2O对MoSi2/oxide发热元件特性的影响

Effect of Na_2O on properties of MoSi_2 / oxide heating elements

本要求不适用于PTC发热元件中的发热导体。

This requirement is not applicable to heating conductors in PTC heating elements .

PTC发热元件与金属件相结合，可进一步拓宽其应用领域。

Bonding of the PTC heater to metal part can widen its application range .

MoSi2发热元件的微观结构对使用性能的影响

Effect of Microstructure of MoSi_2 Heating Element on its Use properties

MoSi2发热元件的力学性能与显微结构的关系

Relationship between mechanical properties and microstructure of mosi_2 heating element

陶瓷矿物改性MoSi2发热元件的组织结构和性能

Microstructure and properties of an MoSi_2 heating element modified by ceramic compound

在1700℃空气中对MoSi2发热元件的高温失效行为进行了研究，用XRD和SEM分析了发热元件使用前后的物相构成、组织结构和断口特征。

High-temperature failure behavior of MoSi_2 heating elements was investigated at 1700 ℃ in air condition and its phase composition , microstructures and fracture surface were tested by XRD and SEM with EDS.

MoSi2发热元件的制备及其研究进展

Preparation and Research Progress of MoSi_2 Heating Element

MoSi2发热元件冷热端扩散接合工艺的研究

Diffusion bonding technology of MoSi_2 heating element

MoSi2发热元件的高温失效行为分析

High-temperature Failure Behavior of MoSi_2 Heating Elements

KanthalMoSi2发热元件的组织结构和性能

Microstructure and properties of Kanthal MoSi_2 heating element

本文通过对检测标准的深入研究和长期检测经验的总结，得出了一套较完整的针对带PTC发热元件电热产品的额定输入功率的检测理论和实际可行的检测方法。

Based on a thorough investigation of testing standards and a concise summary of the past testing experience , the paper develops a complete set of testing theory and feasible testing methods for the rated power input measurement of appliances with a PTC heating element .

世界上生产MoSi2发热元件的厂家中以瑞典的康泰尔（Kanthal）的产品质量最好，几乎垄断了整个国际市场，但其生产工艺至今保密。

It almost forestall the international market , but its process is still in secret . There are a long distance between China and overseas in the performance of MoSi_2 heating element .

第三相对二硅化钼发热元件性能的影响

Effect of the third phase on the molybdenum disilicide heating element

电器线圈是典型发热元件之一。

Electric apparatus coil is one of typical elements generating heat .

有色金属的脱溶转变非金属发热元件

Desolution Transformation of Nonferrous Metals Heating Element Made of Nonmetal

各种发热元件和取暖器的分析及比较

Analysis and comparison of various electrothermal apparatus and heater elements

传感器由一个发热元件和一支热电偶组成。

The sensor is composed of a heat element and a thermocouple .

氧化锆发热元件及超高温电炉的研究

Investigation on Zirconia Heating Element and Ultra-High Temperature Electric Furnaces

它采用了新颖合金材料作为发热元件。

It uses new alloy material as heating element .

二硅化钼发热元件的热弯研究

Studies on Hot Bending of MoSi_2 Heating Element

在底座（1）上安装有发热元件（7）。

A heating element ( 7 ) is mounted on the base ( 1 );

碳化硅发热元件失效分析

Failure Analysis of Silicon Carbide Heating Element

碳硅棒电阻式发热元件正电极是一个装有黄铜帽的硬碳棒。

The positive electrode is a rod of hard carbon fitted with a brass cap .

终端的孔必须比发热元件的直径要大10%。

The terminal holes should also be10 % larger than the diameter of the element .

发热元件冷却的数值模拟及温度场分析

A Numerical Analysis on the Cooling of Heating Component and the Analysis of the Temperature Field

非金属发热元件

Heating Element Made of Nonmetal

重点讨论了第三相对二硅化钼发热元件的耐热性能和机械强度的影响。

The effect of the third phase on the heat resisting and strength of molybdenum disilicide heating element was discussed .